TABLE OF CONTENTS
A Comparison of Deep-Heating Electrode Concepts for Hyperthermia [PDF] [ABS] by W.H. Harrison, F.K. Storm, R.S. Elliott and D.L. Morton
|
1 |
Can Microwave/Radiofrequency Radiation (RFR) Burns be Distinguished from Conventional Burns? [PDF] [ABS] by R.A. Budd
|
9 |
Safety of 9.3 GHz Microwave Radiant Heating for Possible Caloric Supplement and Medical Treatment [PDF] [ABS] by R.D. McAfee, R. Ortiz-Lugo, R. Bishop and R. Gordon
|
13 |
Better Simple Models of Human Radiofrequency Absorption Rates for E Polarization at Quasi-Static Frequencies [PDF] [ABS] by D. Hill
|
17 |
Computer Simulation for Local Temperature Control During Microwave-Induced Hyperthermia [PDF] [ABS] by C. De Wagter
|
31 |
Low Power 2.45 GHz Microwave Radiation Affects Neither the Vacuolar Potential nor the Low Frequency Excess Noise in Single Cells of Characean Algae [PDF] [ABS] by A.V. Gokhale, W.F. Pickard and K.M. Brunkard
|
43 |
Temperature Runaway of Microwave Heated Materials: Study and Control [PDF] [ABS] by G. Roussy, A. Mercier, J-M. Thiébaut and J-P. Vaubourg
|
47 |
Data Reanalysis Reveals Significant Microwave-Induced Eye Damage in Humans [PDF] [ABS] by A. Frey
|
53 |
Science and Standards – Another Viewpoint [PDF] by J.H. Merritt
|
55 |
Current Patents [PDF] by J.E. Gerling
|
57 |
Electromagnetic Energy: Book Reviews and Abstracts [PDF] by W.A.G. Voss
|
61 |