Iindlela zelaser ezikhankanyiweyo apha ngasentla ezisetyenziswa ekuveliseni iibhetri ze-lithium zinento enye efanayo - zonke zisebenzisa i-UV laser njengomthombo welaser.
Ibhetri yeLithium ngoku ifumaneka kuyo yonke indawo kubomi bethu bemihla ngemihla. Ukusuka kwiifowuni eziphathwayo ukuya kwiimoto ezintsha zamandla, iye yaba ngumthombo wamandla ophambili kubo. Kwaye ekuvelisweni kwebhetri yeLithium, kukho iintlobo ezimbini zeendlela zelaser ezisetyenziswa kakhulu.
Ukuwelda nge-laser
Ukuveliswa kwebhetri ye-lithium kubandakanya inkqubo yokuwelda ye-pole piece efuna ukuwelda i-pole piece yebhetri kunye ne-current collector piece. Izinto ze-anode zifuna ukuwelda i-aluminium sheet kunye ne-aluminium foil. Kwaye izinto ze-cathode zifuna ukuwelda i-copper foil kunye ne-nickle sheet. Indlela yokuwelda efanelekileyo neyilungiselelweyo idlala indima ebalulekileyo ekusindiseni iindleko zemveliso yebhetri ye-lithium kunye nokugcina ukuthembeka kwayo. Ukuwelda kwendabuko kukuwelda kwe-ultrasonic okulula ukubangela ukuwelda okunganelanga. Ngaphezu koko, intloko yayo yokuwelda kulula ukuyiguga kwaye ixesha layo lokuguga aliqinisekanga. Ke ngoko, kusenokwenzeka ukuba ikhokelele kwimveliso ephantsi.
Nangona kunjalo, ngeteknoloji yokuwelda nge-laser ye-UV, isiphumo siya kwahluka ngokupheleleyo. Ekubeni izixhobo zebhetri ye-lithium zinezinga eliphezulu lokufunxa xa zithelekiswa nokukhanya kwe-laser ye-UV, ubunzima bokuwelda buphantsi kakhulu. Ngaphandle koko, indawo echaphazela ubushushu incinci kakhulu, nto leyo eyenza umatshini wokuwelda nge-laser ye-UV ube yeyona ndlela isebenzayo yokuwelda kwimveliso yebhetri ye-lithium.
Ukumakisha nge-laser
Ukuveliswa kwebhetri ye-lithium kubandakanya ezinye iinkqubo ezininzi, kubandakanya ulwazi lwezinto eziluhlaza, inkqubo kunye nobuchule bokuvelisa, ibhetshi yemveliso, umenzi, umhla wokuvelisa njalo njalo. Ungawulandela njani wonke umkhiqizo? Ewe, kufuneka kugcinwe olu lwazi lubalulekileyo kwikhowudi ye-QR. Indlela yokuprinta yendabuko ineengxaki zokuba ukumakisha kulula ukunyamalala ngexesha lokuthuthwa. Kodwa ngomatshini wokumakisha nge-laser ye-UV, ikhowudi ye-QR inokuhlala ixesha elide, nokuba imeko injani na. Ngenxa yokuba ukumakisha kuhlala ixesha elide, kunokusebenza injongo yokulwa nobuxoki.
Iindlela ze-laser ezikhankanyiweyo apha ngasentla ezisetyenziswa kwimveliso yebhetri ye-lithium zinento enye efanayo - zonke zisebenzisa i-UV laser njengomthombo we-laser. I-UV laser inobude be-355nm kwaye yaziwa ngokucubungula okubandayo. Oko kuthetha ukuba ayizukuyonakalisa impahla yebhetri ngexesha lenkqubo yokuwelda okanye yokumakisha. Nangona kunjalo, i-UV laser inovelwano kakhulu kutshintsho lobushushu kwaye ukuba iphantsi kokuguquguquka okukhulu kobushushu, imveliso yayo ye-laser iya kuchaphazeleka. Ke ngoko, ukugcina imveliso ye-laser ye-UV laser iphantsi, eyona ndlela isebenzayo kukongeza i-industrial water chiller. I-S&A Teyu CWUL-05 air cooled water chiller ifanelekile ekupholiseni i-3W-5W UV laser. Le industrial water chiller iphawulwa kukuzinza kobushushu be-±0.2℃ kunye nombhobho oyilwe ngokufanelekileyo. Oku kuthetha ukuba i-bubble ayinakwenzeka kangako, nto leyo enokunciphisa impembelelo kumthombo we-laser. Ngaphandle koko, i-CWUL-05 air cooled water chiller iza nomlawuli wobushushu okrelekrele ukuze ubushushu bamanzi butshintshe njengoko ubushushu obungqongileyo butshintsha, kunciphisa amathuba amanzi aqunyiweyo. Ukuze ufumane ulwazi oluthe kratya malunga nale friji yamanzi, cofa ku -https://www.teyuchiller.com/compact-recirculating-chiller-cwul-05-for-uv-laser_ul1
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