1) thermal explosion
热爆
1.
Thermal Explosion of NiAl Intermetallic Compounds;
NiAl金属间化合物的热爆合成过程研究
2.
The composite materials of Al/Mg2Si with different Al contents are prepared by thermal explosion,the phases and microstructures of Al/Mg2Si are investigated by means of XRD and SEM,respectively,and the micro-hardness,porosity ratios of Al/Mg2Si material are imitated and analyzed.
通过热爆反应模式制备不同Al含量的Al/Mg2Si复合材料,用XRD研究产物物相组成,用SEM观察其微观组织形貌,并对复合材料的硬度和孔隙率进行了拟合分析。
3.
TiC/Ni_3Al products are created by thermal explosion reaction.
采用SEM和EDS分析对Ti-C-3Ni-Al体系热爆合成反应进行了研究。
2) explosive heat
爆热
1.
Effects of components of fuel-rich boron-based solid propellant on burning rate in low pressure and explosive heat were investigated by measuring its burning rate with standard burner method and explosive heat with calorie meter of oxygen bomb.
采用推进剂静态燃速测试仪和氧弹式量热器的试验方法 ,研究了各组分对含硼富燃料推进剂低压燃速和爆热的影响。
2.
The solid propellant ageing will cause descent of its energy characteristic such as the burning rate, explosive heat.
固体推进剂的老化,会使其燃速、爆热值下降,势必会影响固体火箭发动机的内弹道性能,从而影响导弹的正常飞行。
3) explosion heat
爆热
1.
The effects of ultra-fine Fe_(2)O_(3) powder size on the explosion heat of trinitrotoluene;
超细氧化铁对TNT炸药爆热的影响
2.
A reference material for calibrating and verifying the calorimeter of propellant explosion heat is composed of nitrocellulose(NC),nitroglycerine(NG),centralite and vaseline.
采用硝化棉、硝化甘油、中定剂和凡士林为火药爆热热量计检定用标准物质的组成成分,通过生产工艺优化制备出该标准物质。
3.
Using the primary reference material as benchmark to compare the certified value mode, the error source and effect factors of standard value of propellant explosion heat reference material are analyzed.
采用了以高一级标准物质为标准进行比较定值的方式,进而分析了火药爆热标准物质标准值的误差来源和影响因素,并评估了标准物质标准值的合成标准不确定度和扩展不确定度。
4) detonation heat
爆热
1.
The detonation heats of Al-containing explosives in the air, water or vacuum are measured by using constant temperature calorimeter.
利用恒温式量热计测定了含铝炸药在空气、水和真空中的爆热值。
2.
The formula for calculating detonation heat and oxygen balance of two kinds of industrial explosives was established.
通过推导两种粉状工业炸药的爆热和氧平衡计算公式 ,计算加入不同量水或柴油条件下炸药的理论爆热和氧平衡值 ,得出如下结论 :在装药过程中 ,给炸药中混入水 ,不会影响炸药的氧平衡值 ,但能降低炸药的爆热 ;给炸药中混入柴油 ,不但能够较大影响炸药的氧平衡值 ,而且能够较大地降低炸药的爆热。
3.
The main factors influencing on detonation heat of explosives are researched in this paper through analysis of the test data.
通过实验数据分析了影响炸药爆热的主要因素。
5) heat of explosion
爆热
1.
The heat of explosion and specific volume of industrial explosives can be calculated by summation of corresponding component parts.
文章叙述用相应的组分贡献量，按用量系数相加，计算工业炸药爆热、爆容的原理和方法。
2.
The result shows that the relationship between heat of explosion,explosion temperature and contents of KCl is linear.
结果表明,该炸药的爆热和爆温与氯化钾含量在适用范围内呈线性关系。
6) Thermal explosion
热爆炸
1.
Random nature of thermal explosion criticality of exothermic system;
化学放热系统热爆炸临界值的随机性
2.
A calculation of the critrical parameters of thermal explosion for the finite cylinder of enegetic materials;
圆柱形含能材料热爆炸临界参数计算
3.
The method of thermal explosion temperature control blasting(TCB) seepage flow combustion(SFC) in underground coal gasification (UCG) was suggested, in light of the real problems of carrying out UCG in the dip, gently dip or nearly horizontal coal seams.
鉴于我国在倾斜、缓倾斜或近水平煤层中进行地下气化所遇到的实际问题 ,提出了煤炭地下气化热爆炸 -温控爆破渗流燃烧技术 ,简述了热爆炸基本原理 ,介绍了模型试验台结构、爆破参数设计、测试系统及冷态试验 ,并对试验结果进行了分析 。
补充资料：热爆炸
分子式：
CAS号：
性质：放热的、其反应速率随温度上升呈指数规律加快的化学反应，散热不良而导致的爆炸。如系统内化学反应产生的热量大于向外界散失的热量，即得热速率大于失热速率，则系统温度将上升，这又导致反应加速，热积累加剧，最后使系统温度升高到相当程度，在一定条件下引起爆炸。意外热爆炸可形成灾害性破坏，而人为控制的热爆炸可为人类的利益服务。
CAS号：
性质：放热的、其反应速率随温度上升呈指数规律加快的化学反应，散热不良而导致的爆炸。如系统内化学反应产生的热量大于向外界散失的热量，即得热速率大于失热速率，则系统温度将上升，这又导致反应加速，热积累加剧，最后使系统温度升高到相当程度，在一定条件下引起爆炸。意外热爆炸可形成灾害性破坏，而人为控制的热爆炸可为人类的利益服务。
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