一, Pwopriyete ak aplikasyon nan milti-miray ranpa kabòn nanotubes:
1. Pwopriyete mekanik nan nanotub kabòn milti-miray yo ekselan e yo sitou itilize kòm ajan ranfòse polymère .
Multi-walled carbon nanotubes have extremely high strength and toughness, and are very soft. They are regarded as the future super fibers. Multi-walled carbon nanotubes are mainly applied in industries related to rubber, plastics and coatings. In the field of rubber, they are mainly used in rubber products such as tires and sealing rings, with advantages such as high conductivity, high thermal conductivity, high wear resistance and high tear resistance. In the field of plastics, adding a small amount can greatly improve the conductivity, thermal conductivity and mechanical properties, and are mainly applied in plastic products such as PTFE, PP, PA, PC, PE, PS, ABS, unsaturated resins, epoxy resins, etc.
2. Multi-Walled kabòn nanotub posede inik konduktiviti elektrik, segondè estabilite tèmik, mobilite intrinsèques, yon gwo zòn sifas espesifik, ak mikropò yo konsantre nan yon seri sèten, ki satisfè kondisyon ki nan yon materyèl elektwòd ideyal pou supercapacitors .}}
Multi-miray kabòn nanotub yo gen ekselan konduktiviti elektrik ak yo te itilize nan aplikasyon pou tankou kondiktè elektwòd transparan, fim chofaj kondiktè, kondiktè nano-lano, nano-aparèy, montre, detèktè chimik, pil super, super kondansateur pou depo enèji, selil solè, ak materyèl tèmik interface {{{{{3 O /
3. Pèfòmans adsorption nan milti-miray kabòn nanotubes se ekselan . milti-miray kabòn nanotub gen yon gwo zòn sifas espesifik, estrikti tiyo espesyal, ak grafit-tankou espas ki genyen ant yo te fè yo nan.
4. The excellent electron conductivity, high chemical stability and large specific surface area of multi-walled carbon nanotubes can be utilized as catalysts or catalyst carriers, offering higher catalytic activity. Whether in traditional heterogeneous catalysis, electrocatalysis or photocatalysis, multi-walled carbon nanotubes demonstrate great application potansyèl .
5. Aplikasyon nan milti-miray kabòn nanotubes nan nanobioloji {{2} Chaje makè fliyoresan, molekil byaktif, oswa dwòg pou antre nan sistèm byolojik . Nan jaden an nan syans lavi, pwopriyete ekselan fluoresans yo pèmèt yo dwe lajman itilize kòm sond fliyoresan nan pwosesis yo nan etikèt byolojik ak swiv alontèm nan òganis vivan .
2, . fonksyonalizasyon sifas nan milti-miray kabòn nanotubes:
Fonksyonalizasyon sifas la nan milti-miray kabòn nanotub enplike nan entwodwi gwoup fonksyonèl sou sifas la nan milti-miray ranpa kabòn nanotubes, kidonk amelyore dispèsibilite yo ak konpatibilite nan Solvang oswa sistèm aplikasyon .
Gwoup fonksyonèl yo enkli: carboxylated - COOH, hydroxylated - OH, amine - NH2, grafitize, nikèl plake, nitwojèn doped, elatriye . fonksyonalizasyon sifas yo amelyore solubility a ak dispèsyon nan nanotub kabòn te vin kle nan aplikasyon an nan Kabòn nan Kabòn nan nanotubes @
Kabòn Peak Nouvo Materyèl Teknoloji se yon antrepriz teknik ki espesyalize nan rechèch la, pwodiksyon ak lavant nan wo-pite nano-nouvo materyèl . Pwodwi prensipal nou yo gen ladan milti-miray kabòn nanotubes, yon sèl-ranpa byen kabòn nanotubes, yo ak lòt bagay ki gen. founisè .