本文对N.Abramson提出的夹片方法作了进一步改进。提出了测量物体表面三维变形的双参考光像全息散斑夹片新方法。该法能消除物体由于刚体位移而产生的不良影响。并能有效地消除参考光对测量散斑干涉时出现的严重噪音。文中通过对悬臂梁和玻璃钢三点弯断裂试件的测量及分析,证明了提出的方法是可行的。 This article made a further improvement on the clip method proposed by N. Abramson. A new method of measuring double-reference holographic speckle clip with three-dimensional deformation on the surface of the object is proposed. The method can eliminate the adverse effects of objects due to rigid body displacement. And can effectively eliminate the reference noise when measuring speckle interference when the serious noise. Through the measurement and analysis of three-point bending specimens of cantilever beams and FRP, it is proved that the proposed method is feasible.