| 1. | Study on the molecular film technique for the evaporation retardation of gasoline
汽油车燃油蒸发污染物的控制系统研究
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| 2. | 3 . ots self - assembled molecular films were prepared in the base of si / sio2
在si sio _ 2基底上制备了ots自组装分子膜。
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| 3. | Self - assembled molecular film is one of key techniques in nano - scale lubrication
自组装分子膜是纳米润滑研究的关键问题之一。
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| 4. | The tribolgical characteristics of ots molecular film in " island " formation stage changed acutely
在“岛式”结构生长阶段的ots分子膜，摩擦学特性剧烈变化。
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| 5. | The effects of formation time and components of the solution on the topography of ots self - assembled molecular films were mainly studied in the experiment
实验中，主要研究了ots自组装分子膜成膜时间及反应溶剂的组成对成膜的影响。
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| 6. | In recently research , it had been used in many research fields such as molecular recognition , clinical diagnosis , molecular filming , surface property research , poison research and so forth
目前,压电传感器在分子识别、临床诊断、分子成膜过程、表面性质、毒理研究等领域中已得到较为广泛的应用。
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| 7. | The preparation , measure and tribological performance of zno nano - particles and octidecyltrichlorosilane ( ots ) self - assembled molecular film is studied in this paper . the main conclusions are reached as followed . 1
本文对zno纳米微粒及三氯十八硅烷( octidecyltrichlorosilane ，简称ots )自组装分子膜的制备、表征及摩擦学性能进行了研究，得出的主要结论如下： 1
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| 8. | With observing the topography of different time period by afm , the formation mechanism of five stages of ots molecular film was concluded . 4 . tribological characteristics of ots self - assembled molecular film were studied by lfm . the effects of sliding velocity and load on frictional force were analyzed
在研究过程中，通过原子力显微镜( afm )观察不同成膜时间及不同溶剂组成条件下的ots自组装分子膜的形貌，由此来判断反应进程，总结出ots自组装分子膜生长模式的五个阶段。
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