(Click on any TITLE in blue to view Application Note) Cricket™ Diffuse Reflectance Sampling Methods The Transflex™-Cricket™ Combination: An Economical Alternative to Disposable IR Cards! da Vinci Arm The Flexible Opto-Mechanical Arm for FTIR Analysis of Samples Outside the Sample Compartment. FastIR™ A FASTIR Way Of Grinding Out Spectra FatIR Analysis System Real-Time Monitoring of Thermally Induced Trans Fats in Corn Oil Using the FatIR Oil Analysis System. FiberMate2™ Mid-Infrared Fiber Optics for In-Situ Studies of Human Skin. Using Fiber Optics For Mid-Infrared Spectroscopy With A DTGS Detector. GATR™ Analysis of Polymer Brush Formation on Si Wafers by GATR-FTIR. ATR Spectroscopy of Thin Films on Silicon and Metallic Substrates. The Relationship Between Polarization and Sensitivity for Grazing Angle ATR Studies of Thin Coatings On Silicon. Analysis of Thin Films on Si Wafers by FT-IR ATR Detection of Thin Films on Polycarbonate and Other Plastic Substrates. Optimizing Detection of Thin Films on High Refractive Index Substrates using FTIR-ATR Spectroscopy Horizon™ In-situ ATR-FTIR of hafnium (IV) tert-butoxide adsorption and decomposition on Ge. Correlating the Polarization Indicator to S- and P-Polarization via ATR Meridian™ Real-Time Monitoring of Polymer Heat Curing by Diamond ATR Spectroscopy Infrared Detection of Films on Rough Surfaces: An ATR Study of Hardwood Flooring. Technique Considerations for the Analysis of Mineral Specimens by Single Reflection Diamond ATR Spectroscopy. The Identification of Geological Samples Using Single Reflection Diamond ATR FTIR Spectroscopy Meridian™: A Rock-Solid ATR Nanosampler MultiLoop-MIR™ Using Fiber Optics For Mid-Infrared Spectroscopy With A DTGS Detector. Mid-Infrared Fiber Optics for In-Situ Studies of Human Skin. MVP-Pro ™ Distinguishing Release Agents on O-Rings Using ATR Spectroscopy. MVP-Pro Star ™ Far-IR Diamond ATR Spectroscopy Polarizers Correlating the Polarizer Indicator to S- and P- Polarization via ATR. Reaction Chambers for the Praying Mantis Methanol conversion over TubiO2 supported oxomolybdate catalysts. An In Situ Raman spectroscopic study Seagull™ Aperture Design for Near Critical Angle FTIR ATR Spectroscopy Near Critical Angle FTIR ATR Spectroscopy with a Variable Angle Reflection Accessory. Characterization of “Skin” Orientation of Thermotropic Liquid Crystalline Copolyester Moldings Selective Attachment of Molecular Wires. Analysis of Hair Using the Seagull™ Variable Angle Reflection Accessory. The Effect of Surface Uniformity on the Specular Reflectance from Carbon-Filled Coatings. ATR Rotator for Studies of Oriented Samples Optimizing Detection of Thin Films on High Refractive Index Substrates using FTIR-ATR Spectroscopy SplitPea™ ATR Analysis of Hair Using the SplitPea. A New Tool for Solid Phase Analysis in Combinatorial Chemistry. Detecting Thin Films on Plastic Substrates Using Micro-ATR Spectroscopy. The Degree of Polymer Curing, as Measured by ATR Spectroscopy VariGATR™ Optimizing Detection of Thin Films on High Refractive Index Substrates using FTIR-ATR Spectroscopy Video Meridian Diamond ATR An FT-IR Study of Pressure-Induced Spectroscopic Changes in a Pressure-Sensitive Adhesive. Analysis of Fibers by Micro-ATR Spectroscopy. Spacial Resolution Of Micro-ATR Infrared Spectroscopy. The Effect of Surface Uniformity on the Specular Reflectance from Carbon-Filled Coatings. Identification of Unknown Fibers Using Diamond ATR Spectroscopy. The Color Of Money: A Diamond ATR Study of the new Twenty Dollar Bill. Harrick Scientific Products, Inc. 141 Tompkins Ave, 2nd floor PO Box 277 Pleasantville, NY 10570 Phone: 914-747-7202 Fax: 914-747-7209 E-mail: info@harricksci.com