MestRes

Aircraft pilots use cockpit flight simulators since they are considerably less expensive to operate than actual aircraft and provide an opportunity to practice crisis problem solving without putting real people or aircraft at risk. Following the same principle, MestReS is a useful virtual NMR simulator package that was specially intended to allow students to learn and practice the NMR instrumental techniques while saving rather expensive spectrometer time and avoiding equipment dama

MestReS, provides real-time simulation of the processes of field locking, shimming and acquisition. Both continuous-wave (Bruker spectrometers) and FT (Varian spectrometers) deuterium channel simulation are included. Most common physical properties (e.g. sweep rate variation, spinning sidebands, etc) can also be simulated. The program provides basic 1D processing and includes the tools needed to effortlessly create 1H and 13C NMR databases from synthetic FID's

Because we believe that the understanding of how spectrometers work and how information is acquired can be of great importance to anyone processing and analysing NMR data, a license of MestReS is included with every license for MestReC, for the same users.

You can easily construct your own FID's database either in no-coupled or coupled-systems. Automatic import of 1H and 13C NMR simulations from chemical drawing packages like ChemDraw or xdrawchem allows very fast FID's creation. Lock & Shimming: MestReS can emulate locking and shimming effects in real time. Both continuous-wave (Bruker spectrometers) and FT (Varian spectrometers) deuterium channel simulation are included. Emulation of most commonly used shimming coils (Z,Z2..X,Y) is also provided. Most common physical properties are also simulated (sweep rate variation, spinning sidebands ....) giving to the student a very real feeling.

MestReS performs temperature variable DNMR experiments. You can define your spin system and its thermodynamic properties and MestRe-S will calculate rates and populations at the desired temperature. Students can control the temperature through a 'real-like' control unit.The Reference Deconvolution (FIDDLE) algorithm is provided as an advanced tool into the processing capabilities of MestRe-S in a very easy to use and didactic manner. MestReS performs temperature variable DNMR experiments. You can define your spin system and its thermodynamic properties and MestRe-S will calculate rates and populations at the desired temperature. Students can control the temperature through a 'real-like' control unit.

The Reference Deconvolution (FIDDLE) algorithm is provided as an advanced tool into the processing capabilities of MestRe-S in a very easy to use and didactic manner. MestReS performs temperature variable DNMR experiments. You can define your spin system and its thermodynamic properties and MestRe-S will calculate rates and populations at the desired temperature. Students can control the temperature through a 'real-like' control unit.The Reference Deconvolution (FIDDLE) algorithm is provided as an advanced tool into the processing capabilities of MestRe-S in a very easy to use and didactic manner. MestReS performs temperature variable DNMR experiments.

You can define your spin system and its thermodynamic properties and MestRe-S will calculate rates and populations at the desired temperature. Students can control the temperature through a 'real-like' control unit.The Reference Deconvolution (FIDDLE) algorithm is provided as an advanced tool into the processing capabilities of MestRe-S in a very easy to use and didactic manner.