Scholarworks@UNIST

UNIST Library

Browsing "Department of Nuclear Engineering" by Title :

All A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

가 나 다 라 마 바 사 아 자 차 카 타 파 하

Sort by: In order: Results/Page Etal:

Showing results 1941 to 1960 of 2419

Study on critical heat flux enhancement in flow boiling of SiC nanofluids under low pressure and low flow conditions

Lee, SW , Park, SD , Kang, S , Kim, SM , Seo, H , Lee, DW , Bang, In Cheol

Conference Paper Issue Date2012-06-24 View6

Study on Degradation of NBR under Simulated Post-Accident Environment of Severe Accident

Song, In Young , Kim, Dae Hwan , Cho, Dae Won , Lee, Tae Hyun , Ryu, Kyung Ha , Kim, Ji Hyun

Conference Paper Issue Date2022-05-20 View5

Study on Degradation of Polymer under Normal Operation and Accident Environment of Nuclear Power Plants File

Song, Inyoung

Thesis Issue Date2023-08 View13

Study on Effect of Graphene Oxide and SiC Nanofluids on Reflood Heat Transfer in a Long Vertical Tube

Bang, In Cheol , Lee, Seung Won , Chun, Se Young , Kim, Seong Man

Conference Paper Issue Date2013-05-12 View8

Study on Electrolysis-based Tritium in Water Real-Time Continuous Monitoring System File File

Bae, Jun Woo

Thesis Issue Date2021-02 View7

Study on Enhanced Thermal Conductivity of HfO2/xGnP Composites

Bang, In Cheol , Kim, In Guk , Kim, Ji Hyun , Lee, Seung Won

Conference Paper Issue Date2013-10-25 View7

Study on Fe-Cr-Al alloys corrosion on 360 ℃ simulated pressurized water chemistry condition

Kim, Taeyong , Kim, Sungyu , Yoo, Seung Chang , Ham, Junhyuk , Lee, Yunju , Young, Song In , Bahn, Chi Bum , Kim, Ji Hyun

Conference Paper Issue Date2021-05-14 View7

Study on flow boiling critical heat flux enhancement of graphene oxide/water nanofluid File

Lee, Seung Won , Kim, Kyung Mo , Bang, In Cheol

Article Issue Date2013-10 View5

Study on flow characteristics of high-Pr heat transfer fluid near the wall in a rectangular natural circulation loop File

Shin, Yukyung , Seo, Seok Bin , Bang, In Cheol

Article Issue Date2018-06 View8

Study on Heat Transfer behavior of High-Prandtl number fluid and its feasibility to Passive Heat Transport System File File

Seo, Seok Bin

Thesis Issue Date2018-08 View7

Study on Hydrodynamic Instability-based Critical Heat Flux Enhancement Mechanism of Nanofluids and Liquid Metal Fin Concept File File

Park, Seong Dae

Thesis Issue Date2015-02 View12

Study on Natural Circulation Heat Transfer and Flow Characteristics of High-Pr Oil Simulant of Molten Salts File File

Shin, Yukyung

Thesis Issue Date2017-02 View5

Study on Natural Circulation of the Reactor Pool under RVACS Operation using Fluid to Fluid Model Simulating Experiment File File

Lee, Min Ho

Thesis Issue Date2020-08 View7

Study on Natural Convection Capability of Liquid Gallium for Advanced Passive Decay Heat Removal System File

Kang, Sarah

Thesis Issue Date2011-08 View16

Study on natural convection capability of liquid gallium for passive decay heat removal system (PDHRS)

Kang, S , Ha, KS , Lee, SW , Park, SD , Kim, SM , Seo, H , Kim, Ji-Hyun , Bang, In Cheol

Conference Paper Issue Date2012-06-24 View6

Study on natural convection capability of Liquid Gallium for PDRC

Bang, In Cheol , Kang, S , Lee, SW , Park, SD , Kim, JH

Conference Paper Issue Date2011-10-30 View7

Study on natural convection capability of Liquid Gallium for PDRC

Kim, Ji Hyun , Kang, Sarah M. , Lee, Seung Won , Park, Sung Dae , Bang, In Cheol

Conference Paper Issue Date2011-11-01 View9

Study on Q-value about Pilgering Process of Functionally Graded Composite Cladding for Liquid Metal Fast Cooled Reactor Application

Kim, Ji Hyun , Kim, Taeyong , Lee, Jeonghyeon

Conference Paper Issue Date2018-10-08 View7

Study on Q-value in Finite Element Analysis of Pilgering Process of Accident Tolerance Fuel Cladding

김태용 , 이정현 , 김지현

Conference Paper Issue Date2018-04-11 View7

Study on Q-value in Finite Element Analysis of Pilgering Process of Accident Tolerance Fuel Cladding

Kim, Taeyong , Lee, Jeonghyon , Kim, Ji Hyun

Conference Paper Issue Date2018-10-24 View6

<< < 91 92 93 94 95 96 97 98 99 100 > >>

RSS 1.0 RSS 2.0

UNIST | Library

Tel : 052-217-1404 / Email : scholarworks@unist.ac.kr

ScholarWorks@UNIST was established as an OAK Project for the National Library of Korea.