Berlin description

H.-G. Rohbeck, Representation of stmcture description arranged linearly, in Software Development in Chemistry 5, J. Gmehling (Ed.), Springer-Verlag, Berlin, 1991, pp. 49-58. 

Bohm, L. L, Franke, R., Thum, G., The microreactors as a model for the description of the ethylene polymerization with heterogeneous catalysts, in Kaminsky, W., Sinn, H. (Eds.), Transition metals and organometallics as catalysts for olefln polymerization, pp. 391-403, Springer-Verlag, Berlin (1988). 

Berlin YA, Ratner MA (2005) Intra-molecular electron transfer and electric conductance via sequential hopping unified theoretical description. Radiat Phys Chem 74 124—131... 

Fig. 4.5 Scaling representation of the spin-echo data at Q nax- Different symbols correspond to different temperatures. Solid line is a KWW description (Eq. 4.8) of the master curve, a Polyurethane at Qmax=l-5 A L The shift factors have been obtained from the superposition of the NSE spectra. (Reprinted with permission from [127]. Copyright 2002 Elsevier), b Poly-(vinyl chloride) at Qmax=l-2 A L The shift factors have been obtained from dielectric spectroscopy. (Reprinted with permission from [129]. Copyright 2003 Springer, Berlin Heidelberg New York)...

Johann Sigismund Elsholtz, 1623-1688. Scientific authority at the court of the Elector of Brandenburg. A pamphlet which he had printed at Berlin in 1676 is the earliest publication concerning elementary phosphorus and also contains descriptions of the previously known phosphors Bologna stone, Baldwin s phosphor, and emerald phosphor (green fluorspar). See also ref. (113). 

An interesting description of breaking up the ice jams in the Raritan river in New Jersey is given by Berliner... 

Fehkocyanide of Iron.—Syn, Prussian Blub . Blm de Prusse, French Berliner blau, German,—. This celebrated pigment was accidentally discovered by Diesbaoh, a color-maker at Berlin, in 1710, from which it became generally known as Prussian or Berlin blue. The first description of tlie mode of preparing it wae given by Woodward in the Philosophical Trams action s for 1724. It is a compound of iron and cyanogen, and, therefore, its true composition was unknown till the latter body was discovered by Gay-Lussac In 1815. 

Pott was a native of Halberstadt, and was sent to Halle by his parents to study for the ministry, but, developing interest in medicine and especially in chemistry, he studied with Hoffmann and Stahl and devoted himself to chemistry. He made his residence in Berlin, and was elected to the Academy. After the death of Neumann (1777), Pott was appointed his successor in the professorship of chemistry in the Medicinisch-Chirurgische-Bildungsanstalt. He was a well-informed chemist, an energetic experimenter, and was very clear and straightforward in his descriptions. He was, on the other hand, of a contentious disposition, and his many disputes with other members of the Academy—as Eller, Marggraf, Brandes—often overstepped the bounds of courtesy. In 1761 his relations with his colleagues in the Academy were such that he severed his connection with it entirely. 

Vollmert,B., Stutz,H. Zur Struktur von konzentrierten Polymerlosungen und Gelen. Angew. Makromol. Chem. 20,71-101 (1971). A description in English of these and later results by the same workers can be found on pp. 548-561 of Vollmert,B. Polymer chemistry. Berlin-Heidelberg-New York Springer 1973. 

Bicycle Pistol" (Radfahrer-Pistol, in Ger). This name is mentioned in SS 6,398(1911) CA 6,547 (1912) in connection with an expin in the Berlin post office, but no description of pistol is given... 

A continuous vapor-phase nitration of cellulosic material in the form of a sheet was developed in the USA by the Brown Paper Co, Berlin, New Hampshire. No description of this method is available Refs l)J.Downie, BritP 1813 (1864) A-Nobel,... 

The year 1992 saw the centenary of the death of A. W. von Hofmann, and following it two major publications. The first is remarkable for its detailed descriptions of the laboratories at the Chemical Institute in the Friedrich-Wilhelms Universitat in Berlin, and at the Technischen Hochschule in Charlottenburg, and also for biographical details (often with portraits) of nearly 600 German chemists in academia and industry in the late 19th century 43 The second is a collection of papers given at the centenary symposium in Berlin.44... 

Gao J, Weiner JH (1994) Monomer-level description of stress and birefringence relaxation in polymer melts. Macromolecules 27(5) 1201-1209 Gardiner CW (1983) Handbook of stochastic methods for physics, chemistry, and the natural sciences. Springer, Berlin... 

R. D. Harcourt, Qualitative Valence-Bond Descriptions of Electron-Rich Molecules Pauling 3-Electron Bonds and Increased-Valence Theory, Springer, Berlin, 1982. 

The description of a network structure is based on such parameters as chemical crosslink density and functionality, average chain length between crosslinks and length distribution of these chains, concentration of elastically active chains and structural defects like unreacted ends and elastically inactive cycles. However, many properties of a network depend not only on the above-mentioned characteristics but also on the order of the chemical crosslink connection — the network topology. So, the complete description of a network structure should include all these parameters. It is difficult to measure many of these characteristics experimentally and we must have an appropriate theory which could describe all these structural parameters on the basis of a physical model of network formation. At present, there are only two types of theoretical approaches which can describe the growth of network structures up to late post-gel stages of cure. One is based on tree-like models as developed by Dusek7 I0-26,1 The other uses computer-simulation of network structure on a lattice this model was developed by Topolkaraev, Berlin, Oshmyan 9,3l) (a review of the theoretical models may be found in Ref.7) and in this volume by Dusek). Both approaches are statistical and correlate well with experiments 6,7 9 10 13,26,31). They differ mainly mathematically. However, each of them emphasizes some different details of a network structure. 

H.L. Porter, CIOS 33-27, pp 6-46(1945-1946) (Explosives, Hollow Charge and Shock Waves) [Description of work at the Physics and Ballistics Institute, Air Ministry, Berlin, under Director Dr H. Schardin is given. It was claimed that Dr Max von Forster had shown in 1883 (earlier than Ch.E. Munroe) that bare hollow charges gave an enhanced effect along die axis of the charge... 

G. N. La Mar and 1. S. de Ropp, in Biological Magnetic Resonance NMR of Paramagnetic Molecules , eds. L. 1. Berliner, 1. Reuben, Plemun Press, New York, 1993, Vol. 12, p. 1. A detailed description of experimental approaches to detecting NMR resonances in paramagnetic molecules. 

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