2011-凯发k8官网登录vip

　　15．zheng yang, xincun dou*, shengli zhang, linjuan guo, baiyi zu, zhaofeng wu, haibo zeng, a high-performance nitro-explosives schottky sensor boosted by interface modulation, advanced functional materials, 2015, 25, 4039-4048（卷首插画）

　　14．linjuan guo, baiyi zu, xincun dou*, fluorescent nanofilms for nitroaromatic explosives detection-promises and challenges, chemical sciences journal, 2014, 5:1（编辑评论）

　　13．baiyi zu, bin lu, zheng yang, yanan guo, xincun dou*,tao xu*, gas adsorption thermodynamics deduced from the electrical responses in gas-gated field-effect nanosensors, journal of physical chemistry c, 2014, 118, 14703–14710

　　12．zheng yang, linjuan guo,baiyi zu*, yanan guo, tao xu, xincun dou*, cds/zno core/shellnanowire-built films for enhanced photodetecting and optoelectronic gas-sensingapplications, advanced optical materials, 2014, 2, 738-745（卷首插画）

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　　11．baiyi zu, bin lu, yanan guo, tao xu, xincun dou*, simple metal/sio₂/si planar photodetector utilizing leakage current flows through a sio₂ layer, journal of materials chemistry c, 2014, 2, 2045-2050.

10．linjuan guo, baiyi zu, zheng yang, hongyu cao, xuefang zheng*, xincun dou*, apts and rgo co-functionalized pyrenated fluorescent nanonets for representative vapor phase nitroaromatic explosive detection, nanoscale, 2014, 6, 1467-1473.

9．baiyi zu, yanan guo, xincun dou*, nanostructure-based optoelectronic sensing of vaporphase explosives - a promising but challenging method, nanoscale, 2013, 5, 10693-10701（opinion）

　　8．yanan guo, baiyi zu, xincun dou*, zeolite-based photocatalysts: a promising strategy for efficient photocatalysis, journal of thermodynamics & catalysis, 2013, 4:2（编辑评论）

　　7．xincun dou, is graphene brand newin carbon-based semiconductor photocatalysts for organic pollutantsdegradation, journal of thermodynamics & catalysis, 2012, 3, 1-2（编辑评论）

　　6．dou, x. c.*; prabhakar, r. r.; mathews, n.; lam, y. m.; mhaisalkar, s., zn-doped sno₂ nanocrystals as efficient dssc photoanode material and remarkable photocurrent enhancement by interface modification, journal of the electrochemical society, 2012, 159, h735-h739.

　　5．mulmudi, h. k.; mathews, n.; dou, x. c.; xi, l. f.; pramana, s. s.; lam, y. m.; mhaisalkar, s. g., controlled growth of hematite (αfe₂o₃) nanorodarray on fluorine doped tin oxide: synthesis and photoelectrochemical properties, electrochemistry communications, 2011, 13, 951-954.

　　4．dou, x. c.; li, l.; huang, x. h. and li, g. h., growth mechanisms of electrodeposited nanowires. incrystal growth: theory, mechanisms and morphology, nicole a. mancuso and james p. isaac, ed.nova publishers, 2011. (book chapter)

　　3．dou, x. c.*; sabba, d.; mathews, n.; wong, l. h.; lam, y. m.; mhaisalkar, s., hydrothermal synthesis of high electron mobility zn-doped sno₂ nanoflowers as photoanode material for efficient dye sensitized      solar cells, chemistry of materials, 2011, 23, 3938-3945.

　　2．dou, x. c.*; mathews, n.; wang, q.; pramana, s. s.; lam, y. m.; mhaisalkar, s., novel zn-sn-o nanocactus withexcellent transport properties as photoanode material for high performance dye-sensitized solar cells, nanoscale, 2011, 3, 4640-4646.

　　1．dou, x. c.; li, h.; mathews, n.; helena wong, l.; ming lam, y.; mhaisalkar, s., cu-s nanocabbage films with tunable optical bandgap and substantially improved stability by pulse electrodeposition, journal of the electrochemical society, 2011, 158, e60-e62.