1) water resistant explosive
抗水炸药
2) explosives wastewater
炸药废水
1.
For the biochemical method is an economical and little derivative contamination technique, the combination of biochemical method and physicochemical method should be researched to obtain a technique adaptable for explosives wastewater treatmentThree worldwide explosives 2,4,6-.
但生化法废水处理工艺具有费用低廉、二次污染小的特点,因此,将物化法与生化法结合,研究适合于处理炸药废水的工艺,有十分重要的意义。
2.
Ferric-carbon micro-electrolysis and Fenton reagent oxidation process were used to treat diluted blasting explosives wastewater.
试验采用先铁炭微电解,后Fenton试剂氧化组合装置对稀释炸药废水进行处理。
3) Water gel explosive
水胶炸药
1.
The thermal decomposition of water gel explosives has been investigated by means of non-isothermal TG at various rates and parties of kinetics parameters of the reaction for water gel explosives are calculated by Ozawa’s method.
利用非等温TG在不同线性升温速率下研究了水胶炸药的热分解特性,用Owaza法处理了实验数据,得到了部分热分解动力学参数。
2.
The thesis makes analysis and research on the safety properties of water gel explosive and emulsion explosive containing obsolete propellant in the process of production and use.
文章对含退役火药的水胶炸药、乳化炸药在生产和使用过程中的安全性进行了分析和研究。
3.
In this paper,some new types of emulsion explosive and water gel explosive using waster propellant as an ingredient has been described in the aspects, such as researching principle, manufacture, and explosive properties.
文章介绍了几种含退役火药的乳化炸药和水胶炸药 ,简述了其研制原理、制备方法和爆炸性能。
4) Water-bearing explosives
含水炸药
5) Water prevention of explo-sive
炸药防水
6) Explosive underwater
水下炸药
补充资料：水胶炸药
分子式：
CAS号：
性质：凝胶状的浆状炸药。系氧化剂、可燃剂、敏化剂及其他组分等溶解或悬浮于含胶凝剂的水溶液中，再经化学交联而制得的。为网状结构的胶体，常温下无流动性。所用氧化剂为硝酸盐；可燃剂有煤粉、柴油、沥青等；敏化剂有硝酸甲胺、某些硝酸酯、气泡等；胶凝剂有瓜尔胶、槐豆胶等。能量较高，耐水，安全。密度1.25g/cm3以下，爆速4.0～5.0km/s，殉爆距离约9cm。用于岩石爆破和地震勘探。
CAS号：
性质：凝胶状的浆状炸药。系氧化剂、可燃剂、敏化剂及其他组分等溶解或悬浮于含胶凝剂的水溶液中，再经化学交联而制得的。为网状结构的胶体，常温下无流动性。所用氧化剂为硝酸盐；可燃剂有煤粉、柴油、沥青等；敏化剂有硝酸甲胺、某些硝酸酯、气泡等；胶凝剂有瓜尔胶、槐豆胶等。能量较高，耐水，安全。密度1.25g/cm3以下，爆速4.0～5.0km/s，殉爆距离约9cm。用于岩石爆破和地震勘探。
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