Inspire the next generation of research chemist
Inspire the next generation of research chemist
Nuclear magnetic resonance (NMR) excellent performance has been fully recognized, this technology to get the favour of scientists around the world, can determine the molecular structure of the liquid, solid and semi-solid samples.
With the progress of technology, such as increasing magnetic field intensity, the superconducting magnet, more sensitive and convenient probe, continuous improve the accuracy of the award-winning technology, still need professional knowledge and skills.
In the brook, we strive to produce more value for the research community, we are very pleased to announce that Peter Bigler professor at the university of Bern in Switzerland provides a series of new open source nuclear magnetic resonance (NMR) spectroscopy tutorial.
Now, professor Bigler retired, he in the brook has accumulated many years of nuclear magnetic resonance (NMR) technology, also lecture by nuclear magnetic resonance (NMR) spectroscopy has years of experience.By the comprehensive experience, he gradually came to know that students need to learn what, to improve their core competence, so as to make full use of the advanced NMR technology.In order to help train the next generation research chemist, professor Bigler spent much of his time and knowledge, to develop a comprehensive online tutoring.The course aims to the participants for nuclear magnetic resonance (NMR) spectroscopy and 1 d and 2 d experiment is set up correctly and use of the training.
Everyone who is interested in NMR can be free to use, the course aims to enable users to use the potential of modern nuclear magnetic resonance spectrometer to clarify the molecular structure.Most of the nuclear magnetic resonance (NMR) spectroscopy textbooks mainly relates to the existing spectrogram analysis, namely to extract the spectral parameters and transform it into structure information, on the contrary, the interactive tutorial focuses on the correct measurement and evaluation of nuclear magnetic resonance spectrum.NMR spectroscopy and the resulting spectrum parameters depends not only on the structure of the molecule under study, also depends on the NMR experiments, the application of data processing mode and the corresponding experiment and processing parameters, as shown in figure 1.
For more demanding NMR investigation, as well as in the application of more sophisticated NMR pulse sequences, this tutorial will provide users with necessary professional knowledge, in order to understand how to operate the NMR experiment, and its successful outcome depends on the experimental parameters.To support the project, brooke company provides appropriate NMR software tools (brooke TopSpin ™ software package), used for data processing, especially used for simulating 1 d and 2 d experiments.
Free of NMR tutorial is an important work, including seven modules, is a self-study tool.Brooke encourage each user to select and focus on those they are interested in or the most can satisfy their needs, skip the they are already familiar with some.This tutorial is to invite the novice - although it is assumed that users are familiar with the basic knowledge of nuclear magnetic resonance (NMR), who had also invited the reproduction apparatus operation get preliminary experience and hope to strengthen the relationship between theory and practice or spectra appearance understanding of experimental parameters of dependence.
Nuclear magnetic resonance (NMR) plans to launch at the end of 2020, this tutorial will be provided by ILIAS central teaching platform, hosted by the university of Bern, the url is www.ilias.unibe.ch/link/nmr-tutorial.As professor Bigler said, we hope this valuable resource to provide opportunities for the curious, "amazed by the beauty of the physics of nuclear magnetic resonance (NMR)," and "enjoy rather than just learning the basic principle of this fascinating technology".
