4260 件ヒット (0.013秒)：
原子・分子制御工学、環境資源化学、分子システム化学、材料機能制御化学の各グループに所属し、文献紹介、研究発表、討論などを含む実験および演習を行う。
Students, through working as a group member of Atomic and Molecular Control Engineering, Resources and Environment, Molecular Chemistry Systems, or Control Materials Function, are expected to develop skills that are required to clearly present and fully discuss about literature and research results.
原子・分子制御工学，環境資源化学，分子システム化学，材料機能制御化学の各グループに所属し，研究，研究発表，討論，文献紹介などの実験および演習を行う．
Students, through working as a group member of Atomic and Molecular Control Engineering, Resources and Environment, Molecular Chemistry Systems, or Control Materials Function, are expected to develop skills that are required to clearly present and fully discuss about literature and research results.
応用生命化学、生体分子化学、生体機能化学、生物有機化学の各グループに所属し、文献紹介、研究発表、討論などを含む実験および演習を行う。
Students who belong to research groups of Applied Life Chemistry, Bioorganic Chemistry, and Biofunctional Chemistry perform experiments and exercises related to their research themes, such as research presentation, discussion, and introduction of research articles.
分子システム化学グループに所属する学生を主たる対象として、多様な用途に資する物性を発現させるための、分子および原子の集合体としての結晶構造および高次構造の制御を扱う博士論文に関する研究内容の紹介と、それらに基づく高度に専門的な討論などの演習を行う。
In this seminar, participants will introduce the research on the structure-property relationship of solid state materials related to their doctoral dissertation and have a high-level discussion based on it.
Mainly for students belonging to the Chemistry of Molecular Systems Group.
原子・分子制御工学グループに所属し、博士論文研究に関する研究内容の紹介、それに基づいた討論などの演習を行う。
Students, through working as a group member of Atomic and Molecular Control Engineering, are expected to develop skills that are required to discuss the research of their doctor's thesis and introduce the latest research papers related to their study.
金属プロセス工学，創形創質プロセス学，先端マテリアル物理化学，プロセス設計学，プロセス制御学の各グループに所属し，研究，研究発表，討論，文献紹介などの実験及び演習を行う。
Students belonging to each group of metal process engineering, creative creation process science, advanced material physical chemistry, process design science, and process control science conduct experiments and exercises such as research, research presentations, discussions, and literature introductions.
材料電子化学，ナノ材料物性学，情報デバイス材料学，ナノ構造物質工学，物質機能創製学，材料表面機能制御学の各グループに所属している学生が，研究，研究発表，討論，文献紹介などの実験及び演習を行う。
Students belonging to each group of materials electronic chemistry, nanomaterials condensed matter physics, information device materials science, nanostructure material engineering, material function creation science, material surface function control science, research, research presentation, discussion, literature introduction, etc. Experiments and exercises.
応用化学及びその関連分野の中で、多様な用途に資する物性を発現させるための、分子および原子の集合体としての結晶構造および高次構造の制御を具体的内容とする。博士課程学生の問題発見および本質認識のための能力の涵養に主眼をおく。
The functionality of solid materials is deeply discussed from the viewpoint of “structure-property relationship” based on crystal chemistry and higher-order structures. Emphasis is focused on cultivating problem-finding abilities as a doctoral course student.
応用生命化学、生体分子化学、生体機能化学、生物有機化学の各グループに所属し、研究、研究発表、討論、文献紹介などの実験および演習を行う。
Students who belong to research groups of Applied Life Chemistry, Bioorganic Chemistry, and Biofunctional Chemistry perform experiments and exercises related to their research themes, such as research presentation, discussion, and introduction of research articles.
プロセス解析工学、プロセス要素工学、プロセスシステム工学、反応分離プロセスの各グループに所属し、文献紹介、研究発表、討論などを含む実験および演習を行う。
Students who belong to the research groups of Energy Process Engineering, Chemical Process Engineering, Process Systems Engineering and Reaction and Separation Processes perform experiment and exercise related to their research themes, including research presentation, discussion, and introduction of research articles.