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Tag Archives | 2009

Mark Correll

By on November 21, 2009 in Faculty Publications

Correll, Mark R. “Kevin P. Spicer, Hitler’s Priests: Catholic Clergy and National Socialism.” Fides et Historia no. 1 (2009): 111.

Abstract: Kevin P. Spicer’s new work, Hitler’s Priests: Catholic Clergy and National Socialism, examines Catholic-Nazi cooperation by inspecting the role of the small but vocal group of clerical Nazi supporters, the so-called “brown priests.” Hitler’s Priests explores the brown priests’ lives through their correspondence, parish records, and publications. Spicer describes the pastoral and theological results of the brown priests’ worldview, as well as the rationale for their open support of the Nazi party. Taking nine of the most active clerical supporters of the Nazis, he sketches biographies of these individual priests, outlining their respective entries into a pro-Hitler stance, their agitation for the Nazis, and the difficulties they encountered either with the church hierarchy or party leadership.

William Bippes

By on November 13, 2009 in Faculty Publications

Wyatt, Ken and William Bippes. “When General Booth Came to Jackson.(Company Overview).” Michigan History Magazine no. 6 (2009): 40.

Abstract: In the south-central Michigan community of Jackson, near the banks of the Grand River, stands a commanding brick railroad depot. There, on an October afternoon in 1886, General William Booth, founder of the international Salvation Army, stepped off a westbound train for what newspapers hailed as a “jubilee” and “demonstration.”

Thomas Kuntzleman

By on November 13, 2009 in Faculty Publications

Amend, John R., Greg Stewart, Thomas S. Kuntzleman, and Michael J. Collins. “Affordable Cyclic Voltammetry.” Journal of Chemical Education 86, no. 9 (2009): 1080.

Abstract: Cyclic voltammetry is a topic that may be incorporated in the analytical (1), inorganic (2), or physical chemistry (3) curriculum. A number of articles in this Journal have described both the process of cyclic voltammetry and experiments involving cyclic voltammetry (4, 5). However, experiments in cyclic voltammetry are often excluded from the undergraduate laboratory, probably owing to the prohibitive cost of equipment required. Pine Research Instrumentation (6) has recently released a low-cost voltammetry cell along with inexpensive disposable carbon electrodes designed for student use in the undergraduate laboratory curriculum.

Jonathan Rinck

By on November 13, 2009 in Faculty Publications

Rinck, Jonathan. “Abolition’s Indelible Image.” Michigan History Magazine no. 6 (2009): 8.

Abstract: The larger-than-life graphic grabs your attention the minute you walk into the Civil War gallery of the Michigan Historical Museum. Depicting an African man in chains, its caption calls out: “Am I not a man and a brother?” Though conceived in England, the image played a significant role in galvanizing support for the abolitionist cause in America. There were two Michigan connections to it as well.

Thomas Kuntzleman

By on September 13, 2009 in Faculty Publications

Stewart, Greg, Thomas S. Kuntzleman, John R. Amend, and Michael J. Collins. “Affordable Cyclic Voltammetry.” Journal of Chemical Education 86, no. 9 (September 2009): 1080–1081.

Abstract: The article offers information on affordable cyclic voltammetry course in chemistry in the U.S. The author states that cyclic voltammetry is a special topic incorporated in analytical or physical chemistry which aims to provide an affordable option for experimental application. The author notes that cyclic voltammetry emerge as one of the essential component of research which is necessary to be exposed to undergraduates to impose a high quality of chemical teaching and understanding in a cost-effective manner.

Michael Buratovich

By on November 13, 2007 in Faculty Publications

Buratovich, Michael. “The Origin of Eukaryotic cells.(Communication)(Report).” Perspectives on Science and Christian Faith no. 3 (2007): 219.

Abstract: The cells of modern organisms come in two main structural types: prokaryotic and eukaryotic. Prokaryotic cells, which are represented by the eubacteria and archaea, contain precious little internal compartmentalization and have transcriptionally coupled translation, whereas eukaryotic cells, which compose plants, fungi, algae, animals, and a widely diverse group of unicellular protists, are equipped with a large cadre of intracellular compartments that are functionally specialized for specific intracellular tasks.