Facts About Crystal Revealed
Facts About Crystal Revealed
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诗中“胜美玉”，“过冰清”，写出水晶的质地美，而“亦欲应时明”则描绘出水晶充满灵性的动态美，耐人寻味。罗维是有独特眼光，懂得水晶真谛，第一个称赞水晶超过美玉的伟大诗人。他的认识已被千年之后的科学理论所证实；以水晶为直接吟咏对象的诗篇还有：
the solid point out of numerous uncomplicated substances, that have a regular form and surfaces organized in comparable designs
结晶的形状非常细小，需要用显微镜才能看得清楚，外观上看起来是平滑、块状。常见最多的是各式玛瑙
If you need to see how crystals are fashioned, you could do some challenge as part of your extremely have kitchen and find out the development in the crystals happen with the very own eyes . This may be carried out by putting a little degree of table salt into some normal tap h2o, wait around 24 several hours, and you'll see nice cubed formations. This transpires since the drinking here water is evaporating, which will cause the atoms that make up the salt (the mineral) plus the water to return closer jointly.
. These four buildings comprise the vast majority of binary crystals with equal quantities of cations and anions.
你们都知道，拿起一个水晶棱镜，让一束阳光通过它，就会得到一个光谱，看起来就像一条连续的彩虹色带。
水晶内部有多种矿物包裹体，形成的各种景观可以肉眼观测，这样的水晶就是包裹体水晶观赏石。由于水晶本身就是宝石，因此人们称誉包裹体水晶为“宝石级的观赏石”。包裹体水晶观赏石都具有独特性，具有极高欣赏和收藏价值。
如果水晶内部杂质中有传说中人物的造型，如佛、星座、生肖等价值可能要高于同等颜色和净度的水晶。
水晶包裹体丰富多彩，从气体、液体到各种矿物质，甚至宝石，均可被包含于水晶内，各种包裹体所形成的景象更是变化万千。按照包裹体的内容，常把包裹体水晶分为一下八类：
⑤化学稳定�?非常好，在常温下仅溶解于氢氟酸，不溶解于其它各类酸、碱。在高温高压条件下可溶解于碳酸钠溶液中。
被主体水晶所捕获的包裹体。原生包裹体通常为固相，形态较规则。水晶中典型的原成包裹体有金红石、电气石、黄铁矿等，也会见到岩石碎屑或集合体。
Orthorhombic: These are rhombic prisms and dipyramids that resemble tetragons but without sq. cross-sections.
水精：水晶为何称为水精，《广雅》有巧解：�?水之精灵�?”；李时珍则说：�?莹洁晶光，如水之精英 ”。细加考究，此称还蕴含浓厚的宗教意味呢。水精一名，最初见于佛书，后汉支曜翻译的《具光明定意经》说：�?其所行道，色如水�?�?。
The C60 molecules, also known as buckyballs, are fairly potent and Nearly incompressible. Crystals are shaped such that the balls are arranged in an fcc lattice by using a one-nanometre spacing between the centres of adjacent balls. The related C70 molecule has the shape of the rugby ball; C70 molecules also sort an fcc crystal when stacked with each other. The good fullerenes form molecular crystals, with weak binding—provided by van der Waals interactions—among the molecules.