CONTENTS

Message from the President

New Chairman's Comment

OUTA Eisuke /135

Technical Comments and Reports

Special Issue "Trend of High Energy System Using Gas Turbine"

Trend of High Energy System Using Gas Turbine

SAKAI Toshimichi /136

Development of the Regenerative Cycle Gas Turbine for Small Class High Efficiency Co-Generation System

KUSUMOTO Yoshiaki /137

The Gas Turbine Based 9MW Class Combined Cycle Power Plant

ONO Yoshimi, KATAOKA Masahide /142

Development of Gas Turbine Advanced Co-Generation System

YAMAGUCHI Toru /146

Application of Middle Class Gas Turbine for Combined System

TAKEHARA Isao /151

Mitsubishi Combined Cycle Power Plant with High Performance and Reliability

UCHIDA Satoshi, NISHIMURA Hidehiko, SUDOU Takayuki /155

1500℃ Class Steam Cooled Gas Turbine Combined Cycle Technology

OKUBO Takashi /161

Advanced Combined System Equipped with Sequential Combustion Gas Trubine GT26

ITO Takeyuki, NISHIMURA Tomoyuki /167

Siemens Gas Turbine and Combined Cycle Power Plant

KADOWAKI Toru /172

LM6000 Aeroderivative Gas Turbine Combined Cycle Power Plant

SATO Toshiaki, SUGAI Akira, TAKIYA Hiroshi /178

Gas Turbine /MCFC Hybrid System

ITOU Kazuhiko, TOOI Masaaki, SONODA Shogo, TANI Hidehisa /183

Solid Oxide Fuel CELL Combined Cycle

KABATA Tasuo /189

Effective Gas Turbine System for Energy Usage-Gas Turbine Combined Waste Incirneration Power System (LM2500)-

HARADA Takuji, OBA Yasuji /194

Actual Operation of Compressed Air Energy Storage Gas Turbine

YAMAZAKI Hirofumi /200

Contributed Paper

Analyses of Gas-Steam Combined Systems for Waste Recover Plant

Shtyk Oxana /207

Tearoom

Ice Breaking

MOURI Kunihiko /214

Letters from R&D Groups

Research Activities on Gas Turbine in National Institute of Advanced Industrial Science and Technology

MATSUNUMA Takayuki /215

Photograph on Cover

R&D for the Next-generation Marine Gas Turbine

UEKI Akiyoshi /217

GTSJ Activities

219

Notice

223