Nuclear Magnetic Resonance(NMR)

Make: Bruker

Model: AVANCE III HD, Ascend TM WB, 500 MHz

Capabilities

Specifications

Frequency: 500 MHz
Magnetic Field: 11.7 Tesla

Probes/Accessories available:
1. BBFO Probe (Liquid State): Broad Band Fluorine observe

Inner coil optimized for observation of nuclei between 31P and 15N (BBFO: for 19F as well)
Sample diameter: 5 mm (BBFO)
Switch between decoupling nuclei using an automated tuning and matching device (ATM).
Z-Gradient at all frequencies
Variable Temperature range from +150 to -150
Maximum gradient strength is 50 gauss/cm

2. TBI Probe (Liquid State):

A 5mm Inverse Triple-resonance probe-head in multinuclear version,
TBI (1H, 31P, BB) with Z-gradient.
The BB range is 109Ag-31P.
Variable Temperature range from +150 to -150

3. Diffusion Probe: 1H(offers 3D gradients)

Types of Experiment can be conducted: 1D NMR, DEPT, 2D NMR: COSY, TCOSY, DOSY, NOESY, ROESY, HMQC, HSQC, Water Suppression Experiment, Multinuclear NMR, Variable temperature measurement
Sample Requirement: 5 mg for 1H and minimum 10 mg for 13C NMR experiment. Compounds should be highly pure and soluble in 0.6 ml Deuterated solvent.

Application:

Materials characterization can be done using NMR Diffusion and relaxation experiments.
Structural elucidation of organic, inorganic, and organometallic compounds; purity testing and compound identification.
Analysis of binding interactions, kinetics, and conformational changes in drug discovery and molecular recognition.

Sample Requirement

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Charges

Academics(Rs)+18% GST	Industry(Rs)+18% GST
Proton: 500/Sample Low X Nuclei: 1000/Sample/1hr High X Nuclei: 500/Sample 2D NMR: 500/Sample Solid 1D (1H/X): 2000/Sample Solid 2D (X): 5000/Sample	Proton: 500/Sample low X Nuclei: 1000/Sample/1hr High X Nuclei: 500/Sample 2D NMR: 1500/Sample Solid 1D (1H/X): 5000/Sample Solid 2D (X): 8000/Sample