MRI: Acquisition of a Scanning Electron Microscope for Undergraduate Research at Coe College

MRI：为科学院本科生研究购买扫描电子显微镜

• 批准号: 0722682
• 负责人: Mario Affatigato
• 金额: $ 12.61万
• 依托单位: Coe College
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2007
• 资助国家: 美国
• 起止时间: 2007-09-01 至 2008-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0722682&HistoricalAwards=false
• 关键词: MRI; Acquisition; Scanning; Electron; Microscope

Technical abstract The scanning electron microscope (SEM) will be used in a variety of research projects spanning physics, chemistry, geology, and biology. Use of this instrument will enable our faculty, students, and external collaborators to obtain new insights in our respective areas of investigation; to image materials over length scales that we are currently unable to study; to train our undergraduate students in an essential material characterization tool; and to fill a critical niche in our equipment base. In particular, the SEM will be used at Coe College to look at laser damage, corrosion, and abrasion of glassy materials; at biocements; and at the mineral deposits of bacteria. Cornell College collaborators will use the instrument to look at zircon grains in geological research, as well as morphological differences in flies in biological work. Every year, the SEM will be used by 5 research groups at Coe College (~6 faculty with 30 Coe students), 7 REU site participants, and as many as 4 Cornell College faculty working with their undergraduates. The SEM will also impact student through its use in courses ranging from Materials Physics and Chemistry, Optics, and Microbiology at Coe to Mineralogy and Petrology from Cornell.General abstract Looking at the world of the very small had become an essential element of doing research with materials of every sort. The Scanning Electron Microscope at Coe College will allow our scientists to look at laser "burn marks" smaller than a human hair and to see cracked glass surfaces that look like a dried desert landscape. These images will advance our understanding of materials that could, someday, be used to store computer memories, to develop better adhesives, to improve commercial glasses, or to understand bacteria that help clean natural environments. Our microscope will also permit us to see if samples differ in their chemical make-up, even if the changes are over tiny areas and distances. But most importantly, this microscope will help in an invaluable goal: to train our college students to become the future leaders in fields of science and technology essential to the welfare of the nation.

扫描电子显微镜（SEM）将用于物理，化学，地质和生物学等各种研究项目。 该仪器的使用将使我们的教师，学生和外部合作者能够在我们各自的调查领域获得新的见解;对我们目前无法研究的长度尺度上的材料进行成像;培训我们的本科生使用基本的材料表征工具;并填补我们设备基础中的关键利基。 特别是，扫描电镜将用于在科学院看激光损伤，腐蚀和玻璃材料的磨损;在生物水泥;和在细菌的矿物沉积。 康奈尔大学的合作者将使用该仪器在地质研究中观察锆石颗粒，以及在生物学工作中观察苍蝇的形态差异。 每年，SEM将被科学院的5个研究小组（约6名教师，30名科学生），7个REU现场参与者以及多达4名康奈尔大学教师与他们的本科生一起使用。SEM还将通过其在课程中的使用影响学生，从Coe的材料物理学和化学，光学和微生物学到Cornell的矿物学和岩石学。一般摘要观察非常小的世界已经成为用各种材料进行研究的基本要素。 科学院的扫描电子显微镜将使我们的科学家能够看到比人类头发还小的激光“烧伤痕迹”，并看到看起来像干燥的沙漠景观的破裂的玻璃表面。 这些图像将促进我们对材料的理解，这些材料有一天可以用于存储计算机存储器，开发更好的粘合剂，改进商业眼镜，或了解有助于清洁自然环境的细菌。 我们的显微镜还可以让我们看到样品的化学组成是否不同，即使变化是在微小的区域和距离上。 但最重要的是，这种显微镜将有助于实现一个宝贵的目标：培养我们的大学生成为未来的领导者，在科学和技术领域必不可少的国家福利。