Gallium arsenide switches ten times faster than silicon All of a sudden,I've got a clock speed ten times faster with no change in design.
砷化镓启动的速度是硅的10倍,突然,我得到了10倍快的时钟速度,但是设计没有发生任何改变。
And in this case we're going to look at silicone, and we'll say if you can point out to me which requires the least amount of energy.
这次我们要做的是关于硅的,我们来看看大家是不是,能够为我指出那一项需要消耗的能量最少。
He said look at sodium, magnesium, aluminum, silicon, phosphorus, sulfur, chlorine, potassium.
他说,看,钠,镁,铝,硅,磷,硫磺,氯,钾。
Construction is a combination of workmanship and choice of materials. Take this computer, if I pull the silicon out, I replace it with gallium arsenide, leave everything else the same.
构造则是技巧和材料的选择,的结合,拿这个电脑为例,如果我将硅取出,替换成砷化镓,其他东西不变。
It melts at 958. It forms a dioxide, has a high melting point.
硅的熔点是958,形成二氧化硅,很高的熔点。
I could make this out of borosilicate glass.
我可以用硼硅玻璃来做。
It could be aluminum, silicone, phosphorous, sulfur, c hlorine or argon.
答案可能是铝,硅,磷,硫,氯或者氩。
He says it will have a high melting point.
他认为硅的熔点非常高。
This is his prediction for silicon.
这是他对硅的预测。
Will it be if you take a 3 s electron from neutral silicone, if you take a 3 p electron from the neutral atom, or if you take a 3 p from the ion?
是从中性硅原子中拿走一个,3,s,电子呢,还是从中性硅原子中拿走一个,3,p,电子呢,又或者是从硅离子中拿走一个,3,p,电子呢?
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