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An Introduction To Telescopes

The naked eye is unable to see objects that are too tiny or too far. But telescopes allow the naked eye to get a good view of distant objects. You must have heard of, seen or used a telescope.

Telescopes are devices that are endowed with magnifiers to allow you to see things magnified with a clear view. Telescopes are commonly used in science or its branches, particularly astronomy and physics.

How does a telescope work? Two lenses are installed in a telescope. This makes viewing a distant object possible. Each of the lenses has a function. The objective lens, or the primary mirror, collects the illumination radiated by the object viewed and makes it readily available in a certain focus point. The eyepiece lens picks up the vivid light from the focus point and spreads it to the retina so that viewing becomes possible.

There are various determinants to good object viewing in the telescope. An efficient telescope ought to possess the competent quality of collecting light from the object that is viewed and the capacity to magnify the image.

The diameter of the lens or the mirror employed in the telescope determines the collection of light. It is also termed aperture. Logically, the better the aperture, the more light it is able to gather. Image enlargement, however, is entirely dependent upon the blending of lenses. It is the eyepiece of the telescope that does the magnification.

The prices of telescopes vary with the specifications and capacities. You can also purchase accessories that will conjure with your telescope?s image. Whether you station a telescope on your veranda for a delightful stargazing experience, or you opt for a toy telescope, the function of the telescope remains the same -- to enable you to take a clear view of far away objects.

Telescopes provides detailed information on Telescopes, Hubble Space Telescope, Mirror Telescopes, Camera Telescopes and more. Telescopes is affiliated with Solar System Projects.

Recommended invention telescope Items
Celestron NexStar 114 SLT Computerized Telescope

Celestron NexStar 114 SLT Computerized Telescope
Celestron's computerized NexStar 114 SLT adds affordable GoTo technology to a compact Newtonian reflector telescope. The complete package has everything you need to get started except the batteries. The box contains high and low power eyepieces (9mm and 25mm), the computer controller, an adjustable tripod, a red dot finder, and even a planetarium program for your personal computer.

The NexStar 114 SLT's compact Newtonian optics produce images that are three times brighter than 60mm beginner scopes. With this telescope it's easy to see Saturn's rings and Jupiter's cloud belts. When the night air is still and clear I've been able to see the Cassini division in Saturn's rings and even spot the shadow of Jupiter's moons crossing the planets cloud tops! Deep space objects like star clusters and galaxies also show up nicely. The Ring Nebula M57, for instance, shows up as a pale smoke ring, and globular cluster M13 begins to reveal its individual stars.

Celestron's computerized SkyAlign system is remarkably quick and easy to use. If you can see the moon, you can align this telescope! When you turn on the telescope, select "Solar System Align" on the hand control, enter the date and time, point the telescope at the moon, and press the "Align" button. That's all it takes; the computerized tracking system takes over and begins tracking, quietly, and accurately. Experienced users will love the "Auto Two-Star Align" and "SkyAlign" modes because they allow the telescope to point accurately at over 4,000 objects in the NexStar database. The accurate tracking allowed me to use a Celestron NexImage to take some nice close-up pictures of the moon and planets.

The biggest drawback to a computerized telescope is its battery consumption. The standard AA batteries only last a few hours, but the NexStar 114 SLT works very well with an external 12-volt battery such as Celestron's Power Tank. The other drawback comes from the NexStar 114 SLT's compact optical design. This telescope uses a short-focal-length mirror combined with a corrector lens to simulate a traditional long tube reflector. This works pretty well at moderate magnification levels, but the mirrors may need to be fine-tuned, or "collimated," to get the best high power images. I find Celestron's Collimation Eyepiece helps me get this fine tuning just right, but the reward is sharp images, even when I use the high power 9mm eyepiece with a barlow lens for a magnification over 200x. --Jeff Phillips

Pros:

• Easy computerized GoTo system
• Good (but not great) optics
• Includes everything but the batteries

Cons:

• Short battery life
• Optics may need occasional fine tuning

Customer Inspired Quality: Looking Backward Through the Telescope (Warren Bennis Executive Briefing Series)

Customer Inspired Quality: Looking Backward Through the Telescope (Warren Bennis Executive Briefing Series)
Read it in just 2 hours! Establish customer-defined quality to escalate performance and profitsIn order for your organization to achieve optimum success, you must understand how customers define a quality version of your product or service. Customer-Inspired Quality will help you do just that, plus establish quantifiable ways to improve processes so that you meet?and exceed?customer expectations at all times.

Step by step, discover how to:

• Analyze work processes from the perspective of primary, secondary, and internal customers
• Establish measurements that reflect the customers' definitions
• Qualify a process for a six-level process improvement model
• Conduct regular process improvement reviews
• Use process qualification to achieve early measurable results
• Identify which quality and operational performance measures should be tracked according to customer needs

Customer-Inspired Quality will help you improve quality and customer satisfaction cost-effectively and in ways that will help your organization compete. Put your customers in the driver's seat and watch your profits take off!

Keson SLR33M 3-Meter Telescoping Aluminum Grade Rod

Keson SLR33M 3-Meter Telescoping Aluminum Grade Rod
SLR33M Laser Leveling Rods, 3m x 3 sec

Deep Sky Observer Pack: A Complete Starter Pack for the Deep Sky Observer

Deep Sky Observer Pack: A Complete Starter Pack for the Deep Sky Observer

A convenient package that includes a copy of the Deep Sky Observer's Guide as well as deep sky charts and calendar.

'Deep Sky' refers to the universe beyond our own solar system. Using binoculars or telescopes, any sky-gazer can become a deep sky observer. Deep Sky Observer's Pack looks beyond individual stars to target:

• Star clusters
• Double Stars
• Nebulae
• Galaxies.

The Deep Sky Observer's Guide (also available separately 1-55407-024-4) introduces the basics of observing and explains what equipment is required. A chapter is devoted to each type of deep sky target. There are more than 200 such objects featured, with 126 color illustrations and star-finder charts.

The Deep Sky Star Chart features three large-scale sky maps: the northern and southern hemispheres and the equatorial region, that show more than 200 stars and objects.

The Deep Sky Calendar is a glossy poster featuring fifty-two deep sky targets for each week of the year. The object's name, catalogue designation and co-ordinates are provided along with equipment recommendations.

Hartung's Astronomical Objects for Southern Telescopes: A Handbook for Amateur Observers

Hartung's Astronomical Objects for Southern Telescopes: A Handbook for Amateur Observers
Many of the most spectacular astronomical objects are found in the southern skies. With this up-to-date, superbly illustrated handbook, both the amateur with binoculars and the expert with a telescope can make discoveries about new and interesting objects. Professor E. J. Hartung first produced his comprehensive and highly respected guide in 1968. Now the book has been greatly expanded and thoroughly revised, enhancing its character as an indispensable information source. With over 150 illustrations, new material is included on constellations and celestial coordinate systems as well as more modern descriptions of stars, nebulae and galaxies. The authors have included a new "southern Messier" list of objects. The authors' passion for their subject make this a unique and inspirational book. Many of the beautiful photographs were taken by David Malin, the world's leading astronomical photographer. The result will fascinate active and armchair astronomers alike.

11 1/4" x 13 9/16" x 13 1/2" Telescope Cover (15-0068)

11 1/4" x 13 9/16" x 13 1/2" Telescope Cover (15-0068)
Item #: 15-0068. Stainless Steel Telescope Cover For Steam Tables

Meade Electronic Eyepiece

Meade Electronic Eyepiece
This electronic eyepiece can be used with virtually any telescope to show you real-time live black and white images of the Moon, planets, stars, and daytime terrestrial objects on your television screen. Just connect the supplied cable to the yellow-colored Video-in port of your TV set, VCR, or camcorder. The Electronic Eyepiece has a 320 x 240 pixel CMOS monochrome imaging sensor. Barrels are included to allow you to fit the eyepiece into either 0.965" or 1.25" focuser sleeves. The eyepiece includes a 6 ft. cable and is powered by a (user-supplied) 9-volt battery that fits neatly inside the eyepiece housing. A built-in control permits contrast adjustment of the image. The Electronic Eyepiece is perhaps the largest-selling product of its type ever developed. Tens of thousands of Meade #902 Electronic Eyepieces are now in use in telescopes ranging from 60mm refractors to 12" Schmidt-Cassegrains

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