The meaning of MASS-ENERGY EQUATION is an equation for the interconversion of mass and energy: E = MC2 where E is energy in ergs, M is mass in grams, and C is the velocity of light in centimeters per second —called also Einstein equation.
质能方程(Mass energy equation).doc,质能方程(Mass energy equation) Mass energy equation in Einsteins famous equation E = mc^2, E said M energy, representative quality, and C represents the speed of light. An important result of relativity is the relat
Actually, it often makes sense to not want to solve the Boltzmann equation (2.9) since its solution would give too much and too detailed information. In many cases our interest lies in macroscopic quantities like density, temperature and pressure and how these macroscopic quantities vary in space...
质能方程(Massenergyequation) Massenergyequation,Einstein'sfamousmassenergyequation E=mc^2,Estandsforenergy,mstandsformass,andCstands forspeedoflight.Animportantresultofrelativityisthe relationbetweenmassandenergy.Qualityandenergyarenot interchangeable.Theyarebasedonspecialrelativity.In1915, ...
美 英 un.质量-能量方程 网络质能方程;质能方程式 英汉 网络释义 un. 1. 质量-能量方程
内容提示: 质能方程(Mass energy equation) Mass energy equation in Einstein's famous equation E = mc^2, E said M energy, representative quality, and C represents the speed of light. An important result of relativity is the relationship between mass and energy. Mass and energy are not ...
In addition you need an equation of state to close the system of equations, where is something like a "net-particle number density" ("particles minus anti-particles" in the fluid cell). You can of course also split the internal energy in a "invariant-mass density" and the rest ...
As shown by Grabert et al.56, the resulting Hamiltonian of mean force for the oscillator can be parameterised by a temperature-dependent mass and frequency, $$\hat H_{\cal S}^ \ast (T) = \frac{{\hat p^2}}{{2M_T}} + \frac{{M_T\omega _T^2\hat x^2}}{2} = \hbar \ome...
where Q is thermal energy in joules, m is the mass of the object being heated, C is the object's specific heat capacity and delta T is its change in temperature in Celsius. The specific heat capacity of a substance is the amount of energ...
I prefer, if the norm of the 4-momentum always equals to the "invariant mass" m, for tardyons, photons and for (hypothetical) tachyons. Tachyons have an imaginary m and a real energy γ∗m. [Edit: Deleted last (wrong) sentence, that PAllen cited.] Last edited: Oct 2, 2...