《Space Power Systems Progress in Astronautics and Rocketry Volume 4》

A．Solar Systems1

Solar Cell Power Systems for Space Vehicles＆Nathan W．Snyder and Richard W．Karcher3

Solar Cell Power System for Advent＆Richard W．Karcher11

Ranger Spacecraft Power System＆Robert C．Hamiiton19

Power Supply for the Tiros I Meteorological Satellite＆Seymour H．Winkler,Irving Stein and Paul Wiener29

Development of the Power Supply for the Transit Satellite＆Walter C．Scott49

Solar panel Design Considerations＆W．H．Evans,A．E．Mann,I．Weiman and W．V．Wright79

An Analysis of Mirror Accuracy Requirements for Solar Power Plants＆David H．Siivern111

Solar Concentrators for High Temperature Space Power Systems＆Donald H．McClelland129

Solar-Ihermionic Electric Power System＆David L．Purdy153

Preliminary Design and Performance Evaluation Study of a Solar-Thermoelectric Flat Plate Generator＆R．J．Campana and John B．Roes187

Solar Concentration Associated with the Stirling Engine＆R．E．Henderson and D．L．Dresser219

Sunflower Power Conversion System＆James A．Rudy251

B．Nuclear Systems269

The Snap Ⅱ Concept＆H．M．Dieckamp271

Status of the Snap Ⅱ Reactor＆R．D．Keen and R．R．Eggleston281

Snap Ⅱ Power Conversion Status＆D．L．Southam291

Snap Ⅱ Radiative-Condenser Design＆M．G．Coombs and R．A．Stone301

Snap Ⅱ System and Vehicle Integration＆D．J．Cockeram and R．L．Wallerstedt325

Snap Thermoelectric Systems＆A．W．Thiele and M．G．Coombs333

Shield Design for Snap Reactors＆V．Keshishian341

Evaluation of Snap Safety for Space Reactor Application＆F．D．Anderson andJ．G．Lundholm,Jr．351

The Experimental and Analytical Programs for Re-entry Burnup of Snap Reactors＆P．D．Cohn365

The Application of Snap Units in Current Space Vehicles＆J．R．Wetch and J．G．Lundholm,Jr．381

Problems Associated with the Development of a Thermionic Conversion Reactor＆R．L．Hirsch and J．W．Holland389

Nuclear Reactor-Thermionic Space Power Systems＆L．W．Perry and R．W．Pidd399

Dynamic Versus Direct Conversion＆Kenneth P．Johnson409

Boiling vs Non-Boiling Liquid Metal Cooled Reactors in Rankine Cyele Space Power Plants＆David L．Cochran and Keith E．Buck433

Thirteen-Watt Isotope-Powered Thermoelectric Generators for Space and Lunar Impact Missions＆Justin L．Bloom and James B．Weddell485

Optimized Snap HIPower Generator Design for Spacecraft＆H．H．Greenfield519

Safety Analyses and Tests of a Radioisotope Powered Thermoelectric Generator＆Paul J．Dick547

C．Chemical Systems563

Chemical-Mechanical Space Power Systems＆Eugene B．Zwick565

Cryogenic Tankage for Chemical Space Power Systems＆James E．Bell and William H．Reid595

D．Power Requirements613

Power Requirements of the NASA Space Program＆Harold B．Finger and Fred Schulman615

Flight Vehicle Power Forecasts＆Curtis Kelly625