Page 141 - 捷運技術 第30期
P. 141

()*+,  - 30 .  93 + 2 /                                     133
            ™š  }  ¤w@O 739D–Ø îù.   9ˆ‰ oŸ@ÔÕ&9Ö×Ø

            @äyñ¸ST Ôt +OØ?,

                 »
 Ѽ  ~AB  *˜ß½ *˜úx¾ì¿úŸW À


                                                      TU#€



            1.  ö÷ø/ùúû-ü£Û:òýþ      	   -	
ü£  ƒ`†ˆ‰
                -   G 86 ƒ 9

            2.    d þ   6Ž6 &'-H  þ  -   G 85 ƒ 6

            3.  	
ü£þ 6î  -   -	
   ü£`†!-   G 92 ƒ 10

            4.  "#$-%ü£  ¸¹Âº  ³
&'-	
   ü£`†!-86 ƒ 8

            5. M. I. Baxter, “Versatile Track Designs Solve HK Airport Line Constraints”, Railway Gazette
               International, Nov. 1998


            6. Birgitta Berglund, Thomas Lindvall and Dietrich H Schwela, “Guidelines for Community Noise”,
               World Health OrganizationŒWHO, 1999

            7. BMTC, “Quantitative Assessment of Groundborne Noise and Vibration”, TMI/0110/200/1, Feb.
               1987

            8. J. P. Copsey, T. W. Hulme, B. Kraft & P. Sripathy, “Singapore Mass Rapid Transit System:
               Design”, Proc. Instn Civ. Engrs, Part 1, 1989, 86, Aug., 667-707

            9. DORTS, “Transit Noise and Vibration Prediction Methodology and Design Criteria”, ATC Study
               Report No. FE-31, Sep. 1990

            10. J. Eisemann, L. Steinbeisser & Deischl, “Noise and Vibration Reducing Track Foundation for
                Subways and Rapid Transit Railways”, Track Technology, 1985


            11. P. Grootenhuis, “Floating Track Slab Isolation for Railways”, Journal of Sound and Vibration
                (1977) 51 (3), 433-448

            12. HKMRTŒ()*+C,-”Appendix E12: Technical Standards – Floating Slab Track
                Bearings”, 1998

            13. Wilson, Ihrig and Associates, “State-of-the-Art Review : Prediction and Control of
                Groundborne Noise and Vibration from Rail Transit Trains”, UMTA, Dec 1983

            14. Mohammad Irshad & James Haggins, “Ground Borne Noise and Vibration Mitigation Designs”,
                APTA Rapid Transit Conference, 1994

            15. ISO 2631-2, “Evaluation of Human Exposure to Whole-Body Vibration – Part 2:    Continuous
                and Shock-Induced Vibration in Buildings (1 to 80 Hz)”, 1989
   136   137   138   139   140   141   142   143   144   145   146