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- Electronics--Study and teaching; Computer programming--Study and teaching; (1)
- Science rooms and equipment; Electric resistance--Measurement; Physics--Study and teaching (Higher); (1)
- Self-assembly (Chemistry); Thin films; Gold; (1)
- Thin films; Self-assembly (Chemistry); Gold; Annealing of metals; (1)
Articles 1 - 4 of 4
Full-Text Articles in Physics
Ultra-Flat Au Surfaces On Finite Layer Mos2, Jeff Carlson, Timothy E. Kidd Ph.D., Andrew J. Stollenwerk Ph.D.
Ultra-Flat Au Surfaces On Finite Layer Mos2, Jeff Carlson, Timothy E. Kidd Ph.D., Andrew J. Stollenwerk Ph.D.
Summer Undergraduate Research Program (SURP) Symposium
We have developed a method for creating ultra-flat Au surfaces by sputtering Au onto thin films of MoS2. This method is more cost effective than current technologies. Our Au surfaces are subatomically flat over relatively large areas making them useful for self assembled monolayer (SAM) research.
A Lite Daq System For Precision Resistance Measurements, Nathan Schmidt, Timothy E. Kidd Ph.D.
A Lite Daq System For Precision Resistance Measurements, Nathan Schmidt, Timothy E. Kidd Ph.D.
Summer Undergraduate Research Program (SURP) Symposium
Data acquisition (DAQ) systems are frequently utilized in lab settings. Basic DAQ systems are a common occurrence in lab courses for this reason. Commonly, however, the DAQ systems utilized in such courses are proprietary, and do not allow students to understand how they operate beyond a “plug in and go” nature as a result. A further consequence is that these systems are not capable of being programmed, such as is often done with equipment used in professional labs. The DAQ systems used in lab courses aren’t easily replaced by the test equipment they seek to emulate due to cost. Ideally, …
Analysis Of Temperature Dependence Of Surface Roughness Of Gold Film On Mos2, Joshua Wolff, Jeff Carlson, Timothy E. Kidd Ph.D.
Analysis Of Temperature Dependence Of Surface Roughness Of Gold Film On Mos2, Joshua Wolff, Jeff Carlson, Timothy E. Kidd Ph.D.
Summer Undergraduate Research Program (SURP) Symposium
We have developed a method to control the surface roughness of ultrathin Au surfaces on MoS2 crystals through the use of annealing. Through this method, we are now able to utilize Au surfaces for a variety of research, such as research on self-assembled monolayers (SAM) as well as with surface-enhanced Raman spectroscopy (SERS).
Developing Arduino Coding Curriculum, Tyler Brown, Riley Bucheitte, Timothy Kidd
Developing Arduino Coding Curriculum, Tyler Brown, Riley Bucheitte, Timothy Kidd
Summer Undergraduate Research Program (SURP) Symposium
No abstract provided.