奈米碳管电晶体以往通常在电子工业常用的矽复合材料上面制作。
Past carbon nanotube transistors were typically constructed atop silicon composites common in the electronics industry.
他们在二氧化钛奈米管中添加碳，将可吸收的光波长范围转换成可见光波段。
They have added carbon to titanium dioxide nanotubes to shift the wavelengths of light the tubes absorb to the visible portion of the spectrum.
由于底部成长模式与推挤效应两者之作用，奈米碳管因而能整齐排列垂直于基板。
The well-alignment of tubes is due to the base growth mode and the jostle effect.
当使用磁铁矿悬浮液作为催化剂时，得到结晶性良好之竹节状奈米碳管。而在适当条件下，可得到Y接点奈米碳管。
When the magnetite suspension solution was used as catalyst, crystalline bamboo-structured CNTs were obtained. Y junction CNTs were also obtained under ambient condition.
而要是使晶圆像留声机唱盘那样旋转，让含有奈米碳管的溶剂附著在晶圆表面，也还是有问题。
Alternatively, coating the wafer with a nanotube-containing solvent by spinning the disk like a phonograph record also had its problems.
而要是使晶圆像留声机唱盘那样旋转，让含有奈米碳管的溶剂附著在晶圆表面，也还是有问题。
Alternatively, coating the wafer with a nanotube-containing solvent by spinning the disk like a phonograph record also had its problems.
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