Search Results - "Espeau, P."

Revised phase diagrams based on racemic ibuprofen with thymol and l-menthol by Maruchenko, R., Espeau, P.

“…The phase diagrams between thymol and racemic ibuprofen, on the one hand, and between l -menthol and this same ibuprofen, on the other hand, were reviewed and…”
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Solid State Studies on Synthetic and Natural Crystalline Arsenic(III) Sulfide, As2S3 (Orpiment):  New Data for an Old Compound by Espeau, P, Tamarit, J. Ll, Barrio, M, López, D. Ó, Perrin, M. A, Allouchi, H, Céolin, R

“…Synthetic monoclinic orpiment was recrystallized by annealing the glass at 523 K for 1 year. The apparent heat of fusion of orpiment at T fus = 601 K (onset)…”
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Polymorph formation from solvate desolvation : Spironolactone forms I and II from the spironolactone-ethanol solvate by NICOLAÏ, Beatrice, ESPEAU, P, CEOLIN, R, PERRIN, M.-A, ZASKE, L, GIOVANNINI, J, LEVEILLER, F

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Solid-State Studies of C60 Solvates Formed in the C60−BrCCl3 System by Barrio, M, López, D. O, Tamarit, J. Ll, Espeau, P, Céolin, R, Allouchi, H

“…The preparation and characterization of the unstable-in-air cubic solvate C60·12BrCCl3 (a = 27.591(3) Å) and the air-stable hexagonal solvate C60·2BrCCl3 (a H…”
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Thermodynamic studies of solids with non-negligible vapour pressure: T– v and p– T diagrams of the dimorphism of adamantane by Espeau, P., Céolin, R.

“…A differential scanning calorimetry method, designed to determine the melting enthalpy of compounds with non-negligible vapour pressure, is applied to…”
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Thermal behavior of orthorhombic polymorphs I and II of spironolactone by ESPEAU, P, NICOLAÏ, B, CEOLIN, R, PERRIN, M.-A, ZASKE, L, GIOVANNINI, J, LEVEILLER, F

“…Investigation into the thermal behavior of orthorhombic Forms I and II of spironolactone, by means of differential scanning calorimetry and high-resolution…”
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Phase Equilibria in the C60 + Ferrocene System and Solid-State Studies of the C60·2Ferrocene Solvate by Espeau, P, Barrio, M, López, D. O, Tamarit, J. Ll, Céolin, R, Allouchi, H, Agafonov, V, Masin, F, Szwarc, H

“…Triclinic C60·2ferrocene, which melts peritectically at 495 K (Δπ H = +50 J g-1), can form by direct union of its components with a negative excess volume of…”
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Solid state studies of the C60. 2(CH3)CCl3 solvate by Céolin, R., Tamarit, J.Ll, Barrio, M., López, D.O., Espeau, P., Allouchi, H., Papoular, R.J.

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Thermal cycling of molecular alloys and eutectics containing alkanes for energy storage by Espeau, P., Robles, L., Cuevas-Diarte, M.A., Mondieig, D., Haget, Y.

“…It is shown that molecular alloys of alkanes can provide suitable materials to work as MAPCMs (Molecular Alloys Phase Change Materials) in the field of energy…”
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'Active' Package for Thermal Protection of Food Products by Espeau, P., Mondieig, D., Haget, Y., Cuevas-Diarte, M. A.

“…Double wall containers using molecular alloy phase change materials are proposed as packages for thermal protection of liquid food products. This work leads to…”
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The RI-liquid equilibrium in the ternary system n-pentadecane plus n-hexadecane plus n-heptadecane. Calculation of liquidus surface and thermal windows comparison with experimental data by Stolk, R., Rajabalee, F., Jacobs, M. H. G., Espeau, P., Mondieig, D., Oonk, H. A. J., Haget, Y.

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The RI-liquid equilibrium in the ternary system n-pentadecane + n-hexadecane + n-heptadecane. Calculation of liquidus surface and thermal windows comparison with experimental data by Stolk, R., Rajabalee, F., Jacobs, M.H.G., Espeau, P., Mondieig, D., Oonk, H.A.J., Haget, Y.

“…The liquidus surface and thermal windows of the ternary system n-pentadecane + n-hexadecane + n-heptadecane were calculated from pure component data and excess…”
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Polymorphism of paracetamol: relative stabilities of the monoclinic and orthorhombic phases inferred from topological pressure-temperature and temperature-volume phase diagrams by Espeau, Philippe, Céolin, René, Tamarit, Josep-Lluis, Perrin, Marc-Antoine, Gauchi, Jean-Pierre, Leveiller, Franck

“…The thermodynamic relationships between the two known polymorphs of paracetamol have been investigated, and the subsequent pressure-temperature and…”
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Solid-state studies of C60 solvates formed with chlorodibromomethane by Céolin, R., López, D.O., Nicolaï, B., Espeau, P., Barrio, M., Allouchi, H., Tamarit, J.Ll

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The phase transitions of n-alkanes in mesoscopic pores of graphite by Espeau, Philippe, White, John W.

“…The phase transitions of two n-alkanes of different parity, C 16H 34 and C 17H 36, confined in the mesoscopic pores of exfoliated graphite have been studied by…”
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Solid-state studies of C 60 solvates formed with chlorodibromomethane by Céolin, R., López, D.O., Nicolaï, B., Espeau, P., Barrio, M., Allouchi, H., Tamarit, J.Ll

“…At room temperature, the unstable-in-air hexagonal C 60·2HCClBr 2 solvate ( a = 10.154(3) Å, c = 10.150(3) Å at 308 K) forms with a negative excess volume, and…”
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Polymorph formation from solvate desolvation by Nicolai, Beatrice, Espeau, P, Ceolin, R, Perrin, M-A, Zaske, L, Giovannini, J, Leveiller, F

“…Spironolactone (C24H32O4S) usually crystallizes into an orthorhombic phase, named Form II. Another orthorhombic phase, named Form I, is also known but seems…”
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Solid State Studies on Synthetic and Natural Crystalline Arsenic(III) Sulfide, As 2 S 3 (Orpiment):  New Data for an Old Compound by Espeau, P., Tamarit, J. Ll, Barrio, M., López, D. Ó., Perrin, M. A., Allouchi, H., Céolin, R.

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The structure of n-alkane binary mixtures adsorbed on graphite by Espeau, Philippe, White, John W., Papoular, Robert J.

“…The thermodynamics and structure of the surface adsorbed phase in binary C15–C16 and C15–C17 n-alkane mixtures confined in graphite pores have been studied by…”
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Solid state studies of the C 60. 2(CH 3)CCl 3 solvate by Céolin, R., Tamarit, J.Ll, Barrio, M., López, D.O., Espeau, P., Allouchi, H., Papoular, R.J.

“…At room temperature, the hexagonal C 60. 2(CH 3)CCl 3 solvate ( a = 10.13(1) Å, c = 10.84(1) Å), made of alternating layers of C 60 and solvent molecules,…”
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