[1] Yuan Jiang, Qiu Zixue, Shao Jianxin. Automatic measuring system of alignment error based on laser collimator technique[J]. Instrument Technique and Sensor, 2006,11: 59～62

[2] Cao Yiping, Liu Mingjian, Liu Xiaoli et al.. Development of an instrument for measuring large range 2-D straightness[J]. Optic-Electric Engineering, 2004,31(9): 57～60

[3] Pei Zhongfang, Lin Yuchi, Zhao Meirong. Research on laser interference alignment[J]. Chin. J. Scientific Instrument, 2003,24(4):203～205

[4] Xie Jinghui. Physical Optics[M]. Beijing:Beijing Institute of Technology Press, 2006

[5] P. B. Dhanish, Jose Mathew. A fast and simple algorithm for evaluation of minimum zone straightness error from coordinate data[J]. The International Journal of Advanced Manufacturing Technology, 2007,32(1):92～98

[6] Kuang Cuifang, Feng Qibo, Liu Bin. Analyzing characteristic of the cube-corner retro reflector applied to laser straightness measurement[J]. Optical Technique, 2005,31(2): 282～285

[7] Wang Quanbao. A Study of Linearity Measurement Method Based on Magneto-Optic Linear Modulation[D]. Xi’an: Xi’an University of Technology, 2006

[8] Zhao Bin. Instrument for straightness measurement using non-diffracting beam and moiré fringe[J]. Chin. J. Scientific Instrument, 2003,24(1):75～77

[9] Zhang Pengwei, Zhang Zhiquan, Xie Jinbing. Study on a straightness measurement method based on the four-quadrant detector for deep hole[J]. Optical Technique, 2007, 33(5):745～747