タイトル

開講年度 開講学部等
2025 工学部
開講学期 曜日時限 授業形態 AL(アクティブ・ラーニング)ポイント
前期 月3~4 講義 1.5
時間割番号 科目名[英文名] 使用言語 単位数
1061330780 高分子化学Ⅱ[Polymer ChemistryⅡ] 日本語 2
担当教員(責任)[ローマ字表記] メディア授業
堤 宏守[TSUTSUMI Hiromori]
担当教員[ローマ字表記]
堤 宏守 [TSUTSUMI Hiromori]
特定科目区分   対象学生   対象年次 3~
ディプロマ・ポリシーに関わる項目 カリキュラムマップ(授業科目とDPとの対応関係はこちらから閲覧できます)
授業の目的と概要
(1) Lecture that can obtain basic knowledge necessary for understanding polymer compounds from the viewpoint of materials.
(2) Lecture that gains basic knowledge on the characteristics of polymeric materials.
(3) Lecture which can obtain basic knowledge (the principle, function etc) on the latest polymer materials.
授業の到達目標
(1) To be able to explain the characteristics of polymer compounds, such as the distribution of molecular weight, characteristic thermal properties (glass transition temperature, melting point, thermoplasticity/thermosetting, etc.), etc.
(2) Solid structure of polymer compounds (understanding of crystalline polymers, amorphous polymers, etc., and being able to describe the method of determining their existence ratio)
(3) To be able to explain the contents of rubber elasticity (entropy elasticity and enthalpy elasticity).
(4) Understand and explain viscoelasticity of polymers using simple models.
(5) To be able to give examples of polymer materials with new functions, their principles, preparation methods, and fields of application.
(6) To be able to judge the analytical method to be used for evaluation of physical properties of polymer compounds, and to be able to judge the items to be investigated and the analytical method to be used.Also, be able to consider and explain why the analytical method is appropriate.
To have a broad interest in currently used polymeric materials and to be aware of the problems that polymeric materials face.Attend lectures and ask questions.
授業計画
【全体】
(1) Starting with a review of Polymer Chemistry I, topics related to the chemical structure of polymer compounds and the solid state structure of polymeric materials will be discussed.
(2) The latter half of the lecture will focus on the role of polymeric materials in advanced scientific fields.
(3) Exercises will be conducted during the lecture time, which will also be used to check attendance.
(4) Exercises may be assigned as homework.
(5) Students will be required to study in advance by watching a video overview of the lecture using Moodle. (The lecture will be given on the assumption that students have done about 20 minutes of video plus about 20 minutes of exercises in advance.)
(6) Details of the lecture implementation will be posted on Moodle. Please read it carefully and attend the lecture.
項目 内容 授業時間外学習 備考
第1回 Review of Polymer chemistry I and Solid structure of polymer materials Understand the diversity of polymer materials and the structure of polymers formed by polymerizing vinyl compounds. Learn more about the solid structure of polymer compounds
[Key Words] Definition of polymer compound, structure of general purpose polymer compound, preparation method of synthetic polymer compound, single crystal of polymer, elongated crystal, spherulite, amorphous
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第2回 Molecular weight of high molecular weight compounds Learn about the concept of molecular weight and molecular weight distribution in polymer compounds.
[Key Words] number average molecular weight, weight average molecular weight, molecular weight distribution, degree of dispersion
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第3回 Molecular weight measurement method for polymer compounds Learn about methods for measuring the molecular weight of polymer compounds, including their principles, characteristics of the values obtained, and limitations.
[Key Words] viscosity, size exclusion chromatography, MALDI-TOFMASS
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第4回 Determination of solid structures of polymer materials based on thermal anaysis Know the diversity of the solid structure and understand its analysis method.
[Key Words] Thermal analysis, Thermogravimetry, DTA, DSC
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第5回 Glass transition of polymer materials In addition to deepening the basic understanding of the glass transition of the amorphous part of the polymer compound, we also learn how to determine the glass transition point and the relationship between the glass transition point and how the polymer material is used.
[Key Words] Tg, DSC
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第6回 Mechanical properties of polymer materials Learn about characteristics when general material is deformed. Especially, how to understand the stress-strain curve, learn from it.
[Key words] stress, strain, stress-strain curve
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第7回 Viscoelastic properties of polymer materials (Part 1) Understanding viscoelasticity by using simple models
[Key Words] Spring and Dashpot, Maxwell Model, Voigt Model, Stress Relaxation, Creep
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第8回 Viscoelastic properties of polymer materials (Part 2) Learn about dynamic viscoelasticity.
[Key Words] Dynamic viscoelasticity, complex elastic modulus, storage modulus, loss modulus
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第9回 Mechanical deformation of actual polymeric materials Students will learn how the mechanical deformation of polymeric materials learned in the previous sessions will be manifested in actual materials.You will also learn how to measure mechanical deformation.
[Key Words] stress-strain curve, tensile tester
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第10回 Rubber Materials Rubber, which is widely used in our daily life, is one of the polymer materials.This course will teach you about the properties of rubber.
[Key Words] entropy elasticity, enthalpy elasticity, seismic isolation rubber
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第11回 Polymer gels, their basic properties and their applications Learn about polymer gel materials, their basic properties, variation, and their application.
(Key Words) polymer gel, chemical crosslink, physical crosslink
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第12回 Molding processing of polymer material Learn how to process polymeric materials.In particular, learn how to mold and process polymeric materials industrially.
[Key Words] compression molding, transfer molding, blow molding, extrusion molding, injection molding
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第13回 Conductive polymer materials Conductive polymers and their properties and application
[Key Words] polyacetylene, polyaniline, doping, self-doping, capacitor, secondary battery
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第14回 Polymer materials and their environmental problems Learn about the environmental problems faced by polymeric materials and how they are being addressed.
[Key Words] life cycle assessment, biodegradable polymer materials, microplastics
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第15回 Principles of Polymer Electrolytes and Their Applications Polymer electrolytes will be explained as an example of polymer material applications.Particular attention will be paid to why polymer electrolytes are necessary and what kind of polymer compounds are suitable for polymer electrolytes.Applications of these materials will also be discussed.
[Key Words] polymer electrolyte, secondary battery, glass transition temperature
Make sure you take the quiz on Moodle. (A total of 4 hours for watching pre-learning videos, taking quizzes, and creating submitted reports)
第16回 Final Examination Final examination of Polymer Chemistry II
*Depending on the spread of various infectious diseases, the final exam may be an online exam or report.
Review what you have learned so far and prepare for the exam.
※AL(アクティブ・ラーニング)欄に関する注
・授業全体で、AL(アクティブ・ラーニング)が占める時間の割合を、それぞれの項目ごとに示しています。
・A〜Dのアルファベットは、以下の学修形態を指しています。
【A:グループワーク】、【B:ディスカッション・ディベート】、【C:フィールドワーク(実験・実習、演習を含む)】、【D:プレゼンテーション】
A: --% B: --% C: 15% D: --%
成績評価法
The evaluation will be based on a quiz on Moodle (which also serves as an attendance check) (5%), reports (homework assignments) (20%), and a written exam at the end of the semester (75%).Students who are absent (have not taken the quiz) more than 4 times will be disqualified.
*For more information, please refer to the materials posted on Moodle on how to take the lectures.
教科書にかかわる情報
教科書 書名 高分子化学 ISBN 9784785332273
著者名 西敏夫 [ほか] 著 出版社 裳華房 出版年 2016
備考
Use the text of Polymer Chemistry I.
参考書にかかわる情報
参考書 書名 基本高分子化学 ISBN 9784782706749
著者名 柴田充弘著 出版社 三共出版 出版年 2012
参考書 書名 高分子の化学 ISBN 9784782705445
著者名 北野博巳, 功刀滋編著 ; 宮本真敏 [ほか] 共著 出版社 三共出版 出版年 2008
参考書 書名 基礎高分子科学 ISBN 4807906356
著者名 高分子学会 出版社 東京化学同人 出版年 2006
備考
メッセージ
Students are required to have a thorough understanding of "Polymer Chemistry I (required subject)". Although some review will be given, the lectures will basically proceed on the assumption that the students understand the contents of "Polymer Chemistry I." No additional examinations will be given due to poor performance. Since no additional examinations will be given due to poor performance, students are expected to study hard for each lecture and to study sufficiently for the examinations as well.
キーワード
Polymer, Macromolecule, Functional Polymer, Amorphous Polymer, Polymer Gel
持続可能な開発目標(SDGs)

  • 質の高い教育をみんなに
  • エネルギーをみんなに そしてクリーンに
  • 産業と技術革新の基盤をつくろう
(教育)すべての人に包摂的かつ公正な質の高い教育を確保し、生涯学習の機会を促進する。
(エネルギー)すべての人々の、安価かつ信頼できる持続可能な近代的エネルギーへのアクセスを確保する。
(インフラ、産業化、イノベーション)強靱(レジリエント)なインフラ構築、包摂的かつ持続可能な産業化の促進及びイノベーションの推進を図る。
関連科目
Polymer Chemistry I, Organic Chemistry, Physical Chemistry
履修条件
Students are assumed to have a good understanding of what they have learned in Polymer Chemistry I.
連絡先
Please contact through E-mail or eYUSDL system.The e-mail address is tutsumi_at_yamaguchi-u.ac.jp (_at_ should be changed to @ to send the e-mail).
オフィスアワー
Please make appointment with E-mail or eYUSDL system.(Basically, I plan on Wednesday afternoons.)

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