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encompassing a wide diversity and heterogeneity of spectra(passive) have been createdreflectance spectra
Phenological stateinfluencedreflectance spectra
variations in the distance of the probe to the coral surface , or differential skeletal scattering properties between the branching and the massive species(passive) caused byreflectance spectra
the increased number of dark spots on corresponding parts of its surface(passive) is ... caused byreflectance spectra
the specular component(passive) caused byreflectance spectra
The specular reflectance component in diffusecausesreflectance spectra
the first Fe layer at the Fe / Si interface(passive) is ... contributed byXAS spectra
Studentscreatereflectance spectra
b. Good Time Interval operationsCreatingperiodograms(power spectra
to calculate a specified number ( \(k\ ) ) of eigenvalues of a large square matrix ( \(A\(passive) is designedhttps://github.com/yixuan/spectra/. Spectra
from the conversion of oxy - hemoglobin into deoxy - hemoglobin within the local tissuemust originatefrom the conversion of oxy - hemoglobin into deoxy - hemoglobin within the local tissue
predictive models to lose powercausingpredictive models to lose power
from simultaneous variation of all thicknesses in the 3-layer system with different amounts of added noiseresultingfrom simultaneous variation of all thicknesses in the 3-layer system with different amounts of added noise
from the reflectance of two skin chromophores , epidermal melanin and dermal haemoglobinmainly resultfrom the reflectance of two skin chromophores , epidermal melanin and dermal haemoglobin
from different sources and comparisonare originatingfrom different sources and comparison
detailed descriptions of EC precipitate structuresto createdetailed descriptions of EC precipitate structures
from different Cu sites of a structureresultingfrom different Cu sites of a structure
from the emission of wavelengths that are not absorbed inside a biological sampleresultfrom the emission of wavelengths that are not absorbed inside a biological sample
from use of a 0.018 cm thick copper radiatorresultingfrom use of a 0.018 cm thick copper radiator
from excitationsresultingfrom excitations