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Silver iodide Stock Photos and Images
Mar. 22, 2012 - Cloud Seeding Generator vaporizes silver iodide to from rallying points for moisture in the clouds. A gram of silver iodide can produce more than quadrillion nucleii or rallying points for cloud droplets. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mar-22-2012-cloud-seeding-generator-vaporizes-silver-iodide-to-from-image69539098.htmlRME13NR6–Mar. 22, 2012 - Cloud Seeding Generator vaporizes silver iodide to from rallying points for moisture in the clouds. A gram of silver iodide can produce more than quadrillion nucleii or rallying points for cloud droplets.
Pilot attaching 'Silver iodide' flares to wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-pilot-attaching-silver-iodide-flares-to-wing-rack-27290790.htmlRMBGB5K2–Pilot attaching 'Silver iodide' flares to wing rack.
Silver iodide, chemical formula and structure. Inorganic compound with the formula AgI. Highly photosensitive, exploited in silver-based photography. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/silver-iodide-chemical-formula-and-structure-inorganic-compound-with-the-formula-agi-highly-photosensitive-exploited-in-silver-based-photography-image472583312.htmlRF2JCT0RC–Silver iodide, chemical formula and structure. Inorganic compound with the formula AgI. Highly photosensitive, exploited in silver-based photography.
Pilot displaying 'Burn in place pyrotechnic Silver iodide flares' Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-pilot-displaying-burn-in-place-pyrotechnic-silver-iodide-flares-30876549.htmlRMBP6F9W–Pilot displaying 'Burn in place pyrotechnic Silver iodide flares'
Apr. 04, 2012 - Do-It-Yourself Rainmaker: Britain is experimenting with a small rainmaker that could avoid the expense of cloud-seeding from a plane. The machine burns a fuel containing silver iodide particles and invisible smoke is carried upward by ordinary air movements with the idea of forming ice crystals in the clouds which grown and reach the ground as raindrops. Photo Shows: A soldier examines the apparatus being used for rainmaking experiments on Salisbury Plain Wiltshire, England. The experiments are being conducted by Britain's Air Ministry and Ministry of Supply. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/apr-04-2012-do-it-yourself-rainmaker-britain-is-experimenting-with-image69548054.htmlRME14572–Apr. 04, 2012 - Do-It-Yourself Rainmaker: Britain is experimenting with a small rainmaker that could avoid the expense of cloud-seeding from a plane. The machine burns a fuel containing silver iodide particles and invisible smoke is carried upward by ordinary air movements with the idea of forming ice crystals in the clouds which grown and reach the ground as raindrops. Photo Shows: A soldier examines the apparatus being used for rainmaking experiments on Salisbury Plain Wiltshire, England. The experiments are being conducted by Britain's Air Ministry and Ministry of Supply.
Pilot displaying 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) to be mounted on wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pilot-displaying-burn-in-place-pyrotechnic-silver-iodide-flares-25-50-grams-each-flare-to-be-mounted-on-wing-rack-image188673037.htmlRMMXXPAN–Pilot displaying 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) to be mounted on wing rack.
Cloud seeding, conceptual illustration. Clouds can be 'seeded' by ground-based missiles or by aeroplanes. This causes the clouds to release their water in the form of rain (centre) before they reach the city. Cloud seeding, used in various forms since the 1950s, is mostly used to increase precipitation in agricultural or drought-prone areas. The most common seeding materials are silver iodide and dry ice. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cloud-seeding-conceptual-illustration-clouds-can-be-seeded-by-ground-based-missiles-or-by-aeroplanes-this-causes-the-clouds-to-release-their-water-in-the-form-of-rain-centre-before-they-reach-the-city-cloud-seeding-used-in-various-forms-since-the-1950s-is-mostly-used-to-increase-precipitation-in-agricultural-or-drought-prone-areas-the-most-common-seeding-materials-are-silver-iodide-and-dry-ice-image454451412.htmlRF2HBA1BG–Cloud seeding, conceptual illustration. Clouds can be 'seeded' by ground-based missiles or by aeroplanes. This causes the clouds to release their water in the form of rain (centre) before they reach the city. Cloud seeding, used in various forms since the 1950s, is mostly used to increase precipitation in agricultural or drought-prone areas. The most common seeding materials are silver iodide and dry ice.
Wing rack, in floight cloud seeding, 'Burn in place pyrotechnic Silver Iodide flares' Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-wing-rack-in-floight-cloud-seeding-burn-in-place-pyrotechnic-silver-30872787.htmlRMBP6AFF–Wing rack, in floight cloud seeding, 'Burn in place pyrotechnic Silver Iodide flares'
Louis Daguerre discovers use of silver iodide in photography Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/louis-daguerre-discovers-use-of-silver-iodide-in-photography-image256557322.htmlRMTWB5DE–Louis Daguerre discovers use of silver iodide in photography
Silver iodide flares mounted on wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-silver-iodide-flares-mounted-on-wing-rack-27291561.htmlRMBGB6JH–Silver iodide flares mounted on wing rack.
Shantilal Meckoni , rainman , cloud seeding expert , putting silver iodide as experiment for artificial rainfall , India , Asia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-shantilal-meckoni-rainman-cloud-seeding-expert-putting-silver-iodide-83589412.htmlRMERYR44–Shantilal Meckoni , rainman , cloud seeding expert , putting silver iodide as experiment for artificial rainfall , India , Asia
Pilot affixing 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) mounting on wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pilot-affixing-burn-in-place-pyrotechnic-silver-iodide-flares-25-50-grams-each-flare-mounting-on-wing-rack-image188659127.htmlRMMXX4HY–Pilot affixing 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) mounting on wing rack.
Artist's impression of Louis Daguerre (1789-1851) French pioneer of photography, discovering the sensitivity to light of silver iodide. Engraving, Paris, c1870 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/artists-impression-of-louis-daguerre-1789-1851-french-pioneer-of-photography-image68548268.htmlRMDYEJ0C–Artist's impression of Louis Daguerre (1789-1851) French pioneer of photography, discovering the sensitivity to light of silver iodide. Engraving, Paris, c1870
AgI - Silver Iodide. Chemical compound. CAS number 1302-82-5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/agi-silver-iodide-chemical-compound-cas-number-1302-82-5-image595138003.htmlRF2WG6TGK–AgI - Silver Iodide. Chemical compound. CAS number 1302-82-5
William Henry Fox Talbot (1800-1877) in 1864: English inventor and pioneer of photography. Devised the calotype process, paper sensitized with silver iodide. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-william-henry-fox-talbot-1800-1877-in-1864-english-inventor-and-pioneer-57448981.htmlRMD9D0N9–William Henry Fox Talbot (1800-1877) in 1864: English inventor and pioneer of photography. Devised the calotype process, paper sensitized with silver iodide.
AgI silver iodide CAS 7783-96-2 chemical substance in white plastic laboratory packaging Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/agi-silver-iodide-cas-7783-96-2-chemical-substance-in-white-plastic-laboratory-packaging-image595151529.htmlRF2WG7DRN–AgI silver iodide CAS 7783-96-2 chemical substance in white plastic laboratory packaging
General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/general-view-of-silver-iodide-flares-and-various-equipment-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-image461438912.htmlRM2HPMA14–General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce.
Ag3I3 - Silver Iodide. Chemical compound. CAS number 37375-12-5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ag3i3-silver-iodide-chemical-compound-cas-number-37375-12-5-image595146225.htmlRF2WG7729–Ag3I3 - Silver Iodide. Chemical compound. CAS number 37375-12-5
General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/general-view-of-silver-iodide-flares-and-various-equipment-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-photo-by-pongmanat-tasiri-sopa-imagessipa-usa-image461438634.htmlRM2HPM9K6–General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA)
Stuttgart, Germany. 05th June, 2014. Cloud seeding equipment containing silver iodide is attached to an aircraft in Stuttgart, Germany, 05 June 2014. Photo: Franziska Kraufmann/dpa/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-stuttgart-germany-05th-june-2014-cloud-seeding-equipment-containing-70046974.htmlRME1XWHJ–Stuttgart, Germany. 05th June, 2014. Cloud seeding equipment containing silver iodide is attached to an aircraft in Stuttgart, Germany, 05 June 2014. Photo: Franziska Kraufmann/dpa/Alamy Live News
A Chinese worker whose job it is to fire shells filled with silver iodide into the clouds to try and make it rain. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-a-chinese-worker-whose-job-it-is-to-fire-shells-filled-with-silver-29224716.htmlRMBKF8BT–A Chinese worker whose job it is to fire shells filled with silver iodide into the clouds to try and make it rain.
Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rosenheim-germany-31st-july-2017-the-cloud-seeding-pilot-georg-vogl-image154655123.htmlRMJYH457–Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News
A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-chinese-army-truck-carrying-a-barrage-of-37-mm-anti-aircraft-type-firing-tubes-armed-with-silver-iodide-shells-a-chemical-that-forces-clouds-to-expel-their-moister-waits-in-beijing-on-august-3-2008-chinese-officials-will-fire-the-chemical-into-the-clouds-over-beijing-in-hopes-of-washing-away-smog-and-producing-a-rain-free-olympics-upi-photostephen-shaver-image258170032.htmlRMW00JE8–A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver)
Rain Makers.. CSIRO Radio Physic Rain Physic Group -- The New Avro Anson of the Rain Group working with a RAAF Dakota. On the wing of the Anson can be seen the silver Iodide smoke generator that sprays the clouds with the mixture. The usual process is to spray from the bottom it being lighten Pierces the clouds and causes the Rain to falls. The Anson will work from Wagga. August 18, 1955. (Photo by Gordon Herbert Short/Fairfax Media). Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rain-makers-csiro-radio-physic-rain-physic-group-the-new-avro-anson-of-the-rain-group-working-with-a-raaf-dakota-on-the-wing-of-the-anson-can-be-seen-the-silver-iodide-smoke-generator-that-sprays-the-clouds-with-the-mixture-the-usual-process-is-to-spray-from-the-bottom-it-being-lighten-pierces-the-clouds-and-causes-the-rain-to-falls-the-anson-will-work-from-wagga-august-18-1955-photo-by-gordon-herbert-shortfairfax-media-image481861456.htmlRM2JYXK5M–Rain Makers.. CSIRO Radio Physic Rain Physic Group -- The New Avro Anson of the Rain Group working with a RAAF Dakota. On the wing of the Anson can be seen the silver Iodide smoke generator that sprays the clouds with the mixture. The usual process is to spray from the bottom it being lighten Pierces the clouds and causes the Rain to falls. The Anson will work from Wagga. August 18, 1955. (Photo by Gordon Herbert Short/Fairfax Media).
1972 - Cloud Seeding Generator vaporizes silver iodide to from rallying points for moisture in the clouds. A gram of silver iodide can produce more than quadrillion nucleii or rallying points for cloud droplets. © Keystone Pictures USA/ZUMAPRESS.com/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-1972-cloud-seeding-generator-vaporizes-silver-iodide-to-from-rallying-92469857.htmlRMFACA6W–1972 - Cloud Seeding Generator vaporizes silver iodide to from rallying points for moisture in the clouds. A gram of silver iodide can produce more than quadrillion nucleii or rallying points for cloud droplets. © Keystone Pictures USA/ZUMAPRESS.com/Alamy Live News
Cloud seeding, conceptual illustration. Clouds can be 'seeded' by ground-based missiles or by aeroplanes. This causes the clouds to release their water in the form of rain (centre) before they reach the city. Cloud seeding, used in various forms since the 1950s, is mostly used to increase precipitation in agricultural or drought-prone areas. The most common seeding materials are silver iodide and dry ice. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cloud-seeding-conceptual-illustration-clouds-can-be-seeded-by-ground-based-missiles-or-by-aeroplanes-this-causes-the-clouds-to-release-their-water-in-the-form-of-rain-centre-before-they-reach-the-city-cloud-seeding-used-in-various-forms-since-the-1950s-is-mostly-used-to-increase-precipitation-in-agricultural-or-drought-prone-areas-the-most-common-seeding-materials-are-silver-iodide-and-dry-ice-image454451408.htmlRF2HBA1BC–Cloud seeding, conceptual illustration. Clouds can be 'seeded' by ground-based missiles or by aeroplanes. This causes the clouds to release their water in the form of rain (centre) before they reach the city. Cloud seeding, used in various forms since the 1950s, is mostly used to increase precipitation in agricultural or drought-prone areas. The most common seeding materials are silver iodide and dry ice.
1952- Do-It-Yourself Rainmaker: Britain is experimenting with a small rainmaker that could avoid the expense of cloud-seeding from a plane. The machine burns a fuel containing silver iodide particles and invisible smoke is carried upward by ordinary air movements with the idea of forming ice crystals in the clouds which grown and reach the ground as raindrops. Photo Shows: A soldier examines the apparatus being used for rainmaking experiments on Salisbury Plain Wiltshire, England. The experiments are being conducted by Britain's Air Ministry and Ministry of Supply. (Credit Image: © Keystone Pi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-1952-do-it-yourself-rainmaker-britain-is-experimenting-with-a-small-94972404.htmlRMFEEA7G–1952- Do-It-Yourself Rainmaker: Britain is experimenting with a small rainmaker that could avoid the expense of cloud-seeding from a plane. The machine burns a fuel containing silver iodide particles and invisible smoke is carried upward by ordinary air movements with the idea of forming ice crystals in the clouds which grown and reach the ground as raindrops. Photo Shows: A soldier examines the apparatus being used for rainmaking experiments on Salisbury Plain Wiltshire, England. The experiments are being conducted by Britain's Air Ministry and Ministry of Supply. (Credit Image: © Keystone Pi
Empty wide Iodide street in Broken Hill Silver city downtown of old private property houses. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/empty-wide-iodide-street-in-broken-hill-silver-city-downtown-of-old-private-property-houses-image464996643.htmlRF2J0EBXY–Empty wide Iodide street in Broken Hill Silver city downtown of old private property houses.
Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-chemicals-launched-to-make-it-rain-chinese-officials-attempt-to-make-35900425.htmlRMC2BBA1–Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds.
Detail view of sea food in the central fish market Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/detail-view-of-sea-food-in-the-central-fish-market-image472337081.htmlRF2JCCPND–Detail view of sea food in the central fish market
Pilot displaying 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) to be mounted on wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pilot-displaying-burn-in-place-pyrotechnic-silver-iodide-flares-25-50-grams-each-flare-to-be-mounted-on-wing-rack-image188650917.htmlRMMXWP4N–Pilot displaying 'burn in place' pyrotechnic silver iodide flares (25-50 grams each flare) to be mounted on wing rack.
The American annual of photography . inet, the volatile mercury reacted with the silver iodideand developed the latent image into permanent form, whilecommon table salt was used afterward to thoroughly fix it.After this discovery an apparatus for the development otplates was constructed as shown in the diagram. (Figure 2.) These photographs, which this process produced, were calledDaguerreotypes in honor of the inventor, and have never beensurpassed in delicacy and beauty. This is undoubtedly due tothe silver plate. As the light reacted with the silver iodide,liberating iodine, the free iodine Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-american-annual-of-photography-inet-the-volatile-mercury-reacted-with-the-silver-iodideand-developed-the-latent-image-into-permanent-form-whilecommon-table-salt-was-used-afterward-to-thoroughly-fix-itafter-this-discovery-an-apparatus-for-the-development-otplates-was-constructed-as-shown-in-the-diagram-figure-2-these-photographs-which-this-process-produced-were-calleddaguerreotypes-in-honor-of-the-inventor-and-have-never-beensurpassed-in-delicacy-and-beauty-this-is-undoubtedly-due-tothe-silver-plate-as-the-light-reacted-with-the-silver-iodideliberating-iodine-the-free-iodine-image339123076.htmlRM2AKMAXC–The American annual of photography . inet, the volatile mercury reacted with the silver iodideand developed the latent image into permanent form, whilecommon table salt was used afterward to thoroughly fix it.After this discovery an apparatus for the development otplates was constructed as shown in the diagram. (Figure 2.) These photographs, which this process produced, were calledDaguerreotypes in honor of the inventor, and have never beensurpassed in delicacy and beauty. This is undoubtedly due tothe silver plate. As the light reacted with the silver iodide,liberating iodine, the free iodine
DAGUERRE'S DISCOVERY Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-daguerres-discovery-105358673.htmlRMG3BE1N–DAGUERRE'S DISCOVERY
Dr John Adamson Lived Here – image by Kim Craig Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/dr-john-adamson-lived-here-image-by-kim-craig-image68854217.htmlRFE00G75–Dr John Adamson Lived Here – image by Kim Craig
Daguerres Discovery Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/daguerres-discovery-image6563435.htmlRMA67FJC–Daguerres Discovery
General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/general-view-of-silver-iodide-flares-and-various-equipment-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-image461438854.htmlRM2HPM9Y2–General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce.
Ag3I3 - Silver Iodide. Chemical compound. CAS number 37375-12-5 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ag3i3-silver-iodide-chemical-compound-cas-number-37375-12-5-image564173243.htmlRF2RNT8MB–Ag3I3 - Silver Iodide. Chemical compound. CAS number 37375-12-5
General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/general-view-of-silver-iodide-flares-and-various-equipment-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-photo-by-pongmanat-tasiri-sopa-imagessipa-usa-image461438632.htmlRM2HPM9K4–General view of silver iodide flares and various equipment for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA)
Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/small-plane-in-cloudy-sky-for-rainmaking-white-fluffy-clouds-with-small-aircraft-to-make-artificial-rainfall-two-airplane-flying-on-cloudy-sky-agri-image356479821.htmlRF2BKY1J5–Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri
Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/small-plane-in-cloudy-sky-for-rainmaking-white-fluffy-clouds-with-small-aircraft-to-make-artificial-rainfall-two-airplane-flying-on-cloudy-sky-agri-image385734954.htmlRF2DBFMTA–Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri
Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rosenheim-germany-31st-july-2017-the-cloud-seeding-pilot-georg-vogl-image154655124.htmlRMJYH458–Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News
A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-chinese-army-truck-carrying-a-barrage-of-37-mm-anti-aircraft-type-firing-tubes-armed-with-silver-iodide-shells-a-chemical-that-forces-clouds-to-expel-their-moister-waits-in-beijing-on-august-3-2008-chinese-officials-will-fire-the-chemical-into-the-clouds-over-beijing-in-hopes-of-washing-away-smog-and-producing-a-rain-free-olympics-upi-photostephen-shaver-image258170034.htmlRMW00JEA–A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver)
NAVAL ENGINEERING A Jubilee Steam Lifeship An ad VII. ORDNANCE Steel Faced Armor Trials.-1nteresting results VIII. PHOTOGRAPHYOn Red and Purple Chloride Bromide and Iodide of Silver; on Heliochromy and on the Latent Photographic bution to chemical photography 9668 IX. PHYSICSPhysics without Apparatus—Seven interesting ex periments in inertia capillarity and other laws.-7 illustrations—. 9877 The Plow of SolidsBy WILEFIAM HALLOCKRecent experi town Mass. Arsenal 2 illustrations 9873 X. PHYSIOLOGYSense of HearingBy WILLIAM RUTHERFORD vanced views on this subject with experimental iesults 9874 XI Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/naval-engineering-a-jubilee-steam-lifeship-an-ad-vii-ordnance-steel-faced-armor-trials-1nteresting-results-viii-photographyon-red-and-purple-chloride-bromide-and-iodide-of-silver-on-heliochromy-and-on-the-latent-photographic-bution-to-chemical-photography-9668-ix-physicsphysics-without-apparatusseven-interesting-ex-periments-in-inertia-capillarity-and-other-laws-7-illustrations-9877-the-plow-of-solidsby-wilefiam-hallockrecent-experi-town-mass-arsenal-2-illustrations-9873-x-physiologysense-of-hearingby-william-rutherford-vanced-views-on-this-subject-with-experimental-iesults-9874-xi-image334331092.htmlRM2ABX2M4–NAVAL ENGINEERING A Jubilee Steam Lifeship An ad VII. ORDNANCE Steel Faced Armor Trials.-1nteresting results VIII. PHOTOGRAPHYOn Red and Purple Chloride Bromide and Iodide of Silver; on Heliochromy and on the Latent Photographic bution to chemical photography 9668 IX. PHYSICSPhysics without Apparatus—Seven interesting ex periments in inertia capillarity and other laws.-7 illustrations—. 9877 The Plow of SolidsBy WILEFIAM HALLOCKRecent experi town Mass. Arsenal 2 illustrations 9873 X. PHYSIOLOGYSense of HearingBy WILLIAM RUTHERFORD vanced views on this subject with experimental iesults 9874 XI
A tourist takes a snap in the Medina of Marrakesh Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-a-tourist-takes-a-snap-in-the-medina-of-marrakesh-14349731.htmlRMAH3X5T–A tourist takes a snap in the Medina of Marrakesh
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Electron micrograph of silver iodide sol. Instrumental magnification 80.000. Final magnification 500,000. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-fig-1-electron-micrograph-of-silver-iodide-sol-instrumental-magnification-80000-final-magnification-500000-image178412120.htmlRMMA7ADC–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Fig. 1. Electron micrograph of silver iodide sol. Instrumental magnification 80.000. Final magnification 500,000.
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica). Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-figs-5-6-differently-developed-silver-bromide-grains-fig-5-metolquinone-developer-carbon-replica-fig-6-p-phenylenediamine-developer-carbon-replica-figs-7-8-initial-development-results-fig-7-fiat-silver-bro-mide-crystals-fig-8-silver-iodide-crystals-image241231240.htmlRMT0D0WC–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica). Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals.
Stone hit resistant house on a downtown street in Broken Hill mining city of Australian outback in arid climate. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stone-hit-resistant-house-on-a-downtown-street-in-broken-hill-mining-city-of-australian-outback-in-arid-climate-image467842047.htmlRF2J5418F–Stone hit resistant house on a downtown street in Broken Hill mining city of Australian outback in arid climate.
Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-chemicals-launched-to-make-it-rain-chinese-officials-attempt-to-make-35900427.htmlRMC2BBA3–Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds.
Detail view of sea food in the central fish market Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/detail-view-of-sea-food-in-the-central-fish-market-image472336923.htmlRF2JCCPFR–Detail view of sea food in the central fish market
In flight, cloud seeding, pyrotechnic Silver Iodide flares, mounted on wing rack, ignited electrically, (25-50 grams each flare). Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/in-flight-cloud-seeding-pyrotechnic-silver-iodide-flares-mounted-on-wing-rack-ignited-electrically-25-50-grams-each-flare-image188650765.htmlRMMXWNY9–In flight, cloud seeding, pyrotechnic Silver Iodide flares, mounted on wing rack, ignited electrically, (25-50 grams each flare).
The cleaning and electro-plating of metals; . 5846 NaCl The Cleaning and Electro-Plating of Metals 91 CYANIDE DETERMINATION INPOTASSIUM CYANIDE. Weigh off about 15 grams of the potassiumcyanide in a tared weighing bottle, dissolve inwater without heat and dilute to 500 c.c. Take out 10 c.c. with pipette into a beaker,add 2 c.c. of Cone. N H^ O H and 1 c.c. K Isolution (2%) and about 100 c.c. water, then Nrun in jt: Ag N O3 from a burette until a per-manent white precipitate of silver iodide isformed. The number of c.c. of Ag N O3 usedmultiplied by .005202 and divided by theweight taken, then m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cleaning-and-electro-plating-of-metals-5846-nacl-the-cleaning-and-electro-plating-of-metals-91-cyanide-determination-inpotassium-cyanide-weigh-off-about-15-grams-of-the-potassiumcyanide-in-a-tared-weighing-bottle-dissolve-inwater-without-heat-and-dilute-to-500-cc-take-out-10-cc-with-pipette-into-a-beakeradd-2-cc-of-cone-n-h-o-h-and-1-cc-k-isolution-2-and-about-100-cc-water-then-nrun-in-jt-ag-n-o3-from-a-burette-until-a-per-manent-white-precipitate-of-silver-iodide-isformed-the-number-of-cc-of-ag-n-o3-usedmultiplied-by-005202-and-divided-by-theweight-taken-then-m-image342783477.htmlRM2AWK3R1–The cleaning and electro-plating of metals; . 5846 NaCl The Cleaning and Electro-Plating of Metals 91 CYANIDE DETERMINATION INPOTASSIUM CYANIDE. Weigh off about 15 grams of the potassiumcyanide in a tared weighing bottle, dissolve inwater without heat and dilute to 500 c.c. Take out 10 c.c. with pipette into a beaker,add 2 c.c. of Cone. N H^ O H and 1 c.c. K Isolution (2%) and about 100 c.c. water, then Nrun in jt: Ag N O3 from a burette until a per-manent white precipitate of silver iodide isformed. The number of c.c. of Ag N O3 usedmultiplied by .005202 and divided by theweight taken, then m
Aircraft, cloud seeding, flares. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-aircraft-cloud-seeding-flares-47588069.htmlRMCNBR1W–Aircraft, cloud seeding, flares.
India Rubber in South America. A TOOL FOR TRANSPLANTING BUDS. GALBREATH'S TOOL FOR TRANSPLANTING BUDS. AN IMPROVED APPARATUS FOR RAISING LIQUIDS. ELLIOTT'S APPARATUS FOR RAISING LIQUIDS. A Gelatino Citrate of Silver Emulsion for Photo graphic. Paper. Copper Iodide Reactions., scientific american, 1900-02-24 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/india-rubber-in-south-america-a-tool-for-transplanting-buds-galbreaths-tool-for-transplanting-buds-an-improved-apparatus-for-raising-liquids-elliotts-apparatus-for-raising-liquids-a-gelatino-citrate-of-silver-emulsion-for-photo-graphic-paper-copper-iodide-reactions-scientific-american-1900-02-24-image334343902.htmlRM2ABXK1J–India Rubber in South America. A TOOL FOR TRANSPLANTING BUDS. GALBREATH'S TOOL FOR TRANSPLANTING BUDS. AN IMPROVED APPARATUS FOR RAISING LIQUIDS. ELLIOTT'S APPARATUS FOR RAISING LIQUIDS. A Gelatino Citrate of Silver Emulsion for Photo graphic. Paper. Copper Iodide Reactions., scientific american, 1900-02-24
Pyrotechnic iodide flares, wing rack. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-pyrotechnic-iodide-flares-wing-rack-47847145.htmlRMCNRHEH–Pyrotechnic iodide flares, wing rack.
Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/officers-from-the-royal-rainmaking-and-agricultural-aviation-department-with-the-royal-thai-air-force-look-at-the-installation-of-silver-iodide-flares-in-alphajet-attack-aircraft-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-image461438847.htmlRM2HPM9XR–Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce.
4I PACIFIC HOTEL CHICAGO. ALUMINATE OF SODA. APPLICATION OF DIFFUSION IN SUGAR REFINERIES. THE PROPOSED PACIFIC HOTEL AT CHICAGO. !IrONI7 SCIENTIFIC INTELLIGENCE. PASTING PARCHMENT PAPER. DISINFECTING PADS. FLUORIDE OF GOLD. PREPARATION OF PURE NITROGEN. VOLUMETRIC DETERMINATION OF COPPER. CRYSTALS OF IODIDE BROMIDE AND CHLORIDE OF SILVER. OXYGENATED BREAD. SOLUBLE PRUSSIAN BLUE., scientific american, 1870-07-02 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/4i-pacific-hotel-chicago-aluminate-of-soda-application-of-diffusion-in-sugar-refineries-the-proposed-pacific-hotel-at-chicago-!ironi7-scientific-intelligence-pasting-parchment-paper-disinfecting-pads-fluoride-of-gold-preparation-of-pure-nitrogen-volumetric-determination-of-copper-crystals-of-iodide-bromide-and-chloride-of-silver-oxygenated-bread-soluble-prussian-blue-scientific-american-1870-07-02-image334311845.htmlRM2ABW64N–4I PACIFIC HOTEL CHICAGO. ALUMINATE OF SODA. APPLICATION OF DIFFUSION IN SUGAR REFINERIES. THE PROPOSED PACIFIC HOTEL AT CHICAGO. !IrONI7 SCIENTIFIC INTELLIGENCE. PASTING PARCHMENT PAPER. DISINFECTING PADS. FLUORIDE OF GOLD. PREPARATION OF PURE NITROGEN. VOLUMETRIC DETERMINATION OF COPPER. CRYSTALS OF IODIDE BROMIDE AND CHLORIDE OF SILVER. OXYGENATED BREAD. SOLUBLE PRUSSIAN BLUE., scientific american, 1870-07-02
Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/officers-from-the-royal-rainmaking-and-agricultural-aviation-department-with-the-royal-thai-air-force-look-at-the-installation-of-silver-iodide-flares-in-alphajet-attack-aircraft-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-photo-by-pongmanat-tasiri-sopa-imagessipa-usa-image461438536.htmlRM2HPM9FM–Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA)
Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/small-plane-in-cloudy-sky-for-rainmaking-white-fluffy-clouds-with-small-aircraft-to-make-artificial-rainfall-two-airplane-flying-on-cloudy-sky-image359263599.htmlRF2BTDTAR–Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky.
Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/small-plane-in-cloudy-sky-for-rainmaking-white-fluffy-clouds-with-small-aircraft-to-make-artificial-rainfall-two-airplane-flying-on-cloudy-sky-agri-image385683439.htmlRF2DBDB4F–Small plane in cloudy sky for rainmaking. White fluffy clouds with small aircraft to make artificial rainfall. Two airplane flying on cloudy sky. Agri
Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rosenheim-germany-31st-july-2017-the-cloud-seeding-pilot-georg-vogl-image154655118.htmlRMJYH452–Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News
A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-chinese-army-truck-carrying-a-barrage-of-37-mm-anti-aircraft-type-firing-tubes-armed-with-silver-iodide-shells-a-chemical-that-forces-clouds-to-expel-their-moister-waits-in-beijing-on-august-3-2008-chinese-officials-will-fire-the-chemical-into-the-clouds-over-beijing-in-hopes-of-washing-away-smog-and-producing-a-rain-free-olympics-upi-photostephen-shaver-image258170035.htmlRMW00JEB–A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver)
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-figs-7-8-initial-development-results-fig-7-fiat-silver-bro-mide-crystals-fig-8-silver-iodide-crystals-image178411777.htmlRMMA7A15–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals.
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica). Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-figs-5-6-differently-developed-silver-bromide-grains-fig-5-metolquinone-developer-carbon-replica-fig-6-p-phenylenediamine-developer-carbon-replica-figs-7-8-initial-development-results-fig-7-fiat-silver-bro-mide-crystals-fig-8-silver-iodide-crystals-image239659746.htmlRMRWWCCJ–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica). Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals.
Local residential street in Broken hill downtown on a sunny day - centre of Australian mining industry. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/local-residential-street-in-broken-hill-downtown-on-a-sunny-day-centre-of-australian-mining-industry-image464996825.htmlRF2J0EC5D–Local residential street in Broken hill downtown on a sunny day - centre of Australian mining industry.
Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-chemicals-launched-to-make-it-rain-chinese-officials-attempt-to-make-35900412.htmlRMC2BB9G–Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds.
. The cleaning and electro-plating of metals; . 05846 NaCl The Cleaning and Electro-Plating of Metals 91 CYANIDE DETERMINATION INPOTASSIUM CYANIDE. Weigh off about 15 grams of the potassiumcyanide in a tared weighing bottle, dissolve inwater without heat and dilute to 500 c.c. Take out 10 c.c. with pipette into a beaker,add 2 c.c. of Cone. N H4 O H and 1 c.c. K Isolution (2%) and about 100 c.c. water, then Nrun in j^ Ag N O3 from a burette until a per-manent white precipitate of silver iodide isformed. The number of c.c. of Ag N O3 usedmultiplied by .005202 and divided by theweight taken, then Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cleaning-and-electro-plating-of-metals-05846-nacl-the-cleaning-and-electro-plating-of-metals-91-cyanide-determination-inpotassium-cyanide-weigh-off-about-15-grams-of-the-potassiumcyanide-in-a-tared-weighing-bottle-dissolve-inwater-without-heat-and-dilute-to-500-cc-take-out-10-cc-with-pipette-into-a-beakeradd-2-cc-of-cone-n-h4-o-h-and-1-cc-k-isolution-2-and-about-100-cc-water-then-nrun-in-j-ag-n-o3-from-a-burette-until-a-per-manent-white-precipitate-of-silver-iodide-isformed-the-number-of-cc-of-ag-n-o3-usedmultiplied-by-005202-and-divided-by-theweight-taken-then-image370201098.htmlRM2CE837P–. The cleaning and electro-plating of metals; . 05846 NaCl The Cleaning and Electro-Plating of Metals 91 CYANIDE DETERMINATION INPOTASSIUM CYANIDE. Weigh off about 15 grams of the potassiumcyanide in a tared weighing bottle, dissolve inwater without heat and dilute to 500 c.c. Take out 10 c.c. with pipette into a beaker,add 2 c.c. of Cone. N H4 O H and 1 c.c. K Isolution (2%) and about 100 c.c. water, then Nrun in j^ Ag N O3 from a burette until a per-manent white precipitate of silver iodide isformed. The number of c.c. of Ag N O3 usedmultiplied by .005202 and divided by theweight taken, then
Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/officers-from-the-royal-rainmaking-and-agricultural-aviation-department-with-the-royal-thai-air-force-look-at-the-installation-of-silver-iodide-flares-in-alphajet-attack-aircraft-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-image461438850.htmlRM2HPM9XX–Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce.
Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/officers-from-the-royal-rainmaking-and-agricultural-aviation-department-with-the-royal-thai-air-force-look-at-the-installation-of-silver-iodide-flares-in-alphajet-attack-aircraft-for-the-royal-rainmaking-operations-suppress-the-severity-of-hail-storms-for-preventing-damage-to-agriculture-and-endangering-peoples-lives-at-wing41-royal-thai-airforce-photo-by-pongmanat-tasiri-sopa-imagessipa-usa-image461438692.htmlRM2HPM9N8–Officers from the Royal Rainmaking and Agricultural Aviation Department with the Royal Thai Air Force look at the installation of silver iodide flares in 'AlphaJet' attack aircraft for 'The Royal Rainmaking Operations suppress the severity of hail storms' for preventing damage to agriculture and endangering people's lives at Wing41 Royal Thai Airforce. (Photo by Pongmanat Tasiri / SOPA Images/Sipa USA)
Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/rosenheim-germany-31st-july-2017-the-cloud-seeding-pilot-georg-vogl-image154655121.htmlRMJYH455–Rosenheim, Germany. 31st July, 2017. The cloud seeding pilot Georg Vogl preparing his plane for his next cloud seeding task by giving maintenance to the silver iodide generator near to Rosenheim, Germany, 31 July 2017. Photo: Angelika Warmuth/dpa/Alamy Live News
A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-chinese-army-truck-carrying-a-barrage-of-37-mm-anti-aircraft-type-firing-tubes-armed-with-silver-iodide-shells-a-chemical-that-forces-clouds-to-expel-their-moister-waits-in-beijing-on-august-3-2008-chinese-officials-will-fire-the-chemical-into-the-clouds-over-beijing-in-hopes-of-washing-away-smog-and-producing-a-rain-free-olympics-upi-photostephen-shaver-image258170038.htmlRMW00JEE–A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver)
30 September 2019, Rhineland-Palatinate, Bad Dürkheim: Pilot Otto-Wilhelm Umstätter fills the silver iodide generator of a Cessna 182 converted into a hail plane at the airfield (to dpa ''Wackeln tuts immer': visit the bad weather pilots of the Pfalz') Photo: Uwe Anspach/dpa Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/30-september-2019-rhineland-palatinate-bad-drkheim-pilot-otto-wilhelm-umsttter-fills-the-silver-iodide-generator-of-a-cessna-182-converted-into-a-hail-plane-at-the-airfield-to-dpa-wackeln-tuts-immer-visit-the-bad-weather-pilots-of-the-pfalz-photo-uwe-anspachdpa-image328988293.htmlRM2A36KWW–30 September 2019, Rhineland-Palatinate, Bad Dürkheim: Pilot Otto-Wilhelm Umstätter fills the silver iodide generator of a Cessna 182 converted into a hail plane at the airfield (to dpa ''Wackeln tuts immer': visit the bad weather pilots of the Pfalz') Photo: Uwe Anspach/dpa
13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/13-july-2021-baden-wuerttemberg-wildberg-pilot-frank-kasparek-stands-next-to-a-hail-defence-aircraft-if-a-storm-forms-in-wrttemberg-he-climbs-up-with-his-aircraft-to-prevent-anything-worse-whether-hail-pilots-like-him-can-really-do-that-however-is-disputed-in-model-tests-their-method-works-like-this-in-the-updrafts-of-hail-prone-clouds-silver-iodide-a-yellowish-salt-is-burned-in-a-compound-with-acetone-so-that-more-and-thus-smaller-hailstones-form-around-the-particles-or-the-precipitation-comes-down-in-the-form-of-larger-raindrops-to-dpa-korr-clouds-against-hail-vaccina-image437498101.htmlRM2GBNN85–13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina
Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 An Electron Microscope Examination of Freshly Prepared Silver Iodide Sols R. Ottewill and R. W. Horne Dept. of Colloid Science and Cavendish Laboratory, University of Cambridge Although silver iodide, which forms a typically hydrophobic sol. has been extensively investigated in the field of colloid chemistry, very little research has been devoted to an examination of this material in the electron microscope. Of the numerous hydro- phobic sols which can be prepared the gold sols are Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-an-electron-microscope-examination-of-freshly-prepared-silver-iodide-sols-r-ottewill-and-r-w-horne-dept-of-colloid-science-and-cavendish-laboratory-university-of-cambridge-although-silver-iodide-which-forms-a-typically-hydrophobic-sol-has-been-extensively-investigated-in-the-field-of-colloid-chemistry-very-little-research-has-been-devoted-to-an-examination-of-this-material-in-the-electron-microscope-of-the-numerous-hydro-phobic-sols-which-can-be-prepared-the-gold-sols-are-image240710836.htmlRMRYH93G–Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 An Electron Microscope Examination of Freshly Prepared Silver Iodide Sols R. Ottewill and R. W. Horne Dept. of Colloid Science and Cavendish Laboratory, University of Cambridge Although silver iodide, which forms a typically hydrophobic sol. has been extensively investigated in the field of colloid chemistry, very little research has been devoted to an examination of this material in the electron microscope. Of the numerous hydro- phobic sols which can be prepared the gold sols are
Small historic residential houses with red roofs in streets of Broken Hill city downtown - Australian outback. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/small-historic-residential-houses-with-red-roofs-in-streets-of-broken-hill-city-downtown-australian-outback-image466469554.htmlRF2J2WEJX–Small historic residential houses with red roofs in streets of Broken Hill city downtown - Australian outback.
Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-chemicals-launched-to-make-it-rain-chinese-officials-attempt-to-make-35900423.htmlRMC2BB9Y–Chemicals launched to make it rain Chinese officials attempt to make it rain by sending silver iodide up into the clouds.
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making their appearance in this respect are Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-size-in-other-words-that-the-inner-surfaces-making-their-appearance-in-this-respect-are-image178411779.htmlRMMA7A17–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956 . Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making their appearance in this respect are
. Compendium of meteorology. Meteorology. 230 CLOUD PHYSICS large cumulus formations an increase in temperature of several degrees within the cloud is quite possible. The Use of Silver Iodide as a Seeding Agent. An entirely different process for seeding the atmosphere with ice nuclei involves the use of submicroscopic silver iodide particles produced with a smoke generator. Since this substance is most effective at temperatures below — IOC, techniques which are somewhat different from those used with dry ice are employed. Silver iodide lends itself particularly well to the use of ground genera Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compendium-of-meteorology-meteorology-230-cloud-physics-large-cumulus-formations-an-increase-in-temperature-of-several-degrees-within-the-cloud-is-quite-possible-the-use-of-silver-iodide-as-a-seeding-agent-an-entirely-different-process-for-seeding-the-atmosphere-with-ice-nuclei-involves-the-use-of-submicroscopic-silver-iodide-particles-produced-with-a-smoke-generator-since-this-substance-is-most-effective-at-temperatures-below-ioc-techniques-which-are-somewhat-different-from-those-used-with-dry-ice-are-employed-silver-iodide-lends-itself-particularly-well-to-the-use-of-ground-genera-image232639851.htmlRMREDJE3–. Compendium of meteorology. Meteorology. 230 CLOUD PHYSICS large cumulus formations an increase in temperature of several degrees within the cloud is quite possible. The Use of Silver Iodide as a Seeding Agent. An entirely different process for seeding the atmosphere with ice nuclei involves the use of submicroscopic silver iodide particles produced with a smoke generator. Since this substance is most effective at temperatures below — IOC, techniques which are somewhat different from those used with dry ice are employed. Silver iodide lends itself particularly well to the use of ground genera
A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-chinese-army-truck-carrying-a-barrage-of-37-mm-anti-aircraft-type-firing-tubes-armed-with-silver-iodide-shells-a-chemical-that-forces-clouds-to-expel-their-moister-waits-in-beijing-on-august-3-2008-chinese-officials-will-fire-the-chemical-into-the-clouds-over-beijing-in-hopes-of-washing-away-smog-and-producing-a-rain-free-olympics-upi-photostephen-shaver-image258170040.htmlRMW00JEG–A Chinese army truck carrying a barrage of 37-mm anti-aircraft type firing tubes armed with silver iodide shells, a chemical that forces clouds to expel their moister, waits in Beijing on August 3, 2008. Chinese officials will fire the chemical into the clouds over Beijing in hopes of washing away smog and producing a rain free Olympics. (UPI Photo/Stephen Shaver)
Two Chinese women walk around Ritan Park, known in imperial times as the Temple of the Sun, on one of the warmest days of the year as spring approaches Beijing on March 30, 2008. China is leveraging its significant military resources to wage a war against Mother Nature for the Olympics. China plans to deploy 20 anti-aircraft (AA) guns around the city, firing a steady barrage of special payloads containing silver iodide and dry ice into cloud cover, whenever it should appear. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/two-chinese-women-walk-around-ritan-park-known-in-imperial-times-as-the-temple-of-the-sun-on-one-of-the-warmest-days-of-the-year-as-spring-approaches-beijing-on-march-30-2008-china-is-leveraging-its-significant-military-resources-to-wage-a-war-against-mother-nature-for-the-olympics-china-plans-to-deploy-20-anti-aircraft-aa-guns-around-the-city-firing-a-steady-barrage-of-special-payloads-containing-silver-iodide-and-dry-ice-into-cloud-cover-whenever-it-should-appear-upi-photostephen-shaver-image258169416.htmlRMW00HM8–Two Chinese women walk around Ritan Park, known in imperial times as the Temple of the Sun, on one of the warmest days of the year as spring approaches Beijing on March 30, 2008. China is leveraging its significant military resources to wage a war against Mother Nature for the Olympics. China plans to deploy 20 anti-aircraft (AA) guns around the city, firing a steady barrage of special payloads containing silver iodide and dry ice into cloud cover, whenever it should appear. (UPI Photo/Stephen Shaver)
13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/13-july-2021-baden-wuerttemberg-wildberg-pilot-frank-kasparek-stands-next-to-a-hail-defence-aircraft-if-a-storm-forms-in-wrttemberg-he-climbs-up-with-his-aircraft-to-prevent-anything-worse-whether-hail-pilots-like-him-can-really-do-that-however-is-disputed-in-model-tests-their-method-works-like-this-in-the-updrafts-of-hail-prone-clouds-silver-iodide-a-yellowish-salt-is-burned-in-a-compound-with-acetone-so-that-more-and-thus-smaller-hailstones-form-around-the-particles-or-the-precipitation-comes-down-in-the-form-of-larger-raindrops-to-dpa-korr-clouds-against-hail-vaccina-image437498084.htmlRM2GBNN7G–13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other wor Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-size-in-other-wor-image239659744.htmlRMRWWCCG–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other wor
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. TOXICITY OF HYDROCYANIC ACID. 2O3 By the second method the HCN is passed into an alkaline, colloidal solution of silver iodide, which is made by adding potassium iodide to a known normality of silver nitrate. The time which is required to decolorize the solution is taken by means of a stopwatch. The first method of analysis, is perhaps, more accurate, but as it requires more time than the second, it was used only as a check on the Agl method. By the use of the second method, several samples could be tested during one exposur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-toxicity-of-hydrocyanic-acid-2o3-by-the-second-method-the-hcn-is-passed-into-an-alkaline-colloidal-solution-of-silver-iodide-which-is-made-by-adding-potassium-iodide-to-a-known-normality-of-silver-nitrate-the-time-which-is-required-to-decolorize-the-solution-is-taken-by-means-of-a-stopwatch-the-first-method-of-analysis-is-perhaps-more-accurate-but-as-it-requires-more-time-than-the-second-it-was-used-only-as-a-check-on-the-agl-method-by-the-use-of-the-second-method-several-samples-could-be-tested-during-one-exposur-image234642256.htmlRMRHMTGG–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. TOXICITY OF HYDROCYANIC ACID. 2O3 By the second method the HCN is passed into an alkaline, colloidal solution of silver iodide, which is made by adding potassium iodide to a known normality of silver nitrate. The time which is required to decolorize the solution is taken by means of a stopwatch. The first method of analysis, is perhaps, more accurate, but as it requires more time than the second, it was used only as a check on the Agl method. By the use of the second method, several samples could be tested during one exposur
Two Chinese women walk around Ritan Park, known in imperial times as the Temple of the Sun, on one of the warmest days of the year as spring approaches Beijing on March 30, 2008. China is leveraging its significant military resources to wage a war against Mother Nature for the Olympics. China plans to deploy 20 anti-aircraft (AA) guns around the city, firing a steady barrage of special payloads containing silver iodide and dry ice into cloud cover, whenever it should appear. (UPI Photo/Stephen Shaver) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/two-chinese-women-walk-around-ritan-park-known-in-imperial-times-as-the-temple-of-the-sun-on-one-of-the-warmest-days-of-the-year-as-spring-approaches-beijing-on-march-30-2008-china-is-leveraging-its-significant-military-resources-to-wage-a-war-against-mother-nature-for-the-olympics-china-plans-to-deploy-20-anti-aircraft-aa-guns-around-the-city-firing-a-steady-barrage-of-special-payloads-containing-silver-iodide-and-dry-ice-into-cloud-cover-whenever-it-should-appear-upi-photostephen-shaver-image258169414.htmlRMW00HM6–Two Chinese women walk around Ritan Park, known in imperial times as the Temple of the Sun, on one of the warmest days of the year as spring approaches Beijing on March 30, 2008. China is leveraging its significant military resources to wage a war against Mother Nature for the Olympics. China plans to deploy 20 anti-aircraft (AA) guns around the city, firing a steady barrage of special payloads containing silver iodide and dry ice into cloud cover, whenever it should appear. (UPI Photo/Stephen Shaver)
13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/13-july-2021-baden-wuerttemberg-wildberg-pilot-frank-kasparek-stands-next-to-a-hail-defence-aircraft-if-a-storm-forms-in-wrttemberg-he-climbs-up-with-his-aircraft-to-prevent-anything-worse-whether-hail-pilots-like-him-can-really-do-that-however-is-disputed-in-model-tests-their-method-works-like-this-in-the-updrafts-of-hail-prone-clouds-silver-iodide-a-yellowish-salt-is-burned-in-a-compound-with-acetone-so-that-more-and-thus-smaller-hailstones-form-around-the-particles-or-the-precipitation-comes-down-in-the-form-of-larger-raindrops-to-dpa-korr-clouds-against-hail-vaccina-image437498151.htmlRM2GBNN9Y–13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 350 E. KLEIN Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in si Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-350-e-klein-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-si-image239659745.htmlRMRWWCCH–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 350 E. KLEIN Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in si
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. An Electron Microscope Examination of Freshly Prepared Silver Iodide Sols R. Ottewill and R. W. Horne Dept. of Colloid Science and Cavendish Laboratory, University of Cambridge Although silver iodide, which forms a typically hydrophobic sol. has been extensively investigated in the field of colloid chemistry, very little research has been devoted to an examination of this material in the electron microscope. Of the numerous hydro- phobic sols which can be prepared the gold sols are the only on Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electron-microscopy-an-electron-microscope-examination-of-freshly-prepared-silver-iodide-sols-r-ottewill-and-r-w-horne-dept-of-colloid-science-and-cavendish-laboratory-university-of-cambridge-although-silver-iodide-which-forms-a-typically-hydrophobic-sol-has-been-extensively-investigated-in-the-field-of-colloid-chemistry-very-little-research-has-been-devoted-to-an-examination-of-this-material-in-the-electron-microscope-of-the-numerous-hydro-phobic-sols-which-can-be-prepared-the-gold-sols-are-the-only-on-image231869060.htmlRMRD6F9T–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. An Electron Microscope Examination of Freshly Prepared Silver Iodide Sols R. Ottewill and R. W. Horne Dept. of Colloid Science and Cavendish Laboratory, University of Cambridge Although silver iodide, which forms a typically hydrophobic sol. has been extensively investigated in the field of colloid chemistry, very little research has been devoted to an examination of this material in the electron microscope. Of the numerous hydro- phobic sols which can be prepared the gold sols are the only on
13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/13-july-2021-baden-wuerttemberg-wildberg-pilot-frank-kasparek-stands-next-to-a-hail-defence-aircraft-if-a-storm-forms-in-wrttemberg-he-climbs-up-with-his-aircraft-to-prevent-anything-worse-whether-hail-pilots-like-him-can-really-do-that-however-is-disputed-in-model-tests-their-method-works-like-this-in-the-updrafts-of-hail-prone-clouds-silver-iodide-a-yellowish-salt-is-burned-in-a-compound-with-acetone-so-that-more-and-thus-smaller-hailstones-form-around-the-particles-or-the-precipitation-comes-down-in-the-form-of-larger-raindrops-to-dpa-korr-clouds-against-hail-vaccina-image437498088.htmlRM2GBNN7M–13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other wor Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-size-in-other-wor-image241231237.htmlRMT0D0W9–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other wor
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica).. Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Eu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electron-microscopy-figs-5-6-differently-developed-silver-bromide-grains-fig-5-metolquinone-developer-carbon-replica-fig-6-p-phenylenediamine-developer-carbon-replica-figs-7-8-initial-development-results-fig-7-fiat-silver-bro-mide-crystals-fig-8-silver-iodide-crystals-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-eu-image231847531.htmlRMRD5FTY–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. Figs. 5-6. Differently developed silver bromide grains. Fig. 5, metolquinone developer (carbon replica). Fig. 6. p- phenylenediamine developer (carbon replica).. Figs. 7-8. Initial development results. Fig. 7, fiat silver bro- mide crystals. Fig. 8, silver iodide crystals.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Eu
13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/13-july-2021-baden-wuerttemberg-wildberg-pilot-frank-kasparek-stands-next-to-a-hail-defence-aircraft-if-a-storm-forms-in-wrttemberg-he-climbs-up-with-his-aircraft-to-prevent-anything-worse-whether-hail-pilots-like-him-can-really-do-that-however-is-disputed-in-model-tests-their-method-works-like-this-in-the-updrafts-of-hail-prone-clouds-silver-iodide-a-yellowish-salt-is-burned-in-a-compound-with-acetone-so-that-more-and-thus-smaller-hailstones-form-around-the-particles-or-the-precipitation-comes-down-in-the-form-of-larger-raindrops-to-dpa-korr-clouds-against-hail-vaccina-image437498091.htmlRM2GBNN7R–13 July 2021, Baden-Wuerttemberg, Wildberg: Pilot Frank Kasparek stands next to a hail defence aircraft. If a storm forms in Württemberg, he climbs up with his aircraft to prevent anything worse. Whether hail pilots like him can really do that, however, is disputed. In model tests, their method works like this: In the updrafts of hail-prone clouds, silver iodide, a yellowish salt, is burned in a compound with acetone, so that more and thus smaller hailstones form around the particles - or the precipitation comes down in the form of larger raindrops. (to dpa KORR.: 'Clouds against hail 'vaccina
Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 350 E. KLEIN Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in si Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electronmicrosco00euro-year-1957-350-e-klein-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-si-image241231238.htmlRMT0D0WA–Electron microscopy; proceedings of the Electron microscopy; proceedings of the Stockholm Conference, September, 1956 electronmicrosco00euro Year: 1957 350 E. KLEIN Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in si
. Cranberries; : the national cranberry magazine. Cranberries. CRANBERRIES THE NATIONAL CRANBERR Y MAGAZINE - Our 35th Year of Publication - publisher I. STANLEY COBB D Issueof February 1973 / Volume 37 - No. WEATHER OR NOT Keep your eye on weather modification as a major issue for agriculture in the next few years. Techniques for changing weather, mainly by increasing rain or snow, are becoming more sophisticated. The Russians claim to have suppressed hail damage by shooting silver iodide into storm clouds via radar directed artillery projectiles. Weather scientists are becoming more informed Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cranberries-the-national-cranberry-magazine-cranberries-cranberries-the-national-cranberr-y-magazine-our-35th-year-of-publication-publisher-i-stanley-cobb-d-issueof-february-1973-volume-37-no-weather-or-not-keep-your-eye-on-weather-modification-as-a-major-issue-for-agriculture-in-the-next-few-years-techniques-for-changing-weather-mainly-by-increasing-rain-or-snow-are-becoming-more-sophisticated-the-russians-claim-to-have-suppressed-hail-damage-by-shooting-silver-iodide-into-storm-clouds-via-radar-directed-artillery-projectiles-weather-scientists-are-becoming-more-informed-image232477452.htmlRMRE67A4–. Cranberries; : the national cranberry magazine. Cranberries. CRANBERRIES THE NATIONAL CRANBERR Y MAGAZINE - Our 35th Year of Publication - publisher I. STANLEY COBB D Issueof February 1973 / Volume 37 - No. WEATHER OR NOT Keep your eye on weather modification as a major issue for agriculture in the next few years. Techniques for changing weather, mainly by increasing rain or snow, are becoming more sophisticated. The Russians claim to have suppressed hail damage by shooting silver iodide into storm clouds via radar directed artillery projectiles. Weather scientists are becoming more informed
. Compendium of meteorology. Meteorology. Fig. 16.—Rain showers falling from cumulus cloud 90 min after seeding with one pound of dry ice. trace of precipitation occurred from them. A series of experimental studies in July 1950 produced similar re- sults. The Effects of Silver Iodide Seeding. Anomalous cloud effects were anticipated and have been observed in regions where experiments were conducted with silver iodide. Figure 17 shows a large precipitation area which. Fig. 17.—A rainstorm which originated in a region containing silver iodide produced by a ground generator. began in air filled w Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compendium-of-meteorology-meteorology-fig-16rain-showers-falling-from-cumulus-cloud-90-min-after-seeding-with-one-pound-of-dry-ice-trace-of-precipitation-occurred-from-them-a-series-of-experimental-studies-in-july-1950-produced-similar-re-sults-the-effects-of-silver-iodide-seeding-anomalous-cloud-effects-were-anticipated-and-have-been-observed-in-regions-where-experiments-were-conducted-with-silver-iodide-figure-17-shows-a-large-precipitation-area-which-fig-17a-rainstorm-which-originated-in-a-region-containing-silver-iodide-produced-by-a-ground-generator-began-in-air-filled-w-image232639809.htmlRMREDJCH–. Compendium of meteorology. Meteorology. Fig. 16.—Rain showers falling from cumulus cloud 90 min after seeding with one pound of dry ice. trace of precipitation occurred from them. A series of experimental studies in July 1950 produced similar re- sults. The Effects of Silver Iodide Seeding. Anomalous cloud effects were anticipated and have been observed in regions where experiments were conducted with silver iodide. Figure 17 shows a large precipitation area which. Fig. 17.—A rainstorm which originated in a region containing silver iodide produced by a ground generator. began in air filled w
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making their appearance Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electron-microscopy-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-size-in-other-words-that-the-inner-surfaces-making-their-appearance-image231847533.htmlRMRD5FW1–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making their appearance
. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. 350 E. KLEIN. Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/electron-microscopy-proceedings-of-the-stockholm-conference-september-1956-electron-microscopy-350-e-klein-figs-1-3-carbon-replicas-of-silver-halide-grams-ig-j-ammonia-emulsion-silver-bromide-carbon-replica-fig-2-boiling-emulsion-non-ammonia-silver-bromide-carbon-replica-fig-3-silver-iodide-emulsion-carbon-replica-fig-4-slightly-etched-silver-bromide-grains-ges-and-mitchell-4-with-a-light-microscope-on-large-silver-bromide-single-crystals-is-quite-definitely-brought-about-by-clefts-of-less-than-50-a-in-size-in-other-words-that-the-inner-surfaces-making-th-image231847535.htmlRMRD5FW3–. Electron microscopy; proceedings of the Stockholm Conference, September, 1956. Electron microscopy. 350 E. KLEIN. Figs. 1-3. Carbon replicas of silver halide grams. /Ig. J, ammonia emulsion, silver bromide (carbon replica). Fig. 2, boiling emulsion (non-ammonia), silver bromide (carbon replica). Fig. 3, silver iodide emulsion (carbon replica). Fig. 4. Slightly etched silver bromide grains. ges and Mitchell (4) with a light microscope on large silver bromide single crystals is quite definitely brought about by clefts of less than 50 A in size; in other words, that the inner surfaces making th
![. Compendium of meteorology. Meteorology. .OS CM, Ui I —"-a ' #""-^{. Fig. 5.—Reijlicas of snow ery.stal.s from seeded clouds. (a) Stellar forms from cloud seeded with silver iodide. (6) Stellar crj'stal from overseeded cloud after 51 min. (c) Plate formed in supersaturated clear air after seeding with dry ice. (d) Plate formed in 6 min after dry-ice seeding, (e) Plate formed in 10 min after dry-ice seeding. (/) Stellar crystal in overseeded area 45 min after dry-ice seeding, (g) Hexagonal column found in cirrus cloud at 27,000 ft. (h) Hexagonal column found in cirrus cloud at Stock Photo](https://c8.alamy.com/comp/REEJYD/compendium-of-meteorology-meteorology-os-cm-ui-i-quot-a-quotquot-fig-5reijlicas-of-snow-erystals-from-seeded-clouds-a-stellar-forms-from-cloud-seeded-with-silver-iodide-6-stellar-crjstal-from-overseeded-cloud-after-51-min-c-plate-formed-in-supersaturated-clear-air-after-seeding-with-dry-ice-d-plate-formed-in-6-min-after-dry-ice-seeding-e-plate-formed-in-10-min-after-dry-ice-seeding-stellar-crystal-in-overseeded-area-45-min-after-dry-ice-seeding-g-hexagonal-column-found-in-cirrus-cloud-at-27000-ft-h-hexagonal-column-found-in-cirrus-cloud-at-REEJYD.jpg ". Compendium of meteorology. Meteorology. .OS CM, Ui I —"-a ' #""-^{. Fig. 5.—Reijlicas of snow ery.stal.s from seeded clouds. (a) Stellar forms from cloud seeded with silver iodide. (6) Stellar crj'stal from overseeded cloud after 51 min. (c) Plate formed in supersaturated clear air after seeding with dry ice. (d) Plate formed in 6 min after dry-ice seeding, (e) Plate formed in 10 min after dry-ice seeding. (/) Stellar crystal in overseeded area 45 min after dry-ice seeding, (g) Hexagonal column found in cirrus cloud at 27,000 ft. (h) Hexagonal column found in cirrus cloud at Stock Photo")
. Compendium of meteorology. Meteorology. .OS CM, Ui I —"-a ' #""-^{. Fig. 5.—Reijlicas of snow ery.stal.s from seeded clouds. (a) Stellar forms from cloud seeded with silver iodide. (6) Stellar crj'stal from overseeded cloud after 51 min. (c) Plate formed in supersaturated clear air after seeding with dry ice. (d) Plate formed in 6 min after dry-ice seeding, (e) Plate formed in 10 min after dry-ice seeding. (/) Stellar crystal in overseeded area 45 min after dry-ice seeding, (g) Hexagonal column found in cirrus cloud at 27,000 ft. (h) Hexagonal column found in cirrus cloud at Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compendium-of-meteorology-meteorology-os-cm-ui-i-quot-a-quotquot-fig-5reijlicas-of-snow-erystals-from-seeded-clouds-a-stellar-forms-from-cloud-seeded-with-silver-iodide-6-stellar-crjstal-from-overseeded-cloud-after-51-min-c-plate-formed-in-supersaturated-clear-air-after-seeding-with-dry-ice-d-plate-formed-in-6-min-after-dry-ice-seeding-e-plate-formed-in-10-min-after-dry-ice-seeding-stellar-crystal-in-overseeded-area-45-min-after-dry-ice-seeding-g-hexagonal-column-found-in-cirrus-cloud-at-27000-ft-h-hexagonal-column-found-in-cirrus-cloud-at-image232662177.htmlRMREEJYD–. Compendium of meteorology. Meteorology. .OS CM, Ui I —"-a ' #""-^{. Fig. 5.—Reijlicas of snow ery.stal.s from seeded clouds. (a) Stellar forms from cloud seeded with silver iodide. (6) Stellar crj'stal from overseeded cloud after 51 min. (c) Plate formed in supersaturated clear air after seeding with dry ice. (d) Plate formed in 6 min after dry-ice seeding, (e) Plate formed in 10 min after dry-ice seeding. (/) Stellar crystal in overseeded area 45 min after dry-ice seeding, (g) Hexagonal column found in cirrus cloud at 27,000 ft. (h) Hexagonal column found in cirrus cloud at
A manual of photographic chemistry : including the practice of the collodion process . itself reduced, the Iodide remaining asbefore. Both of these views have their respective supporters, andwill be again alluded to in the 8th Chapter, when we speak ofthe action of Light upon the sensitive film. At present wetreat only of the former hypothesis, viz., that the presence ofsoluble Nitrate of Silver facilitates the reduction of Iodide ofSilver. It. may be supposed to do so exactly in the same way asthat before attributed to the atom of water, viz. by fur-nishing an elementary basis with which the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-photographic-chemistry-including-the-practice-of-the-collodion-process-itself-reduced-the-iodide-remaining-asbefore-both-of-these-views-have-their-respective-supporters-andwill-be-again-alluded-to-in-the-8th-chapter-when-we-speak-ofthe-action-of-light-upon-the-sensitive-film-at-present-wetreat-only-of-the-former-hypothesis-viz-that-the-presence-ofsoluble-nitrate-of-silver-facilitates-the-reduction-of-iodide-ofsilver-it-may-be-supposed-to-do-so-exactly-in-the-same-way-asthat-before-attributed-to-the-atom-of-water-viz-by-fur-nishing-an-elementary-basis-with-which-the-image339343915.htmlRM2AM2CHF–A manual of photographic chemistry : including the practice of the collodion process . itself reduced, the Iodide remaining asbefore. Both of these views have their respective supporters, andwill be again alluded to in the 8th Chapter, when we speak ofthe action of Light upon the sensitive film. At present wetreat only of the former hypothesis, viz., that the presence ofsoluble Nitrate of Silver facilitates the reduction of Iodide ofSilver. It. may be supposed to do so exactly in the same way asthat before attributed to the atom of water, viz. by fur-nishing an elementary basis with which the
The Photographic and fine art journal . 1 subjected thefilms to inspection under the microscope. I then observed thatsome kinds were not only entirely free from reticulations, butthat the particles of iodide of silver were so nnnute as to requireconsiderable optical power to resolve them, At this point theidea occurred to me of ascertaining the relative capabilitiesof each sample of collodion in regard to its power of recording,pictorially, minntiffi of detail. It was accordingly resolved that pliotograjdis should be pro-duced of as small a size as possible, so as to bear inspection underthe l Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-photographic-and-fine-art-journal-1-subjected-thefilms-to-inspection-under-the-microscope-i-then-observed-thatsome-kinds-were-not-only-entirely-free-from-reticulations-butthat-the-particles-of-iodide-of-silver-were-so-nnnute-as-to-requireconsiderable-optical-power-to-resolve-them-at-this-point-theidea-occurred-to-me-of-ascertaining-the-relative-capabilitiesof-each-sample-of-collodion-in-regard-to-its-power-of-recordingpictorially-minntiffi-of-detail-it-was-accordingly-resolved-that-pliotograjdis-should-be-pro-duced-of-as-small-a-size-as-possible-so-as-to-bear-inspection-underthe-l-image342679640.htmlRM2AWEBAG–The Photographic and fine art journal . 1 subjected thefilms to inspection under the microscope. I then observed thatsome kinds were not only entirely free from reticulations, butthat the particles of iodide of silver were so nnnute as to requireconsiderable optical power to resolve them, At this point theidea occurred to me of ascertaining the relative capabilitiesof each sample of collodion in regard to its power of recording,pictorially, minntiffi of detail. It was accordingly resolved that pliotograjdis should be pro-duced of as small a size as possible, so as to bear inspection underthe l
A popular guide to minerals : with chapters on the Bement Collection of minerals in the American Museum of Natural History, and the development of mineralogy . CYANITE St. Gothards, Switz.. ILVAITE Is. of Elba, ItalyBement Collection, American Museum of Natural History DEVELOPMENT OF MINERALOGY ^39 called—of solids in each other. The substances experimented withwere iodide and chloride of silver, the nitrates of potassium, thal-lium, rubidium, caesium, lead, strontium, silver; napthaline andB napthol; chlorate of potassium and thallium; dichlorbenzol anddibrombenzol, as also trichlorphenol and Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-popular-guide-to-minerals-with-chapters-on-the-bement-collection-of-minerals-in-the-american-museum-of-natural-history-and-the-development-of-mineralogy-cyanite-st-gothards-switz-ilvaite-is-of-elba-italybement-collection-american-museum-of-natural-history-development-of-mineralogy-39-calledof-solids-in-each-other-the-substances-experimented-withwere-iodide-and-chloride-of-silver-the-nitrates-of-potassium-thal-lium-rubidium-caesium-lead-strontium-silver-napthaline-andb-napthol-chlorate-of-potassium-and-thallium-dichlorbenzol-anddibrombenzol-as-also-trichlorphenol-and-image342929789.htmlRM2AWWPCD–A popular guide to minerals : with chapters on the Bement Collection of minerals in the American Museum of Natural History, and the development of mineralogy . CYANITE St. Gothards, Switz.. ILVAITE Is. of Elba, ItalyBement Collection, American Museum of Natural History DEVELOPMENT OF MINERALOGY ^39 called—of solids in each other. The substances experimented withwere iodide and chloride of silver, the nitrates of potassium, thal-lium, rubidium, caesium, lead, strontium, silver; napthaline andB napthol; chlorate of potassium and thallium; dichlorbenzol anddibrombenzol, as also trichlorphenol and
Wells's principles and applications of chemistry; . er-foil,moistened with water, be plungedinto ozone, it rapidly crumbles intodust—oxyd of silver. Ozone dis-places iodine from its combinationswith the metals, setting the iodinefi-ee. This reaction is so easily pro-duced, and is so sensitive, that it fur-nishes the readiest and most dehcatemethod of detecting the presence oftraces of ozone in the air. A slip ofpaper, as before stated, moistened withstarch and iodide of potassium, andinserted in a vessel containing theslightest admixture of ozone, becomes blue from the action of the liberated Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/wellss-principles-and-applications-of-chemistry-er-foilmoistened-with-water-be-plungedinto-ozone-it-rapidly-crumbles-intodustoxyd-of-silver-ozone-dis-places-iodine-from-its-combinationswith-the-metals-setting-the-iodinefi-ee-this-reaction-is-so-easily-pro-duced-and-is-so-sensitive-that-it-fur-nishes-the-readiest-and-most-dehcatemethod-of-detecting-the-presence-oftraces-of-ozone-in-the-air-a-slip-ofpaper-as-before-stated-moistened-withstarch-and-iodide-of-potassium-andinserted-in-a-vessel-containing-theslightest-admixture-of-ozone-becomes-blue-from-the-action-of-the-liberated-image342848405.htmlRM2AWP2HW–Wells's principles and applications of chemistry; . er-foil,moistened with water, be plungedinto ozone, it rapidly crumbles intodust—oxyd of silver. Ozone dis-places iodine from its combinationswith the metals, setting the iodinefi-ee. This reaction is so easily pro-duced, and is so sensitive, that it fur-nishes the readiest and most dehcatemethod of detecting the presence oftraces of ozone in the air. A slip ofpaper, as before stated, moistened withstarch and iodide of potassium, andinserted in a vessel containing theslightest admixture of ozone, becomes blue from the action of the liberated
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