1) Smoke chamber
烟幕箱
2) Smoke
烟幕
1.
Study on IR Extinction Performance of Graphite Micro-powder Smoke in Vacuum;
真空中石墨微粉烟幕的红外消光性能研究
2.
Study on the Effect of Materials Granularity on Infrared Extinction Capability of Smoke Screen;
原材料粒径对烟幕红外消光能力影响的研究
3.
Study on Interference Effects of Smoke on Millimeter Wave Radiation of Targets;
烟幕对目标毫米波辐射特性干扰效果研究
3) Smoke screen
烟幕
1.
were used to measure the camouflaging mass and extinction coefficient of red (phosphorous) smoke screen.
使用中等烟箱、热像仪和FTIR光谱仪等测定了红磷烟幕的遮蔽质量和消光系数。
2.
The smoke screen that may absorb and scatter infrared, heavily attenuates energy of guidance head, and then will reduce the probability of missile shooting.
烟幕对红外和近红外等波段的电磁波有吸收、反射和散射等特性,可以导致红外成像制导导弹导引头接收到的能量大大衰减,从而降低导弹命中率。
3.
Based on the study of the principle of smoke screen against laser,obscuring performance of smoke screen made up of RP,HC,graphite and other new modified material against 10.
探讨了烟幕对激光的遮蔽与干扰原理,利用CY-CO_2-40型激光机测试与研究了红磷、HC、石墨及改性后的新型材料形成的烟幕对10。
4) smokescreen
烟幕
1.
Theoretical Study on Extinction Characters of Non-Spherical Particles and Their Smokescreen;
非球形微粒及其形成烟幕的消光机理研究
2.
Cluster-cluster aggregation (CCA) model based on Monte Carlo method is used to simulate the structure of the cluster particles in a smokescreen, and the extinction coefficients and absorption coefficients of the simulated cluster structures are calculated based on the T matrix method.
采用蒙特卡洛方法根据凝聚体 -凝聚体凝聚模型对由球形原始粒子聚集成的凝聚粒子的结构进行仿真 ,按T矩阵方法计算各种结构的消光和吸收系数 ,然后取所有结果的平均值来仿真实际情况烟幕凝聚粒子的消光特性。
5) screening smoke
烟幕
1.
Based on analyzing atmosphere transportation and diffusion process,this paper studies the application of a diagnosis mode to calculating the wind field of the release district, analyzes the dispersion characteristics of smoke source in the atmosphere, and brings up an imitation model of the dispersion of screening smoke.
该文通过对大气输运与扩散过程的分析 ,探讨了诊断风场模式在计算烟幕施放区域风场中的应用 ,分析了烟源在大气作用下的弥散特性 ,提出了烟幕弥散的仿真模型。
6) smoking
烟幕
参考词条
补充资料：HC烟幕
分子式：
CAS号：
性质：又称HC烟幕。六氯乙烷一种常用于构成烟蒂的化合物。不溶于水，能溶于醇、苯、氯仿、醚、油类。六氯乙烷发烟剂，实际由铝、氧化锌和六氯乙烷构成。当此种混合物被加热以后，便开始生成氯化锌、氧化铝等，继而吸收空气中的潮气构成烟幕。六氯乙烷发烟剂为目前使用最多的发烟剂。但它和现在的其他发烟剂一样，存在着某些缺点，将逐渐被取代。
CAS号：
性质：又称HC烟幕。六氯乙烷一种常用于构成烟蒂的化合物。不溶于水，能溶于醇、苯、氯仿、醚、油类。六氯乙烷发烟剂，实际由铝、氧化锌和六氯乙烷构成。当此种混合物被加热以后，便开始生成氯化锌、氧化铝等，继而吸收空气中的潮气构成烟幕。六氯乙烷发烟剂为目前使用最多的发烟剂。但它和现在的其他发烟剂一样，存在着某些缺点，将逐渐被取代。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。