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The Architecture of Stanley D. Anderson, with James Ticknor and William Bergmann By: Paul Bergmann Stanley D. Anderson's standard of architecture has sustained the test of time. His designs for residences, commercial buildings, schools, and Gentlemen's Farms are still praised today for his attention to detail, solid design work, and high-quality standards. This picture book illustrates through historic photos and drawings from the firm's archive the classical styles that the firm members drew upon over many decades of work. Through his signature Country Georgian style, Anderson and his associates transformed Lake Forest. Designed for local history buffs, amateur and professional architects, and the simply curious, this book provides biographies and interior perspectives on the production of Anderson and his associates, William Bergmann and James Ticknor, and their distinctive interpretation of a transformative architectural style.
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Understanding the biotransformations of aromatic compounds and how they metabolize in animals, plants, and microbes, is central to the applications in a wide range of industries, such as the design and testing of natural and synthetic pharmaceuticals, oil refining, the development of agrochemicals, bioremediation, and for use in functional genomics
Scope of the book, and acknowledgements.- The articles are focused on 'real problems' in body-fluid analysis, typically with a final chromatographic separation of ~g or often ng amounts if the aim is quantitation. The pitfalls may not be realized by a typical chemist (cf. remarks in #A-3), but he may excel in metabolite iden tification - which this book covers to a fair extent. Where identity is known, and the metabolite could interfere in therapeutic drug monitoring or in diagnosis or itself have clinical relevance, useful guidance will come from articles that follow. Authors have gone to much trouble, and are not to be blamed by any reader who would have liked an introduction to chromatography or to metabolic pathways (cf. list of conjugation reactions at end of concluding article). Appre ciation is also expressed for permission to reproduce published mat erial; the acknowledged sources include 1. Chroma tog. (Elsevier; e. g. in #A-l) , Anal. Chem. (American Chemical Society; #A-2) and Wiley.
Francis Watkins was an eminent figure in his field of mathematical and optical instrument making in mid-eighteenth century London. Working from original documents, Brian Gee has uncovered the life and times of an optical instrument maker, who - at first glance - was not among the most prominent in his field. In fact, because Francis Watkins came from a landed background, the diversification of his assets enabled him to weather particular business storms - discussed in this book - where colleagues without such an economic cushion, were pushed into bankruptcy or forced to emigrate. He played an important role in one of the most significant legal cases to touch this profession, namely the paten...
Scottish theologian, educator, astronomer and popularizer of science, Thomas Dick (1774-1857) promoted a Christianized form of science to inhibit secularization, to win converts to Christianity, and to persuade evangelicals that science was sacred. His devotional theology of nature made radical claims for cultural authority. This book presents the first detailed analysis of his life and works. After an extended biographical introduction, Dick's theology of nature is examined within the context of natural theology, and also his views on the plurality of worlds, the nebular hypothesis and geology. Other chapters deal with Dick's use of aesthetics to shape social behaviour for millennial purposes, and with the publishing history of his works, their availability and their reception. In the final part, the author explores Dick's influence in America. His pacifism won him Northern evangelical supporters, while his writings dominated the burgeoning field of popular science, powerfully shaping science's cultural meaning and its uses.