晶体硼

研究结果表明，在Au触媒的作用下，生长晶体硼纳米线的临界温度为600℃；

It can be concluded that the critical temperature for the growth of nanowires is 600 ℃ .

与固溶体组成共晶体的硼碳化物主要为具有六方点阵并含有层片状孪晶的（Cr，Fe）7（C，B）3。

The result also showed that the eutectic boride and carbide of ( Cr , Fe ) 7 ( C , B ) 3 was hexagonal lattice with lamellar and flake twin .

通过化学分析、热分析及X射线粉晶衍射、红外光谱物相鉴定表明，相转化的最终产物为晶体白硼钙石（4CaO·5B2O3·7H2O）。

The phase transformation product is priceite ( 4CaO · 5B_2O_3 · 7H_2O ), which is determined by chemical analysis , thermo-analysis , IR and X-ray powder diffraction .

实验结果表明，合成温度是影响晶体中硼含量的主要因素。

The results show that the synthesis temperature is the main factor that affects the content of boron in the synthesized diamond .

在几种具有典型复杂结构的硼酸盐晶体中，从硼原子的键合形式出发讨论了不同键合情况下的B&O键对硼酸盐晶体的非线性光学行为的具体影响。

In some borate crystals with typical complex structures , the detailed effect of different chemical bonding conditions of B & O bonds on nonlinear optical behaviors of borate crystals from the chemical bonding type of boron atoms is discussed .

通过晶体的颜色、X射线衍射以及Raman光谱可以初步断定合成出的金刚石晶体中确实含有硼元素。

The presence of boron was primarily ascertained by the color of crystal , X-ray diffraction and Raman spectrum .