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We present highly competitive results for all of the applications.
We present highly transparent glasses with grassy surface fabricated with self-masked dry etch process.
We present highly accurate solutions to the neutral particle transport equation in a half-space.
Here we present highly parallelized, GPU-accelerated computer software that performs this task efficiently.
In particular, we present highly sensitive thin film nanocomposite electrodes for electrochemical sensors.
In this work, we present highly efficient hardware architectures for solving (small and medium-sized) systems of linear equations over F2k.
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Results: We present a highly parallelizable local enumeration scheme that enables the computation of exact macro-state transition models with highly reduced memory requirements.
In this paper, we present a Highly Parallel Particle-laden flow Solver for Turbulence Research (HiPPSTR).
To efficiently solve the decoupled systems, we present a highly parallel solution strategy based on domain decomposition techniques.
We present a highly robust second order accurate scheme for the Euler equations and the ideal MHD equations.
In this work we present a highly reproducible method to fabricate front-illuminated TiO2 nanotube-based dye-sensitized solar-cell.
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