A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
This set of PDF documents represent a series of forms used by the Post Bronze Age team at Troy during the years 1989-1996. This set contains only the forms used for post-excavation analysis of the small finds.
A raw dataset produced using the clot on a suture experimental set up in the Holland lab (previously published in Bader 2015 & other articles). Data gathered and further analyzed using MATLAB 2012b.
The University of Cincinnati Libraries (UCL) is developing an exciting new team of informationists, specialists in research data services who are a hybrid of outreach/embedded librarian and data librarian, to partner with research faculty and students. UCL recently hired three informationist positions to serve data-generating researchers at UC, and plans to hire another social science informationist in the near future. UC informationists are working on several exciting new projects including the creation of new bioinformatics workshops, partnering with an otolaryngology research team, organizing a geographic information system (GIS) working group and GIS events at UC, and providing research assistance for clinical research teams. In addition, the informationists regularly interact with and serve as members of key governance committees and collaborate with the Offices of Research and Information Technology. The informationist team is also moving two key strategic initiatives forward: the development of formalized research data services and the creation of health informatics support from the Health Sciences Library. Both of these initiatives are helping us to develop models for cross-institutional collaboration.
The purpose of this project is to consider and evaluate the economic attractiveness of a process producing 250,000 lb/h of acetic acid by the selective carbonylation of methanol via carbon monoxide with the use of an iridium tri-iodide catalyst. Initial cost estimates of this process will be completed prior to the completed rigorous design to ensure the process is economically viable and meets product specifications. A full cost analysis will then be made on the initial design to further verify the process will meet product specifications and is economically attractive to the business. A recommendation to continue investigating will be made based on the analysis of the investment cost and annual operating costs of this reaction/separation system.
An economic analysis was performed on the selected design. The total capital cost for this project is $145 million, with a yearly utility and incremental cost of $62 million and $90 million, respectively. The required ten-year return on investment was found to be 15%, when the Acetic Acid is sold at a price of $437 /ton. When the Acetic Acid is sold at $745/ton (achieves 15% 1-year ROI), an ROI of 547% is achieved for a 10-year period. In order to achieve a five-year ROI of 15%, the selling price of Acetic Acid is only increased to roughly $455/ton.
An overview of Bonnie Cashin's life and work which led to the concept of lifestyle design in fashion during the mid to late 20th century, forming the foundation of contemporary sportswear design.
Presentation given at MathFest, August 8, 2015, Washington, D.C. From the submission abstract: Libraries, archives, and museums have traditionally preserved and provided access to many different kinds of physical materials, including books, papers, theses, faculty research notes, correspondence, and more. These items have been critical for researchers to have a full understanding of their fields of study as well as the history and context that surround the work.
However, in recent years many of these equivalent materials only exist electronically on websites, laptops, private servers, and social media. These digital materials are currently very difficult to track, preserve, and make accessible. Future researchers may very well find a black hole of content: discovering early physical materials and late electronic records, but little information for the late 20th though early 21st Centuries. In other words, a portion of history, including the field of Mathematics, may be lost unless this electronic content--perhaps some content you have right now--is cared for properly.
The presenters will cover the issues surrounding Digital Preservation, including steps needed to make sure data is reasonably safe. Additionally they will pose a small number of discrete challenges and unsolved problems in the field of Digital Preservation, where Mathematicians may be able to help with analysis and new algorithms.
