「SPECTROSCOPIC」の共起表現一覧(1語右で並び替え)
該当件数 : 209件
effects of weak gravitational lensing) and | Spectroscopic All Sky Cosmic Explorer (SPACE, to measure |
A | spectroscopic analysis showed it to have a composition v |
Biochemical and Mass | Spectroscopic analysis revealed that this pyroptosome is |
Spectroscopic analysis indicates the possible presence o | |
of predictive models for use in real-time | spectroscopic analysis of materials. |
trophysics (ASCA) for a spatially resolved | spectroscopic analysis of Abell 2256 over the energy ban |
Modern | spectroscopic and spectrometric techniques have since su |
Xi Tauri a | spectroscopic and eclipsing triple star. |
the subject of numerous X-ray diffraction, | spectroscopic and theoretical studies. |
mmonly used in fluorescence microscopy and | spectroscopic applications for selection of the excitati |
The | spectroscopic assignment of these states follows the Ryd |
Both bright stars are | spectroscopic binaries and have at least one closer comp |
binary star, whose two components are both | spectroscopic binaries themselves, making a four-star sy |
-class stars, are themselves thought to be | spectroscopic binaries, bringing the total number of sta |
due to the Doppler effect, they are called | spectroscopic binaries. |
us Doppler shift analysis included face-on | spectroscopic binaries. |
aries detected in this manner are known as | spectroscopic binaries. |
ures of variable stars, cluster stars, and | spectroscopic binaries; and astrometry of minor planets |
This is a single-lined | spectroscopic binary system. |
3 Camelopardalis is a | spectroscopic binary in the constellation Camelopardalis |
SBC7 is an acronym for | Spectroscopic Binary 7th Catalogue. |
It consists of a | spectroscopic binary and a third component. |
12 Camelopardalis is a | spectroscopic binary in the constellation Camelopardalis |
V373 Cas is a | spectroscopic binary in the constellation Cassiopeia. |
V357 Carinae (a Car, a Carinae) is a | spectroscopic binary in the constellation Carina. |
Theta-1 Sagittarii is a | spectroscopic binary lying 617 light years from Earth. |
θ1 Crucis (θ1 Cru, Theta1 Crucis) is a | spectroscopic binary star in the constellation Crux. |
The star e Serpentis (e Ser) is a | spectroscopic binary in the constellation of Serpens. |
It is a | spectroscopic binary whose components have an orbital pe |
It is a | spectroscopic binary whose components have an orbital pe |
It is a | spectroscopic binary with an orbital period of 143.6065 |
Pi Andromedae (π And, π Andromedae) is a | spectroscopic binary in the constellation Andromeda. |
It is a | spectroscopic binary and has a companion located 0.12 ar |
Secondary, Σ 1694 B is a | spectroscopic binary both A-type main sequence star. |
It is a | spectroscopic binary whose two components are separated |
104 Aqr A is a | spectroscopic binary and is suspected to be variable. |
VV Corvi (VV Crv) is a close | spectroscopic binary in the Corvus constellation. |
Lambda Andromedae is a | spectroscopic binary with an orbital period of 20.52 day |
It is a | spectroscopic binary with an orbital period of 134 days. |
θ2 Crucis (θ2 Cru / Theta2 Crucis) is a | spectroscopic binary star in the constellation Crux. |
Theta Cephei is a white | spectroscopic binary star, located about 135 light-years |
First discovered | spectroscopic binary in 1889 by an American astronomer E |
Carl Vogel, Pickering discovered the first | spectroscopic binary stars. |
Alpha Equulei is a unique | spectroscopic binary star consisting of two components. |
Zeta Trianguli Australis (ζ TrA) is a | spectroscopic binary in the constellation Triangulum Aus |
It is a | spectroscopic binary whose components have magnitudes of |
Pi4 Orionis (π4 Ori, π4 Orionis) is a | spectroscopic binary star in the constellation Orion. |
The star has been found to be a | spectroscopic binary star. |
It is a | spectroscopic binary with a faint class-G companion. |
31 Camelopardalis is an eclipsing | spectroscopic binary in the constellation Camelopardalis |
de determination the orbital period of A's | spectroscopic binary difficult. |
17 Leporis (17 Lep) is a | spectroscopic binary star in the constellation of Lepus. |
Beta Cephei is a triple star comprising a | spectroscopic binary with a magnitude 8 optical companio |
ilon Sagittarii (υ Sgr, υ Sagittarii) is a | spectroscopic binary star system in the constellation Sa |
Theta Aquilae is a | spectroscopic binary classified as a blue-white B-type g |
omponent, Iota Trianguli Australis A, is a | spectroscopic binary with a mean apparent magnitude of + |
(ε Her, ε Herculis) is a fourth-magnitude | spectroscopic binary star in the constellation Hercules. |
Iota Arietis is a | spectroscopic binary classified as a yellow G-type super |
of the system components, A and B, form a | spectroscopic binary that completes an orbit every 76 ye |
It is a | spectroscopic binary with components that are too close |
anis Majoris (ζ CMa, ζ Canis Majoris) is a | spectroscopic binary in the constellation Canis Major. |
Gliese 678 is a | spectroscopic binary star system approximately 60 light- |
HD 176051 is a | spectroscopic binary star system located approximately 4 |
It is also a | spectroscopic binary star with a period of almost 273 da |
resolved Pismis 24-1SW and the unresolved | spectroscopic binary Pismis 24-1NE. |
In 1898 this system was reported to be a | spectroscopic binary system, with an orbital period of 2 |
omedae (Eta And, η Andromedae, η And) is a | spectroscopic binary star in the constellation of Androm |
Rho Tucanae is a | spectroscopic binary composed of two yellow-white F-type |
Nu Andromedae is | spectroscopic binary whose components are a blue-white B |
Chi Aurigae is a | spectroscopic binary which is classified as a blue-white |
The system consists of a | spectroscopic binary with a yellow G-type supergiant and |
rferometer was used to resolve a number of | spectroscopic binary systems, including Alpha Andromedae |
name HR 2422 Monocerotis or HR 2422) is a | spectroscopic binary at a distance of around 6600 light- |
Kappa Velorum is | spectroscopic binary which is classified as a blue-white |
The star has also been identified as a | spectroscopic binary with a period of 494 days, but the |
Atik is a | spectroscopic binary star consisting of a spectral type |
It is a | spectroscopic binary having a 113.8 day period, indicati |
The orbit of a | spectroscopic binary is determined by making a long seri |
Kappa Arietis is a | spectroscopic binary which is classified as a white A-ty |
omedae was discovered to be a double-lined | spectroscopic binary in a series of spectra taken in 189 |
ae (V415 Car or A Carinae) is an eclipsing | spectroscopic binary of the Algol type in the constellat |
s (τ CMa, τ Canis Majoris) is an eclipsing | spectroscopic binary in the constellation Canis Major an |
l magnitude of approximately 5.15 and is a | spectroscopic binary star which consists of two giant st |
The system itself has been identified as a | spectroscopic binary star system; this means that Delta |
Tau Puppis is also a | spectroscopic binary star system in which the multiple c |
This star is suspected of being a | spectroscopic binary, although this has not yet been con |
It is a | spectroscopic binary, whose components are separated by |
A suspected | spectroscopic binary, it has now been resolved by speckl |
It is a suspected | spectroscopic binary, although this has not been confirm |
The primary is a | spectroscopic binary, and its close companion completes |
This is a | spectroscopic binary, which means that the individual co |
This star is a | spectroscopic binary, and the primary is also a Beta Cep |
They are a | spectroscopic binary, meaning the separation between the |
It is a | spectroscopic binary, and the two subcomponents have app |
It is a | spectroscopic binary, which means it is a binary star wi |
Nu Scorpii A is itself a semi-detached | spectroscopic binary, having a fainter B-type companion |
of the pair, Kappa Pegasi B, is actually a | spectroscopic binary, with the components designated Kap |
It is also a | spectroscopic binary, and is composed of two stars with |
At the centre of the system is a | spectroscopic binary, Iota Serpentis A and B. These are |
Component A is a | spectroscopic binary. |
HD 37017 is a | spectroscopic binary. |
Lambda Virginis is a | spectroscopic binary. |
IU Aurigae is a | spectroscopic binary. |
EZ Aquarii AC is a | spectroscopic binary. |
Sigma Aquilae is an eclipsing | spectroscopic binary. |
rimary component, Epsilon Volantis A, is a | spectroscopic binary. |
, Epsilon Ursae Minoris A, is an eclipsing | spectroscopic binary. |
nt distance of 5".1 while it may also be a | spectroscopic binary. |
esolved with optical telescopes, forming a | spectroscopic binary. |
ve a companion, which would make Electra a | spectroscopic binary. |
Wide Band Spectrometer (WBS) has | spectroscopic capabilities in a wide energy band from 3 |
a permanent dipole moment, which makes the | spectroscopic characterization easier. |
Their individual | spectroscopic classifications are dK5e and dK7e. |
A is separated from its | spectroscopic companion by 0.05 arcseconds. |
B's | spectroscopic companion was discovered in 1989, and that |
freely accessible, and contains extensive | spectroscopic data for organic compounds including that |
nstruments, incorporating both imaging and | spectroscopic data at optical, infrared, and radio wavel |
ei is a triple star system consisting of a | spectroscopic double star with a wider companion. |
As an optical technique, | spectroscopic ellipsometry is non-destructive and contac |
llipsometry (MOGE) is an advanced infrared | spectroscopic ellipsometry technique for studying free c |
boratory, in which he assembled the latest | spectroscopic equipment. |
With this | spectroscopic evidence a search for these type of molecu |
Although | spectroscopic evidence is consistent with a mass of 8 ± |
ars to have an orbital period of 11 years; | spectroscopic evidence indicates a third companion of A |
NMR | spectroscopic experiments indicated close proximity of t |
The Far Ultraviolet | Spectroscopic Explorer (FUSE) is a space-based telescope |
P Cygni gives its name to a type of | spectroscopic feature called a P Cygni profile, where th |
became the Reuven Ramaty High Energy Solar | Spectroscopic Imager (RHESSI), the first space mission n |
The Reuven Ramaty High Energy Solar | Spectroscopic Imager (RHESSI), Explorer 81, images solar |
Also called 1H-nuclear magnetic resonance | spectroscopic imaging and proton magnetic resonance spec |
Magnetic resonance | spectroscopic imaging is a noninvasive imaging method th |
uting is an approach to the development of | spectroscopic instruments, particularly for industrial a |
harges was raised sufficiently to allow of | spectroscopic investigation. |
to prove the existence of this species by | spectroscopic means |
is not possible to isolate or detect it by | spectroscopic means |
Spectroscopic measurements have given an orbital period | |
target-of-opportunity basis, less frequent | spectroscopic measurements complement the rapid photomet |
Although | spectroscopic measurements are necessary to obtain a hig |
rs prefer the name TPD because it is not a | spectroscopic method. |
Emission Pumping (SEP, or "PUMP and DUMP") | spectroscopic method. |
spectroscopic methods for structural characterization | |
He identified this gas by | spectroscopic methods to be nitrogen. |
Spectroscopic methods on a cellular and molecular level | |
He became interested in using | spectroscopic methods including nuclear magnetic resonan |
ve diseases and the use of microscopic and | spectroscopic methods in neurosciences (“neurophotonics” |
his work in development of ultrasensitive | spectroscopic methods with applications in trace gas det |
In all three | spectroscopic methods, the sample usually needs to be pr |
ng the structure of atoms and molecules by | spectroscopic methods. |
FM can be operated in the imaging mode and | spectroscopic mode. |
e closest approach to this resolution by a | spectroscopic neutron instrument type, namely the backsc |
Spectroscopic observation from orbit indicates the prese | |
The Hubble Space Telescope took STIS/UV | spectroscopic observations on May 3, 2010. |
FOS was designed to make | spectroscopic observations of astrophysical sources from |
However, more detailed | spectroscopic observations in 2005 appear to show that i |
s contributions to Astronomical Physics by | spectroscopic observations of eclipses, solar pre-eminen |
second per century, which corresponds from | spectroscopic observations to 20-30 km−1). |
UT) was a space telescope designed to make | spectroscopic observations in the far-ultraviolet region |
olume of observations produced, along with | spectroscopic observations and some pioneering attempts |
Spectroscopic observations can be used in a myriad of co | |
Spectroscopic observations through 2007 indicate that it | |
y Notices Roy Astron Soc, vol lxv, 1905); ' | Spectroscopic Observations of the Great Sunspot (Februar |
The presence of water ice is supported by | spectroscopic observations, which have revealed crystall |
ectrography for Rocky Exoplanet and Stable | Spectroscopic Observations, dubbed ESPRESSO, might allow |
provide high resolution, multi-wavelength | spectroscopic observations. |
Its orbit was computed in 1946 from | spectroscopic observations. |
Spectroscopic parallax is an astronomical method for mea | |
nings are the Photometric parallax method, | Spectroscopic parallax, and Dynamical parallax |
solution Transmission) is a compilation of | spectroscopic parameters that a variety of computer code |
The Rossiter-McLaughlin effect is a | spectroscopic phenomenon observed when either an eclipsi |
th other contractors to develop an Advance | Spectroscopic Portal (ASP) to allow border officials to |
ion to the new equilibrium is monitored by | spectroscopic probes such as fluorescence or less freque |
The | spectroscopic properties of Proton-sponge are very inter |
uctases depending on their function, their | spectroscopic properties, and their catalytic properties |
ed to phycobiliproteins to confer specific | spectroscopic properties. |
is its very high basicity; another is its | spectroscopic properties. |
adial velocity most commonly refers to the | spectroscopic radial velocity. |
The | spectroscopic radial velocity is radial component of the |
This instrument had a | spectroscopic range of 82.5 to 185 nms, and a spectral r |
ame logic follows to explain the identical | spectroscopic results provided by the hydrogen atoms on |
Both visible and infrared | spectroscopic results indicate that Ixion's surface is a |
imation of this coupling provides a direct | spectroscopic route to the distance between nuclei and h |
at showed radio loud quasars have distinct | spectroscopic signatures that depend on their orientatio |
purity and served as reliable reagents and | spectroscopic standards. |
erally obtained empirically from gas-phase | spectroscopic studies of atoms. |
RI scanner for functional, structural, and | spectroscopic studies of humans and animals. |
vae, he has also worked extensively on the | spectroscopic studies of Active Galactic Nuclei |
IR | spectroscopic studies have demonstrated the existence of |
Spectroscopic studies suggest that Eunomia has regions w | |
Donati was also a pioneer in the | spectroscopic study of the stars and the sun. |
67 jointly with William Huggins, for their | spectroscopic study of the composition of stars. |
In 1895, his | spectroscopic study of the rings of Saturn revealed that |
ject was known as Small Main-belt Asteroid | Spectroscopic Survey, Phase II or SMASSII, which built o |
Gamma rays detected in a | spectroscopic system produce peaks in the spectrum. |
Linear dichroism (LD) is a | spectroscopic technique that is primarily used to study |
An advantage of this | spectroscopic technique is that the ions can be detected |
Reflectance difference spectroscopy is a | spectroscopic technique which measures the difference in |
using a | spectroscopic technique, such as infrared spectroscopy, |
ful to confirm the result, although modern | spectroscopic techniques (e.g. |
und was characterized by computational and | spectroscopic techniques and found to possess a cage-lik |
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