wbn

Synthesis and structure transformation of wBN under HPHT

高压高温下纤锌矿型氮化硼（wBN）的合成及其结构的转变

We described in the paper a new type of polishing pill manufactured by using a rensentlysynthesized superhard ceramic powders of wurtzite-type boron nitride ( WBN).

本文描述了用冲击合成方法得到的超硬材料纤锌矿型氮化硼（WBN）制作的一种新型抛光片。

Fabricating technology and characteristics of a new type Of WBN polishing pills

一种新型的固着磨料抛光片&WBN抛光片的制作工艺及其特性

In our experiments, the isothermal equation of state of wBN is studied by two different in situ high pressure X-ray diffraction methods at room temperature.

使用两种不同的高压在位X光衍射法，研究了用爆炸法合成的纤锌矿型氮化硼（wBN）在室温下的等温状态方程。

Morphology and thermal stability of shock synthesized WBN powders

冲击波合成氮化硼的形貌及热稳定性

WBN is synthesized from hBN under kinetic high pressure and high temperature.

wBN通常是在动态超高压高温条件下由六方氮化硼（hBN）直接转变而成的。

Thermal stability of our wBN powder is characterized by the emergence of an exothermic peak in the atmospheric gas condition from DTA analysis. Initial temperature of this exothermic reaction is about 1 055K and peak temperature 1238K.

差热分析显示放热反应起始温度为1055K，峰顶温度1238K。