Hydrogen Systems
Papers Presented at the International Symposium on Hydrogen Systems, 7-11 May 1985, Beijing, China
- 1st Edition - October 8, 2013
- Latest edition
- Editor: T. Nejat Veziroglu
- Language: English
Hydrogen Systems, Volume I is a collection of papers presented at the International Symposium on Hydrogen Systems held in Beijing, China, on May 7-11, 1985. The symposium provided… Read more
Purchase options
Hydrogen Systems, Volume I is a collection of papers presented at the International Symposium on Hydrogen Systems held in Beijing, China, on May 7-11, 1985. The symposium provided a forum for reviewing the state of the art in hydrogen systems as an alternative source of energy. The discussions are organized around the following themes: hydrogen from fossil fuels; electrolysis; photolytic hydrogen generation; thermo- and photochemical methods of hydrogen production; hydrogen from hydrogen sulfide; catalysts; bio-production of hydrogen; novel and hybrid methods of hydrogen production; hydrogen storage and handling; metal, titanium, lanthanum, and light hydrides; and hydrogen utilization. Comprised of 53 chapters, this volume first deals with central place theory and the dominance of hydrogen as an energy carrier, followed by a detailed account of hydrogen production from fossil fuels such as coal and petroleum coke. The reader is systematically introduced to photoelectrocatalytic splitting of water into hydrogen by doping sandwich semiconductor photoelectrodes; and visible light-induced formation of hydrogen from hydrogen sulfide. Subsequent chapters explore the photocatalytic cleavage of water on noble metal photocatalysis, with particular reference to hydrogen generation through photoinduced reduction of water and oxygen generation through photoinduced oxidation of water; hydrogen production using an immobilized co-culture of anaerobic and photosynthetic bacteria; and storage and handling of liquid hydrogen in automotive vehicles. This monograph will be of interest to scientists, engineers, environmentalists, and energy planners.
Acknowledgements
Foreword
Keynote Address
Central Place Theory and the Dominance of Hydrogen as an Energy Carrier
Hydrogen from Fossil Fuels
Production of Hydrogen from Coal and Petroleum Coke: Technical and Economic Perspectives
Modern Carbochemical Processes for Hydrogen Production from Coal
Yields of Hydrogen, Carbon Monoxide, and Carbon Black Production from Coal
Electrolysis
Hydrogen Production with Photovoltaic-Electrolysis Systems
Advances in Water Electrolysers and Their Potential Use in Ammonia Production and Other Applications in China
Photolytic Hydrogen Generation
Production and Testing Methods of Different TiO2 — Photoanodes
Visible Light Induced Hydrogen Generation in CdS Aqueous Suspensions
A Study of Hydrogen Production by Photocatalytic Decomposition of Liquid Water on Co3O4-SrTiO3 Photocatalysts
Photoelectrocatalytic Splitting of Water into Hydrogen by Doping Sandwich Semiconductor Photoelectrode
Synthesis of Meso Unsymmetric Porphyrins and Study on Photoinduced Hydrogen Generation from Water
Photochemical Water Cleavage in Suspensions of Pt-Loaded Titania Particles with 0.7% Overall Light to Chemical Conversion Efficiency
Photoinduced Hydrogen Production by Quadracomponent System
Photogeneration of Hydrogen and Sulfur on RuO2-Loaded Silicon Powder
Λn Investigation on Improvements of Hydrogen Evolution Kinetics by Modified Epitaxial p-Si Metals and Electroconducting Polymers
Thermo- and Photo-Chemical Methods of Hydrogen Production
A Decade of Research on Thermochemical Hydrogen at the Joint Research Centre — Ispra
Critical Overview on Hydrogen Production by Photochemical and Photoelectrochemical Methods
Hydrogen from H2S
Hydrogen Production from the Splitting of H2S by Visible Light Irradiation of Vanadium Sulfides Dispersion Loaded with RuO2
Visible Light Induced Formation of Hydrogen from Hydrogen Sulfide
Catalysts
Criteria of Evaluation of Electrocatalytic Materials in the Electrochemical Hydrogen Production
A Study of the Photocatalytic Cleavage of Water on Noble Metal Photocatalysis with Particular Reference to:
1. Hydrogen Generation Through Photoinduced Reduction of Water
2. Oxygen Generation Through Photoinduced Oxidation of Water
Investigation of Photocatalytic Dehydrogenation of Methanol — Water System Under the Illumination of Visible Light
A Study of Doped Iron Oxide P/N Junction Type Photocatalysts by Photovoltaic Spectrum — The Influence of Synthesis Condition of Photocatalysts
New Development of Some Catalysts for Hydrogen Manufacture
The Application of Surface Photovoltage to the Study of H2 Generation from Photolysis of Water
Bio Production of Hydrogen
The Hydrogen Tree: A Challenge to Biologist Ingenuity to Soltfe the Problem of Competitive Solar Energy
Hydrogen Production Using an Immobilized Co-Culture of Anaerobic and Photosynthetic Bacteria
Novel and Hybrid Methods of Hydrogen Production
New Methods for Production of Hydrogen in a Short Term Range
A Study of Hydrogen Production by Photoelectrolysis of Water Using the Two-Layer Photoelectrode
A New Hybrid Cycle to Produce Hydrogen from Water
Storage and Handling Overview
Status of Storage and Handling of Liquid Hydrogen in Automotive Vehicles
On-Board Storage of Hydrogen for Vehicular Use
Metal Hydrides and Characteristics
The Chemical Synthesis of Intermetallic Compounds and Their Hydrogen Storage Properties
Investigation of Metal Hydrides with Thermodynamic Calculations and Electrochemical Experiments
A Convenient Method of Determining Hydrogen Absorption Plateau Pressure
Mischmetal-Nickel Hydrogen Storage Material by Adding a Third Element to Control the Plateau Pressure
Heat and Mass Transfer Limitations in Metal Hydride Reaction Beds
Titanium Hydrides
Kinetic Models for Hydrogen Sorption and Their Application to the H2-M System
Mössbauer Effect and X-Ray Diffraction Study of Ti1.02(Cu1-xFex)0.98 and Its Hydrides
Structure of Glassy TiCu Alloy and Its Hydride
Surface Study of Hydrogen Storage Material on TiMn1.5
Effect of the Nb Content on the Hydrogeneration Property of TiFeZrNb Alloy
Determination of Hydrogen Diffusion Coefficient in TiNi Alloy by Electrochemical Method
Lanthanum Hydrides
Determination of Properties of a New Type LaNi5 Hydride Complex Material
Effect of Si and Ti on the Structure and Hydrogen Absorption Property of LaNi5
Degradation of LaNi5 Hydrogen-Absorbing Material by Cycling
Hydrogen and Deuterium Absorption in LaNixMny
Light Hydrides
Catalytic Synthesis of Lithium Hydride Under Mild Conditions
Hydrogen Absorption in Highly Disordered Mg-Based Alloys
Photoelectron Spectroscopy Study on the Bonding Characteristics of Mg, Mg2Ni, Mg2Cu and Their Hydrides
Mg-Based Hydrogen Storage Materials: Replacement-Diffusion Method for Mg2Ni-XMg and Related Hydrogenation
Utilization Overview
Historical Review of Hydrogen-Fueled Engine Development
Prospects for Hydrogen Utilization in the Long-Term: A Gas Industry View
Liquid Hydrogen Fueled Automotive Vehicles in Germany — Status and Development
Progress in Hydrogen Fueled Engines for Vehicles at Musashi I. T.
- Edition: 1
- Latest edition
- Published: October 8, 2013
- Language: English
Read Hydrogen Systems on ScienceDirect