Search Results - "Caze, C."

Composites of ultra-high-molecular-weight polyethylene fibres in a low-density polyethylene matrix: II. Fibre/matrix adhesion by Devaux, E., Cazé, C.

“…The difference between the melting points of high-performance polyethylene fibre and low-density polyethylene matrix permits the use of this fibre in a…”
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Ion-exchange resins bearing thiol groups to remove mercury.: Part 1: synthesis and use of polymers prepared from thioester supported resin by Dujardin, M.C., Cazé, C., Vroman, I.

“…A new synthesis of ion exchange resins containing thiol groups directly bonded on the aromatic ring is described. These resins are used to remove the small…”
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Using an electronic microbalance technique to study the stick-slip behavior of lubricated polypropylene fibers by Behary, N., Campagne, C., Caze, C., Perwuelz, A.

“…By use of an electronic microbalance, fiber/fiber friction measurements were made on cleaned and lubricated polypropylene (PP) filaments. The filaments were…”
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Asymmetric reduction of prochiral ketones using polymer-supported catalysts and reagents by Caze, C.

“…After a brief review of the literature on asymmetric reduction of prochiral ketones using polymer-supported catalysts or reagents some new results in this…”
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Characterization of interfacial adhesion in a ultra-high-molecular-weight polyethylene reinforced polydicyclopentadiene composite by Devaux, E., Caze, C., Recher, G., Bielarski, D.

“…The possibility of using ultra-high-molecular-weight polyethylene fibres as reinforcing material for a polydicyclopentadiene matrix has been studied. The…”
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Effects of the structure of styrene-co-maleic anhydride oligomers on the interfacial properties in a glass fibre reinforced polystyrene composite material by Devaux, E., Pak, S.-H., Cazé, C.

“…Styrene-co-maleic anhydride oligomers with molecular weight ranging from 1600 to 1900 g/mol have been added to glass fibre reinforced polystyrene as…”
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Tribological analysis of glass fibers using atomic force microscopy (AFM)/lateral force microscopy (LFM) by Behary, N., Ghenaim, A., El Achari, A., Caze, C.

“…By using atomic force microscopy (AFM)/lateral force microscopy (LFM), a comparative study of the topography as well as the tribological properties (at a…”
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Acid-base interactions on interfacial adhesion and mechanical responses for glass-fiber-reinforced low-density polyethylene by Pak, S. H., Caze, C.

“…The relationship between interfacial adhesion and mechanical response in discontinuous glass‐fiber‐reinforced thermoplastics (GFTP) was investigated using…”
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Morphological studies of glass-microbead-filled polyamide 6.6-polypropylene blends by Ulrich, M., Caze, C., Laroche, P.

“…This article deals with the study of the morphology of glass bead (10% in volume) reinforced compatibilized blends of polypropylene (PP) and polyamide (PA)…”
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Surface energy analysis of polyester fibers modified by graft fluorination by Ghenaim, A., Elachari, A., Louati, M., Caze, C.

“…The modification of the PET fiber surface to render a higher degree of hydrophobicity by graft fluorination involves a surface layer of only a few nanometers…”
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Modeling Color Alterations After the Spinning Process by Dupont, D., Steen, D., Caze, C.

“…Color represents an important element in the visual aspect of a fabric. However, during the different stages in producing a fabric (spinning, weaving, knitting…”
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Evolution of the interfacial stress transfer ability between a glass fibre and a polypropylene matrix during polymer crystallization by Devaux, E., Caze, C.

“…A rigorous evaluation of the influence of a transcrystalline interphase on the adhesion between a fibre and a polymer matrix is difficult because it is…”
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P1847Comparing outcomes and complications between transfemoral TAVI performed with or without echoguided puncture by Bouteau, J, Bourguignon, T, Caze, C, Quilliet, L, Ivanes, F, Desveaux, B, Clerc, J M, Saint Etienne, C

“…Abstract Objective Transcatheter Aortic Valve Replacement (TAVI) has become the reference procedure in intermediate or high surgical risk patients with…”
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New micromechanical experimental approach for the characterization of fibre–matrix adhesion in composite materials by Devaux, E, Campagne, C, Caze, C

“…The evaluation of interfacial adhesion between fibres and matrix in composite materials can be approached by the use of micromechanical tests such as the…”
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Graft Copolymerization of Polyester Fibers with a Fluorine-Containing Monomer by Louati, M., Elachari, A., Ghenaim, A., Caze, C.

“…Polyester monofilaments are grafted with perfluorooctyl-2 ethanol acrylic monomer (AC8) (C 8F17—C2H4—O—CO—CH=CH 2) to improve water and oil repellency and…”
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Asymmetric reduction of acetophenone with chiral polymeric reagents: Supported sodium borohydride on chiral amino-alcohol bound to a polymer by Adjidjonou, K., Caze, C.

“…We have shown the possibility of enantiomeric induction in the reduction of prochiral ketones by NaBH 4 supported on a chiral support. The supports involved…”
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Determination of surface heterogeneity by contact angle measurements on glassfibres coated with different sizings by WOLFF, V, PERWUELZ, A, EL ACHARI, A, CAZE, C, CARLIER, E

“…This study has been achieved on industrial products (glassfibres coated with different sizings). Contact angle measurements and contact angle hysteresis were…”
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prognostic evaluation of patients benefiting from a trans aortic valve replacement according to the type of aortic stenosis by Lacout, M, David, C, Bernard, A, Saint Etienne, C, Clerc, JM, Quilliet, L, Dion, F, Caze, C

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Tribology of Sized Glass Fibers Part II: Using an Electronic Microbalance Technique to Study Stick-Slip Behavior by Behary, N., Caze, C., Perwuelz, A., El Achari, A.

“…This part of the series presents an analysis of stick-slip motion during sliding of two crossed, sized, glass fibers on the basis of experiments with an…”
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Tribology of Sized Glass Fibers: Part I: Friction Analysis by Lateral Force Microscopy and Electronic Microbalance Technique by Behary, N., Caze, C., Perwuelz, A., El Achari, A.

“…Lateral force microscopy (LFM) and an electronic microbalance method are used for a friction force analysis of sized glass fibers, which are generally used to…”
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