Growth rate effects in soft CoFe films

We report on growth rate effects in sputter-deposited CoFe films prepared using high target utilization sputtering technology (HiTUS). We find that the grain structure of these polycrystalline films is closely related to the growth rate. By changing the growth rate, samples were prepared with different grain structure, which in turn had the effect of changing the magnetic properties of the films. We demonstrate control of the coercivity, which varied by a factor of more than ten. This was achieved via grain size control in CoFe films of thickness 20 nm. Furthermore, by employing a two-step sputtering process, in which two extreme growth rates are used sequentially, we were able to tune the saturation magnetization

From Temporary to Transformative: Leveraging Externally-Funded Special Collections Projects as Organizational Learning and Development Opportunities

This poster proposes an academic library approach to addressing temporary project staffing in Special Collections and Archives with a focus on organizational transformation, professional development, and mentoring. The strategy includes both managerial perspective and insights from a visiting faculty librarian on key aspects of hiring, supporting, and leveraging temporary professional staff for impactful organizational development. While the focus of temporary projects is often completing deliverables on time, this poster presents three areas of layered learning outcomes that leverage project work as a catalyst for organizational development, managerial development, and new professional mentoring