「metallurgy」の共起表現(2語左で並び替え)

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「metallurgy」の共起表現一覧(2語左で並び替え)

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Advances in	metallurgy proved the suitability of high-strength alum
Main articles: Ore, Mining, and Extractive	metallurgy
d in quality check procedure of fluid and in	metallurgy tests.
rn in Sheffield on 10 April 1882 and studied	metallurgy at University College, Sheffield, being awar
d Coatbridge Higher Grade School and studied	metallurgy for a time, but then applied to join the RAF
d from the Institute of Non-Ferrous and Fine	Metallurgy in Moscow in 1936, which enabled him to beco
the early dawn to go to work in a mine and a	metallurgy factory.
textile research from Calvert Street and the	metallurgy and general engineering research in the loco
r and distributor of cast wrought and powder	metallurgy specialty alloys/metals including superalloy
Main article: Cementation (	metallurgy)
esses and has published numerous articles on	metallurgy and economics.
tal Nakano, from whom he learned the arts of	metallurgy.
ed part of the course in assaying chemistry,	metallurgy was not included as a separate subject in th
a variety of topics including astronomy and	metallurgy, presenting several to the American Philosop
anatomy, meteorology, astronomy, magnetism,	metallurgy, and geography
asingstoke, Hampshire, England, working at a	metallurgy there.
name Lurgi metal and he was awarded various	metallurgy related patents.
etals: cold and hot working, casting, powder	metallurgy, metal joining.
gely to its proximity to southern centers of	metallurgy (specifically southern Central America and S
Oxford to take up the Isaac Wolfson Chair in	Metallurgy, succeeding William Hume-Rothery.
acility will replace the aging Chemistry and	Metallurgy Research (CMR) facility.
Construction of the Chemistry and	Metallurgy Research (CMR) building began in 1949 and wa
The Chemistry and	Metallurgy Research Replacement Facility, usually refer
He was interested in alchemy, chemistry, and	metallurgy, and corresponded with John Davies of Mallwy
ated in mining branch, chemistry, nonferrous	metallurgy in Russia, 38 % of actions are supervised by
Kelly was college-educated in	metallurgy, while Bessemer in his autobiography describ
amount of information concerning extractive	metallurgy.
At the same time, he took night courses in	metallurgy, chemistry and mechanical engineering.
terogeneous equilibria, crystallization, and	metallurgy.
bia University where he received a degree in	metallurgy in 1906.
David Cooksey gained a degree in	metallurgy at St Edmund Hall, University of Oxford.
gree in Natural Sciences and a PhD degree in	Metallurgy from Trinity College at Cambridge University
He earned his B.Sc. degree in	metallurgy from the University of Leeds and worked as a
Farah has undergraduate degrees in	Metallurgy and Philosophy from MIT, and a doctorate in
he first superintendent of the department of	metallurgy and metallurgical chemistry at the National
He was head of the department of	metallurgy of light metals in the Moscow Institute of N
He founded the Department of	Metallurgy at the University of Oxford in the 1950s, an
ement in 1992, building up the Department of	Metallurgy (now the Department of Materials) into a wor
iths Professor and Head of the Department of	Metallurgy, succeeded Brian Pippard as President of Cla
nnexe of the Oxford University Department of	Metallurgy (now the Department of Materials).
e general opinion is that the development of	metallurgy took place independently in different places
The resulting struggles dislocated the	metallurgy businesses of "Ferratus Mons" (the Iron Moun
lted in the award of the degree of Doctor of	Metallurgy.
He earned his doctorate in	Metallurgy and Materials Science from the University of
machinery, foodstuffs, electronic equipment,	metallurgy and metal fabricating, and beverages.
tandardised hardness test in engineering and	metallurgy.
lties: Civil Engineering, Electro-mechanics,	Metallurgy, Industrial Chemistry, Silviculture, Agronom
s science and materials engineering, uranium	metallurgy is the study of the physical and chemical be
irst contribution to science was an essay on	metallurgy, in which subject he had received special tr
Main articles: Chalcolithic Europe and	Metallurgy during the Copper Age in Europe
He was renowned as a top expert in	metallurgy and, during World War I, developed, with oth
ury it had developed particular expertise in	metallurgy.
osition he researched flames, explosions and	metallurgy and became a pioneer designer of the interna
The department has facilities in	Metallurgy, Dynamics, Refrigeration and Air conditionin
and in 1910, he registered at the faculty of	metallurgy at the Technische Hochschule Charlottenburg
It is considered a major feat in	metallurgy.
llization process, found within the field of	metallurgy.
It was a big leap forward for Indian	metallurgy.
rent organization of the Society for Mining,	Metallurgy, and Exploration (SME), The Minerals, Metals
hallenges are the requirements for expensive	metallurgy, lack of industry experience with operating
Strasbourg, but changed to geochemistry and	metallurgy by studying at the Freiberg Mining Academy.
He lectured on geology and	metallurgy at Durham, and on geology at Columbia Univer
The Global Powder	Metallurgy Database (GPMD) is an online searchable data
under a microscope which he had on hand for	metallurgy.
Christian Cournoyer has studied	metallurgy and holds a degree in data processing.
As a scholar, Professor Davies has taught	metallurgy at University of Auckland, University of Cam
Afterwards he studied	metallurgy and chemistry at the Bendigo School of Mines
Kyoto Imperial University, where he studied	metallurgy.
t Leipzig, and afterwards devoted himself to	metallurgy and assaying at his native place with much s
His Physical	Metallurgy and the Design of Steels (ISBN 0-85334-752-2
Chrysokamino I: The	Metallurgy Workshop and its Territory.
The process began to gain importance in	metallurgy together with the invention of the electroly
s among the students about the importance of	metallurgy and materials science in industrial and tech
the home of the start of the improvements in	metallurgy that allowed large-scale production of the i
It is used in powder	metallurgy, as a hydrogenation catalyst, and as a reduc
He has a Master's degree in Engineering (	Metallurgy) from the College of Engineering, Pune and r
ntermetal (encouraged cooperation in ferrous	metallurgy).
Important industries include	metallurgy, construction materials, textiles, chemicals
a result, the oblast's main industries were	metallurgy, fuel, and timber.
rom 1939 he was director of the Institute of	Metallurgy of the USSR AS and since 1944 director of th
ian plateau, and attributes the invention of	metallurgy to the Armenians (Kohl and Tsetskhladze 1995
the town has since diversified its industry:	metallurgy, woodworking, metal fabrication, and product
spected, peer-reviewed archival journals for	metallurgy and materials science.
re they were called on for their know-how in	metallurgy.
not clear where he obtained his knowledge of	metallurgy, but it is possible that Dud Dudley was his
rom 1962 to 1966, and was made a lecturer in	metallurgy at Cambridge in 1964, before becoming profes
yo, where he obtained a job as a lecturer on	metallurgy at Tokyo Imperial University in 1878.
deputed to complete a course of lectures on	metallurgy at the Bergakademie in place of W. A. Lampad
ondon from 1962 to 1965, where he majored in	metallurgy.
War II, he worked in the Manhattan Project's	metallurgy laboratory.
t has 5 main laboratories namely Materials &	Metallurgy Laboratory, Thermodynamics & Energy Laborato
se was introduced in Mechanical, Electrical,	Metallurgy (1974) and Production (1995).
Lord Layton was a Member for	Metallurgy of the Allied Control Commission in Berlin a
In metallography and	metallurgy, polishing is used to create a flat, defect-
Because of his knowledge of metals and	metallurgy he was in charge of designing and engineerin
tion and medals in chemistry, mineralogy and	metallurgy.
nd a professor of chemistry, mineralogy, and	metallurgy for Hamilton College and Rutgers College.
phy, for example actors posing as miners and	metallurgy workers, while the band members, dressed for
he entered the Missouri School of Mines and	Metallurgy, Rolla, Missouri as a chemical engineering s
of 1946 he attended the College of Mines and	Metallurgy (now the University of Texas at El Paso), wh
nical Sciences from the Academy of Mines and	Metallurgy, Cracow, Poland (1965) Dziewonski taught at
ransferred to the Texas College of Mines and	Metallurgy (now named the University of Texas at El Pas
, and at The Texas State School of Mines and	Metallurgy, now the University of Texas at El Paso, in
Medal, Australasian Institute of Mining and	Metallurgy, 2006
ed with the Canadian Institute of Mining and	Metallurgy.
ick showed a special interest for mining and	metallurgy and often visited the mines in the Harz.
was a member of the Exhibition of Mining and	Metallurgy, held at the Crystal Palace.
uly 1815) was a German pioneer in mining and	metallurgy.
eld the Gordon McKay Professor of Mining and	Metallurgy title at Harvard University.
The company produces mining equipment;	metallurgy equipment; rolling mills, forges, blast furn
ng, and the Canadian Institute of Mining and	Metallurgy.
(AIME) is a professional body for mining and	metallurgy, with 90,000 members.
ed in founding the Institution of Mining and	Metallurgy, becoming its Vice-President in 1892.
ee in mining at the University of Mining and	Metallurgy in Krakow and worked in Bytom.
d the CIMM (Canadian Institute of Mining and	Metallurgy) Barlow Memorial Award in 1947 and was elect
from 1960-1 of the Institution of Mining and	Metallurgy, and from 1958-60 of the Geologists' Associa
n process creating a boost to the mining and	metallurgy industries of Central Europe.
f Ceramics and the Institution of Mining and	Metallurgy; President of the Mining Institute of Scotla
tion, and the Canadian Institute of Mining &	Metallurgy, as well as serving as president of the Sudb
edal by the Canadian Institute of Mining and	Metallurgy (CIMM) in recognition of a "legacy of pionee
ber of the Canadian Institute for Mining and	Metallurgy, the American Institute of Mining and Metall
glish: State-Owned Enterprise Navoi Mining &	Metallurgy Combine, Russian: Государственное предприяти
Ministerial council, as well as Minister of	Metallurgy, Mining, Chemistry, Transport and Telecommun
B.A., Natural Science (	Metallurgy), Cambridge University, Cambridge, 1957 (Fir
is the case with neighboring municipalities,	metallurgy plays a significant role in the town's econo
in metallic form in nature and no extraction	metallurgy has to be used to produce them.
: Early iron smelting and History of ferrous	metallurgy
He was appointed Professor of Physical	Metallurgy in 1946, and an Institute Professor in 1975.
ossible also, but less common because of the	metallurgy required.
Canadian Institute of Mining,	Metallurgy and Petroleum, Special Volume 54, 852 pages.
award from the Canadian Institute of Mining,	Metallurgy and Petroleum.
abilitation and became professor of physical	metallurgy.
il 1946 when he was appointed at head of the	Metallurgy Department at the RAE Farnborough.
of Fame by the Canadian Institute of Mining,	Metallurgy and Petroleum
His activities span the fields of physical	metallurgy, thermodynamics, microstructures, phase tran
nd 99.3% 238U, and the main focus of uranium	metallurgy is the enrichment of uranium through isotope
ering, particularly in the areas of physical	metallurgy, materials modelling, and development of new
riting, covering the whole field of physical	metallurgy, ferrous and non-ferrous.
r his contributions to the field of physical	metallurgy, and his 1964 book "Introduction to Phase Tr
as awarded the Canadian Institute of Mining,	Metallurgy and Petroleum's John T. Ryan Trophy for the
facilitate the various stages of extractive	metallurgy and mineral processing from ore through to p
slightly before the first appearance of the	metallurgy of copper and precious metals, new styles of
He was Chief of the	Metallurgy Division at the National Bureau of Standards
llica dialogus, his first work on scientific	metallurgy.
Dr. Jack Ogden - an expert on ancient	metallurgy, who has first-hand experience of the antiqu
The benefits of GASF over powder	metallurgy accrue from the reduced number of process st
He authored a variety of technical papers on	metallurgy, with particular reference to rust, acid and
in Porthcawl, Wales, and received a Ph.D in	metallurgy at Imperial College London.
He holds a Ph.D. in	metallurgy from the University of Sheffield in the Unit
tany, natural history, pharmacy, mineralogy,	metallurgy, agriculture, forestry, music, painting, and
, gaining a BA in 1956, followed by a PhD in	metallurgy in 1959.
He graduated with a PhD in	metallurgy from the Moscow Institute of Steel and Alloy
rsea, received a doctorate in the physics of	metallurgy and joined the staff of Battersea College of
hich is used in pastes, pigments, chemicals,	metallurgy, refractory, propulsion, pyrotechnics, spray
2 - 7 August 1846) was a Scottish pioneer in	metallurgy in continental Europe.
Polling in	metallurgy is the process of refining a crude metal whi
In production engineering,	metallurgy is concerned with the production of metallic
on became the first Goldsmiths' Professor in	Metallurgy at Cambridge University in 1931.
ttifor FRS is the Isaac Wolfson Professor of	Metallurgy at the University of Oxford.
From 1949 to 1958, Wagner was a professor of	metallurgy at MIT.
.I.C. (1861-1951) was the first Professor of	Metallurgy at the University of Birmingham.
er, and was appointed assistant professor of	metallurgy in 1937.
chweig's Collegium Carolinum as professor of	metallurgy.
Friedrich Plattner (1800-1858), professor of	metallurgy and assaying at the Mining Academy in Freibe
emist of the Royal Mint (1869), Professor of	Metallurgy at the School of Mines (1880) and Chemist an
His early publications on	metallurgy include The solid phase welding of metals (1
Technical Center - radiochemistry, physics,	metallurgy, biophysics, radioactive sewer, neutralizati
They are commonly used in metal reduction in	metallurgy: the most prominent example is that of iron
The lecture subject is related to	metallurgy.
Ivanovich (1906-1967) founded the school of	metallurgy of light non-ferrous metals and semi-conduct
Science and	Metallurgy
; Geological Sciences; Materials Science and	Metallurgy; and Experimental and Theoretical Physics.
, shaping, forming, horological science, and	metallurgy), restorative arts (plating, engraving, engi
th an initial programme of specialization in	Metallurgy.
It gives a survey of the status of	metallurgy and alchemy in the land.
The Company does support the	metallurgy industry, but does not retain a close associ
Eminent Teacher of	Metallurgy Award on the occasion of the Golden Jubilee
He did his B. Tech. in	metallurgy from KREC (now known as NITK), Suratkal, whe
on, Harappans evolved some new techniques in	metallurgy and produced copper, bronze, lead, and tin.
ow the University of Chemical Technology and	Metallurgy) as an assistant where he stayed until movin
his life, as the group became the Historical	Metallurgy Society, and the Bulletin became a journal,
ndergoes an alloy treatment in the secondary	metallurgy phase.
aid the foundations for much of the physical	metallurgy of high strength, low alloy steels.
with G. R. Morton, he founded the Historical	Metallurgy Group, initially as a group within the Iron
Equally, in this period,	metallurgy was a more haphazard science and thus it was
opper Tools and Their Relationship to Cretan	Metallurgy, American Journal of Archaeology (1970).
a constituent of Imperial College), to study	Metallurgy.
first persuaded the university to introduce	metallurgy into Part II of the Natural Sciences Tripos
owest temperature permitted according to the	metallurgy of the vessel fabrication materials, that is
in 1821, which led to new metal treating and	metallurgy processes and eventually the creation of use
He turned to	metallurgy, like his father and uncle Pierre.
double hammer is a forging implement used in	metallurgy.
Deoxidizers are mainly used in	metallurgy, to decrease the content of oxygen in metals
Leaching is a widely used extractive	metallurgy technique which converts metals into soluble
An entrainment defect is a term used in	metallurgy to describe a defect created in a casting by
there with B.Sc. in 1875, then went studied	metallurgy at the Clausthal Royal Mining Academy, Germa
%, Brazilian aluminium maker CBA with 22.7%,	metallurgy company CNT with 20%, state-controlled compa
veries and inventions in connection with the	metallurgy of coal, iron, steel, zinc and their allied
e Ferchault de Reaumur publishes his work on	metallurgy, L'Arte de convertir le fer forge en acier,

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「metallurgy」の共起表現一覧(2語左で並び替え)