求算了巷道风温恒定时岩体壁面温度、岩体与空气的非稳态热交换系数和围岩调热圈厚度。
The temperature of tunnel wall, coefficient of unsteady heat exchange and thickness of heat-adjusting layer at constant air temperature in a tunnel are calculated.
结论各椎间隙与上位椎体间的比值较恒定。
Conclusions The ratio of lumbar intervertebral height to vertebral body height was constant in every segment.
相对恒定的开路电压显示，电解质层经受住了热冲击，此受益于金属支撑体良好的导热性和延展性。
The relatively constant values of open circuit voltage suggest the electrolyte layer withstands thermal shock due to high thermal conductivity and excellent ductibility of the metal substrate.
在有恒定外电、磁场的情况下，采用微观相空间密度方法导出了均匀等离子体的动力学方程。
A kinetic equation for uniform plasma in the presence of both constant electric and magnetic fields was obtained by the method of micro-density in the phase space.
数值计算表明：两体关联输运理论在不同的等级截断下均较好地保持了有关的守恒定律。
The numerical results show that the different physical hierarchy truncations in Two-Body Correlation Transport Theory (TBCTT) are all compatible with conservation laws.
房室束恒定的穿经中心纤维体。
The bundles of the ventricle penetrated the fibrous body permanently.
本文给出了用有限四面体单元计算三维非线性恒定磁场的一般过程。
In this paper, a general method of three dimensional vector potential solution for nonlinear magnetostatic field problem by means of the finite tetrahedral element method is presented.
花粉母细胞染色体数不恒定，后期两极染色体数分配不均等。
So were chromosomal deficiency or reproduction, and unequal division in the period of pollen mother cell.
本文讨论了两体关联动力学及其若干种等级截断中的守恒定律。
The conservation laws under physical hierarchy - truncation in Two-Body Correlation Dynamics (TBCD) are discussed.
结果T5 ~ 11节段血管走行较为恒定，节段静脉在上、节段动脉在下，走行于对应椎体的中央偏下水平。
Results Vessels around T5-T11 passed through the lower part of corresponding vertebral body constantly, with the upper segmental veins, and lower segmental artery.
首先，分析体扫描技术的成像原理，研究体素的特性，密度变化，如何保持体素密度的恒定，提出了并行数据传输连接的方法。
Voxel attributes, voxel density and the way to keep the invariableness of voxel density are studied, and the method of parallel data transmission link is discussed.
首先，分析体扫描技术的成像原理，研究体素的特性，密度变化，如何保持体素密度的恒定，提出了并行数据传输连接的方法。
Voxel attributes, voxel density and the way to keep the invariableness of voxel density are studied, and the method of parallel data transmission link is discussed.
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