「metallurgy」の共起表現一覧(1語右で並び替え)
該当件数 : 179件
The benefits of GASF over powder | metallurgy accrue from the reduced number of process st |
tany, natural history, pharmacy, mineralogy, | metallurgy, agriculture, forestry, music, painting, and |
opper Tools and Their Relationship to Cretan | Metallurgy, American Journal of Archaeology (1970). |
Practical | metallurgy: an introductory course for general students |
metallurgy and metal manufacture (12% of employees) | |
Metallurgy and naval construction as well. | |
on, Harappans evolved some new techniques in | metallurgy and produced copper, bronze, lead, and tin. |
esses and has published numerous articles on | metallurgy and economics. |
Afterwards he studied | metallurgy and chemistry at the Bendigo School of Mines |
anatomy, meteorology, astronomy, magnetism, | metallurgy, and geography |
It gives a survey of the status of | metallurgy and alchemy in the land. |
Canadian Institute of Mining, | Metallurgy and Petroleum, Special Volume 54, 852 pages. |
He was interested in alchemy, chemistry, and | metallurgy, and corresponded with John Davies of Mallwy |
award from the Canadian Institute of Mining, | Metallurgy and Petroleum. |
Christian Cournoyer has studied | metallurgy and holds a degree in data processing. |
ick showed a special interest for mining and | metallurgy and often visited the mines in the Harz. |
osition he researched flames, explosions and | metallurgy and became a pioneer designer of the interna |
Farah has undergraduate degrees in | Metallurgy and Philosophy from MIT, and a doctorate in |
of Fame by the Canadian Institute of Mining, | Metallurgy and Petroleum |
he first superintendent of the department of | metallurgy and metallurgical chemistry at the National |
spected, peer-reviewed archival journals for | metallurgy and materials science. |
; Geological Sciences; Materials Science and | Metallurgy; and Experimental and Theoretical Physics. |
t Leipzig, and afterwards devoted himself to | metallurgy and assaying at his native place with much s |
machinery, foodstuffs, electronic equipment, | metallurgy and metal fabricating, and beverages. |
rent organization of the Society for Mining, | Metallurgy, and Exploration (SME), The Minerals, Metals |
Friedrich Plattner (1800-1858), professor of | metallurgy and assaying at the Mining Academy in Freibe |
from 1960-1 of the Institution of Mining and | Metallurgy, and from 1958-60 of the Geologists' Associa |
His Physical | Metallurgy and the Design of Steels (ISBN 0-85334-752-2 |
He earned his doctorate in | Metallurgy and Materials Science from the University of |
r his contributions to the field of physical | metallurgy, and his 1964 book "Introduction to Phase Tr |
textile research from Calvert Street and the | metallurgy and general engineering research in the loco |
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 |
rsea, received a doctorate in the physics of | metallurgy and joined the staff of Battersea College of |
s among the students about the importance of | metallurgy and materials science in industrial and tech |
He was renowned as a top expert in | metallurgy and, during World War I, developed, with oth |
It is used in powder | metallurgy, as a hydrogenation catalyst, and as a reduc |
ow the University of Chemical Technology and | Metallurgy) as an assistant where he stayed until movin |
tion, and the Canadian Institute of Mining & | Metallurgy, as well as serving as president of the Sudb |
He lectured on geology and | metallurgy at Durham, and on geology at Columbia Univer |
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. |
in Porthcawl, Wales, and received a Ph.D in | metallurgy at Imperial College London. |
David Cooksey gained a degree in | metallurgy at St Edmund Hall, University of Oxford. |
rom 1962 to 1966, and was made a lecturer in | metallurgy at Cambridge in 1964, before becoming profes |
.I.C. (1861-1951) was the first Professor of | Metallurgy at the University of Birmingham. |
rn in Sheffield on 10 April 1882 and studied | metallurgy at University College, Sheffield, being awar |
yo, where he obtained a job as a lecturer on | metallurgy at Tokyo Imperial University in 1878. |
He founded the Department of | Metallurgy at the University of Oxford in the 1950s, an |
deputed to complete a course of lectures on | metallurgy at the Bergakademie in place of W. A. Lampad |
there with B.Sc. in 1875, then went studied | metallurgy at the Clausthal Royal Mining Academy, Germa |
and in 1910, he registered at the faculty of | metallurgy at the Technische Hochschule Charlottenburg |
As a scholar, Professor Davies has taught | metallurgy at University of Auckland, University of Cam |
emist of the Royal Mint (1869), Professor of | Metallurgy at the School of Mines (1880) and Chemist an |
Eminent Teacher of | Metallurgy Award on the occasion of the Golden Jubilee |
d the CIMM (Canadian Institute of Mining and | Metallurgy) Barlow Memorial Award in 1947 and was elect |
ed in founding the Institution of Mining and | Metallurgy, becoming its Vice-President in 1892. |
Technical Center - radiochemistry, physics, | metallurgy, biophysics, radioactive sewer, neutralizati |
The resulting struggles dislocated the | metallurgy businesses of "Ferratus Mons" (the Iron Moun |
not clear where he obtained his knowledge of | metallurgy, but it is possible that Dud Dudley was his |
Strasbourg, but changed to geochemistry and | metallurgy by studying at the Freiberg Mining Academy. |
B.A., Natural Science ( | Metallurgy), Cambridge University, Cambridge, 1957 (Fir |
At the same time, he took night courses in | metallurgy, chemistry and mechanical engineering. |
glish: State-Owned Enterprise Navoi Mining & | Metallurgy Combine, Russian: Государственное предприяти |
%, Brazilian aluminium maker CBA with 22.7%, | metallurgy company CNT with 20%, state-controlled compa |
Important industries include | metallurgy, construction materials, textiles, chemicals |
nical Sciences from the Academy of Mines and | Metallurgy, Cracow, Poland (1965) Dziewonski taught at |
The Global Powder | Metallurgy Database (GPMD) is an online searchable data |
il 1946 when he was appointed at head of the | Metallurgy Department at the RAE Farnborough. |
He was Chief of the | Metallurgy Division at the National Bureau of Standards |
Main articles: Chalcolithic Europe and | Metallurgy during the Copper Age in Europe |
The department has facilities in | Metallurgy, Dynamics, Refrigeration and Air conditionin |
The company produces mining equipment; | metallurgy equipment; rolling mills, forges, blast furn |
In | metallurgy, exfoliation corrosion is a form of intergra |
the early dawn to go to work in a mine and a | metallurgy factory. |
riting, covering the whole field of physical | metallurgy, ferrous and non-ferrous. |
nd a professor of chemistry, mineralogy, and | metallurgy for Hamilton College and Rutgers College. |
d Coatbridge Higher Grade School and studied | metallurgy for a time, but then applied to join the RAF |
He holds a Ph.D. in | metallurgy from the University of Sheffield in the Unit |
gree in Natural Sciences and a PhD degree in | Metallurgy from Trinity College at Cambridge University |
He did his B. Tech. in | metallurgy from KREC (now known as NITK), Suratkal, whe |
He has a Master's degree in Engineering ( | Metallurgy) from the College of Engineering, Pune and r |
He earned his B.Sc. degree in | metallurgy from the University of Leeds and worked as a |
He graduated with a PhD in | metallurgy from the Moscow Institute of Steel and Alloy |
a result, the oblast's main industries were | metallurgy, fuel, and timber. |
with G. R. Morton, he founded the Historical | Metallurgy Group, initially as a group within the Iron |
in metallic form in nature and no extraction | metallurgy has to be used to produce them. |
Because of his knowledge of metals and | metallurgy he was in charge of designing and engineerin |
was a member of the Exhibition of Mining and | Metallurgy, held at the Crystal Palace. |
Metallurgy in pre-Columbian Mesoamerica | |
Metallurgy in China has a long history. | |
He was appointed Professor of Physical | Metallurgy in 1946, and an Institute Professor in 1975. |
bia University where he received a degree in | metallurgy in 1906. |
ated in mining branch, chemistry, nonferrous | metallurgy in Russia, 38 % of actions are supervised by |
2 - 7 August 1846) was a Scottish pioneer in | metallurgy in continental Europe. |
irst contribution to science was an essay on | metallurgy, in which subject he had received special tr |
er, and was appointed assistant professor of | metallurgy in 1937. |
d from the Institute of Non-Ferrous and Fine | Metallurgy in Moscow in 1936, which enabled him to beco |
, gaining a BA in 1956, followed by a PhD in | metallurgy in 1959. |
ee in mining at the University of Mining and | Metallurgy in Krakow and worked in Bytom. |
His early publications on | metallurgy include The solid phase welding of metals (1 |
lties: Civil Engineering, Electro-mechanics, | Metallurgy, Industrial Chemistry, Silviculture, Agronom |
n process creating a boost to the mining and | metallurgy industries of Central Europe. |
The Company does support the | metallurgy industry, but does not retain a close associ |
first persuaded the university to introduce | metallurgy into Part II of the Natural Sciences Tripos |
Chemical | Metallurgy is the science of obtaining metals from thei |
In production engineering, | metallurgy is concerned with the production of metallic |
Polling in | metallurgy is the process of refining a crude metal whi |
nd 99.3% 238U, and the main focus of uranium | metallurgy is the enrichment of uranium through isotope |
s science and materials engineering, uranium | metallurgy is the study of the physical and chemical be |
In | metallurgy, it is most commonly used to harden steel by |
e Ferchault de Reaumur publishes his work on | metallurgy, L'Arte de convertir le fer forge en acier, |
t has 5 main laboratories namely Materials & | Metallurgy Laboratory, Thermodynamics & Energy Laborato |
War II, he worked in the Manhattan Project's | metallurgy laboratory. |
hallenges are the requirements for expensive | metallurgy, lack of industry experience with operating |
He turned to | metallurgy, like his father and uncle Pierre. |
is based on tourism, steel (Arcelor), other | metallurgy, livestock rearing and fisheries. |
In | Metallurgy, Materials Science and Structural geology co |
ering, particularly in the areas of physical | metallurgy, materials modelling, and development of new |
In | metallurgy, melchior is an alloy of copper, mainly with |
etals: cold and hot working, casting, powder | metallurgy, metal joining. |
Ministerial council, as well as Minister of | Metallurgy, Mining, Chemistry, Transport and Telecommun |
, and at The Texas State School of Mines and | Metallurgy, now the University of Texas at El Paso, in |
rom 1939 he was director of the Institute of | Metallurgy of the USSR AS and since 1944 director of th |
Ivanovich (1906-1967) founded the school of | metallurgy of light non-ferrous metals and semi-conduct |
aid the foundations for much of the physical | metallurgy of high strength, low alloy steels. |
He was head of the department of | metallurgy of light metals in the Moscow Institute of N |
Lord Layton was a Member for | Metallurgy of the Allied Control Commission in Berlin a |
owest temperature permitted according to the | metallurgy of the vessel fabrication materials, that is |
veries and inventions in connection with the | metallurgy of coal, iron, steel, zinc and their allied |
slightly before the first appearance of the | metallurgy of copper and precious metals, new styles of |
ndergoes an alloy treatment in the secondary | metallurgy phase. |
is the case with neighboring municipalities, | metallurgy plays a significant role in the town's econo |
In metallography and | metallurgy, polishing is used to create a flat, defect- |
a variety of topics including astronomy and | metallurgy, presenting several to the American Philosop |
f Ceramics and the Institution of Mining and | Metallurgy; President of the Mining Institute of Scotla |
Non-ferrous | metallurgy, primarily diamonds and gold (90 % of all Ru |
in 1821, which led to new metal treating and | metallurgy processes and eventually the creation of use |
Advances in | metallurgy proved the suitability of high-strength alum |
hich is used in pastes, pigments, chemicals, | metallurgy, refractory, propulsion, pyrotechnics, spray |
name Lurgi metal and he was awarded various | metallurgy related patents. |
ossible also, but less common because of the | metallurgy required. |
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 |
, shaping, forming, horological science, and | metallurgy), restorative arts (plating, engraving, engi |
he entered the Missouri School of Mines and | Metallurgy, Rolla, Missouri as a chemical engineering s |
his life, as the group became the Historical | Metallurgy Society, and the Bulletin became a journal, |
r and distributor of cast wrought and powder | metallurgy specialty alloys/metals including superalloy |
iths Professor and Head of the Department of | Metallurgy, succeeded Brian Pippard as President of Cla |
Oxford to take up the Isaac Wolfson Chair in | Metallurgy, succeeding William Hume-Rothery. |
Leaching is a widely used extractive | metallurgy technique which converts metals into soluble |
d in quality check procedure of fluid and in | metallurgy tests. |
the home of the start of the improvements in | metallurgy that allowed large-scale production of the i |
In | metallurgy, the Scheil-Gulliver equation (or Scheil equ |
They are commonly used in metal reduction in | metallurgy: the most prominent example is that of iron |
In | metallurgy, the second part of the annealing procedure, |
ber of the Canadian Institute for Mining and | Metallurgy, the American Institute of Mining and Metall |
asingstoke, Hampshire, England, working at a | metallurgy there. |
His activities span the fields of physical | metallurgy, thermodynamics, microstructures, phase tran |
In | metallurgy, this process is used to remove dissolved ga |
In | metallurgy, titanium gold (TiAu or AuTi) may refer to a |
eld the Gordon McKay Professor of Mining and | Metallurgy title at Harvard University. |
Deoxidizers are mainly used in | metallurgy, to decrease the content of oxygen in metals |
An entrainment defect is a term used in | metallurgy to describe a defect created in a casting by |
ian plateau, and attributes the invention of | metallurgy to the Armenians (Kohl and Tsetskhladze 1995 |
The process began to gain importance in | metallurgy together with the invention of the electroly |
e general opinion is that the development of | metallurgy took place independently in different places |
In | metallurgy, Vegard's law is an approximate empirical ru |
Equally, in this period, | metallurgy was a more haphazard science and thus it was |
ed part of the course in assaying chemistry, | metallurgy was not included as a separate subject in th |
Kelly was college-educated in | metallurgy, while Bessemer in his autobiography describ |
Dr. Jack Ogden - an expert on ancient | metallurgy, who has first-hand experience of the antiqu |
He authored a variety of technical papers on | metallurgy, with particular reference to rust, acid and |
(AIME) is a professional body for mining and | metallurgy, with 90,000 members. |
the town has since diversified its industry: | metallurgy, woodworking, metal fabrication, and product |
phy, for example actors posing as miners and | metallurgy workers, while the band members, dressed for |
Chrysokamino I: The | Metallurgy Workshop and its Territory. |
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