Titlebook: Biological Effects of Magnetic Fields; Madeleine F. Barnothy (Professor of Physics) Book 1964 Springer Science+Business Media New York 196

transplantation

exophthalmos

978-1-4757-0216-3Springer Science+Business Media New York 1964

ARCHE

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attenuate

https://doi.org/10.1007/978-3-322-80479-2udy of its effects on living matter was not aroused until the nineteenth century. Since then, several reports on the effects of magnetic fields on life from bacteria to man have appeared from time to time. In the last decade this interest has intensified and several studies have been published in many journals.

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Plant Growth Responsesy a number of reports which purport to demonstrate effects of magnetic fields on one or more phases of plant growth and development and, on the other hand, with experiments where the magnetic field had no effect.

種植,培養(yǎng)

Introductionstate of space, characterized in the neighborhood of masses by a deviation of its geometry from the Euclidean geometry of the flat space. Masses cause the flat Euclidean space to become curved, to bulge out. A test particle possessing a mass “senses” the varying curvature of this bulge as a real phy

majestic

Basic Concepts Related to Magnetic Fields and Magnetic Susceptibility the Hindus, dating back to about 1000 BC, in the Platonic dialogues of Socrates, and in the ancient literature of the Chinese. Scientific studies of magnetism began with William Gilbert of Colchester (1540–1603); he showed that the earth itself behaves like a magnet, that iron ceases to be attracte

下垂

The Vector Character of Field and Gradient and Its Possible Implications For Biomagnetic Experimentsursors of biomagnetic effects. As we have seen there, the overwhelming majority of these cumulative effects is reversible, meaning that a change in the direction of the field or gradient vector relative to the coordinate system of the specimen (organ, cell, molecule) will entail a change in the dire