- 更多网络例句与引力相关的网络例句 [注：此内容来源于网络，仅供参考]
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This paper presents the theoretical localization in modern gravitation, the appurtenance oneself characteristic sets out, putting forward the gravitation exsits new speculation, to establish a kind of new model and reasonable explaining every kind of object ive gravitation phenomenon and to this proceeding study.
指出了现代引力理论的局限性，从物体自身特性出发，提出了引力存在的新构想，建立了一种新模型来解释各种客观引力现象并对此进行了探讨。
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Analysed from 3 respects here disturb gravitation is right ballistic influence, imitate result makes clear, it is the long-range missile of 10000 Km above to cannon-shot, disturb the influence of gravitation can cause those who exceed the 10-5m S-2 of × of placement deviation;5 of 1 Km to disturb gravitation systematization deviation has apparent effect to missile point of fall.
这里从3个方面分析了扰动引力对弹道的影响，模拟结果表明，对于射程为10000 km以上的远程导弹，扰动引力的影响会造成超过1 km的落点偏差；5×10-5m s-2的扰动引力系统性偏差对导弹落点有明显影响。
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Then we discuss the shield effect, temperature effect and speed dependency of gravitation. These new quantum gravitational effects are in fact couch inside the Einstein's equation in general relativity.
接着讨论引力的屏蔽效应、温度效应以及引力对速度的依赖，这些新的量子引力效应实际上已隐含在广义相对论的爱因斯坦方程之中。
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Earth's gravitational attraction, such as solar gravity of the Milky Way's gravitational more!
地球引力太阳引力银河系引力等更大的引力！
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In general relativity theory, graviton is the massless tensor particle, which results in gravitation action in proportion to the energy.
在爱因斯坦引力理论下，引力子为零质量的张量粒子，它导致了粒子之间存在着正比于能量的引力作用。
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Upon that, electron and graviton form the vortex relation can on the polymer initial stage only, at this time ,degree of polymerization is smaller, leavings force ling are much..
总体上，所有粒子都受到引力的作用，任何一枚粒子，它向空间发出的引力线并非仅仅着用于一个对象，引力子对外，仅形成引力，斥力子对外既形成斥力也形成引力，质子、中子是"微回旋星系"，它们以"星系"为单位在原子内部回旋，原子外层电子的数量要比现在认为的多上亿倍，原子结构是由这些成员力的关系和能量不灭规律决定的。
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In Quantum Gravity theory, gravity is produced by massless gravitons so that gravitons now represent individual packages of curved space that travel through space at the speed of light.
在量子引力论中，引力产生于无质量的引力子，只有这样才能解释引力子何以以独立的空间弯曲因子的形式在空间中以光速传播。
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The characters of several current calculation methods of disturbing gravitation are compared and the spherical harmonics function to calculate the disturbing gravitation is adopted.
通过比较几种现有的扰动引力计算方法的特点，采用了球谐函数法计算扰动引力，给出了用几何关系法求落点偏差的方法，分析了扰动引力在导弹飞行过程中的变化趋势和球谐函数模型取不同阶数时扰动引力计算造成的落点偏差，实现了通过合理选取球谐函数阶数来保证扰动引力截断误差较小的快速计算。
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For example of atom of hydrogen, it must be enough surrounding electrons so can be form a "electron space", it could be form gravitation among electron and proton, at first whole gravitation line may acts with proton ,but if the quantity of electron go to much ,every one can got gravitation line from proton would be lower, the gravitation between proton and electron would be drop, when it is reached fixed lever, this power is equal to expulsive force which between electrons , so it would be reach balance, the electron can't much more.
之间形成引力，质子向外发出的引力线本来可以全部同外围电子作用，但是，电子多了，每一枚电子从质子分到的作用引力线便减少，它们同质子间的引力要下降，下降到一定程度，此力等于电子间的斥力，达到平衡，电子便不能再多。
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The gravitational thermodynamics of space-time foam is studied in Chapter 5 by one-loop quantum gravity and statistical thermodynamics. It is shown by further discussions of Hawking's results that Hawking-Unruh themal radiation should contain thermal gravitons or the contribution of quantum space-time foam. As a by-product, the one-loop quantum gravity correction to the classical black hole thermodynamics is also given.
我们在第五章用单圈量子引力和统计热力学探讨了时空泡沫的引力热力学，对Hawking的研究成果的进一步讨论表明，Hawking-Unruh热辐射应该还包含热引力子或量子时空泡沫的贡献，我们同时给出了单圈量子引力对经典黑洞热力学的校正。
- 更多网络解释与引力相关的网络解释 [注：此内容来源于网络，仅供参考]
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gravitational attraction：引力,重力
gravitational acceleration 重力加速度 | gravitational attraction 引力,重力 | gravitational constant 引力常数,引力常量
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gravitation constant：引力常数
gravitation 引力 | gravitation constant 引力常数 | gravitation dynamics 引力动力学
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gravitational constant：引力常数,引力常量
gravitational attraction 引力,重力 | gravitational constant 引力常数,引力常量 | gravitational field 引力场,重力场
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gravitational mass：引力质量
在万有引力定律中引入的物体质量, 称为引力质量(gravitational mass). 引力质量与在牛顿运动定律中引入的惯性质量(inertial mass)一样, 也是物体自身的一种属性的量度, 它表征了物体之间引力作用的强度. 虽然引力质量和惯性质量代表了物体的两种不同的属性,
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gravitational mass：重力質量=引力質量
gravitational lens 重力透鏡= 引力透鏡 | gravitational mass 重力質量=引力質量 | gravitational potential 重力位,重力勢= 引力勢
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gravitational mass：引力品質
gravitational force 引力 | gravitational mass 引力品質 | gravitational potential energy 引力位能
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gravitational potential difference：引力势差,重力势差
gravitational potential 引力势,重力势 | gravitational potential difference 引力势差,重力势差 | gravitational potential energy 引力势能,重力势能
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gravitational potential：引力势,重力势
gravitational mass 引力质量 | gravitational potential 引力势,重力势 | gravitational potential difference 引力势差,重力势差
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gravitational potential：引力势
gravitational paradox 引力佯谬 | gravitational potential 引力势 | gravitational quantum 引力子
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gravitational pull：引力
她发现,三位膜有其自己的万有引力(gravitational pull),可以防止引力子自由漂移到第五维度中去. 由于三位膜的引力作用,引力子只能附着在三位膜上(就像苍蝇被粘在粘蝇纸上那样). 这样,当我们试图测定牛顿定律的时候,我们会发现,