1.
THEORETICAL AND EXPERIMENTAL STUDIES ON TWO DIMENSIONAL MINI-SIZE CONTROLLABLE ROLL SYSTEM OF ALUMINUM FOIL MILLS
铝箔轧机二维微尺度可控辊系理论与实验研究
2.
Investigations on Flexible Manipulation Methods for Micro/Nano Scale Objects
微/纳米尺度对象灵巧操控方法的研究
3.
Tuning Microstructure and Luminescence of Nano-/microsized Single Host Phosphors for White Light;
纳微米尺度单基质白光荧光体的微结构和光谱调控研究
4.
A Study of Scientific Regulation of Sustainable Land Use at County Scale in China;
我国县级尺度土地可持续利用的科学调控
5.
kolmogoroff microscale
柯尔莫戈罗夫微尺度
6.
Microscale Effects on Creep Properties of Microcastings at Room Temperature
微尺度铸件室温蠕变性能的微尺度效应
7.
Scanning Tunneling Microscopy Study for Detecting and Manipulating Quantum States on the Molecular Scale;
分子尺度量子态探测与调控的扫描隧道显微学研究
8.
Therefore, four micron-scale wires can control 16 nanowires.
因此，四根微米尺寸的导线可以控制16根奈米导线。
9.
Numerical Analysis and Structure Improvement of Flow Field in Microscale and Macroscale;
微尺度及宏尺度流场的数值研究及结构改进
10.
Microscale Combustion Performance and Development of Micro Energy System;
微尺度燃烧特性及微能源系统的研制
11.
Precise:high-precision microprocessor temperature controller makes temperature control precise and reliable.
精确：高精度微电脑温控仪，控温精确、可靠。
12.
Multi-scale systems (MuSS) consist of components from two or more length scales (nano, micro, meso, or macro-scales).
多尺度系统由具有两个或多个长度尺度（纳米、微米、中尺度或宏观尺度）的组件构成。
13.
Ice ball formation is clearly visible in real-time throughout the procedure.
其降温及升温的速度、间和温度，冰球尺寸与形状，是完全可控和可精确设定的。
14.
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。
15.
Materials take on a rich variety of properties if the arrangement of the matter is controlled on such a small scale.
当物质在如此微小的尺度上其排列受到控制时，就会呈现出许多新的性质。
16.
Synthesis of Amphiphilic Block Copolymer and Control of Nanostructured Thermosetting Polymers
两亲性嵌段共聚物的合成及其用于热固性树脂在纳米尺度上微结构的控制
17.
Micro-Scale Effect on Damage of Ductile Materials and Its Mechanism;
韧性材料损伤的微尺度效应及其机理
18.
Monte Carlo Simulations on Micro- and Nanoscale Gas Flow and Heat Transfer;
微纳尺度气体流动和换热的Monte Carlo模拟