Iodine confined in single-walled carbon nanotubes(SWNTs)exhibits novel structural properties. Iodine molecules adopt electrons from SWNTs to form charged polyiodide chains In(n=3,5…)，and interestingly，the polyiodid...
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Iodine confined in single-walled carbon nanotubes(SWNTs)exhibits novel structural properties. Iodine molecules adopt electrons from SWNTs to form charged polyiodide chains In(n=3,5…)，and interestingly，the polyiodide chains array in the form of single，double or triple helical structures inside different diameters of SWNTs. We investigated the structural transition of iodine confined in SWNTs using Raman spectroscopy. The results show that charged polyiodide chains in SWNTs transform into iodine molecules with temperature increasing，while the reverse process occurs when the temperature decreases. Due to this reversible transition is accompanied by electron transfer between iodine and SWNTs，iodine filled SWNTs provides an approach to modulate the electronic band structure of SWNTs via varying temperatures. This may have some applications in nano-electroniCS based on carbon nanotubes with specific properties.
＜正＞在蛋白质传感器中保持其活性是蛋白质传感器技术要解决的重点问题之一。本文报道了一种可控的通过 DNA 复合物在微流路中杂交固定蛋白质的方法。微流路系统中的玻璃基底上固定寡聚核苷酸,其中的层流提供了全匹配和错配的 DNA-荧...
详细信息
＜正＞在蛋白质传感器中保持其活性是蛋白质传感器技术要解决的重点问题之一。本文报道了一种可控的通过 DNA 复合物在微流路中杂交固定蛋白质的方法。微流路系统中的玻璃基底上固定寡聚核苷酸,其中的层流提供了全匹配和错配的 DNA-荧光染料标记的蛋白质复合物。利用 DNA 的特异性识别将蛋白通过表面寻址固定在基底上,引入了全内反射荧光(Total
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