The phrase "conversion characteristics" is correct and usable in written English.
This term is commonly used when referring to the features associated with the ability of a system or device to change one type of energy into another. For example, we might say "The solar panel's conversion characteristics make it an ideal energy source for our home."
The authors examine the conversion characteristics of residential, commercial, public service and industrial land.
In order to better understand the energy conversion characteristics of the system, distributions of key parameters such as acoustic work, phase difference were presented and discussed.
Research on the methodology for predicting and analyzing the performance of a thermoelectric device (TED) can offer various possibilities for enhancing its energy conversion characteristics.
Yet, none of the published methods provide a methodology which spectrally resolves the individual WEC's energy conversion characteristics, and has the flexibility to be applied to any emerging WEC design.
In this study, we used a one-dimensional catalyst model to predict the transient thermal and conversion characteristics of a dual monolithic catalytic converter with Platinum/Rhodium (Pt/Rh) catalysts.
Utilizing electromechanical conversion characteristics of piezoelectric material, gather the vibration energy when vehicle passing on the pavement, and design the piezoelectric transducer package box, for traffic lights along the roads, signs, and so on.
This work provides an efficient way to investigate the thermoacoustic conversion characteristic of the regenerator.
In this paper, a novel experimental setup was developed to investigate the thermoacoustic conversion characteristic of the regenerator.
We present a high isolation W-band MMIC drain type cascode single balanced mixer of high LO-to-RF isolation and wide band with conversion characteristic using the high directivity monolithic tandem couplers and 0.1 μm GaAs-based metamorphic high electron mobility transistors (MHEMTs).
(b) Counter/TDC conversion characteristic.
They observed that the increment of temperature of CNT water nanofluid is higher than that of TiO2 water nanofluids, which indicated that the light heat conversion characteristic of the former is better than the latter.
