Make: Quantachrome USA
Model: AutosorbiQ
- Most versatile tool for the sorption analysis of solid samples using ultra high pure nitrogen gas at liquid nitrogen temperature.
- Complete adsorption and desorption analysis gives hysteresis loop to calculate pore size analysis.
- Surface area analysis calculated by Brunauer Emmett and Teller Equation (using multipoint adsorption in the P/P0 range 0.05 to 0.33)
- Micro Pore size distribution calculated using Horvath-Kawazoe method and BJH method used for mesopore size distribution
It is useful for multiple disciplines of research such as physics, chemistry and material sciences.
Room No.: G15
Technology Tower
School of Advanced Sciences
Dr. G. SATHISH KUMAR,
Associate Professor
School of Advanced Sciences,
VIT, Vellore- 632014.
Email: sas.saabet@vit.ac.in
| User Type | Charges (INR) (+ applicable GST) |
|---|---|
| UG /PG Students from Academic Institution | Surface Area -750;Surface area, isotherm, and pore size distribution (Mesoporous material) -1250;Surface area, isotherm, and pore size distribution (Microporous material)-2000 |
| Research Scholar from Academic Institution | Surface Area -750;Surface area, isotherm, and pore size distribution (Mesoporous material) -1250;Surface area, isotherm, and pore size distribution (Microporous material)-2000 |
| Project Staff from Academic Institution | Surface Area -750;Surface area, isotherm, and pore size distribution (Mesoporous material) -1250;Surface area, isotherm, and pore size distribution (Microporous material)-2000 |
| Faculty Members from Academic Institution | Surface Area -750;Surface area, isotherm, and pore size distribution (Mesoporous material) -1250;Surface area, isotherm, and pore size distribution (Microporous material)-2000 |
| Research Scientist from R&D Organizations | Surface Area -1000;Surface area, isotherm, and pore size distribution (Mesoporous material) -1500;Surface area, isotherm, and pore size distribution (Microporous material)-2500 |
| Industry Personnel from Industry | Surface Area -1000;Surface area, isotherm, and pore size distribution (Mesoporous material) -1500;Surface area, isotherm, and pore size distribution (Microporous material)-2500 |
| Personnel from Non - Government Organization | Surface Area -1000;Surface area, isotherm, and pore size distribution (Mesoporous material) -1500;Surface area, isotherm, and pore size distribution (Microporous material)-2500 |