Shin kun san menene aikace-aikace naNanowires na azurfa?

Nanomaterials daya-nan-nanomatica koma zuwa girman girman kayan ya kasance tsakanin 1 da 100nm. Abubuwan da aka ba da ƙarfe na karfe, yayin shigar da Nanoscale, za su nuna tasiri na musamman waɗanda suka bambanta da na macroscopic illa, da tasirin quantum. Sabili da haka, Nanoires suna da babban yuwuwar aikace-aikacen lantarki a cikin filayen wutar lantarki, Litattafai, makami, magnetism da catalysis. Daga cikin su, ana amfani da Nanowires na azurfa a cikin masu contalysts, Sellarfin samaniya, low bayyani, sel na bakin ciki, sel mai kyau, da kuma kayan kwalliya, da masu bita.

Nanowires na azurfa amfani a filin catalytic

Azurfa nanomerials, musamman azurfa nanomerials tare da Girma Girma da girman sashi, suna da kaddarorin catalytic. Masu binciken sun yi amfani da PVP a matsayin mai kunnawa na samaniya da kuma shirya Nanowires ta hanyar Hydrothermal da aka gwada su na oxygen seconthatics (orr) kaddarorin ta hanyar cyctamytics. An gano cewa Nanowires na azurfa wanda aka shirya ba tare da PVP ba tare da yawan adadin Orr na yanzu ba, yana nuna ikon karfin lantarki. Wani mai bincike ya yi amfani da hanyar Polyol don hanzari kuma sauƙaƙe na Nanowires da na azurfa ta hanyar daidaita adadin Nacl (zuriyar kai). Ta hanyar layi mai yiwuwa hanyar bincike, an same shi da nanowires na azurfa suna da ayyukan onlicatical daban-daban, da kuma Nanowires na azurfa sune ƙwayoyin cuta. Wani mai bincike yana amfani da Nanowires na azurfa wanda aka shirya ta hanyar polyol hanyar azaman electrood electrode batir. A sakamakon haka, an gano cewa Nanowires na azurfa yana da babban al'amari mai girma da kuma haɓakar haɓakar ƙwayar mahaifa, kuma yana haɓaka kyakkyawan kayan lantarki na lantarki.

Nanowires na azurfa amfani a filin lantarki

Sannu a hankali Nanowires sun zama nazarin binciken kayan lantarki saboda kyakkyawan aikin su, low surface da babban gaskiya. Masu binciken Nanopped na Nanowire na Nanayikai na Nanowire tare da m. A cikin gwajin, an yi amfani da fim ɗin PVP azaman wani aiki na aiki, kuma farfajiya ta fim ɗin canja wuri, wanda yadda ya kamata ya inganta a farfajiya na Nanowire. Masu binciken sun shirya wani fim mai sassauci mai sauƙaƙewa tare da kaddarorin ƙwayoyin cuta. Bayan fina-finai mai bayyanawa ya kasance lett sau 1000 (yana ɗaukar radius na 5mm), juye juye da hasken wuta bai canza ba, kuma ana iya yin amfani da shi ga ruwa crystal crystal shaysi. Na'urorin lantarki da sel na rana da sauran filayen. Wani mai bincike yana amfani da 4 na Bismallemide monomer (MDPB-Fgeedr) azaman substrate don saka polymer mai ban mamaki da aka shirya daga Nanowires na azurfa. Gwajin ya gano cewa bayan an yi maganin tafiya ta hanyar karfin waje, an kuma gyara shi a karkashin dumama a cikin mintuna 50, da kashi 91 da za a iya yanke shi akai-akai kuma ana iya yanke shi akai-akai kuma ana iya yanke shi. Wani mai bincike ya yi amfani da Nanowires na azurfa da siffar ƙwaƙwalwar ƙwaƙwalwa (Shps) don shirya polymer mai gudana tare da tsarin Layer. Sakamakon ya nuna cewa polymer yana da sassauci mai sassauci da kuma aiki, na iya dawo da kashi 12% na nakasassu, ban da, ya jagoranci yiwuwar yiwuwar shi ne kawai 1.5v. Polymer na sarrafawa yana da babban damar amfani da na'urorin lantarki a nan gaba.

Nanowires na azurfa wanda aka amfani dashi a fagen kayan ganima

Nanowires na azurfa suna da kyakkyawar hanya da therymal da ke aiki, kuma an yi amfani da nasu na musamman mai nuna halin fili da yawa a cikin na'urorin da aka ɗora, sel hasken rana da kayan hasken rana. Nanowire na azurfa na Nanowrous tare da ingantaccen tsari yana da kyakkyawan aiki da kuma fassarar ya kai kilo 87.6%, wanda za'a iya amfani dashi azaman maye gurfun abubuwa da ito a cikin sel mai haske.

A cikin shirye-shiryen gwajin fim mai sassauci, ana bincika shi ko adadin ajiyar kayan Nanowire zai rinjayi bayyanawar ra'ayi. An gano cewa a matsayin adadin hanyoyin da aka tattara na Azurfa na Nanowires ya karu zuwa 1, 2, 3, sau 4, da kuma 80.4%, bi da bi 80.4%, bi da bi 80.4%.

Bugu da kari, ana iya amfani da Nanowires na azurfa a matsayin mai ɗaukar filayen Plasma kuma ana iya amfani dashi sosai a cikin haɓaka Raman Spectroscopy (STRs) don cimma nasarar samun hankali da ganowa mai hankali. Masu binciken sun yi amfani da hanyar da za a iya amfani da ita wajen shirya guda na Nanowire Nan Arrals tare da sandar santsi da babban al'amari rabo a cikin samfurin Aao.

Nanowires na azurfa amfani a cikin filin na'urori

Nanowires ana amfani dashi sosai a cikin filin na'urori saboda kyakkyawan zafin rana, batun yin amfani da wutar lantarki, bitobomility da ƙwayoyin cuta. Masu binciken sun yi amfani da Nanowires na azurfa da aka gyara abubuwan lantarki da aka yi da PT kamar yadda Halide na'urori na'urori su gwada abubuwan halayyar cikin tsarin da ke cyctammetry. Senterity ya kasance 0.059 a cikin 200 μmol / L ~ 20.2 MMOL / L-bayani. UA / (MMOL • L), a cikin kewayon 0μmol / l ~ 20.20hu / (MMOLA / (MMOLA / (MMOL • L) bi da bi. Masu binciken sun yi amfani da abubuwan da aka yi amfani da su mai amfani da carbon waɗanda aka yi da Nanowires na azurfa da Chitosan don saka idanu a matsayin kashi tare da babban hankali. Wani mai bincike ya yi amfani da Nanowires na azurfa wanda aka shirya ta hanyar Polyol hanyar da kuma gyara allon buga perbon Extbon (Spce) tare da janareta na ultrasonic don shirya firikwensin da ba enzymat ba. Gwajin Polakraphic ya nuna cewa firikwensin ya nuna maida hankali ne a cikin kewayon 0.3 zuwa 704.8 μma / (μmol • CM2 cm2) da kuma lokacin mayar da martani ne na 2 s. Bugu da kari, ta hanyar gwaje-gwaje na yau da kullun, an gano cewa dawo da H2O2 a cikin gidan ɗan adam ya kai 94.3%, ana iya tabbatar da cewa ana iya tabbatar da cewa wannan enzymator na h2o2 zai iya amfani da wannan enzymator H2O2 zuwa ma'aunin samfurori.