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교과과정 소개
Admissions Timeline
Admissions Timeline
Application Period Result Announcement Semester Begins
The first February 01, 2017 ~ April 25, 2017 (18:00) June 13, 2017 Fall 2017 or Spring 2018
The second April 26, 2017 ~ October 17, 2017 (18:00) November 28, 2017 Spring 2018
*The timeline is based on Korean Standard Time. Eligibility
Eligibility
Criteria Eligibility
MS / MS-Ph.D. Integrated Applicant

Must have completed a bachelor’s degree

Prospective graduate of undergraduate study
(Bachelor’s degree must be awarded before enrollment)

Ph.D. Applicant

Must have completed a master’s degree

Prospective graduate of graduate study for MS
(Master’s degree must be awarded before enrollment)

Nationality

Applicants must meet 1) as well as 2) or 2-1)
1) Those who hold dual Korean and another citizenship are not eligible for International Admissions.
2) Applicants and their parents must hold foreign citizenship.
2-1) Applicants who are Korean-born and foreigner must have received his/her entire education course from 1st grade of elementary school to undergraduate graduation outside of Korea.

English Proficiency

Every applicant whose native language is not English must demonstrate English language proficiency.

Applicants who have graduated from a university in Australia, Canada, Ireland, New Zealand, Great Britain, or the United States are exempted from the English Proficiency Test.

 

Applicants must meet one of the minimum requirements for the following English Proficiency Tests
TOEFL(PBT) TOEFL(iBT) TOEIC IELTS TEPS
550 79 800 6.0 637

 

※ Proof of Instruction Language may be substituted for the above English proficiency test. This means applicants must submit a document with the institution’s seal that proves they completed all of their courses in English.

Procedures at a Glance How to Apply
Applicants must complete their online application, then submit the required documents by post.
  • Step 1. Submit Application and Required Documents Online
  • Step2. Submit Required Documents by Post
    • Document Mailing Address
    • Admissions office,
    • Pohang University of Science and Technology
    • 77 Cheongam-Ro, Nam-gu, Pohang, Gyeongbuk, Republic of Korea, 37673
    • Tel : +82-54-279-3786
    • Fax : +82-54-279-3788
    • E-mail : grad-admission@postech.ac.kr
    • For more details, please visit 대학원 입학 정보(http://admission.postech.ac.kr/)
  • Step 3. Pay Application Fee: 80 USD or 80,000 KRW
- 2017학년도 부터
DANE 교과과정 소개
Classification Course No. Course Title Credits Professor More
전선 NUCE501 원자력 공학 3-0-3 박창규
  • Classification : 전선
  • Course No. : NUCE501
  • Credits : 3-0-3
  • Professor : 박창규
To provide graduate students who have no prior nuclear engineering education background with general and basic knowledge on nuclear power generation technology.
전선 NUCE502 원자로물리학 3-0-3 장문희
  • Classification : 전선
  • Course No. : NUCE502
  • Credits : 3-0-3
  • Professor : 장문희
핵분열원자로이론 및 중성자수송이론의 개념소재를 시작으로 하여,수송방정식의 해를 구하기위한 PI근사및확산이론을 학습한다. 뿐만아니라 원자로의 특성해석에 중요한 임계계산, 원자로의동특성, 중성자의 에너지감속이론에대해 학습하며, 실용적계산법을 위한 확산이론의 수치해석방법에 대해 학습한다.
전선 NUCE511 열전달물리학 3-0-3 Massoud Kaviany
  • Classification : 전선
  • Course No. : NUCE511
  • Credits : 3-0-3
  • Professor : Massoud Kaviany
Heat Transfer Physics is a graduate course describing atomic-level kinetics (mechanisms and rates) of thermal energy storage, transport (conduction, convection, and radiation), and transformation (various energy conversions) by principal energy carriers. These carriers are: phonon (lattice vibration wave also treated as quasi-particle), electron (as classical or quantum entity), fluid particle (classical particle with quantum features), and photon (classical electromagnetic wave also as quantum-particle).
전선 NUCE611 이상유동 3-0-3 김무환
  • Classification : 전선
  • Course No. : NUCE611
  • Credits : 3-0-3
  • Professor : 김무환
This course will discuss pressure drop in two phase flow, heat transfer phenomena and phase change such as condensation and boiling phenomena. Based on these, applied design technology and malfunction in normal operation of steam generator, condenser and nuclear reactor will be analyzed. Also, flow boiling crisis and instability in two phase flow will be examined.
전선 NUCE701 고급원자로물리학및공학 3-0-3 John C. Lee
  • Classification : 전선
  • Course No. : NUCE701
  • Credits : 3-0-3
  • Professor : John C. Lee
The course covers the theory of nuclear fission reactors including multiplication factor, scalar flux and net current, reaction rates, diffusion theory, criticality calculations, reactor kinetics, neutron slowing down theory, and numerical solution of the diffusion equation. An introduction to heat transport in reactor core is also provided.
전선 NUCE702 원자로실험 1-1-1 조무현
  • Classification : 전선
  • Course No. : NUCE702
  • Credits : 1-1-1
  • Professor : 조무현
This course consists of the introduction lecture of reactor experiment, and the practical experiments using KUCA (Kyoto University Critical Assembly) in Japan. The KUCA is a multi-core-type critical assembly. Students visit the facility and participate in three major experiment: approach to criticality, control rod calibration, and measurement of reaction rate. The subjects cover overall topics of nuclear reactor and help students to understand the essence of nuclear reactor physics and radiation detection.
전필 NUCE510 원자력발전공학 3-0-3
  • Classification : 전필
  • Course No. : NUCE510
  • Credits : 3-0-3
  • Professor :
Applied technologies required in such areas as design, analysis, and research concerned with the nuclear power plant. * Basic thermodynamics review. * Fundamentals Applied to the components constructing the nuclear power plants. * Introduction to a computer code which is currently used in the actual research and analysis areas.
전필 NUCE520 방사선계측 3-0-3 이희석
  • Classification : 전필
  • Course No. : NUCE520
  • Credits : 3-0-3
  • Professor : 이희석
전필 NUCE530 방사성폐기물관리 3-0-3 엄우용
  • Classification : 전필
  • Course No. : NUCE530
  • Credits : 3-0-3
  • Professor : 엄우용
This course is designed for the senior undergraduate and the graduate students of nuclear science, nuclear engineering, environmental science and engineering, biology, geology, and chemistry to provide an overview of fundamentals of radioactive waste management. This course includes nuclear fuel cycle (front ? and back-end), radioactive wastes generation and types, radiation source/measurement/effects/nuclear waste incineration, actinide chemistry, mechanisms of microbiological effects on radionuclide immobilization in the environment, treatment technology of radioactive wastes, waste form development and testing methods, geological storage and disposal of wastes, modeling of radionuclide transport, decontamination/decommissioning methods, and risk assessment/safe analysis of repository. The primary goal of this course is to provide the students for understanding of radioactive wastes, immobilization of different waste forms and its management practices so that student will be able to work effectively with nuclear and environmental engineers in industry or academic institutions.
전선 NUCE518 원자력열수력학1 3-0-3
  • Classification : 전선
  • Course No. : NUCE518
  • Credits : 3-0-3
  • Professor :
전선 NUCE 519 원자력열수력학2 3-0-3
  • Classification : 전선
  • Course No. : NUCE 519
  • Credits : 3-0-3
  • Professor :
전선 NUCE711 확률론적안전성평가 3-0-3 박창규
  • Classification : 전선
  • Course No. : NUCE711
  • Credits : 3-0-3
  • Professor : 박창규
- Basic Concepts of Risk and Nuclear Safety - The Nature of Nuclear Power Plant Accidents) - Nuclear Power Plant Safety Systems - Risk Assessment Methodology 1. Event Tree and Fault Tree 2. Level 1, 2, and 3 PSA 3. External PSA - Reliability Analysis - Major Nuclear Core Melt Down Accidents
전선 NUCE523 플라즈마물리 3-0-3 윤건수
  • Classification : 전선
  • Course No. : NUCE523
  • Credits : 3-0-3
  • Professor : 윤건수
This course is intended for the fundamentals for the use of E&M (electricity and magnetism), charged particles or e-beam, and plasmas for biomedicine and some basics of molecular biology and thermodynamics included. The applications of various optical and plasma devices to sterilization, coagulation, interaction with skin, and cancer treatment to be covered.
전선 NUCE524 방사선안전 3-0-3
  • Classification : 전선
  • Course No. : NUCE524
  • Credits : 3-0-3
  • Professor :
The knowledge of radiation expected ,when radioactive isotopes, radiation generators, and nuclear power plants are used, is introduced. The principle and practical methods to minimize the radiation exposure are given. Students will understand the radiation and study the detection techniques, the radiation effects to human body, the protection principle to prevent the radiation exposure, and etc. Safety-related issues in different applications of various radiations are given to students.
전선 NUCE525 가속기의원리와기술 3-0-3
  • Classification : 전선
  • Course No. : NUCE525
  • Credits : 3-0-3
  • Professor :
This course covers subjects related with the principles and technology in the Light source accelerators. The key words covered in this course are; Introduction to accelerator physics (Storage ring and XFEL) and technology, Magnet technology, Vacuum system, Diagnostics technology, laser system.
전선 NUCE526 방사광과학과응용 3-0-3
  • Classification : 전선
  • Course No. : NUCE526
  • Credits : 3-0-3
  • Professor :
The first applications of synchrotron radiation were in the field of solid-state physics. But, its use now is ubiquitous in all the physical and natural sciences, with also significant medical applications. ‘Samples’ studied at beamlines range from man-made inorganic materials and devices, natural minerals and rocks, environmentally significant specimens, cultural heritage materials, biologically relevant molecules. The class covers the properties of the important beamline experimental techniques and their principles, and also, introduce to free electron lasers and an overview of the most common experimental techniques and applications.
전선 NUCE721 방사선차페와몬테카를로분석 2-2-3 이희석
  • Classification : 전선
  • Course No. : NUCE721
  • Credits : 2-2-3
  • Professor : 이희석
The radiation produced in utilizing radioactive isotope, radiation generator, and nuclear power plant is introduced. This course consists of how to protect the radiation to minimize the radiation exposure and how to use well-known Monte Carlo codes. Safety-related issues in different applications of various radiations are given to students. This helps students to understand the principle of shielding analysis using Monte Carlo codes (FLUKA, PHITS, MCNP) with fundamental knowledge of Monte Carlo calculation. The practice course of each codes will be given to students.
전선 NUCE533 환경방사성오염물질 3-0-3 엄우용
  • Classification : 전선
  • Course No. : NUCE533
  • Credits : 3-0-3
  • Professor : 엄우용
This course provides the graduate students for an overview of fundamental radiochemistry and hydrogeochemistry associated with radioactive wastes and contaminants in the environments such as small scale of solidified waste forms to field scale of geological nuclear waste repository. This course includes a fundamental radiochemistry, aqueous geochemistry, mineralogy, groundwater hydrology, low-temperature solid waste form development, and nuclear waste management.
전선 NUCE534 비정질세라믹스 3-0-3 허종
  • Classification : 전선
  • Course No. : NUCE534
  • Credits : 3-0-3
  • Professor : 허종
This course teaches basic theories and the most up-to-date research trend on principles and generation of Photonics glasses which are applied to the movement and generation of photon, laser, optical communication, display, etc.
전선 NUCE731 고급방사성폐기물관리 3-0-3 엄우용
  • Classification : 전선
  • Course No. : NUCE731
  • Credits : 3-0-3
  • Professor : 엄우용
Radioactive waste and management from nuclear power generation and nuclear power accident such as the Fukushima disaster is a major concern. Advanced multidisciplinary understanding of radiochemistry, geochemistry, nuclear engineering, and environmental engineering is required for the graduate students in nuclear engineering and environmental engineering departments to resolve the problems and develop the waste management techniques related with radioactive wastes for remediation, stabilization, regulation, repository, and transport of radionuclides in various environments.
전선 NUCE732 방사화학 3-0-3
  • Classification : 전선
  • Course No. : NUCE732
  • Credits : 3-0-3
  • Professor :
전선 NUCE733 화학적폐기물관리및처분 3-0-3 박종문
  • Classification : 전선
  • Course No. : NUCE733
  • Credits : 3-0-3
  • Professor : 박종문
연구 NUCE69901-09 석사논문연구 가변학점
  • Classification : 연구
  • Course No. : NUCE69901-09
  • Credits : 가변학점
  • Professor :
Students will conduct Master Thesis Research under the guidance of advisors.
연구 NUCE800 세미나 A 1-0-1
  • Classification : 연구
  • Course No. : NUCE800
  • Credits : 1-0-1
  • Professor :
Weekly seminars are organized throughout a semester. Prominent speakers whose work related with various fields of nuclear engineering and physics are invited for the seminar.
연구 NUCE89901-09 박사논문연구 가변학점
  • Classification : 연구
  • Course No. : NUCE89901-09
  • Credits : 가변학점
  • Professor :
Students will conduct Doctoral Dissertation Research under the guidance of advisors. tudents will conduct Master Thesis Research under the guidance of advisors.
- 2016학년도 까지
DANE 교과과정 소개
Classification Course No. Course Title Credits Professor More
전필 NUCE501 원자력 공학개론 3-0-3 John C. Lee
  • Classification : 전필
  • Course No. : NUCE501
  • Credits : 3-0-3
  • Professor : John C. Lee
전필 NUCE601 원자로 물리학 3-0-3 장문희
  • Classification : 전필
  • Course No. : NUCE601
  • Credits : 3-0-3
  • Professor : 장문희
핵분열원자로이론 및 중성자수송이론의 개념소재를 시작으로 하여,수송방정식의 해를 구하기위한 PI근사및확산이론을 학습한다. 뿐만아니라 원자로의 특성해석에 중요한 임계계산, 원자로의동특성, 중성자의 에너지감속이론에대해 학습하며, 실용적계산법을 위한 확산이론의 수치해석방법에 대해 학습한다.
전필 NUCE602 방사성폐기물관리 3-0-3 엄우용
  • Classification : 전필
  • Course No. : NUCE602
  • Credits : 3-0-3
  • Professor : 엄우용
This course is designed for the senior undergraduate and the graduate students of nuclear science, nuclear engineering, environmental science and engineering, biology, geology, and chemistry to provide an overview of fundamentals of radioactive waste management. This course includes nuclear fuel cycle (front ? and back-end), radioactive wastes generation and types, radiation source/measurement/effects/nuclear waste incineration, actinide chemistry, mechanisms of microbiological effects on radionuclide immobilization in the environment, treatment technology of radioactive wastes, waste form development and testing methods, geological storage and disposal of wastes, modeling of radionuclide transport, decontamination/decommissioning methods, and risk assessment/safe analysis of repository. The primary goal of this course is to provide the students for understanding of radioactive wastes, immobilization of different waste forms and its management practices so that student will be able to work effectively with nuclear and environmental engineers in industry or academic institutions.
전선 NUCE511 열전달 물리학 3-0-3 Massoud Kaviany
  • Classification : 전선
  • Course No. : NUCE511
  • Credits : 3-0-3
  • Professor : Massoud Kaviany
Heat Transfer Physics is a graduate course describing atomic-level kinetics (mechanisms and rates) of thermal energy storage, transport (conduction, convection, and radiation), and transformation (various energy conversions) by principal energy carriers. These carriers are: phonon (lattice vibration wave also treated as quasi-particle), electron (as classical or quantum entity), fluid particle (classical particle with quantum features), and photon (classical electromagnetic wave also as quantum-particle).
전선 NUCE512 에너지 변환 및 발전공학 3-0-3 김무환
  • Classification : 전선
  • Course No. : NUCE512
  • Credits : 3-0-3
  • Professor : 김무환
This course aims to understanding advantages and disadvantages of currently usable energy sources. Principles of these developing systems to produce electricity will be discussed as well as the design methods and improvement of capabilities of various electricity-producing machines.
전선 NUCE513 유한요소법개론 3-0-3
  • Classification : 전선
  • Course No. : NUCE513
  • Credits : 3-0-3
  • Professor :
The finite element method plays an important role as a numerical analysis method for solving various engineering problems. This course offers knowledge on the fundamental principles of finite element method, which is to interpret deformation of structures, heat transfer, fluid flow etc. This course also allows students to be familiar with application of the ANSYS and FEM systems.
전선 NUCE514 원자단위 전산모사 3-0-3
  • Classification : 전선
  • Course No. : NUCE514
  • Credits : 3-0-3
  • Professor :
This course aims to nurture students' ability to utilize atomistic simulation (molecular dynamics, Monte Carlo) methods in Material researches. This course also offers students to learn basic theories and techniques of atomistic simulation by using computer software in order to apply them to individual researches.
전선 NUCE515 상변태론 3-0-3
  • Classification : 전선
  • Course No. : NUCE515
  • Credits : 3-0-3
  • Professor :
This course examines the fundamental concepts of thermodynamics for phase transformation, and studies nucleation, growth, coarsening, spinodal decomposition, cellular precipitation, and maraging transformation etc, which are phase transformation phenomena.
전선 NUCE517 통계열역학 3-0-3
  • Classification : 전선
  • Course No. : NUCE517
  • Credits : 3-0-3
  • Professor :
전선 NUCE521 방사선 검출, 측정 및 방호 1 3-0-3 이희석
  • Classification : 전선
  • Course No. : NUCE521
  • Credits : 3-0-3
  • Professor : 이희석
This course will introduce the fundamental physics of radiation detection, measurements and data analysis. The basic principles on radiation protection based on the radiation properties will be also given to the students. The most attention will be paid to the detection of neutrons.
전선 NUCE522 방사선 검출, 측정 및 방호 2 3-0-3 이희석
  • Classification : 전선
  • Course No. : NUCE522
  • Credits : 3-0-3
  • Professor : 이희석
This course will introduce the fundamental physics of radiation detection, measurements and data analysis. The basic principles on radiation protection based on the radiation properties will be also given to the students. The most attention will be paid to the detection of neutrons.
전선 NUCE523 플라즈마 물리 3-0-3 윤건수
  • Classification : 전선
  • Course No. : NUCE523
  • Credits : 3-0-3
  • Professor : 윤건수
This course is intended for the fundamentals for the use of E&M (electricity and magnetism), charged particles or e-beam, and plasmas for biomedicine and some basics of molecular biology and thermodynamics included. The applications of various optical and plasma devices to sterilization, coagulation, interaction with skin, and cancer treatment to be covered.
전선 NUCE541 방사성 환경 오염물질 2-0-2 엄우용
  • Classification : 전선
  • Course No. : NUCE541
  • Credits : 2-0-2
  • Professor : 엄우용
This course provides the graduate students for an overview of fundamental radiochemistry and hydrogeochemistry associated with environmental nuclear wastes on soils and groundwater. Because the environmental concerns of the fate and transport of radioactive contaminants in subsurface environments is significantly increasing and the nuclear waste management is also depending on the interaction of the radioactive contaminants on mineral surfaces in soils and aquifers, an increasing understanding of fundamental radiochemistry and hydrogeochemistry in contaminant transport and remediation processes is strongly needed.
전선 NUCE542 비정질세라믹스 3-0-3 허종
  • Classification : 전선
  • Course No. : NUCE542
  • Credits : 3-0-3
  • Professor : 허종
This course teaches basic theories and the most up-to-date research trend on principles and generation of Photonics glasses which are applied to the movement and generation of photon, laser, optical communication, display, etc.
전선 NUCE546 환경복원공학 3-0-3 박종문
  • Classification : 전선
  • Course No. : NUCE546
  • Credits : 3-0-3
  • Professor : 박종문
Analyzing the cause and effect of various kinds of environmental pollutions including air and water, this course offers solutions to these problems with theoretical approach. The course will lecture on how to analyze the characteristics of wastes produced in factories, how to collect the sample, as well as its management method.
전선 NUCE551 고등양자화학 3-0-3
  • Classification : 전선
  • Course No. : NUCE551
  • Credits : 3-0-3
  • Professor :
전선 NUCE611 이상유동 3-0-3 박현선
  • Classification : 전선
  • Course No. : NUCE611
  • Credits : 3-0-3
  • Professor : 박현선
전선 NUCE631 고온 원자로 및 수소시스템 3-0-3 Shripad T. Revankar
  • Classification : 전선
  • Course No. : NUCE631
  • Credits : 3-0-3
  • Professor : Shripad T. Revankar
This graduate level course will focus on the hydrogen generation with nuclear power and associated systems studies. The topics covered include global energy issues, hydrogen as a key energy carrier, key features and design of high temperature reactor (HTR) systems, engineering and physical principles of a HTR including reactor kinetics, thermalhydraulics, materials, fuels and safety, application and methods of generating hydrogen or hydrogen rich gas using HTR heat and/or electricity, coupling of reactor heat transport systems to hydrogen plant, and associated coupled system dynamics, control and safety analysis.
전선 NUCE641 생화학 공학 – 핵 폐기물 관리 3-0-3 Arokiasamy J. Francis
  • Classification : 전선
  • Course No. : NUCE641
  • Credits : 3-0-3
  • Professor : Arokiasamy J. Francis
This course aims to cover the recent advances of the interactions of microorganisms with radionuclides relevant to nuclear fuel cycle including those nuclides released from nuclear fuel reprocessing plants; the mechanisms of microbial transformations of actinides, fission and activation products; the implications on disposal of low-level waste in shallow land burial grounds, intermediate-level waste in engineered facilities, and high-level waste in deep geological formations; and the potential application of microbes and plants in the remediation of contaminated sites and long-term management of waste repository sites.
전선 NUCE642 포토닉스 유리 3-0-3 허종
  • Classification : 전선
  • Course No. : NUCE642
  • Credits : 3-0-3
  • Professor : 허종
This course aims to teach students most up-to-date research trend and theories on photon's movement, e.g., laser, optical communication, display etc, principles and manufacture of photonic glasses, and optical characteristics. Based on this, this course will offer fundamental theories on optical character's changes followed by nano-structure of glasses, and the guidance for further development.
전선 NUCE718A ST:Probabilistic Safety(Risk) Assessment 3-0-3 박창규
  • Classification : 전선
  • Course No. : NUCE718A
  • Credits : 3-0-3
  • Professor : 박창규
전선 NUCE718B ST:Nuclear Energy 3-0-3 박창규
  • Classification : 전선
  • Course No. : NUCE718B
  • Credits : 3-0-3
  • Professor : 박창규
전선 NUCE718C ST:Fundamentals of Radioactive Waste Mng 3-0-3 엄우용
  • Classification : 전선
  • Course No. : NUCE718C
  • Credits : 3-0-3
  • Professor : 엄우용
전선 NUCE718D ST:Radiation Safety Engineering 2-0-2 이희석
  • Classification : 전선
  • Course No. : NUCE718D
  • Credits : 2-0-2
  • Professor : 이희석
전선 NUCE718E ST:Nuclear Reactor Experiment 1-0-1 조무현
  • Classification : 전선
  • Course No. : NUCE718E
  • Credits : 1-0-1
  • Professor : 조무현
전선 NUCE718F ST:Fundamentals of Nuclear Safety 3-0-3
  • Classification : 전선
  • Course No. : NUCE718F
  • Credits : 3-0-3
  • Professor :
전선 NUCE718G Advances in Radioactive Waste Management 3-0-3 엄우용
  • Classification : 전선
  • Course No. : NUCE718G
  • Credits : 3-0-3
  • Professor : 엄우용
전선 NUCE718H Intro. to Nuclear Power Engineering 3-0-3 박현선
  • Classification : 전선
  • Course No. : NUCE718H
  • Credits : 3-0-3
  • Professor : 박현선
전선 NUCE718I 플라즈마 공학을 위한 수치해석 3-0-3 윤건수
  • Classification : 전선
  • Course No. : NUCE718I
  • Credits : 3-0-3
  • Professor : 윤건수
전선 NUCE718J 방사광과학과응용 3-0-3
  • Classification : 전선
  • Course No. : NUCE718J
  • Credits : 3-0-3
  • Professor :
The first applications of synchrotron radiation were in the field of solid-state physics. But, its use now is ubiquitous in all the physical and natural sciences, with also significant medical applications. ‘Samples’ studied at beamlines range from man-made inorganic materials and devices, natural minerals and rocks, environmentally significant specimens, cultural heritage materials, biologically relevant molecules. The class covers the properties of the important beamline experimental techniques and their principles, and also, introduce to free electron lasers and an overview of the most common experimental techniques and applications.
전선 NUCE718K 원자력발전공학기초 3-0-3 장원표
  • Classification : 전선
  • Course No. : NUCE718K
  • Credits : 3-0-3
  • Professor : 장원표
전선 NUCE718M 가속기의 원리와 기술 3-0-3 박용운
  • Classification : 전선
  • Course No. : NUCE718M
  • Credits : 3-0-3
  • Professor : 박용운
This course covers subjects related with the principles and technology in the Light source accelerators. The key words covered in this course are; Introduction to accelerator physics (Storage ring and XFEL) and technology, Magnet technology, Vacuum system, Diagnostics technology, laser system.
전선 NUCE718N 원자력발전안전기초 1-0-1 Shripad T. Revankar
  • Classification : 전선
  • Course No. : NUCE718N
  • Credits : 1-0-1
  • Professor : Shripad T. Revankar
전선 NUCE718O 플라즈마 응용 3-0-3 이재구
  • Classification : 전선
  • Course No. : NUCE718O
  • Credits : 3-0-3
  • Professor : 이재구
전선 NUCE718P 방사선방호와 몬테카를로 분석 3-0-3 이희석
  • Classification : 전선
  • Course No. : NUCE718P
  • Credits : 3-0-3
  • Professor : 이희석
전선 NUCE741 방사성 폐기물 3-0-3 Pavel Hrma
  • Classification : 전선
  • Course No. : NUCE741
  • Credits : 3-0-3
  • Professor : Pavel Hrma
The objective of this course for graduate students is to gain knowledge of key aspects of vitrification of radioactive wastes, including waste glass formulation (based on the processing responses and product quality); glass viscosity and electrical conductivity (as functions of temperature and composition); crystallization and phase separation; chemical durability; property-composition modeling and experimental design; conversion of melter feed to molten glass; corrosion of melter components; foaming; volatilization. The focus will be on both science and technology so the students are prepared for conducting research into vitrification of radioactive wastes with the aim of achieving excellence in science and technology of vitrification.
연구 NUCE800A 세미나 A 1-0-1 조무현
  • Classification : 연구
  • Course No. : NUCE800A
  • Credits : 1-0-1
  • Professor : 조무현
Weekly seminars are organized throughout a semester. Prominent speakers whose work related with various fields of nuclear engineering and physics are invited for the seminar.
포스텍BK21PLUS박태준학술정보관포항공대신문 포스텍BK21PLUS박태준학술정보관포항공대신문
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