Contact

Management

Prof Dr Thomas Müller

+49 (0) 441 798-3874

W3 3-338

Scientific management

+49 (0) 441 798-3657

W3 3-353

Research assistants


+49 (0) 441 798-3733

+49 (0) 441 798-3733

+49 (0) 441 798-3733

W3 0-184

Magritek Spinsolve 60

  • Resolution: <0.5 Hz (50%) / <20 Hz (0.55%)
  • Sensitivity: 130:1 for 1% ethylbenzene
  • 3D PFG gradients optimised for gradient-enhanced methods
  • No cryogenic gases necessary
  • External hardware lock, deuterated solvents not required
  • WET solvent suppression
  • Suitable for online reaction monitoring
  • Simple operation

 

Experiments:

1H

1H

1D proton

1H{¹⁹F}

1D proton fluorine decoupled

1H{³¹P}

1D proton phosphorous decoupled

1H WET SUP

1D proton WET solvent suppression (of up to three solvent peaks, weighted by the T₁ relaxation)

1H WET T₂

1D proton WET solvent suppression (weighted by the T₂ relaxation time)

1H¹H COSY WET SUP

2D COSY WET solvent suppression (of up to three solvent peaks)

1H param.

1D proton wider chemical shift spread & shorter relaxation times

1H¹H COSY

2D proton correlation spectroscopy

1H¹H TOCSY

2D total correlated spectroscopy

1H¹H ROESY

2D rotating frame overhauser enhancement spectroscopy

1H Jres

2D homonuclear J-resolved spectrum

T₁

measurement of T₁ relaxation times

T₂

measurement of T₂ relaxation times

19F

19F

1D fluorine

19F{¹H}

1D fluorine proton decoupled

19F{³¹P}

1D fluorine phosphorous decoupled

19F¹⁹F COSY

2D fluorine correlation spectroscopy

19F Jres

2D homonuclear J-resolved spectrum

1H¹⁹F COSY

2D heteronuclear correlation spectroscopy

T₁

measurement of T₁ relaxation times

T₂

measurement of T₂ relaxation times

31P

31P

1D phosphorous

31P{¹H}

1D proton proton decoupled

1H³¹P HMBC

2D heteronuclear multiple bond correlation

T₁

measurement of T₁ relaxation times

(Changed: 11 Feb 2026)  Kurz-URL:Shortlink: https://uol.de/p100663en
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