In present research article the single crystal has been grown and change in traits of BTZA crystal has been evaluated by comparative approach. The single crystal X-ray diffraction technique has been utilized to determine the structural configurations of pure and LT influenced BTZA crystal. LT influenced BTZA sample has been subjected to energy dispersive spectroscopic technique to find out the chemical composition. The UV–vis spectral analysis has been carried out within 200−900 nm to explore rise in transmittance of BTZA crystal due to LT. The prominent increase in frequency doubling efficiency of LT influenced BTZA crystal has been confirmed by means of Kurtz-Perry test. The temperature dependence of electrical parameters of pure and LT influenced BTZA crystal has been comparatively evaluated confined to 30−100 °C range. The thermal stability of LT influenced BTZA crystal has been performed within 40−400 °C by thermogravimetric and differential thermal analysis (TG-DTA).

在目前的研究文章中，已经生长了单晶并且已经通过比较方法评估了BTZA晶体的性状变化。单晶X射线衍射技术已用于确定纯的和受LT影响的BTZA晶体的结构构型。受LT影响的BTZA样品已经过能量色散光谱技术，以找出化学成分。紫外可见光谱分析已在200-900 nm范围内进行，以探讨LT引起的BTZA晶体透射率的上升。LT影响的BTZA晶体的倍频效率显着提高，这已通过Kurtz-Perry测试得到了证实。已对纯和受LT影响的BTZA晶体的电参数的温度依赖性进行了比较评估，并将其限制在30-100°C的范围内。