Category: Chemistry

Measure samples at four temperatures across eight cuvette positions in a single experiment and collect data from each cuvette simultaneously—dramatically reducing analysis time with the Cary 3500 double beam multi-cell spectrophotometer. Temperature Range 0 to 110 °C Streamline method setup with the Cary UV Workstation software for scanning, concentration, kinetics, and thermal control Faculty In… Continue reading UV-Vis Spectrophotometer – Agilent Cary 3500

Used for protein conformational studies, Quantitative analysis of pharmaceutical and Testing the optically purity of active substances. Automated high-throughput CD can obtain measurements on up to 192 samples without user intervention. The wavelength range using the standard PMT detector (163 – 950 nm) Faculty In charge: Dr. Jatish Kumar

UV-Vis-NIR measures 175 to 3300 nm using a PbSmart NIR detector for extended photometric range and It measures beyond 8.0 absorbance units with reference beam attenuation. Versatile set of accessories for materials research including spectral and diffuse reflectance also Nitrogen pumping—separate purging in the sample and monochromator compartments Faculty In charge: Dr. Janardan Kundu

It involves the rapid mixing of two or more solutions to trigger a chemical reaction. The reaction kinetics can then be followed by CD, absorbance and fluorescence. The stopped-flow system is paired with a J-1500 spectrophotometer. Temperature range from 5 °C to 80°C Faculty Incharge: Dr. Soumit Sankar Mandal

TLC-MS can quickly and confidently identify products even in complex mixtures without additional sample preparation. And the expression® CMS with ESI/APCI source can identify the m/z up to 1200. Both Solid and Liquid Samples can be tested directly. Faculty Incharge: Dr. Gopinath Purushothaman

For analysis of low molecular weight volatile and semi-volatile organic and inorganic compounds. EI and CI ionization sources with GC-FID (G3540A-Agilent 8890), GC-MSD (7078B) detectors Faculty Incharge: Dr. E. Balaraman

Used for separation, identification and quantification of components of a mixture of volatile organic compounds using FID/TCD detectors. Faculty In charge: Dr. E. Balaraman

Analysis, Identification, and quantification of compounds. Quaternary pump with PDA detector. This HPLC with a quaternary, low-pressure mixing pump and inline vacuum degassing. Flow rates from 50 uL/min to 5 mL/min Faculty In charge: Dr. Gopinath Purushothaman

Analysis, Identification, and quantification of compounds. Quaternary pump with PDA detector and the 1260 Infinity II Analytical-Scale Fraction Collector is optimized for laboratories performing analytical-scale compound purification of ng to mg quantities with typical flow rates between 0.1 and 10 mL/min. Faculty In charge: Dr. Rajesh Viswanathan

Used for Battery Life Cycle Testing , Electrochemical Research and Development , Half-cell Testing and Materials Research, Simulation of Real World Test Profiles, dQ/dt & Coulombic Efficiency Measurements. Faculty In charge: Dr. Vanchiappan Aravindan