Sentence examples for improved transfer of from inspiring English sources

These improvements were due to improved transfer of electron and load through a reduced number of junctions for longer SWCNTs.

Additionally, techniques like synthetic data generation and virtual sensors allow us to use domain randomization for improved transfer of learning.

In contrast to the conventional nano-scale heterojunction, the absence of defined interfaces in Mo-TiO2 enables an improved transfer of photoexcited electrons from TiO2 to {Mo VI Ox}, leading to an efficient photoenergy storage process under illumination.

Electronic health care communication tools have been associated with improved transfer of information amongst house staff and attending physicians, increased handover efficiency and decreased communication errors [ 28, 29].

Subnetworks with shared interactions across species allow for improved transfer of functional annotations from one species to the other by using more information than sequence alone [ 2].

Owing to the confinement-induced electron field of HCG, the constructed HCG-Ag3PO4 photocatalytic system demonstrated the enhanced visible-light adsorption, improved transfer of photo-induced charges, and suitable redox potentials as revealed by transient photo-current spectroscopic, surface photovoltage spectroscopy, and electron paramagnetic resonance (EPR).

The significance of these physical properties is that there are a greater number of active sites due to the larger surface area and improved transfer rates of reactants and products as a result of the large and well-organised pore geometry [4 6].

Experimental and DFT revealed that introduction of P into g-C3N4 significantly modified its electronic structure, as reflected by the narrowed band gap, enhanced visible-light absorption as well as improved transfer capability of photogenerated charge.

It is shown that our improved transfer matrix method of Airy functions is more promising for evaluating and designing intra-band transition far-infrared detectors and quantum cascade lasers.

By using our improved transfer matrix method of Airy functions, quasi-bound level dependence upon carrier effective masses, bias, well width, barrier width and height has been investigated systematically for several biased/unbiased double/triple-barrier quantum well structures.

It turned out that the synergistic effect between doping P and SOVs on TiO2 greatly improved transfer and separation efficiency of photogenerated charges, thus significantly enhanced the visible light photocatalytic performance of TiO2.