Le khasiinzwa yokuphakelana ye-toroidalubuchwepheshe obuvele eminyakeni yamuva nje njengeZinga lenqubo yenqubo yokulawula kanye nokuqapha kwekhwalithi yamanzi. Amandla abo okuhlinzeka ngemiphumela ethembekile ngokunemba okuphezulu abenze intandokazi phakathi kwanjiniyela abasebenza kulezi zinkambu. Kulesi sifundo sebhulogi, sizohlola ukwakhiwa nokwakhiwa kwezinzwa zokuqhutshwa kwe-toroidal, kanye neqhaza labo ezimbonini ezahlukahlukene.
Inzwa yokuphakelana ye-toroidal - Isilinganiso sokulinganisa: ukuqonda ukungeniswa kwe-electromagnetic
Izinzwa zokuqhutshwa kwe-toroidal zisebenza ngokususelwa emgomeni wokungeniswa kwe-electromagnetic. Ukukala ukuthuthuka koketshezi, lezi zinzwa zisebenzisa amakhoyili amabili agxilile. Enye yalezi zinhlamvu ithwala ngokushintshana kwamanje kagesi. Le khoyili eyinhloko idlala indima ebalulekile ekwakheni amandla kazibuthe ayizungezile.
Njengoba uketshezi lugeleza ekwakhiweni kwe-soroidal sensor, lidlula kulo mkhakha kazibuthe. Ukunyakaza kwezinhlayiya ezikhokhisiwe ngaphakathi koketshezi, njengama-ion, kukhipha ugesi wamanje kuketshezi uqobo. Lokhu kuncengelwa kwamanje yilokho izizwa ezilinganisa ukunquma ukuhambisa uketshezi.
Inzwa ye-toroidal yokuqhuma - Idizayini ye-toroidal: Inhliziyo yokunemba
Igama elithi "toroidal" libhekisela ekwakhekeni okwenziwe yi-denut senzwa. Lo mklamo oyingqayizivele usesimweni sokunemba nokusebenza kwenzwa. Inzwa iqukethe isakhiwo esiyindilinga, esifana nendandatho esifana nesisekelo esingenalutho lapho uketshezi lugeleza. Lo mklamo uvumela ukuvezwa komfaniswano ka ketshezi ku-electromagnetic field okwenziwe yikhoyili eyinhloko.
I-toroidal design inikeza izinzuzo eziningana. Inciphisa ubungozi bokuqina noma ukuvalwa, ngoba awekho amakhona abukhali noma imiphetho lapho izinhlayiya zinganqwabelana. Ngaphezu kwalokho, ukwakheka kwe-toroidal kuqinisekisa amandla kazibuthe aguqukayo futhi aqinile, okuholela ekulinganisweni okunembe ngokwengeziwe.
Inzwa yokuphakelana ye-toroidal - Electrodes: Ukhiye wokulinganisa Ukuqhutshwa
Ngaphakathi senzwa ye-toroidal arvity, uzothola ngazimbili ze-electrodes: amabanga aphansi nawesibili. Njengoba kushiwo ngaphambili, ikhoyili eyinhloko yakha amandla amandla kazibuthe. Ngakolunye uhlangothi, ikhoyili yesibili, ngakolunye uhlangothi, isebenza njengokwamukelayo nokulinganisa amandla okubanjiswa ku-ketshezi.
I-voltage ebiyelwe ilingana ngqo nokuvuka koketshezi. Ngokusebenzisa ukulinganiswa kwe-elekthronikhi okuqondile kanye ne-posistical, inzwa iguqula leli voltage libe yisilinganiso sokukhulisa, ukuhlinzeka ngemininingwane ebalulekile yokulawula inqubo noma ukuhlaziywa kwekhwalithi yamanzi.
Inzwa ye-toroidal yokuqhuma - ukuhlangana okuyisisekelo: Ukwembulela ubuchwepheshe obuyinhloko
Enhliziyweni yeinzwa yokuphakelana ye-toroidalilele umgomo wokuhlanganisa okuyisisekelo. Lapho lezi zinzwa zigxile kuketshezi olusebenzayo, kwenzeka okuthile okuhehayo. Ikhoyili eyinhloko ngaphakathi kwenzwa ikhiqiza amandla kazibuthe. Lo mkhakha kazibuthe, nawo uheha imisinga kagesi ku-ketshezi, ngenxa yokusebenza kwayo okungokwemvelo. Cabanga ngakho njengomdanso phakathi kobudeyiseni kanye nokusebenza kukagesi.
Njengoba amasondo afakiwe ajikeleza ngaphakathi koketshezi, adala insimu ye-electromagnetic ye-electromagnetic, njenge-ripples esakazeka echibini ngemuva kokuthi i-pebble yehle. Le nkambu yesibili ye-electromagnetic ibambe ukhiye wokulinganisa ukuthuthuka koketshezi. Empeleni, izinzwa ze-toroidal harness umlingo wokungeniswa kwe-electromagnetic ukuvula imininingwane ebalulekile mayelana nezakhiwo zikagesi sokhambi.
I-Toroadal Treativity Sensor - Ukulinganisa Vertage: Isici esilinganiselwe
Ngakho-ke, inzwa ye-toroidal aqhudelana ikala kanjani ukuthuthuka koketshezi? Yilapho ikhoyili yesibili liza kudlalwa. Kubekwe ngokwecebo, ikhoyili yesibili kukala i-voltage ephumela enkundleni ye-electromagnetic ye-electromagnetic. Ubukhulu baleli voltage bulingana ngqo nokuvuselelwa koketshezi. Ngamagama alula, izixazululo ezengeziwe zokuqhutshwa ziheha i-voltage ephakeme, kuyilapho ezimbi kakhulu zikhiqiza i-voltage ephansi.
Lobudlelwano obuqondile phakathi kwamandla kagesi nokuvuselelwa bunikeza izindlela eziqondile zokunciphisa izici zikagesi zoketshezi. Ivumela abahlinzeki kanye nabaphenyi ukuthola idatha enembile yezinhlelo zokusebenza eziningi, kusuka ekubhekeni ikhwalithi yamanzi ezitshalweni zokwelapha amanzi angcolile ukuhlola usawoti wamanzi olwandle.
Inzwa yokuvuselelwa kwe-toroidal - isinxephezelo sokushisa: qinisekisa ukunemba
Ngenkathi izinzwa ze-toroagal zokuqhutshwa zinikeza ukunemba okungenakuqhathaniswa ekulinganiseni ukuhambisa, kunesici esisodwa esibalulekile okufanele sibhekwe: izinga lokushisa. Ukuvuselela izinga lokushisa kakhulu, okusho ukuthi inani layo lingashintshana ngezinguquko zokushisa. Ukubhekana nale nselelo, izinzwa zokuqhutshwa kwe-toroidal zivame ukuhlomela izindlela zokunxeshezelwa zokushisa.
Lezi zinqubo ziqinisekisa ukuthi ukufundwa okunikezwe yinzwa kulungiswa ngokusekelwe ekushiseni kwesisombululo esilinganiswa. Ngokwenza kanjalo, izinzwa ze-toroidal zigcina ukunemba kwazo ngisho nasendaweni lapho ukuhlukahlukana kwezingathwa kubalulekile khona. Lesi sici sibaluleke kakhulu kuzinhlelo zokusebenza lapho izilinganiso eziqondile ziba khona, njengokulawulwa kwenqubo yamakhemikhali kanye nokulawulwa kwamakhemikhali.
Inzwa yokuvuselelwa kwe-toroidal - Ukulinganisa: Ukuqinisekisa ukunemba
Njengezinsimbi zokuhlaziya eziningi, izinzwa zokuqhutshwa kwe-toroidal zidinga ukulinganisa ngezikhathi ezithile ukuze kugcinwe ukunemba. Ukulinganisa kuhlanganisa ukuqinisekisa ukufundwa kwenzwa kusetshenziswa izixazululo ezijwayelekile zokuqhutshwa kwamanje. Le nqubo isiza ukuqinisekisa ukuthi inzwa iyaqhubeka nokuhlinzeka ngezilinganiso eziqondile ngokuhamba kwesikhathi.
Ukulinganisa kuvame ukwenziwa kusetshenziswa izixazululo ngezinhlobonhlobo zamanani wokuqhubekela phambili, ukumboza uhla olulindelekile lwenzwa. Ngokuqhathanisa ukufundwa kwe-sensor kumanani owaziwayo wezisombululo zokulinganisa, noma yikuphi ukuphambuka noma ukuntywila ezilinganisweni kungakhonjwa futhi kulungiswe. Lesi sinyathelo esibucayi sibalulekile ekuqinisekiseni ukuthembeka kwedatha eqoqwe inzwa.
I-Toroadal Treativity Sensor - Ukuhambelana Kwezinto Zokwenziwa: Isihluthulelo Sokulunga
Izinzwa zokuqhutshwa kwe-toroidal zenzelwe ukuza ukuxhumana ngqo no-liquid, ezingahlukahluka kakhulu ekwakhekeni nasekuhluniseni. Ngakho-ke, lezi zinzwa zivame ukwakhiwa kusuka ezintweni ezihambelana nohlu olubanzi loketshezi. Izinto zokwakha kufanele zimelane nokugqwala nokungcoliswa ukuze kuqinisekiswe izilinganiso ezithembekile kanye nokuphila isikhathi eside kwenzwa.
Izinto ezijwayelekile ezisetshenziswe ezinhlanganweni zokuqhutshwa kwe-toroidal zifaka insimbi engenacala, titanium, kanye nezinhlobo ezahlukahlukene zamapulasitiki. Ukukhethwa kwezinto zokwakha kuncike ohlelweni oluthile kanye nokuhambisana kwenzwa enoketshezi kulinganiswa. Lokhu kukhethwa ngokucophelela kwezinto zokwakha kuqinisekisa ukuthi inzwa ihlala iqinile ngisho nasezindaweni eziyinselele.
Umkhiqizi we-toroidal wokusiza izinsizakalo: Shanghai boqu Iteyimu Co, Ltd.
Uma kukhulunywa ngezinzwa zokuqhutshwa kwe-toroidal, umenzi oyedwa ovelele ikhwalithi yawo kanye nokwenziwa okusha yi-shanghai boquistrest Co, Ltd. Ngomlando ocebile ekukhiqizeni amathuluzi wokulinganisa ngokunemba, bheka uzuze idumela lokuhle kakhulu enkundleni.
Izinzwa ze-toroidal ze-toroidal arvertivity zezinzwa zenzelwe ukufeza izidingo ezahlukahlukene zezimboni ezinjengokwelashwa kwamanzi amdaka, ukucubungula amakhemikhali, kanye nemithi. Izinzwa zabo zaziwa ngokwakha okuqinile, ukusebenza okuthembekile, nokubulula ukuhlanganiswa kwezinhlelo ezikhona.
Ukugcina
Inzwa yokuphakelana ye-toroidalIngabe i-testament iyamangaza ubuchwepheshe besilinganiso sanamuhla. Ukusetshenziswa kwabo kokungeniswa kwe-electromagnetic, ukwakheka kwe-toroidal, futhi ama-electrode enjiniyela ngokucophelela awenze amathuluzi asemqoka ezimbonini lapho izilinganiso ezivumayo zibalulekile. Ngabakhiqizi abanjengeShanghai Boqu Izinkundla Co, Ltd. Ukuhola indlela, singalindela ukuqhubeka kwentuthuko kule nsimu ebucayi, kusenza sikwazi ukubheka nokulawula izinqubo ngokunemba okukhulu nokuthembekile.
Isikhathi sePosi: Sep-22-2023
