Ukusebenza kwe-carbon yecarble ye-carbon natoutubs

Ukusebenza kombane

I-Atom nganye ye-spbon ye-sp2 i-sp2 ye-sptronic inomkhonto ongafakwanga kwi-PI kwi-PI ORBIT ye-PI Olona tshintsho lwangoku lwangoku lweekhabhoni zekharbon nanobs unokufikelela kwi-109Acm-2, engu-1000 yokuphumelela kwengqungquthela yobhedu. Ingasetyenziswa njenge-wire encinci kakhulu, isicelo esiqhelekileyo sisetyenziswa ngoku njengearhente esebenzayo kwiibhetri zeLithium-ion. I-SemicondUcctive i-carbon nanobis inezicelo ezibanzi kwicandelo lemicrosoft.

Iipropathi zoomatshini

I-SP2 hybrid cc Amandla okuvelisa i-carbon nanowes kukulandelelana kwamakhulu e-GPA, kwaye imodyuli yolutsha ikumyalelo we-TPA, ephakamile kakhulu kunezixhobo zomzimba zekhabhoni kunye nezixhobo zomzimba. Sebenzisa i-fiber kunye nentsimbi. Kulindeleke ukuba kuthathe indawo ye-carbon fiber njengamandla amatsha.

Umsebenzi we-thermal

The carbon nanotube heat conduction system has a larger average phonon free path, and the axial thermal conductivity can be as high as 6600W / (m · K), which is more than 3 times the material with the highest thermal conductivity at room temperature-diamond, which is in nature The highest known material is an efficient heat dissipation material in electronic equipment.

Kwiminyaka yakutshanje, uphando lweekhabhoni lubonise amathemba lwesicelo kwizixhobo ze-nanoeeckiel, oko kukuthi, ngokwakha iithayile ze-nanon natutes zincinci kakhulu kunotywala, zincinci kakhulu, zincinci kakhulu kune-carbon yesketshini.

Kananjalo i-Parbon ye-MWCT yahlukana ne-Natbon Natutubs ingasetyenziselwa ukuba isebenze, i-anti-static, i-catalyst ye-catalyst, njl.