Isingeniso kuI-Chuprous Oxide (CUO)
I-Cuprous Oxide (CUO) iyi-semiconductor enomlando ocebile namandla kuzicelo ezahlukahlukene, ikakhulukazi emandleni elanga. Ngokomlando, uCuo uye waziwa nge-reddish yayo ehlukile - ukubukeka kwayo kanye nokuvela kwayo njengezimbirali zemvelo, okufundwayo. Izakhiwo zayo eziyisisekelo zifaka phakathi i-bandgap eqondile cishe ngo-2.1 eV, okwenza ilungele izinhlelo ze-photovoltaic. Njengomhlanganisi, uCuo ekhombisa izici ze-semiconductor, okwenza zihambisane nezinto zokwakha izithombe ezahlukahlukene kanye nezakhiwo.
Indima ye-oxide enzima emangqamuzaneni elanga
I-Oxide enzima idlala indima enkulu ekuthuthukiseni ukusebenza kahle kwamaseli elanga. Isebenza njengesendlalelo esisebenzayo ezinhlelweni ze-Photovoltaic, lapho ithola ukukhanya kwelanga futhi ikhiqiza i-elektroni - Uma kuqhathaniswa nezinto zokwenziwa ze-semiconductor ezifana ne-silicon, i-CUO inikeza izinzuzo ezinjengezindleko eziphansi, ubuningi, nokungabi - Lezi zinto zenza i-cuo zibe yinto ekhangayo ubuchwepheshe obuhle nobukhona be-solar.
Izindlela ezisebenza kahle ze-Oxide
Ukusebenza kahle kwe-oxide enobuchule - Amangqamuzana asuselwa elanga asuselwa ngokuyinhloko anamathela ezinqubweni zokuguqulwa kwe-Photovoltaic. Lapho kuvezwa ukukhanya kwelanga, i-bandgap eqondile ye-CUO kusiza ukumunyisa okusebenzayo kwama-photon, ukudala i-elektroni - imigoqo yemigodi efaka isandla esizukulwaneni sikagesi samanje. Izici ezahlukahlukene, ezibandakanya ubumsulwa bezinto ezibonakalayo, ubukhulu besendlalelo, kanye nekhwalithi ebonakalayo, kuthinta kakhulu ukusebenza kahle. Ukwenza kahle la mapharamitha kubalulekile ukuthuthukisa ukusebenza kwamangqamuzana e-Cuo Solar.
Intuthuko yezobuchwepheshe eCUO - Amaseli asekelwe
Intuthuko yakamuva yezobuchwepheshe ithuthukise kakhulu amathemba e-CUO kwizicelo ze-Solar Cell Cell. Abaphenyi basungule izindlela ezintsha zokuvumelanisa ukuphakama - I-Cuo yokumsulwa nge-morphologies elawulwayo, inika amandla ukuhlanganiswa okungcono nobuchwepheshe obukhona be-Photovoltaic. Intuthuko nge-nanotechnology iye yaqinisa futhi ukusebenza kwamangqamuzana e-Cuo Solar, ithuthukise amakhono abo okufakwa kokukhanya kanye nokukhokhisa ukuhamba kwenethiwekhi.
Izindlela zokuhlola ze-CUO EXHUMAST
Ukuze uthuthukise i-CUO kuzicelo zelanga, kusetshenziswe izindlela ezahlukahlukene zokuhlola. Amasu we-Synthesis anjenge-sol - ukucubungula i-gel, ukufakwa kwe-chemical vapor, kanye nesimo se-electrochemical anikeze ukuphakama - amafilimu we-Cuo asezingeni eliphakeme lokubumba nge-solar fancrication. Ngaphezu kwalokho, izinqubo zokuhlola kanye nokuhlola okuqinile, kufaka phakathi ukuhlaziywa kwe-spectroscopic kanye nezilinganiso zikagesi, zibalulekile ekuhlolweni kokusebenza kanye nokusebenza kahle kwe-CUO -
Izinselelo Ekusetshenzisweni Kwe-Oxides Enhle
Naphezu kwamandla awo angaba khona, ukusebenzisa i-oxide enzima emangqamuzaneni elanga kuveza izinselelo eziningana. Ukulinganiselwa kwezobuchwepheshe njengokuphakelayo kukagesi okuphansi kanye nokususwa kokuwohloka kokonakalisa ngaphansi kwezimo zokusebenza kufaka izithiyo ezibalulekile. Kodwa-ke, ucwaningo oluqhubekayo lugxile ekutholeni izixazululo, njengokudonsa nezinye izinto, ukwenza ngcono ukuqina kanye nokusebenza kahle. Ukubhekana nalezi zinselelo kubalulekile ukuze uthole amandla aphelele we-CUO kubuchwepheshe belanga.
Izinzuzo zezemvelo zamaseli we-cuo solar
Enye yezinzuzo ezinkulu zamaseli we-cuo solar umthelela wawo wezemvelo. Usebenzisa i-CUO yehlisa i-footprint yekhabhoni ehlotshaniswa nokukhiqizwa kwamandla, njengoba kutholakala kusuka kokuningi futhi okungeyona - izinto ezinobuthi. Ukuhlanganiswa kwe-CUO - Amangqamuzana asuselwa elanga asuselwa kumandla Amandla anikela ngenjongo ebanzi yokuthuthukiswa kwamandla okuzinzile nokuvuselelekayo, enikeza enye indlela ethembisayo emugqeni wezinto ezinhle kakhulu futhi anciphise ukuphuma kwegesi ebamba ukushisa.
Ukuqhathanisa nokuhlaziya nezinye izinto
Uma kuqhathaniswa nezinye izinto ze-semiconductor, i-oxide enobuchuzayo iveza ukulingana okuhlukile kokusebenza kahle nezindleko. Ukungabizi kwayo kanye nemizila elula yokwenza izinto zihlinzeka ngonqenqema lokuncintisana ngaphezulu kwezinto ezibiza kakhulu njenge-cadmium arteride ne-gallium arsenide. Ukusebenza - Ukuhlakanipha, i-CUO - Amangqamuzana asuselwa elanga asuselwa ezimweni ezithile zemvelo, abenze balungele izindawo ezahlukahlukene kanye nezinhlelo zokusebenza.
Amathemba esikhathi esizayo se-oxide ancono kubuchwepheshe belanga
Amathemba esikhathi esizayo se-oxide amnandi kubuchwepheshe beSolar bayathembisa. Amathrendi abikezelwe aphakamisa ukuthi intuthuko yocwaningo eyengeziwe kanye nentuthuko yezobuchwepheshe ezothuthukisa uhlelo lokusebenza kumaseli elanga. Ngamandla okutholwa okusabalele, i-CUO ingadlala indima ebaluleke kakhulu ekushintsheni komhlaba wonke ibheke emandleni avuselelekayo. Ukuqhubeka okusha kuzoba ukhiye ukunqoba ukulinganiselwa okukhona nokubona isithembiso esiphelele se-CUO ngamandla elanga.
Isiphetho: indlela ezayo ye-oxide
Ekuphetheni, i-oxide enobuchule inikeza indlela ephoqelelayo yokuthuthukisa ukusebenza kahle kweselula. Izakhiwo zayo ezihlukile, ezihambisana nentuthuko eqhubekayo yezobuchwepheshe, zikubeke njengento ebalulekile yezizathu zamandla esizayo. Izincomo zamasu zabacwaningi zifaka ukugxila ekuthuthukiseni ikhwalithi yokwenziwa kanye nokuqina. Ngokuqhubeka nokubhekana nezinselelo futhi wandise izinzuzo, i-CUO inganikela kakhulu ekuthuthukisweni kobuchwepheshe belanga.
MaqondanaIzinto ezintsha zaseHongyuan
I-Hangzhou Houngyuan Izinto ezintsha Co, Ltd zimi phambili empuphu yensimbi kanye ne-Copper Salt Product Innovation. Isungulwe ngonyaka ka-2012 futhi yathuthukiswa ngokutholwa kwe-Hangzhou Haoteng Technology Co, Ltd, izinto ezintsha zaseHongyuan zihlanganisa ucwaningo oluthuthukile ngokukhiqiza ubuhle. Itholakala e-Hangzhou's Fuyang Economic Zone, inkampani isebenza izikhungo ezandisiwe futhi inquma ukusika - ubuchwepheshe obunqenqema ukuhlinzeka okuphezulu - Ngeqembu elinamandla le-R & D eliholwa ochwepheshe abaphezulu basekhaya, izinto ezintsha zaseHongyuan ziyaqhubeka nokushayela inqubekela phambili ezixazululweni ezizinzileyo.
Isikhathi Seposi: 2025 - 01 - 10 15:47:04