锌的

Zinc is a white metal.

锌是白色的金属。

The order of fracturing energy and mass-related work is: Beryl＞Quartz＞Fluorite＞Diaspore＞Galena＞Sphalerite＞ Wolframite.

七种矿物的断裂能和比功耗大小顺序为：绿柱石＞石英＞萤石＞硬水铝石＞方铅矿＞闪锌矿＞黑钨矿。

The result of the XRD indicated that the production structure was wurtzite, which was mixed with hydrocarbon.

结果表明碳氢化合物粉末和纳米氧化锌粉末2种掺入物对晶须形貌的影响很大。

The results showed that the as-synthesized one-dimension nanomaterials were hexagonal GaN with wurtzite structure.

结果表明：合成的一维GaN纳米材料为六方纤锌矿结构。

The structure of the product was wurtzite structure, preferring to grow along the c axis.

XRD结果显示，ZnO纳米棒的结构为纤锌矿结构，并沿c轴择优生长。

These synthesized nanostructures were single-crystalline wurtzite structure.

这些合成的纳米结构都是纤锌矿单晶结构。

They exhibit a strong luminescence peak at around 630nm and will transform into wurtzite structure when annealed at 500°C.

它们在630nm有较强的发光峰，经过500℃热处理后转变为纤锌矿型结构。

The results demonstrate that the nanorods are single-crystal GaN with a hexagonal wurtzite structure and possess relatively smooth surfaces.

结果表明，采用此方法得到了六方纤锌矿结构的GaN单晶纳米棒。观察发现纳米棒表面光滑。

The liberated EDTA is titrated with zinc standard solution using xylenol orange-CPB as indicator to obtain a sensitive and clear end-point, Interference of ions is also studied.

释放出的EDTA用锌标准液返滴定（XO－CPB为混合指示剂），终点变化相当敏锐。

The invention is characterized in that it dops ytterbium and zinc in lead tungstate crystal, which greatly improves its optical properties on the basis of retaining original good properties of lead tungstate crystal.

本发明在钨酸铅晶体中掺杂元素镱和锌，在保留钨酸铅晶体原有优良性能的基础上，大幅度改善其光学性能。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。