Search Results - "Mogel, H"

Monte Carlo Simulations of Small Vesicles under Osmotic Pressure by Zehl, T, Wahab, M, Mögel, H.-J, Schiller, P

“…A simple model for amphiphilic molecules is sufficient to predict self-assembly into spherical vesicles. The model is also useful to study the influence of…”
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Assessment of potential neuropathic changes in cattle after cautery disbudding by Vidondo, B, Stettler, S, Stojiljkovic, A, Mogel, H, Gaschen, V, Spadavecchia, C, Casoni, D, Stoffel, M H

“…Disbudding of calves is a standard husbandry procedure to reduce the risk of injuries to other cattle and to workers. Whereas acute pain resulting from…”
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CSF proteome analysis in clinically isolated syndrome (CIS): Candidate markers for conversion to definite multiple sclerosis by Tumani, H., Lehmensiek, V., Rau, D., Guttmann, I., Tauscher, G., Mogel, H., Palm, C., Hirt, V., Suessmuth, S.D., Sapunova-Meier, I., Ludolph, A.C., Brettschneider, J.

“…Cerebrospinal fluid (CSF) is a promising source of biomarkers in clinically isolated syndrome (CIS), which frequently presents as a first episode of multiple…”
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A model for elucidating the contributions of meso- and macropores to water sorption and strain in cementitious materials by Schiller, P., Wahab, M., Bier, T., Mögel, H.-J.

“…Hardened cement paste and concrete have a wide pore size distribution. Micro-, meso- and macropores can contribute to water sorption isotherms. Modifying a…”
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A model for sorption hysteresis in hardened cement paste by Schiller, P., Wahab, M., Bier, T., Mögel, H.-J.

“…In hardened cement paste (C-S-H gel), water intercalated between the C-S-H layers can be adsorbed and desorbed by varying relative humidity. Sorption in the…”
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Vesicle Solubilization by Bile Salts: Comparison of Macroscopic Theory and Simulation by Haustein, M, Wahab, M, Mögel, H.-J, Schiller, P

“…Lipid metabolism is accompanied by the solubilization of lipid bilayer membranes by bile salts. We use Brownian dynamics simulations to study the…”
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FP57-FR-05 Prognostic markers in amyotrophic lateral sclerosis (ALS): proteome analysis of cerebrospinal fluid by Brettschneider, J, Lehmensiek, V, Mogel, H, Ludolph, A.C, Tumani, H

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Interactions between Spheroidal Colloidal Particles by Schiller, P, Krüger, S, Wahab, M, Mögel, H.-J

“…Using Derjaguin’s approximation, we have evaluated the interaction energy associated with van der Waals, electrostatic, depletion, and capillary forces between…”
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Orientational transitions of two-dimensional hard rod fluids by SCHLACKEN, H., MOGEL, H.-J., SCHILLER, P.

“…'Scaled particle theory' is applied to a two-dimensional fluid of hard ellipses. The model predicts a transition from the isotropic alignment of the ellipses…”
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Computer Simulations of the Formation of Bile Salt Micelles and Bile Salt/DPPC Mixed Micelles in Aqueous Solutions by Haustein, M., Schiller, P., Wahab, M., Mögel, H.-J.

“…Brownian dynamics simulations for a coarse-grained model have been performed to study the formation of micelles from bile salts and mixed micelles with…”
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Monte Carlo Study of the Self-Assembly of Achiral Bolaform Amphiphiles into Helical Nanofibers by Wahab, M, Schiller, P, Schmidt, R, Mögel, H.-J

“…It is shown by coarse-grained off-lattice Monte Carlo simulations that a geometrically induced frustration of the parallel arrangement of rigid achiral…”
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Depletion Force between Anisometric Colloidal Particles by Krüger, S, Mögel, H.-J, Wahab, M, Schiller, P

“…A simple mathematical model for the depletion force between two arbitrarily shaped large convex colloidal particles immersed in a suspension of small spherical…”
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Dislocation model for sorption hysteresis in deformable solids by Schiller, P., Wahab, M., Waida, S., Bier, Th, Mögel, H.-J.

“…[Display omitted] •Low pressure sorption hysteresis can be the result of elastic deformations of the pore space in soft solids.•Capillary forces and elastic…”
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Monte Carlo Simulation of Surfactant Adsorption on Hydrophilic Surfaces by Zehl, T, Wahab, M, Schiller, P, Mögel, H.-J

“…Monte Carlo simulations have been carried out to study the adsorption behavior of small flexible amphiphilic molecules on solid surfaces from aqueous…”
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Diagnosis and differential diagnosis of granulomatous myositis by Gdynia, H-J, Mogel, H, Kühnlein, P, Dorst, J, Osterfeld, N, von Arnim, C A, Sperfeld, A-D

“…Granulomatous myositis is a rare neuromuscular disorder histologically characterized by the development of endomyseal and/or perimyseal granulomas. Clinical…”
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Phase diagrams for aggregates of thick colloidal platelets by Schiller, P., Bombrowski, M., Wahab, M., Mögel, H.-J.

“…[Display omitted] •We developed a micromechanical model for aggregated clay platelet configurations.•We derived stability conditions for face–edge, face–face…”
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Monte Carlo Simulations of Self-Assembled Surfactant Aggregates by Zehl, T, Wahab, M, Mögel, H.-J, Schiller, P

“…Monte Carlo simulations provide some insight into the self-assembly of amphiphiles in aqueous environment. A rather simple solvent-free model, with only two…”
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Monte Carlo Study of Surfactant Adsorption on Heterogeneous Solid Surfaces by Reimer, U, Wahab, M, Schiller, P, Mögel, H.-J

“…The equilibrium between free surfactant molecules in aqueous solution and adsorbed layers on structured solid surfaces is investigated by lattice Monte Carlo…”
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Mesoscopic model of volume changes due to moisture variations in porous materials by Schiller, P., Bier, Th, Wahab, M., Mögel, H.-J.

“…Porous solids swell and shrink in dependence on air humidity. Based on the independent pore model, the extended theory of capillarity based on the augmented…”
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Adhesion Force of a Wedge by Schiller, P, Wahab, M, Mögel, H.-J

“…The macroscopic theory of capillarity is usually applied to evaluate the adhesion forces produced by fluid bridges between solid particles. A refined…”
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