Excellent extraction efficiency of this fiber was demonstrated, indicating its good affinity for both non-/less polar and polar compounds.
The growth of human fibroblasts on PPyThon films is also demonstrated, indicating good biocompatibility of the polymer.
The effect of particle size distribution on the collision frequency function was demonstrated, indicating the need for a multi-scale model.
The same temperature dependence of uniaxial and bulk viscosities was demonstrated, indicating that the viscous Poisson's coefficient is temperature-independent.
Repeated switching or cycling of the ECD over 20,000 cycles has been demonstrated, indicating a large number of switchings without great degradation or irreversible side reactions.
Therefore, an optimized power conversion efficiency of 4.13% is demonstrated, indicating ∼63% and ∼34% enhancement compared with Pt and pure MoS2 counter electrodes.
Therefore, a high power conversion efficiency of ∼4.83% was demonstrated, indicating substantial improvement compared with that of traditional nanoparticle based device (∼3.54%).
In this study, compatibilities of thermophilic enzymes with methanol were demonstrated, indicating the potential applicability of in vitro bioconversion systems with thermophilic enzymes in the conversion of crude glycerol to value-added chemicals.
Finally, significant current hysteresis effects are demonstrated, indicating the possible use of a-TaN x in memory applications, especially for a-TaN x deposited on Au where bipolar memory effects are observed.
To prevent the drifting of the Q point, a new stabilization method by actively feedback controlling of the diode laser is proposed and demonstrated, indicating the method is simple and easy operating.
