下面是一些英文论文的参考文献，哪位大神能帮我翻译下啊

Question

1. Hartog, A.H., 1983, "Distributed Temperature Sensor Based on Liquid-Core Optical Fibers" J. Lightwave Technol., LT-1:498-509.
2. Barnoski, M.K. and Jensen, S.M., 1976,'Fiber-Waveguides: a Novel Technique for Investigating Attenuation Characteristics', Appl. Opt., 15:2112-2115.
3. Dakin, J.P. et al., 1985, “istributed anti-Stokes Raman Thermometry” Proc. 3rd Int. Conf. on Opt. Fiber Sensors, San Diego, February (post-deadline paper)
4. Hartog, A.H. et al., 1985, "Distributed Temperature Sensing in Solid Core Fibers" Electron. Lett., 21:1061-3.
5. Farries, M.C and Rogers, A.J, 984, Distributed Sensing Using Stimulated Raman Interaction in an Optical Fiber, Proc. 2nd Int. Conf. on Optical Fiber Sensors, Stuttgart, paper 4.5, pp121-32.
6. Dakin, J.P., 1987, “ Distributed Fiber Temperature Sensor using the Optical Kerr Effect”, Proc. SPIE, 798, Fiber Optics Sensors II, pp149-156.
7. Hartog, A.H., 1995, "Distributed fiber-optic temperature sensors: technology and applications in the power industry",Power Engineering, June issue.
8. Hartog, A.H. 1995, "Fiber-optic temperature sensors monitor Wakamatsu" Modern Power Systems, February issue, pp25-28.
9. Lemaire. P. “Reliability of optical fibers exposed to hydrogen: prediction of long-term loss increases.”
10. Hawthorne W.H, The effect of hydrogen on the optical transmission of optical fiber. Internal Report Sensa 2000.
11. BT Telecommunications plc, US Patent 5022634 & 5199689.
12. G.Mckay, P.W. Bixenman, G.Watson, Advanced Sand Control Completion with Permanent Monitoring, SPE 62954 2000 Annual SPE Technical Conference and Exhibition, Dallas.
13. H.J. Ramey. “Well bore heat conduction” SPE96 J. Pet Tech. (April 1962).
14. H. Li, D. Zhu, L.W. Lake annd A.D. Hill.“A new method to interpret two-phase profiles from the temperature and flowmeter logs” SPE 56793. 1999 Annual SPE Technical Conference and Exhibition, Houston.
15. Brown, G. Kennedy, B. Meling, T. “sing fiber-optic distributed temperature measurements to provide real-time reservoir surveillance data on the Wytch Farm Field horizontal extended reach wells.” PE 62952, 2000 Annual SPE Technical Conference and Exhibition, Dallas.
16. Brown, G., Toro, M, Rees, H. “sing production logs in horizontal wells” 1996 SPWLA Annual Technical Conference, Paris.
17. Landmark Graphics Wellcat-ProdTM Extended Reach Well Model, Beta Version software.
18. Carnahan, B. Clanton, R. Koehler, K. Williams, G. “Fiber Optic Monitoring Technology”. SPE 54599, 1999 Western Regional Meeting, Anchorage, Alaska.
19. Hartog, A.H. in “Optical Fiber Sensor Technology”, Grattan, K.T.V. and Meggitt, B.V. (Eds.), Chapman and Hall, London 1995, ISBN 0 412 59219 X
20. J.P. Dakin, C.A. Wade, M.L. Henning: Electron. Lett. vol. 20, pp 53-54 (1984).

Answer 1

。Hartog,A.H.,1983年“分布式温度传感器基于Liquid-Core光纤国立LT-1:498-509光波1995,16(2)。

2。Barnoski M.K.和詹森,丁镛,1976年,“Fiber-Waveguides调查:设计了一种新颖的技术,李波。衰减特性”Opt.,15:2112-2115。

3。论文Dakin苏达权等,1985,“温”斯托曼派发陈鹰。第三个智力。在选择之。光纤传感器,post-deadline圣地牙哥,2月(纸)

4。Hartog等,A.H.高庆宇,1985年,“分布式温度传感在实芯纤维”电子。21:1061-3(1)。

5。Farries,M。C和罗杰斯,一个。J,刺激、分布式传感使用984路光纤拉曼相互作用,陈鹰。第二智力。在光纤传感器数值,pp121-32斯图加特,纸4.5。

6。Dakin欢欣,1987年,“分布式光纤温度传感器使用光学克尔效应”,陈鹰。变动,纤维光学传感器的798艺术,pp149-156 II。

7。Hartog,A.H.,1995,“分布式光纤温度传感器技术和应用的电力工业”,电力工程,杂志6月刊上。

8。1995年,A.H. Hartog光纤温度传感器监测Wakamatsu”,“现代电力系统,pp25-28 2月刊上。