Sentence examples for significantly higher electron from inspiring English sources
Compound 2.1b, with the higher EA, was found to possess significantly higher electron mobility than 2.1a and consequently performed reasonably well in a BHJ OPV device with P3HT as the donor material affording a high VOC of 0.82 V and a PCE of 1.03% (Table 2 ).
Ohmic contacts were fabricated on these layers and the layers exhibit significantly high electron concentration with carrier mobility μ of up to 10.78 cm2 V−1 s−1.
If the growth conditions and design parameters of the AlxIn1−xN HEMT structures with AlGaN buffers can be modified further, the electron spillover from the GaN channel can be significantly limited and even higher electron mobilities, which result in lower two-dimensional sheet resistances, would be possible.
ORR and BOR onset potentials and number of exchanged electrons reveal significantly higher activity of the Pd NPs supported on biobased carbons compared to the one supported on Vulcan XC72.
The high energy electron injection beam produces significantly higher neutron component dose to the experimental floor than a lower energy beam injection and ramped operations.
The high energy electron injection beam produce significantly higher neutron component dose to the experimental floor than lower energy injection and ramped operations.
After 6 days, photosynthetic electron transport capacity was significantly higher at 24°C and pH 7.4, when compared to other treatments (in all cases p < 0.001).
Darker and lighter parts corresponded to GdC and silica, respectively, since the electron density of GdC is significantly higher.
On average, electron transport rate (ETR) was significantly higher for transformants at elevated [CO2] (simple effect test; F1,12 = 8.43 p < 0.05).
Measuring the area of the myonucleus occupied by electron dense chromatin, revealed that it was significantly higher in lmna−/− mice (63.4±2.2% versus 49.4±2.1% in wild-type - Table 2).
Charge transport properties have been significantly improved for the designed molecules, such as narrower energy gaps, higher electron affinity, larger transfer integrals as well as much smaller reorganization energies for hole and electron.
