Файл: Вьено, Ж. -Ш. Оптическая голография. Развитие и применение.pdf

Литература

203

Nassimbene E. G.,

Panoramic lensless

stereoscopic

viewing system, IBM

Tech.

Disclosure

Bull.,

8, p.

1397(1966).

noise

in

holograms,

IBM

Tech.

Nassimbene E.

G., Ross

R.

A4.,

Reducing

Disclosure

Bull.,

8,

p.

1396

(1966).

Bull.,

8,

p.

1403

(1966).

3-D holograms, IBM

Tech.

Disclosure

(1969).

Neeley V. /., Source scanning holography,

Phys.

Lett.,

28A,

p.

475

Neumann D. В.,

Geometrical

relationship

between

the

original

object

and

the ' two

images of

a hologram

reconstruction,

J.

Opt. Soc. Am., 56,

p. 858 (1966).

Neumann D. В.,

Rose H. W.,

Improvement

of

recorded

holographic

fringes

by feedback

control, Appl.

Optics, 6,

p.

1097

(1967).

Ray

tracing through a holographic system, J. Opt. Soc. Am.,

56, p.

1509

(1966) .

Oster G.,

Holography as a moiré phenomenon, Symp, on Modern Optics, New

York,

1967.

Островская

Г. В.,

Островский

10. И.,

Голографическое

исследование

ла­

зерной

искры,

Письма в ред. ЖЭТФ,

4, стр. 83 (1966).

Ostrovskaya

G. V., Zaidel A. N., A holographic measurement of light absorp­

tion, Phys.

Lett., 26A, p. 393 (1968).

Pâques

H.,

Achromatization of holograms, Proc. IEEE,

54, p.

1195 (1966).

Parrent

G. В.,

Reynolds G. 0.,

Resolution limitations of lensless

photography,

SPIE

Jl.,

3, p. 219 (1965).

Resolution

considerations in the hologram process,

Opt. Soc. Am.,

55,

p.

1566

(1965).

A two-color photograph from

captured

light waves, Bell

Labs.

Record,

416

(nov.

1965).

Pennington

K.

S.,

Collier

R. J.,

Hologram-generated ghost image

experi­

ments,

Appl.

Phys.

Lett.,

8,

p.

14

(1966).

Peters P. J.,

Incoherent

holograms

with mercury light source, Appl.

Phys.

Lett.,

8, p. 209

(1966).

Пистолькорс

А. А.,

О разрешающей способности голограммы, ДАН

СССР,

178, стр. 334 (1967).

Пистолькорс

А. А.,

К теории голографического микроскопа, ДАН

СССР,

176, стр. 816 (1967).

Платоненко

В. Т.,

Голография,

УФН, 90, стр. 199 (1966).

Plummer W. Т., Ghost lines

in spectra from an interferometric hologram,

Japan.

J. Appl.

Phys.,

6, p. 1250 (1967).

Pole

R.

V.,

3-D imagery and holograms of objects illuminated in white light,

Appl.

Phys.

Lett.,

10,

p.

20

(1967).

Computer-generated 3-D displays, IBM

Tech. Disclosure Bull.,

10, p. 598

(1967) .

Pole

R.

V.,

Thorpe

R. A.,

Real-time computer-generated 3-D

displays, IBM

Tech.

Disclosure

Bull.,

10, p.

601

(1967).

Pond C. R.,

The holographic view of minute structural flaws, Tooling and

production,

35,

p.

120

(1969).

Powell

R.

L . , Stetson /<". A.,

Interferometric vibration analysis of

three-di­

mensional objects by wavefront reconstruction, / . Opt. Soc. Am.,

55. D. 612

(1965).

204

Литература

Preston

К.,

Fundamentals of holography,

Photo. Sei.

Eng.,

11,

p. 19" (1967).

Preston

/С, Kreutzer

J.

L . , Ultrasonic imaging using

a synthetic

holographic

technique,

Appl.

Phys.

Lett.,

10,

p.

150

(1967).

Rau J.

£ . , Real-time complex spatial modulation, J. Opt. Soc. Am.,

57, p.

798-

(1967).

Redakci

D.,

Holography

by

division

of

amplitude, Czechoslov. J.

Phys.,

17,

p.

379

(1967).

Redman

J.

D.,

Three-dimensional X-ray

pictures, Journal of Physiology,

202,

p.

16P

(1969).

Reynolds

G. 0.,

Some effects of coherence on the wavefront reconstruction-

process,

J.

Opt. Soc. Am., 55, p.

595 (1965).

Reynolds

G. 0.,

De

Veils J.

В.,

Hologram coherence

effects,

IEEE

Transac­

tions,

AP15, p.

41

(1967).

Rigler

A.

K., Wavefront reconstruction

by

reflection, / . Opt.

Soc. Am.,

55,.

p.

1963

(1965).

Rigler

A.

K-,

Vogl

T. P.,

Properties

of

photographically

produced diffrac­

tion

gratings, Appl.

Optics,

5, p.

1086

(1966).

Rogers

G. L . , Gabor diffraction microscopy:

the hologram

as

a generalized

zone-plate,

Nature,

166, p. 237 (1950).

Experiments in diffraction microscopy, Proc. Roy. Soc,

Edinburgh,

A 63,.

p.

193

(1952).

Artificial

holograms

and astigmatism, Proc. Roy. Soc,

Edinburgh,

A 63,.

p.

313

(1952).

Two

hologram methods in diffraction microscopy,

Proc. Roy.

Soc,,

Edin­

burgh,

A 64, p. 209 (1956).

A new method of analysing ionospheric movement records,

Nature,

177,

p.

613

(1956).

Polarization effects in holography, J. Opt. Soc

Am.,

56, p. 831

(1966).

Design

of

experiments for

recording and reconstructing

three-dimensional

objects

in

coherent light,

/ . Sei. Instr.,

43 (1966).

wavefronfs,

Rose H. W. Effect of carrier frequency on quality of

reconstructed

J.

Opt. Soc. Am., 55, p. 1565 (1965).

Rosen L . , Focused-image holography with extended sources,

Appl.

Phys.

Lett.r

9, p. 337 (1966).

Holograms of the aerial image of a lens, Proc.

IEEE,

55,

p.

79

(1967).

The

pseudoscopic inversion of holograms,

Proc

IEEE,

55,

p.

118

(1967).

Apparent rotation of hologram virtual images, / . Opt. Soc. Am., 57,

p. 278

(1967).

Focusing hologram diffraction grating, Rev. Sei.

Instr.,

38,

p.

438

(1967).

Moiré effects in computer-generated holograms,

Proc.

IEEE,

55, p.

1736

(1967).

beams,

Appl.

Phys.

Lett.,

10, p. 140 (1967).

Ross

R. M.,

Ring hologram

for 3-D display,

single

concept

motion

picture,

IBM

Tech. Disclosure Bull,, 9, p.

390 (1966).

Making

holograms

using

Brewster's angle

, IBM

Tech.

Disclosure Bull.,

8, p. 1404 (1966).

Rotz

F. В.,

Friesem A.

A.,

Holograms

with

nonpseudoscopic real

images,

Appl.

Phys.

Lett.,

8, pp. 146,

240

(1966).

Литература

205

Rousseau

M.,

Photographie en lumière monochromatique d'un objet

périodique

diffusant, CR Acad. Sc., В 264, p. 1569 (1967).

Rudder С. L . , Polarization

filtering in

holography,

Appl.

Phys.

Lett.,

10,

p.

270

(1967).

Ruff

В.,

Pulsed laser holography,

Optical

Spectra,

1, p.

48 (1967).

Saccocio E. J.,

Application of the dynamical theory of X-ray

diffraction

to-

holography, J. Appt. Phys.,

39, p.

3994

(1967).

Applications of Lloyd's mirrors to

X-ray

holography, J. Opt. Soc. Am.,

57r

p.

966

(1967).

Salant

R. F.,

Alwang W. G., Cavanaugh L . A., Sumrnartino

E.,

Visualiza­

tion of standing acoustic waves using time-averaged optical holographic

interferometry, J. Acoustic. Soc. Am., 44, p. 1732

(1968).

Schwor

M. J.,

Pandya

T. P.,

Weinberg

F. J.,

Point

holograms

as

optical

elements,

Nature,

215,

p. 239

(1967).

Shajenko

P.,

Johnson

C. D.,

Stroboscopic holographic

interferometry,

Appl.

Phys.

Lett.,

13,

p.

44

(1968).

Shankoff

T. A.,

Phase

holograms in dichromated gelatin, Am. Phys.

Soc.

Meeting,

Be

13

(1968).

Recording

holograms in

luminescent

materials,

Appl.

Optics,

8,

p.

2282

(1969).

Sherman

G. C,

Hologram

copying

by

Gabor

holography

of

transparencies,

Appl.

Optics, 6,

p.

1749

(1967).

Reconstructed waveforms with large diffraction angles, J. Opt. Soc. Am.,

57, p. 1160 (1967).

Shiotake N., Tsuruta T., floh Y., Holographic generation

of

contour

map of

diffusely

reflecting

surface by using immersion method, Japan J.

Appl.

Phys.,

7,

p.

904

(1968).

Siebert

L . D.,

Front-lighted

pulse

laser

holography,

Appl.

Phys.

Lett.,

11,

p.

326

(1967).

Proc.

IEEE,

Large-scene front-lighted

hologram

of a human subject,

56,

p.

1242

(1968).

Siebert

L . D.,

Geister D. £ . , Pulsed holographic interferometry vs schlieren

photography,

AIAA

J.,

6, p. 2194 (1968).

Siegel

R.,

Investigation

of laser produced hydrogen plasma using holographic

interferometry,

Phys.

Lett.,

30A,

p.

103

(1969).

Slaymaker

F. H.,

Elimination

of

building vibration in

an optical laboratory,

Appl.

Optics,

5,

p. 1766

(1966).

Snow

K.,

Vanderwarker

R.,

An application of holography to

interference

mic­

roscopy,

Appl.

Optics,

7,

p.

549 (1968).

Сороко

Л.

M.,

Голография

и интерференционная

обработка

информации,

УФН,

90,

стр.

1

(1966).

Spitz

E.,

Reconstitution

holographique

des objets à

travers un milieu diffu­

sant en mouvement,

CR Acad. Sc., Paris, В 264, p. 1449 (1967).

Стабников

M. В.,

Турухано

Б. Г.,

Найденное

А. Ф.,

Голографирование

сред

с малым изменением показателя преломления, ЖТФ, 5,

стр. 986

(1967).

Stetson /<., Powell R. L . , lnlerferometric hologram evaluation and

real-time

vibration

analysis of

diffuse objects, J. Opt. Soc. Am.,

55,

p. 1694

(1965).

Hologram

interferometry,/. Opt. Soc. Am., 56,

p.

1161

(1966).

Stetson

K.

A.,

Holographic fog penetration, J. Opt. Soc. Am.,

57, p. 1060 (1967).

Holography with total internally reflected

light, Appl.

Phys.

Lett.,

11

p.

225

(1967).

Improved

resolution

and signal-to-noise ratios in total

interna!

reflection

holograms,

Appl.

Phys.

Lett.,

12,

p. 362

(1968).

206

Литература

Stigliani

D. J.,

Semonln R.

G.,

Mittra

R.,

Film resolution and

holographie

recordings,

Proc.

IEEE,

55,

p. 1509

(1967).

Stroke G.

W.,

Lensless Fourier

transform

method for optical

holography,

Appl.

Phys.

Lett.,

6, p.

201

(1965).

ground,

Phys.

Lett.,

23,

p.

325

(1966).

Spectroscopic origins and applications of white-light

reflection

hologra­

phy,

Л

Phys.,

28,

p. 196

(1967).

A reformulated general theory of holography, Symp. on Modern Optics,

New

York,

1967.

Holography

and

its

applications,

Physics

in

Biology

and Medicine,

14,

p.

329

(1969).

Stroke

G. W.,

Brumm

D.,

Funkhäuser

A.,

Three-dimensional

holography

with lensless Fourier transform holograms and coarse

P/N Polaroid

film,

J.

Opt. Soc. Am.,

55, p. 1327 (1965).

Stroke

G.,

Brumm

D.,

Funkhäuser

A.,

Restrick

R.,

Three

advances

in

Fou­

rier-transform holography, J. Opt. Soc. Am.,

55, p. 1566 (1965).

Stroke

G.,

Falconer D.,

Attainment of high resolutions in wavefront reconst­

ruction imaging, J. Opt. Soc. Am.,

55, p. 595 (1965).

Stroke

G.,

Funkhouser

A., Fourier-transform spectroscopy using holographic

imaging without computing and with stationary interferometers,

Phys.

Lett.,

16, p. 272 (1965).

Stroke

G.,

Restrick

R.,

Holography with spatially noncoherent light,

Appt.

Phys.

Lett.,

7,

p. 229 (1965).

Stroke

G.,

Restrick

R.,

Funkhouser A.,

BrummD.,

Resolution—retrieving sour­

ce effect compensation in holography with extended sources, Appl. Phys.

Lett.,

7, p. 178 (1965).

Resolution-retrieving

compensation

of source

effects

by correlative recon­

struction in high-resolution holography, Phys.

Lett.,

18, p. 274 (1965).

Stroke

G.,

Labeyrie

A.,

Interferometric reconstruction of

phase objects

using

diffuse

coding

and two holograms,

Phys. Lett.,

20, p.

157 (1966).

White-light reconstruction of holographic images using the

Lippmann-

Bragg diffraction effect,

Phys.

Lett.,

20, p.

368

(1966).

Stroke

G.,

Westervelt F.,

Zech R.,

Holographic synthesis

of

computer-genera­

ted

holograms,

Proc.

IEEE,

55,

p.

109 (1967).

Stroke

G.,

Zech R.,

White-light reconstitution

of

color

images

from

black-

and-white holograms recorded on sheet film, Appl.

Phys. Lett.,

9,

p.

215

(1966).

A

posteriori image-correcting ,,deconvolution"

by holographic Fourier-tran­

sform

division,

Phys.

Lett.,

25A,

p. 89

(1967).

Story

J.,

Ballard G.,

Gibbons

R.,

Schlieren

photographs

from

holograms,

J. Appl. Phys., 37, p.

2183

(1966).

Supertzi

E.,

Rigler

A.,

Wide-angle

holography, J.

Opt. Soc. Am.,

56,

p.

524

(1966).

Suzuki

T.,

Hioki

R.,

Frequency response of photographic emulsion in holo­

graphy,

Japan.

J. Appl.

Phys.,

5,

p. 1257

(1966).

Speckled diffraction pattern and source effect on resolution

limit

in

ho­

lography, Japan. J. Appl.

Phys.,

5, p. 814 (1966).

Tanner L . H., Some applications of holography in fluid

mechanics,

J.

Set.

Instr.,

43, p. 81 (1966).

Application of lasers to time-resolved flow visualization, J. Sei.

Instr.,

43,

p.

353

(1966).

Holography of phase objects, / . Set.

Instr.,

43, p. 346

(1966).