전공과목해설

An advanced course of analytical chemistry includes theoretical and practical aspect of acid base chemistry in complex medium, principles of chemical separation and electrochemistry.

Advanced topics in physical chemistry are taught. Modern concepts of chemical thermodynamics, statistical mechanics, quantum chemistry, kinetics and spectroscopy are studied in advance level.

Structure, reactivity, and methods. Acid-base reactions, substitution, addition, elimination, and pericyclic processes. Major organic intermediates related to simple bonding theory, kinetics, and thermodynamics.

Chemical bonding theories, donor-acceptor concepts of acid-base chemistry, molecular structure and polarity, metal-ligand interaction, metal complexes including structure and reactions are introduced.

Introduce biochemical mechanisms and function of enzymes, nucleic acids, proteins, lipid and carbohydrate.

The topics discussed in this course include basic electronics, data acquisition, spectrometric analysis based on the absorption and emission techniques.

Theory and understanding of chromatography, UV, IR, MS, NMR and other spectroscopic analysis will be discussed in this subject.

Energy levels and structures of atoms and molecules from the interaction between light and matter are studied. Time-dependent Schroedinger equation is taught and solved. Specifically theories of vibrational, rotational, and electronic and Raman spectroscopy of molecules are taught in detail.

Advanced level of quantum theory, time-independent Schroedinger equation are taught. Basic concepts of quantum theory, tunneling, harmonic oscillator, rotations, and hydrogen atom are studied and solved. Furthermore many electron atoms and molecules are studied quantum mechanically via approximate way.

Topics in chemical kinetics, such as reactions in liquid, oscillatory reactions, branched reactions and transport phenomena are taught. In addition, molecular collisions, scatterings and photochemistry are studied in depth.

Abstract and fundamental concepts of chemical thermodynamics, such as Caratheodory theorem and geometrical interpretations of thermodynamic functions are taught in depth. Mathematical derivations and interpretations of thermodynamic properties are developed.

Principal reactions leading to carbon-carbon bond formation and functional group transformations. Strategies and methods of organic synthesis

Determination of organic reaction mechanism; reaction coordinate, kinetic isotope effect, linear free energy relationship, reactive intermediates

Transition metal chemistry involving structure, characterization, reactivity and application are treated.

Introduced are preparation, characterization, and understanding of functional inorganic or organic materials.

Recent issues in the area of advanced inorganic materials such as in microelectronics, organomatallics, surface science, and nano-catalysts will be treated

Introduces the chemical property, structure, mechanism of replication, transcription, and mutation of nucleic acids (DNA/RNA).

Introduces the basic principles and theories of enzyme kinetics and practices the interpretation of enzyme reaction mechanism.

Synthesis, molecular structure, characteristic and application in macromolecules will be discussed in this subject.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Research projects for M.D. thesis are carried out and special topics in chemistry are investigated.

This course provides hot issues of recent research articles related to analytical chemistry and chemical analysis.

Advanced topics including time-dependent Schroedinger equation, algebraic methods, scattering theory are taught.

Recent issues in research areas of organic chemistry such as environmental organic chemistry, industrial application, atom economy, etc.

Functional inorganic materials of recent interests are discussed.

Introduces special topics in the fields of carbohydrates, lipids, proteins, enzymes, nucleic acids, biochemical energetics, vitamins and cofactors, metabolism of informational molecules

Theory and application of analytical instruments in electrochemistry, spectroscopy and chromatography will be discussed in this subject.

This course discusses all kind of analytical samples based on microanalysis, which includes samples from soils, alloys, biological and natural resourses.

Principles and applications of analytical instruments in electrochemistry, spectroscopy, thermochemistry and electromagnetics will be discussed in this subject.

Investigation of problems in water pollution, sea pollution, air pollution and food contamination from environmental pollution; sampling, pre-treatment of extraction and analysis of a harmful substance will be handled in this subject.

Measuring methods and devices for radioactivity, and their analysis will be handled in this subject.

Topics in molecular spectrosopy are taught. Interaction between light and matter are derived quantum mechanically. Time-dependent Schroedinger equation is taught and solved. Theories of vibrational, rotational, and electronic and Raman spectroscopy of molecules are taught in detail.

Theory of reaction dynamics are taught based on molecular collsions and scatterings. State-to-state reaction crossections and probabilities are studied.

Concepts of ensembles, most probable distributions, Boltzmann statistics, and quantum statistics (FD and BE statistics) are taught in detatil.

Principles of physical properties, structure and surface in macromolecules and theory of solution will be discussed in this subject.

Topics of surface chemistry such as surface tensions, thin layers, gas and solid, adsorption, catalysis, and surfactants are introduced and reviewed.

The classification of natural products, phsycochemical data, sesquiterpenes, diterpenes, tritepenes, terpenoids, and steroids will be discussed in this subject.

Structures, reactivities, reaction mechanism, and catalytic reactions of organometallic compounds are treated.

Physical and chemical properties of a few important reactive intermediates; carbocation, carbanion, radicals, carbenes. Determination of reaction mechani는 using these intermediates.

Special properties of heterocyclic compounds. Chemical and biological properties of some representative natural products containing heterocycles.

Special topics in coordination compounds of recent interests are treated.

Introduces fatty acids, phospholipids, liposaccharides, lipids as macromolecular components, and lipidsin foods

Theories, symmetries, group theory, crystal structures, intermolecular chemical interaction are discussed.

Introduces special topics in the fields of photochemistry based on basic theory and organic/bio applications.

Synthesis, structure, and physical properties of solid materials are presented.

Inorganic chemistry relating to biological compounds are treated.

Introduces amino acids, structure of proteins, protein model, literatures, thermodynamics of polypeptide chains, reaction kinetics, patterns and interactions, and protein-ligand interactions

Introduces monosaccharides, derivatives and their chemical properties, di-, tri-, and oligosachcarides, identification and analysis of carbohydrates, structure of polysaccharides and mucoic acid derivatives

Introduces control of metabolic pathways, molecular mechanism of enzyme activity regulation, carbohydrate metabolism in muscles, glycogen metabolism, lipid metabolism, carbohydrate and lipid metabolism in the liver

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Current research topics in chemistry are presented and discussed.

Research projects for Ph.D. thesis are carried out and special topics in chemistry are investigated.

Research projects for Ph.D. thesis are carried out and special topics in chemistry are investigated.

Research projects for Ph.D. thesis are carried out and special topics in chemistry are investigated.

Research projects for Ph.D. thesis are carried out and special topics in chemistry are investigated.

Research projects for Ph.D. thesis are carried out and special topics in chemistry are investigated.