Abuse Testing Results form Symmetric Carbon/Carbon Acetonitrile Electrolyte Supercapacitors using over voltage and over temperature environments
Abstract not provided.
Publications
Abuse Tolerance Studies on Li-Ion Cells and Modules
Abstract not provided.
Characterization of the Precision Laser Beam Welding Process for the MC4368A Neutron Generator
The design of experiments (DOEx) approach was used to characterize the Precision Laser Beam Welding Process with respect to four processing factors: Angle of Attack, Volts, Pulse Length, and Focus. The experiment was performed with Lap Joints, Nickel-Wire Joints, and Kovar-Wire Joints. The laser welding process and these types of welds are used in the manufacture of MC4368A Neutron Generators. For each weld type an individual optimal condition and operating window was identified. The widths of the operating windows that were identified by experimentation indicate that the laser weld process is very robust. This is highly desirable because it means that the quality of the resulting welds is not sensitive to the exact values of the processing factors within the operating windows. Statistical process control techniques can be used to ensure that the processing factors stay well within the operating window.
3 Results