Helium wani iskar gas ne na musamman kuma mai daraja. A matsayinsa na abu na biyu mafi haske kuma mafi rashin aiki da aka sani, yana taka muhimmiyar rawa a wasu daga cikin fasahohin zamani mafi ci gaba a duniya. Injin compressor na helium—ko kumaKwampreso mai ƙarfi— kayan aikin da ke ba da damar yaɗa wannan iskar gas, sake yin amfani da ita, da kuma isar da ita bisa matsin lamba a fannonin bincike na semiconductor, likitanci, da kimiyya.
Dalilin da yasa Helium ke da Muhimmanci
Helium yana da halaye da dama da suka sa ba za a iya maye gurbinsa ba a aikace-aikacen fasaha mai zurfi. Lantarkin zafinsa yana da matuƙar girma, wanda hakan ya sa ya zama abin sanyaya iskar gas mai kyau. Ya kasance iskar gas a yanayin zafi inda kowace sinadari ke da daskararru, shi ya sa yake sanyaya maganadisu masu ƙarfi a cikin injunan MRI da na'urorin haɓaka barbashi. Yana da sinadarai marasa aiki, don haka ba ya yin aiki da kayan aiki. Kuma saboda shine iskar gas mafi sauƙi, shine zaɓi mafi kyau don gano zubewa a cikin tsarin da aka rufe.
Kalubalen shine cewa helium wata ƙasa ce mai iyaka, wadda aka samo asali daga ma'adanar iskar gas. Da zarar an sake shi cikin sararin samaniya, yana shiga sararin samaniya kuma yana ɓacewa har abada. Wannan ƙarancin yana sa ingantaccen farfadowa da sake amfani da helium ya zama fifiko, kuma matsewar helium shine babban abin da ke cikin waɗannan tsarin.
Masana'antar Semiconductor
A fannin kera semiconductor, helium yana taka muhimmiyar rawa wajen sarrafa zafi. A lokacin da ake sarrafa wafer, helium yana zagayawa a bayan wafer don ya dauke zafi, yana kiyaye daidaitaccen tsarin zafin jiki yayin cirewa da kuma adana shi a cikin plasma. Tsarkakken helium dole ne ya kasance mai girma sosai, domin duk wani gurɓatawa zai iya haifar da lahani a cikin guntun da ake samarwa.
Injin kwampreso na helium a cikin na'urar semiconductor dole ne ya samar da iskar gas mai tsafta sosai, mara mai a matsin lamba mai karko. Ko da canjin matsin lamba na matakin microsecond na iya shafar daidaiton tsari da yawan amfanin ƙasa. Fasahar kwampreso ta Diaphragm, tare da hatimin hermetic da ƙirarta mara mai, tana samar da matakin tsafta da kwanciyar hankali da waɗannan aikace-aikacen ke buƙata.
Binciken Kimiyya da Hoton Likitanci
Injinan MRI suna dogara ne da helium mai ruwa don kiyaye maganadisu masu ƙarfi a yanayin zafi mai zafi a kusa da digiri 4 na Kelvin. Na'urar compressor ta dawo da helium tana kama iskar gas mai tafasa, tana sake matse ta, sannan ta mayar da ita ga tsarin liquefaction. Wannan hanyar rufewa-loop ta rage yawan amfani da helium da farashin aiki sosai.
A binciken kimiyyar sinadarai, ana amfani da helium a cikin tsarin sanyaya iska don maganadisu masu saurin aiki da kayan aikin gano abubuwa. Dole ne ma'aunin helium da ke cikin waɗannan wurare su yi aiki da aminci mai kyau, domin duk wani lokacin aiki zai iya jinkirta shirye-shiryen gwaji masu tsada.
Madamfarar HeliumLa'akari da Zane
Saboda helium yana da saurin sauti fiye da sauran iskar gas, dole ne a inganta yanayin bawul ɗin compressor da hanyoyin kwararar iska musamman don hidimar helium. Tsarin da aka tsara don iska ko nitrogen ba zai yi aiki yadda ya kamata tare da helium ba. Dole ne kuma compressor ya kasance mai cikakken toshewar zubewa, idan aka yi la'akari da yadda helium ke iya tserewa ta cikin ƙananan ramuka da kuma yawan kuɗin da yake kashewa a kowane naúra.
Kwarewar Huayan ta hanyar amfani da na'urar kwampreso ta Helium
Tare da shekaru hamsin na injiniyan compressor, Huayan ta haɓaka ƙwarewar da ake buƙata don ƙirƙirar compressor na helium waɗanda suka cika buƙatun buƙatun semiconductor da aikace-aikacen bincike. An tsara kowane compressor na He da kansa kuma an ƙera shi a cikin gida a cikin ginin murabba'in mita 91,000, tare da tsare-tsare na musamman don ƙimar kwararar helium, matsin lamba, da matakan tsarki. Kwarewar Huayan ta duniya - tana hidimar abokan ciniki a ƙasashe sama da hamsin - tana tabbatar da cewa an gina kowane compressor zuwa mafi girman ma'auni na tsabta, aminci, da aiki.
To discuss helium compression for your application, contact Huayan at mail@huayanmail.com or call +86 15150006570.
Lokacin Saƙo: Yuli-18-2026