BRIMROSE

• Mid-IR_AOTF Spectrometer Evaluation

• Transcal: Transferring a Calibration From a Fross NIR Laboratory Sectrometer to a Brimrose AOTF-NIR Process Spectrometer
• Transcal: Case Study With A Complex Petroleum Product Matrix

• Separating High and Low Oleid Acid Soybean and Corn Seeds Using AOTF-NIR Spectroscopy
• The Determination of Percent Oil, Protein, and Moisture in Bulk Corn Kernels Using AOTF-NIR Spectroscopy
• AOTF-NIR Discrimination Analysis of Corn Varieties HY5, HY7, and Dent
• AOTF-NIR Determination of Oil in Whole Peanuts
• Predicting Hybrid and Inbred Watermelon Seeds Using AOTF-NIR Spectroscopy
• Discriminating Between High Oleic Acid and Linoleic Sunflower Seeds Using AOTF-NIR Spectroscopy
• Determination of Percent Oleic and Linoleic Acid in Sunflower Seeds Using AOTF-NIR Spectroscopy
• Classifying Corn Seeds Based on Oil Content Using AOTF-NIR Spectroscopy

• AOTF-NIR Qualitative Analysis of Loaded Additives and Resins
• The Measurement of Density and Melt Index in Low Density Polyethylene Using AOTF-NIR Spectroscopy
• AOTF-NIR Determination of Percent Solids and Drying in Lost Foam Coatings
• Rapid Identification of Polymer Waste For Recycling Using AOTF_NIR Spectroscopy
• AOTF-NIR Determination of % PMC, PVA, and Casucol in Various Blends
• AOTF-NIR Determination of Percent Resin to Hardener
• Distinguishing Between Emulsion and Suspension Polyvinylchloride Powder Using AOTF-NIR Spectroscopy
• AOTF-NIR Determination of Various Properties of Polypropylene
• AOTF-NIR Measurement of Urethane Coating Thickness on Polyethylene Terephthalate Film Using a Brimrose Thin Film Analyzer
• Measuring Ethylene-Vinyl Chloride on a Polymer Sheet Using AOTF-NIR Spectroscopy
• Classifying N6, N66, PET and PP Carpet Pieces Using AOTF-NIR Spectroscopy
• Measuring Nylon 6,6, Polypropylene & Styrene Butadiene, and Calcium Carbonate & Aluminum Tri-Hydrate in Fibers Using AOTF-NIR Spectroscopy
• Measuring the Amine-Based Compound "EG" in Nylon 6,6 Fibers Using AOTF-NIR Spectroscopy
• Measuring Intrinsic Viscosity (IV) and Carboxyl Group (COOH) Concentration in PET Pellets Using AOTF-NIR Spectroscopy 
• Measuring % Solids in Glass Fibers Using AOTF-NIR Spectroscopy
• Measuring Relative Viscosity in Polyamide Pellets using AOTF-NIR Spectroscopy
• Measuring Percent Solids of Blinder Solutions Using AOTF-NIR
• Measuring LOI & Moisture in Glass Fibers Using AOTF-NIR Spectroscopy
• Qualitative Analysis of Polymers With Carbon Black Color with AOTF-NIR Technology
• Qualitative Analysis of Polymers with AOTF-NIR Technology
• Quantitative Analysis Coatings on Metallic Substrate Using AOTF-NIR Technology
• Measuring EVOH (Ethylene Vinyl Alcohol Co Polymer) Thickness on Blown Film Coextruded Samples Using AOTF-NIR Spectroscopy
• Explorative Study of Degradation of Poly (Vinyl Chloride) Wire Insulation using Brimrose AOTF-NIR Technology
• Distinguishing Elastomer O-Rings Samples Using AOTF-NIR Spectroscopy

Sugar

Dairy

Food

Chemical

• The Determination of Aromatics, Cetane Index, Density, and Viscosity in Petroleum Product Using AOTF-NIR Spectroscopy
• Measuring Octane Number in Gasoline Using AOTF-NIR Spectroscopy

• AOTF-NIR Determination of Moisture in Ceramic Slurries
• AOTF-NIR Determination of Pulp Bales Properties
• Determination of Tobacco Types in Tobacco Blends Using AOTF-NIR Spectroscopy
• Measuring % Solids in a Medicinal Extract Using AOTF-NIR Spectroscopy
• AOTF-NIR Determination of Moisture in the Pesticide ContanionTM
• The Measurement of Chemical Composition and Physical Characteristics of Crop Protection Products Using AOTF-NIR Spectroscopy
• Discriminating Between Consumer Products With Different Shelf Lives and From Different Process Areas Using AOTF-NIR Spectroscopy
• AOTF-NIR Rapid Non-Contact Determination of Coating Thickness on Different Types of Paper
• AOTF-NIR Determination of Nicotine Levels in Ground Tobacco
• Measuring 2 Active Ingredients in an Industrial Crop Protection Product Using AOTF-NIR Spectroscopy
• Measuring % Reflectance on Desert and Woodland Camouflage Cloth Using AOTF-NIR Spectroscopy
• Classifying Resins in Wood Using AOTF-NIR Spectroscopy
• Measuring Adhesive Concentrations of 2 Coating Materials on a Backing Sheet Using AOTF-NIR Spectroscopy
• Measuring Nicotine Concentration in Lozenges Using AOTF-NIR Spectroscopy
• Measuring Dry Coating Thickness on Painted Aluminum Using AOTF-NIR Spectroscopy
• Measuring Parameters in Tobacco Using AOTF-NIR Spectroscopy
• Measuring Sodium Carbonate Concentration in Toothpaste Using AOTF-NIR Spectroscopy
• Measuring Coating Thickness on A Composite Tape Using AOTF-NIR Spectroscopy
• Measuring Parameters in Tobacco Using AOTF-NIR Spectroscopy
• Measuring Parameters in Blended Tobacco And Cloves Using AOTF-NIR Spectroscopy

Wine

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