1) static electric explosion
静电爆炸
2) static state explosion
静态爆炸
3) Electro-thermal explosion
电热爆炸
1.
Performance of anti-corrosion and heat resistance of FeAl-based plasma spray coatings prepared by electro-thermal explosion method;
FeAl系电热爆炸喷涂层抗高温氧化腐蚀性能对比
2.
Three kinds of plasma spray coatings FeAl, FeCrAl and FeCrAlRE were prepared using instantaneous high-energy shock wave effect during electro-thermal explosion of FeAl conductor alloy foil.
利用金属导体FeAl系合金箔,电热爆炸产生的瞬间高能量冲击波效应,制备FeAl、FeCrAl、FeCrAlRE等离子体喷涂层。
3.
Prepare two kinds of plasma spray coatings:NiAl and NiCrAlRE,by using instantaneous high-energy shock wave effect produced by electro-thermal explosion of metal conductor alloy foil of NiAl base.
利用金属导体NiAl系合金箔,电热爆炸产生的瞬间高能量冲击波效应,制备NiAl、NiCrAlRE两种等离子体喷涂层。
4) electrical explosion
电爆炸
1.
The experiment setup used to implement luminescence of strong oxygen reaction of nano-Al particle created by electrical explosion of Al wires is designed.
设计了利用电爆炸铝丝产生纳米铝颗粒强氧化反应发光的实验装置,对比了纳米铝颗粒在氧气和氮气环境下发光能量的大小,测量了铝氧反应发光光谱,并对电爆炸铝丝产生纳米铝颗粒强氧化反应发光的物理条件进行了研究,结果表明:发光能量随腔内氧气压力的减小而增加;随铝丝直径先增加而后减少;随电容器储能的增加而增加,且电容器储能对发光现象存在一个门槛值。
2.
8% Zn (atomic fraction) by anelectrical explosion method.
利用电爆炸方法以Ｃｕ６０。
3.
Based on the low inductance technology and parallel-plate transmission principle,an experimental apparatus of small-scale slapper driven by electrical explosion was designed and established,which was used to initiate primary high explosives.
基于低电感技术和平行板传输原理,设计并建立了一套小尺寸电爆炸驱动冲击片起爆始发猛炸药的实验装置。
5) electrothermal explosion
电热爆炸
1.
Experimental study was carried on to prepare antiwear coating of ultrafine crystalline WC-Co hard alloy in atmosphere environment by using self-made electrothermal explosion ultrahigh velocity spraying device.
利用自行研制的电热爆炸超高速喷涂装置,进行了在大气环境下制备WCCo硬质合金抗磨涂层的试验研究。
2.
The W6Mo5Cr4V2 coating was sprayed on 45 steel substrate using electrothermal explosion directional spray.
采用电热爆炸定向喷涂工艺在 4 5钢基体上制备W6Mo5Cr4V2 (M2 )高速钢涂层。
6) wire electrical explosion
线电爆炸
1.
Nano-Al powder was prepared using wire electrical explosion technique and characterized by means of X-ray diffraction and diffrential scanning calorimetery.
用线电爆炸技术制备了纳米铝粉 ,用X射线衍射和差热分析方法对纳米微晶结构进行了表征 ,结果表明 ,线电爆炸引起了纳米微晶中的位错密度和亚稳态应变能增加 。
2.
Nano-AI powder was prepared using wire electrical explosion technique and characterized by means of X-ray diffraction and diffrential scanning calorimetery.
用线电爆炸技术制备了纳米铝粉,用 X 射线衍射分析方法对纳米微晶结构进行了表征, 结果表明,线电爆炸引起了纳米微晶中的位错密度和亚稳态应变能增加。
补充资料：静电爆炸
分子式：
CAS号：
性质：点火源为静电放电，且能点燃爆炸性混合物而产生的爆炸。静电放电能成为爆炸的点火源，需同时具备如下条件。(1)有产生静电的来源。(2)静电积累到足以引起静电放电的电位或场强。(3)静电放电能量达到爆炸性混合物最小点燃能量。静电放电成为静电爆炸点火源的主要放电形式是火花放电。破坏上述条件，可以防止发生静电爆炸。
CAS号：
性质：点火源为静电放电，且能点燃爆炸性混合物而产生的爆炸。静电放电能成为爆炸的点火源，需同时具备如下条件。(1)有产生静电的来源。(2)静电积累到足以引起静电放电的电位或场强。(3)静电放电能量达到爆炸性混合物最小点燃能量。静电放电成为静电爆炸点火源的主要放电形式是火花放电。破坏上述条件，可以防止发生静电爆炸。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条