Sheath capacitance has also been studied in terms of its capacitively coupled plasma (e.g., Chen, 2006).
The two approaches have been studied in terms of network and diffusion effects.
These have been studied in terms of heat loss, environmental conditions, temperature and heat flux.
The optical properties of the fabricated material have been studied in terms of ultraviolet visible absorption and photoluminescence.
A P DLLA-co-CL) coP DLLA-co-CLbeen studied in terms of chemical structure and morP DLLA-co-CLehavior.
The channel response has been studied in terms of the delay spread, the coherence bandwidth, and the attenuation.
The modified protein has been studied in terms of its ability to aggregate and promote the formation of free radicals.
The cracking susceptibility and microstructure of the laser-clad layer have been studied in terms of Hf additions.
Then, the morphology of the splats has been studied in terms of flattening degree and shape factor.
Mechanical, thermal, thermo-mechanical and dynamic mechanical properties have been studied in terms of the weight percentage ELO.
The bulk crystallization behaviour of poly tetramethylene succinate) (PTMS) has been studied in terms of cooling rate and supercooling.
