Table of Contents

POWER PRODUCTION

 

 

 

 

 

 TOM
Reel

Bag

Item

Frame

AERODYNAMIC heat power plant, by J. Ackeret and C. Keller

 139

 

 

 303-306

GERMAN Power Transport Research, report F-2 on, May 20, 1941, Interim Research Report No. 103/1941.  (Abstract prepared by British Investigative Teams).

 102

 

 

 6027-6094

POWER, generation of, in Leuna, by Wälder

205

 

 

580-589

              house, layout of, Leuna, M 6284-1

179

 

 

4842-4843

              installations with recipricating steam engines

139

 

 

804-814

              plant, A.G. Sächsische Werke, Espenhain, reported by J. C. Hays, J.P. Jones and B. L. Mackusick

 196

 

 

 10 ‘47-10 ‘57

              plants, standardization and technical developments in construction of, by L. Musil

 238

 

 

40 ‘64-40 ‘69

PROBLEMS, actual, in production of power in thermal power stations

 139

 

 

195-202

PROBLEMS, power, in light of recent research, by F. Tank

 139

 

 

 776-781

ROSENKRANTZGATE steam power station of Oslo Electrical Works, etc., 1937 (in English)

 139

 

 

 96-121

STAND-BY, modern, and peak-load steam power station built as a bomb-proof plant, by W. Roth, 1939 (in English)

 139

 

 

 124-134

STEAM plants, sectional views and proposed arrangements of high pressure

 139

 

 

 467-513

VELOX, automatic process, power plant for 10,000 kw output as quick reserve, 1943

 139

 

 

 163-178

              power plant at San Lorenzo Refinery of Argentine State Oil Fields, by H.S. Hvistendahl, 1940 (in English)

 139

 

 

 156-162

WATER power and coal

139

 

 

774-775

              power and coal to meet Swiss economic power requirements

 139

 

 

 782-785

ZULZER monotube boilers and automatic regulation in high pressure installations

 139

 

 

514-542

              monotube steam generator and recipricating steam engine for 100 atm steam power plant

 139

 

 

 453-461

              monotube steam generators in high pressure steam plant

 139

 

 

462-465

 

 

 

 

549-555