|
Lecture
No.
|
Title
|
Speaker
|
Page
|
|
|
205
|
Influence of strong magnetic field on
pearlite transformation in a Fe-C-Ni alloy
|
G.H.Zhang
|
· · · 1322
|
|
206
|
Sphroidization of cementite in
hypereutectoid steel evaluated by small-angle neutron scattering
|
S.Morooka
|
· · · 1323
|
|
207
|
Computer-aided 3D visualization of
twisted cementite lamellae in eutectoid steel
|
Y.Adachi
|
· · · 1324
|
|
208
|
Martensitic transformation under chemical
composition gradient
|
M.Michiuchi
|
· · · 1325
|
|
209
|
Effect of Mo on hardenability in B-added
steels
|
T.Fujishiro
|
· · · 1326
|
|
210
|
(ISIJ Research Promotion Grant)
In-situ observation of butterfly-type martensite
in Fe-30%Ni alloy using high-resolution EBSD
|
H.Sato
|
· · · 1327
|
|
211
|
Effect of martensite in prior structure
on crystallographic feature of bainite
|
H.Kawata
|
· · · 1328
|
|
212
|
Reassessment of generation of nitride-related
bake-hardenability in BH steel sheet with ultra low carbon
|
Y.Ishiguro
|
· · · 1329
|
|
213
|
Extended concept of copper sulfide
precipitation by tramp element "Cu" to Cu-intentionally-added Ti-IF
steel,simulated at the same level as mixed with scrape-based Cu at
blast-furnace & converter steelmaking process
|
Y.Ishiguro
|
· · · 1330
|
|
214
|
Effect of Si on work hardening behavior
in IF steel sheets
|
Y.Kawasaki
|
· · · 1331
|
|
215
|
Effect of aluminum content on the mechanical
properties of Ti-Nb bearing interstitial free high strength steel
|
Hee-jae
Kang
|
· · · 1332
|
|
216
|
Effects of Ti precipitations on the
fishscale defects of the cold rolled enamel steels
|
Hangsik
Cho
|
· · · 1333
|
|
217
|
Investigation of ferrite transformation
behaviors from steel-oxide interface
|
K.Kasai
|
· · · 1334
|
|
218
|
In-situ observation of microstructure
development in steels during continuous cooling
|
N.Oku
|
· · · 1335
|
|
219
|
Effect of oxide particles dispersion on
intragranular ferrite formation in steel
|
T.Suzuki
|
· · · 1336
|
|
220
|
Relationship between prior austenite
grain size and volume fraction of proeutectoid ferrite
|
S.Torizuka
|
· · · 1337
|
|
221
|
Effect of prior austenite grain size on
tensile propeties of (ferrite+Cr2N) lamellar eutectoid-structured steel
|
K.Tashiro
|
· · · 1338
|
|
222
|
Crystal orientation analysis of (ferrite +
Cr2N) lamellar eutectoid structure by electron backscattering diffraction
method
|
N.Nakada
|
· · · 1339
|
|
223
|
Solidification and sulfide formation in
Fe-Cr-Ni alloys
|
K.Nakama
|
· · · 1340
|
|
224
|
Phase field simulation on spheroidizing behavior
of pearlite structure in high carbon steel sheets
|
K.Okuda
|
· · · 1341
|
|
225
|
Phase-field simulation on microstructure
formation of cold-rolled dual-phase steel
|
K.Nakajima
|
· · · 1342
|
|
226
|
Modeling of recrystallization behavior in
extra-Low carbon steels
|
N.Nishitani
|
· · · 1343
|
|
227
|
(ISIJ Research Promotion Grant)
Model for predicting microstructure of
extralow carbon steels
|
T.Senuma
|
· · · 1344
|
|
228
|
Numerical calculation for kinetics of austenitization
of pure Fe during carburization
|
M.Kajihara
|
· · · 1345
|
|
229
|
Alloying effect on strength and hardness
of Ni-base dual two-phase intermetallic alloy
|
Y.Kaneno
|
· · · 1346
|
|
230
|
Metallurgical study on narrow gap TIG welding
procedure of thick section components for 700°C class boilers
|
Gang
Bao
|
· · · 1347
|
|
231
|
The influence of strengthening factors on
creep properties in Ni base alloy
|
T.Hamaguchi
|
· · · 1348
|
|
232
|
Fundamental study on the γ/γ' coherent precipitation
strengthening in Ni base alloys
|
M.Yonemura
|
· · · 1349
|
|
233
|
Grain boundary Fe2Nb laves phase
precipitation in creep of Fe-20Cr-30Ni-2Nb austenitic heat resistant steel
|
K.Yoshimura
|
· · · 1350
|
|
234
|
Role of grain boundary precipitation of
Fe2Nb laves phase in creep of Fe-20Cr-30Ni-2Nb austenitic heat resistant
steel
|
K.Kurata
|
· · · 1351
|
|
235
|
Strengthening of 17Cr-14Ni-7W austenitic
heat resisting steel by addition of phosphorus
|
N.Yoshimura
|
· · · 1352
|
|
236
|
Dependence of precipitation behaviour on
Cr content in high Cr ferritic heat resistant steels and the interdiffusion
of Fe-Cr system
|
K.Iwashita
|
· · · 1353
|
|
237
|
Observation of precipitates of high Cr ferritic
heat resistant steels containing delta ferrite using EPMA
|
K.Yoshioka
|
· · · 1354
|
|
238
|
Thermodynamic modeling of the Z phase in
the high Cr ferritic steels
|
T.Abe
|
· · · 1355
|
|
239
|
Modelling of creep damage due to martensite
recovery based on a CDM concept
|
H.Semba
|
· · · 1356
|
|
240
|
Evaluation of creep deformation behavior
of 12Cr ferritic heat resistant steel by stress change test
|
H.Hayakawa
|
· · · 1357
|
|
241
|
Change of misorientation by creep in high
temperature metals
|
R.Takaku
|
· · · 1358
|
|
242
|
Change in creep deformation with stress
in Ni-20mass%Cr alloy single crystal with stress axis of [001]
|
K.Naka
|
· · · 1359
|
|
243
|
The stacking fault of single crystal nickel-based
superalloy, CMSX-4, crept at 1123K-600MPa
|
N.Miura
|
· · · 1360
|
|
244
|
Morphology of γ' phase of single crystal
nickel-based superalloy serviced as 2nd high pressure turbine blade
|
K.Nakada
|
· · · 1361
|
|
245
|
Relationship between grain size and
microstructure, and yield stress in medium and high carbon steel
|
T.Hanamura
|
· · · 1362
|
|
246
|
Effect of composition and prior structure
on austenite grain size after reverse transformation in medium carbon steel
(Grain-refining-strengthening investigation by reverse transformation and
recrystallization of hot forging process-1)
|
S.Teramoto
|
· · · 1363
|
|
247
|
Hot deformation behaviors in austenite
region of medium carbon steel
|
M.Yamashita
|
· · · 1364
|
|
248
|
Formation of ultra fine ferrite structure
by warm deformation in medium carbon steels
|
K.Hase
|
· · · 1365
|
|
249
|
Microstructure and hardness of
V-microalloyed S45C steel after isochronal transformation
|
K.Sugita
|
· · · 1366
|
|
250
|
Interphase boundary precipitation of VC
accompanying proeutectoid ferrite transformation in medium-carbon steels
|
R.Hori
|
· · · 1367
|
|
251
|
Crystallography of proeutectoid ferrite
transformation and interphase boundary precipitation of VC
|
G.Miyamoto
|
· · · 1368
|
|
252
|
Interphase precipitation behavior in
isothermal transformed ferrite of V added middle carbon steel
|
T.Murakami
|
· · · 1369
|
|
253
|
Microstructure and hardness of vanadium
added pearlitic steels after isothermal transformation
|
Y.Daitoh
|
· · · 1370
|
|
254
|
Influence of additional alloying elements
on cellular precipitation in Ni-Cr-Al alloys
|
S.Ueta
|
· · · 1371
|
|
255
|
Effect of microstructure on the
mechanical properties of 980MPa grade steel
|
Jin-Keun
Oh
|
· · · 1372
|
|
256
|
Mechanical activation of combustion
synthesized LaFeO3 for oxidation of diesel particulate
|
K.Taniguchi
|
· · · 1373
|
|
257
|
High temperature nitriding behavior of
Fe-1mass%M(M=Al,Cr,V,Ti) binary alloys
|
H.Aota
|
· · · 1374
|
|
258
|
Hydrogen desorption spectra using thermal
desorption spectrometer detected from low-temperature
|
Y.Sato
|
· · · 1375
|
|
259
|
Hydrogen evolution spectra of pure iron
including various lattice defects using low-thermal desorption spectrometry
|
K.Fujita
|
· · · 1376
|
|
260
|
Dynamic behavior of hydrogen evolution
for high-strength low alloy steel during deformation
|
T.Takase
|
· · · 1377
|
|
261
|
Dynamic behavior of hydrogen evolution
for high-strength steel during elastic and plastic deformaion
|
T.Miyashita
|
· · · 1378
|
|
262
|
Effects of solution hydrogen and hydride
on hydrogen degradation of pure titanium
|
Y.Hasegawa
|
· · · 1379
|
|
263
|
Effect of hydrogen diffusion on thermal
desorption profile
(A numerical study)
|
K.Ebihara
|
· · · 1380
|
|
264
|
Analysis of trapping hydrogen site using
artificially produced Fe/TiN multilayers
|
K.Sasakawa
|
· · · 1381
|
|
265
|
Hydrogen degradation and enhanced lattice
defect formation by hydrogen
|
H.Shoda
|
· · · 1382
|
|
266
|
Delayed fracture characteristic of high
strength steel having VC trap site
|
T.Shobu
|
· · · 1383
|
|
267
|
Hydrogen embrittlement of
layer-integrated steels
|
K.Suzuki
|
· · · 1384
|
|
268
|
Evaluation of susceptibility to delayed fracture
of exposed SCM435 steel by slow strain rate test
|
Songjie
Li
|
· · · 1385
|
|
269
|
Phenomenological aspect of hydrogen
environment embrittlement of steels
(Effect of tensile strength on fracture mode under high pressure gaseous
hydrogen)
|
H.Arashima
|
· · · 1386
|
|
270
|
Effect of vanadium addition on rolling
contact fatigue phenomena due to hydrogen embrittlement
|
T.Kinami
|
· · · 1387
|
|
271
|
Rolling contact fatigue life of bearing
steels with different types of inclusions
|
K.Hashimoto
|
· · · 1388
|
|
272
|
Crack initiation behavior of non-metallic
incursions origin in rolling contact fatigue process
|
T.Udagawa
|
· · · 1389
|
|
273
|
Dynamic recrystallization of austenite in
S45C steel
|
M.Egashira
|
· · · 1390
|
|
274
|
Characteristics of microstructural factor
for pearlite steel transformed isothermally
|
S.Nishida
|
· · · 1391
|
|
275
|
Effect of scale layer on decarburizaion
sensitiviy in medium carbon steel
|
J.S.Lee
|
· · · 1392
|
|
276
|
Carbon introducing mechanism of
vacuum-carburizing
|
T.Morita
|
· · · 1393
|
|
277
|
Development of material for large-size
universal joint
(The first report:mechanical properties of steels for carburizing)
|
D.Kikuchi
|
· · · 1394
|
|
278
|
Development of material for large-size
universal joint
(The second report:resistance to crack initiation of carburized layer)
|
D.Kikuchi
|
· · · 1395
|
|
279
|
Effect of cleanliness improvement on
fatigue properties of nitrided ultrafine ferrite-cementite steels
|
H.Hirukawa
|
· · · 1396
|
|
280
|
Size effects on gigacycle fatigue
properties of SUP7 spring steels
|
Y.Furuya
|
· · · 1397
|
|
281
|
Effect of hydrogen on fatigue properties
for 550��-tempered S45C carbon steel
|
E.Takeuchi
|
· · · 1398
|
|
282
|
Effect of microscopic stress
concentration on fatigue endurance of high strength steel-2
|
S.Toyoda
|
· · · 1399
|
|
283
|
Effect of dew point on annealing behavior
and coating characteristics in IF high strength steels
|
S.H.Jeon
|
· · · 1400
|
|
284
|
Galvanizability and surface oxidation in
590MPa grade TRIP steel
|
T.C.Kim
|
· · · 1401
|
|
285
|
Study of selective oxidation on the
surface and subsurface of TRIP steels during annealing
|
Y.F.Gong
|
· · · 1402
|
|
286
|
Influence of solute Si on galvannealing
behavior of Si containing steel
|
T.Yasui
|
· · · 1403
|
|
287
|
The effect of reheating temperature on
phase structure and electrochemical properties of GA layer
|
K.Akioka
|
· · · 1404
|
|
288
|
Development of continuously galvanized
martensitic steels
|
Tae
J.Song
|
· · · 1405
|
|
289
|
(ISIJ Research Promotion Grant)
Understanding of yield point elongation
in ferritic steel based on grain refinement strengthening
|
S.Takaki
|
· · · 1406
|
|
290
|
(ISIJ Research Promotion Grant)
Effect of grain size on work hardening
behavior of ferritic steels
|
S.Takaki
|
· · · 1407
|
|
291
|
The difference of work hardening behavior
during tensile deformation between soft Cu particles dispersion steel and hard
carbide particles dispersion steel
|
M.Murakami
|
· · · 1408
|
|
292
|
Effect of hard second-phase on
bauschinger effect of low carbon high strength steels
|
N.Ishikawa
|
· · · 1409
|
|
293
|
The effect of grain size on tensile deformation
properties for ferrite-cementite steels
|
K.Miyata-Kawano
|
· · · 1410
|
|
294
|
Development of 780MPa grade steel plates
with low yield ratio by microstructural control of dual phase
|
K.Ueda
|
· · · 1411
|
|
295
|
Geometrical requirement for enhanced
fracture elongation of as-quenched martensite steel
|
J.Inoue
|
· · · 1412
|
|
296
|
Transition in deformation behavior of
as-quenched martensite during uniaxial tensile deformation
|
S.Nambu
|
· · · 1413
|
|
297
|
Crystallographic analysis of deformation
behavior of as-quenched martensite
|
M.Michiuchi
|
· · · 1414
|
|
298
|
Measurement of strain distribution of
martensitic steel under tensile loading
|
Y.Ishimoto
|
· · · 1415
|
|
299
|
Interfacial bonding strength and tensile
elongation of multi-layered steel composites
|
S.Nambu
|
· · · 1416
|
|
300
|
Development of the bonding strength of
brittle/ductile multi-layered steels
|
I.Hattori
|
· · · 1417
|
|
301
|
Effect of martensitizing temperature on
creep of modified 9% Cr steel
|
M.Tamura
|
· · · 1418
|
|
302
|
Effects of normalizing and tempering
temperatures on creep strength in 10Cr-1Mo-V-Nb steels
|
S.Morioka
|
· · · 1419
|
|
303
|
Effect of prior austenite grain size on
creep properties of P92 type steels
|
M.Yoshizawa
|
· · · 1420
|
|
304
|
Effect of boron on creep strength of high
Cr heat resisting steel welds
|
M.Tabuchi
|
· · · 1421
|
|
305
|
Heat-to-heat variation in creep life of
12%Cr steels and their degradation behavior
|
F.Abe
|
· · · 1422
|
|
306
|
Influence of Al and N on the creep
deformation property of 9Cr ferritic creep resistant steel
|
H.Miyazaki
|
· · · 1423
|
|
307
|
Effect of cobalt on long term creep
deformation behavior of tempered martensitic 9Cr steel for USC power plant
|
L.Helis
|
· · · 1424
|
|
308
|
Extrapolation of long-term creep strength
by Monkman-Grant relationship in high-chromium martensitic steels
|
Y.Nagae
|
· · · 1425
|
|
309
|
Behavior of creep voids formation on 12Cr
ferritic heat resistant steel
|
Y.Nakazato
|
· · · 1426
|
|
310
|
Development of high chromium steel FR
grade by optimizing V and Nb -3-
(Stability evaluation of precipitation strengthening mechanism of Nb under
creep deformation)
|
T.Onizawa
|
· · · 1427
|
|
311
|
Development of ferritic cast steel for
turbine housing
|
H.Takabayashi
|
· · · 1428
|
|
312
|
An improvement of creep properties in
cobalt free Fe-12Ni-5Cr-5Mo alloys
|
S.Muneki
|
· · · 1429
|
|
313
|
Prediction of precipitation sequence in
18Cr-8Ni steel by system free energy method
|
Y.Toda
|
· · · 1430
|
|
314
|
Dynamic measurement of ductile crack
propagation resistance for line pipe steel
|
Y.Imai
|
· · · 1431
|
|
315
|
Development of simulation model for
ductile crack propagation in high-pressure gas (Pipelines coupling
gas-decompression and dynamic fracture)
|
K.Misawa
|
· · · 1432
|
|
316
|
Ductile crack initiation of girth welded
joints of X80 linepipe
|
H.Motohashi
|
· · · 1433
|
|
317
|
Fundamental investigation on the
evaluation of brittle crack arrest toughness of steel plates
|
T.Ando
|
· · · 1434
|
|
318
|
Influence of crack propagation conditions
on cleavage surface morphologies in steel
|
K.Sugimoto
|
· · · 1435
|
|
319
|
Influence of heat treatment prior to
rolling on recrystallization texture in 3%Si steel
|
Y.Shingaki
|
· · · 1436
|
|
320
|
The roll of cold rolling reduction on
recrystallization along shear bands in Fe-3%Si alloy
|
K.Murakami
|
· · · 1437
|
|
321
|
Effect of grain boundary mobility on
Goss-grain evolution in grain-oriented elecrtical steel
|
Y.Ushigami
|
· · · 1438
|
|
322
|
Modeling of magnetic domain in
grain-oriented electrical steel sheets
|
H.Yamaguchi
|
· · · 1439
|
|
323
|
The characteristics of the PLC bands in
TWIP steel
|
Han
S.Kim
|
· · · 1440
|
|
324
|
In-situ synchrotron X-ray diffraction application
to the study of bake-hardening properties of TRIP steels
|
Han
S.Kim
|
· · · 1441
|
|
325
|
Impact properties of Al-Nb-Mo bearing
ultra high strength TRIP-aided bainitic ferrite steels
|
T.Hojo
|
· · · 1442
|
|
326
|
The influence of Si and Al on the
mechanical properties of TRIP-aided steels
|
T.Nakagaito
|
· · · 1443
|
|
327
|
Effect of titanium on the γ/α
transformation in low carbon cold-rolled sheet steel
|
K.Hayashi
|
· · · 1444
|
|
328
|
Microstructure control in ultrafine
grained dual-phase steel
|
Marion
Calcagnotto
|
· · · 1445
|
|
329
|
Effects of heat treatment on mechanical
properties in 780MPa grade hot-rolled steel
|
K.Nakagawa
|
· · · 1446
|
|
330
|
Thermo-mechanical analysis of hot press
forming of AHSS
|
D.Fan
|
· · · 1447
|
|
331
|
The effect of ferrite characteristics on
mechanical properties of ferrite-pearlite steel
|
R.Mizuno
|
· · · 1448
|
|
332
|
Optimization of Ti/C fraction in Ti-added
steels
|
Y.Adachi
|
· · · 1449
|
|
333
|
Quantitative analysis of nano-size TiC by
small-angle X-ray scattering
|
M.Ohnuma
|
· · · 1450
|
|
334
|
Mechanical properties of Ti-added steels
|
F.Yoshida
|
· · · 1451
|
|
335
|
Evaluation accelerating test of delayed
fracture for high strength steel sheets
|
J.Kinugasa
|
· · · 1452
|
|
336
|
Estimation of the distribution of
hydrogen in bent high strength steel sheets
(Study on evaluation of delayed fracture property for high strength steel
sheets-2)
|
Y.Toji
|
c· · · 1453
|
|
337
|
Evaluation of hydrogen embrittlement for
high strength steel sheets with NH4SCN solution
(Study on evaluation of delayed fracture property for high strength steel
sheets-3)
|
S.Takagi
|
· · · 1454
|
|
338
|
Influence of sheared edge on hydrogen
embrittlement in high strength steel sheets
(Study on evaluation of delayed fracture property for high strength steel
sheets-4)
|
M.Yoshino
|
· · · 1455
|
|
339
|
Effects of carbon and nitrogen contents
on recrystallization behavior in high purity ferritic stainless steels
|
S.Tada
|
· · · 1456
|
|
340
|
Effects of Ni content on microstructure and
mechanical properties of SUS410L ferritic stainless steels
|
Y.Hikasa
|
· · · 1457
|
|
341
|
Effect of grain size and precipitation of
hot bands on r-value of Ti-bearing ferritic stainless steel sheets
|
Y.Yazawa
|
· · · 1458
|
|
342
|
Effect of microstructure on the ridging
property in Nb-bearing ferritic stainless steel sheets
|
T.Samukawa
|
· · · 1459
|
|
343
|
Variants of deformation-induced
martensite formed on deformation twin boundary in metastable austenitic steel
|
H.Ito
|
· · · 1460
|
|
344
|
Analysis of recrystallization behavior of
AISI304 in reverse hot strip rolling with heater
(Development of plasticity processing system of difficult material to
process-2)
|
T.Yoshida
|
· · · 1461
|
|
345
|
Effect of precipitation distribution on
grain growth of metastable austenitic stainless steels
|
M.Sawada
|
· · · 1462
|
|
346
|
Effect of strain rate on TRIP in
austenitic stainless steel including high speed deformation
|
Y.Takagi
|
· · · 1463
|
|
347
|
Corrosion behavior of SUS304 on its shear
cut surface
|
T.Saida
|
· · · 1464
|
|
348
|
Corrosion resistance of stainless steels
in acid solution containing sulfate ion
|
T.Mizoguchi
|
· · · 1465
|
|
349
|
The increase rare-earth element to contains
research the silver antibacterial stainless steel influence
|
Cheng-Hsueh
Chiang
|
· · · 1466
|
|
350
|
Effect of Si addition on oxidation
behavior of Nb containing ferritic stainless steel
|
Y.Inoue
|
· · · 1467
|
|
351
|
The oxidation behavior of Mo added
ferritic stainless steels in H2O-containing atmosphere
|
T.Shoji
|
· · · 1468
|
|
352
|
Electromagnetic shielding performance of
surface treated steel sheets1
(Evaluation by simulated box)
|
T.Hosokawa
|
· · · 1469
|
|
353
|
Electromagnetic shielding performance of
surface treated steel sheets2
(Evaluation of shielding effectiveness with transfer impedance)
|
K.Yuasa
|
· · · 1470
|
|
354
|
Influence of copper thickness on
mechanical properties and conductivity of copper electroplated high-strength
steel sheet
|
S.Tagashira
|
· · · 1471
|
|
355
|
Corrosion resistance of stainless steel
with carbon particle diffusion treatment
|
Y.Morita
|
· · · 1472
|
|
356
|
Aluminum powder eutectic coating for
steels
|
H.Nakano
|
· · · 1473
|
|
357
|
(ISIJ Research Promotion Grant)
Modeling on atmospheric corrosion for
steels based on the concept of corrosive electrolyte layer formation
|
I.Muto
|
· · · 1474
|
|
358
|
Influence of composition of rust-preventive
treatment solution on corrosion resistance at cut edge of hot-dip galvanized
steel sheets
|
K.Okamura
|
· · · 1475
|
|
359
|
Corrosion resistance of pre-painted
hot-dip Zn-6%Al-3%Mg alloy coated steel sheet in humid environment
|
S.Takaoka
|
· · · 1476
|
|
360
|
Corrosion resistance of pre-painted
Zn-6%Al-3%Mg alloy coated steel sheet in high salt concentration environments
|
S.Yamamoto
|
· · · 1477
|
|
361
|
Self-healing polymer coatings in
corrosive environments
|
S.H.Cho
|
· · · 1478
|
|
362
|
(ISIJ Research Promotion Grant)
Effects of microstructure evolutions on
mechanical properties in welds of steels
|
K.Manabe
|
· · · 1479
|
|
363
|
TEM analysis of microstructure in laser
weld metal
|
N.Isomura
|
· · · 1480
|
|
364
|
Effects of inclusion and cooling rate on
microstructure in laser weld metal
|
K.Manabe
|
· · · 1481
|
|
365
|
Interface microstructure evolution of
SPCC/SUS420J2 layer-integrated steel
|
T.Hayashi
|
· · · 1482
|
|
366
|
Effect of alloying elements on
microstructure and toughness of high strength line pipe steels
|
Sanghyun
Kim
|
· · · 1483
|
|
367
|
Work-softening behavior of work-hardening
type thin walled ERW high strength steel tubes by roll forming before weld
|
T.Iwatsu
|
· · · 1484
|
|
368
|
Effect of Ni and Cr content on mechanical
properties of low alloy steel for large forgings
|
C.Takahashi
|
· · · 1485
|
|
369
|
(ISIJ Research Promotion Grant)
High temperature elastic constants of α-Fe
single crystal studied by electromagnetic acoustic resonance
|
R.Tarumi
|
· · · 1486
|
|
370
|
(ISIJ Research Promotion Grant)
Mechanical properties of Fe-Mn-Al-C-based
steel with low specific gravity
|
Y.Sutou
|
· · · 1487
|
|
|
|
|
|
|
|
