СЕНСОРЫ НА ОСНОВЕ РЕНИЯ

В данной литературной обзорной работе были рассмотрены работы электрохимических сенсоров на основе рения. Исследовательские работы сенсоров на основе рения были сопоставлены между собой и была составлена таблица. Определены пути синтеза рабочих электродов на основе рения для изготовления электрохимических и биологических сенсоров. Установлено, что для синтеза сенсоров на основе рения широко использовались методы термического, СВЧ-термического окисления, ультразвука, магнетронного распыления, биэкспоненциального разложения. Сравнивались основные параметры сенсоров на основе рения по отношению к выбранному аналиту: предел обнаружения, линейный диапазон, время отклика, чувствительность и др. В результате рассмотренных научных работ предполагалось, что причиной выбора рения в качестве важного элемента в сенсорах на основе рения была высокая чувствительность, высокая температура плавления (выше 3000 ^оС), быстрая реакция и низкие потери. Было обнаружено, что сенсоры на основе рения использовались для определения ароматических органических соединений, гистамина, ДНК, кислорода, ионов, карциноэмбрионального антигена, солнечного желтка, теплового потока и биомаркера опухоли. Данная работа дает обобщенную информацию о современных аспектах научно-исследовательских работ по электрохимическим сенсорам на основе рения.

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