MI 880 Doctoral Seminar in Mission

(Abbreviations of texts follow authors\u27 name initials: B, BS, E, N, SS, T, V, WR. +Indicates required readings for all students. * or ** Indicates auxiliary readings.) +Transforming Mission* David J. Bosch +Constants in Context Stephen Bevans & Roger Schroeder +Mission as Transformation** Vinay Samuel, Chris Sugden +Mission on the Way Charles van Engen +Mission in the 21st Century Andrew Walls & Cathy Ross, eds [*Classical Texts in Mission & World Christianity (augments Bosch) Norman Thomas] [*A ReaderÕs Guide to Transforming Mission (clearly applies Bosch) Stan Nussbaum] [**The New Global Mission (Latin American articulation of Transformation) Samuel Escobar]https://place.asburyseminary.edu/syllabi/3551/thumbnail.jp

MI 745 Seminar in Missiology

+Transforming Mission* David J. Bosch +Constants in Context Stephen Bevans & Roger Schroeder AIS - Syllabus https://student.asburyseminary.edu/cgi-bin/public/syllabus.cgi?sectionNu... 1 of 13 6/10/2009 6:28 PM +Mission as Transformation** Vinay Samuel, Chris Sugden +Mission on the Way Charles van Engen +Mission in the 21st Century Andrew Walls & Cathy Ross, eds [*Classical Texts in Mission & World Christianity (augments Bosch) Norman Thomas]https://place.asburyseminary.edu/syllabi/3550/thumbnail.jp

MI 880 Seminar in Mission

Readings: Transforming Mission David J. Bosch Mission as Transformation Vinay Samuel, Chris Sugden Classical Texts in Mission & World Christianity Norman Thomas Global Mission for the 21st Century William D. Taylor, ed. Mission on the Way Charles Van Engenhttps://place.asburyseminary.edu/syllabi/3038/thumbnail.jp

Straw Hat Players programs, 1990 (1990)

Tamara Beller, Richard Barbera, Brenda Lee Betzold, Jon Patrick Blaeser, Michelle M. Bosch, Mark Brodin, Beth Cash, Bill Clement, Kevin Fox, Kristin Huber, Kristi Jereska, Michael J. King, Eric J. Knutson, Amy Jo Krueger, Betsy Kruse, Sara J. Larson, John Lentz, Randy E. Long, Lisa-Rose Mahaney, Timothy McCracken, R. Anne Nelson, Timothy N. Nelson, Valori Kay Nerhus, Paul Neumann, Susan Nickel, Mary Purdy, Natanya Rose, Scott Saffert, Charley Shahnaian, Jeremy A. Simonson, Kristin Spangler, Duane J. Sutton, Steve Swenson, Doreen S. Thorson, Dean Tschider, Lisa Wagner, C. Patrick Ward, Dominic J. Wharramhttps://red.mnstate.edu/shp_programs/1025/thumbnail.jp

MI 880 Seminar in Mission

Readings: (Abbreviations of readings follow authors\u27 last name initials: B, BS, SS, T, V.) Sugden Constants in Context Transforming Mission Mission as Transformation Stephen Bevans, Roger Schroeder David J. Bosch Vinay Samuel, Chris Norman Thomas Charles van Engen Classical Texts in Mission & World Christianity Mission on the Wayhttps://place.asburyseminary.edu/syllabi/3944/thumbnail.jp

Through the Loneliness: A Woman\u27s Spiritual Journal

Reviewed Book: Beld, Antonia J van den. Through the Loneliness: A Woman\u27s Spiritual Journal. New York: Paulist Press, 1987

Ongoing Development of a Series Bosch Reactor System

Future manned missions to deep space or planetary surfaces will undoubtedly incorporate highly robust, efficient, and regenerable life support systems that require minimal consumables. To meet this requirement, NASA continues to explore a Bosch-based carbon dioxide reduction system to recover oxygen from CO2. In order to improve the equivalent system mass of Bosch systems, we seek to design and test a "Series Bosch" system in which two reactors in series are optimized for the two steps of the reaction, as well as to explore the use of in situ materials as carbon deposition catalysts. Here we report recent developments in this effort including assembly and initial testing of a Reverse Water-Gas Shift reactor (RWGSr) and initial testing of two gas separation membranes. The RWGSr was sized to reduce CO2 produced by a crew of four to carbon monoxide as the first stage in a Series Bosch system. The gas separation membranes, necessary to recycle unreacted hydrogen and CO2, were similarly sized. Additionally, we report results of preliminary experiments designed to determine the catalytic properties of Martian regolith simulant for the carbon formation step

Urban food-wasteEnergy nexus and the private sector

Reflecting on the food-energy nexus, my first thought went to the Haber–Bosch process. Perhaps no other human invention has had a more dramatic impact on our wellbeing and mother Earth than the Haber-Bosch chemistry. As the reader might know, and I am citing here largely from Wikipedia, the Haber-Bosch process is the main industrial procedure for the production of ammonia fertiliser today. It is named after its inventors, the German chemists Fritz Haber and Carl Bosch, who developed it in the first half of the 20th century

A deep dive into NGC 604 with Gemini/NIRI imaging

The giant HII region NGC 604 constitutes a complex and rich population to studying detail many aspects of massive star formation, such as their environments and physical conditions, the evolutionary processes involved, the initial mass function for massive stars and star-formation rates, among many others. Here, we present our first results of a near-infrared study of NGC 604 performed with NIRI images obtained with Gemini North. Based on deep JHK photometry, 164 sources showing infrared excess were detected, pointing to the places where we should look for star-formation processes currently taking place. In addition, the color-color diagram reveals a great number of objects that could be giant/supergiant stars or unresolved, small, tight clusters. A extinction map obtained based on narrow-band images is also shown.Comment: 4 pages, 4 figures. To appear in the proceedings of IAU Symposium 266, Star Clusters: Basic Galactic Building Blocks Throughout Time and Space, eds. R. de Grijs and J. Lepin