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| Southall J.P.C. — Mirrors, prisms and lenses: a text-book of geometrical optics |
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Название: Mirrors, prisms and lenses: a text-book of geometrical optics
Автор: Southall J.P.C.
Язык: 
Рубрика: Физика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k:
Издание: 3-d edition
Год издания: 1940
Количество страниц: 834
Добавлена в каталог: 24.02.2013
Операции: Положить на полку |
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| Предметный указатель |
Prism, Dove's reversion prism 583
Prism, edge 113
Prism, Path of ray through, "grazing" incidence and emergence 117 118
Prism, Path of ray through, and construction of 113—116
Prism, Path of ray through, Calculation 124 125
Prism, Path of ray through, deviation 116 148
Prism, Path of ray through, deviation away from edge 122
Prism, Path of ray through, limiting incident ray 118
Prism, Path of ray through, minimum deviation 119—122 128—133
Prism, Path of ray through, normal emergence 129
Prism, Path of ray through, symmetrical ray 119—122 129—133
Prism, principal section 113
Prism, refracting angle 113
Prism, Refraction of plane wave through 123 124
Prism, Wollaston see "Wollaston W.H."
Prism-dioptry 135 294
Prism-system, Achromatic combination of two thin prisms 491—493
Prism-system, and of Kessler 497—499
Prism-system, direct vision prism combinations 493
Prism-system, direct vision prism of Amici 495—497
Prismatic power of infinitely thin lens 291—295
Problems 25—27 60—63 92—94 110—112 142—148 203—216 249—257 295—299 326—328 351—355 384—396 423—424 461—464 505—507 551—557 626—634
Projected image and object 415 416
Ptjlfrich, C., Refractometer 128
Ptolemy, C., "Optics, " 569
Ptolemy, C., law of refraction 570 572
Punctual imagery 313 314 397 508 509 710
Punctual imagery in plane mirror 508
Punctum caecum (blind spot) 430
Punctum proximum (near point) 434 435
Punctum remotum (far point) 434
Pupil of eye 23 401 409—413 421 425
Pupil of eye, contraction and dilatation of 426 709 715 721
Pupil of eye, diameter of 714
Pupil of eye, diffraction 710
Pupil of eye, size of pupil and resolving power 715
Pupils of microscope-objective 655 660
Pupils of optical system 399 see "Exit-pupil" "Microscope" "Telescope"
Pure colors 726—727 729 730 744 746
Pure red, not in visible spectrum 726 727 729 730
Purity of spectrum 469—471
Purkinje, J., calculation of equivalent optical system 381 382
Purkinje, J., Reflex images in the eye 378 696
PURPLE 720 723 724 728—730 730 734
Quantum theory of radiation 669 769 770
Quartz 485
Quartz, quartz lenses for microphotography 673 684
Quartz, uniaxial crystal 689
Radiation, cosine law 664
Radioactivity 768 769
Radius of stereoscopic vision 757
Radius, of curvature 260
Radius, of spherical reflecting or refracting surface 150
Rainbow 594 598
Ramsden, J., Eye-circle 458 681
Ramsden, J., ocular 463 502 681 682
Range of accommodation 438
Range-finder, Coincidence type 718
Ray-coordinates (or ray-parameters) 95 517
Ray-procedure in compound microscope 655—661
Ray-velocity and wave-velocity 693—694
Rays of finite slope, Chap. XV 508
Rays of light 9 669 see "Effective "Emergent "Image-rays" "Incident "Object-rays" "Paraxial "Pencil
Rays of light, meet wave-surface normally 13 14 89—91
Rays of light, mutual independence 15
Real and virtual 17
Real and virtual, images 17 18
Rectangular combinations of plane mirrors 50 51
Rectilinear propagation of light 3—5 559—563 669 762
Red-blindness see "Color blindness partial"
Red-green process 745 see
Reduced abscissa and "vergence" 284—286 348
Reduced distance 279—281
Reduced distance, reduced distance (c) between two optical systems 360
Reduced eye 214 437
Reduced focal lengths 281
Reduced focal lengths, focal point "vergences" 284—286
Reflecting power of mirror 283
Reflecting power of mirror, "thick" mirror 379
Reflecting power of mirror, plane mirror 380 381
Reflecting surface, Quality of 29 30
Reflecting telescope 480 598
Reflection and refraction, Generalization of laws of 86—89
Reflection as special case of refraction 182 183 189 518
Reflection prisms 573
Reflection prisms and single reflection prism 574 575—585
Reflection prisms, double reflection prism 586—592
Reflection prisms, triple reflection prism 574
Reflection, angle of 31
Reflection, Angle of, and laws of 31 563 564
Reflection, Regular and irregular (or diffuse) 28—30
Refracted ray, Construction of 76—78 see "Spherical
Refracted ray, Construction of, deviation 78
Refracting angle of prism 113
Refracting angle of prism, measurement of 55
Refracting power 281—284
Refracting power and of three members 375
Refracting power in normal section of refracting surface 303
Refracting power of centered system of spherical refracting sun faces 606—611
Refracting power of combination of two lenses 367
Refracting power of compound system of two members 361
Refracting power of correction-glass 444
Refracting power of schematic eye 374 432
Refracting power of schematic eye, in state of maximum accommodation 437 438 439
Refracting power of spherical refracting surface 282 300
Refracting power of thick lens 363
Refracting power of thin lens 283 284
Refracting power of thin lens-system 290
| Refraction of eye 438 439
Refraction of eye, and static refraction 438
Refraction of eye, dynamic 438
Refraction of light 64 65 599 see "Index "Total
Refraction of light, angle of 65
Refraction of light, early experiments on 569
Refraction of light, experimental proofs 67—69
Refraction of light, laws of 66 569 592 685—686
Refraction of light, mechanical illustration 72 73
Refraction, Internal conical 763
Refrangibility and color 726 see "Dispersion"
Relativity see "Einstein A."
Relief-telescope 759 760
Resolving power of eye 21 22 597 672 713—716 see "Aligning
Resolving power of eye, effect of size of pupil 715
Resolving power of eye, normal 672 716 718 719
Resolving power of microscope 669—673 679 684 710
Resultant of combination of two thin prisms 138—142
retina 428 749 see "Fovea "Daylight "Twilight "Peripheral
Retina, microphotographs of human retina 684
Retina, sensitivity 747 748
Retinal image 593 see appearance "Resolving
Retinal image of distant object 707—709
Retinal image, inversion of 749
Retinal image, Size of 448 449 707—709
Reversibility of light-path 69
Rod vision see "Twilight vision" "Peripheral "Color
Rods and cones see "Cones and rods of retina"
Roentgen, W.C., Discovery of X-rays 767
Rogers, W.B. , Optical illusion 750
Rohr, M.v., Abbreviation "dptr" 287
Rohr, M.v., aberration-disks in microscope image 676
Rohr, M.v., data of Petzval lens 634
Rohr, M.v., resolving power of eye 716
Rohr, M.v., Theorie u. Geschichte d. photograph. Objektivs 555
Rohr, M.v., verant lens 418 754
Rohr, M.v., vertex refraction 366
Roof-angle prism 568
Ross, A., Microscope-tube adjustment 678
Rotary prism 141
Sagitta of arc 262
Sagittal rays 311 see
Sagittal section of narrow bundle of rays 311—314 528—530
Sagittal section of narrow bundle of rays, symmetry in 541
Salisbury, Lord, Ether 764
saturation (color) 730 731 732 734 741
Scaliger, J. 770
Scheiner, C., astronomical and terrestrial telescopes 456 572 592 593
Scheiner, C., corneal curvature 697
Scheiner, C., experiments on refraction 573
Scheiner, C., magnifying glass 645
Scheiner, C., retinal image 593
Scheiner, C., treatise on the eye and vision 572
Schematic eye in state of maximum accommodation 395 436 437 461
Schematic eye, Far point 461
Schematic eye, focal lengths 343 374 389 432
Schematic eye, focal points 374 389 423 432
Schematic eye, length of eye-axis 432 442 443
Schematic eye, near point 436 461
Schematic eye, nodal points 432 628
Schematic eye, optical constants 370—374 389 432 436 437 443 461 627 628
Schematic eye, principal points 374 432 709
Schioetz (Javal-Schioetz), Clinical ophthalmometer 698 700 703
Schott, O., Optical glass 482 489
Schroedinger, E., Theory of wave mechanics 770
Sclerotic coat (sclera) 425
Screen-plane 400 402 414—417 419 543
Searle, G.F.C., "Thick" mirror 376 377
Secondary spectrum 488 675 679
Segments of straight line 104 105
Seidel, L.v., curvature of image 540
Seidel, L.v., sine-condition 523
Seidel, L.v., Theory of the five spherical aberrations 545 546 547 548 550 557
Self-conjugate point 243
Self-conjugate ray 243
Sensations, Visual see "Color sensations" "Light"
Sensitivity of retina 747—748 see
Sextant 58—60
shadows 6—9 561—563
Siedentopf, H., Ultramicroscope 684
Sight-test charts 716—719 see
Simple colors 726 744
Simple microscope see also "Magnifying glass"
Simple microscope, Field of view 640—643
Simple microscope, field-stop and aperture-stop 640—643
Simple microscope, limitations of 649—651
Simple microscope, magnifying power 638—640
Simple microscope, practical types 644—650
Sir Airy, G.B., curvature of image 540
Sir Airy, G.B., Cylindrical lens 315 698
Sir Airy, G.B., diffraction-formula 712 713 714
Sir Airy, G.B., tangent-condition of orthoscopy 545
Sir Brewster, D., Kaleidoscope 47
Sir Brewster, D., magnifying glass 646 647
Sir Brewster, D., stereoscope 754
Sir Hamilton, W.R., Internal conical refraction. 763
Sir Herschel, J.F.W., Achromatic object-glass of telescope 504 505
Sir Lodge, O., Space-time 767
Sir Lodge, O., wave-theory of matter 770
Sir Newton, Isaac, 11 594 595 597 598 766 767 768 770
Sir Newton, Isaac, "Opticks" 597
Sir Newton, Isaac, astigmatism of oblique bundles 597
Sir Newton, Isaac, color chart 732
Sir Newton, Isaac, corpuscular or emission theory of light 669 761 762 763 769 770
Sir Newton, Isaac, diffraction 597
Sir Newton, Isaac, double refraction and polarization 598 688
Sir Newton, Isaac, Newton’s rings (interference) 597
Sir Newton, Isaac, prism experiments and dispersion 66 465 466 467 469 470 480 481 597 598 726 738
Sir Parsons, John H. 716 739
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