Databases text materials

This collection contains full text Material Safety Data Sheets, Summary Sheets, and Label Data for more than 59000 substances, including pure substances and mixtures, 92-96% of which are the most heavily used chemicals in industry. The database originated with Occupational Health Services, Inc. (OHS). The records include occupational, environmental, and regulatory data, as well as names, CAS Registry Numbers, and regulatory list numbers. The OHS online system provides a full file, a summary information file, and a file composed of records to chemicals used in the manufacture of pesticide and other agricultural chemical products (OHS, STN available on CD from OHS). 

MCBase offers the possibility to load the original CAMPUS data of different suppliers from version 3.0 and higher into one database, which allows direct comparison. It has been developed in close cooperation with the CAMPUS consortium. For more information see http //www.m-base.de/. MCBase is user friendly and offers extremely efficient handling of material data. All CAMPUS options are available define search profiles define and sort tables print tables and data sheets curve overlay scatter plots. In addition MCBase 4.1 offers search in curves search for comparable grades text search update via Internet calculation of simulation parameters. A French version of MCBase is available from the distribution agent in France. 

POLYMAT light POLYMAT light Materials Data for Plastics is a manufacturer independent, materials database for plastics and contains properties of thermoplastics, thermoplastic elastomers and blends. In total, data from approximately 13,000 commercial products of 170 manufacturers are available products and data can be retrieved via searching in 35 different numerical properties and 15 text fields. 

The Madison Group and its European partner, M-Base, have developed, based on years of research and experience with material data systems, the concepts and software for the management of such application databases. This application database is searchable by part and application. Capability for general component information, multiple classifications, images and text and links to material properties is included. 

Since the schematic we created in previous sections only contains parts in our Digikey database, we can easily create a bill of materials (BOM) that contains information from the database. The information contained in the BOM can be easily configured, and the BOM can be viewed with a text editor or exported to Microsoft Excel. Here, we will show how to create a custom BOM and export the information to Excel, where it can be easily manipulated. We will start with the project created in the earlier sections of this manual. If you have the screen in the previous window, type CTRL-F4 to close the schematic and return to the tree view of the project ... 

Pollution Prevention News (P2 News2 , US EPA) Toxic Materials News (Business Publishers) Electronic access to newsletters is provided via a number of services. These services vary in scope and how often they are updated. Examples include the PTS Promt Newsletter database (lAC) with a focus on business and industry and the Newsletters in Print database (Gale Research) available in print and online via several vendor systems. The McGraw-Hill Publications Online database carries approximately 60 leading publications on-line in full-text form, many of them newsletters and bulletins. 

This database contains the complete text of over 130,000 Material Safety Data Sheets compiled by the Canadian Center for Occupational Health and Safety (CCOHS). This information was gathered from over 500 manufacturers and suppliers in the United States and Canada. Each record covers one chemical substance and provides trade and supplier name, description, chemical/physical properties, reactivity, health hazards, storage and disposal, personal protection, cleanup and disposal, and emergency first aid (CCINFOLINE, STN available on CD from CCOHS). 

Since the production process (400 abstracts weekly, mostly with at least one reaction scheme, totalhng about 50,000 single reactions per year) may not be delayed or increased in price, we decided to do the input of text and data only once. This means that the material for the printed issue, for subfiles, indexes and for the database has to be derived from one data source. 

When CHEMTREC receives an emergency call, an Emergency Services specialist obtains the caller s name and organization, telephone and fax number, the location of the incident, the shipper, consignee, and carrier, the product name, and the nature of the incident. CHEMTREC then provides immediate emergency response information about the chemical(s) involved, often obtained from the manufacturer s product-specific MSDS in the Center s library of nearly 2.5 million such documents. These are accessed in seconds and faxed to responders on-scene at a hazardous materials incident. Other sources of information are other technical text references and computer databases. 

According to the complexity of the interrelations between fundamental (intrinsic) and microstructure-dependent (extrinsic) properties of metallic materials, this section provides a substantial amount of explanatory text. By the same token, the data given are mostly typical examples indicating characteristic ranges of properties achievable rather than providing complete listings. More comprehensive databases are indicated by way of reference. 

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