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See detail200mm Si/SiGe Resonant Interband Tunneling Diodes Incorporating δ-Doping Layers Grown by CVD
Park, Si-Young; Anisha, Ramesh; Berger, Paul et al

Conference (2009)

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See detail(201) Penelope
Surdej, Jean ULg; Cramer, N.

Report (1980)

IAUC 3527 available at Central Bureau for Astronomical Telegrams.

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See detail2010, Année zéro ?
Ozer, Pierre ULg; Perrin, Dominique

Article for general public (2010)

Haïti est le révélateur de notre société catatonique: laisser une situation difficile mais identifiée se dégrader à l’extrême pour réagir uniquement dans l’urgence.

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See detail2013 ESC guidelines on the management of stable coronary artery disease: the Task Force on the management of stable coronary artery disease of the European Society of Cardiology.
Montalescot, Gilles; Sechtem, Udo; Achenbach, Stephan et al

in European heart journal (2013), 34(38), 2949-3003

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See detail2013 European Association cardiovascular imaging research grants.
Sicari, Rosa; Edvardsen, Thor; Badano, Luigi et al

in European Heart Journal - Cardiovascular Imaging (2013), 14(3), 294

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See detail2013 European Thyroid Association guidelines for the diagnosis and treatment of TSH-secreting pituitary tumors
Beck-Peccoz, P; Lania, A; Beckers, Albert ULg et al

in European Thyroïd Journal (2013)

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See detail21st century Antarctic surface mass balance downscaling from global circulation models
Agosta, Cécile ULg; Favier, Vincent; Genthon, Christophe et al

Poster (2011, October)

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See detail21st century high-resolution downscaling of the Antarctic surface mass balance from global circulation models
Agosta, Cécile ULg; Favier, Vincent; Genthon, Christophe et al

Conference (2011, April)

Most of the IPCC-AR4 Atmospheric Global Circulation Models (AGCM) predict an increase of the Antarctic Surface Mass Balance (SMB) during the 21st century that would mitigate global sea level rise. Present ... [more ▼]

Most of the IPCC-AR4 Atmospheric Global Circulation Models (AGCM) predict an increase of the Antarctic Surface Mass Balance (SMB) during the 21st century that would mitigate global sea level rise. Present accumulation and predicted change are largest at the ice sheet margins because they are driven by snowfall, which mostly comes from warm, moist air arising over the land slopes. The coastal belt is also where complex processes of sublimation, melt and redistribution by the wind occur. Thus, high-resolution modelling (5 to 10 km) is necessary to adequately capture the effects of small-scale variations in topography on the atmospheric variables in this area, but limitations in computing resources prevent such resolution at the scale of Antarctica in full climate models. We present here a downscaling method leading to 10-km SMB resolution for century time-scales over Antarctica. We compute the effect of the fine topography on orographic precipitation and on boundary layer processes that lead to melt and sublimation. We show that the accumulation downscaled from ERA-Interim is in good agreement with field measurements for the last 40 years. We then display the SMB downscaled from LMDZ4 AGCM outputs (~60-km resolution), and show that the downscaling improves the agreement between present modelled and observed SMB. Finally, we present hi-resolution features of the Antarctic SMB evolution during the 21st century downscaled from LMDZ4 and discuss the effect of the resolution on the Antarctic SMB contribution to sea level change. The downscaling model is a powerful tool that will be applied to others climate models for a better assessment of future sea level rise. [less ▲]

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See detail21st century projections of surface mass balance changes for major drainage systems of the Greenland ice sheet
Tedesco, M.; Fettweis, Xavier ULg

in Environmental Research Letters (2012), 7

Outputs from the regional climate model Modèle Atmosphérique Régionale at a spatial resolution of 25 km are used to study 21st century projected surface mass balance (SMB) over six major drainage basins ... [more ▼]

Outputs from the regional climate model Modèle Atmosphérique Régionale at a spatial resolution of 25 km are used to study 21st century projected surface mass balance (SMB) over six major drainage basins of the Greenland ice sheet (GrIS). The regional model is forced with the outputs of three different Earth System Models (CanESM2, NorESM1 and MIROC5) obtained when considering two greenhouse gas future scenarios with levels of CO2 equivalent of, respectively, 850 and >1370 ppm by 2100. Results indicate that the increase in runoff due to warming will exceed the increased precipitation deriving from the increase in evaporation for all basins, with the amount of net loss of mass at the surface varying spatially. Basins along the southwest and north coast are projected to have the highest sensitivity of SMB to increasing temperatures. For these basins, the global temperature anomaly corresponding to a decrease of the SMB below the 1980–99 average (when the ice sheet was near the equilibrium) ranges between +0.60 and +2.16 °C. For the basins along the northwest and northeast, these values range between +1.50 and +3.40 °C. Our results are conservative as they do not account for ice dynamics and changes in the ice sheet topography. [less ▲]

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See detailThe 24-h recall instrument for home nursing to measure the activity profile of home nurses:development and psychometric testing
De Vliegher, Kristel; Aaertgeerts, Bert; Declercq, Anja et al

in Primary Health Care Research & Development (2014)

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See detail24-hour glucose profiles during continuous or oscillatory insulin infusion. Demonstration of the functional significance of ultradian insulin oscillations.
Sturis, J.; Scheen, André ULg; Leproult, R. et al

in Journal of Clinical Investigation (1995), 95(4), 1464-71

Under basal and stimulated conditions, normal insulin secretion oscillates with periods in the ultradian 100-150-min range. To test the hypothesis that oscillatory insulin delivery is more efficient in ... [more ▼]

Under basal and stimulated conditions, normal insulin secretion oscillates with periods in the ultradian 100-150-min range. To test the hypothesis that oscillatory insulin delivery is more efficient in reducing blood glucose levels than continuous administration, nine normal young men were each studied on two occasions during a 28-h period including a period of polygraphically recorded sleep. Endogenous insulin secretion was suppressed by somatostatin, a constant intravenous glucose infusion was administered, and exogenous insulin was infused either at a constant rate or in a sinusoidal pattern with a period of 120 min. The mean glucose level over the 28-h period was 0.72 +/- 0.31 mmol/liter lower when insulin was infused in an oscillatory pattern than when the rate of infusion was constant (P < 0.05). The greater hypoglycemic effect of oscillatory versus constant infusion was particularly marked during the daytime, with the difference averaging 1.04 +/- 0.38 mmol/liter (P < 0.03). Serum insulin levels tended to be lower during oscillatory than constant infusion, although the same amount of exogenous insulin was administered under both conditions. Ultradian insulin oscillations appear to promote more efficient glucose utilization. [less ▲]

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