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Bibliographies
Annotated Bibliography of Space Science and Technology; A
History of Astronautical Book Literature--1931-1962 by Frederick
I. Ordway III (reprinted by permission)
In 1962, Frederick Ordway, III compiled the third revision of
his bibliography of astronautical book literature from 1931 to
1961. With his gracious consent, we have reproduced that
bibliography here. Our version is slightly different from the
original in that we have excluded the Astronomical Supplement
and moved some books that were out of alphabetical order. This
material remains the copyright of Frederick Ordway, III.
We reproduce this as an aid to our customers. We do
NOT have copies of all of these in
stock.
You may click on a given title to search our inventory
for a particular book.
Annotated Bibliography of Space Science and Technology with an
Astronomical Supplement; A History of Astronautical Book
Literature—1931 through 1961
ACKNOWLEDGEMENT FOREWORD
PREFACE
Titles Appearing in the 1930s
Titles Appearing in the 1940s
1950 Titles
1951 Titles
1952 Titles
1953 Titles
1954 Titles
1955 Titles
1956 Titles
1957 Titles
1958 Titles
1959 Titles
1960 Titles
1961 Titles
ACKNOWLEDGEMENT
The outstanding cooperation of dozens of American and European
publishers was invaluable to the preparation of preparation of
this bibliography and is gratefully acknowledged.
FOREWORD
Thirty years
of astronautical literature! How many reading this are
acquainted with the three books of the 1930s? Who could have
read more than a tiny fraction of the more than 125 books
published in 1960 and 1961? This unique
work of Fred Ordway will surely find a welcome place in any
astronautical reference library. A boon to perplexed librarians
given only fragmentary or incomplete data (I can never remember
who published what), this reference volume will fill an
important need for those wishing to check recently produced
literature. Moreover, there are many classic works that belong
in a well-ordered reference library. Thoughtful perusal and
study of this annotated bibliography will provide the most
appropriate basic list of books for any new library, oriented
toward the individual’s or organization’s special interest and
capabilities. Often one is
not aware of important parallel efforts in writing, sometimes
spaced several years apart. From these lists pertinent details
of such works can be extracted and the book either obtained on
loan from other libraries or purchased.
To me the bibliography is especially interesting for its
reflection of the growth of space technology. Found herein are
the rocket pioneers turned author. The names of Oberth, Goddard,
Sänger and von Braun leap out from the pages. Many early books
were visionary, of course. Many others were sales pitches for
development funds for space flight when the subject was not
considered a respectable professional activity. However, an
important number of the books of the ‘40s and ‘50s are classics
that provide in valuable background sources of ideas and
inspiration in the relatively complex and specialized
state-of-the-art today. Some of the most comprehensive works
listed are those written in the early ‘50s when imagination and
enthusiasm were properly disciplined by the technically trained
mind though space flight was still an exciting dream. It was in
this particular period that the first satellite programs were
organized. They were based not upon fancy but upon the
tremendous engineering achievement of the German rocket
engineers during World War II, culminating in the V2 (A4)
surface-to-surface missile. It took nearly ten years for the
rest of the world to learn that only small extrapolations from
V2 design techniques plus the use of staging were required to
achieve satellite velocity. But at the same time there were
dozens of engineers with stars in their eyes who were convinced
that useful artificial Earth-circling satellites could be
launched and that men would fly to the Moon in their lifetime.
Many of these men are among the authors listed in this
bibliography. Their excitement and confidence are clearly
evident in their writings. Many other authors are professional
free lance writers with reportorial skill but unfortunately
lacking the technical appreciation and judgment gained only from
years of working on and dreaming about rockets. Fred Ordway
is unusually well qualified to compile this bibliography. For
many years he has appreciated space flight not only as an
exciting dream but as one which would be realized. He was the
only American attending the first organized congress of the
International Astronautical Federation in Paris in 1950. At that
time he was a student at the Sorbonne. Since then he has worked
in and written widely about the newly created space industry. An avid
collector of astronautical literature and esoterica, his own
library contains all of the early works listed. Moreover, he
knows personally most of the rocket pioneers. He is to be
congratulated on the painstaking care, study, and skill required
to assemble and annotate this important contribution to space
literature. Frederick C.
Durant, III Past
President, American Rocket Society and International
Astronautical Federation Chevy Chase,
Maryland, January, 1962
PREFACE
Appearing in
1955 and again in 1958 as “Specialized Books on Space Flight and
Related Disciplines,” this standard astronautical bibliography
is now in its third and greatly enlarged edition. While earlier
versions included references to much supporting literature in
order to provide adequate information of importance to the
missile and astronautical fields, the expansion of the book
literature has been so impressive that now it is possible to
prepare a meaningful bibliography listing only titles directly
concerned with these subjects. Thus, the reader should not
expect to find descriptions of books dealing with such topics as
aerodynamics, geochemistry, astrophysics, mathematics, aircraft
structures, and meteorology unless they are specifically aimed,
in their treatment, to furthering an understanding of the
rocket, missile and space sciences and technologies. It is
believed that all significant English-language titles since
Lasser’s “Conquest of Space” (1931) are listed. Foreign-language
titles have been deleted from this edition, with the exception
of multi-language proceedings of key international astronautical
conferences, but they are being analyzed in anticipation of the
publication of a supplementary bibliography. However, many
significant French, German and Soviet titles have been
translated into English and are thus discussed herein. For the
convenience of the U. S. reader, American editions of books
originally published in Great Britain are given, when available. For the first
time, the bibliography has been organized according to year of
publication, a feature that not only leads the reader directly
to the most recent works, but emphasizes the growth of missile
and astronautical literature since the early 1930s. Author and
title indices appear at the end. The main bibliography is
believed to be virtually complete, although it must be
recognized that obviously unsuitable titles (e.g. on flying
saucers) have not been consulted, nor (with a few exceptions)
have books been included if they were written primarily for
younger readers. Normally,
only the latest edition of a given work is annotated, with
reference being given to the year it was first published.
However, the first editions of key early works are annotated as
well as later, usually expanded editions. This is done partly to
emphasize the time period in which an important title was
initially published and partly to show the original coverage in
comparison with its later treatment. As an aid to researchers
most modern works are reviewed in more detail than earlier
works. It will be discovered that some longer books require less
commentary than smaller, and often less important, works. This
is a reflection of the fact that it occasionally takes more
words to explain the contents of a shorter book than a longer
one. As a
supplement to the main bibliography, a listing is given of
astronomical books that deal with the immediate objectives of
space flight and contribute heavily to astronautical progress.
General astronomical surveys with particularly good coverage of
the Solar System are included unless the have a strong
astronautical theme, in which case they are found in the main
bibliography. Astronomical books are divided into sections
dealing with “Solar System and General Astronomy,” ‘Sun,”
“Venus,” “Earth,” “Moon,” “Mars,” “Jupiter,” “Asteroids, Comets
and Meteors,” and “Celestial Mechanics.” In order to keep the
bibliography to a practical length, astronomical titles were not
annotated in this edition. Due to the
fact that publishers constantly change prices, we cannot assure
the accuracy of any figures herein. Similarly, the availability
of a given title cannot be guaranteed since books frequently go
out of print or out of stock (often pending a reprinting or
revision). Titles marked OP are now out of print, but this does
not necessarily mean that they may not be republished at some
later date. FREDERICK I.
ORDWAY, III Huntsville,
Alabama January 1962
Great Britain's earliest contribution to rocket-astronautical
literature is a book by the founder of the British
Interplanetary Society. Much in it is of historical interest
including discussions of early rocket tests The book considers
propellants, rocket engines and the problems of flight into and
through outer space.
Not only America's first but the English language’s first book
on rocketry as applied to space travel, “Conquest of Space” did
much to open up interest in the US and abroad on the possibility
of manned exploration of space. It discusses the meaning of
space flight, space flight in literature, rockets, the
spaceship, travel in space, barriers to space flight, etc.
First published in 1935, the 1937 edition of this small book
represented the third and enlarged version. Chapters cover
rocket history, propulsion, the stratosphere, propellants,
atomic energy, interplanetary travel, and so on.
"U. S. Rocket Ordnance” provides a
comprehensive coverage of rocket developments and operations
during World War II, including aircraft rockets, beach barrage
rockets, anti-submarine rockets, and JATO.
One of the “Science in World War II” series sponsored by the
Office of Scientific Research and Development, this volume is
partially concerned with guided missiles, including the glide
bombs Pelican and Bat, the Roc program, guided missile
components, Azon and Razon radio-controlled bombs, and the Felix
target-seeker.
This is a useful historical work offering a thorough coverage of
World War II rocket development, e.g., Bazooka aircraft rockets,
bombardment and beach barrage rockets. Another of the “Science
in World War II” volumes (sponsored by the Office of Scientific
Research and Development), it provides as complete a survey of
its subject as available in the book literature.
Goddard, R. II.
ROCKET DEVELOPMENT New York, 1948: Prentice-
Hall, Inc., 291 pages (1961 edition)
Data on the American rocket pioneer’s liquid propellant rocket
re searches from 1929 to 1941 are included, taken from his
personal note books. The book covers experiments and flight
tests conducted in Massachusetts and in New Mexico. It is what
may be called a rocket engineer’s diary of events preceding and
following static and flight tests. The book was republished in
1961 in a 222 page edition with a biographical essay on Goddard
by G. E. Pendray.
Goddard, R. H.
ROCKETS New York, l94 American Rocket Society,
Inc., 101 pages
The book contains two papers of great historical interest, “A
Method of Reaching Extreme Altitude” (1919) and
“Liquid-Propellant Rocket Development” (1936), together with a
biographical note, and appreciation by G. E. Pendray, plus an
overall introduction by Goddard himself, written in May 1945.
Harper, H.
DAWN OF THE SPACE AGE London, 1946: Sampson Low, Marson and Co., Ltd., 142 pages
A small book for the general reader, it is divided into three
sections, one on the rocket and atomic power, one on the Moon
and planetary travel, and one on spaceship design and
construction.
Kooy, J. M. J. and J. W. H. Uytenbogaart
BALLISTICS OF THE
FUTURE Haarlem (Netherlands.), 1946: N. V. de Technische
Vitgeverij H. Stam, 472 pages
One of earliest post-war books on rocketry, it includes
information on the German V1 and V2 bombardment missiles, and
treats vector calculus applied to general dynamics, dynamics of
the solid, equations of a connected system, numerical
integration, general theory of a gravitating spinning top,
terrestrial dynamics of rockets, etc. The book includes
interesting material on the operational use of the V2 and on the
extraterrestrial aspects of rocketry.
“Conquest of Space” contains classic Bonestell black and white
and color paintings of astronomical and astronautical concepts,
together with chapters treating individual planets and
satellites.
Ley, W.
ROCKETS New York, 1944: Viking Press, 287 pages
This is the original title of a series that has grown into the
present “Rockets, Missiles and Space Travel” (see 1957 entry).
In ten chapters it covers “The Beginnings of the Idea”; “The
Decades of the Great Dreams”; “The Rocket’s Red Glare”;
“Prophets with some Honor”; “The Battle of the Formulae”;
“Success, Failure and Politics”; “The Meteorological Rocket”;
“The Rocket into Cosmic Space”; “The Spaceship”; and “Terminal
in Space.” As with later editions, useful appendices are
included.
Nicholson, M.
VOYAGES TO THE MOON New York, 1948: Macmillan Co.,
297 pages (1960 edition)
This is a literary and historical book on the evolution of
fictional ideas on how man could travel to the Moon. It includes
accounts of schemes developed by Cicero, Lucian, Plutarch,
Milton, and others. Reprinted in 1960.
The author has written a good source book of historical and
World War II rockets and missiles, principles of rocket
propulsion, and details of general rocketry.
“Official final report of the Office of Scientific Research and
Development concerning work done on the exterior ballistics of
fin-stabilized rocket projectiles under the supervision of
Section H of Division 3 of the National Defense Research
Committee . . . . during 1944 and 1945.” The book contains
chapters on the equations of motion of a rocket, motion after
burning, boundary conditions, etc. A glossary of terms is
included.
First edition of book later greatly expanded (see 1956 entry),
it provides an introduction to the engineering of rockets and
treats rocket history, nozzle theory and thermodynamic
relations, rocket propellant performance calculations, liquid
rocket propellants, liquid rocket motors, liquid propellant feed
systems, flight performance, rocket testing and solid propellant
rockets. The book has become a standard text in its field.
Weyl, A. R.
GUIDED MISSILES London, 1949: Temple Press Ltd., 140
pages
A useful work covering the principles of guided missiles,
historical origins, large and small weapons, etc.; it is well
illustrated and has tabular support. The book gives many little
known facts on early rocket and missile developments.
Wilcox, A.
MOON ROCKET London, 1946: Thomas Nelson and Sons,
Ltd., 161 pages
“Moon Rocket” is a general interest rocket and space flight book
covering, among other things, British Interplanetary Society
rocket designs and spaceship projects.
Zim, H. S.
ROCKETS AND JETS New York, 1945: Harcourt, Brace and
Co., Inc., 326 pages
Zim’s book provides an interesting, non-technical treatment of
rocketry, with an excellent account of the use of rockets as
wartime combat weapons. It was written at the time World War II
rocketry was at its height.
This is a fundamental engineering text on jet propulsion, with
an extensive treatment of rocket motors. Some of the specific
subjects covered are propulsion fundamentals, thermodynamics of
gas flow, gas turbine power plants, air compressors, combustion
chambers, and high temperature metallurgy.
Sub-titled “Military Rockets Using Dry-processed Double-base
propellant as Fuel”, the book deals with such topics as
propellant gas characteristics, propellant burning properties,
steady state flow of compressible fluids, nozzle performance,
gas flow in rocket motors, propellant grain design, ignition,
and static test equipment.
1951 TITLES
Carter, L. J. (ed)
ARTIFICIAL SATELLITE London, 1951: British
Interplanetary Society, 74 pages
This classic booklet includes all British papers presented at
the Second International Astronautical Congress and English
language résumés of foreign contributions. It covers such
subject matter as meteor hazards to space stations, satellites,
and aerodynamic braking descent from orbit.
Clarke, A. C.
INTERPLANETARY FLIGHT New York, 1951: Harper and
Brothers, 164 pages (1960 edition)
Ranging from semi-technical to technical, the book provides an
excellent introduction to astronautics. Its ten chapters deal
with such subjects as the history of astronautical thinking,
Earth’s gravitational field, rockets, escape, lunar and
interplanetary flight, atomic rockets, spaceships and space
stations. The majority of mathematical arguments are found in
the appendix. It was first published in 1950 in Great Britain. A
second edition appeared in 1960, 144 pages, fully revised with
data on Earth satellites and space probes.
There are chapters on principles of thrust and the energy
equation, thermodynamic properties of air and gas, combustion
chambers, turbines, ramjet engines, rocket engines, etc., in
this large size, illustrated book.
Marbarger, J. P. (ed)
SPACE MEDICINE Urbana (Illinois), 1951:
University of Illinois Press, 83 pages
Six chapters, by different contributors, cover space medicine in
the US Air Force, multistage rockets and artificial satellites,
physiological considerations on the possibility of life under
extraterrestrial conditions, astronomy and space medicine,
orientation in space, and bioclimatology of manned rocket
flight. Although short, it was an important pioneering
publication effort in a new branch of medical science.
While aimed at the younger reader, the book contains a wealth of
information on guided missiles, including vintage models, not
readily available in other sources. It considers, in six
chapters, historical missiles, German missiles, US World War II
missile development, foreign developments, and the future of
missiles.
1952 TITLES
Clarke, A. C.
EXPLORATION OF SPACE New York, 1952: Harper and
Brothers, 199 pages (1959 edition)
“Exploration of Space” rapidly became a very popular treatment
of astronautics, with emphasis on lunar and interplanetary
bases, travel through space, spaceships, communications,
navigation, and medical aspects of man in space. Two chapters
cover “Other Suns than Ours” and “To the Stars”. Black and white
and color plates enhance the book. A somewhat revised 200 page
edition was later published (1959).
The book contains 26 German and English papers presented at the
Third International Astronautical Congress, and is the official
proceedings. Many aspects of astronautics, rocketry, space
medicine, etc. are covered. German language papers incorporate
an English summary.
With its striking color illustrations and contributions by W.
von Braun, W. Ley, F. L. Whipple, H. Haber, J. Kaplan and O.
Schachter, the book offers a good general discussion of space
flight, satellites, orbital stations and space medicine.
This Navy translation of the 1944 Sanger-Bredt antipodal bomber
report is an important contribution to the astronautical
literature. It includes chapters on fundamentals, the aircraft,
launching and climb, gliding flight and landing, bombing,
attacks, and development of the bomber.
The first detailed study of the aeropause, the book rapidly
became a standard reference of high altitude physics and
aviation and space medicine. It contains chapters on almost
every aspect of these subjects, prepared by leading authorities
on upper atmosphere physics, meteor astronomy, acceleration,
weightlessness physiology, space cabin structures, etc. No
comparable work was published until 1960 (see Benson and
Strughold entry).
1953 TITLES
Braun, W. von
MARS PROJECT Urbana (Illinois), 1953: University
of Illinois Press, 91 pages
The book is a technical demonstration of how a manned round trip
to Mars may take place based on chemically-propelled spaceships.
Departing from an Earth satellite orbit, ten vehicles would
travel to Mars, assemble in Martian orbit, permit a party to
descend to the surface, then return to Earth. Overall voyage
would take some three years. Chapters are entitled “Three-stage
Ferry Vessels”, “Space Ships”, “Landing Boats”, “Ferry Flights
and General Logistics”, “Power Plant Performance” and
“Interplanetary Radio Communication”.
Cleator, P. E.
INTO SPACE London, 1953: George Allen and Unwin,
Ltd., 159 pages
By the founder of the British Interplanetary Society and author
of “Rockets through Space” (1936), this book contains an
historical appraisal of the space flight concept, commentaries
on current progress, and provides a prognosis of future
developments. “Into Space” is exceptionally well, and often
amusingly, written.
Gatland, K. W. and A. M. Kunesch
SPACE TRAVEL New York, 1953:
Philosophical Library, Inc., 205 pages
At the time it was written “Space Travel” presented one of the
most penetrating surveys of problems and prospects of space
travel. Typical subjects are air-conditioning of spaceships,
construction of interplanetary rockets, landing on bodies
without atmospheres, and travel to the stars. The book is very
well illustrated.
This work is the proceedings of a symposium on extreme altitude
flight and advanced aviation medicine, and, among other things,
contains many data of practical importance given by test pilots.
Haber, H.
MAN IN SPACE Indianapolis, 1953: Bobbs-Merrill Co.,
Inc., 291 pages
“Man in Space” presents a non-technical account of space
medicine and its problems and progress. Illustrated by
cartoon-like sketches, it deals with radiation and meteorite
hazards to space vehicles, acceleration, the phenomenon of
weightlessness, nutrition, atmospheric control in spaceships,
mental effects of long duration voyages, closed cabin ecology,
and so forth.
Leonard, J. N.
FLIGHT INTO SPACE New York, 1953: Random House,
Inc., 245 pages
Leonard’s book gives a science writer’s coverage of space flight
and its reliance on rocket and missile technology. It is a well
prepared account for the interested layman.
MacShane, E. J., J. L. Kelly, and T. V. Reno
EXTERIOR BALLISTICS
Denver, 1953: The Swallow Press, 834 pages
This work provides a highly technical and complete survey and
analysis of its subject.
This title represents the first systematic treatise of the use
of rockets as upper atmospheric research tools. It describes the
various rocket vehicles used as instrument carriers (V2, Viking.
Aerobee, etc), gives firing summaries, and covers the nature of
the atmosphere, vehicle performance, payloads, motions, data
recovery, measurements, radiations, high altitude photography,
etc.
Characterized by excellent paintings prepared by Bonestell,
Freeman, and Klep, it contains chapters by W. von Braun, W. Ley,
and F. L. Whipple on space stations, moonships, “personnel
spheres,” the Moon voyage, the establishment of bases on the
Moon, lunar exploration, and the Moon-Earth trip.
The book is the proceedings of the IVth International
Astronautical Congress (Zurich, 1953) and contains contributions
in English, French, and German covering many phases of rocketry
and space exploration techniques and proposals.
The book contains a collection of the papers presented by the US
Upper Atmosphere Rocket Research Panel and the British Gassiot
Committee of the Royal Society. It concerns what its title
states, with chapters on rocket research techniques; pressures,
densities, tempera and composition determinations of the high
atmosphere; radiation and geomagnetic investigations, and so
forth.
Buedeler, W. TO OTHER WORLDS London, 1954: Burke Publishing Co.,
Ltd., 224 pages
This is the English translation of the
German book “Telescope, Raketen, Gestirne,” revised and
up-dated. As the German title suggests, its three parts are
concerned with telescopes, rockets, and stars, making it
partially astronomical and partially astronautical in character.
The book is for the general reader.
Burgess, E.
ROCKET PROPULSION New York, 1954: Macmillan Co., 235
pages
This is the second revised edition presenting a semi-technical
treatment of rocket propulsion, with a mathematical supplement.
Its chapters deal with propellants, tankage, and feed systems,
rocket motors, flight control, long range missiles,
interplanetary travel and atomic energy.
This is the second edition of a 1952 book with drawings by F.
Wolff and J. J. Schlamp, covering the history of rockets, rocket
airplanes, proposals for satellites space stations, spaceships,
and so forth.
Caiden, M.
WORLDS IN SPACE New York, 1954: Henry Holt and Co.,
Inc., 212 pages
“Worlds in Space” is a profusely illustrated (paintings by F.
Wolff) general space flight survey.
A well-illustrated book for the general reader on advanced jet
and rocket airplanes, research vehicles, and missiles, Of
particular interest are the sections on the Skyrocket, X1 and
X1A rocket powered air planes.
Dornberger, W.
V-2 New York, 1954: Viking Press, 281 pages
Translated from the German “V-2—Der Schuss ins Weltall”, the
book is by the former commanding general of the Peenemünde
rocket development center of wartime Germany fame. It probes
into the history, background, development and operational use of
the V2 bombardment rocket, and provides interesting details on a
number of other missiles.
The book discusses jet powerplants and their components, and
includes a chapter on “The Rocketjet Powerplant” that covers
rocket propulsion, solid and liquid propellants, the Me163, Baka,
JATO and RATO units, and so forth.
At its time the most complete book in its field, “Development of
the Guided Missile” presents a thorough survey of guided
missiles, propulsion systems, guidance, control, tactics,
artificial satellites, and interplanetary flight, and contains
detailed tables on individual military, test and sounding
vehicles. It is the revised and enlarged second edition of a
book that first appeared in 1952.
The book provides a very general, but accurate, survey of space
travel for the interested public.
Haber, H.
PHYSICAL ENVIRONMENT OF THE FLYER San Antonio (Texas),
1954: U. S. Air Force School of Aviation (now Aerospace)
Medicine, 179 pages
This work gives a basic scientific survey of upper atmosphere
physics, aviation and space medicine, and the interrelationships
between man, vehicle, and the environment.
It consists of a German and English index of literature titles
by subject and author, as well as an early version of the Sänger
astronautical classification system.
A survey type book for the general reader, it has chapters on
the origin of the Earth and its atmosphere, the functioning of
the rocket, research rockets, cosmic radiation, plans for the
conquest of space, man in space, and objectives of space travel.
1955 TITLES
Bridgeman, W. and J. Hazard
LONELY SKY New York, 1955: Henry
Holt and Co., Inc., 316 pages
“Lonely Sky” tells the personal story of test pilot of the
D-558-2 “Skyrocket” rocket powered airplane.
Burgess, E.
FRONTIER TO SPACE New York, 1955: Macmillan Co., 174
pages
A technical survey is provided of the exploration of the upper
atmosphere, particularly by means of rocket-borne
instrumentation. There are chapters on upper atmosphere physics,
sounding rockets, instrumentation, solar radiation, ionospherics,
cosmic radiations, and satellites and space vehicles.
Contained herein are a collection of papers, mostly in English
and German, but some in French and Italian, on space flight
mechanics, space ship propulsion, control systems for rockets,
artificial satellites, and other astronautical subjects.
Locke, A. S.
GUIDANCE Princeton (New Jersey), 1955: D. van Nostrand Co., Inc., 729 pages
The first volume in the “Principles of Guided Missile Design”
series (G. Merrill, ed), “Guidance” covers such topics as
fundamental problems of missile guidance, terrestrial and
celestial reference, radio wave trans mission, infrared, servo
system theory, tactical considerations, detection and
information gathering, target considerations, analysis of flight
paths pre-launching and launching, missile airframes,
computation, and telemetry.
This is the story of US Air Force test pilot Major C. E. Yeager
who flew the X1A rocket airplane to Mach 2.5 and to an altitude
of over 90,000 ft.
Mallan, L.
MEN, ROCKETS AND SPACE RATS New York, 1955: Julian Messner Publishers, Inc., 335 pages (1961 edition)
“Men, Rockets and Space Rats” gives an account of the
development of rockets, rocket airplanes, and space-aviation
medicine by an observer who personally visited dozens of
installations and had first-hand interviews with scientists and
engineers engaged in space oriented re search. The book was
revised in 1958 and again in 1961 (368 pages). In the latest
edition information is included on US Mercury suborbital flights
and Soviet orbital flights.
Moore, P.
EARTH SATELLITE London, 1955: Eyre and Spottiswoode, 8
pages
“Earth Satellite” discusses the history of satellite theoretical
developments, high altitude rocket research, military
satellites, manned satellites, and space flight.
One of the AGARD series, the book treats such topics as the
effects fuel additives, ignition delay, and applications
(including rocket motors id pulsejets).
This multi-language dictionary provides equivalents, in Italian,
German, English, and French, of more than 1,000 words.
Rosen, M. W.
VIKING ROCKET STORY New York, 1955: Harper and
Brothers, 242 pages
The history and development of the Viking sounding rocket is
scribed by the man who was project director of the program. The
count includes information of the twelve individual vehicles
that were initially built, including flight firings.
Vaeth, J. G.
200 MILES UP New York, 1955: Ronald Press Co., 261
pages
In its revised second edition (the book first appeared in 1951
with 207 pages), “200 Miles Up” describes the conduct of upper
atmosphere re search with balloons and rockets, principles and
features of sounding rockets, artificial satellites as research
tools, and related subjects.
Williams, B. and S. Epstein
ROCKET PIONEERS New York, 1955:
Julian Messner Publishers, Inc., 241 pages
This book performs two main tasks: (1) it presents biographies
of Congreve, Verne, Tsiolkowski, Goddard and Oberth, and (2) it
records the history of the early German space flight society,
The American Rocket Society, the Peenemünde rocket development
group, and the evolution of the V2 rocket.
The proceedings of a symposium, the book contains papers on the
IGY program, Moon rockets, space medical research with automatic
satellites, astrophysical research with satellites, orbital
perturbations, celestial navigation systems, and recovery.
More than 40 German, English, and Italian papers are included in
this collection. They deal with such diverse matters as ferry
rockets, Mars and Venus trips, lunar observatories, satellite
mechanics, and solar propulsion.
Bergaust, E. and W. Beller
SATELLITE New York, 1956: Hanover
House, 287 pages
“Satellite” provides the lay reader with an interesting account
of the background to artificial satellite development and plans
generated in the US that led to the launching of the first
vehicles.
The second volume in the “Principles of Guided Missile Design”
series (G. Merrill, ed) covers missile aerodynamics, wind
tunnels, ballistic ranges, trajectories, aerodynamics of launch
and boost phases; propulsion systems, momentum theory, gas
dynamics, flow through nozzles, turbojet, ramjet and rocket
engines; airframe design, environ mental loads, characteristics
of materials, fabrication methods, reliability, packaging
engineering and composite design.
One of the AGARD series, it considers the combustion process,
unstable combustion, and longitudinal high frequency
instability, with discussions of comparisons between
experimental data and theory, and so forth.
An interesting book for the general reader, it contains
bibliographies of Ganswindt, Tsiolkovski, Goddard, Oberth,
Valier, Sänger, Zborowski and von Braun, with shorter
discussions of other space and rocket pioneers.
This is a well conceived and prepared semi-technical survey of
solid and liquid rockets, components, testing procedures,
guidance, aerodynamics, many types of missiles, nuclear energy
and space flight.
Kosmodemyansky, A.
KONSTANTIN TSIOLKOVSKY Moscow, 1956: Foreign
Languages publishing House, 102 pages
Translated by X. Danko, the book not only provides a biography
of the great space pioneer, but looks into Russian rocket
history, space dynamics, and other subjects.
Lewis, B., R. N. Pease, and H. S. Taylor (eds)
COMBUSTION
PROCESSES Princeton (New Jersey), 1956: Princeton University
Press, 670 pages
This second volume of the “High Speed Aerodynamics and Jet
Propulsion” series (T. von Kármán, H. K. Dryden and H. S.
Taylor, eds) deals with expansion processes, fundamentals of
chemical kinetics, combustion waves in non-turbulent explosive
gases, diffusion flames, combustion of liquid fuels and of solid
fuels, combustion of liquid propellants and of solid
propellants, energy production by nuclear reactions, etc.
Ley, W. and W. von Braun
EXPLORATION OF MARS New York, 1956:
Viking Press, 176 pages
The book presents a beautifully illustrated (C. Bonestell)
narrative treatment, based on astronomical realities and
engineering projections. The first part of the book reviews
modern knowledge of the planet Mars, while the remainder details
a plan on how to get there. Tables are included giving
performance information on orbital supply, interplanetary and
“relief” vehicles. The book includes a thorough bibliography of
Martian literature.
The third volume of the “Principles of Guided Missile Design”
series (G. Merrill, ed) is divided into three sections in
accordance with its title. The operations research part of the
book shows how missile requirements are derived, performance
specifications set, systems evaluated, and employment plans
made. The armament section covers characteristics for armament,
targets, warheads, fuzes, arming and safety components, etc.,
while the launching section deals with boosters, catapults,
airborne launchers, design principles, and so forth.
Moore, P.
EARTH SATELLITES New York, 1956: W. E. Norton and Co.,
Inc., 157 pages
“Earth Satellites,” an expanded edition of an almost identical
1955 title published in England, offers a general-interest level
account of the history of satellite theory and the development
of rocket technology. Information on lunar and interplanetary
rockets is included at the end, as well as available details on
Project Vanguard.
The book provides a sometimes interesting, sometimes superficial
survey of the historical development of military missiles,
missile categories, tactics, combat employment, etc. Sections
are included on peacetime potentialities of missiles, guided
missile navies, guidance, and principles of rocket propulsion.
This nicely organized text and reference book has been greatly
enlarged from the first (1949) edition. The book covers three
basic subjects: (1) liquid propellant rockets, propellants and
design, (2) solid propellant rocket fundamentals, propellants
and design, and (3) thermo dynamics, chemistry, heat transfer,
flight theory and testing. Introductory chapters deal with
rocket history, nozzle theory, and propellant performance
calculations.
An important contribution to artificial satellite literature,
the book contains the 33 papers presented at the 1956 Upper
Atmosphere Rocket Research Panel meeting. It is divided into
eight parts: optical tracking and interpretation of tracking
data, instrumentation, atmospheric density and meteorology,
solar and other astronautical observations, cosmic rays and
auroral radiations, geomagnetic field, ionosphere, and
meteorites. A second, 326 page, edition appeared in 1960.
The first volume of a series, the book contains the papers
presented at the Third Annual Meeting of the American
Astronautical Society, and covers such subjects as space
vehicles as tools for research in relativity, ecological systems
and satellite lifetimes.
These proceedings collect all papers presented at Copenhagen
during the 1955 VI International Astronautical Congress
scientific sessions, except those published in the Astronautica
Acta. Among the subjects of the volume are cosmic ray effects on
matter, astronautical programs, a satellite orbit synchronizing
system, and rocket development.
Space navigation, orbits, cosmic radiation, biological factors
in space flight, upper atmospherics, and conditions on the Moon
and nearer planets are among the subjects in this book. Many
leading British scientists and engineers have contributed to it.
In 26 chapters by various contributors, the history emphasizes
guidance and control aspects of wartime German rocket and
missile developments. Typical chapter titles are “Guidance and
Control of the Henschel Missiles,” “The Aerodynamic Development
of the V-2,” “Development and Testing of the V-i Auto Pilot,” “A
Guiding System Using Television,” “BMW Developments,” “The
Development of the V-2 Rocket Engine,” and “The Design and
Development of the Solid-Fuel Rocket and its Performance.”
Based on references to the widely scattered trade and
engineering literature, useful tabulated data on world rockets
and missiles, old and modern, are developed. Sideviews of many
missiles are also included. While a very commendable effort,
many inaccuracies exist, largely the result of the security
barrier and the acceptance of figures found in the source
literature that were not subsequently verified.
“Operation Vanguard” discusses research rocketry. the Vanguard
satellite, future satellites, man in space, an so on (it was
translated from the German).
Burgess, E.
GUIDED WEAPONS New York, 1957: Macmillan Co., 22
pages
Guided missiles are treated by categories (ground-to-air,
air-launched, ground-to-ground); and in addition chapters are
found on systems, propulsion and propellants, guidance and
control, testing and test facilities, and production and
development. Many individual missiles are discussed.
The book surveys geophysical and astrophysical explorations with
instrumented satellites and space probes, manned space stations,
lunar bases, deep space travel, advanced propulsion concepts,
aspects of space medicine, conditions on the
Moon, Mars, and Venus. etc.
Caiden, M.
VANGUARD New York, 1957: E. P. Dutton and Co., Inc.,
228 pages
This is one of several accounts of the background and
development of the Vanguard Earth satellite vehicle program.
The book places under one cover many of the significant
scientific and engineering articles appearing earlier in the
Journal of the British Inter planetary Society. Individual
contributions are organized into ten sections: introduction to
astronautics, satellite vehicles, interplanetary flight,
physical factors in space flight, biological aspects of space
flight, lunar and planetary objectives, the development of
astronautics, missile establishments and test stations, history
of astronautics, and interstellar flight.
Clarke, A. C.
MAKING OF A MOON New York. 1957: Harper and
Brothers, 205 pages
This is an accurate and readable story of the Vanguard Earth
satellite vehicle program, being concerned with the background
to the program, launching techniques, instrumentation, and uses.
In addition, it discusses satelloids, space stations, and
orbital operations.
This book explains space travel, problems, and Soviet
accomplishments to the average interested reader.
Joubert de Ia Ferté, P.
ROCKET New York, 1957: Philosophical
Library, Inc., 190 pages
Essentially, this book is the story of the German VI and V2
missiles seen from the British side; it discusses the history of
German developments, preparations of V-weapon attacks on
Britain, the British raid on Peenemünde, defense against the V1,
etc. It should be read in conjunction with Dornberger’s “V-2”
(see 1954 entry).
This is the revised and expanded edition of the standard Ley
work that thoroughly covers the history of rocketry and
astronautical concepts, with detailed attention being accorded
the rise of rocket developments in Germany through the
Peenemünde period. Valuable appendices and bibliographic
materials are found at the end. (The book is an outgrowth of
“Rockets,” first published in 1944, expanded to “Rockets and
Space Travel” in 1947 and to the present title in 1951). A
revised, 1961 edition is now available.
Muller, W.
MAN AMONG THE STARS New York, 1957: Criterion Books,
Inc., 307 pages
The book probes the beginnings, prospects, and significance of
man’s imminent venture into space. It is philosophic in nature,
considering such subjects as religion in space, the mind and the
universe, the meaning of the exploration of space, “creatures
that may await us,” and the urge for discovery.
Oberth, H.
MAN INTO SPACE New York, 1957: Harper and Brothers,
232 pages
“Man in Space” consists of a series of essays on the advanced
ideas of the great German astronautical pioneer, including
chapters on satellites, spacemen and their support equipment,
space stations, space mirrors, electrically propelled spaceships
and Moon cars. A 50-odd page mathematical appendix terminates
the book.
The book develops methods to determine ballistic missile
trajectories. Its chapters cover: general discussion of
prediction methods, method of maximum likelihood, approximate
solution to the likelihood equations, iterative least squares
estimation method, composite least squares estimation method,
error analysis methods, etc.
This book provides a rocket-space flight coverage for the
general reader, offering some details on original space vehicle
designs.
Zelikof T. M. (ed)
THRESHOLD OF SPACE New York, 1957: Pergamon
Press, Inc., 342 pages
Covering chemical phenomena of the Earth’s outer atmosphere,
high speed flight, and atmospheric photochemistry (Earth and
Venus), it also looks into rocket sounding and other subjects.
These two volumes contain the proceedings of the Fourth Annual
Meeting and the First Western Regional Meeting of the American
Astronautical Society, with the subject matter ranging from
astrobiology and isolation and confinement in space to space
communications and distribution and erosion effects of
interplanetary dust.
This book is based on an Air Training Command manual with well
presented and illustrated chapters on aerodynamics, propulsion,
physics, controls, guidance, trajectories, etc. It is also
available under the title: “Fundamentals of Guided Missiles”
(see 1960 entry).
This book presents information on heat tolerant metals for
aerodynamic vehicle applications, metallurgy, design,
fabrication, and testing. Typical chapter titles are “Metals for
Structures Exposed to Aerodynamic Heat “Protective Metal
Coatings,” and “Fundamentals of Metal-Ceramic Combinations.”
----
RUSSIAN LITERATURE OF SATELLITES—Volumes 1 and 2 New York,
1958: International Physical Index, Inc., 181 and 178 pages,
respectively
This two-volume work contains papers translated from a USSR
Academy of Sciences physical science publication. The subject
matter includes problems of launching artificial satellites,
satellite lifetimes, orbital perturbations, satellite motions,
lunar flight dynamics, solar batteries, atmospheric composition,
and interplanetary matter determinations.
“Ten Steps into Space” contains the contributions of ten authors
writing on the history of the space travel concept, rocket
operations, propellant comparisons, space physics, orbital
mechanics, satellites, satellite motions, Martian and Venusian
atmospheres, biophysics and advanced propulsion.
Adams, C. C., F. I. Ordway, III, H. E. Canney, Jr., and R. C.
Wakeford
SPACE FLIGHT New York, 1958: McGraw-Hill Book Co.,
Inc., 373 pages
When it first appeared, “Space Flight” offered as complete a
coverage of a many faceted subject as was available in the book
literature. It includes chapters on the history of astronautics,
the history of rocketry, rocket propulsion theory, satellites,
the problem of escape, spaceships, man in space, space
communications, the lunar objective, planetary astronomy,
navigation in space, and interstellar travel.
Alperin, M., M. Stern and H. Wooster (eds)
VISTAS IN
ASTRONAUTICS New York, 1958: Pergamon Press, Inc., 330 pages
The contents of this book is based on papers presented at the
First Annual Air Force Office of Scientific Research
Astronautics Symposium (1957) and is grouped into five main
areas: re-entry, tracking and communications, environment and
measurements, propulsion, and orbits. It is a very useful
research volume.
Bergaust, E. and S. Hull
ROCKET TO THE MOON Princeton (New
Jersey), 1958: D. van Nostrand Co., Inc., 220 pages
“Rocket to the Moon” gives a general coverage of plans and
programs designed to assure the conquest of the Moon, a history
of lunar voyages in the fictional literature, a résumé of
knowledge of the Moon, lunar flight attempts, etc.
This is the sixth volume of the “Annals of the International Geo
physical Year,” and concentrates on research rocketry and the
use of artificial satellites for geophysical and astrophysical
research. Chapter 2 on the IGY Rocket Program is divided by
nation: Australia, Canada, France, Japan, USSR, United Kingdom
and the USA. Chapter 3 deals with the IGY Earth Satellite
Program, and treats general satellite information, the USSR
program, and the USA program, as well as other national support
(e.g. tracking) programs. Chapter 4 covers the CSAGI conferences
and World Data Centers, and Chapter 5 offers a bibliography from
the Russian “Uspekhi fizicheskikh nauk.” There are two
appendices, references, and an index.
The “Handbook” contains useful data of interest to missile
designers and developers, as well as students, in the form of
explanatory paragraphs, curves, formulae, tables, etc. A
glossary of terms is included. It is the fourth volume in the
series “Principles of Guided Missile De sign” (G. Merrill, ed)
and deals with atmospheric properties, materials, structures,
aerodynamics, propulsion, space flight, etc.
Bussard, R. W. and R. D. deLauer
NUCLEAR ROCKET PROPULSION New
York, 1958: McGraw-Hill Book Co., Inc., 370 pages
Chapters on rocket performance, systems analysis, heat transfer,
fluid flow, materials, nucleonics, system control, testing, and
advanced propulsion (fusion energy, decay energy, fission
energy, reaction systems) make up this first detailed treatment
of its subject in the book literature.
This is an aviation writer’s opinion as to why the USSR won the
race to orbit satellites and leads in the field of astronautics
in general. The book is concerned with both USSR and US
satellite program organization, Vanguard, rocket history,
Sputniks 1 and 2, IRBM and ICBM progress, etc.
Casamassa, J. V. and R. D. Bent JET AIRCRAFT POWER SYSTEMS New
York, 1958: McGraw-Hill Book Co., Inc., 329 pages
This revised second edition is fully illustrated, with 22
chapters on such topics as gas turbines, theory of jet
propulsion, rockets, ramjets, pulsejets, etc. Missile powerplant
operational data are included.
Cox, D. and M. Stoiko
SPACEPOWER Philadelphia, 1958: John C.
Winston Co., 262 pages
Dealing with the social impact of space science and technology
on 20th century civilization, the book goes into such topics as
the legal aspects of space exploration, military overtones and
“education for the space world of tomorrow.”
Davis, L., Jr., J. W. Follin, and L. Blitzer
EXTERIOR BALLISTICS
OF ROCKETS Princeton (New Jersey), 1958: D. van Nostrand Co.,
Inc., 457 pages
The basic theory of the exterior ballistics of rockets without
moving control surfaces is developed. The book is divided into
two main parts: (1) fin-stabilized rockets, and (2)
spin—stabilized rockets. Typical chapters cover motion during
burning, the launching process, and motion after burning. There
are appendices: glossary of symbols; integrals, series and
asymptotic expansions; and tables of Fresnel integrals and
characteristic functions.
In nine chapters the book considers kinematics of flight,
application of fluid mechanics to aerodynamics and propulsion,
dynamics, applications of probability and statistics, properties
of microwaves, application of infra red radiation, radar,
guidance and guided missile systems.
Everest, F. K., Jr.
FASTEST MAN ALIVE New York, 1958: E. P.
Dutton and Co., Inc., 253 pages
This is the story of the Bell X2 rocket powered research
airplane by its test pilot. In this plane the author made 13 of
18 flights and flew to nearly Mach 3 (over 1,900 mph). Details
are included on the Xl and X1A airplanes as well.
Such subjects as command and control of ballistic missiles,
organization of ballistic missile units, test programs, warfare
with missiles, ballistic missile defense, missile testing and
operations are included in this book.
Included are chapters that deal with Soviet missile firing
submarines, rockets versus bombers, ballistic missile projects,
defense against long- range ballistic missiles, and operational
control of ballistic missiles. The discussions on strategic
deterrent forces, strategic objectives and planning, etc., are
also concerned with missiles.
Gatland, K. W. (ed)
PROJECT SATELLITE New York, 1958: British
Book Centre, 169 pages
“Project Satellite” contains four chapters by Wernher von Braun
(rocket history in Germany and planning for satellites), K. W.
Gatland (satellites, including Vanguard and Sputnik), H. E. Ross
(orbital bases, space stations) and A. V. Cleaver
(interplanetary flight, advanced propulsion systems).
Missiles are considered from the point of view of potential
offensive and defensive strategy. Satellite interceptors,
reconnaissance satellites, military satellites, etc., are also
discussed in this broad treatment.
Green, R. L.
INTO OTHER WORLDS New York, 1958: Abelard Schuman,
190 pages
This most interesting book traces the development and growth of
the space flight concept in the fictional literature from
“Lucian the Loftie Traveller” to the works of C. S. Lewis (“Out
of the Silent Planet” and “Perelandra”). In between, the
well-known writings of such authors as Francis Godwin, Cyrano de
Bergerac, Jules Verne, Edgar Rice Burroughs, and others are
discussed.
With English, German, French, and Russian contributions, the
book deals with relativistic rocket mechanics, space navigation,
recoverable circumlunar rockets, nuclear and ion propulsion,
interplanetary probes, satellite attitude control, etc. Its
eight main sections deal with general astronautics,
astrophysics, astronautical engineering, propulsion, satellites,
space biology and medicine, and space law.
Hesse, W. J.
JET PROPULSION New York, 1958: Pitman Publishing
Corp., 567 pages
This is a textbook on jet propulsion, with chapters entitled:
“Review of Principal Definitions, Concepts, and Basic Physical
Laws,” “Principle of Jet Propulsion and Engine Classification,”
“Aerothermodynamics of Steady, One-Dimensional Isentropic
Compressible Flow,” “Compressible Flow in Constant-Area Ducts
and the Thermodynamics of Shock Waves,” “Diffuser and Nozzle
Flow with Friction,” “Energy Transfer in Turbo- Machinery,”
“Centrifugal Compressors,” “Axial - Flow Compressors,”
“Combustion Chambers, Fuels, and Controls,” “Gas Turbines,” “The
Turbojet Engine,” “Thrust Augmentation of the Turbojet Engine,”
“The Turbopump Engine,” “High Flight Mach Number Air-Breathing
Engines,” and “The Rocket Engine.”
The “Handbook” covers fundamentals of celestial mechanics,
observation means and aids, construction of Moonwatch
telescopes, the Moon- watch Program, acquisition and tracking,
photography, scientific uses of satellites, etc. There are ten
useful appendices.
“Behind the Sputniks” provides an interesting and informative in
sight into the Soviet rocket-astronautical field. It includes a
history of Russian rocketry and astronautical planning:
translations of missile, rocket, and space flight articles and
reports; and a bibliography, all based on a Rand Corp.
two-volume “A Casebook on Soviet Astronautics.” Specific
sections are entitled “Space Flight Comes of Age,” “Problems of
Astronautics,” “Biological Factors,” “Lunar and Cosmic Factors,”
“Rocket and Missile Developments,” “Satellite Plans,” and “The
Sputnik.”
Odishaw, H. and S. Ruttenberg (eds)
GEOPHYSICS AND THE I.G.Y.
Washington, 1958: American Geophysical Union, 210 pages
This is a geophysical monograph containing studies of the upper
atmosphere, IGY rocket programs, satellites, instrumentation,
etc.
Proell, W. and N. J. Bowman
HANDBOOK OF SPACE FLIGHT Chicago,
1958: Perastadion Press, 458 pages
The second revised and greatly expanded edition of an earlier
book (1950), it contains hundreds of tables and figures useful
to researchers in rocketry and space technology. Typical entries
are: properties of liquid rocket fuels, data on meteors entering
the Earth’s atmosphere, basic designs of spaceships, and
radiation from a black body to empty space.
Sternfeld, A.
INTERPLANETARY TRAVEL New York, 1958: Imported
Publications and Products, 59 pages
“Interplanetary Travel” discusses spaceships, life in
spaceships, dangers of space flight, construction and uses of
artificial satellites, and Moon, Mars, Venus, and space voyages.
Vassiliev M. and V. V. Dobronravov
SPUTNIK INTO SPACE London,
1958: Souvenir Press, 147 pages
This is a translated Russian book on satellites, Moon travel and
deep space flight for the general reader; it contains a number
of obvious inaccuracies.
Warren, F. A.
ROCKET PROPELLANTS New York, 1958: Reinhold
Publishing Corp., 218 pages
“Rocket Propellants” covers propellant systems, solids, liquids,
igniters, manufacturing and processing, combustion, safety,
evaluation and quality control, future of propellants, etc. It
is the first book dealing exclusively with its specific subject.
A description is given of artificial satellite problems,
utility, conceptual development and prospects. Information is
presented on Sputnik 1.
Zaehringer, A. J.
SOLID PROPELLANT ROCKETS Wyandotte (Michigan),
1958: American Rocket Co., 306 pages
A revised and expanded edition of a book that first appeared in
1955, it is concerned with interior ballistics, processing solid
propellants, exterior ballistics, static and dynamic testing,
applications of solid rockets, propellant technology, hybrid
rockets, and safety. An 800-reference bibliography is included.
Zucrow, M.
AIRCRAFT AND MISSILE PROPULSION—Volumes 1 and 2 New
York, 1958: John Wiley & Sons, Inc., 538 and 636 pages,
respectively
Volume 1, “Thermodynamics of Fluid Flow and Application to
Propulsion Engines,” reviews fundamentals, propulsion systems,
flow through nozzles, flow through diffusers, etc. Problems and
answers are given.
Volume 2, “The Gas Turbine Power Plant, the Turboprop, Turbojet,
Ramjet and Rocket Engines” considers gas turbine power plant
cycles and analysis of ideal cycles, analysis of gas turbine
power plants and the turboprop engine, the turbojet engine, the
ramjet engine and rocket jet propulsion. It would be difficult
to find a more complete and authoritative treatment of the
subjects.
Volume 4 contains the proceedings of the Fifth Annual Meeting of
the American Astronautical Society and is divided into six
sections dealing with upper atmosphere research and re-entry
mechanics, space vehicle design, rockets and satellites,
satellite mechanics and space exploration, guidance and
instrumentation, and man’s environment in space.
The book contains the proceedings of a joint Royal Aeronautical
Society-British Interplanetary Society symposium covering
research and sounding rockets, re-entry, recovery,
instrumentation, telemetry, guidance, sealed cabin problems,
satellites, etc. It was first published by these societies in
1958.
The evolution of jet and rocket devices from 120 B.C. to the
present is traced; revised edition of a book that first appeared
in 1957.
Alperin, M. and G. P. Sutton (eds)
ADVANCED PROPULSION SYSTEMS
New York, 1959: Pergamon Press, Inc., 237 pages
“Advanced Propulsion Systems” contains the papers delivered at
the First Advanced Propulsion Systems Symposium sponsored by the
US Air Force Office of Scientific Research and North American
Aviation, Inc. Propulsion systems, power sources, propellants,
etc., are considered, with chapters on ion propulsion systems,
solar heating, thrust from plasma, ozone and fluorine
propellants, use of metals and metal hydrides, stabilized free
radicals, magnetohydrodynamic generators, nuclear power- plants,
and so forth.
Alperin, M. and H. F. Gregory (eds)
VISTAS IN ASTRONAUTICS—
Volume 2, New York, 1959: Pergamon Press, Inc., 318 pages
Topics discussed by various contributors are grouped into five
subjects: space environment and vacuum research; control and
propulsion of space vehicles; manned space flight; departure,
space navigation and re-entry problems; and the Moon. There are
25 separate articles with such diverse titles as “Experiments
from a Lunar Vehicle,” “Cosmic Debris of Inter planetary Space,”
“A Description of a Propulsion Device which Employs a Magnetic
Field as the Driving Force,” “Utility of Manned Space Operations
for Photogrammetry and for a Physics Laboratory in Space,”
“Flight Mechanics of Low-Thrust Spacecraft,” and “Dust on the
Moon.”
Barker, A., T. R. F. Nonweiler, and R. Smelt
JETS AND ROCKETS
London, 1959: Chapman and Hall, Ltd., 254 pages
Chapters deal with momentum theory of jet and rocket propulsion,
rocket motors, constructional details of typical bipropellant
rockets, elementary rocket performance calculations, jet
propulsion, ramjets, performance of rocket projectiles, etc. A
competent technical treatment is given.
Besserer, C. W., and H. C. Besserer
GUIDE TO THE SPACE AGE New
York, 1959: Prentice-Hall, Inc., 320 pages
The book presents a glossary of missile, rocket, astronautic,
astronomical, and related terms. There are over 5,000 entries.
Definitions are clear, concise and accurate, and there is good
referencing. Basic technical terms, missile-rocket-astronautics
terms, common abbreviations, slang, and short vehicle
descriptions are included.
A penetrating look into strategy, traditional interpretations,
and modern concepts is found in the pages of this book. Missiles
are considered insofar as they contribute to the development of
strategic offensive and defensive plannings.
One of the most comprehensive surveys of astronautics available
is given, covering a wide range of subjects. Particularly useful
is the space application part of the book, explaining
observation, meteorological, navigation, and other types of
satellites.
This is one of a series of volumes on Naval weapons for use in
the Naval Science curriculum of NROTC universities and in other
Navy training programs. The book is divided into two main parts,
the first on “Guided Missiles” and the second on “Nuclear
Weapons.” Chapter titles for the guided missile section are:
“Introduction to Guided Missiles,” “Factors Affecting Missile
Flight,” “Guided Missile Components,” “Missile Propulsion
Systems,” “Missile Control Systems,” “Principles of Missile
Guidance,” “Command Guidance,” “Beam-rider Guidance,” “Homing
Guidance,” “Other Guidance Systems,” and “Guided Missile Ships
and Systems.”
Caiden, M.
SPACEPORT U.S.A. New York, 1959: E. P. Dutton and
Co.. Inc., 380 pages
This is the story of the Air Force Missile Test Center at Cape
Canaveral, Florida, its history, operations, programs,
personnel, and facilities. Considerable information is found on
past and current missiles and space carrier vehicles.
Caiden, M.
WAR FOR THE MOON New York, 1959: E. P. Dutton Co.,
Inc., 285 pages
The nature of the Moon, lunar probing, details of US and Soviet
lunar probe vehicles, future exploration attempts, etc., are
treated. Paintings are by F. Wolff.
The book contains a series of brilliant essays on the meaning of
space flight, possibilities of contact with other intelligent
beings in the universe, life in a space station, life on the
Moon and in a lunar base, Mars trip, interstellar travel,
meteors, the Sun, etc.
Compere, T. (ed)
AIR FORCE BLUE BOOK Indianapolis, 1959: Bobbs
Merrill Co., Inc., 382 pages
The “Blue Book” is a standard guide to the Air Force, its
installations, commands, achievements, missiles and advanced
systems.
Desoutter, D. M.
AIRCRAFT AND MISSILES New York, 1959: John de
Graft, Inc., 220 pages
While predominantly an aviation book, it contains useful
sections on guided missiles and on research aircraft, including
rocket propelled air planes. An excellent history of human
flight is provided, with a listing of important dates from 1783
to 1953.
Translated from the Russian by S. N. Samburoff, the book treats
basic relationships in the theory of reactive motion, classes of
jet propelled aircraft and their construction, types of
combustion in a rocket motor, flow through a nozzle, forces and
moments acting on a rocket during flight, rocket flight
trajectories, stabilization and steering, and ground equipment
and launching devices.
The book discusses, in 11 chapters, sheet alloys, wrought
alloys, cast alloys, wrought and cast alloys of aluminum and
magnesium, titanium alloys, cermets, molybenum alloys, ceramics,
materials fabrication development, and data interpretation.
Gantz, K. F. (ed)
MAN IN SPACE New York, 1959: Duell, Sloan and
Pearce, Inc., 303 pages
Various author’s have prepared articles on manned astronautic
operations, astrobiology, biodynamics of space flight, radiation
hazards, weightlessness, military space operations, engineering
in the space vehicle environment, etc. There are four appendices
(glossary of human factor terms, bibliography, biographies of
contributors, and details of project Mercury).
This interesting book relates space travel to mankind’s
scientific progress (the sub-title is “Man’s Progress from Steam
Engine to Satellite”). The last two chapters, entitled
“Penetration into Space” and “The Race to the Stars,” cover
rocket history, basic astronautics, Sputniks, Explorers, and the
future.
Gilzin, K.
SPUTNIKS AND AFTER London, 1959: Macdonald and Co.,
Ltd., 285 pages
A translation of a Soviet general-level book on space travel and
inter planetary exploration, it includes accounts of the history
of rockets and satellite developments. First published in Moscow
in 1957, it provides little information on modern Soviet space
accomplishments except to review selected aspects of the three
first Sputniks. Some details are given on Soviet meteorological
and geophysical sounding rockets.
Gordon, T. J. and J. Scheer
FIRST INTO OUTER SPACE New York,
1959: St. Martin’s Press, Inc., 197 pages
The book is mainly concerned with the US Air Force Pioneer lunar
probe project that resulted in a flight that soared over 70,000
miles from the Earth. Intimate details of the project, the
people concerned with it, life in the blockhouse prior and
during firing, etc., are provided.
This book is made up of the papers presented at a colloquium in
The Hague, 1958, carrying such titles as “Principles for a
Declaration with Reference to the Legal Nature of the Moon,” “A
Definitive Study of the Concept and Scientific Strategy of Outer
Space: The Challenge to all Nations to Support a Just System of
Space Law,” and “Design for a Law of Space.”
The IXth IAF Congress proceedings is a two-volume work with
approximately 75 chapters covering seven basic research areas:
general astronautics, upper atmospherics, space physics,
astronautical engineering, propulsion, artificial satellites,
and space biology and medicine. Papers are written in English,
German, French, Italian, and Russian; all include English,
French, and German résumés.
This is a simplified explanation of space flight for the lay
reader. The book is divided into five parts dealing with rockets
and measuring instruments; history of research rockets and
satellites; rocket bases past, present and future; mooncraft,
spaceships, interplanetary and interstellar flight; and a
planet-by-planet survey.
Herrick, J. W. and E. Burgess (eds)
ROCKET ENCYCLOPEDIA Los
Angeles, 1959: Aero Publishers, Inc., 607 pages
The book defines and explains terms and expressions used in the
rocket and missile fields, including engines, components,
accessories, manufacturing machinery and devices, ground support
equipment, processing and production methods, etc. The book is
well illustrated.
A two-volume effort, the book deals with missile control,
guidance, telemetering, optics, tracking, navigation, etc.
Volume 1 emphasizes systems and equipment, Volume 2 space
applications. Individual chapters in Volume 1 cover such topics
as radio and radar command links, guide beam, doppler and homing
techniques, actuators and related components, and gyroscopic
fundamentals. In Volume 2 testing and telemetering, optics and
electronics, satellite theory, practice, monitoring and
tracking, applications of Earth satellites, navigation and
telemetry, and electronic components for space applications are
covered.
Jessup, P. C. and H. T. Tauberfeld
CONTROLS FOR OUTER SPACE New
York, 1959: Columbia University Press, 379 pages
The book considers problems of the international control of
outer space, particularly in the light of controls for the
Antarctic. Essentially a space law treatise, it is divided into
three main parts: “International Controls in Retrospect,”
“International Controls for the Antarctic,” and “International
Controls for Outer Space.”
A discussion is given of aerospace medical progress towards
manned space flight, sensory deprivation, space feeding,
acceleration, etc. The level is for the interested general
leader.
Lancaster, O.. E. (ed)
JET PROPULSION ENGINES Princeton (New
Jersey), 1959: Princeton University Press, 970 pages
Vol. 12 of the “High Speed Aerodynamics and Jet Propulsion”
series the book has sections on the historical development of
jet propulsion, basic principles of jet propulsion, turbojet
engines, turboprop engines, intermittent jets, liquid and solid
propellant rocket engines, ram rockets and other hybrid type
engines, use of atomic energy in jet propulsion, and prospects
for the future.
Levitt, I. M.
TARGET FOR TOMORROW New York, 1959: Fleet
Publishing Co., 328 pages
“Target for Tomorrow” is a general work on rockets, missiles and
satellites, space travel, life on other worlds, space suits,
Moon bases, etc.
Chapters have been prepared by US, British, German, and former
Soviet authorities in aeronautical and missile fields; covers
largely manned airplanes, with less emphasis on rockets and
missiles.
With contributions by leading Air Force authorities and by Air
Force Magazine editors, the book covers space control and
national security, the space frontier, ballistic missiles and
the Strategic Air Command mission, space weapons, man in space,
space medicine, spacecraft and space flight, etc.
A high percentage of this interesting and informative work is
devoted to German rocket and missile developments. The book,
translated from the German, offers descriptive paragraphs on the
Vi and V2, A9/Al0, X7 SD1400X, Hs293, Bu246, Rheinbote, R4M,
rocket airplanes, etc.
McLaughlin, C. (ed)
SPACE AGE DICTIONARY Princeton (New Jersey),
1959: D. von Nostrand Co., Inc., 128 pages
This is an illustrated, simplified space dictionary for the
non-specialist, covering such fields as satellite technology,
missiles, rocket propulsion, telemetry, radiation physics,
guidance and control, and interplanetary flight. Vehicular data
and sideviews are presented at the end of the book.
Marcus, A. and R. B. Marcus
TOMORROW THE MOON Englewood Cliffs
(New Jersey), 1959: Prentice-Hall, Inc., 150 pages
A simplified résumé of history and development of rocketry and
astronautics for lay readers.
Mehrens, H. E.
DAWNING SPACE AGE Ellington Air Force Base
(Texas), 1959: Civil Air Patrol, 219 pages
An exceptionally well presented book for the inquiring amateur
rocket-space enthusiast, it is carefully illustrated, offering
an instructive guide to missiles, propulsion, guidance, research
rockets, satellites and space flight.
This dictionary is the fifth volume in the “Principles of Guided
Missile Design” series (G. Merrill, ed), and contains
definitions and explanations of hundreds of terms, with
illustrative support. It is, in fact, a combination
encyclopedia-dictionary, covering such subjects as aero and
astrodynamics, astronomy, space physics, guidance, control,
radar, propulsion, propellants, and vehicles. Of the increasing
numbers of space age dictionaries that have appeared, it is by
far the most comprehensive.
AGARDograph No. 32 consists of the papers presented at the Cranz
Centenary Colloquium. Subjects considered are exterior
ballistics developments in the US, British aeroballistic
research, aerodynamic effects on long-range rocket craft,
ballistics of the Explorer satellite, meteorites and ballistics,
stability and controllability of cross-winged guided missiles,
the role of free flight ranges in ballistic and aerodynamic
research, electronic and optical means of observation of guided
missiles and satellites, brief history of rocket research and
development in the United Kingdom, etc.
Newell, H. E., Jr. (ed)
SOUNDING ROCKETS New York, 1959:
McGraw-Hill Book Company, Inc., 334 pages
Several chapters are by Newell (high altitude sounding rockets,
the use of rockets for geophysical and solar research,
facilities for the firing of sounding rockets, and artificial
satellites of the Earth) and the remainder are by high altitude
rocket authorities from the US, Great Britain, France, and
Japan. They discuss the Aerobee, Deacon, Cajun, Asp, Loki-Wasp,
balloon-launched rockets, aircraft-launched rockets, Nike-Cajun
and Nike-Deacon, Terrapin, Viking, British, French and Japanese
sounding rockets, and future sounding rockets.
Oberth, H.
MOON CAR New York, 1959: Harper and Brothers, 98
pages
Translated from the German by W. Ley, the book provides
information on a Moon car design, fuel problems, lunar surface
and nature of the environment, constructing and testing the car,
etc.
Ordway, F. I III (ed)
ADVANCES IN SPACE SCIENCE—Volume 1 New
York, 1959: Academic Press, Inc., 412 pages
First of a series of volumes on space science and technology,
the book covers power supplies for satellites and space
vehicles, interplanetary rocket trajectories, interplanetary
communications, manned space cabin systems, radiation and man in
space, and nutrition in space flight. There is an appendix
giving a decimal classification system for astronautics.
This amateur’s handbook contains contributions by various
authorities covering such subjects as organizing a rocket club,
satellite orbit geometry, safety rules for rocket amateurs,
solid and liquid propellant rockets, design of model rockets,
test instrumentation, launching model rockets, etc.
Puckett, A. E. and S. Ramo (eds)
GUIDED MISSILE ENGINEERING New
York, 1959: McGraw-Hill Book Co., Inc., 497 pages
The book provides a basic and detailed coverage of electronics,
guidance theory, aerodynamics, airframe performance, systems
engineering, propulsion, computers, trajectories, etc. It gives
a solid treatment of the several aspects of missile engineering.
General book on space travel, covering history of the concept,
missiles, rocket motors, propellants, navigation in space,
spaceship design, space medicine, lunar landings, and
communication across interstellar space.
Seifert, II. S. (ed)
SPACE TECHNOLOGY New York, 1959: John Wiley
and Sons, Inc 1,172 pages
The book is concerned with five main areas, namely: flight
dynamics, propulsion and structures, communications and
guidance, man in space, and space technology applications. It is
based on courses given at the University of California and has
38 contributors, who have prepared chapters fitting into the
above five major categories of space technology and space
science. Typical chapter titles are “Time Dilation Effects in
Space Travel,” “Performance of Rockets and the Theory of