The thermal interaction of the individual borehole heat exchangers is essential for an efficient storage process.
Therefore, it can be inferred that the two PCMs did not have thermal interaction with each other.
The performance of multiple boreholes or neighboring systems and their possible thermal interaction is discussed.
The photodesorption of water from SbSI nanowires can involve a photonic or thermal interaction of light with semiconducting SbSI.
Furthermore, FEM cutting simulations were used to investigate the thermal interaction between substrate and coating.
The maps show that kinetic inhibition exists between the two reactions in addition to thermal interaction.
Furthermore, the importance of thermal interaction between air streams inside and outside the cabinet through conducting wall are examined.
Thermal interaction of fluids and solids, or conjugate heat transfer (CHT), is encountered in many engineering applications.
The multiple regression analysis considering the thermal data revealed a thermal interaction compromising CA stability in multicomponent samples.
The thermal interaction between individual pipes across the boundary is treated independently and, without assigning legs of a common loop, using the single loop methodology presented previously.
Boreholes were added when greater GHE length was needed, and the distance between each borehole was kept at 10 m to minimize thermal interaction between GHEs.
