The gas evolution capability of materials used in tube has direct effect to the performance and life of the tube.
管内材料放气性能的优劣直接影响着整管的性能和寿命。
In the gas evolution step, with the axis rotation, the flux through each side of the triangular element is obtained.
在第②步中，采用旋转坐标轴的方法来计算非结构网格单元各边的通量。
The instantaneous gas evolution was detected by FTIR and the evolutions of CH4, CO2, CO and tar were qualitatively analyzed.
热解气体的逸出情况由FTIR进行实时检测，并且定性分析了CH 4、CO2、CO和焦油的析出情况。
Different types and composition of inclusions reflect different oil-gas evolution level and oil-gas migration in different phases.
包裹体类型和成分的不同，反映了油气的不同演化程度和不同运移期次。
The tensile strength, toughness, hardness, constant current corrosion performances and gas evolution behavior were detected and analyzed.
测试并分析了该合金的强度、塑性、硬度、恒流腐蚀及析气等特性。
Surface Imperfections: Melt temperature may be too high causing resin decomposition and gas evolution (bubbles).
外观不完整：塑料熔化温度过高导致树脂分解和气泡。
With the above models, the oil and gas evolution history in a sedimentary basin with complex lithology can be modeled.
利用这一组模型。可以对既有碳酸盐岩又有碎屑岩的复杂岩性沉积盆地中的油气演化进行模拟。
The gas evolution test method has the advantage that the effective coal dust content in green sand can be determined rapidly and accurately.
发气量试验方法的优点是能够迅速和准确地确定 型砂中有效煤粉的具体含量。
This article introduces the theory, equipment and method of testing the performance of gas evolution of materials used in tube under high temperature environments.
本文简介了测试管内材料高温放气性能的原理、装置和方法。
Mercury free Zinc powder for alkaline Zn MnO 2 batteries is produced by atomizing in N2. A systematical research is carried out into the gas evolution behavior of Zinc alloy powder .
采用氮气雾化法制得碱锰电池用无汞锌粉，考察了各种微量合金元素的浓度对锌粉析气量的影响。
The results showed that the discharge capacity of the MH electrode increased slightly when 3% silver was added, but the amount of the gas evolution from the simulated cell was obviously reduced.
实验表明，在贮氢电极中添加3 %质量分数的银添加剂，电极容量略为增加，且明显降低了模拟电池的析气量。
The results showed that the discharge capacity of the MH electrode increased slightly when 3% silver was added, but the amount of the gas evolution from the simulated cell was obviously reduced.
实验表明，在贮氢电极中添加3 %质量分数的银添加剂，电极容量略为增加，且明显降低了模拟电池的析气量。
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