Instructor William Waggoner (standing left) explaining a feature of sheet metal work to Parker Pratt, Martin Rubisch and DeRay Parker (standing right). All four are rated pilots. Digitization completed with funds from a 2017 USHRAB (Utah State Historical Records Advisory Board) Grant that was awarded to Salt Lake Community College, Library Services.
Subjects
Teaching, Metalwork, Metals, Metallurgical industry, Air pilots, technology
Local Identifiers
17-0576
Title
Sheet Metal Apprenticeship Committee Meeting
Description
Left to Right: S. V. Lund, Fred R. Greene Jr., William A. Carver. R. A. Horne, James B. Larsen, Dave Turner, Frank Hulbert. Digitization completed with funds from a 2017 USHRAB (Utah State Historical Records Advisory Board) Grant that was awarded to Salt Lake Community College, Library Services.
Subjects
Committees, Meetings, Apprentices, Teachers, Metals, Metalwork, Metallurgical industry
Local Identifiers
16-4836
Title
Metal Working Machine, ACCU Mill AM-1547
Description
Teachers, instructors and/or associate instructors stand in front of a Enshu Accu-Mill Model AM-1547 metal working machine. Digitization completed with funds from a 2017 USHRAB (Utah State Historical Records Advisory Board) Grant that was awarded to Salt Lake Community College, Library Services.
Education, online classes, flexibility, Salt Lake Community College, professionals, Virtual, Ticketing, Money, metal, Metalwork, Metalworking, Art, Sculptors, sculpture, direct metal sculpture, editorials, editors, Letters from the Editor
2022 - Scanning Electron Microscopy Analysis and Antimicrobial Study of 1-D Heterogeneous Nanostructures Synthesized Using Template-Assisted Electrodeposition - Poster Presentation
Description
A faculty-guided student research project involving the synthesis of hybrid nickel/silver nanowires using template-assisted electrodeposition is presented. Hybrid 1-D nanowires are formed from the reduction of nickel (II) and silver cations in the pores of an aluminum oxide template. Backscattered electron images obtained from scanning electron microscopy analysis allow assessment of the metal distribution pattern in the nanowires. Energy dispersed X-ray spectroscopy (EDS) provides a quantitative determination of nanowire composition when electrodeposition times for nickel and silver are varied. Additionally, this project includes an assessment of nanowire antimicrobial activity using the Agar disk diffusion test and bacterial absorbance.
Subjects
nickel silver, electronic engineering, electronics, electrons, bioengineering, depositions, Engineering, metal works structures, metallurgy, Metals, Metalwork, metalworking processes and techniques
