Solid State Ionics

IME-5 guest editor's foreword
pp. xi-xii(2)
Author: Pitts J.R.

Editorial Board
pp. ii-ii(1)

Electrochromic devices on polyester foil
pp. 1-5(5)
Authors: Azens A.; Gustavsson G.; Karmhag R.; Granqvist C.G.

Nanometer scale-electrochromic modification of NiO films using a novel technique of scanning near-field optical microscopy
pp. 7-13(7)
Authors: Iwata F.; Mikage K.; Sakaguchi H.; Kitao M.; Sasaki A.

Influence of the porosity of RF sputtered Ta₂O₅ thin films on their optical properties for electrochromic applications
pp. 15-22(8)
Authors: Corbella C.; Vives M.; Pinyol A.; Porqueras I.; Person C.; Bertran E.

Structural and electrochemical study of Li⁺ insertion in the infrared reflectance modulating compound Li_xWO₃.H₂O
pp. 23-33(11)
Authors: Bessiere A.; Beluze L.; Morcrette M.; Lucas V.; Baffier N.

Optical absorption of Li-intercalated polycrystalline tungsten oxide films: comparison to large polaron theory
pp. 35-41(7)
Authors: Larsson A.-L.; Sernelius B.E.; Niklasson G.A.

Oxygen vacancy in cubic WO₃ studied by first-principles pseudopotential calculation
pp. 43-49(7)
Authors: Karazhanov S.Z.; Zhang Y.; Mascarenhas A.; Deb S.; Wang L.-W.

Optical absorption and durability of sputtered amorphous tungsten oxide films
pp. 51-58(8)
Authors: Berggren L.; Niklasson G.A.

Intercalation in WO₃ and WO₃:Li films
pp. 59-64(6)
Authors: Avellaneda C.O.; Bulhoes L.O.S.

Mesoporous sol-gel WO₃ thin films via poly(styrene-co-allyl-alcohol) copolymer templates
pp. 65-72(8)
Authors: Ozkan Zayim E.; Liu P.; Lee S.-H.; Tracy C.E.; Turner J.A.; Pitts J.R.; Deb S.K.

Degradation of a solid state electrochromic device
pp. 73-80(8)
Authors: Person C.; Porqueras I.; Vives M.; Corbella C.; Pinyol A.; Bertran E.

Improving the durability of ion insertion materials in a liquid electrolyte
pp. 81-87(7)
Authors: Lee S.-H.; Cheong H.M.; Liu P.; Tracy C.E.; Pitts J.R.; Deb S.K.

XPS and IR studies of transparent InVO₄ films upon Li charge-discharge reactions
pp. 89-96(8)
Authors: Cimino N.; Artuso F.; Decker F.; Orel B.; Surca Vuk A.; Zanoni R.

Performance and durability of electrochromic windows with carbon-based counter electrode and their application in the architectural and automotive fields
pp. 97-104(8)
Authors: Kubo T.; Tanimoto J.; Minami M.; Toya T.; Nishikitani Y.; Watanabe H.

Comparison of optical, structural and electrochromic properties of undoped and WO₃-doped Nb₂O₅ thin films
pp. 105-110(6)
Authors: Pehlivan E.; Tepehan F.Z.; Tepehan G.G.

Raman spectroscopic studies of amorphous vanadium oxide thin films
pp. 111-116(6)
Authors: Lee S.-H.; Cheong H.M.; Seong M.J.; Liu P.; Tracy C.E.; Mascarenhas A.; Pitts J.R.; Deb S.K.

Photochromic properties of WO₃ and WO₃:X (X=Ti, Nb, Ta and Zr) thin films
pp. 117-121(5)
Authors: Avellaneda C.O.; Bulhoes L.O.S.

Characterization of nano-structured thin films of electrodeposited Ce-Co mixed oxides for EC devices
pp. 123-129(7)
Authors: Yoshino T.; Masuda H.

Characteristics of e-beam deposited electrochromic CeO₂ thin films
pp. 131-137(7)
Authors: Porqueras I.; Person C.; Corbella C.; Vives M.; Pinyol A.; Bertran E.

RF sputtering deposition of Ag/ITO coatings at room temperature
pp. 139-148(10)
Authors: Bertran E.; Corbella C.; Vives M.; Pinyol A.; Person C.; Porqueras I.

Molecular properties of partially substituted nickel oxide clusters
pp. 149-153(5)
Authors: Nagai J.; Morisaki S.

Effect of interfacial property on electrochromic response speed of Ta₂O₅/NiO and Ta₂O₅/Ni(OH)₂
pp. 155-160(6)
Authors: Ahn K.-S.; Nah Y.-C.; Sung Y.-E.

Composite Au-NiO films
pp. 161-168(8)
Authors: Ferreira F.F.; Haddad P.S.; Fantini M.C.A.; Brito G.E.S.

Optimized nickel-oxide-based electrochromic thin films
pp. 169-173(5)
Authors: Avendano E.; Azens A.; Isidorsson J.; Karmhag R.; Niklasson G.A.; Granqvist C.G.

Optical and electrochromic properties of RF reactively sputtered WO₃ films
pp. 175-180(6)
Authors: Washizu E.; Yamamoto A.; Abe Y.; Kawamura M.; Sasaki K.

Influence of water on the electrochemical properties of (CeO₂)_x(TiO₂)_1-x and WO₃ sol-gel coatings and electrochromic devices
pp. 181-189(9)
Authors: Sun D.L.; Heusing S.; Puetz J.; Aegerter M.A.

Preparation and structural investigations of electrochromic nanosized NiO_x films made via the sol-gel route
pp. 191-200(10)
Authors: Cerc Korosec R.; Bukovec P.; Pihlar B.; Surca Vuk A.; Orel B.; Drazic G.

Characterizations of mixed Bi/V oxide films, deposited via sol-gel route, used as electrodes in asymmetric liquid crystal cells
pp. 201-208(8)
Authors: Cazzanelli E.; Marino S.; Bruno V.; Castriota M.; Scaramuzza N.; Strangi G.; Versace C.; Ceccato R.; Carturan G.

Current state of the art for NOC-AGC electrochromic windows for architectural and automotive applications
pp. 209-216(8)
Authors: Kubo T.; Shinada T.; Kobayashi Y.; Imafuku H.; Toya T.; Akita S.; Nishikitani Y.; Watanabe H.

Electrochromism of amorphous ruthenium oxide thin films
pp. 217-221(5)
Authors: Lee S.-H.; Liu P.; Cheong H.M.; Tracy C.E.; Deb S.K.

Electrochromic and chemochromic performance of mesoporous thin-film vanadium oxide
pp. 223-228(6)
Authors: Liu P.; Lee S.-H.; Tracy C.E.; Turner J.A.; Pitts J.R.; Deb S.K.

Effects of tantalum oxide films on stability and optical memory in electrochromic tungsten oxide films
pp. 229-233(5)
Authors: Nah Y.-C.; Ahn K.-S.; Sung Y.-E.

Development of sol-gel redox I₃^-/I^- electrolytes and their application in hybrid electrochromic devices
pp. 235-246(12)
Authors: Orel B.; Surca Vuk A.; Jese R.; Lianos P.; Stathatos E.; Judeinstein P.; Colomban P.

In situ resonance micro-Raman and UV-visible spectroelectrochemical studies of an electrochromic device with an I₃^-/I^- redox sol-gel electrolyte
pp. 247-255(9)
Authors: Surca Vuk A.; Orel B.; Spreizer H.; Colomban P.

An indium hexacyanoferrate-tungsten oxide electrochromic battery with a hybrid K⁺/H⁺-conducting polymer electrolyte
pp. 257-267(11)
Authors: Tung T.-S.; Chen L.-C.; Ho K.-C.

Switching behavior of the Prussian blue-indium hexacyanoferrate electrochromic device using the K⁺-doped poly-AMPS electrolyte
pp. 269-277(9)
Authors: Huang Y.-H.; Chen L.-C.; Ho K.-C.

The influences of operating voltage and cell gap on the performance of a solution-phase electrochromic device containing HV and TMPD
pp. 279-287(9)
Authors: Ho K.-C.; Fang Y.-W.; Hsu Y.-C.; Chen L.-C.

Phthalocyanines and related compounds as switchable materials upon strong irradiation: the molecular engineering behind the optical limiting effect
pp. 289-303(15)
Authors: Dini D.; Barthel M.; Schneider T.; Ottmar M.; Verma S.; Hanack M.

New electrochromic mirror systems
pp. 305-308(4)
Author: Richardson T.J.

Structural and electronic properties of magnesium-3D transition metal switchable mirrors
pp. 309-314(6)
Authors: Farangis B.; Nachimuthu P.; Richardson T.J.; Slack J.L.; Meyer B.K.; Perera R.C.C.; Rubin M.D.

Coloured electrochromic ''paper-quality'' displays based on modified mesoporous electrodes
pp. 315-321(7)
Authors: Corr D.; Bach U.; Fay D.; Kinsella M.; McAtamney C.; O'Reilly F.; Rao S.N.; Stobie N.

Author index to volume 165
pp. 323-325(3)

Subject index to volume 165
pp. 327-328(2)