TOFWERK 现在是布鲁克公司的子公司。. 进一步了解创新的下一个篇章!

网络研讨会:介绍 mipTOF - 空气中的痕量元素。实时测量,随时随地。.

导言

This on-demand webinar features a general introduction to the mipTOF, a field-ready solution designed for real-time trace metal and particulate analysis in air. This webinar will provide an overview of the instrument’s capabilities and operating principles. In addition, it will also highlight key applications across environmental monitoring, aerosol science, and mobile measurements.

The mipTOF is based on Microwave-Sustained Inductively Coupled Atmospheric Plasma (MICAP) technology and operates using nitrogen or ambient air, eliminating the need for gas cylinders and making true field deployment possible. With real-time air sampling, the system continuously analyzes airborne particles and detects metals in individual particles at atto- to femtogram mass levels.

网络研讨会要点

在这次点播网络研讨会上,我们将探讨

  • Real-time trace element detection in air
  • Nano- and micro-particle analysis
  • Source apportionment studies
  • Mobile and on-site air monitoring

访问全文

输入您的电子邮件以继续阅读全文。即时访问。无需登录。.

内容访问
请为我注册订阅 TOFWERK 电子邮件通讯
提交此表格后,您的浏览器将存储一个 cookie,以记住您可以访问此内容。.

导言

This on-demand webinar features a general introduction to the mipTOF, a field-ready solution designed for real-time trace metal and particulate analysis in air. This webinar will provide an overview of the instrument’s capabilities and operating principles. In addition, it will also highlight key applications across environmental monitoring, aerosol science, and mobile measurements.

The mipTOF is based on Microwave-Sustained Inductively Coupled Atmospheric Plasma (MICAP) technology and operates using nitrogen or ambient air, eliminating the need for gas cylinders and making true field deployment possible. With real-time air sampling, the system continuously analyzes airborne particles and detects metals in individual particles at atto- to femtogram mass levels.

网络研讨会要点

在这次点播网络研讨会上,我们将探讨

  • Real-time trace element detection in air
  • Nano- and micro-particle analysis
  • Source apportionment studies
  • Mobile and on-site air monitoring

Whether you’re interested in atmospheric research, environmental monitoring, or advanced particulate analysis outside the lab, this on-demand webinar will show how the mipTOF brings high-performance trace element analysis in air wherever it’s needed.

立即观看网络研讨会

您正在查看的是以下内容的占位符 默认值. .要访问实际内容,请单击下面的按钮。请注意,这样做会与第三方提供商共享数据。.

更多信息

演讲者

Dr. Alexander Gundlach-Graham is a research scientist at TOFWERK.  His work focuses on the development of the microwave inductively coupled plasma time-of-flight mass spectrometer (mipTOF).  Alex received his B.A. in chemistry from Earlham College in 2008 and his Ph.D. from Indiana University in 2013 under the supervision of Prof. Gary Hieftje.  From 2014-2019, Alex was a postdoctoral fellow and research scientist in the group of Prof. Detlef Günther at the ETH Zurich.  From 2019-2024, Alex was an Assistant Professor of Chemistry Iowa State University. In 2024, Alex joined TOFWERK.  Alex is the author or co-author of over 60 peer-reviewed scientific articles and has presented his research at more than 40 international scientific conferences

了解更多