La belle Hélène; opéra bouffe en 3 actes. Paroles de M.M. Henri Meilhac et Ludovic Halévy. Musique de J. Offenbach. Partition chant et piano arrangée par Léon Roques.

Mode of access: Internet.

Le mariage aux lanternes; operette en un acte. Paroles de Michel Carré et Leon Battu. Partition piano et chant. [Réduits au piano au H. Salomon]

French words.

Symphony en si bémol majeur : Op. 20 ; partition d'orchestre. /

Mode of access: Internet.

IIième Quatuor à cordes; 2 violins, alto et violoncelle, op. 10. Partition.

Cover title.

The partition of Europe, a textbook of European history, 1715-1815,

Mode of access: Internet.

Symphonie [no. 7] en sol mineur, pour grand orchestre. Op. 87. Partition.

Mode of access: Internet.

Rose et Colas opéra comique. Partition de piano et chant.

At head of cover: Bibliothéque de musique.

La partition de l'évêché de Térouane, 1559.

Mode of access: Internet.

Recherches sur l'organisation, la fructification et la classification de plusieurs genres d'algues : avec la description de quelques espèces inédites on peu connues : essai d'une répartition des polypiers calcifères de Lamouroux dans la classe des algues /

Spine title: Thése pour le doctorate.

Recherches sur les facteurs de la répartition et sur le role des mycorhizes,

At head of title: Faculté des Sciences de l'Université de Paris.

Cinq symphonies pour petit orchestre. Partition. 3. Sérénade (1921).

For flute, clarinet, bassoon, violin, viola, violoncello and double bass.

Contenancy and partition

Mode of access: Internet.

Diffusion modeling of percutaneous absorption kinetics: 3. Variable diffusion and partition coefficients, consequences for stratum corneum depth profiles and desorption kinetics

Stratum corneum (SC) desorption experiments have yielded higher calculated steady-state fluxes than those obtained by epidermal penetration studies. A possible explanation of this result is a variable diffusion or partition coefficient across the SC. We therefore developed the diffusion model for percutaneous penetration and desorption to study the effects of either a variable diffusion coefficient or variable partition coefficient in the SC over the diffusion path length. Steady-state flux, lag time, and mean desorption time were obtained from Laplace domain solutions. Numerical inversion of the Laplace domain solutions was used for simulations of solute concentration-distance and amount penetrated (desorbed)-time profiles. Diffusion and partition coefficients heterogeneity were examined using six different models. The effect of heterogeneity on predicted flux from desorption studies was compared with that obtained in permeation studies. Partition coefficient heterogeneity had a more profound effect on predicted fluxes than diffusion coefficient heterogeneity. Concentration-distance profiles show even larger dependence on heterogeneity, which is consistent with experimental tape-stripping data reported for clobetasol propionate and other solutes. The clobetasol propionate tape-stripping data were most consistent with the partition coefficient decreasing exponentially for half the SC and then becoming a constant for the remaining SC. (C) 2004 Wiley-Liss, Inc.