姓名：彭冉
性别：男
出生年月：198801
职称：副教授
办公地点：海创大厦a座3101-2
学位：博士
电子邮箱：rpeng@dlmu.edu.cn
教育经历
2007年9月—2011年7月大连海事大学轮机工程学院工学学士
2011年9月—2013年7月 大连海事大学轮机工程学院 工学硕士
2014年5月—2018年4月 滑铁卢大学机械电子工程学院 哲学博士
工作经历
2018年5月—2020年10月多伦多大学机械及工业工程学院 博士后
2020年12月—大连海事大学轮机工程学院 副教授
研究方向
船舶防污染及微流控检测技术、海洋微纳能源利用、微纳尺度电动传输理论、微纳操控器件开发
代表性成果
目前已经在知名sci期刊advance functional materials, small, nanoscale, lab on a chip, microfluidics and nanofluidics, talanta, journal of colloid interface science等上发表论文20余篇（引用258次，googlescholar数据），其中以第一作者或者通讯发表论文11篇（jcr一区10篇，6篇为中科院一区top期刊，一作论文平均影响因子7.9）。
代表性成果
(1) zhou, xingwen，guo, wei，yao, yu，peng, ran，peng, peng*. flexible nonenzymatic glucose sensing with one-step laser-fabricated cu2o/cu porous structure.adv. eng. mater.2021,2100192, 1–8.
(2) li, xiao，qin, zhen，fu, hao，li, ted，peng, ran，li, zhijie，rini, james m.，liu, xinyu*. enhancing the performance of paper-based electrochemical impedance spectroscopy nanobiosensors: an experimental approach.biosens. bioelectron.2021,177 (august 2020), 112672.
(3) pan, peng，laver, john d.，qin, zhen，zhou, yuxiao，peng, ran，zhao, lijun，xie, hui，calarco, john a.，liu, xinyu*. on-chip rotation of caenorhabditis elegans using microfluidic vortices.adv. mater. technol.2021,6(1).
(4) peng, ran，pan, yueyue，li, zhi，zhang, shuailong，wheeler, aaron r.，tang, xiaowu，liu, xinyu*. ionotronics based on horizontally aligned carbon nanotubes.adv. funct. mater.2020,30 (38), 2003177.
(5) yu, li#，peng, ran#，rivers, geoffrey，zhang, che，si, pengxiang，zhao, boxin*. multifunctional liquid crystal polymer network soft actuators.j. mater. chem. a2020.
(6) qin, zhen，peng, ran，baravik, ilina kolker，liu, xinyu*. perspective fighting covid-19 : integrated micro- and nanosystems for viral infection diagnostics.matter2020, 1–24.
(7) zhang, shuailong，zhai, yifan，peng, ran，shayegannia, moein，flood, andrew g.，qu, juntian，liu, xinyu，kherani, nazir p.，wheeler, aaron r.*assembly of topographical micropatterns with optoelectronic tweezers.adv. opt. mater.2019, 7(20), 1–7.
(8) li, jun，peng, ran，li, dongqing*. effects of ion size, ion valence and ph of electrolyte solutions on eof velocity in single nanochannels.anal. chim. acta2019,1059, 68–79.
(9) fan, qigao，zhuang, xiangpeng，zhu, yixing，li, yueyang，xie, linbo，pan, peng，peng, ran*. temperature field model and control strategy in gravity casting process.rev. sci. instrum.2019,90 (11).
(10) peng, ran，tang, xiaowu shirley，li, dongqing*. detection of individual molecules and ions by carbon nanotube-based differential resistive pulse sensor.small2018, 14(15), 1800013.
(11) pan, zihe，peng, ran，tang, juntao，chen, li，cheng, fangqin，zhao, boxin*. surface-segregation-induced nanopapillae on fdts-blended pdms film and implications in wettability, adhesion, and friction behaviors.acs appl. mater. interfaces2018, no. 10, 7476–7486.
(12) peng, ran，li, dongqing*. particle detection on microfluidic chips by differential resistive pulse sensing (rps) method.talanta2018, 184(february), 418–428.
(13) peng, ran，li, dongqing*. electrokinetic motion of single nanoparticles in single pdms nanochannels.microfluid. nanofluidics2017, 21(1), 12.
(14) peng, ran，li, dongqing*. detection and sizing of nanoparticles and dna on pdms nanofluidic chips based on differential resistive pulse sensing.nanoscale2017,9, 5964–5974.
(15) zhao, kai，peng, ran，li, dongqing*. separation of nanoparticles by a nano-orifice based dc-dielectrophoresis method in pressure-driven flow.nanoscale2016,8(dc), 18945–18955.
(16) peng, ran，li, dongqing*. electroosmotic flow in single pdms nanochannels.nanoscale2016,8, 12237–12246.
(17) peng, ran，li, dongqing*. fabrication of polydimethylsiloxane (pdms) nanofluidic chips with controllable channel size and spacing.lab chip2016,16, 3767–3776.
(18) zhang, xiaoling#，wu, xudong#，peng, ran，li, dongqing*. electromagnetically controlled microfluidic chip for dna extraction.measurement2015, 75, 23–28.
(19) peng, ran，li, dongqing*. effects of ionic concentration gradient on electroosmotic flow mixing in a microchannel.j. colloid interface sci.2015,440, 126–132.
(20) peng, ran，li, dongqing*. fabrication of nanochannels on polystyrene surface.biomicrofluidics2015,9(2), 024117.
(21) song, yongxin，peng, ran，wang, junsheng，pan, xinxiang，sun, yeqing，li, dongqing*. automatic particle detection and sorting in an electrokinetic microfluidic chip.electrophoresis2013, 34(5), 684–690.
(22) song, yongxin，yang, jiandong，shi, xiaofei，jiang, hai，wu, yanbin，peng, ran，wang, qi，gong, ning，pan, xinxiang，sun, yeqing，li, dongqing*. dc dielectrophoresis separation of marine algae and particles in a microfluidic chip.sci. china chem.2012,55(4), 524–530.
