1) dephasing rate 失相速率 2) relative mass loss rate 相对失重速率 3) stalling speed 失速速率 4) mass loss rate 失重速率 1. Effects of bulk density onmass loss rateduring agro-stalks smoldering; 堆积密度对燃料阴燃初始阶段失重速率的影响 ...
1) the dephasing rate 原子消相干速率1. When the dephasing rate changes from 2. 文章在理论上研究了原子消相干速率对Rb原子四能级Tripod系统中EIT增强的交叉Kerr非线性的影响。2) atomic coherence 原子相干 1. Coherent Hole-burning is a new theory that combines the optical hole-burning and atomic ...
glass/ dephasing rateglassesultra low temperatureslinear temperature dependence/ A7740 Dielectric loss and relaxation A6140D Structure of glasses A7145G Exchange, correlation, dielectric and magnetic functions, plasmons A6350 Vibrational states in disordered systems...
This establishes that WL and UCF, being the outcome of quantum interference phenomena, are governed by the same dephasing rate. Delta doped Si:P and Ge:P devices offer an excellent platform for devices in quantum circuits due to their excep- tionally low electrical noise1. Experimental and ...
It is found that the dephasing rate isproportional to the square of the conductance of the QDD for the Breit-Wignermodel, showing that the dephasing is completely different from the shot noiseof the detector. The measurement rate, on the other hand, shows a dip near theresonance. Our ...
While the battery displays coherent underdamped oscillations of energy for weak charger dephasing, the quantum Zeno freezing of the charger energy at high dephasing suppresses the rate of transfer of energy to the battery. Choosing an optimum dephasing rate between the regimes leads to a fast ...
It is shown that in the weak inhomogeneity limit, the dephasing rate is proportional to the field amplitude, while in strong inhomogeneity limit the dependence is quadratic. It is demonstrated that the origin of the dependence of dephasing time on field amplitude lies in the nature of ...
The general principles of dephasing of quantum-mechanical interference by coupling to the environment degrees of freedom are summarized. A general expression for the dephasing rate is obtained and used to rederive known results for dirty conductors. The theory of quantum shot noise within the Landauer...
However, in the presence of static potential the dephasing rate turns out to be 1/qL times faster. Thus, at low temperatures electron dephasing and energy relaxation may be controlled by electron boundary/impurity scattering in a wide range....
(2) What are the different processes that contribute to the overall dephasing rate ? (3) Are the approximations made in describing dephasing in solids and liquids reasonable ? (4) Can we use a unified theoretical approach to describe dephasing in gases, solids, and liquids ?