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Vertical deflection Stock Photos and Images
Speed bumps in a Road are the common name for a family of traffic calming devices that use vertical deflection to slow motor-vehicle traffic in order Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/speed-bumps-in-a-road-are-the-common-name-for-a-family-of-traffic-calming-devices-that-use-vertical-deflection-to-slow-motor-vehicle-traffic-in-order-image364090287.htmlRF2C49MTF–Speed bumps in a Road are the common name for a family of traffic calming devices that use vertical deflection to slow motor-vehicle traffic in order
Half Model of a Gunboat.Polychromed semi-model (starboard) and block model of a gunboat, type 'staunch'. It is a flat bottom with vertical deflection, elliptical fence, stir with rounded stirring blade; One of the two three-leaf screws is visible on the model. The main deck, surrounded by a dense railing, is filled up to the pot lid; The lice refer to this. On the main deck we see, from behind forward: a refreshed pole, a deck light, one of a few chimneys, a covered rise in the middle, and a covered gutdown on the front deck. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/half-model-of-a-gunboatpolychromed-semi-model-starboard-and-block-model-of-a-gunboat-type-staunch-it-is-a-flat-bottom-with-vertical-deflection-elliptical-fence-stir-with-rounded-stirring-blade-one-of-the-two-three-leaf-screws-is-visible-on-the-model-the-main-deck-surrounded-by-a-dense-railing-is-filled-up-to-the-pot-lid-the-lice-refer-to-this-on-the-main-deck-we-see-from-behind-forward-a-refreshed-pole-a-deck-light-one-of-a-few-chimneys-a-covered-rise-in-the-middle-and-a-covered-gutdown-on-the-front-deck-image414377633.htmlRM2F24EW5–Half Model of a Gunboat.Polychromed semi-model (starboard) and block model of a gunboat, type 'staunch'. It is a flat bottom with vertical deflection, elliptical fence, stir with rounded stirring blade; One of the two three-leaf screws is visible on the model. The main deck, surrounded by a dense railing, is filled up to the pot lid; The lice refer to this. On the main deck we see, from behind forward: a refreshed pole, a deck light, one of a few chimneys, a covered rise in the middle, and a covered gutdown on the front deck.
HDR Photo image of a Crystal ball on driftwood vertical 2 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hdr-photo-image-of-a-crystal-ball-on-driftwood-vertical-2-image151376988.htmlRFJP7PW0–HDR Photo image of a Crystal ball on driftwood vertical 2
Austin Texas USA: Hispanic teen rolls a marble on a turntable to demonstrate the Coriolis effect. ©Bob Daemmrich Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/austin-texas-usa-hispanic-teen-rolls-a-marble-on-a-turntable-to-demonstrate-the-coriolis-effect-bob-daemmrich-image348528672.htmlRM2B70RTG–Austin Texas USA: Hispanic teen rolls a marble on a turntable to demonstrate the Coriolis effect. ©Bob Daemmrich
Vertical brunet attractive confident man posing, dancing and inclining, deflection. Break-dancing, hip-hop, flexible Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vertical-brunet-attractive-confident-man-posing-dancing-and-inclining-deflection-break-dancing-hip-hop-flexible-image470042224.htmlRF2J8M7J8–Vertical brunet attractive confident man posing, dancing and inclining, deflection. Break-dancing, hip-hop, flexible
Eroded cliff at the shore of Lake Ontario with groynes for erosion control underneath with vertical copy space Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eroded-cliff-at-the-shore-of-lake-ontario-with-groynes-for-erosion-17907584.htmlRMB13N8G–Eroded cliff at the shore of Lake Ontario with groynes for erosion control underneath with vertical copy space
the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-silhouette-of-a-rhythmic-gymnastics-girl-in-a-bodysuit-shows-an-exercise-in-vertical-splits-image487679519.htmlRM2K9BM5K–the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits
Speed bumps installed a local country road. Snowy mountains background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/speed-bumps-installed-a-local-country-road-snowy-mountains-background-image539063805.htmlRF2P90DAN–Speed bumps installed a local country road. Snowy mountains background
ITALY : EIGHTH ARMYMOBILE ARTILLERY - The 'Stiffkey Stick' takes its name from the village in which it was invented. Sgt. G. Barnett of Alexander Avenue, Failsworth, Manchester, moves the sights by means of hand-controls and aim-off for the speed of the aircraft and for its vertical deflection. An aircraft always appears to a gun crew to be flying in a giant semi-circle. The'Stiffkey Stick's' allowance for vertical deflection compensates for this. Photographic negative , British Army Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/italy-eighth-armymobile-artillery-the-stiffkey-stick-takes-its-name-from-the-village-in-which-it-was-invented-sgt-g-barnett-of-alexander-avenue-failsworth-manchester-moves-the-sights-by-means-of-hand-controls-and-aim-off-for-the-speed-of-the-aircraft-and-for-its-vertical-deflection-an-aircraft-always-appears-to-a-gun-crew-to-be-flying-in-a-giant-semi-circle-thestiffkey-sticks-allowance-for-vertical-deflection-compensates-for-this-photographic-negative-british-army-image602837505.htmlRM2X0NHAW–ITALY : EIGHTH ARMYMOBILE ARTILLERY - The 'Stiffkey Stick' takes its name from the village in which it was invented. Sgt. G. Barnett of Alexander Avenue, Failsworth, Manchester, moves the sights by means of hand-controls and aim-off for the speed of the aircraft and for its vertical deflection. An aircraft always appears to a gun crew to be flying in a giant semi-circle. The'Stiffkey Stick's' allowance for vertical deflection compensates for this. Photographic negative , British Army
Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261290.htmlRM2H7P7TX–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
wooden pyramids fixed on a wall Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-wooden-pyramids-fixed-on-a-wall-43604316.htmlRMCEX9N0–wooden pyramids fixed on a wall
drop on an empty brown beer bottle Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/drop-on-an-empty-brown-beer-bottle-image501454481.htmlRF2M3R68H–drop on an empty brown beer bottle
Olive tree and Rainbow Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-olive-tree-and-rainbow-35498906.htmlRMC1N362–Olive tree and Rainbow
crossword i-b Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-crossword-i-b-114653816.htmlRFGJEX34–crossword i-b
Bridgewater Place, nicknamed The Dalek, is an office and residential skyscraper in Leeds, West Yorkshire, England. It was the second-tallest building Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bridgewater-place-nicknamed-the-dalek-is-an-office-and-residential-skyscraper-in-leeds-west-yorkshire-england-it-was-the-second-tallest-building-image501096439.htmlRM2M36WHB–Bridgewater Place, nicknamed The Dalek, is an office and residential skyscraper in Leeds, West Yorkshire, England. It was the second-tallest building
Detail of pot-hole erosion along the river gorge on the Nevada side just downstream from damsite proper. Note the large pot-hole forms in the lower foreground with smaller streamer-like grooves leading out of them to the lower levels. The pot-hole bores are nearly vertical and cross the original bedding structure without appreciable deflection.; Scope and content: Photograph from Volume Two of a series of photo albums documenting the construction of Hoover Dam, Boulder City, Nevada. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/detail-of-pot-hole-erosion-along-the-river-gorge-on-the-nevada-side-just-downstream-from-damsite-proper-note-the-large-pot-hole-forms-in-the-lower-foreground-with-smaller-streamer-like-grooves-leading-out-of-them-to-the-lower-levels-the-pot-hole-bores-are-nearly-vertical-and-cross-the-original-bedding-structure-without-appreciable-deflection-scope-and-content-photograph-from-volume-two-of-a-series-of-photo-albums-documenting-the-construction-of-hoover-dam-boulder-city-nevada-image261668704.htmlRMW5M12T–Detail of pot-hole erosion along the river gorge on the Nevada side just downstream from damsite proper. Note the large pot-hole forms in the lower foreground with smaller streamer-like grooves leading out of them to the lower levels. The pot-hole bores are nearly vertical and cross the original bedding structure without appreciable deflection.; Scope and content: Photograph from Volume Two of a series of photo albums documenting the construction of Hoover Dam, Boulder City, Nevada.
boat and house with curved roof to deflect the wind on Gugh, Isles of Scilly, Scillies, Cornwall in April Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-boat-and-house-with-curved-roof-to-deflect-the-wind-on-gugh-isles-70309731.htmlRME2ATNR–boat and house with curved roof to deflect the wind on Gugh, Isles of Scilly, Scillies, Cornwall in April
Uniform niches under the windows of the building extending into the blue sky. Unusual bottom view of the house, copy space Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/uniform-niches-under-the-windows-of-the-building-extending-into-the-blue-sky-unusual-bottom-view-of-the-house-copy-space-image380149231.htmlRF2D2D867–Uniform niches under the windows of the building extending into the blue sky. Unusual bottom view of the house, copy space
. Electrical world. t flowingin them gives the spot a vertical deflection. The latter coils are con-nected differentially, so that in the normal case their magnetic actionis opposed, and the effect which one of them would exert on thespot is annulled by that of the second. The tube can thus be placedin such a position that the action of the horizontal coils is mutuallydestroyed. But if in one of the coils is placed a piece of the iron tobe experimented with, the action of the latter, by changing the field,gives the spot a vertical direction. The deflection of the spot fromits normal position w Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electrical-world-t-flowingin-them-gives-the-spot-a-vertical-deflection-the-latter-coils-are-con-nected-differentially-so-that-in-the-normal-case-their-magnetic-actionis-opposed-and-the-effect-which-one-of-them-would-exert-on-thespot-is-annulled-by-that-of-the-second-the-tube-can-thus-be-placedin-such-a-position-that-the-action-of-the-horizontal-coils-is-mutuallydestroyed-but-if-in-one-of-the-coils-is-placed-a-piece-of-the-iron-tobe-experimented-with-the-action-of-the-latter-by-changing-the-fieldgives-the-spot-a-vertical-direction-the-deflection-of-the-spot-fromits-normal-position-w-image336756335.htmlRM2AFTG3Y–. Electrical world. t flowingin them gives the spot a vertical deflection. The latter coils are con-nected differentially, so that in the normal case their magnetic actionis opposed, and the effect which one of them would exert on thespot is annulled by that of the second. The tube can thus be placedin such a position that the action of the horizontal coils is mutuallydestroyed. But if in one of the coils is placed a piece of the iron tobe experimented with, the action of the latter, by changing the field,gives the spot a vertical direction. The deflection of the spot fromits normal position w
Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/glass-cube-with-color-spectrum-rays-on-fabric-abstract-background-with-reflection-and-refraction-of-light-image603320143.htmlRF2X1FGYY–Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light.
Half Model of a Gunboat.Polychromed half model (starboard) and block model of a gunboat type Staunch. It is a flat bottom with vertical deflection, elliptical fence, stir with rounded stirring blade; One of the two three-leaf screws is visible on the model. The main deck, surrounded by a dense railing, is filled up to the pot lid; The lice refer to this. On the main deck, from behind forward: a tried pole, a deck light, one of a few chimneys, a covered rise in the middle, and a covered gap, which is now missing on the front deck. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/half-model-of-a-gunboatpolychromed-half-model-starboard-and-block-model-of-a-gunboat-type-staunch-it-is-a-flat-bottom-with-vertical-deflection-elliptical-fence-stir-with-rounded-stirring-blade-one-of-the-two-three-leaf-screws-is-visible-on-the-model-the-main-deck-surrounded-by-a-dense-railing-is-filled-up-to-the-pot-lid-the-lice-refer-to-this-on-the-main-deck-from-behind-forward-a-tried-pole-a-deck-light-one-of-a-few-chimneys-a-covered-rise-in-the-middle-and-a-covered-gap-which-is-now-missing-on-the-front-deck-image414384933.htmlRM2F24T5W–Half Model of a Gunboat.Polychromed half model (starboard) and block model of a gunboat type Staunch. It is a flat bottom with vertical deflection, elliptical fence, stir with rounded stirring blade; One of the two three-leaf screws is visible on the model. The main deck, surrounded by a dense railing, is filled up to the pot lid; The lice refer to this. On the main deck, from behind forward: a tried pole, a deck light, one of a few chimneys, a covered rise in the middle, and a covered gap, which is now missing on the front deck.
HDR Photo image of a Crystal ball on driftwood vertical 1 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/hdr-photo-image-of-a-crystal-ball-on-driftwood-vertical-1-image151376982.htmlRFJP7PTP–HDR Photo image of a Crystal ball on driftwood vertical 1
Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/glass-cube-with-color-spectrum-rays-on-fabric-abstract-background-with-reflection-and-refraction-of-light-image614217885.htmlRF2XK8151–Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light.
Experiment using cathode ray tube and battery, showing downward deflection by magnetic field Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-experiment-using-cathode-ray-tube-and-battery-showing-downward-deflection-95272885.htmlRMFF01F1–Experiment using cathode ray tube and battery, showing downward deflection by magnetic field
Jet aircraft thrust vectoring nozzles for vertical or short take-off and landing Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/jet-aircraft-thrust-vectoring-nozzles-for-vertical-or-short-take-off-and-landing-image217648510.htmlRMPJ2MW2–Jet aircraft thrust vectoring nozzles for vertical or short take-off and landing
the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-silhouette-of-a-rhythmic-gymnastics-girl-in-a-bodysuit-shows-an-exercise-in-vertical-splits-image487679975.htmlRM2K9BMNY–the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits
Speed bumps installed a local country road. Snowy mountains background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/speed-bumps-installed-a-local-country-road-snowy-mountains-background-image539063843.htmlRF2P90DC3–Speed bumps installed a local country road. Snowy mountains background
Eastern tower of the MANHATTAN BRIDGE NEW YORK CITY Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eastern-tower-of-the-manhattan-bridge-new-york-city-16099328.htmlRMARNW9N–Eastern tower of the MANHATTAN BRIDGE NEW YORK CITY
Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261202.htmlRM2H7P7NP–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
. Deep borehole surveys and problems. Boring. 96 DEEP BOREHOLE SURVEYS AND PROBLEMS can be accelerated by strengthening it. In a straight hole this outline is a circle and an ellipse in an inclined hole. The angle which the plane of this ellipse forms with the axis of the horizontal plane is equal to the angle between the axis of the flask and the vertical, i.e., the sought angle of deviation (Fig. 47). Let MN be the vertical and AB the vessel axis then the angle j8 formed between these lines is the required deflection angle. In the vertical position of the flask the surface is at CD. Actually Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deep-borehole-surveys-and-problems-boring-96-deep-borehole-surveys-and-problems-can-be-accelerated-by-strengthening-it-in-a-straight-hole-this-outline-is-a-circle-and-an-ellipse-in-an-inclined-hole-the-angle-which-the-plane-of-this-ellipse-forms-with-the-axis-of-the-horizontal-plane-is-equal-to-the-angle-between-the-axis-of-the-flask-and-the-vertical-ie-the-sought-angle-of-deviation-fig-47-let-mn-be-the-vertical-and-ab-the-vessel-axis-then-the-angle-j8-formed-between-these-lines-is-the-required-deflection-angle-in-the-vertical-position-of-the-flask-the-surface-is-at-cd-actually-image216082433.htmlRMPFFB9N–. Deep borehole surveys and problems. Boring. 96 DEEP BOREHOLE SURVEYS AND PROBLEMS can be accelerated by strengthening it. In a straight hole this outline is a circle and an ellipse in an inclined hole. The angle which the plane of this ellipse forms with the axis of the horizontal plane is equal to the angle between the axis of the flask and the vertical, i.e., the sought angle of deviation (Fig. 47). Let MN be the vertical and AB the vessel axis then the angle j8 formed between these lines is the required deflection angle. In the vertical position of the flask the surface is at CD. Actually
drops on an empty green wine bottle Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/drops-on-an-empty-green-wine-bottle-image501454579.htmlRF2M3R6C3–drops on an empty green wine bottle
Olive tree and Rainbow Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-olive-tree-and-rainbow-35498789.htmlRMC1N31W–Olive tree and Rainbow
. The Earth beneath the sea : History . ) where ^ is the deflection of the beam and /, ^ and k are instrumental constants. This couple can also be equated to L{g + z + B-C), (0) where z is the vertical acceleration of the meter, B is the difference between the total acceleration acting on the meter and the vertical component (i.e. the instantaneous Browne correction), and L is an instrumental constant. C is proportional to the spring tension set by the measuring screw and would be Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-earth-beneath-the-sea-history-where-is-the-deflection-of-the-beam-and-and-k-are-instrumental-constants-this-couple-can-also-be-equated-to-lg-z-b-c-0-where-z-is-the-vertical-acceleration-of-the-meter-b-is-the-difference-between-the-total-acceleration-acting-on-the-meter-and-the-vertical-component-ie-the-instantaneous-browne-correction-and-l-is-an-instrumental-constant-c-is-proportional-to-the-spring-tension-set-by-the-measuring-screw-and-would-be-image178488702.htmlRMMAAT4E–. The Earth beneath the sea : History . ) where ^ is the deflection of the beam and /, ^ and k are instrumental constants. This couple can also be equated to L{g + z + B-C), (0) where z is the vertical acceleration of the meter, B is the difference between the total acceleration acting on the meter and the vertical component (i.e. the instantaneous Browne correction), and L is an instrumental constant. C is proportional to the spring tension set by the measuring screw and would be
The components of a colour television picture tube, including the aperture grille, phosphor coating, and electron gun. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-the-components-of-a-colour-television-picture-tube-including-the-aperture-24063250.htmlRMBB44WP–The components of a colour television picture tube, including the aperture grille, phosphor coating, and electron gun.
Detail of pot-hole erosion along the river gorge on the Nevada side just downstream from damsite proper. Note the large pot-hole forms in the lower foreground with smaller streamer-like grooves leading out of them to the lower levels. The pot-hole bores are nearly vertical and cross the original bedding structure without appreciable deflection.; Scope and content: Photograph from Volume Two of a series of photo albums documenting the construction of Hoover Dam, Boulder City, Nevada. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/detail-of-pot-hole-erosion-along-the-river-gorge-on-the-nevada-side-just-downstream-from-damsite-proper-note-the-large-pot-hole-forms-in-the-lower-foreground-with-smaller-streamer-like-grooves-leading-out-of-them-to-the-lower-levels-the-pot-hole-bores-are-nearly-vertical-and-cross-the-original-bedding-structure-without-appreciable-deflection-scope-and-content-photograph-from-volume-two-of-a-series-of-photo-albums-documenting-the-construction-of-hoover-dam-boulder-city-nevada-image257556703.htmlRMTY0M5K–Detail of pot-hole erosion along the river gorge on the Nevada side just downstream from damsite proper. Note the large pot-hole forms in the lower foreground with smaller streamer-like grooves leading out of them to the lower levels. The pot-hole bores are nearly vertical and cross the original bedding structure without appreciable deflection.; Scope and content: Photograph from Volume Two of a series of photo albums documenting the construction of Hoover Dam, Boulder City, Nevada.
Suspended sign with two curved arrows pointing in opposite directions Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/suspended-sign-with-two-curved-arrows-pointing-in-opposite-directions-image781342.htmlRFABEC1E–Suspended sign with two curved arrows pointing in opposite directions
Identical convex windows of a concrete building. Uniform windows of a with niches for glass, close-up Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/identical-convex-windows-of-a-concrete-building-uniform-windows-of-a-with-niches-for-glass-close-up-image381756109.htmlRF2D52DPN–Identical convex windows of a concrete building. Uniform windows of a with niches for glass, close-up
. The Bell System technical journal . Fig. 38.—Three so-called dynamic V-I plots or dynamic performance charts illustratingthe mode skip phenomenon. The plots are copies of presentations obtained with an oscillo-scope whose vertical deflection is proportional to DC voltage and whose horizontal deflec-tion is proportional to DC current. On any plot the heaviness of the Unes is roughlyinversely proportional to the rate at which the coordinates are traversed, and the large dotat the upper extremities represents the operating point at the top of the pulse, (a) showsshows normal operation in the ir Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-bell-system-technical-journal-fig-38three-so-called-dynamic-v-i-plots-or-dynamic-performance-charts-illustratingthe-mode-skip-phenomenon-the-plots-are-copies-of-presentations-obtained-with-an-oscillo-scope-whose-vertical-deflection-is-proportional-to-dc-voltage-and-whose-horizontal-deflec-tion-is-proportional-to-dc-current-on-any-plot-the-heaviness-of-the-unes-is-roughlyinversely-proportional-to-the-rate-at-which-the-coordinates-are-traversed-and-the-large-dotat-the-upper-extremities-represents-the-operating-point-at-the-top-of-the-pulse-a-showsshows-normal-operation-in-the-ir-image376101003.htmlRM2CRTTJK–. The Bell System technical journal . Fig. 38.—Three so-called dynamic V-I plots or dynamic performance charts illustratingthe mode skip phenomenon. The plots are copies of presentations obtained with an oscillo-scope whose vertical deflection is proportional to DC voltage and whose horizontal deflec-tion is proportional to DC current. On any plot the heaviness of the Unes is roughlyinversely proportional to the rate at which the coordinates are traversed, and the large dotat the upper extremities represents the operating point at the top of the pulse, (a) showsshows normal operation in the ir
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Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261108.htmlRM2H7P7JC–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
. Deep borehole surveys and problems. Boring. 276 DEEP BOREHOLE SURVEYS AND PROBLEMS ^Off Vertical Angle NOMOGRAPHIC AND ALIGNMENT METHODS These simple and easily understood charts are becoming more and more popular because they can, as a rule, be manipulated by the boring personnel and others who wish to save time. Figure 185^ shows the well-known versed-sine relation which can be applied to a hole the deviation of which is either regular or can be approximately meaned throughout its course, giving a straight deflection; that is to say, a constant off-vertical angle. The alignment chart itsel Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/deep-borehole-surveys-and-problems-boring-276-deep-borehole-surveys-and-problems-off-vertical-angle-nomographic-and-alignment-methods-these-simple-and-easily-understood-charts-are-becoming-more-and-more-popular-because-they-can-as-a-rule-be-manipulated-by-the-boring-personnel-and-others-who-wish-to-save-time-figure-185-shows-the-well-known-versed-sine-relation-which-can-be-applied-to-a-hole-the-deviation-of-which-is-either-regular-or-can-be-approximately-meaned-throughout-its-course-giving-a-straight-deflection-that-is-to-say-a-constant-off-vertical-angle-the-alignment-chart-itsel-image216072490.htmlRMPFEXJJ–. Deep borehole surveys and problems. Boring. 276 DEEP BOREHOLE SURVEYS AND PROBLEMS ^Off Vertical Angle NOMOGRAPHIC AND ALIGNMENT METHODS These simple and easily understood charts are becoming more and more popular because they can, as a rule, be manipulated by the boring personnel and others who wish to save time. Figure 185^ shows the well-known versed-sine relation which can be applied to a hole the deviation of which is either regular or can be approximately meaned throughout its course, giving a straight deflection; that is to say, a constant off-vertical angle. The alignment chart itsel
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. The Earth beneath the sea : History . ->- Dial reading spring -diH Rest position l^ognet Fig. 3. Diagram of the Graf Sea Gravimeter delineating quantities used in the equations. 0 = angular deflection of main springs when beam is horizontal, if = main spring constant (torque/unit angle), »S = damping coefficient, p{h — hQ) = force produced by reading spring, A cos cot = horizontal acceleration of waves, and A sin cot = vertical acceleration of waves. From Fig. 3, one may see that the differential equation of motion of the beam, where 6 is small (less than 1° in this instrument), is d + 2 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-earth-beneath-the-sea-history-gt-dial-reading-spring-dih-rest-position-lognet-fig-3-diagram-of-the-graf-sea-gravimeter-delineating-quantities-used-in-the-equations-0-=-angular-deflection-of-main-springs-when-beam-is-horizontal-if-=-main-spring-constant-torqueunit-angle-s-=-damping-coefficient-ph-hq-=-force-produced-by-reading-spring-a-cos-cot-=-horizontal-acceleration-of-waves-and-a-sin-cot-=-vertical-acceleration-of-waves-from-fig-3-one-may-see-that-the-differential-equation-of-motion-of-the-beam-where-6-is-small-less-than-1-in-this-instrument-is-d-2-image178488713.htmlRMMAAT4W–. The Earth beneath the sea : History . ->- Dial reading spring -diH Rest position l^ognet Fig. 3. Diagram of the Graf Sea Gravimeter delineating quantities used in the equations. 0 = angular deflection of main springs when beam is horizontal, if = main spring constant (torque/unit angle), »S = damping coefficient, p{h — hQ) = force produced by reading spring, A cos cot = horizontal acceleration of waves, and A sin cot = vertical acceleration of waves. From Fig. 3, one may see that the differential equation of motion of the beam, where 6 is small (less than 1° in this instrument), is d + 2
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. The Bell System technical journal . ynamic performance chart, is viewed on anoscilloscope in which at any instant the vertical deflection is proportional topeak DC voltage and the horizontal deflection proportional to peak DCcurrent. Three such plots are shown on Fig. 38 and their usefulness isindicated in the corresponding text. The average output power is the average centimeter wave power deliveredto the useful load. The simplest and most foolproof method of measuringthis power is to absorb the energy in a column of water. From a determina-tion of the rate of water flow and its temperature Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-bell-system-technical-journal-ynamic-performance-chart-is-viewed-on-anoscilloscope-in-which-at-any-instant-the-vertical-deflection-is-proportional-topeak-dc-voltage-and-the-horizontal-deflection-proportional-to-peak-dccurrent-three-such-plots-are-shown-on-fig-38-and-their-usefulness-isindicated-in-the-corresponding-text-the-average-output-power-is-the-average-centimeter-wave-power-deliveredto-the-useful-load-the-simplest-and-most-foolproof-method-of-measuringthis-power-is-to-absorb-the-energy-in-a-column-of-water-from-a-determina-tion-of-the-rate-of-water-flow-and-its-temperature-image376100948.htmlRM2CRTTGM–. The Bell System technical journal . ynamic performance chart, is viewed on anoscilloscope in which at any instant the vertical deflection is proportional topeak DC voltage and the horizontal deflection proportional to peak DCcurrent. Three such plots are shown on Fig. 38 and their usefulness isindicated in the corresponding text. The average output power is the average centimeter wave power deliveredto the useful load. The simplest and most foolproof method of measuringthis power is to absorb the energy in a column of water. From a determina-tion of the rate of water flow and its temperature
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Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261122.htmlRM2H7P7JX–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
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. Ecology and behavior of the Manatee (Trichechus manatus) in Florida . Fig. 17. Posterior view of a cruising manatee. Drawings were made from an 8- mm film sequence and encompass one full undulation of the tail. Coordinates illustrate body's relative displacement along a vertical axis. Number indicates num- ber of film frame. slight positive dihedral, which results in deflection of the caudal and lateral margins during downswings. Manatees initiate move- ment from a stationary position by an upswing of the tail followed by a downswing, repeated until the undulatory rhythm is estab- lished. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ecology-and-behavior-of-the-manatee-trichechus-manatus-in-florida-fig-17-posterior-view-of-a-cruising-manatee-drawings-were-made-from-an-8-mm-film-sequence-and-encompass-one-full-undulation-of-the-tail-coordinates-illustrate-bodys-relative-displacement-along-a-vertical-axis-number-indicates-num-ber-of-film-frame-slight-positive-dihedral-which-results-in-deflection-of-the-caudal-and-lateral-margins-during-downswings-manatees-initiate-move-ment-from-a-stationary-position-by-an-upswing-of-the-tail-followed-by-a-downswing-repeated-until-the-undulatory-rhythm-is-estab-lished-image178481479.htmlRMMAAEXF–. Ecology and behavior of the Manatee (Trichechus manatus) in Florida . Fig. 17. Posterior view of a cruising manatee. Drawings were made from an 8- mm film sequence and encompass one full undulation of the tail. Coordinates illustrate body's relative displacement along a vertical axis. Number indicates num- ber of film frame. slight positive dihedral, which results in deflection of the caudal and lateral margins during downswings. Manatees initiate move- ment from a stationary position by an upswing of the tail followed by a downswing, repeated until the undulatory rhythm is estab- lished.
. American engineer and railroad journal . orm end of this underframe. The eccentricity ofresultant end shock action can be reduced to zero if dibut this does not secure an opposition of bending moments atthe center of the car as is very desirable and can only 1 -tained when the resultant is below the neutral axis. Another region of great stress activity is over the <plate and additional cover plates may be required to providefor it at this point. Vertical Superstructure Movement.—The value of preservingthe same vertical deflection of the points of supports of theside sills is most prominen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/american-engineer-and-railroad-journal-orm-end-of-this-underframe-the-eccentricity-ofresultant-end-shock-action-can-be-reduced-to-zero-if-dibut-this-does-not-secure-an-opposition-of-bending-moments-atthe-center-of-the-car-as-is-very-desirable-and-can-only-1-tained-when-the-resultant-is-below-the-neutral-axis-another-region-of-great-stress-activity-is-over-the-ltplate-and-additional-cover-plates-may-be-required-to-providefor-it-at-this-point-vertical-superstructure-movementthe-value-of-preservingthe-same-vertical-deflection-of-the-points-of-supports-of-theside-sills-is-most-prominen-image371907651.htmlRM2CH1T03–. American engineer and railroad journal . orm end of this underframe. The eccentricity ofresultant end shock action can be reduced to zero if dibut this does not secure an opposition of bending moments atthe center of the car as is very desirable and can only 1 -tained when the resultant is below the neutral axis. Another region of great stress activity is over the <plate and additional cover plates may be required to providefor it at this point. Vertical Superstructure Movement.—The value of preservingthe same vertical deflection of the points of supports of theside sills is most prominen
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Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261032.htmlRM2H7P7FM–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
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. The Bell System technical journal . atterncan be synthesized on the computor and the number of components,together with their path differences and relative amplitudes, read directlyfrom the computor dials. This is accomplished by generating four 600-kcsignals, three of which are phase modulated at 60 cycles per second. Thetotal phase deviation and relative signal amplitude are variable. Thefour signals are then summed and displayed in vertical deflection on acathode ray tube having a 60-cycle horizontal sweep. The synthesis of the patterns of Figures 7(b) and 7(c) are shown inFig. 8. The upp Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-bell-system-technical-journal-atterncan-be-synthesized-on-the-computor-and-the-number-of-componentstogether-with-their-path-differences-and-relative-amplitudes-read-directlyfrom-the-computor-dials-this-is-accomplished-by-generating-four-600-kcsignals-three-of-which-are-phase-modulated-at-60-cycles-per-second-thetotal-phase-deviation-and-relative-signal-amplitude-are-variable-thefour-signals-are-then-summed-and-displayed-in-vertical-deflection-on-acathode-ray-tube-having-a-60-cycle-horizontal-sweep-the-synthesis-of-the-patterns-of-figures-7b-and-7c-are-shown-infig-8-the-upp-image376099895.htmlRM2CRTR73–. The Bell System technical journal . atterncan be synthesized on the computor and the number of components,together with their path differences and relative amplitudes, read directlyfrom the computor dials. This is accomplished by generating four 600-kcsignals, three of which are phase modulated at 60 cycles per second. Thetotal phase deviation and relative signal amplitude are variable. Thefour signals are then summed and displayed in vertical deflection on acathode ray tube having a 60-cycle horizontal sweep. The synthesis of the patterns of Figures 7(b) and 7(c) are shown inFig. 8. The upp
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Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261109.htmlRM2H7P7JD–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/glass-cube-with-color-spectrum-rays-on-fabric-abstract-background-with-reflection-and-refraction-of-light-image430328264.htmlRF2G0342G–Glass cube with color spectrum rays on fabric. Abstract background with reflection and refraction of light.
Glass cube with color spectrum rays. Abstract background with reflection and refraction of light. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/glass-cube-with-color-spectrum-rays-abstract-background-with-reflection-and-refraction-of-light-image425767806.htmlRF2FMKB52–Glass cube with color spectrum rays. Abstract background with reflection and refraction of light.
. Steel rails; their history, properties, strength and manufacture, with notes on the principles of rolling stock and track design . e rails at various speeds. The following were the resultsobtained by the passage of a train in which the weights were: Tons. Cwt. Locomotive, running weight.. Tender Total weight of six carriages. 46 33 12 1218 7f Speed of Train. Vertical Deflection. Miles per Hour. 4.214.926.740.457.165.2 Inch.0.250.250.270.250.330.30 The depression of the tie in the ballast is very erratic. Table LIX showsthat in the tests made by the United States government on the depression Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/steel-rails-their-history-properties-strength-and-manufacture-with-notes-on-the-principles-of-rolling-stock-and-track-design-e-rails-at-various-speeds-the-following-were-the-resultsobtained-by-the-passage-of-a-train-in-which-the-weights-were-tons-cwt-locomotive-running-weight-tender-total-weight-of-six-carriages-46-33-12-1218-7f-speed-of-train-vertical-deflection-miles-per-hour-42149267404571652-inch025025027025033030-the-depression-of-the-tie-in-the-ballast-is-very-erratic-table-lix-showsthat-in-the-tests-made-by-the-united-states-government-on-the-depression-image375934030.htmlRM2CRH7KA–. Steel rails; their history, properties, strength and manufacture, with notes on the principles of rolling stock and track design . e rails at various speeds. The following were the resultsobtained by the passage of a train in which the weights were: Tons. Cwt. Locomotive, running weight.. Tender Total weight of six carriages. 46 33 12 1218 7f Speed of Train. Vertical Deflection. Miles per Hour. 4.214.926.740.457.165.2 Inch.0.250.250.270.250.330.30 The depression of the tie in the ballast is very erratic. Table LIX showsthat in the tests made by the United States government on the depression
the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-silhouette-of-a-rhythmic-gymnastics-girl-in-a-bodysuit-shows-an-exercise-in-vertical-splits-image487679968.htmlRM2K9BMNM–the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits
Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261078.htmlRM2H7P7HA–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
. Steel rails; their history, properties, strength and manufacture, with notes on the principles of rolling stock and track design . ion of the rails at various speeds. The following were the resultsobtained by the passage of a train in which the weights were: Tons. Cwt. Locomotive, running weight.. Tender Total weight of six carriages. 46 33 22 1218 7f Speed of Train. Vertical Deflection. Miles per Hour. 4.214.926.740.457.165.2 0.25 0.250.270.250.330.30 The depression of the tie in the ballast is very erratic. Table LIX showsthat in the tests made by the United States government on the depres Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/steel-rails-their-history-properties-strength-and-manufacture-with-notes-on-the-principles-of-rolling-stock-and-track-design-ion-of-the-rails-at-various-speeds-the-following-were-the-resultsobtained-by-the-passage-of-a-train-in-which-the-weights-were-tons-cwt-locomotive-running-weight-tender-total-weight-of-six-carriages-46-33-22-1218-7f-speed-of-train-vertical-deflection-miles-per-hour-42149267404571652-025-025027025033030-the-depression-of-the-tie-in-the-ballast-is-very-erratic-table-lix-showsthat-in-the-tests-made-by-the-united-states-government-on-the-depres-image371828694.htmlRM2CGX786–. Steel rails; their history, properties, strength and manufacture, with notes on the principles of rolling stock and track design . ion of the rails at various speeds. The following were the resultsobtained by the passage of a train in which the weights were: Tons. Cwt. Locomotive, running weight.. Tender Total weight of six carriages. 46 33 22 1218 7f Speed of Train. Vertical Deflection. Miles per Hour. 4.214.926.740.457.165.2 0.25 0.250.270.250.330.30 The depression of the tie in the ballast is very erratic. Table LIX showsthat in the tests made by the United States government on the depres
the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-silhouette-of-a-rhythmic-gymnastics-girl-in-a-bodysuit-shows-an-exercise-in-vertical-splits-image487679847.htmlRM2K9BMHB–the silhouette of a rhythmic gymnastics girl in a bodysuit shows an exercise in vertical splits
Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vandenberg-united-states-of-america-23rd-nov-2021-vandenberg-united-states-of-america-23-november-2021-a-spacex-falcon-9-booster-rocket-carrying-the-nasa-planetary-defense-test-mission-double-asteroid-redirection-test-prepares-for-lift-off-from-space-launch-complex-4-at-vandenberg-space-force-base-november-23-2021-in-vandenberg-california-the-dart-spacecraft-is-designed-to-crash-into-an-asteroid-while-traveling-at-a-speed-of-15000-miles-per-hour-to-alter-the-path-to-prevent-impact-on-earth-credit-bill-ingallsnasaalamy-live-news-image452261088.htmlRM2H7P7HM–Vandenberg, United States Of America. 23rd Nov, 2021. Vandenberg, United States of America. 23 November, 2021. A SpaceX Falcon 9 booster rocket carrying the NASA planetary defense test mission, Double Asteroid Redirection Test, prepares for lift off from Space Launch Complex-4 at Vandenberg Space Force Base November 23, 2021 in Vandenberg, California. The DART spacecraft is designed to crash into an asteroid while traveling at a speed of 15,000 miles per hour to alter the path to prevent impact on Earth. Credit: Bill Ingalls/NASA/Alamy Live News
. The Street railway journal . ssure or by theforward or backward direction of the radial arms. Theneeded length of the radial arms depends on the kind ofsuspension of the contact wire, on the size of wire and onthe train speed. The illustration shows a bow calculated for a 600-B andS-gage wire hung by the saddle suspension with 220 ft.spans and 4 ft. maximum vertical deflection, with a maxi-mum train speed of 50 m. p. h. By using smaller deflec-tions of the wire with 200 ft. spans and shorter sliding bowsspeeds of 80 m. p. h. can be provided for A WEED BURNER BY C. L. GREERThe Northern Texas Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-street-railway-journal-ssure-or-by-theforward-or-backward-direction-of-the-radial-arms-theneeded-length-of-the-radial-arms-depends-on-the-kind-ofsuspension-of-the-contact-wire-on-the-size-of-wire-and-onthe-train-speed-the-illustration-shows-a-bow-calculated-for-a-600-b-ands-gage-wire-hung-by-the-saddle-suspension-with-220-ftspans-and-4-ft-maximum-vertical-deflection-with-a-maxi-mum-train-speed-of-50-m-p-h-by-using-smaller-deflec-tions-of-the-wire-with-200-ft-spans-and-shorter-sliding-bowsspeeds-of-80-m-p-h-can-be-provided-for-a-weed-burner-by-c-l-greerthe-northern-texas-image375904803.htmlRM2CRFXBF–. The Street railway journal . ssure or by theforward or backward direction of the radial arms. Theneeded length of the radial arms depends on the kind ofsuspension of the contact wire, on the size of wire and onthe train speed. The illustration shows a bow calculated for a 600-B andS-gage wire hung by the saddle suspension with 220 ft.spans and 4 ft. maximum vertical deflection, with a maxi-mum train speed of 50 m. p. h. By using smaller deflec-tions of the wire with 200 ft. spans and shorter sliding bowsspeeds of 80 m. p. h. can be provided for A WEED BURNER BY C. L. GREERThe Northern Texas
a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-girl-from-rhythmic-gymnastics-in-a-standing-bodysuit-shows-an-exercise-with-a-ribbon-in-vertical-splits-image487678800.htmlRM2K9BK80–a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits
. The Street railway journal . oximately in circles and willthereby provide the required variable transition curves oflarge radius. For spans of more than 240 ft. in severeclimates strain adjusters should be used about one mile Clips a and b to elide on wire.Clips c, d, e, f, g iind h to slideand to firmly grasp the wire.Central clip to firiDly hold the wi Dar Niektl Steel.Clips die furi;ed soft sClip bolts ■■ ,;^dia driCross SectioDS of Bar vary t mum vertical deflection are safe without strain adjusters.With 264-ft. spans and strain adjusters 4-ft. 6-in. ma.ximumvertical deflection of the wi Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-street-railway-journal-oximately-in-circles-and-willthereby-provide-the-required-variable-transition-curves-oflarge-radius-for-spans-of-more-than-240-ft-in-severeclimates-strain-adjusters-should-be-used-about-one-mile-clips-a-and-b-to-elide-on-wireclips-c-d-e-f-g-iind-h-to-slideand-to-firmly-grasp-the-wirecentral-clip-to-firidly-hold-the-wi-dar-niektl-steelclips-die-furied-soft-sclip-bolts-dia-dricross-sectiods-of-bar-vary-t-mum-vertical-deflection-are-safe-without-strain-adjusterswith-264-ft-spans-and-strain-adjusters-4-ft-6-in-maximumvertical-deflection-of-the-wi-image375632998.htmlRM2CR3FM6–. The Street railway journal . oximately in circles and willthereby provide the required variable transition curves oflarge radius. For spans of more than 240 ft. in severeclimates strain adjusters should be used about one mile Clips a and b to elide on wire.Clips c, d, e, f, g iind h to slideand to firmly grasp the wire.Central clip to firiDly hold the wi Dar Niektl Steel.Clips die furi;ed soft sClip bolts ■■ ,;^dia driCross SectioDS of Bar vary t mum vertical deflection are safe without strain adjusters.With 264-ft. spans and strain adjusters 4-ft. 6-in. ma.ximumvertical deflection of the wi
a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-girl-from-rhythmic-gymnastics-in-a-standing-bodysuit-shows-an-exercise-with-a-ribbon-in-vertical-splits-image487678754.htmlRM2K9BK6A–a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits
![. The Bell System technical journal . i the signal frequency. Current density modulation appears as intensityvariation, and velocity variation as vertical deflection from the ellipse. 21 0 - I -2 2 1 0-1-2 -22 DB (a) — 5^!stt - ^w^^ p^^^ 1 ^-LLfcggq 1 ! 1 i 1 ij=rr— T3aij^gj4j^^ l j^ 1 1 -,1^^ 1 -17 DB (b) 1 ^iiTTTTT SCCl-r-^ — -=,=e^^ K ±3=-- , -^ ^^^^^^^^ <. DU tr < ]UJ cc QZ< uoz UJ a. 10 - 1 -22 , 1•0 - I -2-3 2 I0 - 1-2-3 1 ^ -12 DB (d) ^3^ ^ ■^. ^ -- ■ --^ ^ ^^ ^ 4H- -^e^7 W^-M iiiiirrr :^^^ ^LU- ■ , ^^^^^^ -10DB (e) ,---^ --^>^ A ^ tt J1^ fffi - toil-- fflf Stock Photo](https://c8.alamy.com/comp/2CRW0WE/the-bell-system-technical-journal-i-the-signal-frequency-current-density-modulation-appears-as-intensityvariation-and-velocity-variation-as-vertical-deflection-from-the-ellipse-21-0-i-2-2-1-0-1-2-22-db-a-5!stt-w-p-1-llfcggq-1-!-1-i-1-ij=rr-t3aijgj4j-l-j-1-1-1-1-17-db-b-1-iittttt-sccl-r-==e-k-3=-lt-du-tr-lt-uj-cc-qzlt-uoz-uj-a-10-1-22-10-i-2-3-2-i0-1-2-3-1-12-db-d-3-4h-e7-w-m-iiiiirrr-lu-10db-e-gt-a-tt-j1-fffi-toil-fflf-2CRW0WE.jpg ". The Bell System technical journal . i the signal frequency. Current density modulation appears as intensityvariation, and velocity variation as vertical deflection from the ellipse. 21 0 - I -2 2 1 0-1-2 -22 DB (a) — 5^!stt - ^w^^ p^^^ 1 ^-LLfcggq 1 ! 1 i 1 ij=rr— T3aij^gj4j^^ l j^ 1 1 -,1^^ 1 -17 DB (b) 1 ^iiTTTTT SCCl-r-^ — -=,=e^^ K ±3=-- , -^ ^^^^^^^^ <. DU tr < ]UJ cc QZ< uoz UJ a. 10 - 1 -22 , 1•0 - I -2-3 2 I0 - 1-2-3 1 ^ -12 DB (d) ^3^ ^ ■^. ^ -- ■ --^ ^ ^^ ^ 4H- -^e^7 W^-M iiiiirrr :^^^ ^LU- ■ , ^^^^^^ -10DB (e) ,---^ --^>^ A ^ tt J1^ fffi - toil-- fflf Stock Photo")
. The Bell System technical journal . i the signal frequency. Current density modulation appears as intensityvariation, and velocity variation as vertical deflection from the ellipse. 21 0 - I -2 2 1 0-1-2 -22 DB (a) — 5^!stt - ^w^^ p^^^ 1 ^-LLfcggq 1 ! 1 i 1 ij=rr— T3aij^gj4j^^ l j^ 1 1 -,1^^ 1 -17 DB (b) 1 ^iiTTTTT SCCl-r-^ — -=,=e^^ K ±3=-- , -^ ^^^^^^^^ <. DU tr < ]UJ cc QZ< uoz UJ a. 10 - 1 -22 , 1•0 - I -2-3 2 I0 - 1-2-3 1 ^ -12 DB (d) ^3^ ^ ■^. ^ -- ■ --^ ^ ^^ ^ 4H- -^e^7 W^-M iiiiirrr :^^^ ^LU- ■ , ^^^^^^ -10DB (e) ,---^ --^>^ A ^ tt J1^ fffi - toil-- fflf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-bell-system-technical-journal-i-the-signal-frequency-current-density-modulation-appears-as-intensityvariation-and-velocity-variation-as-vertical-deflection-from-the-ellipse-21-0-i-2-2-1-0-1-2-22-db-a-5!stt-w-p-1-llfcggq-1-!-1-i-1-ij=rr-t3aijgj4j-l-j-1-1-1-1-17-db-b-1-iittttt-sccl-r-==e-k-3=-lt-du-tr-lt-uj-cc-qzlt-uoz-uj-a-10-1-22-10-i-2-3-2-i0-1-2-3-1-12-db-d-3-4h-e7-w-m-iiiiirrr-lu-10db-e-gt-a-tt-j1-fffi-toil-fflf-image376104330.htmlRM2CRW0WE–. The Bell System technical journal . i the signal frequency. Current density modulation appears as intensityvariation, and velocity variation as vertical deflection from the ellipse. 21 0 - I -2 2 1 0-1-2 -22 DB (a) — 5^!stt - ^w^^ p^^^ 1 ^-LLfcggq 1 ! 1 i 1 ij=rr— T3aij^gj4j^^ l j^ 1 1 -,1^^ 1 -17 DB (b) 1 ^iiTTTTT SCCl-r-^ — -=,=e^^ K ±3=-- , -^ ^^^^^^^^ <. DU tr < ]UJ cc QZ< uoz UJ a. 10 - 1 -22 , 1•0 - I -2-3 2 I0 - 1-2-3 1 ^ -12 DB (d) ^3^ ^ ■^. ^ -- ■ --^ ^ ^^ ^ 4H- -^e^7 W^-M iiiiirrr :^^^ ^LU- ■ , ^^^^^^ -10DB (e) ,---^ --^>^ A ^ tt J1^ fffi - toil-- fflf
a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-girl-from-rhythmic-gymnastics-in-a-standing-bodysuit-shows-an-exercise-with-a-ribbon-in-vertical-splits-image487680259.htmlRM2K9BN43–a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a ribbon in vertical splits
. The Civil engineer and architect's journal, scientific and railway gazette. Architecture; Civil engineering; Science. -No .46.—Vol.. IV.—JoLY, 1841. sistance to vertical deflection, but that it is made use of in given lateral strength to the main supports, (inverted tressels would perhaps be the most descriptive term), their bending being prevented in one direction by the transverse studs and tie-bolts, and in the other by the tension of tiie iron rods. A weight entering upon the bridge will be pcvcoived to immediately distribute its effects over the whole structure, by means of the ascend- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-civil-engineer-and-architects-journal-scientific-and-railway-gazette-architecture-civil-engineering-science-no-46vol-ivjoly-1841-sistance-to-vertical-deflection-but-that-it-is-made-use-of-in-given-lateral-strength-to-the-main-supports-inverted-tressels-would-perhaps-be-the-most-descriptive-term-their-bending-being-prevented-in-one-direction-by-the-transverse-studs-and-tie-bolts-and-in-the-other-by-the-tension-of-tiie-iron-rods-a-weight-entering-upon-the-bridge-will-be-pcvcoived-to-immediately-distribute-its-effects-over-the-whole-structure-by-means-of-the-ascend-image232777060.htmlRMREKWEC–. The Civil engineer and architect's journal, scientific and railway gazette. Architecture; Civil engineering; Science. -No .46.—Vol.. IV.—JoLY, 1841. sistance to vertical deflection, but that it is made use of in given lateral strength to the main supports, (inverted tressels would perhaps be the most descriptive term), their bending being prevented in one direction by the transverse studs and tie-bolts, and in the other by the tension of tiie iron rods. A weight entering upon the bridge will be pcvcoived to immediately distribute its effects over the whole structure, by means of the ascend-
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. Airborne radar. Airplanes; Guided missiles. A Scope J Scope Target Echo. LScope K Scope Fig. 12-5 Amplitude-Modulated Displays. as either intensity-modulated signals (applied as positive signals on the grid of the CRT) or as amplitude-modulated signals (applied to the vertical deflection plates together with the receiver video signals). The type A display was first used because of its simplicity of mechaniza- tion. Its limitation in wide-angle coverage radar systems is apparent, for it is incapable of presenting the target directional coordinates. The advantages of the type A scope are numer Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/airborne-radar-airplanes-guided-missiles-a-scope-j-scope-target-echo-lscope-k-scope-fig-12-5-amplitude-modulated-displays-as-either-intensity-modulated-signals-applied-as-positive-signals-on-the-grid-of-the-crt-or-as-amplitude-modulated-signals-applied-to-the-vertical-deflection-plates-together-with-the-receiver-video-signals-the-type-a-display-was-first-used-because-of-its-simplicity-of-mechaniza-tion-its-limitation-in-wide-angle-coverage-radar-systems-is-apparent-for-it-is-incapable-of-presenting-the-target-directional-coordinates-the-advantages-of-the-type-a-scope-are-numer-image237842116.htmlRMRPXJ18–. Airborne radar. Airplanes; Guided missiles. A Scope J Scope Target Echo. LScope K Scope Fig. 12-5 Amplitude-Modulated Displays. as either intensity-modulated signals (applied as positive signals on the grid of the CRT) or as amplitude-modulated signals (applied to the vertical deflection plates together with the receiver video signals). The type A display was first used because of its simplicity of mechaniza- tion. Its limitation in wide-angle coverage radar systems is apparent, for it is incapable of presenting the target directional coordinates. The advantages of the type A scope are numer
a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a hoop in a vertical twine Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-girl-from-rhythmic-gymnastics-in-a-standing-bodysuit-shows-an-exercise-with-a-hoop-in-a-vertical-twine-image487678979.htmlRM2K9BKEB–a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a hoop in a vertical twine
. Airborne radar. Airplanes; Guided missiles. 660 DISPLAY SYSTEM DESIGN PROBLEMS Vertical Focusing ^-J^. Vertical Deflection Plates Fig. 12-38 Thin Cathode Ray Tube Focusing Action. neity of the material precludes much optical scattering. The transparent phosphor film is not as efficient as conventional powders but the losses of the transparent phosphor film at high ambient light levels are not as great as for conventional phosphors. Various unsuccessful attempts have been made to prepare this phosphor by evaporation. The difficulty in most cases was that either (1) the cathode-luminescent eff Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/airborne-radar-airplanes-guided-missiles-660-display-system-design-problems-vertical-focusing-j-vertical-deflection-plates-fig-12-38-thin-cathode-ray-tube-focusing-action-neity-of-the-material-precludes-much-optical-scattering-the-transparent-phosphor-film-is-not-as-efficient-as-conventional-powders-but-the-losses-of-the-transparent-phosphor-film-at-high-ambient-light-levels-are-not-as-great-as-for-conventional-phosphors-various-unsuccessful-attempts-have-been-made-to-prepare-this-phosphor-by-evaporation-the-difficulty-in-most-cases-was-that-either-1-the-cathode-luminescent-eff-image237841269.htmlRMRPXGY1–. Airborne radar. Airplanes; Guided missiles. 660 DISPLAY SYSTEM DESIGN PROBLEMS Vertical Focusing ^-J^. Vertical Deflection Plates Fig. 12-38 Thin Cathode Ray Tube Focusing Action. neity of the material precludes much optical scattering. The transparent phosphor film is not as efficient as conventional powders but the losses of the transparent phosphor film at high ambient light levels are not as great as for conventional phosphors. Various unsuccessful attempts have been made to prepare this phosphor by evaporation. The difficulty in most cases was that either (1) the cathode-luminescent eff
a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a hoop in a vertical twine Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-girl-from-rhythmic-gymnastics-in-a-standing-bodysuit-shows-an-exercise-with-a-hoop-in-a-vertical-twine-image487679052.htmlRM2K9BKH0–a girl from rhythmic gymnastics in a standing bodysuit shows an exercise with a hoop in a vertical twine
. Airborne radar. Airplanes; Guided missiles. 12-9 SPECIAL DISPLAY DEVICES 659 Vertical Deflection Plates Transparent. Horizontal Deflection Plates Fig. 12-37 The Aiken Tube. to the right. This is true since the electrons closer to the deflection plates have a sharper radius of curvature than the electrons farther removed from the plate. The coarsely focused beam can now be considered as a ribbon beam when it travels upward. This process is repeated in the other plane when acted on by the second set of deflection plates as shown in Fig. 12-38. This double focused beam is brought to bear on the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/airborne-radar-airplanes-guided-missiles-12-9-special-display-devices-659-vertical-deflection-plates-transparent-horizontal-deflection-plates-fig-12-37-the-aiken-tube-to-the-right-this-is-true-since-the-electrons-closer-to-the-deflection-plates-have-a-sharper-radius-of-curvature-than-the-electrons-farther-removed-from-the-plate-the-coarsely-focused-beam-can-now-be-considered-as-a-ribbon-beam-when-it-travels-upward-this-process-is-repeated-in-the-other-plane-when-acted-on-by-the-second-set-of-deflection-plates-as-shown-in-fig-12-38-this-double-focused-beam-is-brought-to-bear-on-the-image237841312.htmlRMRPXH0G–. Airborne radar. Airplanes; Guided missiles. 12-9 SPECIAL DISPLAY DEVICES 659 Vertical Deflection Plates Transparent. Horizontal Deflection Plates Fig. 12-37 The Aiken Tube. to the right. This is true since the electrons closer to the deflection plates have a sharper radius of curvature than the electrons farther removed from the plate. The coarsely focused beam can now be considered as a ribbon beam when it travels upward. This process is repeated in the other plane when acted on by the second set of deflection plates as shown in Fig. 12-38. This double focused beam is brought to bear on the
a silhouette of a rhythmic gymnastics girl in a bodysuit in a vertical half-rope with a hoop on her leg Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-silhouette-of-a-rhythmic-gymnastics-girl-in-a-bodysuit-in-a-vertical-half-rope-with-a-hoop-on-her-leg-image487679723.htmlRM2K9BMCY–a silhouette of a rhythmic gymnastics girl in a bodysuit in a vertical half-rope with a hoop on her leg
Mechanics of engineeringComprising statics and dynamics of solids: and the mechanics of the materials of constructions, or strength and elasticity of beams, columns, arches, shafts, etc . h-er than those for the Curves of Cases I and II, wherethere were no distributed loads. If w were not constant,but proportional to the ordinates of an inclined right line,eq. (3) would be of the fifth degree; if w were propor-tional to the vertical ordinates of a parabola with axisvertical, (3) would be of the sixth degree ; and so on. By putting x=*4l in (3) we have the deflection of 0 be-low the horizontal Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/mechanics-of-engineeringcomprising-statics-and-dynamics-of-solids-and-the-mechanics-of-the-materials-of-constructions-or-strength-and-elasticity-of-beams-columns-arches-shafts-etc-h-er-than-those-for-the-curves-of-cases-i-and-ii-wherethere-were-no-distributed-loads-if-w-were-not-constantbut-proportional-to-the-ordinates-of-an-inclined-right-lineeq-3-would-be-of-the-fifth-degree-if-w-were-propor-tional-to-the-vertical-ordinates-of-a-parabola-with-axisvertical-3-would-be-of-the-sixth-degree-and-so-on-by-putting-x=4l-in-3-we-have-the-deflection-of-0-be-low-the-horizontal-image340248094.htmlRM2ANFHWJ–Mechanics of engineeringComprising statics and dynamics of solids: and the mechanics of the materials of constructions, or strength and elasticity of beams, columns, arches, shafts, etc . h-er than those for the Curves of Cases I and II, wherethere were no distributed loads. If w were not constant,but proportional to the ordinates of an inclined right line,eq. (3) would be of the fifth degree; if w were propor-tional to the vertical ordinates of a parabola with axisvertical, (3) would be of the sixth degree ; and so on. By putting x=*4l in (3) we have the deflection of 0 be-low the horizontal
Dental cosmos . from their positions. Of these, the buccal is thelonger, and is slightly curved inward. The palatal is stouter andnearly straight. Viewed antero-posteriorly, the root, whetherdouble or single, is nearly central with the crown, but is slightlydepressed inwardly near the apex. Its deflection from the medianline is about as marked as in the anterior teeth. In the jaw the buccal face ofthe crown is nearly vertical,viewed antero-posteriorly, andslightly pitched forward, seenfrom the labial face. Plate E.—Superior SecondBicuspid.The superior second bicuspidis usually smaller than the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/dental-cosmos-from-their-positions-of-these-the-buccal-is-thelonger-and-is-slightly-curved-inward-the-palatal-is-stouter-andnearly-straight-viewed-antero-posteriorly-the-root-whetherdouble-or-single-is-nearly-central-with-the-crown-but-is-slightlydepressed-inwardly-near-the-apex-its-deflection-from-the-medianline-is-about-as-marked-as-in-the-anterior-teeth-in-the-jaw-the-buccal-face-ofthe-crown-is-nearly-verticalviewed-antero-posteriorly-andslightly-pitched-forward-seenfrom-the-labial-face-plate-esuperior-secondbicuspidthe-superior-second-bicuspidis-usually-smaller-than-the-image339481070.htmlRM2AM8KFX–Dental cosmos . from their positions. Of these, the buccal is thelonger, and is slightly curved inward. The palatal is stouter andnearly straight. Viewed antero-posteriorly, the root, whetherdouble or single, is nearly central with the crown, but is slightlydepressed inwardly near the apex. Its deflection from the medianline is about as marked as in the anterior teeth. In the jaw the buccal face ofthe crown is nearly vertical,viewed antero-posteriorly, andslightly pitched forward, seenfrom the labial face. Plate E.—Superior SecondBicuspid.The superior second bicuspidis usually smaller than the
Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . oil is extremely light, the frictionsmall, and the instrument very sensitive to minute variations 206 PRACTICAL ELECTRICITY. of current. A current of about .015 ampere will give a fullscale deflection of the pointer. The instrument is carefullybalanced, so that it may be used in a horizontal or vertical position. An ammeter, however,should always be calibrated in theposition in which it is to be used; Amirror is located just below the scaleof the portable instruments. By-looking clow Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lessons-in-practical-electricity-principles-experiments-and-arithmetical-problems-an-elementary-text-book-oil-is-extremely-light-the-frictionsmall-and-the-instrument-very-sensitive-to-minute-variations-206-practical-electricity-of-current-a-current-of-about-015-ampere-will-give-a-fullscale-deflection-of-the-pointer-the-instrument-is-carefullybalanced-so-that-it-may-be-used-in-a-horizontal-or-vertical-position-an-ammeter-howevershould-always-be-calibrated-in-theposition-in-which-it-is-to-be-used-amirror-is-located-just-below-the-scaleof-the-portable-instruments-by-looking-clow-image340042561.htmlRM2AN67N5–Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . oil is extremely light, the frictionsmall, and the instrument very sensitive to minute variations 206 PRACTICAL ELECTRICITY. of current. A current of about .015 ampere will give a fullscale deflection of the pointer. The instrument is carefullybalanced, so that it may be used in a horizontal or vertical position. An ammeter, however,should always be calibrated in theposition in which it is to be used; Amirror is located just below the scaleof the portable instruments. By-looking clow
The groundwork of practical naval gunnery; a study of the principles and practice of exterior ballistics, as applied to naval gunnery, and of the computation and use of ballistic and range tables . the arbitrary deflection scale for sights, whichhas recently been adopted for service use. impact. RANGE TABLES; THEIR COMPUTATION AND USE 197 326. If we were shooting at 10,000 yards on the sight bar, with the same gun,and gave a spot of up 200, this woukl raise the position of the point of impact on 28x300 the target screen, or rather in the vertical plane through it, a distance of ^an^^ — ^^fee Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-groundwork-of-practical-naval-gunnery-a-study-of-the-principles-and-practice-of-exterior-ballistics-as-applied-to-naval-gunnery-and-of-the-computation-and-use-of-ballistic-and-range-tables-the-arbitrary-deflection-scale-for-sights-whichhas-recently-been-adopted-for-service-use-impact-range-tables-their-computation-and-use-197-326-if-we-were-shooting-at-10000-yards-on-the-sight-bar-with-the-same-gunand-gave-a-spot-of-up-200-this-woukl-raise-the-position-of-the-point-of-impact-on-28x300-the-target-screen-or-rather-in-the-vertical-plane-through-it-a-distance-of-an-fee-image339148897.htmlRM2AKNFTH–The groundwork of practical naval gunnery; a study of the principles and practice of exterior ballistics, as applied to naval gunnery, and of the computation and use of ballistic and range tables . the arbitrary deflection scale for sights, whichhas recently been adopted for service use. impact. RANGE TABLES; THEIR COMPUTATION AND USE 197 326. If we were shooting at 10,000 yards on the sight bar, with the same gun,and gave a spot of up 200, this woukl raise the position of the point of impact on 28x300 the target screen, or rather in the vertical plane through it, a distance of ^an^^ — ^^fee
Dental cosmos . ongeron the palatal than on the labial face,and the root is conical. The tooth is so placed in the jaw that the two extremities of itsconvex (labial) face are nearly in the same vertical line; in otherwords, a line drawn through the incising edge and the labio-cervicalmargin of enamel will approach very closely the plane of theface-line of the facial angle. This disposition brings the palato-cervical margin of enamel apparently nearer to the incisive edgethan the labio-cervical margin, and it also causes an apparent in-ward deflection of the root; but that this deflection is mo Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/dental-cosmos-ongeron-the-palatal-than-on-the-labial-faceand-the-root-is-conical-the-tooth-is-so-placed-in-the-jaw-that-the-two-extremities-of-itsconvex-labial-face-are-nearly-in-the-same-vertical-line-in-otherwords-a-line-drawn-through-the-incising-edge-and-the-labio-cervicalmargin-of-enamel-will-approach-very-closely-the-plane-of-theface-line-of-the-facial-angle-this-disposition-brings-the-palato-cervical-margin-of-enamel-apparently-nearer-to-the-incisive-edgethan-the-labio-cervical-margin-and-it-also-causes-an-apparent-in-ward-deflection-of-the-root-but-that-this-deflection-is-mo-image339482124.htmlRM2AM8MWG–Dental cosmos . ongeron the palatal than on the labial face,and the root is conical. The tooth is so placed in the jaw that the two extremities of itsconvex (labial) face are nearly in the same vertical line; in otherwords, a line drawn through the incising edge and the labio-cervicalmargin of enamel will approach very closely the plane of theface-line of the facial angle. This disposition brings the palato-cervical margin of enamel apparently nearer to the incisive edgethan the labio-cervical margin, and it also causes an apparent in-ward deflection of the root; but that this deflection is mo
. The principles of physics. eadings. This instru-ment is of great value to the electrician in dealing with veryweak currents. 467. Tangent galvanometer. — A tangent galvanometer isone so constructed that the current passing through it is pro-portional to the tangent of the angle of deflection produced.To this end it is necessary that the needle be very short (notmore than ?^) in comparison with the diameter of the coil. In its simplest form it consists of a large vertical coil(better two coils, one on each side of the needle, Mg. 387,so placed that the needle isat the center of the commonaxis Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-principles-of-physics-eadings-this-instru-ment-is-of-great-value-to-the-electrician-in-dealing-with-veryweak-currents-467-tangent-galvanometer-a-tangent-galvanometer-isone-so-constructed-that-the-current-passing-through-it-is-pro-portional-to-the-tangent-of-the-angle-of-deflection-producedto-this-end-it-is-necessary-that-the-needle-be-very-short-notmore-than-in-comparison-with-the-diameter-of-the-coil-in-its-simplest-form-it-consists-of-a-large-vertical-coilbetter-two-coils-one-on-each-side-of-the-needle-mg-387so-placed-that-the-needle-isat-the-center-of-the-commonaxis-image336723655.htmlRM2AFR2CR–. The principles of physics. eadings. This instru-ment is of great value to the electrician in dealing with veryweak currents. 467. Tangent galvanometer. — A tangent galvanometer isone so constructed that the current passing through it is pro-portional to the tangent of the angle of deflection produced.To this end it is necessary that the needle be very short (notmore than ?^) in comparison with the diameter of the coil. In its simplest form it consists of a large vertical coil(better two coils, one on each side of the needle, Mg. 387,so placed that the needle isat the center of the commonaxis
Surgical treatment; a practical treatise on the therapy of surgical diseases for the use of practitioners and students of surgery . finger to render it pliable. The nose is held openwith retractors. A vertical incision is made along in front of the deflection,if possible posterior to the free anterior border of the septal cartilage.It should pass down to the floor of the nose. It should curve backward atits lower end, and proceed back below the deflection. The incision shouldpass through the mucous membrane and slightly into the cartilage. A Fig. 856.—Angular Knives Used for Operations on the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/surgical-treatment-a-practical-treatise-on-the-therapy-of-surgical-diseases-for-the-use-of-practitioners-and-students-of-surgery-finger-to-render-it-pliable-the-nose-is-held-openwith-retractors-a-vertical-incision-is-made-along-in-front-of-the-deflectionif-possible-posterior-to-the-free-anterior-border-of-the-septal-cartilageit-should-pass-down-to-the-floor-of-the-nose-it-should-curve-backward-atits-lower-end-and-proceed-back-below-the-deflection-the-incision-shouldpass-through-the-mucous-membrane-and-slightly-into-the-cartilage-a-fig-856angular-knives-used-for-operations-on-the-image338343333.htmlRM2AJCTAD–Surgical treatment; a practical treatise on the therapy of surgical diseases for the use of practitioners and students of surgery . finger to render it pliable. The nose is held openwith retractors. A vertical incision is made along in front of the deflection,if possible posterior to the free anterior border of the septal cartilage.It should pass down to the floor of the nose. It should curve backward atits lower end, and proceed back below the deflection. The incision shouldpass through the mucous membrane and slightly into the cartilage. A Fig. 856.—Angular Knives Used for Operations on the
A text-book of physics, largely experimentalOn the Harvard college 'Descriptive list of elementary physical experiments.' . FIG. 238. The process of magnetization can be helped on by tapping the barsmartly with a heavy stick while it is in the vertical position.To show this, hold one end of the vertical bar at such a distancefrom the needle as to produce a rather small deflection before thebar is struck, and then note the increase of deflection produced bythe striking.* * When a magnet is under the influence of forces tending to demag-netize it, jarring promotes demagnetization. MAGNETISM. 433 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-physics-largely-experimentalon-the-harvard-college-descriptive-list-of-elementary-physical-experiments-fig-238-the-process-of-magnetization-can-be-helped-on-by-tapping-the-barsmartly-with-a-heavy-stick-while-it-is-in-the-vertical-positionto-show-this-hold-one-end-of-the-vertical-bar-at-such-a-distancefrom-the-needle-as-to-produce-a-rather-small-deflection-before-thebar-is-struck-and-then-note-the-increase-of-deflection-produced-bythe-striking-when-a-magnet-is-under-the-influence-of-forces-tending-to-demag-netize-it-jarring-promotes-demagnetization-magnetism-433-image339338989.htmlRM2AM269H–A text-book of physics, largely experimentalOn the Harvard college 'Descriptive list of elementary physical experiments.' . FIG. 238. The process of magnetization can be helped on by tapping the barsmartly with a heavy stick while it is in the vertical position.To show this, hold one end of the vertical bar at such a distancefrom the needle as to produce a rather small deflection before thebar is struck, and then note the increase of deflection produced bythe striking.* * When a magnet is under the influence of forces tending to demag-netize it, jarring promotes demagnetization. MAGNETISM. 433
Miscellaneous papers . t certainly gives a much smaller deflection than the usual dynamometers. But it is muchmore delicate than any instrument ofcomparable resistance, its self-induct-ance is negligible, and it is as easilyhandled as any other instrumentwhich gives equally accurate results.The apparatus is shown in Fig.24. The essential part of it consistsof a very thin silver wire, 80 mm.long and 006 mm. in diameter,stretched between the screws A andB; the wire does not run rightacross from the one screw to theother, but is attached by a littlesolder to the vertical steel wire dband twisted Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/miscellaneous-papers-t-certainly-gives-a-much-smaller-deflection-than-the-usual-dynamometers-but-it-is-muchmore-delicate-than-any-instrument-ofcomparable-resistance-its-self-induct-ance-is-negligible-and-it-is-as-easilyhandled-as-any-other-instrumentwhich-gives-equally-accurate-resultsthe-apparatus-is-shown-in-fig24-the-essential-part-of-it-consistsof-a-very-thin-silver-wire-80-mmlong-and-006-mm-in-diameterstretched-between-the-screws-a-andb-the-wire-does-not-run-rightacross-from-the-one-screw-to-theother-but-is-attached-by-a-littlesolder-to-the-vertical-steel-wire-dband-twisted-image340243747.htmlRM2ANFCAB–Miscellaneous papers . t certainly gives a much smaller deflection than the usual dynamometers. But it is muchmore delicate than any instrument ofcomparable resistance, its self-induct-ance is negligible, and it is as easilyhandled as any other instrumentwhich gives equally accurate results.The apparatus is shown in Fig.24. The essential part of it consistsof a very thin silver wire, 80 mm.long and 006 mm. in diameter,stretched between the screws A andB; the wire does not run rightacross from the one screw to theother, but is attached by a littlesolder to the vertical steel wire dband twisted
. Electrical world. ng. The shortness of the needle and thesmaller deflection give a small deplacement of the poles of the needle.The diameter of coil necessary to make the instrument obey thetangent law is thus much reduced. He uses a movable magnet sys-tem of two needles, with poles oppositely directed, and adds, ofcourse, a control magnet. For the magnet system the Weiss formhas been selected, in which there are two vertical needles, each endof the combination having two unlike poles belonging to differentmagnets, but acting like two poles of a horizontal magnet, whoselength is equal to the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/electrical-world-ng-the-shortness-of-the-needle-and-thesmaller-deflection-give-a-small-deplacement-of-the-poles-of-the-needlethe-diameter-of-coil-necessary-to-make-the-instrument-obey-thetangent-law-is-thus-much-reduced-he-uses-a-movable-magnet-sys-tem-of-two-needles-with-poles-oppositely-directed-and-adds-ofcourse-a-control-magnet-for-the-magnet-system-the-weiss-formhas-been-selected-in-which-there-are-two-vertical-needles-each-endof-the-combination-having-two-unlike-poles-belonging-to-differentmagnets-but-acting-like-two-poles-of-a-horizontal-magnet-whoselength-is-equal-to-the-image336886522.htmlRM2AG2E5E–. Electrical world. ng. The shortness of the needle and thesmaller deflection give a small deplacement of the poles of the needle.The diameter of coil necessary to make the instrument obey thetangent law is thus much reduced. He uses a movable magnet sys-tem of two needles, with poles oppositely directed, and adds, ofcourse, a control magnet. For the magnet system the Weiss formhas been selected, in which there are two vertical needles, each endof the combination having two unlike poles belonging to differentmagnets, but acting like two poles of a horizontal magnet, whoselength is equal to the
Engineering and Contracting . tests made by the writer atthe University of Illinois on concrete cylindersin compression and in bond tests with plainbars embedded in concrete exhibit similar phe-nomena in a most striking manner. .A. few vertical hair cracks were formednear the middle of the girders, but in no casedid these cracks open wide. These cracks ex-tended only a short distance into the concrete,and it is believed that they were partially dueto the lateral deflection of the girders whicliresulted from the sag of the floor slab. Thesmall size of the tension cracks in the girdersconfirms t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/engineering-and-contracting-tests-made-by-the-writer-atthe-university-of-illinois-on-concrete-cylindersin-compression-and-in-bond-tests-with-plainbars-embedded-in-concrete-exhibit-similar-phe-nomena-in-a-most-striking-manner-a-few-vertical-hair-cracks-were-formednear-the-middle-of-the-girders-but-in-no-casedid-these-cracks-open-wide-these-cracks-ex-tended-only-a-short-distance-into-the-concreteand-it-is-believed-that-they-were-partially-dueto-the-lateral-deflection-of-the-girders-whicliresulted-from-the-sag-of-the-floor-slab-thesmall-size-of-the-tension-cracks-in-the-girdersconfirms-t-image343319830.htmlRM2AXFFXE–Engineering and Contracting . tests made by the writer atthe University of Illinois on concrete cylindersin compression and in bond tests with plainbars embedded in concrete exhibit similar phe-nomena in a most striking manner. .A. few vertical hair cracks were formednear the middle of the girders, but in no casedid these cracks open wide. These cracks ex-tended only a short distance into the concrete,and it is believed that they were partially dueto the lateral deflection of the girders whicliresulted from the sag of the floor slab. Thesmall size of the tension cracks in the girdersconfirms t
Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . Fig. 169.—DAi-sonval Mirror Reflecting Galvanometer. Vertical magnet form. Fig. 170.—DArsonval Mirror-Reflecting Galvanometer.Horizontal magnet form. being a slow swing of the needle. The maximum deflection is notedon the scale just at the point where the system ceases to move andbegins to swing back to zero. 191. DArsonval Galvanometer.—This galvanometer,illustrated in Figs. 169 and 170, is an example of that classin which the magnet is large and stationary, and the gal-vanometer co Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lessons-in-practical-electricity-principles-experiments-and-arithmetical-problems-an-elementary-text-book-fig-169dai-sonval-mirror-reflecting-galvanometer-vertical-magnet-form-fig-170darsonval-mirror-reflecting-galvanometerhorizontal-magnet-form-being-a-slow-swing-of-the-needle-the-maximum-deflection-is-notedon-the-scale-just-at-the-point-where-the-system-ceases-to-move-andbegins-to-swing-back-to-zero-191-darsonval-galvanometerthis-galvanometerillustrated-in-figs-169-and-170-is-an-example-of-that-classin-which-the-magnet-is-large-and-stationary-and-the-gal-vanometer-co-image340048236.htmlRM2AN6EYT–Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . Fig. 169.—DAi-sonval Mirror Reflecting Galvanometer. Vertical magnet form. Fig. 170.—DArsonval Mirror-Reflecting Galvanometer.Horizontal magnet form. being a slow swing of the needle. The maximum deflection is notedon the scale just at the point where the system ceases to move andbegins to swing back to zero. 191. DArsonval Galvanometer.—This galvanometer,illustrated in Figs. 169 and 170, is an example of that classin which the magnet is large and stationary, and the gal-vanometer co
