divendres, 18 de juliol del 2014

25 DE SETEMBRO DE 1915 OS ALIADOS CONTRA-ATACARAM CLORO COMPRIMIDO EM CILINDROS 2000 CILINDROS POR KM - ESTES CILINDROS TÊM O INCONVENIENTE DE PODEREM SER DESTRUÍDOS POR ATAQUES DE ARTILHARIA COMO SUCEDEU EM 3 DE SETEMBRO DE 1917 DANS LA FERME NAVARIN LES FRANÇAIS CAPTURAM UMA ORDEM DE ATAQUE COM GÁS DAÍ A DUAS SEMANAS

UM TENENTE BRITANICUS LIVENS CONSTRÓI EM JULHO DE 1916

UMA BOCA DE FOGO PARA ENVIAR PROJÉCTEIS CHEIOS DE GÁS (PROJECTORS)

A GRANADA T JÁ ERA ESTUDADA DESDE 1914 PELOS ALEMÃES PARA OBUSES

DE CAMPANHA E FAZEM O PRIMEIRO ATAQUE A JUNHO DE 1915

NO DIA 20 DANS L' ARGONNE....SOUS LE PLATEAU....

20 METROS CÚBICOS DE GÁS POR CADA GRANADA DE CALIBRE 75

E 200 METROS CÚBICOS PARA AS DE 155 mm

SOMME 6 DE MARCH OF 1916 CAEM 200 MIL GRANADAS DE GÁS

OUTUBRO DE 1916 FRANCE STOCKS DE VINCONITE (HCN)

SÓ É LANÇADO O ÁCIDO CIANÍDRICO EM SETEMBRO DE 1917

YPRES 20 JUILLET YPERITE GÁS MOSTARDA

SULFURETO DE ETILO DICLORADO

NOW DI COLORADO....

The second gas was dichloroethyl sulfide, mustard gas, 
Yellow Gross or Yperite. Mustard gas, as it is commonly 
designated, is probably the most important single poisonous 
substance used in gas warfare. It was first used by the 
Germans at Ypres, July 12, 1917. 
The amount of this gas used 
is illustrated by the fact that at Nieuport
 more than 50,000 
shell were fired in one night, some of which 
contained nearly 
three gallons of the liquid. 

Mustard gas is a high boiling and very persistent material, 
which is characterized by its vesicant 
(skin blistering) action. 
Men who come in contact with it, either in the form of fine 
splashes of the liquid or in the form of vapor, suffer severe 
blistering of the skin. The burns appear from four to twelve 
hours after exposure and heal very slowly. 
Ordinary clothing 


is no protection against either the vapor or the liquid.

1 comentari:

  1. Grenades White phosphorus . Tin tetrachloride . , 440,153 363,776 224,984 175,080 Incendiary Drop Bomb Mark I 542 2,104 Mark II The total monthly capacity of the filling plants at the date of the Armistice was as follows : Pounds 75 mm. shell 2,400,000 4.7 inch shell 450,000 155 mm. shell 540,000 6 inch shell 180,000 Gas grenade 750,000 Smoke grenade 480,000 Livens drum 30,000 One point relating to the casualties resulting from the work should perhaps be mentioned here. The number of casualties should change the mind of anyone who feels that men chose this work as being ''safe" instead of going to France. During the six months from June to December there were 925 casualties, of which three were fatal, two being due to phosgene and one to mustard gas. These were divided among the different gases as follows: Mustard gas 674 Stannic chloride 50 Phosgene 50 Chloropicrin 44 Chlorine 62 Other material 45 Of these 279 occurred during August, 197 during September and 293 during October. Since production stopped early in November, there were only 14 during that month and three during December.18 de juliol del 2014, a les 12:29

    Shell Filling Plant Lt. Col. Edwin M. Chance

    Chlorine Plant Lt. Col. Charles Vaughn

    Chemical Plants Major Dana J. Demorest

    Chemical Laboratory Major William L. Evans

    As the work of the Arsenal expanded it was necessary to
    manufacture certain of the chemicals at outside plants. The men
    in charge of these plants were :

    Bound Brook, N.J Lt. William R. Chappell

    Stamford, Conn Lt. V. E. Fishburn

    Hastings-on-Hudson, N. Y. . . . Major F. G. Zinnsser

    Niagara Falls, N. Y Major A. Nagelvoort

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