The Interaction of acoustical and electromagnetic fields with biological systems: a collection of papers from the symposium honoring Professor Herman P. Schwan on the occasion of his 65th birthday, Philadelphia, November 24 and 25, 1980
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The Dielectric Method of Investigating Bound Water in Biological
Dielectric Probe of the ElectricFieldSensitive Peptide Alamethicin
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2-min periods acoustic alamethicin animals approximately aqueous behavior Bioelectromagnetics biological effects biological systems Biophysics body bound water calculated Carstensen cavity cells conductivity current density detection dielectric dispersion dielectric properties dielectric relaxation distribution electric field electromagnetic fields energy absorption equation experimental exposed exposure faradic field strength function Gandhi Hagmann Hardy JD heat hemoglobin Hendler human hyperthermia IEEE Trans increase inhomogeneous inphase interaction inverse scattering kV/m measurements membrane methemoglobin Michaelson SM microemulsions microwave frequencies microwave irradiation molecular molecules mW/g near-field Neck Knee Ankle observed obtained permittivity phonon Phys Physiol physiological plane wave protein protein solutions pulsed radiation rats relaxation frequency relaxation processes resonant response safe area scattered waves Schwan HP shown skin depth spheroid stimulation Stolwijk Stolwijk JAJ studies subsystem suspensions technique Temperature Regulation thermal thermographic thermoregulatory thresholds tissue ultrasonic ultrasound values volume fraction water of hydration whole-body