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Inkqubela phambili yamva nje kunye nemiceli mngeni yeeseramikhi zeAlON ezingafihliyo
2023-05-10Ceramics and their composites have been widely investigated for various applications due to their unique chemical and physics properties [1−7]. Among them, transparent ceramics have an extensive application in the business domain and the military industries due to their outstanding optical, physical, and mechanical properties [8−10]. Among the transparent ceramics, transparent aluminum oxynitride (AlON) ceramics have been considered as one of the most important ceramics in the domes, infrared and visible windows, and transparent armors, etc [11−13]. Compared with the single crystal sapphire, which is well-known as the hardest transparent ceramics, the polycrystalline AlON ceramics have similar characteristics on strength, hardness, and optical properties, but offer more flexibility in size and shape [14,15]. Therefore, AlON ceramics have attracted a growing investigation. γ-AlON is a solid solution of Al2O3and AlN [16,17]. Many methods have been explored to prepare AlON powder or AlON ceramics, such as solid-state reaction [18], carbonization method for Al2O3[19,20], chemical vapor deposition [21], sol−gel method [22,23], and solution combustion synthesis [24]. The band gap of AlON was measured to be 6.2 eV [25]. TU et al [26] employed a first-principles density functional theory (DFT) to study the on-site preference of Al vacancy and Natoms in γ-AlON. The band gap and bulk modulus structural model of γ-AlON, as the local structure of the Al23O27N5were calculated to be 3.99 eV of N atoms and Al vacancies in γ-AlON is not and 200.9 GPa, respectively. Given a wide band clear. The properties of γ-AlON are displayed in gap together with low photon energy and high Table 1 [14].
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Ngowama-2023 intlanganiso yeBhunga leSebe lobuNjineli boBuchwephesha eHunan ibanjwe ngempumelelo
2023-04-23Ngomhla we-16 ku-Epreli, intlanganiso ye-7th yeBhunga leBhunga leZibonelelo kunye neSebe loNyango loBushushu lwe-Hunan Mechanical Engineering Society yabanjwa e-Hunan ACME Co., LTD. U-Liu Jinwen, uSekela Nobhala Jikelele we-Hunan Mechanical Engineering Society, uzimase intlanganiso. Bangaphezu kwama-20 abameli beeyunithi ezilawulayo zoluntu abebezimase intlanganiso. Le ntlanganiso yonganyelwe ngunobhala-jikelele uWang Siqing.
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Eyokuqala kuNyaka oMtsha inqaku lokubulela | ubuchwephesha obuphezulu kunye nenkonzo esebenzayo iphumelele indumiso yesayensi kunye nobuchwepheshe
2023-03-21"Ufakelo lwabasebenzi benkampani yakho kunye nolungiso olucokisekileyo, inkuthalo efanelekileyo, iimfuno ezingxamisekileyo zabathengi, ukuqinisekisa ukuba iimveliso zenkampani yethu zihanjiswa ngeshedyuli, zibonisa umgangatho wobuchwephesha obuphezulu kunye nesibindi sokulwa nokuzinikela."
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IOrenji yelizwekazi iBBS | "Isizukulwana esitsha se-semiconductor frontier technology round-table conference" yabanjwa ngempumelelo
2023-03-10Emva kwemini ye-3 kaMatshi, uthotho lwemisebenzi yeForam yaseTangzhou "iNew Generation Semiconductor Frontier Technology Roundtable" yabanjwa ngempumelelo kwiYuelu Mountain University. Le nkomfa ixhaswe yi-Changsha Integrated Circuit Industry Technology Innovation Strategic Alliance, iKomiti yoLawulo lweSixeko saseYuelu yeYunivesithi yaseYuelu, i-Changsha Semiconductor Technology kunye ne-Application Innovation Research Institute kwaye iququzelelwe yi-ACME.
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Inkqubo yesizwe engundoqo ye-R&D "UPhando loVavanyo lweNtsebenzo oluNinzi kunye nosetyenziso oluDityanisiweyo lweTekhnoloji yoBuchule beNkunkuma eSolid" eyathi iACME yathatha inxaxheba ekuphumeleleni ukuqinisekiswa novavanyo lobugcisa.
2023-02-27Ngomhla we-19 kaFebruwari, i-ACME yabamba intlanganiso ekuqinisekisweni kwesiza kunye novavanyo lwesalathisi sobugcisa beprojekthi ye "Multi-dimensional Performance Evaluation Research and Integrated Application of Solid Waste Recycling Technology", iprojekthi ekhethekileyo yophando oluphambili lwesizwe kunye nesicwangciso sophuhliso "Inkunkuma eSolid Ukurisayikilisha".
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Zimbini kuphela ezenza ukusika | I-ACME kuShishino loMfuziselo lowama-2022 loShishino lweYunivesithi-yophando lweNtsebenziswano eTshayina
2023-02-17Kutshanje, i-China Association for the Promotion of Industry-University-Research Cooperation yabhengeza uluhlu "China's Industry-University-uphando Cooperation Innovation Model Enterprises in 2022". I-ACME yakhethwa ngenxa yempumelelo yayo egqwesileyo kunye namandla abanzi kwintsebenziswano yophando lweshishini-iyunivesithi-uphando, uphando lwetekhnoloji kunye nophuhliso, kunye noguqulo lwempumelelo yezenzululwazi nethekhinoloji.
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