Abstract: Some embodiments include a molten salt system comprising: a molten salt enclosure; a molten salt disposed within the molten salt enclosure; a working electrode disposed at least partially within the molten salt; a counter electrode disposed at least partially within the molten salt; a separator barrier disposed at least partially within the molten salt; a reference salt disposed within the separator barrier; and a reference wire disposed within the reference salt.

Abstract: The present invention provides a method, server/computer and data structure for reducing the overhead of dynamically linking attribute values across objects and minimizing memory requirements for storing cloned objects by utilizing a process of generating at least two Complex Objects, each having at least one Component Object, wherein each of said Complex Objects shares at least one Component Object with another Complex Object. By using a combination of Tailored Server and class methods (for construction, property access, copy, clone, delete, etc.) in handling the Complex Objects, the present invention hides the multiple Component Object complexity from the user and manages the generation and modification of Complex Objects including object schema definition and object instantiation. Thus, for example, Complex Object cloning permits a concomitant change for a common core property value to be accomplished for all clones that share the Shared Component Object.