n. [ Gr.
a. [ Pref. a- + polar. ] (Biol.) Having no radiating processes; -- applied particularly to certain nerve cells. [ 1913 Webster ]
a. [ Gr. &unr_;, fr. &unr_; to enjoy. ] Devoted to enjoyment. [ 1913 Webster ]
a. [ Pref. bi- + polar. Cf. Dipolar. ] Doubly polar; having two poles;
n. Bipolar quality. [ 1913 Webster ]
a. [ Pref. circum- + polar. ] About the pole; -- applied to stars that revolve around the pole without setting;
n. same as bullshit. [ vulgar ] [ PJC ]
n.;
n. [ Cf. F. dépolarisation. ] The act of depriving of polarity, or the result of such action; reduction to an unpolarized condition. [ 1913 Webster ]
Depolarization of light (Opt.),
v. t.
☞ This word has been inaccurately applied in optics to describe the effect of a polarizing medium, as a crystalline plate, in causing the reappearance of a ray, in consequence of a change in its plane of polarization, which previously to the change was intercepted by the analyzer. [ 1913 Webster ]
n. (Elec.) A substance used to prevent polarization, as upon the negative plate of a voltaic battery. [ 1913 Webster ]
a. [ Pre. di- + polar. Cf. Bipolar. ] Having two poles, as a magnetic bar. [ 1913 Webster ]
a. (Physics) Possessing electrical polarity; positively electrified at one end, or on one surface, and negatively at the other; -- said of a conductor. [ 1913 Webster ]
a. That may be interpolated; suitable to be interpolated. [ 1913 Webster ]
A most interpolable clause of one sentence. De Morgan. [ 1913 Webster ]
v. t.
Motion . . . partly continued and unintermitted, . . . partly interpolated and interrupted. Sir M. Hale. [ 1913 Webster ]
How strangely Ignatius is mangled and interpolated, you may see by the vast difference of all copies and editions. Bp. Barlow. [ 1913 Webster ]
The Athenians were put in possession of Salamis by another law, which was cited by Solon, or, as some think, interpolated by him for that purpose. Pope. [ 1913 Webster ]
a.
n. [ L. interpolatio an alteration made here and there: cf. F. interpolation. ]
Bentley wrote a letter . . . . upon the scriptural glosses in our present copies of Hesychius, which he considered interpolations from a later hand. De Quincey. [ 1913 Webster ]
n. [ L., a corrupter: of. F. interpolateur. ] One who interpolates; esp., one who inserts foreign or spurious matter in genuine writings. [ 1913 Webster ]
a. [ Multi- + polar. ]
adj. Of or pertaining to the North Pole; at or near the north pole; characteristic of the north pole.
n. [ It. polacca, polaccra, polacra; cf. F. polaque, polacre, Sp. polacre, ]
n. A Polander. Shak. [ 1913 Webster ]
n. Same as Polacca, 1. [ 1913 Webster ]
n. A native or inhabitant of Poland; a Pole. [ 1913 Webster ]
a. [ Cf. F. polaire. See Pole of the earth. ]
Polar axis,
Polar bear (Zool.),
Polar body,
Polar cell,
Polar globule
Polar circles (Astron. & Geog.),
Polar clock,
Polar coordinates.
Polar dial,
Polar distance,
Polar equation of a line
Polar equation of a surface
Polar forces (Physics),
Polar hare (Zool.),
Polar lights,
Polar opposition,
Polaric opposition
Polar contrast
Polaric contrast
Polar projection.
Polar spherical triangle (Spherics),
Polar whale (Zool.),
n. (Conic Sections) The right line drawn through the two points of contact of the two tangents drawn from a given point to a given conic section. The given point is called the pole of the line. If the given point lies within the curve so that the two tangents become imaginary, there is still a real polar line which does not meet the curve, but which possesses other properties of the polar. Thus the focus and directrix are pole and polar. There are also poles and polar curves to curves of higher degree than the second, and poles and polar planes to surfaces of the second degree. [ 1913 Webster ]
n. See Polyarchy. [ 1913 Webster ]
a. See Polar. [ R. ] [ 1913 Webster ]
adv. In a polary manner; with polarity. [ R. ] Sir T. Browne. [ 1913 Webster ]
n. [ Polar + -meter. ] (Opt.) An instrument for determining the amount of polarization of light, or the proportion of polarized light, in a partially polarized ray. [ 1913 Webster ]
n. (Opt.) The art or process of measuring the polarization of light. [ 1913 Webster ]
‖n. [ NL. See Polar. ] (Astron.) The polestar. See
n. [ Polar + -scope. ] (Opt.) An instrument consisting essentially of a polarizer and an analyzer, used for polarizing light, and analyzing its properties. [ 1913 Webster ]
a. (Opt.) Of or pertaining to the polariscope; obtained by the use of a polariscope;
n. (Opt.) The art or rocess of making observations with the polariscope. [ 1913 Webster ]
a. Pertaining to, or exhibiting, poles; having a polar arrangement or disposition; arising from, or dependent upon, the possession of poles or polar characteristics;
n. [ Cf. F. polarité. ]
a. Susceptible of polarization. [ 1913 Webster ]
n. [ Cf. F. polarisation. ] [ 1913 Webster ]
☞ If a beam of light, which has been reflected from a plate of unsilvered glass at an angle of about 56°, be received upon a second plate of glass similar to the former, and at the same angle of incidence, the light will be readily reflected when the two planes of incidence are parallel to each other, but will not be reflected when the two planes of incidence are perpendicular to each other. The light has, therefore, acquired new properties by reflection from the first plate of glass, and is called polarized light, while the modification which the light has experienced by this reflection is called polarization. The plane in which the beam of light is reflected from the first mirror is called the plane of polarization. The angle of polarization is the angle at which a beam of light must be reflected, in order that the polarization may be the most complete. The term polarization was derived from the theory of emission, and it was conceived that each luminous molecule has two poles analogous to the poles of a magnet; but this view is not now held. According to the undulatory theory, ordinary light is produced by vibrations transverse or perpendicular to the direction of the ray, and distributed as to show no distinction as to any particular direction. But when, by any means, these, vibrations are made to take place in one plane, the light is said to be plane polarized. If only a portion of the vibrations lie in one plane the ray is said to be partially polarized. Light may be polarized by several methods other than by reflection, as by refraction through most crystalline media, or by being transmitted obliquely through several plates of glass with parallel faces. If a beam of polarized light be transmitted through a crystal of quartz in the direction of its axis, the plane of polarization will be changed by an angle proportional to the thickness of the crystal. This phenomenon is called rotatory polarization. A beam of light reflected from a metallic surface, or from glass surfaces under certain peculiar conditions, acquires properties still more complex, its vibrations being no longer rectilinear, but circular, or elliptical. This phenomenon is called circular or elliptical polarization. [ 1913 Webster ]
v. t.
n. (Physics) That which polarizes; especially, the part of a polariscope which receives and polarizes the light. It is usually a reflecting plate, or a plate of some crystal, as tourmaline, or a doubly refracting crystal. [ 1913 Webster ]
[ 1913 Webster ]
a. Tending to a pole; having a direction toward a pole. [ R. ] Sir T. Browne. [ 1913 Webster ]
‖n. [ F. ] (Zool.) A flying squirrel (Sciuropterus volans) native of Northern Europe and Siberia; -- called also
a. Situated below the poles. [ 1913 Webster ]
n. [ Gr. &unr_; far off + E. polariscope. ] (Opt.) A polariscope arranged to be attached to a telescope. Lockyer. [ 1913 Webster ]
a. [ Uni- + polar. ]
Unipolar induction (Elec.),
Unipolar stimulation (Physiol.),
a. [ Zinco- + polar. ] (Elec.) Electrically polarized like the surface of the zinc presented to the acid in a battery, which has zincous affinity. [ Obs. ] [ 1913 Webster ]