Recent Posts
- DALE-ABRATION: CELEBRATING DALE NEWBURY’S 50 YEARS AT NIST January 11, 2023
- Upcoming MSA Webinar: – ultrafast tEM (UTEM). April 7, 2021
- CMMS SPEAKER SERIES, PART-2 WITH John Shields July 15, 2020
- CMMS Speaker Series, part-1 with Nestor Zaluzec July 10, 2020
- CMMS: Summer Speaker Series July 1, 2020
- CMMS Newsletter – April 2020 April 7, 2020
- CMMS Fall Social Outing 2019 March 2, 2020
- CMMS Members at M&M 2019, Portland August 26, 2019
- CMMS-UMB Joint Dinner, May 2019 August 26, 2019
- CMMS Spring Meeting 2019 August 26, 2019
Follow CMMS on Instagram @ChesapeakeMicroscopy
Scanning electron micrograph of a mystery specimen- can anyone guess what this is? #biology #science #microscopy #microscope #cellbiology
Negative stain TEM image of bacteriophage attached to the cell wall of their host. Sample acquired by student in the “Phage Hunters” course at George Mason University. Pseudocolored. #virus #phage #bacteriophage #bacteria #virology #microbes #infection #biology #science #microbiology #genetics #cellbiology #transmissionelectronmicroscopy #tem #genetics #cellbiology #microscopy #georgemasonuniversity #electronmicroscopy
Cathodoluminescence image of a chondrule from a primitive meteorite. Chondrules are small melt droplets consisting of silicate minerals such as olivine and pyroxene (pink grains), along with glass (green-blue material between the pink grains). The presence of chondrules tells us that this is a primitive meteorite – one that came from an asteroid that formed around 4.5 billion years ago, and has remained unmelted ever since. Cathodoluminescence images such as this one can provide information on the trace elements present in the sample, which in turn provides information about conditions in the early solar system.
Follow CMMS on Twitter @ChesapeakeMMS
My Tweets
Join 14 other subscribers
Chesapeake Microscopy and Microanalysis Society 