钻石中的黄色是由于钻石结构中氮原子缉骸光缴叱剂癸烯含楼取代碳原子而导致的。
The yellow color in diamonds is caused by nitrogen replacing carbon atoms in the diamond's structure.
钻石是碳元素的晶体结构。
这些钻石的结构提供了在室温下存储并计算数据的可能性。
These diamond structures offer the possibility of carrying out data storage and quantum computing at room temperature.
把碳原子排列得非常整齐，而形成晶体结构的钻石。
The carbon atoms then neatly arranged themselves into the crystalline structure of a diamond.
他们的新显微镜用一个晶体结构上有缺陷的钻石替代了磁针。
Their new microscope replaces the magnetic tip with a diamond that has a defect in its crystal structure.
钻石中的碳原子同它们的相邻原子形成“三维的”化学键，形成了一个坚固的、金字塔般的重复性晶体结构。
The carbon atoms in a diamond form "3-D" bonds with their neighbors, resulting in a sturdy, pyramidlike, repeating crystalline structure.
在阴极射线的激发下，该合成钻石发射强蓝白荧光，并显示出独特的几何对称生长分区及镶嵌结构。
Stimulated by cathode ray, this synthetic diamondproduces strong blue-white fluorescence and displays its specific cathodoluminescent geometric patterns, growth subdivisions and mosaic structure.
本文引用了波特的“钻石理论”和“竞争的五种力量”模型，分析中国玻璃企业的竞争优势和产业结构。
The paper tries to apply the Diamond Theory and the mode of Five-Force-of-Competition to analyze competitive advantage and industry structure of Chinese glass enterprises.
修长的钻石形躯体充当多功能的操作结构，突出能量，人流，动感组合的流通。
Elongated diamond bodies functions as a poly-operational structure that addresses flows of energy, circulation, dynamic composites, both aesthetically and material make up.
根据色彩强度，这颗钻石学名为“花式深蓝”钻石，其蓝色光泽由硼原子与碳原子结构的混合而产生。
The diamond is a "fancy deep-blue" stone, terminology that describes its intensity of color. The blue sheen comes from boron atomsintermixed with the carbonthat makes up the diamond's structure.
根据色彩强度，这颗钻石学名为“花式深蓝”钻石，其蓝色光泽由硼原子与碳原子结构的混合而产生。
Thee diamond is a "fancy deep-blue" stone, terminology that describes its intensity of color. The blue sheen comes from boron atomsintermixed with the carbonthat makes up the diamond's structure.
根据色彩强度，这颗钻石学名为“花式深蓝”钻石，其蓝色光泽由硼原子与碳原子结构的混合而产生。
Thee diamond is a "fancy deep-blue" stone, terminology that describes its intensity of color. The blue sheen comes from boron atomsintermixed with the carbonthat makes up the diamond's structure.
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