讨论了碳化硅纳米纤维的气-固生长机理。
Vapor-solid growth mechanism of the SiC nanofibers was discussed.
并初步探讨了水生植物受损后的补偿生长机理。
The mechanisms of the compensatory growth of V. spiralis were discussed.
本文对氧化锌纳米线的生长机理也进行了分析。
同时，金刚石生长机理方面也有了一些初步认识。
At the same time, diamond growth mechanism has also had some initial understanding.
其生长机理可以用对称性的形核生长模型来解释。
Their growth mechanism could be explained by symmetrical nucleation and growth model.
另一方面根据掌握的生长机理，实现可控制生长。
On the other hand, one can design new growth method according to the growth mechanism.
报导了几种布基管的形貌，对其生长机理做了探讨。
Thelongest buckytube is up to 4000nm. The morphologies and growth mechanism have been analyzed.
而且我们研究了其生长机理和可能的电化学沉积过程。
Moreover, the growth mechanism was studied and the probable electrochemical deposition formation process was proposed.
分析了碳还原法和直接氧化法这两种方法的生长机理。
The growth mechanisms have been analyzed, and the field emission properties have also been researched.
通过绘制生长曲线，初步探讨了生物粘泥的生长机理。
The growth curve of the biofouling was made and the development mechanism was discussed.
本文综述了纳米碳管的几种制备方法和相关的生长机理。
In this paper, the preparation methods of carbon nanotubes and its growth mechanism are reviewed.
长期以来，晶体生长机理的研究大多是间接的理论分析。
From a quite long time, the research on crystal growth mechanism has been mainly based on the indirect theoretical analysis.
在此基础上，讨论了碳纳米管阵列的生长机理和选择性生长现象。
On the basis, we investigate the growth mechanism of the nanotubes and the self-selective growth method.
气相形核生长机理能够解释浮动催化系统生长碳纳米管的结构特征。
The VPN growth mechanism can be used to well explain the characteristics of CNTs in floating catalyst system.
另外，对碳微线圈的结构、生长机理以及噻吩的作用进行了初步研究。
Moreover, the structure, growth mechanism of carbon micro-coils and the effect of thiophene were discussed.
对质子交换光波导生长机理进行了研究并给出了波导层厚度的计算公式。
The growth mechanism of proton exchanged waveguides was studied, and the formula for calculating the depth of the waveguides was deduced.
通过综述提出对金刚石晶体生长机理研究的必要性，并对其作出了展望。
It is necessary to research the growth mechanism of static pressure synthetic diamond crystal from the reviewed. At the same time, the authors also make a prospect about this.
利用XRD估算纳米镍薄膜的晶粒平均尺寸，探讨纳米镍薄膜沉积生长机理。
The average grain size of nc-Ni films are calculated by using XRD. The deposition and growth mechanism of nc-Ni films are discussed also.
晶体生长机理的研究是人工晶体研究的基础，掌握晶体生长的机理尤为重要。
The research on the mechanisms of crystal growth is the base of the research on artificial crystal. It is very important to master the mechanisms of crystal growth.
本文在间歇式流化喷雾造粒床内，研究了豆粉流化造粒的颗粒生长机理和规律。
The particle growth mechanism is studied in a batch operational fluidized bed spray granulator of beau powder.
本文对同质外延碳化硅单晶材料的生长机理和外延生长层的表征方法进行了研究。
This thesis focuses on growth mechanism of SiC homogeneity epitaxy and electrical characterization methods of epilayer.
不锈钢去膜表面在氯化镁溶液中钝化时膜成长的规律符合高电场离子传导的膜生长机理。
The film growth on the stainless steel in MgCl2 solution follows the high field ioa conduction mechanism.
本文根据甲烷裂解过程中碳纤维的生长机理，设计并制备了具有高活性的纳米镍基催化剂。
In this paper, high active Ni-based catalysts for methane decomposition were designed and prepared according to the growth mechanism of carbon filaments.
本节将介绍结构断裂力学概念，礼炮裂纹的起始和生长机理。尤其是从焊接缺陷开始的疲劳。
This section will introduce the concept of Fracture Mechanics and initiation and growth mechanism of fatigue cracks, in particular, fatigue crack developed from welding defects.
另外，KDP晶体形态简单，易于从水溶液中生长，使其成为研究晶体生长机理的理想对象。
In addition, KDP crystal has a simple pattern, and it can be grown from solution easily. It is an ideal model for investigating crystal growth.
第一章绪论本章主要回顾了纳米碳管的发现过程，简要介绍了纳米碳管的结构特点和生长机理。
Chapter I Introduction in this chapter, the discovery of carbon nanotubes are reviewed. Then the character and the growth mechanism of carbon nanotubes are briefly introduced.
作者对“带真皮下血管网皮片游离移植”(简称超全厚皮片)的生长机理进行了三个实验研究。
The authors made three tests on the mechanism of growth of free skin grafts with preserved subcutaneous vascular network.
本文介绍了采用恒温蒸发与变更溶剂相结合生长ATGS单晶的方法，并对其生长机理作了新的解释。
The method of growing ATGS by evaporating at a fixed temperature and changing the solvent is discussed and its growing mechanism is given a new interpretation.
本文考察了不同碱比和表面活性剂对氧化锌晶体生长的影响，研究和讨论了氧化锌在水热反应中的生长机理。
For investigated crystal growth mechanism, the ZnO nanocrystal syntheses by different base ratio and surfactant have been conducted in hydrothermal process.
通过在流化床中将碳酸钾溶液雾化后喷涂在处于流化状态的玻璃珠上，研究了流化床造粒过程的层式生长机理。
By spraying and coating the potassium carbonate solution onto the surface of glass spheres, the layering growth mechanism of granulating process was studied in fluidized bed.
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