1) nitrogen generant
氮气发生剂
1.
An experiment on a submunition dispenser with airbag and nitrogen generant was presented.
对以氮气发生剂为抛撒药的子弹药气囊抛撒装置进行实验。
2) gas generator
气体发生剂
1.
The synthesis of CTPGA as binder in gas generator;
气体发生剂的粘结剂(CTPGA)的合成
2.
Atomization processes of spiral jet spray nozzles is studied under five different charge quantities(30 g,40 g,50 g,70 g,90 g) of gas generator.
介绍一种气体发生剂高压燃气驱动的高速液体喷洒装置,利用高速摄影和压力测试系统,研究了安装螺旋喷嘴的喷洒装置在不同装药量下的喷射初始速度和液体雾化射流的扩展过程。
3.
The compositions of PAK-2 gas generator for vehicle safety airbag system were also investigated.
通过正交实验研究了新型非叠氮化物可燃剂PAK与混合氧化剂的燃烧性能 ,找到了适用于汽车安全气囊用的气体发生剂PAK - 2的组成。
3) gas generating composition
气体发生剂
1.
It is expected that GUDN is applicable in propellant, gas generating composition and insensitivity explosive with a .
GUDN能量较高(接近RDX)、感度低(接近TATB)、热稳定性好、相容性好,适用于推进剂、气体发生剂和钝感炸药。
2.
The characteristics of sodium azide gas generating compositions were briefly introduced.
对国内外烟火型气体发生剂的研究及应用现状进行了综述。
3.
The review deals with features of automobile safety airbag and gas generating composition, especially the new developments after 1980s.
介绍了汽车安全气囊及气囊用气体发生剂的特点,着重概述了20世纪80年代以来汽车安全气囊用气体发生剂的主要研制成果。
4) gas generator propellant
燃气发生剂
1.
Effects of composite catalysts on combustion property of PET-type gas generator propellant;
复合催化剂对PET型燃气发生剂燃烧性能的影响
2.
The burning rate testing shows that the pressure exponent can be decreased, and the burning rate can be broaden by the selected additives entering into the gas generator propellant with low residents.
通过燃速测试,筛选的添加剂加入到低残渣燃气发生剂体系中能够拓宽燃速范围,同时也能降低压强指数。
5) gas generant
气体发生剂
1.
The composition and characteristics of smoke gas generant are introduced briefly.
气体发生剂广泛应用于航空、航天领域,在汽车安全气囊、灭火装置、救生系统等也有重要用途。
2.
The main research includes: the effect of the diameter of bridgewire to the electric sensitivity, the electric sensitivity of Pb(SCN)2 and C6H3O7N6K igniting compositions, the design of the squib charge and the design of the gas generant.
本课题研究了汽车安全带预紧器用气体发生器，主要研究内容有：桥丝直径对点火头电感度的影响；硫氰酸铅[Pb(SCN)_2]和苦味酸钾[C_6H_2O_7N_3K]两类点火药的电感度；点火具的装药设计；气体发生剂的设计等。
3.
The application of high nitrogen energetic compounds in solid propellant, gas generant, explosive and smoke agent are reviewed.
综述了四嗪、四唑和呋咱等高氮含能化合物在固体推进剂、气体发生剂、炸药、烟火药等中的应用。
6) Gas generating agent
气体发生剂
1.
In this paper with the p-t curve of four gas generating agents gained by experiment in the closed bomb,and the observation of dispersion cloud picture of superfine extinguishing agent,equivalent diameter and cracked shell of extinguish ball,dispersion effect of superfine extinguishing agent scattered by four energetic gas generating agents was studied.
文章通过实验测定气体发生剂在密闭爆发器中的p-t曲线,观测灭火剂扩散云图、等效直径和外球壳破碎情况,研究了4种不同气体发生剂对超细灭火剂施放效果的影响。
2.
GUDN is applicable for propellant, gas generating agent and insensitive explosive.
GUDN具有制备成本低、钝感、热稳定性好、不吸湿、相容性好等诸多优点,适用于推进剂、气体发生剂和钝感炸药。
补充资料：气体发生推进剂
分子式：
CAS号：
性质：燃气发生器使用的推进剂。由高聚物无机或有机氧化剂，降温剂以及各种功能添加剂组成。它具有燃温低，燃气“洁净”，残渣少，烟少，腐蚀性小，发气量大，燃速低等特点。分为高氯酸铵型，硝酸铵型，二羟基乙二肟型，硝胺型和双基型燃气发生剂。主要用于航空航天辅助动力装置。
CAS号：
性质：燃气发生器使用的推进剂。由高聚物无机或有机氧化剂，降温剂以及各种功能添加剂组成。它具有燃温低，燃气“洁净”，残渣少，烟少，腐蚀性小，发气量大，燃速低等特点。分为高氯酸铵型，硝酸铵型，二羟基乙二肟型，硝胺型和双基型燃气发生剂。主要用于航空航天辅助动力装置。
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