SF = BF1 + SR (Larmor frequency of reference sample)
SFO1 = BF1 + O1 (spectrometer frequency)
In eda, there are new parameters INF1 (INF2 etc.) for the indirect
dimensions, which replace IN_010 and ND_010. INF(n) is defined as 1/SWH(n).
This requires a change in the pulse progams where e.g. IN0 is defined as a
function of INF1 according to:
IN0 = INF1/ND0,
so for ND0=2 the following equation has to be added in the pulseprogram:
"in0=inf1/2"
After acquisition, FnMode can be modified using the four files acqu, acqu2, acqus, and acqu2s located in the folder containing the ser file.
Bruker Biospin manuals (PDF file)
- Cross Polarization up to 111 kHz MAS and More
- Installation Guide, TopSpin 2.1 Red Hat Enterprise Linux WS 4 version 2.1.0
- Installation Guide, TopSpin 2.1 Microsoft Windows XP version 2.1.0
- AVANCE III NMR hardware
- AVANCE III NMR beginners
- User manual for TopSpin 2.1 version 2.1.1
- Au programming for TopSpin 2.1 version 2.1.2
- Acquisition commands and parameters for TopSpin 2.1 version 2.1.1
- Processing commands and parameters for TopSpin 2.1 version 2.1.1
- Plotting for TopSpin 2.1 version 2.1.1
- TOPSPINPLOT(XWINPLOT) written by Mike Brown
- Shape tool for TopSpin 2.1 version 2.1.2
- Introduction to pulse programs and experimental setup on Bruker Spectrometers (Robert Peterson)
- Pulse programming for AVANCE II and TopSpin 2.1 version 2.1.1
- TopSpin Guide Book: Basic NMR experiments user guide version 002
- 1D and 2D experiments step-by-step tutorial: Basic experiments user guide
- 1D and 2D experiments step-by-step tutorial: Advanced experiments user guide
- Pulse program catalogue: I. 1D & 2D NMR experiments: Teodor Parella
- Solid state NMR: AVANCE solids user manual, version 003
- Solid state NMR: AVANCE solids user manual, version 002
- Solid state NMR: AVANCE solids user manual, version 001
- Bruker: Acceptance Solid State NMR Test Procedure for Avance NMR Systems
- Bruker almanac 2012
- Bruker almanac 2010
- Bruker software news No. 32/December 2006
Other manuals (PDF file)
- Rezwave Technology/磊葳科技: TOPSPIN 操作手冊
- Traditional Chinese NMR user's manual
- Traditional Chinese TOPSPIN 2.0 user's guide
- Traditional Chinese TOPSPIN 2.1 user's guide
- Simplified Chinese NMR user's guide
- Simplified Chinese TOPSPIN 1.3 user's guide
AU programs
- rmni.iqfr.csic.es: Short description of all Bruker AU programs
- Andrew J. Pell, University of Cambridge: ajp_shear
- Atsushi Asano, National Defense Academy of Japan: multigo
- pulse: program to calculate attenuation value for given pulse duration or nutation frequency, or vice versa
- calcplen: calculate the pulse duration according to the power level
- calcpowlev: calculate the power level according to the pulse duration
Tools
- University of Connecticut Health Center: Pulse Width Calibrator
- analyzemath.com: Solve systems of equations - calculator
- math.odu.edu: Solving a linear system of equations
- mste.illinois.edu: Solving systems of equations
- EuclideanSpace - building a 3D world: Maths - Trigonometry
Jython
- Python programming in TopSpin (PDF file)
- Pulse programming with Python (PDF file)
- ibm.com/developerWorks: Java programming made easier (PDF file)
- ibm.com/developerWorks: Programming essentials (PDF file)
The C++ Resources Network > Reference > C Library > cstdio(stdio.h)
Installing and setting up Topspin (PDF file)
References
-
Corey R. Morcombe and Kurt W. Zilm
Chemical shift referencing in MAS solid state NMR,
J. Magn. Reson. 162, 479-486 (2003).
Abstract