1.It has been proved that low resistance ignitor absorbed less electrostatic energy than high resistance ignitor did on the same electrostatic condition.

發(fā)現(xiàn)在同樣的靜電條件下，低阻點火具比高阻點火具吸收的靜電能量更小，說明了分流原理解釋短接卡作用的局限性。

2.The ignitor and the recombiner in hydrogen mitigation system were analyzed using 3d CFD code GASFLOW, and their characters were summarized.

本文應(yīng)用三維計算流體力學(xué)程序GASFLOW分析了氫氣緩解措施中的點火器系統(tǒng)與復(fù)合器系統(tǒng)，并總結(jié)出各自的特點。

3.This paper introduces the design and tests of a motor ignitor loaded with high energy propellant which is a mixture of HTPB and HMX.

介紹了一種裝有高能推進(jìn)劑的發(fā)動機(jī)點火器的設(shè)計和試驗，高能推進(jìn)劑選用HTPB、HMX混合藥劑。

4.The flare system is equipped with knock-out drum, seal drum, stack, molecule airproof, flare tip, pilot and ignitor .

火炬系統(tǒng)配備分液罐、水封罐、火炬筒體、分子密封器、火炬頭、長明燈、高空點火器、地面點火器、精密過濾器、塔架等。

5.Disablement of the resonant circuit can render the ignitor inoperable.

諧振電路停止工作使引燃器不能工作。

6.The next step is to take apart the to get the piezoelectric ignitor.

下一步就是要采取除了得到壓電電點火器。

7.The work the dissertation deals with is important to direct design and application of the plasma ignitor.

所作的工作對等離子點火器的設(shè)計和應(yīng)用研究具有重要參考價值。