A ranar 21 ga Afrilust, an gudanar da aikin a Jami'ar Geosciences ta China (Wuhan). A wannan taron, BFRL ya baje kolin ci gaba na kansa da kuma samar da na'urori masu auna sigina.
BFRL Atomic spectrometeryana kan gaba a masana'antar saboda fitaccen aikinta da fasaha na zamani, yana tallafawa nau'ikan bincike daban-daban kamar harshen wuta, tanderun graphite, fitar da harshen wuta, harshen wuta mai zafi, hydride, da sauransu, wanda zai iya biyan buƙatun yanayin gwaji daban-daban. Babban fasaharsa na samfurin sun haɗa da dandamalin simintin siliki aluminium alloy na simintin gani, iskar oxygen mai haɓakar zafi mai zafi acetylene, tsarin gani na kariyar graphite, ƙirar hanyar gas, tsarin tallafin ɗakin karatu na ƙwararrun wurin aiki, da sauran sabbin fasahohi. Wadannan fasahohin suna tabbatar da cewa samfurin yana kan gaba a cikin masana'antu dangane da aikin aiki, masu nuna fasaha da fasaha, da aminci.
BFRL atomic fluorescence spectrometerdogara ne a kan 13 kasa hažžožin fasahar, sanye take da m da kuma muhalli abokantaka kayayyaki, hadewa da kyau kwarai aiki da kuma abin dogara inganci, zama ƙwararrun kayan aiki a cikin filin na gano kashi bincike, tare da gagarumin abũbuwan amfãni kamar dogon lokacin da kwanciyar hankali, daidai kariya, da kore m iko.
Beifen Ruilikoyaushe yana haɓaka ilimi tare da haɓakar fasaha, yayin da CUG ke ba da haɓaka haɓaka masana'antu tare da fa'idodin baiwa. A nan gaba, BFRL da CUG za su ci gaba da zurfafa uku a cikin tsarin haɗin gwiwa guda ɗaya na "curriculum co construction, technology co research, and talent co education", da kuma gina dukkan manyan mutane don masana'antar kayan aikin nazari.
Lokacin aikawa: Mayu-22-2025