96

Bioelectromagnetism

Kouwenhoven WB, Miller CJ, Barnes HC and Burgess TJ (1966): Body currents in live line working.

IEEE Trans PAS 85:403–411.

Kouwenhoven WB, Langworthy OR, Singwald ML and Knickerkocker GG (1967): Medical evaluation

of man working in AC electric felds. IEEE Trans PAS 86:506–511.

Krasny-Ergen W (1936): Nicht-thermische Wirkungen elektrischer Schwingungen auf Kolloide.

Hochfrequenz-technik und Elektroakust 48:126–133.

Krasny-Ergen W (1937): Der Feldverlauf im Bereiche sehr kurzen Wellen: spontane Drefelder.

Hochfrequenz-technik und Elektroakust 49 195–201.

Krueger AP, Kotaka S and Andriese PC (1962): Studies on the efects of gaseous ions on plant growths.

I. Te infuence of positive and negative air ions on the growth of Avena Sativa. J Gen Physiol

45:879–895.

Kursawe M, Stunder D, Krampert T, Kaife A, Driessen S, Kraus T and Jankowiak K (2021): Human

detection thresholds of DC, AC, and hybrid electric felds: a double-blind study. Environ Health

20: 92.

Küstler G (2007): Dimgnetic levitation-historical milestones. Rev. Roum. Sci. Techn-Electrotechn. et.

Energ 52:265–282.

Lauterbur PC (1973): Image formation by induced local interactions: Examples employing nuclear mag­

netic resonance. Nature 242:190–191.

Lemström KS (1904): Electricity in Agriculture and Horticulture. Te Electrician Printing and Publishing

Co, London.

Liebesny P (1938): Athermic short wave therapy. Arch Phys Terapy 19:736–740.

Lillie RS (1925): Factors afecting transmission and recovery in the passive iron nerve model. J Gen

Physiol 7:473–507.

Lin AL, Gao JH, Duong TO and Fox PT (2010): Functional neuroimaging: a physiological perspective.

Front Neuroenerg 2:17.

Lin JC (1994): Early contribution to electromagnetic feld in living systems. In Advances in Electromagnetic

Fields in Living System. (ed). Lin JC, pp. 1–25, Prenum Press, New York, London.

Lin JC (2016): Minimally invasive transcranial magnetic stimulation (TMS) treatment for major depres­

sion. Radio Sci Bullet 357:57–59.

Lin JC (2017): Te Moscow embassy Microwave Signal. Radio Sci Bullet 363: 90–93.

Lodge O (1908): Electricity in agriculture. Nature 78:331–332.

Lund EJ (1947): Bioelectric Fields and Growth. Te University of Texas Press, Austin, TX.

Magnusson CE and Stevens HC (1911): Visual sensations caused by the changes in the strength of a mag­

netic felds. Am J Physiol 29:124–136.

Magnusson CE and Stevens HC (1914): Visual sensations created by a magnetic felds. Phil Mag

28:188–207.

Mains S (1983): Te Minnesota power-line wars. IEEE Spect 20:56–62.

Malboysson E (1976): Medical control of men working within eletromagnetic felds. Rev Gen Electro:

Special Issue (July):75–80.

Mansfeld P and Maudsley AA (1977): Planar spin imaging by NMR. J Magnet Resonance 27:101–119.

Martin FB, Bender A, Steuernagel G, et al. (1986): Epidemiologic study of Holstein dairy cow perfor­

mance and reproduction near a high-voltage direct-current powerlines. J Toxicol Environ Health

19:303–324.

Martinez JA (2019): Te “Moscow signal” epidemiological study, 40 years on. Rev Environ Health

34:13–24.

Masuda S, Washizu M and Iwadera N (1987): Separation of small particles suspended in lipid by non­

uniform traveling feld. IEEE Trans IA 23: 474–481.

Masuda S, Washizu M and Kawabata I (1988): Movement of blood cells in liquid by nonuniform travel­

ing feld. IEEE Trans IA 24:217–222.

McComas AJ (2011): Galvani’s Spark: Te Story of the Nerve Impulse. Oxford University Press, Oxford.