한국수소및신에너지학회논문집

논문집

Archive

Vol.29 No.2

Transctions of the Korean Hydrogen and New Energy Society

Print : Not Exists Online : Not Exists

Page

Title

Author

DOI
139~147

The Ejector Design and Test for 125 kW Class Molten Carbonate Fuel Cell System

BEOMJOO KIM1, SOO-MAN PARK1,OH-SEOP SONG2,†
148~154

Comparative Performance Analysis of Ammonia-Water Rankine Cycle and Kalina Cycle for Recovery of Low-Temperature Heat Source

KYOUNGHOON KIM1, YOOGEUN BAE2, YOUNGGUAN JUNG1, SEWOONG KIM1,†
155~162

A Study on Numerical Analysis Using the Two Phase Flow in Alkaline Water Electrolysis Stacks

JINMOK HAN1, YOOGEUN BAE1, YOUNGJIN SEO2, SEWOONG KIM2, YOUNGGUAN JUNG2,†
163~169

Note on the Two-Microphone Methods for the Measurement of Acoustic Impedance

SEONGHYEON SEO†
170~180

Hydrothermal Pressure Effect over Preparation of MoS2: Catalyst Characterization and Direct Methanation

JEONGHWAN PARK1, SEONGSOO KIM2, JINGUL KIM3,†
181~189

Study on the Characteristics of Low-pressure Automotive Polymer Electrolyte Membrane Fuel Cell System Efficiency with Blower Configuration

IL-JOONG KIM, JUNG-JAE LEE, HAN-SANG KIM†
190~196

Stundy on Simulation Characteristics of Low Velocity Impact Test of Carbon/Epoxy Composite Plates Manufactured by Filament Winding Method

JONGIK BYUN1, JONGLYUL KIM2, SEOKBONG HEO2, HANSANG KIM1,†
197~204

Analysis of Unsteady Blade Forces in a Vertical-axis Small Wind Turbine

SANG-MOON LEE1, CHUL-KYU KIM1, SEOK-YUN JEON1,2, SAJID ALI1,3, CHOON-MAN JANG1,3,†
205~211

Performance Comparison Evaluation of a Regenerative Pump with S-Shaped Continuous Impeller

SEOK-YUN JEON1,2, SANG-MOON LEE2, JOON-YONG YOON1, CHOON-MAN JANG2,†
212~218

Experimental Study of Cooling Performance Comparison of a 18650 Li-ion Unit Battery Module (Air Cooling vs. PCM-based Cooling)

SEOUNGSU BAEK, SIWON YU, HAN-SANG KIM†
219~225

An Investigation on the Spray Characteristics of a Compressed Natural Gas Injector

SAKDA THONGCHAI1, YUJIN KANG1, OCKTAECK LIM2,†
226~234

Fundamental Study of Unit Proton Exchange Membrane Electrolysis for Realtime Detection of Tritium

JONGMIN CHAE1, SANGSEOK YU2,†