「refraction」の共起表現(1語左で並び替え)

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「refraction」の共起表現一覧(1語左で並び替え)

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sequences of such a left-handed substance; a	refraction that is reversed, an inversion of the Dopple
bles can be identified from the accompanying	refraction and internal reflection even though both the
Accommodation and	refraction were normal.
effects such as bump mapping, reflection and	refraction, and gloss and detail mapping to be implemen
he rainbow were caused by the reflection and	refraction of sunlight through rain drops.
a major contribution in study of optics and	refraction of light.
this case, the two effects of curvature and	refraction cancel each other out and the Earth will app
ed on the research of seismic reflection and	refraction in ocean basins, ocean bottom photography, s
ed the length of day and night and assembled	refraction tables.
His research in the areas of astronomic	refraction, the obliquity of the ecliptic and orbital t
e formula neglects the effect of atmospheric	refraction.
nd environmental factors such as atmospheric	refraction.
f the rainbow as a phenomenon of atmospheric	refraction "is basically in accord with modern scientif
' (just south of London); taking atmospheric	refraction into account it will probably only be seen t
well except near the horizon-the atmospheric	refraction from the zenith to a zenith distance of 70°
gradients in sedimentation and diffusion by	refraction methods: Solubility properties of potato sta
neon tetra is a structural colour, caused by	refraction of light within guanine crystals that develo
observatory (owing to the need to calculate	refraction from the air temperature) by Temple Chevalli
For example, to change	refraction by 4 diopters with an optical zone of 3 mm w
al anisotropy of materials, so the different	refraction indices would cause birefringence.
Pleochroism is caused by the double	refraction of light by a mineral.
r specific conditions can demonstrate double	refraction and optic axes.
Non-crystalline materials have no double	refraction and thus, no optic axis.
Double	refraction also occurs in biaxially anisotropic materia
h as straight extinction, much weaker double	refraction and stronger pleochroism.
sometric mineral, it does not exhibit double	refraction.
tish Association a valuable report on double	refraction, a phenomenon where certain crystals show di
Except	refraction which is widely used, the coherent interacti
It also corrects for	refraction at the Bragg condition and combined Bragg an
doing reductions of the data (correcting for	refraction, instrument error and clock error).
appearance to a rainbow; but it arises from	refraction of sunlight through horizontally-oriented ic
ecause shorter wavelengths have much greater	refraction angles than longer ones.
both contained defects occasioning irregular	refraction.
Tower telescope is a telescope with a large	refraction length at which the tube is installed inside
Increases in porosity can increase light	refraction, diffuse reflection and scattering, resultin
s an asterism (distinctive star-shaped light	refraction) in the gem.
12 young ballet dancers to illustrate light	refraction although the professor merely wished to show
Royal London	Refraction Hospital'.
It was established in 1922 as the London	Refraction Hospital.
t was active in the management of the London	Refraction Hospital after the second world war.
se an increasing number of reflections makes	refraction asymmetric some colour separation occurs awa
he deflection-by diffraction, nonhomogeneous	refraction, or nonspecular reflection by particulate ma
This is the normal	refraction of transparent materials like glass or water
n_1-index of	refraction for less dense medium
n is the lens's index of	refraction.
TMV has an index of	refraction of about 1.57.
He rediscovered the law of	refraction in 1621.
In silica, the index of	refraction is dependent upon wavelength.
where np is the index of	refraction of the prism.
Cedar oil has an index of	refraction of approximately 1.516.
ore, these quantities determine the index of	refraction "n".
n optical property that relates the index of	refraction of a mineral versus the index of refraction
ef, i.e. its relative difference in index of	refraction compared to the surrounding medium's index o
The 3T polytype has a positive index of	refraction whereas the 2H polytype can possess crystals
when a mineral has two different indexes of	refraction.
ayers of materials with different indices of	refraction.
Relief primarily depends on the index of	refraction of the mineral.
it angle and ψ2,m its corresponding angle of	refraction.
aning that it has three different indices of	refraction.
ch means that it has two distinct indices of	refraction.
"On the Application of the Laws of	Refraction in Interpreting Solar Phenomena", Astrophysi
o the cubic system pertain only one index of	refraction.
The GeO2 has a high index of	refraction, so by varying the flowrate of germanium tet
it has one optic axis and that the index of	refraction for the ordinary ray is greater than the ind
n and physicist who devised the basic law of	refraction, Snell's law (died 1626)
In a medium with an index of	refraction equaling 1.53, Nambulite has a calculated re
The index of	refraction of a mineral is a measure of the speed of li
h prism, and ψ1,m its corresponding angle of	refraction.
Indices of	refraction vary markedly depending on the relative humi
he high-precision measurement of an index of	refraction.
o it has two optic axes and three indices of	refraction n depending on the crystallographic directio
The index of	refraction is the velocity of light in a vacuum divided
d triclinic substances have three indices of	refraction.
ets, or a long cylindrical gradient-index of	refraction lens (a GRIN lens).
Most notable of GeO2 is its high index of	refraction and low optical dispersion, used for wide ca
ture of an optical system by n, the index of	refraction of the material of the lens.
The index of	refraction of zorite is 1.59 , which is the velocity of
e because the Kerr effect causes an index of	refraction change in the medium, resulting in self-focu
icol prisms greatly facilitated the study of	refraction and polarization, and were later used to inv
ength of the path multiplied by the index of	refraction of the medium.
e sum of all the curvatures times indices of	refraction can be zero, so that the field of focus is f
optical theory, such as different indices of	refraction, layer thicknesses and light wavelengths, ar
ence between the highest and lowest index of	refraction, amicite's birefringence is 0.009.
ical properties, sweetite has two indices of	refraction, 1.635 along the ordinary ray and 1.628 alon
, and accordingly three different indices of	refraction.
ll as showing double refraction.The index of	refraction is the geometric ratio of the angle of light
es, his name has been attached to the law of	refraction of light for several centuries, but it is no
n which leads to an increase of the index of	refraction and further heating.
ony with other universally accepted facts of	refraction.
In 984, Ibn Sahl first discovered the law of	refraction, usually called Snell's law, which he used t
ut half the weight of glass with an index of	refraction only slightly lower than that of crown glass
asure of the difference between the index of	refraction of the mineral and that of the medium (often
the λ/2 equally across high and low index of	refraction material.
s had only just begun to explore the laws of	refraction.
y the imaginary part of the complex index of	refraction (which is unitless).
the relative difference between the index of	refraction of a mineral and its surrounding medium.
y the imaginary part of the complex index of	refraction (which is unitless).
He opposed Isaac Newton's theory of	refraction and his letters together with Newton's repli
s the wavelength of light, n is the index of	refraction of the medium being imaged in, and α is the
ar reflection (still limited by the index of	refraction of the material according to the Fresnel equ
nt (adhesive), or gel, which has an index of	refraction that closely approximates that of an optical
ng detection of light variations of index of	refraction, which cause the phase shift or the light pa
nfused with fluorescence, phosphorescence or	refraction of light.
phenomenon associated with the reflection or	refraction of sunlight by small ice crystals making up
Newton predicted	refraction as a pull of the medium upon the light, impl
le of jivari can be likened to the prismatic	refraction of white light into the colours of the rainb
Arguing against Ptolemy's	refraction theory, he redefined the problem in terms of
the hull and angled shapes to minimize radar	refraction.
l properties, like absorption, reflectivity,	refraction index, electron and X-ray energy loss, for a
cond and third wells were drilled, a seismic	refraction survey was shot.
His work on seismic	refraction surveys contributed to the discovery of Afri
hods, such as reflection seismology, seismic	refraction, and seismic tomography.
The balance between the self-focusing	refraction and self-attenuating diffraction by ionizati
index gives an adamantine lustre and strong	refraction that leads to a diamond-like appearance.
Two years later, they released Super	Refraction on the "fake" indie label, Egg Records (bank
The magnitude of the	refraction depends on the temperature and water vapor c
cs to the study of optical images and of the	refraction of light in the eye.
the square of the opitcal zone, changing the	refraction by 4 diopters but with an optical zone of 6
ct of flattening the cornea and changing the	refraction of light passing through the cornea on its w
e phenomena such as the relation between the	refraction of light and the density of a pure transpare
influence of a visual illusion caused by the	refraction of light through the heavy rain on the winds
es revolving on mercury floats, which by the	refraction and reflection of rays from the incandescent
Because of this	refraction, antibubbles have a bright appearance.
The crystal potential by itself leads to	refraction and specular reflection of the waves at the
pecific visual problems, such as uncorrected	refraction errors or binocular vision problems like acc
he lower red ray exiting the prism undergoes	refraction, which is not shown on this diagram.
e McDermott in 1930 for the purpose of using	refraction and reflection seismology to explore for pet
es a beam of light visible from the side via	refraction and reflection on the suspended water drople

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