Data bases for

These lab tests were done to gain a specific data base for such a brittle material compared to the normal steels used for the manufacturing of pressure equipments. In any case the application of AE was only possible due to the rapid development of the data processing and the new state-of-the-art equipment where this technique is built in.(3)... 

Seah M P and Dench W A 1979 Quantitative electron spectroscopy of surfaces a standard data base for electron inelastic mean free paths in solids Surf, interface Anai. 1 2... 

This chapter has attempted to describe briefly some properties of polymers relevant to product design in terms of molecular behaviour. For in depth consideration the reader should consult more detailed reviews (e.g. refs 4, 5 and 6). There also exist specialist monographs concerned with practical aspects of product design (e.g. refs 7 and 11). Mention should also be made of excellent booklets by materials suppliers (e.g. refs 2 and 8) concerned with design aspects. Some material manufactures now supply comprehensive data books backed by computer data bases for multi-point engineering data (e.g. ref. 12). 

One important use of a computer is to provide a data base for information storage and retrieval. Such a data base may be restricted to a particular organisation or it may have world-wide application. Many thousands of the latter data bases now exist, and these can be accessed via data base hosts. The catalogue of one such host lists over 6000 data bases in its catalogue. 

McCullough, E. A. and Hong, S. W. (1994).. A data base for determining the decrease in clothing insulation due to body motion. ASHRAE. Trans., lOO(T). 

Offers direct access to virtually all of the world s scientific and data bases for toxicology and related information. Covers chemicals, pesticides, food additives, industrial chemicals, heavy metals, environmental pollutants, and pharmaceuticals. The Center is online to more than 400 computerized databases, including DIALOG, MEDLARS, STN International, ITIS, and DROLS. It performs searches for outside users for a fee. 

Drago, J. P., Borkowski, R. J., Pike, D. H., and Goldberg F. F. The In-Plant Reliability Data Base for Nuclear Power Plant Components Data Collection and Methodology Report. NUREG/ CR-2641, ORNL/TM-9216, January 1985. 

Report ordering address Same as above. For annual summaries of data base for... 

The In-Plant Reliability Data Base for Nuclear Plant Components... 

The main objective of the In-Plant Reliability Data System (IPRDS) was to develop a comprehensive and component-specific data base for PRA and other component reliability-related statistical analysis. Data base personnel visited selected plants and copied all the plant maintenance wor)c requests. They also gathered plant equipment lists and plant drawings and in some cases interviewed plant personnel for Information on component populations and duty cycles. Subsequently, the maintenance records were screened to separate out the cases of corrective maintenance applying to particular components these were reviewed to determine such things as failure modes, severity, and, if possible, failure cause. The data from these reports were encoded into a computerized data base. 

TITLE Generic Data Base for Data and Models Chapter of the National... 

The LER data base served as the primary source of DG failure data, while a data base for DG successes was formed from nuclear plant licensees responses to a USNRC questionnaire (Generic Letter 84-15). Estimates of DG failure on demand were calculated from the LER data, DG test data, and response data from the questionnaire. The questionnaire also provided data on DG performance during complete and partial LOSP and in response to safety injection actuation signals. Trends in DG performance are profiled. The effects of testing schedules on diesel reliability are assessed. Individual failures are identified in an appendix. 

Kido, C. A Bibliography of Data Bases for Nuclear Power Plant Risk Assessment. EGG-EA-6100, November 1982. 

Mosleh, A., M. Kazarians, and W. C. Gekler. Development of a Risk and Reliability Data Base for the Chemical Industry. Pajjer presented at the American Institute of Chemical Engineers National Meeting, Boston, MA, 1984. 

In addition to the UFs listed above, a modifying factor (MF) is also applied. An MF ranging from >0 to 10 is included to reflect a qualitative professional assessment of additional uncertainties in the critical study and in the entire data base for the chemical not e.xplicitly addressed by the preceding uncertainty factors. The default value for the MF is 1.0. 

Use the data collected during the preliminary or exploratory site investigation as the data base for designing later studies. 

USDA (1989-91) Nutrient Data Base for Food Consumption Surveys, Agricultural Research Service, Beltsville Human Nutrition Research Center, Survey Systems/Food Consumption Laboratory, Beltsville MD, USA. 

The modeling package, delivered to the EPA, includes nationwide data bases for emissions, dispersion meteorology, and population patterns. These data are used as input for a Gaussian plume model for point sources and a box model for urbanwide area sources. Prototype modeling is used for point sources that are too numerous to define individually. Building wake effects and atmospheric chemical decay are addressed. 

Population Characterization. An important part of any exposure assessment is the development of a detailed and up-to-date human demographic data base for the area being studied. These data can provide the basis for estimates of subpopulations associated with different exposure pathways. In national exposure assessments it is common to use an average population density for the total U.S. or to simply distinguish between rural and urban densitites. In a geographic exposure assessment in which site-specific data on pollutant releases, environmental fate and ambient levels are measured or estimated, it is important to have equally detailed population data. Population breakdowns by age, sex, housing and... 

Since the data base for this Instrument resides on the host HP 1000 computer, the experiment setup files must first be transferred from the local computer to the HOST computer. This 1s done using the Dowell Schlumberger local laboratory computer network and the Hewlett Packard DS/1000-IV networking software. The programmatic user interface to the network Is again accessed through the main menu program for the instrument. 

Availability of Physical Properties Data and Model Parameters. We have found that the development of a data base for physical properties and other model parameters is as time consuming, and intellectually demanding, as the development of the model itself. One will be surprised to know, for example, that vapor pressure data at around 25°C for many commonly used solvents are non-existent. 

Sustained support of programs and data base for physical properties and model parameters. 

A few recent events make it particularly interesting to valuate the fire hazard resulting from the burning of PVC materials, when they are present in a plenum. These include the recent regulations promulgated in New York State regarding the creation of a data base for smoke... 

Mayer, F.L., Jr., and M.R. Ellersieck. 1986. Manual of acute toxicity interpretation and data base for 410 chemicals and 66 species of freshwater animals. U.S. Fish Wildl. Serv., Resour. Publ. 160. 579 pp. McCulloch, A.W., R.K. Boyd, A.S.W. de Freitas, R.A. Foxall, W.D. Jamieson, M.V. Laycock, M.A. Quilliam, J.C. Wright, V.J. Boyko, J.W. McLaren, M.R. Miedema, R. Pocklington, E. Arsenault, and D.J.A. Richard. 1989. Zinc from oyster tissue as causative factor in mouse deaths in official bioassay for paralytic shellfish poisoning. Jour. Assoc. Offic. Anal. Chem. 72 384-386. 

Mayer, F.L., Jr., and M.R. Ellersieck. 1986. Manual of Acute Toxicity Interpretation and Data Base for 410 Chemicals and 66 Species of Freshwater Animals. U.S. Fish Wildl. Serv. Resour. Publ. 160. 579 pp. 

---