Adapting Progress Feedback and Emotional Support to Learner Personality

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Development and evaluation of superconducting circuit elements

An approach to the application of high Tc ceramic superconductors to practical circuit elements was developed and demonstrated. This method, known as the rigid-conductor process (RCP), involves the combination of a pre-formed, sintered, and tested superconductor material with an appropriate, rigid substrate via an epoxy adhesive which also serves to encapsulate the element from the ambient environment. Emphasis was on the practical means to achieve functional, reliable, and reproducible components. Although all of the work described in this report involved a YBa2Cu3Osub(7-x) high Tc superconductor material, the techniques developed and conclusions reached are equally applicable to other high Tc materials

The Night We Called It a Day

Blue and Green drawing of man and woman in profilehttps://scholarsjunction.msstate.edu/cht-sheet-music/13507/thumbnail.jp

Everything Happens to Me

Illustation of man golfing in white suit with ring of black cats behind himhttps://scholarsjunction.msstate.edu/cht-sheet-music/12405/thumbnail.jp

Underwater Reactor Inspector Nuclear Fuel Inspecting Drone

The Underwater Reactor Inspector (URI) is a tethered and radiation resistant remotely operated underwater vehicle (ROV) designated to operate within the reactor pool of the Rhode Island Nuclear Science Center (RINSC). The main purpose of the ROV is to be able to inspect the core elements of the reactor within the pool. The design process was done by brainstorming multiple different designs and optimizing them based off the ease of the design as well as the engineering process that each design featured. The final design consists of all significant aspects for the ROV to achieve its’ goal. The URI underwent a redesign at the beginning of the year which has made the current product smaller and cheaper to make. It utilizes a periscope which in this case is an angled mirror to show a perpendicular view from the orientation of the camera. Shielded by three feet of water and more than three quarters an inch of Lead, the camera and other contents in the electronics bottle will be protected from gamma radiation ensuring that the effective dosage will not exceed the operable dosage rate of 50 Gy/hr. The ROV will receive power from the topside of the pool via tether which also is how the ROV is controlled

Total skin self-examination at home for people treated for cutaneous melanoma : development and pilot of a digital intervention

This work was funded by the RCUK Digital Economy award to the dot.rural Digital Economy Hub, University of Aberdeen; award reference: EP/G066051/1. The Experience Laboratory event was supported in part by a separate award from the University of Aberdeen Knowledge Exchange and Transfer Fund; award reference: GP057 UZZ0101.Peer reviewedPublisher PD