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日本大阪松下电器产业公司中央研究所的研究人员,对传送能量的红外光纤及激光光纤手术刀刀头结构的研究取得了进展,推动了CO_2激光手术刀的开发。几年来,他们对制作红外光纤的各种材料如KCl、C_sB_r、A_gCl、TlB_r、KRS-5(TlB1TII)和G_e-A_s-S进行了大量的研究对比工作,最终确定使用KRS-5(TIB-TII溴化铊-碘化铊混晶)作为纤芯材料,并以TlB_r-TII结晶的红外透过性和加工性为目标,探索了各种组成比对结晶性质的影响及使之光纤化的技术,研究了它们的光学特性及机械特性。
Researchers at Osaka Central Research Institute of Osaka Matsushita Electric Industrial Co., Ltd. made progress in the research on the structure of the infrared fiber and laser fiber optic scalpel that transmit energy, and promoted the development of CO 2 laser scalpel. In recent years, a great deal of research work has been done on various materials for making infrared fiber such as KCl, C_sB_r, A_gCl, TlB_r, KRS-5 (TlB1TII) and G_e-A_s- TII thallium - thallium iodide mixed crystal) as the core material, and TlB_r-TII crystal infrared transmittance and processability as the goal, to explore the impact of various compositional ratio on the crystallization properties and make it fiber Technology, studied their optical properties and mechanical properties.