{"total_count":1,"results":[{"id":124120,"original_title":"時効初期ナノ生成物制御による高強度時効硬化型アルミニウム合金の開発 . 超微細粒アルミニウムが示す特異な力学特性の発現機構の統一的解明","title_alternative":"Developing of higher strengthening age-hardenable aluminum alloys by controlling of nano-precipitates at early stage of aging . Common mechanism for peculiar deformation behaviors in ultrafine grained aluminum","title_transcription":"ジコウ ショキ ナノ セイセイブツ セイギョ ニヨル コウキョウド ジコウ コウカガタ アルミニウム ゴウキン ノ カイハツ . チョウビサイリュウ アルミニウム ガ シメス トクイナ リキガク トクセイ ノ ハツゲン キコウ ノ トウイツテキ カイメイ","title_alternative_transcription":"","pub_date":"2019-11","statement_of_responsibility":"研究代表者松田健二, 池田賢一, 本間智之 . 研究代表者辻伸泰, 足立大樹, 寺田大将","creators":[{"full_name":"松田, 健二"},{"full_name":"池田, 賢一"},{"full_name":"辻, 伸泰"},{"full_name":"足立, 大樹"},{"full_name":"寺田, 大将"},{"full_name":"軽金属奨学会"},{"full_name":"本間, 智之"}],"contributors":[],"publishers":[{"full_name":"軽金属奨学会"}],"publication_place":null,"extent":"246p ; 30cm","dimensions":null,"identifiers":[{"identifier_type":"ncid","body":"BB29343509"}],"subjects":[],"classfifications":[{"classification_type":"udc","term":"669.7"}],"access_address":null,"items":[{"item_identifier":"601876","shelf":"単行書27"}],"created_at":"2020-01-16T14:22:26.619+09:00","updated_at":"2025-04-21T14:55:05.823+09:00"}]}