点火药

CO2激光点燃点火药的试验研究

An experimental study on ignition of charge by co_2 laser

脉冲YAG激光引爆点火药的干涉法实验研究

Experimental Study of Pulsed YAG Laser for Igniting Detonating Powder by Interferometry

B／KNO3点火药在激光作用下的飞行时间质谱研究

The TOFMS Study of Laser Excitation the Reaction of B / KNO_3

纳米TiO2对K1K点火药点火能力的影响

Effect of Nano-TiO_2 on Igniting Strength of K_1K Ignition Mixture

BNP点火药的分析方法研究

Study on the Analytical Method of Igniting Composition BNP

用光声检测的实验方法研究石墨掺杂对B／KNO3点火药的激光点火性能的影响。

Research on the effect of laser igniting characteristics caused by doping graphite into B / KNO3 with photoacoustic detection method .

采用理论计算与试验方法对某含HMX的高能点火药性能进行了研究。

Calculating and testing studied the performance of a new HMX-containing high energetic ignition mixture .

运用飞行时间质谱研究了B／KNO3点火药的激光点火过程，探讨了其反应机理。

Laser pluses exciting the chemical reaction process of B / KNO3 was studied by use of TOFMS and the mechanism of the reaction was discussed .

研究结果表明，用KG作点火药、GTG起爆药作为普通纸壳火雷管的装药是可行的。

The obtained results verified that the plain paper shell detonators are usable and reliable with KG ignition composition and GTG primary explosive .

一种含HMX的新型高能点火药新型耐水点火药燃烧性能及应用研究

A New HMX-Containing High Energetic Ignition Mixture A Study on Combustion PErformance and Application of a New Type of Water-insensitivity Ignition Mixture

通过激光点火性能试验、电镜扫描分析（EMS）、差热分析（DTA）研究了激光与B/KNO3点火药相互作用过程中药剂表面的烧蚀情况，以及溅射物质在激光点火中所起的作用。

The ablation of ignition powder ( B / KNO3 ) which was irradiated with laser , and the effect of sputter matter in laser ignition process were studied through detecting the laser ignition performance , and by means of EMS , DTA .

结果表明：测定KPKClO4点火药中KP含量的方法简便，可行，使用该方法得到的实验结果的不确定度和误差分别为0.2%和1.3%。

Results show that the uncertainty and the inaccuracy of the experimental data are 0.2 % and 1.3 % , respectively , which indicate that the method of determining the content of KP in KP-KClO_4 ignition composition is convenient and feasible for the system .

通过理论分析和试验，从机械感度、燃烧精度、热安定性、性能、长贮等方面，对比分析了苦味酸钾点火药与DDNP点火药。

Through the theoretic analysis and tests , the performance of potassium picrate and DDNP was compared , including mechanical sensitivity , combustion accuracy , thermal stability , property of fuse head and long term storage , etc.

通过对各参数等高线图形的比较分析，得出了点火药最佳的理论配比范围：wSi为20%~30%，wBa（NO3）2为60%~70%，wS为5%~15%。

Finally the optimal theory ratio range of 20 % ~ 30 % wSi , 60 % ~ 70 % wBa ( NO3 ) 2,5 % ~ 15 % wS , is found through the comparison and analysis of contour graph of each parameter .

降低某特种弹用点火药摩擦感度的研究

Reducing the Friction Sensitivity of the Ignition Composition Used in Special Ammunition

人工神经网络对混合点火药燃速的预测

Prediction for the Burning Rate of Igniting Mixture by Artificial Neuron Network

火炮点火药的冲击波点火现象研究

A research on the phenomenon of shock ignition about pyrotechnic compositions in guns

含金属粉点火药的吸湿性研究

The Study on Hygroscopicity of Ignition Composition Including Metals

高能点火药点燃性能的研究

Research on ignition characteristics of high - energy igniters

而试验表明在此冲击飞片速度下，本文设计的固体火箭发动机用直列式点火系统能够将硼/硝酸钾点火药可靠点火。

Experiment shows design is success and BPN can be igniting under that velocity .

热通量测量在B/KNO3点火药装药结构设计中的应用

The Application of Thermal Flux Measurement to Design of B / KNO_3 Igniting Charges

点火药对秒量精度的影响

Effects of Ignition Compositions on Accuracy Delay Time

点火药密度越小点火延迟时间也越小。

The lower the density of the charge is , the shorter the ignition delay .

点火药贮存相容性研究

Study on Storage Compatibility of Ignition Powder

点火药点火性能的研究

Study On Ignition Characteristics of Ignition Compositions

C/KNO3点火药研究

Study on C / KNO_3 Igniting Composition

高分辨率能谱仪在一未知点火药剖析中的应用

Application of the High Resolution Energy Dispersive Spectrometer in Analysis of one Unknown Ignition Charge

影响点火药点火温度的因素及其与能量输出的关系

The Relationship Between the Factors Affecting the Ignition Temperature of Ignition Composition and the Energy Transmission

双氰胺具有良好的热化学特性，作为耐水点火药改进中的燃烧速度调节剂具有很好的调速效果；

Due to the favorable thermochemistry performance , dicyandiamide can act as a good combustion-rate regulator .

系统研究了新型耐水点火药各个组分对药剂燃烧性能的影响。

The effect of each component in the mixture on its combustion performance was studied systematically .