Menene Amfani da Shiri da Shirye-shiryen Kayan Nono Tellurium Dioxide?

_{Kayan Tellurium dioxide, musamman matakin nano mai tsarkiTellurium Oxide, sun ƙara jawo hankali a masana'antar. To menene halayen nano Tellurium Oxide, kuma menene takamaiman hanyar shiri? Ƙungiyar Bincike da Ci gabaKamfanin UrbanMines Tech Co., Ltd.ya taƙaita wannan labarin don ambaton masana'antu.}

  _{A fannin kimiyyar kayan zamani, tellurium dioxide, a matsayin kyakkyawan kayan acousto-optic, yana da halaye na babban ma'aunin haske, babban canjin Raman, kyakkyawan haske mara layi, kyakkyawan ikon amfani da wutar lantarki, kyawawan halayen acoustoelectric, babban watsawa na ciki na ultraviolet da haske mai gani, da sauransu. Tellurium dioxide ana amfani da shi sosai a cikin amplifiers na gani, masu karkatar da acousto-optic, matattara, juyawar gani…}

  _{Nanomaterials suna da halaye na babban yanki na musamman da ƙaramin girman barbashi, wanda zai iya sa ya samar da tasirin saman, tasirin quantum da tasirin girma. Saboda haka, bincike mai zurfi kan nanomaterials na tellurium dioxide yana da matuƙar muhimmanci.}

   _{Nanomaterials suna da halaye na babban yanki na musamman da ƙaramin girman barbashi, wanda zai iya sa shi samar da tasirin saman, tasirin quantum da tasirin girma. Saboda haka, bincike mai zurfi kan nanomaterials na tellurium dioxide yana da matuƙar mahimmanci. A halin yanzu, hanyoyin shiryawatellurium dioxideAna raba kayan nano galibi zuwa hanyar ƙafewar zafi da hanyar ƙafewar sol. Hanyar ƙafewar zafi ita ce hanyar ƙafewar elemental tellurium foda mai ƙarfi kai tsaye a ƙarƙashin yanayin zafi mai yawa don samun sabon oxide. Rashin amfani da shi shine cewa amsawar tana buƙatar zafi mai yawa, kayan aikin suna da tsada, kuma ana samar da tururi mai guba. An shirya kayan nano tellurium dioxide da yawa ta hanyar ƙafewar. Ana ƙafewar ƙwayoyin Te ta hanyar amfani da harshen wuta na plasma na microwave don shirya ƙananan ƙwayoyin tellurium dioxide masu siffar ƙwallo tare da rarraba girman barbashi na 100-25nm. Park et al. sun ƙafe foda elemental Te a cikin bututun quartz da ba a rufe ba a 500°C, sun gyara fim ɗin Ag akan saman nanorods na SiO2, sun shirya nanorods na tellurium dioxide masu aiki tare da diamita na 50-100nm, kuma sun yi amfani da su don gano yawan iskar ethanol. Hanyar sol tana amfani da kadarorin precursors na tellurium (yawanci tellurite da tellurium isopropoxide) don a sauƙaƙe su. Ana samar da tsarin sol mai karko bayan an ƙara sinadarin acid a ƙarƙashin yanayin ruwa. Bayan tacewa da bushewa, ana samun foda mai ƙarfi na tellurium dioxide. Hanyar tana da sauƙin aiki, tana da kyau ga muhalli, kuma amsawar ba ta buƙatar zafi mai yawa. Yi amfani da halayen acid mai rauni na acetic acid da gallic acid don haɓaka da kuma samar da Na2TeO3 don shirya tellurium dioxide nanoparticle sol, da kuma samun tellurium dioxide nanoparticles a cikin nau'ikan lu'ulu'u daban-daban, tare da girman barbashi daga 200-300nm.}