PPT-The U. S. Department of Energy’s Mixed-Analyte Performanc

MAPEP FY 2015 Review Anita Bhatt Shane Steidley DOE Radiological and Environmental Sciences Laboratory ASP Meeting 2015 Sept 14 2015 ASP Objectives Assure that data acquired from analytical environmental laboratories are valid reliable and defensible. S Department of Energy 57509 Office of Energy Efficiency and Renewable Energy freedomCAR vehicle technologies program To day57557s directinjection diesel engines are more rugged powerful durable and reli 21998 Geospatial Positioning Accuracy Standards Part 2 Standards for Geodetic Networks Federal Geodetic Control Subcommittee Federal Geographic Data Committee brPage 2br 2ii Federal Geographic Data Committee Established by Office of Management and Bu , . I.V.Krivoshei. , . Sov.J. . . o. f . Nucl.Phys. .(. Yad. . . Fiz. ). . 42, 53 (1985). DYNAMICAL CHAOS AND NUCLEAR FISSION. Theme de travail:. DYNAMICAL CHAOS AND NUCLEAR FISSION. 1. REGULAR AND CHAOTIC CLASSIC AND QUANTUM DYNAMICS IN (2D) MULTI-WELL POTENTIALS. AIT. Limitation of flame AAS. advantages of flame atomisation are:. simplicity. speed. most metals atomise in readily available flames. sensitivity suitable for general analyses (mg/L). need for lower concentrations became apparent in the 60s (heavy metal pollution). Part 2. Enzyme Linked . Immunosorbent. Assay (ELISA). Lab. 3. Labeled Immunoassays . The basic underlying principles of indicator labeled immunoassays are the . same . There are differences with respect to the detail of the . Matrix interference. the matrix is the major component of the sample. can affect the . measured analyte response. Response = constant x concentration. relationship is established by the calibration standards. ANALYTE UNITS QUANTITY ANALYTE UNITS QUANTITY ANALYTE UNITS QUANTITY Aluminum mg/L 1490 Holmium mg/L 0.0055 Ruthenium mg/L 0.0015 Antimony mg/L 0.185 Indium mg/L 0.005 Sama FY . 2014 . Review. Shane Steidley. DOE Radiological and Environmental . Sciences Laboratory. . ASP Meeting . 2014. Sept. 18, 2014. . MAPEP Participant Policy. Participating Laboratories . Inorganic Uncertainties. Part 2. Enzyme Linked . Immunosorbent. Assay (ELISA). Lab. 3. Labeled Immunoassays . The basic underlying principles of indicator labeled immunoassays are the . same . There are differences with respect to the detail of the . Instrumentation:. Ionization methods and analyzers. Parts of an MS. Ionization Methods. EI. CI. FD. FAB. MALDI. ES. EI (and CI). EI vs CI. FD. http://en.wikipedia.org/wiki/Field_desorption. High voltage applied to metal emitter with carbon . Enzyme Linked . Immunosorbent. Assay (ELISA). Lab. 3. Labeled Immunoassays . The basic underlying principles of indicator labeled immunoassays are the same . There are differences with respect to the detail of the protocols. Bionanotechnology. Format lecture, discussion, . lots of questions. . will aim to have students present. . segments of papers in each class (.25). . homework . ~. 1 every . 2-3 . classes to learn. Research Scope & Objectives The current Administration has made it a priority for DOE to engage university researchers and industry in its strategy of working toward energy independence, improving o Laura Kasper. 1. , Abbas Zein Al-Din. 1. , Rudolf Volkmer. 2. ,. . Jürgen Bruns. 1. , and Klaus Petermann. 1. 1. Technische Universität Berlin, FG Hochfrequenztechnik - Photonik, Einsteinufer 25, Berlin, 10587, Germany.