Ngokwesiqhelo, umlinganiselo wobushushu uthathwa kwiindawo ezininzi zovavanyo lweemoto. Nangona kunjalo, xa kudityaniswa iingcingo ezixineneyo kwi-thermocouples, uyilo kunye nokuchaneka kwe-thermometer kuyaphazamiseka. Esinye isisombululo kukusebenzisa ingcingo ye-thermocouple ethambileyo kakhulu enika uqoqosho, ukuchaneka, kunye nokuthembeka okufanayo nengcingo eqhelekileyo. Ekuqaleni yenzelwe umenzi weemoto odumileyo waseJamani, i-Omega Engineering inikezela ngesisombululo esifanelekileyo ukuhlangabezana nezi mfuno.
Umzekelo, cinga ngento encinci enobukhulu obuziimilimitha ezimbalwa kuphela ekufuneka ilinganiswe kubushushu obuyi-200 °C. Xa usebenzisa i-contact sensor kubushushu obuphakathi, ubushushu obuninzi obuvela kwinto buya kudluliselwa kwi-temperature sensor. Ngenxa yoko, ubushushu bento buya kwehla, nto leyo ebangela iziphumo ezingachanekanga.
Kwezinye iimeko, kufuneka kugqojwe imingxunya kwisakhiwo ukuze kufakwe izinzwa zobushushu. Ukuba kuza kusekwa iprofayili yobushushu, kufuneka amashumi okanye amakhulu ezinzwa.
Umzekelo obonisayo ziimilinganiselo ze-thermocouple ngaphakathi nakwiindawo ezijikeleze iibhampa zeplastiki. Apha, ukuthembeka kwesakhiwo kuchaphazela ngokukhawuleza iingcingo ezinobubanzi obukhulu.
I-Omega Engineering iyile ngokukodwa iingcingo ze-thermocouple ezithin gauge ze-5SRTC-TT-T kunye ne-5SRTC-TT-K ukuze zoyise ezi ngxaki. Ixabiso liphantsi kakhulu kwizicelo ezisebenzisa amakhulu ee-thermocouples.
Olu cingo lwe-thermocouple olubhityileyo noluchanekileyo kakhulu olukhuselweyo lohlobo lwe-K lunobubanzi obuyi-2.4mm kuphela ukuze lulinganise ubushushu obuhambelanayo nobuthembekileyo. Lunciphisa impembelelo kwiithagethi ezincinci okanye kwiithagethi ezifuna ukubholwa.
Olu lwazi lufunyenwe, lwaqinisekiswa kwaye lwahlengahlengiswa kwizixhobo ezibonelelwe yi-OMEGA Engineering Ltd.
Iimoto ze-Omega Engineered. "Uvavanyo lweemoto olusebenzisa i-thermocouple wire enobubanzi obuncinci".
Iimoto ze-Omega Engineered. "Uvavanyo lweemoto olusebenzisa i-thermocouple wire enobubanzi obuncinci".
Iimoto ze-Omega Engineered. 2018. Uvavanyo lweemoto olusebenzisa ucingo oluncinci lwe-thermocouple.
Kolu dliwanondlebe, i-AZoM ithetha noDave Sist we-GSSI, uRoger Roberts kunye noRob Sommerfeldt malunga nobuchule bePavescan RDM, i-MDM kunye ne-GPR. Bakwaxoxe ngendlela enokunceda ngayo inkqubo yokuveliswa kwe-asphalt kunye ne-paving.
Emva kweAdvanced Materials 2022, i-AZoM ithethe neCameron Day kaWilliam Blight malunga nobubanzi benkampani kunye neenjongo zayo zexesha elizayo.
Kwi-Advanced Materials 2022, i-AZoM idlane udliwanondlebe no-Andrew Terentev, i-CEO yeCambridge Smart Plastics. Kolu dliwanondlebe, siza kuxoxa ngetekhnoloji entsha yenkampani kunye nendlela ezitshintsha ngayo indlela esicinga ngayo ngeplastiki.
Idayimani ye-Element Six CVD yidayimani eyenziweyo ecocekileyo kakhulu yokulawula ubushushu be-elektroniki.
Hlola i-CNR4 Network Radiometer, isixhobo esinamandla esilinganisa ibhalansi yamandla phakathi kwemitha ye-shortwave kunye nemitha ye-infrared ekude ye-longwave.
Isongezo sePowder Rheology sandisa amandla e-TA Instruments Discovery Hybrid Rheometer (DHR) ukuze iipowder zichaze indlela eziziphatha ngayo ngexesha lokugcina, ukusasaza, ukucubungula kunye nokusetyenziswa kokugqibela.
Eli nqaku libonelela ngovavanyo lobomi beebhetri ze-lithium-ion, kugxilwe ekusetyenzisweni kwakhona kweebhetri ze-lithium-ion ezisetyenzisiweyo ukuze kubekho indlela ezinzileyo nejikelezayo yokusetyenziswa nokusetyenziswa kwakhona kweebhetri.
Ukubola kukutshatyalaliswa kwe-alloy phantsi kwempembelelo yendalo. Iindlela ezahlukeneyo zisetyenziswa ukuthintela ukubola kwe-alloy zesinyithi ezivezwe kwimeko yomoya okanye ezinye iimeko ezimbi.
Ngenxa yokwanda kwemfuno yamandla, imfuno yamafutha enyukliya nayo iyanda, nto leyo ekhokelela ekwandeni okukhulu kwemfuno yetekhnoloji yokuhlolwa kwe-post-reactor (PVI).