I-X-ray tubes: izinto eziphambili kunye nokusebenza kwi-radiology

I-X-ray tubesNgaba inxalenye ebalulekileyo ye-radiology icinga kwaye idlala indima ebalulekileyo ekuveliseni i-X-rays esetyenziswa ekufumaneni kwezonyango. Ukuqonda amacandelo aphambili kunye nokusebenza kwetyhubhu ye-X-Ray kubalulekile kuchwephesha be-radiology kunye neengcali zonyango ezichaphazelekayo kwingcinga yokufumanisa. Eli nqaku liza kubonelela ngobunzulu bamacandelo aphambili kunye nokusebenza kweetyhubhu ze-X-ray kwi-radiology icinga, ibonisa ukubaluleka kwabo ekuxilongweni kwabo ekuxilongeni.

Izinto eziphambili ze-x-ray tube:

1. I-Cathode: I-Cathode yicandelo elibalulekileyo le-X-ray tube ye-X-ray kwaye inoxanduva lokukhupha ii-elektroni. Inefilimenti nendebe egxile kuyo. Xa kusetyenziswa i-voltage ephezulu, ukuhlola i-filation, kubangele ukuba kukhuphe i-electroni. Ikomityi egxile inceda ekuguquleni ezi zombane kwi-anode.

2. I-Anode: I-Anode yenye into ebalulekileyo ye-X-ray tube. Ihlala yenziwa nge-tungsten ngenxa yokunyibilika kwayo ephezulu. Xa i-elektroni ukusuka kwi-Cathode ibetha i-anode, i-x-rays iveliswa ngenkqubo yeBremsstraung. I-Anode ikwasebenza ukuze ichithe ubushushu obuveliswe ngexesha lenkqubo.

I-3. Iglasi yeGlasi: I-X-Ray Tube ifakwe kwindawo ebiyelwe iglasi, egcwele i-vacuum ukuthintela ukutshabalalisa i-elektroni kwaye kuqhubele ukuveliswa kwee-X-rays.

Ukusebenza kwe-X-ray tubes kwi-radiology:

1. Veza i-X-ray: Umsebenzi ophambili we-X-ray tube ye-X-ray kukuvelisa i-X-rays kwisikhonkwane se-Electroni ephezulu phakathi kwe-Makhaya kunye ne-anode. Le nkqubo ivelisa i-X-ray esetyenziselwa imifanekiso eyahlukeneyo yomzimba womntu.

I-2. Ukuhlanjwa kobushushu: Xa i-elektroni ibethe i-anode, inani elikhulu lobushushu livelisiwe. I-Anode yenzelwe ukujikeleza ngokukhawuleza ukudambisa ubushushu kwaye ikhusele ukonakala kwi-X-ray tube.

I-3. Ukulawulwa kwemveliso ye-X-ray: I-X-ray tubes ixhotyiswe ngolawulo ukuhlengahlengisa izinto ezibonakalayo ezinjengee-kilovolts (kv) kunye nemizuzwana ye-milliampere (Mas). Olu lawulo luvumela iingcali zeRadiology ukuba zihlengahlengise imveliso ye-X-ray ngokusekwe kwiimfuno ezithile zokucinga ngesigulana.

4. Ubungakanani bokugxila: Ubungakanani bokugxila kwe-Anode kudlala indima ebalulekileyo ekumiseleni isigqibo semifanekiso ye-X-ray. Iindawo ekugxilwe kuzo ezincinci zivelisa imifanekiso ephezulu yokusombulula, ke ukulawula nokugcina ubungakanani bengxaki kubaluleke kakhulu kumgangatho ofanelekileyo.

I-5. I-Tube yokuhlala kunye ne-Polimation: I-X-Ray Tube igcinwe ngaphakathi kwezindlu ezikhuselayo ezibandakanya i-collimore ikhuphe i-X-ray beam kwindawo enomdla kwaye inciphise i-radiacional radiation yemitha.

Isishwankathelo,I-X-ray tubesInxalenye ebalulekileyo yentsimi ye-radiology icinga, kunye nokuqonda izinto zabo eziphambili kunye nokusebenza kubalulekile kubachwephesha bezonyango ababandakanyekayo ekuboneni. Ngokuqonda imisebenzi yeekati, ama-Ades, kunye nezinye izinto ezichaphazelekayo kwi-X-Ray Genel kunye noLawulo lwe-ray tubes ezikhuselekileyo nezisebenzayo ze-X-ray zezokuxilongwa kwezoNyango oluchanekileyo. Olu lwazi lude lunegalelo ekuboneleleni ngononophelo olusemgangathweni osemgangathweni kunye nokuhambela phambili kwetekhnoloji yokucinga.