Infrared Fiber Optics 1989
DOI: 10.1117/12.951374
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Critical Characteristics Of Crystalline IR-Fibers

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Cited by 10 publications
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“…Due to disorder of the fiber structure, it is not in thermodynamic equilibrium which results in a degradation of both optical and mechanical properties of fibers in time. Such a change is caused by an ionic and electronic processes [1,2] occuring in fibers at room temperatire, even in a dark. In these processes the surrounding of the Ag ions occupying both regular and/or distorted lattice sites of the mixed AgBr1 Cl crystals is varied.…”
Section: Introductionmentioning
confidence: 98%
“…Due to disorder of the fiber structure, it is not in thermodynamic equilibrium which results in a degradation of both optical and mechanical properties of fibers in time. Such a change is caused by an ionic and electronic processes [1,2] occuring in fibers at room temperatire, even in a dark. In these processes the surrounding of the Ag ions occupying both regular and/or distorted lattice sites of the mixed AgBr1 Cl crystals is varied.…”
Section: Introductionmentioning
confidence: 98%
“…Центр инфракрасных волоконных технологий" (ИВЦ " ЦИВТ"), деятельностью которого является проведение фундаментальных и прикладных исследований в области разработки элементной базы фотоники, лазерной техники, микрои оптоэлектроники, волоконной оптики среднего ИК диапазона. Разработан новый класс кристаллов систем AgBr−TlI и AgBr−TlBr 0.46 I 0.54 , представленный в настоящей работе, исследуются также полученные ранее системы на основе галогенидов серебра [23,31]. Разрабатывается и внедряется полный технологический цикл, включающий проектирование и изготовление нестандартного оборудования по синтезу высокочистого сырья, росту кристаллов, получению микроструктурированных ИК световодов и созданию волоконнооптических систем широкого применения [32].…”
Section: Introductionunclassified
“…KRS-5 fibers, made of thallium bromoiodide, are also very toxic and easily damaged when brought into contact with tisme [4]. Other polycristalline fibers such as AgCl/ AgBr fibers [8,9] must be protected from exposure b UV-light. Further systems coming into consideration are polycrystalline alkali halide fibers made of KC1, NaCl, and KBr [lo]; these crystalline salts are hygroscopic and show a low damage threshold at 10.6 pm radiation.…”
Section: Introductionmentioning
confidence: 99%