然而，有时观察到硅酸盐包裹体的晶体形态比其他硅酸盐矿物更接近金刚石的内部结构。
Sometimes, however, the crystal form of the silicate inclusions is observed to resemble more closely the internal structure of diamond than that of other silicate minerals.
金刚石的特点是硬度极高。
它具有许多接近于金刚石的令人感兴趣的性能。
It possesses interesting properties approximate to those of diamond.
但是，他琢磨这些金刚石的电气性能一定很重要。
But he gathered that it was the electrical properties of the diamonds that mattered.
金刚石的生长通过对初生渗碳体的消耗得以进行。
So the diamond growth up depends on the consumption of original cementite.
近年来，出现了各种各样人工合成金刚石的方法。
In recent years, all kinds of methods prepared diamond film are developed.
在热学方面，使金刚石的耐热性和导热性均有增加；
In the field of thermology, diamond's heat-durability and heat conductivity were enhanced.
分析了金刚石的研磨技术，介绍了金刚石的研磨方法。
The lapping technique about diamond is analyzed, and the lapping method is introduced.
介绍了导电金刚石的合成实验方法、条件、工艺与结果。
Synthetic testing method, conditions, processes and results for conductive diamond were in- truduced.
结果表明，合成金刚石的表面具有普通液态结晶的特征。
The result shows that the surface of sythetie diamonds is characteristic of crystallization from solution.
对几种不同性能的碳源石墨材料进行了合成金刚石的实验。
The experiment for synthesizing diamond from some kinds of different carbon source' s graphite was proceeded.
实验中发现衍射摇摆曲线能够反映金刚石的塑性变形程度。
We also found that the diffraction rocking curves can reflect the elastic deformation degree of diamond.
本文采用SEM技术研究了人造金刚石的晶体形态及表面结构。
The crystal shapes and surface structures of synthetic diamonds have been investigated with SEM.
讨论了不同炭源材料转变金刚石的行径与影响转变效果的因素。
It also discusses transforming ways of different types of coal-source materials to diamond and influential elements of transforming effect.
提出了各种类型人造金刚石的热稳定温度范围及与强度的关系。
The thermal stable temperature range for various types of diamond and its relation with diamond's strength are also provided.
由于金刚石的硬度与弹性模量极高，在烧结时很难发生塑性变形。
Because of the excellent hardness and elastic module of diamond, it is difficult to get plastic deformation when sintering.
讨论了不同炭源材料转变成金刚石的行径与影响合成效果的因素。
The way of different carbon source materials transformed the diamond and the factors influence on synthetic effect are discussed.
增加砂轮转速、砂轮摆动和轴向进给量可以提高单晶金刚石的研磨效率。
The increase of the wheel speed, the swing frequency and the feed of shaft direction conduce to improving the grinding efficiency.
在磨料磨具行业中，超硬材料金刚石的应用一直是行业研究、关注的问题。
The application of diamond has always been a major R & D target in abrasives industry.
实验表明，渗覆金属处理可以使粘结合金或金属对金刚石的粘结力大大增强。
Experimental results showed that the bonding strength of metal-coated diamonds with alloy or metals was improved markedly.
指出了进一步提高质量、耐热性、抗氧化性与化学惰性金刚石的合成途径及方法。
Point out diamond synthesizes path and method for further increase the quality, heat proof, anti-oxidation and chemic inertia.
他学会了在千分尺上辨识一百万分之一英寸，会用镶嵌着金刚石的工具制作砂轮。
He had learned to read the millionths of an inch on the micrometer and to shape the grinding wheel with an instrument set with a diamond.
从分析粉碎法纳米金刚石的性质出发，讨论了粉碎法纳米金刚石的一些应用方向。
Some applications of nano diamond made by crushing method are discussed starting from analysis of the characters of the crushing nano diamond.
拟合参量的进一步分析，可得出金刚石的晶体质量和金刚石薄膜中金刚石的含量。
With further analysis of fitted parameters, quality of diamond crystalline and diamond content in diamond films can be shown.
宝石级金刚石的培育技术比较有效的方法是美国GE公司首创的hpht温差法。
The more efficient produce technology of gem-grade diamond is HPHT temperature difference method which was created by American ge Corporation.
对利用热灯丝cvd沉积金刚石膜时负衬底偏压增强金刚石的核化过程进行了分析。
In the paper, the enhancing process of diamond nucleation by negative substrate bias in hot filament CVD system was analyzed.
同时，对于定量地研究各种实验条件对EACVD沉积金刚石的影响具有重要的参考价值。
And they have important reference for the quantitative research on the effect of various experimental conditions on diamond film deposition from EACVD technique.
显然，这种中间层的组分、结构和性质对于烧结多晶金刚石的某些主要性质有着重要作用。
Obviously, the composition, structure and properties of the intermediate layer play an important role in some main properties of the sintered polycrystalline diamond.
给出了选用金刚石的标准及除杂方法，待镀件几何图形的面积计算，电镀容器的规格和用途。
The selecting standard and impurity removal method of diamond, the geometrical figure area calculation of items to be plated, the specification and use of electroplating container were given.
在金刚石的(100)，(110)和(111)面上分别获得了单晶金刚石膜和金刚石多晶粒子。
Epitaxial diamond films and polycrystalline diamond grain were obtained on (100), (110) and (111) surface of synthesized single-crystal diamond substrates.
应用推荐