Shigar da maganin nanoparticle don sa shi ya tashi 40 ºC
Ƙarƙashin ƙarewa hanya ce mai dacewa da sassauƙa wacce zata iya sadar da filayen magnetic masu ƙarfi zuwa nanoparticles don cimma kulawa mai mahimmanci da kuma niyya, wanda ya tayar da sha'awa sosai ga ƙungiyar masu binciken likita. Tsarin suma ana amfani dasu a cikin hyperthermia don samar da wasu filayen magnetic a cikin dakin gwaje-gwaje don haɓakawa da sarrafa zafin jiki na maganin nanoparticle in vitro ko (a karatun dabba) a cikin rayuwa.
Tsarin mu na nanoparticle induction tsarin zai iya saduwa da ikon binciken ku da bukatun mitar, yana samar da madaidaitan matakan wuta daga 1 kW zuwa 10 kW da kuma iyawar mitar daidaitawa daga 150kHz zuwa 400kHz. Za'a iya samun ƙarfin ƙarfin filin har zuwa 125 kA / m.
Manufa:
Yi zafi a nanoparticle bayani don samun shi don ƙara akalla 40 ºC don binciken likita / gwajin dakin gwaje-gwaje
Kayan aiki • Abokin ciniki ya samarda maganin nanoparticle
Zazzabi: 104 ºF (40 ºC) ƙaruwa
Frequency: 217 kHz
Kayan aiki • DW-UHF-5kW 150-400 kHz tsarin dumama shigar da kayan aiki tare da tashar zafi mai nisa mai ɗauke da ƙarfin ƙarfin 0.3 µF
• Matsayi-guda 7.5 juyawa mai sauƙi ƙin murhun wuta tsara da haɓaka musamman don wannan aikace-aikacen
Tsarin Cutar ctionunƙwasawa:
Abokin ciniki ya ba da samfura bakwai don a gwada su na mintina goma don sanin ko zazzabin zai ƙara 40 ºC daga yanayin zafin jiki. A lokacin gwaji, maganin nanoparticle ya fara a zafin jiki na 23.5 andC kuma ya ƙare a 65.4ºC, yana nuna yawan zafin jiki na iya ƙara 40 fromC daga yanayin zafin jiki.
Sakamakon ya dogara ne da hankali da nau'in kwayar halitta. Idan abokin ciniki yayi tunanin girman sikelin gwaji za'a buƙaci a nan gaba, 10kW UHF zai samar da ɗaki mai girma don haɓakar gwajin nanoparticle.
Sakamako / Amfanin
• Gudun: Indunƙwasawa ya zafafa maganin cikin sauri, wanda ya cika buƙatun abokin ciniki
• Ko da dumama: Saurin shigar da ciki, ko da dumama tare da madaidaicin ikon zafin jiki yana dacewa da dumama nanoparticle
• Reatatability: Sakamakon shigar da abu ne mai tabbas da sake maimaitawa - halaye masu mahimmanci don dumama nanoparticle
• Gwaninta: Tsarin zafi na UHF yana da ƙananan, saboda haka ana iya motsa su a cikin lab da sauƙi
