8M. J. Forrestal,T. C. Togami,W. E. Baker,D. J. Frew.Performance evaluation of accelerometers used for penetration experiments[J].Experimental Mechanics.2003(1) 被引量：1
9M.Paul,A.Booker,D.James,B.Cargile,L.Bruce Kis-tler.Investigation on the response of segmented con-crete targets to projectile impacts[].International Journal of Impact Engineering.2009 被引量：1
10Zhang W D,Chen L J,Xiong J.Ultra-high g deceleration-time measurement for the penetration into steel target[].International Journal of Impact Engineering.2007 被引量：1
3上田和永 梅田章.A Study on the Characterization of the Accelerometers Using Davies Bar Technique[A]..日本机械学会论文集(C编)57卷533号[C].丸善株式会社,1991.143-147. 被引量：1
4Umeda K Umeda A.Characterization of Shock Accelerometers Using Davies Bar and Laser Interferometer.计量研究所报告,1996,45(2):1-6. 被引量：1
5Bateman V I. Characteristics of Piezoresitive Accelerometer in Shock Environments up to 150 000 g[A]. Process 41st Annual Meeting of Institute of Environment Science [ C ]. Anaheim, CA, USA: 1995, 217～224. 被引量：1
6Umeda K, Umeda A. Characterization of Shock Accelerometers Using Davies Bar and Laser Interferometer [ J ]. Experimental Mechanics, 1995, 35(3): 216 ～ 223. 被引量：1
7Batemen V I. The Use of Beryllium Hopkinson Bar to Characterize a Piezoresistive Accelerometer Shock Environments [A]. Process 42nd Annual Meeting of Institute of Environment Science[C]. Orlando, FL, USA: 1996, 336 ～ 343. 被引量：1
8Li Bin. Study on the Measurement of in-plane Displacement of Solid Surfaces by Laser Doppler Velocimetry[J]. Opt Laser Technique, 1995, 27(2): 89 ～ 93. 被引量：1
9Wang S Y, Gao C Z, Fei P D, et al. High-G Accelerometer Dynamic Calibration by a Laser Differential Doppler Technique[J]. Rev Sci Instrum, 1996, 67(2): 2022 ～ 2025. 被引量：1
10Umeda K. Characterization of Accelerometers in the Range Where the Vibration Method is not Effective [ A]. IMEKO world congress; From Meas to Innovation, Vol. 3 [ C ]. 1994. 被引量：1
