Such motors, called alternating-current induction motors, were first advocated in the late 19th century by Nikola Tesla, for whom the company is named.
A design methodology of the ohmic heating and plasma current induction system for a small tokamak is presented, capable of inducing in a preionized gas loop an average current of 50 kA over a 20 ms pulse.
In adults, similar complete remission rates are achieved with current induction regimens; however, less than 50% of patients are alive at 5 years, with most deaths due to relapsed disease.
Nikola Tesla, the Serbian inventor who died at 86, nearly penniless, in a New York City hotel in 1943, also conceived of the alternating-current induction motor — the basic device, now much refined, that is at the heart of every Tesla electric car.
The best example perhaps is the case where he purchased the patent rights to Nikola Tesla's alternating current induction motor and polyphase system of alternating current.
Believing he could improve upon a direct-current electric dynamo, Tesla designed and built the first alternating current induction motor in 1883.
In contrast, for artificial chiral media like metallic helices in epoxy [47], spiral media [48], and PCMs [49], theoretical models have been developed on the basis of resonances in the charge and current induction in metallic elements using the electromagnetic description.
Concomitant with sodium current induction, B10 cells grown with bFGF showed sustained outward currents of a several hundred pA up to 1 nA.
Crabs reared in ponds are harvested by traps, gillnets, light attraction, current induction, etc.
Current induction protocols for patients with high-risk neuroblastoma consist of intensive chemotherapy regimens.
