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Jianbo Wu

from Savoy, IL
Age ~43
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Related to:
Anna T Zhou, 35Wei W Wang, 62Wenxiao Zhou, 34David ZhouThomas Feng, 35Wei Wu, 38Jihua Wu, 33
Connected to:
Aihua Wu, 40Ailsa T Wu, 53Alice H Wu, 55Alix S Wu, 52Amie Wu, 39Angela Y Wu, 72Anqi Wu, 44Anqiang Wu, 48Banting H Wu, 63Baodong Wu, 62

Jianbo Wu Phones & Addresses

  • Savoy, IL
  • Lincolnshire, IL
  • Fishkill, NY
  • Poughkeepsie, NY
  • Rochester, NY
  • 85 Crittenden Blvd, Rochester, NY 14620

Work

Company: Fuel cell catalysts group, dept. of chemical engineering, university of rochester Sep 2007 Position: Graduate research associate, professor hong yang

Education

School / High School: University of Rochester- Rochester, NY Sep 2007 Specialities: Ph. D. in Department of Chemical Engineering

Skills

Material Characterization and Analytical... • SEM • EDS • XRD • AFM • XPS • FTIR • TGA/DSC Electrochemistry and Catalyst Fa... • Tafel plot • Cyclic Voltammetry (CV) - Durability ... • Choronoamperometry - Intermediate-pro... • atomic layer deposition • painting • air brush • and thermal treatment Computer Skills - ... • Density Functional Theory simulation by ... • MDI Jade for structural analysis of mate... • MATLAB and C; Origin • Photoshop • MS Office programs Language Skills - Fl...

Resumes

Resumes

Jianbo Wu Photo 1

Jianbo Wu

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Jianbo Wu Photo 2

Jianbo Wu Rochester, NY

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Work:
Fuel Cell Catalysts Group, Dept. of Chemical Engineering, University of Rochester

Sep 2007 to 2000
Graduate Research Associate, Professor Hong Yang
Fuel Cell Catalysts Group, Dept. of Chemical Engineering, University of Rochester
Rochester, NY
Jan 2011 to May 2011
Graduate Teaching Associate
High Technology of Rochester (HTR)
Rochester, NY
Oct 2010 to Oct 2010
State Key Lab of Silicon Materials, Zhejiang University, Hangzhou
Hangzhou
Sep 2005 to Jul 2007
Graduate Research Assistant
Undergraduate Summer Research Project
Hangzhou
Jul 2004 to Aug 2004
Undergraduate Research Assistant
Students Research Training Project (SRTP)
Hangzhou
Sep 2003 to May 2004
Undergraduate Research Assistant
Education:
University of Rochester
Rochester, NY
Sep 2007
Ph. D. in Department of Chemical Engineering
Zhejiang University
Sep 2005 to Jun 2007
M.S. in Department of Materials Science and Engineering
Skills:
Material Characterization and Analytical Chemistry - TEM, SEM, EDS, XRD, AFM, XPS, FTIR, TGA/DSC Electrochemistry and Catalyst Fabrication Laboratory Skills - Activity of catalysts: Linear Sweep Voltammetry (LSV), Tafel plot, Cyclic Voltammetry (CV) - Durability of catalysts: Accelerated Stability Test, Choronoamperometry - Intermediate-product electrochemical measurement: Ring Rotating Disk Electrode (RRDE) - Surface area of catalysts measurement: BET - Synthesis of Catalysts and Fabrication of MEAs: spin coating, atomic layer deposition, painting, air brush, and thermal treatment Computer Skills - Electrochemistry analysis: CHI760D Electrochemical Workstation; Programming: Molecular Dynamics, Density Functional Theory simulation by Materials Studio, MDI Jade for structural analysis of materials; Mathcad, MATLAB and C; Origin, Photoshop, MS Office programs Language Skills - Fluent English and native Chinese (Mandarin)

Publications

Us Patents

Synthesis Of Nanoparticles Using Reducing Gases

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US Patent:
20130133483, May 30, 2013
Filed:
Mar 8, 2011
Appl. No.:
13/583467
Inventors:
Hong Yang - Champaign IL, US
Jianbo Wu - Poughkeepsie NY, US
Miao Shi - Rochester NY, US
Adam Gross - Glencoe IL, US
Assignee:
UNIVERSITY OF ROCHESTER - Rochster NY
International Classification:
B22F 9/18
US Classification:
75351, 75370, 75363, 977896
Abstract:
Selective gas-reducing methods for making shape-defined metal-based nanoparticles. By avoiding the use of solid or liquid reducing reagents, the gas reducing reagent can be used to make shape well-defined metal- and metal alloy-based nanoparticles without producing contaminates in solution. Therefore, the post-synthesis process including surface treatment become simple or unnecessary. Weak capping reagents can be used for preventing nanoparticles from aggregation, which makes the further removing the capping reagents easier. The selective gas-reducing technique represents a new concept for shape control of nanoparticles, which is based on the concepts of tuning the reducing rate of the different facets. This technique can be used to produce morphology-controlled nanoparticles from nanometer- to submicron- to micron-sized scale. The Pt-based nanoparticles show improved catalytic properties (e.g., activity and durability).

Noble Metal-Based Electrocatalyst And Method Of Treating A Noble Metal-Based Electrocatalyst

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US Patent:
20170250410, Aug 31, 2017
Filed:
May 11, 2017
Appl. No.:
15/592522
Inventors:
- URBANA IL, US
JIANBO WU - SAVOY IL, US
Assignee:
THE BOARD OF TRUSTEES OF THE UNIVERSITY OF ILLINOIS - URBANA IL
International Classification:
H01M 4/92
B22F 1/00
C22C 5/04
C22F 1/14
Abstract:
A noble metal-based electrocatalyst comprises a bimetallic particle comprising a noble metal and a non-noble metal and having a polyhedral shape. The bimetallic particle comprises a surface-segregated composition where an atomic ratio of the noble metal to the non-noble metal is higher in a surface region and in a core region than in a sub-surface region between the surface and core regions. A method of treating a noble metal-based electrocatalyst comprises annealing a bimetallic particle comprising a noble metal and a non-noble metal and having a polyhedral shape at a temperature in the range of from about 100 C. to about 1100 C.

Noble Metal-Based Electrocatalyst And Method Of Treating A Noble Metal-Based Electrocatalyst

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US Patent:
20150017570, Jan 15, 2015
Filed:
Jul 15, 2014
Appl. No.:
14/331697
Inventors:
- Urbana IL, US
Jianbo Wu - Savoy IL, US
International Classification:
H01M 4/92
US Classification:
429523, 502300, 502326, 429535, 204293, 204294
Abstract:
A noble metal-based electrocatalyst comprises a bimetallic particle comprising a noble metal and a non-noble metal and having a polyhedral shape. The bimetallic particle comprises a surface-segregated composition where an atomic ratio of the noble metal to the non-noble metal is higher in a surface region and in a core region than in a sub-surface region between the surface and core regions. A method of treating a noble metal-based electrocatalyst comprises annealing a bimetallic particle comprising a noble metal and a non-noble metal and having a polyhedral shape at a temperature in the range of from about 100 C. to about 1100 C.
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Jianbo Wu from Savoy, IL, age ~43 Get Report