Solid State Ionics

Preface - For the Editors Costas G. Vayenas, Guest-Editor, Solid State Ionics, December 1999
pp. 3-3(1)

Nanostructured materials in solid state ionics
pp. 5-19(15)
Author: Schoonman J.

Phase transformations and volume changes in spinel Li_xMn₂O₄
pp. 21-32(12)
Authors: Van der Ven A.; Marianetti C.; Morgan D.; Ceder G.

Thin-film lithium and lithium-ion batteries
pp. 33-45(13)
Authors: Bates J.B.; Dudney N.J.; Neudecker B.; Ueda A.; Evans C.D.

Nanocomposite polymer electrolytes and their impact on the lithium battery technology
pp. 47-52(6)
Authors: Croce F.; Persi L.; Ronci F.; Scrosati B.

Electronic structure and reactivity of Li_1-xMn₂O₄ cathode
pp. 53-59(7)
Authors: Molenda J.; Swierczek K.; Molenda M.; Marzec J.

Electrochemical lithium intercalation into a hexagonal WO₃ framework and its structural change
pp. 61-69(9)
Authors: Hibino M.; Han W.; Kudo T.

Effect of iron on the electrochemical behaviour of lithium nickelate: from LiNiO₂ to 2D-LiFeO₂
pp. 71-79(9)
Authors: Delmas C.; Prado G.; Rougier A.; Suard E.; Fournes L.

New materials for polymer electrolytes
pp. 81-86(6)
Authors: Mustarelli P.; Quartarone E.; Tomasi C.; Magistris A.

Search for suitable matrix for the use of tin-based anodes in lithium ion batteries
pp. 87-93(7)
Authors: Santos-Pena J.; Brousse T.; Schleich D.M.

Transmission electron microscopy (TEM) analysis of two-phase reaction in electrochemical lithium insertion within -MoO₃
pp. 95-100(6)
Authors: Iriyama Y.; Abe T.; Inaba M.; Ogumi Z.

Lithium insertion into self-organized mesoscopic TiO₂ (anatase) electrodes
pp. 101-106(6)
Authors: Krtil P.; Fattakhova D.; Kavan L.; Burnside S.; Gratzel M.

Mechanochemical synthesis of LiMn₂O₄ cathode material for lithium batteries
pp. 107-114(8)
Authors: Kosova N.V.; Uvarov N.F.; Devyatkina E.T.; Avvakumov E.G.

Anomaly in the potential-composition profile of a LiMn₂O₄ spinel at low temperature
pp. 115-120(6)
Authors: Abiko H.; Hibino M.; Kudo T.

Electrochemical performances of layered LiM_1-yM_y'O₂ (M=Ni, Co; M'=Mg, Al, B) oxides in lithium batteries
pp. 121-130(10)
Authors: Julien C.; Nazri G.A.; Rougier A.

Synthesis and properties of LiGa_xMg_yNi_1-x-yO₂ as cathode material for lithium ion batteries
pp. 131-135(5)
Authors: Yu A.; Subba Rao G.V.; Chowdari B.V.R.

Enhancement of discharge capacity of Li₃V₂(PO₄)₃ by stabilizing the orthorhombic phase at room temperature
pp. 137-142(6)
Authors: Sato M.; Ohkawa H.; Yoshida K.; Saito M.; Uematsu K.; Toda K.

On the diffusion of Li⁺ defects in LiCoO₂ and LiNiO₂
pp. 143-147(5)
Authors: Nakamura K.; Ohno H.; Okamura K.; Michihiro Y.; Nakabayashi I.; Kanashiro T.

Cation coordination in ion-conducting gels based on PEO-grafted polymers
pp. 149-154(6)
Authors: Adebahr J.; Gavelin P.; Jannasch P.; Ostrovskii D.; Wesslen B.; Jacobsson P.

Electrical conductivity, DSC and NMR studies of PEG and PPG containing lithium salts
pp. 155-161(7)
Authors: Wintersgill M.C.; Fontanella J.J.; Stallworth P.E.; Newman S.A.; Chung S.H.; Greenbaum S.G.

Novel tin oxide-based anodes for Li-ion batteries
pp. 163-167(5)
Authors: Belliard F.; Connor P.A.; Irvine J.T.S.

Vitreous tin oxide-based thin film electrodes for Li-ion micro-batteries
pp. 169-174(6)
Authors: Branci C.; Benjelloun N.; Sarradin J.; Ribes M.

SnSb_x-based composite electrodes for lithium ion cells
pp. 175-180(6)
Authors: Yang J.; Takeda Y.; Imanishi N.; Ichikawa T.; Yamamoto O.

The crystal structural evolution of nano-Si anode caused by lithium insertion and extraction at room temperature
pp. 181-191(11)
Authors: Li H.; Huang X.; Chen L.; Zhou G.; Zhang Z.; Yu D.; Jun Mo Y.; Pei N.

Hydrothermal synthesis of hexagonal tungsten trioxide from Li₂WO₄ solution and electrochemical lithium intercalation into the oxide
pp. 193-197(5)
Authors: Komaba S.; Kumagai N.; Kato K.; Yashiro H.

On the improvement of Li charge/discharge cyclability of carbon fibers by making a C/C composite with thermosetting resins
pp. 199-207(9)
Authors: Saito M.; Yamaguchi K.; Sekine K.; Takamura T.

Surface modification of natural graphite particles for lithium ion batteries
pp. 209-212(4)
Authors: Tsumura T.; Katanosaka A.; Souma I.; Ono T.; Aihara Y.; Kuratomi J.; Inagaki M.

Impedance study of the Li^o/electrolyte interface upon cycling
pp. 213-221(9)
Authors: Orsini F.; Dolle M.; Tarascon J.-M.

Effect of the lactate precursor on the microstructure of Li_1+xMn _2-xO₄ with 0=<x=<0.33
pp. 223-228(6)
Authors: Gorova M.; Zhecheva E.

The charge/discharge mechanism of polyaniline films doped with LiBF₄ as a polymer electrode in a Li secondary battery
pp. 229-234(6)
Authors: Ryu K.S.; Kim K.M.; Kang S.-G.; Lee G.J.; Chang S.H.

Transport properties of Bi₂Sr₂CaCu₂O_8-y at high temperatures
pp. 235-240(6)
Authors: Molenda J.; Nowak I.; Jedynak L.; Marzec J.; Stoklosa A.

Combustion synthesis and characterization of substituted lithium cobalt oxides in lithium batteries
pp. 241-248(8)
Authors: Julien C.; Camacho-Lopez M.A.; Mohan T.; Chitra S.; Kalyani P.; Gopukumar S.

Plastic PVDF-HFP electrolyte laminates prepared by a phase-inversion process
pp. 249-257(9)
Authors: Du Pasquier A.; Warren P.C.; Culver D.; Gozdz A.S.; Amatucci G.G.; Tarascon J.-M.

Structural characterisation of new metastable NiO₂ phases
pp. 259-266(8)
Authors: Croguennec L.; Pouillerie C.; Delmas C.

X-ray absorption investigation on the ternary system lithium manganese oxide
pp. 267-272(6)
Authors: Buhrmester T.; Martin M.

Single-step fabrication of Li_1-xNi_1+xO₂ and LiCoO₂ films by Soft Solution-Processing at 20-200^oC
pp. 273-276(4)
Authors: Han K.-S.; Song S.-W.; Fujita H.; Yoshimura M.

Effect of LiOH concentration change on simultaneous preparation of LiCoO₂ film and powder by hydrothermal method
pp. 277-281(5)
Authors: Song S.-W.; Han K.-S.; Sasagawa I.; Watanabe T.; Yoshimura M.

Characterization of the passivation layer at the polymer electrolyte/lithium electrode interface
pp. 283-290(8)
Authors: Le Granvalet-Mancini M.; Hanrath T.; Teeters D.

Sol-gel chromium-vanadium mixed oxides as lithium insertion compounds
pp. 291-295(5)
Authors: Soudan P.; Pereira-Ramos J.P.; Farcy J.; Gregoire G.; Baffier N.

Optimizing carbon/LiMn₂O₄ rechargeable Li-ion cells: the effect of electrode fabrication and mass balance on cell performance
pp. 297-304(8)
Authors: Terzidis D.; Mitsas C.L.; Hatzikraniotis E.; Papadopoulos I.; Zorba T.; Moumouzias G.; Siapkas D.I.; Kokkou S.

Advances in solid oxide fuel cell technology
pp. 305-313(9)
Author: Singhal S.C.

Polymer electrolytes and the electric vehicle
pp. 315-323(9)
Author: Kalhammer F.R.

A techno-economic model for SOFC power systems
pp. 325-330(6)
Authors: Khandkar A.; Hartvigsen J.; Elangovan S.

Activation processes, electrocatalysis and operating protocols enhance SOFC performance
pp. 331-336(6)
Author: McEvoy A.J.

Reaction mechanism of Ni pattern anodes for solid oxide fuel cells
pp. 337-345(9)
Authors: Bieberle A.; Gauckler L.J.

High performance electrodes for medium-temperature solid oxide fuel cells: Activation of La(Sr)CoO₃ cathode with highly dispersed Pt metal electrocatalysts
pp. 347-351(5)
Authors: Uchida H.; Arisaka S.; Watanabe M.

Cathodic reaction mechanism of dense La_0.6Sr_0.4CoO₃ and La_0.81Sr_0.09MnO₃ electrodes for solid oxide fuel cells
pp. 353-358(6)
Authors: Endo A.; Fukunaga H.; Wen C.; Yamada K.

Synthesis of (La,Sr)MeO₃ (Me=Cr, Mn, Fe, Co) solid solutions from aqueous solutions
pp. 359-364(6)
Authors: Yao T.; Uchimoto Y.; Sugiyama T.; Nagai Y.

Ceramic conductors for electrochemical cell applications: new perspectives in materials and synthesis
pp. 365-372(8)
Authors: Jurado J.R.; Chinarro E.; Colomer M.T.

Preparation of thin film SOFCs working at reduced temperature
pp. 373-380(8)
Authors: Charpentier P.; Fragnaud P.; Schleich D.M.; Gehain E.

Electrical conductivity and mechanical properties of alumina-dispersed doped lanthanum gallates
pp. 381-388(8)
Authors: Yasuda I.; Matsuzaki Y.; Yamakawa T.; Koyama T.

Vaporization process of Ga from doped LaGaO₃ electrolytes in reducing atmospheres
pp. 389-396(8)
Authors: Yamaji K.; Negishi H.; Horita T.; Sakai N.; Yokokawa H.

Fabrication of La_1-xSr_xGa_1-yMg_yO_3-(x+y)/2 thin films by pulsed laser ablation
pp. 397-402(6)
Authors: Mathews T.; Manoravi P.; Antony M.P.; Sellar J.R.; Muddle B.C.

Total electrical conductivity and defect structure of ZrO₂-CeO₂-Y₂O₃-Gd₂O₃ solid solutions
pp. 403-409(7)
Authors: Tsoga¹ A.; Naoumidis A.; Stover D.

Observation of diffuse electron scattering in Sr- and Mg-doped LaGaO₃
pp. 411-417(7)
Authors: Mathews T.; Sellar J.R.

Complex impedance studies of proton-conducting membranes
pp. 419-423(5)
Authors: Edmondson C.A.; Stallworth P.E.; Chapman M.E.; Fontanella J.J.; Wintersgill M.C.; Chung S.H.; Greenbaum S.G.

Alternative anode material for gradual methane reforming in solid oxide fuel cells
pp. 425-431(7)
Authors: Vernoux P.; Guillodo M.; Fouletier J.; Hammou A.

Chromite/titanate based perovskites for application as anodes in solid oxide fuel cells
pp. 433-438(6)
Authors: Pudmich G.; Boukamp B.A.; Gonzalez-Cuenca M.; Jungen W.; Zipprich W.; Tietz F.

5 mol% TiO₂-doped Ni-YSZ anode cermets for solid oxide fuel cells
pp. 439-444(6)
Authors: Skarmoutsos D.; Tsoga A.; Naoumidis A.; Nikolopoulos P.

Kinetic parameters influencing the performance of IT-SOFC composite electrodes
pp. 445-450(6)
Authors: Steele B.C.H.; Hori K.M.; Uchino S.

Zirconia-based SOFC with non-noble electrodes fed by air-methane mixture
pp. 451-456(6)
Authors: Demin A.K.; Gulbis F.Y.

Polarized electrochemical vapor deposition for cermet anodes in solid oxide fuel cells
pp. 457-462(6)
Authors: Young J.L.; Etsell T.H.

Performance of composite LaCoO₃-La₂(Zr,Y)₂O₇ cathodes
pp. 463-467(5)
Authors: Figueiredo F.M.; Frade J.R.; Marques F.M.B.

Chromium diffusion in lanthanum chromites
pp. 469-474(6)
Authors: Sakai N.; Yamaji K.; Horita T.; Negishi H.; Yokokawa H.

Characteristics of lanthanum strontium chromite prepared by glycine nitrate process
pp. 475-479(5)
Authors: Yang Y.-J.; Wen T.-L.; Tu H.; Wang D.-Q.; Yang J.

Oxygen chemical potential variation in ceria-based solid oxide fuel cells determined by Raman spectroscopy
pp. 481-485(5)
Authors: Mineshige A.; Taji T.; Muroi Y.; Kobune M.; Fujii S.; Nishi N.; Inaba M.; Ogumi Z.

Micro-SOFC system using butane fuel
pp. 487-491(5)
Authors: Sammes N.M.; Boersma R.J.; Tompsett G.A.

Losses resulting from in-plane electricity conduction in tubular solid oxide fuel cells
pp. 493-502(10)
Authors: Boersma R.J.; Sammes N.M.; Fee C.J.

Intermediate temperature fuel cells using alkaline and alkaline earth fluoride-based electrolytes
pp. 503-512(10)
Authors: Zhu B.; Albinsson I.; Mellander B.-E.

Synthesis, electrical properties and thermal analysis of transition metal-doped Mg₂TiO₄ spinels
pp. 513-518(6)
Authors: Flot D.M.; Irvine J.T.S.

Tetragonal tungsten bronze type phases (Sr_1-xBa_x)_0.6Ti_0.2Nb_0.8O_3-: Material characterisation and performance as SOFC anodes
pp. 519-524(6)
Authors: Kaiser A.; Bradley J.L.; Slater¹ P.R.; Irvine J.T.S.

Electrical characterisation of ceramic conductors for fuel cell applications
pp. 525-528(4)
Authors: Martnez-Juarez A.; Sanchez L.; Chinarro E.; Recio P.; Pascual C.; Jurado J.R.

Chemical reactivity of perovskite oxide SOFC cathodes and yttria stabilized zirconia
pp. 529-535(7)
Authors: Kostogloudis G.C.; Tsiniarakis G.; Ftikos C.

Crystal structure, thermal expansion and electrical conductivity of Pr_1-xSr_xCo_0.2Fe_0.8O_3- (0=<x=<0.5)
pp. 537-541(5)
Authors: Kostogloudis G.C.; Ftikos C.

Material properties of La_0.8Sr_0.2Ga_0.9+xMg_0.1O_3- as a function of Ga content
pp. 543-547(5)
Authors: Ahmad-Khanlou A.; Tietz F.; Stover D.

Preparation and characterisation of La_1-xSr_xGa_1-yMg_yO_3-(x+y)/2 for the investigation of cation diffusion processes
pp. 549-555(7)
Authors: Schulz O.; Martin M.

A manometric method for the determination of chemical diffusion in non-stoichiometric oxides: Example of (La,Sr)Mn)O₃
pp. 557-561(5)
Authors: Bak T.; Nowotny J.; Rekas M.; Sorrell C.C.; Vance E.R.

Surface electrical properties of (La,Sr)(Co,Fe,Mn)O₃
pp. 563-565(3)
Authors: Bak T.; Nowotny J.; Rekas M.; Sorrell C.C.; Vance E.R.

Sintering and properties of nanosized ceria solid solutions
pp. 567-573(7)
Authors: Kleinlogel C.; Gauckler L.J.

Interaction of oxygen with oxides: - How to interpret measured effective rate constants?
pp. 575-588(14)
Author: Maier J.

Process of solid state reaction between doped ceria and zirconia
pp. 589-594(6)
Authors: Eguchi K.; Akasaka N.; Mitsuyasu H.; Nonaka Y.

Structure, Raman spectra and defect chemistry modelling of conductive pyrochlore oxides
pp. 595-602(8)
Authors: Poulsen F.W.; Glerup M.; Holtappels P.

Limitations of charge-transfer models for mixed-conducting oxygen electrodes
pp. 603-612(10)
Author: Adler S.B.

Study of oxygen exchange and transport in mixed conducting cobaltates by electrochemical impedance spectroscopy
pp. 613-618(6)
Authors: Diethelm S.; Closset A.; Van herle J.; McEvoy A.J.; Nisancioglu K.

Defect structure and chemical diffusion in BaTiO_3-
pp. 619-623(5)
Authors: Yoo H.-I.; Song C.-R.

High-temperature Mossbauer spectroscopy of electronic disorder in complex oxides
pp. 625-630(6)
Authors: Mack D.E.; Wissmann S.; Becker K.D.

Mixed electronic-oxide ionic conductivity and oxygen permeating property of Fe-, Co- or Ni-doped LaGaO₃ perovskite oxide
pp. 631-636(6)
Authors: Ishihara T.; Yamada T.; Arikawa H.; Nishiguchi H.; Takita Y.

Preparation of LaSrCoFeO_3-x membranes
pp. 637-642(6)
Authors: Luyten J.; Buekenhoudt A.; Adriansens W.; Cooymans J.; Weyten H.; Servaes F.; Leysen R.

Electronic transport properties and electronic structure of TiO₂-doped YSZ
pp. 643-651(9)
Authors: Kobayashi K.; Yamaguchi S.; Higuchi T.; Shin S.; Iguchi Y.

Electrical conductivity of CeO₂-doped YSZ
pp. 653-661(9)
Authors: Lee C.H.; Choi G.M.

Ce³⁺ concentration in ZrO₂-CeO₂-Y₂O₃ system studied by electronic Raman scattering
pp. 663-667(5)
Authors: Otake T.; Yugami H.; Naito H.; Kawamura K.; Kawada T.; Mizusaki J.

Oxygen transport properties in ZrO₂-CeO₂-Y₂O₃ by SIMS analyses
pp. 669-673(5)
Authors: Naito H.; Sakai N.; Otake T.; Yugami H.; Yokokawa H.

Electrical conductivities and chemical stabilities of mixed conducting pyrochlores for SOFC applications
pp. 675-679(5)
Authors: Holtappels P.; Poulsen F.W.; Mogensen M.

Oxygen transport through SrFe_1.125Co_0.375O_y coupled with oxidation of carbon monoxide
pp. 681-685(5)
Authors: Ran S.; Zhang X.; Yang P.H.; Jiang M.; Peng D.K.; Chen C.S.

Phase relations, chemical diffusion and electrical conductivity in pure and doped Sr₄Fe₆O₁₃ mixed conductor materials
pp. 687-697(11)
Authors: Bredesen R.; Norby T.; Bardal A.; Lynum V.

Measurement of ionic conductivity in mixed conducting compounds using solid electrolyte microcontacts
pp. 699-707(9)
Authors: Zipprich W.; Wiemhofer H.-D.

Oxygen diffusion and surface exchange in La_2-xSr_xNiO₄₊
pp. 709-712(4)
Authors: Skinner S.J.; Kilner J.A.

Oxygen permeation of SrFe_0.67Co_0.33O_3-d
pp. 713-717(5)
Authors: Aasland S.; Tangen I.L.; Wiik K.; Odegard R.

Electrical conduction and oxygen transport in SrFeCo_0.5O_x oxide membranes
pp. 727-730(4)
Authors: Liu W.; Zhang G.G.; Xie S.; Chen C.S.; Meng G.Y.; Peng D.K.

Conductivity relaxation experiments on Ni_1-O
pp. 731-736(6)
Authors: Rom I.; Jantscher W.; Sitte W.

Peculiarity of O^2- and Li⁺ electrodiffusion into lithium niobate single crystals
pp. 737-742(6)
Authors: Bredikhin S.; Scharner S.; Klinger M.; Kveder V.; Red'kin B.; Weppner W.

Sintering behavior of Ca- or Sr-doped LaCrO₃ perovskites including second phase of AECrO₄ (AE=Sr, Ca) in air
pp. 743-748(6)
Authors: Mori M.; Hiei Y.; Sammes N.M.

Transfer phenomena in an electrochemical reactor based on mixed oxide conductor
pp. 749-755(7)
Authors: Demin A.K.; Dunyushkina L.A.

Oxygen-deficient perovskite compounds with oxide ion conduction
pp. 757-760(4)
Authors: Arachi Y.; Asai T.; Yamamoto O.; Takeda Y.; Imanishi N.

Oxygen stoichiometry of Sr_0.97(Ti,Fe)O_3- materials
pp. 761-764(4)
Authors: Ferreira A.A.L.; Abrantes J.C.C.; Jurado J.R.; Frade J.R.

Mixed cobalt and nickel containing perovskite oxide for intermediate temperature electrochemical applications
pp. 765-769(5)
Authors: Shaw C.K.M.; Kilner J.A.; Skinner S.J.