The PEL preferably is an optically transparent and conductive layer.
PEL优选是光学透明和导电的层。
Properties and application of optically transparent organic-inorganic nanocomposite materials are reviewed.
评述了有机-无机纳米复合光学透明材料的研究现状。
Conclusion This optically transparent tissue-mimicking phantom can be used for the evaluating HIFU focusing performance.
结论该仿组织透明体模在用于HIFU聚焦性能的评价方面展示出良好的前景。
Objective to develop an optically transparent tissue-mimicking phantom for the use of evaluating the focusing performance of high intensity focused ultrasound (HIFU).
目的建立一种用于高强度聚焦超声(HIFU)聚焦性能评价的仿组织透明体模。
A tin doped indium trioxide conducting electrode coated with mercury film (Hg ITO) was obtained and an optically transparent thin layer electrochemical cell with Hg ITO as electrodes was designed.
报道了汞膜修饰掺锡三氧化二铟导电玻璃电极的制备及其薄层电化学池的设计，测试了电极和薄层池的光、电化学性能。
A tin doped indium trioxide conducting electrode coated with mercury film (Hg ITO) was obtained and an optically transparent thin layer electrochemical cell with Hg ITO as electrodes was designed.
报道了汞膜修饰掺锡三氧化二铟导电玻璃电极的制备及其薄层电化学池的设计，测试了电极和薄层池的光、电化学性能。
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