HTS MAGNET COIL FOR ULTRA-HIGH FIELD NMR SPECTROSCOPY

描述：（改编自申请人的摘要）核磁 共振（NMR）光谱是一种非常强大的分析方法， 生物学、化学、医学、物理学中常用技术， 材料科学灵敏度和光谱分辨率随着 增加光谱仪的磁场强度，从而 使得能够研究不断减少的样品体积或浓度， 并为研究日益复杂的 系统. “低温”超导线圈在当前核磁共振中的应用 光谱仪磁体具有限制场强的临界场 <20 Tesla较新的“高温”超导体（HTSl具有更高的 临界场（<180-200特斯拉），因此可能用于 产生迄今为止无法达到的磁场强度。在这个 计划，高温超导“双饼”线圈将制造和测试， Intermagnetics General Corporation，与National 高磁场实验室，为第二阶段提供基础 高温超导磁体线圈的研制。这个第二阶段的线圈将验证 制造线圈插件所需的导体和线圈技术 该系统将通过以下方式提升未来20特斯拉光谱仪的领域： 高达5特斯拉。由此产生的25特斯拉磁场（对应于 质子共振频率为1.06 GHz）超出了使用 低温超导体。

DESCRIPTION: (adapted from the applicant's abstract) Nuclear Magnetic Resonance (NMR) spectroscopy is an extremely powerful analytical technique used routinely in biology, chemistry, medicine, physics, and materials science. Sensitivity and spectral resolution increase with increasing strength of the spectrometer's magnetic field, thereby enabling the study of ever decreasing sample volumes or concentrations, and providing increased resolution for the study of increasingly complex systems. "Low-temperature" superconducting windings used in current NMR spectrometer magnets have critical fields which limit field strengths to <20 Tesla. Newer "high-temperature" superconductors (HTSl have higher critical fields (<180-200 Tesla) and thus potentially can be used to generate magnetic field strengths heretofore unattainable.In this program, an HTS "double pancake" coil will be fabricated and tested by Intermagnetics General Corporation, in collaboration with the National High Magnetic Field Laboratory, to provide the foundation for Phase II development of an HTS magnet coil. This Phase II coil will authenticate the conductor and coil technology required to fabricate a coil insert system which will boost the field of a future 20 Tesla spectrometer by up to 5 Tesla. The resulting 25 Tesla magnetic field (corresponding to a proton resonance frequency of 1.06 GHz) is beyond that achievable using low temperature superconductors.