1) molecular emission cavity analysis
分子发射空穴分析
2) hole-emitting
空穴发射
3) molecular emission
分子发射
1.
Based on the principle of molecular emission in hydrogen flame,sulphur-containing and phosphorus-containing substances in solutions were determined directly using self-made apparatus.
本文采用氢火焰分子发射法,用自制仪器直接测定水溶液中的含硫、磷化合物,该法装置简单、分析时间短。
4) cavitated bifurcation
空穴分岔
1.
The spherical cavitated bifurcation problems is examined for a solid sphere composed of a class of incompressible hyper-elastic materials which are transversely isotropic about the radial direction.
研究了由一类关于径向各向异性不可压缩超弹性材料组成的球体在给定的表面径向拉伸死载荷作用下的空穴分岔问题。
2.
Based on the energy principle,a cavitated bifurcation problem is examined for a solid sphere composed of a class of homogeneous isotropic incompressible Rivlin-Saunders materials,where the sphere is subjected to a prescribed tensile dead-load.
基于能量原理,研究了由一类均匀各向同性不可压缩的R ivlin-Saunders材料组成的实心球体在给定的表面拉伸死载荷作用下的空穴分岔问题。
3.
A spherical cavitated bifurcation problem is examined for a solid sphere composed of a class of compressible hyper-elastic materials.
研究了一类可压缩超弹性材料组成的球体的空穴分岔问题。
5) cavitation bifurcation
空穴分叉
1.
The problem for spherical cavitation bifurcations in superealstic materials is formulated in the first section of the paper.
首先给出了超弹性材料球形空穴分叉问题的数学提法；其次给出了修正Ｂｌａｔｚ－Ｋｏ材料球形空穴分叉问题的两个新的精确解，并计算了空穴生成时，空穴附近的应力集中因子和应力间断，最后数值计算了空穴分支
6) void distribution
空穴分布
1.
To improve the void distribution and thermal performance of phase change thermal storage devices,thermal storage containers embedded with nickel foam cores were designed and manufactured based on the theoretical research.
为了改善固液相变蓄能装置的空穴分布及传热性能,在理论研究基础上设计制造了填充泡沫镍的固液相变蓄热容器,与未填充泡沫镍的蓄热容器一同进行了相变蓄热实验,利用铂电阻(Pt100)和数据采集模块(ADAM-4000)测得了各蓄热容器的温度变化数据,实验后对各容器进行了CT(Computed Tomography)扫描,得到了容器内部的空穴分布图像。
补充资料：导弹机动发射(见导弹发射方式)
导弹机动发射(见导弹发射方式)
maneuverable launching of missile
算薰;笙簌巍骂 able launching 式。
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