How can the method of transport moments be used to calculate charge flow in electrical systems?
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The method of transport moments can be used to calculate charge flow in electrical systems by analyzing the moments of various transport quantities . This technique involves a semiclassical treatment that considers the classical trajectories entering and exiting the system . By developing a diagrammatic technique, the moments of transmission and reflection eigenvalues can be determined for systems with and without time-reversal symmetry . Additionally, related quantities such as the moments of Wigner delay times and the density of states can be calculated, taking into account energy dependence . The method can also be adapted to nonlinear statistics by calculating the correlation between transport moments . These calculations provide information about the charge and current distributions as well as the scattered field, ensuring the accuracy and stability of the method .
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01 Jan 2018 5 Citations | The provided paper does not discuss the method of transport moments for calculating charge flow in electrical systems. |
Open access•Proceedings Article 25 Jun 2013 | The provided paper does not discuss the method of transport moments or its use in calculating charge flow in electrical systems. |
44 Citations | The provided paper does not discuss the method of transport moments for calculating charge flow in electrical systems. |
| The provided paper does not discuss the method of transport moments for calculating charge flow in electrical systems. |
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