Letter From Attorney General Langer Replying to F. H. Lohr regarding the death of Kersey Gowin in Minot, 1918

Letter dated May 3, 1918 from Attorney General William Langer to F.H. Lohr replying to Lohr\u27s letter of April 29 regarding the night of Kersey Gowin\u27s death. Langer asks whether Lohr can go to Minot if Langer is able to arrange to have his expenses paid. See also: 1159https://commons.und.edu/langer-papers/1154/thumbnail.jp

Letter from F. H. Lohr to Langer, 1918

Letter dated April 29, 1918 from F. H. Lohr to William Langer about the night in Minot, ND where two force men [one of them undercover detective Kersy Gowin] were shot. Lohr informs Langer that the vice holes have all closed because they fear the police, and the drinking in Minot is worse than ever. Lohr followed around the chief of police trying to gain information on the shooters. Lohr tells Langer he is uncertain when he is able to come to Minot again. After only being married for a short period of time his money does not allow him to travel and stay for long periods of time. Lohr reassures Langer that he is still in his service. See also: 1154https://commons.und.edu/langer-papers/1159/thumbnail.jp

Dirac bubble potential for He–He and inadequacies in the continuum: Comparing an analytic model with elastic collision experiments

We focus on the long-pending issue of the inadequacy of the Dirac bubble potential model in the description of He–He interactions in the continuum [L. L. Lohr and S. M. Blinder, Int. J. Quantum Chem. 53, 413 (1995)]. We attribute this failure to the lack of a potential wall to mimic the onset of the repulsive interaction at close range separations. This observation offers the explanation to why this excessively simple model proves incapable of quantitatively reproducing previous experimental findings of glory scattering in He–He, although being notorious for its capability of reproducing several distinctive features of the atomic and isotopic helium dimers and trimers [L. L. Lohr and S. M. Blinder, Int. J. Quantum Chem. 90, 419 (2002)]. Here, we show that an infinitely high, energy-dependent potential wall of properly calculated thickness rc(E) taken as a supplement to the Dirac bubble potential suffices for agreement with variable-energy elastic collision cross section experiments for 4He–4He, 3He–4He, and 3He–3He [R. Feltgen et al., J. Chem. Phys. 76, 2360 (1982)]. In the very low energy regime, consistency is found between the Dirac bubble potential (to which our extended model is shown to reduce) and cold collision experiments [J. C. Mester et al., Phys. Rev. Lett. 71, 1343 (1993)]; this consistency, which in this regime lends credence to the Dirac bubble potential, was never noticed by its authors. The revised model being still analytic is of high didactical value while expected to increase in predictive power relative to other appraisals

Variable stiffness polymeric damper

Shock and vibration damping device using temperature sensitive solid amorphous polymer

Concept for design of variable stiffness damper

Damping mechanism, containing polymeric-like materials is applicable to a wide range of shock and vibration. The polymeric-like material changes from a relatively stiff material to a relatively soft, rubbery material in the region of their glass transition temperatures. The energy absorption characteristics and stiffness are controllable with temperature

Jerome J. Lohr College of Engineering Dean\u27s Office Records

The mission of the Jerome J. Lohr College of Engineering is to provide a rigorous, practical education oriented toward problem solving; to conduct world-class regionally relevant research; and to provide technical assistance to existing and emerging business, industry, and government. This collection is composed of materials related to Engineering and Science Research, biographical information on prominent persons related to the college, material dealing with the engineering controversy of the early 1970s, the Impulse magazine, and history of the college

Preserving the Memory: An Examination of the Masters Fountain Plaque, Donated by J. William Warehime

It is crucial not to underestimate your surroundings, for every place embraces a story. My story unfolds two years ago during a perfect day in late summer of 2007, a day to witness the beauty of Gettysburg College at its prime. Merely a skittish freshman, I remember walking hurriedly to my first Astronomy class in Masters Hall while simultaneously attempting to soak in the pristine condition of the surrounding brick buildings and picturesque landscape. I could not help but feel intimidated by the upperclassmen, already accustomed to the Gettysburg lifestyle. Quickening my pace, I finally reached Masters Hall and paused before the massive, elaborate brick structure just before its entrance. The fountain was not operating and I remember wondering why and what it would look like if it were. As I moved closer and peered inside, soapsuds blanketed the water‟s surface. It was a humbling moment for me, the perfect welcome to my Gettysburg College experience. It was one that made me realize that aside from the serious education I knew that would undoubtedly receive, it was not quite time to grow up. As a person with a valued appreciation for aesthetics, the sights and sounds of the Masters fountain have always provided tranquility, even in the most stressful situations. Whether it is the scene for a harmless prank, the location of a midnight swim (for all of the doubters, one of my sorority sisters has in fact jumped into the fountain), a place to meet, or simply an object of visual appeal, the Master‟s fountain is an essential landmark on the Gettysburg campus. [excerpt] Course Information: Course Title: HIST 300: Historical Method Academic Term: Fall 2009 Course Instructor: Dr. Michael J. Birkner \u2772 Hidden in Plain Sight is a collection of student papers on objects that are hidden in plain sight around the Gettysburg College campus. Topics range from the Glatfelter Hall gargoyles to the statue of Eisenhower and from historical markers to athletic accomplishments. You can download the paper in pdf format and click View Photo to see the image in greater detail.https://cupola.gettysburg.edu/hiddenpapers/1029/thumbnail.jp

Time-temperature-strain rate equivalence for various engineering thermoplastics

Mechanical behavior and time temperature strain rate equivalence for acetal, polycarbonate, polyamide, and fluorocarbo

Population-based patient care study for breast cancer

Background: Different approaches for an effective quality management are funded by the Ministry of Health to verify, to assess and, if necessary to optimize the quality of health care using the tracer diagnoses of breast, rectal, and lung cancer in eight regions in Germany. The conception of these observational studies and initial findings are shown here, using breast cancer in the region of Munich (population 2.4 million) as an example. Patients and Methods: The study started on April 1, 1996. The recruitment phase for all primary boast cancer patients in this region is planned for 2 years with a 3-5-year follow-up. Established documentation sheets are used to document basic medical information of each patient, along with the original reports (pathology: radiotherapy, doctors' reports, etc.), follow-up reports and quality of life questionnaires (QLQ, including the EORTC QLQ C30). Results: In 1996, the Munich region has a crude incidence of 125/100,000 women (world standard 71.5). After almost complete documentation the incidence is 10-15% higher. In the period from April 1 1996 to June 30, 1997 1,360 patients have been recruited into the study. 79% of the patients were 50 years of age or older. pT stages are distributed as follows: pTIS 5%, pT1 54%, pT2 32%, pT3 4%, pT4 6%. 4.5% had primary metastases. Breast-conserving therapy (BCT) was performed in 57% of patients. Five of the 46 departments involved recruited more than 50 patients each within these 14 months. These larger departments treat 59% of all patients. The proportion of older patients and pT4 stages is significantly higher in the smaller departments. BCT is performed significantly more often in the larger departments. First results of quality of life show dependencies on age, but no differences between mastectomy and BCT 3 months after operation. Not only the addressed patients (response rate to QLQ over 80%) but also almost all hospitals and many physicians are milling to support and to partake in quality assurance. 35 hospitals, 46 surgical departments. 80 heads of department and surgically: active general practioners, 330 general practioners. 7 radiotherapy departments, and 13 pathology departments have so far documented for this study. Conclusions: An effective quality management in oncology needs a modern cancer registry which uses documentation sheets as well as original reports and organizes the complicated infrastructure for an interdisciplinary cooperation. To be able to evaluate the health care reality it is necessary to carry out a data analysis and assess each individual case. A feedback of the results have to be available for each physician and each department. The cost of this information management is approximately 0.3% of the health care cost for this group of patients