Sentence examples for thermoelectric coupling from inspiring English sources

The temperature dependence of the streaming potential during the experiment is negligible with respect to the intrinsic thermoelectric coupling.

Load characteristics, peak-load regulation capability, thermoelectric coupling characteristics of different thermal units, transmission capacity and some other factors are also considered in this model.

The numerical model and the data allows quantifying the intrinsic thermoelectric coupling coefficient, which is on the order of −0.3 to −1.8 mV per degree Celsius.

Temperature differences between the body and the ambient air mean that thermoelectric couples can generate useful quantities of juice.

TEM models from the literature are only valid for the heat transfer of N-type and P-type thermoelectric couples without considering air around the actual thermoelectric couples of TEMs.

The sensor-device with the thermopile is also compared to a sensor with a single thermoelectric couple.

The impedances of interface layers play essential role in annular thermoelectric generators (ATEGs) with relatively short thermoelectric couple, especially in the ATEG microdevices.

For a round shaped heat source or heat sink, annular thermoelectric couples (ATCs) are designed to remove the contact thermal resistance induced by geometrical mismatching.

The simulation results show that the enhancement in maximum COP of the TEC module can be obtained by using internally cascaded multistage thermoelectric couples.

It has a rated output of 24 V at 15 W, and a K-type thermoelectric couple on the top of the heating rod, which is 8 mm in diameter and 24 mm in length.

It is found that the performance of ATEGs has a significant reduction when the influence of interface layers is taken into consideration, and ideal solutions are only useful for the realistic ATEGs with a relatively long thermoelectric couple.