Confinement strategies and analysis Sample Clauses

Confinement strategies and analysis. Section 3.6 mentioned different types of confinement system studied. It was impracticable to study every significant accident sequence with every type of confinement system. Rather, a sufficient, and sufficiently varied, set of sequence/confinement combinations was analysed, using the worst kinds of accident sequence. In addition, there was analysis of particular pertinent phenomena: hydrogen production and magnet energy releases. Together with the rankings produced by the accident identification studies, and our general understanding supplemented by the large mass of related ITER work, this is a good basis for the overall conclusions. Releases of magnet energy could be conceived to challenge containment integrity in two ways: acceleration of loose objects and arcing phenomena. Modelling of major arcing phenomena, with the potential to lead to confinement degradation, was performed. This analysis pointed to the need for design changes to eliminate this scenario. Such design provision should be included in any future detailed power plant study. Modelling of the acceleration of detached objects by magnetic fields showed that any major threat to containment integrity could be discounted. The co-existence of beryllium (as armour or, in XXXXXXX-H and Plant Model 6, as a neutron multiplier in the blanket) with water (as primary circuit coolant, secondary circuit coolant, or a component of the shield) entails the possibility of hydrogen production from chemical reactions in accident conditions. The possibility of subsequent combustion would be a hazard for the further evolution of the accident. Parametric studies of hydrogen phenomena identified design measures that would accommodate the associated risks. Inerting of sufficient rooms is a very efficient system, but has the great drawback of being difficult to manage in operational practice. It would be best combined with systems for hydrogen removal. The studies performed were not definitive. In any future power plant study, if the co-existence of water and beryllium is not ruled out in the design, more detailed studies should be performed. The following initiated accident sequences have been analysed in detail: in-vessel loss of coolant, loss of heat rejection from the secondary loop, break in the secondary loop with multiple steam generator tube rupture. The analyses of these accident sequences comprised thermo-fluid-dynamics modelling that computed the flows of coolant fluid and energy through the various comp...
Sample 1
AutoNDA by SimpleDocs

Related to Confinement strategies and analysis

  • Data Analysis In the meeting, the analysis that has led the College President to conclude that a reduction- in-force in the FSA at that College may be necessary will be shared. The analysis will include but is not limited to the following: ● Relationship of the FSA to the mission, vision, values, and strategic plan of the College and district ● External requirement for the services provided by the FSA such as accreditation or intergovernmental agreements ● Annual instructional load (as applicable) ● Percentage of annual instructional load taught by Residential Faculty (as applicable) ● Fall Full-Time Student Equivalent (FFTE) inclusive of dual enrollment ● Number of Residential Faculty teaching/working in the FSA ● Number of Residential Faculty whose primary FSA is the FSA being analyzed ● Revenue trends over five years for the FSA including but not limited to tuition and fees ● Expenditure trends over five years for the FSA including but not limited to personnel and capital ● Account balances for any fees accounts within the FSA ● Cost/benefit analysis of reducing all non-Residential Faculty plus one Residential Faculty within the FSA ● An explanation of the problem that reducing the number of faculty in the FSA would solve ● The list of potential Residential Faculty that are at risk of layoff as determined by the Vice Chancellor of Human Resources ● Other relevant information, as requested

  • DATA COLLECTION AND ANALYSIS The goal of this task is to collect operational data from the project, to analyze that data for economic and environmental impacts, and to include the data and analysis in the Final Report. Formulas will be provided for calculations. A Final Report data collection template will be provided by the Energy Commission. The Recipient shall: • Develop data collection test plan. • Troubleshoot any issues identified. • Collect data, information, and analysis and develop a Final Report which includes: o Total gross project costs. o Length of time from award of bus(es) to project completion. o Fuel usage before and after the project.

  • Industrial Operations Analyst (IOA ‌ The IOA is a GSA Government official who audits Contractor records and conducts Contractor Assistance Visits (CAVs) to the Contractor’s place of business to assist the Contractor with task order reporting, Contract Access Fee (CAF) management, and other general contract administration functions deemed necessary by the Government.

  • Technology Research Analyst Job# 1810 General Characteristics Maintains a strong understanding of the enterprise’s IT systems and architectures. Assists in the analysis of the requirements for the enterprise and applying emerging technologies to support long-term business objectives. Responsible for researching, collecting, and disseminating information on emerging technologies and key learnings throughout the enterprise. Researches and recommends changes to foundation architecture. Supports research projects to identify and evaluate emerging technologies. Interfaces with users and staff to evaluate possible implementation of the new technology in the enterprise, consistent with the goal of improving existing systems and technologies and in meeting the needs of the business. Analyzes and researches process of deployment and assists in this process.

  • Statistical Analysis 31 F-tests and t-tests will be used to analyze OV and Quality Acceptance data. The F-test is a 32 comparison of variances to determine if the OV and Quality Acceptance population variances 33 are equal. The t-test is a comparison of means to determine if the OV and Quality Acceptance 34 population means are equal. In addition to these two types of analyses, independent verification 35 and observation verification will also be used to validate the Quality Acceptance test results.

  • DEVELOPMENT OR ASSISTANCE IN DEVELOPMENT OF SPECIFICATIONS REQUIREMENTS/ STATEMENTS OF WORK Firms and/or individuals that assisted in the development or drafting of the specifications, requirements, statements of work, or solicitation documents contained herein are excluded from competing for this solicitation. This shall not be applicable to firms and/or individuals providing responses to a publicly posted Request for Information (RFI) associated with a solicitation.

  • Additional Information for Product Development Projects Outcome of product development efforts, such copyrights and license agreements. • Units sold or projected to be sold in California and outside of California. • Total annual sales or projected annual sales (in dollars) of products developed under the Agreement. • Investment dollars/follow-on private funding as a result of Energy Commission funding. • Patent numbers and applications, along with dates and brief descriptions.  Additional Information for Product Demonstrations: • Outcome of demonstrations and status of technology. • Number of similar installations. • Jobs created/retained as a result of the Agreement.

  • Program Narrative All restricted xxxxxx courses which are taught for the purpose of qualifying an individual for restricted xxxxxx license to practice barbering shall consist of a minimum of 1200 hours of training to prepare each restricted xxxxxx to service their communities.

  • Overview (a) The Employer is committed to maintaining a stable and skilled workforce, recognising its contribution to the operation of the Employer. As such, full time direct and ongoing employment is a guiding principle of this Agreement.

  • COUNTY’S QUALITY ASSURANCE PLAN The County or its agent will evaluate the Contractor’s performance under this Contract on not less than an annual basis. Such evaluation will include assessing the Contractor’s compliance with all Contract terms and conditions and performance standards. Contractor deficiencies which the County determines are severe or continuing and that may place performance of the Contract in jeopardy if not corrected will be reported to the Board of Supervisors. The report will include improvement/corrective action measures taken by the County and the Contractor. If improvement does not occur consistent with the corrective action measures, the County may terminate this Contract or impose other penalties as specified in this Contract.

Time is Money Join Law Insider Premium to draft better contracts faster.