Abstract
REPORTS from this laboratory1–4, afterwards confirmed elsewhere5, have shown non-thermal effects of radio-frequency on living organisms and non-living material. To preclude heat in these experiments, the radio-frequency was pulsed with pulse widths in the (μsec range, and the duty cycle usually was less than 1 per cent. In these conditions any rise in temperature could be controlled so as to be virtually undetectable.
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References
Heller, J. H., and Texeira-Pinto, A. A., R.E.S. Bull., 4, 10 (1958).
Heller, J. H., and Texeira-Pinto, A. A., Nature, 183, 905 (1959).
Texeira-Pinto, A. A., Nejelski, jun., L. L., Cutler, J. L., and Heller, J. H., Exp. Cell Res., 20, 548 (1960).
Heller, J. H., and Mickey, G. H., Digest, Fourth Intern. Conf. Med. Electronics, 152 (New York, 1961).
Furedi, A. A., and Valentine, R. C., Biochim. Biophys. Acta, 56, 33 (1962).
Muth, E., Kolloid Z., 41, 97 (1927).
Krasny-Ergen, W., Arch. Phys. Therapy, 21, 362 (1940).
Wildervanck, A., Wakim, K. G., Herrick, J. F., and Krusen, F. H., Arch. Phys. Med., 40, 45 (1959).
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HELLER, J., WILKINS, D. & FREEBORN, J. Effect of Radio-frequency Fields on the Zeta-potential of a Colloidal Suspension. Nature 197, 997–998 (1963). https://doi.org/10.1038/197997a0
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DOI: https://doi.org/10.1038/197997a0