Results 221 to 230 of about 37,974 (331)
Error bounds on the non-normal approximation of Hermite power variations of fractional Brownian motion [PDF]
Jean-Christophe Breton, Ivan Nourdin
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ABSTRACT This study presents a new optimized block hybrid method and spectral simple iteration method (OBHM‐SSIM) for solving nonlinear evolution equations. In this method, we employed a combination of the spectral collocation method in space and the optimized block hybrid method in time, along with a simple iteration scheme to linearize the equations.
Salma Ahmedai +4 more
wiley +1 more source
Anomalous Dynamics of Superparamagnetic Colloidal Microrobots with Tailored Statistics. [PDF]
Gentili A, Klages R, Volpe G.
europepmc +1 more source
Integration with respect to the non-commutative fractional Brownian\n motion [PDF]
Aurélien Deya, René Schott
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Co‐Solvent‐Aided Opto‐Thermophoretic Printing of Gold Nanorod Assemblies
A focused laser beam creates a thermal gradient, driving the gold nanorods and polymer coils toward the heated region of the glass substrate, i.e, the laser spot. After the adsorption of the polymer on the gold surface, the nanorods start to assemble onto the surface in a ring‐shaped pattern that grows radially until the beam is turned off.
Ana Jiménez Amaya +4 more
wiley +1 more source
Fractional Brownian motion and long term clinical trial recruitment. [PDF]
Zhang Q, Lai D.
europepmc +1 more source
FRACTIONAL BROWNIAN MOTION (fBm) SIMULATIONS AS A DIAGNOSTICS FOR FRACTAL STRUCTURE OF MOLECULAR CLOUDS [PDF]
Orlin Stanchev +2 more
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Liquid Crystal‐Driven Chemical Feeding Accelerates Condensation Reactions in Droplet Microreactors
This work introduces a liquid crystal (LC)‐based platform for dynamic chemical feeding in droplet microreactors, enabling unprecedented control over reaction kinetics and mass transfer. By leveraging LC phase transition‐mediated release, new pathways are unlocked for enhancing confined reaction environments, advancing the fundamental capabilities of ...
Yang Xu +5 more
wiley +1 more source
Cascading hopping events of lithium ions are identified as the main ion conduction mechanism in inorganic glass solid‐state electrolytes. Machine learning molecular dynamics simulations and hop function analysis confirm that pairs of lithium ions carry out cascading hopping motions.
Beomgyu Kang +4 more
wiley +1 more source

