Assertion: reflecting telescope's mirror | /r/CapableOf | reflect the light
Facets:
value: in order to focus an image
type: PURPOSE
value: into a flat secondary mirror
type: TRANSITIVE-OBJECT
value: to an eyepiece
type: TRANSITIVE-OBJECT
value: back through a hole
type: TRANSITIVE-OBJECT
value: back to a focus
type: OTHER
value: to a common point
type: TRANSITIVE-OBJECT
value: inward
type: MANNER
value: into an even thinner light cone
type: OTHER
value: back up the tube
type: TRANSITIVE-OBJECT
value: to the left
type: OTHER
value: back upwards
type: MANNER
value: usually
type: DEGREE
value: to detectors
type: TRANSITIVE-OBJECT
value: to the side of the telescope
type: TRANSITIVE-OBJECT
value: back down
type: MANNER
value: through a hole in the primary
type: MANNER
value: to one point
type: TEMPORAL
value: at right angles
type: MANNER
value: by 90 degrees
type: OTHER
value: at the rear of the instrument
type: LOCATION
value: almost all
type: DEGREE
value: slightly
type: DEGREE
Source sentences:
text: A flat secondary mirror reflects the light to a focal plane at the side of the top of the telescope tube.
text: A reflecting telescope (also called a reflector) is a telescope that uses a single or a combination of curved mirrors that reflect light and form an image.
text: And as only one mirror is required to collect the and focus the light, the opposing side can easily be positioned on a surface for extra support.
text: Because the primary mirror focuses light to a common point in front of its own reflecting surface almost all reflecting telescope designs have a secondary mirror, film holder, or detector near that focal point partially obstructing the light from reaching the primary mirror.
text: Secondary mirrors usually deflect light slightly by 90 degrees.
text: There, a small flat mirror deflects the light at right angles to an eyepiece on the side of the tube.
text: A parabolic mirror is able to focus all of the light to one point and thus provides a crisper image than does a spherical mirror.
text: The more light the mirror reflected, the better view the telescope would provide of the sky.
text: It has a parabolic primary mirror, and a hyperbolic secondary mirror that reflects the light back down through a hole in the primary.
text: The Nasmyth design is similar to the Cassegrain except the light is not directed through a hole in the primary mirror; instead, a third mirror reflects the light to the side of the telescope to allow for the mounting of heavy instruments.
text: The name of this type of instrument is derived from the fact that the primary mirror reflects the light back to a focus instead of refracting it.
text: The reflectors are used not only to examine the visible region of the electromagnetic spectrum but also to explore both the shorter- and longer-wavelength regions adjacent to it, The primary mirror reflects the light back to a focus instead of refracting it
text: The light enters at one end, It is then reflected by a concave-shaped primary mirror at the other end towards a smaller mirror known as the secondary mirror, This mirror reflects the light into an eyepiece which is usually mounted on the side of the telescope, and the eyepiece can be adjusted to alter the sharpness of focus.
text: As the light enters the telescope, the first curved mirror (positioned at the end of the tube) reflects the light onto a smaller, flatter mirror (positioned in the center of the tube).
text: The name of this type of instrument is derived from the fact that the primary mirror reflects the light back to a focus instead of refracting it.
text: It had a large (primary) concave mirror which reflected light onto a smaller (secondary) convex mirror which then reflected the light back through a hole in the primary mirror to an eyepiece.
text: This mirror reflects the light back upwards.
text: According to some online sources, a reflecting telescope which is also called as a reflector is a type of telescope that utilizes single or combined curved mirrors reflecting the light to form an image.
text: The mirror reflects the light back up the tube to form an image near the front end at a location called the prime focus.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: The secondary mirror then reflects the light back through a small hole in the primary mirror to the eyepiece.
text: The mirror then reflects the light out an opening in the rear of the instrument where the image is formed at the eyepiece.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: A secondary mirror can also reflect the light back through a central hole in the primary mirror to detectors at the rear of the instrument.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: It makes use of a parabolic primary mirror reflecting the light into a flat secondary mirror in order to focus an image.
text: A mirror reflects the light, so the material that it is made from does not have to be transparent, and infrared and ultraviolet light reflects equally well.
text: The convex secondary mirror is then placed between the primary mirror and its focal point, reflecting the light back to the primary mirror but at a less steep angle.
text: This mirror reflects the light to the left into an even thinner light cone that goes out through the eyepiece located near the top of the telescope.
text: This small mirror reflects light out through an opening in the side of the telescopes housing containing a convex eyepiece.
text: It had a large (primary) concave mirror which reflected light onto a smaller (secondary) convex mirror which then reflected the light back through a hole in the primary mirror to an eyepiece.
text: A reflecting telescope is an optical telescope which uses a single or combination of curved mirrors that reflect light and form an image.
text: A reflecting telescope is an optical telescope which uses a single or combination of curved mirrors that reflect light and form an image.
text: A reflecting telescope (also called a reflector) is an optical telescope which uses a single or combination of curved mirrors that reflect light and form an image.
text: Concave mirrors reflect light inward to one focal point.
text: A reflecting telescope (also called a reflector) is an optical telescope which uses a single or combination of curved mirrors that reflect light and form an image.
text: A reflecting telescope (also called a reflector) is an optical telescope which uses a single or combination of curved mirrors that reflect light and form an image.
text: Modern Newtonians use a primary mirror with a parabolic curved surface (to remove spherical abberations) and an optically flat secondary mirror to reflect light into the eyepiece.
text: prime focus: point in a telescope where the objective lens or primary mirror focuses the light