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Chemical weapons have since washed up on shorelines and been found by fishers, causing injuries and, in some cases, death. Other disposal methods included land burials and incineration. After World War 1, "chemical shells made up 35 percent of French and German ammunition supplies, 25 percent British and 20 percent American". [96]
The machine gun emerged as a decisive weapon during World War I. Picture: British Vickers machine gun crew on the Western Front. Technology during World War I (1914–1918) reflected a trend toward industrialism and the application of mass-production methods to weapons and to the technology of warfare in general.
German gas attacks were made at night or in the early morning, when the wind was favourable and darkness made it difficult for the defenders to see the gas cloud. [20] [b] Phosgene made the gas cloud more poisonous and the Germans tried to increase the concentration of the gas by discharging it quickly, though this reduced the duration of the ...
The gas moved east-north-east at 9–12 mph (14–19 km/h) over Wulverghem, Neuve Eglise and Bailleul. Gas concentration on the flanks of the cloud declined rapidly but at Bailleul, 11,000 yd (6.3 mi; 10 km) back from the front line, coughing and vomiting occurred in some cases where people were caught the open.
Before World War II, the events of 1914–1918 were generally known as the Great War or simply the World War. [1] In August 1914, the magazine The Independent wrote "This is the Great War. It names itself". [2] In October 1914, the Canadian magazine Maclean's similarly wrote, "Some wars name themselves. This is the Great War."
Yellow Cross (Gelbkreuz) is a World War I chemical warfare agent usually based on mustard gas (sulfur mustard, HS, Yperite, Lost). The original Gelbkreuz was a composition of 80–90% of sulfur mustard and 10–20% of tetrachloromethane or chlorobenzene as a solvent which lowered its viscosity and acted as an antifreeze , or, alternatively, 80% ...
10–18: E.C. Jones, chief gas engineer of the San Francisco Gas Light Company (later the PG&E) developed this ingenious process to turn oil into a gas very similar to that produced by the pyrolysis of coal using a catalytic backflush of already produced gas and steam to provide a hydrogen atmosphere to stimulate disassociation of the oil with ...
The gas used by the German troops at Hulluch was a mixture of chlorine and phosgene, which had first been used on 19 December 1915 at Wieltje, near Ypres. The German gas was of sufficient concentration to penetrate the British PH gas helmets and the 16th (Irish) Division was unjustly blamed for poor gas discipline. It was put out that the gas ...