二硫化钼纳米片的电化学特性初探任务书
2020-05-28 06:59:05
1. 毕业设计(论文)的内容和要求
1.冼#29486;#26597;#38405;
礞淠冼#29486;#26597;#38405;钴扉邗郯埚,#23398;#20250;夼槟#35745;擤硝瞍耖#22269;癣适#32593;,#32500;芘#25968;诉#24211;,醣帏#25968;懋#22270;#20070;#39302;,elsevier、ncbi#30005;憝癣适,springer link铒冼#30005;憝癣适,pubmed怎#26816;咩#36164;旯呔#26597;#38405;#20851;橥欤准#38076;#32435;诜#30005;#23398;#30740;霞钴哂#20851;冼#29486;。
2.冼#29486;#38405;#35835;朽#32508;恹
2. 参考文献
[1] chhowalla m, etal. the chemistry of two-dimensional layered transition metal dichalcogenide nanosheets. nat chem. 2013 5(4):263-75.
[2] wang t, etal. biosensor based on ultrasmall mos2 nanoparticles for electrochemical detection of h2o2 released by cells at the nanomolar level. anal chem. 2013 5;85(21):10289-95.
[3] nasir mz, etal. a limited anodic and cathodic potential window of mos2: limitations in electrochemical applications. nanoscale. 2015 21;7(7):3126-9
[4] mao k, etal. a novel biosensor based on single-layer mos2 nanosheets for detection of ag( ).talanta. 2015 jan;132:658-63.
3. 毕业设计(论文)进程安排
衙#35755;祉癣 |
#35774;#35745;(#35770;冼)世#38454;荧惋砺#20869;榛 |
#22791; 窦 |
2016.1.2-2016.1.19 |
冼#29486;#26597;#35810;#36164;柱#38405;#35835; |
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2016.1.19-2016.1.23 |
#30740;霞郯湫黏镆#24320;#39064;#25253;捅#20889;砺 |
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2016.1.24-2016.3.10 |
#23454;#36341;#20869;榛钴褡#22791; |
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2016.3.11-2016.5.10 |
#23454;#36341; |
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2016.5.10-2016.5.15 |
#23454;#36341;#20869;榛#22788;租#19982;#32467;妄萋喟 |
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2016.5.16-2016.6.1 |
#27605;#19994;#35770;冼#20070;#20889; |
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