Page:Harold Dennis Taylor - A System of Applied Optics.djvu/9

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WITH INDEX TO THE MOST IMPORTANT FORMULÆ
 * | PAGE
 * colspan=2 | Introduction
 * | 1
 * colspan=3 | SECTION I
 * colspan=2 | Introduction
 * | 1
 * colspan=3 | SECTION I
 * colspan=3 | SECTION I
 * colspan=3 | SECTION I


 * colspan=3 | FORMULA
 * | I.
 * | Reflector. Conjugate Focal Distances
 * | 6
 * | II.
 * | Single Surface Refraction. Conjugate Focal Distances
 * | 7
 * | III.
 * | Refraction by Thin Lens. Conjugate Focal Distances
 * | 10
 * | IV.
 * | Position of First Principal Point of a Thick Lens
 * | 14
 * | V.
 * | Position of Second Principal Point of a Thick Lens
 * | 17
 * | Va.
 * | Back Focal Length of a Thick Lens
 * | 17
 * | VI.
 * | Equivalent Focal Length of a Thick Lens
 * | 10
 * | VII.
 * | 17
 * | VIII.
 * | Percentage Variation in Power of a Lens due to Thickness
 * | 18
 * colspan=3 | SECTION II
 * | The Theorem of Elements
 * | 20
 * colspan=3 | SECTION III
 * | VII.
 * | 17
 * | VIII.
 * | Percentage Variation in Power of a Lens due to Thickness
 * | 18
 * colspan=3 | SECTION II
 * | The Theorem of Elements
 * | 20
 * colspan=3 | SECTION III
 * | The Theorem of Elements
 * | 20
 * colspan=3 | SECTION III
 * | 20
 * colspan=3 | SECTION III
 * colspan=3 | SECTION III


 * | IXa.
 * | Position of First Principal Point of a Thick Lens or Pair of Elements, equivalent to Formula IV
 * | 26
 * | IXb.
 * | Position of Second Principal Point of a Thick Lens or Pair of Elements, equivalent to Formula V
 * | 26
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 * | 26
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