Sentence examples for enhanced wf from inspiring English sources
There are two possible reasons for the enhanced WF.
At the low volume of H2PtCl6, this potential drawback can be overwhelmed by the advantage resulting from the enhanced WF, which means employing large V bi for charge separation and collection.
In order to confirm the increase of Φ SBH/V bi resulting from the enhanced WF, we analyze the dark J-V data as shown in Fig. 6a with the help of the thermionic emission model [45]: Fig. 5 Energy diagram of Schottky solar cell based on n-type silicon/PEDOT PSS interface.
First, H2PtCl6 can be thermally decomposed to Pt particles with high WF, and doping into the PEDOT PSS layer can directly enhance the WF of PEDOT PSS layer.
The comprehensive data in WF enhances knowledge that can be used for breeding Icelandic horses.
By pre-sputtering of ~ 100 nm thick chromium layer onto the surface of Wf, the contiguity or connectivity between Wf and neighboring tungsten particles (Wp) or Cu after sintering and infiltration was enhanced.
All concentrations of WF (1 to 25 μg.mL-1) increased the 'chymotrypsin-like' enzyme activity of C2C12 myotubes after 24 h, and a further increase was observed especially in 3, 5 and 10 μg.mL-1 after 48 h; the 'chymotrypsin-like' enzyme activity remained enhanced in all concentrations tested after 72 h, indicating enhanced cellular catabolism of proteins.
Theoretical and experimental results show that, when increasing the WF of the PEDO PSS layer, the barrier height between the silicon/PEDOT PSS interface can be effectively enhanced.
The thermal stability and char forming ability were enhanced considerably for the PP/WF composite with 20 wt% MPP/AHP (3:1), which were indicated by the thermal gravimetric analysis (TG), along with reductions in the heat release rate (HRR) and the smoke production release rate (SPR).
Nanofluids with excellent thermal conductivity [1] were applied as the working fluids (WFs) of traditional heat pipes to enhance the thermal performance [2, 3].
