Inzuzo eyinhloko yamamojula okupholisa e-thermoelectric anezigaba eziningi, amamojula e-peltier
Imojula yokupholisa ye-Thermoelectric enezigaba eziningi, isici se-peltier esisezingeni eliphezulu, (i-Multi-Stage TEC module) sisekhonweni laso lokufeza ukupholisa okujulile ngale kwezinga lokushisa elizungezile (kuze kufike ku--100°C noma ngaphansi). Ngakho-ke, zisetshenziswa kakhulu emikhakheni enembile kakhulu edinga "ukushisa okuncane nokupholisa okujulile".
Kalula nje, lapho imojuli yokupholisa ye-thermoelectric yesigaba esisodwa, imojuli ye-TEC yesigaba esisodwa ingakwazi ukuhlangabezana nezidingo zokushisa eziphansi kakhulu, imojuli yokupholisa ye-thermoelectric yesigaba esiningi, idivayisi ye-peltier iyadingeka ukuze kufezwe lokhu ngendlela "yokudlulisa". Nazi izindawo zayo eziyinhloko zokusetshenziswa:
1. Inkundla yezindiza kanye neyokuzivikela
Lesi ngesinye sezimo eziyinhloko zokusetshenziswa kwemodyuli ye-peltier enezigaba eziningi,imodyuli ye-TEC enezigaba eziningi, esetshenziswa kakhulu ukuxazulula izinkinga zokushabalalisa ukushisa zokuhlola isikhala kanye namathuluzi okunemba.
Ama-detector nama-spectrometer e-infrared: Ama-spectrometer e-infrared imaging kuma-satellite kumele asebenze emazingeni okushisa aphansi kakhulu (njenge-80K, cishe -193°C) ukuze aqede umsindo wawo wokushisa, ngaleyo ndlela athole izimpawu ze-infrared ezingabonakali kahle endaweni yonke.
Ukuhlola isikhala okujulile:
Amathuluzi okuhlaziya amaminerali kuma-probe e-lunar noma e-Mars, lapho izinzwa zawo eziyinhloko zidinga ukusebenza ngaphansi kuka-100K, i-module ye-TEC enezigaba eziningi, i-module ye-peltier enezigaba eziningi, i-module ye-thermoelectric enezigaba eziningi iyindlela engcono kakhulu yokufaka esikhundleni se-nitrogen ewuketshezi kanye nezinye iziqandisi ezisetshenziswayo ukuze kwenziwe imisebenzi yesikhathi eside.
Ukuzivikela kanye nokubona ebusuku:
Isetshenziswa ku-laser radar, izinhlelo zokubona ebusuku, kanye nemishini yokuthola igesi, ngokupholisa okujulile (-20°C kuya ku-80°C), ithuthukisa isilinganiso sesiginali nomsindo futhi iqinisekisa ukucaca kwezithombe ezimweni zokukhanya okuphansi.
2. Isayensi yezokwelapha neyokuphila esezingeni eliphezulu
Emishinini yezokwelapha, i-TEC enezigaba eziningi, i-peltier cooler enezigaba eziningi, ayisetshenziselwa ukupholisa kuphela kodwa futhi nokugcina isimo sezulu esizinzile kakhulu.
I-Nuclear Magnetic Resonance (MRI):
Njengesibuko "sokupholisa esiwusizo" esifakwe eduze kwesitsha se-helium esiwuketshezi, sivimba ukushisa kwangaphandle futhi sinciphise kakhulu ukuhwamuka kwe-helium ewuketshezi ebizayo, sandisa umjikelezo wokugcwalisa kabusha kusuka ezinyangeni ezi-3 kuya onyakeni ongaphezu konyaka.
Ukuhlolwa kofuzo (i-PCR):
Uhlelo lokusabela kwe-polymerase chain ludinga ukujikeleza kwezinga lokushisa okusheshayo nokunembile, i-TEC enezigaba eziningi, i-peltier element enezigaba eziningi, i-thermoelectric module enezigaba eziningi ingahlangabezana nezidingo eziphakeme kakhulu zokunemba kokulawula izinga lokushisa ekukhulisweni kwezakhi zofuzo.
Izithombe zezokwelapha:
Izikena ze-CT kanye nezitholi ze-X-ray zidinga indawo ephansi yokushisa ukuze kuncishiswe ukuvuza kwamanje nomsindo we-elekthronikhi, kuthuthukiswe ukunemba kwezithombe zokuxilonga.
3. Ukukhanya okuqondile kanye nokuxhumana okubonakalayo
Ukuze uthole izimpawu nezithombe ezisezingeni eliphezulu, ama-photo detector kumele "aphole".
Ukuthwebula izithombe ngokuzwela okuphezulu: Izinzwa zesithombe ezifana ne-CCD, i-CMOS, kanye ne-SPAD zipholiswa ku--60°C noma ngaphansi nge-module ye-TEC enezigaba eziningi, i-module ye-thermoelectric enezigaba eziningi, i-Multi-stage peltier element, endaweni engenamanzi, okunciphisa kakhulu umsindo wokushisa futhi kusetshenziswa kabanzi ekubonweni kwezinkanyezi, embonweni womshini, nasekutholeni ngesivinini esikhulu.
Amamojula okuxhumana okubonakalayo:
Ama-diode e-laser namamojula e-optical azwela kakhulu ekushiseni, i-TEC enezigaba eziningi, imojula ye-peltier enezigaba eziningi ingaqinisekisa ukuqina kwamaza ayo, iqinisekisa ubuqotho besiginali yeziteshi zesisekelo ze-5G kanye nokuxhumana kwe-fiber optic.
4. Izindawo ezibucayi kakhulu kanye namathuluzi esayensi
Ukuhlola ulwandle olujulile:
Ekuhloleni imigodi yamanzi ashisayo olwandle olujulile, ama-sensor probes kudingeka abhekane namazinga okushisa angaphezu kuka-300°C koketshezi olushisayo lwamanzi ashisayo. Imojuli ye-TEC enezigaba eziningi ingamelana namazinga okushisa aphezulu ekugcineni okushisayo ngenkathi ivikela izingxenye zikagesi ekugcineni okubandayo ekushiseni okufanele.
Ikhompyutha ye-Quantum:
Izinhlelo ze-quantum zidinga ukusebenza endaweni eseduze no-zero ophelele. Ama-thermoelectric cooler anezigaba eziningi angenye yezindlela zobuchwepheshe ezibalulekile zokufeza ukulawula izinga lokushisa okunembe kakhulu.
5. Izinto zikagesi zabathengi kanye nezinto zikagesi zezimoto
Nakuba zisetshenziswa kakhulu emikhakheni esezingeni eliphezulu, ziye zabonakala emphakathini kwezinye izimo ezithile.
Izimoto ezintsha zamandla: Ukupholisa izinzwa ezifana nama-laser radar nama-radar ezinhlelweni zokushayela ezizimele, ukuqinisekisa ukunemba kokutholwa kwezinzwa emazingeni okushisa aphezulu noma emithwalweni esindayo.
Ama-elekthronikhi abathengi abasezingeni eliphezulu: Njengamadivayisi e-AR/VR, amaphrojektha aphezulu (i-Mini/Micro-LED), kanye nezinye izesekeli zokupholisa zefoni ephathekayo eziphishekela ukusebenza okuphezulu.
Izinto Ezibalulekile Okufanele Uzicabangele
Nakuba idivayisi ye-peltier ye-TEC enezigaba eziningi ingafinyelela amazinga okushisa aphansi kakhulu, ayifaneleki ekushabalaleni kokushisa okunamandla aphezulu.
Izimo Ezisebenzayo: Umthwalo wokushisa ophansi (ukukhiqiza ukushisa okuphansi), kodwa izimo ezidinga umehluko omkhulu kakhulu wokushisa (njengokupholisa i-chip encane yenzwa).
Izimo Ezingasebenzi:
Uma udinga ukupholisa amadivayisi akhiqiza ukushisa okuphezulu kakhulu (njengama-CPU anamandla aphezulu noma imishini emikhulu), ukusebenza kahle kwe-TEC enezigaba eziningi, i-peltier epholile enezigaba eziningi, imodyuli yokupholisa ye-thermoelectric enezigaba eziningi izowa kakhulu. Kulesi simo, ama-compressor endabuko noma izinhlelo zokupholisa uketshezi zingase zifaneleke kakhulu.
Isikhathi sokuthunyelwe: Ephreli-29-2026
