「refraction」の共起表現一覧(1語右で並び替え)
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tish Association a valuable report on double | refraction, a phenomenon where certain crystals show di |
Double | refraction also occurs in biaxially anisotropic materia |
12 young ballet dancers to illustrate light | refraction although the professor merely wished to show |
ence between the highest and lowest index of | refraction, amicite's birefringence is 0.009. |
r specific conditions can demonstrate double | refraction and optic axes. |
Non-crystalline materials have no double | refraction and thus, no optic axis. |
hods, such as reflection seismology, seismic | refraction, and seismic tomography. |
effects such as bump mapping, reflection and | refraction, and gloss and detail mapping to be implemen |
es a beam of light visible from the side via | refraction and reflection on the suspended water drople |
Most notable of GeO2 is its high index of | refraction and low optical dispersion, used for wide ca |
icol prisms greatly facilitated the study of | refraction and polarization, and were later used to inv |
n which leads to an increase of the index of | refraction and further heating. |
bles can be identified from the accompanying | refraction and internal reflection even though both the |
h as straight extinction, much weaker double | refraction and stronger pleochroism. |
The crystal potential by itself leads to | refraction and specular reflection of the waves at the |
e McDermott in 1930 for the purpose of using | refraction and reflection seismology to explore for pet |
He opposed Isaac Newton's theory of | refraction and his letters together with Newton's repli |
The balance between the self-focusing | refraction and self-attenuating diffraction by ionizati |
es revolving on mercury floats, which by the | refraction and reflection of rays from the incandescent |
ecause shorter wavelengths have much greater | refraction angles than longer ones. |
Because of this | refraction, antibubbles have a bright appearance. |
Newton predicted | refraction as a pull of the medium upon the light, impl |
se an increasing number of reflections makes | refraction asymmetric some colour separation occurs awa |
It also corrects for | refraction at the Bragg condition and combined Bragg an |
For example, to change | refraction by 4 diopters with an optical zone of 3 mm w |
the square of the opitcal zone, changing the | refraction by 4 diopters but with an optical zone of 6 |
e sum of all the curvatures times indices of | refraction can be zero, so that the field of focus is f |
this case, the two effects of curvature and | refraction cancel each other out and the Earth will app |
e because the Kerr effect causes an index of | refraction change in the medium, resulting in self-focu |
ef, i.e. its relative difference in index of | refraction compared to the surrounding medium's index o |
The magnitude of the | refraction depends on the temperature and water vapor c |
Increases in porosity can increase light | refraction, diffuse reflection and scattering, resultin |
In a medium with an index of | refraction equaling 1.53, Nambulite has a calculated re |
pecific visual problems, such as uncorrected | refraction errors or binocular vision problems like acc |
n_1-index of | refraction for less dense medium |
it has one optic axis and that the index of | refraction for the ordinary ray is greater than the ind |
well except near the horizon-the atmospheric | refraction from the zenith to a zenith distance of 70° |
observatory (owing to the need to calculate | refraction from the air temperature) by Temple Chevalli |
t was active in the management of the London | Refraction Hospital after the second world war. |
Royal London | Refraction Hospital'. |
It was established in 1922 as the London | Refraction Hospital. |
He rediscovered the law of | refraction in 1621. |
Boardman, N. King, and L. Velasco, “Negative | refraction in perspective”, Electromagnetics 25, 1 (200 |
"On the Application of the Laws of | Refraction in Interpreting Solar Phenomena", Astrophysi |
s an asterism (distinctive star-shaped light | refraction) in the gem. |
ed on the research of seismic reflection and | refraction in ocean basins, ocean bottom photography, s |
l properties, like absorption, reflectivity, | refraction index, electron and X-ray energy loss, for a |
al anisotropy of materials, so the different | refraction indices would cause birefringence. |
doing reductions of the data (correcting for | refraction, instrument error and clock error). |
' (just south of London); taking atmospheric | refraction into account it will probably only be seen t |
In silica, the index of | refraction is dependent upon wavelength. |
The index of | refraction is the velocity of light in a vacuum divided |
ll as showing double refraction.The index of | refraction is the geometric ratio of the angle of light |
optical theory, such as different indices of | refraction, layer thicknesses and light wavelengths, ar |
Tower telescope is a telescope with a large | refraction length at which the tube is installed inside |
ets, or a long cylindrical gradient-index of | refraction lens (a GRIN lens). |
the λ/2 equally across high and low index of | refraction material. |
gradients in sedimentation and diffusion by | refraction methods: Solubility properties of potato sta |
o it has two optic axes and three indices of | refraction n depending on the crystallographic directio |
TMV has an index of | refraction of about 1.57. |
where np is the index of | refraction of the prism. |
Cedar oil has an index of | refraction of approximately 1.516. |
n optical property that relates the index of | refraction of a mineral versus the index of refraction |
Pleochroism is caused by the double | refraction of light by a mineral. |
Relief primarily depends on the index of | refraction of the mineral. |
nfused with fluorescence, phosphorescence or | refraction of light. |
Refraction of light can produce the results noted by Ro | |
The index of | refraction of a mineral is a measure of the speed of li |
Refraction of light at the interface between two media | |
cs to the study of optical images and of the | refraction of light in the eye. |
ture of an optical system by n, the index of | refraction of the material of the lens. |
le of jivari can be likened to the prismatic | refraction of white light into the colours of the rainb |
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. |
The index of | refraction of zorite is 1.59 , which is the velocity of |
ength of the path multiplied by the index of | refraction of the medium. |
This is the normal | refraction of transparent materials like glass or water |
es, his name has been attached to the law of | refraction of light for several centuries, but it is no |
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 |
asure of the difference between the index of | refraction of the mineral and that of the medium (often |
neon tetra is a structural colour, caused by | refraction of light within guanine crystals that develo |
the relative difference between the index of | refraction of a mineral and its surrounding medium. |
phenomenon associated with the reflection or | refraction of sunlight by small ice crystals making up |
influence of a visual illusion caused by the | refraction of light through the heavy rain on the winds |
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 |
appearance to a rainbow; but it arises from | refraction of sunlight through horizontally-oriented ic |
Two years later, they released Super | Refraction on the "fake" indie label, Egg Records (bank |
ut half the weight of glass with an index of | refraction only slightly lower than that of crown glass |
he deflection-by diffraction, nonhomogeneous | refraction, or nonspecular reflection by particulate ma |
n and physicist who devised the basic law of | refraction, Snell's law (died 1626) |
The GeO2 has a high index of | refraction, so by varying the flowrate of germanium tet |
cond and third wells were drilled, a seismic | refraction survey was shot. |
His work on seismic | refraction surveys contributed to the discovery of Afri |
ed the length of day and night and assembled | refraction tables. |
index gives an adamantine lustre and strong | refraction that leads to a diamond-like appearance. |
nt (adhesive), or gel, which has an index of | refraction that closely approximates that of an optical |
sequences of such a left-handed substance; a | refraction that is reversed, an inversion of the Dopple |
His research in the areas of astronomic | refraction, the obliquity of the ecliptic and orbital t |
Arguing against Ptolemy's | refraction theory, he redefined the problem in terms of |
In 984, Ibn Sahl first discovered the law of | refraction, usually called Snell's law, which he used t |
Indices of | refraction vary markedly depending on the relative humi |
Accommodation and | refraction were normal. |
The 3T polytype has a positive index of | refraction whereas the 2H polytype can possess crystals |
he lower red ray exiting the prism undergoes | refraction, which is not shown on this diagram. |
Except | refraction which is widely used, the coherent interacti |
ng detection of light variations of index of | refraction, which cause the phase shift or the light pa |
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