Search results for "colour change"

showing 3 items of 3 documents

Effects of saliva and nasal secretion on some physical properties of four different resin materials

2009

WOS: 000284036700028

medicine.medical_specialtySalivaBodily Secretionsartificial nasal secretionAbsorption (skin)Nasal secretionNosephysical propertiesPhysical PhenomenaAnimal sciencemedicineSolubilitySalivaGeneral DentistrysorptionChemistrysolubilitypolymeric resin materialSorption:CIENCIAS MÉDICAS [UNESCO]HardnesshardnessSurgeryDenture baseartificial salivaResins SyntheticOtorhinolaryngologyDistilled watercolour changeVickers hardness testUNESCO::CIENCIAS MÉDICASSurgery
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Spectrophotometric investigations at the museum: monitoring of colour changes during differentiated cleaning of the marble statues

2011

The spectrophotometric investigations carried out during the cleaning treatments on the marble surface provide an useful support for choosing the best method to employ by monitoring, before and after the tests, both the chromatic coordinates and the spectral reflectance. Moreover, the colorimetric measurements allow us to evaluate the goodness of the chromatic level and the uniformity of the cleaned areas. The Laboratory of Physics and Indoor Environment of the Regional Center for Planning and Restoration has carried out the spectrophotometric investigations on the marble statues belonging to the Renaissance statuary collection of the Regional Gallery of Sicily Palazzo Abatellis in Palermo …

colour changeSpectrophotometric datacleaningmarble statues
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Improved camouflage through ontogenetic colour change confers reduced detection risk in shore crabs

2019

Abstract Animals from many taxa, from snakes and crabs to caterpillars and lobsters, change appearance with age, but the reasons why this occurs are rarely tested.We show the importance that ontogenetic changes in coloration have on the camouflage of the green shore crabs (Carcinus maenas), known for their remarkable phenotypic variation and plasticity in colour and pattern.In controlled conditions, we reared juvenile crabs of two shades, pale or dark, on two background types simulating different habitats for 10 weeks.In contrast to expectations for reversible colour change, crabs did not tune their background match to specific microhabitats, but instead, and regardless of treatment, all de…

suojaväricarcinus maenasvision modelbackground matchingdisruptive colorationphenotypic plasticitysaalistusAnimal Physiological Ecologytaskuravuteläimetontogenetic colour changepredationCarcinus maenasResearch ArticleFunctional Ecology
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