1) Extinction strain rate
熄火拉伸率
1.
The simulations were conducted in opposed-jet,symmetric,twin-flame,and extinction strain rates and flame temperatures were numerically determined.
计算结果表明,添加氢气对炭黑生成无明显的作用;同时,以反向对称双火焰为模拟背景,计算获得了不同含氢比下的熄火拉伸率和对应的燃烧温度,证明了添加氢气可以增强稀薄燃烧的稳定性以及扩大稀燃极限。
2) flame stretch
火焰拉伸
1.
Laminar premixed flame stretch characteristic influenced by co-flow water mist;
气体协流水雾作用下层流预混火焰拉伸规律
3) stretched flame
拉伸火焰
4) tensile rate
拉伸速率
1.
Effect of tensile rate on mechanical properties of NEPE propellant;
拉伸速率对NEPE推进剂力学性能的影响
2.
The effect of tensile rate on the lower yield strength of the iron and steel material was investigated,the advantage of the tensile rate of GB/T228-2002 was discussed.
研究了拉伸速率对钢铁材料下屈服强度的影响,讨论了GB/T2 2 8-2 0 0 2中拉伸速率规定的科学性。
3.
The effects of particle volume fraction, tensile rate and interface bonding strength on the properties of GB/HDPE composites were studied by tensile test and SEM observation.
通过ＧＢ／ＨＤＰＥ的拉伸实验和断口形貌分析， 研究了颗粒体积分数、拉伸速率、界面强度对ＧＢ／ＨＤＰＥ复合材料力学性能的影响。
5) strain rate
拉伸率
1.
A step variation of strain rate is used to simulate the influence of a instantaneous flow field on the flamelet local structure.
用台阶跃变的火焰拉伸率来模拟瞬态流场对火焰面局部结构的影响,给出了火焰面结构(温度、组分浓度)的瞬态响应曲线,分析了火焰面的响应特性。
2.
At day 14, 21,28,35,42 and 56 after injury, the failure load and strain rate of the injured gastrocnemius were tested and then compar.
对黄芪注射液组和自然愈合组大鼠采用打击装置造成其右侧腓肠肌钝挫伤,分别于伤后第14、21、28、35、42、56天取材,测试大鼠双侧腓肠肌的断裂强度和拉伸率,并将每只大鼠的伤侧数值与健侧数值之比作为参数进行统计学分析,比较各组大鼠的统计结果。
3.
Numerical calculations were also carried out in counterflow geometry for methane-air and propane-air premixed flames at atmospheric pressure and ambient temperature under the condition of a wide range of equivalent ratios to examine the strain rate effects.
对甲烷-空气和丙烷-空气拉伸层流预混火焰在常温常压下进行了数值计算,研究不同当量比时,火焰拉伸率对层流燃烧速度的影响。
6) stretching rate
拉伸速率
1.
Mechanical properties and stretching rate loaded slowly of aluminum casting alloys;
慢加载时拉伸速率与铸铝合金的力学性能
2.
Plasticity and stretching rate loaded slowly of nodular iron;
慢加载时拉伸速率与球墨铸铁的塑性
补充资料：熄火
分子式：
CAS号：
性质：燃尽在多个场合下采用，有不同的意义。在燃烧过程中，把可燃的物质都烧完了，便称为燃尽，也有翻译为熄火。在气-液两相沸腾换热的设备中，若热通量非常高，液相一侧在传热表面上的液膜被蒸干，表面温度急剧上升，常导致金属壁面的损坏，此现象也称为burn-out，可译为烧段。
CAS号：
性质：燃尽在多个场合下采用，有不同的意义。在燃烧过程中，把可燃的物质都烧完了，便称为燃尽，也有翻译为熄火。在气-液两相沸腾换热的设备中，若热通量非常高，液相一侧在传热表面上的液膜被蒸干，表面温度急剧上升，常导致金属壁面的损坏，此现象也称为burn-out，可译为烧段。
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