A cikin lu'uluan lu'u-lu'u, ana kuma kiran tsarin lu'u lu'u mai siffar lu'u-lu'u, wanda aka kafa ta hanyar haɗin gwiwar carbon atom. Da yawa daga cikin matsanancin ƙimar lu'u-lu'u sune sakamakon da ke haifar da haɗin gwiwar SPOvent wanda ke samar da madaidaitan tsari da kuma karamin adadin carbon atoms. Karfe yana nuna zafi ta hanyar wutan lantarki kyauta, da kuma babban aikinta na theretal yana da alaƙa da manyan abubuwan lantarki. Da bambanci, ɗaukar zafi a lu'u-lu'u an kammala ta hanyar lattice girgizawa (watau phonons). Adadin karfi da karfi tsakanin zakarun lu'u lu'u na lu'u-lu'u suna yin tsauraran mita da yawa, don haka yanayin sauya halin da aka yiwa shi ne babba kamar 2,220 K.

Tun da yawancin aikace-aikacen suna ƙasa da zazzabi na debye, whonon watse karami ne, don haka, juriya na zafi tare da phonon kamar yadda matsakaici yake sosai. Amma kowane lahani na latti yana samar da wutar lantarki ta watsar, ta haka ne ya rage halayyar da ke kan theron, wanda yake muhimmi halayyar duk kayan Crystal. Kabilu a Diamond yawanci sun hada da lahani na lafazin kamar yadda aka lalata, nitrogen impurities da kuma wuraren da aka mika su kamar iyakoki da kuma lahani na 2D kamar iyakokin alkama.

Crystal Crystal yana da tsarin tetraalaler na yau da kullun, wanda duk nau'i 4 na carbon atoms na iya samar da lantarki mai kyau, saboda haka babu 'yan sihiri na kyauta, da ba za su iya yin wutar lantarki ba.

Bugu da kari, carbon atoms a lu'u-lu'u suna da alaƙa da shaidu masu ƙarfi huɗu. Saboda CC a lu'u-lu'u a lu'u-lu'u yana da ƙarfi sosai, duk wutan lantarki na haɗin gwiwa suna shiga cikin samuwar haɗin gwiwa, don haka wuya ta lu'ulu'u mai girman kai yana da girma kuma mai narkewa yana da girma. And this structure of diamond also makes it absorb very few light bands, most of the light irradiated on the diamond is reflected out, so although it is very hard, it looks transparent.

A halin yanzu, mafi mashahuri kayan datsuwa da yawa galibi membobin iyali ne na dangin Nano-Carbon, ciki har daNanoodiamond, Nano-Graphet, graphene flakes, flake-zane Nano-grapite foda, da carbon nanotubes. Koyaya, zane mai zafi na dissipation na dischipation na disckip na discler kuma suna da ƙarancin ƙuruciya, wanda ke da wuya a cika bukatun diskipation na wutar lantarki mai zuwa. A lokaci guda, ba ya haɗuwa da bukatun mutane masu girma na mutane don haske da bakin ciki da bakin ciki, tsawon batir. Sabili da haka, yana da matukar muhimmanci a sami sababbin kayan aiki masu zafi-therymal. Wannan yana buƙatar irin waɗannan kayan don samun haɓaka haɓaka ƙarancin zafi, ɗabi'ar zafi da haske, da haske. Abubuwan Carbon kamar Diamond da Graphene kawai suna haɗuwa da bukatun. Suna da babban aiki na zafi. Abubuwan da aka haɗa su da kayan aikinsu wani nau'in zafi ne da kayan zafi watsuwa tare da babban damar aikace-aikace, kuma sun zama masu jan hankali.

Idan kuna son sanin ƙarin game da nanodiamonds, da fatan za a sami 'yanci don tuntuɓar ma'aikatanmu.