atomic distance发音

意思翻译

原子距离，原子间距

相似词语短语

atomic───adj.原子的，原子能的；微粒子的

distance───vt.疏远；把…远远甩在后面；n.距离；远方；疏远；间隔

atomic nucleus───n.原子核

distance piece───定距块；隔离段；隔离段，定距块

perpendicular distance───垂直距离；垂（直）距（离）

atomic weight───[物]原子量；n.原子量，各种元素原

atomic bonding───[化学]原子键

atomic bombs───原子弹(atomicbomb的复数)；n.原子弹( atomic bomb的名词复数 )

atomic time───原子钟时间；[计量]原子时间

双语使用场景

distance between the terminal atom and the probe of conduction atomic force microscopy is quite flexible, and the electronic transport properties of molecules are sensitive to the distance.───分子末端原子与探针的距离具有较大地自由度，不同的接触距离导致了分子的电流值有较大地差别。

First, the rate of change of the mean atomic excitation energy is now a function of the distance to the boundary and it dies off in an oscillatory way the boundary is approached.───第一，原子平均激发能量变化率是原子到板的距离的函数，并且当靠近板时以振荡行为消失。

They use fancy kit like high-precision GPS and atomic clocks to measure the distance the neutrinos travel to within 20cm and their time of flight to within ten nanoseconds (billionths of a second).───他们利用了一些精密仪器和技术，例如高精度全球定位系统和原子钟，将测量的中微子运动距离精确至20厘米，运动时间精确至10纳秒(1纳秒即十亿分之一秒)。

The present results on the nearest atomic distance of Au nanoparticles is well consistent with the corresponding experimental ones.───本文模拟的最近邻原子间距的数值与文献上报道的实验结果符合得很好。

英语使用场景

In the case of a single interface, the spontaneous emission rate is shown to exhibit a single-periodic damping oscillation as the atomic distance from the interface is incr-.

By fitted the simulation results, it is found that the shape effect can lead to 2% of the total nearest atomic distance variation and 15% of the total cohesive energy variation.

However, the atomic distance is independent of the phase damping.

Since the nearest atomic distance is sensitive to the structure variation between amorphous and fcc, the nearest atomic distance can be regarded as a criteria for structure transition.

The nearest atomic distance and cohesive energy of cubic and spherical Au nanoparticles were studied by the tight binding molecular dynamics method.

For the nanoparticles in fcc structure, both the nearest atomic distance and cohesive energy decrease with decreasing particle size for a certain particle shape.

And both variation quantities of the nearest atomic distance and cohesive energy of the spherical particles are lower than those of cubic ones.

The present results on the nearest atomic distance of Au nanoparticles is well consistent with the corresponding experimental ones.