高能

gāo néng
  • high energy
高能高能
高能 [gāo néng]
  • [high energy] 速度和动能达到与经典运动定律有相对论性偏离的--尤用于由加速器加速的基本粒子

  • 高能物理学

高能[gāo néng]
  1. 本文中首先评述了美国的高能激光武器计划和最新的发展。

    This article reviews American high energy laser weapon programs and recent developments .

  2. GAP高能低特征信号推进剂的研究

    Study on GAP Based High Energy , Low Signature Propellant

  3. 支持系统的高能电池续航时间可达一周,具体时长依据使用情况而定,用USB数据线充电三个小时就能充满。

    It is powered by a heavy-duty battery that can last for up to one week , depending on use . The battery can be charged in just three hours , using a USB cable .

  4. 中国科学家近日宣布,中国高海拔宇宙线观测站(LHAASO拉索)在银河系内发现大量超高能宇宙加速器,这一发现可能颠覆人类对银河系的认识,并有助于揭示宇宙线起源这个困扰了科学家一个世纪的问题。

    Chinese scientists have detected a dozen ultra-high-energy ( UHE ) cosmic accelerators within the Milky ( LHAASO ) .

  5. 美国的科学家们发现了一种方法,可以将食物垃圾转化成一种适合喷气式发动机的高能煤油。

    The US scientists have found a way of converting food rubbish into a highly powerful paraffin suitable for jet engines .

  6. 高能闪光照相X射线能谱的理论研究

    Theoretical research on X ray spectra in the flash radiography

  7. 高能X射线放疗中气腔问题探讨

    Air cavity problems during radiation therapy with high energy X-rays

  8. 高能p-A碰撞中横能分布的几何模型分析

    An Analysis of the New Data of Transverse Energy Distributions in High Energy p-A Collisions Based on Geometrical Models

  9. 高能原初电子谱和扩展X源

    High energy primary electron spectrum and diffusion X-ray source

  10. 高能等离子体分解CO2气体研究

    Study on decomposition of co_2 gas by high-energy plasma

  11. 高能Ar离子辐照PET引起的光吸收变化研究

    Modifications in Optical Absorption of PET Films by High Energy Ar Ion Irradiation

  12. 氮气气氛高能球磨Al2O3相变研究

    Study on Phase Transformation of Al_2O_3 during High Energy Ball Milling in Nitrogen Atmosphere

  13. 多次散射理论与高能pp弹性散射

    Multiple scattering theory and high energy P-P elastic scattering

  14. 电子衍射条件对Si(111)外延时反射式高能电子衍射强度振荡的影响

    The effect of electron diffraction conditions on RHEED intensity oscillations during si ( 111 ) MBE

  15. 环柱型高能连续波HF化学激光器研究

    Study on the Cylindrical Continuous Wave HF Chemical High Energy Lasers

  16. SiC与高能型ZnO非线性电阻在灭磁与过电压保护方面的应用

    The Application of SiC and High Energy ZnO Non-linear Resistor to De-excitation and Over-voltage Protection

  17. 以粗颗粒Al2O3粉为试样,采用高能球磨法制备了纳米Al2O3粉。

    The nano-Al2O3 powders were prepared from the coarse Al2O3 powders by high energy ball milling method .

  18. 高能ZnO线性电阻器

    High Energy ZnO Linear Resistor

  19. 用凝胶渗透色谱(GPC)测定高能火药中的NC和HMX

    Determination of NC and HMX in high energy propellants by gel permeation chromatography

  20. 半导体InP的高能重离子辐照效应研究

    Radiation Effect Study of InP Materials by High Energy Heavy Ions

  21. 高能球磨与热压烧结制备TiAl基合金

    Preparation of TiAl-based Alloys by High-energy Ball-milling and Hot-pressing Sintering

  22. 高能等离子体辅助CVD法新型纳米碳膜的制备及分析

    Investigation of a new type nano carbon film prepared by high energy plasma assisted CVD

  23. 目的观察高能震波(highenergyshockwaves,HESW)治疗骨折不愈合的疗效及安全性。

    Objective To observe the clinical results of the high energy shock waves ( HESW ) for treatment of nonunions of long bones .

  24. 小鼠脑组织高能X射线照射后K~+、Na~+、Ca~(2+)、LDH的变化

    Changes of K + , Na + , Ca 2 + , LDH in Brain of Mice after X Ray Radiation

  25. 铝与K2TiF6混合粉末的高能球磨反应Fe3O4/聚苯胺纳米复合材料高能球磨法制备及其性能研究

    High Energy Ball Milling Process of Al and K_2TiF_6 Powders Fe_3O_4 / polyaniline nanocomposites prepared by high energy ball milling

  26. 但由于高能X射线照相系统本身很复杂,使其成像数目受限制,目前仅能实现单轴或双轴照相。

    Because the high-energy x-ray radiography system is complicated , the number of views is limited , and it only can take a single or two radiographs once .

  27. 随着量子点尺寸的减少,PL谱的光学吸收限移向高能方向。

    With decreasing the size of silicon quantum dot , the limit of optical absorption shifts to higher energy .

  28. 通过X射线衍射(X-ray)、电子扫描电镜(SEM)观察,分析了经高能球磨后互不相溶的Al-Pb混合粉末的微观组织变化。

    In this paper , the microstructures of immiscible Al-Pb alloy in high energy ball milling were studied by X-ray diffraction and SEM .

  29. 在高能时,强作用对称性是SU8(5),带人工色的粒子预言了新的物理效应。

    U.The strong interaction symmetry is SU_s at high energy and we can predict some new physics effects from the technicolour particles .

  30. 结果本次60Co比对的偏差为-1.4%,高能X射线比对的偏差为-1.8%。

    Results The deviation for 60 Co is-1.4 % , and the deviation for high energy X rays is - 1.8 % .