1) function time
发火时间
1.
Fourteen kinds of SCBs with V-type angle and hole were designed,and the electro-explosive performances including the function time,energy required were investigated with firing by capacitor discharge circuit.
设计了14种带有尖角和圆孔的半导体桥,研究了在电容放电发火条件下尖角、圆孔对其发火时间、发火所消耗的能量等性能参数的影响规律,并从半导体桥的作用机理方面对实验结果进行了分析。
2.
Firing by capacitance discharge,the influence of the ratio of length to width of the semiconductor bridge(SCB) on its electro-explosive performances,such as critical firing voltage,function time and energy consumption,is investigated.
该文研究了电容放电发火条件下,半导体桥长宽比对其发火的临界电压、发火时间以及发火所消耗的能量等性能参数的影响规律,借助于半导体桥的等离子体发火机理对实验结果进行了分析。
2) firing interval
发火间隔时间
3) rocket ignition time
发动机点火时间
1.
In this paper, the allowed range of rocket ignition time of TGP is determined.
确定了末制导炮弹发动机点火时间的范围,分析了发动机点火时间和射角对无控弹道射程的影响,同时分析了发动机点火时间对惯性制导启控点散布的影响。
4) ground launching time
地面发射时间<火>
5) firing time
火箭发动机工作时间<火>
6) tempering time
回火时间
1.
The effect of tempering time on tempering hardness,the tempering curve,the effects of carbon and alloy elements on tempering curve are studied.
通过试验探讨了回火时间对淬硬钢的回火硬度的影响,分析了不同淬硬钢的回火曲线及其走向与特征,讨论了碳和合金元素对淬硬钢回火曲线的影响,建立了针对于碳钢和合金钢的回火硬度与回火温度关系的模型。
2.
The effect of tempering time on T91\'s rupture life is dependent on the stress applied on the specimen.
研究了不同回火时间对T91钢625°C下持久性能及形变前后组织的影响。
3.
The influence of diffusion activation energy of carbon atom and tempering time on tempering transformation of martensite are studied by using of the principle of carbon diffusion in martensite.
根据马氏体回火过程中的碳原子扩散特征,分析和计算了碳扩散激活能和回火时间对马氏体组织的影响。
补充资料:发火
①开始燃烧:~点。②子弹、炮弹的底火经撞击后火药爆发。③〈方〉发生火警;失火。④(炉灶)生火容易旺。⑤(~儿)发脾气:有话好好说,不必~。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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