A matsayin mafi yawan wakili mai girma mai girma,Single-Walled Carbon Nanotubes(SWCNTns) suna da kyawawan kayan jiki da kayan sunadarai. Tare da ci gaba mai zurfi mai zurfi a kan ainihin da aikace-aikace na walled carbon nanotubes, sun haɗu da na'urorin aiki na gaba, da sauransu, wasu daga cikin kayan aiki, da sauransu, wasu daga cikinsu sun sami kayan aikin masana'antu.

Injiniyoyi na kayan kwalliya guda ɗaya

A carbon atoms na parbon-Walotubes da aka hade tare da karfi CC lafiyayyen cc lafiyayyen cc. An yi jitashi daga tsarin da suke da karfin rigakafin, daga mikakkun Modulus. Masu binciken sun auna mita na ƙarshen cuns na kyauta kuma ya gano cewa modulus na carbon nanotubes na iya kaiwa 1Tpa, wanda kusan sau 5 ne na karfe. SWCNTs suna da ƙarfi sosai ƙarfin, yana da kusan sau 100 da ƙarfe; Carbon na Mallaka na ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwa ce 5%, har zuwa 12%, wanda kusan ƙarfe 60 na ƙarfe. Cnt yana da taka muhimmancin wahala da liyuwanci.

Nan Nanotubes guda-Walotubes suna da kyau kwantar da kayan aikin da ke nuna ƙarfi, da tauri, elasticity da gajiya juriya da cewa ba su da asali. A cikin sharuddan nanoprobes na nanoprobes za a iya amfani da shi don yin shawarwari masu binciken tare da ƙuduri mafi girma da zurfin ganowa.

Kaddarorin lantarki na kayan kwalliya guda ɗaya

Karkace Tsarin Tashar Carbul na Single-Walled Carbon Nanotubes yana tantance musamman da kuma kyawawan kaddarorin lantarki. Karatun Tsakanin na nuna cewa saboda jigilar kayayyaki a Carbon Nanotubes, daukakar da ke gudana kamar na tagulla da jan ƙarfe da ke da kyau. Diamita na Carbon-Walled Carbon Nanotube shine kusan 2nm, kuma motsi na wayoyin lantarki a ciki yana da halayyar quantum. Ya shafa ta Layoyin Likici, kamar yadda diamita da yanayin canjin swcon, wannan rata na Varence kuma za a iya canza Band a kusan sifili da kuma canza banbancin carbont. Har zuwa yanzu, babu wani abun da aka samu ya zama kamar carbon-Walled Carbon-Wallble na Single nanotubes da za su iya daidaita rata makamashi ta hanyar canza tsarin atoms.

Carbon Nanotubes, kamar zane da lu'u-lu'u, suna da kyawawan masana zafi. Kamar yadda ake nufi da lantarki, Carbon Nanotubes shima suna da kyakkyawan yanayin yanayin zafi axial kuma suna da kayan aikin ƙwayoyin zafi. Lissafin ilimin na kwastomomi sun nuna cewa tsarin da ake ciki (CNT) tsarin sarrafawa yana da babban matsakaicin hanyar usa, da ƙari, wanda yake kama da aikin therylal na ƙamshi na graphene. Masu binciken sun auna cewa dakin zazzabi da zafin jiki na damisa (Swcnt) yana kusa da na lu'u-lu'u da hoto (~ 2000w / m •. Kodayake yawan musayar zafi na carbon nanotubes a cikin shugabanci na hanzari yana da iyaka da yawa carbon-carbon da yawa carbon da yawa.

Kyakkyawan halayen da aka yiwa zafin jiki na ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwar ƙwaƙwalwa (swcnts) ana ɗauka su zama kyakkyawan abu don saman sararin samaniya na ƙarni na gaba ɗaya. A carbon Nanotube CPU na CPU, wanda sadarwarsa take da CPU Nanotubes gaba daya, yana da kayan aikin ƙarfe sau 5 da aka yi amfani da shi da yawa da aka yi amfani da amfani da ni da zarar an yi amfani da amfani da ni da zarar an yi amfani da amfani da ni da zarar an yi amfani da amfani da ni da zarar an yi amfani da amfani da ni da zarar an yi amfani da amfani da shi na yau da kullun da aka yi amfani da su da yawa. A lokaci guda, carbon guda ɗaya masu tafiya da kyau suna da kyakkyawan aiki a cikin manyan ayyukan da aka haɗa su a cikin kayan aiki iri-iri kamar injuna.

Abubuwan Pictical na Carbon-Walled Carbon Nanotubes

Wani tsarin na musamman na carbon-Walled Carbon Nanotubes ya kirkiro da na musamman kaddarorin kayan gani. Raman Spectroscopy, Clauresce Spectroscopy da ultviolet-bayyane-kusa-kusa-kusa da nazarin abubuwan da ke cikin kadarorinta na gani. Raman Spectroscopy shine mafi yawan kayan aiki na gano kayan aiki don carbon guda masu walled carbon guda ɗaya. Yanayin vibrationistic na Halayyar Carbon-Walled Carbon Single-Walled Carbon Nanotubes zingi mai ban sha'awa Vibring (RBM) ya bayyana a kusan 200nm. Za'a iya amfani da RBM don ƙayyade microsru-carbon nanotubes kuma ƙayyade ko ƙayyade samfurin ya ƙunshi carbon carbon nama.

Magnetic kaddarorin nama mai hawa guda biyu

Carbon Nanotubes suna da kaddarorin Magnetic na musamman, waɗanda suke da yanayin halitta da Diamagnic, kuma ana iya amfani dasu azaman kayan ƙoshin mai laushi. Wasu carbon-Wallel guda biyu tare da takamaiman tsarin su ma suna da supercontuctivity kuma ana iya amfani dasu azaman supercontuctucting.

GASKIYA DESALI NA FARKO NA DANCHLE

Tsarin tubular guda ɗaya da manyan tsayin daka-diamita na tsallakewa na karfe nanoved carbon-wallled carbon-tuble-brovabtion suna da m bututun mai, saboda yana da halaye na musamman, ajiya mai da indiilation. Dangane da rahotannin bincike na yau da kullun, Walked Carbon Nanotubes sune kayan adsorgen tare da mafi girman kayan aikin hydrogen, kuma zai taimaka wajen inganta bunkasa sel na gargajiya na hydrogen.

Ayyukan catalytic na carbon-walled Carbon Nanotubes

Karatun carbon guda daya-Walotubes suna da kyakkyawan aiki na lantarki, kwanciyar hankali na babban masarufi da manyan takamaiman yanki (SSA). Ana iya amfani dasu azaman masu conlalysts ko masu ɗaukar kaya, kuma suna da babban aikin catalyttic. Ko da a cikin cateterogeneus catalysis catalysis na gargajiya, ko a cikin Exthocatalysis, carcatalysis, carled carbon nanotubes sun nuna babban damar aikace-aikace.

Guangzhou Highwu wadatar da ingantaccen inganci mai amfani da carbon nanotubes tare da daban-daban tsawon, tsarkaka (91-99%), iri. Hakanan za'a iya sarrafa watsawa.