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This class will cover general analytical and inorganic chemistry, such as equilibria, acids and bases, acid-base equilibria, oxidation and reduction reactions, electrochemistry, etc.
This class will cover general analytical and inorganic chemistry, such as equilibria, acids and bases, acid-base equilibria, oxidation and reduction reactions, electrochemistry, etc.
This class is a survey of the general properties and reactivity of main group elements and transition metals. During the course, we cover chapters 9-22 in Inorganic Chemistry, 6th ed.
This class is a survey of the general properties and reactivity of main group elements and transition metals. During the course, we cover chapters 9-22 in Inorganic Chemistry, 6th ed.
この講義は，３期連続して行なわれる一連の講義，①専門基礎化学II（第３セメスター），②無機分析化学概論Ｂ（第４セメスター），③無機分析化学概論Ｃ（第５セメスター）の③の部分に相当する。この３期の講義を通じて，無機化学全般の基礎を習得することを目的とする。
This is the third class among a class series of general inorganic and analytical chemistry: basic chemistry II (3rd semester), general inorganic and analytical chemistry B (4th semester), general inorganic and analytical chemistry C (5th semester), that are aimed to learn fundamentals of inorganic and analytical chemistry.
Analytical chemistry is an important area of chemistry as it covers not only qualitative anaylsis of samples using forms of spectroscopy, electrochemistry, etc. and quantification of species in samples but also data analysis. This class is designed for students to gain knowledge in analytical techniques and concepts involved in those techniques.
Analytical chemistry is an important area of chemistry as it covers not only qualitative anaylsis of samples using forms of spectroscopy, electrochemistry, etc. and quantification of species in samples but also data analysis. This class is designed for students to gain knowledge in analytical techniques and concepts involved in those techniques.
Conduct exercises in inorganic and analytical chemistry, in particular an area from basic inorganic chemistry to coordination chemistry related to the solid-state molecular chemistry, by explaining their fields.
Conduct exercises in inorganic and analytical chemistry, in particular an area from basic inorganic chemistry to coordination chemistry related to the solid-state molecular chemistry, by explaining their fields.
This course builds from the basic electronic structure of atoms and molecules to bonding in compounds to structure and finally to the relationship between the structure and properties of compounds.It is my aim that students will develop tools needed to predict the properties from the electronic and physical structures of relatively simple compounds.
This course builds from the basic electronic structure of atoms and molecules to bonding in compounds to structure and finally to the relationship between the structure and properties of compounds.It is my aim that students will develop tools needed to predict the properties from the electronic and physical structures of relatively simple compounds.
Google Classroomのクラスコードは工学部Webページにて確認すること。
学部シラバス・時間割(https://www.eng.tohoku.ac.jp/edu/syllabus-ug.html)
１．目的
無機化学は、元素およびその化合物の反応・構造・機能を扱う分野である。本講義は、無機構造論および反応論における基礎的な概念を学び、先端材料工学・環境・資源・エネルギーなどの諸問題と無機化学との大きな関わりを理解させることを目的とする。
２．概要
本講義は無機化学反応論基礎として、（I）固体の化学結合と構造論、（II）溶液内の酸塩基反応・酸化還元反応・錯体形成反応および錯体構造論を取り上げ、化学平衡論を主体とした化学反応理解のアプローチ法を学ぶ。無機化合物各論を、先端技術・資源・環境における様々な元素とその化合物の利用と輪廻という観点から学ぶ。
３．達成目標等
この授業では主に以下のような能力を習得することを達成目標にする。
・簡単な酸塩基反応と酸化還元反応（電気化学）の平衡論的取り扱いと平衡定数に基づく反応解析ができる。
・量子論による化学結合および分子の理解から進んで、無機物質の示す諸性質を化学結合論と構造論を基礎として説明できる。
・元素・化合物の横断的性質（周期律）を理解し、典型的な数例について、材料の機能発現と無機物質系の化学、および地球環境における元素・化合物の循環を定性的に説明できる。
The class code for Google Classroom can be found on the Web site of
the School of Engineering:
https://www.eng.tohoku.ac.jp/edu/syllabus-ug.html (JP Only)
Fundamental principles of inorganic chemistry will be discussed in this course. Topics to be discussed will include atomic structure, structure and bonding in solids, acid-base reactions, oxidation-reduction, and coordination compounds.
Where appropriate, emphasis will be placed on the mechanisms of reactions and the relationship between structure and reactivity.
Learning the chemistry of carbonyl compounds - main reactions, methods of synthesis, reaction mechanisms and synthetic applications.
Learning the chemistry of carbonyl compounds - main reactions, methods of synthesis, reaction mechanisms and synthetic applications.
The objective of this class is to introduce frontiers of inorganic chemistry. The aim of the class is to show how developments in inorganic chemistry impinges on the other disciplines, such as life science, condensed matter physics, and materials chemistry. We will discuss materials chemistry focusing on solid-state compounds, their structures, and electronic, magnetic, and optical properties. In addition, we will discuss nanomaterials and biosensors and introduce the area of catalysis.
The objective of this class is to introduce frontiers of inorganic chemistry. The aim of the class is to show how developments in inorganic chemistry impinges on the other disciplines, such as life science, condensed matter physics, and materials chemistry. We will discuss materials chemistry focusing on solid-state compounds, their structures, and electronic, magnetic, and optical properties. In addition, we will discuss nanomaterials and biosensors and introduce the area of catalysis.
Objective and Summary of Class:
This class is part of organic chemistry classes, including Special Class in Basic Chemistry III, and General Organic Chemistry A, C, and D. The lecture covers the following topics:
(1) Basic chemistry of organic halides.
(2) Nucleophilic substitution reactions and reaction theory
(3) Diene and allylic systems
(4) Conjugated and aromatic compounds
(5) Aromatic substitution reactions
(6) Properties of alcohols, phenols, ethers, and thiols.
This class will provide the broad fundamentals of organic chemistry that are essential for students to be a chemist.
Objective and Summary of Class:
This class is part of organic chemistry classes, including Special Class in Basic Chemistry III, and General Organic Chemistry A, C, and D. The lecture covers the following topics:
(1) Basic chemistry of organic halides.
(2) Nucleophilic substitution reactions and reaction theory
(3) Diene and allylic systems
(4) Conjugated and aromatic compounds
(5) Aromatic substitution reactions
(6) Properties of alcohols, phenols, ethers, and thiols.
This class will provide the broad fundamentals of organic chemistry that are essential for students to be a chemist.