Jasco EHCS-932 air-cooled Peltier cell holder with stirrer The Peltier cell holder EHCS-932, for the V-700 series spectrophotometer, is capable of maintaining a specified sample temperature and conducting thermal ramping experiments up to 100°C.
Paper summary: rapid analysis for illicit drugs and chemical profiling of fingerprints The Plasmion SICRIT ion source enables the analysis of drug residues in fingerprints, also individual persons can be identified based on the chemical profile of their fingerprints.
Understanding the phase separation behaviour of microemulsions for enhanced oil recovery processes The phase behaviour of a crude oil, surfactant, and water mixture is presented in this application note. The dispersion stability analysis system MultiScan MS 20 from DataPhysics was used.
Stability analysis of latex emulsions with ultra-slow sedimentation rate using MS 20 stability analysis system Using the DataPhysics MS 20 stability analysis system and its corresponding MSC software, it was possible to study the stability of different latex formulations.
Determination of heavy fuel oil stability and compatibility MS 20 according to ASTM D7061 The asphaltene stability study of two heavy fuel oil samples with DataPhysics MS 20 according to standardized ASTM D7061 will be presented throughout this application note.
Studying the gelation process during yogurt formation at different temperatures using MultiScan The MultiScan (MS 20) from DataPhysics is a compact and versatile measuring device for optical stability and aging analyses. It can study gelation processes easily and provide additional information about stability issues in yogurt design.
Porometry, combination of gas-liquid and liquid-liquid expulsion methods The 3p Innova seriesUltra-Nano Porometer (Innova-UNP) is a combination of gas-liquid and liquid-liquid methods. It is a through pore size analysis device, which includes a gas-liquid method that measure large pores of 500 μm to 0.013 μm and has liquid-liquid function to accurately measure.
Porometry, liquid-liquid expulsion method LLP is a valuable technique for measuring the pore structure characteristics of ultrafiltration membranes. Such membranes can act as barriers to particles, including bacteria, pollens, spores, or pesticides.