See Preparing to Offboard – Microsoft for how-to’s to save any personal or research content or share work content with colleagues before you lose access to faculty/staff email and Office 365. Storing work that your team needs to access in a team space.As a State institution, the University is subject to FOIA and discovery processes. Not using work email for personal email.Reduce the financial and overhead costs of maintaining unused accounts.Įmployees and DCCs are provided with work email and Office 365 accounts to conduct business on behalf of the University.Continue providing University email service to the 28% of retirees who use it.Better align University email practices with business and security best practices.Retiring faculty who have applied for Emeritus status and have an application delay should discuss wiith their department getting DCC status to ensure continued access to work email and Office 365 content.If you were a student before NetIDs, get a University Google account at while you are still actively affiliated to ensure you keep email service.Any employee/DCC/retiree separating from the University who is a current or former student will automatically have their email address rerouted to CatMail.All other employees/DCCs separating from the University lose access to Outlook email/Office 365 immediately.
We recommend you check this at to ensure delivery. Retirees who have been University students will automatically have their University email re-routed to CatMail.NOTE: This has been extended to September 30. Existing retirees get a 60-day grace period starting July 1, and will lose their University email address if they haven’t opted in by August 29.During the grace period, retirees may opt in using to keep a University email address, although the email will use the University’s CatMail service (Google Workspace for Education Fundamentals).Retirees are allowed a 60-day grace period of access to their work email and Office 365 content.It is now used routinely for all separator tuning.Access to email and Office 365 for employees and DCCs separating from the University has changed. The principal CMB assumptions are base flow conductivity is equal to streamflow conductivity at lowest flows, runoff conductivity is equal to streamflow conductivity at highest flows, and base flow and runoff conductivities are assumed to be constants over the period of record. The method is shown to improve recoil separator performance, increase objectivity and reproducibility, and reduce setup and tuning time significantly. The conductivity mass-balance (CMB) method can be used to calibrate analytical base flow separation methods.
In this talk, the first development of an online Bayesian optimization with a Gaussian process model to tune a nuclear astrophysics recoil separator and improve its ion optical properties is reported. Additionally, the ion optical settings need to be verified and optimized to ensure adequate mass separation.
#Online email separator manual
To maximize the performance of the device, careful beam alignment to the central ion optical axis needs to be achieved, which can be difficult to attain through manual tuning in a quantitative and reproducible way. Once SECAR is operational, these precise measurements will improve our understanding of astrophysical processes such as X-ray bursts, novae and supernovae. SECAR is optimized for the direct measurement of capture reactions on unstable nuclei that drive some stars to explode and synthesize crucial nuclei that make up our universe. Abstract: The SEparator for CApture Reactions ( SECAR) is a next-generation recoil separator system under commissioning at the National Superconducting Cyclotron Laboratory ( NSCL) and Facility for Rare Isotope Beams ( FRIB) at Michigan State University.