作为一个负责任的企业机构，立方氮化硼再次警告所有接受者欺诈信件虚假交易，不存在任何合同付款被困在该银行的金库。
As a responsible corporate body, the CBN is once again warning all recipients of fraudulent letters on bogus deals, that there are no contract payments trapped in the bank's vaults.
本文以金刚石、立方氮化硼和一些典型化合物为例，系统地介绍了高压技术在无机合成中的应用。
By taking diamond and cubic boron nitride as model compounds, this paper presents a systematic description on applications of high-pressure technique in inorganic synthesis.
研究了一种新型钛合金精密铸造用型壳——氮化硼基复合型壳及其与钛镍合金的界面反应和反应层的形成机制。
A new kind of boron nitride based shell mold used for investment casting titanium alloys was fabricated and the reaction between it and Ti-Ni alloy was investigated.
六方氮化硼是一种片状结构材料，解决其烧结致密化问题是提高陶瓷性能的主要途径。
Hexagonal nitride boron is laminate structure ceramic materials. Solving the sintering densification problem is the main method to improve the ceramic performance.
基于第一性原理计算了一系列单壁碳纳米管(椅型、锯齿型)和氮化硼锯齿型纳米管的杨氏模量。
We report the Young's modulus of a series single-wall carbon nanotubes (armchair type and zigzag type) and BN zigzag type nanotubes on the basis of ab initio theory.
近几年来，立方氮化硼薄膜的制备和性质研究一直是国际上的研究热点之一，同时又是难点之一。
The preparation and properties study of cubic boron nitride thin films are attractive and also very difficult to international scientific wold for recent years.
通过实验，建立了一整套低硼钢中固溶硼、碳硼化物、合金元素硼化物、氧化硼和氮化硼的分离、测定方法。
A entirely set of method to separate and determine solid solution boron, carbon boride, alloy elements boride, boron oxide and boron nitride in low boron steel is established.
傅立叶变换红外光谱(FTIR)表明，所获得的薄膜结构一致，均为六角氮化硼薄膜。
Fourier transform infrared spectroscopy (FTIR) indicates that all of films have the same structure of hexagonal construction.
本文介绍了聚晶立方氮化硼切削刀片的性能，进一步阐述了聚晶立方氮化硼切削刀片的适用范围及其相关的应用技术。
The characters of PCBN tool blade are presented and its appropriate range of application and relevant application technology further discussed.
另外，在我们所制备的薄膜中还得到了氮化硼的另一高压相-爆炸结构氮化硼(E -BN)，并初步研究了其生长的热力学参数。
On the other hand, Explosive Boron Nitride (E-BN), another high-pressure phase of BN, was obtained in the resultant films. We also studied the thermodynamic parameters of the growth of E-BN films.
另外，在我们所制备的薄膜中还得到了氮化硼的另一高压相-爆炸结构氮化硼(E -BN)，并初步研究了其生长的热力学参数。
On the other hand, Explosive Boron Nitride (E-BN), another high-pressure phase of BN, was obtained in the resultant films. We also studied the thermodynamic parameters of the growth of E-BN films.
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