1989Unpublished venueRequires access

Hydrogen Energy Progress VII

T. Nejat Veziroglu, William D. Van Vorst, James H. Kelley

Open publisher page 383 citations

Abstract

Papers presented at this conference covered: hydrogen production from fossil sources; electrolytic hydrogen production; thermochemical hydrogen production; photolytic hydrogen production; hydrogen in the chemical and fuel industries; hydrogen utilization in aircraft and turbines; hydrogen utilization in surface vehicles; hydrogen utilization in fuel cells; hydride technologies; hydrogen liquefaction; transport and storage; hydrogen programs and activities; hydrogen systems analysis; hydrogen markets and economics; safety; materials; and environmental issues. Five papers have been individually abstracted.

About this research paper

What this paper is about

Papers presented at this conference covered: hydrogen production from fossil sources; electrolytic hydrogen production; thermochemical hydrogen production; photolytic hydrogen production; hydrogen in the chemical and fuel industries; hydrogen utilization in aircraft and turbines; hydrogen utilization in surface vehicles; hydrogen utilization in fuel cells; hydride technologies; hydrogen liquefaction; transport and storage; hydrogen programs and activities; hydrogen systems analysis; hydrogen markets and economics; safety; materials; and environmental issues. Five papers have been individually abstracted.

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OpenAlex reports 383 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Papers presented at this conference covered: hydrogen production from fossil sources; electrolytic hydrogen production; thermochemical hydrogen production; photolytic hydrogen production; hydrogen in the chemical and fuel industries; hydrogen utilization in aircraft and turbines; hydrogen utilization in surface vehicles; hydrogen utilization in fuel cells; hydride technologies; hydrogen liquefaction; transport and storage; hydrogen programs and activities; hydrogen systems analysis; hydrogen markets and economics; safety; materials; and environmental issues. Five papers have been individually abstracted.

Key concepts: Hydrogen production, Hydrogen, Hydrogen technologies, Hydrogen fuel, Liquefaction, Hydrogen storage, Hydrogen economy, Fuel cells

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