of Part A. - Banquet Address. - 1. Primary Energy Sources. - 1. 1 Is Massive Solar Energy Conversion a Practical Prospect?. - 1. 2 A Tower-Top Point Focus Solar Energy Collector. - 1. 3 Reliability of Low Cost Cu2S/CdS Solar Cells for Large-Scale Conversion of Solar to Electrical Energy. - 1. 4 Geothermal Energy as a Resource in a Hydrogen Energy Economy. - 1. 5 The Effect of Atmospheric Turbulence on Windmill Performance. - 1. 6 Hydrogen: The Ultimate Energy Source. - 2. Hydrogen Production. - 2. 1 Nuclear Water-Splitting and High Temperature Reactors. - 2. 2 High Temperature Nuclear Reactors as an Energy Source for Hydrogen Production. - 2. 3 Hydrogen Production with a High Temperature Gas-Cooled Reactor (HTGR). - 2. 4 Hydrogen Production from Decomposition of Water by Means of Nuclear Reactor Heat. - 2. 5 Aqueous Homogeneous Reactor for Hydrogen Production. - 2. 6 Wind Capture and Diversion Through Pneumatic Energy Recovery with Large Capacity Aerogenerators. - 2. 7 Sea Thermal Power as a Hydrogen and Methanol Generator. - 2. 8 Ocean Based Solar-To-Hydrogen Energy Conversion Macro System. - 2. 9 Thermochemical Water Cracking Using Solar Heat. - 2. 10 Photolysis of Water as a Solar Energy Conversion Process: An Assessment. - 2. 11 The Technology and Economics of Hydrogen Production from Fusion Reactors. - 2. 12 Economic Criteria of Selection for Closed Cycle Thermochemical Water-Splitting Processes. - 2. 13 Comparative Study of Hybrid Energy Systems of Hydrogen and Electric Power. - 2. 14 An Economic Perspective on Hydrogen Fuel. - 2. 15 The Utilization of Solar Energy for Hydrogen Production by Cell Free System of Photosynthetic Organisms. - 2. 16 An Analysis of Hydrogen Production Via Closed-Cycle Schemes. - 2. 17 Hydrogen and Food Production from Nuclear Heat and Municipal Wastes. - 2. 18 Hydrogen as Energy StorageElement. - 2. 19 Hydrogen Opportunities in Saudi Arabia. - 2. 20 On Methods for the Large-Scale Production of Hydrogen From Water. - 2. 21 Electrolytic Hydrogen Generators. - 2. 22 Electrolysis of Sea Water. - 2. 23 Hydrogen Generation Through Static Feed Water Electrolysis. - 2. 24 Hydrogen Generation by Solid Polymer Electrolyte Water Electrolysis. - 2. 25 Evaluation of Multi-Step Thermo Chemical Processes for the Production of Hydrogen From Water. - 2. 26 Considerations on Iron-Chlorine-Oxygen Reactions in Relation to Thermochemical Water-Splitting. - 2. 27 Thermochemical Hydrogen Production Research at Lawrence Livermore Laboratory. - 2. 28 Analysis of Thermo Chemical Water- Splitting Cycles. - 2. 29 A Search for Thermochemical Water-Splitting Cycles. - 3. Hydrogen Storage and Transmissions. - 3. 1 Pipeline Transportation of Hydrogen. - 3. 2 Economics of Pipeline Transport for Hydrogen and Oxygen. - 3. 3 Low Thermal Flux Glass-Fiber/Metal Vessels for LH2 Storage Systems. - 3. 4 Electric Power and Fuel Transmission by Liquid Hydrogen Superconductive Pipeline. - 3. 5 Optimal Location of Hydrogen Supply Centers to Minimize Distribution Costs. - 3. 6 The Activation of a Lanthanum-Nickel-Five Hydrogen Absorbent. - 3. 7 An Engineering-Scale Energy Storage Reservoir of Iron Titanium Hydride. - 3. 8 Modeling Studies of Fixed-Bed Metal-Hydride Storage Systems. - 3. 9 The Safety Characteristics of LaNi5 Hydrides. - 3. 10 The Formation and Properties of Rare-Earth and Transition Metal Hydrides. Language: English