Abstract: A professional services audit tool is disclosed that includes an application that performs a variety of functions such as completing certain audit planning processes/forms, offering a tailored set audit programs based on the assessed risks, allowing users to further tailor the suggested audit programs, and rendering these audit programs in a helpful format. The application also provides functionality to perform and document audit work, guide the auditor though the engagement process, isolate audit program steps by related assertions and identified risks to ensure that audit plans are tailored to specific risks, provide an engagement dashboard to view at a glance both the overall audit and for each audit area, the steps which are not yet started, in progress, or completed, and allow for the integration of generated documents to be automatically stored to, accessed from, and synchronized with various external engagement management systems.

Abstract: A professional services audit tool is disclosed that includes an application that performs a variety of functions such as completing certain audit planning processes/forms, offering a tailored set audit programs based on the assessed risks, allowing users to further tailor the suggested audit programs, and rendering these audit programs in a helpful format. The application also provides functionality to perform and document audit work, guide the auditor though the engagement process, isolate audit program steps by related assertions and identified risks to ensure that audit plans are tailored to specific risks, provide an engagement dashboard to view at a glance both the overall audit and for each audit area, the steps which are not yet started, in progress, or completed, and allow for the integration of generated documents to be automatically stored to, accessed from, and synchronized with various external engagement management systems.

Abstract: Method for fluorination of actinides and fluorides and oxyfluorides thereof using O.sub.2 F.sub.2 which generates actinide hexafluorides, and for removal of actinides and compounds thereof from surfaces upon which they appear as unwanted deposits. The fluorinating agent, O.sub.2 F.sub.2, has been observed to readily perform the above-described tasks at sufficiently low temperatures that there is virtually no damage to the containment vessels. Moreover, the resulting actinide hexafluorides are thereby not destroyed by high temperature reactions with the walls of the reaction vessel. Dioxygen difluoride is easily prepared, stored and transferred to the desired place of reaction.