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The book explores 100 years of Michigan Tech hockey that have created many memories for teams, players, coaches, students, alumni, and the community who have followed the Huskies. Summaries of each year and information on teams, coaches, players, awards, arenas, the Great Lakes Invitational, Winter Carnival, and the fans are included. Relive your passion and excitement for one of college hockey's most historic programs.
Many guides claim to offer an insider view of top undergraduate programs, but no publisher understands insider information like Vault, and none of these guides provides the rich detail that Vault's new guide does. Vault publishes the entire surveys of current students and alumni at more than 300 top undergraduate institutions. Each 2- to 3-page entry is composed almost entirely of insider comments from students and alumni. Through these narratives Vault provides applicants with detailed, balanced perspectives.
This book provides undergraduate physics majors and students of related sciences with a sound basic understanding of electronics and how it is used, principally in the physical sciences. While today few science students go on to careers that demand an ability to design and build electronic circuits, many will use and rely on electronics. As scientists, they will require an appropriate level of fundamental knowledge that enables them, for example, to understand what electronic equipment is doing, to correctly interpret the measurements obtained, and to appreciate the numerous links between electronics and how it is practiced, and other areas of science. Discussing electronics in the broader context and from the point of view of the scientist, this book is intended for students who are not planning to become electronics specialists. It has been written in a relatively informal, personal style and includes detailed examples, as well as some “outside the box” material to inspire thought and creativity. A selection of relevant exercises is included at the end of each chapter.
This volume brings together a series of papers at Kalamazoo as well as some contributed papers inspired by the fiftieth anniversary of the publication of Lynn White Jr.’s, Medieval Technology and Social Change (1962), a slim study which catalyzed the study of technology in the Middle Ages in the English-speaking world. While the initial reviews and decades-long fortune of the volume have been varied, it is still in print and remains a touchstone of an idea and a time. The contributors to the volume, therefore, both investigate the book itself and its fate, and look at new research furthering and inspired by White’s work. The book opens with an introduction surveying White’s career, with a bibliography of his work, as well as some opening thoughts on the study of medieval technology in the last fifty years. Three papers then deal explicitly with the reception and longevity of his work and its impact on medieval studies more generally. Then five papers look at new cast studies areas where White’s work and approach has had a particular impact, namely, medieval technology studies and medieval rural/ ecological studies.
The story of how a Canadian-born dentist and Houghton entrepreneur changed hockey by openly paying players to come to Michigan's Copper Country to play hockey. In the early days of hockey it was a game for amateurs, however there were rumors that some players were secretly paid. It was not until 1903 that Jack "Doc" Gibson and James R. Dee decided to recruit the best players from Canada and pay them to play for the Portage Lake (Houghton) hockey team. The team won the 1904 U.S. Championship and defeated a team from Montreal for what was billed as the World's Championship. Following this successful season, Gibson and Dee began promoting the idea of a professional hockey league and in December 1904 play began in the International Hockey League (IHL). The league had five teams - Calumet, Pittsburgh, Portage Lake, Sault Ste. Marie Michigan, and Sault Ste. Marie Ontario, and although the league lasted only three seasons it was the start of professional hockey.
This atlas is a full-color, spiralbound manual of Gram-stained direct smears for medical technologist and medical laboratory technician students and practitioners, microbiologists, pathologists, infectious disease specialists, and anyone who interprets Gram-stained specimens. Featuring over 250 clear photomicrographs taken from actual patient specimens, the manual presents a simple, easy-to-use format; brief legends accompany each image. Three introductory chapters cover Gram-stain procedures, quality control, evaluation, and more. An invaluable reference and educational tool, this manual is effective both as a standalone text and as an accompaniment to Marler, Siders and Allen's Direct Smear Atlas CD-ROM (Lippincott Williams & Wilkins, 1998).
sle Royale and the Keweenaw Peninsula have a rich cultural, industrial, and mining heritage, all connected by their geologic underpinnings. This region is the result of geologic forces during two vastly different periods in time that shaped spectacular landscapes¿the largest lava flow known on Earth, stunning red cliffs of sandstone, an archipelago in the largest freshwater lake in the world, wave-tossed pebble beaches, dunes, and Lake Superior itself. This book offers a general introduction to the processes behind the diverse and globally significant geology of the Keweenaw Peninsula and Isle Royale and the relationship of that geology to human inhabitants, known as geoheritage.Humans came to North America more than 15,000 years ago when the glaciers were receding and leaving magnificent pieces of copper on the surface. Evidence from Isle Royale indicates that early people mined this area 4,500 years ago, although mining likely began here much earlier. Keweenaw copper was discovered at McCargoe Cove on Isle Royale, marking what is referred to as the North American Bronze Age. During this time, copper was traded all over NorthAmerica. Ancient pits have been discovered at dozens of sites on Isle Royale and the Keweenaw, and beautiful copper objects have been found throughout the Midwest, particularly in Wisconsin. Archaeological evidence along with a rich storytelling tradition indicates that early inhabitants had a deep understanding of the geologic landscape. Copper treasure from the Earth was a focus of human interest and marks the beginning of our geoheritage.
Like many apparently simple devices, the vertical water wheel has been around for so long that it is taken for granted. Yet this "picturesque artifact" was for centuries man's primary mechanical source of power and was the foundation upon which mills and other industries developed. Stronger than a Hundred Men explores the development of the vertical water wheel from its invention in ancient times through its eventual demise as a source of power during the Industrial Revolution. Spanning more than 2000 years, Terry Reynolds's account follows the progression of this labor-saving device from Asia to the Middle East, Europe, and America-covering the evolution of the water wheel itself, the development of dams and reservoirs, and the applications of water power.
In 1941 the Food and Drug Administration approved the use of diethylstilbestrol (DES), the first synthetic chemical to be marketed as an estrogen and one of the first to be identified as a hormone disruptor—a chemical that mimics hormones. Although researchers knew that DES caused cancer and disrupted sexual development, doctors prescribed it for millions of women, initially for menopause and then for miscarriage, while farmers gave cattle the hormone to promote rapid weight gain. Its residues, and those of other chemicals, in the American food supply are changing the internal ecosystems of human, livestock, and wildlife bodies in increasingly troubling ways. In this gripping exploration, Nancy Langston shows how these chemicals have penetrated into every aspect of our bodies and ecosystems, yet the U.S. government has largely failed to regulate them and has skillfully manipulated scientific uncertainty to delay regulation. Personally affected by endocrine disruptors, Langston argues that the FDA needs to institute proper regulation of these commonly produced synthetic chemicals.