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Electrical Engineering, 1937
THE MEASUREMENT of magnetic fields in air gaps by the existing methods, is almost as cumbersome as light measurements were before the introduction of the photronic cell or photoelectric tube into that field. This paper describes a meter for the measurement of magnetic flux which seems to parallel the advance made in the lighting field.
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THE MEASUREMENT of magnetic fields in air gaps by the existing methods, is almost as cumbersome as light measurements were before the introduction of the photronic cell or photoelectric tube into that field. This paper describes a meter for the measurement of magnetic flux which seems to parallel the advance made in the lighting field.
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Magnetic Flux Distribution in Transformers
Transactions of the American Institute of Electrical Engineers, 1922It is customary when discussing magnetic leakage in the transformer to consider the primary and secondary windings as having a counter e. m. f. induced by a flux surrounding the coil and having the core for a part of its path. This leakage flux is frequently represented by closed lines.
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Magnetic Sensor Using Progressive Magnetic Flux
1995Abstract This paper presents a new non-destructive testing for tubular materials. The present magnetic sensor excites the tubular material with the progressive magnetic flux for inducing the eddy currents. As a fundamental study, we present the results obtained with a numerical analysis.
S. Nagata, M. Enokizono
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Dipolarizing Flux Bundles and Magnetic Flux Transport
Journal of Geophysical Research: Space PhysicsAbstractAn important feature intimately related to substorm process is the development of dipolarization in the near‐Earth region. A common concept is that it arises from magnetic flux transported by dipolarizing flux bundles generated by magnetic reconnection in the mid‐tail region. This concept is based on assuming the validity of the frozen‐in‐field
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