Emabhizinisini, ucwaningo nokuthuthukiswa kwemikhiqizo emisha kuwumthombo wamandla wokuthuthukiswa kwebhizinisi, imikhiqizo emihle kuphela engathatha isabelo semakethe, futhi imikhiqizo emihle isho ukuthi ukusebenza kufanele kube phezulu, ukusebenza okuphezulu kwemishini kagesi, ukushisa okuphezulu. amandla okuhlakazeka adingekayo, ngakho-ke isidingo sokusebenzisa izinto ezisetshenziswayo zokusebenzisa i-thermal conductivity.
Nakubaokokusebenza kwesixhumi esibonakalayo se-thermal conductivityiwuhlobo lwezinto ezisizayo zokushabalalisa ukushisa, kodwa idlala indima ebalulekile kuyo yonke i-coefficient yokushisa ukushisa, kukhona igebe phakathi kwedivayisi yokushisa kanye nedivayisi yokukhipha ukushisa emshinini kagesi, umoya ungumqhubi omubi wokushisa, ukuqhutshwa kokushisa phakathi lezi ezimbili zizoba ngaphansi kokuphikiswa komoya, ngakho-ke isivinini sokuqhuba ukushisa sizoncishiswa, ngaleyo ndlela sithinte umphumela wokushisa ukushisa.
I-thermal conductive interface impahlaihlanganiswe emishinini ephakathi kwedivayisi yokushisa kanye nedivaysi yokukhipha ukushisa futhi inciphise ukuthintana nokumelana nokushisa kwempahla, indima ye-thermal conductive interface material ukugcwalisa igebe lesixhumi esibonakalayo, ukuqeda umoya esikhaleni, ukuze kuncishiswe thintana nokumelana nokushisa phakathi kokubili, ukuze ukushisa kudluliselwe ngokushesha kudivayisi yokukhipha ukushisa, futhi amandla aphezulu emishini, ukushisa okuphezulu okukhiqizwayo.Ngakho-ke, isizathu sokuthi kungani kusetshenziswe izinto ezisetshenziswayo ze-interface conductivity ephezulu.
Isikhathi sokuthumela: Jun-15-2023