- Eqgen86 – an Artificial Earthquake Simulation Program
E Q G E N 8 6 - An Artificial Earthquake Simulation Program N Y Chang, B H Lien Department of Civil Engineering, The University of Colorado at Denver, 1100 14th Street, Denver, Colorado 80202, US A Ì J
- Editorial board - Journal of Molecular Biology - ScienceDirect
Tao Liu, PhD Peking University, Beijing, China Chemical biology, synthetic biology, biotherapeutics, post-translational modifications, antibody engineering, genome
- Editorial board - Bioorganic Medicinal Chemistry Letters . . .
Jaideep Saha Centre of Biomedical Research (CBMR), Sanjay Gandhi Post-Graduate Institute of Medical Science (SGPGIMS) Campus, Department of Biological and Synthetic Chemistry, Department of Biological and Synthetic Chemistry, Lucknow, Uttar Pradesh, India
- A simplified method for the determination of nitric oxide in biological . . .
Life Sciences, Vol 51, pp 1621-1629 Pergamon Press Printed in the USA A SIMPLIFIED METHOD FOR THE DETERMINATION OF NITRIC OXIDE IN BIOLOGICAL SOLUTIONS A Termin, M Hoffmann and R J Bing* *Huntington Medical Research Institutes Department of Experimental Cardiology Pasadena, CA 91105 and The California Institute of Technology Department of Environmental Engineering, Pasadena, CA 91125
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Wen-Bin Zhang, PhD Peking University, Beijing, China To develop unique “precision macromolecules", by integrating the design principles and building blocks of both synthetic and biological polymers for applications in materials science and chemical biology
- Interaction of a bichromatic field with a two-level system in a cavity
Volume 77, number l OPTICS COMMUNICATIONS 1 June 1990 INTERACTION OF A BICHROMATIC FIELD WITH A TWO-LEVEL SYSTEM IN A CAVITY D KAGAN a, H FRIEDMAN' and A D WILSON-GORDON b a California Institute of Technology, Department ofElectrical Engineering, Pasadena, CA 91125, USA b Bar-Illan University, Department of Chemistry, Ramat-Gan, 52100, Israel Received 10 November 1989 Researchers have
- Atomic plasticity: description and analysis of a one-billion atom . . .
Large scale atomic simulations are becoming an increasingly important tool in modeling deformation and failure mechanisms of materials Here we describe and analyze a recent one-billion-atom simulation of ductile materials failure [PNAS 99 (9) (2002) 5783] where the complexity of creation and collective behavior of thousands of dislocations are revealed, for the first time, from atomic to
- Development and global sensitivity analysis of a closed ecosystem model
Ecological Modelling, 30 (1985) 13-47 13 Elsevier Science Publishers B V , Amsterdam - Printed in The Netherlands DEVELOPMENT AND GLOBAL SENSITIVITY ANALYSIS OF A CLOSED ECOSYSTEM MODEL DORIAN LIEPMANN and GREGORY STEPHANOPOULOS California Institute of Technology, Department of Chemical Engineering, Pasadena
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