Contents 



Industrial Research, Applications to. See General Microscopy, p. 363 

 Plastics. See General Microscopy, p. 390 

 Pulp and Paper. See General Microscopy, p. 394 



Theory and Microscope Construction. See Optical Theory of Light Mi- 

 croscope, p. 445 



POLARIZING MICROSCOPE 480 



Basic Design and Operation. See Optical Theory of Light Microscope, p. 445 



Design for Maximum Sensitivity, Shinya Inoue 480 



Fibers (Textiles). See General Microscopy, p. 343 



Industrial Research, Application to. See General Microscopy, p. 363 



Plastics, See General Microscopy, p. 390 



Pulp and Paper. See General Microscopy, p. 394 



REFRACTION OF LIGHT, REFRACTOMETRY AND 



INTERFEROMETRY 485 



Angle Refractometry, R. Jonnard 485 



History of Light Refraction, R. Jonnard 494 



Interferometric Methods, R. Jonnard 502 



Refractometric Applications, R. Jonnard 515 



RESINOGRAPHY, T. G. Rochow 525 



STEREOSCOPIC MICROSCOPY 538 



Basic Design, Operation and Use, J. R. Benford 538 



Engineering Microscope. See Light (Optical) Microscopy, p. 434 



"Solid-Image" Microscope, Richard L. Gregory 540 



TELEVISION MICROSCOPE, G. L. Clark 542 



ULTRAMICROSCOPY 544 



Design and Operation. See Optical Theory of the Light Microscope, p. 445 



ULTRASONIC ABSORPTION MICROSCOPE, Floyd Dunn and 



Wm. J. Fry 544 



ULTRAVIOLET MICROSCOPY 548 



Basic Principles and Design, J. R. Benford 548 



Color Translating TV Ultraviolet Microscope, G. L. Clark 550 



Image Formation by a Fresnel Zone Plate, Albert V. Baez 552 



X-RAY MICROSCOPY 561 



Bone Structure and Aging by Contact Microradiography 591 



See Medico-Biologic Research by Microradiography, p. 591 



Contact Microradiography, H. H. Pattee 561 



Diffraction Microscopy, G. L. Clark 569 



Eye Research Applications, W. K. McEwen, M. L. Feeney, and L. K. Garron ... 571 



Xll 



