Ngokuqhelekileyo, imilinganiselo yobushushu ithathwa kwiindawo ezininzi zokuvavanya iimoto. Nangona kunjalo, xa udibanisa iingcingo ezishinyeneyo kwi-thermocouples, uyilo kunye nokuchaneka kwethemometer kuyahlupheka. Esinye isisombululo kukusebenzisa i-ultra-fine thermocouple wire ebonelela ngoqoqosho olufanayo, ukuchaneka, kunye nokuthembeka njengocingo oluqhelekileyo. Ekuqaleni iphuhliselwe umenzi wemoto waseJamani owaziwayo, i-Omega Engineering inikeza isisombululo esifanelekileyo ukuhlangabezana nezi mfuno.
Umzekelo, qwalasela into encinci kuphela iimilimitha ezimbalwa ngobukhulu ekufuneka ilinganiswe kubushushu obungama-200 °C. Xa usebenzisa i-sensor yoqhagamshelwano kwiqondo lokushisa eliphantsi, ubuninzi bobushushu obuvela kwinto buya kudluliselwa kwinzwa yeqondo lokushisa. Ngenxa yoko, ukushisa kwento kuya kuhla, kubangele iziphumo ezingachanekanga.
Kwezinye iimeko, imingxuma kufuneka igrunjwe kwisakhiwo sokufakelwa kwezinzwa zokushisa. Ukuba iprofayile yobushushu iza kumiselwa, kusenokufuneka amashumi okanye amakhulu ezinzwa.
Umzekelo ongumzekelo yimilinganiselo ye-thermocouple ngaphakathi nangaphandle kweebhampa zeplastiki. Apha, ingqibelelo yesakhiwo ichaphazeleka ngokukhawuleza ngeengcingo ezinobubanzi obukhulu.
I-Omega Engineering iyilwe ngokukodwa i-5SRTC-TT-T kunye ne-5SRTC-TT-K iingcingo ezicekethekileyo zegeji ye-thermocouple ukoyisa ezi ngxaki. Ixabiso liyonga kakhulu kwizicelo ezisebenzisa amakhulukhulu e-thermocouples.
Olu cingo lucekethekileyo noluchaneke ngokugqithisileyo lukhuseleke kuhlobo lwe-K lwe-thermocouple luyi-2.4mm kuphela ububanzi kumlinganiselo wobushushu obungaguqukiyo nothembekileyo. Ukunciphisa impembelelo kwiithagethi ezincinci okanye kwiithagethi ezifuna ukugrunjwa.
Olu lwazi lufunyenwe, lwaqinisekiswa kwaye lwatshintshwa kwimathiriyeli enikwe yi-OMEGA Engineering Ltd.
Iimoto ze-Omega Enjineli. "Uvavanyo lweemoto ezinocingo oluncinci lwe-thermocouple wire".
Iimoto ze-Omega Enjineli. "Uvavanyo lweemoto ezinocingo oluncinci lwe-thermocouple wire".
Iimoto ze-Omega Enjineli. 2018. Uvavanyo lweemoto kunye nocingo oluncinci lwe-thermocouple ububanzi.
Kulo dliwano-ndlebe, i-AZoM ithetha noDave Sist we-GSSI, uRoger Roberts kunye noRob Sommerfeldt malunga nePavescan RDM, i-MDM kunye ne-GPR. Baphinde baxoxa ngendlela enokunceda ngayo ukuveliswa kwe-asphalt kunye nenkqubo yokupakisha.
Emva kweeMathiriyeli eziPhambili ngo-2022, i-AZoM yathetha noWilliam Blight's Cameron Day malunga nomda wenkampani kunye neenjongo zexesha elizayo.
KwiiMathiriyeli eziPhakamileyo ngo-2022, i-AZoM yenza udliwano-ndlebe no-Andrew Terentiev, i-CEO yeCambridge Smart Plastics. Kolu dliwano-ndlebe, siza kuxoxa ngetekhnoloji entsha yenkampani kunye nendlela eziguqula ngayo indlela esicinga ngayo ngeeplastiki.
Idayimani ye-Element Six CVD yidayimani yokwenziwa yococeko ephezulu yolawulo lobushushu be-elektroniki.
Phonononga i-CNR4 Network Radiometer, isixhobo esinamandla esilinganisa ibhalansi yamandla phakathi kwamaza amafutshane kunye nemitha ye-infrared ekude.
I-powder Rheology i-ad-on yandisa amandla e-TA Instruments Discovery Hybrid Rheometer (DHR) ye-powders ukuze ibonise ukuziphatha ngexesha lokugcinwa, ukuhanjiswa, ukusetyenzwa kunye nokusetyenziswa kokuphela.
Eli nqaku libonelela ngovavanyo lobomi beebhetri ze-lithium-ion, kugxininise ekunyuseni ukuphinda kusetyenziswe iibhetri ze-lithium-ion ezisetyenzisiweyo kwindlela ezinzileyo kunye nesetyhula ekusebenziseni ibhetri kunye nokusetyenziswa kwakhona.
I-Corrosion kukutshatyalaliswa kwe-alloy phantsi kweempembelelo zendalo. Iindlela ezahlukeneyo zisetyenziselwa ukuthintela ukubola kwe-alloys yensimbi evezwe kwi-atmospheric okanye ezinye iimeko ezimbi.
Ngenxa yokukhula kwemfuno yamandla, imfuno yesibaso senyukliya nayo iyanda, nto leyo ekhokelela ekwenyukeni okukhulu kwemfuno yobuchwepheshe bokuhlolwa kwe-post-reactor (PVI).