Heat and Concentration Waves. Analysis and Application

Content: 
Front Matter, Page iii
Copyright, Page iv
Dedication, Page v
Dedication, Page vii
Preface, Pages xiii-xv
Acknowledgments, Page xvii
Nomenclature, Pages xix-xxviii
Chapter 1 - Introduction and Waves and Pulses, Pages 1-20, G. Alan Turner
Chapter 2 - Sources in One-Dimensional Flow, Pages 21-33, G. Alan Turner
Chapter 3 - The Ideal Impulse In One-Dimensional Flow, Pages 34-57, G. Alan Turner
Chapter 4 - The General Pulse; Properties and Uses of Its Transforms, Pages 58-72, G. Alan Turner
Chapter 5 - Behavior at a Longitudinal Discontinuity: Pulses, Pages 73-93, G. Alan Turner
Chapter 6 - Sinusoidal Waves, Pages 94-118, G. Alan Turner
Chapter 7 - Reservoir Phases, Pages 119-138, G. Alan Turner
Chapter 8 - Experimental Measurements, Pages 139-166, G. Alan Turner
Chapter 9 - Practical Considerations and Examples, Pages 167-189, G. Alan Turner
Appendix 1 - Change of Variable in Moving Systems: Time, Pages 191-193
Appendix 2 - Change of Variable in Moving Systems: Distance, Pages 194-195
Appendix 3 - The Evaluation of Some Integrals, Pages 196-200
Appendix 4 - Some Properties of the Equation y = y0 exp(−k2z2) and of Its Integral, Pages 201-203
Appendix 5 - The Development of a Laplace Transform of a Pulse, Pages 204-205
Appendix 6 - The Laplace Transform of Equation (2.36), Page 206
Appendix 7 - The Variance of a Distribution, Pages 207-209
Appendix 8 - Transport Equations, Pages 210-212
Appendix 9 - To Show That (b ± ig)1/2 = [(s + b)/2]1/2 ± i[(s − b)/2]1/2, Pages 213-214
Appendix 10 - General Wave Properties. Interference, Pages 215-218
Author Index, Pages 219-221
Subject Index, Pages 222-233