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Standard development

you drop back 10% from where the first peak came off and dial in 50% acetonitrile (AN)/water. You let the column equilibrate for 10min and shoot the next sample. You get three well-resolved peaks, the last of which tails badly (Fig. 12.3b).There is no indication of a shoulder indicating an unresolved peak. Either one compound is very nonpolar or it is co-eluting with one of the other compounds. You need to make an alpha change. [Pg.152]

MeOH/water with 1 % acetic acid to draw them together and bring them off faster. [Pg.153]

Note 1 Acids are easier to deal with in scouting than amines, so you lower the pH first with 1 % acetic acid. [Pg.153]

Note 2 Amine anions are more likely to be found in pharmaceutical compounds than acids. If acetic acid had not worked, you would add nonyl amine [Pg.153]

The next step is to identify each peak. You dilute and inject each compound separately and compare retention times to identify the standard mixture run. The elution order is B, A, C, and D. The last thing you need to find is an internal standard with a retention time just longer than compound D. You find compound IS, make a 1-g/L solution. You will add 1 mL to each standard mixture before dilution. You run a standard run with IS and calibrate each peak relative to the peak height of IS (Fig. 12.3e). [Pg.154]

Once OSHA has developed plans to propose, amend, or delete a standard, it publishes its intentions in the Federal Register as a notice of proposed rulemaking, or often as an earlier advance notice of proposed rulemaking (U.S. DOT, 1991). The advance notice is to solicit information for use in drafting a proposal. A notice of proposed rulemaking will include the terms of the new rule and provide a specific time (at least 30 days from the date of publication, usually 60 days or more) for the public to respond. [Pg.37]

Interested parties who submit written arguments and pertinent evidence may request a public hearing on the proposal when none has [Pg.37]

After the close of the comment period and public hearing, if one is heard, OSHA must publish in the Federal Register the full, final text of any standard amended or adopted and the date it becomes effective, along with an explanation of the standard and the reasons for implementing it. OSHA may also publish a determination that no standard or amendment needs to be issued. [Pg.38]


The basic condition of the Standard application - the availability of stable coupled probabilistic or the multiple probabilistic relations between then controlled quality indexes and magnetic characteristics of steel. All the probabilistic estimates, used in the Standard, are applied at confidence level not less than 0,95. General requirements to the means of control and procedure of its performance are also stipulated. Engineers of standard development endeavoured take into consideration the existed practice of technical control performance and test at the enterprises that is why the preparation of object control for the performance of nondestructive test can be done during the process of ordinary acceptance test. It is suggested that every enterprise is operated in correspondence with direct and non-destructive tests, obtained exactly at it, for detailed process chart and definite product type, however the tests have long since been performed after development of the Standard displayed that process gives way to unification. [Pg.25]

The polycrystaUine EGS is converted to siagle-crystal silicon via the C2okralski (CZ) crystal growing process, based on the solidification of silicon atoms from the Hquid phase at a moving iaterface. Volume production of 200-mm diameter crystals is standard. Development of crystals having diameters of up to 400 mm has been predicted (3). [Pg.346]

The International Standards Organization 9000 (ISO 9000) standard, developed by the European Economic Community (EEC), also impacts manufacturers implementation of LIMS systems. ISO 9000 is a set of standards which are required for manufacturers selling products to the EEC. The 9000 standards are credited with playing an important part in the impetus to greater computerization of laboratory information management (9). [Pg.518]

Carbides Cemented Carbide Producers Association 712 Lakewood Center North Cleveland, Ohio 44107 Standards Developed bj Cemented Carbide Producers Association ie, standard shapes, sizes, grades, and designations and defect classification. [Pg.24]

One of the six elements of Responsible Care is the Codes of Management Practice, and one of the codes is the Process Safety Code of Management Practices (34). This code emphasi2es management commitment and accountabiUty, information sharing, and community relations, but also includes 11 of the 14 specific elements of the legislated process safety management standards developed later. [Pg.93]

The symbology for drawing P I diagrams generally follows standards developed by one of the following organizations ... [Pg.745]

Approved techniques for manual and mechanical sampling are often documented for various commodities handled in commerce by industiy groups. Examples are the International Standards Organization (ISO), British Standards Association (BSA), Japan Institute of Standards (JIS), American Society for Testing Materi s (ASTM), and the Fertihzer Institute. Sampling standards developed for use in specified industry applications frequently include instructions for labora-toiy work in sample preparation and analysis—steps (2) and (3) above. [Pg.1756]

Much of the experience and data from wastewater treatment has been gained from municipal treatment plants. Industrial liquid wastes are similar to wastewater but differ in significant ways. Thus, typical design parameters and standards developed for municipal wastewater operations must not be blindly utilized for industrial wastewater. It is best to run laboratory and small pilot tests with the specific industrial wastewater as part of the design process. It is most important to understand the temporal variations in industrial wastewater strength, flow, and waste components and their effect on the performance of various treatment processes. Industry personnel in an effort to reduce cost often neglect laboratory and pilot studies and depend on waste characteristics from similar plants. This strategy often results in failure, delay, and increased costs. Careful studies on the actual waste at a plant site cannot be overemphasized. [Pg.2213]

The motivation for ensuring good indoor air quality should be obvious. The Occupational Safety and Health Act of 1970 emphasizes the need for standards to protect the health and safety of workers. To fulfill this need, the National Institute for Occupational Safety and Health (NIOSH) has developed a strategy for disseminating information that assists employers to protect their workers from workplace hazards. This strategy includes the development of Special NIOSH Hazard Reviews, which support and complement the major standards development and hazard documentation activities of the Institute. These documents deal with... [Pg.48]

A nonprofit professional and trade association sendng those engaged in the research, testing, measurement and remediation of radon. Formulates and promulgates measurement and remediation standards develops educational programs for the public and the radon profession seeks to enhance the remediation of radon. [Pg.267]

Standards Development and Technology Transfer Division Teclmical Information Branch... [Pg.306]

Luminescence yields data that often cannot be provided by any other methodology. This book is a compilation of a wide variety of original research contributions. Substantial information is given on the use of luminescence techniques to understand specific cell responses and the chemical mechanisms of cell action. An examination of natural environments is presented in the form of specific studies that characterize materials in both solid and liquid form and give information on the respective reactions of these materials in soil and water systems. Advanced research on standardization and standards developed for luminescence studies, as well as both active and passive use of luminescence, is included. [Pg.258]

Reeder DJ (1991) NIST standards development for RFLP DNA profiling. Proceedings of the Second International Symposium on Human Identification, pp 245-261. Promega Corporation. [Pg.194]

The Pharmacopoeial Forum fulfills a vital role in promoting industry-wide communication between those involved with quality assurance, the development of standards and analytical methods. It contains an up to date list of official USP Reference Substances, with current and recently changed lot numbers. Reference Substances not yet available and those under development are also described. The publication acts as an international open forum in which scientists are invited to express their views, suggestions, ideas and comments regarding new drug standard development and revisions to existing monographs. Pharmacopoeial Forum is published, on a subscription basis, six times a year, back issues are available for USP website see Table 84. [Pg.273]

Care must be taken to ensure that the criteria or methods used closely match the site-specific conditions under study. Failure to do so may result in early elimination of at-risk buildings from the analysis pool. Further, when standard criteria are being applied, care must be taken to ensure that the objective of the standard matches the intent of the study. A standard developed for equipment protection or loss prevention may not be appropriate for personnel protection. [Pg.98]

The major issue for the large scale preparation of our target 1 was the preparation of the cyclopentanone 2. With the exception of 2, we felt the original Medicinal route was suitable for the large scale preparation with standard development optimization. Thus, the outline of this section is ... [Pg.47]

Marsosudiro, P.J., Pollution Prevention in the Integrated Iron and Steel Industry and Its Potential Role in MACT Standards Development, 94-TA28.02, U.S. EPA, Washington, DC, 1994. [Pg.69]

We wish to develop an analytic expression for this situation. To do so, we will follow the same steps used in the standard development, but use the rigorously correct equation (i.e., equation 42-37 instead of the approximate equation previously used. The steps are the standard ones used for finding a minimum (or maximum) of a function take the derivative of equation 42-37, then set that derivative equal to zero. Since the derivative of interest is the derivative with respect to T, in preparation for this we reorganize equation 42-37 as follows we substitute equation 41-6 (reference [2], reorganized to Es = TEX (since Er is a constant) into equation 42-37 this enables us to eliminate Es from the equation ... [Pg.240]

Standards Development General FC Vehicle Safety SAE Fuel Cell Vehicle Systems SAE Fuel System Components CSA Containers SAE Reformers SAE Emissions SAE Recycling SAE Service/Repair SAE... [Pg.481]

Standards Development Composite Containers ASME, CSA, CGA. NFPA Pipelines ASME, API, CGA, AGA Equipment ASME. API, CGA, AGA... [Pg.481]

Standards Development Electrolyzers UL, CSA Reformers UL, CSA, API Performance Test Procedures ASME, CSA Chemical Hydrides UL, CSA.NFPA... [Pg.482]

Standards Development Handheld Systems LIL, CSA Portable Systems CSA. UL. CGA Handheld Fuel Containers JJL, CSA, CGA Portable... [Pg.482]

Establish by a consensus of the national codes and standards development organizations such as the CDO or SDO that will have the lead in the development of codes and standards for establishing safety requirements for specific components, subsystems, and systems (as shown in the templates) and the organizations that will work collaboratively with (or in support of) the lead organization. [Pg.482]

Minimize duplication of efforts in the codes and standards development. [Pg.482]

Identify codes and standards development needs and gaps and identify the organizations that should have responsibility for addressing the gaps. [Pg.482]

Three key issues for codes and standards include better synchronization of codes and standards development with RD D, performance- versus design-based (or prescriptive) standards, and coordinating national codes and standards development with international standards development. For all the three issues, the critical need is to establish a scientific foundation for requirements incorporated in codes and standards. If the science underlying these requirements can be established, harmonization of requirements and consensus among international experts can be more readily achieved, and the DOE can focus on the critical RD D needs as identified in the Roadmap to facilitate harmonization and consensus. [Pg.487]


See other pages where Standard development is mentioned: [Pg.22]    [Pg.23]    [Pg.23]    [Pg.155]    [Pg.441]    [Pg.199]    [Pg.200]    [Pg.551]    [Pg.625]    [Pg.178]    [Pg.11]    [Pg.317]    [Pg.42]    [Pg.918]    [Pg.284]    [Pg.122]    [Pg.478]    [Pg.481]    [Pg.481]    [Pg.482]    [Pg.483]    [Pg.483]    [Pg.484]   
See also in sourсe #XX -- [ Pg.94 , Pg.95 ]

See also in sourсe #XX -- [ Pg.94 , Pg.95 ]




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