1.
The Resonance of a Gaussian Beam in a Static Magnetic Field to High-Frequency Relic Gravitational Waves;
在一静态磁场背景中高斯型微波束对高频遗迹引力波的谐振响应
2.
Relic Gravitational Waves Energy-Momentum Pseudo-Tensor in Mφller-Landau Expression and Its Asymptotic Behavior of High-Frequency
遗迹引力波能量-动量赝张量的Mφller-Landau表述及其高频渐近行为
3.
Relic Gravitational Wave and Positive Definite and Expression of Their Energy-Momentum Pseudo-Tensor in De sitter Background Spacetime of the Curve;
De sitter弯曲时空中遗迹引力波及其能量动量赝张量的表述和正定性问题
4.
Supernovae remnants can leave behind pulsars or spinning neutron stars that may produce gravitational waves.
超新星遗迹中可能还存留有脉冲星或自旋中子星，而这些都会产生引力波。
5.
Pulsars and Supernovae are shown on the sky because scientists believe they emit gravitational waves.
天球上标识出了脉冲星和和超新星遗迹，因为科学家们相信它们都会发射出引力波。
6.
The appeal of geological traces is limited as a tourism resource.
地质遗迹作为旅游资源,其吸引力有一定的局限性。
7.
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
8.
On Evidentiary Effectiveness of Handwriting Identification--In the View of Handwriting Identification in the Case of Fighting for the Century Heritage
论笔迹鉴定结论的证据效力——兼谈“世纪遗产争夺案”的笔迹鉴定
9.
a remnant of medieval days
中世纪的遗迹 [遗风]
10.
Measuring multistage machining process capability based on process variation trajectory chart
基于波动轨迹图的多工序过程能力量测方法
11.
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
12.
Mages often seek to emulate the powerful relics lost to time and apocalypse.
法师们一般致力于寻找模仿因时间和启示录而遗失的强力遗迹的方法。
13.
The City of Memory inherits the layout and texture of the ancient city, preserves historical relics and sites, taps the connotations of historical culture, and introduces new vital factors.
记忆之城延续古城格局与肌理，保留古迹与历史遗迹，发掘历史文化内涵并赋予新的活力要素。
14.
ROLE AND ASSESSMENT ON POTENTIALITIES OF GEOLOGICAL VESTIGES AND GEOLOGICAL LANDSCAPE IN TOURISM DEVELOPMENT IN YADING;
地质遗迹与地质景观在亚丁旅游开发中的地位及其潜力评价
15.
The size of the vibrations depends on the strength of the gravitational wave.
振动的幅度依赖于引力波的强度。
16.
Binary stars are the strongest and most predictable sources of gravitational waves.
双星是最强最可预测的引力波源。
17.
The strength of the gravitational wave determines how much an object will change in shape.
引力波的强度决定了物体形变的程度。
18.
These spacetime distortions travel as gravitational waves.
这些时空的改变以引力波的形式传递。