L'air Liquide, Societe Anonyme Pour L'etude Et L'exploitation Des

Commissariat a L'energie Atomique

L'air Liquide,societe Anonyme Pour L'etude Et L'exploitation Des Procedes Georges Claude

Sca Hygiene Products Ab

Other

L'air Liquide, Societe Anonyme a Directoire Et Conseil De Surveillance Pour L'etude Et L'exploitation Des Procedes Georges Claude

Université Des Sciences Et Technologies De Lille

Ecole Nationale Superieure De Chimie De Lille

Softal Electronic Erik Blumentfeld Gmbh Co

Universite Des Science Et Technologies De Lille Cite Scientifique

Ecole National Superieure De Chimie De Lille

Softal Electronic Erik Blumenfeld Gmbh & Co.

Panayotis Cocolios

Alain Villermet

Roger Guilard

Eckhard Prinz

Bernd Martens

Philippe Guiberteau

Fran&ccedil;ois Coeuret

Henry Ledon

Shabira Abbas

Jean-Yves Thonnelier

Anna Nihlstrand

Gilles Lagrange

Jean-Claude Boivin

Gaetan Mairesse

François Coeuret

Jean-Louis Gelot

Herv&eacute; Chollet

Franck Forster

Barbro Moberg-Alehammar

Thami Chihani

Pascal Bouard

Francois Coeuret

Jean Louise

Christian Amatore

Anny Jutand

Philippe Labrune

Alain Tabard

Asa Lindstrom

St&eacute;phane Melen

Géraldine Rames-Langlade

J&uuml;rgen Salge

Roger G{acute Over (u)}ilard

Said Aziz

Francois Draskovic

Kenneth Yamaguchi

Paul Dognin

Philippe Campo

Stéphane Melen

Michel Inizan

Wolfgang D&ouml;ring

Olivier Siri

Franck F&ouml;rster

Bernd Softal Electronic Martens

Franck Softal Electronic Förster

Eckard Softal Electronic Prinz

Wolfgang Softal Electronic Döring

A fibrous structure testable in a series of run-off tests, wherein each run-off test includes exposing the fibrous structure to a volume of a test solution and the fibrous structure initially is hydrophobic and has been treated to be hydrophilic, wherein the fibrous structure exhibits a run-off level that is less than 5 percent by weight throughout a series of run-off tests, and wherein the series starts with a first run-off test and ends with a fifth run-off test.

Fibrous structure and absorbent article comprising said fibrous structure

Methods for treating polymeric substrates by placing the substrate in a gaseous mixture and subjecting it to a dielectric barrier electrical discharge. The gaseous mixture, which has a pressure around atmospheric, contains a carrier gas, a reducing gas and an oxidizing gas. The amount of the oxidizing gas in the gas mixture is between about 50 ppm and about 2000 ppm by volume, while the amount of the reducing gas in the gas mixture is between about 50 ppm and 30000 ppm by volume.

Method for surface treatment of polymeric substrates

A fibrous structure is described for use in hygienic articles such as diapers, sanitary napkins, incontinence guards, wipes and the like, having one or more polar, silicon containing compounds bound to at least one portion of the surface of the fibrous structure by interaction between the surface and the silicon containing compounds. The fibrous structure exhibits a predetermined degree of hydrophilicity and adhesion properties which are substantially unaffected by wetting of the fibrous structure. Absorbent, hygienic and textile articles comprising such a fibrous structure are also described.

Fibrous structure and absorbent article including such a fibrous structure

Optimization of an installation in which an operation is performed that requires control over the atmosphere inside a chamber ( ), the operation being performed in the presence of a gaseous mixture capable of giving off emissions, the optimization being obtained by the presence of inlet ( ) and outlet ( ) devices external to the chamber to oppose the ingress of air into the chamber and the exit of gaseous emissions; and of an extraction device ( ) comprising means ( ) for regulating the flow rate to maintain an approximately zero pressure differential between the inside and the outside of the chamber.

Installation in which an operation is performed requiring over the atmosphere inside a chamber

POLYAZACYCLOALKANES, TRI-, TETRA- OR PENTA-AZAMACROCYCLIC COMPLEXES, PROCESSES FOR THE PRODUCTION OF THESE SUBSTITUTED OR UNSUBSTITUTED POLYAZACYCLOALKANES GRAFTED TO A SUPPORT AND USES OF POLYAZACYCLOALKANES AND THE AFOREMENTIONED COMPLEXES

A process for the surface treatment of a running substrate by an electrical discharge created between two roller electrodes, comprising a first roller electrode and a second roller electrode, in a gas mixture comprising the steps of passing the substrate in between the two roller electrodes by applying it against the first roller electrode; injecting the gas mixture between the rollers to apply a first surface treatment to the substrate; passing the substrate in between the two roller electrodes by applying it against a second roller electrode; and injecting the gas mixture between the rollers to apply a second surface treatment to the substrate.

Process and device for the surface treatment of a substrate by an electrical discharge between two electrodes in a gas mixture

Novel compounds capable of carrying and releasing nitrogen oxide (NO) in a biological medium, their use for implementing a therapeutic treatment method or a diagnostic method applied to a human or animal body, and for making medicines useful for treating or preventing disorders affecting the human or animal cardiovascular, nervous, immune, renal or pulmonary system, specifically, an organometallic complex of nitrogen oxide, wherein the cationic part is of the formula (I)

Nitric oxide carriers based on polyazamacrocycle complexes

Polyazacycloalkanes, tri, tetra-  or penta-azamacrocyclic complexes, processes for the production of these substituted or unsubstituted polyazacycloalkanes grafted to a support and uses of polyazacycloalkanes and the aforementioned complexes

Process and plant for the production of a gaseous mixture containing a carrier gas an oxidizing gas and a silane

Polyazacycloalkanes, tri-, tetra- or penta-azamacrocyclic complexes, processes for the production of these substituted or unsubstituted polyazacycloalkanes grafted to a support and uses of polyazacycloalkanes and the aforementioned complexes

The invention relates to polyazacycloalkanes having 3, 4 or 5 nitrogen atoms, tri-, tetra- or penta-azamacrocyclic transition metal complexes and processes for the production of said polyazacycloalkanes. The object of the invention is to form polyazacycloalkanes able to trap metal cations and in particular U, Pu, Am, Ce, Eu, Al, Gd, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ag, Cd, Sn, Au, Mg or Pb or complexes able to trap in particular oxygen in a gaseous mixture. The invention more particularly applies to the treatment of liquid effluents from nuclear power stations.

Polyazacycloalkanes, tri-, tetra- or penta-azamacrocyclic complexes,

Electrochemical cell and its use for the separation and the

Electrochemical cell and its use in the separation or electrochemical

The invention relates to a process for the electrolytic generation of arsine from an electrochemical cell provided with a cathode supplied with H.sup.+ and AsO.sub.2.sup.- ions where two concurrent reactions take place producing arsine and gaseous hydrogen respectively, and an anode where a reaction producing H.sup.+ ions takes place, the ratio of the H.sup.+ /As concentrations at the cathode being controlled and kept constant.

Process and device for the electrolytic generation of arsine

Process using transition metal complexes for the separation of dioxygen

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Bullion, France

Panayotis Cocolios