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See detailF. Prescendi, Y. Volokhine (éd.), Dans le laboratoire de l’historien des religions. Mélanges offerts à Philippe Borgeaud, Genève, Labor et Fides, 2011.
Caneva, Stefano ULg

in Kernos : Revue Internationale et Pluridisciplinaire de Religion Grecque (2012), 25

Detailed reference viewed: 19 (1 ULg)
See detailF.E. modelling of electro-mechanical and thermo-elastic couplings in micro-system
Lejeune, Jean-Michel; Lepage, Séverine; Rochus, Véronique ULg et al

Scientific conference (2004)

Detailed reference viewed: 19 (2 ULg)
Peer Reviewed
See detailF17 and CS31A adhesins in Shiga toxin-producing Escherichia coli strains isolated from diarrheic calves
Rodriguez, Sabrina ULg; Mercado, E.C.; Elizondo, A.

Poster (2002, November 10)

Detailed reference viewed: 11 (1 ULg)
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See detailF1FO ATP synthase mutants in Chlamydomonas: Stability and oligomycin resistance mediated by atypical Asa7 protein; interaction between chloroplastic and mitochondrial bioenergetics
Lapaille, Marie ULg; Escobar-Ramírez, Adelma; Degand, Hervé et al

in Biochimica et Biophysica Acta (BBA) - Bioenergetics (2010), 1797(Supplement 1), 29

Detailed reference viewed: 39 (10 ULg)
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See detailLes Fab labs: espaces créatifs d'aujourd'hui au service du prototypage rapide de demain
Elsen, Catherine ULg

Article for general public (2013)

Tout comme les débuts de l'internet "pour tous" ont été marqués par l'éclosion de cyber-cafés, l'ère de la fabrication digitale "à la maison" sera, dans un premier temps, facilitée par les Fab labs, lieux ... [more ▼]

Tout comme les débuts de l'internet "pour tous" ont été marqués par l'éclosion de cyber-cafés, l'ère de la fabrication digitale "à la maison" sera, dans un premier temps, facilitée par les Fab labs, lieux d'échanges et de mise en commun d'outils et d'expertises. [less ▲]

Detailed reference viewed: 119 (14 ULg)
See detailFabio DOPLICHER, Le masque de Faust
Tilkin, Françoise ULg; Cherubini, Nicoletta; Joppolo, Giovanni

Book published by Shakespeare and Company di Giuseppe Recchia (1981)

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See detailFabric transitions from shell accumulations to reefs: an introduction with Palaeozoic examples
Alvaro, J. J.; Aretz, M.; Boulvain, Frédéric ULg et al

in Alvaro, J. J.; Aretz, M.; Boulvain, Frédéric (Eds.) et al Palaeozoic Reefs and Bioaccumulations: Climatic and Evolutionary Controls (2007)

One unresolved conceptual problem in some Palaeozoic sedimentary strata is the boundary between the concepts of ‘shell concentration’ and ‘reef’. In fact, numerous bioclastic strata are transitional ... [more ▼]

One unresolved conceptual problem in some Palaeozoic sedimentary strata is the boundary between the concepts of ‘shell concentration’ and ‘reef’. In fact, numerous bioclastic strata are transitional coquina–reef deposits, because either distinct frame-building skeletons are not commonly preserved in growth position, or skeletal remains are episodically encrusted by ‘stabilizer’ (reef-like) organisms, such as calcareous and problematic algae, encrusting microbes, bryozoans, foraminifers and sponges. The term ‘parabiostrome’, coined by Kershaw, can be used to describe some stratiform bioclastic deposits formed through the growth and destruction, by fair-weather wave and storm wave action, of meadows and carpets bearing frame-building (archaeocyaths, bryozoans, corals, stromatoporoids, etc.) and/or epibenthic, non-frame-building (e.g. pelmatozoan echinoderms, spiculate sponges and many brachiopods) organisms. This paper documents six Palaeozoic examples of stabilized coquinas leading to (pseudo)reef frameworks. Some of them formed by storm processes (generating reef soles, aborted reefs or being part of mounds) on ramps and shelves and were consolidated by either encrusting organisms or early diagenesic processes, whereas others, bioclastic-dominated shoals in barrier shelves, were episodically stabilized by encrusting organisms, indicating distinct episodes in which shoals ceased their lateral migration [less ▲]

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See detailFabrication and operation of a two-dimensional ion-trap lattice on a high-voltage microchip
Sterling, Robin C.; Rattanasonti, Hwanjit; Weidt, Sebastian et al

in Nature Communications (2014), 5

Detailed reference viewed: 16 (0 ULg)
See detailLa fabrication de l’actualité à travers l’image
Geuens, Geoffrey ULg

Conference given outside the academic context (2003)

Atelier d'éducation aux médias

Detailed reference viewed: 13 (7 ULg)
See detailLa fabrication des aliments pour poulets de chair à la ferme: valorisation des produits de l'exploitation.
Thewis, André ULg; Leterme, Pascal; Cors, F. et al

Scientific conference (1987, December)

Detailed reference viewed: 85 (1 ULg)
See detailFabrication des preparations biologiques.
Destain, Jacqueline ULg; Thonart, Philippe ULg

in Fruit Belge (1992), 60(440), 249-253

Detailed reference viewed: 17 (4 ULg)
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See detailFabrication of equally oriented pancake shaped gold nanoparticles by SAM-templated OMCVD and their optical response
Aliganga, Anne Kathrena A.; Lieberwirth, Ingo; Glasser, Gunnar et al

in Organic Electronics (2007), 8

The optical response of non-spherical gold nanoparticles not only depends on the size of the objects, but also on their shape and orientation with respect to the polarization direction of the light ... [more ▼]

The optical response of non-spherical gold nanoparticles not only depends on the size of the objects, but also on their shape and orientation with respect to the polarization direction of the light, exciting the plasmon resonance. This study demonstrates a method to grow non-spherical gold nanoparticles via organometallic chemical vapor deposition (OMCVD) onto planar substrates that are covered by SH-terminated self-assembled monolayers (SAMs). Trimethylphosphinegoldmethyl ((CH3)3PAuCH3) is used as the volatile organic precursor. The shape of the deposited particles varies with respect to the nature of the template SAM: disc-like and pancake shaped nanoparticles are fabricated with different aspect rations between the two main axes. UV–vis, AFM, STM, SEM and evanescent waveguide absorption spectroscopy (EWAS) of the OMCVD gold nanoparticles are applied to determine and verify the dimensions and orientation of the nanoparticles in two dimensions. When clusters of nanoparticles are formed, an additional plasmon band with a large red-shift is observed. [less ▲]

Detailed reference viewed: 28 (1 ULg)