The magnification (or power) you will see through a given optical system depends on the telescope and the eyepiece. The simple formula is: Magnification = Focal length of telescope ÷ focal length of ...
Electron microscopy has found more and more applications in recent years. Every sample has a mixture of ideal settings that must be employed to enhance the analysis results. This article will describe ...
IF N,u,η are the refractive index, the paraxial angle, and the size of object respectively, and dashes denote these quantities in the image space, then the magnification formula, is valid for ...
Digital Camera World on MSN
Sony just dropped its first ever macro G Master lens –and it offers up to 2.8x magnification
This 1.4x macro lens supports teleconverters for up to 2.8x magnification –and it adds another dimension to image ...
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