1) toxic gas volume
有毒气体量
1.
The theoretical explosion heat, specific volume and toxic gas volume of AN explosive without TNT, AN explosive containing TNT and fuel oil, as well as AN explosive containing aluminum powder and TNT at different oxygen balance values have been calculated respectively.
通过建立粉状硝铵炸药配方设计的数学模型 ,研究了在不同氧平衡条件下无梯硝铵炸药、铵梯 (油 )炸药和含铝铵梯油炸药的理论爆热、有毒气体排放量和炸药比容 ;证实降低粉状硝铵炸药的氧平衡 ,炸药的爆热降低 ,有毒气体CO排放量增加 ,炸药的比容略有增加 ;本文提供了一种设定氧平衡条件下 ,获得最大爆热的配方设计方法和有毒气体量、爆热、比容的预估计算方法 ,对炸药配方的最终确定具有一定帮
2) the amount of toxic gases
有毒气体含量
1.
This article mainly probes into the influence of waxed paper shell on the amount of toxic gases after the powdery explosive explosion.
文中主要探讨蜡纸筒对粉状炸药爆炸后有毒气体含量的影响。
3) noxious gas
有毒气体
1.
After being purified by soaking with HCl of 15%, expanded pearlite served as skeleton of noxious gas adsorbents.
将膨胀珍珠岩用 15 %HCl浸泡除杂后 ,作为有毒气体吸附剂的载体骨架。
2.
It is showed that the main reason of error on measure results of noxious gas content after blasting is the use of cannon expanding.
实验表明,钢炮扩孔是造成小直径炸药爆炸后有毒气体含量测定结果产生误差的重要原因。
3.
In view of high cost in investment operation and maintenance of the instrument determining nitrogen oxide content in noxious gas after commercial explosive exploded,the study was carried out on determining nitrogen oxide content of noxious gas by chemical neutralization titrimetric method.
针对工业炸药爆炸后有毒气体中氮氧化物含量的测定仪器投资成本大、运行和维护成本高等特点,用化学中和滴定的方法对有毒气体中的氮氧化物测定进行了研究,并引入空白校正的方法消除酸性气体CO2对中和滴定结果的干扰,提高了测定结果的准确性和可靠性。
4) toxic gas
有毒气体
1.
A toxic gas content calculation model is established in explosion smoke of ammonium nitrate blasting agent.
建立了硝铵炸药爆炸后炮烟中有毒气体含量的数学模型,模型使用了BKW方程,由于硝铵炸药的碳含量较低,取γ=0。
2.
The reason for shaping toxic gas and its disadvantages are discussed briefly,In addition,methods on preventing the shaping of toxic gas and ways on how to reduce its content are proposed.
作者简要叙述了煤矿采掘爆破中产生有毒气体的原因及其有害性,提出了预防爆破作业中有毒气体产生及降低有毒气体含量的措施。
3.
The paper discusses the required airflow of explosive for eliminating fumes from the aspect of generated quantum of toxic gas of coal mine permitted explosive.
文从煤矿许用炸药有毒气体生成量角度研究掘进工作面排除炮烟所需通风量。
5) Poisonous gas
有毒气体
1.
Application of poisonous gas diffusion models to rescue of chemical accidents
有毒气体扩散模型在事故救援中的应用
2.
The paper starts with an introduction to the checking principle of combustible gas, the poisonous gas, the oxygen, followed by explaining how to choose, how to use and how to avoid the problem of the portable gas detecting alarm in the application to the petroleum and chemistry enterprises.
分别介绍了可燃气体、有毒气体、氧气的检测原理,说明了便携式气体检测报警仪在石油石化企业运用时应如何选择、使用以及需要注意的问题。
3.
Adopting the method stipulated by GB18098-2000 Standard,the content of poisonous gas had been determined after single compound was detonated which was bottled with glass tube.
用GB18098-2000标准规定的方法,采用玻璃管装药,测定了单质炸药梯恩梯爆炸后有毒气体的含量。
6) poisonous gases
有毒(害)气体
补充资料：体量
1.禀性。 2.气量;器度。 3.指建筑物的规模。 4.犹体谅。
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