#Wonder woman trench assault movie
#Wonder woman trench assault skin

This was developed as a weapon by the Russians. Blister gas, or phosgene oxime, also even more irritant than mustard gas. The US had 20,000 tons stockpiled at one point. One drop on the hand was said to be fatal. in the 1920s, was known as the 'dew of death' and claimed to be seventy-two times as toxic as mustards gas. There were some other real-world attemps at a 'super gas.' Lewisite, developed in the U.S. This theory proved correct, and derivatives of nitrogen mustard now save lives. They then realized that the gas was especially toxic against white blood cells and thus might developed as a form of chemotherapy for leukemia, which is caused by out-of-control white cells. After the war, two doctors at Yale found that nitrogen mustard victims had low white blood cell counts. This resembles normal mustard gas in its effects, but its story has a peculiar twist. While there may not be such a thing as hydrogen mustard gas mentioned in the movie, there is a chemical agent called nitrogen mustard. The filters of the time blocked the chlorine, but not the tear gas, which built up inside the gas mask until it became intolerable, and the coughing, choking victim ripped their mask off to try and breathe better-only to succumb to the chlorine. In fact, the Germans really did figure out a way to neutralize early gas masks: They mixed lethal chlorine with a chloro-formate tear gas.

#Wonder woman trench assault movie

The movie features a type of super-mustard gas that is supposedly based on hydrogen and which burns though gas masks.

#Wonder woman trench assault skin

A gas mask was useless against an agent like mustard that causes skin to blister on contact (though, of course, breathing it is even worse). Although it is not particularly lethal (by comparison), it was very effective at disabling anyone inside the cloud of gas.

The Germans called it 'the king of gases' though, and for good reason. Mustard gas, which features in Wonder Woman, is much less deadly than other chemical weapons, with a mortality rate of perhaps 2 percent.

Phosgene caused something like 85 percent of WWI gas deaths, but is much less famous than its more horrifying cousin. This led to the deadliest gas of the war: phosgene, which smelled like hay and destroyed the lungs so that men suffocated where they stood. The military wanted a gas weapon that required smaller quantities and could be delivered by an artillery barrage. Chlorine wasn't ideal because it needed to be released in huge quantities, and it took days to accumulate enough gas and to get the pipes to deliver it into position.This made chlorine a better defensive than offensive weapon, so the effect was to slow down warfare even further – especially when troops now had to wear bulky gas masts and respirators. Estimates of the number of dead range from 1,000 to 5,000, with many more seriously injured.Īfter that, both sides were drawn into what's sometimes called the chemists' war, a race to develop new and deadlier chemical weapons. The green fog caused victims lungs to fill up with fluid, effectively downing them on dry land. Canadian forces who counterattacked the next day were met by an even bigger gas attack. When the wind was blowing in the right direction, Germans released the gas against French colonial forces across a four-mile front. In April 1915, Germany stockpiled some 6,000 cylinders of chlorine containing more than 150 tons of gas in forward trenches at Ypres. Poisonous chlorine gas was a byproduct of their chemical industry, which meant huge quantities were waiting in warehouses. Before the war, German chemists had led the world particularly in the area of artificial dyes. The Germans stepped up gas warfare by making chemicals on an industrial scale. One German officer won a crate of champagne by betting that he could stand in a cloud of it for five minutes. In fact, when the Germans used shells filled with an agent called dianisidine against French positions in 1914, the French troops did not even notice the gas. This was meant to drive the enemy from their trenches, but it was impossible to get enough gas on target.

Gas attacks in World War I started with artillery shells filled with early types of tear gas.