Kumashishini ahlukeneyo, apho iimeko zobushushu ezixineneyo zikhona, kubalulekile ukuba zibe nezixhobo ezinokuthenjwa kwaye zomelele ukulinganisa amanqanaba eoksijini. Kulapho ikhoyo inja-208fa ephezulu ye-elektrone ye-electrode evela kwi-factor ingena kudlala.
Yenzelwe okukhethekileyo ukumelana nobushushu obugqithisileyo kwaye unike imilinganiselo echanekileyo, le electrode isebenza ngendlela eyodwa kwiindawo ezinzima.
Kwezi bhlog, siya kuphonononga izibonelelo ze-temp ephezulu ye-elektros kunye nendlela inja-208Fe electrode ibonakale ngayo kwiimeko zobushushu ezigqithisileyo.
Yintoni i-stemp ephezulu ye-elektrode?
A Yenza i-temp ephezulu (ichithwe ioksijini yeoksijini)Isixhobo esikhethekileyo esiyilelwe ukulinganisa amanqanaba eoksijini echithiweyo kumanqanaba obushushu obunzima. Ezi electrode zilungiselelwe ngokuthe ngqo ukumelana namaqondo obushushu aphezulu ngaphandle kokusebenza okanye ukulungisa ukusebenza kwabo okanye ukuchaneka.
Ngokusebenzisa izixhobo eziphezulu kunye neendlela zokwakha, i-temp ephezulu yenza imilinganiselo ethembekileyo kunye neyo echanekileyo nakwiimeko ezinzima. Okulandelayo, siya kuqhuba kwiimpawu eziphambili kunye neempawu ze-temp ephezulu ye-elektros, ukuphalaza ukukhanya kwabo nokubaluleka kwazo nakwizicelo.
Intsebenzo yokungahambi kakuhle kubushushu obukhethekileyo: 0-180 ℃
I-Teppie ye-Wigh ephezulu ibonelela ngentsebenzo ekhethekileyo kwiimeko zobushushu ezinobushushu. Ngoluhlu lwe-0 ° C ukuya kwi-130 ° C, inokumelana namaqondo obushushu aphezulu kwi-130 ℃. Nazi iinkcukacha ezingaphezulu kwe-tem ye-teigh ye-elektroniki:
Izinto zentsimbi ezingalunganga
Inja-208Fe electrode ibonisa izinto zomzimba wensizi eziqhubekayo zokuqina okuphezulu kunye nokuchasana nobushushu. Olu lwakhiwo luqinileyo luvumela ukuba i-electrode ikwazi ukumelana nobushushu obukhulu ngaphandle kokuphela, kuyenza ilungele ukusetyenziswa kwemeko.
Ukukhetha okungafunekiyo:
Ukuqhubela phambili ukomeleza ukumelana kwayo kumaqondo obushushu aphezulu, i-electrode ixhotywe ngeplastiki ye-fluorine, i-silicone, kunye ne-staine yentsimbi yentsimbi. Ezi zixhobo zibonelela uzinzo oluhle kakhulu lobushushu, zivumela i-electrode ukuba igcine imilinganiselo echanekileyo nakwiimeko zobushushu obugqithisileyo.
I-Platinam wire ye-platina
I-Cathode yenja-208ba electrode yenziwa ngocingo lwePlatinam, olubonisa ukunganyangeki okukhethekileyo kubushushu. Esi sixhobo seqondo lobushushu esiphakamileyo siqinisekisa ukungqinisisa kwaye siyicacile i-Oxeji echithwe i-oxegen, nokuba ityhilwe ngamaqondo obushushu agqithisileyo.
Isilivere anode:
Ihambelana ne-withode wihode yeplatinam, isilivere i-Anode kwinja-208ba igalelo ekusebenzeni kwayo ngamafutha kwiindawo ezinobushushu obuphakamileyo. Izinto zesilivere ezingathanga zibonelela ngokuzinza ezigqwesileyo kwaye ziqinisekisa imilinganiselo echanekileyo, nokuba ziphantsi kweemeko zobushushu.
Ukuqinisekisa ukuchaneka kunye nokuthembeka: Ukuphendula kunye nokuzinza
Inja-208Fe electrode ibonisa impendulo ephuculweyo kunye nozinzo, olubaluleke kakhulu kwi-Oxeji ecinyiweyo. Oku kunceda ekuqinisekiseni iziphumo ezinokuthenjwa kwimimandla yobushushu obuphezulu.
Intloko engeniswayo ye-memprane engenisiweyo:
Inja-208Fe Ectrode ibandakanya iintloko ze-memprane ezingenisiweyo, zivumela ukutshintshiselana ngokukuko kweegesi kunye nokuqinisekisa ukunyibilika kweoksijini echanekileyo.
Eli nqaku liyingenelo ikakhulu kwimimandla yobushushu egqithisileyo, apho ukugcina amanqanaba eoksijini efanelekileyo kubalulekile.
I-PT1000 yeSensor ye-Pt1000:
Ukubeka iliso ngokwahluka kobushushu, i-electrode ixhotywe nge-PT1000 eyakhiweyo ye-PT1000 ye-PT1000. Olu luvo lunceda ukubuyiswa kobushushu bexesha elingangempela, kuqinisekisa ukufundwa kweoksijini echanekileyo, nkqu nakwiimeko zobushushu.
Ixesha lokuphendula ngokukhawuleza:
Ngexesha lokuphendula malunga nemizuzwana engama-60 (ukuya kuthi ga kwi-95% yokuphendula), inja-208ba i-electrode i-appes iguqula amanqanaba eoksijini echithwayo. Eli xesha lempendulo ekhawulezayo libalulekile kwiindawo zobushushu obugqithisi apho kulungiswa ngokukhawuleza khona ukugcina amanqanaba e-Okyygen epheleleyo.
Uzinzo oluphezulu:
Inja-208ba electrode ibonisa uzinzo olubonakalayo ekuhambeni kwexesha. Kwimeko yenxalenye ye-oxygen engapheliyo kunye nemeko yobushushu, i-electrode amava okuhamba kancinci, enempendulo engaphantsi kwe-3% yempendulo ekhoyo ngeveki.
Olu ncedo luqinisekisa imilinganiselo engaguquguqukiyo nengaphantsi, nokuba kukusebenziseka ixesha elide phantsi kweemeko zobushushu ezinobushushu.
Ukusuka kwinkcubeko ye-ntoial kwi-Aquacture Sport: Izicelo eziguquguqukayo
Inja-208fa yindawo ephezulu kunye nempendulo yeoksijini enokuthi isetyenziswe kwizicelo ezahlukeneyo. Isetyenziswe ngempumelelo kwinkcubeko yenkcubeko, ilokhwe yaselwandle, ukuvelisa amayeza, kunye nezinye izicelo ezininzi zemveliso.
Ilungele ii-reactors ezincinci zenkcubeko:
Inja-208FA Electrode iyilelwe ngokukodwa ukulinganisa ioksijini kwinkcubeko encinci yenkcubeko. Ukunganyangeki kobushushu obuphezulu kunye nokulinganisa ubushushu obuqinisekileyo kwenza ukhetho oluhle lokujonga amanqanaba eoksijini ekhutshiweyo kwiinkqubo zentsholongwane.
Ukuhlolwa kweliso kwindalo kunye namanzi amdaka:
Kwindawo yokubeka esweni esweni esweni kunye namanzi amdaka, imilinganiselo echanekileyo yokuchithwa kweoksijini ibalulekile ekuvavanyweni komgangatho wamanzi kunye nokusebenza kakuhle konyango.
Inja-208FA ye-Electrode ye-Ect Electrode kwaye intsebenzo ethembekileyo yenza isixhobo esifanelekileyo kwizicelo ezibalulekileyo.
I-Aquacture Lemild Online:
Ukugcina amanqanaba eoksijini egqwesileyo kubalulekile kwimisebenzi ephumeleleyo yezilwanyana. Inja-208Fe electrode ibonelela ngemilinganiselo ethembekileyo nechanekileyo kwiimeko zobushushu ezinobushushu, ukunika amandla ukubekwa kweliso nokulawula amanqanaba eoksijini kwiinkqubo ze-aquicren.
Kutheni ukhetha i-tem ye-tub ye-furthrodes?
Xa kufikwa kwi-temp ephezulu ye-elektros, i-therma ivele iphuma njengookhetho oluthembekileyo noluthembekileyo. Njengomfezeli okhokelayo izixhobo ezisemgangathweni ezisemgangathweni, i-Boqu ibonelela ngoluhlu lwezisombululo zokukhusela umgangatho wamanzi, kubandakanya i-temp ephezulu ye-elektroniki, izinzwa, kunye nohlalutyo.
Nazi izizathu zokuba ukhetha i-tub ye-furm ye-furthrodes:
- Umgangatho obalaseleyo kunye nokuqina:
U-BOQU uzibophelele ekunikezeleni ngeemveliso zeyona nqanaba iphakamileyo. Ii-eleptrode zazo zenziwe ngendlela eyilwe kakuhle kwaye zakhiwe zisebenzisa izixhobo ezinamandla ukuqinisekisa ukuqina kunye nokusebenza kwexesha elide kumanqanaba obushushu obushushu.
Ngee-electroni zika-Boqu, ungaxhomekeka kwimilinganiselo echanekileyo neqinisekileyo yeoksijini nakwiimeko ezinzima.
- Izisombululo ezisemgangathweni zaManzi:
I-furf ingabizi nje kuphela kwi-temp ephezulu ye-elektroniki kodwa ikwabonelela ngoluhlu olubanzi lwezisombululo zovavanyo lwamanzi. Ukusuka kwiimitha kunye nohlalutyo, i-boqu ibonelela ngesixhobo esibanzi sezixhobo zokuhlangabezana nezidingo ezahlukeneyo zokuvavanya kunye nokubeka iliso. Ngokukhetha, ufumana ukufikelela kwi-ecosystem yesisombululo somgangatho wamanzi ovela kumthombo omnye othembekileyo.
- Amava eshishini kunye nobungcali bobuchwephesha:
I-boqu inamava abanzi kwicandelo lovavanyo lomgangatho wamanzi kunye nezisombululo. Inkampani incede iifektri ezininzi kunye namashishini kwihlabathi liphela ngezisombululo zonyango lwamanzi amdaka, ukusela amanzi, kunye nezilwanyana, phakathi kwabantu.
Ubungcali babo kunye nolwazi kulawulo lwenqanaba lamanzi lwenza ukuba babe liqabane elithembekileyo ekusombululeni imiceli mngeni emiselweyo yamanzi.
Amagama okugqibela:
I-temp ephezulu ye-electrodes, ezinjengenja-208ba e-Ectrode ukusuka kwi-furdi, inikele ukusebenza ngendlela eyodwa kumaqondo obushushu obushushu. Ngokunganyangeki kobushushu, ixesha lokuphendula ngokukhawuleza, kunye nozinzo, le electrode inika inyathelo elichanekileyo leoksijini kwizicelo ezifunwayo.
Nokuba isetyenziswa kwinkcubeko encinci yenkcubeko, unyango lokusingqongileyo, unyango lwendawo yokusingqongileyo, okanye indalo ephakamileyo ye-elektroniki ibonelela ngokuthembekileyo kunye nokuchaneka kwenkqubo yokusebenza kwiindawo ezixineneyo.
IXESHA LOKUQALA: Jun-21 ukuya kwi-2023
