重力影响的英文

• gravity effect
• influence of gravity

• "重力"英文翻译    gravity; force of gravity; g ...
• "影响"英文翻译    influence; affect
• "重力影响圈" 英文翻译 :    circle of gravitational influence
• "动力影响" 英文翻译 :    dynamic effect; dynamic influence
• "反力影响线" 英文翻译 :    influence line for reaction
• "风力影响" 英文翻译 :    wind effect; windage
• "能力影响" 英文翻译 :    effect on capacity
• "气动力影响" 英文翻译 :    aerodynamic influence
• "引力影响" 英文翻译 :    attractive effect
• "应力影响" 英文翻译 :    stress effect
• "阻力影响" 英文翻译 :    drag effect
• "支座 反力影响线" 英文翻译 :    a line; influence line of reactions
• "空气动力影响系数" 英文翻译 :    aerodynamic influence coefficient
• "力影响产生的偏差" 英文翻译 :    drift
• "生殖力影响试验" 英文翻译 :    fertility and general reproductive performance studies segment1 study
• "有风力影响的射程" 英文翻译 :    wind effect range
• "支承力影响曲线" 英文翻译 :    a line; aline
• "重力场影响" 英文翻译 :    gravitational field effect
• "重力的影响" 英文翻译 :    influence of gravity
• "爆炸引起的空气压力影响" 英文翻译 :    effects of air pressure caused by explosion
• "超音速空气动力影响系数" 英文翻译 :    supersonic aerodynamic influence coefficient
• "中间主应力影响系数" 英文翻译 :    parameter of the influence of intermediate stress
• "不受反魔法能力影响法术破除结界" 英文翻译 :    break enchanment
• "受压构件承载能力影响系数" 英文翻译 :    influence coefficient for load-bearing capacity of compression member; influence coefficient for load―bearing capacity of compression member; influence coefficient for spacial action
• "天文潮天文潮汐(受日月吸力影响的潮汐" 英文翻译 :    gravitational tide

• The outputs of these accelerometers are the three coordinates of the inertial velocity of the vehicle with the exception of gravity effects .
  这些加速度计的输出是三个没有重力影响的飞行器惯性速度座标。
• The importance of diffusion processes can be gauged by comparing the distances which a particle travels under the influence of gravity and diffusion .
  扩散过程的重要性可以通过比较粒子在扩散和重力影响下经过的距离来衡量。
• There is no gravity affecting you in astral form
  处于星体躯体中时没有重力影响你。
• Within the cloud , some parts are sufficiently dense to start collapsing under their own gravity
  在星云里面，某些部分足够致密而在自身重力影响下开始塌缩。
• Also , there is gravitation force from the earth to make it move around the earth , then what is the use of solar energy
  地球与所有物质一样，所产生的重力影响是无远弗届的。
• Through verification , we arrive at the following conclusions : in the equilibrium state , gas molecules are not affected by gravity in terms of speed distribution
  通过论证可以得到以下结论；在平衡态，气体分子按速度的分布不受重力影响。
• Yet this epoch - making discovery causes another dilemma : it contradicts newtons law of gravity which implies that gravitational force is instantaneous , that is having infinite speed
  可是这一划时代的发现却带来另一项矛盾：它和牛顿重力学暗含的瞬时重力影响大相迳庭。
• The performance of the cngs , including transmission efficiency , neutron flux , flux spectrum , divergency , uniform and gravity effect , have been analysed technically . that the scheme of supermirror guide is optimum has been given and adopted
  在此基础上，分别从传输效率、中子注量率、谱形、发散度、均匀性和重力影响方面，对导管性能进行了技术分析，提出了超镜导管是建设的最佳方案，并被工程设计采纳。
• The temporal , spatial and frequency - field characteristics are discussed . the validity of the corresponding empiric formula is analyzed and the atmospheric effects and correction method are investigated in the data analysis of the ground - based observations . the atmospheric effects on the gravity observations are analyzed and detected using the gravity data recorded with the superconducting gravimeters at the global geodynamic project ( ggp ) stations
  利用实测地面气温、气压资料获得大气负荷效应时间序列的数值结果，研究大气影响的时间、空间和频率特征，分析经验公式的有效性，研究地面观测和数据分析大气影响和改正的方案；利用ggp台站超导重力观测资料，分析检验大气重力影响；分析igs台站大气位移改正的可能性
• Second , it presents the project design of an astronauts ’ kinetic measurement system that can precisely measure the forces and moments of key points on motorial person . it presents a principle and flow of the project design of an astronauts ’ kinetic measurement system . and it particularly discusses the demarcate of camera system , the gathering and storage of experiment pictures , pick - up of the symbol data , the parameter calculating method of target movement , and the general design of assistant equipment
  然后给出航天员作用力测量实验系统的设计方案,该系统能够克服重力影响,较精确地得出运动时人体各关键点产生的力和力矩;给出了航天员运动参数测量实验系统的原理及流程,并详细论述了摄像系统标定,实验图像的采集与存储,标志点数据的提取及目标运动参数解算的方法;给出了辅助设备的概要设计。