Definitions

1. A high magnification is good for spotting specific objects but bad for quick, easy searches.
2. High magnification is useful for birding and star gazing but a wide, steady field of view is more useful for hunting and general use.

Spores

1. Under high magnification, spores can be categorized as either monolete spores or trilete spores. (Web site)

Digital Cameras

1. By using borescopes with video or digital cameras, an image can be comfortably viewed at high magnification, shared with others and stored.

Good Results

1. The method of the invention is found to produce good results as it enables high magnification of the CNVM (while compromising on resolution). (Web site)

Small Section

1. Blood vessels: draw a small section of the wall of a vessel, preferably an artery, at high magnification. (Web site)

Small Telescope

1. Even a small telescope can resolve Saturn's rings, and at high magnification you can see significant details.

Objective Lens

1. Application 60-209715 provides an objective lens having a high magnification. (Web site)

Low Magnification

1. The low magnification, two reflection mode can select an illumination area that can bespatially defined at high magnification in the four reflection mode. (Web site)

Planetary Nebulae

1. Because planetary nebulae are best viewed at high magnification, you should start out low (40x) to find the object, and then try 100x and 200x. (Web site)

Planets

1. Since the Moon and planets are all brightly lit by the Sun, high light gathering power is not as important as high magnification within the solar system.

Focus

1. Lenses of high magnification must be brought very close to the specimen to focus and the focal plane is very shallow, so focusing can be difficult. (Web site)

Sharp

1. Broadband coatings reduce reflections for sharp and impressive images, even at high magnification.

Equatorial Mount

1. To keep the planet centered at very high magnification, an equatorial mount was used with accurate polar alignment.

View

1. Another important factor that one must take into consideration when attempting to view at high magnification is the stability of the telescope mounting. (Web site)

Wide Field

1. Each observatory contains two telescopes, one wide field and one high magnification, so you have options when viewing every beautiful celestial object. (Web site)

Visible

1. Chromatic aberration, most visible at high magnification, causes different wavelengths of light to have differing focal lengths (see diagram). (Web site)

Spotting Scope

1. Due to its high magnification, handholding a spotting scope and expecting to maintain a clear, non-blurry image is virtually impossible.

Field

1. This is particularly important at high magnification, where objects drift across the field of an unmoving scope in a minute or less. (Web site)
2. Figure 2: Depth of field increases with a smaller aperture A large lens with short focal length at high magnification will have a very short depth of field. (Web site)

Small Aperture

1. For double stars the high magnification was necessary to split close doubles with such a small aperture. (Web site)

Images

1. Images are crisp, sharp, and color-pure, even at high magnification.
2. This reduces chromatic aberration, a common problem at high magnification, to produce sharp, clear images.
3. A smooth focusing ring that allows fine adjustments is especially important when taking images with high magnification. (Web site)

Magnified

1. Also, very high magnification increases the likelihood of distortion from heat waves and scope movement, as these effects are magnified along with the image. (Web site)

Camera Shake

1. Once again the image stabilisation ensured camera shake at this high magnification wasn't an issue. (Web site)

Tripod

1. When you need a steady image at a high magnification and you can't use a tripod, these binoculars will probably do the trick.

Telescope

1. Sure, the design was great because high magnification could be achieved with this style but the focal length of the telescope quickly became an issue. (Web site)
2. For anyone not familiar with an image produced in a telescope of a star on extremely high magnification, the following drawing should help. (Web site)

Observing

1. Orthoscopic eyepieces tend to be made in high powers, as they are chiefly used for observing the planets at high magnification. (Web site)

Binoculars

1. Unless fixed to a tripod, image shake can render high magnification binoculars useless.
2. This is important for high magnification binoculars which are more sensitive to shaking.
3. People might choose to use high magnification binoculars when viewing in open terrain, or if the desired targets are often stationary. (Web site)

High Magnification

1. So in dark sky, the elongated spiral of NGC 7331 fits nicely into your field of view even at high magnification.
2. Spotting scopes usually offer a more stable foundation than a binocular with the high magnification of a telescope. (Web site)
3. A tripod may be a good thing to have if you're using binoculars with high magnification.

Categories

1. Science > Physics > Optics > Binoculars
2. Observing
3. Tripod
4. Camera Shake
5. Magnified
6. Books about "High Magnification" in Amazon.com
   

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