「Chemistry」の共起表現一覧(2語左で並び替え)11ページ目
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of Science degrees in Mathematics, Physics, | Chemistry, Biology and inter-disciplinary areas. |
Olympiad programmes in Mathematics, Physics, | Chemistry, Biology and Astronomy. |
Physical Education, English, Maths, Physics, | Chemistry, Biology, ICT, Music, Music Technology among |
2000 Max-Planck-Forschungspreis for | Chemistry |
He was head of McPherson College's | chemistry department from 1918 to 1945, and became pre |
telecommunications, mechanical engineering, | chemistry and trade marks. |
n civil engineering, mechanical engineering, | chemistry and manufacturing engineering. |
The application of quantum mechanics to | chemistry |
mechanics, optics, | chemistry, and the life sciences. |
d was awarded the Benjamin Franklin Medal in | Chemistry in 2002. |
e was awarded the Benjamin Franklin Medal in | Chemistry for his achievements in synthetic organic ch |
Received the 2007 Benjamin Franklin Medal in | Chemistry from The Franklin Institute. |
wship (1975), ACS Benjamin Franklin Medal in | Chemistry (2000), ACS Herman F. Mark Polymer Chemistry |
ersidge won a Royal exhibition and medals in | chemistry, mineralogy and metallurgy. |
tubes or SSTs, are used in medical clinical | chemistry tests requiring blood serum. |
hyrin, supramolecular, medicinal, bioorganic | chemistry and chemical biology. |
He studied medicine and | chemistry in the University of Bologna. |
arming family , Virchow studied medicine and | chemistry in Berlin at the Prussian Military Academy 1 |
He studied medicine and | chemistry at the University of Havana and worked as a |
He taught anatomy, medicine, surgery, | chemistry, botany, natural history, pharmacy, mineralo |
ge level in the fields of medicine, physics, | chemistry, engineering, geology and environmental scie |
aseball, Toad appears as a team member whose | chemistry refers to his background; for example, he ha |
ers the London Royal Society two memories on | chemistry: 'Experiments and observations on the inflam |
Afterwards he studied metallurgy and | chemistry at the Bendigo School of Mines. |
, as well as Minister of Metallurgy, Mining, | Chemistry, Transport and Telecommunications, Building, |
g, Electro-mechanics, Metallurgy, Industrial | Chemistry, Silviculture, Agronomy, and Architecture. |
na, flora, geology, meteorology, atmospheric | chemistry, hydrobiology, etc. |
ective mass yield is not the best metric for | chemistry. |
Meyerhoffer studied | chemistry and worked with Jacobus Henricus van 't Hoff |
ed to Vienna as a lecturer in mineralogy and | chemistry and, in 1862 was appointed second vice curat |
ege, Oxford, Maskelyne taught mineralogy and | chemistry at Oxford from 1851, before becoming a profe |
f cryogenics, geology, mineralogy, inorganic | chemistry, material sciences, and both scientifically |
aret, Tyson studied geology, mineralogy, and | chemistry in France, skills which he would use to grea |
ctivities are concentrated in mining branch, | chemistry, nonferrous metallurgy in Russia, 38 % of ac |
achelor's degree in biology, with a minor in | chemistry, in 1960. |
r B.S., cum laude in biology with a minor in | chemistry, in 1995 from Morehead State University. |
re she majored in mathematics and minored in | chemistry, graduating summa cum laude in 1953. |
ech, he majored in Management and minored in | Chemistry. |
e in Communications Management and minors in | Chemistry & Leadership. |
Mitchill taught | chemistry, botany, and natural history at Columbia Col |
Module PhreeqC Zero-dimensional model for | chemistry equilibrium of solution, pure phases, gas ph |
designed primarily for modeling atmospheric | chemistry, and in particular, for chemical data assimi |
designed primarily for modeling atmospheric | chemistry, and in particular, for chemical data assimi |
field of molecular modelling, computational | chemistry and computational biology. |
French chemist, founder of modern analytical | chemistry in France. |
Although modern analytical | chemistry is dominated by sophisticated instrumentatio |
and would not appear in a modern children's | chemistry book. |
methods frequently used in molecular quantum | chemistry (such as MP2 and CCSD(T)) to periodic system |
the interface between molecular coordination | chemistry and materials science. |
of matter at the atomic and molecular scale, | chemistry deals primarily with collections of atoms, s |
Molecularity in | chemistry is the number of colliding molecular entitie |
Flood was one of the pioneers of molten salt | chemistry and, together with Hermann Lux, is known for |
ust upstream of the raw mill can monitor the | chemistry of the raw mix and automatically trigger an |
ap and the Native tongues movement, Advanced | Chemistry is regarded as one of the main pioneers in G |
during the 1950s while completing her MSc in | chemistry with Arthur Birch at the University of Sydne |
In 1968 he obtained MSc in | Chemistry (industrial chemistry) from the Warsaw Unive |
st the Ecole de Chimie de Mulhouse (Mulhouse | Chemistry School), which was at that time the best Che |
th a cultural stage and the German Museum of | Chemistry, Merseburg, all bear witness to Merseburg's |
ude History, Geography, Art, Music, Biology, | Chemistry, Physics, Economics, Business Studies, Home |
Nagase: Still | chemistry lab manager |
The name Heathen | Chemistry was taken from a second hand T-shirt that No |
y, Material science, Nanotechnology, Polymer | Chemistry and Environmental Sciences. |
His main research field is natural organic | chemistry, containing the structure analysis and chemi |
rnational level research in natural products | chemistry. |
Mildred Marker Professor of Natural Products | Chemistry chair. |
The Natural Resources | Chemistry Laboratory provides services to government a |
Journal of Natural Philosophy, | Chemistry and the Arts, volume XXV, 1810, published by |
eeding one pound due to the naturally acidic | chemistry of the water. |
Walther Nernst, "Theoretical | chemistry from the standpoint of Avogadro's law and th |
development of artificial neural networks in | chemistry. |
launch the era of modern solid-state NMR in | chemistry. |
Svante Arrhenius, Nobel laureate ( | chemistry) in 1903 |
y, D.;Haines P.J.; instant notes, Analytical | Chemistry page 182-188 |
Hunter debuted in 2006 in the novel The | Chemistry of Death, followed in 2007 by Written in Bon |
ctor-organizer of the Novosibirsk Bioorganic | Chemistry Institute. |
It's now a | chemistry stub that "needs to be expanded"... Well it |
new species, fish food and nutrition, water | chemistry, tank cycling, filtration, disease and healt |
Kuiper belt object surface | chemistry |
In 1974 he obtained a | chemistry degree from the Universidad Complutense of M |
He obtained a | chemistry degree at University of Ghent in 1971, and h |
r departments: physical oceanography, marine | chemistry, biological oceanography, and marine geology |
ough very useful in the foundation of modern | chemistry, the law of definite proportions is not univ |
The rapid growth of organometallic | chemistry is often attributed to the excitement arisin |
r, she was appointed associate head of MIT's | Chemistry Department. |
aight ahead rock 'n' roll anthems of Heathen | Chemistry. |
igation, Blood and the Journal of Biological | Chemistry. |
1921: A Text-book of Inorganic | Chemistry for University Students |
Scherer was a pioneer of clinical | chemistry, and is remembered for applying his knowledg |
y cities and wrote a Text-Book of Elementary | Chemistry (1870); a Physics (1892); etc. |
Encyclopedia of Analytical | Chemistry (editor) |
He was appointed Professor of Organic | Chemistry at the Armstrong College (Newcastle upon Tyn |
He was also active in the field of inorganic | chemistry especially Platinum group complexes. |
erapy and later in the Department of Organic | Chemistry, eventually attaining the rank of Associate. |
s and review articles on any aspect of green | chemistry that have to be conceptually accessible to a |
gnificant in the development of bioinorganic | chemistry. |
be regarded as the father of organometallic | chemistry. |
search interests lie deeply in area of Boron | chemistry. |
into his magnum opus, Principles of Polymer | Chemistry which was published in 1953 by Cornell Unive |
The Journal of Organic | Chemistry is a peer-reviewed scientific journal for or |
ng of 1948 Peter Debye, then chairman of the | chemistry department at Cornell University, invited Fl |
d Giovanni Battista, a pioneer of industrial | chemistry, were among his kin. |
His practical knowledge of physics, | chemistry, botany, navigation, and many other fields e |
ters are known in the area of organometallic | chemistry and as precursors to synthetic analogues of |
sity in Paris in the field of photo-physical | chemistry. |
from his position as Professor of Inorganic | Chemistry at Ludwig Maximilians University in Munich, |
y, The International Academy of Mathematical | Chemistry and The National Institute of Chemistry, Lju |
Iron tests are groups of clinical | chemistry laboratory blood tests that are used to eval |
riginated from the scientific study of brain | chemistry. |
Handbook of Experimental | Chemistry, (1876) |
in charge of the Soviet Institute of Organic | Chemistry. |
nalysis falls within the ambit of analytical | chemistry, the set of instruments involved in decipher |
hip was divided, he was professor of Organic | Chemistry. |
The journal covered all fields of pure | chemistry (physical, theoretical, inorganic, organic a |
CTF-1 is a good example of this | chemistry. |
next year Haworth was appointed Head of the | Chemistry Department at the college. |
A Century of British | Chemistry (Science in Britain) |
In 1892 he became a professor of applied | chemistry in the organic chemistry section of the Muse |
of students in the subject areas of Physics, | Chemistry, Geology, and Biology. |
It covers research in all areas of inorganic | chemistry. |
The potential and versatility of magnetic | chemistry arises from the fast and easy separation of |
h America, where the majority of groundwater | chemistry data has been acquired. |
tinction the title of professor of inorganic | chemistry in the University of Oxford. |
He was Professor of Theoretical | Chemistry at the University of Bristol from 1965 - 69. |
einz Schwarz from the Institute of Materials | Chemistry of the Vienna University of Technology. |
from the Institute of Physiological | Chemistry, University of Munich in 1990. |
editorial board of the Journal of Biological | Chemistry. |
ved from 1995-2001 as associate chair of the | Chemistry and Biochemistry Department. |
tern Australia through provision of forensic | chemistry services to the Western Australian Police Se |
l papers mostly in the Journal of Biological | Chemistry. |
ometimes considered the founder of pneumatic | chemistry, coining the word "gas" and conducting exper |
that is important in the field of medicinal | chemistry for performing SAR. |
Davar M. Boghaei is a professor of inorganic | chemistry at the School of Chemistry at Sharif Univers |
lline 6, 8-dioxabicyclo," Journal of Organic | Chemistry, 1991. |
ch and review articles on all aspects of the | chemistry of inorganic, bioinorganic, and organometall |
elements that would allow the study of their | chemistry, these elements may well behave very differe |
red in Part IA in 2010 are Biology of Cells, | Chemistry, Computer Science, Elementary Mathematics fo |
Journal of Fluorine | Chemistry 123 (1): 21-29. |
gations were largely in the field of organic | chemistry, but his name is connected also with many in |
ioanalysis is a sub-discipline of analytical | chemistry covering the quantitative measurement of xen |
s and there was a perceived lack of personal | chemistry between him and the musicians prior to the a |
that are relevant to the field of medicinal | chemistry. |
He was John G. Searle Professor of Medicinal | Chemistry in the College of Pharmacy and Professor of |
t Soviet scientist in the field of inorganic | chemistry, a member of the Academy of Sciences of the |
s born, offering the departments of biology, | chemistry, mathematics, and physics. |
Journal of Medicinal | Chemistry 4: 335. |
The company produces a range of organic | chemistry products including ethylene, polyethylene, e |
Professor Frederick Wessely, Director of the | Chemistry Institute recommended Tuppy to Max Perutz fo |
ute at Sorau in 1928 and was the head of the | chemistry department there. |
organized into six divisions of agricultural | chemistry, plant physiology, plant pathology, entomolo |
arried to Frank Fowler, Professor of Organic | Chemistry at Stony Brook University. |
5, he was appointed professor of theoretical | chemistry, from 1953 physical chemistry, at the Royal |
lied Physics, and Annual Reviews of Physical | Chemistry. |
ity of Berlin and holds the Chair of Organic | Chemistry and Functional Materials at the Department o |
der organischen Chemie (Handbook of Organic | Chemistry). |
dramatically expanded the scope of inorganic | chemistry. |
and therefore one of the founders of modern | chemistry. |
Journal of Computational | Chemistry 24 (12): 1432-1436. |
programmes under the departments of Arabic, | Chemistry, Economics, English, Hindi, Malayalam, Philo |
He was Sterling Professor of physiological | chemistry at Yale University for 31 years during the m |
) is a Distinguished Professor of Biological | Chemistry at the Geffen School of Medicine at UCLA. |
uished Service in the Advancement of Surface | Chemistry. |
Roger Alder - FRS, professor of organic | chemistry at the University of Bristol |
1874 he was appointed professor of inorganic | chemistry, and director of the second chemical laborat |
of 16O (physics) and as 1/16 the mass of O ( | chemistry). |
With the massive expansion of organic | chemistry in the mid-nineteenth century and the greate |
Elements of inorganic | chemistry (Arnold, 1900) |
This was the first known use of Radiation | Chemistry for commercial products. |
s and the International Bureau of Analytical | Chemistry. |
Advisory board of the | Chemistry Division of the National Science Foundation |
umphrey Plummer Professorship of Theoretical | Chemistry was established in 1932 from a bequest of £2 |
uished Service in the Advancement of Surface | Chemistry in 2003 |
onal editor of the Journal Of Organometallic | Chemistry, and in 1970 he was elected a Fellow of the |
was absorbed by European Journal of Organic | Chemistry by merger of a number of other leading natio |
Journal of Medicinal | Chemistry 28 (12): 1864. |
William T. Miller, professor of organic | chemistry at Cornell University, was co-opted to devel |
The Encyclopedia of Analytical | Chemistry is an English-language multivolume encyclope |
t important journals in the field of organic | chemistry worldwide. |
Journal of Medicinal | Chemistry 32 (9): 2214. |
pioneered the applications of organosilicon | chemistry for organic synthesis, especially for the pr |
istry and Head of the Division of Biological | Chemistry and Drug Discovery at the University of Dund |
ilip P. Power FRS, is Professor of Inorganic | Chemistry at the University of California, Davis. |
ered a pioneer in the field of computational | chemistry. |
important and thriving field of bioinorganic | chemistry, he has made many key contributions, the mos |
Journal of Electroanalytical | Chemistry 287 (2): 293-348. |
In Nomenclature of Inorganic | Chemistry (2005), IUPAC recommends the abbreviation "c |
Polish Institute of Physical | Chemistry (Polish Instytut Chemii Fizycznej) is one of |
lman Award, American Association of Clinical | Chemistry, in 2002; |
general problems in the fields of inorganic | chemistry and solid-state physics. |
After some reluctance from part of the | chemistry community, the Charlot method found approval |
versity to join the department of Biological | Chemistry and worked with David Rittenberg, from the r |
and the director of the Institute of General | Chemistry of Pavia University, where he stayed until 1 |
ral Fellow at the Institute of Physiological | Chemistry, University of Munich from 1985 to 1986 and |
, WI, in 1971, as professor and chair of the | chemistry department. |
heory is the topology branch of mathematical | chemistry which applies graph theory to mathematical m |
Journal of Physical | Chemistry C 112: 21. |
g in an article in the Journal of Biological | Chemistry in 1989 because the proteoglycan contained t |
, particularly at the interface of inorganic | chemistry with other disciplines, and are ‘forward-loo |
iety and in1937 became Professor of Physical | Chemistry at University College, London. |
Annual Review of Analytical | Chemistry, Volume 1 (with Edward S. Yeung) (2008) ISBN |
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