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17篇 您的检索式:作者名="Serey"
    题名 作者 年代 出处 被引量
1Trends in landing gear material 显示文摘Serey J P 2005Aerospace Engineering2005,9,:1
2Nanomanipulation using silicon photonic crystal resonators 显示文摘MANDAL S SEREY X ERICKSON D 2010Nano Letters2010,10,1:1
3Making program refactoring safer显示文摘Soares G Gheyi R Serey D 0,,04:1
4A model for hydrated Portland cement paste as deduced from sorption-longth change and mechanical proper- /ies显示文摘FELDMAN R F SEREI)A P J 1968Materials and Structures1968,1,6:1
5Halogenation of β-alkoxyvinyl polyhaloalkyl ketones:a convenient route for the synthesis of α-chloro-or α-brome-β-alkoxyvinyl ketonrs显示文摘Igor I G Liliya M K Serei I V 2001Synthesis2001,3,:1
6Use of the Quasiexperimental Sequential Cohort Design in the Study of PatientNurse Effectiveness with Assisted Communication Strategies(SPEACS)显示文摘Happ M B Serei ka S Gar ret t K 2008Contemp Clin Trials2008,29,5:1
7High-performance liquid chromatographic method for the determination of mangiferin, likviritin and dihydroquercetin in rat plasma and urine显示文摘SEREY V GEODAKYAN INNA V VOSKOBOINIKOVA JURY A KOLESNIK 1992Biomedical Applic ations1992,577,2:1
8Diabetes in pregnancy dietary management 显示文摘Serei I 2008Pract Midwife2008,11,6:1
9Comparison of promoter activities for efficient expression into human B ceils and haemato- poietic progenitors with adenovirus Ad5/F35显示文摘Marie PC Mathieu D Serey PS 2007J Immunol Meth- ods2007,322,12:1
10Slurry Sampling for Hydride Generation Atomic Absorption Speetrometrie Determination of Arsenic in Cigarette Tobaccos 显示文摘Serey Mierwa Samuel B Harkirts 1997Analyst1997,122,:1
11Landslides induced by the April 2007 Aysén Fjord earthquake, Chilean Patagonia显示文摘Sepúlveda S A Serey A Lara M 2010Landslides2010,7,4:1
12Protocol performance analysis using a timed extension for an object oriented Petri net language显示文摘Fabrfcio Vale de Azevedo Guerra Jorge Cesar Abrantes de Figueiredo Dalton Dario Serey Guerrero 2005Electronic Notes in Theoretical Computer Science2005,130,12:1
13Nanomani-pulation using near field photonics 显示文摘Erickson D Serey X Chen YF 2011Lab on AChip2011,11,6:1
14Controlledphotonic manipulation of proteins and othernanomaterials 显示文摘Chen YF Serey X Sarkar R 2012Nano Letters2012,12,3:1
15The interaction of job stress and social support: a strong inference investigation显示文摘Seers A McGee G W Serey T & Graen G B 1985Academy of Management1985,26,:1
16Co-management of small-scale fishery in the Tonle Sap Lake,Cambodia显示文摘In Cambodia,fishery co-management is an important process to transfer authority and ownership to the communities along the Tonle Sap Lake to manage fishery.This paper aims to determine why the co-management of small-scale fishery has not been implemented satisfactorily in the Tonle Sap Lake of Cambodia.The research was primarily based on a household survey among 404 house-holds for quantitative data,equally divided between the Cham(202 households)and Khmer(202 households).Participatory process was also applied to collect qualitative data from key stake-holders.We found that limited interaction among the involved stakeholders,i.e.,unequal distribution of authority and resources co-management,has impeded implementation.The engagement of fisherfolk was influenced by dependence on fishery,law enforcement,and events organized by the communities.While the Khmer had better opportunities to participate in planning at the provincial and district levels,the Cham were only engaged in local development activities initiated by their people.However,the latter evinced a higher rate of satisfaction due to their access tofishery resources and to a large quantity of fishing gear.In the future,efforts should be made to:(1)improve resource and authority sharing among all key stakeholders;(2)urgently resolve issues pertinent to capacity building,insufficient budgets for commune councils(CoCs)and community fishery(CFi);and(3)urge law enforcement regarding illegal fishing.Serey Sok Xiaojiang Yu 2021Regional Sustainability2021,2,1:0
17Targeting new ways for large-scale,high-speed surface functionalization using direct laser interference patterning in a roll-to-roll process显示文摘Direct Laser Interference Patterning(DLIP)is used to texture current collector foils in a roll-to-roll process using a high-power picosecond pulsed laser system operating at either fundamental wavelength of 1064 nm or 2nd harmonic of 532 nm.The raw beam having a diameter of 3 mm@1/e^(2) is shaped into an elongated top-hat intensity profile using a diffractive so-called FBS■-L element and cylindrical telescopes.The shaped beam is split into its diffraction orders,where the two first orders are parallelized and guided into a galvanometer scanner.The deflected beams inside the scan head are recombined with an F-theta objective on the working position generating the interference pattern.The DLIP spot has a line-like interference pattern with about 15μm spatial period.Laser fluences of up to 8 J cm^(-2) were achieved using a maximum pulse energy of 0.6 mJ.Furthermore,an in-house built roll-to-roll machine was developed.Using this setup,aluminum and copper foil of 20μm and 9μm thickness,respectively,could be processed.Subsequently to current collector structuring coating of composite electrode material took place.In case of lithium nickel manganese cobalt oxide(NMC 622)cathode deposited onto textured aluminum current collector,an increased specific discharge capacity could be achieved at a C-rate of 1℃.For the silicon/graphite anode material deposited onto textured copper current collector,an improved rate capability at all C-rates between C/10 and 5℃ was achieved.The rate capability was increased up to 100%compared to reference material.At C-rates between C/2 and 2℃,the specific discharge capacity was increased to 200 mAh g^(-1),while the reference electrodes with untextured current collector foils provided a specific discharge capacity of 100 m Ah g^(-1),showing the potential of the DLIP technology for cost-effective production of battery cells with increased cycle lifetime.Christoph Zwahr Nicolas Serey Lukas Nitschke Christian Bischoff Ulrich Radel Alexandra Meyer Penghui Zhu Wilhelm Pfleging 2023International Journal of Extreme Manufacturing2023,5,3:0
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