Acquisition of a Helium Liquefier System and Bulk Liquid Nitrogen Storage Container

购置氦液化系统和散装液氮储存容器

• 批准号: 9413951
• 负责人: Michael Naughton
• 金额: $ 29.66万
• 依托单位: SUNY at Buffalo
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1994
• 资助国家: 美国
• 起止时间: 1994-09-15 至 1996-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9413951&HistoricalAwards=false
• 关键词: Acquisition; Helium; Liquefier; System; Bulk

The Academic Research Infrastructure Program funds will be used to acquire a helium liquifier system, a bulk liquid nitrogen storage con-tainer and bulk high pressure gaseous helium containers. These acquisitions will form the basis for a highly efficient, helium recycling, cryogenic facility serving a multidisciplinary scientific and engineering community at SUNYBuffalo. The facility will provide services to faculty and graduate students in 8 academic departments in addition to 2 research centers, namely the Center for Electronic and Electrooptic Materials and the New York State Institute for Superconductivity. The facility should provide cryogenic liquids in a more convenient and economical manner to the users of cryogenic liquids. The principal users from the Department of Physics are involved in research on: the superconductivity of quasi-1D-metals; two-dimensional 3Helium on the surface of 4Helium films; D- ions and many electron effects on hydrogenic donors in gallium arsenide quantum wells at high magnetic fields; the study of II-VI magnetic semiconductor based structures and quantum wells; transport and magnetic properties of high critical temperature superconductors; high pressure studies in epitaxial and bulk semiconductors. A helium liquifier system with efficient helium recycling will be developed for the users of liquid helium that will increase the convenience of liquid helium use in addition to reducing the cost of liquid helium. The facility will be used by faculty and students from eight departments and two Centers. The facility will support research in the the areas of superconductivity and semiconductor heterostructures and quantum wells.

学术研究基础设施计划资金将用于获取氦气液体系统，散装液氮储存量和散装高压气态氦容器。这些收购将构成高效，氦回收，低温设施的基础，该设施为Sunybuffalo的多学科科学和工程社区提供服务。该设施还将为8个学术部门的教职员工和研究生提供服务，此外还有两个研究中心，即电子和电力材料中心和纽约州超导研究所。该设施应以更方便，更经济的方式为低温液体提供低温液体。物理学系的主要用户参与了：准1D-件的超导性； 在4helium膜的表面上的二维3Helium； D-离子和许多电子对高磁场处砷氧化衣量子井中的氢供体的影响； II-VI磁性半导体结构和量子井的研究； 高临界温度超导体的运输和磁性；外延和散装半导体的高压研究。 将为液态氦的使用者开发具有高效氦气回收的氦液体系统，该系统还将增加液态氦气使用的便利性，而还降低了液体氦气的成本。该设施将由来自八个部门和两个中心的教师和学生使用。该设施将支持在超导和半导体异质结构和量子井领域的研究。