1.
COUNTER LAGRANGIAN CALCULATION OF EINSTEIN GRAVITY COUPLING SCALAR FIELD
含耦合标量场的量子引力发散抵消项的计算
2.
An Approach Originated from Penrose Binor Calculus in Loop Quantum Gravity
圈量子引力中源于Penrose双元计算的研究途径
3.
Evaluation of eigenactions of area and volume operators in loop quantum gravity
圈量子引力中面积与体积算符本征作用的估值
4.
Recoupling Matrix of Action on Rescaled Basis in Loop Gravity
圈量子引力中作用于重标基的重耦矩阵
5.
It has proven difficult to construct quantum models of gravity, the remaining fundamental force.
已经证明构建仍然是基本力的量子引力模型是困难的。
6.
The Energy-Momentum Pseudo-tensor of the Cylindrical Gravitational Waves and Gravitational Solitons;
柱面引力波和引力波孤子的能量动量赝张量
7.
General Relativity Effect of Photon and Graviton with Rest Mass;
光子、引力子静质量的广义相对论效应
8.
CANONICAL QUANTIZATION OF GAUGE FIELDS (Ⅲ)--GRAVITATIONAL FIELD
规范场的正则量子化(Ⅲ)——引力场
9.
A New Approach to Detect Continuous Gravitational Waves by the Folded Optical Soliton Storage Ring Adhering to Resonance Masses;
测量引力波的新方法光孤子存储环－共振棒测引力波
10.
a weak interaction between particles that results from their mass; mediated by gravitons.
粒子间的弱相互作用，由质量引起；以引力子作为媒介。
11.
The power of attracting or of arousing interest.
吸引或引起兴趣的力量
12.
The incredible success of quantum electrodynamics raises the question.
量子电动力学惊人的成功引起了这一问题。
13.
Electromagnetic Response to Gravitational Wave: Classical Description and Its Quantum Duality;
引力波的电磁响应：经典图象及其量子对偶性
14.
Einstein never worked out how to combine quantum mechanics with gravity.
爱因斯坦并没有找到将量子力学与引力结合起来的理论。
15.
A Study of Gravity and Thermodynamics of Horizons and Quantum Tunneling Method of Hawking Radiation and Related Research
引力和视界热力学及Hawking辐射量子隧穿方法的相关研究
16.
drawbar pull - weight ratio
牵引杆拉力-重量比
17.
the power to entice or attract through personal charm.
能吸引或诱惑人的力量。
18.
Three Dimensional Cartesian Representation of Gravity Vector and Gravity Tensor
引力向量与引力张量的三维笛卡儿坐标表示式