Sentence examples for reduced quantum from inspiring English sources
Figure 3 The dependence on the reduced applied voltage is shown for: the total reduced capacitance (solid black lines), graphene's reduced quantum capacitance (dashed red lines), and the reduced capacitance of the electric double layer (dotted blue lines), in the NaF aqueous solutions with the reduced salt concentrations of = 1 (thick lines) and 105 thin lines).
13and14along with the relation to eliminate and and to evaluate the reduced quantum capacitance of graphene from Eq. 15, as well as the reduced capacitance of the EDL from Eq. 16as functions of the reduced applied voltage.
The results show a lowering of active region temperature for diode lasers with asymmetric heterostructure scheme with reduced quantum well distance from the heterostructure surface (and the heat sink).
Irradiance of full sunlight and water deficit stress let to the photoinhibition of photosynthesis, as indicated by a reduced quantum yield of PSII, ФPSII, and qP, as well as higher NPQ.
Regarding the SiGe nanowires, we demonstrated that those which show a clear interface between Si and Ge originate not only a reduced quantum confinement effect but display also a direct band gap and a natural separation between electron and hole, a property directly related to PV potentiality.
Simulation results and comparative studies with existing works demonstrate that the proposed unit efficiently utilizes the number of gates, has reduced quantum cost and produced less garbage outputs with low latency, thereby making the design a computational and power efficient one.
c Power-dependent μ-PL measurement performed at 77 K, indicating reduced quantum-confined Stark effect.
Our research promotes the measured precision limit of graphene-based nano-transducers by reducing quantum noises through squeezed states.
As well as coherent state, the squeezed state also plays an important role, since it enables us to reduce quantum noise in one quadrature at the expense of increasing the noise in its counterpart quadrature.
In bright conditions, however, many microvilli are refractory (not available), reducing quantum efficiency.
Following each bump, individual microvilli are rendered briefly (∼100 200 ms) refractory, thereby reducing quantum efficiency with increasing intensity.
