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18篇 您的检索式:作者名="Alexandre J H"
    题名 作者 年代 出处 被引量
1Saccharomyces cerevisiae-Oenococcus interactions in wine:current knowledge and perspectives显示文摘ALEXANDRE H COSTELLO P J REMIZE F 2004International Journal of Food Microbiolog2004,93,2:1
2Nerve injury during the transpsoas approach for lumbar fusion显示文摘Houten J H Alexandre LC Nasser R 2011J Neurosurg Spine2011,15,3:1
3The Europeanhernia society groin hernia classification: simple and easy to remembe显示文摘Miserez M Alexandre J H Campanelli G 2007Hernia2007,11,2:1
4Multi-objective genetic algorithms applied to solve optimization problems显示文摘Alexandre H F de Vasconcelos J A 2002IEEE Transaction on Magnetics2002,38,2:1
5Saccharomyccs cerevisiae-Oenococcus oeni interactions in wine: current knowledge and perspectives显示文摘ALEXANDRE H COSTELLO P J REMIZE F 2004Int J Food Microbiol2004,93,2:1
6A new modeling approach of pressure waves at the inlet of internal combustion engines显示文摘This paper presents a new model used to describe the propagation of pressure waves at the inlet systems of internal combustion engine. In the first part, an analogy is made between the compressible air in a pipe and a mechanical ideal mass damper spring system. A new model is then presented and the parameters of this model are determined by the use of an experimental setup (shock tube test bench). With this model, a transfer function is defined in order to link directly the pressure and the air mass flow rate. In the second part, the model is included into an internal combustion engine simulation code. The results obtained with this code are compared to experimental ones which are measured on a one-cylinder engine test bench. This last one is driven by an electric motor in order to study only the effect of the pressure waves on the engine behavior. A good agreement is obtained between the experimental results and the numerical ones and the new approach is an alternative method for modeling the pressure wave phenomena in an internal combustion engine manifold.David Chalet Alexandre Mahé Jean-Franois Hétet Jérme Migaud 2011Journal of Thermal Science2011,20,2:1
7Carbon films with an sp2 network structure 显示文摘ALEXANDROU I SCHEIBE H J KIELY C 1999Physical Review B1999,60,10:1
8An efficientmethod for isolating individual long-chain alkenones for com-pound-specific hydrogen isotope analysis显示文摘William J D A Liu Z H Alexandre M D R 2007Analytical Chemis-try2007,79,9:1
9Immunological control of Toxoplasma gondii and appropriate vaccine design显示文摘Alexandre J Jebbari H Bluethmann H 1996Curr Top Microbiol Immunol1996,219,:1
10CCI-779, an ester malogae d veraycin that interacts with PrEN/PI3-kinase pathways: a phase I study utilizing a weekly intravenous schedule显示文摘Raymond E Alexandre J Depenbrock H 2006Clin Cancer Res2006,6,:1
11CCI-779, an ester analogue of rapamycin that interacts with PTEN/PI3 kinase pathways: A phase Ⅰ study utilizing a weekly intravenous schedule显示文摘RAYMOND E ALEXANDRE J DEPENBROCK H 2000Ciin Cancer Res2000,6,:1
12A rearranging ligand enables allosteric control of catalytic activity in copper- containing nitrite reduetase显示文摘Wijma H J MacPherson I Alexandre M 2006Journal of Molecular Biology2006,358,4:1
13Characterization of EprA,a major extracellular protein of Oenococcus oeni with protease activity显示文摘FOLIO P RITT J F ALEXANDRE H 2008International Journal of Food Microbiology2008,127,1:1
14MADS-box genes in Ginkgo biloba and the evolution of the AGAMOUS family显示文摘Muriel J Alexandre H Michael M 2003Mol Biol Evol2003,20,5:1
15Selection of Beauveria bassiana isolates to control Alphitobius diaperinus 显示文摘Santoro P H Neves P M D J Alexandre T M 2008Journal of Invertebrate Pathology2008,97,:1
16New prospects in flame retardant polymer materials: From fundamentals to nanocomposites 显示文摘Laoutid F Bonnaud L Alexandre M Lopez-Cuesta J M Dubois P H 2009Materials Science and Engineering Reports2009,63,3:1
17Carbon films with an spz network structure显示文摘Alexandrou I Scheibe H J Kiely C J 1999Physical Review B1999,60,10:1
18Livestock induces strong spatial heterogeneity of soil CO2, N2O and CH4 emissions within a semi-arid sylvo-pastoral landscape in West Africa显示文摘Greenhouse gas(GHG) emissions from the surface soils and surface water receiving animal excreta may be important components of the GHG balance of terrestrial ecosystems, but the associated processes are poorly documented in tropical environments, especially in tropical arid and semi-arid areas. A typical sylvo-pastoral landscape in the semi-arid zone of Senegal, West Africa, was investigated in this study. The study area(706 km2 of managed pastoral land) was a circular zone with a radius of 15 km centered on a borehole used to water livestock. The landscape supports a stocking rate ranging from 0.11 to 0.39 tropical livestock units per hectare depending on the seasonal movements of the livestock. Six landscape units were investigated(land in the vicinity of the borehole, natural ponds, natural rangelands, forest plantations, settlements, and enclosed plots). Carbon dioxide(CO_2), nitrous oxide(N_2O) and methane(CH_4) fluxes were measured with static chambers set up at 13 sites covering the six landscape units, and the 13 sites are assumed to be representative of the spatial heterogeneity of the emissions. A total of 216 fluxes were measured during the one-year study period(May 2014 to April 2015). At the landscape level, soils and surface water emitted an average 19.8 t C-CO_2 eq/(hm2·a)(CO_2: 82%, N_2O: 15%, and CH_4: 3%), but detailed results revealed notable spatial heterogeneity of GHG emissions. CO_2 fluxes ranged from 1148.2(±91.6) mg/(m2·d) in rangelands to 97,980.2(±14,861.7) mg/(m2·d) in surface water in the vicinity of the borehole. N_2O fluxes ranged from 0.6(±0.1) mg/(m2·d) in forest plantations to 22.6(±10.8) mg/(m2·d) in the vicinity of the borehole. CH_4 fluxes ranged from –3.2(±0.3) mg/(m2·d) in forest plantations to 8788.5(±2295.9) mg/(m2·d) from surface water in the vicinity of the borehole. This study identified GHG emission 'hot spots' in the landscape. Emissions from the surface soils were significantly higher in the landscape units most frequently used by the animals, i.e., in the vicinity of the borehole and settlements; and emissions measured from surface water in the vicinity of the borehole and from natural ponds were on average about 10 times higher than soil emissions.Mohamed H ASSOUMA Dominique SERCA Frederic GUERIN Vincent BLANFORT Philippe LECOMTE Ibra TOURE Alexandre ICKOWICZ Raphael J MANLAY Martial BERNOU Jonathan VAYSSIERES 2017Journal of Arid Land2017,9,2:0
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