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1·The mean free path is calculated by the mean distance between the centers of your regions.

平均自由路径是由你的区域的中心之间的平均距离计算。

2·It is shown that as increasing the isospin asymmetry, the proton mean free path decreases while the neutron one increases.

结果表明：随核物质同位旋非对称度的增大，质子平均自由程减小而中子的平均自由程增大。

3·The imaginary part of the complex self energy of electron provides spatial and angular dependent differential inverse inelastic mean free path (DIIMFP).

电子复自能的虚部给出了空间和角度相关的微分倒数非弹性平均自由程(diimfp)。

4·The dominant factor for Auger signal during the interface analysis is the altered layer with a thickness of 30-50A rather than the electron mean free path X.

影响层的厚度为30—50埃，它是进行深度剖面分析时，决定元素俄歇信号强度的第一位重要因素；

5·Results show that the change of power affects ions' bombardment on the substrate, and that of pressure lead to the change of the mean free path of the molecular.

结果表明，射频功率的改变直接影响到离子对衬底的轰击效应，而反应气压的改变影响气体分子的平均自由程。

6·Gas flow in nanoscale space has distinct characteristics compared with that in conventional macro-scale, due to the influence of space dimension on gas mean free path.

纳米尺度下的气体流动具有不同于常规尺度的规律，其中重要的特征是纳米间隙中气体分子自由输运行程将减小，进而影响气体的输运规律。

7·New methods of measurements of specimen thickness and non-elastically scattering mean free path are proposed based on the electron holograph combining with electron dynamic diffraction.

而且，在电子全息照片和电子动力衍射相结合的基础上我们提出了一种测量电镜样品厚度和样品非弹性散射自由程的新方法。

8·In general, in calculating mean free-path of gaseous molecules, the effect of container is not considered.

通常所称的气体分子平均自由程并未计及容器器壁的影响。

9·Because the spin-flip length is longer than the electron mean-free-path in a metal, past studies of spin-flip scattering were limited to the diffusive regime.

金属中自旋翻转散射长度远长于电子平均自由程，近来关于自旋翻转散射效应的研究主要集中于扩散区域。

10·The mean geometric free path or the characteristic dimension of a container is the important physical magnitude in describing the heat motion of gas molecules under low pressure.

几何平均自由程或容器的特征尺度是低压下描述气体分子热运动的重要物理量。