Browsing
     by title


0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

or enter first few letters:   
OK
Full Text
See detailProceedings of the international conference Abrasion 2011 (Abrasion Wear Resistant Alloyed White Cast Irons For Rolling and Pulverizing Mills), 4th Edition
Lecomte-Beckers, Jacqueline ULg; Tchuindjang, Jérôme Tchoufack ULg

Book published by ULg-Service MMS (2011)

The « Abrasion » Conferences offer an almost unique opportunity to gather every three years people working in the field of abrasion resistant high chromium irons to be used in rolling and pulverizing ... [more ▼]

The « Abrasion » Conferences offer an almost unique opportunity to gather every three years people working in the field of abrasion resistant high chromium irons to be used in rolling and pulverizing mills. The well addresses topic and the small, but very active research community are the key factors for the success of this event. The University of Liege receives the organization by inheritance form Fukuoka (Japan 2002), São Paulo (Brazil 2005) and Trento (Italy 2008). It represents a very tough challenge for the local organizing committee, but the enthusiasm to host in Liege academic staff and people from the industry coming from all around the world was too big to renounce to this opportunity. The number of contributions for this fourth edition confirms that the idea of professor Matsubara to promote the meeting between University and Industry was really responding to the expectations of both these subjects. Scientists and technicians of 12 countries will attend the conference: Austria, Belgium, Brazil, France, Germany, Italy, Japan, Spain, Sweden, Taiwan, Thailand and Turkey. Twenty high quality contributions dealing with solidification, heat treatments, microstructural properties, oxidation and wear resistances will be presented. I believe that the present proceedings will contribute to the extension of knowledge in the area of science, research, development and application in Abrasion Wear Resistant Alloyed Cast Irons for Rolling and Pulverizing Mills. Proceedings are also available in a CD Rom version. A special thanks to all people contributing to the organization of the ABRASION 2011, to the nearby industries Åkers, Arcelor, ESW, GP, Magotteaux, MK, and to the CRM Group for offering the opportunity of the technical visit to the Research plant in Liege. [less ▲]

Detailed reference viewed: 77 (2 ULg)
Full Text
Peer Reviewed
See detailProceedings of the International Conference on Computer Methods and Water Resources, Morocco, vol.4, Springer-Verslag
Rigo, Philippe ULg

in Proceedings of the International Conference on Computer Methods and Water Resources, Morocco, vol.4, Springer-Verslag (1988, March)

Detailed reference viewed: 22 (0 ULg)
Full Text
See detailProceedings of the International Symposium on Unsteady Sediment Transport - GESINUS 2010
Dewals, Benjamin ULg; Erpicum, Sébastien ULg; Rulot, François ULg et al

Book published by University of Liege (2010)

Complexity in sediment transport and morphological modelling stems specifically from the variety of relevant physical processes as well as from their multi-scale nature, both in space (from grain- to ... [more ▼]

Complexity in sediment transport and morphological modelling stems specifically from the variety of relevant physical processes as well as from their multi-scale nature, both in space (from grain- to catchment scale) and in time (from quasi-instantaneous bank failures to silting of reservoirs within decades). To address this, the HACH group has developed a unique modelling system, which offers high flexibility in coupling flow and sediment transport sub-models to cover the broad spectrum of relevant time scales. In this framework, the HACH has convened on 29 and 30 July 2010 an international symposium, during which recent advances in morphological modelling have been presented, as well as progresses in grain scale experiments and field measurements. The symposium was supported by the University of Liege and the Fund for Scientific Research FNRS. Contributions from many European countries were presented and discussed, including Austria, Belgium, France, Italy, Netherlands, United Kingdom and Switzerland. [less ▲]

Detailed reference viewed: 30 (13 ULg)
See detailProceedings of the third international Conference on African Fish and Fisheries, Cotonoun Bénin, novmeber 2003
Snoeks, Jos; Lalèyè, Philippe; Vandewalle, Pierre ULg

Book published by Royal Museum for Central Africa (2007)

Detailed reference viewed: 24 (5 ULg)
Full Text
See detailProceedings of the XIth International Symposium on Fossil Cnidaria and Porifera, Liège 2011
Denayer, Julien ULg; Aretz, Markus; Poty, Edouard ULg

Book published by Geologica Belgica (2012)

Detailed reference viewed: 22 (2 ULg)
Full Text
Peer Reviewed
See detailProceedings: Facilitating conditions for oxoglutarate transport through internal membrane of rat heart mitochondria
Sluse-Goffart, Claudine; Sluse, Francis ULg; Duyckaerts, Claire ULg et al

in Archives Internationales de Physiologie et de Biochimie (1975), 83

Detailed reference viewed: 10 (1 ULg)
Full Text
See detailProceeds from the European workshop: GBS neonatal disease prevention
MELIN, Pierrette ULg

in de la Rosa, Manuel (Ed.) Proceedings from the European workshop: GBS neonatal disease prevention (2002)

Detailed reference viewed: 12 (0 ULg)
Full Text
Peer Reviewed
See detailProcesos de integración y políticas (locales): estado de la cuestión y algunas enseñanzas
Martiniello, Marco ULg; Penninx, Rinus

in Reis (2006), 116(Octubre-Diciembre), 123-156

Detailed reference viewed: 17 (3 ULg)
Full Text
Peer Reviewed
See detailTHE PROCESS E+ E- $\to$ Q ANTI-Q GAMMA AND THE ELECTRIC CHARGE OF COLORED QUARKS
Cudell, Jean-René ULg; Halzen, Francis; Herzog, Franz

in Physics Letters B (1984), 140

Detailed reference viewed: 14 (10 ULg)
Full Text
See detailProcess for depositing strong adherend polymer coating onto an electrically conductive surface
Detrembleur, Christophe ULg; Lou, Xudong; Voccia, Samuel et al

Patent (2002)

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a ... [more ▼]

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a primer coating P onto said surface and having as general formula: X0 (meth)acrylate wherein X is either part of a preformed polymer or is an intermediate agent for polyaddition reaction or is an anchoring group for attachment of a molecule having at least one complementary reactive group. Such process allows formation of new primer by one-step electro-grafting of a reactive polymer called macromonomer.; Such process also allows further modification of an initial electrografted polymer (called primer coating) to increase the coating thickness by the so-called grafting-from technique i.e. polymerization of a second monomer or to introduce other types of polymers(also called top coating) via covalent attachment between the primer and the top coating through the X ester group by the so called grafting onto technique. Such process also allows to graft onto the primer coating compounds like functional polymer, peptide, protein, oligonucleotide, dyes, drugs, anti-bacterian compounds. [less ▲]

Detailed reference viewed: 17 (4 ULg)
See detailProcess for depositing strong adherend polymer coating onto an electrically conductive surface
Bertrand, Olivier; Jérôme, Robert ULg; Gautier, Sandrine et al

Patent (2004)

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a ... [more ▼]

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a primer coating P onto said surface and having as general formula: X0 (meth)acrylate wherein X is either part of a preformed polymer or is an intermediate agent for polyaddition reaction or is an anchoring group for attachment of a molecule having at least one complementary reactive group. Such process allows formation of new primer by one-step electro-grafting of a reactive polymer called macromonomer.; Such process also allows further modification of an initial electrografted polymer (called primer coating) to increase the coating thickness by the so-called grafting-from technique i.e. polymerization of a second monomer or to introduce other types of polymers(also called top coating) via covalent attachment between the primer and the top coating through the X ester group by the so called grafting onto technique. Such process also allows to graft onto the primer coating compounds like functional polymer, peptide, protein, oligonucleotide, dyes, drugs, anti-bacterian compounds. [less ▲]

Detailed reference viewed: 25 (7 ULg)
Full Text
See detailProcess for depositing strong adherend polymer coating onto an electrically conductive surface
Bertrand, Olivier; Jérôme, Robert ULg; Gautier, Sandrine et al

Patent (2004)

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising the step of electrochemical grafting of an active monomer for forming a ... [more ▼]

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising the step of electrochemical grafting of an active monomer for forming a primer coating P onto the surface and having as general formula: X0 (meth)acrylate wherein X is either part of a preformed polymer or is an intermediate agent for polyaddition reaction or is an anchoring group for attachment of a molecule having at least one complementary reactive group. Such process allows formation of new primer by one-step electro-grafting of a macromonomer. Such process also allows further modification of an initial electrografted polymer to increase the coating thickness by the grafting-from technique. Such process also allows to graft onto the primer coating compounds like functional polymer, peptide, protein, oligonucleotide, dyes, drugs, anti-bacterian compounds. [less ▲]

Detailed reference viewed: 5 (3 ULg)
Full Text
See detailProcess for depositing strong adherend polymer coating onto an electrically conductive surface
Bertrand, Oliver; Jérôme, Robert ULg; Gautier, Sandrine et al

Patent (2004)

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a ... [more ▼]

Process for depositing by electrografting a strong adherent polymer coating onto an electrically conductive surface comprising an electrochemical grafting at the surface of an active monomer for forming a primer coating P onto said surface and having as general formula: X0 (meth)acrylate wherein X is either part of a preformed polymer or is an intermediate agent for polyaddition reaction or is an anchoring group for attachment of a molecule having at least one complementary reactive group. Such process allows formation of new primer by one-step electro-grafting of a reactive polymer called macromonomer.; Such process also allows further modification of an initial electrografted polymer (called primer coating) to increase the coating thickness by the so-called grafting-from technique i.e. polymerization of a second monomer or to introduce other types of polymers(also called top coating) via covalent attachment between the primer and the top coating through the X ester group by the so called grafting onto technique. Such process also allows to graft onto the primer coating compounds like functional polymer, peptide, protein, oligonucleotide, dyes, drugs, anti-bacterian compounds. [less ▲]

Detailed reference viewed: 6 (1 ULg)
Full Text
See detailProcess for depositing strong adherend polymer coating onto an electrically conductive surface
Bertrand, Olivier; Jérôme, Robert ULg; Gautier, Sandrine et al

Patent (2002)

Detailed reference viewed: 43 (2 ULg)
Full Text
See detailProcess for preparing electromagnetic interference shileding materials
Thomassin, Jean-Michel ULg; Jérôme, Christine ULg; Detrembleur, Christophe ULg et al

Patent (2012)

The present invention relates to a process for preparing an electromagnetic interference shielding material, or a precursor thereof, comprising a first polymer matrix and carbon conductive loads, said ... [more ▼]

The present invention relates to a process for preparing an electromagnetic interference shielding material, or a precursor thereof, comprising a first polymer matrix and carbon conductive loads, said process comprises the steps of: (a) Forming a reaction mixture comprising carbon conductive loads and a polymerizable medium said polymerizable medium comprising one or more monomers dissolved in a solvent, (b) Exposing the reaction mixture to polymerization conditions to polymerize said polymerizable medium and thus form a polymer, and (c) Forming a precipitate or an agglomerate of an electromagnetic interference shielding material made of less than 50 wt.% carbon conductive loads dispersed in the first polymer matrix formed in step (b), characterized in that, said polymer is insoluble in said solvent and in that a fraction of the polymer chains thus formed are grafted on part of the surface of the carbon conductive loads. [less ▲]

Detailed reference viewed: 24 (0 ULg)
Full Text
See detailProcess for preparing electromagnetic interference shileding materials
Thomassin, Jean-Michel ULg; Jérôme, Christine ULg; Detrembleur, Christophe ULg et al

Patent (2012)

The present invention relates to a process for preparing an electromagnetic interference shielding material, or a precursor thereof, comprising a first polymer matrix and carbon conductive loads, said ... [more ▼]

The present invention relates to a process for preparing an electromagnetic interference shielding material, or a precursor thereof, comprising a first polymer matrix and carbon conductive loads, said process comprises the steps of: (a) Forming a reaction mixture comprising carbon conductive loads and a polymerizable medium said polymerizable medium comprising one or more monomers dissolved in a solvent, (b) Exposing the reaction mixture to polymerization conditions to polymerize said polymerizable medium and thus form a polymer, and (c) Forming a precipitate or an agglomerate of an electromagnetic interference shielding material made of less than 50 wt.% carbon conductive loads dispersed in the first polymer matrix formed in step (b), characterized in that, said polymer is insoluble in said solvent and in that a fraction of the polymer chains thus formed are grafted on part of the surface of the carbon conductive loads. [less ▲]

Detailed reference viewed: 43 (2 ULg)