K. Yuan, “Magnetothermoelastic Stresses in an Infinitely Long Cylindrical Conductor Carrying a Uniformly Distributed Axial Current,” Journal of Applied Sciences Research, Vol. 26, No. 3-4, 1972, pp. 307-314.K. Yuan, Magnetothermoelastic Stresses in an Infinitely Long Cylindrical Conductor ...
As the gap becomes larger, inductance falls, and if the gap is infinitely large, then we are back to an air-cored coil. This technique was used for many years by the BBC Research Department for inductors in passive loudspeaker crossovers. We may unintentionally make an inductor with a ...
VII.C.1 Conductor Optical Properties A perfect conductor, characterized by infinitely great conductivity, has an infinite refractive index and penetration of electromagnetic radiation to any depth is prohibited. This produces perfect reflectivity. Real conductors such as aluminum and silver do not have ...
At the same time, the obligation of ions in supercapacitors that are IL-based, is more puzzled because of their straight impact on the physical properties of electrolytes. Consequently, the double layer configuration can differ significantly. The gravimetric capacitance of supercapacitors is remarkably ...
Because of the constant cross-section of the tank and because the electrodes fit the short sides entirely, current flows in straight lines, parallel to the long sides of the trough. Since the properties of the field are the same throughout the tank, it is called a homogeneous field. The ...
We can consider them in our thermal model as infinitely thin. The calculation of the thermal resistances 𝑇1,𝑇2,𝑇3T1,T2,T3 as well as the electrical losses 𝜆1,𝜆2λ1,λ2 considered here as thermal sources, will be made in the respect of the IEC 60287 standards for this ...
Magnetic field calculation of an infinitely long solenoid. Eur. J. Phys. 2006, 27, 1399–1408. [Google Scholar] [CrossRef] Bordelon, D.E.; Goldstein, R.C.; Nemkov, V.S.; Kumar, A.; Jackowski, J.K.; DeWeese, T.L.; Ivkov, R. Modified Solenoid Coil That Efficiently Produces ...