1.
Studied the low temperature sensitivity coefficient( LTSC) effect on high-energy nitroamine propellant throgh the termination experiment, closed bomb experiment and interior ballistic experiment.
通过中止试验、压密闭爆发器试验与火炮内弹道试验研究了低温感高能硝胺发射药的低温感效果。
2.
Performance of Nitramine Propellants with Different Phases of HMX
不同晶型奥克托今用于硝胺发射药的性能
3.
It suggests a mechanisms of inforcement for the composites based on the formation and development of cracks within the materials.
根据硝胺发射药受冲击时材料内部裂纹形成和扩展方式，分析研究了硝胺微粒的增韧机理。
4.
Studies on Process Technology of High Progressive and Large Web NQ-based Gun Propellant
高增面性大弧厚硝基胍发射药工艺技术研究
5.
Thermal Decomposition Characteristics of Double-base Propellant and Multi-nitrate Ester Propellant
双基发射药和混合硝酸酯发射药的热分解特性
6.
Many drugs and pesticides contain tertiary amino groups and could, therefore, be expected to undergo nitrosation in the body.
有很多的药物和农药含有叔胺基团，因此有可能在体内发生亚硝基化。
7.
Effects of Nano-Al powder on the Thermal Decomposition Catalytic Performance of Nitroamine Explosives
纳米铝粉对硝胺炸药热分解催化性能的影响
8.
Study of Mechanical Performance of the High-Energy Propellant and Rigid Modular Charge;
高能发射药的力学性能和刚性模块装药研究
9.
Formulation and Mechanical Performance of High-Energy and High-Strength Propellant;
高能高强度发射药配方与力学性能研究
10.
Influence of Ingredient on Combustion Properties of High-Energy and High-Strength Propellant
组分对高能高强度发射药燃烧性能的影响
11.
Molecular Design of High Energy Density Materials (HEDM)-Cyclic Nitramines;
氮杂环硝胺类高能量密度材料（HEDM）的分子设计
12.
This is particularly evident in nitrocellulose propellants.
在硝化纤维素发射药中，这一点特别明显。
13.
Phenols and anilides can be nitrated with very dilute nitric acid.
酚类和酰基苯胺能被极稀的硝酸硝化。
14.
Some amines undergo direct nitration during nitrolysis.
某些胺在硝解时发生直接硝化。
15.
VOLATILE NITROSAMINES IN PICKLES FROM NASOPHARYNGEAL CARCINOMA(NPC) HIGH RISK AREA, SIHUI COUNTY AND LOW RISK AREA WUHUA COUNTY
鼻咽癌高发区四会县与低发区五华县腌菜中的挥发性亚硝胺
16.
Application of High Energy Density Compounds CL-20,DNTF and ADN in High Energy Propellant
高能量密度化合物CL-20、DNTF和ADN在高能发射药中的应用
17.
Studies on the Structures and Properties of Heterocyclic Nitramine High Energy Compounds and Related Mixtures;
环杂硝胺高能化合物和相关混合体的结构—性能研究
18.
Why Can the Nitroguanidine Powder Endure Higher Bore Pressure Burn
硝基胍火药何以能承受高膛压燃烧的考验