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The Trans Task Force was created in Fall 2016 as part of PLU's response to the Dear Colleague Letter on Transgender Students released by the Department of Justice and Department of Education in May
The Trans Task ForceMission StatementThe Trans Task Force was created in Fall 2016 as part of PLU’s response to the Dear Colleague Letter on Transgender Students released by the Department of Justice and Department of Education in May 2016. This group’s mission is to create a campus that is inclusive and welcoming of all students, regardless of gender identity, and to ensure that students who identify as trans have the resources and support necessary to persist and succeed. The Trans Task Force
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Professor of Physics | Department of Physics | louie@plu.edu | 253-535-7653 | My research interests are plasma etching issues, carbon nanotubes and scanning probe microscopy.
title: "Point Contact Spectroscopy With Nanofabricated Junctions Of Spin And Energy-Dependent Transport In Heterogeneous Ferromagnetic Systems." Advisor: Professor R. A. Buhrman) M.S., Physics, Cornell University A.B., magna cum laude, Physics, Harvard University Areas of Emphasis or Expertise Atomic force microscopy; Materials characterization Thin film deposition; Nanofabrication Ultralow temperatures, Vacuum techniques Selected Presentations Society for Experimental Mechanics Annual Conference
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Megan Longstaff*, Kaitlin Gardiner*, Rodion Zhuravlev*, Jacob Finney*, Dean A. Waldow “Characterization of morphology in ring-opening metathesis polymerized novel solid block copolymer electrolytes
Dean Waldow's Research GroupRecent PublicationsMegan Longstaff*, Kaitlin Gardiner*, Rodion Zhuravlev*, Jacob Finney*, Dean A. Waldow “Characterization of morphology in ring-opening metathesis polymerized novel solid block copolymer electrolytes by atomic force microscopy and X-ray scattering,” Electrochimica Acta, 298, 339-346 (2019) Jeffrey S Harrison, Dean A Waldow, Phillip A Cox, Rajiv Giridharagopal, Marisa Adams*, Victoria Richmond*, Sevryn Modahl*, Megan Longstaff*, Rodion Zhuravlev
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Professor of Chemistry | Department of Chemistry | waldowda@plu.edu | 253-535-7533 | Application of Ring Opening Metathesis Polymermization to Polymer Battery Electrolytes and other membranes Use of macro and microphase separation techniques in energy related materials Statics and kinetics of phase separation in multi-component polymer blends both in bulk and as thin films Physical characterization technique include: light scattering optical and atomic force microscopy neutron scattering Monte Carlo techniques Use of metathesis, anionic, and controlled radical synthetic techniques to produce new materials for macro and microphase separation applications Polymer/structure relationships studied via spin-lattice relaxation measurements of local segmental dynamics in polymers Promoting the teaching and learning of research in an undergraduate setting via incorporation of research activities in traditional courses development of Internet resources for undergraduate research an active and externally funded local undergraduate research program Incorporation of information technology in lecture and laboratory settings .
, 1989-1991 Ph.D., Chemistry, University of Wisconsin, 1989 B.A., Chemistry, Math, and Physics, Augustana College, 1984 Areas of Emphasis or Expertise Solid Polymer Electrolytes for Battery Applications Polymer physics Scattering using light, X-Rays, and Neutrons Polymer Blends Block Copolymers Nanomorphology Polymer Synthesis and Characterization Atomic Force Microscopy Responsibilities CHEM 115 – General Chemistry I Lab CHEM 116 – General Chemistry II CHEM 341 – Physical Chemistry I CHEM 343
Office HoursMon: 8:00 am - 9:00 amThu: 2:30 pm - 3:30 pmFri: 1:30 pm - 2:30 pmMon - Fri: - -
Reduction and Reallocation of Force (pdf) view download
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Academic Unit Heads (2024-2025) (pdf) view download
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Elaina Bonar, Senior Capstone Seminar Piscidin is an antimicrobial, cationic, amphipathic peptide that is 22 amino acids in length and adopts an α-helical shape.
time revealed new insights into the complex reactions mixture. The reactions were monitored using a gas chromatography/mass spectrometry and thin layer chromatography. Thursday, April 30th, 2009 1:50 pm - Atomic force microscopy of high molecular weight thin film polymer blends compatibilized with triblock and graft copolymersE. Moriah Zimmerman, Senior Capstone Seminar Thin film polymer blends were studied using atomic force microscopy (AFM) with focus on the effect that various triblock and multi
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Stephanie Millett ’22 was in her early 20s when she walked into a U.S. Navy recruiting office after dropping out of the University of Oregon in 2010. The decision to enlist, she says, was “a bit of a last resort” to get her family and…
Military To Medicine: Air Force, Navy veterans become nurses after second chances at college Posted by: Zach Powers / September 5, 2023 Image: Raven Lopez ’22, left, is is part of NYU Langone’s Nurse Resource Team. Stephanie Millett ’22, right, is halfway through her critical cardiac care residency at Pulse Heart Institute. (Photos by Sy Bean/PLU) September 5, 2023 By Anneli HaralsonResolute Guest WriterStephanie Millett ’22 was in her early 20s when she walked into a U.S. Navy recruiting
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Gregory Peterson, Senior Capstone Seminar Controlled living anionic polymerization was employed to synthesize tetrablock copolymers in order to determine their compatibilizing ability in polymer
ability to compatibilize blends was examined with cloud point measurements to determine the affect on a blend’s phase boundary temperature, and with atomic force microscopy to qualitatively see the affect of limiting phase separation. The higher molecular weight tetrablock was found to lower the phase transition temperature of a low molecular weight PS/PB blend from 112C to below room temperature with the addition of 8% (w/w) tetrablock, showing that it is an effective compatibilizer. The lower
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Attending a chemistry program at a small liberal arts school...gave me post-graduation opportunities!
Chemistry Dean Waldow, Ph.D. Andrea Munro, Ph.D. Inorganic Chemistry Andrea Munro, Ph.D. Materials & Polymer Chemistry Andrea Munro, Ph.D. Dean Waldow, Ph.D. Organic Synthesis Dean Waldow, Ph.D. Neal Yakelis, Ph.D. Chemistry students at PLU get hands-on experience using our suite of modern research-grade instruments, including: 500 MHz Fourier-transform nuclear magnetic resonance (FT NMR) spectrometer atomic force microscope (AFM) gas chromatography / mass spectroscometer (GC/MS) high-performance liquid
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