Brief Introduction about the facility: Single-crystal X-ray Diffraction (SCXRD) facility hosted at Shiv Nadar University – Delhi NCR is managed by the Chemistry Department, School of Natural Sciences. This state-of-the-art facility comprising Bruker D8 Venture diffractometer system is equipped with dual micro focus sources (Mo and Cu), a large high-sensitive Photon II detector and Oxford cryosystem covering temperature range from 100K to 800 K. Facility is also having a polarized microscope for crystal selection and appropriate accessories (e.g. capillaries, cryo-loop etc.) for screening and mounting crystals and low temperature storage for unstable samples. All the necessary crystallographic software for data collection, processing and structure determination are available at the facility
Sample collection: -
Stable sample: In a sealed Eppendorf tube with proper packing
Unstable sample: As per the sample history
Variety of services and pricing details (excluding GST):
Type of Experiments | Turn Over Time (Per structure) | Price (₹) (Per structure) | |
Academic Institutions | Industry Users | ||
Full structure report for a maximum of 10 hours data collection at low/high temperature | One week | 7500/- additional charges per hour will be ₹500 | 18750/- additional charges per hour will be ₹500 |
Full structure report for a maximum of 10 hours data collection at room temperature | One week | 6000/- additional charges per hour will be ₹500 | 15000/- additional charges per hour will be ₹500 |
Cell check and data collection only (low temperature, up to 10 hours) | 3-4 days | 5000/- additional charges per hour will be ₹500 | 12500/- additional charges per hour will be ₹500 |
Cell check and data collection only (room temperature, up to 10 hours) | 3-4 days | 4000/- additional charges per hour will be ₹500 | 10000/- additional charges per hour will be ₹500 |
Cell parameters only | 3 days | 1000/- additional charges of 750/- for screening up to 2 crystals | 2500/- additional charges of 1200/- for screening up to 2 crystals |
R-101B First Floor Research Block