Haɓaka saurin haɓaka fasahar Laser ba za a iya raba shi da ingantaccen ingantaccen laser semiconductor, kayan kristal na wucin gadi da na'urori. A halin yanzu, fannin semiconductor da fasaha mai ƙarfi na Laser na ci gaba da bunƙasa. Domin kara fahimtar da yanke-baki kimiyya matsayi da kuma kasa tsaro tsaro aikace-aikace bukatun na high-ikon semiconductor da m-jihar Laser fasahar, da kuma inganta ilimi mu'amala a sama da kasa na Laser fasaha, da kasar Sin Society of Optical Engineering za ta rike. da "Advanced Semiconductor, Solid-State Laser Technology and Application Exchange Conference" a cikin 2024 don gudanar da zurfafa mu'amala a kan ka'idojin jiki, key fasahar, aikace-aikace ci gaba, da kuma nan gaba al'amurra alaka semiconductors da m-jihar Laser.
A wannan taron, shugaban kamfaninmu, Zhang Jianjun, ya ba da rahoto game da aikace-aikacenNeodymium ion maida hankaligradientYAG crystala ƙarshen famfo Laser technology.Solid-state Laser gaba ɗaya optically pumped, kuma akwai biyu main iri famfo hanyoyin: fitila famfo da diode famfo. Diode-pumped solid-state lasers (DPSSL) suna da abũbuwan amfãni daga high inganci, high ingancin katako, mai kyau kwanciyar hankali, m tsari, da kuma tsawon rai. Ana amfani da famfo diode a cikin Nd: YAG lasers a cikin nau'ikan famfo guda biyu: yin famfo gefe (wanda ake nufi da yin famfo gefe) da kuma yin famfo na ƙarshe (wanda ake nufi da yin famfo na ƙarshe).
Idan aka kwatanta da famfo fitilu da semiconductor gefen famfo, semiconductor karshen famfo ya fi sauki a cimma yanayin daidaita tsakanin famfo haske da oscillating haske a cikin Laser rami. Haka kuma, mayar da hankali ga famfo katako zuwa wani size dan kadan karami fiye da Laser sanda iya iyakance yawan halaye a cikin rami da kuma yadda ya kamata inganta katako ingancin. A lokaci guda, yana da fa'idodi na ƙaƙƙarfan tsari, ƙarancin ƙarancin laser, da ingantaccen inganci. Bincike ya nuna cewa a halin yanzu yin famfo na ƙarshe shine mafi inganci hanyar yin famfo.
Lokacin aikawa: Juni-21-2024