APPLICATION OF MICROWAVE FREQUENCY MEASUREMENTS TO IDENTIFY PATHOLOGICAL COMPOUNDS IN BIOLOGICAL SPECIMENS
K. Bakin, E. E. Stickley · 1970
Dielectric relaxation times of dipole liquids are directly proportional to molecular radius and viscosity and inversely proportional to temperature. The Debye model, modified by a form factor for non-spherical molecules, can characterize molecular size and form from dielectric properties. Exploratory trials tested whether the method could detect shape or configuration variations in compounds from pathological situations. The method's sensitivity appeared to support its applicability, with further refinements in development.