Results 281 to 290 of about 4,706,491 (312)
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1983
The ray approach, the mode approach and where appropriate a flux approach are briefly reviewed for many guided wave concepts or applications. These comprise eigenvalues, transforms in the angle domain, mode filtering, cycle distance and time, phase and group velocity, attenuation, arrival time, transmission loss, interference patterns, range-dependent ...
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The ray approach, the mode approach and where appropriate a flux approach are briefly reviewed for many guided wave concepts or applications. These comprise eigenvalues, transforms in the angle domain, mode filtering, cycle distance and time, phase and group velocity, attenuation, arrival time, transmission loss, interference patterns, range-dependent ...
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Characteristics of heat flux and particle flux to the divertor in H-mode of JT-60U
Journal of Nuclear Materials, 1995Abstract Heat flux and particle flux behavior in H-mode is studied in a comparative manner. It was confirmed that the multiple peak structure of heat flux during ELM activity has a role in reducing the average value of a peak heat flux at the divertor.
K. Itami +5 more
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Thin Flux Tubes: The Kink Mode
2019The thin tube theory for a kink wave in a stratified flux tube is determined and explored in the case when the tube is unstratified. Perturbations are also considered for this case. Using a multiple scales approach, the wave equation is derived for the kink mode of a thin magnetic flux tube in an unstratified atmosphere, demonstrating the importance of
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Stability of the ordinary mode to an electron heat flux
Solar Physics, 1978Stability equations for the low frequency ordinary mode propagating perpendicular to a homogeneous magnetic field in the presence of a heat flux in a collisionless plasma are derived by working within an appropriate velocity reference frame. Solutions indicate the ordinary mode is stable under average solar wind conditions at 1 AU.
Don S. Lemons +2 more
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Metabolic Networks, Elementary Flux Modes, and Polyhedral Cones
, 2021I. Klapper, D. Szyld, Kai Zhao
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The Flux Mode and Charge Mode Regimes in Superconducting Weak Link Circuits
1992In a series of papers [1–4] we have discussed the quantum mechanical description of superconducting weak link circuits in terms of the (integrated) electromagnetic field variables φ, the magnetic flux and Q, the electric flux. Here, it is understood that φ threads the inductive part of the circuit while Q pertains to the capactive part of the circuit ...
T. D. Clark +4 more
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Flux-driven algebraic damping of diocotron modes
AIP Conference Proceedings, 2015Recent experiments with pure electron plasmas in a Malmberg-Penning trap have observed the algebraic damping of m = 1 and m = 2 diocotron modes. Transport due to small field asymmetries produces a low density halo of electrons moving radially outward from the plasma core, and the mode damping begins when the halo reaches the resonant radius Rm, where ...
Chi Yung Chim, Thomas M. O’Neil
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Analysis of Fluxomic Experiments with Principal Metabolic Flux Mode Analysis
2018In the analysis of metabolism, two distinct and complementary approaches are frequently used: Principal component analysis (PCA) and stoichiometric flux analysis. PCA is able to capture the main modes of variability in a set of experiments and does not make many prior assumptions about the data, but does not inherently take into account the flux mode ...
Sahely, Bhadra, Juho, Rousu
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Spectroscopy of a superconducting flux qubit in a quasidispersive mode
JETP Letters, 2016The properties of a superconducting flux quantum bit (qubit) in the quasidispersive mode, where the frequency of a probe signal is lower than the qubit excitation frequency but is close to it, have been experimentally studied. It has been shown that all parameters of the qubit inductively coupled to a coplanar resonator can be determined at the single ...
B. I. Ivanov +6 more
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Whistler mode flux ropes in a laboratory plasma
1990 Plasma Science IEEE Conference Record - Abstracts, 1990Summary form only given. A new nonlinear wave structure and its excitation mechanism are described. The wave consists of a whistler mode packet whose magnetic field configuration resembles that of an elongated spheromak or short flux rope. The wave packet is excited by drawing a short-duration pulse of electrons ( I s150 A, D T s0.1 ms) from a plane ...
J.M. Urrutia, R.L. Stenzel
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