Full Spectrum Archaeology

Full spectrum filterless fluorescence microscopy.

In conventional microscopes, fluorescence emission is separated from the backscattered illumination using the Stokes shift, whereby the emission occurs at a longer wavelength to the excitation. Such separation is usually achieved through a combination of wavelength filters that divide the spectrum into mutually exclusive excitation and emission bands. It is therefore impossible in these microsc...

Xenon: The Full Spectrum vs

Analytical techniques employed in modern methods of substance analysis are essentially derived from the foundation science of atomic and molecular absorption spectroscopy which deals with the theory and interpretation of optical spectra (a.k.a. the quantitative and qualitative study of elements and compounds). Some of the familiar technologies which are based in spectroscopy are: Clinical Chemi...

Full Citation Details: Staniforth, M. 2000. A future for Australian maritime archaeology? ‘Australian Archaeology’. no.50. 90-93. A Future for Australian Maritime Archaeology?

Discovering the Full Spectrum of Cardiovascular Disease

Despite considerable overall improvement in the clinical prevalence and outcome of cardiovascular disease in the US population during the past 50 years, striking disparities in disease burden plague specific racial/ethnic subgroups. Black patients with cardiovascular disease (CVD) in particular have increased morbidity and mortality as compared with white patients. For example, a black man betw...

ULySS: A Full Spectrum Fitting Package

Aims. We provide an easy-to-use full-spectrum fitting package and explore its applications to (i) the determination of the stellar atmospheric parameters and (ii) the study of the history of stellar populations. Methods. We developed ULySS, a package to fit spectroscopic observations against a linear combination of non-linear model components convolved with a parametric line-of-sight velocity d...