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Suppression of Interface Traps and Improved Breakdown in Recessed-Gate AlGaN/GaN MISHEMTs Using Low-Temperature Nitrogen Passivation. [PDF]
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Dynamics of growing interfaces
Physical Review Letters, 1992We propose a stochastic differential equation for the growth of interfaces that is invariant under reparametrization and thus incorporates the change in local time scales resulting from nonlinear distortions. In its most general form, the equation accommodates overhanging configurations and in the nearly planar limit it reduces to previously proposed ...
MARITAN, AMOS +3 more
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Dynamic User Interface Composition
SN Computer Science, 2021With continuous innovation and a persistent attempt to achieve natural human machine interactions, user interfaces have evolved into the current phase of Voice User Interfaces. Voice User Interfaces augmented with visual information are becoming prominent in a variety of devices with different form-factors.
Rahul Kumar +3 more
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1988
Poly(isoprene-b-styrene) blockcopolymers with deuterated styrene or isoprene segments at the block boundary were investigated by 2H NMR in a broad temperature range. In each case two thermal transitions are observed, one for segments at the interface, the other for the core of the microdomains. The spectra and the nonexponential spin lattice relaxation
W. Gronski, G. Stöppelmann
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Poly(isoprene-b-styrene) blockcopolymers with deuterated styrene or isoprene segments at the block boundary were investigated by 2H NMR in a broad temperature range. In each case two thermal transitions are observed, one for segments at the interface, the other for the core of the microdomains. The spectra and the nonexponential spin lattice relaxation
W. Gronski, G. Stöppelmann
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Ultrafast Phenomena, 1990
The dynamics of physical and chemical processes at the air/water interface using a picosecond pump and a second harmonic probe method will be described. The application of this method to photoisomerization, intermolecular electronic energy transfer and excited state proton transfer will be presented.
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The dynamics of physical and chemical processes at the air/water interface using a picosecond pump and a second harmonic probe method will be described. The application of this method to photoisomerization, intermolecular electronic energy transfer and excited state proton transfer will be presented.
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Interdimensional universality of dynamic interfaces
Nature, 2009Despite the complexity and diversity of nature, there exists universality in the form of critical scaling laws among various dissimilar systems and processes such as stock markets, earthquakes, crackling noise, lung inflation and vortices in superconductors.
Kim, KJ +9 more
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Dynamic Interface and Address Grouping
2007 IEEE International Symposium on a World of Wireless, Mobile and Multimedia Networks, 2007This paper proposes a framework for a multiaccess mobile device and its corresponding network (or networks) to dynamically group their communication interfaces and higher layer addresses according to the surrounding access networks and their configurations in a consistent way.
Haitao Tang, Petteri Pöyhönen
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Simulation of interface dynamics: a diffuse-interface model
The Visual Computer, 2008Interface modeling involves surface tension effects and topological transitions such as breakup and coalescence. In order to simulate the dynamics of interfaces as well as phase transitions, we introduce diffuse-interface modeling. This model describes the interface evolution with a high-order diffusion equation based on the van der Waals–Cahn–Hilliard
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Nanoassembled Interface for Dynamics Tailoring
Accounts of Chemical Research, 2020The properties and performance of solid nanomaterials in heterogeneous chemical reactions are significantly influenced by the interface between the nanomaterial and environment. Oriented tailoring of interfacial dynamics, that is, modifying the shared boundary for mass and energy exchange has become a common goal for scientists.
Chuanhui Huang +3 more
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Interfacing Brownian dynamics simulations
The Journal of Chemical Physics, 2004Starting from the flux of particles in a Brownian dynamics simulation we derive boundary conditions, which allow us (i) to couple a Brownian dynamics calculation to a reservoir of particles of a given density, i.e., setting up constant density boundary conditions, and (ii) to build an interface between Brownian dynamics and a diffusional treatment of ...
T, Geyer, C, Gorba, V, Helms
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