Electrical Design

Lin Wu

**** * ********** **., ***, Tempe . AZ ***81 . 315-***-**** .

***@********.***

Summary

Development of modified polymeric electrolyte for lithium-ion batteries and

dye sensitized solar cells.

Research experience on using modern characterization techniques.

Strong in physical chemistry, analytical chemistry and measurements

techniques.

Critical thinking and troubleshooting; design of experiments (DOE); hands

on ability.

Teamwork and interpersonal relationship skills; communication, presentation

and computer skills.

Relevant Research Experience

Clarkson University

Potsdam, NY

Electrochemical properties of semi-solid electrolyte for DSSCs and

lithium batteries. 2010- 2011

. Systematically conducted experimental research on synthesis, structural,

electrical, thermal and conduction properties of imidazolium-based

iodide, imidazolium-based Tf2N PEGylated and fluoroalkyl electrolytes.

Chemical structural analyzed by NMR, FT-IR, electrochemical and thermal

properties studied by chemical electrochemical impedance spectroscopy,

cone and plate viscometer, DSC and so on.

. Utilized imidazolium-based Tf2N PEGylated electrolyte as the alternative

of conventional lithium batteries media.

Ionic polymer grafted on latex particle. (Ph.D.)

2011- present

. Systematically conducted experimental research on synthesis

monodispersed micron size latex particle, and modified the nitrile and

amine group with amphiprotic molecules for anti-fouling research.

. Studied the enhanced fouling repellent properties of the latexes with

modified nitrile and amine group. Correlation between the charge,

structure, and the functional groups coverage with the fouling prevent

properties was studied.

. Hands-on planning, optimizing and scaling up experiments through

statistical design of experiments.

Other Research Experience

Novel Polymer Architectures for Anti-fouling Surface Coatings. (Master)

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. Succeed in designing and planning experiments in synthesis of block

copolymers. Modified the carboxylic acid and amines contained polymer

with amphiprotic molecules for non-specific protein adsorption surface

application.

. Conducted surface energy analysis from contact angle measurement for

analyzing surface composition, polymer structure, microphase separation

and their relationship with fouling repellent properties.

. Utilized TEM to evaluate the surface microphase separation, fluorescence

microscopy was used to characterize surface protein adsorption.

. Conduct product testing and performance analysis of polymers, such as

DSC, GPC, TGA and DMA.

Publications

. Lin Wu, Sitaraman Krishnan, Carboxybetaine, Sulfobetaine, and Cationic

Block Copolymer Coatings: A Comparison of Surface Properties and Anti-

Biofouling Behavior, Journal of Applied Polymer Science, 2011, 124, 2154-

2170.

. Simon E. Rock, Lin Wu, Daniel J. Crain, Sitaraman Krishnan, Dipankar Roy,

Interfacial Characteristics of a PEGylated Imidazolium Bistriflamide

Ionic Liquid Electrolyte at a Lithium Ion Battery Cathode of LiMn2O4, ACS

Appl. Mater. Interfaces, 2013, 5, 2075-2084.

. Venkatk. Vendra, Lin Wu, Sitaraman Krishnan, Polymer thin films for

biomedical applications, Kumar: Vol 5, Chapter 1, Nanostructured thin

films and surfaces.

. Lalitha V N R Ganapatibhotla, Lin Wu, Jianping Zheng, Xinli Jia, Dipankar

Roy, John B. McLaughlin, Sitaraman Krishnan, Ionic liquids with

fluorinated block-oligomer tails: Influence of self-assembly on transport

properties, J. Mater. Chem., 2011, 21, 192**-*****.

. Interfacial Characteristics of a PEGylated Imidazolium Bistriflamide

Ionic Liquid Electrolyte at a Lithium Ion Battery Cathode of LiMn2O4, ACS

Appl. Mater. Interfaces, in press.

. Lin Wu, Xingzhao Shi, Jianping Zheng, Dipankar Roy, Sitaraman Krishnan,

Electrochemical properties of Novel PEGylated Electrolyte Blends for

DSSCs and Lithium Ion Batteries, (preparing)

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