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Dive into the research topics where Makoto Nunokawa is active.

Publication


Featured researches published by Makoto Nunokawa.


Industrial & Engineering Chemistry Research | 2002

Measurements of Sulfur Capacity Proportional to Zinc Sulfidation on Sorbent Containing Zinc Ferrite−Silica Composite Powder in Pressurized Coal Gas

Makoto Kobayashi; Hiromi Shirai; Makoto Nunokawa


Energy & Fuels | 2002

Estimation of Multiple-Cycle Desulfurization Performance for Extremely Low-Concentration Sulfur Removal with Sorbent Containing Zinc Ferrite−Silicon Dioxide Composite Powder

Makoto Kobayashi; Hiromi Shirai; Makoto Nunokawa


Energy & Fuels | 1997

Investigation on desulfurization performance and pore structure of sorbents containing zinc ferrite

Makoto Kobayashi; Hiromi Shirai; Makoto Nunokawa


Energy & Fuels | 2002

High-Temperature Sulfidation Behavior of Reduced Zinc Ferrite in Simulated Coal Gas Revealed by in Situ X-ray Diffraction Analysis and Mössbauer Spectroscopy

Makoto Kobayashi; Hiromi Shirai; Makoto Nunokawa


Industrial & Engineering Chemistry Research | 2000

Elucidation of Sulfidation Mechanisms of Zinc Ferrite in a Reductive Gas Environment by in Situ X-ray Diffraction Analysis and Mössbauer Spectroscopy

Makoto Kobayashi; and Hiromi Shirai; Makoto Nunokawa


Powder Technology | 2008

Halide compound removal from hot coal-derived gas with reusable sodium-based sorbent

Makoto Nunokawa; Makoto Kobayashi; Hiromi Shirai


Kagaku Kogaku Ronbunshu | 1999

Reduction of Fe2O3-SiO2 Particle in Air Blown Coal Gasification's Gas.

Hiromi Shirai; Makoto Kobayashi; Makoto Nunokawa


Journal of The Japan Institute of Energy | 1998

Characteristics of H2S Removal of Mixed-oxide Sorbents Containing Fe and Zn at High Temperatures.

Hiromi Shirai; Makoto Kobayashi; Makoto Nunokawa


Kagaku Kogaku Ronbunshu | 2004

High-temperature Decomposition of SF6 Gas and Dry-fixation of the Gaseous Decomposition Products

Shinji Yasui; Tadashi Amakawa; Yuzo Shirai; Makoto Nunokawa; Masatoyo Shibuya; Kiyotaka Arai


Kagaku Kogaku Ronbunshu | 2001

Modeling of Desulfurization Reaction for Fixed Bed System using Honeycomb Type Iron Oxide Sorbent and Desulfurization Characteristics in Coal Gas.

Hiromi Shirai; Makoto Kobayashi; Makoto Nunokawa

Collaboration


Dive into the Makoto Nunokawa's collaboration.

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Hiromi Shirai

Central Research Institute of Electric Power Industry

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Shigeo Ito

Central Research Institute of Electric Power Industry

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Hiroyuki Akiho

Central Research Institute of Electric Power Industry

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Yoshihisa Tochihara

Central Research Institute of Electric Power Industry

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Yoshiko Hiei

Central Research Institute of Electric Power Industry

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Akimasa Yamaguchi

Central Research Institute of Electric Power Industry

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Masami Ashizawa

Central Research Institute of Electric Power Industry

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Shinji Yasui

Nagoya Institute of Technology

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Tadashi Amakawa

Central Research Institute of Electric Power Industry

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