PROPOSAL FOR A 500 MHZ NMR SPECTROMETER

核磁共振(核磁共振)光谱分析是一种非常 无机化学和有机化学的重要分析工具 好几年了。随着傅里叶变换光谱仪的发展和 多脉冲技术，核磁共振在生物化学，生物物理学， 生物学和医学一直在以非常快的速度扩张。磁性 场强是分辨率的主要决定因素， 可以获得核磁共振谱的灵敏度。与目前 伯克利化学学院核磁共振实验室的可用设备是 对于质子，限于300兆赫或更低的场强。这项建议 要求为该实验室的500兆赫光谱仪提供部分资金，以 由多个部门的广泛调查人员使用， 伯克利。这台仪器将极大地提高核磁共振的能力 实验室，以及这些研究人员使用核磁共振解决 化学和生物问题。

Nuclear Magnetic Resonance (NMR) Spectrometry has been an extremely important analytical tool in inorganic and organic chemistry for many years. With the development of Fourier Transform spectrometers and multi-pulse technology, the application of NMR to biochemistry, biophysics, biology and medicine has been expanding at a very rapid rate. Magnetic field strength is a major determining factor in the resolution and sensitivity with which NMR spectra can be obtained. With presently available equipment the Berkeley College of Chemistry NMR laboratory is limited to field strengths of 300 MHz or below for protons. This proposal requests partial funding for a 500 MHz spectrometer for this laboratory, to be used by a wide range of investigators in several departments at Berkeley. This instrument would dramatically improve the NMR capability of the laboratory, and the ability of these investigators to use NMR to solve chemical and biological problems.