虚粒子

当能量恢复时虚粒子湮灭。

When energy recovery at the virtual particle annihilation .

相对论虚粒子力学是相对论量子力学的另一种等价表述。

Relativistic virtual particle mechanics is a new equivalent theory of relativistic quantum mechanics .

在虚粒子力学基础上，进一步建立了相对论虚粒子力学，证明了相对论虚粒子力学与Klein-Gordon方程的等价性。

Relativistic virtual particle mechanics is established on the basis of virtual particle mechanics . It is proved that relativistic virtual particle mechanics is equivalent to Klein-Gordon equation .

从计算精度、拉伸不稳定性、虚粒子方法、初始光滑长度和非均匀粒子间距界面等五个方面讨论了SPH方法数值计算相关问题。

Five problems related with numerical simulations , such as the computational accuracy , tensile instability , ghost particle method , initial smoothing length and material interface made by different particle spacing , are studied .

虚粒子方法是处理固壁边界的一种有效方法。

The ghost particle method is an effective method to deal with the rigid boundary condition .

由于它们的存在这样的短暂，他们经常被称作虚粒子。

Since their existence is so fleeting , they are usually referred to as virtual particles .

以虚粒子为特征的阴性物质能量的释放&人类可利用的新能源之探索

The Release of the Energy of Negative Material Characterized by Virtual Particles & A Probe into the New Energy Sources Utilizable by Human Beings

探索以虚粒子为特征的阴性物质能量释放的条件，是解决人类可利用的新能源的当务之急。

To probe into the release conditions of the energy of negative material characterized by virtual particles is , therefore , one of the urgent affairs to find new utilizable energy sources for human beings .

引入虚粒子概念，并在两个公设基础上建立了虚粒子力学，证明了虚粒子力学与量子力学的等价性。

A new concept , virtual particle is presented , and a new mechanics , virtual particle mechanics is established on two postulates . It is proved that this new mechanics is equivalent to quantum mechanics .

首先在单次散射模型基础上，研究了偏振光多次散射矢量传输模型，然后将大气视作分层介质，提出了虚粒子的概念，形成了偏振光子的多层大气散射模型。

Firstly , we study a multiple scattering vector transmission model of polarized photons based on the single scattering model . Then we take atmosphere as a multilayer medium , and propose the concept " virtual particles " to establish the scattering model of polarized photons in the multilayered atmosphere .