发烟剂

海上瞬时成烟发烟剂的研究与应用

Study and Application of Rapid Smoking Agent on Sea

纳米SiO2对复合碳粉发烟剂性能的影响

Effect of Nano-SiO_2 on Performance of Complex Carbon Powder Smoke Composition

HC基新型抗红外发烟剂研究

New Type of Anti infrared Smoke Agent Based upon Halogenated Organic Compound

纳米Fe3O4的制备及其对发烟剂性能的影响

Preparation of Nano Fe _3O_4 and its Effect on the Performance of Smoke Composition

试验研究了添加纳米SiO2的复合碳粉发烟剂的分散和干扰性能。

Effects of nano-SiO_2 on the dispersibility and infrared interference performance of complex carbon powder smoke composition were studied .

通过FTIR光谱仪对所制备的发烟剂进行了燃烧实验，得出了烟幕及固体残渣的红外光谱图。

It got infrared spectrum of smoke and sol id remains through smoke agent prepared carrying on combustion experiment using FTIR spectrometer .

根据点污染源的微风扩散模式，利用VISUALBASIC编制了发烟剂大气污染物的浓度预测软件，用于计算污染物在下风向不同距离处的落地浓度，并对计算结果进行简单的评价分析。

Based on fine breeze model , atmosphere pollution prediction software is developed with Visual Basic to calculate the ground concentrations of smokes atmosphere pollutants at different downwind distances , and assess their impact upon the environment .

根据影响规律设计了新型发烟剂，其在远红外波段的遮蔽能力优于制式HC发烟剂。

On the basis of above regularities , a new smoke agent is prepared , which has better extinction capability than the ordinary one at far infrared wave-bond .

在此基础上优选了两种HC基的新型抗红外发烟剂，给出了相应的红外消光系数测定数据与傅立叶变换红外光谱。

On the basis of the experiments , two kinds of new and effective anti infrared smoke agents based upon HC were selected and the corresponding infrared extinction coefficients and the Fourier transform infrared spectra were listed .

60g可膨胀石墨发烟剂对3mm和8mm波单程最大衰减值均大于10dB，干扰时间约为20s。

The unilateralism maximum attenuation to 3 mm and 8 mm wave of 60 g expansive graphite are higher than 10 dB , the interference time is about 20 s.

通过实验测试，发烟剂质量浓度为9.1g，10.6μm激光透过率T可以降低到30%。

According to the test , for the mass of the smoke agent is 9.1g , the laser transmittance is decreased below 30 % in 10.6 μ m band .

结果表明：不同插层物质的可膨胀石墨对烟幕红外、毫米波衰减性能影响很大，其中，分别以CH3COOH、H2SO4、HNO3插层的可膨胀石墨制备的发烟剂衰减效果较好。

Results show that the expansible graphite of differently inserted substances has significant effect on the attenuation property of smoke to IR and MMW ; the attenuation effect of smoke composition prepared by expansible graphite which chooses CH_3COOH , H_2SO_4 and HNO_3 as inserted substances respectively is preferable .

爆炸分散型复合干扰发烟剂使用技术研究

Studies on the Application Techniques of Explosion-dispersed Composite Interfering Smoke Agents

国外发烟剂及其装备器材的发展状况

Developing Situation of Smoke Generating Compositions and Their Equipped Materials Abroad

赤磷发烟剂红外消光特性实验测试研究

Study on Test of the Extinction Property of Red Phosphorus Smoke

含氟聚合物在赤磷基抗红外发烟剂中的应用

Application of Polymers Containing Fluorin in Anti-Infrared Red Phosphorous Smoke-Producing Mixtures

可膨胀石墨用作抗红外/毫米波双模发烟剂的研究

Study on anti-IR / Millimeter Wave Smoke Composition with Expansive Graphite

均匀设计的红外发烟剂配方

Formula Design of Infrared Smoke Composition Based on Uniform Design Method

可膨胀石墨发烟剂对毫米波衰减性能的实验研究

Experimental Study on Millimeter Wave Attenuation Properties of Expansible Graphite Smoke Composition

发烟剂大气扩散高斯模式与随机游动模式比较

Comparison of Smoke Atmospheric Dispersion between Gauss Model and Random Walk Model

燃烧型发烟剂红外光谱特性专家系统的研究

Study on Expert System of Infrared Spectral Characteristic of Combustible Smoke Agent

弹用红外干扰发烟剂研制

Study on the IR Interfering Smoke Agent Used in Bomb

真空下燃烧型抗红外发烟剂的配方设计

Formulation Design of Combustible Anti-infrared Smoke Agent in Vacuum

草酸铵对赤磷发烟剂发烟量的改善

Improvement in Smoke Properties of Red Phosphorus Smoke Compositions by Using Ammonium Oxalate

抗红外/毫米波双模发烟剂技术研究

Research on Anti-IR / MMW Compound Smoke Composition Technology

赤磷发烟剂、铜粉组合烟雾的红外消光性能

The Infrared Extinction Ability of Combined Smoke of Red Phosphorus and Copper Powder

四氯化钛基液体发烟剂的性能研究

Performance of Liquid Smoke Agents Based on Titanium Tetrachloride

均匀设计法在赤磷发烟剂红外消光性能中的应用

Application of Uniform Design in Infrared Extinction Performance of Red Phosphorus Smoke Agent

根据烟雾的遮蔽效应测定发烟剂的遮蔽能力

Measurement of the Obscuring Power of Smoke Agents According to Obscuring Effect of Smoke

国外赤磷发烟剂研究概况

Survey of Foreign Red Phosphorus Smoke Agent