CAJ | 학술논문

报道了新型金属络合物非线性光学材料ZCTC(硫氰酸锌镉)晶体的光学性质。测量了ZCTC晶体的折射率，计算了其相位匹配角度。进行了半导体激光(LD)室温下直接倍频实验。当808nm基频GaAlAs半导体激光功率为473mW时，获得了390μW、404nm紫光输出。实验表明ZCTC晶体是一种优良的半导体激光倍频紫外非线性光学材料。
보도료신형금속락합물비선성광학재료ZCTC(류청산자력)정체적광학성질。측량료ZCTC정체적절사솔，계산료기상위필배각도。진행료반도체격광(LD)실온하직접배빈실험。당808nm기빈GaAlAs반도체격광공솔위473mW시，획득료390μW、404nm자광수출。실험표명ZCTC정체시일충우량적반도체격광배빈자외비선성광학재료。
Optical properties of a new type metal coordination complexnonlinear optical crystal zinc cadmium thiocyanate (ZCTC) are reported. Refractive index is measured and phase-matching angles are calculated. Direct frequency doubling of diode laser radiation has been achieved using ZCTC crystal at room temperature. With 473 mW input power of 808 nm GaAlAs diode laser, 390 μW output at 404 nm violet light were produced. Experimental results show that ZCTC crystal is a promising excellent violet nonlinear optical material for frequency doubling of diode laser.