JIS Z 8762-1:2007 円形管路の絞り機構による流量測定方法―第１部：一般原理及び要求事項 | ページ 7

                                                                                             29
                                                                 Z 8762-1 : 2007 (ISO 5167-1 : 2003)
                               附属書D(参考)参考文献
  この附属書は,本体に関連する事柄を補足するもので,規定の一部ではない。
[1] NIAZI,A. and THALAYASINGAM,S. Temperature changes across orifice meter. In Proc. of 19th North Sea
    Flow Measurement Workshop,Norway,Paper 13,October 2001
[2] STUDZINSKI,W. and BOWEN,J. White Paper on Dynamic Effects on Orifice Measurement,Washington
    D.C.,American Petroleum Institute,1997
[3] SCHLICHTING,H. Boundary layer theory. New York,McGraw-Hill,1960
[4] STUDZINSKI,W.,KARNIK,U.,LANASA,P.,MORROW,T.,GOODSON,D.,HUSAIN,Z. and
    GALLAGHER,J. White Paper on Orifice Meter Installation Configuration with and without Flow Conditioners,
    Washington D.C.,American Petroleum Institute,1997
[5] SHEN,J.J.S. Characterization of Swirling Flow and its Effects on Orifice Metering. SPE 22865. Richardson,
    Texas: Society of Petroleum Engineers,1991
[6] READER-HARRIS,M.J.,Pipe roughness and Reynolds number limits for the orifice plate discharge coefficient
    equation. In Proc. of 2nd Int. Symp. On Fluid Flow Measurement,Calgary,Canada,Arlington, Virginia:
    American Gas Association,June 1990,pp. 29-43
[7] READER-HARRIS,M.J.,SATTARY,J.A. and SPEARMAN. E.P. The orifice plate discharge coefficient
    equation. Progress Report No PR14: EUEC/17(EEC005). East Kilbride,Glasgow: National Engineering
    Laboratory Executive Agency,May 1992
[8] ISO/TR 3313:1998,Measurement of fluid flow in closed conduits−Guidelines on the effects of flow
    pulsations on flow-measurement instruments
[9] JIS B 0633:2001,製品の幾何特性仕様(GPS)−表面性状 : 輪郭曲線方式−表面性状評価の方式及び
    手順
      備考 ISO 4288:1996,Geometrical Product Specifications (GPS)−Surface texture: Profile method−Rules
            and procedures for the assessment of surface textureが,この規格と一致している。
[10] ISO 5168:2005,Measurement of fluid flow−Procedures for the evaluation of uncertainties
[11] ISO/TR 9464:1998,Guidelines for the use of ISO 5167-1:1991