The Effects of Nuclear Weapons

Compiled and edited by
Samuel Glasstone and Philip J. Dolan

Third Edition

Prepared and published by the
UNITED STATES DEPARTMENT OF DEFENSE
and the
ENERGY RESEARCH AND DEVELOPMENT ADMINISTRATION

DoD and ERDA logos

1977

________________________________________________________________
For sale by the Superintendent of Documents, U.S. Government Printing Office
Washington, D.C. 20402

 

PREFACE

When "The Effects of Atomic Weapons" was published in 1950, the explosive energy yields of the fission bombs available at that time were equivalent to some thousands of tons (i.e., kilotons) of TNT. With the development of thermonuclear (fusion) weapons, having energy yields in the range of millions of tons (i.e., megatons) of TNT, a new presentation, entitled "The Effects of Nuclear Weapons," was issued in 1957. A completely revised edition was published in 1962 and this was reprinted with a few changes early in 1964.

Since the last version of "The Effects of Nuclear Weapons" was prepared, much new information has become available concerning nuclear weapons effects. This has come in part from the series of atmospheric tests, including several at very high altitudes, conducted in the Pacific Ocean area in 1962. In addition, laboratory studies, theoretical calculations, and computer simulations have provided a better understanding of the various effects. Within the limits imposed by security requirements, the new information has been incorporated in the present edition. In particular, attention may be called to a new chapter on the electromagnetic pulse.

We should emphasize, as has been done in the earlier editions, that numerical values given in this book are not--and cannot be--exact. They must inevitably include a substantial margin of error. Apart from the difficulties in making measurements of weapons effects, the results are often dependent upon circumstances which could not be predicted in the event of a nuclear attack. Furthermore, two weapons of different design may have the same explosive energy yield, but the effects could be markedly different. Where such possibilities exist, attention is called in the text to the limitations of the data presented; these limitations should not be overlooked.

The material is arranged in a manner that should permit the general reader to obtain a good understanding of the various topics without having to cope with the more technical details. Most chapters are thus in two parts: the first part is written at a fairly low technical level whereas the second treats some of the more technical and mathematical aspects. The presentation allows the reader to omit any or all of the latter sections without loss of continuity.

The choice of units for expressing numerical data presented us with a dilemma. The exclusive use of international (SI) or metric units would have placed a burden on many readers not familiar with these units, whereas the inclusion of both SI and common units would have complicated many figures, especially those with logarithmic scales. As a compromise, we have retained the older units and added an explanation of the SI system and a table of appropriate conversion factors.

Many organizations and individuals contributed in one way or another to this revision of "The Effects of Nuclear Weapons," and their cooperation is gratefully acknowledged. In particular, we wish to express our appreciation of the help given us by L. J. Deal and W. W. Schroebel of the Energy Research and Development Administration and by Cmdr. H. L. Hoppe of the Department of Defense.

Samuel Glasstone
Philip J. Dolan

ACKNOWLEDGEMENTS

Preparation of this revision of "The Effects of Nuclear Weapons" was made possible by the assistance and cooperation of members of the organizations listed below.

Department of Defense

Headquarters, Defense Nuclear Agency
Defense Civil Preparedness Agency
Armed Forces Radiobiology Research Institute
U.S. Army Aberdeen Research and Development Center, Ballistic Research Laboratories
U.S. Army Engineer Waterways Experiment Station
Naval Surface Weapons Center

Department of Defense Contractors

Stanford Research Institute
General Electric, TEMPO
Mission Research Corporation
Department of Commerce
National Oceanic and Atmospheric Administration

Atomic Energy Commission/
Energy Research and Development Administration

Headquarters Divisions and the laboratories:

Brookhaven National Laboratory
Health and Safety Laboratory
Lawrence Livermore Laboratory
Los Alamos Scientific Laboratory
Lovelace Biomedical and Environmenal Research Laboratories
Oak Ridge National Laboratory
Sandia Laboratories

CONTENTS

Page
CHAPTER I--General Principles of Nuclear Explosions 1

Characteristics of Nuclear Explosions
Scientific Basis of Nuclear Explosions

1
12
CHAPTER II--Descriptions of Nuclear Explosions 26

Introduction
Description of Air and Surface Bursts
Description of High-Altitude Bursts
Description of Underwater Bursts
Description of Underground Bursts
Scientific Aspects of Nuclear Explosion Phenomena

26
27
45
48
58
63
CHAPTER III--Air Blast Phenomena in Air and Surface Bursts 80

Characteristics of the Blast Wave in Air
Reflection of Blast Wave at a Surface
Modification of Air Blast Phenomena
Technical Aspects of Blast Wave Phenomena

80
86
92
96
CHAPTER IV--Air Blast Loading 127

Interaction of Blast Wave with Structures
Interaction of Objects with Air Blast

127
132
CHAPTER V--Structural Damage from Air Blast 154

Introduction
Factors Affecting Response
Commercial and Administrative Structures
Industrial Structures
Residential Structures
Transportation
Utilities
Miscellaneous Targets
Analysis of Damage from Air Blast

154
156
158
165
175
189
195
206
212
CHAPTER VI--Shock Effects of Surface and Subsurface Bursts 231

Characteristics of Surface and Shallow Underground Bursts
Deep Underground Bursts
Damage to Structures
Characteristics of Underwater Bursts
Technical Aspects of Surface and Underground Bursts
Technical Aspects of Deep Underground Bursts
Loading on Buried Structures
Damage from Ground Shock
Technical Aspects of Underwater Bursts

231
238
241
244
253
260
263
265
268
CHAPTER VII--Thermal Radiation and Its Effects 276

Radiation from the Fireball
Thermal Radiation Effects
Incendiary Effects
Incendiary Effects in Japan
Technical Aspects of Thermal Radiation
Radiant Exposure-Distance Relationships

276
282
296
300
305
316
CHAPTER VIII--Initial Nuclear Radiation 324

Nature of Nuclear Radiations
Gamma Rays
Neutrons
Transient-Radiation Effects on Electronics (TREE)
Technical Aspects of Initial Nuclear Radiation

324
326
340
349
353
CHAPTER IX--Residual Nuclear Radiation and Fallout 387

Sources of Residual Radiation
Radioactive Contamination from Nuclear Explosions
Fallout Distribution in Land Surface Bursts
Fallout Predictions for Land Surface Bursts
Attenuation of Residual Nuclear Radiation
Delayed Fallout
Technical Aspects of Residual Nuclear Radiation

387
409
414
422
439
442
450
CHAPTER X--Radio and Radar Effects 461

Introduction
Atmospheric Ionization Phenomena
Ionization Produced by Nuclear Explosions
Effects on Radio and Radar Signals
Technical Aspects of Radio and Radar Effects

461
462
466
479
489
CHAPTER XI-The Electromagnetic Pulse and its Effects 514

Origin and Nature of the EMP
EMP Damage and Protection
Theory of the EMP

514
523
532
CHAPTER XII--Biological Effects 541

Introduction
Blast Injuries
Burn Injuries
Nuclear Radiation Injury
Characteristics of Acute Whole-Body Radiation Injury
Combined Injuries
Late Effects of Ionizing Radiation
Effects of Early Fallout
Long-Term Hazard from Delayed Fallout
Genetic Effects of Nuclear Radiation
Pathology of Acute Radiation Injury
Blast-Related Effects
Effects on Farm Animals and Plants

541
548
560
575
583
588
589
594
604
609
614
618
618
Glossary

Guide to SI Units

Index

629

642

644

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