04295nam 2200901z- 450 991067405220332120231214133552.03-0365-6038-6(CKB)5470000001633345(oapen)https://directory.doabooks.org/handle/20.500.12854/95791(EXLCZ)99547000000163334520202301d2022 |y 0engurmn|---annantxtrdacontentcrdamediacrrdacarrierChallenge and Research Trends of Solar ConcentratorsBaselMDPI - Multidisciplinary Digital Publishing Institute20221 electronic resource (178 p.)3-0365-6037-8 Primary and secondary solar concentrators are of vital importance for advanced solar energy and solar laser researches. Some of the most recent developments in primary and secondary solar concentrators were firstly presented. A novel three-dimensional elliptical-shaped Fresnel lens analytical model was put forward to maximize the solar concentration ratio of Fresnel-lens-based solar concentrators. By combining a Fresnel lens with a modified parabolic mirror, significant improvement in solar laser efficiency was numerically calculated. A fixed fiber light guide system using concave outlet concentrators was proposed. The absence of a solar tracking structure highlights this research. By shaping a luminescent solar concentrators in the form of an elliptic array, its emission losses was drastically reduced. Simple conical secondary concentrator was effective for thermal applications. New progresses in solar-pumped lasers by NOVA University of Lisbon were presented. By adopting a rectangular fused silica light guide, 40 W maximum solar laser power was emitted from a single Ce:Nd:YAG rod. An aspheric fused silica secondary concentrator and a small diameter Ce:Nd:YAG rod were essential for attaining 4.5 % record solar-to-laser power conversion efficiency. A novel solar concentrator design for the efficient production of doughnut-shaped and top-hat solar laser beams were also reported. More importantly, a novel solar concentrator approach for the emission of 5 kW-class TEM00 mode solar laser beams from one megawatt solar furnace was put forward at the end of this book, revealing promising future for solar-pumped lasers.Technology: general issuesbicsscHistory of engineering & technologybicsscluminescent solar concentratorsolar spectrum splitterpower generation in spacemicroalgaebeam mergingmultirodNd:YAGsolar furnacesolar flux homogenizersolar laserTEM00-modesolar pumpingtwisted light guidetop hatdoughnut-shapednanofluidconical concentrator systemperformance comparisonthermal efficiencyFresnel lensGaussian sourcegroove numbersolar fluxoptical efficiencyfull width at half maximumconcentratorlight guideoptical fiber solar systemsolar daylightinglaserparabolic mirrorsolar concentratorcollecting efficiencyconical solar concentratorperformance analysissolar energyCe:Nd:YAGaspherical lensside-pumpeduniformitylight-guidehomogenizersolar-pumped laserlaser efficiencyTechnology: general issuesHistory of engineering & technologyLiang Daweiedt1337676Zhao ChangmingedtLiang DaweiothZhao ChangmingothBOOK9910674052203321Challenge and Research Trends of Solar Concentrators3057191UNINA04749nam 2201225z- 450 991055729870332120210501(CKB)5400000000041052(oapen)https://directory.doabooks.org/handle/20.500.12854/69039(oapen)doab69039(EXLCZ)99540000000004105220202105d2020 |y 0engurmn|---annantxtrdacontentcrdamediacrrdacarrierTen Years of Remote Sensing at Barcelona Expert CenterBasel, SwitzerlandMDPI - Multidisciplinary Digital Publishing Institute20201 online resource (292 p.)3-03936-982-2 3-03936-983-0 This book celebrates the ten-year anniversary of the Barcelona Expert Center by presenting recent contributions related to the topics on which the team has been working during these years. The Barcelona Expert Center expertise covers a wide variety of remote sensing fields, but the main focus of the research is on the Soil Moisture and Ocean Salinity (SMOS) data processing and its ocean, land, and ice applications. This book contains 14 scientific papers addressing topics that range from the description of the new data processing algorithms that are implemented in the last version of the operational SMOS Level 1 processor, to scientific applications derived from SMOS: results on the sea surface salinity assimilation in coastal models; synergies of the sea surface salinity with temperature and chlorophyll, and their impact on the better retrieval of ocean surface currents; quality assessment of SMOS derived sea ice thickness; sea surface salinity; and soil moisture products, among others. Moreover, one of the papers verifies the potential of the future CIMR mission within the CMEMS SSS operational production after the SMOS era.GeographybicsscResearch & information: generalbicssc4D-VarABACUS glidersAlgerian BasinaltimetryAngola BasinArcticBECBEC SMOS productscalibrationCIMRclimatologyCongo River plumecopernicus marine servicecryospheredata assimilationdata fusiondata mergingerror correctionfaraday rotation angle (FRA)image reconstructioninterferometric radiometryInterferometryinternal tidesL-bandL-band radiometrymediterranean seaMediterranean Seamicrowave remote sensingMODISmoisture patternsmoisture variabilityocean colorocean salinity (SMOS)oceanographyphysical oceanographyprocessingradiometryREMEDHUSremote sensingreprocessingretrieval model validationROMSroot zonesatellite altimetrysatellite observationssatellite salinitysea ice thicknesssea surface salinitysea surface temperaturesensor calibrationsignal decompositionsingularity analysisSMAPSMOSsoil moistureSoil Moisture Active Passive (SMAP)Soil Moisture and Ocean Salinity (SMOS)Soil Moisture and Ocean Salinity (SMOS) missionspatial disaggregationsurface currentssurface quasi-geostrophic equationstemporal dynamicstidal currentstrendsupward looking sonarvertical total electron content (VTEC)GeographyResearch & information: generalMartínez Justinoedt1311326Gonzalez VeronicaedtGabarro CarolinaedtOlmedo EstrellaedtMartínez JustinoothGonzalez VeronicaothGabarro CarolinaothOlmedo EstrellaothBOOK9910557298703321Ten Years of Remote Sensing at Barcelona Expert Center3030248UNINA