Department of Nuclear EngineeringJ. Kenneth Shultis & Thomas W. LesterDepartment of Nuclear EngineeringNumerical Heat TransferKhalil H, Shultis J K, Lester T W 1982 Comparison of three numerical methods for evaluation of radiant energy transfer in scattering and heat generating media. Numer. Heat ...
All three heat transfer methods have their application fields. For example a mold is best heated by aninserted heater(conduction), while glass can be bent usinginfrared heaters. Oftentimes a combination of incident heat is used (like radiation combined with convection) Heating by conduction The smo...
The transfer of energy obtained from the PV panels to the grid is provided by distributed power generation systems. At the output of the solar panels, the DC voltage must be converted to AC voltage in order to energize the grid. This conversion is carried out with the inverter power unit....
1b–d). Methods details the growth and transfer process. We then compare the X-ray diffraction (XRD) patterns of SAO/MgO deposited on an STO(001) substrate without any magnetic heterostructure (Fig. 1e(i)), with the as-deposited sample (Fig. 1e(ii)) and freestanding sample (Fig. 1...
energy in the ocean and affects the transfer of mass, momentum, energy and heat between the air and the sea. Understanding how and when energy is dissipated is crucial to the accurate modelling of ocean waves11and is one of the most pressing unresolved issues in wave forecasting12. ...
To examine the feasibility of an assumed 10 MW class of SSPS from a thermal energy management perspective, heat transfer due to flow boiling and heat transport by a two-phase flow loop were discussed [23]. A unified structure of generator/transmitter modules was integrated into a circular ...
Boiling. Physics of the Process, Heat Transfer, Crises, Bibliographical Index [in Russian], ITF SO AN SSSR, Novosibirsk (1978). R. I. Nigmatulin, “Methods of continuum mechanics for describing multiphase mixtures,” Prikl. Mat. Mekh.,34, No. 6 (1970). R. I. Nigmatulin, Principles ...
The efficiency of electric power transmission from the source (such as a power generation plant) to the destination (such as the customer) is calculated by comparing the power generated and power received. For maximizing the transmission efficiency, energy losses during transmission need to be minimi...
A three-waveguide non-Hermitian system and its energy surfaces in a two-variable parameter space. a Cross-sectional view of a three-waveguide system, where waveguide-2 and waveguide-3 are attached with microwave absorbers (see the yellow regions where w2 and w3 denote the widths and h the he...
(c) Scattering parameters for the electromagnetic energy transfer between the coils when the NFC coil is located at the centre of the transmission antenna (0,0,0). (d) Simulated power in the NFC coil at different distance Z normal to the primary antenna with Pin = 8 W. Supplementary ...