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Dynamic and weak electric double layers in ultrathin nanopores
The Journal of Chemical Physics, 2021The unique properties of aqueous electrolytes in ultrathin nanopores have drawn a great deal of attention in a variety of applications, such as power generation, water desalination, and disease diagnosis. Inside the nanopore, at the interface, properties of ions differ from those predicted by the classical ionic layering models (e.g., Gouy–Chapman ...
Mohammad Heiranian +2 more
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Physics Letters A, 1983
Abstract We present analytic evidence for the existence of small amplitude electron and ion monotonic double layers. These are the nonlinear extensions of the slow electron acoustic wave and the slow ion acoustic wave, respectively: one related to the electron solitary hole (electron phase space vortex), the other related to the ion acoustic solitary
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Abstract We present analytic evidence for the existence of small amplitude electron and ion monotonic double layers. These are the nonlinear extensions of the slow electron acoustic wave and the slow ion acoustic wave, respectively: one related to the electron solitary hole (electron phase space vortex), the other related to the ion acoustic solitary
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Weak ferromagnetism in InSe:Mn layered crystals
Semiconductors, 2005The electron spin resonance, magnetization, and dynamic magnetic susceptibility of In1−x MnxSe layered crystals (x = 0.0125) are studied. It is found that two different impurity subsystems independently coexist in the crystalline layer and in the interlayer spacing of unannealed samples.
V. V. Slyn’ko +6 more
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Propagation of waves in a piezoelectric layer with a weak horizontal nonhomogeneity
Wave Motion, 1997zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Babich, Vasilii M., Lukyanov, Valery V.
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Enhanced weak localization effect in few-layer graphene
Physical Chemistry Chemical Physics, 2011We have investigated the weak localization correction to magnetoresistance in one to six layer graphene structures. The magnetoresistance measurements have revealed that, in addition to the known transition from weak anti-localization in monolayer graphene to weak localization in bilayer graphene, the weak localization effect becomes more pronounced as
Yanping, Liu, Wen Siang, Lew, Li, Sun
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Weak Collisions in Strong Double Layers
1990The theoretical basis of strong double layers with cold drifting particles is extended by including collisional friction of the primary electron beam. It is found that finite electric fields of different size exist in the regions adjacent to the double layer in accordance with stress balance.
H. Schamel +2 more
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Realization of the “Weak Rod” by a Double Layer Parallel Network
Neural Computation, 1994The weak rod can be realized by a very natural double layer network with feedback. While the second layer is linear, the first layer is significantly nonlinear. Elements associated with the first layer are called “synaptic fuses.” An MRF argument is used to eliminate the line variables. The network makes what is cut transparent when a crease or a step
Takashi Matsumoto, Kenji Kondo
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Nonlinear Disturbances and Weak Discontinuities in a Supersonic Boundary Layer
Fluid Dynamics, 2004zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Lipatov, I. I., Teshukov, V. V.
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The importance of a weak mid-lithospheric layer on the evolution of the cratonic lithosphere
Earth-Science Reviews, 2019Seismically detectable discontinuities at mid-depths of some cratonic lithospheric mantle define mid-lithosphere discontinuities (MLD), demonstrating that the lithospheric mantle is layered.
Zhensheng Wang, T. Kusky
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The Strength of an Adhesive Weak Boundary Layer
The Journal of Adhesion, 1975Abstract The strength of model adhesive joints composed of different thicknesses of low (10,300 narrow distribution) molecular weight polystyrene sandwiched between high molecular weight poly(methyl methacrylate) has been studied. The joints model a polymer-to-polymer adhesive bond across a low-strength boundary layer.
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