SOLID OXIDE FUEL CELL

www.vniitf.ru Russian


CONTENTS

Section I. Overviews, theory

Introduction to Thermodynamics
of a Fuel Cell

V.N. Borisov, I.G.Lukashenko,M.A.Akhlyustin

HTMLPDF

Thermodynamics of the Solid Oxide Fuel Cell Based on the Proton-Conductive Electrolyte

A.K. Demin

HTMLPDF

Adhesives for Gas Sealing of Ceramic Parts Working at High Temperatures

O.N. Zaikovskaya, L.P. Lavrova, G.V. Studenikin, V.V.Kuranov

HTMLPDF

Glass Sealants for Sealing Solid Oxide Fuel Cells

V.V. Kuranov, S.P. Drovosekov, I.V.Popov

HTMLPDF

LanthanumStrontium Chromite Used in
Planar Solid Oxide Fuel Cells

I.Yu. Andreeva, S.. Vedernikova, T.V.Mokhon,
G.V.Studenikin, L.A. Perezhogina

HTMLPDF

Specifics of YSZ Nanopowders Processing and Electric Conductivity of YSZ Ceramics Based on these Powders

V.F. Chukharev, G.V. Studenikin, T.V. Mokhon, G.V. Lukashenko,
A.V. Ustyugov, O.E. Krylova, E.. Suvorova, M.V. Grechko, I.G. Efremova

HTMLPDF

Electrical Properties of Solid Oxide Fuel Cells

V.P. Brusentsov

HTMLPDF

Prospects for the Use of
Fuel Cell Power Plants
in Energy Supply

V.N. Borisov

HTMLPDF

Some Estimates of Solid Oxide Fuel Cell Lifetime Associated with the Diffusion of Electrode Coatings into the Solid Electrolyte

I.G. Lukashenko, V.N. Borisov

HTMLPDF

Section II. Materials and Technologies Research

Analysis of Stability of BaCeO3Nd Ceramics and its Electrophysical Properties in Oxidizing and Reducing Atmospheres at (700-900) 

V.P. Gorelov, V.B. Balakireva, N.V. Sharova, A.V. Valentsev, Yu.N. Kleshov, V.P. Brusentsov

HTMLPDF

Synthesis and Electrophysical Properties
of BaZrO3-Based Protonic Solid Electrolytes

V.B. Balakireva, V.P. Gorelov, V.P. Brusentsov, Yu.N. Kleshov

HTMLPDF

Physicochemical Properties of BaPr1xYxO3a

V.P. Gorelov, B.L. Kuzin, V.B. Balakireva, N.V. Sharova
G.K. Vdovin, S.M. Beresnev, V.P. Brusentsov, Yu.N. Kleshov

HTMLPDF

Instability of Fuel Cell with BaCe0.9Nd0.1O3-a Electolyte
in CO2 Containing Fuel Mixtures

V.P. Brusentsov, A.V. Brusentsov, A.P. Tkachenko

HTMLPDF

The Effect of Zirconia Nano-Powder Addition on Ceramics Sintering Temperature

G.V. Studenikin, T.V. Mokhon, G.V. Lukashenko,
E.A. Suvorova, D.I. Shestakov, A.V. Brusentsov, V.V. Kulaev

HTMLPDF

Ceria Gadolinium (CeGd)-based Solid Electrolyte

V.P. Bulanov, G.V. Studenikin, G.V. Lukashenko, T.V. Mokhon, V.V. Kulaev, I.G. Lukashenko, A.P. Tkachenko, D.I. Shestakov, N.G. Lapteva, L.A. Garina

HTMLPDF

Research of Electric Performance
of Zirconia SOFC, Made with Nanopowder

V.F.Chukharev, V.V.Kulaev, I.G.Lukashenko, A.D.Zakutnev, A.P.Tkachenko

HTMLPDF

Sol-Gel Technology for Production
of Oxygen-Ion Conducting Solid Solutions of Zirconium Dioxide

G.N. Popova, I.K. Gornovaya, A.V. Ustugov, N.N. Laptev,
L.A. Cheburina, M.A. Mokrushina

HTMLPDF

Solid Zirconia-based Electrolyte for Planar Fuel Cells

Yu.N. Kleschev, G.V. Studenikin, T.V. Mokhon, G.V. Lukashenko, I.G. Efremova

HTMLPDF

Analysis of Electrolyte Made of YSZ Nanopowder

A.V.Ustyugov, A.P.Tkachenko, V.F.Chukharev

HTMLPDF

Analysis of Hydrogen Permeability of Some Solid Oxide Fuel Cell Materials

V.P. Brusentsov, V.V. Kuranov, A.V. Brusentsov

HTMLPDF

Strength Analysis of the Planar Solid Oxide Fuel Cells

V.P. Brusentsov, V.V. Kuranov, A.V. Brusentsov, E.A. Kuranova, Yu.N. Kleschev, D.I. Shestakov, N.V. Eroshenkova

HTMLPDF

Research of Electrical Properties
Distribution along the Length of
Solid Oxide Fuel Cell

V.F. Chukharev, V.V. Kulaev, A.D. Zakutnev, I.G. Lukashenko

HTMLPDF

Research of Materials Compression
and Tension Properties
Based on Results of 4-point Flexure Tests

V.V. Kuranov, A.V. Abramov, S.G. Botov, A.N.Khrulyov

HTMLPDF

Application of Hologram Interferometry
for Optimization of solid Oxide Fuel Cells
Production Technology

V.V. Kuranov, N.N. Romanenko, Yu.V. Khudyakov

HTMLPDF

Synthesis and Research of Properties
of Lanthanum-Strontium Chromite

L.A. Perezhogina, N.N. Laptev, A.P. Tkachenko, I. Yu. Orlova,
E.N.Kovaleva, L.A. Cheburina

HTMLPDF

Technology of Forming and Sintering of Lanthanum-Strontium Chromite Specimens

I.Yu. Andreeva, T.V.Mokhon, G.V. Studenikin, S.A. Vedernikova,
A.P. Tkachenko, V.V. Kulaev, I.G. Lukashenko, A.V. Brusentsov, V.V. Kuranov

HTMLPDF

Influence of Synthesis Conditions on
Physiochemical and Electrical Properties of
Lanthanum-Strontium Manganite

L.A. Perezhogina, S.A. Domracheva, N.N. Laptev, A.P. Tkachenko,
L.A. Cheburina, A.V. Ustyugov

HTMLPDF

Selection of Lanthanum Borate Glass-Ceramics
for Sealing Ceria Gadolinium SOFC

V.V. Kuranov, S.P. Drovosekov, I. V. Popov

HTMLPDF

Development of Technology
for Making Highly Active SOFC Anode

M.V. Grechko, V.F. Chukharev, I.G. Lukashenko

HTMLPDF

Contact Resistance of
Steel-Manganite System

A.S. Lipilin, N.A. Lobovikova, V.V. Sevastyanov

HTMLPDF

Prospects of Creation of Commercially Viable SOFC Power Plants

V.I. Shchekalov

HTMLPDF

Section III. Designs

Electrical Performance
of Tubular SOFC

I.G.Lukashenko, V.V. Kulaev, V.F. Chukharev

HTMLPDF

Electrical Performance
of Planar SOFC

D.V.Belov, .V. Ustyugov, V.F.Chuharev

HTMLPDF

Results of Testing Tubular SOFC External Cathode and Filled in Anode Current Collector

V.V. Kulaev, V.F. Chukharev, M.V. Grechko, I.G.Lukashenko, A.V. Ustyugov

HTMLPDF

Results of Testing Tubular SOFC External Cathode and Filled in Anode Current Collector

V.V. Kulaev, V.F. Chukharev, A.V. Ustyugov, M.V. Grechko, I.G.Lukashenko

HTMLPDF

SOFC Stack for Prototype 1 kW Power Plant

V.F. Chukharev, B.M. Bochkov, V.V. Kulaev, A.D. Zakutnev

HTMLPDF

SOFC-Based 0.4-1 kW Power Plant

S.M. Dorosev, I.V. Kazantseva

HTMLPDF

100 KW SOFC-BASED POWER PLANT

S.M. Dorosev

HTMLPDF
Previous Previous NextNext
Development of this web-site was sponsored by Closed Nuclear Cities Partnership (CNCP)
within the ISTC Project #3361p.