Search results for "surface [detector]"

showing 4 items of 2064 documents

Application of a Split-Window Algorithm to Estimate Land Surface Temperature from NOAA-AVHRR Data

2006

Estimaciones de temperatura de la superficie terrestre, en días parciales a completamente despejados, fueron realizadas a partir de los datos proporcionados por el sensor Advanced Very High Resolution Radiometer (AVHRR), a bordo de la serie de satélites de la National Oceanic and Atmospheric Administration (NOAA) por aplicación de un algoritmo basado en el método de Split-Window. El algoritmo utilizado supone correcciones por emisividad y contenido de vapor de agua atmosférico, y fue validado con mediciones de temperatura de la superficie terrestre realizadas en terreno. Para esto, un data logger LI-1000 se instaló en la Estación Agrometeorológica dependiente del Instituto de Investigacione…

water vapourvapor de aguaradiómetrotemperatura de la superficie terrestreemissivitysatelliteland surface temperatureAnimal Science and ZoologyemisividadradiometerAgronomy and Crop Sciencesatelite
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Tribological and Mechanical Properties of the Nanostructured Superlattice Coatings with Respect to Surface Texture

2022

This research is funded by the Latvian Council of Science, project “Carbon-rich self-healing multifunctional nanostructured smart coatings (NSC) for high-tech applications using high-power confined plasma technology for their deposition”, project No. 2019/1-0385.

wearMechanical Engineeringfriction coefficientmicrohardnessnanostructured carbonitride coatingstribology:NATURAL SCIENCES::Physics [Research Subject Categories]surface texture; nanostructured carbonitride coatings; microhardness; wear; friction coefficient; tribologySurfaces Coatings and Filmssurface textureLubricants
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On-chip purification of arc-discharge synthesized multiwalled carbon nanotubes via mobile liquid interface

2017

This thesis reports a novel approach for purification of carbon nanotube (CNT) samples deposited on smooth silicon substrates through a mobile liquid interface interacting with carbonaceous debris particles that contaminate the deposition. The method is based on physical interaction of the particles and the three-phase contact line via capillary interface forces, i.e. the surface tension, which results in the detachment of chemically indispersible colloids from the sample surface. In the experiments reported in this work, we focus primarily on arc-discharge grown multi-walled carbon nanotubes, whose synthesis is particularly plagued by carbonaceous debris that is difficult to remove without h…

wettingatomic force microscopysurface chemistrypuhdistuspintakemianesteetadhesionpintailmiötadheesiosurface tensionnanohiukkasetcarbon nanotubeatomivoimamikroskopiarajapintailmiötnanoputketpintajännityscontact line
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Neorganisko jonu ietekme uz jonu apmaiņas ekstrahentu adsorbciju uz fāžu robežvirsmām starp ūdens un organiskiem šķīdumiem

2000

Šķīdumi (Ķīmija):NATURAL SCIENCES::Chemistry::Physical chemistry [Research Subject Categories]Virsmu ķīmijaAdsorbcijaFāžu robežvirsmasFizikālā ķīmijaLiquidsColloidsAdsorptionSolution chemistrySurface chemistry
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