A. Barnes

发表

Effects of processing conditions on the electrical switching performance of nanoparticulate PEDOT composites showing large field-controlled impedance change

B. Chambers, Yanmin Wang, A. Barnes, 2008 .

High Permittivity from Defective Multiwalled Carbon Nanotubes in the X‐Band

P. Watts, W. Hsu, B. Chambers, 2003 .

The complex permittivity of multi-walled carbon nanotube–polystyrene composite films in X-band

P. Watts, W. Hsu, B. Chambers, 2003 .

Organo‐metal Diodes Based on a Nanoparticulate Poly(3,4‐ethylenedioxythiophene) Composite

Barry Chambers, Rong Zhang, Peter V. Wright, 2006 .

Control of microwave reflectivities of polymer electrolyte-silver-polyaniline composite materials

B. Chambers, P. Wright, A. P. Anderson, 1998 .

Cyclic voltametry and microwave characterization of smart materials based on polymer electrolyte composites

Alan Barnes, A Despotakis, T.C.P. Wong, 1997, Smart Structures.

Conducting polymer composite materials for smart microwave windows

Alan Barnes, Barry Chambers, Peter V. Wright, 1999, Smart Structures.

Control of conductivity at microwave frequencies in a poly(aniline hydrochloride)-silver-polymer electrolyte composite material

B. Chambers, P. Wright, A. P. Anderson, 1996 .

Progress in smart microwave materials and structures

Barry Chambers, A Despotakis, Peter V. Wright, 2000 .

Towards a `smart window' for microwave applications

B. Chambers, P. Wright, A. P. Anderson, 1998 .

Characterization of smart microwave window materials based on conducting polymer composites: coaxial line, waveguide, and cyclic voltammetry measurements

Alan Barnes, A Despotakis, Barry Chambers, 1998, Smart Structures.

The electrical properties of liquid MnTe alloys

J. Enderby, D. Laundy, A. Barnes, 1987 .