diathermally

the two compartments are diathermally connected, allowing heat to flow freely between them.

in thermodynamics, a diathermally isolated system cannot exchange heat with its surroundings.

the diathermally permeable membrane allows thermal energy transfer without material exchange.

scientists use diathermally closed containers to study systems in thermal equilibrium.

the partition between the chambers is diathermally active, facilitating temperature equalization.

for accurate measurements, the system must remain diathermally isolated from external heat sources.

a diathermally conductive interface ensures efficient heat transfer between the components.

the experimental apparatus maintains diathermal separation while enabling precise thermal monitoring.

engineers designed the device to be diathermally responsive to environmental temperature changes.

in diathermally controlled experiments, temperature regulation must be extremely precise.

the diathermal properties of this alloy make it suitable for heat exchange applications.

when systems are diathermally coupled, thermal interactions become significant factors.