「X-ray」の共起表現(1語右で並び替え)2ページ目

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共起表現

「X-ray」の共起表現一覧(1語右で並び替え)2ページ目

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	X-ray crystallography of the tri-sulfone derivative
	X-ray crystallography became a widely used tool and
Petsko is best known for using	X-ray crystallography to solve important problems in
roduct mixture was more fully characterized by	X-ray crystallography and Nuclear Magnetic Resonance
	X-ray crystallography studies have shown that solith
Single-crystal	X-ray crystallography has been used to determine its
one of the pioneer scientists in the field of	X-ray crystallography studies of biomolecules.
The structure was determined by	X-ray crystallography to 2.1 Angstrom resolution and
gh-resolution protein structures determined by	X-ray crystallography and deposited in the Protein D
The data, typically obtained by	X-ray crystallography or NMR spectroscopy and submit
re was determined by both NMR spectroscopy and	X-ray crystallography in 1963.
tobacter vinelandii has been characterised via	x-ray crystallography in both ADP tetrafluoroalumina
tal methods of structure determination include	X-ray crystallography and NMR spectroscopy, both of
From	X-ray crystallography it is established that the mol
nd is reported as stable and with according to	X-ray crystallography a chairlike tricyclic silicon
h his son Edmond Friedel, the results of their	X-ray crystallography studies: "The physical propert
Arnold Beevers in the Chemistry Department in	X-ray crystallography of sucrose using isomorphous r
rst structure determination of any protein (by	X-ray crystallography).
omic coordinates of the protein, as defined by	X-ray crystallography, protein NMR, or another prote
Later by	X-ray crystallography, the complex was shown to be p
st important application of phase retrieval is	X-ray crystallography, awarded of several Nobel priz
He was best known for the development of	X-ray crystallography, a technique used to determine
s goal is to enhance the efficiency of protein	X-ray crystallography, which will enable researchers
em in their native environment, in contrast to	X-ray crystallography, which generally requires plac
In	x-ray crystallography, the diffraction data when pro
In	X-ray crystallography, anomalous scattering refers t
pounds are usually evaluated by single-crystal	X-ray crystallography, focusing both on the overall
In	X-ray crystallography, kerosene can be used to store
A variety of techniques, not including	X-ray crystallography, suggest that the compound exi
According to	X-ray crystallography, it binds Fe3+as a 1:1 complex
s most well known as a pioneer in the field of	x-ray crystallography.
function is used to solve the phase problem in	X-ray crystallography.
ne solids, the molar volume can be measured by	X-ray crystallography.
ure of an SAH riboswitch has been solved using	X-ray crystallography.
Wilhelm Institute, where he began to research	X-ray crystallography.
nsively studied by electron cryomicroscopy and	x-ray crystallography.
ch as NaCl and CsCl were later confirmed using	X-ray crystallography.
the riboswitch from E. faecalis was solved by	X-ray crystallography.
d in 1968 the structure could be elucidated by	X-ray crystallography.
eters were deduced by electron diffraction and	X-ray crystallography.
aesium and rubidium have been characterized by	X-ray crystallography.
ne has historical significance in the field of	X-ray crystallography.
eatment of the effect of thermal vibrations in	X-ray crystallography.
ReB2 without any other phases, as confirmed by	X-ray crystallography.
al ways to determine the absolute structure by	X-ray crystallography.
f antimony(III) acetate has been determined by	X-ray crystallography.
e ectodomain D1 and D2 of CD155 were solved by	x-ray crystallography.
the Protein Data Bank have been determined by	X-ray crystallography.
as selenium helps solving the phase problem in	X-ray crystallography.
e been solved for this class of enzymes, using	X-ray crystallography.
ectroscopy, and Circular Dichroism, along with	X-ray crystallography.
c synthesis and the structure was confirmed by	x-ray crystallography.
mself with methods of protein purification and	X-ray crystallography.
of the importance of the Fourier transform in	X-ray crystallography.
three-dimensional protein structure solved by	X-ray crystallography.
en joined the lab of Robert Huber to work with	x-ray crystallography.
of known protein tertiary structures solved by	X-ray crystallography.
ly to the enzyme, the complex can be viewed by	X-ray crystallography; it can therefore be used as a
The High Resolution	X-Ray CT (UTCT) Facility has been used to non-destru
a Renal Dialysis Unit, Cardiac Catheter Suite,	X-ray, CT, PET and MRI Scanners, with extensive outp
A detailed atomic structure for hERG based on	X-ray cystallography is not yet available, so struct
According to SIMBAD there are at least three	X-ray dark, gamma-ray souces within 1° of Sco XR-4.
Cryo crystallography enables	X-ray data collection at cryogenic, near liquid nitr
Corey, the laboratory's expert in transforming	X-ray data into precise models).
However,	x-ray data showed that there is not enough mass to h
ike ions can be found on Table 1-5 of the LNBL	X-Ray Data Booklet
These are added to pre-existing	x-ray data from the Chandra X-ray Observatory and ES
By combining visual and	X-ray data, it can be shown that the southeastern kn
Afterwards, he walked some distance to the	X-ray department to photograph the catheter which wa
He was hired as the manager of the	x-ray department at Rikshospitalet in 1899, took the
spital added an operating room, a pharmacy and	X-ray departments.
the most recent satellites to be launched with	X-ray detection capability.
Development of a novel	X-ray detector technique for use in medical imaging;
s from the Naval Research Laboratory loaded an	X-ray detector on board an Aerobee that is launched
The Vela 5B satellite	X-ray detector remained functional for over ten year
SPACEHAB Payloads include the Advanced	X-Ray Detector (ADV XDT), the Advanced Commercial Ge
a detector plane of 32,768 four mm CdZnTe hard	X-ray detector tiles; it is purpose-built for Swift.
The scintillation	X-ray detector (XC) aboard Vela 5A and its twin Vela
e measured with the University of Utrecht hard	X-ray detector with a time resolution of 1.2 s (< 10
On board is a hard	X-ray detector (27-189 keV) with a 5.1 cm2 NaI(Tl) s
The small area of the	X-ray detector, thick Mylar window counters, and hig
om White Sands Missile Range, New Mexico, with	X-ray detectors aboard, discovered it.
tals with a higher level of doping are used in	X-ray detectors with high spectrometric quality.
The	X-ray detectors on board the X-ray observatory satel
which especially pertain to the use of CCDs in	X-ray detectors can be coupled with practical books
n the outside of the station together with the	X-ray detectors, and power supply and measurement un
s back into X-rays for subsequent detection by	X-ray detectors.
s school developed the first digital panoramic	x-ray device in America.
ties such as CT, MR, and Computed Radiography (	x-ray) devices for image capture.
radiocontrast agents used in cholecystography (	X-ray diagnosis of gallstones).
ension previously used as a contrast medium in	x-ray diagnostics, is a potent human carcinogen know
However, AgO is diamagnetic and	X-ray diffraction studies show that silver atoms hav
ce the 1950s or earlier , but was confirmed by	X-ray diffraction analysis only in 2005
	X-ray diffraction is still considered the ultimate p
next-generation solution is Energy Dispersive	X-Ray Diffraction (EDXRD) .
He invented a Goniometer to study	X-ray diffraction of crystals for which he received
ch as Raman spectroscopy and Energy Dispersive	X-Ray Diffraction (EDXRD) can be used to discover co
Diffraction, a British company specializing in	X-ray diffraction equipment.
estion remained unanswered until the advent of	x-ray diffraction in the 20th century.
eformation of the NaCl lattice, as measured by	x-ray diffraction (XRD), served as a pressure indica
opment of the use of synchrotron radiation for	X-ray diffraction experiments, now a widely used tec
	X-ray diffraction patterns for six-line (top) and tw
The	X-ray diffraction patterns of plastic crystals are c
results in a structural variety detectable by	X-ray diffraction techniques.
	X-ray diffraction is commonly used to determine the
h Pu2O3, PuO2 and a higher oxide identified by	X-ray diffraction and X-ray photoelectron spectrosco
he Von Laue condition for diffraction peaks in	x-ray diffraction crystallography.
was successfully crystallized and analyzed by	X-ray diffraction in 2003.
in, Gosling, Stokes, Wilson and Wilkins to DNA	X-ray diffraction studies.
haracterization of scrutinyite by the standard	X-ray diffraction (XRD) technique was hindered by sc
olution, as long as crystals are available, as	x-ray diffraction needs numerous copies of the molec
researcher in materials characterization with	x-ray diffraction and on the structural analysis of
In	X-ray diffraction a beam strikes a crystal and diffr
size, positive identification usually requires	x-ray diffraction analysis.
le crystal wires of zinc, Cahn demonstrated by	X-ray diffraction that long strain-free crystallites
zes is seen as a broadening of the peaks in an	X-ray diffraction as is explained by the Scherrer Eq
Single crystal	X-ray diffraction analysis of this compound shows co
ost often used to identify substances based on	x-ray diffraction data, and is designed for use with
mium bond, which was confirmed by two separate	X-Ray diffraction studies of single crystals.
	X-ray diffraction analysis is required for positive
In	X-ray diffraction the scattering factor f for an ato
	X-ray diffraction studies of [TTF][TCNQ] revealed st
	X-ray diffraction in crystals, imperfect crystals an
Powder	X-ray diffraction (PXDR) is used to determine struct
	X-ray diffraction shows that due to pi-pi interactio
	X-ray diffraction measures the cell parameter, a, wh
High-resolution	X-ray diffraction is used to characterize thickness,
According to	X-ray diffraction analysis, the reagent traded under
phic research pioneering optical approaches to	x-ray diffraction based on the Fourier transform.
ents: optical microscopy, electron microscopy,	X-ray diffraction and so on, some involving preparat
The corresponding samples were examined with	X-ray diffraction and transmission electron microsco
t, the DNA which Rosalind Franklin used in her	x-ray diffraction studies that rewarded Maurice Wilk
sh by standard laboratory methods (like Powder	X-Ray Diffraction)
O)5 has been studied by many methods including	X-Ray diffraction, neutron diffraction, and electron
er the following decade Klug used methods from	X-ray diffraction, microscopy and structural modelli
and 1990s on nuclear detectors and the use of	x-ray diffraction, fluorescence, and crystallography
For Bragg reflections in neutron and	X-ray diffraction, the momentum difference between i
re domain and has been the subject of numerous	X-ray diffraction, spectroscopic and theoretical stu
crystal structure in a manner very similar to	X-ray diffraction.
ering the double helix structure for DNA using	X-ray diffraction.
detected and quantified in mixtures by powder	x-ray diffraction.
he central carbon atom of around 130° based on	X-ray diffraction.
	X-ray diffraction.
chniques for determining atomic structure from	X-ray diffraction.
This structure was found using	X-ray diffraction.
orphous solids were initially characterised by	X-ray diffraction.
This protein's structure was determined by	X-ray diffraction.
At crystalline state, obtained with an	X-ray diffraction.
fraction, electron microscopy, and synchrotron	x-ray diffraction.
ween the minerals in the copiapite group is by	X-ray diffraction.
ples sizes are large compared to those used in	X-ray diffraction.
The detector end of a simple	x-ray diffractometer with an area detector.
He was selected by NSF to acquire an	X-ray diffractometer and has been a pioneer in apply
spectroscopy/X-ray photoelectron spectroscopy,	X-ray diffractometer, scanning electron microscope w
The trailer features a track by	X-Ray Dog, entitled Divine Crusade.
Kane	X-ray donates personnel to perform installation and
More recent	X-ray echos or halos have been observed originating
giant companion every 2.09 days; these regular	X-ray eclipses last approximately 1/4 the orbital pe
Solar hard	X-ray EFBs rise and decay times do not depend on the
on the Roehampton site, with services such as	x-ray, electro-therapy and a gymnasium.
PSR J0437-4715 is the first MSP to have its	X-ray emission detected and studied in detail.
Observation of	X-ray emission from the collision of Comet Shoemaker
in combination with electron-induced secondary	X-ray emission .
is that given a protein of known sequence, The	X-ray emission from sulfur can be used as an interna
The	X-ray emission of the neutron star is caused by the
The	X-ray emission may be caused by magnetic activity, o
The same satellite discovered	X-ray emission from the same object, and the GMOS In
	X-ray emission spectrum.
e nucleus is a strong source of both radio and	X-ray emission that appears to be synchrotron emissi
law to use strontium in the faceplate to block	X-ray emission (these X-ray emitting TV's are no lon
er than the faintest star of WR20a, though its	X-ray emission is quite peculiar (see Naze et al. 20
This was the first time the	X-ray emission pattern of a supernova (which only la
The	X-ray emission may also be variable, which is also e
The	X-ray emission from the source is dominated by therm
Attempts to detect	X-ray emission from Procyon with nonimaging, soft X-
ocated at the centre of the cluster, where the	X-ray emission is brightest.
	X-ray emission from a limb flare is recorded by Solr
EAO 1 has been presented that the ring of soft	X-ray emission includes Cygnus X-6 and Cygnus X-7.
n of gas and dust near the AGN that absorb the	X-ray emission.
27 has been identified as a source of variable	X-ray emission.
l, which also exhibits the brightest radio and	X-ray emission.
s hotspots are readily detected in optical and	X-ray emission.
scope of XMM Newton includes the detection of	X-ray emissions from Solar System objects, detailed
, an alternative explanation would be that the	X-ray emissions could be from the pulsar wind nebula
s not centred on any one galaxy and studies of	X-ray emissions from the group indicate that it is d
discovered to be much brighter than normal in	X-ray emissions on October 9, 2007, by the European
	X-ray emissions were observed in NGC 7252.
aries at the same 4.8-hour orbital rate as the	X-ray emissions, and they occur a few days before th
For his Ph.D. thesis he studied	X-ray emissions.
n the SNL Z-Machine, the world's most powerful	x-ray emitter and z-pinch at that time.
ies were subsequently discovered as a class of	X-ray emitters.
Intermediate polar systems are strong	X-ray emitters.
inetic energy is thermalized, producing 106 K,	X-ray emitting plasma.
disk, which directly heated gas in its path to	X-ray emitting temperatures
s known, with their baryonic mass dominated by	X-ray emitting plasma (coronal clouds), which is ten
	X-ray energies are between 100 eV and 300 eV.
nsity of the Crab Nebula is various at various	X-ray energies, conversion of the Crab to another un
, reflectivity, refraction index, electron and	X-ray energy loss, for a large variety of systems, r
ensity of the Crab Nebula at the corresponding	X-ray energy.

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共起表現

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「X-ray」の共起表現一覧(1語右で並び替え)2ページ目