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Interim Panel Report to the Fusion Energy Sciences Advisory Committee(FESAC) 스크랩

The DOE Office of Energy Research chartered through the Fusion Energy Sciences Advisory Committee(FESAC) a panel to "address the topic of U.S. Participation in an ITER construction phase, assuming the ITER Parties decide to proceed with construction." Given that there is expected to be a transition period of three to five years between the conclusion of the Engineering Design Activities(EDA) and the possible construction start, the DOE Office of Energy Research expanded the charge to "include the U.S. role in an interim period between the EDA and construction." The panel concluded it could best fulfill is responsibility under this charge by considering the fusion energy science and technology portion of the U.S. program in its entirety. Accordingly, the panel is making some recommendations for optimum use of the transition period considering the goals of the fusion program and budget pressures. [STRATEGIC PLAN] 1. Pursue near-term opportunities for research supporting energy-producing fusion plasma science using existing unique large-scale facilities abroad. 2. Restructure the fusion energy technology development effort to more broadly support the fusion energy objective of the program

2000-02-07

Report of FESAC Panel January 1998 스크랩

  • 김보영 김보영
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  • 무소속
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  • 과학기술과 인문사회

U.S. Fusion Energy Sciences Program과 관련한 FESAC Panel 보고서 자료. Panel의 토의내용을 수록하고 있다. - Introduction - Central Recommendations - Strategic Plan 1. Pursue near-term opportunities for research supporting energy-producing fusion plasma science using existing unique large-scale facilities abroad. 2. Restructure the fusion energy technology development effort to more broadly support the fusion energy objective of the program. 3. Continue to participate in and support the ongoing ITER joint design work at a lower level. 4. Undertake design efforts on lower cost fusion-energy-producing plasma concepts. - Budget Considerations

2000-02-03

Report of the FESAC Panel on Priorities and Balance 스크랩

  • 김보영 김보영
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  • 무소속
  • |
  • 과학기술과 인문사회

Meeting in Knoxville, Tennessee 18-21 August, 1999 This report presents the results and recommendations of the deliberations of the FESAC Panel on Priorities and Balance for the DOE's Fusion Energy Science Program. The panel consisted of 36people drawn from 23 different institutions which represented the spectrum of scientific and engineering disciplines involved in fusion energy research, including all key elements of magnetic fusion energy(MFE) and inertial fusion energy(IFE). The panel conducted most of its deliberations by working in four subpanels focused on the principal features of DOE's charge to FESAC on program balance and priorities: - Balance between MFE and IFE. - Balance within MFE. - Balance within IFE. - Proof-of Principle(PoP) Priorities. [Report Outline] Summary 1. Introduction 2. MFE Balance 3. PoP Balance 4. IFE Balance 5. MFE and IFE Balance Appendix A. FESAC Priorities and Balance Panel Membership

2000-02-03

Budget Co-ordination and Priority Setting Japanese Case 스크랩

  • Tsuyoshi Maruyama
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  • 과학기술과 인문사회

"Symposium on International Models for R&D Budget Co-ordination and Priority Setting" 발표자료 - Science and Technology Basic Plan - CST's Priority Guidelines for Budget Request for FY 2000 - Budget Making Process - Millennium Project - Administrative Structure for Science and Technology Policy - General Science and Technology Council - Prioritisation of S&T Areas - Technology Foresight

2000-02-02

Science, Engineering and Technology Statistics 1999 스크랩

  • Office for National Statistics
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  • 과학기술과 인문사회

A handbook of science, engineering & technology indicators [Contents] 1. Introduction to the statistics 2. Government expenditure on SET 3. Government funding of R&D 4. Business enterprise R&D 5. The Science and Engineering Base 6. Gross expenditure on R&D 7. International comparisons 8. Science and engineering personnel Annex The details of the statistical data Index of abbreviations List of figures and tables

2000-02-02

EMC(Enhanced machine Controller) Architecture Overview 스크랩

  • Federick M. Proctor 외
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  • 기계

This overview provides a brief summary of NIST'xs efforts to define EMC architecture.The primary Concern is to implement an open architecture conforming to the Next Generation Cotroller Specification, NIST Real-time Control System by defining a set of modules. their interfaces, and required basic functionality. The importance of multi-level feedback, “air to part“ requirements, and sensor-based enhancements will be directly addressed during the development of the architecture. Contents 1.Introduction 2.System description 3.Implementation Plan 4.EMC requirements 5.EMC architecture 6.The Workstation Planning Standardized Application 7.The Workstation Management Standardized Application 8.The controls Standardized Application 9.The virtual Machine 10.Safety 11.Road map of Subsequent Documents

2000-01-31

The Use of Vision and Touch Sensors for Dimensional Inspection Tasks 스크랩

  • Marilyn Nashman
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  • 기계

The purpose of dimensional inspection is to verify the geometry of a manufactured part. a machined part is either accepted or renected based upon the sensed errors between the object and its specified geometry as defined in a CAD model or other model database. Various sensors can be used for inspection tasks. The use of multiple sensors is relatively new in this application and coordinate measuring machine manufacturers have only recently begun supplying machines that provide multiples sensor capabilities. The purpose of this paper is to discuss the current ues of vision and touch sensors for inspection tasks and to suggest alternative strategies for the use of these sesors to increase their capabilities.

2000-01-31