|
NO. |
Author |
Title |
Affiliation |
|
W001 |
N.A. Narkevich,
E.A. Ivanova, Yu.P. Mironov, and S.I. Belyuk |
Nitrogen-Doped
Chromium-Manganese Cast Iron Used to Obtain Wear-Resistant
Coatings by Electron Beam Surfacing |
Institute of
Strength Physics and Materials Sciense SB RAS, Russia |
|
W002 |
N.K. Galchenko,
B.V. Dampilon, S.I. Belyuk, V.P. Samartsev, and S.Yu.
Raskoshnii |
Electron Beam
Surfacing of Composite Powders Based on Cr20N0.5Mn20Fe -
TiCN Systems |
Institute of
Strength Physics and Materials Sciense SB RAS, Russia |
|
W003 |
X.-C. Xiongâ,
M. Goun¨¦â,
ââ,
A. Redjaïmiaâ |
The nitrogen: an
answer to develop very high strength and formable steels for
the automotive applications |
â
Laboratoire de Science et G¨¦nie des Surface, Ecole des Mines
de Nancy, Cedex FRANCE
ââ
Arcelor Research,
Cedex FRANCE |
|
W004 |
James C. Rawers |
Characterizing
High Interstitial Concentrations in Stainless Steels |
U.S. Department
of Energy, NETL-Albany |
|
W005 |
B. Messner, C.
Messner, A. Weisbrodt-Reisch, E.A. Werner |
On the
Thermomechanical Stability of High Nitrogen Alloyed Ferritic
¨C Austenitic Duplex Stainless Steels |
Department of Materials Science and Materials Mechanics, TU
M¨¹nchen, Germany
Christian
Doppler Laboratory of Mechanics of High Performance Alloys |
|
W006 |
Svetlana A.
Barannikova and Lev B. Zuev |
The effect of
interstitial impurity content on the parameters of plastic
deformation localization in austenitic steel monocrystals |
Institute of Strength Physics and Materials Science, Russia |
|
W007 |
V.A. Durinin, E.Y.
Kolpishon, Y.I. Utochkin, E.V. Shitov, S.E. Shkliaev |
Problems of
P-900 steel retaining rings production |
United Heavy Machinery(UHM), Kolpino, Russia |
|
W008 |
E.Y. Kolpishon,
Y.I. Utochkin, E.V. Shitov |
An equivalent
composition of structure-stable HNS |
UHM, Kolpino, Russia |
|
W009 |
MANSUR ZIATDINOV,
IGOR SHATOKHIN |
Manufacture of
sintered chrome mononitride ¡°CHROMNITRID¡± and its usage for
producing high-nitrogen stainless steel |
STPF ETALON, RUSSIA |
|
W010 |
Ping Liu |
Precipitation in
High Nitrogen Duplex Stainless Steels |
R & D Centre, Sandvik Materials Technology, Sweden |
|
W011 |
Michael
Korchynsky |
Enhanced Nitrogen
Ferritic Steels |
Stractcor, Inc., PA USA |
|
W012 |
Mats Liljas and
Bernd Beckers |
Development and
use of 4565, a high nitrogen superaustenitic stainless steel |
Outokumpu Stainless AB |
|
W013 |
1) Markus O.
Speidel
2) Markus Diener |
Impact Toughness
and Fracture Toughness of High Nitrogen Steels |
1) Swiss Academy of Materials Science
2) Swiss Federal Institute of Technology, ETH |
|
W014 |
Markus O. Speidel |
Nitrogen
Containing Austenitic Stainless Steels of the Type 200
Series |
Swiss Academy of Materials Science |
|
W015 |
Sung-Joon Kim,
1, Tae-Ho Lee 1, and Setsuo Takaki 2 |
Tensile behavior
of aged high-nitrogen
austenitic
stainless steel |
1
ECO-Materials Research Center, Korea
2
Department of Materials Science and Engineering, Kyushu
University, Japan |
|
W016 |
L. M. Panfilova
and L.A. Smirnov |
The Role Of
Nitrogen In Microalloyed HSLA Structural Steels Of New
Generation |
RF State Research
Centre ¡°Ural Institute of Metals¡±, Stock Co., Russia |
|
W017 |
Alexander Kazakov,
Jerzy Schmidt, Zygmunt W§åjcicki, Lev Chigintsev |
Chemical
Composition And Technology of High Nitrogen Cr-Ni Alloys for
Screw Propeller Application |
Saint-Petersburg
State Polytechical University, Russian Federation |
|
W018 |
Jacques FOCT |
Fundamentals of
interstitial alloys as support of the development of H.N.S. :
retrospect and prospect |
Laboratoire de
M¨¦tallurgie Physique et G¨¦nie des Mat¨¦riaux, Universit¨¦ de
Lille I, Cedex France |
|
W019 |
G Chai*, P
Larsson, L Lindell, J-O Nilsson, M Hättestrand, and P Kangas |
On the ductile to
brittle transition behavior of super duplex stainless steels |
R&D, Sandvik
Materials Technology, Sweden |
|
W020 |
K. Ichii*, N.
Ueda **, K. Nakata*** |
Low Temperature
Ion-nitriding of Austenitic High Nitrogen Steel P900N Mo and
X3MnCrNiMo16-16-16-4 Steel |
* Faculty of
Engineering, Kansai University, Japan
** Technology
Research Institute of Osaka Prefecture, Japan
*** Joining &
Welding Research Institute Osaka University, Japan |
|
W021 |
C. M. Garz¨®n 1
and A. P. Tschiptschin2 |
New Insight Into
Phase Diagrams for Optimizing High Temperature Gas Nitriding
Treatment of Stainless Steels |
1
Brazilian Synchrotron Light Laboratory, Brazil
2
Metallurgical and Materials Engineering Department,
University of São Paulo, Brazil |
|
W022 |
YOSHINAO
Kobayashi and YASUYUKI Katada |
Creation of High
Nitrogen-bearing Stainless Steel by Pressurized ESR Method
with Aluminum Deoxidation |
Steel Research
Center, National Institute for Materials Science, Japan |
|
W023 |
Juho Talonen1,
Tero Taulavuori2 and Hannu Hänninen1 |
Effect of
Temperature and Strain Rate on Tensile Behaviour and
Microstructural Evolution of Nitrogen Alloyed Austenitic
Stainless Steel |
1
Helsinki University of Technology, Department of Mechanical
Engineering, Laboratory of Engineering Materials, Finland
2
Outokumpu Stainless Oy,
Finland |
|
W024 |
Tomoki SHIBATA,
Takufumi SUGIYAMA |
Nitrogen behavior
of pressurized induction furnace |
Daido Steel Co.,
Ltd., Japan |
|
W025 |
A.I.Balitskii |
Applications of
High Nitrogen Steels in Nuclear Power Plants Equipments |
Karpenko Physico-Mechanical
Institute National Academy of Sciences of Ukraine, Ukraine |
|
W026 |
Siwka JERZY |
Experimental
Measurements of Nitrogen Solubility in Liquid Nickel and
Cobalt |
Czestochowa
University of Technology
Faculty of
Process & Material Engineering and Applied Physics, Poland |
|
W027 |
Hutny ARTUR,
Siwka
JERZY |
Thermodynamic
Characteristics of Nitrogen in Liquid Vanadium |
Czestochowa
University of Technology
Faculty Process &
Material Engineering and Applied Physics, Poland |
|
W028 |
Thomas
Christiansen, Marcel A.J. Somers |
Low temperature
gaseous surface nitriding of stainless steel; an overview |
Technical
University of Denmark, Department of Manufacturing
Engineering and Management,
Denmark |
|
W029 |
1)Hannes J.
Speidel
2)Markus
O.Speidel |
High-Nitrogen,
High-Nickel Fe-Ni-Cr Alloys For Stress Corrosion Cracking
Resistance In Nuclear Environments |
1) Swiss Federal
Nuclear Safety Inspectorate
2) Swiss Academy
of Materials Science |
|
W030 |
A.G. Svyazhin |
Theory of Steel
Alloying with Gas Nitrogen |
Moscow Steel and
Alloys Institute,
Russia |
|
W031 |
A.G. Svyazhin,
L.M. Kaputkina, J. Siwka, V.E. Kindop |
Distribution of
nitrogen betveen solid solution and nitrides in Cr18Ni 10Ti
steel |
Moscow Steel and
Alloys Institute, Russia |
|
W032 |
L.M. Kaputkina,
V.G. Prokoshkina, A.G. Svyazhin |
Peculiarities of
strain aging under thermo-mechanical treatment of quenched
high nitrogen steels |
Moscow Steel and
Alloys Institute, Russia |
|
W033 |
R. Fluch, G.
Saller, H. Aigner |
A new cold
worked superaustenitic stainless steel for application in
the oilfield industry |
Böhler Edelstahl
GmbH & CoKG, Austria |
|
W034 |
N. Hirakawa,
N. Nakada,
T. Tsuchiyama, and
S. Takaki |
Microstructure
Development by Eutectoid Transformation in Fe-25Cr-1N Alloy |
Department of
Materials Science and Engineering, Kyushu University,
Japan |
|
W035 |
T. Tsuchiyama, N.
Hirakawa, N. Nakada and S. Takaki |
Grain Refinement
by Phase Transformations in Nickel-free High Nitrogen
Austenitic Steel |
Department of
Materials Science and Engineering, Kyushu University,
Japan |
|
W036 |
T. Nakanishi1,
T. Tsuchiyama2, H. Mitsuyasu1, Y.
Iwamoto1, S. Takaki2 |
Mechanical
Properties of Partially Solution-nitrided Austenitic
Stainless Steel Plate |
1 Department of
Orthopaedic Surgery, Graduate School of Medical Science,
Kyushu University, Japan
2 Department of
Materials Science and Engineering, Kyushu University,
Japan |
|
W037 |
Yuriy Yagodzinskyy,
Tapio Saukkonen, Jyrki Romu and Hannu Hänninen |
Comparative Study
of Nitrogen and Carbon Effects on Mechanism of Reversion of
¦Á´-Martensite to Austenite in Metastable AISI 301
Steel Grades |
Laboratory of
Engineering Materials, Helsinki University of Technology,
Finland |
|
W038 |
V.G. Gavriljuk |
Atomic
interactions and mechanisms of strengthening in nitrogen
steels |
G.V. Kurdyumov
Institute for Metal Physics, Kiev, Ukraine |
|
W039 |
Mr.Shuji Narita
Mr.Shuji Hamano
Mr.Tetsuya
Shimizu
Mr.Toshiharu
Noda |
Influence of
nickel content on properties of high nitrogen austenitic
stainless steels |
Department,
DAIDO STEEL CO.,LTD., Japan |
|
W040 |
Staffan Hertzman |
Nitrogen in
Stainless Steels ¨C a Thermodynamic Approach |
Outokumpu
Stainless Research Foundation, Sweden |
|
W041 |
Guocai Chai |
Micro deformation behavior and damage mechanisms
in super duplex stainless steels |
Sandvik Materials
Technology, R&D Centre, Sweden |
|
W042 |
Jan-Olof Nilsson |
Effects of
nitrogen in type 347 austenitic stainless steel during
long-term service at high temperatures |
R&D Centre,
Sandvik Materials Technology, Sweden |
|
W043 |
KATADA
Yasuyuki1, 2 |
Current Research
Activities of ISIJ-HNS Research Group in Japan |
1Chairperson of
ISIJ-HNS Research Group, Japan
2 National
Institute for Materials Science, Japan |
|
W044 |
Nuri AKDUT |
From Flat Carbon Austenitic Steels to ¡°Ni-Free¡± Austenitic
and Inverse Duplex Stainless Steels by Adding Nitrogen and
Carbon |
Arcelor Research Industry Gent / OCAS N.V., Belgium |
