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    • 1. 发明申请
    • Liquid nitrogen enabler
    • 液氮启动器
    • US20040226301A1
    • 2004-11-18
    • US10437538
    • 2003-05-14
    • AirWars Defense LP, a Colorado Limited Partnership
    • Denyse DuBrucq
    • F42B022/42B63G009/00F17C007/02A62C003/00A62C002/00F17D001/18F17D001/16A62C035/00
    • F42B33/06A62C99/0018G06Q30/0601Y10T137/0396
    • This invention is a means to quell uncontrolled fires, dissipate low-pressure cells in tornado-producing clouds and make ordinance as mines, old bombs and the like inert and provide a design opportunity for lava flows. For each operation, one applies unique means of distribution of Liquid Nitrogen, either above the surface sufficiently to allow it to rain down from holes in a trough forming a pattern in the bottom of an encircling or linear trough held up with stakes or legs of a length optimum for maximum evaporation before hitting the surface, or underground with drilling means or preparatory piping or well placed air drops of Liquid Nitrogen. This produces local cooling and expansion of inert gas supplanting the general atmosphere with a nitrogen atmosphere reducing significantly the amount of oxygen available and increasing the atmospheric pressure. Both cooling and flooding with inert gas quickly quell of fires. The expansion of gas sprayed in tornado-producing clouds raises the atmospheric pressure. Cooling renders inert fused ordinance as mines and bombs. They cannot explode or detonate at these extremely low temperatures. Liquid Nitrogen can control both lava flows and flooding making the flowing liquid a solid by lowering its temperature.
    • 本发明是平息不受控制的火灾,消散龙卷风生产云中的低压电池,并作为矿山,旧炸弹等的惰性条件,并为熔岩流提供设计机会的手段。 对于每个操作,一个操作都应用独特的液氮分配方式,足以使其从表面上方的孔中排出,从而形成在一个包围或线性槽底部的图案中的凹槽 在冲击表面之前最大蒸发的最佳长度,或地下钻井装置或准备管道或充分放置的液氮气滴。 这产生局部冷却和惰性气体的膨胀,以氮气气氛替代一般大气,显着减少可用的氧气量并增加大气压力。 冷却和淹没与惰性气体迅速平息火灾。 在龙卷风生成云中喷洒的气体的膨胀增加了大气压力。 冷却使惰性熔融法令作为矿山和炸弹。 它们在这些极低温度下不能爆炸或引爆。 液氮可以控制熔岩流和溢流,使流动的液体通过降低其温度而变得坚实。