1.
It is necessary to use quantum mechanics to understand the behavī or of systems at atomic length scales and smaller.
使用量子力学以原子尺度和更小尺度理解系统行为是必要的。
2.
First-pricinples design on atomic scale for new lightweight hydrogen storage materials
新型轻质储氢材料的第一性原理原子尺度设计
3.
The photon comes into and goes out of existence in explosive events on the atomic scale.
光子在原子尺度上的“爆炸性”事件中产生和消失。
4.
Structural changes during freezing and coalescing of small sized clusters on atomic scale
小尺寸铜团簇冷却与并合过程中结构变化的原子尺度研究
5.
Atomic-Scale Computer Simulation for Alloy during Early Precipitation Process
合金早期沉淀过程的原子尺度计算机模拟
6.
Study of Structure and Properties of GaN and SiC with One Dimensional Nanostructures by Atomistic Simulations;
GaN和SiC一维纳米结构物性的原子尺度模拟
7.
Study on Atom-Scale Nanomechanics and Structure under In-Situ/Application Field
原位/外场作用下原子尺度的纳米力学与结构演变研究
8.
This is the energy of an ultraviolet photon, a "large" energy on the atomic scale.
这是一个紫外光子的能量，在原子尺度上，它是一个“大”能量。
9.
Indeed, on the atomic scale, perpetual motion is a reality.
的确，从原子尺度看，永恒的运动是一个确实存在的事实。
10.
Atomistic Simulation of the Interaction of Edge Dislocation in BCC Iron and Copper Precipitates
BCC铁中刃型位错与铜沉淀物相互作用的原子尺度模拟
11.
Influences of reactive conditions on the formation of hydrothermal BaTiO_3 nanocrystals and their atomic-scale surface structures
水热反应条件对BaTiO_3纳米晶形成的影响及其原子尺度表面结构
12.
An electron beam does not diffract at atomic scales, so it does not cause blurring of the edges of features.
由于电子束在原子尺度不会绕射，所以它不会使得图案细节的边缘模糊。
13.
Application of Dynamic Grey-Linear Auto-regressive Model in Time Scale Calculation
灰色-自回归动态模型用于原子时尺度计算
14.
Take the connection of the chick partly, reorganize it according to its original order while keeping both ends balanced.
将帘子接头拆开一部分,按原状重新编制,使帘子两端的尺度一致.
15.
Study on Mechanical and Electrical Properties of Materials Surface on Nano-Scale Using Atomic Force Microscopy;
材料表面纳米尺度力学及电学特性的原子力显微镜研究
16.
RESEARCH ON THE HYSTERESIS OF ATOM CLUSTER SIZE VARIATION IN Ga MELT FROM THE NUCLEATION UNDERCOOLING
由形核过冷度研究Ga熔体原子团尺寸变化的滞后性
17.
Is this ruler graduated in centimeters?
这把尺子是厘米刻度吗？
18.
Such switches should be able to scale down to nearly single-atom dimensions- which suggests just how far the future miniaturization of electronic circuitry might someday go.
这种开关应该可以缩小到接近单原子的尺度─这表示未来电子电路的微型化可以走得很远。