1.
At least, in weak interaction, neutrinos may be superluminal particles.
至少在弱相互作用中，中微子可能是超光速粒子。
2.
The atomic particles resist being accelerated past the velocity of light.
这些原子粒子无法被加快到超过光速。
3.
Resisting Force and Pushing Force of Medium in Motions of Celestial Bodies and Particles Moving at a Speed Greater than the Speed of Light
天体运动中介质的阻力和推力与超光速运动的粒子
4.
Experimental Studies on High-energy Particles Produced during the Interaction of Ultrashort Ultra-intense Laser Pulse with Plasma;
超短超强激光—等离子体中高能粒子的实验研究
5.
Hot Electron Acceleration in the Process of Ultra-intense and Ultra-short Laser Plasmas Interaction;
超强超短脉冲激光—等离子体中高能电子的加速
6.
micro-size particles
微米级粒子，超细粒子
7.
SPH simulation on agglomerate Fe particle deposition in low temperature high velocity air fuel spraying process
低温超音速喷涂团聚铁粒子沉积的SPH模拟
8.
Flight Path Planning of Hypersonic Vehicle Based on PSO
基于粒子群优化的高超声速飞行器航迹规划
9.
Study of the Propagation Property of Optical Solitons in Ultrahigh-speed Communication;
超高速通信中光孤子传输特性的研究
10.
The Study of Electron Acceleration by Ultra-Intense Laser with Circular Polarization
超短超强圆偏振激光对电子的加速研究
11.
At first sight, laser beams and charged particle beams do not seem well suited for particle acceleration.
乍看之下，雷射光束和带电粒子束似乎并不适用于粒子加速上。
12.
Experimental investigation of the slow light and superluminal effects in high-quality three-dimensional colloidal photonic crystals
高质量三维胶体光子晶体中慢光速与超光速的实验研究
13.
Particle Simulation Research on the Interaction of Ultra-short Ultra-intense Laser Pulses and Overdense Plasmas
超短超强激光脉冲与高密度等离子体相互作用的粒子模拟研究
14.
Progress of Ultrafast Low-Power Photonic Crystal All-Optical Switching
超快速低功率光子晶体全光开关研究进展
15.
Study on Damage Behavior of Optical Glass Impacted by Hypervelocity Microparticle
粉尘微粒子高速撞击光学玻璃损伤行为研究
16.
Micrography technique of particle velocity measurement in the high temperature jet flow
高温射流中粒子测速的脉冲激光显微照像技术
17.
Nondestructive Identification of Different Oil Content Maize Kernels by Near-Infrared Spectra
近红外光谱法快速无损识别普通、高油、超高油玉米籽粒
18.
Unified Phenomena of Fixed Nucleus and Superluminal Velocity in Relativistic Superluminal Model;
视超光速源的“核固定”与视超光速