Results 211 to 220 of about 167,962 (264)

Electrical field and current distributions in electrochemotherapy

Bioelectrochemistry and Bioenergetics, 1999
Electrochemotherapy is a method for cancer treatment consisting in combining intratumor injection of cytotoxic agent with the application of intensive electrical stimuli. Thus transient cell membranes permeabilization is created, allowing the agent to better exercise its destroying effect.
K, Brandisky, I, Daskalov
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Electrical field distribution in the human body

Physics in Medicine & Biology, 1973
Electrical potential differences are applied to the human body in biomedical work and sometimes by accident. The determination of electrical field patterns is important under these circumstances. The present paper gives the basis for applying electromagnetic field equations, particularly the Laplace equation, to the determination of field patterns ...
S K, Guha, M R, Khan, S N, Tandon
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Electric field distribution for a surface

IEEE Transactions on Electron Devices, 1971
A closed form expression is obtained for the electric field distribution that results when a voltage is impressed on a system of surface wave interdigital electrodes. The conventional assumptions of weak piezoelectric coupling and of electrodes long compared with acoustic wavelength are made.
M.O. Vassell, A.K. Ganguly
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Measurement of electric field distributions

IRE Transactions on Antennas and Propagation, 1955
The usual method of measuring electric field distributions comprises a receiving antenna at the point of observation, connected by means of a transmission line to receiving apparatus at some distant point. The principal advantage of the method described here is that it eliminates the transmission line and thus makes possible many measurements which ...
R. Justice, V. Rumsey
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Electric field distributions in strongly coupled plasmas

Physical Review A, 1985
Corrections to the adjustable-parameter exponential (APEX) model recently proposed by Iglesias, Lebowitz, and MacGowan for electric field distributions in a strongly coupled plasma are defined and discussed. The results for a neutral point are compared with those from Monte Carlo calculations for two values of the plasma parameter, and good agreement ...
, Dufty, , Boercker, , Iglesias
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Measured distribution of electric field in GTEM-cell

2001 IEEE EMC International Symposium. Symposium Record. International Symposium on Electromagnetic Compatibility (Cat. No.01CH37161), 2002
The electric field inside the GTEM-cell [1] was measured with the field probe. The variation of the electric field was within 3 dB. The measured results were compared with the numerical model performed with Finite Element Method (FEM). There is a very good agreement between measured results and the computer model.
Malarić, Krešimir, Šarolić, Antonio, Roje, Vesna, Bartolić, Juraj, Modlic, Borivoj   +4 more
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Electric Field Distributions in an Ionized Gas. II

Physical Review, 1960
A method previously described is used to calculate the probability distribution of the low-frequency component of the electric field at a neutral point, the distribution of the low-frequency component at an ion, and that of the highfrequency component at an electron. The results are compared with those obtained by other authors. (auth)
Mozer, B., Baranger, M.
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Scalp Distribution of Electrical Fields Related to Blink Reflex

Journal of Clinical Neurophysiology, 1995
In 20 subjects the supraorbital nerve was stimulated and R1 recorded from electrodes placed over the ipsilateral orbicularis oculi muscle and from locations Fz, F8, F7, Cz, C6, C5, Pz, T4, and T3 on the scalp. The latter were referred either to an extracranial electrode or to Fz.
LEANDRI, MASSIMO, SCHIZZI R., FAVALE, EMILIO   +2 more
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Optimization of optical parameters and electric field distribution in multilayers

Applied Optics, 1984
Multilayer coatings for high-power laser mirrors and lenses have been optimized by a particular constrained gradient method to reach together with a reduction of damage threshold (i.e., suppression of the peak electric field), good values of optical parameters (reflectance or transmittance).
F. DEMICHELIS, E. MINETTI MEZZETTI, TALLONE, LUIGI, TRESSO, Elena Maria   +3 more
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Electric field distribution in an electroluminescent cell

Journal of Applied Spectroscopy, 1966
The theory of linear parameter distribution is discussed in relation to calculation of the intensity for an electroluminescent cell (EC). It is found that some of the formulas are applicable to the practical ranges of EC because the spatial region where nonlinear processes occur in strong fields is of restricted extent.
E. K. Tal'viste, Kh. Ya. Kalder
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