Velocity Time Dilation for Object Equation and Calculator The Lorentz Factor to calculate Speed Time Dilation According to the Theory of Relativity also heat, pressure and magnetic fields slow time. t = to/ [ 1 - ( V / c )2](1/2) or Time observed in the other reference frame = Time ...
Principle of velocity analysis for time-shifting hyperbolic equation and its application垂向对称轴横向各向同性(VTI)介质时移双曲线叠前时间偏移各向异性速度分析针对时移双曲线NMO方程的非椭圆特性,研究时移参数和非椭圆参数之间的关系,引入了局部坐标系中能描述反射双曲线形状的两个约束参数,推导出相关计算公式.建立...
The conversation goes through a series of equations and steps to find the velocity of the rocket as a function of time. In the end, it is determined that the velocity of the rocket can be represented by the equation V=Kt+Vi, with K being a constant. However, this eq...
awhere kB is the Boltzmann constant, T is the temperature, and η 那里千字节是伯磁曼常数, T是温度和η[translate] athe diffusion velocity of the considered particle is the same to 正在翻译,请等待...[translate] athe equation for decay time into the above equation, and by[translate]...
Anyway we have not yet derived an equation for f because its time derivative is expressed in term of another object namely f2. An evolution equation for f2 involve f3, the joint distribution of three particles and so on up to arrive to the total particle number N. Here the Boltzmann main...
The manipulated input variable is the characteristic flow velocity of the system while the controlled output is any function of the state variables in the outlet stream. Extending ideas and concepts from geometric control theory for ordinary differential equation systems, the notion of input/output ...
Some investigators have also employed a two-site or two-surface Langmuir equation to describe sorption data for an adsorbent with two sites of different affinities. This equation can be expressed as (5.6)q=b1k1C1+k1C+b2k2C1+k2C, where the subscripts refer to sites 1 and 2, e.g., adsor...
The Fokker-Planck equation in one dimension has been solved for a system in a periodic potential and linearly perturbed by a time- and space- varying external electric field. The solution is not exact, but we believe it is less approximate than any attempted previously on this problem. We ha...
This leads to an expression for the velocity of propagation (5.14)v=c/(εμ)1/2 Comparison of this expression with the law of refraction, derived in Chapter 2, leads to what is known as Maxwell's formula (Born and Wolf, 1999): (5.15)n=(εμ)1/2 Here, n is the refractive index...
The matter (constituent particles) fields appear as the density and the viscosity. Fluctuation is examined, and is clearly discriminated from the quantum effect. The time variable is emergently introduced through the computational process step. The collision term, for the (velocity)**4 potential (...