대학원 입학 및 개설과목 안내입니다.

## 입학 안내

## 교과과정

## 개설과목(대학원)

#### ATM6101 ATMOSPHERIC RADIATION 1

radiation law. solar and terrestrial radiation. radiative process in the atmosphere. principle of remote sensing.

#### ATM6102 CLOUD AND PRECIPITATION PROCESSES

structure and patterns of cloud, cloud microphysics and precipitation mechanism, artificial rain

#### ATM6103 ATMOSPHERIC DYNAMICS I

conservation principle. approximation of the equation of motion. atmospheric oscillation. scaling analysis.

#### ATM6104 ATMOSPHERIC DYNAMICS II

geostrophic dynamics. atmospheric instability. general circulation of the atmosphere

#### ATM6105 METEOROLOGICAL DATA PROCESSING

Frequency distribution of meteorological variables, regression analysis, spectral analysis, principal component analysis and empirical orthogonal functions, the theory of interpolation, model output analysis.

#### ATM6106 ATMOSPHERIC ANALYSIS

isobaric analysis. frontal structure & air mass analysis. analysis of vertical soundings. structure analysis of synoptic systems. analysis of radar echo. analysis of atmospheric satellite data

#### ATM6107 ADVANCED ATMOSPHERIC ANALYSIS

theoretical description and analysis of mesoscale phenomenon. fronts and jets, precipitation systems in the midlatitudes, data assimilation and nowcast

#### ATM7101 ATMOSPHERIC PHYSICS

The composition and structures of the atmosphere, radiative transfer in the atmosphere, atmospheric optics, acoustical phenomena in the atmosphere, clouds and precipitation, fog and visibility.

#### ATM7103 ATMOSPHERIC CHEMISTRY

chemical composition of the atmosphere ; chemistry of atmospheric pollutants, trace gases and aerosols ; photochemistry ; biogeochemical cycles

#### ATM7105 PHYSICAL OCEANOGRAPHY

conservation principle of the motion of the ocean. physical characteristics of sea water. ocean general circulation theory. waves and tides

#### ATM7107 MICROMETEOROLOGY

atmospheric structure and the turbulent transfer in the surface layer; heat and moisture balance.; effects of soil and vegetation ; turbulence theory; mixing layer theory; atmospheric dispersion; agricultural and forest meteorology

#### ATM7108 MESOSCALE METEOROLOGY

Mesoscale Convective System. Mountain-Induced Circulation, Squall Lines,? Hurricanes, Modeling of Mesoscale Phenomena, Mesoscale Observation, Gravity Waves, Radar Analysis.

#### ATM7109 NUMERICAL PREDICTION

Atmospheric Variability, Atmospheric Predictability, Numerical Integration of Barotropic Vortictiy Equation, Quasi-Geostrophic Model, Boundary Conditions, Numerical Instability, Primitive Baroclinic Model, Parameterization.

#### ATM7111 APPLIED METEOROLOGY

special topics in one of the following areas : hydrolometeorology, agricultural and forest meteorology, marine and aviation meteorology, radar meteorology, industrial meteorology.

#### ATM7112 SATELLITE METEOROLOGY

radiative processes and principles of remote sensing. measurements of atmospheric variables. application of satellite data to weather prediction.

#### ATM7115 ATMOSPHERIC THERMAL PHYSICS

elementary approach to thermal physics. entropy, temperature, Boltzmann factor, chemical potential, Gibbs factor, distribution function

#### ATM7121 METEOROLOGICAL SEMINAR 1

review, discussion and presentation of literature related to thesis

#### ATM7122 METEOROLOGICAL SEMINAR 2

review, discussion and presentation of literature related to thesis

#### ATM7999 DIRECTED RESEARCH I

#### ATM8101 METEOROLOGICAL OBSERVATION AND INSTRUMENTATION

measurement parameters ; principles, techniques and errors in atmospheric measurements and instrumentation ; experimental design, field set-up and operation ; calibrations and data processing

#### ATM8102 ADVANCED TOPICS IN AIR POLUTION

advanced topics in atmospheric dispersion of air pollutants, atmospheric chemistry, air-quality modeling, acid rain modeling, control of air quality, and other topics

#### ATM8104 ADVANCED TOPICS IN ATMOSPHERIC OPTICS

advanced topics in scattering theory, Rayleigh scattering, scattering by cloud, characteristics and size distribution of scattering particles

#### ATM8105 ADVANCED TOPICS IN TROPICAL METEOROLOGY

Mesoscale Convective System, Hurricanes/Typhoons, Synoptic Scales Disturbance, Seasonal Wind System, Theory of Desertification, Interaction between Midlatitude circulation.

#### ATM8106 CLOUD DYNAMICS

Shallow convective systems, the influence of radiation on the strati cloud convection, conditionally unstable atmosphere, cumulus convection, deep convective systems, updraft and precipitations in thunderstorms, cumulus cloud model.

#### ATM8107 ADVANCED TOPICS IN UPPER ATMOSPHERE

Atmospheric Ozone, Photochemical Processes, Structures of Stratosphere and Mesosphere, Stratospheric Oscillation, Equatorial Waves, Dynamic and Radiative Model for Polar Vortex, Breaking of internal Gravity Waves, Quasi-Biennial Oscillation (QBO), Atmospheric Tidal Phenomena, Sudden Warming.

#### ATM8108 Advanced Topics in Dynamic Meteorology

planetary atmosphere, geostrophic motion, geostrophic adjustment, circulation and oscillation, geostrophic turbulent theory

#### ATM8110 ADVANCED TOPICS IN PHYSICAL OCEANOGRAPHY

acoustical oceanography. thermohaline circulation. oceanic turbulence.

#### ATM8111 ATMOSPHERE OCEAN INTERACTION

property of the boundary between the atmosphere and ocean. ocean surface wave. radiative transfer. turbulent transfer. large scale interaction.

#### ATM8112 BIOSPHERE-ATMOSPHERE INTERACTION

exchanges of radiation, latent heat, sensible heat, carbon dioxide and trace gases between the vegetation and the atmosphere ; biological and biophysical analysis; field measurements and application of numerical models

#### ATM8113 ENVIRONMENTAL FLUID DYNAMICS

basic fluid dynamical principle to deal with the environmental problems. turbulent diffusion. the motion of stratified fluids. the motion of suspended particles. buoyancy driven flows. planetary boundary layer.

#### ATM8114 COMPUTATIONAL FLUID DYNAMICS

principle and practical guide to simulate the fluid dynamical motions of the atmosphere and ocean. finite difference method. finite element method. spectral method. turbulence model. visualization. parallelization.

#### ATM8115 PREDICATABILITY THEORY

introduction of modern theory of predictability for the nonlinear motion of the atmosphere and ocean. from the viewpoint of chaos theory. applications to climate and weather prediction.

#### ATM8116 BIOGEOCHEMICAL CYCLES IN THE CLIMATE SYSTEM

Global biogeochemical cycles lie at the core of the Earth System Science. True understanding of the causes of global environmental change and its implications for life on earth must begin with global biogeochemistry. Their role in the earth system, governing principles, model simulations and cycles of the major elements are presented and examined.

#### ATM8117 ADVANCED TOPICS IN STATISTICAL ANALYSIS IN THE GEOPHYSICAL RESEARCH

The propose of this lecture is to understand the basic concepts of the various statistical methods widely used in the geophysical researches such as eigen analysis and nonlinear statistical tools, and their application.

#### ATM9101 TURBULENCE

characteristics of turbulence. Reynolds equation. Kolmogorov theory. turbulent boundary layer. geostrophic turbulence. simulation of turbulence.

#### ATM9102 Atmospheric Radiation 2

radiative flux and heating, radiation of cloud and architectural characteristics, radiation and climate, radiative transfer in the planetary atmosphere

#### ATM9103 ADVANCED TOPICS IN PHYSICAL METEOROLOGY

atmospheric electricity, atmospheric acoustics, selected topics in redistribution of solar radiation

#### ATM9104 ADVANCED TOPICS IN URBAN METEOROLOGY

climate elements, general characteristics of urban climate, selected topics in urban development processes

#### ATM9105 ADVANCED TOPICS IN CLIMATE DYNAMICS

climate system models. climate variability and predictability. atmosphere-ocean interaction. global warming issues.

#### ATM9106 ADVANCED TOPICS IN CLOUD PHYSICS

cumulonimbus ensembles, parameterization of cumulus convections, dynamics of stratus and cirrus clouds.

#### ATM9107 OCEAN MODELING

basic principle for simulation of various oceanic phenomena. ocean general circulation model.

#### ATM9108 GEOPHYSICAL FLUID DYNAMICS

rotating, stratified fluid dynamics. inviscid shallow water theory. quasigeostrophic motion.

#### ATM9109 ATMOSPHERIC MODELING

experimental and theoretical models in general atmospheric processes, initial problems of numerical modeling, general circulation model, models of climate change

#### ATM9121 METEOROLOGICAL SEMINAR 3

review, discussion and presentation of literature related to dissertation