1) strong gravity
强引力
1.
A square term of the curvature scale R is introduced into the strong gravity Lagrange in the de-Sitter form.
将R~2理论引入强引力中,结果表明一个纯引力场的R~2理论同一个有均匀物质密度分布的Einstein强引力理论是等价的,或者说,存在一个从纯引力场产生物质的机制。
2) gravitational field strength
引力场强
1.
By drawing an analogy of mathematics expression between the law of universal gravitation and Coulomb, and employing the research methods of electrostatic field, the author introduces the Gauss theorem about the concept of gravitational field strength and gravitational field.
本文利用万有引力定律与库仑定律数学表达式的相似性,类比静电场研究方法,引入引力场强概念与引力场的高斯定理,解决了教学与习题中对称性质量分布的引力问题。
3) gravity enhancement
引力场增强
4) gravitational field intensity
引力场强度
1.
"Universal gravitational field intensity" and "gauss theorem of the universal gravitational field";
“万有引力场强度”与“万有引力场的高斯定理”
6) pull strength for fine wire
细引线拉力强度
1.
This article deals with topics in the critical process involved in the CQFP;such as metallization paste,precision large scale printing, big cavity iso-static pressing,pull strength for fine wire and its future directio.
文中叙述了CQFP陶瓷四边引线扁平外壳工艺研究中的关键工艺技术,如：金属浆料的配制工艺技术、大版精细印刷工艺技术、大腔体层压工艺技术、细引线拉力强度工艺技术等,以及今后努力的方向。
补充资料：椐椐强强
1.相随貌。
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