Contact us

Dr Luke O'Dell


Email:

luke.odell@deakin.edu.au

Phone:

+61 522 73076

Mail:

Deakin Nuclear Magnetic Resonance
Deakin University
Institute for Frontier Materials
Geelong Technology Precinct
75 Pigdons Road
Waurn Ponds Victoria 3216

Bruker AVANCE III 500 MHz Wide Bore (solid-state)

An image of Bruker AVANCE III 500 MHz Wide Bore
Specifications
11.75 Tesla (500 MHz 1H frequency) wide bore Ultrashield superconducting magnet.
Four-channel Bruker Avance III spectrometer.
BCU II temperature control unit.
X, Y and Z gradient amplifiers.


Probes Available
4.0 mm MAS HX probe. Maximum spinning rate 15 kHz. Two channels: X (15N to 31P) and H (1H or 19F). Temperature range: -30 to +70°C.
4.0 mm MAS HXY probe. Maximum spinning rate 15 kHz. Three channels: X (15N to 31P), Y (38 to 148 MHz) and H (1H or 19F). Temperature range: -30 to +70°C.
2.5 mm MAS HX probe. Maximum spinning rate 35 kHz. Two channels: X (15N to 31P) and H (1H or 19F). Temperature range: -30 to +70°C.
1.3 mm ultra-fast MAS HX probe. Maximum spinning rate 60 kHz. Two channels: X (15N to 31P) and 1H. Temperature range: -30 to +70°C.
Diff50 pulsed field gradient HX probe for diffusion measurements on solids or liquids. Maximum Z-gradient 2500 G/cm. Wide range of coils including 1H (5 and 10 mm, 5 mm high temp, solenoid), 1H/13C (5 mm) 7Li (5 mm, solenoid), 19 (5 mm), 23Na/27Al (5 mm). Temperature range: 0 to +80°C (-50 to +150°C for 1H high temp).
Micro5 imaging probe with maximum gradient strength 300 G/cm, 4 mm 1H solenoid coil, 4 mm 7Li solenoid coil, and 5 mm X coils as listed above.
Micro5 imaging probe with X,Y and Z gradient coils. Maximum gradient strength of 150 G/cm. 25 mm 1H birdcage coil and an extended variable temperature 10 mm 1H coil.

Deakin University acknowledges the traditional land owners of present campus sites.

30th January 2014