| Author
| Co-Authors
| Title
| Page
|
| J. B. Scott
|
| Black Arrow Flight Sequence and Performance
| 1
|
| V. S. Robertson
| and J. J. Weaver
| Spacecraft Attitude Control
| 13
|
| G. G. Leckie
|
| Attitude Reference Systems
| 39
|
| J. Chaumeron
| and P. Deman
| Design of Communication Satellite Transponcers and Multiple Access Techniques
| 50
|
| H. Hiller
|
| Use of the Moon's Attraction to Accelerate a Spacecraft to Hyperbolic Flight
| 60
|
| G. V. Groves
|
| Low-latitude Easterly Winds at 95 km Altitude revealed by Sounding Rockets and Gunprobes
| 75
|
| G. S. H. Lock
|
| The Second Western Canadian Heat Transfer
| 78
|
|
|
| Conference Correspondence
| 80
|
| P.J. Ballard
|
| Black Arrow Propellant Pressurization Systems
| 81
|
| L. R. Bannister
| and C.A.Hookey
| The Black Arrow Control System
| 91
|
| Diana W. Scott
|
| A Determination of the Orbit of Secor 6 Rocket (1966-51A)
| 123
|
| Raymond Dyer
|
| Organic-Inorganic Systems and Life
| 141
|
|
|
| Book Reviews
| 149
|
|
|
| Book Notices
| 151
|
|
|
| JBIS Notices
| 154
|
| J. H. P. Rainforth
|
| Design Description of the Power Supply Sub-system for the TD1/TD2 Satellites
| 157
|
| R. Imbert
|
| Structural Problems in the Design of Scientific Satellites
| 174
|
| D. Marsh
|
| The ESRO Large Astronomical Satellite (LAS) Project—The Observatory in Orbit
| 189
|
| G. L . Reijns
|
| Ground Operatidns for the Large Astronomical Satellite (LAS) Project
| 202
|
| R.J. Fryer
|
| The 1969 Missions to Mars
| 212
|
| R. G. W. Hathaway
|
| Three possible tank configurations for a fuel system in a spinning satellite
| 223
|
|
|
| Book Notices
| 228
|
|
|
| JBIS Notices
| 230
|
| A.P. Waterfall
|
| The Accuracy of the Velocity Increment Vector of the Black Arrow Third Stage
| 233
|
| J. Ninerailles
|
| The Carpitron
| 251
|
| F. T. de Dombal
|
| Weight Loss during Manned Space Missions
| 261
|
| G. S. Robinson
|
| Ecological Foundations of Haley's Metalaw
| 266
|
| D. Rees
|
| Vertical Winds in the Lower Ionosphere
| 275
|
| G. V. Groves
|
| Wind Models from 60 to 130 Km Altitude for Different Months and Latitudes
| 285
|
|
|
| JBIS Notices
| 308
|
| P. N. Cornall
|
| Materials for Space Application
| 309
|
| J. N. Lowe
|
| Beryllium Technology
| 314
|
| M. W. Jones
|
| Carbon Fibre Reinforced Plastic Components for Aerospace Use
| 326
|
| T.A. Trigg
|
| Carbon Fibre Composites in Rocket Motor Systems
| 337
|
| D.J. Godfrey
|
| The Fabrication and Properties of Silicon Nitride Ceramics and Their Relevance to Aerospace Applications
| 353
|
| R. G. Loasby
|
| Materials Problems in Microelectronic Circuits
| 369
|
|
|
| Book Reviews
| 376
|
|
|
| Book Notices
| 379
|
|
|
| JBIS Notices
| 383
|
| P. J . Sherwood
|
| Applications of some Refractory Metals in Space Technology
| 385
|
| A. C. Parmee
|
| Some Applications of Carbons and Graphites in Space Technology
| 393
|
| G.A.Heath
| and R. W. Thackray
| Chemical Erosion of Graphite Rocket Nozzles
| 402
|
| D. J . Campion
|
| Forming of High Strength Metals
| 411
|
| A. R. Collar
| and J. W. Flower
| A (Relatively) Low Altitude 24-hour Satellite
| 442
|
|
|
| Book Reviews
| 458
|
|
|
| Book Notices
| 460
|
|
|
| JBIS Notices
| 462
|
|
|
| Author Index
| 465
|
