spacetime

The spacetime structure and properties of the solution of dust particle are discussed .

讨论了尘埃粒子解的时空结构及其性质，导出了尘埃粒子的内空间的离散结构。

A Study on Spacetime Evolution of Soil Erosion Based on ANN-CA Model

基于ANN-CA模型的土壤侵蚀时空演化分析

Analyze the correlation in spacetime correlation channel model for MIMO

MIMO中微小区空时相关信道模型的相关性分析

A Pilot Symbol Aided Channel Estimation for SpaceTime Coding System

一种结合空时编码的导频辅助信道估计方法

Another possible effect of discrete spacetime involves very high energy cosmic rays .

离散时空的另一个可能的效应，牵涉到极高能量的宇宙射线。

Mirror model and black hole I. structure of spacetime

运动镜模型黑洞：时空结构

Ray tracing system of spacetime relativistic effect with coordinate rotation

具有坐标旋转变换的时空相对效应光线跟踪系统

The spacetime structure and properties of dust particle

尘埃粒子的时空结构及其性质

The notions of space and time merge into a single concept : spacetime .

于是，空间与时间的看法融合成单一概念：时空。

Due to its complexity , the practical distributed spacetime coding is still a big challenge .

但是由于其复杂性较高，实用性的分布式空时编码的研究仍然面临着很大的挑战。

A Theory of Classical Spacetime ( I ) & Foundations

一种经典时空理论（Ⅰ）&基础

When matter accelerates through space , it changes the curvature of spacetime .

当物质在太空中加速运行时，它会改变时空结构的曲率。

Conceptions of Relativistic Reference System and Transformations of Spacetime Coordinates

相对论参考系的基本概念及常用时空坐标间的变换

The phenomenal relational spacetime has no objective time .

作为显现的关系现象的时空不存在客观的时间。

The sun attracts Earth by warping the spacetime around it .

太阳就是扭曲其周围的时空，来吸引住地球。

It takes a very large mass or a great concentration of mass to produce much spacetime curvature .

我们得有非常大的质量或者很高的质量密度，才能产生很大的时空曲率。

Mechanics of the standard spacetime theory

标准时空论力学

How does the spin of a black hole affect the spacetime around it ?

旋转黑洞怎样影响四周之时空？

The generalized uncertainty relation and the entropy of de sitter spacetime

广义测不准关系与DeSitter时空背景下的熵

The Method of Separation of Variation for Hamilton - Jacobi Equation in Curved Spacetime

弯曲时空中Hamilton－Jacobi方程的变量分离法

Thermal effect and event horizon equation in higher dimensional Vaidya spacetime with a ≠ 0

∧≠0时高维类vaidya时空的事件视界方程及其热效应

Decoupled unified field equations of arbitrary spin in Kerr spacetime

Kerr时空中任意自旋的统一场方程的退耦和分离变量

Application of the Hyperbolic Complex Number and Hyperbolic Complex Group in 1 + 1 Dimensional Relativistic Spacetime

双曲复数与双曲复群在1+1维相对论时空中的应用

The sinking of the trampoline represents how heavy objects curve spacetime .

蹦床的下陷描绘了大质量物体如何扭曲时空。

The crucial event in spacetime involves the destruction of one particle and the creation of three other .

空时中的重要事件包含着一个粒子的消灭和3个粒子的产生。

When the curvature of spacetime is very large , however , the quantum aspects of gravity become significant .

但是如果时空的曲率很大，重力的量子效应就不可忽视。

Standard Spacetime Theory (ⅰ)

标准时空论（Ⅰ）

However , in curved spacetime the solution of Dirac equation is highly nontrivial .

然而，在弯曲的时空中，要解出狄拉克方程不是一件简单的事。

Static charged dust sphere in a conformal flat spacetime

共形平直空&时中的静态荷电尘埃球

Objective To compare spacetime distributional patterns of sudden death and mushroom poisoning in Yunnan .

目的从时空分布角度对云南省不明原因猝死及蘑菇中毒进行比较。