#8 Physical Aspects of Hyperthermia
Author: Gilbert H. Nussbaum ed.ISBN: 9780883184141
Published: 1982 | 656 pp | Hardcover
Price: $ 60.00
Table of Contents
I. RATIONALEThe Biology of Hyperthermia In Vitro
Stephen A. Sapareto
Hyperthermia In Vivo
Fred W. Hetzel
Physiological Factors in Hyperthermia of Tumors
Chang W. Song
Rationale for Clinical Application of Hyperthermia: Alone or Combined with Irradiation or Cytotoxic Drugs in Cancer Therapy
Carlos A. Perez
II. PHYSICAL FUNDAMENTALS
Conceptual Outline of Hyperthermia Physics
Gilbert H. Nussbaum
Electromagnetic and Acoustic Properties of Tissues
Everette C. Burdette
Physical Aspects and Methods of Hyperthermia Production by RF Currents and Microwaves
Magdy F. Iskander
Power Deposition with Microwaves
Robert W. Paglione
Power Deposition for Ultrasound Hyperthermia
Frank E. Barber and Charles P. Griffice
Invasive Thermometry
Thomas C. Cetas
Current Techniques for Non-Invasive Thermometry
Douglas A. Christensen
III. TECHNICAL METHODS
Clinical Hyperthermia with RF Currents
James R. Oleson and Thomas C. Cetas
Clinical Application of High Frequency Methods for Local Tumor Hyperthermia
Peter M. Corry and Barthel Barlogie
Clinical Hyperthermia with Microwaves
Taljit S. Sandhu
Microwave Techniques for Clinical Hyperthermia
Augustine Y. Cheung
United States Radiation Safety and Regulatory Considerations and Procedures for Radiofrequency Hyperthermia Systems
Howard I. Bassen and Raymond F. Coakley, Jr.
Local Hyperthermia by Ultrasound
Padmakar P. Lele
IV. MEASUREMENT AND MODELING
The Philosophy and Use of Tissue-Equivalent Electromagnetic Phantoms
Thomas C. Cetas
Electromagnetic Power Deposition in Biological Models: Numerical Calculations and Phantom Measurements
Magdy F. Iskander
Patient-Related Phantoms for Ultrasound
Frank E. Barber
Analysis of Tumor Volume and Thermal Dosimetric Effects on Tumor Response to Heat, Radiation and Heat Plus Radiation: Results of a Phase III Randomized Clinical Trial in Pet Animals
Mark W. Dewhirst, Thomas Moon, and David Carlin
Thermodynamics of Tissue Heating: Modeling and Measurements for Temperature Distributions
H. Frederick Bowman
Mathematical Modeling of Heat Transfer in Living Tissues─The Formulation
Michael M. Chen
V. WHOLE BODY HYPERTHERMIA
Whole Body Heating: Thermoregulation and Modeling
Jan A. J. Stolwijk
Methods for the Induction of Systemic Hyperthermia
Peter M. Corry, O. Howard Frazier, Joan M. Bull, and Barthel Barlogie
Clinical Evaluation: Induction of Systemic Hyperthermia by Extracorporeal Circulation, as Primary and Adjuvant Treatment of Advanced Solid Tumor Malignancies
Leon C. Parks