nanophys.seas.upenn.edu

Johnson Group: Experimental Nanoscale Physics

Quantum Transport in Nanoscale Systems. Our group's interests include transport phenomena (charge, energy, and spin) in nanoscale systems, including carbon nanotubes, graphene, transition metal dichalcogenides, and hybrid nanostructures based on these materials conjugated with proteins, synthetic peptides, and DNA. These systems are of rising interest both from the technological (possible future nanoelectronics! Johnson Group (May 2014). From left to right: Charlie Johnson, Iksoo Kwon, Pedro Ducos, Jisoo...

http://nanophys.seas.upenn.edu/

OVERVIEW OF nanophys.seas.upenn.edu

TRAFFIC RANK

>1,000,000

REVIEWS

0

PAGES IN THIS WEBSITE

4

LINKS TO THIS WEBSITE

CONTACTS

ADDRESSES

SOCIAL LINKS

ONLINE SINCE

WEBSITE DETAILS

SEO

PAGES

SIMILAR SITES

TRAFFIC RANK FOR NANOPHYS.SEAS.UPENN.EDU

TODAY'S RATING

>1,000,000

TRAFFIC RANK - AVERAGE PER MONTH

BEST MONTH

September

AVERAGE PER DAY Of THE WEEK

HIGHEST TRAFFIC ON

Thursday

TRAFFIC BY CITY

Sign up

CUSTOMER REVIEWS

Average Rating: 3.9 out of 5 with 14 reviews

5 star

6

4 star

5

3 star

1

2 star

0

1 star

2

Hey there! Start your review of nanophys.seas.upenn.edu

AVERAGE USER RATING

Write a Review

WEBSITE PREVIEW

LOAD TIME

0.3 seconds

CONTACTS AT NANOPHYS.SEAS.UPENN.EDU

ADD CONTACT

Login

TO VIEW CONTACTS

Remove Contacts

FOR PRIVACY ISSUES

CONTENT

PAGES IN
THIS WEBSITE

4

SSL

EXTERNAL LINKS

1

SITE IP

158.130.67.172

LOAD TIME

0.295 sec

SCORE

6.2

PAGE TITLE

Johnson Group: Experimental Nanoscale Physics | nanophys.seas.upenn.edu Reviews

<META> DESCRIPTION

Quantum Transport in Nanoscale Systems. Our group's interests include transport phenomena (charge, energy, and spin) in nanoscale systems, including carbon nanotubes, graphene, transition metal dichalcogenides, and hybrid nanostructures based on these materials conjugated with proteins, synthetic peptides, and DNA. These systems are of rising interest both from the technological (possible future nanoelectronics! Johnson Group (May 2014). From left to right: Charlie Johnson, Iksoo Kwon, Pedro Ducos, Jisoo...

<META> KEYWORDS

1 site menu

2 people

3 research

4 publications

5 resources

6 links

7 recent news

8 selected publications

9 coupons

10 reviews

CONTENT

Page content here

KEYWORDS ON PAGE

site menu,people,research,publications,resources,links,recent news,selected publications

SERVER

Apache

CONTENT-TYPE

iso-8859-1

GOOGLE PREVIEW

Johnson Group: Experimental Nanoscale Physics | nanophys.seas.upenn.edu Reviews

https://nanophys.seas.upenn.edu

Quantum Transport in Nanoscale Systems. Our group's interests include transport phenomena (charge, energy, and spin) in nanoscale systems, including carbon nanotubes, graphene, transition metal dichalcogenides, and hybrid nanostructures based on these materials conjugated with proteins, synthetic peptides, and DNA. These systems are of rising interest both from the technological (possible future nanoelectronics! Johnson Group (May 2014). From left to right: Charlie Johnson, Iksoo Kwon, Pedro Ducos, Jisoo...

INTERNAL PAGES

nanophys.seas.upenn.edu

1

Johnson Group: Experimental Nanoscale Physics - Resources

http://www.nanophys.seas.upenn.edu/resources.html

Introduction to Carbon Nanotubes. Instructions for growing nanotubes with the CVD system. How to Grow Carbon Nanotubes.doc. Scanning conductance and scanning gate microscopy tutorial.

2

Johnson Group: Experimental Nanoscale Physics

http://www.nanophys.seas.upenn.edu/index.html

Quantum Transport in Nanoscale Systems. Our group's interests include transport phenomena (charge, energy, and spin) in nanoscale systems, including carbon nanotubes, graphene, transition metal dichalcogenides, and hybrid nanostructures based on these materials conjugated with proteins, synthetic peptides, and DNA. These systems are of rising interest both from the technological (possible future nanoelectronics! Johnson Group (May 2014). From left to right: Charlie Johnson, Iksoo Kwon, Pedro Ducos, Jisoo...

3

Johnson Group: Experimental Nanoscale Physics - People

http://www.nanophys.seas.upenn.edu/people.html

AT Charlie Johnson - Principal Investigator. Professor of Physics and Astronomy. Director, Nano/Bio Interface Center. Executive Editor, AIP Advances. Electrical and Systems Engineering. Materials Science and Engineering. Web page: http:/ www.lrsm.upenn.edu/ nanophys/. Master's Degree in Nanotechnology: http:/ www.masters.nano.upenn.edu/. My research interests relates to the development of hybrid bio-nano sensors. Specifically, I am interested in RNA-functionalized graphene-based sensors.

4

Johnson Group: Experimental Nanoscale Physics - Publications

http://www.nanophys.seas.upenn.edu/publications.html

Chemical and Biological Sensing. Carbon Nanotube Electronics and Optics. Local Probes of Nanoscale Devices. Thermal Properties of Carbon Nanotubes. Quantum Dots in Two-Dimensional Electron Gas.

UPGRADE TO PREMIUM TO VIEW 0 MORE

TOTAL PAGES IN THIS WEBSITE

4

LINKS TO THIS WEBSITE

pingjl.com

Web Site by Jinglei - www.pingjl.com

http://www.pingjl.com/index.html

I am Jinglei Ping. I was born and brought up in Hangzhou. Before I went to Sun Yat-sen University. For BS. in Material Physics, and University of Maryland, College Park. For PhD in Chemical Physics. Now I live in Philadelphia. I work as a Resaerch Associate in Charlie Johnson's Experimental Nanoscale Physics Lab. Of University of Pennsylvania, Department of Physics and Astronomy. I am interested in physics, chemistry, and biological interfacing properties of low-dimensional materials.

UPGRADE TO PREMIUM TO VIEW 0 MORE

TOTAL LINKS TO THIS WEBSITE

1

OTHER SITES

nanophuocthanh.info

Ống ruột gà lõi thép - Giải pháp cho công trình cơ điện M&E

Công ty Thiết Bị Điện APE. Lĩnh vực cung cấp. Ống luồn dây điện EMT - loại trơn. Ống luồn dây điện IMC loại ren. Ống luồn dây điện BS4568. Ống luồn dây điện JIS C8305. Ống ruột gà lõi thép. Hộp thép đấu dây điện âm tường. Hệ treo ống luồn dây điện. Những công trình đã cung cấp. Hỗ trợ trực tuyến. 091 3233 997 (Mrs Phương). 091 5522 524 (Mrs Duyên). 091 557 4448 ( Mrs Ly). 091 7030 075 (Ms Kiều). Download Catalog and Tài liệu hướng dẫn sử dụng. Download chứng chỉ chất lượng sản phẩm. Co cong 90 nối ống EMT.

nanophuocthanh.net

Ống thép luồn dây điện AP giải pháp cho công trình cơ điện (Nanoco)

Công ty Thiết Bị Điện APE. Lĩnh vực cung cấp. Ống thép luồn dây điện trơn EMT. Ống thép luồn dây điện ren IMC. Ống thép luồn dây điện BS4568. Ống thép luồn dây điện JIS C8305. Kẹp treo ống thép luồn dây điện. Dự án tham gia. Hỗ trợ trực tuyến. 091 3233 997 (Mrs Phương). 091 5522 524 (Mrs Duyên). 091 557 4448 ( Mrs Ly). 091 7030 075 (Ms Kiều). Download Catalog and Tài liệu hướng dẫn sử dụng. Download chứng chỉ chất lượng sản phẩm. Công ty Thiết Bị Điện APE (APE Co., Ltd). Công ty thiết bị điện AP. Hộp côn...

nanophuocthanhconduit.com

Ống thép tráng kẽm luồn dây điện (Ong luon day dien Steel Conduit) › Hà Nội › TPHCM

Ống thép tráng kẽm luồn dây điện (Ong luon day dien Steel Conduit) Hà Nội TPHCM. Đầu nối ống ruột gà bọc nhựa kín nước. Ống ruột gà bọc nhựa PVC (Waterproof Flexible Conduit). Khớp nối ống thép tráng kẽm ren IMC. Ống thép tráng kẽm luồn dây điện Smartube (IMC). Ống thép tráng kẽm luồn dây điện IMC (Nano Phuoc Thanh Steel Conduit). Ống thép tráng kẽm luồn dây điện Smartube (EMT). Ống thép tráng kẽm luồn dây điện EMT (Nano Phuoc Thanh Steel Conduit). Sản phẩm được ưa chuộng. Hộp thép Pull Box. Hộp công tắc...

nanophuocthanhconduit.net

Nano Phuoc Thanh Conduit - Ống luồn dây điện sắt | Uy tín nhất – Giá rẻ nhất

Nano Phuoc Thanh Conduit - Ống luồn dây điện sắt Uy tín nhất Giá rẻ nhất. Đầu nối ống ruột gà sắt kín nước. Ống ruột gà sắt bọc nhựa PVC. Ống ruột gà sắt. Khớp nối ống luồn dây điện sắt IMC. Ống luồn dây điện sắt IMC Smartube. Ống luồn dây điện sắt IMC Nano Phước Thành. Ống luồn dây điện sắt EMT Smartube. Ống luồn dây điện sắt EMT Nano Phước Thành. Sản phẩm được ưa chuộng. Hộp công tắc đơn âm tường. Đai nối ống luồn dây điện sắt IMC. Hộp nối ống luồn dây điện sắt IMC – C. Khớp nối ống EMT kẽm dạng vít.

nanophys.khu.ac.kr

[Kwon Group, Physics, Kyung Hee University]

Kwon Group, Physics, Kyung Hee University. Lab Notes, internal only. Welcome to Computational NanoPhysics Lab! Welcome to Computational NanoPhysics Laboratory (CNPL), the Kwon Group. At Department of Physics. The members in CNPL are interested in diverse nanostructured materials and unusual phenomena observed. To investigate their various properties and explain those phenomena, we are using several theoretical and computational methods including. Add page to book. Last modified: 2015/11/07 21:27 by.

nanophys.seas.upenn.edu

Johnson Group: Experimental Nanoscale Physics

Quantum Transport in Nanoscale Systems. Our group's interests include transport phenomena (charge, energy, and spin) in nanoscale systems, including carbon nanotubes, graphene, transition metal dichalcogenides, and hybrid nanostructures based on these materials conjugated with proteins, synthetic peptides, and DNA. These systems are of rising interest both from the technological (possible future nanoelectronics! Johnson Group (May 2014). From left to right: Charlie Johnson, Iksoo Kwon, Pedro Ducos, Jisoo...

nanophys.wordpress.com

Protected Blog › Log in

This site is marked private by its owner. If you would like to view it, you’ll need two things:. A WordPress.com account. Don’t have an account? All you need is an email address and password register here! Permission from the site owner. Once you've created an account, log in and revisit this screen to request an invite. If you already have both of these, great! Larr; Back to WordPress.com.

nanophysic.com

nanophysic.com -&nbspnanophysic Resources and Information.

This page provided to the domain owner free. By Sedo's Domain Parking. Disclaimer: Domain owner and Sedo maintain no relationship with third party advertisers. Reference to any specific service or trade mark is not controlled by Sedo or domain owner and does not constitute or imply its association, endorsement or recommendation.

nanophysicaltherapy.com

Physical Therapist Office Directory

Physical Therapy Office Directory. Physical Therapy Office Directory. Find A Physical Therapist. Most Recent Physical Therapy Articles. Why Should You Bend Your Knees When Lifting. Posted: Dec 31, 2016. Why Should You Bend Your Knees When Lifting Physical jobs are difficult. They involve hard work and a lot of lifting. Did you know that there are rules to abide when you are lifting weights in. What is the Right Knee Brace or Support For My Injury. Posted: Dec 27, 2016. Posted: Dec 23, 2016. This short vi...

nanophysican.com

Hover

This user has not enabled any redirections. Hover lets you easily create simple ways to access your digital life.

nanophysican.org

Hover

This user has not enabled any redirections. Hover lets you easily create simple ways to access your digital life.