gravitational mass

英 [ˌɡrævɪˈteɪʃənl mæs] 美 [ˌɡrævɪˈteɪʃənl mæs]

网络  引力质量; 重力質量; 重力质量; 引力質量

化学



双语例句

  1. And so you see that the gravitational force due to the earth on a particular mass is linearly proportional with the mass.
    你知道重力由地球产生,它与物体质量,成正比。
  2. So this gravitational force equals mass m G/ R^ 2 G divided by R squared& the force of gravity.
    重力等于,日m地,of,the,sun,mass,of,the,Earth,times,乘以-,这是重力。
  3. The result was a remarkably accurate estimate of a parameter called the gravitational constant, and from that Cavendish was able to calculate the density and mass of the earth.
    测量结果惊人的准确,他测出了万有引力恒量的参数,在此基础上卡文迪许计算地球的密度和质量。
  4. One is the potential energy of a body of mass m in the gravitational field of the Earth ( a gravitational field acts on the mass of a body).
    一种是质量为m的物体在地球重力场中的势能(物体的重量受重力场的作用)。
  5. A clustering result evaluating algorithm is presented in a gravitational way, where all the data points in the data space are regarded as the particles assigned with unit mass.
    为了定量分析聚类算法的聚类结果,提出了基于引力概念的聚类质量评估算法。
  6. It is a remarkable fact that the inertial mass of all bodies is, within experimental accuracy, proportional to the gravitational mass.
    值得注意的是,在实验的准确度内,所有的物体的惯性质量与引力质量都成正比。
  7. This paper sums up disturbance gravitational computation methods ( Bjerhammar, suppositional point mass, suppositional single layer density) by using operator operational method.
    利用算子运算的方法,对求定外空扰动引力的Bjerhammar方法、虚拟点质量方法以及虚拟单层密度方法进行了系统地归纳;
  8. The Inertial Mass and the Gravitational Mass
    惯性质量与引力质量
  9. Deformation and failure process of argillaceous limestone are resulted from weakness of rock mechanical property caused by weathering and from loose structure caused by gravitational bend; and finally, the whole structure of rock mass is entirely collapsed.
    巴东组第3段泥质灰岩边坡的变形破坏过程是由于风化引起岩石力学性质弱化和重力变形导致岩体结构松动,直至整体结构崩溃的复合过程。
  10. Discussing on mass-questioning gravitational mass
    关于质量的讨论&引力质量质疑
  11. These exists a strong coupling relation between hyperconcentrated flow transport and gravitational erosion, which ensures a rapid removal of mass wasted materials.
    高含沙水流搬运与重力侵蚀之间存在着很强的耦合关系,这是黄土高原高强度侵蚀产沙过程形成的重要因素。
  12. The Unified Solution to Gravitational Problem of Certain Symmetric Mass Distribution
    某些对称质量分布引力问题的统一解法
  13. Discussed was the influence of photon rest mass on the delay of the radar echo which was sent from the earth and was reflected from the plant in the gravitational field of the sun, when the photon rest mass did not equal to zero in the curved time-space.
    讨论了弯曲时空下,当光子静止质量不为零时引力的时间延迟效应,即光子静止质量对在地球上发射再从行星上反射回来的掠过太阳的雷达回波延迟的影响。
  14. The Gravitational Field within Rotating Mass
    旋转质量的内部引力场
  15. During gravitational differentiation the earth mass is gradually concentrated to the core of the earth and the motion energy of the earth self rotation is also to the core and cause division of spheres and their differential rotation.
    在重力分异过程中,随着地球质量不断向地心集中,地球自转动能也不断向地核集中,从而产生圈层分化和差异旋转。
  16. In the first section of this article, we introduce the gravitational spectral shifts of static gravitational field, and spectral shifts of gravitational fields with mass, or electric charges or cosmological constant.
    本文第一部分系统地介绍了引力场的频移效应,如均匀引力场,静态引力场,质量源,电荷源,宇宙常数等等引力场中谱线的频移效应。
  17. In this paper gravitational mass defect in charged static and spherically symmetric metric discussed by [ 1,3] is extended to the case in which charge is kept constant in the course of gravitational mass defect.
    本文在文献[1,3]讨论荷电静态和球对称度规下的引力质量亏损的基础上进一步讨论电荷守恒的情况。
  18. This paper touches upon gravitational radiant power and radiant angle distribution of space rectangular lattice arrays of mass quadrupole oscillators, and gives analytic expression.
    本文讨论了质量四极振子空间矩形点阵阵列的引力辐射功率和辐射角分布,并给出了解析表达式。
  19. Algorithms and Application of Gravitational Model in Mass Transit Passenger Flow Distribution Forecast
    在公交客流分布预测中重力模型的参数标定及其应用研究
  20. The synergy of the gravitational field with the other fields influences the mass transfer, heat transfer and affinity adsorption in the tapered bed, and the transfer directions depend upon the synergy results.
    上流锥形床亲和层析在多场协同下,其传质、传热以及吸附反应相互影响,过程的最终传递方向将取决于各场之间综合作用的结果。
  21. If we recognize that the gravitational field produced by the source matter no longer possesses gravitational mass, then the value of n in that expression can be determined, and the distribution of field energy can also be determined consequently.
    如果认为场源物质所产生的引力场不再具有引力质量,则可决定该密度式中的n值,即引力场能量的分布也被确定。
  22. The demonstration of unreasonableness for inertial mass and gravitational mass, inertial reference frame and inertial force was given. The concept of matter mass was confirmed.
    论证了惯性质量、引力质量、惯性参照系、惯性力的不合理性,确定了物质质量的概念。
  23. Object Gravitational Potential Possessed of Any Mass Distribution
    任意质量分布物体的引力势
  24. For the gravitational field of singular centralized mass, it can be shown, as in GR, that the gravitational mass and the inertial mass are equal.
    对于单个集中质量的引力场,与GR一样,可证实引力质量与惯性质量相等。
  25. The equivalency of the inertial mass and the gravitational mass is an important prerequisite to the postulate for general relativity.
    惯性质量和引力质量的等效性是广义相对性公设的一个重要论据。
  26. The analysis is based on the Newton incremental gravitational potential whose source is the time-varying incremental mass density.
    分析的基本出发点是牛顿万有引力位是由随时间变化的质量密度增量产生的;
  27. The Gravitational Field of Magnetic Dipole Whose Static Mass Is Nought
    零静止质量磁偶极子的引力场问题
  28. The fundamental principle of inertial navigation is based on the principle of equivalence of inertial mass and gravitational mass.
    惯性导航的测量原理基于惯性质量和引力质量等效原理。
  29. Gravitational mass defect and rotational mass effect for a rotary solid sphere in general theory of relativity
    广义相对论中自转球体的引力质量亏损和转动质量效应
  30. Weak equivalence principle is one of the basic hypotheses of Einstein general theory of relativity and all other theories of gravity. The WEP states bodies of different structure and compositions have the same ratio of gravitational mass to the inertial mass in uniform gravitational field.
    弱等效原理是爱因斯坦广义相对论的基本假设之一,它指出在均匀引力场中,不同组份物体的惯性质量和引力质量之比相等。

英英释义

noun

  1. (physics) the mass of a body as measured by its gravitational attraction for other bodies