Micromeritics'赠款选择委员会已为2010年第一季度选择了授予授予奖励的收件人。在格鲁吉亚理工学院的材料科学与工程学院中，ASAP 2020加速的表面积和热孔率和吸附率选择亚博网站下载亚博老虎机网登录，亚特兰大，乔治。
据校长玉泉博士称，“材料科学与工程学院正在进行纳米材料研究，其中许多区域包括在微孔固体中的离子转运，燃料电池，电池和超级电容器，纳米材料的亚博网站下载多孔电极，纳米材料亚博老虎机网登录传感器，多孔聚合物膜，气体分离膜，新型催化剂，半导体工业的纳米材料等。待研究的大部分样品呈现小于两纳米的孔隙的高表面积。亚博网站下载
微孔范围内孔径分布的精确知识对于离子和分子吸附和纳米多孔固体中的传输的基本研究至关重要。对离子和气体分子的传输的基本研究以及催化剂支持应用的材料的研究需要了解微孔表面的可达性。亚博网站下载对不同大小的气体/蒸汽吸附速率有助于评估气态物种与表面的相互作用，估计纳米孔的曲折是曲折颈部窄的程度。ASAP 2020具有其微孔和吸附能力的速率将是支持我们研究的关键分析工具。“
根据普雷斯顿亨德里克斯,微粒学过后dent, "This program is designed to promote and advance the acquisition and use of particle characterization instrumentation in non-profit universities and institutions where other means of funding are not generally available. We are very proud and excited to present this award in an ongoing grant program to support important research." Mr. Hendrix has appointed a special Grant Selection Committee to ensure the success and effectiveness of this program.
Micromeritics' Instrument Grant Program is intended to provide particle characterization instruments to non-profit universities and research organizations for the purpose of fostering and supporting meritorious research projects. A maximum of one instrument/integrated system will be awarded per calendar quarter. The next grant decision will be made prior to 06/30/10. The next application deadline is also 06/30/10 for a 09/30/10 grant decision.
Applications may be submitted at any time in accordance with the application instructions and will remain active for a period of one year from the date of submission. VisitGrant Program有关详细授予描述，应用程序要求和应用程序。