Some customer case studies and online publications
" The Brimrose software doesn't calibrate images against a reflectance standard but it does show the signal to noise ratio of the images and the uncalibrated spectra for each image pixel. "
-- Rick Evans, Amateur astronomer     View Case Study
" We’re developing calibrations for vineyard use with the idea that Brimrose can use the data to perhaps develop general software for the grape industry. Some wineries with the expertise will probably want to do their own calibrations and develop their own software, while others may want to buy a package off the shelf if it’s available. "
-- Oren Kaye, VERC research assistant     View Case Study
" The acquisition of spectra was performed using a portable AOTF-NIR spectrophotometer (Luminar
5030, Brimrose Corp., Maryland), equipped with a reflectance post dispersive optical configuration and an InGaAs (1100-2300 nm) detector. The spectrometer
includes a measurement unit and a computer unit. Furthermore, this device is equipped with a base for use in the laboratory, with a measuring rotary capsule. The spectrometer offers good portability, with 4h autonomy through a set of batteries. "
-- Por José Antonio Cayuela, José María García and Nuria Caliani    Department of Physiology and Technology of Plant Products     View Case Study
" To produce the Snellen E in the raster scan, the beam was modulated using an acousto-optic modulator (AOM; Brimrose Corp., Baltimore, MD) that is placed in the path of the beam prior to the entrance pupil of the system. The AOM, under computer control, can be set to deflect the beam into or out of the system, acting essentially as a switch that can turn on or turn off the beam. "
-- Rossi, E. A., Weiser, P., Tarrant, J., & Roorda, A.    University of California     View Case Study
" The spectral resolution of the AOTF is good enough for most molecular luminescence measurements. In fact, lower spectral resolution would be preferable for many luminescence measurements (assuming that the diffraction efficiency was kept constant). "
-- Dennis M. Hueber, Christopher L. Stevenson and Tuan Vo-dinh    Advanced Monitoring Development Group     View Case Study
" the NIR quantitative calibration developed at the laboratory scale demonstrated significant bias
when used for making predictions at the larger scale. The effects of physical interferences and sample presentation were minimized by developing a dynamic calibration at the pilot scale to mimic the commercial scale setting. "
-- Arwa S. El Hagrasy and W. Paul Findlay    Bristol-Myers Squibb     View Case Study |
