Dec 23, 2015 | Application, Applications, Chemistry, Industrial & Process Analysis, NIR
Alcohol Applications This instrument application was developed using a neural network as the core concentration predictor for alcohol in a process flow cell. Spectra was taken using a StellarNet NIR model, miniature fiber optic spectrometer. Just 60 samples were...
Dec 22, 2015 | Application, Applications, Industrial & Process Analysis, Wildlife & Ecology
A field-study of inducible molecular defenses, ultraviolet radiation, and melanomagenesis in natural Xiphophorus hybrids Seth W. Coleman & Zachary W. Culumber & Ashley Meaders & Jennifer Henson & Gil G. Rosenthal Ultraviolet radiation—the primary...
Dec 22, 2015 | Application, Applications, Industrial & Process Analysis
A fiber optic sensor measures percent soluble solids in onions for a big pay off at market Interesting and valuable information is available in the NIR spectral region for many agricultural products. This application uses a NIR spectrometer to measure the percent of...
Dec 22, 2015 | Application, Applications, Industrial & Process Analysis
Spectral Signatures of surface materials in pig buildings Guoqiang Zhang and Jan S. Strom- Danish Institute of Agricultural Sciences Spectral Signatures of the reflectance of visual and near infrared radiation are used to make statistically significant discrimination...
Dec 22, 2015 | Application, Applications, Industrial & Process Analysis
SPECTRAL DIFFERENTIATION BETWEEN COPPER AND IRON COLORANTS IN GEM TOURMALINES Paul B. Merkel and Christopher M. Breeding The authors used Vis-NIR spectral measurements combined with LA-ICP-MS data to investigate the usefulness of absorption spectra for differentiating...
Dec 22, 2015 | Application, Applications, Industrial & Process Analysis
NHC-Gold (I) and (III) Complexes for Use in Energy Storage and Aryl Halogenation -2012 M Ghidiu –Thesis Submission, University of Deleware, 2012. N-Heterocyclic Carbene (NHC) complexes of gold(I) and gold(III) of the form AuX(IPr) and AuXCl2(IPr) (IPr =...