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Deflections Stock Photos and Images
Bridge of Board Trusses Being Tested for Deflections, A.J. Russell (American, 1830 - 1902), Virginia, United States, March 1863, Salted paper print, 14.8 × 20.3 cm (5 7/8 × 8 in Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bridge-of-board-trusses-being-tested-for-deflections-aj-russell-american-1830-1902-virginia-united-states-march-1863-salted-paper-print-148-203-cm-5-78-8-in-image261271051.htmlRMW51WTY–Bridge of Board Trusses Being Tested for Deflections, A.J. Russell (American, 1830 - 1902), Virginia, United States, March 1863, Salted paper print, 14.8 × 20.3 cm (5 7/8 × 8 in
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027600.htmlRM2KBH3KC–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
Lt. William Fox of the Signal Corps is seen in this photograph, assigned to Coast Defense Operations at Fortress Monroe, VA during World War One. The image captures Lt. Fox and others working on setting deflections and range for big guns. The photograph was censored and officially released by the M.I.B. Censor on July 26, 1918. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lt-william-fox-of-the-signal-corps-is-seen-in-this-photograph-assigned-to-coast-defense-operations-at-fortress-monroe-va-during-world-war-one-the-image-captures-lt-fox-and-others-working-on-setting-deflections-and-range-for-big-guns-the-photograph-was-censored-and-officially-released-by-the-mib-censor-on-july-26-1918-image558284473.htmlRM2RC81F5–Lt. William Fox of the Signal Corps is seen in this photograph, assigned to Coast Defense Operations at Fortress Monroe, VA during World War One. The image captures Lt. Fox and others working on setting deflections and range for big guns. The photograph was censored and officially released by the M.I.B. Censor on July 26, 1918.
recreational areas, airports, etc., wild areas, job deflections, Rotterdam Airport Date: June 1965 Location: Rotterdam, South Holland Keywords: job deflections, recreational areas, airports, etc., wild areas Person Name: Airport Rotterdam Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/recreational-areas-airports-etc-wild-areas-job-deflections-rotterdam-airport-date-june-1965-location-rotterdam-south-holland-keywords-job-deflections-recreational-areas-airports-etc-wild-areas-person-name-airport-rotterdam-image342497074.htmlRM2AW62EA–recreational areas, airports, etc., wild areas, job deflections, Rotterdam Airport Date: June 1965 Location: Rotterdam, South Holland Keywords: job deflections, recreational areas, airports, etc., wild areas Person Name: Airport Rotterdam
Bridge of Board Trusses Being Tested for Deflections. A.J. Russell (American, 1830 - 1902) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bridge-of-board-trusses-being-tested-for-deflections-aj-russell-american-1830-1902-image416526837.htmlRM2F5JC6D–Bridge of Board Trusses Being Tested for Deflections. A.J. Russell (American, 1830 - 1902)
09 February 2023, Baden-Württemberg, Freiburg im Breisgau: A monitor shows the deflections in the earthquake measuring network of the State Earthquake Service. The State Earthquake Service of the Freiburg Regional Council monitors earth movements in the southwest. Baden-Württemberg is the most seismically active state in Germany. Photo: Philipp von Ditfurth/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/09-february-2023-baden-wrttemberg-freiburg-im-breisgau-a-monitor-shows-the-deflections-in-the-earthquake-measuring-network-of-the-state-earthquake-service-the-state-earthquake-service-of-the-freiburg-regional-council-monitors-earth-movements-in-the-southwest-baden-wrttemberg-is-the-most-seismically-active-state-in-germany-photo-philipp-von-ditfurthdpa-image519802661.htmlRM2N5K1GN–09 February 2023, Baden-Württemberg, Freiburg im Breisgau: A monitor shows the deflections in the earthquake measuring network of the State Earthquake Service. The State Earthquake Service of the Freiburg Regional Council monitors earth movements in the southwest. Baden-Württemberg is the most seismically active state in Germany. Photo: Philipp von Ditfurth/dpa
Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-oil-tanks-are-pictured-at-the-harbour-in-hamburg-germany-25-february-58119368.htmlRMDAFFRM–Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian
Guarding the Fortress of Britain at a Coastal Battery Behind the barbed wire defences of a British coastal battery. This image shows the sight setter, who sets the ranges and deflections needed to hit the target, getting his orders by telephone from the Battery Observation Post. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/guarding-the-fortress-of-britain-at-a-coastal-battery-behind-the-barbed-wire-defences-of-a-british-coastal-battery-this-image-shows-the-sight-setter-who-sets-the-ranges-and-deflections-needed-to-hit-the-target-getting-his-orders-by-telephone-from-the-battery-observation-post-image569006923.htmlRM2T1ME3R–Guarding the Fortress of Britain at a Coastal Battery Behind the barbed wire defences of a British coastal battery. This image shows the sight setter, who sets the ranges and deflections needed to hit the target, getting his orders by telephone from the Battery Observation Post.
SGT. George Hargrove of Btry. B, 1ST Bn., 37th Field Arty., uses an M-1 infinity aiming reference collimator to set deflections on an M-101 105mm howitzer during a live fire exercise. Base: Fort Richardson State: Alaska (AK) Country: United States Of America (USA) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sgt-george-hargrove-of-btry-b-1st-bn-37th-field-arty-uses-an-m-1-infinity-aiming-reference-collimator-to-set-deflections-on-an-m-101-105mm-howitzer-during-a-live-fire-exercise-base-fort-richardson-state-alaska-ak-country-united-states-of-america-usa-image504039285.htmlRM2M80Y71–SGT. George Hargrove of Btry. B, 1ST Bn., 37th Field Arty., uses an M-1 infinity aiming reference collimator to set deflections on an M-101 105mm howitzer during a live fire exercise. Base: Fort Richardson State: Alaska (AK) Country: United States Of America (USA)
GUARDING THE FORTRESS OF BRITAIN AT A COASTAL BATTERY - Behind the barbed wire defences of a British coastal battery. This image shows the sight setter, who sets the ranges and deflections needed to hit the target, getting his orders by telephone from the Battery Observation Post. , Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/guarding-the-fortress-of-britain-at-a-coastal-battery-behind-the-barbed-wire-defences-of-a-british-coastal-battery-this-image-shows-the-sight-setter-who-sets-the-ranges-and-deflections-needed-to-hit-the-target-getting-his-orders-by-telephone-from-the-battery-observation-post-image601894311.htmlRM2WY6J9B–GUARDING THE FORTRESS OF BRITAIN AT A COASTAL BATTERY - Behind the barbed wire defences of a British coastal battery. This image shows the sight setter, who sets the ranges and deflections needed to hit the target, getting his orders by telephone from the Battery Observation Post. ,
Ministry of Public Works, District Court in Ratibor. Additional facilities: abort building, deflections (01.02.1894): site plan 1: 250; Abort system: floor plan of the foundations, the barrel space, floor plan 1st floor, cross -section and longitudinal section, view, 1: 100; Purpose :. Lithograph colored on the box, 81.2 x 61.2 cm (including scan edges) Ministerium der öffentlichen Arbeiten : Landgericht, Ratibor. Nebenanlagen: Abortgebäude, Umwehrungen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ministry-of-public-works-district-court-in-ratibor-additional-facilities-abort-building-deflections-01021894-site-plan-1-250-abort-system-floor-plan-of-the-foundations-the-barrel-space-floor-plan-1st-floor-cross-section-and-longitudinal-section-view-1-100-purpose-lithograph-colored-on-the-box-812-x-612-cm-including-scan-edges-ministerium-der-ffentlichen-arbeiten-landgericht-ratibor-nebenanlagen-abortgebude-umwehrungen-image477502348.htmlRM2JMT338–Ministry of Public Works, District Court in Ratibor. Additional facilities: abort building, deflections (01.02.1894): site plan 1: 250; Abort system: floor plan of the foundations, the barrel space, floor plan 1st floor, cross -section and longitudinal section, view, 1: 100; Purpose :. Lithograph colored on the box, 81.2 x 61.2 cm (including scan edges) Ministerium der öffentlichen Arbeiten : Landgericht, Ratibor. Nebenanlagen: Abortgebäude, Umwehrungen
Sgt. Daimone L. Walker, a supply specialist, assigned to the 2nd General Support Aviation Battalion, 4th Combat Aviation Brigade, 4th Infantry Division makes an interception after two back to back deflections during a flag football game during Ivy Week 2022, May 23, 2022, Fort Carson, Colorado. Fort Carson hosts Ivy Week to celebrate the 4th Inf. Div.'s history, team spirit and support of one another. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sgt-daimone-l-walker-a-supply-specialist-assigned-to-the-2nd-general-support-aviation-battalion-4th-combat-aviation-brigade-4th-infantry-division-makes-an-interception-after-two-back-to-back-deflections-during-a-flag-football-game-during-ivy-week-2022-may-23-2022-fort-carson-colorado-fort-carson-hosts-ivy-week-to-celebrate-the-4th-inf-divs-history-team-spirit-and-support-of-one-another-image505296180.htmlRM2MA26C4–Sgt. Daimone L. Walker, a supply specialist, assigned to the 2nd General Support Aviation Battalion, 4th Combat Aviation Brigade, 4th Infantry Division makes an interception after two back to back deflections during a flag football game during Ivy Week 2022, May 23, 2022, Fort Carson, Colorado. Fort Carson hosts Ivy Week to celebrate the 4th Inf. Div.'s history, team spirit and support of one another.
Bridge of Board Trusses Being Tested for Deflections, A.J. Russell (American, 1830 - 1902), Virginia, United States, March 1863, Salted paper print, 14.8 × 20.3 cm (5 7/8 × 8 in.), Reimagined by Gibon, design of warm cheerful glowing of brightness and light rays radiance. Classic art reinvented with a modern twist. Photography inspired by futurism, embracing dynamic energy of modern technology, movement, speed and revolutionize culture. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bridge-of-board-trusses-being-tested-for-deflections-aj-russell-american-1830-1902-virginia-united-states-march-1863-salted-paper-print-148-203-cm-5-78-8-in-reimagined-by-gibon-design-of-warm-cheerful-glowing-of-brightness-and-light-rays-radiance-classic-art-reinvented-with-a-modern-twist-photography-inspired-by-futurism-embracing-dynamic-energy-of-modern-technology-movement-speed-and-revolutionize-culture-image349903634.htmlRF2B97DJA–Bridge of Board Trusses Being Tested for Deflections, A.J. Russell (American, 1830 - 1902), Virginia, United States, March 1863, Salted paper print, 14.8 × 20.3 cm (5 7/8 × 8 in.), Reimagined by Gibon, design of warm cheerful glowing of brightness and light rays radiance. Classic art reinvented with a modern twist. Photography inspired by futurism, embracing dynamic energy of modern technology, movement, speed and revolutionize culture.
A simple supported I-beam. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-white-backround-image340331203.htmlRF2ANKBWR–A simple supported I-beam. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround
Silhouette of flexible young woman sitting on yoga mat and making deflections to side Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/silhouette-of-flexible-young-woman-sitting-on-yoga-mat-and-making-deflections-to-side-image384973787.htmlRF2DA91YR–Silhouette of flexible young woman sitting on yoga mat and making deflections to side
General physiology of muscles and nerves . owing to the moreperfect adaptation of another form of apparatus, calledthe tangent galvanometer, for such purposes. The ad-vantage of this consists in the fact that it is not onlyvery sensitive, but it also allows the strength of thecurrent to be measured. If, for example, the deflec-tions of the magnetic needle are very slight, the strengthof the currents may be regarded as proportionate to thetrigonometrical tangents of the angle of deflection. Inorder to measure slight deflections of this sort, ourformer method of observation by means of the mirro Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/general-physiology-of-muscles-and-nerves-owing-to-the-moreperfect-adaptation-of-another-form-of-apparatus-calledthe-tangent-galvanometer-for-such-purposes-the-ad-vantage-of-this-consists-in-the-fact-that-it-is-not-onlyvery-sensitive-but-it-also-allows-the-strength-of-thecurrent-to-be-measured-if-for-example-the-deflec-tions-of-the-magnetic-needle-are-very-slight-the-strengthof-the-currents-may-be-regarded-as-proportionate-to-thetrigonometrical-tangents-of-the-angle-of-deflection-inorder-to-measure-slight-deflections-of-this-sort-ourformer-method-of-observation-by-means-of-the-mirro-image343082735.htmlRM2AX4NER–General physiology of muscles and nerves . owing to the moreperfect adaptation of another form of apparatus, calledthe tangent galvanometer, for such purposes. The ad-vantage of this consists in the fact that it is not onlyvery sensitive, but it also allows the strength of thecurrent to be measured. If, for example, the deflec-tions of the magnetic needle are very slight, the strengthof the currents may be regarded as proportionate to thetrigonometrical tangents of the angle of deflection. Inorder to measure slight deflections of this sort, ourformer method of observation by means of the mirro
White attempting a shot, a high school player is fouled by a defender causing her to loose control of the ball. USA. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-white-attempting-a-shot-a-high-school-player-is-fouled-by-a-defender-131877367.htmlRMHJFEWY–White attempting a shot, a high school player is fouled by a defender causing her to loose control of the ball. USA.
Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ermine-stoat-short-tailed-weasel-mustela-erminea-turning-somersaults-120518839.htmlRMH02307–Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany
Melbourne, Docklands, Australia, Victoria Province Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/melbourne-docklands-australia-victoria-province-image343400375.htmlRM2AXK6K3–Melbourne, Docklands, Australia, Victoria Province
The Corning Bee. J. EDWARD GILES. (Slorreeponbence. The Deflections of a Tornado. JAMES NEWTON BASKETT., scientific american, 1892-08-06 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-corning-bee-j-edward-giles-slorreeponbence-the-deflections-of-a-tornado-james-newton-baskett-scientific-american-1892-08-06-image334335956.htmlRM2ABX8WT–The Corning Bee. J. EDWARD GILES. (Slorreeponbence. The Deflections of a Tornado. JAMES NEWTON BASKETT., scientific american, 1892-08-06
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027592.htmlRM2KBH3K4–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
wallpaper padded textured texture of an old, rotten tree Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wallpaper-padded-textured-texture-of-an-old-rotten-tree-image246035610.htmlRFT87TX2–wallpaper padded textured texture of an old, rotten tree
A camera filming the New Year's Eve celebration on the festively decorated ship Amsterdam of the shipping museum, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-camera-filming-the-new-years-eve-celebration-on-the-festively-decorated-ship-amsterdam-of-the-shipping-museum-image273641691.htmlRMWW5CNF–A camera filming the New Year's Eve celebration on the festively decorated ship Amsterdam of the shipping museum,
The Manhattan Bridge spans across the East River from Brooklyn to Manhattan Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-the-manhattan-bridge-spans-across-the-east-river-from-brooklyn-to-23372550.htmlRFBA0KWX–The Manhattan Bridge spans across the East River from Brooklyn to Manhattan
09 February 2023, Baden-Württemberg, Freiburg im Breisgau: A monitor shows the deflections in the earthquake measuring network of the State Earthquake Service. The State Earthquake Service of the Freiburg Regional Council monitors earth movements in the southwest. Baden-Württemberg is the most seismically active state in Germany. Photo: Philipp von Ditfurth/dpa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/09-february-2023-baden-wrttemberg-freiburg-im-breisgau-a-monitor-shows-the-deflections-in-the-earthquake-measuring-network-of-the-state-earthquake-service-the-state-earthquake-service-of-the-freiburg-regional-council-monitors-earth-movements-in-the-southwest-baden-wrttemberg-is-the-most-seismically-active-state-in-germany-photo-philipp-von-ditfurthdpa-image519802639.htmlRM2N5K1FY–09 February 2023, Baden-Württemberg, Freiburg im Breisgau: A monitor shows the deflections in the earthquake measuring network of the State Earthquake Service. The State Earthquake Service of the Freiburg Regional Council monitors earth movements in the southwest. Baden-Württemberg is the most seismically active state in Germany. Photo: Philipp von Ditfurth/dpa
Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-oil-tanks-are-pictured-at-the-harbour-in-hamburg-germany-25-february-58119369.htmlRMDAFFRN–Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian
Water sports enthusiasts on stand-up paddleboards in the Weltenburg Narrows near Weltenburg Abbey Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/water-sports-enthusiasts-on-stand-up-paddleboards-in-the-weltenburg-narrows-near-weltenburg-abbey-image365250471.htmlRM2C66GKK–Water sports enthusiasts on stand-up paddleboards in the Weltenburg Narrows near Weltenburg Abbey
. Deep ocean power systems. Electric power distribution; Hydroelectric power plants. The annular condenser would be formed by making a space between the pressure hull and the inner cylinder. A 3/4-inch annular condenser would allow for pressure hull deflections of 5/32 inch. The lower end may be rig- idly attached, but the upper end should be attached with a flexible seal to the hull to avoid loading the inner cylinder with sea pressure deflections of the pressure hull. The hull condenser would be adequate sized for plants at depths of 600 and 6,000 feet where the ambient seawater is 24°C. How Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deep-ocean-power-systems-electric-power-distribution-hydroelectric-power-plants-the-annular-condenser-would-be-formed-by-making-a-space-between-the-pressure-hull-and-the-inner-cylinder-a-34-inch-annular-condenser-would-allow-for-pressure-hull-deflections-of-532-inch-the-lower-end-may-be-rig-idly-attached-but-the-upper-end-should-be-attached-with-a-flexible-seal-to-the-hull-to-avoid-loading-the-inner-cylinder-with-sea-pressure-deflections-of-the-pressure-hull-the-hull-condenser-would-be-adequate-sized-for-plants-at-depths-of-600-and-6000-feet-where-the-ambient-seawater-is-24c-how-image216082230.htmlRMPFFB2E–. Deep ocean power systems. Electric power distribution; Hydroelectric power plants. The annular condenser would be formed by making a space between the pressure hull and the inner cylinder. A 3/4-inch annular condenser would allow for pressure hull deflections of 5/32 inch. The lower end may be rig- idly attached, but the upper end should be attached with a flexible seal to the hull to avoid loading the inner cylinder with sea pressure deflections of the pressure hull. The hull condenser would be adequate sized for plants at depths of 600 and 6,000 feet where the ambient seawater is 24°C. How
The close-up view of a rusty door hook on a plastered concrete wall. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-close-up-view-of-a-rusty-door-hook-on-a-plastered-concrete-wall-image347032481.htmlRM2B4GKD5–The close-up view of a rusty door hook on a plastered concrete wall.
![. Electro-physiology . FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y", find their commencement the moment of Stock Photo](https://c8.alamy.com/comp/MA79CA/electro-physiology-fig-270-fig-270-a-schema-by-gotch-in-which-the-ordinates-are-the-galvanometer-deflections-the-figures-10-20-30-etc-on-the-abscissa-yltyltyquot-find-their-commencement-the-moment-of-MA79CA.jpg ". Electro-physiology . FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y", find their commencement the moment of Stock Photo")
. Electro-physiology . FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y", find their commencement the moment of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electro-physiology-fig-270-fig-270-a-schema-by-gotch-in-which-the-ordinates-are-the-galvanometer-deflections-the-figures-10-20-30-etc-on-the-abscissa-yltyltyquot-find-their-commencement-the-moment-of-image178411306.htmlRMMA79CA–. Electro-physiology . FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y", find their commencement the moment of
Weltenburg Narrows near Weltenburg Abbey Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-narrows-near-weltenburg-abbey-image365250444.htmlRM2C66GJM–Weltenburg Narrows near Weltenburg Abbey
Electro-physiology (1896-98) Electro-physiology electrophysiolog02bied Year: 1896-98 FIR. 275.—Schema of apparatus for determining the duration of the Torpedo discharge. (Gotch.) FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y', find their commencement the moment of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electro-physiology-1896-98-electro-physiology-electrophysiolog02bied-year-1896-98-fir-275schema-of-apparatus-for-determining-the-duration-of-the-torpedo-discharge-gotch-fig-270-fig-270-a-schema-by-gotch-in-which-the-ordinates-are-the-galvanometer-deflections-the-figures-10-20-30-etc-on-the-abscissa-yltylty-find-their-commencement-the-moment-of-image239642077.htmlRMRWTHWH–Electro-physiology (1896-98) Electro-physiology electrophysiolog02bied Year: 1896-98 FIR. 275.—Schema of apparatus for determining the duration of the Torpedo discharge. (Gotch.) FIG. 270. Fig. 270 (a schema by Gotch, in which the ordinates are the galvanometer deflections, the figures (10, 20, 30, etc.) on the abscissa Y<y)<y', find their commencement the moment of
A simple supported I-beam. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-grey-gradient-backround-image340331175.htmlRF2ANKBTR–A simple supported I-beam. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround
Side view of flexible young woman sitting on yoga mat and making deflections to side, stretching outside Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/side-view-of-flexible-young-woman-sitting-on-yoga-mat-and-making-deflections-to-side-stretching-outside-image382122786.htmlRF2D5K5EA–Side view of flexible young woman sitting on yoga mat and making deflections to side, stretching outside
An international system of electro-therapeutics : for students, general practitioners, and specialists . - the deflections of the galvanometer-needle. In all instances it is shown that the current passes from thelongitudinal surface through the galvanometer to the transverse sec-. ELECTRO-PHYSIOLOGY. B-13 tion, and then through the muscle to the original point of departure; inother words, the former surface is electrically positive to the latter, whichis electrically negative. The two points exhibiting the greatest differ-ence of potential, and, consequently, giving rise to the most powerfulcu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/an-international-system-of-electro-therapeutics-for-students-general-practitioners-and-specialists-the-deflections-of-the-galvanometer-needle-in-all-instances-it-is-shown-that-the-current-passes-from-thelongitudinal-surface-through-the-galvanometer-to-the-transverse-sec-electro-physiology-b-13-tion-and-then-through-the-muscle-to-the-original-point-of-departure-inother-words-the-former-surface-is-electrically-positive-to-the-latter-whichis-electrically-negative-the-two-points-exhibiting-the-greatest-differ-ence-of-potential-and-consequently-giving-rise-to-the-most-powerfulcu-image338936804.htmlRM2AKBW9T–An international system of electro-therapeutics : for students, general practitioners, and specialists . - the deflections of the galvanometer-needle. In all instances it is shown that the current passes from thelongitudinal surface through the galvanometer to the transverse sec-. ELECTRO-PHYSIOLOGY. B-13 tion, and then through the muscle to the original point of departure; inother words, the former surface is electrically positive to the latter, whichis electrically negative. The two points exhibiting the greatest differ-ence of potential, and, consequently, giving rise to the most powerfulcu
Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ermine-stoat-short-tailed-weasel-mustela-erminea-turning-somersaults-120518837.htmlRMH02305–Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany
The Color of Skylight. A NEW SEMI-DRY BATTERY. AN AUTO HYDRA SPARKING BATTERY. THE HYDRA DOUBLE SEMI-DRY BATTERY. sounds produced deflections of 2 feet., scientific american, 1901-08-03 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-color-of-skylight-a-new-semi-dry-battery-an-auto-hydra-sparking-battery-the-hydra-double-semi-dry-battery-sounds-produced-deflections-of-2-feet-scientific-american-1901-08-03-image334345497.htmlRM2ABXN2H–The Color of Skylight. A NEW SEMI-DRY BATTERY. AN AUTO HYDRA SPARKING BATTERY. THE HYDRA DOUBLE SEMI-DRY BATTERY. sounds produced deflections of 2 feet., scientific american, 1901-08-03
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027605.htmlRM2KBH3KH–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
padded textured texture of an old, rotten tree Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/padded-textured-texture-of-an-old-rotten-tree-image246644507.htmlRFT97HGB–padded textured texture of an old, rotten tree
Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-oil-tanks-are-pictured-at-the-harbour-in-hamburg-germany-25-february-58119366.htmlRMDAFFRJ–Oil tanks are pictured at the harbour in Hamburg, Germany, 25 February 2011. The oil markets react with hectic deflections to the current crisis in Libya. Prices went up again on 25 February, after they had gone back to normal in the evening of 24 February 2011. In the course of the day, a barrel (159 liters) of the North Sea oil Brent cost about 114 Dollars. Photo: Malte Christian
. Deep ocean power systems. Electric power distribution; Hydroelectric power plants. P^b = critical buckling pressure, psi Pj,y = critical yielding pressure, psi Ri o = local outside radius of a spherical shell, in. a = yield stress, psi The equations governing the collapse of cylinder shells are considerably more complex than for spheres. A method developed by General Dynamics* was used to analyze the collapse by yielding of a cylinder and hemispherical cylinder heads. This method calculates outer fiber, midfiber, and inner fiber stresses at frames and midbay as well as deflections and local Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deep-ocean-power-systems-electric-power-distribution-hydroelectric-power-plants-pb-=-critical-buckling-pressure-psi-pjy-=-critical-yielding-pressure-psi-ri-o-=-local-outside-radius-of-a-spherical-shell-in-a-=-yield-stress-psi-the-equations-governing-the-collapse-of-cylinder-shells-are-considerably-more-complex-than-for-spheres-a-method-developed-by-general-dynamics-was-used-to-analyze-the-collapse-by-yielding-of-a-cylinder-and-hemispherical-cylinder-heads-this-method-calculates-outer-fiber-midfiber-and-inner-fiber-stresses-at-frames-and-midbay-as-well-as-deflections-and-local-image216082388.htmlRMPFFB84–. Deep ocean power systems. Electric power distribution; Hydroelectric power plants. P^b = critical buckling pressure, psi Pj,y = critical yielding pressure, psi Ri o = local outside radius of a spherical shell, in. a = yield stress, psi The equations governing the collapse of cylinder shells are considerably more complex than for spheres. A method developed by General Dynamics* was used to analyze the collapse by yielding of a cylinder and hemispherical cylinder heads. This method calculates outer fiber, midfiber, and inner fiber stresses at frames and midbay as well as deflections and local
. Eight lectures on the signs of life from their electrical aspect . o 5 mins. Fig. 45.—Cat. Response of skin to tetanisation of the sciatic nerve, repeated at I minute intervals, and lasting for about 5 seconds. The deflections at the beginning and at the end of the record are standardising de- flections by xoirth volt. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-o-5-mins-fig-45cat-response-of-skin-to-tetanisation-of-the-sciatic-nerve-repeated-at-i-minute-intervals-and-lasting-for-about-5-seconds-the-deflections-at-the-beginning-and-at-the-end-of-the-record-are-standardising-de-flections-by-xoirth-volt-image178416790.htmlRMMA7GC6–. Eight lectures on the signs of life from their electrical aspect . o 5 mins. Fig. 45.—Cat. Response of skin to tetanisation of the sciatic nerve, repeated at I minute intervals, and lasting for about 5 seconds. The deflections at the beginning and at the end of the record are standardising de- flections by xoirth volt.
Weltenburg Abbey on the Danube River, from boat Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-abbey-on-the-danube-river-from-boat-image365250457.htmlRM2C66GK5–Weltenburg Abbey on the Danube River, from boat
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 158 THE SIGNS OF LIFE Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlectureson00wall-year-1903-158-the-signs-of-life-fig-59photographic-record-of-the-galvanometric-deflections-in-and-directions-caused-by-approximate-voltages-of-ooi-002-003-004-and-again-003-through-a-circuit-of-approximately-one-megohm-=-1000000-ohms-image240840222.htmlRMRYR64E–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 158 THE SIGNS OF LIFE Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms).
A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-white-backround-image340306752.htmlRF2ANJ8MG–A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround
Diseases of the chest and the principles of physical diagnosis . chief branches of thebundle of His, i.e., in the arborization of the Purkinjefibers. Like bundlebranch block, this condition shows the notching and prolonged durationof the initial deflections; but differs in the low amplitude of the initialdeflections in all leads and in the absence of typical diphasic curveswith huge T waves. This form of electrocardiogram is probably morefrequent than that due to block of the main branch, and is important onaccount of its serious prognosis (Willius), and frequent association withcoronary throm Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diseases-of-the-chest-and-the-principles-of-physical-diagnosis-chief-branches-of-thebundle-of-his-ie-in-the-arborization-of-the-purkinjefibers-like-bundlebranch-block-this-condition-shows-the-notching-and-prolonged-durationof-the-initial-deflections-but-differs-in-the-low-amplitude-of-the-initialdeflections-in-all-leads-and-in-the-absence-of-typical-diphasic-curveswith-huge-t-waves-this-form-of-electrocardiogram-is-probably-morefrequent-than-that-due-to-block-of-the-main-branch-and-is-important-onaccount-of-its-serious-prognosis-willius-and-frequent-association-withcoronary-throm-image340283579.htmlRM2ANH74Y–Diseases of the chest and the principles of physical diagnosis . chief branches of thebundle of His, i.e., in the arborization of the Purkinjefibers. Like bundlebranch block, this condition shows the notching and prolonged durationof the initial deflections; but differs in the low amplitude of the initialdeflections in all leads and in the absence of typical diphasic curveswith huge T waves. This form of electrocardiogram is probably morefrequent than that due to block of the main branch, and is important onaccount of its serious prognosis (Willius), and frequent association withcoronary throm
Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ermine-stoat-short-tailed-weasel-mustela-erminea-turning-somersaults-120518836.htmlRMH02304–Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany
Bursting of a Fly Wheel in the Tacoma Railway Company's Power House. BY A. M'L. HAWKS C.B. AN IMPROVED RAILROAD CROSSING SIGNAL. WOODS' RAILROAD CROSSING SIGNAL. Photographing Rail Deflections. Science Notes., scientific american, 1897-07-31 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bursting-of-a-fly-wheel-in-the-tacoma-railway-companys-power-house-by-a-ml-hawks-cb-an-improved-railroad-crossing-signal-woods-railroad-crossing-signal-photographing-rail-deflections-science-notes-scientific-american-1897-07-31-image334341334.htmlRM2ABXFNX–Bursting of a Fly Wheel in the Tacoma Railway Company's Power House. BY A. M'L. HAWKS C.B. AN IMPROVED RAILROAD CROSSING SIGNAL. WOODS' RAILROAD CROSSING SIGNAL. Photographing Rail Deflections. Science Notes., scientific american, 1897-07-31
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027593.htmlRM2KBH3K5–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
padded textured texture of an old, rotten tree Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/padded-textured-texture-of-an-old-rotten-tree-image246035606.htmlRFT87TWX–padded textured texture of an old, rotten tree
Jersey City has recently combined a very compact and effective instrument. using a quantity of these coils or spools of wire. needle a little produce deflections which are propor tional to their force ; a current twice as strong pro ducing twice the deflection. This law holds good only for small angles of deflection. As the angles increase it requires a greater addition to the current to add an 1866 SCIENTIFIC AMERICAN INC., 1866-06-02 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/jersey-city-has-recently-combined-a-very-compact-and-effective-instrument-using-a-quantity-of-these-coils-or-spools-of-wire-needle-a-little-produce-deflections-which-are-propor-tional-to-their-force-a-current-twice-as-strong-pro-ducing-twice-the-deflection-this-law-holds-good-only-for-small-angles-of-deflection-as-the-angles-increase-it-requires-a-greater-addition-to-the-current-to-add-an-1866-scientific-american-inc-1866-06-02-image334307144.htmlRM2ABW04T–Jersey City has recently combined a very compact and effective instrument. using a quantity of these coils or spools of wire. needle a little produce deflections which are propor tional to their force ; a current twice as strong pro ducing twice the deflection. This law holds good only for small angles of deflection. As the angles increase it requires a greater addition to the current to add an 1866 SCIENTIFIC AMERICAN INC., 1866-06-02
. Determination of mooring load and transmitted wave height for a floating tire breakwater. Breakwaters; Breakwaters, Mobile; Water waves. >. 3Wp (a) deflections (b)soil reactions mox (c) BENDING MOMENT Figure 5. Failure modes for a short-rigid pile in cohesionless soil (after Broms, 1964b). Because anchor piles are designed for the soil's ultimate lateral resistance rather than deflection of the pile head as in structural piles, the design is predicated on sufficiently large deflection to develop the full passive resistance. This is defined, based on comparison with test data, as three tim Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/determination-of-mooring-load-and-transmitted-wave-height-for-a-floating-tire-breakwater-breakwaters-breakwaters-mobile-water-waves-gt-3wp-a-deflections-bsoil-reactions-mox-c-bending-moment-figure-5-failure-modes-for-a-short-rigid-pile-in-cohesionless-soil-after-broms-1964b-because-anchor-piles-are-designed-for-the-soils-ultimate-lateral-resistance-rather-than-deflection-of-the-pile-head-as-in-structural-piles-the-design-is-predicated-on-sufficiently-large-deflection-to-develop-the-full-passive-resistance-this-is-defined-based-on-comparison-with-test-data-as-three-tim-image215985783.htmlRMPFB01Y–. Determination of mooring load and transmitted wave height for a floating tire breakwater. Breakwaters; Breakwaters, Mobile; Water waves. >. 3Wp (a) deflections (b)soil reactions mox (c) BENDING MOMENT Figure 5. Failure modes for a short-rigid pile in cohesionless soil (after Broms, 1964b). Because anchor piles are designed for the soil's ultimate lateral resistance rather than deflection of the pile head as in structural piles, the design is predicated on sufficiently large deflection to develop the full passive resistance. This is defined, based on comparison with test data, as three tim
. Eight lectures on the signs of life from their electrical aspect . Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-fig-59photographic-record-of-the-galvanometric-deflections-in-and-directions-caused-by-approximate-voltages-of-ooi-002-003-004-and-again-003-through-a-circuit-of-approximately-one-megohm-=-1000000-ohms-image178416773.htmlRMMA7GBH–. Eight lectures on the signs of life from their electrical aspect . Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms).
Weltenburg Narrows near Weltenburg Abbey on the Danube River Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-narrows-near-weltenburg-abbey-on-the-danube-river-image365250474.htmlRM2C66GKP–Weltenburg Narrows near Weltenburg Abbey on the Danube River
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 158 THE SIGNS OF LIFE Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlectureson00wall-year-1903-158-the-signs-of-life-fig-59photographic-record-of-the-galvanometric-deflections-in-and-directions-caused-by-approximate-voltages-of-ooi-002-003-004-and-again-003-through-a-circuit-of-approximately-one-megohm-=-1000000-ohms-image239869819.htmlRMRX70B7–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 158 THE SIGNS OF LIFE Fig. 59.—Photographic record of the galvanometric deflections in + and - directions, caused by (approximate) voltages of o.oi, 0.02, 0.03, 0.04, and again 0.03, through a circuit of (approximately) one Megohm ( = 1000000 ohms).
A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-white-backround-image340421804.htmlRF2ANRFDG–A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on white backround
Weltenburg Narrows near Weltenburg Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-narrows-near-weltenburg-image365250583.htmlRM2C66GRK–Weltenburg Narrows near Weltenburg
Thirty years a slave From bondage to freedom The institution of slavery as seen on the plantation and in the home of the planter . for along distance. The muddy waters of the river, whenat a low stage, lap the ever crumbling banks thatyearly change, yielding to new deflections of the cur-rent. )V hundreds of miles below there is a highlyinteresting and rarely l)r(>ken series of forests, canebrakes and sand bars, covered with masses of willows. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/thirty-years-a-slave-from-bondage-to-freedom-the-institution-of-slavery-as-seen-on-the-plantation-and-in-the-home-of-the-planter-for-along-distance-the-muddy-waters-of-the-river-whenat-a-low-stage-lap-the-ever-crumbling-banks-thatyearly-change-yielding-to-new-deflections-of-the-cur-rent-v-hundreds-of-miles-below-there-is-a-highlyinteresting-and-rarely-lrgtken-series-of-forests-canebrakes-and-sand-bars-covered-with-masses-of-willows-image338240154.htmlRM2AJ84NE–Thirty years a slave From bondage to freedom The institution of slavery as seen on the plantation and in the home of the planter . for along distance. The muddy waters of the river, whenat a low stage, lap the ever crumbling banks thatyearly change, yielding to new deflections of the cur-rent. )V hundreds of miles below there is a highlyinteresting and rarely l)r(>ken series of forests, canebrakes and sand bars, covered with masses of willows.
Panorama of the Rheinschleife near Boppard, right half with Filsen and Boppard as seen from the Gedeonseck viewpoint, UNESCO World Heritage Upper Middle Rhine Valley, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/panorama-of-the-rheinschleife-near-boppard-right-half-with-filsen-and-boppard-as-seen-from-the-gedeonseck-viewpoint-unesco-world-heritage-upper-middle-rhine-valley-image357546657.htmlRM2BNKJBD–Panorama of the Rheinschleife near Boppard, right half with Filsen and Boppard as seen from the Gedeonseck viewpoint, UNESCO World Heritage Upper Middle Rhine Valley,
Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-ermine-stoat-short-tailed-weasel-mustela-erminea-turning-somersaults-120518838.htmlRMH02306–Ermine, Stoat, Short-tailed weasel (Mustela erminea), turning somersaults in winter coat in a snow-capped meadow, diversionary tactic, Germany
Weltenburg Abbey on the Danube River, from above Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-abbey-on-the-danube-river-from-above-image365250430.htmlRM2C66GJ6–Weltenburg Abbey on the Danube River, from above
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027588.htmlRM2KBH3K0–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
wallpaper padded textured texture of an old, rotten tree Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wallpaper-padded-textured-texture-of-an-old-rotten-tree-image246644510.htmlRFT97HGE–wallpaper padded textured texture of an old, rotten tree
![. Design for implosion of concrete cylinder structures under hydrostatic loading. Underwater concrete construction; Hydraulic structures. Figure B-14. Fragments of failure hole from specimen 3-1. For simple-support specimens, the ideal 4) of zero was not obtained. The radial deflection of the steel stiffener provided some compliance. The stiffener deflection was calculated to be about 0.01 inch (0.3 mm) at a pressure load of 500 psi (3.5 MPa), or a 4) of 0.08. Measured radial deflections showed values about 0.02 inch (0.5 mm), a )///// "°'^ ^ %^ 120 J /^J^ ^ y- 100 80 —- 7 J- 60 Stock Photo](https://c8.alamy.com/comp/PFB0YP/design-for-implosion-of-concrete-cylinder-structures-under-hydrostatic-loading-underwater-concrete-construction-hydraulic-structures-figure-b-14-fragments-of-failure-hole-from-specimen-3-1-for-simple-support-specimens-the-ideal-4-of-zero-was-not-obtained-the-radial-deflection-of-the-steel-stiffener-provided-some-compliance-the-stiffener-deflection-was-calculated-to-be-about-001-inch-03-mm-at-a-pressure-load-of-500-psi-35-mpa-or-a-4-of-008-measured-radial-deflections-showed-values-about-002-inch-05-mm-a-quot-120-j-j-y-100-80-7-j-60-PFB0YP.jpg ". Design for implosion of concrete cylinder structures under hydrostatic loading. Underwater concrete construction; Hydraulic structures. Figure B-14. Fragments of failure hole from specimen 3-1. For simple-support specimens, the ideal 4) of zero was not obtained. The radial deflection of the steel stiffener provided some compliance. The stiffener deflection was calculated to be about 0.01 inch (0.3 mm) at a pressure load of 500 psi (3.5 MPa), or a 4) of 0.08. Measured radial deflections showed values about 0.02 inch (0.5 mm), a )///// "°'^ ^ %^ 120 J /^J^ ^ y- 100 80 —- 7 J- 60 Stock Photo")
. Design for implosion of concrete cylinder structures under hydrostatic loading. Underwater concrete construction; Hydraulic structures. Figure B-14. Fragments of failure hole from specimen 3-1. For simple-support specimens, the ideal 4) of zero was not obtained. The radial deflection of the steel stiffener provided some compliance. The stiffener deflection was calculated to be about 0.01 inch (0.3 mm) at a pressure load of 500 psi (3.5 MPa), or a 4) of 0.08. Measured radial deflections showed values about 0.02 inch (0.5 mm), a )///// "°'^ ^ %^ 120 J /^J^ ^ y- 100 80 —- 7 J- 60 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/design-for-implosion-of-concrete-cylinder-structures-under-hydrostatic-loading-underwater-concrete-construction-hydraulic-structures-figure-b-14-fragments-of-failure-hole-from-specimen-3-1-for-simple-support-specimens-the-ideal-4-of-zero-was-not-obtained-the-radial-deflection-of-the-steel-stiffener-provided-some-compliance-the-stiffener-deflection-was-calculated-to-be-about-001-inch-03-mm-at-a-pressure-load-of-500-psi-35-mpa-or-a-4-of-008-measured-radial-deflections-showed-values-about-002-inch-05-mm-a-quot-120-j-j-y-100-80-7-j-60-image215986506.htmlRMPFB0YP–. Design for implosion of concrete cylinder structures under hydrostatic loading. Underwater concrete construction; Hydraulic structures. Figure B-14. Fragments of failure hole from specimen 3-1. For simple-support specimens, the ideal 4) of zero was not obtained. The radial deflection of the steel stiffener provided some compliance. The stiffener deflection was calculated to be about 0.01 inch (0.3 mm) at a pressure load of 500 psi (3.5 MPa), or a 4) of 0.08. Measured radial deflections showed values about 0.02 inch (0.5 mm), a )///// "°'^ ^ %^ 120 J /^J^ ^ y- 100 80 —- 7 J- 60
. Early geophysical papers of the Society of Exploration Geophysicists . © ® Fig. 21 a: Detailed circuit diagram of Racom compensator b: Schematic circuit diagram of same Koenigsberger uses also a modification of this method: The central electrode is left permanently connected to the potentiometer and the other electrodes, B and C, are connected alternately with it by means of a commutator. The ratio of the deflections gives the potential 463 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-geophysical-papers-of-the-society-of-exploration-geophysicists-fig-21-a-detailed-circuit-diagram-of-racom-compensator-b-schematic-circuit-diagram-of-same-koenigsberger-uses-also-a-modification-of-this-method-the-central-electrode-is-left-permanently-connected-to-the-potentiometer-and-the-other-electrodes-b-and-c-are-connected-alternately-with-it-by-means-of-a-commutator-the-ratio-of-the-deflections-gives-the-potential-463-image178489529.htmlRMMAAW61–. Early geophysical papers of the Society of Exploration Geophysicists . © ® Fig. 21 a: Detailed circuit diagram of Racom compensator b: Schematic circuit diagram of same Koenigsberger uses also a modification of this method: The central electrode is left permanently connected to the potentiometer and the other electrodes, B and C, are connected alternately with it by means of a commutator. The ratio of the deflections gives the potential 463
Electro-physiology (1896-98) Electro-physiology electrophysiolog02bied Year: 1896-98 306 ELECTRO-PHYSIOLOGY CHAP. nerve, extends not merely to equality of an- and katelectrotonic deflections, but also to the more or less approximate proportion which exists at a given position of leading-in and galvanometer electrodes, between the magnitude of effect produced and intensity of the polarising current (38). An essential characteristic of ' electrotonic ' currents, as opposed to ordinary current escape, is presented by the fact that the direction of the extrapolar current led off is determined by Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electro-physiology-1896-98-electro-physiology-electrophysiolog02bied-year-1896-98-306-electro-physiology-chap-nerve-extends-not-merely-to-equality-of-an-and-katelectrotonic-deflections-but-also-to-the-more-or-less-approximate-proportion-which-exists-at-a-given-position-of-leading-in-and-galvanometer-electrodes-between-the-magnitude-of-effect-produced-and-intensity-of-the-polarising-current-38-an-essential-characteristic-of-electrotonic-currents-as-opposed-to-ordinary-current-escape-is-presented-by-the-fact-that-the-direction-of-the-extrapolar-current-led-off-is-determined-by-image241227297.htmlRMT0CRTH–Electro-physiology (1896-98) Electro-physiology electrophysiolog02bied Year: 1896-98 306 ELECTRO-PHYSIOLOGY CHAP. nerve, extends not merely to equality of an- and katelectrotonic deflections, but also to the more or less approximate proportion which exists at a given position of leading-in and galvanometer electrodes, between the magnitude of effect produced and intensity of the polarising current (38). An essential characteristic of ' electrotonic ' currents, as opposed to ordinary current escape, is presented by the fact that the direction of the extrapolar current led off is determined by
A simple supported I-beam bending. Side 3D view of mesh deformation and plot of deflections from finite element analysis on grey backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-side-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-grey-backround-image340422552.htmlRF2ANRGC8–A simple supported I-beam bending. Side 3D view of mesh deformation and plot of deflections from finite element analysis on grey backround
Medical and surgical reports . FIGURE 5. 2. Excessive development. Polycheiria, polydactylism,polyphalangism. 3. Perverted development. Syndactylism, cleft hand,congenital constrictions, deflections, congenital dislocations,congenital neoplasms. 8 ANOMALIES OF THE PHALANGES. The coexistence of different types is common, such forinstance as the combination of syndactylism with anomaliesand deficiencies of the phalanges, which is the type illus-trated by the first group of cases to be presented in this. FIGURE 6. paper. The coexistence of anomalies and deficiencies ofother parts of the body with Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/medical-and-surgical-reports-figure-5-2-excessive-development-polycheiria-polydactylismpolyphalangism-3-perverted-development-syndactylism-cleft-handcongenital-constrictions-deflections-congenital-dislocationscongenital-neoplasms-8-anomalies-of-the-phalanges-the-coexistence-of-different-types-is-common-such-forinstance-as-the-combination-of-syndactylism-with-anomaliesand-deficiencies-of-the-phalanges-which-is-the-type-illus-trated-by-the-first-group-of-cases-to-be-presented-in-this-figure-6-paper-the-coexistence-of-anomalies-and-deficiencies-ofother-parts-of-the-body-with-image338303839.htmlRM2AJB1YY–Medical and surgical reports . FIGURE 5. 2. Excessive development. Polycheiria, polydactylism,polyphalangism. 3. Perverted development. Syndactylism, cleft hand,congenital constrictions, deflections, congenital dislocations,congenital neoplasms. 8 ANOMALIES OF THE PHALANGES. The coexistence of different types is common, such forinstance as the combination of syndactylism with anomaliesand deficiencies of the phalanges, which is the type illus-trated by the first group of cases to be presented in this. FIGURE 6. paper. The coexistence of anomalies and deficiencies ofother parts of the body with
Weltenburg Narrows near Weltenburg Abbey in the evening Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/weltenburg-narrows-near-weltenburg-abbey-in-the-evening-image365250455.htmlRM2C66GK3–Weltenburg Narrows near Weltenburg Abbey in the evening
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027601.htmlRM2KBH3KD–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
wallpaper gray bark texture of the tree filling the entire frame Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wallpaper-gray-bark-texture-of-the-tree-filling-the-entire-frame-image246644514.htmlRFT97HGJ–wallpaper gray bark texture of the tree filling the entire frame
Befreiungshalle (Hall of Liberation) near Kelheim above Weltenburg Narrows Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/befreiungshalle-hall-of-liberation-near-kelheim-above-weltenburg-narrows-image365250548.htmlRM2C66GPC–Befreiungshalle (Hall of Liberation) near Kelheim above Weltenburg Narrows
Amazon of the Eifel Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/amazon-of-the-eifel-image440510640.htmlRM2GGJYPT–Amazon of the Eifel
Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gorgeous-sunrise-over-the-mosel-loop-near-bremm-autumn-photo-of-the-yellow-vineyards-beautiful-light-in-the-morning-image545402147.htmlRM2PK9603–Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning.
![. Timber and timber trees, native and foreign . Timber; Trees. XXXIV.] YELLOW FINE. 279 Table CXLVIII.—Yellow Pine (Canada). Transverse Experitnents. Number of the specimen. Deflections. Total weight required to brealc each piece. II Weight reduced to specific gravity 600. Weight required to break 1 square inch. With the apparatus weighing 390 lbs. After the weight was removed. At the crisis of breaking. I 2 3 4 S 6 Inches. 2-00 2'00 2-0O 175 2-25 27s Inches. 175 1-85 I-65 2-00 2-IO Inches. 4-50 5'oo 4-50 4-50 375 S7S lbs. 630 635 684 660 SS2 598 424 432 464 444 435 411 891 883 884 892 76i 873 Stock Photo](https://c8.alamy.com/comp/PG413M/timber-and-timber-trees-native-and-foreign-timber-trees-xxxiv-yellow-fine-279-table-cxlviiiyellow-pine-canada-transverse-experitnents-number-of-the-specimen-deflections-total-weight-required-to-brealc-each-piece-ii-weight-reduced-to-specific-gravity-600-weight-required-to-break-1-square-inch-with-the-apparatus-weighing-390-lbs-after-the-weight-was-removed-at-the-crisis-of-breaking-i-2-3-4-s-6-inches-2-00-200-2-0o-175-2-25-27s-inches-175-1-85-i-65-2-00-2-io-inches-4-50-5oo-4-50-4-50-375-s7s-lbs-630-635-684-660-ss2-598-424-432-464-444-435-411-891-883-884-892-76i-873-PG413M.jpg ". Timber and timber trees, native and foreign . Timber; Trees. XXXIV.] YELLOW FINE. 279 Table CXLVIII.—Yellow Pine (Canada). Transverse Experitnents. Number of the specimen. Deflections. Total weight required to brealc each piece. II Weight reduced to specific gravity 600. Weight required to break 1 square inch. With the apparatus weighing 390 lbs. After the weight was removed. At the crisis of breaking. I 2 3 4 S 6 Inches. 2-00 2'00 2-0O 175 2-25 27s Inches. 175 1-85 I-65 2-00 2-IO Inches. 4-50 5'oo 4-50 4-50 375 S7S lbs. 630 635 684 660 SS2 598 424 432 464 444 435 411 891 883 884 892 76i 873 Stock Photo")
. Timber and timber trees, native and foreign . Timber; Trees. XXXIV.] YELLOW FINE. 279 Table CXLVIII.—Yellow Pine (Canada). Transverse Experitnents. Number of the specimen. Deflections. Total weight required to brealc each piece. II Weight reduced to specific gravity 600. Weight required to break 1 square inch. With the apparatus weighing 390 lbs. After the weight was removed. At the crisis of breaking. I 2 3 4 S 6 Inches. 2-00 2'00 2-0O 175 2-25 27s Inches. 175 1-85 I-65 2-00 2-IO Inches. 4-50 5'oo 4-50 4-50 375 S7S lbs. 630 635 684 660 SS2 598 424 432 464 444 435 411 891 883 884 892 76i 873 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/timber-and-timber-trees-native-and-foreign-timber-trees-xxxiv-yellow-fine-279-table-cxlviiiyellow-pine-canada-transverse-experitnents-number-of-the-specimen-deflections-total-weight-required-to-brealc-each-piece-ii-weight-reduced-to-specific-gravity-600-weight-required-to-break-1-square-inch-with-the-apparatus-weighing-390-lbs-after-the-weight-was-removed-at-the-crisis-of-breaking-i-2-3-4-s-6-inches-2-00-200-2-0o-175-2-25-27s-inches-175-1-85-i-65-2-00-2-io-inches-4-50-5oo-4-50-4-50-375-s7s-lbs-630-635-684-660-ss2-598-424-432-464-444-435-411-891-883-884-892-76i-873-image216447608.htmlRMPG413M–. Timber and timber trees, native and foreign . Timber; Trees. XXXIV.] YELLOW FINE. 279 Table CXLVIII.—Yellow Pine (Canada). Transverse Experitnents. Number of the specimen. Deflections. Total weight required to brealc each piece. II Weight reduced to specific gravity 600. Weight required to break 1 square inch. With the apparatus weighing 390 lbs. After the weight was removed. At the crisis of breaking. I 2 3 4 S 6 Inches. 2-00 2'00 2-0O 175 2-25 27s Inches. 175 1-85 I-65 2-00 2-IO Inches. 4-50 5'oo 4-50 4-50 375 S7S lbs. 630 635 684 660 SS2 598 424 432 464 444 435 411 891 883 884 892 76i 873
![. Eight lectures on the signs of life from their electrical aspect . 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 0 (vr ^j- T â 0" vcT K- QT cr cr Fig. 60.âPhotographic record of the deflections caused by break, induction shocks of a Berne coil. Two trials at each strength. Stock Photo](https://c8.alamy.com/comp/MA7GBF/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-q-0-0-0-vr-j-t-0quot-vct-k-qt-cr-cr-fig-60photographic-record-of-the-deflections-caused-by-break-induction-shocks-of-a-berne-coil-two-trials-at-each-strength-MA7GBF.jpg ". Eight lectures on the signs of life from their electrical aspect . 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 0 (vr ^j- T â 0" vcT K- QT cr cr Fig. 60.âPhotographic record of the deflections caused by break, induction shocks of a Berne coil. Two trials at each strength. Stock Photo")
. Eight lectures on the signs of life from their electrical aspect . 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 0 (vr ^j- T â 0" vcT K- QT cr cr Fig. 60.âPhotographic record of the deflections caused by break, induction shocks of a Berne coil. Two trials at each strength. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-0-q-0-0-0-vr-j-t-0quot-vct-k-qt-cr-cr-fig-60photographic-record-of-the-deflections-caused-by-break-induction-shocks-of-a-berne-coil-two-trials-at-each-strength-image178416771.htmlRMMA7GBF–. Eight lectures on the signs of life from their electrical aspect . 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 0 0 (vr ^j- T â 0" vcT K- QT cr cr Fig. 60.âPhotographic record of the deflections caused by break, induction shocks of a Berne coil. Two trials at each strength.
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlecturesons00wall Year: 1903 APPENDIX 157 one or other of the two galvanometers ; and once established, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. i. ,SL FlG. 58.—Galvanograph. The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which Gx is the indicator and G2 the recorder, The two galvanometers are Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlecturesons00wall-year-1903-appendix-157-one-or-other-of-the-two-galvanometers-and-once-established-we-may-if-desired-further-shunt-both-galvanometers-so-as-to-reduce-both-deflections-in-the-same-proportion-for-this-reduction-the-common-shunt-is-to-be-connected-with-the-terminals-on-each-side-of-plug-no-i-sl-flg-58galvanograph-the-most-convenient-arrangement-of-the-two-galvanometers-is-shown-in-fig-58-in-which-gx-is-the-indicator-and-g2-the-recorder-the-two-galvanometers-are-image239869611.htmlRMRX703R–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlecturesons00wall Year: 1903 APPENDIX 157 one or other of the two galvanometers ; and once established, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. i. ,SL FlG. 58.—Galvanograph. The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which Gx is the indicator and G2 the recorder, The two galvanometers are
A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-grey-gradient-backround-image340306736.htmlRF2ANJ8M0–A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround
Clinical electrocardiography . cellular, and (2) the increased cardiacwork accompanying the elevation of the basal metabolic rate. Electrocardiograms of patients with exophthalmic goiter (Fig.137) or with adenoma with hyperthyroidism are modified largelyby the degree of myocardial degeneration. Auricular fibrillationis a very frequent phenomenon, often disappearing after thyroid-ectomy when the basal metabolic rate attains normal. ELECTROCARDIOGRAPHIC STUDY OF HEART DISEASE 157 Myxedema.—Electrocardiograms of patients with myxedemausually reveal deflections of low amplitude, particularly of th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/clinical-electrocardiography-cellular-and-2-the-increased-cardiacwork-accompanying-the-elevation-of-the-basal-metabolic-rate-electrocardiograms-of-patients-with-exophthalmic-goiter-fig137-or-with-adenoma-with-hyperthyroidism-are-modified-largelyby-the-degree-of-myocardial-degeneration-auricular-fibrillationis-a-very-frequent-phenomenon-often-disappearing-after-thyroid-ectomy-when-the-basal-metabolic-rate-attains-normal-electrocardiographic-study-of-heart-disease-157-myxedemaelectrocardiograms-of-patients-with-myxedemausually-reveal-deflections-of-low-amplitude-particularly-of-th-image339164971.htmlRM2AKP8AK–Clinical electrocardiography . cellular, and (2) the increased cardiacwork accompanying the elevation of the basal metabolic rate. Electrocardiograms of patients with exophthalmic goiter (Fig.137) or with adenoma with hyperthyroidism are modified largelyby the degree of myocardial degeneration. Auricular fibrillationis a very frequent phenomenon, often disappearing after thyroid-ectomy when the basal metabolic rate attains normal. ELECTROCARDIOGRAPHIC STUDY OF HEART DISEASE 157 Myxedema.—Electrocardiograms of patients with myxedemausually reveal deflections of low amplitude, particularly of th
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027598.htmlRM2KBH3KA–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
wallpaper gray bark texture of the tree filling the entire frame Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wallpaper-gray-bark-texture-of-the-tree-filling-the-entire-frame-image246035613.htmlRFT87TX5–wallpaper gray bark texture of the tree filling the entire frame
Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gorgeous-sunrise-over-the-mosel-loop-near-bremm-autumn-photo-of-the-yellow-vineyards-beautiful-light-in-the-morning-image545402145.htmlRM2PK9601–Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning.
![. Timber and timber trees, native and foreign . Timber; Trees. 282 TIMBER AND TIMBER TREES. [chap. Table CL.âYellow Pine (Canada). Transverse Experiments.âyd Example. Deflections. A >. â g â¢a Tensile Experiments. â¢sN 1 'r-" til > lit fit g.s 11 IB g2 ^1 ff in sil 0 1-2.1 Inches. Inches. Inches. lbs. lbs. lbs. 14. 4 2-0O â¢65 3-00 S04 562 538 126-00 2485 4. 28 15- 3 17.5 â¢C.S 3-50 .S.^^ 564 591 139-00 2800 3- 29 16. 2 1-50 â 50 475 665 753 166-25 2870 2. 30 17. I 2-25 â «.S 4-50 498 S60 533 124-50 2240 I- 31 18. I' 2-25 75 3-25 SI3 526 585 128-25 1610 i'. 32 19. 2' 2-25 â «s Stock Photo](https://c8.alamy.com/comp/PG411Y/timber-and-timber-trees-native-and-foreign-timber-trees-282-timber-and-timber-trees-chap-table-clyellow-pine-canada-transverse-experimentsyd-example-deflections-a-gt-g-a-tensile-experiments-sn-1-r-quot-til-gt-lit-fit-gs-11-ib-g2-1-ff-in-sil-0-1-21-inches-inches-inches-lbs-lbs-lbs-14-4-2-0o-65-3-00-s04-562-538-126-00-2485-4-28-15-3-175-cs-3-50-s-564-591-139-00-2800-3-29-16-2-1-50-50-475-665-753-166-25-2870-2-30-17-i-2-25-s-4-50-498-s60-533-124-50-2240-i-31-18-i-2-25-75-3-25-si3-526-585-128-25-1610-i-32-19-2-2-25-s-PG411Y.jpg ". Timber and timber trees, native and foreign . Timber; Trees. 282 TIMBER AND TIMBER TREES. [chap. Table CL.âYellow Pine (Canada). Transverse Experiments.âyd Example. Deflections. A >. â g â¢a Tensile Experiments. â¢sN 1 'r-" til > lit fit g.s 11 IB g2 ^1 ff in sil 0 1-2.1 Inches. Inches. Inches. lbs. lbs. lbs. 14. 4 2-0O â¢65 3-00 S04 562 538 126-00 2485 4. 28 15- 3 17.5 â¢C.S 3-50 .S.^^ 564 591 139-00 2800 3- 29 16. 2 1-50 â 50 475 665 753 166-25 2870 2. 30 17. I 2-25 â «.S 4-50 498 S60 533 124-50 2240 I- 31 18. I' 2-25 75 3-25 SI3 526 585 128-25 1610 i'. 32 19. 2' 2-25 â «s Stock Photo")
. Timber and timber trees, native and foreign . Timber; Trees. 282 TIMBER AND TIMBER TREES. [chap. Table CL.âYellow Pine (Canada). Transverse Experiments.âyd Example. Deflections. A >. â g â¢a Tensile Experiments. â¢sN 1 'r-" til > lit fit g.s 11 IB g2 ^1 ff in sil 0 1-2.1 Inches. Inches. Inches. lbs. lbs. lbs. 14. 4 2-0O â¢65 3-00 S04 562 538 126-00 2485 4. 28 15- 3 17.5 â¢C.S 3-50 .S.^^ 564 591 139-00 2800 3- 29 16. 2 1-50 â 50 475 665 753 166-25 2870 2. 30 17. I 2-25 â «.S 4-50 498 S60 533 124-50 2240 I- 31 18. I' 2-25 75 3-25 SI3 526 585 128-25 1610 i'. 32 19. 2' 2-25 â «s Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/timber-and-timber-trees-native-and-foreign-timber-trees-282-timber-and-timber-trees-chap-table-clyellow-pine-canada-transverse-experimentsyd-example-deflections-a-gt-g-a-tensile-experiments-sn-1-r-quot-til-gt-lit-fit-gs-11-ib-g2-1-ff-in-sil-0-1-21-inches-inches-inches-lbs-lbs-lbs-14-4-2-0o-65-3-00-s04-562-538-126-00-2485-4-28-15-3-175-cs-3-50-s-564-591-139-00-2800-3-29-16-2-1-50-50-475-665-753-166-25-2870-2-30-17-i-2-25-s-4-50-498-s60-533-124-50-2240-i-31-18-i-2-25-75-3-25-si3-526-585-128-25-1610-i-32-19-2-2-25-s-image216447559.htmlRMPG411Y–. Timber and timber trees, native and foreign . Timber; Trees. 282 TIMBER AND TIMBER TREES. [chap. Table CL.âYellow Pine (Canada). Transverse Experiments.âyd Example. Deflections. A >. â g â¢a Tensile Experiments. â¢sN 1 'r-" til > lit fit g.s 11 IB g2 ^1 ff in sil 0 1-2.1 Inches. Inches. Inches. lbs. lbs. lbs. 14. 4 2-0O â¢65 3-00 S04 562 538 126-00 2485 4. 28 15- 3 17.5 â¢C.S 3-50 .S.^^ 564 591 139-00 2800 3- 29 16. 2 1-50 â 50 475 665 753 166-25 2870 2. 30 17. I 2-25 â «.S 4-50 498 S60 533 124-50 2240 I- 31 18. I' 2-25 75 3-25 SI3 526 585 128-25 1610 i'. 32 19. 2' 2-25 â «s
. Electronic apparatus for biological research . Figure 12.21 directions we have all the benefits of push-pull voltage amplification (no decouphng required etc.) without the need for a special phase-splitter to drive the stage. It makes no difference in what ratio the input is divided between the grids, the effect at the output is substantially the same. In other words, the stage responds similarly to an anti-phase input whether the input is balanced or not. The discrimination ratio or rejection ratio of a complete differential amplifier is the ratio of the deflections produced at the indicati Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electronic-apparatus-for-biological-research-figure-1221-directions-we-have-all-the-benefits-of-push-pull-voltage-amplification-no-decouphng-required-etc-without-the-need-for-a-special-phase-splitter-to-drive-the-stage-it-makes-no-difference-in-what-ratio-the-input-is-divided-between-the-grids-the-effect-at-the-output-is-substantially-the-same-in-other-words-the-stage-responds-similarly-to-an-anti-phase-input-whether-the-input-is-balanced-or-not-the-discrimination-ratio-or-rejection-ratio-of-a-complete-differential-amplifier-is-the-ratio-of-the-deflections-produced-at-the-indicati-image178412966.htmlRMMA7BFJ–. Electronic apparatus for biological research . Figure 12.21 directions we have all the benefits of push-pull voltage amplification (no decouphng required etc.) without the need for a special phase-splitter to drive the stage. It makes no difference in what ratio the input is divided between the grids, the effect at the output is substantially the same. In other words, the stage responds similarly to an anti-phase input whether the input is balanced or not. The discrimination ratio or rejection ratio of a complete differential amplifier is the ratio of the deflections produced at the indicati
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 APPENDIX 15T one or other of the two galvanometers ; and once estabhshed, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. I. Fig. 58.—Galvanograph, The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which G;^ is the indicator and G^ the recorder. The two galvanometers are co Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlectureson00wall-year-1903-appendix-15t-one-or-other-of-the-two-galvanometers-and-once-estabhshed-we-may-if-desired-further-shunt-both-galvanometers-so-as-to-reduce-both-deflections-in-the-same-proportion-for-this-reduction-the-common-shunt-is-to-be-connected-with-the-terminals-on-each-side-of-plug-no-i-fig-58galvanograph-the-most-convenient-arrangement-of-the-two-galvanometers-is-shown-in-fig-58-in-which-g-is-the-indicator-and-g-the-recorder-the-two-galvanometers-are-co-image240840042.htmlRMRYR5X2–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 APPENDIX 15T one or other of the two galvanometers ; and once estabhshed, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. I. Fig. 58.—Galvanograph, The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which G;^ is the indicator and G^ the recorder. The two galvanometers are co
A simple supported I-beam bending. Side 3D view of mesh deformation and plot of deflections from finite element analysis on white backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-side-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-white-backround-image340422556.htmlRF2ANRGCC–A simple supported I-beam bending. Side 3D view of mesh deformation and plot of deflections from finite element analysis on white backround
A text-book on diseases of the ear, nose and throat . lections are carried back into the bony septum in thisway, adding to the difficulties of their correction. 391 392 DISEASES OF THE NOSE AND NASOPHARYNX. The quadrangular cartilage is the place iu which deflections are seenoftenest and in their greatest development, and the variety of shapepresented by these is so great that almost each case is peculiar. Thedegree of bulging of the septum varies from a slight amount hardlj^ ob-structing the air-current to protrusions that pack the bent septum tightlyagainst the turbinals and close the naris Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-on-diseases-of-the-ear-nose-and-throat-lections-are-carried-back-into-the-bony-septum-in-thisway-adding-to-the-difficulties-of-their-correction-391-392-diseases-of-the-nose-and-nasopharynx-the-quadrangular-cartilage-is-the-place-iu-which-deflections-are-seenoftenest-and-in-their-greatest-development-and-the-variety-of-shapepresented-by-these-is-so-great-that-almost-each-case-is-peculiar-thedegree-of-bulging-of-the-septum-varies-from-a-slight-amount-hardlj-ob-structing-the-air-current-to-protrusions-that-pack-the-bent-septum-tightlyagainst-the-turbinals-and-close-the-naris-image340303596.htmlRM2ANJ4KT–A text-book on diseases of the ear, nose and throat . lections are carried back into the bony septum in thisway, adding to the difficulties of their correction. 391 392 DISEASES OF THE NOSE AND NASOPHARYNX. The quadrangular cartilage is the place iu which deflections are seenoftenest and in their greatest development, and the variety of shapepresented by these is so great that almost each case is peculiar. Thedegree of bulging of the septum varies from a slight amount hardlj^ ob-structing the air-current to protrusions that pack the bent septum tightlyagainst the turbinals and close the naris
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027608.htmlRM2KBH3KM–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gorgeous-sunrise-over-the-mosel-loop-near-bremm-autumn-photo-of-the-yellow-vineyards-beautiful-light-in-the-morning-image545402108.htmlRM2PK95XM–Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning.
. vertical component Fig. 9 Diagrams of an ichthyosaur tail showing how the downthrust produced by the epicaudal lobe can be resolved into vertical and horizontal components. A. Angle of tail bend is small, b. Angle is larger and the vertical component is correspondingly decreased. system are two more inclined planes resulting from deflections of the epicaudal and hypocaudal lobes, particularly towards their tips which are more flexible (Fig. 8e). The epicaudal lobe moves at an obtuse angle of attack (Fig. 8e: a°) to the direction of motion of the tail giving a down- thrust, which is compensat Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vertical-component-fig-9-diagrams-of-an-ichthyosaur-tail-showing-how-the-downthrust-produced-by-the-epicaudal-lobe-can-be-resolved-into-vertical-and-horizontal-components-a-angle-of-tail-bend-is-small-b-angle-is-larger-and-the-vertical-component-is-correspondingly-decreased-system-are-two-more-inclined-planes-resulting-from-deflections-of-the-epicaudal-and-hypocaudal-lobes-particularly-towards-their-tips-which-are-more-flexible-fig-8e-the-epicaudal-lobe-moves-at-an-obtuse-angle-of-attack-fig-8e-a-to-the-direction-of-motion-of-the-tail-giving-a-down-thrust-which-is-compensat-image179937505.htmlRMMCMT3D–. vertical component Fig. 9 Diagrams of an ichthyosaur tail showing how the downthrust produced by the epicaudal lobe can be resolved into vertical and horizontal components. A. Angle of tail bend is small, b. Angle is larger and the vertical component is correspondingly decreased. system are two more inclined planes resulting from deflections of the epicaudal and hypocaudal lobes, particularly towards their tips which are more flexible (Fig. 8e). The epicaudal lobe moves at an obtuse angle of attack (Fig. 8e: a°) to the direction of motion of the tail giving a down- thrust, which is compensat
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 APPENDIX 15T one or other of the two galvanometers ; and once estabhshed, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. I. Fig. 58.—Galvanograph, The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which G;^ is the indicator and G^ the recorder. The two galvanometers are contr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlectureson00wall-year-1903-appendix-15t-one-or-other-of-the-two-galvanometers-and-once-estabhshed-we-may-if-desired-further-shunt-both-galvanometers-so-as-to-reduce-both-deflections-in-the-same-proportion-for-this-reduction-the-common-shunt-is-to-be-connected-with-the-terminals-on-each-side-of-plug-no-i-fig-58galvanograph-the-most-convenient-arrangement-of-the-two-galvanometers-is-shown-in-fig-58-in-which-g-is-the-indicator-and-g-the-recorder-the-two-galvanometers-are-contr-image239869603.htmlRMRX703F–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 APPENDIX 15T one or other of the two galvanometers ; and once estabhshed, we may, if desired further, shunt both galvanometers, so as to reduce both deflections in the same proportion. For this reduction, the common shunt is to be connected with the terminals on each side of plug No. I. Fig. 58.—Galvanograph, The most convenient arrangement of the two galvanometers is shown in Fig. 58, in which G;^ is the indicator and G^ the recorder. The two galvanometers are contr
A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-simple-supported-i-beam-bending-3d-view-of-mesh-deformation-and-plot-of-deflections-from-finite-element-analysis-on-grey-gradient-backround-image340421802.htmlRF2ANRFDE–A simple supported I-beam bending. 3D view of mesh deformation and plot of deflections from finite element analysis on grey gradient backround
Electrical measurementsA laboratory manual . ^ connect the two sidesof the condenser. At the end of the observed time ofleaking, the lever b is again made to touch c, and thedeflection corresponding to the charge remaining in the. QUANTITY AND CAPACITY. 225 condenser is observed. Charge again and proceed inthe same way, increasing each time the period of leak-ing till a sufficient number of observations have beensecured. It is obvious that all parts of the circuits, includingthe galvanometer and the battery, must be highly insu-lated. The deflections, or the corresponding quantities,may then b Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electrical-measurementsa-laboratory-manual-connect-the-two-sidesof-the-condenser-at-the-end-of-the-observed-time-ofleaking-the-lever-b-is-again-made-to-touch-c-and-thedeflection-corresponding-to-the-charge-remaining-in-the-quantity-and-capacity-225-condenser-is-observed-charge-again-and-proceed-inthe-same-way-increasing-each-time-the-period-of-leak-ing-till-a-sufficient-number-of-observations-have-beensecured-it-is-obvious-that-all-parts-of-the-circuits-includingthe-galvanometer-and-the-battery-must-be-highly-insu-lated-the-deflections-or-the-corresponding-quantitiesmay-then-b-image339961980.htmlRM2AN2GY8–Electrical measurementsA laboratory manual . ^ connect the two sidesof the condenser. At the end of the observed time ofleaking, the lever b is again made to touch c, and thedeflection corresponding to the charge remaining in the. QUANTITY AND CAPACITY. 225 condenser is observed. Charge again and proceed inthe same way, increasing each time the period of leak-ing till a sufficient number of observations have beensecured. It is obvious that all parts of the circuits, includingthe galvanometer and the battery, must be highly insu-lated. The deflections, or the corresponding quantities,may then b
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027596.htmlRM2KBH3K8–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gorgeous-sunrise-over-the-mosel-loop-near-bremm-autumn-photo-of-the-yellow-vineyards-beautiful-light-in-the-morning-image545402105.htmlRM2PK95XH–Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning.
![. Eight lectures on the signs of life from their electrical aspect . Fig. 12.—Frog's eyeball. Electrometric record of the normal response at beginning (a) and end (w) of illumination. The retinal delay is in each case about sec, /.(?., approximately the same as that of cortical grey matter. never seen the latency as short as given by Dewar and MacKendrick, and more recently by Fuchs—viz., " less than Y^xr^h of a second." The shortest intervals I have measured have been of about second, no difference being detectable between the make and the break deflections in this respect. Thes Stock Photo](https://c8.alamy.com/comp/MA7GDD/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-fig-12frogs-eyeball-electrometric-record-of-the-normal-response-at-beginning-a-and-end-w-of-illumination-the-retinal-delay-is-in-each-case-about-sec-approximately-the-same-as-that-of-cortical-grey-matter-never-seen-the-latency-as-short-as-given-by-dewar-and-mackendrick-and-more-recently-by-fuchsviz-quot-less-than-yxrh-of-a-secondquot-the-shortest-intervals-i-have-measured-have-been-of-about-second-no-difference-being-detectable-between-the-make-and-the-break-deflections-in-this-respect-thes-MA7GDD.jpg ". Eight lectures on the signs of life from their electrical aspect . Fig. 12.—Frog's eyeball. Electrometric record of the normal response at beginning (a) and end (w) of illumination. The retinal delay is in each case about sec, /.(?., approximately the same as that of cortical grey matter. never seen the latency as short as given by Dewar and MacKendrick, and more recently by Fuchs—viz., " less than Y^xr^h of a second." The shortest intervals I have measured have been of about second, no difference being detectable between the make and the break deflections in this respect. Thes Stock Photo")
. Eight lectures on the signs of life from their electrical aspect . Fig. 12.—Frog's eyeball. Electrometric record of the normal response at beginning (a) and end (w) of illumination. The retinal delay is in each case about sec, /.(?., approximately the same as that of cortical grey matter. never seen the latency as short as given by Dewar and MacKendrick, and more recently by Fuchs—viz., " less than Y^xr^h of a second." The shortest intervals I have measured have been of about second, no difference being detectable between the make and the break deflections in this respect. Thes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-fig-12frogs-eyeball-electrometric-record-of-the-normal-response-at-beginning-a-and-end-w-of-illumination-the-retinal-delay-is-in-each-case-about-sec-approximately-the-same-as-that-of-cortical-grey-matter-never-seen-the-latency-as-short-as-given-by-dewar-and-mackendrick-and-more-recently-by-fuchsviz-quot-less-than-yxrh-of-a-secondquot-the-shortest-intervals-i-have-measured-have-been-of-about-second-no-difference-being-detectable-between-the-make-and-the-break-deflections-in-this-respect-thes-image178416825.htmlRMMA7GDD–. Eight lectures on the signs of life from their electrical aspect . Fig. 12.—Frog's eyeball. Electrometric record of the normal response at beginning (a) and end (w) of illumination. The retinal delay is in each case about sec, /.(?., approximately the same as that of cortical grey matter. never seen the latency as short as given by Dewar and MacKendrick, and more recently by Fuchs—viz., " less than Y^xr^h of a second." The shortest intervals I have measured have been of about second, no difference being detectable between the make and the break deflections in this respect. Thes
Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 APPENDIX 159 in a photographic carrier suspended by a thread from a wheel revolv- ing by clockwork, descends vertically. The deflections of the galvanometer spot are recorded laterally upon the line of the horizontal slit. An electric bell gives warning when the plate has completed its descent. If necessary, a chronograph, and a signal to mark the beginning and close of excitation, are easily added when required. Before. ^looo voLb. Fig. 6i.—Response of an oxydise Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eight-lectures-on-the-signs-eight-lectures-on-the-signs-of-life-from-their-electrical-aspect-eightlectureson00wall-year-1903-appendix-159-in-a-photographic-carrier-suspended-by-a-thread-from-a-wheel-revolv-ing-by-clockwork-descends-vertically-the-deflections-of-the-galvanometer-spot-are-recorded-laterally-upon-the-line-of-the-horizontal-slit-an-electric-bell-gives-warning-when-the-plate-has-completed-its-descent-if-necessary-a-chronograph-and-a-signal-to-mark-the-beginning-and-close-of-excitation-are-easily-added-when-required-before-looo-volb-fig-6iresponse-of-an-oxydise-image240840375.htmlRMRYR69Y–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 APPENDIX 159 in a photographic carrier suspended by a thread from a wheel revolv- ing by clockwork, descends vertically. The deflections of the galvanometer spot are recorded laterally upon the line of the horizontal slit. An electric bell gives warning when the plate has completed its descent. If necessary, a chronograph, and a signal to mark the beginning and close of excitation, are easily added when required. Before. ^looo voLb. Fig. 6i.—Response of an oxydise
Clinical electrocardiography . ation III,left arm —, left leg + (Fig. 101). This arrangement impliespositive or upright deflections in all derivations of the electro-cardiogram. If it is assumed that the conduction-contractiontheory is correct the T wave is the expression of preponderanceof contraction on one side of the line of equipotential. T wavenegativity (inversion), therefore, results from changes in contrac-tion preponderance. The negativity of this wave in certain isolatedor combined derivations of the electrocardiogram is indicativeof definite potential changes affecting contraction Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/clinical-electrocardiography-ation-iiileft-arm-left-leg-fig-101-this-arrangement-impliespositive-or-upright-deflections-in-all-derivations-of-the-electro-cardiogram-if-it-is-assumed-that-the-conduction-contractiontheory-is-correct-the-t-wave-is-the-expression-of-preponderanceof-contraction-on-one-side-of-the-line-of-equipotential-t-wavenegativity-inversion-therefore-results-from-changes-in-contrac-tion-preponderance-the-negativity-of-this-wave-in-certain-isolatedor-combined-derivations-of-the-electrocardiogram-is-indicativeof-definite-potential-changes-affecting-contraction-image339178720.htmlRM2AKPWWM–Clinical electrocardiography . ation III,left arm —, left leg + (Fig. 101). This arrangement impliespositive or upright deflections in all derivations of the electro-cardiogram. If it is assumed that the conduction-contractiontheory is correct the T wave is the expression of preponderanceof contraction on one side of the line of equipotential. T wavenegativity (inversion), therefore, results from changes in contrac-tion preponderance. The negativity of this wave in certain isolatedor combined derivations of the electrocardiogram is indicativeof definite potential changes affecting contraction
The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-wild-coast-of-the-quiberon-peninsula-brittany-france-on-february-16-2020-during-the-passage-of-storm-dennis-the-storm-dennis-swept-across-northwestern-france-6-deflections-have-been-placed-on-orange-vigilance-for-strong-winds-and-or-flooding-in-brittany-and-the-hauts-de-france-30000-households-were-deprived-of-electricity-photo-by-estelle-ruiznurphoto-image489027594.htmlRM2KBH3K6–The wild coast of the Quiberon peninsula (Brittany, France) on February 16, 2020 during the passage of storm Dennis. The storm Dennis swept across northwestern France. 6 deflections have been placed on Orange vigilance for strong winds and / or flooding. In Brittany and the Hauts-de-France, 30,000 households were deprived of electricity. (Photo by Estelle Ruiz/NurPhoto)
Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gorgeous-sunrise-over-the-mosel-loop-near-bremm-autumn-photo-of-the-yellow-vineyards-beautiful-light-in-the-morning-image545402143.htmlRM2PK95YY–Gorgeous sunrise over the Mosel loop near Bremm. Autumn photo of the yellow vineyards, beautiful light in the morning.
