This monograph presents a unified approach to adaptive methods, addressing their mathematical theory, efficient algorithms, and flexible data structures.
This volume C 1 is the first supplement volume to "Phosphor" C which was published in 1965 and covers the compounds of phosphorus. Starting with the binary species formed between phosphorus and hydrogen, the present volume deals with the neutral mononuclear compounds PH through PH ; the ions featuring the same stoichiometric composition are s covered in separate sections. PH and PH are the major initial gaseous decomposition products of PH and, thus, also 2 J intermediates in many of its gas-phase reactions. Both molecules and their ions have been thoroughly investigated by a variety of modern, high-resolution spectroscopic methods during the last three decades. The coverage of their physical, and mostly molecular, properties re presents the largest part of the first two chapters (PH and ions pp. 2 to 47; PH and ions pp. 47 2 to 111). PH is the only compound described in this volume which is thermally stable under normal J conditions. It is the phosphorus analog of ammonia, but exhibits, however, a quite different chemical behavior towards most elements and compounds. The majority of its physical, and in particular spectroscopic, properties have been determined in great detail since the sixties, partially in regard to spectroscopic investigations of the atmospheres of the outer planets.
The very first school for architecture came into being when the Ecole Polytechnique opened its gates in Paris in 1794 and with this, the profession of the architect as we understand it today was born. Using preiously unpublished texts and visual material, Ulrich Pfammatter traces in fascinating detail the origins and subsequent development of the scientific and industrial training of architects and engineers. He explores the growth of the architecture schools in Paris, Karlsruhe, Zürich, London and the USA, and by considering important exponents such as Durand, Reynaud, Mary, Weinbrenner, Semper, Dufour, Klenze, Eiffel and Jenney he provides a detailed exposition of this important chapter in civil engineering and architectural history.
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