1·This is the silicon chip—a little chip of silicon crystal.
这是硅芯片——一个硅晶体的小芯片。
2·We can change the behavior of a pure silicon crystal by doping it.
当纯矽的晶体和其它不纯物混杂在一起，矽的本质会改变。
3·The company specializes in making silicon crystal wafers to be used in photovoltaic cells.
该公司专攻用于光伏电池的硅晶片。
4·A process for preparing doped molten silicon for use in a single silicon crystal growing process is disclosed.
公开了一种在单晶硅生长过程中使用的掺杂硅熔体的制备方法。
5·Oxygen and carbon are important nonmetallic impurities in silicon crystals. Notably, the characteristics of silicon crystal are affected by them.
硅中碳和氧是重要的非金属杂质，它们对硅单晶的性质有着重要影响。
6·Company scientists say their amorphous transistors are just as fast as silicon crystal transistors. But they cost much less to make. they produce less heat.
公司科研人员说，他们的非晶体硅半导体管与硅晶体半导体管电流速度一样快，但制造成本却低得多，产生的热量也大为减少。
7·The invention discloses a technology for the directional solidification growth of polycrystalline silicon ingot, belonging to the preparation of semiconductor material silicon crystal.
一种定向凝固生长多晶硅锭工艺，本发明属于半导体材料硅晶体的制备。
8·A high reverse bias voltage creates a strong internal electric field, which accelerates the electrons through the silicon crystal lattice and produces secondary electrons by impact ionization.
一个高反向偏置电压产生一个强有力的内部电场，加速了通过硅晶格的电子，并通过碰撞电离产生二次电子。
9·Although high-quality single-crystal silicon may be the best-known material for making electronic components, it isn’t the only one—and it’s not the only one being teased into different shapes.
虽然高品质的单晶硅可能是制造电子元件最知名的材料，但它却不是唯一的材料，也不是唯一一个可以用来加工成不同形状的材料。
10·Each crystal structure consists of alternating layers of silicon dioxide and a polymer material, so that the spacing between similar layers matches the wavelength of phonons.
每个晶体结构由相间的二氧化硅层和高分子聚合材料层组成，相同材料层之间的间距与声子的波长相匹配。