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量子统计方法
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  quantum statistics
     By using Bose quantum statistics,it discusses the role of phonon wave in the mineral crystalization in detail and obtains the kinetic mathematical model of the crystal growth.
     采用 Bose量子统计方法 ,对矿物结晶过程中声子波浪的作用进行了详细讨论 ,得到了晶体生长的动力学数学模型 ,并指出外界能源的供给对晶体生长和构型有着重要的影响。
短句来源
     The partition functions of bosonic and fermionic field in Barriola_Vilenkin black hole are directly derived by using the method of quantum statistics. Then the entropy of the Barriola_Vilenkin black hole is calculated by using the improved brick_wall method in the frame of membrane model.
     利用量子统计方法 ,直接计算Barriola_Vilenkin黑洞背景下玻色场和费米场的配分函数 ,然后利用砖墙膜模型计算和讨论黑洞背景下玻色场和费米场的熵
短句来源
     By using the method of quantum statistics, we directly derive the partition functions of bosonic and fermionic field in Kerr-Newman black hole with axial symmetry.
     避开求解黑洞背景下波动方程的困难 ,应用量子统计方法 ,直接求解轴对称Kerr Newman黑洞背景下Bose场和Fermi场的配分函数 .
短句来源
     By using the method of quantum statistics, we directly derive the partition function of bosonic and fermionic field in spherically symmetric dilatonic black hole and obtain the integral expression of black (hole's) entropy, which avoids the difficulty in solving the wave equation of various particles.
     本文运用量子统计方法 ,直接求解球对称膨胀黑洞背景中Bose场和Fermi场的配分函数 ,得到与近似求解波动方程而得到的积分表达式相同的结果 .
短句来源
     By using the method of quantum statistics,we directly derive the partition functions of the bosonic field and fermionic field in the Sen black hole with an axial symmetry.
     避开求解黑洞背景下波动方程的困难 ,应用量子统计方法 ,直接求解轴对称Sen黑洞背景下Bose场和Fermi场的配分函数 .
短句来源
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  quantum statistical method
     This paper discusses the mechanisms of exciton thermal conductivity in the minerals of the mantle by using the Bose quantum statistical method, and the expression of the exciton thermal conductivity Kex is obtained. It also points out that the activation energy A has an important effect on the rate of change in exciton conductivity at high pressure and high temperature.
     本文采用Bose量子统计方法,对地幔矿物的激子热传导问题进行了详细讨论,得到了激子热导率K_(ex)的表达式,并指出在高压和高温下,激活能A对激子热导率的变化速率有重要影响。
短句来源
     This paper discusses the four types of theory of photon thermal conductivity in the minerals of the mantle by using the nonequilibrium quantum statistical method,and the formulas of the photon thermal conductivity is obtained. It also points out that the photon conductivity would not be a major mechanism of heat transfer in the lower part of the upper mantle and the transition zone,if radiation of coherent structure had not existed.
     本文采用非平衡量子统计方法,讨论了地幔矿物光子热传输的四种不同情况,并得到了光子热导率的计算公式.若地幔中不存在相干结构的辐射热传输时,在上地幔下部和过渡带,光子的热导将不是热传递的主要机制.
短句来源
     When we take the black hole as a canonical ensemble composed of a naked black hole and the two-dimensional thermodynamic surface (horizon of the black hole), using the quantum statistical method, we derive the energy spectrum of the black hole Hawking radiation.
     将黑洞看作由裸黑洞和二维热力学面(黑洞的视界)组成的正则系综,利用量子统计方法给出黑洞Hawking辐射的能量谱.
短句来源
  method of quantum statistics
     By using the method of quantum statistics, we directly derive the partition functions of bosonic and fermionic field in Kerr-Newman black hole with axial symmetry.
     避开求解黑洞背景下波动方程的困难 ,应用量子统计方法 ,直接求解轴对称Kerr Newman黑洞背景下Bose场和Fermi场的配分函数 .
短句来源
     By using the method of quantum statistics,we directly derive the partition functions of the bosonic field and fermionic field in the Sen black hole with an axial symmetry.
     避开求解黑洞背景下波动方程的困难 ,应用量子统计方法 ,直接求解轴对称Sen黑洞背景下Bose场和Fermi场的配分函数 .
短句来源
     By using the method of quantum statistics, we directly derive the partition function of bosonic and fermionic field in spherically symmetric dilatonic black hole and obtain the integral expression of black (hole's) entropy, which avoids the difficulty in solving the wave equation of various particles.
     本文运用量子统计方法 ,直接求解球对称膨胀黑洞背景中Bose场和Fermi场的配分函数 ,得到与近似求解波动方程而得到的积分表达式相同的结果 .
短句来源
     The partition functions of bosonic and fermionic field in Barriola_Vilenkin black hole are directly derived by using the method of quantum statistics. Then the entropy of the Barriola_Vilenkin black hole is calculated by using the improved brick_wall method in the frame of membrane model.
     利用量子统计方法 ,直接计算Barriola_Vilenkin黑洞背景下玻色场和费米场的配分函数 ,然后利用砖墙膜模型计算和讨论黑洞背景下玻色场和费米场的熵
短句来源
     By using the method of quantum statistics, we directly derive the partition functions of bosonic and Fermi field in black hole. We also avoid the difficult to solve the wave equation.
     该文避开求解黑洞背景下波动方程的困难,应用量子统计方法,直接求解黑洞背景下Bose场和Fermi场的配分函数.
短句来源
  “量子统计方法”译为未确定词的双语例句
     Color Spectrum Estimation from RGB Triplet by Using Photon Statistics
     直接从RGB估计光谱的量子统计方法
短句来源
     The results show that the combined effects of pressure and temperature induce in absorption may further reduce the radiative heat transfer in the lower part of the upper mantle and the transition zone, If radiation of coherent structure had not existed, the photon conductivity would not be a major mechanism of heat transfer.
     H. K(1973)所作的工作,采用非平衡量子统计方法,讨论了地幔光子热传导机制的四种不同情况,得到较为普遍的结果:若地幔中不存在相干结构的幅射热传导时,在上地幔下部和过渡带,压力和温度引起吸收的综合效应将进一步降低幅射热传导,光子的热导将不是热传递的主要机制。
短句来源
     This paper discusses the electrical conductivity in the mantle and the thermal conductivity of carriers by using the Fermi quantum statistic method.
     本文采用Fermi量子统计方法,对地幔电导率和载流子热传导机制问题进行了理论上的探讨。
短句来源
     It is known that the phase change at O°K of the one-dimensional EI model is the divergence of the exponential function. It can be described with the critical exponent γ equals to 2 ,υ equals to 1 and is indepentent of spin s.
     本文利用现有量子统计方法研究了EI模型的临界性质,用有限大小标度理论分析数据,得知一维EI模型的零点相变行为是幂函数发散,可由临界指数γ等于2,ν等于1描述,并与自旋S无关。
短句来源
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  quantum statistics
The influence of the quantum statistics on the Curie temperature in these ferroelectrics and the isotope effect in barium titanate are also considered.
      
Exchange symmetry in a system of nonrelativistic spin-1/2 fermions in the Feynman quantum statistics representation
      
A method is developed for calculating the equation of state of a system of quantum particles at a finite temperature, based on the Feynman formulation of quantum statistics.
      
Electron wave packets: Quantum statistics in path integral representation
      
The operators that symmetrize many-particle states in accordance with the quantum statistics of particles are introduced to construct the theory of self-broadening of spectral lines.
      
更多          
  quantum statistical method
In our calculation, by using the quantum statistical method, we obtain the partition function of Bose field and Fermi field on the background of five-dimensional spacetime.
      
By using quantum statistical method, we directly obtain the partition function of Bose field and fermi field on the background of the black line.
      
By using quantum statistical method, we directly obtain the partition function of Bose and Fermi field on the background of the plane symmetry black hole.
      
Distortion in kinetic curves of radioluminescence obtained by single-quantum statistical method
      
The Casimir energy for a compact dielectric sphere is considered in a novel way, using the quantum statistical method introduced by H?ye and Stell and others.
      
  method of quantum statistics
The time-dependent projector method of quantum statistics is applied to study the process of Josephson tunneling, being considered in a simplified microscopic model.
      
The method of quantum statistics of carriers was used in the calculations.
      
Using a method similar to the projection method of quantum statistics an exact and closed equation is derived for the one-particle density matrix which takes into account both the mean field and the two-body residual interactions.
      
By using the method of quantum statistics, we directly derive the partition function of bosonic and fermionic field in Reissner-Nordstr?m-anti-de Sitter black hole and obtain the integral expression of black hole's entropy.
      
By using the method of quantum statistics, we derive the partition function of bosonic and fermionic field in various coordinates and obtain the integral expression of the entropy of a black hole.
      
更多          


This paper discusses the four types of mechanisms of photon thermal conductivity in the minerals of the mantle by using the nonequilibrium quantum statistical method,thus getting relative universal results. The results show that the combined effects of pressure and temperature induce in absorption may further reduce the radiative heat transfer in the lower part of the upper mantle and the transition zone, If radiation of coherent structure had not existed, the photon conductivity would not be a major mechanism...

This paper discusses the four types of mechanisms of photon thermal conductivity in the minerals of the mantle by using the nonequilibrium quantum statistical method,thus getting relative universal results. The results show that the combined effects of pressure and temperature induce in absorption may further reduce the radiative heat transfer in the lower part of the upper mantle and the transition zone, If radiation of coherent structure had not existed, the photon conductivity would not be a major mechanism of heat transfer. The subject discussed in refernces ( 1 ) and ( 2 ) becomes a special case of our theory.

本文基于Lubimoua.E.A.(1967)和Mao.H.K(1973)所作的工作,采用非平衡量子统计方法,讨论了地幔光子热传导机制的四种不同情况,得到较为普遍的结果:若地幔中不存在相干结构的幅射热传导时,在上地幔下部和过渡带,压力和温度引起吸收的综合效应将进一步降低幅射热传导,光子的热导将不是热传递的主要机制。同时,文献[1]、[2]所讨论的有关问题则成为我们理论的一个特殊情况。

On the basis of the irreversible quantum statistics, the resonance transition of the decay state in the closely coupling unstable state, and the stimulated transition between the unstable states are treated by means of calculation of matrix elements of the Green's opperators, using the projector method.

本文在不可逆量子统计方法基础上,应用投影算符技术,并通过求解格林算子矩阵元的方式,处理了衰变态共振跃迁中的紧耦合不稳定态问题,以及不稳定态之间的受激跃迁问题.

This paper discusses the electrical conductivity in the mantle and the thermal conductivity of carriers by using the Fermi quantum statistic method.The results indicate that the carrier thermal conductivity in the trasition zone and the lower mantle which had been deemed negligible could be a major mechanism for heat transfer.Besides,the important effect of activation energy on the rate of change based on electrical conductivity in mantle is also indicated.

本文采用Fermi量子统计方法,对地幔电导率和载流子热传导机制问题进行了理论上的探讨。讨论结果表明,在过渡带和下地幔中,以往被忽视的载流子热导将成为热传递的主要机制.此外,本文还指出在高温高压下活化能A对地幔电导率变化速率有重要影响。

 
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