Uyini umehluko phakathi kwe-xenon ne-bi-xenon?

Mayelana nokuhlinzeka ngokubonakala okungcono kwabashayeli emgwaqeni, i-xenon iya ivame kakhulu. Amalambu e-Xenon ayimithombo yokukhanya ekhipha igesi ebekwe ku-head optics yemoto futhi inikeze ukukhanya kwekhwalithi ephezulu, okucebile nokunamandla.

Uyini umehluko phakathi kwe-monoxenon ne-bixenon?

Kunezinhlobo eziningi zezibani ze-xenon okufanele wena, njengomshayeli, uziqaphele, ngoba ngokushesha noma kamuva kufika isikhathi lapho udinga ukushintsha izibani.

Ukuze uqonde ukuthi i-monoxenon ihluke kanjani ku-bixenon, umuntu kufanele acabangele indaba ye uhlobo lokwakha izibani ze-xenon.

I-Monoxenon - Lawa amalambu okukhanyisa anesibani esingashintshi. Bahlinzeka ngemodi eyodwa kuphela yokukhanya - eduze noma kude. Lezi zibani zingaba kokubili kokuqala kanye nendawo yonke.

I-Bixenon - Lawa amalambu anesibani esigudlukayo kanye nekhethini elikhethekile. Ngomgomo wokusebenza kwe-magnetic resonance, zinikeza kokubili ukukhanya okuseduze nakude. Uma ushintsha amamodi, uzibuthe wehlisa noma uphakamisa isibani, okuqinisekisa ukukhishwa kohlobo olulodwa noma olunye lokukhanya. Imvamisa, izibani ze-bi-xenon ziyindawo yonke, ngoba ezangempela azinawo lo mgomo wokusebenza.

Yini engcono i-xenon noma i-bi-xenon?

I-Bi-xenon ifana nezibani ezi-2 ze-xenon endlini eyodwa. Okusho ukuthi, isibani se-bi-xenon yisibani esifanayo se-xenon lapho i-reflector eyengeziwe ifakwe ngokushintshela ku-low / high beam. Isibonisi sishintsha ubude bokugxila bomthombo wokukhanya. Kufana nethoshi, lapho ungazungezisa khona ilensi ukuze ushintshe ukukhanya okukhanyayo kusondele - kude. ngosizo lwesistimu ye-electromagnetic, lokhu kungenziwa ngokushesha okukhulu. Okungukuthi, imoto iyashayela, ikhanya eduze, uma kunesidingo, ngenxa yokunyakaza kwesibani esihlobene nesibonisi se-headlight, ishintshela kweso kude.

I-Bixenon ifakwe ezimotweni ezinama-optics ahlangene - lapho i-optics ehlukene inganikezwanga, okungukuthi, izibani ezihlukene zezibani eziphansi neziphezulu. Uma izibani zemoto yakho zisebenzisa amasokhethi e-H4, khona-ke emacaleni angu-99% kuzodingeka basebenzise i-bi-xenon, hhayi i-xenon.

Kodwa, lapho uhlomisa imoto ngamalambu e-bi-xenon, udinga ukucabangela lokhu okulandelayo:

• ezinye izinhlobo zezibani ze-bi-xenon zingase zingafaneleki ngokwesakhiwo ezindaweni ezivamile;
• uma ukuhambisana kokukhanya okukhanyayo kwesibani se-bi-xenon ne-standard optics mount kuphulwa, cishe, abashayeli abazayo bazothola ingxenye eyengeziwe yokukhanya okuyimpumputhe, lokhu kuzophinde kuthinte ukuphepha kwakho;
• amalensi engeziwe kufanele ahambisane nesakhiwo kanye nogesi nesibani sangaphambili.

Abathengisi abanekhono bazosiza ukubhekana nalezi zinkinga eziyinkimbinkimbi yobuchwepheshe, futhi ukufakwa kwazo kungcono ukuxhumana nochwepheshe abanolwazi kule ndaba.

Ngakho, kungaphethwa ngokuthi embuzweni, okuyinto engcono i-xenon noma i-bixenon, kunzima ukunikeza impendulo ecacile, ngoba ziyafana. Ngokombono wokulula, ngokuqinisekile kuyoba ngcono ukufaka i-bi-xenon - isibani esisodwa sizohlinzeka kokubili okuphezulu nokuphansi. Ngenkathi ufaka i-xenon evamile, kuzodingeka futhi ufake "ama-halogen" azokunikeza imishayo ephezulu. Uma ucabangela intengo, khona-ke izibani ze-xenon ziyawina, njengoba i-bi-xenon ebiza kakhulu izobiza izikhathi eziningi, futhi kuzodingeka ukhokhe okuningi ngokufakwa kwayo.

Futhi uma ngokujwayelekile, bese uthenga ngamunye wabaqhudelana ababili, uwina noma yikuphi, ngoba kokubili i-xenon ne-bi-xenon zingcono kakhulu futhi zisebenza kahle kakhulu kune-"halogens" evamile lapho kufakwa khona izibani ze-incandescent.