The substance Hitler gave up because he thought it was dangerous

(1)A substance that was so dangerous that even the Nazis couldn’t use
(2)Going to the gallog
(3)29130 views. 89
(4)In 1994, an Australian researcher spilled 100 millimeters of chlorine trifluoride in his lab
(5)Chlorine trifluoride splashed on his thigh, and immediately wiped off the area and submerged his leg until an ambulance arrived, but eventually had to evacuate his right leg and died of multiple organ failure about two weeks after the accident
(6)I don’t know why they came up with the crazy idea of mixing chlorine and fluorine, which was developed in the 1930s by German scientists Otto Lough and H. Krug, but it turned out to be an incredibly powerful and dangerous oxidant
(7)Chlorine trifluoride, the Nazi substance NN stopoff, was a yellow green liquid that boiled at room temperature and produced a colorless, odorless toxic gas, which was dangerous in itself, but very, very easily reacted with other substances and burned to 2400 degrees Celsius Burning so fast that the time taken from contact to combustion was measurable
(8)Matter N burned without oxygen in the atmosphere, and neither carbon dioxide nor halon-based extinguishing agents traditionally used to extinguish fires, the only way to extinguish a fire caused by N is to pour in large quantities of neutral substances such as nitrogen or argon while lowering the temperature
(9)The materials he could burn included gold, titanium, tungsten, platinum, iridium, sand, glass, asbestos concrete, and even when in contact with water, material N explodes to produce a large amount of hydrofluoric acid or hydrofluoric acid
(10)Production and research were then transferred to the Falkenhagen Institute in Brandenburg, where the original plan was to produce 50 tons of material N per month and use it as a super weapon mixed with conventional peat and poison gas on various targets, including the Maginot line
(11)But even the Nazis didn’t think it was too dangerous, so they produced 30 tons and stopped researching it, because it was unstable enough to melt all the non-ferrous parts and leak them and cause them to explode
(12)Later, NASA tested material N to oxidize rockets, and in the early 1950s, 900 kg of material spilled on the concrete floor, and it burned 30 cm of concrete and 90 cm of gravel under it
(13)According to Dr. John D. Clark, who was in charge of rocket fuel at NASA
(14)If there are any scratches on the oxide layer coating surrounding the inside of the container, the operator will have to deal with the situation of metal-fluorine fire. To prepare for this situation, I recommend that researchers always wear a good pair of sneakers
(15)So don’t even think about putting it down, and as soon as the fire broke out, it’s a rabbit. Eventually, the plan to use substance N as an oxidizer was canceled, and now it’s being used in part in the semiconductor manufacturing process
(16)Enter the code