Book Symposium The Electronic Silk Road: Connecting Dots in a World of Bits

This is a contribution to a book symposium on The Electronic Silk Road by Anupam Chander (Yale University Press).

Na 1 Nachlass Max Horkheimer, 58 - Korrespondenzen u.a. mit Betty Drury (p. I 27, 186-333)

5 Briefe zwischen Konrad Wittwer und Max Horkheimer, 1936, 1938, 1939; 1 Brief von Max Horkheimer an Joseph Wohl, 18.08.1934; 1 Brief von Max Horkheimer an Hedwig Wollenberger, 25.02.1941; 2 Briefe zwischen Richard Wolf und Max Horkheimer, 22.10.1938, 07.11.1938; 2 Briefe zwischen Martha Wolfenstein und Max Horkheimer, 11.10.1937, 19.10.1937; 1 Brief von Clemy Wolff an Leo Löwenthal, 05.03.1941; 2 Briefe zwischen Ilse Wolff und Max Horkheimer, 29.08.1937, 03.09.1937; 1 Brief von Max Horkheimer an Howard Woolston, 25.03.1941; 1 Einladung von der Women's Conference, 1935; 1 Brief von Max Horkheimer an die Women's Conference, 15.03.1935; 1 Brief von der World Foundation an Max Horkheimer, 26.11.1937; 2 Briefe vom World Jewish Congress an Max Horkheimer, 1942, 1945; 1 Brief von Max Horkheimer an Francis Henry Russel, 28.09.1942; 1 Brief von Max Horkheimer an Dr. Opie, 28.09.1942; 1 Brief der Württembergische Hypothekenbank an Max Horkheimer, 24.12.1930; 12 Briefe zwischen Rösle Wuestholz und Max Horkheimer, 1935-1937, 1939; 1 Brief von Max Horkheimer an Frida Wunderlich, 22.11.1937; 1 Brief von Max Horkheimer an die Yale University Library, 22.12.1938; 2 Briefe zwischen Owen D. Young und Max Horkheimer, 22.04.1940, April 1940; 3 Briefe zwischen Hans Zeisel und Max Horkheimer, 21.07.1941, 1941, 1944; 2 Briefe zwischen der Zentrale Hilfsstelle für deutsche Flüchtlingskinder Prag und Max Horkheimer, 01.03.1938, 25.04.1938; 6 Briefe zwischen Gregory Zilboorg und Max Horkheimer, 1939; 16 Briefe und Beilage an Max Horkheimer und F. Pollock von Edgar Zilsel, 1939-1942; 1 Brief vom Social Science Research Counsil an Edgar Zilsel, 01.04.1940; 1 Brief von The Rockefeller Foundation an Edgar Zilsel, 20.06.1939; 9 Briefe und Beilage von Max Horkheimer und F. Pollock an Edgar Zilsel, 1939-1942 sowie Briefwechsel mit Betty Drury; 10 Briefe zwischen The Rockefeller Foundation und Max Horkheimer, 1939-1940; 1 Brief von Max Horkheimer an Edgar Zilsel, 20.06.1939; 12 Briefe zwischen Betty Drury und F. Pollock, 1939-1940; 7 Briefe zwischen Alexander Zinnemann und Max Horkheimer, 1936;

Proceedings of the 24th Annual Biochemical Engineering Symposium

The 24th Biochemical Engineering Symposium was held 9-10 September 1994 at the YMCA of the Rockies conference center in Estes Park, Colorado, under the sponsorship of the Department of Chemical Engineering at the University of Colorado. Previous symposia in this series have been hosted by Kansas State University (1st, 3rd, 5th, 9th, 12th, 16th, 20th), University of Nebraska-Lincoln (2nd, 4th), Iowa State University (6th, 7th, 10th, 13th, 17th, 22nd), University of Missouri-Columbia (8th, 14th, 19th), Colorado State University (11th, 15th, 21st), University of Colorado (18th), and the University of Oklahoma (23rd). The next symposium is scheduled to be held at the University of Missouri-Columbia. The symposia are devoted to talks by students about their ongoing research. Because final publication usually takes place elsewhere, the papers included in the proceedings are brief, and often cover work in progress. ContentsIn-Well Aeration: An Innovative Subsurface Remediation TechnologyPrashant Gandhi, X. Yang, L.E. Erickson, and L. T. Fan; Kansas State University Expression of an Antimicrobial Peptide Analog in Eacherlchill coliChris Haught and Roger G. Harrison; University of Oklahoma Using High-frequency Backpulaing to Maximize Croasflow Filtration PerformanceSanjeev G. Redkar and Robert H. Davis; University of Colorado Low Molecular Weight Organic Compositions of Acid Waters from Vegetable Oil SoapstocksSteven L. Johansen, Arunthathi Sivasothy, Peter J. Reilly, and Earl G. Hammond; Iowa State University; Michael K. Dowd; U.S. Department of Agriculture Gas Phase Composition Effects on Suspension Cultures of Taxus cuspidata Noushin Mirjalili and James C. Linden; Colorado State University Cybernetic Modeling of Spontaneous Oscillations in Continuous Cultures of Ssccharomyces cerevisiaeKenneth D. Jones and Dhinakar S. Kompala; University of Colorado The Effect of Turbulent Shear on Calcium Mobilization in Mammalian CellsChristopher M. Cannizzaro, Pradyumna K. Namdev, and Eric H. Dunlop; Colorado State University Experimental Studies of Droplet Ejection at the Free Surface In Sparged ReactorsT. Y. Yiin, L A. Glasgow, and L. E. Erickson; Kansas State University The Role of Domain E (Starch-Binding Region) on the Activity of a Bacillus macersns Cyclodextrln GlucanotransferaseHai-yin Chang, Trang Le, and Zivko L. Nikolov; Iowa State University Use of the Rotating Wall Vessel for Study of Plant Cell Suspension CulturesXinzhi Sun and James C. Linden; Colorado State University A Novel Counter-Current Distribution Apparatus for the Study of Multi-Stage Aqueous Two-Phase Extraction of Biomolecules and Cell ParticlesMartin R. Guinn and Paul Todd; University of Colorado The Dynamics of Unhooking and Contraction of a Polyelectrolyte Chain Around an Isolated PostLin Zhang and Edith M. Sevick; University of Colorado A Laboratory Study of the Fate of Trichloroathylene and 1,1,1-Trlchloroathane In the Presence of Alfalfa PlantsMuralidharan Narayanan, Ryan M. Green, Lawrence C. Davis, and Larry E. Erickson; Kansas State University Modeling the Fate of Pyrene In the RhIzosphereS.K. Santharam, LE. Erickson, and L. T. Fan; Kansas State University Derivatization of MaltooligosaccharidesDaniela Prinz, Peter J. Reilly, and Zivko L. Nikolov; Iowa State University Probing Surfactant-Protein Binding by EPA SpectroscopyNarendra B. Bam, Yale University; Theodore W. Randolph; University of Colorado Optimization of a Stir-Cell Bioreactor for In Vitro Production of RNANeal T. Williams, Kim A. Wicklund, and Robert H. Davis; University of Colorado

Biostratigraphy, magnetostratigraphy, granulometry, isotopes and clay mineral composition of ODP Site 188-1165

During Ocean Drilling Program Leg 188 to Prydz Bay, East Antarctica, several of the shipboard scientists formed the High-Resolution Integrated Stratigraphy Committee (HiRISC). The committee was established in order to furnish an integrated data set from the Pliocene portion of Site 1165 as a contribution to the ongoing debate about Pliocene climate and climate evolution in Antarctica. The proxies determined in our various laboratories were the following: magnetostratigraphy and magnetic properties, grain-size distributions (granulometry), near-ultraviolet, visible, and near-infrared spectrophotometry, calcium carbonate content, characteristics of foraminifer, diatom, and radiolarian content, clay mineral composition, and stable isotopes. In addition to the HiRISC samples, other data sets contained in this report are subsets of much larger data sets. We included these subsets in order to provide the reader with a convenient integrated data set of Pliocene-Pleistocene strata from the East Antarctic continental margin. The data are presented in the form of 14 graphs (in addition to the site map). Text and figure captions guide the reader to the original data sets. Some preliminary interpretations are given at the end of the manuscript.

K-Ar dating of altered deep-sea igneous rocks from DSDP Legs 2, 34, and 35

In an attempt to establish criteria for obtaining reliable K-Ar dates, conventional K-Ar studies of several Deep Sea Drilling Project sites were undertaken. K-Ar dates of these rocks may be subject to inaccuracies as the result of sea-water alteration. Inaccuracies may also result from the presence of excess radiogenic 40Ar trapped in rapidly cooled rocks at the time of their formation. The results obtained for DSDP Leg 34 basalts indicate that lowering of K-Ar dates, which is related to potassium addition by weathering, is a major cause of uncertainty in obtaining reliable K-Ar dates for deep-sea rocks. It could not be determined if the potassium addition to the basalts occurred at the time of formation, t_o, or continuously from t_o to the present. Calculations show that sediment cover is not a significant barrier to the diffusion of potassium into the basalt. 40Ar loss contributes, at least in part, to the lowering of the K-Ar date in rocks that have added potassium. The meaning of the K-Ar results obtained for DSDP Legs 35 and 2 basalts could not be unambiguously established. Because of the problems involved, caution must be used in interpreting the meaning of conventional K-Ar dates for deep-sea rocks.