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1·Additional support came in 1885 when eka-silicon, which had also been described in advance by Mendeleyev, was discovered and named germanium.

1885年，当门捷列夫描述过的埃卡-硅被发现并命名为锗时，也带来了额外的支持。

2·Germanium forms an amphoteric oxide GeO2 and anionic germanates, such as Mg2GeO4.

锗形成了两性氧化物 GeO2 和阴离子锗酸盐，如 Mg2GeO4。

3·Germanium is a common TR optical material.

锗是常用的红外光学材料。

4·It s also the first germanium laser to operate at room temperature.

这同样也是第一速在室温下得到控制的锗激光。

5·Tests on products containing germanium showed there was a risk.

测试产品的含锗量能够显示其危险性。

6·It had a 5-in. screen and used 23 silicon and germanium transistors.

它拥有5英寸的屏幕使用了23个硅锗晶体管。

7·Both the silicon and the germanium were deposited at high temperatures.

硅和锗都需要在高温下层叠。

8·Until today germanium is the present substance on earth with no exception.

直至今天锗才毫无异议地成为地球上是纯净的物质。

9·The adsorption equilibrium constant of germanium in lignite was determined.

测定了煤对锗的吸附平衡常数。

10·Germanium, natural metalloid element raising body's immunity and easing pain.

锗，天然非金属元素提高人体的免疫力，缓解疼痛。

锗

1·Germanium forms an amphoteric oxide GeO2 and anionic germanates, such as Mg2GeO4.

锗形成了两性氧化物 GeO2 和阴离子锗酸盐，如 Mg2GeO4。

2·It s also the first germanium laser to operate at room temperature.

这同样也是第一速在室温下得到控制的锗激光。

3·MIT researchers fill up the lower-energy state with extra electrons from phosphorous atoms, which they add to the germanium.

MIT的研究者们将较低这个能级用磷原子所带电子来填充，他们加入到锗中的即是这种东西。

4·The development team demonstrated nanowires with layers of the different silicon and germanium materials that were atomically sharp and therefore more efficient at carrying electronic charges.

该技术的研发团队展示了几种原子级尺寸的，采用不同的硅锗材料制成的分层结构纳米线，这种纳米线可以有效地传输电荷。

5·Both the silicon and the germanium were deposited at high temperatures.

硅和锗都需要在高温下层叠。