[1] HEOCARIS P S，VAFIADAKIS A P，LIAKOPOULOS C. Theory of Spatial Moiré Fringes [J]. JOSA(S1084-7529)，1968， 58(8)：1092.

[2] Pickthorne B，Rogers G L. Moiré-pattern technique for measurement of fringe spacings [J]. Optics Letters(S0146-9592)，1982， 7(10)：474-476.

[3] Shepherd G G，Paffrath L. A Moiré Fringe Method of Fabry-Perot Spectrometer Scanning [J]. Applied Optics(S0003-6935)， 1967，6(10)：1659-1663.

[4] Kim B J，Song J S，Kim J T，et al. Determination of small angular displacement by moiré fringes of matched radial-parallel gratings [J]. Applied Optics(S0003-6935)，1997，36(13)：2848-2855.

[5] Wegdam Alfons M F，Podzimek O，Zijistra S. Projection moire fringe pattern prediction using the optical transfer function [J]. Applied Optics(S0003-6935)，1991，30(13)：1673-1677.

[6] Yokozeki S，Kusaka Y，Patorski K. Geometric parameters of moiré fringes [J]. Applied Optics(S0003-6935)，1976，15(9)： 2223-2227.

[7] Lohmann A W. On Moiré Fringes as Fourier Test Objects [J]. Applied Optics(S0003-6935)，1966，5(4)：669-670.

[8] CAI Sheng，QIAO Yan-feng. Influence of a General Small Inclination of Two Gratings on the Moiré Fringe [C]∥CLEOPR， 2009：TUP12_11.

[9] YoshinoYoichi，Takasaki Hiroshi. Doubling and visibility enhancement of moire fringes of the summation type [J]. Applied Optics(S0003-6935)，1976，15(5)：1124-1126.

[10] Bell Bernard W，Chris L Koliopoulos. Moiré topography，sampling theory，and charged-coupled devices [J]. Optics Letters(S0146-9592)，1984，9(5)：171-173.

[11] WANG Wei-ning，SUN Jian-hai. A modified moire interferometer for three-dimensional displacement measurement [J]. Chinese Optics Letters(S1671-7694)，2004，2(7)：396-398