Introduction to Detonation 1st Edition by Theory Wildon Fickett – Ebook PDF Instant Download/Delivery: 0520337719, 978-0520337718
Full download Introduction to Detonation 1st Edition after payment

Product details:
ISBN 10: 0520337719
ISBN 13: 978-0520337718
Author: Theory Wildon Fickett
This title is part of UC Press’s Voices Revived program, which commemorates University of California Press’s mission to seek out and cultivate the brightest minds and give them voice, reach, and impact. Drawing on a backlist dating to 1893, Voices Revived makes high-quality, peer-reviewed scholarship accessible once again using print-on-demand technology. This title was originally published in 1985.
Table of contents:
1. INTRODUCTION
1A. Physical System
1B. Analog
1C. Terminology and Notation
1D. Plan of the Book
2. NONREACTIVE FLOW
2A. The Analog
2B. Continuous Solutions
2C. Shock Formation
2D. Shocks
2E. Wave-Change Relations
2F. Continuous Steady Solutions
2G. Viscosity
3. REACTIVE FLOW
3A. The Analog
3B. Equation-of-State and Rate Examples
3C. Frozen Sound Speed and Thermicity
3D. Characteristics
3E. Equilibrium Sound Speed
3F. Shocks
.3G. Wave-change Relations
3H. Steady Solution
31. Example
4. EQUILIBRIUM INITIAL STATE
4A. Spatially Uniform Displacement
4B. Rarefaction
4C. Shock
5. THE SIMPLEST DETONATION
5A. Instantaneous Reaction
5B. Finite Reaction Rate
5C. Deflagration
6. STEADY SOLUTIONS
6A. One Two-way Reaction
6B. Two One-way Reactions, Both Exothermic
6C. Two One-way Reactions, One Endothermic
6D. Two Reactions, One Two-way
6E. Viscosity
6F. Phase Transition
6G. Phase Transition with Viscosity
6H. Radial Divergence
7. STABILITY OF THE REACTION ZONE
7A. Transformation to the Shock-Time Frame
7B. No Reaction
7C. Reaction Rate Dependent Only on Composition
7D. Example: r = 2(1 – 2)12
7E. “Shock-Strength” Rate r = r(D(x), λ)
7F. Example: r = 2k(D)(1 – 1)12
People also search for:
detonation explained
first detonation of atomic bomb
example of detonation
initial detonation
detonation analysis
Tags: Theory Wildon Fickett, Introduction to Detonation


