Fusing Magic Angle Spinning (MAS) technology with the MR Microscopy gradient technology enables to acquire images and localized spectra of semi-solid objects due to the combination of reduced signal linewidth with a high and very linear gradient field. Rotors with a 3.2 or 4 mm diameter are offered, further on request. Besides imaging applications very slow diffusion processes can be investigated applying the strong gradient fields.
It is combined with Bruker’s Micro2.5 WB gradient system, which is the MR Microscopy gradient workhorse. Its gradient strength is perfect for most applications. The Micro2.5 remains in the magnet while the MicWB40 is removed from the magnet to insert the sample. Utilizing the Micro2.5 gradient the maximum gradient strength of 2.5 T/m along the magic angle is reached if the x, y, z gradients are switched simultaneously.
The MR Microscopy MAS Probe is a very dedicated and customized device. Please contact the MR Microscopy Product Management before placing an order.
The MR Microcopy Micro2.5 Magic Angle Spinning probe offers unique capabilties for imaging and diffusion experiments of semi-solid objects.
Pulsed-Field-Gradient NMR with Magic-Angle Spinning.
Stress Dependence of 1H Diffusion in Silicon Rubber using MAS (check)
Metabolite localization in living drosophila using High Resolution Magic Angle Spinning NMR
|Micro2.5 Magic Angle Spinning|
|Bore||SB / WB / SWB|
|1H frequency range||300 – 800 MHz|
|rf channels||Two independent|
|Gradient strength per direction||1.5 T/m|
|Rise Time (5-95%), 0-60A,120V||< 100 µs|
|Maximum current tested||60 A|
Here we should have the standard Bruker support hotlines etc
MR microscopy & MR diffusion applications team: firstname.lastname@example.org