книги из ГПНТБ / Вьено, Ж. -Ш. Оптическая голография. Развитие и применение

Литература

193

Caulfield

H. J.,

Harris

J.

L . , Hemstreet

H.

W.,

Local reference beam

gene­

ration

for holography,

Proc.

IEEE,

55, p.

1758 (1967).

Caulfield

H. J., Harris

J.

L . , Light

pipe holography, Appl.

Optics,

6, p.

1272

(1967).

Champagne

E. В.,

Nonparaxial

imaging, magnification and aberration

pro­

perties in holography, J. Opt. Soc. Am.,

57, p. 51 (1967).

Chau H. H.,

Holographic

interferometer

for isopachic

stress

analysis,

Review

Sei.

Instr.,

39, p. 1789 (1968).

Chau

H. H.,

Mullaney

G. J.,

An example

of

the application of pulsed light

holography

to

aerodynamics, Appl.

Optics,

6, p.

981 (1967).

Holographic moiré patterns, their application to flow visualisation in

aerodynamics.

Chau H. H., Horman M. H., Demonstration

of the application of wavefront

reconstruction

to

interferometry. Appl.

Optics, 5,

p. 123 (1966).

Chen F. S., La Macchia J. T., Fraser D. В.,

Holographie storage

in lithium

niobate,

Appl.

Phys.

Lett.,

13,

p.

223

(1968).

Chivian J. S.,

Claytor

R. N., Eden D. D.,

Infrared holography. Appl.

Phys.

Lett.,

15,

p.

123

(1969).

Cindrich

/ . , Image scanning by rotation of a hologram. Appl.

Optics,

6, p.

1531

(1967).

Clark

J.

A.,

Durelli

A. J.,

Développement

of

experimental stress

analysis

methods to determine stresses and strains in solid propellant grains. US

Government R / D Rep AD-688 148 (1969).

Close

D.

H., Jacobson A. D., Margerum J. D., Brault

R. G., Mc Clung

F. J.,

Hologram

recording on photopolymer

materials,

Appl.

Phys.

Lett.,

14,

p.

159

(1969).

•Coady M.,

Laser

hologram systems due

for

fast

moving particle study,

Elect­

ronic

news,

26,

(1966).

holograms,

Opt. Spectra,

1, p. 35 (1967).

Collier

R. J.t

Doherty

E.

T.,

Pennington

/<". S.,

Applications of

moiré

tech­

niques

to

holography, Appl. Phys. Lett., 7,

p. 223

(1965).

Collier

R. J.t

Pennington K. S.,

Ghosts

imaging

by

holograms

formed in

the

near

field,

Appl.

Phys.

Lett.,

8, p. 44

(1966).

Multicolor

imaging

from

holograms

formed

on

two-dimensional

media,

Appl.

Optics,

6, p.

1091

(1967).

Collins

L . F.,

Difference

holography,

Appl.

Optics,

7, p. 203 (1968).

Consoli

T.,

Proca

G.,

Stamp L . , Holographie,

Bull,

d'Informations

Sei.

et

Techn.,

99

(1967).

Cook S.

P.,

Producing acoustic

holograms,

US Pat. 3484740 (1969).

Corcoran V. J.,

Herron R. W., Jamarillo J. G., Generation of a hologram

from a moving target, Appl.

Optics,

5,

p. 668

(1966).

Cutrona

L . J.,

Leith E.

N.,

Porcello

L . J.,

Vivian

W. E.,

On the applica­

tion of coherent processing techniques to synthetic aperture

radar,

Proc.

IEEE,

54,

p. 1026

(1966).

De

M.,Sevigny

L . , Polarisation holography, / . Opt. Soc. Am.,

57, p. 110 (1967).

Three-beam

holography,

Appl.

Phys.

Letters,

10,

p.

78

(1967).

De

Three-beam

holographic

interferometry,

Appl.

Optics, 6, p.

1665

(1967).

Bitetto

D. J.,

On the use of moving scatterers in conventional

holography,

Appl.

Phys.

Lett.,

8,

p. 78

(1966).

194

Литература

Holographic

panoramic

stereograms

synthesized from

white light

recor­

dings,

Appl.

Optics, 8,

p.

1740 (1969).

Debrus S.,

F rançon

M:,

May

M.,

Interférométrie

en

lumière

blanche

diffuse,

Optics

Com.,

1,

p.

89 (1969); CR Acad.

Sc. Paris, (В) 268,

p. 317

(1969).

Денисюк

10. H., Об отображении оптических свойств объекта в волновом

поле

рассеянного им излучения, Опт. и спектр.,

18, р. 275 (1965).

Денисюк

10. Н.,

К вопросу о фотографии, воспроизводящей полную иллюзию

действительности изображаемого объекта, ЖНИПФИК,

11, р. 46 (1966).

Денисюк

JO. Н., Об отображении оптических свойств объекта в волновом

поле

рассеянного им излучения, ДАН СССР,

144,

р. 1275 (1962).

Денисюк

Ю. Н.,

Стаселько Д. И., О возможности

получения

голограмм

с использованием референтного пучка, длина волны которого отличается

от

длины волны излучения, рассеянного объектом,

ДАН

СССР, 176,

р.

1274 (1967).

Deschamps G. A., Some remarks on radio frequency

holography,

Proc.

IEEE,

55, p. 570 (1967).

Devaney

A. J.,

Grauling

С. R.,

A technique

for obtaining

non

pseudoscopic

real

image from holography,

Appl. Phys.

Lett.,

11, p. 289 (1967).

De

Velis

J.

B,,

Reynolds

G. 0.,

Three-dimensional hologram reconstruction

and

image speckle, J. Soc. Photo-Opt.

Instr.

Engineers,

5, p. 188 (1967).

De

Velis

J.

В.,

Parrent

G. В.,

Thompson

B. J.,

Image reconstruction with

Fraunhofer

holograms, J. Opt. Soc. Am.,

56, p. 423 (1966).

De

Velis

J.

В.,

Raso

D. J.,

Reynolds

G. 0.,

Effect of source size on

the

re­

solution

in

Fourier-transform

holography, J.

Opt. Soc. Am.,

57,

p.

843

(1967).

De

Velis

J.

В.,

Image reconstruction with Fraunhofer holograms, / . Opt. Soc.

Am.,

54, p. 1407 (1964).

Diamond

F. I.,

Magnification and

resolution in

wavefront

reconstruction,

J. Opt. Soc. Am.,

57,

p.

503

(1967).

Donnelly

J. P.,

Foyt

A.

G.,

Hinckley

E. D.,

Lindlet

W. T.,

DimmockJ.

0.,

Holographic interferometry

with

ultraviolet light,

Appl.

Phys. Lett.,

12,

p. 302 (1968).

Dooley R. P., X-band holography, Proc. IEEE,

53, p.

1733 (1965).

Duffy D., Optical processing of

microwave holograms, Gen. Elec. Co., Techn.

Inform.

Series,

DF-63ELC54,

1964.

Eaglesfield

С. C, Resolution

of

X-ray

microscopy by

hologram,

Electronics

Lett.,

1, p. 181 (1965).

Holograms-could they be used in printing, Graphic

Techn., 21,

p. 7 (1967).

Einighammer

H. J., Integration

holographique des images photographiques,

Die Naturwissenschaften,

55,

p.

295

(1968).

Formation de l'image d'étoiles

à rayons X à l'aide

d'un télescope hologra­

phique, Optik, 23, p. 627 (1966).

Ellis

G. W.,

Holomicrography: transformation of image during reconstruction

a

posteriori.

El Sum H. M., Reconstructed wavefront

microscopy, Ph. D. Thesis, Stanford

Univ.,

1952.

Литература

195

Optica! apparatus for making and reconstructing holograms,

US

Pat.

3083615

(1963).

Information retrievial from phase-modulating media, Proc. Symp. on opti­

cal

processing

of

information,

85

(1963).

El

Sum

H. M.,

Kirkpatrick

P.,

Microscopy

by

reconstructed

wavefronts,

Phys.

Rev.,

85, p. 763 (1952).

El

Sum

H. M.,

Baez

A.

V.,

Preliminary

experiments on X-ray

microscopy

by reconstructed

wavefronts,

Phys.

Rev.,

99,

p.

624 (1955).

Enloe L . H., Murphy

J.

A.,

Rubinstein

С. В.,

Hologram

transmission

via

television,

ВST J,

45,

45,

p.

335

(1966).

Enloe L . H.,

Jakes W. C , Rubinstein

С. В.,

Hologram heterodyne scanners,

Bell

System Techn. Jl., 47, p. 1875 (1968).

Ennos A. E.,

Measurement

of

in-plane

surface strain

by

hologram

interfero-

metry, J. of Scientific

Instr.,

série 2, 1, p. 731 (1968).

Erdos P.,

Holographic information storage

and

retrievial, IBM

Techn.

Dis­

closure

Bull.,

9,

p.

291

(1966).

Falconer

D.

G.,

Role of the photographic process in holography,

Phot.

Sei.

Eng.,

10, p.

133

(1966).

A theory of thick emulsion diffraction, J. Opt. Soc. Am.,

57, p.

573 (1967).

Falconer

D.

G.,

Winthrop

J.

T.,

Fresnel transform spectroscopy, Phys.

Lett.,

14, p. 190 (1965).

Today, 22, p.

Feleppa

E. J., Biomedical applications of holography, Physics

25

(1969).

Fischbeck К. П., Non-impact

printer employing

laser beam

and

holographic

images,

US

Pat. 3410203

(1968).

Forward

R. L . , Jacobson A. D.,

Color

holography,

US Pat. 3442566 (1969).

Fourney

M.

Matkin

J. #.,

Waggoner A.

P.,

Aerosol size

and

velocity

determination via holography, The Review of Sei. Instr.,

40, p.

205 (1969).

Françon

M.,

Lowenthal

S.,

May

M.,

Prat

R.,

Application

de

l'holographie

à l'étude de la fonction

de transfert, CR Acad. Sei.,

Paris,

В

263, p.

237

(1967).

Françon

M.,

Debrus

S.,

Mallick

S., May M.,

Roblin

M.

L . , Interference

and

Diffraction Phenomena produced by a new and very simple method,

Appl.

Optics,

8,

p.

1157

(1969).

Friesem

A.

A.,

Holograms on thick emulsions. Appl.

Phys.

Lett.,

7, p.

102

(1965).

Friesem

A.

A.,

Fedorovicz

R.J.,

Recent

advances

in multicolor

wavefronl

reconstruction. Appt. Optics, 5, p. 1085

(1966).

Multicolor

vvavefront

reconstruction. Appt.

Optics,

6,

p.

529

(1967).

Friesem

A.

A.,

Vest

С. M.,

Detection of micro-fractures

by holographic inter-

ferometry,

Appl.

Optics,

8,

p.

1253

(1969).

Friesem

A.

A.,

ZelenkaJ.

S.,

Effects

of

film

nonlinearities in

holography,

Appl.

Optics,

6,

p.

1755

(1967).

Friesem

A. A.,

Kozma

A.,

Adams G. F.,

Recording

parameters

of

spatially

modulated

coherent

wavefronts,

Appl.

Optics, 6, p. 851 (1967).

Fritzler

D.,

Marom

E.,

Pulsed

hologram

formation

of

diffusely

reflecting

objects,

Appl.

Phys.

Lett.,

11, pp. 16, 212 (1967).

Froehly

C , Etude holographique de l'onde

harmonique d'ordre deux engendrée

à travers un laser à rubis. CR Acad. Sc.,

Paris,

В 263,

p. 1304

(1966).

196

Литература

Generalized

schemes

of

diffraction microscopy, CR 1-er Congrès Intern,

sur la Microscopie

Electronique, Paris,

1950.

Progress

in

microscopy

by

reconstructed

wavefronts, Proc. NBS Sytnp,

Electron

Phys., 527,

p. 237

(1954).

(1965) .

Qabor D., Stroke

G. W., The theory of deep holograms, Proc. Roy. Soc,

London,

A 304, p. 275 (1968).

Gabor D.,

Goss

W. P., Interference microscope with total wavefront

recon­

struction,

J.

Opt. Soc. Am.,

56, p. 849 (1966).

Gaskill

H.,

Atmospheric degradation of holographic images, J. Opt. Soc. Am.,

59, p. 308 (1969).

George N.,

Matthews J. W., Holographic diffraction gratings. Appl.

Phys.

Lett., 9,

p.

212 (1966).

Am. J. Phys., 35,

Givens

M.

P.,

Introduction to holography,

p.

1056

(1967).

Goodman J.

W.,

Huntley

W. H.,

Jackson

D.

W.,

Lehmann

M.,

Wavefront

reconstruction imaging through random media,

Appl. Phys. Lett.,

8,

p.

311

(1966) .

Goodman J.

W.,

Lawrence R. W., Digital image formation from electronical­

ly

detected

holograms,

Appl.

Phys. Lett,

11,

p. 77 (1967).

6,

Goodman J.

\V.,

Temporal filtering properties of holograms, Appl.

Optics,

p.

857

(1967).

Digital

image

formation

from detected holographic data,

US Governt.

R / D

rep

AD

687.818

(1969).

Goodman J.

W., Jackson D.

W.,

Knotts

J.

W.,

Lehmann M.,

Experiments

in long-distance holographic imagery, Appl.

Optics, 8, p. 1581 (1969).

Gregor E.,

Davies

J.

H.,

Design

considerations

for

nanosecond

holography,

Electro-optical

Systems Design,

1, p.

48

(1969).

Greguss P.,

Techniques and

information

content

of

sonoholograms, J.

Phot.

Sei.,

14,

p.

329 (1966).

Haine M. E.,

Dyson

J., A modification

to

Gabor's proposed

diffraction

mi­

croscope, Nature, 166, p. 315 (1950).

Haine M.

E.,

Mulvey

T.,

The formation of

the

diffraction image

with

elec­

trons in the

Gabor's diffraction microscope, J. Opt. Soc. Am.,

42, p.

763

(1952).

170, p. 202

Diffraction

microscopy

with X-rays,

Nature,

(1952).

Литература

197

1-er Congrès International de

Microscopie Electronique, Paris, 120, 1950.

Problems in the realization of

diffraction

microscopy with electrons,

NBS

Syrnp.

Electron

Phys.,

527,

p. 247

(1951).

Haines K. A., Brumm D. В., A technique for bandwidth

reduction in

holo­

graphic

systems,

Proc.

IEEE,

55, p. 1512 (1967).

Haines

K.

A.,

Hildebrand

В. P.,

Contour

generation

by

wavefront

recon­

struction,

Phys.

Lett.,

19,

p.

10 (1965).

Haines

/<". A.,

Hildebrand

В.

P.,

Surface-deformation measurement using

the wavefront reconstruction technique, Appl.

Optics,

5, p. 595 (1966).

Interferometric measurements on diffuse surfaces by holographic techni­

ques,

IEEE

Trans. Instr.

Measur.,

15,

(1966).

Harris

F. S.,

Sherman

J. C,

Billings

В. H.,

Copying

holograms,

Appl.

Optics,

5,

p.

665

(1966).

Heflinger

L . 0.,

Wuerker R. F.,

Brooks

R. £ . , Double

exposure holographic

interferometry, Bull. Amer. Phys. Soc,

10,

p.

1187

(1965).

Holographic

interferometry,

/ .

Appt.

Phys.,

37, p.

642

(1966).

Heflinger

L . 0.,

Wuerker R

F.,

Holographic

contouring via multifrequency

lasers,

Appl.

Phys.

Lett

15, p. 28

(1969).

Hertel

J.,

Zur

holographie

in verketteten

strahlengangen,

Optik, 25,

p.

217

(1967).

Hickling

R.,

Scattering of

light

by spherical

liquid droplets

using

computer-

sythesized holograms, J. Electrochemical Soc. Am.,

58,

p.

455

(1968).

Holography of liquid droplets, J. Opt. Soc. Am.,

59,

p.

1334

(1969).

Hildebrand

В. P.,

Haines

K-

A.,

Generation of three-dimensional contour

maps by wavefront reconstruction, Phys.

Lett., 21, p.

422 (1966).

Interferometric measurements using the wavefront reconstruction technique,

Appl.

Optics, 5, p. 172 (1966).

Multiple-wavelength and multiple source holography applied to contour

generation, / . Opt. Soc.

Am.,

57, p. 155 (1967).

Hildebrand

В. P.,

Haines

K.

A.,

Larkin

R.,

Holography

as a tool in the

testing of large aperture optics,

Appl.

Optics,

6,

p. 1267

(1967).

Hildebrand

В. P.,

Holography by scanning, / . Opt. Soc. Am.,

59, p.

1 (1969).

Hioki R.,

Suzuki

T.,

Reconstruction of

wavefronts

in all

directions,

Japan

Appl.

Optics, 4,

p. 333

(1965).

Efficiencies of zone plates and phase zone plates, Appl.

Optics,

6, p. 2011

(1967).

Huang

T. S., Prasada

В., Considerations on the generation

and

processing

of holograms by digital computers, MIT, Res. Lab. Elec. Quar. Prog.

Rep.,

81, p. 199 (1966).

Ingalls

A.

L . , Optical simulation of microwave antennas,

IEEE

Trans.

Anten­

na

propagation, AP 14,

p. 2 (1966).

198

Литература

Izawa

T.,

Kamiyama

M.,

Infrared

holography

with organic

photochrome

films, Appl.

Phys.

Lett.,

15,

p.

201

(1969).

Jackson P. L . , Diffractive processing of

geophysical

data,

Appl.

Optics, 4,

p.

419

(1965).

Jacobson

A. D.,

McClung

F. J.,

Holograms

produced

with

pulsed

laser

illu­

mination,

Appl.

Optics,

4,

p.

1509

(1965).

Jacobson

A. D.,

Evtuhov

V., Neeland J.

K-,

Motion picture holography,

Appl.

Phys.

Lett.,

14, p. 120

(1969).

Jahoda

F. C,

Jeffries

R. A.,

Sawyer G. A.,

Fractional-fringe

holographic

plasma

interferometry,

Appl.

Optics,

6, p. 1407 (1967).

Jahoda

F. C,

Subnanosecond

holographic

cine-interferometry

of

transmission

objects,

Appl.

Phys.

Lett.,

14, p. 341

(1969).

56,

Jeong

T.

H., Rudolf P., Luckett A., 360°

holography,

J. Opt. Soc. Am.,

p.

1263

(1966).

Jeong

T.

H.,

Cylindrical

holography

and some proposed

applications, J.

Opt.

Soc.

Am.,

57,

p.

1396

(1967).

Julesz

В.,

Pennington

K. S.,

Equidistributed information

mapping: an

ana­

logie to

holograms and memory, J. Opt. Soc. Am.,

55,

p.

604

(1965).

Какичашвили

Ш. Д.,

Мумладзе

В. В.,

Рамишвили H. М., Новый способ

получения

голограмм

с

высоким разрешением,

Письма

в

ред.

ЖЭТФ,

5,

стр. 370

(1967).

KaKOs A.,

Ostro'oskaya G. V.,

Ostrovskii

Y.

I.,

Interferometry

holographie

investigation of a laser spark, Phys.

Lett.,

23,

p. 81

(1966).

Kasahara

T., Kimura Y., Hioki R., Tanaka

S.,

Stereo-radiography

using

holographie

techniques,

Japan J. Appl.

Phys.,

8,

p. 124

(1969).

Клименко

И. С,

Рукман

Г. И.,

Габоровское

восстановление

волнового

фронта с помощью лазера, Опт. и спектр.,

21, стр. 751 (1966).

Клименко

И. С,

Рукман

Г. И.,

К

вопросу

о

восстановлении

волнового

фронта с помощью

голограмм,

переданных по телевизионному

тракту,

ЖГФ,

37, стр. 1532 (1967).

Клименко

И. С.,

Матинян

Е. Г.,

Рукман

Г. И.,

О восстановлении в белом

свете

изображений интерференционных

картин, формируемых голограм­

мами,

полученными

методом двойной экспозиции,

Письма в ред.

ЖЭТФ,

6, стр. 535 (1967).

Климов Л. М., Померанцев

H. М.,

Фабрикой

В. А., Применение магнитных

пленок в голографии, Изв. АН

СССР,

31,

стр. 386 (1967).

І(пох С,

Sayano

R. R.,

Seo E.

T.,

Silverman

H.

P.,

Holographie

interfe­

rometry in electrochemical

studies, J.

Phys.

Chem., 71, p.

3102

(1967).

Knox C,

Brooks R. £.,Holographie

motion

picture microscopy,

Proc.

Royal

Soc,

В 174,

p. 115

(1969).

54, p. 331 (1966).

Kock W. E., Hologram television,

Proc. IEEE,

Three color hologram zone plates, Proc.

IEEE,

54, p. 1610 (1966).

Use of lens arrays in holograms,

Proc.

IEEE,

55, p. 1103 (1967).

Side-looking

radar,

holography,

and

Doppler-free

coherent

radar,

Proc.

Литература

199

Kock

W. E.,

Rendeiro

J.,

Some curious properties of

holograms,

Proc.

IEEE,

53, p. 1787 (1965); 54, p. 716 (1966).

Kock

W. E.,

Rosen L . , Stroke

G. W.,

Focused-image

holography,

a

method

for

restoring the

third

dimension

in the

recording of

conventional-focused

K

photographs,

Proc.

IEEE,

55, p.

80

(1967).

Proc.

IEEE,

Kock

W. E.,

Rosen L . , Rendeiro

J.,

Holograms and zone plates,

54, p. 1599 (1966).

Realism of lens action in holograms, Proc.

IEEE,

54,

p.

1985

(1966).

Kogelnik

H.,

Holographic

image

projection

through

inhomogeneous

media,

L

BSTJ.,

44,

p. 2451

(1965).

Response and effeciency of five hologram

types,

Synip. on Modern Optics,

New-York,

1967. _

Bragg

diffraction in hologram gratings with multiple internal reflections,

J.

Opt.

Soc. Am.,

57,

p.

431

(1967).

Комар

А.

П.,

Стабников

M. В.,

Турухано

Б.

Г.,

Голография

с прямым

опорным

пучком,

ДАН

СССР,

173, стр. 1059 (1967).

Комар

А.

П.,

Стабников

М. В.,

Турухано

Б. Г.,

Восстановление

изобра­

жений

прозрачных

преломляющих

объектов с помощью фазовых

голо­

грамм, ДАН

СССР,

169, стр.

1052 (1966).

Комиссарова

И. И.,

Островская

Г. В.,

Шапиро

Л.

Л.,

Голографическое

исследование

лазерной

искры,

ЖТФ,

38,

стр. 1369

(1968).

Komisarova

I. !..

Ostrovskaya G. V.,

Shapiro

L . L . , Zaydel A. N., Two-wave-

length holography of a laser spark, Phys. Lett. 29A, p. 262 (1969).

Константинов

Б. П.,

Зайдель

А.

H.,

Константинов

В.

Б.,

Остров­

ский

10.

И.,

Фотографирование

в когерентном

свете.

Эксперименталь­

ная

техника

и разрешающая

способность

метода,

ЖТФ,

36,

стр.

1718

(1966).

Константинов

Б.

П.,

Гуревич

С. Б.,

Гаврилов

Г.

А.,

Колесников

В. Б.

Константинов

А.

Б.,

Константинов

В. Б.,

Ризкин

А. А.,

Чер­

ных Д. Ф., Передача голограмм по стандартному фототелеграфному ка­

налу

с ограниченным

числом

полутонов,

ЖТФ,

39, 347

(1969).

Kopylov

G. / . ,

Properties

of

the

hologram,

Phys.

Lett.,

21,

p.

645

(1966).

Копылов

Г. И.,

К теории

голографического

увеличения изображений,

Пись­

ма в ред. ЖЭТФ,

5,

стр. 382

(1967).

Korpel

A.,

Desmares P.,

Rapid

sampling of

acoustic

holograms

by laser-scan­

ning techniques, / . Acoustical

Sac. Am., 45, p. 881 (1969).

Косоуров

Г.

И.,

Калинина

И. H.,

Головей

M.

П.,

Восстановление

изобра­

жения

на

голограмме

в

немонохроматическом

свете,

Письма

в

ред.

ЖЭТФ,

4,

стр. 84

(1966).

Kozma

A.,

Photographic recording of spatially modulated coherent

light,

J.

Opt.

Soc. Am.,

56,

p.

428

(1966).

Kreutker

J.

L . , Ultrasonic three-dimensional

imaging

using

holographic

techniques, Symp. on Modern Optics, New-York,

1967.

Kurtz

C. N.,

Holographic

polarization

recording

with

an encoded

reference

beam, Appl.

Phys.

Lett.,

14,

p.

59

(1969).

La

Macchia

J.

T.,

Resolution

of

pulsed

laser

holograms,

Appl.

Phys.

Lett.,

12, p. 45 (1968).

Stroboscopic

holography

with

a mode-locked

laser,

J. Appl.

Phys.,

39,

p.

5340

(1968).

Landry

M.

J.,

Copying holograms, Appl.

Phys.

Lett.,

9,

p.

303

(1966).

200

Литература

Landry J.,

Powers

J.,

Wade G., Ultrasonic imaging of

internal structure by

Bragg

diffraction,

Appt.

Phys.

Lett.,

15, p. 186 (1969).

Lanzt

F.,

Mager H. J.,

Waidelich

W.,

A holographic

information decoding

method, Phys.

Lett.,

27A, p.

35 (1968).

Latta J. N., The bleaching

of holographic diffraction gratings for maximum

efficiency,

Appl.

Optics,

7, p. 2409 (1968).

Lefrançois

G.,

Nguyen. N. С,

Influence de la cohérence de la source en hologra­

phie,

L'Onde Electrique,

48, p. 245 (1968).

Leith

E. N.,

Upatnieks

/ . ,

New techniques in wavefront reconstruction, J.

Opt. Soc. Am. 51,

p. 1469 (1961).

Reconstructed wavefronts and communication theory, J. Opt. Soc. Am.,

52, p. 1123 (1962).

Leith E. N., Upatnieks J.,

Wavefront

reconstruction

with continuous-tone

transparencies, J. Opt. Soc. Am., 53, pp. 522, 1377

(1963).

Leith

E. N.,

Upatnieks

J.,

Hildebrand

В.

P.,

Haines K.

A.,

Requirements

for a wavefront reconstruction television

facsimile system, J. SMPTE, 74,

p.

893 (1965).

Leith

E. N.,

Kozma A.,

Upatnieks J.,

Marks

J.,

Massey

N..

Holographic

data storage in thereedimensional media, Appl.

Optics,

5,

p. 1303 (1966).

Leith

E. N.,

Upatnieks

J., Kozma A., Massey N.,

Hologram visual displays,

J.

SMPTE, 75, p.

323

(1966).

Lin L . H.,

Pennington K. S., Stroke G. W., Labeyrie

A.,

Multicolor

holo­

graphic

image reconstruction

with

white-light

illumination,

BSTJ,

45,

p. 659

(1966).

Lin

L . H.,

Increase of hologram

image

separation

by

total reflection,

Appl.

Optics,

6, p. 2004 (1967).

Holographic measurements of optically induced refractive index inhomo-

geneities

in

bismuth

titanate,

Proc.

IEEE,

57,

p.

252

(1969).

Lin

L . H.,

Lo Bianco С. V., Experimental techniques

in

making

multicolor

white-light reconstructed holograms, Appl.

Optic,

6, p. 1255 (1967).

Lippmann.G.,

Epreuves réversibles, photographies

intégrales,

CR

Acad.

Sc.,

146, p. 446 (1908).

Lohmann A.

W., Optical single-sideband

transmission

applied

to

the

Gabor

microscope,

Optica

Acta, 3,

p. 97

(1956).

Литература

201

Reconstruction

of

vectorial wavefronts,

Appl.

Optics, 4,

p.

1667

(1965).

Wavefront reconstruction

for incoherent

objects,

J.

Opt.

Soc.

Am.,

55,

p.

1555

(1965).