硅的内部结构是一个四面体。
The internal structure of silica has a pyramid(tetrahedron) unit.
这个事实，对于硅的制造。
And the fact that this is also the case is very useful for making silicon.
他认为硅的熔点非常高。
硅的存在使平均粒度变细。
Average particle size became fine in the present of silicon.
硅铁一种用于生产碳素钢的铁和硅的合金。
An alloy of iron and silicon used in the production of carbon steel.
三种吸杂方式都能明显提高多晶硅的少子寿命。
All these three ways can improve the minority carrier lifetime effectively.
而有机碳和有机氮的埋藏与生物硅的埋藏表现出正相关性；
The relationship of organic carbon and organic nitrogen is positive.
对硅的干法刻蚀技术是现代半导体工业中非常重要的一项工艺。
Dry etching technique of silicon is a very important process in the modern semiconductor industry.
这是硅芯片——一个硅晶体的小芯片。
它们甚至可能不是用硅制做的。
玻璃的基本原料，包括硅砂和纯碱，几乎可以在任何地方找到。
The basic ingredients in glass, including silica sand and soda ash, are found almost everywhere.
实际上，石墨烯甚至可能作为未来电学材料的候选人取代硅。
Indeed, graphene might even replace silicon as the electronic material of choice in the future.
碲化镉是一种比硅更便宜的光伏材料。
The compound is cheaper to use for photovoltaic material than silicon.
所以我们最初的计划是尽可能将硅线设置在一起，越近越好。
So our initial plan was to grow the wires as close together as possible.
除了刚度，石墨烯更著名的是其有可能替代硅。
Apart from stiffness, graphene is possibly better known as a potential silicon replacement.
目前，硅材料光电板的效率大约为15- 18%，而塑料光电板的效率只能达到7 - 8%。
Whereas silicon has an efficiency of around 15-18%, plastic devices can only achieve 7-8% at best, currently.
另外，最重要的是，镓砷化物比硅贵得多。
Moreover, gallium arsenide is much more expensive than silicon in the first place.
这个变化造就了今天无处不在的硅芯片。
现代洁净室中的所有机器都是用来制造300毫米硅晶圆的。
Every machine in a modern clean room is built around 300-mm wafers.
粒状多晶硅是一个非常有用的生产因素。
硅是制造电脑芯片的好材料。
SILICON is a good material from which to make computer chips.
硅是用来作电池的第二个区域。
With silicon, this is achieved using a secondary electrical field across the cell.
“比特是用什么构成的？” 不是硅，而是信息。
硅并不是制作光传感器的最佳材料。
本公司是生产经营有机硅助剂的专业公司。
This company is the production and operation of professional silicone additives company.
半导体硅材料是微电子产业的基础材料。
Semiconductor silicon is the fundamental material for the microelectronic industry.
除此之外，相对于含量稀少的锗元素，硅是相当普遍的化学元素。
Also, silicon is a very common chemical element, whereas germanium is relatively rare.
除此之外，相对于含量稀少的锗元素，硅是相当普遍的化学元素。
Also, silicon is a very common chemical element, whereas germanium is relatively rare.
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