Now showing items 1-10 of 11
Rudy finds adventure while pursuing for the perfect gift.
Finding Our Hue
Blue is faced with a choice: Follow their dreams and let down their parents, or follow their parents’ wishes and let down themselves. When different colors meet, will they collide, or mix to create a new hue?
A Knead to Belong
Batches of freshly, baked pastries come out of the oven. Many of the same. But, there is one that stands out amongst the rest. Will they ever find where their place?
Convolutional neural networks (CNNs) are notoriously data-intensive, requiring significantly large datasets for training accurately in an appropriate runtime. Recent approaches aiming to reduce this requirement focus ...
Identification of Pd-Si Compounds in Diffusion Couple Studies to Complement AGR PIE reports
Palladium (Pd) and silver (Ag) are known fission products of TRISO particle nuclear fuels . Pd is known to corrode the silicon carbide (SiC) layer of a TRISO particle, which can compromise the overall fuel performance ...
Understanding of Additive Manufacturing with the Combination of the Flexible Manufacturing Process
Additive Manufacturing is 3D printing which requires a set of repeating steps throughout the process. STL, or Standard Triangle Language, is the most important step in the printing process that allows the model to be ...
Additive Manufacturing & G Code
Additive Manufacturing (AM) is the process of building physical objects by layering materials. It is controlled by G code and a myriad of other codes. CAD models are sliced and converted into a layer by layer code (G Code). ...
Fabrication of mini UB2 ingots via Arc melt synthesis using a customized copper hearth
As growing efforts take place to enhance the operational safety of nuclear reactors, fuel composites have been explored as replacement to the traditionally used Uranium dioxide (UO2). One potential candidate that has been ...
Probe Beam Deflection Technique as a Characterization Method for Nuclear Materials
Probe beam deflection technique (PBDT) was evaluated as a potential method of characterization for both radioactive and non radioactive materials. This method was chosen for its non destructive nature. The analyte of ...
Identifying Gamma Radiation Anomaly Signals Using Quantum Computation Methods
Collected data using a radiation detector to identify anomalies in the presence of naturally occurring radioactive material. Samples of the anomaly signals were put into a Hopfield neural network to train the network ...