中文摘要：

分析了单轴各向异性左手介质表面的Goos-Haonchen位移，分别给出了光轴与两种介质的界面垂直和平行情形下的Goos-Haonchen位移解析表达式，并分析了Goos-Haonchen位移产生的条件以及位移的正负情况．还采用菲涅尔近似的方法给出了临界角附近的Goos-Haonchen位移表达式，结果表明临界角附近的Goos-Haonchen位移是入射光的束腰半径和入射角的函数，并且给出了临界角入射时Goos-Haonchen位移的较为简洁的近似表达式，这样就在整个角度的取值范围内都给出了Goos-Haonchen位移的表达式．

英文摘要：

In this paper, the Goos-Haonchen shift on the interface of uniaxially anisotropic left-handed materials is investigated exhaustively, and the analytical expressions of Goos-Haonchen shift is presented for the cases of the optical axis being perpendicular and parallel to the interface, respectively. Moreover, the conditions for the existence and the sign of Goos-Haonchen shift are determined. Under Fresnel approximation, the expression of Goos-Haonchen shift around the critical angle is obtained, and the result shows that the shift around the critical angle is a function of the beam waist and incident angle. A simple approximate expression of the lateral shift with incident angle equals the critical angle is also presented. Thus, the general expression of Goos-Haonchen shift for any incident angles is obtained.