1.
Growth of Type IB Diamond Crystal with Multi-seed under High Temperature and High Pressure by Temperature Gradient;
高温高压下IB型宝石级金刚石的多晶种法合成
2.
Studies of Polycrystal Microstructure Evolution by Using Phase Field Method;
用相场法研究多晶中晶粒的演变规律
3.
Grain Boundary Internal Friction Peak in Polycrystalline Pure Aluminum Studied by Continuous Temperature Changing Method
连续变温法测定多晶纯铝晶界内耗峰
4.
In the present representation this crystal would correspond to a parallel array of helices.
在这种表示法中，晶体应相当于许多螺旋线的平行排列。
5.
An Evaluation Method of Three-dimensional Grain Size Distribution in Polycrystalline Materials on the Base of Emulation Slicing;
一种基于仿真切割的多晶材料三维尺寸分布评估方法
6.
A new way of uniform splitting of the optical power by directional coupling between the photonic crystal waveguides
一种实现光子晶体波导定向耦合型多路光均分的新方法
7.
A specific crystalline form of a compound that can crystallize in different forms.
多晶形（物）一种能以不同形式结晶的化合物的特殊晶形
8.
Effect of Seed Load on Crystallization Kinetics Based on Optical Method
基于光测法的晶种量对结晶动力学影响研究
9.
Fabrication of P-type Amorphous Silicon Thin Films and Poly-Silicom by PECVD;
PECVD法制备P型非晶硅薄膜及多晶硅薄膜
10.
Preparation and Properties of Polycrystalline and Single-crystal Diamond by MPCVD
MPCVD法制备多晶和单晶金刚石及性质研究
11.
Dendritic Growth Simulation of Polycrystalline for Pure Material by Phase Field Method
相场法模拟流动下纯物质多晶粒枝晶形貌研究
12.
Phase field modelling of grain growth in polycrystalline material
多晶材料晶粒生长粗化过程的相场方法模拟
13.
a white crystalline solid occurring in many resins.
一种白色晶状固体，见于许多树脂中。
14.
A 0.18 μm Single-poly CMOS Σ-Δ Modulator for Digital Audio Applications
一种0.18m单层多晶硅CMOS音频-调制器
15.
Crystallization of a compound in at least two distinct forms.
多晶形一种化合物以至少两种不同的形态结晶的现象
16.
One may use a polycrystalline sample rather than a single crystal for many studies.
我们可以用一种多晶样品代替单晶进行多方面的研究。
17.
Two compensation methods with polysilicon thermal resistor are analyzed and tested particularly.
对采用多晶硅热敏电阻器进行补偿的两种补偿方法进行了详细地分析和测试。
18.
These formations are composed of aggregates of crystals which are fibrous or filament-like in nature.
这种沉积物由多种纤维状、丝状晶体组成。