Iossa, CristoforoINFN, sezione di Trieste, Trieste, ItalyKarlsson, RobinCERN, Theoretical Physics Department, Geneva 23, SwitzerlandZhiboedov, AlexanderCERN, Theoretical Physics Department, Geneva 23, SwitzerlandSpringer Berlin HeidelbergJournal of High Energy Physics...
EPhoton energy[eV] EegExcitonic band gap[eV] EgEnergy gap[eV] EigIsentropic band gap[eV] G,HSellmeier coefficients for TOC[1/K] γThermal diffusivity[m2/s] ћReduced Planck constant[J·s] hNatural convection heat transfer coefficient[W/(m2·K)] ...
for the nonradiative recombination processes is given by ε+E' when the negative thermal quenching phenomenon is observed, where ε is the activation energy estimated simply from the apparent slope in the experimental data, and E' is the activation energy for the negative thermal quenching ...
In subject area: Physics and Astronomy Thermal radiation refers to the mode of heat transfer that occurs in various practical scenarios such as power plants, combustion chambers, and heat exchangers. It involves the transfer of energy through electromagnetic waves emitted by objects due to their temp...
1.9 The inter-molecular kinetic energy of real gas 1.10 Van der Waals equation 3Week 3: Chapter 2 The equilibrium theory of gas dynamics -- Basis of probability theory and Maxwell 2.1 Molecular dynamics theory and statistical Physics 2.2 The basics of probability theory ...
Thermal EnergyTransient HeatingFinite Difference TheoryHigh TemperatureTemperature DistributionThree Dimensional ModelsA novel design of a high-temperature, axially ... J,M Chang,LC Chow,WS Chang,... - 《Journal of Thermophysics & Heat Transfer》 被引量: 17发表: 1992年 Thermal grooving by surface ...
If the solution of the heat conduction equation $heta^{(0)}_au$ = $heta^{(0)}_{\xi\xi},\xi$ > 0, $au$ > 0 of a chemically 'inert' material is known, then an approximate formula for the explosion time, $au_{expl.}$, of an explosive satisfying the heat conduction equation ...
The energy released in the reaction is 𝑄=(𝜃−1)𝐶𝑃𝑇0Q=(θ−1)CPT0. The initial flame Mach number is 𝑀𝑎0=𝑆𝐿/𝑐𝑠0=0.004Ma0=SL/cs0=0.004. The right-hand side of Equation (5) describes a single-step irreversible reaction of the first order, with the re...
Green–Kubo formula [8] to compute the thermal conductivity k by integrating the time autocorrelation of the heat current J, this quantity can be computed using an equivalent Einstein relationship for the diffusion of the energy momenta—that is, the mean-squared displacement of the energy momenta...
Thermal energy atomic collisions of the typeA(2P3/2)+B(1S0) are discussed to clarify the dependence of the orientational anisotropy in the total cross section on the relative velocityv. Simple expressions for / are derived by semiclassical treatments designed to be appropriate for large spin-orb...