Intambo yentambo ye-tungsten ine-flexible ephezulu kunye namandla aphezulu, asetyenziswa ngokubanzi kwimveliso ye-silicone monocrystalline ingots ephezulu.

I-Tungsten ineenzuzo zenqanaba eliphezulu lokunyibilika kunye namandla aphezulu, ngelixa ubhedu luneenzuzo ze-thermal conductivity ephezulu kunye nokusebenza kakuhle kwe-welding. Ke ngoko, imidibaniso enezibonelelo zazo zombini zinemfuno enkulu yamandla obushushu obuphezulu kunye ne-thermal conductivity kwiimfuno eziphezulu kakhulu kunye nendibaniselwano entsonkothileyo yeziganeko zesakhiwo.

I-Tungsten-copper composites ingasetyenziswa kudonga lokuqala lwe-thermonuclear fusion reactors kunye ne-bias filter components, i-high-power resistance welding kunye ne-arc welding components.

I-Xingyao New Material inamava ahlukeneyo kunye neteknoloji ekulungiseleleni i-tungsten-copper composites ephezulu yokusebenza.

I-Nano alumina inika ubushushu obuphezulu kunye nobulukhuni bezinto eziphathekayo, kwaye ayiyi kunciphisa kakhulu i-conductivity ye-alloy, ukwenzela ukuba izinto zisebenze kakuhle, ngokukodwa i-1000 ℃ yonyango lobushushu ayikwazi ukutshintsha ukusebenza kwayo, amazwe angaphandle abizwa ngokuba "Super Ubhedu".

Ngenxa yokusasazwa kwe-aluminium oxide kwi-matrix yobhedu kububanzi bee-nanometers ezimbalwa kuphela, kwaye umxholo wepesenti uncinci kakhulu, ngoko ke ukusasazwa kobhedu kunye nobhedu olucocekileyo kunye nezinye i-alloys zobhedu zifana ngakumbi nombane kunye ne-thermal conductivity.

Intsimbi ye-Rhenium iyabiza kwaye ayifane isetyenziswe yodwa, kwaye isetyenziswa ikakhulu njengesongezo sokuphucula ukuxhathisa kokunyuka kwamaqondo obushushu aphezulu.

I-alloys enzima ye-Tungsten (i-WHAs) iye yavela njengezinto ezikhethiweyo zokhetho kwizicelo kumacandelo ahlukeneyo eqhinga ngenxa yeempawu zabo ezizodwa, ezifana noxinzelelo oluphezulu, amandla aphezulu, amandla aphezulu kunye nokumelana nokubola, njl. I-Ni–Fe, i-Ni–Cu, njl.njl. zisetyenziselwa ukuhlanganisa ii-WHA.

I-alloy ye-molybdenum-copper nayo i-alloy ye-pseudo, i-molybdenum kunye ne-copper ayixutywanga, idibanisa ngokupheleleyo i-conductivity ephezulu ye-thermal, i-melting point kunye ne-coefficient ephantsi yokwandiswa kwe-thermal ye-molybdenum kunye ne-conductivity ephezulu ye-thermal yobhedu. Umlinganiselo we-molybdenum ukuya kobhedu unokuhlengahlengiswa ngokungenasizathu, i-MoxCuy, x+y=100. Le theyibhile ilandelayo ngamanye amabakala adla ngokusetyenziswa. I-alloy ye-molybdenum-copper ye-Xingyao New Material inokufezekisa phantse ngokupheleleyo, i-defect-free, i-fine-grained organisation, i-helium mass spectrometer ukuvuza ukufumanisa izinto zokungena moya

Xa kuthelekiswa nobhedu lwe-tungsten, ukuxinana kobhedu kwe-molybdenum kuphantsi, ukuqengqeleka kungcono, kukulungele ukuveliswa kweemveliso ze-strip; kunye nobhedu lwe-molybdenum luyakwazi ukunyathela, lufanelekile kumthamo ophezulu, iindawo zokuvelisa eziphantsi. Isetyenziswa kakhulu kwi-electrode, izinto zokubila.

I-alloy ye-Tungsten-copper luhlobo lwe-alloy ye-pseudo, i-tungsten kunye ne-copper zi-immiscible, zidibanisa ngokupheleleyo i-conductivity ephezulu ye-thermal, i-melting point ephezulu, i-coefficient ephantsi yokwandiswa kwe-thermal ye-tungsten kunye ne-conductivity ephezulu ye-thermal yobhedu. Umlinganiselo we-tungsten kubhedu unokuhlengahlengiswa ngokungenasizathu, WxCuy, x+y=100. I-alloy ye-tungsten-copper ye-Xingyao New Material inokufikelela phantse ngokupheleleyo, ingenasiphako, intlangano yengqolowa entle, kunye nokufunyanwa kokuvuza kwezinto nge-helium mass spectrometry ayinamoya

Imibhobho epholileyo yamanzi, abagijimi abashushu, i-microchannels, iphakheji

Kovar/SiAl/Invar/Cu/Al/ODS-Cu/CIC/CKC, njl.

Phakathi kwetekhnoloji esele ikho ye-heat-sink, i-pin-fin heat sinks imele isisombululo esisebenzayo sokupholisa. Zinomhlaba omkhulu ngokumalunga nawo nawuphi na omnye umthamo we-heat-sink. Ukongeza, ii-pin-fin heat sinks zenziwe ngee-alloys ze-aluminiyam ezine-thermal conductive okanye ubhedu. I-pin-fin heat sinks iquka isiseko kunye noluhlu lwezikhonkwane ezifakwe ngaphakathi. Iiparamitha ezinje ngobungakanani beplate yesiseko (zombini unyawo kunye nobukhulu), ubude bepin, ubukhulu kunye noxinaniso, kunye nemathiriyeli (i-aluminiyam, ubhedu okanye ezinye) zihambelana neenkcukacha ezininzi. Ngenxa yoko, iipin fins zinokulungiswa ngokulula ukuba zilingane izicelo ezahlukeneyo ngokuxhomekeke kumthwalo wobushushu obandakanyekayo, indawo ekhoyo, kunye nokuhamba komoya.

Siyila kwaye senza iipleyiti zesiseko sePin-Fin kushishino lwamandla ombane. Ezi cwecwe ezisisiseko zibonelela ngeyona ndlela isebenzayo yokufudumeza ubushushu ekhoyo namhlanje ngenxa yobuchwephesha bethu bokubumba, ukwenza, ukucwenga kunye nonyango lomphezulu.

Imixube yobhedu/yedayimani inamandla okusetyenziswa njengesizukulwana esilandelayo semathiriyeli yokucwilisa ubushushu kwizixhobo zombane eziphambili, kwaye oku kungenxa yokuba idayimani ineyona TC iphezulu ukuya kuthi ga kwi-2200 W/(m · K) kwindalo; i-CTE yobhedu/i-diamond composites inokwenziwa ukuze ibe kufutshane naleyo ye-semiconductor chip imathiriyeli (4–6 ppm/K); i-TC ye-Cu-diamond composites inokufikelela kuma-500–900 W/(m・K) ; kwaye i-composite izinzile kubushushu be-ambient kwaye ine-isotropic TC, engathinteli usetyenziso lwayo olubanzi.

I-Diamond-Al ifana ne-Diamond-Cu, enoxinano oluncinci kunye nokwandiswa okuncinci kwe-thermal.

I-Ag (iSilivere) ene-thermal conductivity ephezulu kuneCopper, yimpahla eneyona conductivity iphakamileyo ye-thermal phakathi kwesinyithi. Le Ag kunye nomgubo wedayimane zixutywe kwaye zifakwe kwitekhnoloji yethu ukuvelisa ngempumelelo imathiriyeli entsha ene-thermal conductivity ye-600 W/(m・K) okanye ngaphezulu.

I-al-Si ialloy yi-alloy yokwenza kunye nokuphosa i-alloy ikakhulu yenziwe nge-aluminiyam kunye ne-silicon. Ngokuqhelekileyo, umxholo we-silicon yi-11%, kunye nenani elincinci lobhedu, isinyithi, kunye ne-nickel yongezwa ukuphucula amandla. I-alloy ye-AI-Si isetyenziswa kakhulu kwishishini leemoto kunye neshishini lokwenziwa koomatshini ukwenza ezinye iindawo phantsi kweemeko zokutyibilika ngenxa yobunzima bayo, ukuhanjiswa kakuhle kwe-thermal, amandla athile, ukuqina, kunye nokumelana nomhlwa. Ingxubevange yeAl-Si ikwasetyenziswa ngokubanzi kuphapho, ezothutho, ulwakhiwo, kunye namanye amashishini abalulekileyo.

I-Al-SiC MMC isetyenziswa kwiinkalo ezahlukeneyo ezifana ne-aerospace, i-aircrafts, ngaphantsi kwamanzi, i-automobile, i-substrate kwi-electronics, iiklabhu zegalufa, ii-blades ze-injini yomoya, ii-brake pads njl. Iindlela ezininzi zokuyila ziyafumaneka kwimveliso ye-Al-SiC MMC. Phakathi kweendlela ezahlukeneyo, indlela yokuphosa ilula, ingabizi kakhulu, kwaye isetyenziselwa imveliso eninzi.

I-alloy ye-Mo-Cu nayo i-alloy ye-pseudo, i-molybdenum kunye ne-copper i-immiscible, idibanisa ngokupheleleyo i-conductivity ephezulu ye-thermal, i-high melting point, i-CTE ephantsi ye-molybdenum kunye ne-conductivity ephezulu ye-thermal yobhedu.

I-alloy yethu ye-molybdenum yethusi inokufezekisa ukuqina okuphantse kugqibelele, akukho ziphene, ukwakhiwa okuziinkozo okulungileyo, ukungangeni komoya

I-alloy ye-tungsten yobhedu yi-alloy ye-pseudo, i-tungsten kunye nobhedu azixubeki, zidibaniswe ngokupheleleyo ne-conductivity ephezulu ye-thermal, indawo yokunyibilika ephezulu, i-coefficient ephantsi yokwandiswa kwe-thermal ye-tungsten kunye neempawu eziphezulu ze-thermal conductivity zobhedu.

I-alloy yethu yobhedu ye-tungsten inokufezekisa phantse ukubumbana okupheleleyo, akukho ziphene, ukwakheka kweenkozo ezintle, umoya ongenamoya