Atomic-scale understanding of the reversible HCP<->FCC phase transition mechanisms at {10-11} twin tip in pure titanium
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Release time:2023-03-16 Impact Factor:8.5 Journal:International Journal of Plasticity Co-author:Bingqiang Wei, Song Ni, Hongge Yan First Author:Hao Zhang Indexed by:Journal paper Correspondence Author:Xiaoqin Ou, Min Song Document Code:103357 Discipline:Engineering First-Level Discipline:Materials Science and Engineering Document Type:J Volume:156 Page Number:103357 Translation or Not:no Date of Publication:2022-03-16 Included Journals:SCI -
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 Zip Code:c576f0c85848a14d10428d1b79269fc7d68bde9ba6ecb95648b168a03671c3821c778c2bedf0cae5d03c95a065c3a5efa4243241acb9eb6089885db6f9f3fa7f5b7491eb5af48e7ab43d253e29e0fa6991b0af260ac98903cc7fbca150cb2fc86cb6bd41d95f78a263ba3d6f6aa504ee56cdd8693f2e6f13b576940cee3633de Postal Address:5ecb53e83080710d6ea1f79879eb410b74abac99f152e62a1e7634ddcb8a3ce789185bf84155a897862afe958b91b9f99d03344036b2823ff9142bd44114de5e702fc308a02bc97145195ff7fd574297a7b929793173179fefe3c299ffa339b0ae43bd216431d5801b062acafae0cc1f39e580378d040fc29942fe0b5a7e276e Email:56491fba492d1fb69a2182f57fd18e8214c0befb6f280dc610a6dc059324d37d501e6c6fa15beb4a093f25263cdd5b1b16ba1629e37aca67b37ffc92da7c9d46bb22e6928163d900197a23d3d6cdd03672ddcd4e6ff8dcf7429389b76cc9485ae908c299a270c0484367a408af6cfde6f7cd96a7b5870169f9c681a4858a2e06
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