Summer Research Experience for Teachers
In the summer of 2017, the following teachers joined the MRSEC team:
"Our goal for this project was to show that a relativistic correction is required to accurately calculate the wavelength of a diffracted electron from the reflection high energy electron diffraction (RHEED) system. By taking pictures of RHEED patterns at varying accelerating energies, we were able to analyze each image and determine the spacing between streaks in the RHEED pattern. A mathematical fit was then applied to the data to determine if the correction was necessary. Improvements still need to be made to the mathematical fit in order to show clearly the distinction between the classical and relativistic models."
"This summer I researched the durability of a decyltrichlorosilane continuous gradient on a PDMS surface. Towards the end of the summer, we started working on alternating different silanes with a periodic gradient template. Karla and I looked at the effect of the different lengths of the carbon chain for the silane and how the different chemical properties affected the gradient's slope. We also manipulated the templates to make the ideal template for the different chemistries of the silanes."
"This summer I again had the great opportunity to do research with Professor Ducharmes' group. My experiences continued with the fabrication of different Diisopropylammonium (DIPA) salts that I started last summer. My role was to assist in the growing of these salt crystals and help contribute to find a reproducible way of doing this consistently. This has been become a main emphasis of the group, and it was very interesting and beneficial for me to be involved in this aspect of the research.
Besides this, I continue to assistance in the educational outreach of NCMN and MRSEC to Nebraska science teachers and students.“
"During my time with Dr. Ducharme, we worked on growing DIPA-I salt crystals. Our goal was to fine-tune a method for producing pure DIPA-I salt with very few impurities. We tried many different methods—manual drip, automatic drips, buret drip, and water bath—and spent a great deal of time working to reduce the amount of HI3 impurity, which gave the salt a yellow-brown color. Some of my time was also spent working with fellow RET participant Steve Wignall, assisting with several workshops for middle- and elementary-school students."
"As an eighth-grade science teacher, I instruct students about the smallest of the small (atoms) and the largest of the large (astronomy). In my work this summer with the MRSEC RET project, I created video blogs depicting cutting-edge research happening in materials science at the University of Nebraska. I captured footage of professors, graduate students, and undergraduates describing their research and working in the laboratory, and then constructed short and engaging YouTube videos that can be used to educate the public about P-SPINS research. This experience will impact and influence my science instruction. Whether it's teaching about atomic structure, outer space, or alternative energy resources, I will be able to use the vlogs with my students to expand their scientific knowledge by relating concepts they are learning to current developments happening in nanoscience."