β Scribed by S.H. Lin
No coin nor oath required. For personal study only.
A physical model is given in the present work for determining the maximum current load and thermal response in a high voltage power transmission line. The model is based on all major heat transfer mechanisms occurring in the conductor in a natural environment. To verify the model, its predictions are compared with experimental data. It is shown that the model predictions and the observed data are in good agreement.
π SIMILAR VOLUMES
In epidemiological studies of electromagnetic fields and health effects, exposure classification is crucial. There is no generally accepted biophysical interaction mechanism, but many studies are based on the hypothesis of a causal relationship with the strength of magnetic field. Some definition of
Two herds of beef cattle were maintained beneath a k500 kV direct-current transmission line during a 30-month period, and were compared with two similar herds maintained away from the transmission line. Exposures of animals under the line were five to 30 times greater than those of control animals,