Abstract: A nuclear reactor must be designed and constructed to withstand seismic events. A modular integrated reactor support structure includes seismic isolators that rely on viscous dampers and elastic support assemblies to provide three-dimensional seismic isolation to the reactor head, reactor vessel and reactor internal components. The gravitational load of the reactor head, reactor vessel, and reactor internals is supported through the reactor head, which transfers the load to a plurality of seismic isolators, which in turn, transfer the load to the basemat of the reactor building. A plurality of reactor support assembly blocks couple the reactor head to the seismic isolators while permitting thermal expansion and contraction of the reactor head while limiting rotational motion.

Abstract: Systems and methods for streaming video, interacting with video content, and sharing video content are disclosed herein. Other embodiments are also disclosed herein.

Abstract: A graphical user interface (GUI) architecture is configured to enable efficient management of resources in a storage system environment. The GUI architecture is embodied within a namespace and storage management (NSM) application as a GUI toolkit configured to produce reusable GUI components, such as a navigation frame, a wizard and a dialog box. In particular, the reusable wizard allows users to make intelligent choices toward successful completions of desired actions by, e.g., only requesting information needed to accomplish those actions.

Abstract: A graphical user interface (GUI) architecture is configured to enable efficient management of resources in a storage system environment. The GUI architecture is embodied within a namespace and storage management (NSM) application as a GUI toolkit configured to produce reusable GUI components, such as a navigation frame, a wizard and a dialog box. In particular, the reusable wizard allows users to make intelligent choices toward successful completions of desired actions by, e.g., only requesting information needed to accomplish those actions.

Abstract: A method for regenerable adsorption includes providing a substrate that defines at least one layer of ultra short channel length mesh capable of conducting an electrical current therethrough, coating at least a portion of the substrate with a desired sorbent for trace contaminant control or CO2 sorption, resistively heating the substrate, and passing a flowstream through the substrate and in contact with the sorbent.

Abstract: A method for regenerable adsorption includes providing a substrate that defines at least one layer of ultra short channel length mesh capable of conducting an electrical current therethrough, coating at least a portion of the substrate with a desired sorbent for trace contaminant control or CO2 sorption, resistively heating the substrate, and passing a flowstream through the substrate and in contact with the sorbent.

Abstract: A one-piece plastic part is configured to support a bus bar in an electrical equipment cabinet. The plastic part includes an elongated front wall and an elongated box frame structure projecting transversely from a rear side of the front wall. The front wall and the box frame structure together define peripheral boundaries of an elongated chamber configured to contain the bus bar. The front wall defines a front side of the chamber, and is configured to block electrically conductive access to the bus bar through the front side of the chamber. The box frame structure defines an open rear side of the chamber, and is configured to provide access for insertion of an electrical terminal through the open rear side for connection of the terminal to the bus bar in the chamber. A first aperture in the terminal is configured to receive a fastener which fastens the terminal to the bus bar.