人造金刚石是锯切石材最理想的材料。
人造金刚石膜是一种新材料。
The man made diamond film is a kind of high brittle material.
同时，探讨了人造金刚石的抗氧化性机理。
The mechanism of synthetic diamond antioxidation is also discussed.
介绍了两种人造金刚石聚晶典型烧结工艺。
Two typical sintering technologies of PCD are also introduced.
得到的人造金刚石只需进行低浓度酸碱处理。
The diamond obtained merely need low concentration acid and alkali handling.
研究了稀土氧化物对人造金刚石用顶锤使用寿命的影响。
Effect of RE oxides on the service life of anvil used for synthesizing diamond has be investigated.
对人造金刚石微粉的“三除”提纯工艺进行了除杂次序研究。
In this report, the purification sequence of artificial diamond powder was studied.
对人造金刚石磨料、磨具、制品的制造与应用具有指导意义。
Therefore, the paper provides some guides on the manufacture and the application of synthetic diamond abrasives and related products.
单颗粒压缩强度是衡量人造金刚石机械强度的重要参数之一。
The mechanical strength of diamond crystal particle is usualy eveluated by measuring its compressive strength.
两面顶人造金刚石单晶性能指标明显好于六面顶人造金刚石。
The performances of synthetic diamond single crystal synthesized by Belt-type press were better than that synthesized by cubic press.
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.
生产人造金刚石聚晶所需的石墨片和石墨模是用石墨棒加工的。
Graphite blade and graphite mould used in the production of synthetic polycrystalline mass are made from graphite bar.
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.
人造金刚石由石墨(碳的另一种同素异形体)在高温高压下制造。
Artificial diamonds are manufactured from graphite (another allotrope of carbon) using intense heat and pressure.
(人造金刚石行业在)中国的经营环境就如同一个布满了洞的筛子。
Operating in China [in the synthetic diamond industry] is like being in a leaky sieve.
叙述了一种新型高效、耐用人造金刚石圆盘锯牛刀头为试验应用情况。
The test and application of a new efficient and durable synthetic diamond tip on disc saw are described.
人造金刚石磨轮主要用于磨加工各种水泥管、电熔砖等硬材料及制件。
Synthetic diamond grinding wheels are mainly used in the grinding of hard-brittle materials, such as cement pipe and so on.
建立了人造金刚石BE LT合成装置硬质合金顶锤的有限元分析模型。
The finite element analytical model was established for carbide anvil of artificial diamond BELT synthetic device.
针对软硬交错、研磨性高的地层设计了一种新型人造金刚石混合孕镶块。
A new synthetic diamond impregnated matrix for drill bit used in hard formation is designed.
在人造金刚石合成片内，常见矿物为金刚石、再结晶石墨和金属碳化物。
The common productions are diamond, recrystallized graphite and carbon alloy in the diamond synthetic slices.
金属镍在电镀以及人造金刚石生产中有着广泛的应用，但会产生大量的污染。
Nickel is widely applied in electroplating and the synthetic diamond manufacturing, which causes a great deal of pollution.
人造金刚石以其高硬度、高强度、高耐磨性等性能，被广泛用于制作锯切工具。
The synthetic diamond is used extensively to make saw cutting tools because its high hardness, high strength, high wear resistance and some other performances.
讨论了影响硼皮含氮人造金刚石实验效果。 硼在晶体中分布特征及其性质的因素。
The effect factors on the experiment result of boron coating artificial diamond with nitrogen preparing distribution characteristic of boron in the crystal and its characters.
而碳化钛的高研磨能力是由颗粒的强切削力所致，人造金刚石则由颗粒的高硬度所致。
The high abrasive ability of the titanium carbide was caused by the cutting power of the particles, while that of artificial diamond resulted from a high hardness of the particles.
本结合剂除适用于人造金刚石外，还适用于各种刚玉、碳化硼、碳化硅为磨料的树脂砂轮。
The resin adhesive is suitable for grinding diamond wheel and other grinding resin wheel with other grinding material.
人造金刚石聚晶是由许多金刚石细粒构成，并以金刚石以主要成份，通称为聚晶或聚晶体。
Artificial polycrystalline diamond is made up of many fine diamond, and to the diamond to the ingredient, known as polycrystalline or poly crystalline.
介绍了用含硼T641石墨材料，研制硼皮含氮人造金刚石实验方法、条件、工艺及结果。
The test method condition technology and results of preparing boron coating artificial diamond with nitrogen from T641 graphite material with boron were introduced.
本文针对硬质合金刀具切削中硅铝合金活塞槽存在的问题，研制出一种新型人造金刚石切槽刀。
For the problems that exist in cutting medium silicon aluminium alloy piston grooves with carbide tools, this paper presents a new kind of artificial diamond grooving tool.
人造金刚石生产废水中含有较高浓度的镍离子，对环境有严重的污染，但又具有一定的回收价值。
The highly concentrated Ni2 + could be found in the man-made diamond wastewater that causes serious pollution to the environment, but is worthy of reuse.
人造金刚石生产废水中含有较高浓度的镍离子，对环境有严重的污染，但又具有一定的回收价值。
The highly concentrated Ni2 + could be found in the man-made diamond wastewater that causes serious pollution to the environment, but is worthy of reuse.
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