B. Zay

发表

Large, Switchable Electrochromism in the Visible Through Far‐Infrared in Conducting Polymer Devices

Gajanana C. Birur, Theodore D. Swanson, Prasanna Chandrasekhar, 2002 .

Matched‐dual‐polymer electrochromic lenses, using new cathodically coloring conducting polymers, with exceptional performance and incorporated into automated sunglasses

P. Chandrasekhar, B. Zay, Chunming Cai, 2014 .

Conducting Polymer (CP) infrared electrochromics in spacecraft thermal control and military applications

Gajanana C. Birur, Theodore D. Swanson, Prasanna Chandrasekhar, 2003 .

Variable‐emittance infrared electrochromic skins combining unique conducting polymers, ionic liquid electrolytes, microporous polymer membranes, and semiconductor/polymer coatings, for spacecraft thermal control

Rubik B. Sheth, R. Stephan, P. Chandrasekhar, 2014 .

Variable Emittance Skins for Active Thermal Control in Spacecraft Based on Conducting Polymers, Ionic Liquids and Specialized Coatings

P. Chandrasekhar, B. Zay, E. Caldwell, 2010 .

Electroosmotic Water Vapor Transport across Novel, Smart, Functionalized Conducting Polymer Microporous Membranes in Active Mode at Very High Rates, with Concomitant Chemical Warfare (CW) Agent Blocking

Sean W. Morefield, Q. Truong, P. Chandrasekhar, 2013 .

Physical, chemical, theoretical aspects of conducting polymer electrochromics in the visible, IR and microwave regions ☆

R. L. Elsenbaumer, G. Birur, R. Menon, 2005 .

Variable Emittance Materials Based on Conducting Polymers for Spacecraft Thermal Control

Wanda C. Peters, G. Birur, P. Chandrasekhar, 2003 .

High Performance Variable Emittance Devices for Spacecraft Application Based on Conducting Polymers Coupled with Ionic Liquids

A. Paris, G. Birur, P. Chandrasekhar, 2009 .