"SCIENTIFIC ABSTRACT LYALIKOV, K.S. - LYALIKOV, YU.S."

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• Collection: Scientific Abstracts
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• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Optics General Problems.
Abs Jour Referat 2hur - Fizika, No 3, 1957) 7574
Author Lyalikov, K.S.
Inst
Title Conference on Spectroscopy of Disperse Systems
K-1
Orig Pub Zh. nauch. i prikl. fotog2t. i kinemat oys., 1956, 1, No 4,
312-313
Abstract Report on the first conference on the spectroscopy of dis-
perse systems, organized by the Commission on Spectrosco-
py of the Academy of Sciences, USSR, and held in Moscow
on 29 -- 30 March, 1956.
Card 1/1 - 2 -

LYALIKOV, X.S.j.,SHARIKOV, Yu.D.
.....-
Study of the diffraction method for analyzing aerial photograps
of turbulent ocean surface. Trudy Lab.aeromet. 5:72-82 156,
(Ocenn) (Photography, Aerial) (KIRA 10:1)

LYALIOV, K.S.
The use of electronics and cyberabtics in serinI photography.
Zhur.nauch.i prlkl.fot.i kin. 2 no.4:309-314 ji-Ag 057.
(MLRA 10:7)
(Photography, AeriAl) (Blectronice)

L-fALIKOV, K.S.
Mwwo~~. 04WOOMaddWANNIUWWO."10, I
Theory of the physical ripening of photographic emulsions. Usp. nauch.
fot, vol, 5:39--54 157 jPhotographic emulsions) (XUU 10:6)

LTALIKOV, X.S. professor- SHARIKOV$ YII,jj
0
-
Using diffraction method in analyzing aerial photographs. Priroda
46 nov2:7941 7 157, (MLRA 10:3)
1. Laboratoiya aerometodov Akademli nauk SSSR, Leningrad.
(Diffraction) (Photographft interpretation)

-- LYALIKOV.--K.S.. professor-, SHARIMV. Yu.D.
Decipheri'ng aerial photography of the sea swell. Priroda 46
- no.4:79-80 Ap '57. 06M 10;5)
1, Laboratorlya aerometodov Akademii nauk SSSR (LeniWad).
(Photographic Interpretation) (Photography, Aerial) (Waves)

TITLE. 3 4 Technical Conference of t b MIIGA I I (Xs9ChA0-
ka.f.-taiy. MICk ,I)III
PERIODICAW Isvestlya vysahikh uchobnykh za,*d#.1y. C..d.sly* I
sovorotoo-7 oaks, 1958. It 2. pp 115-116 (LMSR)
AISTRAM in the section for seropholo-jeadstical and photairmanatrioal
In' 1ru;:o1o.1h Professor
.1 i:no,,
M. V. v T a a a nt od.atio. of Obj.otil..
th
In Instruments Used for Cartographic4l Aerial Photography."
Professor A. S. Lobanov. -On Thro*41monalonal Pbol0trianauls-
tics, and On us* of Electronic Computers.- Professor I. P.
Washka,laho On Som2hoordtical St& tenants Sith Regard t 0Q to-
ti ago of Ph.;.,rova, ry,a Caflea% ton Vith %be Pro4uction af
Precision Instruments for These Purposes.- Engineer N. V. Xsscvtj
'The Re 410 -3yachr.oloor for 31multaneous Photos from Two All-
Pl:ao:r* llrolohe:or 3 41 'Ap,a r,l.. ..I 1,.b.ral.rles
to Lin I Us do 1~*% or the Study of spectral
Pt7,akal king be Tra.f.rostil.
lot II.Y*;.1.10 Us
*:a ..r
be 1:01
of A list to A am Ingl L. P. Charoytvi
Cart 1/1 'Antagatte Coatr.t of tus )*J, Kapagage.. Imlaser 1. 0.
t :gr ..trl.al Coupled Cameras.
1:1
i!lb::k In
j tl:" for geodetical and phologranne
Irlool I"Imsests 946184*r L. Ire Kla4l1a ran& a paper an -the
ve thad to"41as PM440 in GoapbJetool Facts$., 1064&t
111:0, 0
1. N. 4 a r Fortat on Me ftables of making &grist Ph*-
1047 Or Automatlo.*
AlMoshor, there More 52 106%,ar" and roporta gives. 52 &*1.
agnAme partiolvatot In the d1sommotow.

I f -1ALiKii, K. 5.
"Investigations of the Recrystallization Process of Polydisperse System.,
StabJlized Against Aggregation."
report presented at the SecVon on Colloid Cheyiistr-y, VIII Mendeleyev Crnrerence rf
General and Applied Chemistry, Moscow, 16-23 March 1959-
(Koll. Zhur. v. 21m No. 4, PP- 509-511)

3(4), 24(7) SOV/154-59-2-13/22
AUTHOR: Lyalikov, X. S., Doctor of Chemical Sciences
TITLE: Device for the Investigation of the Spectral Luminosity Used at
the Laboratory for Aerial Methods at the AS USSR (Apparatura
laboratorii aerometodov AN SSSR dlya issledovaniy
spektrallnoy yarkosti)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i.
aerofo-tos"yemka, 1959, Nr 2, PP 87-91 (USSR)
ABSTRACT: All pre-war work concerned with the spectral characteristics of
objects of aerial photographs shows a number of deficiencies.
The investigation of the spectral luminosity carried out at the
Laboratory for Aerial Methods was first done on the ground, as
before the war. For this purpose the author and M. V.
Savostlyanova, (Ref 2) worked out a field measuring method with
the help of a universal photometer with interference light-
filters. Since this, however, does not allow measurements in
the invisible part of the spectrum nor those from an airplane,
aerial spectrographs and terrestrial photoelectric spectro-
meters were later developed. The forestry gr'oup of the.-labora-
Card 1/4 tory, S. V. Belov and collaborators, showed that the spectral

SOV/154-59-2-13/22
Device for the Investigation of the Spectral Luminosity Used at the Laboratory
for Aerial Methods at the AS USSR
luminosity of the individual tree-top is identical to that of a
considerable section of forest, provided the measurements take
place at identical exposures. The following demands are made on
the device for aerial photography: 1) The device must supply a
spectral luminosity curve of not too large a section of the
object of aerial photography. 2) Together with the taking of
the spectrum, the section of the object (on which the surface,
from which the reflected light is taken, must be exactly indi-
cated) must be synchronously photographed. 3) The device must
allow the taking of a picture from at least not very high an
altitude- 4) The range of wave lengths, in which the measure-
ments can be carried out, should be between 400 and 1000 mg.
Instruments for terrestrial surveys must comply with the last-
mentioned requirement. Apart from this they must be easily
transportable and reliable. The aero-spectrograph which has
been developed in the Laboratory by M. A. Romanova and Yu. P.
Shchepkin, complies with these requirements in the best way.
The device operates, however, within the relatively close
Card 2/4 range of wave lengths of 500 to 650 mp. The difficulties

SOV/154-59-2-13/22
Device for the Investigation of the Spectral Luminosity Used at the Laboratory
for Aerial Methods at the AS USSR
arising when working with a prismatic spectrograph were elimi-
nated by the use of a diffraction grid. The first model of the
photoelectric spectrophotometers was built by V. V. Kolltsov
and the second by A. P.Kharchenko. The second is being tested
at present. It makes it possible to measure the reflection co-
efficient within the range of wave lengths of 450 - 800 me-
The first model of a spectrovisor (spektrovizor) was designed
in 1956 by V. V. Kolltsov, the second in 1957. Both proved to
be a failure. At present a third model is being tested. The
optical part of it was worked out by I. V. Semenchenko and the
electrical part by E. A. Sorri and K. Ye. Meleshko. A diffrac-
tion grid is used here as a dispersion system. The movement of
the oscilloscope beam along both axes is controlled by the same
mirror, which secures a complete synchronization. The work by
A. B. Vistelius and M. A. Romanova showed that the investigaticre
here mentioned can be considered to be a new method for the so-
lution of geological problems, In conclusion the following can
be said: Por the solution of aereophotographic problems it is
Card 3/4 necessary to have two types of instruments for the measurement

SOV/154-59-2-13/22
Device for the Investigation of the Spectral Luminosity Used at the Laboratory
for Aerial Methods at the AS USSR
of the spectral luminosity on the ground and from the air-
plane. Photoelectrical instruments are to be preferred for
terrestrial measurements. For aerial surveys light type
apectrographs and spectrovisors (spektrovizir) can be used. For
terrestrial and aerial measurements the dimensions of the sur-
faces, whose spectral luminosity is measured should be made, to
correspond to the picture details. When measuring the spectral
luminosity from the air, the synchronous photographing of the
object must be secured. The point whose spectral luminosity
has been measured, must be on the aerial photograph. The use of
diffraction grids as dispersion systems is preferable in all
cases. There are 2 Soviet references.
ASSOCIATION: Laboratoriya aerometodov AN SSSR (Laboratory for Aerial Methods
at the AS USSR)
Card 4/4

-LYALIKOV, K*18-1.1-
Ways of improving aerial photography. Trudy Lab.aaromet. 7*.
19-24 159. (MIR& 13:1)
1, Laboratoriya aerometodov AN SSSR.
(Photography, Aerial)

AUTHOR: Ly!1112.v;~ SOV/77-4-1-13/22
TITLE: A Survey of Foreign Works on Electrophotograph
(Obzor zarubezhnykh rabot po elektrofotografii~
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kine-
matografii, 1959, Vol 4, Nr 1, pp 68-74 (USSR)
ABSTRACT: The article describes recent American achievements
in the field of electrophotography, especially the
IBM 939. There are 3 photographs, 5 diagrams, 2
graphs, 1 table and 9 American references.
Card 1.11

23(4)- 23 (5) SOV/77-4-2-15/18
AUTHOR: Lyalikov, K.S.
- __1
TITLE: Successes of Soviet Electrophotography (Uspekhi sovets-
koy, elektrofotografi-i) A Scientific and Technical Con-
ference on Questions of Electrography (Nauchno-tekhai-
cheskaya konferentsiya po voprosam elektrografii)
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotcgrafii i kinematografii,
1959, Vol 4, Nr 2, pp 149-152 (USSR)
ABSDTR_,',~CT: This is an account of a scienCific and technical con-
ference on electrography, the first to be held in the
Soviet Union and evidently Jn the world. It was organ-
ized in Vil$nyus on Dece~jber 1-6-19, 1958 by the Soviet
narodnogo khozyaystva Litovskoy SSR (Council for
National Economy of the Li:.huanian SSR), the Gosudarst-
vennyy nauchno-tekhnicheskiy komitet Soveta ministrov
Litovskoy SSR (State Scientific and Technical Committee
of the Council of Ministers of the Lithuanian S-R) and
Card 1/10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Technical
Conference on questions of Electrography
the Nauchno-issledovatellskiy institut elektrografii
(Scientific Research Institute of Electrography).
-ific wor-
The conference, attended by over 300 scient
kers, was opened by the Deputy Chairman of the Council
for National Economy of the Lithuanian GOR P.A.
Kullvets, after which the director of the Institute
for Electrography, I.I.Zhilevich, reviewed the state
and prospects for development of electrography in the
USSR. He stated that research in this field should be
carried out along the following lines: a) a search
for new photo-active materials with high dark resi-tance;
b) physical research into the internal photoeffect;
c) development of photosemiconductor layers; d) de-
velopment of the theory of the electrophotographic
process. K.S. Lyalikov (speaking also for O.G. Fopova)
gave a report in which he suggested determining the
Card 2/10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Technical
Conference on questions of Electrography
light sensitivity of electrophotographic layers in GOST
-units. N.Z. Plavina (speaki.n- also for I.I.Zhilevich,
L.I.Nyunlko, N.N.blarkevich, B.I. Kalinauskens and 0,M.
Suveyzdis) reported on some research on the sensitization
of a semiconductor in electrophotographic layers. V.Lil.
Fridkin gave a report on highly sensitive electrophoto-
graphic layers and an electrophotocopying device, and
reviewed the formation process of the latent electro-
photographic image on the basis of the zonal theory.
He also described the design of an electrosensitometer
for determining sensitivity by the relaxation period of
a charge on the surface of the layer, and the circuit
of an electrophotographic (,,opying device. Anfilov
finished describing the latter and then spoke on the
mechanics and kinetics of the development of the latent
electrophotographic image in liquid developers.
Card 3/10

SOV/77-4-2-15/18
SucceSses of Soviet Electrophotoomraphy; A Scientific and Technical
Conference on questions of Electrography
KOL Vinogradov described some of the features of the
cascade and liquid methods of electrophotographic de-
velopment. Yu.Ye. Karpeshko devoted his report to the
criterion of light sensitivity of the elctrophotographic
process. After the reports, a discussion took place
on methods of determining the light sensitivity of
electrophotcgraphic layers. A.N. Chernyshev spoke on the
prospects of developing polygraphic processes using
electric and magnetic forces. 0.V. Gromov (speaking also
for I.I. Zhilevich, A.A. Sukhiy, V.A. Gordeyeva, A.S.
Pauzha and Yu. I. Kevalaytis ) reported on the develop-
ment of elctrophotographic reproducing equipment. A.S.
Pauzha (speakin- also for I.I. Zhilevich, A.S. Boriso-
vich', N.M. Gallvidiks and M.I.Rautkauskas) reported
on the use of electrographic methods in recording
oscillographs and other recording instruments.
Card 4/ 10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Tecl-,nical
Conference on ,questions of Electrography
V.P. Yurchenko (speaking also for L.N.Balin) spoke on
the possibility of electropbotographically recording
0
images from electron-beam tubes. L.S. Koroll (speaking
also for N.11. Markevich, T.I. Kozlovskaya,,,B.I.
Kalinauskene, M.K. Naynens, I.I. Zhilevi~b:y*utb- and
E.A. Montrimas) gave a detailed descriptio~i of labor-
atory and machine methods of producing photosemiconduc-
tor papers (zinc oxide was used). A.A. Sukhiy (speakLng
also for I.I. Zhilevich, O.V. Grcmov, V.A. Gordeyev.,
N.V. Fedotov and T.N. Ger) described a laboratory
and industrial machine for produping photosemiconductor
papers. T.1L. PShishkina (spealu-'ag also for Ya.A. Oksman)
reported on a method of examJning electrophotographic
materials using an a/c bridge. S.I. Khotyanovich
(speaking also C~ for A.I. Gikens and I.S. Shileykens)
spoke on developing materials for electrophoto.-raphy
Card 5/ 10

SOV/77-4-2-15/18
Succf2sses of Soviet Blectrophotography; A Scientific and TechLnlcal
Conference on Questions of Electrograray
and ferimagnitography, including developers -iving a
1: 0 . U
reverse" image. B.I. Tikhonov reviewed methods of
measuring the electrostatic potentials of electrophoto-
graphic layers, stressing that the oscillatin,- electrode
Lj
should not be placed above a layer with varying poten-
tial as this causes self-discharge. E.V. Krukovskis
(speakin- also for R.G.Gorevoy, A.V.Osipov and Ye.
S. Kheyfets) spoke on the practice of producing vel-
veteen papers in an electrostatic field, and showed
samples produced by the Grigishskaya paper factory.
Ye.L. Nemirovskiy then gave a historical review of the
development of electrographic methods in which he paid
tribute to the work of the Scientific Research Institute
of Electrography in Villnyus and the Institut poligrafi-
cheskogo mashinostroyeniya (!Arsk-,ra) - (Polygraphic Machine-
Building Institute (Moscow)). Debates ,,iere then held
Card 6/10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography: A S!~ .4-entific and Technical
Conference on Questionsof Electrography
on methods of measuring the p-tential of charged electro-
photoGraphic layers; the vibration, pick-lip most-used
was shown in B.I. Tikhonovc report to be not always
accurate. S.G.Grenishin stated that the bad influence
of the oscillatinG ele-,trod,~ ain be eliminated if the
electrode probe above its s,.i!-_f'a_-e is fixed and the pick-
up is connected to it by a sihielded cable. In the de-
bate on Ye.L. Nemirovskiy's report it was stated that
the research of Academician.- A.N. Terenin and Ye.K.
Putseyko should be considered as the basis of all work
on electrophotographic papers ZnO, as they were
the first: to show the of optical. sensiti-
zation of the internal in ZnO. 1.1.1-I.Goll
vidis then gave a report on the depositing of charges
by a corona discha.-ge. A.T. Kaminskas and
Yanulis reviewed some of ~he ra~m!ults of the use of
Card 7/10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Technical
Conference on Questions of Electrography
electrographic methods in radiography. L.I. NyunIko
(speaking also for I.I. Zhilevich, I.Z. Plavin, Yu.K.
Vishchakas and Yu.A.Zibuts) reported on relaxation pro-
cesses in semiconductor layers, using a vibration electro-
meter. Yu.K.Vishakas gave a report on research on some
physical properties of the polycrystalline layers of
selenious cadmium. M.P. Mikalkyavichyus spoke on some
of the photoelectric properties of Sb?S,;5 and Sb2Se3: the
absorptim maximiim of the latter is ab8u~ 900 m ~4_ -
S.M. Neyman reported on methods of obtaining selenium
light-sensitive layers, including sublimation and ther-
mal treatment; it was also found that the sensitivity
of the layers increased after storage for 1.5 to 2 months
at room temperature. P.M. Podvigalkin (speaking also
for S.G.Grenishin) spoke on research into the elec-
trical properties of electrophotographic layers of
'Jard 8/ 10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Technical
Conference on Questions of Electrography
amorphous selenium and powdered zinc oxide. N.K.
Shiktorov (speaking also for A.S. Tauraytis) discussed
the production of selenium layers and some of their
properties. Finally the following reports on ferro-
magnetography were delivered; 1) B.Ya. Kaznacheyev,
V.M.Zhogina, "Electrodeposition of Magneto-hard Alloys
with Given Magnetic Characteristics" 2) IMI.T.iltrutyunov,
"Visualization of Ma-netic Oscillograms by the Ferro-
graphic Method" 3) V.T.Patrunov, "Ferrographic Recording
of Facsimile Images" 4) I.I.Zhilevich, I.I. Gikis, B.
Ye. Buchek, !.I. Naynise, A.K.Kizhis, "Mock Experiments
in Non-Pressure Ferromagnetic Printing". There was
also an exhibition showing the work of the Electro-
graphic Institute. The most important conclusion of
the conference was that a solid approach had been made
to the possibility of wide technical use of the methods
Card 9/10

SOV/77-4-2-15/18
Successes of Soviet Electrophotography; A Scientific and Technical
Conference on Questions of Electrography
of electrography. It was considered that although work
in this field actually started only in 1955-56 it has cove'red as much
as the USA in 10 years. 'While admitting that it was
easier to reproduce results already achieved than to be
the first to arrive at them, the conference observed
that the Americans took good care that no important
information appeared in the literature available.
Card 10/10

7 (3), 24 (7)
AMIHORS: Lyalikov K 5:4, Belon~'~"-'-.'a, 1. 11.1 SOY/48-23-10-29/39
"_f~,Jees io., K. Y6-", Semenc~leako, 1. V., rnarchenko,
TITLE: A New Apparatus and a Tlethod of Investigating the Spectra of
Earth-surface Reflection
PERIODICAl: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959,
Vol 23, Nr 109 p 1247 (USSPO
iLBSTRACT: At the Laboratoriya aerometodav AN SSSR (Laboratory for Aero-
methods of the AS USSR) a new apparatus and a method were
developed, which make it possible to investigate the spectral
brightness of objects in aerial photographs. Two types of
photoolectrical devices viere developed. A. P. laiarchenko
developed a photoolectrioal spectrophotometer which operates
within the range of from 400 to 1000 mm- It is used for
investigations carried out from the ground. For the purpose of
investigating the spectral brightness of objects from an
airplane, Yieleshko and Semenchenko developed a fast single-
beam photoelectric spectrofaetor, in the case of which
recording takes place in an electron beam tube (a so-called
"Spectrovisor"). This device operatea within the range of
Card 1/2 450-900 mp. Both devices were tested it, 1956 with good success.

A New Apparatus and a Method of Investigating the SOV/48-23-10-29/39
Spectra of Earth-surface Reflection
A method for the rapid construction of the curves of
spectral brightness was worked out by means of which the
spectral characteristic of a number of objects has already
been obtained from aerial pictures taken in the South of the
European part of the USSR.
Card 2/2

KARKHMEVICH, K.I.; SUAMWOV, V.I.; KIRIMOV, N.I.. prof., doktor
tekhn.nauki MASLMOVA, N.G.-; KOLOSOV, K.A.; MIKHAYLOY, V.Ym.;
MATIYASNIGH, L.K.; FRIDW, I.K.; SPASOKMOTSKIY, H.S.; KHAZAH,
S.M.; IISYCHMEYSM, K.T.; BLYUMBtRG, I.b., dotsent, reteenzent;
LYALIKOV, K.S,, Prof., doktor khim.nauk, reteenzent; TELESMT,
A.N., red.; KALKL,-Z.N., takhn.red.
[Present-day developments in photographic processes; processing
of light sensitive materials and new processes for obtaining the
photographic Image] Sovremennoe razvitie fotografichaokikh
proteessov; obrabotka evetoctrivetvitellnvkh materialov I novya
protaossy poluchenila totografichookogo izobrazhaniia. Pod rod.
N.I.Kirillova. Kosk7a, Goo.izd-vo "Iskusstvo.0 1960. 341 P.
(MMA. 14:4)
1. Leningradskiy inatitut kinoinzhanarov (for 31yumberg).
(Photographic chemistry)

Ld

LYALIKOV, K.S.
"Technbldd -of processing cinematographic materials" b7
I.B.Bliumberg. Reviewed b7 K.B.Lialikov. Zhur.nauch.i prikl.
fot.i kin. 5 no.1:78-79 Ja-F 160. (MIRA 13:5)
(Motion-picture photography~--Films)
(Bliumberg, I.B.)

I - - ~TALIKOV, K. S.-_SBMBNC . 0, 1. V.
.4
Polarizing absorption spectra of some cyanine sensitizing
dyeso Zhur.naucb.i prikl.fot.i kin. 5 no-3:161-167 '
MY-Je 160. (MM 13 17)
1. Isboratoriya aerometodov AN SSSR.
1. (Photographic sensitometry) (Cyanines)

VLCHEK, B. (V'lcek, B.1; VLCIKOVA, So [Vlckova, Sol; LYALIKOV, K.S.,
red.perevoda
Measuring the diffusion of sensitizing dyes in gelatins
[translated from the Czech]* Zhuronauchol prikl.fot.i kin.
5 no.3:187-194 MY-Je 160. (MIRA 13:7)
1, Nauchno-iseledovateliskiy inatitut narodnogo predpriyatiya
Fotokhema, goPraga (Chakhoolovakiya).
(Photochemistry)
(Photographic sensitometry)

S/077/60/005/003/Oo8/oor,,
E032/E514
AUTHOR- Lyalikov i K.S.
TITLE.- Photographic Scienc6"and Technology in Czechoslovakia
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinemato-,
grafii, 1960, Vol-5, No-3, pp.230-233
TEXT- The principal Czechoslovak institutions working in this
field-are the followi-ng: the Czechoslovak Academy., c
_R~_�'qien es.
the Charles University, Research Institute for Photographic
Chemistry and the Sound and Image Research Institute. In addition,
important work is being carried out in small research groups
investigating the properties of gelatine at -the Institute of the
Tanning Industry and at the Laboratory cg Gelatine Depariment
f the
of -the-Chemi-cAl- Irkdustx:y. Among the activities of the Academy
of Sciences in this field are the.followlng:
1) -Optics Laboratory of the Czechoslovak Academy of Sciencesi
studies of aspherIcal surfaces, optical constants, development of
an electronic instrument for studying the energy distribution in
the circle of diffusion, the quality of the photographic image
(Doctor Vgra-Blumova), infrared studies (Engineer Antonin Va'9ko).
Card 1/5

S/077/60/005/003/008/009
E032/E514
Photographic Science and Technology-in Czechoslovakia
The latter group is concerned with electron optical converters
with microscopy, spectroscopy in the near infrared and the
control of photographic materials. It is also concerned with the
properties of dyes and other materials in the infrared region and
the study of anti-reflecting layers for the infrared region.
Another line of research by this group is concerned with the
properties of selenium, germanium, silicon and other materials.
2) Institute of Nuclear Phvsics of the Czechoslovak Academy of
Scl'encesg nuclear eMMis:Lon worx wocent Josel Aupai). -.un3.s group
is concerned with the devWfopment of nuclear emulsions suitable
for the recording of U) and other particles at low and intermediate
energies. It is at present working at the Physics Institute of
-the Charles University in Prague.
3) Institute of Theoretical Physics at the Cze,~:hoslovak Academy of
Sciences; this institute is not directly concerned wi-th--
photograp'hy but the late Zdenek Matyas-' worked at this institute.
Matyas' was concerned with the theory of development of silver
bromide and received the State Prize for this work. Dr. Miroslav
Tr.lifaj,is concerned with problems which are allied to the theory of
Card 2/5

S/077/60/005/003/008/009
E032/E514
Photographic Science and Technology in Czechoslovakia
the latent photographic image.
4) Physics Institute of the Charles University; this institute is
concerned with the study of the latent image (Professor Ladiglay
Zachoval). Zdenek Berger, Karel Vacek, Olga Novako,/a and others
are concerned with the effect of pressure on the absorption of
silver bromide, chloride and iodide. Another line cf research
is the study of semiconductorsand the sub-structure of zinc
(Professor Mil-o-glay Valouch).
5) The $9und and.Image Research Instituteg this institute is one
of the major Czechoslovak institutes and carries out research and
development work in scientific photography and cinematography.
Professor Jaroslav Boueek is carrying out work on the sensitometry
of photographic materials. Jaroslav Jahoda is working on
colorimetry. The institute publishes the journal "ZOR" (Sound,
Image and Reproduction) which publishes papers on sensitometry,
television and sound technology.
6) Film Department of the Academy of Arts~, this department is the
only one in Czechoslovakia which is concerned with the training of
Card 3/5

AV
S/077/60/005/003/008/009
B032/E5i4
Photographic Science and Technology in Czechoslovakia
film technicians. Professor Boucek is carrying out work on
sensitometry in this department.
7) Laboratories of the Photographic Industry and the Research
Institute of Photographic Chemistry,, all the photo-chemical
establishments in Czechoslovakia are at present combined in a
national organization known as "Foto en_a!!~X_QMe_. This
organization produces a wide range of photographic materials
(black and white and colour). This reduces the amount of photo-
graphic material which has to be imported from the USSR and East
Germany. The Research Institute for Photogra2hic Chemistry, 'which
is a part of this organization, is concerned with the development
of new types of emulsions. It is also concerned with polarography.
8) Laboratory of the Gelatine Department of the Chemical Industry:
Engi --Va-clav kr~ikava is carrying out a research and development
programme in -this department which is largely concerned with the
sensitivity of photographic materials as a function of their
chemical composition.
9) Gelatine Gronp of the Research Institute of the Tanning Industry.
this roup is being directed by Doctor,Cygil Halhmgk., This group
Card U5

S/077/60/005/003/008/009
E032/E514
Photographic Science and Technology in Czechozlovakla
is concerned with the manufacture of photographic gelatine and
also consumable gelatine and glue. Professor Jan Schlemmer of
the Advance School of the Chemical Industry is studying indirect
methods of photography in infrared light and the Russell effect.
Professor Jan Lauschmann (Lau'smann) is studying methods of analysis
in the photographic industry. He has recently published a
monograph on this subject.
The present paper is a result of the present author's tour of V
Czechoslovakia during which the Czechoslovak Academy of Sciences
provided him with the opportunity of visiting all the institutions
concerned with photography.
Card 5/5

LIALIKOV, K.S.; FETRUSHKINA2 Z.L.; NOMOKONOVA, V.F.; RASTORGUYEV, N.G.
Dark discoloration of infrared sensitizers. Zhur. nauch. i prikl.
fot. i kin. 6 no. 3:178-185 My 161. (MIW. 14:5)
1. Laboratoriya aerometodov AN SSSR.
(Photography-Films)

VASILIYEV, V.V.1- LYALIKOV, K.S.; PERFILOV, N.A.
Sensitivity of extra-fine grained P-9 emulsions to the visible spectrum
and their optical sensitization, Zhu~, nauch, i prikl. fot. i kin,
6 no* 3:227-229 My 161, (MIRA 1415)
1. Leningradakiy institut kinoinzhenerov.
(Photographic emulsions)

LTAIJKOV, K.S.; PETRUSHKIM, Z.L.; NOMOKONOVA, V.F.
Comparing the resolving
for aerial photography.
418-420 N-D 161.
power and the sharlmeas of
Zhur.nauch.i V.::Dd, fot.i
two films
kin. 6 no.6:
(MIRA 15:1)
1, LaboratorJja aerometodov An SSSR.
(Photography, Aerial-Equipment and supplies)

LYALIKOV, K.S.
Conference on the problems ir, the interpretation of rerial
photography. Zhur.-nauch.i prik-l.fot. i kin. ? no.3:244 1174e 162.
"'Photographyn A6-L*iu -1.) 15t6)

LYALIKOV, K.S.
Conference on the spectroscopy of light-acat-Lering media. Zhur,
nauch.i prikl.fot.i kin. 7 no.4:320-32i n-Ag 162. OURA 15:8)
(Spectroscopy-Congresses) (Light-scattering)

LYALIKOV, K.S.; VORONKOVA, N.M.
Effect of the concentration of the initial solution on the size
of the AgBr grains. Zhur.nauch.i prikl.fot.i kin. 7 no.5033-
340 S-0 162. (MIRA 15:11)
1. Laborateriya aerometodov AN SSSR.
(Photographic emulsions-Testing) (Silver bromide)

LYALIKOV~ K.S.j GINZBURG., K.M.
Role of iodide in the process of physical ripening of emulsions.
Fart 1% Silver iodobromide-cmulsions without addition of
ammonia. Zhur .;auch.i prikl,fot,i kin. 8 no.ls29-36 Ja-Feb
163. (KMk 16:2)
1. Laboratoriya aerometodov,AN SSSR.
(Photographic emulsions) (Iodide)

MALIKOV K.S.- GINZBURG., X.M.; ANTIPIN, A.V.
Role of potassium iodide in the process of the formation of photographic
enualsions. Part 1. Silver iodobromide ammonia-frev emulsions. Zhure,'
nauct. 1: prikl. fot. i kin. 8 no.2:101-105 Mr-Ap 163i (MA 16:3)
I* Laboratoriya aerometodbv AN SSSR i loningradskiy institut
kinoinzhenerov.
(Photographic emulsions) (Potassium iodide)

ACOMION NR: AP4026821 S/0077/64/009/002/0151/0155
AUTHOR: Ly&likovo X. 3,
MLEs Second conference on the chemistry of pho,tographic emulsions
SOURCE: Zhurnal nauchnoy i prikladnoy fotografii i kinsmatografiii'v, 9j, no. 2j,
19a) 151-155
TOPIC TAGS: chemistry, photography$ photographic emulsion., amalsion
ABSTRACT: The 15th conference on scientific photography took place in Kazan-on
.September 25-28,, 1963. It was devotad to basic problems of theory and technology
relating to the preparation of photographic emulsions. The number of participants
was 229, and 27 papers were presented. V. It Sheberstov delivered the introductory,-
address., "A survey of factors determining the light sensitivity of photographic
emasions.11 X. V. Chibisovs Me Le Braun$ and B. G, Varshaver reported on "The
~functionB and evolution of centers of admixtures in emulsion WnOcryatalsj," Thar
also presented the paper of Zhe Le Braun mid L, P, Ifellnichuk on PThe effect Of
chemical sensitization on tba spectral sensitivity to admixbursseu V. H. Shvarts
and Z. V. Ivanova reported an *The affect of various wmIsion factors on the
jCardl/s

;ACGESSION NRI AW26621
,sensitivity of photographic layera at long'expoiures." The second session was
devoted to the plWaical chemistry of photographic emilsions. K. S. Lyalikova and
iX. X. Ginsburg presented a paper on "The effect of iodide on the formatioa and
:physical maturation of silver'lodide-bromide emulsions," 1. R. Protas, )ru. A.
Krakau, and P. T. Sidorankova reported on 17he structural properties of'photo&Taph-~
,ic emulsions and of their resolution capacity." Yu, M. Prokhotskiy and Yu. B.
;Vilenskiy dealt with uSilver-halogen photographic emulsions with microcrystals of
:layer structure". G. P, Payerman presented the topic "The effect of some emula-ALan
'stabilizers in various stages'of synthesis and the storage of photographic emul-
sions.11 B. X, Ivanov arA V, Ya. Pochinka discussed "An investigation of the
Istabilizers of photographic smu' ions." The third session covered optical sensi-
!tization and the aging of photographic emulsionso Lo Go Gross reported "An
I investigation of the affect of bromine ions and of the activators of optical sensi-!
!'tization on the photatraaamitting capacity of the emulsion layer and on the depth
A
lof the Iddden imageou A* As Sadyokovap M. D. Kirzillshteyn# and P., V. HeykIyar
;presented a paper on NThe effect of desensitizing agents and *: the hiedium on the
~tphotosensitivity of sensitised photographic layersoll A. S. Khay=aa and V. P.
IDonatova dealtwiththe topic OThe %ding of infrachromatialayersoN No Ve SiletekqA
:and S. Is Ry*skins prevented a p&W on "Sphanoing the photosensitivity and.the
Card.

XRs 'Apho26821
6tability of infrachromatic photographic materials." The topic of the fourth
cession was photographic gelatin and its substitutes.. as well as the physicome-
Ichanical proportion of amulsion layers, The introductory address by V, A* Bakunov
was an "Photographic activity of gelatin"j, which.~was followed by a paper on HThe
photographic activity of gelatin in relation to its method of production," given
~by Yee A, Zid%ins V, Fe Klynchavicho Yae Be DeVatovp and L, N. Plyan1cova. V. L.
Zelikman, Be D, Kornev&s S, He Levis and 0, No Smirnov reported on aTanning of the
emulsion layers intended for rapid photographic treatment." L. A. Xhismatulinas
S. 14. Levi, L. Me Boedinov, Ve A, Kukhtins and V. V, Kulina submitted a report, on
"The application of synthatic polymers in the manufacture of photosensitive mateft-
als.11 Be A. Toarev, L. Me Zsytaeva, V. V. Dabkins and L. 1, Khramova discussed
"Synthetic polymers as substitutes for gelatin in photographic wmlsions," The
fifth session was devoted to the extrusion method of pourixg and the means for the
.Beparation~,of the solid phase of photoCraphio smu2sions. In the introductory
address, S. Me Lo7i; T. He Tavatkov, and A. 1. Rabohin dealt, with "The physioal
foundations of the extrusion =tW o9 pouring photographic emulsions and the role
this. method played iij tb4 development, of cinscatographia materials," D, As .:
Dusheykos No At Pstrovas 8, A, Dowftyas Z. Ya. Shavobankol wA lu*.B. Vdlenskiy
card)/$

L
4CCEWION URs APhO26821
'discussed "The method. of apthesis of photographic emulsions with the separation
of the solid phase by means of polymeric doagulantsell G. Me Tsvetkov,, L. Me
Bogdanov,, S. Me Levi,.: arA T.. K, Stoanova !submitted a report on Me synthesis of
hotographic emulsioa with the i' aration' of the solid phass." V. 1. I~ipchanskqya~
p ep
spoke on "The peculiafttied- of technology -in the synthesis of photographic emul,
sions with the precipitation of the solid:phase by mechanical means," T, Be
Koldsova. presented a paper on, Me development of the technoloMr for the prepara-;'
ition-of photographic emulsions with the precipitation of the solid phase." The I
'last-session was devoted to the technology of synthesis of photographic emulsions,
!S~. 14, Levi reported on the work of A. V. Borins S. Me Levi, N. V. Makarov, N. V.
;;Mshanova,, T. Me Moshkina.,A. X. fly*binkova, Do K. Smirnovs and A. 14. Churayeva
!on the sensitizing effect of the polymers of ethylene oxide, polyglycols, and
',their derivatives in relation to their chain length, V. L, Zeliknan and V. A.
;Dzitriyeva gave a report entitled "The most important features in the technology
of thin film production foie the moving picture industry," S. A. Bongard and Me I
jVinitskaya presented a paper on I'Soms features of emulsion layers to obtain reli;i
waahoutsu Ve V. Vasil' yw. reported on "The investigation of the possibility . of
increasing the sensitivity of fine-grained, photographic smul i em L, G, Sandler
'gave a report dealing with APA study on them effect of oystine on the photo a
gr phi*.
rd 4/5

ACGESSION NR: APL026821
properties of silver chloride emilsion," The conference adopted a resolution
stating thats in spite of the number of successes in the field of production
technology of photosensitive layers,, there exist deficiencies in solving theoreti-.1,
6al problems on the chemistry of photographic emulsions& There is also a lag in
ipplementing the findings of completed scientific research* As a result,, the
;conference made a number of recommendations for the establishment of experimental
units at existing industrial photographic enterprises, Further expansion of the
-4ork-on synthesizing of high polymer substitutes for gelatin wd of now tannin
agents for gelatin andpolymer Alw was recommended,
'LSSOCIATION-.. none
00 DATE AGQt 16Apr64 ENCLt 00
:SUB CODE t ES NO RU SOVS 000 OTHERs 000
Card

LYATLIKOV,, K.S,; IVKINA, Ye.G.
Entropy, of aerial photography. Usp.nauch.fot. 10294-101 164.
(MIRA 17~10)

LYAIJKOV K S
Causes of the accelerated growth of grains duying the ripening
of photographic emulsions. Zhur. nauch. i prikl. fot. i kin. 9
QA,j
no.5:396-398 S-IN4 ' (14IRA 17:10)
.W

LYALIKOV, K.S.; KIRSH, Yu.E.; KOVALEVA, K.A.; AVGUSTINOVICH, N.P.
Sensitometry of light sensitive polymers, Zhur.nauc^.i prild.fot.
i kin. 20 no.3:200-206 My-Je 165.
(14LRA 18ill)
1. teningradakiy institut kinolnzhenerov.

0

L,27997-66 m
i EWT( &T DJAE
ACC NRs APb009057 SOURCE CODE: UR/0413/66/000/0,04/0050/0051
INVENTOR: Losavio, G. S.;,Lyalikov, M. B.; Sagura, N..;. in. M. N.
ORG: hone
TITLE: Startirig fluid Class 23, No. 178925. (announced'by State Scientific
-7-Autowtive Tran
InstItute o spore (Gosudarstvenny nauchno-isoledovatellski
institut avtomobillnogo transporta)j
SOURCE: Izobreteniya, proqrshlenny7e obraztsy, to~rarnyye znaki, no. 4, 1966, 50-~51
liquid fuel, diethyl ether engine starter system
TOPIC TAGS,
ABSTRACT: An Author Certificate has been issued for a dtarting fluid containing
diethylether. To minimize starting wear in a cold motor, industrial oil 12 is added
up to 6o% of.the fluid by weight. (LD)
SUB CODE: 2-11 SUBM DATE:. 21marO/
-Card

proces5PS 0' t',-ie
qeuted at
lsotor-"o S to aL
tadiOacti'4u :L-n iak%&S
Ill.,pplicatioll O~ 19
tilesis and ',nC
ac(." (;Onf
jktor"S for _u

S S
Alkitold 'Otstent Df 110r, a4ccous plant.4 grown,
c 10 mots
th's Moldavian 8.15A. S. ti Lyalikov., retifly KOUnev."
Wd. !n.
-1. 3, Khi)n. 19$4, No.
.32M.-The arat, of alkaloids (1) in ~Iropa hellad*"fla,
Dajurq siramagium. and 11yoseyarjux rjigtr, grown In
Mal v wai datd. Wore, during, aud after the owe ng
tinle Of ' uti. I was &td. In lcave:i, stulks,'and root-,.
C larg t t~ Of I was foulid darlaig tile flowering time,
-w
a e ~ am, the harvesting of leaves for medical Imrpo S
6 recommended then. All plants contained an unit, of I
L
higher than V ' of
hat requitcd by the State PhIlrinaeop6a,of
U.S.S.11,.VNIEd. Theuseoftheplantsfa Xtion
of I W rec6mmended. '~zkt I A"
-ki

LYALIKOV) S.I.; SHCHETINITIA, Ye., red.; ZHEKANYAN, N., tekhn. red.
[Poisonings loy tdxic chemicalo and first aid for them] Otravleniia
iadokhinikatami i pervia poroshchl pri Aikh. lzd.2a dop. Ki-
shinev, Karta moldovenlaske, 1962. 61 p. WRA 15:6)
(POISONING)

, F~~TKqV, S.I.; SHCHETININA, Ye.,. red.
(medicinal plants of the Moldavian S.S.R.1 Lekarstvennye
rasteniia, Moldavskoi SSR. Izd.2., dop. Kishinev, Kartia
moldoveniaske, 1963. 70 p. (MIRA 17:5)

UM/Chemistry-Polarography, In Industrial Feb-.48~
laboratories
r-4 Chemistry-Polarography, Electrodes in
*A Rigid immersed Electrode and Its Use in Polaro-
-':Tgraphy," V. S. Lyaliko7, V. 1. Karmazin, Kr1roy Rog
Kining and Ore Inst, 6 pp
"Zavod lab" Vol XITY No,2
~Describes new type electrode, consisting of platinum
needle immersed in electrolyte. Intermittent eon-,
to a"ared by a stream of gas babbles. in-
restieptes effects of temperature,'bubble speed: and
Aeptla of innersion of anode and cathode: on:'Po'AA-W
ogre
avd
&tIon Der
06twtvact's vallbr s'for lead
'00 :Mtjon if, strajj~ht lin Ot
At ftrthe exp.erimental,
J.xiveStigation must precede introduction',of the
4180trode into laboratory practice..
4 /49T11

sov/lo6-58-10-4/13
AUTHOR3 Nadenenko, B.S., Lyali 44~ - -
TITLE., Analysis of the D ctional Properties of an An 1e Antenna
(Analiz napravlennykh 8voystv ugolkovoy antenny~
PERIODICAL: Elektrosvyazt, 1958, Nr 10, pp 26 - 31 (USSR)
ABSTRACT: Calculation of the polar diagram of an angle antenna by
the mirror image method leads to considerable error when
the dimensions of the reflector are comparable with the
wavelength. In this article an approximate method of
calculation of the polar diagram in the plane perpendicular
to the edge of the reflector is described. The polar
diagram in this plane depends on the length of the
reflector (b of Fig 1) and to a much smaller degree on the
width of the reflector. Therefore, in this analysis, it
is assumed that the width of the reflector is infinite.
The angle antenna is shown in Fig 1. The edge of the
reflector coincides with the z axis of a cylindrical system
of co-ordinates. The dimension of the reflector along the
z axis is infinite. The antenna is excited by an infinitely
long conductor parallel to the z axis. A syn-phase current
f constant value flows in the conductor. The problem of
Card 1/3 radiation from an infinitely long conductor carrying a

sov/lo6-58-10-4/13
Analysis of the Directional Properties of an Angle Antenn-a
V
syn-phase current, placed in an angle reflector of
infinite dimensions was solved in Ref 1. The vector
potential of the electromagnetic field of the conductor is
given by Equation (1), in which the following s5,mbols are
used:
H(2) OfAR) - Hankel function of the second tyTe of MW
WL order;
I (ka) - Bessel function of the E-1- order-;
MIL 46
R Co-ordinates of the Point a-, w' thq
(F vector Dotential is cal~aiilated:
a Co-ordinates of the radiating conductor.
Y
It is found that the vector potential of an angle antenna
with an infinite reflector is given by Equation (10) where
AS is the vector potential defined by the current in the
Card 2/3 exciting conductor. For determination of the vector

sov/lo6-58-10-4/13-
Analysis of the Directional Properties of an Angle Antenna
potential of an angle antenna with a reflector of finite
dimensions, it is necessary to integrate in Equation (10)
over the limits 0 to b, where b is the length of the
reflector. The distribution of current in the reflector
of finite dimensions will differ somewhat from the'eurrent
distribution in an infinite reflector but experimental
results show that the change in distribution can be ignored
in practice.' Considering that the electric field strength
is directly proportional to the vector potential, Equation
(14) is obtained for calculation of the polar diagram of
an angle antenna. For convenience of calculationsg the
auxiliary function R(kb,ce) is calculated for different
values of kb and the results tabulated in Table 1.
Candidate of Technical Sciences V.G. Yampollskiy gave
advice in this work. There are 5 figures, 1 table and 1
reference (Soviet,).
Card 3/3 SUBMITTED; April 26, 1958

SAFRONKOVAt N.1j. j_LYALlKQvp.-%4A!_ of In _ 3b - Te systems. Zav-
C~emjoal analysis It semiconductor alloys (MIRA 3-4:3)
Is-b. 27 no.1:21-22 f6l. skogo filiala Akade,,,ii nauk SSSR.
1. Institut kbimii Moldav (Teleurim-Analyeis)
(Ind,um_ Analy3is) (Antimony--Ana'Y$is

I s_rod.; LIPIS, B.V., red.;
CHIKHYZGVA, Ye.G., red:; LYALIK
D141THEIINO, 11 b,red.; SlICITETIFIVIA, Ye.A... red.; LEDVICII,
Y.M., tekhr. red.
(Theory and practice of polarographic analysis]Teoriia i prak-
tika 1;oliarograficheskogo analiza; naterialy. Kishinev, Izd-
vo "Shtiintsall Al-ad. nauk I-.oldavskoi SSR, 1962. 425 P.
(MIRA 15-.22)
1. Vsesoyuznoys soveshchaniye po polyarografichesl-om analizu.
lst, 1959.
(Polarograpby-Congresses)

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Not-, , -., - . -!!f-
I,
ONCOW is .-
,

00 :_00
Of 1.00
00 r P6WW*phzC dateraunitson of nickel In1 .00

00 Yu. S. Lyalikov and Vu. 1. Usalenko. /d3

1'
24S34
v
i9
l
32
C
A
.40
.-
.lr
vr
-t
.
.
cf.
,
00 ;;salts are reported in the drin. of Ni in steel' it' the Pit-
ruce of a larp eu-mofN)1.011 and the l1riOll), 11M. )iv
.40
the method previously used for the dtits. of Cu.
a U.S.g. sample in 15 ml. of cowd. 110, o%idiiv wills 2 :1 .00
ml. llNO#, boll to expel.N oxides, dissolve in a little W31cf,
add 5 drops of star-GSW %Wn., dil. to 100 fill, and 1"4tu.
0o
'
4
d 0
C
m
1
)
(
l z
00 "r
u
an
1.
V.
V.
or Cis
breaks: 0.
11
potentia
.
111
C
400
:411C
hA4.
Cu Cu.
OilW A 0
00 9* 0
990
'00

woo
t'O 0

A 991A LONCICAL'MT1114144C CL ASSWK All Do
ue 0
slow
.. bo *
-i-#-O
" as S03060 it O.W cog Joe
AV 00 At

: 0
0 AD 0 0 0 0 0 0 0 0 0 0 0 0 it 0 0 0 o0

0 *1* a o 0 * 0 0 0 0 00 0
0

is
f z 1 4 9 a P 0, q Is it 1: It 14 It 14 If It 60 is is a A a 11 v it 14 is is u Al 0 a
A rv-4, -1 1
A F U it I T V 7 11-A j I elt a em 0 it it k 6
cso!sl
I. ~ t.1,tk
"I" tok wAtMd for that detumletatim of Ma to
W. 7.1, S. Lyalikov. Trudy I'moYms. Nomefirf,viiii
Awl. Klix-iTZ. 43P-43(1943),--in acid-4(st. Ma VA1111"t
00 be cited. pularWitfiltically owing to the prueeltuity of the .00
pottatials of the scpn. of Mis and It. KCNS w&* lowid .00
to be the ma" m complex4mmms couirid. for the
go rets. of Fe Irian Ma, end MCA lot the simultaneous "00
,cu. of Fe and Met (he sitters). Caldirtilitm 4,ur%vs file -00
dclef. Mu in NIWII mitin. In tfw prtxwncr -4 kC.N8 wric
v%mutructed. Tbm ratification cutvcs wece usrd its tire. .00
bill itk steels and lit pig Lrun. 8**
smilpir by heating in W-15 ud. of IICI, oxidiLe the Fe
09
With KC10. W1 tis "kM Cit. "X4, tratmfer to a IlIll-flti.
mrAmiling &%k. Ohl 10 dr%4" 4 shiv (to -Ujstm-~ a 014..
41044401V Of 11111) 011410 It"141f 911tifti, 1141,71h W-JW,4401;
00 61tri ktAllplota j1pits, 4 Vel tm I'v(0108 Willef Or .4w I., ue*
Its) Ifil"C" UUV Part W the MAII, thfilleeill 411 r6Wt1%4YAW1,
Pat" It or 6 1111ta., Will "x =utaphically, The
of 1 rur drig. Mit, ill
advants4ce, of the polavorap "We.
st am: I ul a $kAAMS1115115. (2) SVlLij-
ago
ty of is, (3) tiusultatims dctn. of ieveral cum.
tents ( u- it. NI-Mit). 11w tiwthA fw gpilt Fe coo
is all" to t t fur steel. lit the p,40miglaphic ansly-lit
of pig fit no filtration of graphite k nem-Ary, In dreg.
No in slacs, after the Wpm Of Siol the k4n. to treatc-i as
ill tile itilmlysis ()I SICTIS1. W, R. fimu
W4
u a AV NJ An A 1 0 FW 0 It 4 1 IN It 0 As a 3 1 1
it it 0 At a a We a a As It Is W40 1 14
0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 *Is 0 0 0 0 0 0 0 0 a 0 0 0 41 41 0
00000 *10 0 00 0 0 * 0 0 0 o o 0 *go o 01-0 o o * o 0 0 * q * o 00000 o a

I 111 11 a 11 u is 16 11 14 Is a a as h, vait a 13 At A Is
X L-A-JL-F. a 2--t u I, It I lidt-A-11
fflt"~Gd ot anw 4RAIrsia Amperaltirttic
ItItofforl Wilk frod lons It'll V-114,ft "6v Ift'd
00 1 ( 'F'I~
Na J, lot' Mo-,,, lifif, fit, .111
mi h.hj list qdl'v irol,J $-11I,
littAikOll 1JMMVMdfII fiftall"Is'. KI Firl,
09 111-tv ii rvvwl,l ilwith twviAl Io the filtallm)
f Mi. 1. %:1(). 1. P0, I, COI NIA), I, CIO,
aild Fl, tc.Ni. Willi III) M. III-*
00
0*
zoo
go f too*
00a
00 so*
00
00
-00 811 zoo
zoo
Xw~ J: ,i 0
Zf Al-ILA fI&L4.00CAL LITfIlOtAt C,41;IFKATICR
-0"'S
to:
0
-v fill 0 0 a Iw a I I I
61 0 0 tv It Is a R a 04
40",'',4r,o,:;40*00000000000000001
00*00;*00000000000000no
~~40`0 0 0 0 ofo a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 010 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 011~

~U. &
-LYALIECV,
-194~-)
y,rivo,7 ?.rg ?raninc in5t- ( ar,ion
iiA polarimetric I~ethod for -
(-1946-)
Zhur. Anvilit- t;o. 3, 1S,46-
, it
txper%,mOtriC titraticn v'th Fq,2 ~

k it If it
1, as 1 4, 1 IS to 14 tj 16 11 If V, M
,k- ii- A.~ I
;vovi 11014W
SwifermuslMetitH y.
lurs
06 a
Sfow
Ji!
!Allr4.4
4 i1
d
PITALLURCOCAL WERATWE CLAWFICAYIDN
L A
.1, a.. C-9
AV W~l 15 :1 it OP if K ig It 9 It U YA An
.0 ATI..
0 0 0 Of 0 40 0 0 0
: 000000000 0 Of 0
V
me*

I toll$ is 111110111SWIS1411 I a a so Al v 1110 us) 14:;,l 4*0 #1--
AA C 11.11- 1, Z-All-111 cc U A k
00 A Olt!"
goo

too dl Volill tlaehv4* and Its use In potarogra
*
hk
4
aya
. 1. KArnijjill, 7am
Vu, S, l,yali im allil %
1
,
0o preceding abstr.-A Pt nerdic
041 a 1113M)'Unded by an open-end-glam tube Is Immened In the

0* A soln. and it ps Is Itad thtnugh Ow tube on4 allowed to
c"pe ia bubbles. rhe needle comelt in contAct with the
tain. Overy time a ps 11111tille t#4-.IIW%. nnil 1-1 0111% intrr.
4110 mittgatly and alternately d1jnx-d mul ioblvd froin (lie

*0 Poln. The Night of the
with (lie rate of bubbling.
(for Cdcle 0.004 JV) is OA32 mirruamp./lirprt. Fm re.

a Producible PoWngram., ~Mstattcy 1.4 tilt dupthof ininjer.
sion of both cathode and dntuic 14 evienti.it. 1-i at-NAm.
of the tube Is second.try. CA111vathm, for
I'll ' 1. Cd 4 1. slid Cu * ' mAn, - Atilt,, I m f h: t ti,mit it v 1~ -
t-A"ll the WAVC hVIS111 and tilt VUHM. holt
At IS -SL A 44TALLUWGK&L LITINATURI! CLASSPICA11011 t4n,
It
i~" its
goo., a
t.j'Jvj a., 7m. " ". -1t allall a.. It,
I f i #-I
U U 0 &V 00 M 9 "tto, Oil sit 0111 1191tt tf armian I 'ma
* * * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 40 0 0 0 a *Ie. 0 0 0 0 6 0 0 0 0 0 0 0 40 0 0
*000000900000000*0000*000000000*00**Oooo*ooo
egg
zoo
P so 0
ago
to

UMM/Chemiatry-Analvale, Fusions Feb
48
Chenistry-Polarography, Electrodes in.
C%j
"The Use of Rigid Immersed Electrode in the
< Analysis of Fused Substances7 Yu. S. Lyalikov, V.'I
-1 Mar=zin, 1~rj7oy Rog Mining and Ore Inst, 5 pp
:7i
"Zavod lab" Vol XIV, No 2
Shows that polarography can be applied to analysis
of fused substances and Investigates kinetics of,
dissociation of certain salts. Reduction of waves
was obser7ed vhen ions, reacting. with polarographed
I-on to form insoluble, lightly dispersed preclpi-~-
tates, vere added to the moltea mixture 9a3(P04)2.
4ft 4/49Ti2
USM/Chemistry-Analysis,. Fusions (Contd) Feb 48
Into, KNO47,. Certain salts and oxides vere only
611ghtly soluble in basic solution, and their ions
ev re.not present eren when solution vas saturated
(TIC1, CaO, ViO, In HH03). Ion. dissocintion may,
Dzt occur vhen salts are readily soluble in basic
solution (CaSO4 and NiSO4 in K2S207).

Solid dipping olteftedo for poisrujisphic dolmoination
of silver. Yu. S. Lyalikov And It. 1. G.Lixer. las,dikaya
ILdb. 13, 0,00-110949).-The Occtrodc~ %hich was dr-
wribed ember (C.A. 43. IA)46*) is applicAble to AS analy-
*is but Cannot be mAlle with III clectrixic. Ikst KNU
runcts. is 0 5 -0.7 N for the basis current; howrvcr, Nal.
SO, ii the fnljr complex-forming sail yielding a sharp po-
fenti3l WA%c, which ii rijust. for N to 6 N bulfar, while
lower et"ie'l give a sharp min, at O~h N. Ilest XAS &W
"It" I, I I lit I / St * Ih h * It I I
1-11114.11~ :111.7.4111%.'~ "WILL Z!Wn':' * 11011,
\Anode with 3 min. imniTio0i 01 CA[hWe; the WAVC bright
jct~p..cmff. (beyond 24 ) is 0.0105. The electrode ;xj-
Urizution bich may dWurb the wAve putrnfist. can Iv
removed i-w 6 min. short circuit or washing in 11NO.,
TypicAl curvra in KNO.-JINO, and KNOs-N'arSCh ooln%.
are givvn, in which known Ag soltis. (13.37-7,2 milliequivs.)
are analys,-d within G. M. Kosoliptily

d
%M nv
asom -4
!rt Z
bubble
O~f
taw ov'r ow mm tawft
rt
U- Em-:16t
t. be to
OnTbe We" zt=.t
a
69M Tm 40CU96s is
WrAg Ub tW
y 1,*
be Ve, j_ 6M,04,j;w &by
varks
IIKCO

d= -,,cu,y with dipping
Ifoigir Its combination with cal,rind 11411-IMI (am-IO gave
satiAlactory IPJAmfIralilly rd jig" and *iIh hilrar
FrIatim tmtw,rtl wase lirixtit Unit ctulcif. tiver (A WW
imcis.rasqr. The wave beim fit rr fag soo 1.) 1 rm 1). 6 linvar
aud the cmll. i% INY', lier tirgree, ~Iwii the %altir it Z', o
i, trituriltil &~ IOJ~~; (lit variatiopit -Aith rAte %-f Sa, billilitc
f""nat~As at diffirre"I III; ectisclis. i, given by: I/ - IW -
%) X (Vi - 1), wheic It i, wave firight and f i, finw 4
101"MAtICKI Of the bUbMr. IhI--JafiZ3ti,m ,I r1mm.h-, i~
twist dune tirctrically, li%y istsetti4ju of the cafli(Av uit,o
1W. sobi. w3d cimitreftm it) a Im.. I.Ac .,f 2 jrrtij~ r;
ultrr 1,2 ittiti the lig irpt. is ft-mu%tt from flit vkmfr--h
it (I S v. 6 opi-l"i to it , flit am-le i, drJudarifed hy beat -
ing 3 4 min. G. N1. ko.A:11.41

URV

IP

LYALTYCV, YU. SO
Chemistry, Analytical
"Physiochemical analytical rjethcdj." Reviewed by P. K. Agasyan. Zhur. anal. khim. 7 nc. 3
(1952)
Monthly List of Russian Accessions, Library of Congress, AuZust 1952. Unclassified.

YU.
2. USSR (6oo)
4. Salts
7. Polarograahy of fused salts. Zhur. anal. ldiim. 8, 110. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 'vlay .1953. Unclassified.

LYALIKOT, YU.- Se - -,.
Az~41ytjc4j Ghemlstry
Dissertation: "Polarography of Yolten Salts.9 Dr
inst of Geochemistry and Analytical Chemistry Imeni
Acad Sci USSR, Oct-Dee 1953. (Birief Summary Given)
Naula, Moscow, Mar 54)
Chem Sci,
V. I. Vernadskly,
(Vestnik Akademii
SO, SUM 213, 20 Sept 1954

Oro),
s of r0,
MIA and ne-
0.11* c ii
~7,.Cc ell!
"Or 0"
.~.on
T"-I,c boob:- Is into-ndad for Pla:yt
S C, no *I --,- 110- lp,7, 2.('53
S

LTALIKOV Turl Sergeyevich; SAMOV, Valentin Ivanovich; TKAGHENKO,
j_i
Nikolay StijiZ6H'cb1FGMMOZOV, B.A., redaktor; TZMKOVA, H.L.,
redaktor; ZVMWN, I.M., tekhnicheakiy redaktor.
[Analysis of Iron and manganese ores] Analiz zheleznykh I margautsevykh
rud. Moskva, Goa. nauabno-takha. izd-vo lit-ry po chernol I tevetnoi
metallurgii, 1954. 272 p. (mLaA 8:1)
(Iron ores--Analysis) (Manganese ores--Aualysis)

Y, gd,nding* lr~4ifz,:d4
L -if i kK,) %V,K1--yJUA-6-0 lied F. G Orwail-1--
Zhur, Kbita. WSSj.Ab~gtr. No~ 65293.-Ry grinding the suh~
_At;"jX With M~(,Cfin_ Ap IG

salts with nfuml subtaavc--s ft~ fill&~ Nvilicb act u5 di!ucrtts
and (to nrat reut with~ (fm. rcakvut, ate pfLN. Nacl,
CLUOt NiIW4. de., 11M.ILYZ(f i(S flllCr4lUC1lt5- The ftlt6l-
lilt rk 141cl

o
Y the Obtall.'m (~Q~ 4c "ti itfe
swjgflt~ dufation, of puldurC, etc
I Expts- Mlow that Mi
thc1le fact s Can t)e,,,tundardizgd [a Eluch a Lu"Kaner thAt the
c0 at ultell5itr
dtPerids urdy on the,4~n oxica. Czitteing
.
'VeIrl-4-1i Pet" withi K:Fe(CjN,)i

wh -19fis, A Ow - Ls defillitz
Eck are very gable.
It ii est lc -t; then-
w- weel.- the ioll l-,66tent la ibc wixml "XI !d

ard rr el-t:f;-,
%;,:r: ~
fm-, arid E
"VfiEd clul to an a~m. ;i N
cur At
tj,
Ift

17 137-58-5-11097
Translation from: Referativnyy zhurnal, Metallurgiya.. 1958, Nr 5, p 313 (USSR)
AUTHOR: Lyalikov, Yu.S.
TITLE: A Survey of Novel Inspection Methods in Metallurgical Industry
(Obzor novykh metodov kontrolya v meta llurgicheskoy promysh-
lennosti)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii. Ukr. resp.
pravl., 1956, Vol 4, pp 11-21
ABSTRACT: A survey. Of the 250 papers examined, 67 were devoted to
calorimetric and photocolorimetric analyses.. 22 dealt with
polarographic methods; 15 papers were concerned with the
employment of organic reagents, and 12 with electrolytical pro-
cesses. 50% of all works in the field of analysis of ferrous
metals are devoted to physicochernical methods. Bibliography.
91 references.
V.N.
1. Metallurgy--Quality control 2. Metallurgy--Inspection
Card 1/1

i3 tud ic d~,y
'W: ;q -tiv1vwtt:d to the
IJ
Lb, to jL-e ridr--tion Ge
Ut
7
Prc-T;-,4, C;m%!
hei
tQ ,17,"tst 130
pI--CpcrF~.
~T7

rA

cf,;!Z- ~-- , , .4-- --. - ~ -- - - --------
4A~
44
'd -.;O-~-M hi tilue mu~;
t3~-a, of t4 V, av allil t
w -,vc i f F ux c
swr~ =-ry wave !,-sq, lq U- E-zH w.-. u d
lied WffaS UtWeAditt'-0.7

~_ '~~ jq, I i 1" r, j , - S -
USSR/ Analytical Chenistry - Anqlyzi3 of OrEpnic Substances G-3
Abs Jour : Referat Zhur - Khimiya, No 4, 1957, 12172
Author : Zobov Ye.V., Lyalikov Yu.S.
Title : An Experiment 8-nMIEFET-ion of Aldehyde with 2,4-Dinitro-
Pheny1hydrazine
Orig Pub : Zh. analit. khImill, 1956, 11, No 4, 459-462
Abstract : On study of polarographic properties of 2,,4-d_initro-phe-
nylhydrazine'(1) it was found thnt with a H2S04 back-
ground I produces two waves of Ek - o.~44v and E? -
0.51(yv. With NH Cl background hdlf-,,mve potentigis are,
respectively, - K546 and - 0.808v; with NH40H background
0.566 and 0.828v. Benzaldehyde (II) produces a wave
at potential l.Ov. By titration at -0.7v there is ob-
tained a rectified portion and a sharp rise of the cur-
ront following the point. The resulting re-
sidual current ('T a) in constant and does not affect
the titration results. On titration with an applied
Card 1112

. ~ I.- , ~~ I -` L~Jz&; -- . I ;: ~ I I ~
f; ~ - r'. .7 -
- : , -~; Y ! . . - ~1'1 --

flotuml PdinO IN MgMQj with a iolztin,- pla-darAza
akxtrodo.'(800 i.p,m,) at 0-0 to UO V ;WqAied e-lnl,
~,Am doacribed. With a-OISI
add sir tiUxnt aq definite cmi-point
W b t tatistaet6y. rciultas ut g&ca Cy
Is obwn ~p
,
il
di
i
f
d
"I M L
t
ffi
1j!
I%-
ur
nla
n wz
vag
mm
jay
er).
y
(
'
----I
ImadlTe soLi. or ir. aq. salle, d thc sadiu M
1-furfuraldomi.e. and 8-hydrox fE

qF
..
........

~:TJ A.
t j,
.-D i -'-n- z: k
j J-
N -ciG-29 U R

p-,
en i C: a c; faatro imv
- k J -
:~'L fle
:i n d i
: o v,
9
rovsk
G
.
-
-
-y
y I
y
n-A in pracLical viork. FiaLtre Aows 1:
E? j j ~k j q 14 ~t t) r j av r- . Th e u t~ ~, o f il! V 1' 0
ed vi, 3 Ll
V E ,-L tit
vil 4 Oh amri~-t imet; in nu t pcc~ o, -Jb le e
o!* ell.iality of the waves is mo.,3tly !~Aljbjoct~-;C-,
howevor, In of o'"t
-t, of tho Chnnges which th"!
bt,cl-gromid, when introdtic1mv
rit,lbstance, etc. The authors propose an oh-
of the clearness of the p(--larograpy,4
'-I -v usp Ue following parameters for thJs

'17 t
t
t 11 cic
t d', p j n t ii c, I a rra 11 ai no
t it t~
I i7
.::jr~e curved: frox r,,,.
Jt, hr-.9 exampie accordi"r.g. r:...
for fr III I im
-,-ublo pege 2,102 1 t-r-!-
-c-c!,nd ov...

~,'t r~ ni t c t p G
-i,~ mrj:-~~ ;-x'pndpJ tian the f irst one. Figure I gives tlr~
gvur, fci, g- that for platinum. In these cas:-ao
-;.i ,I; - :1 P, til- e -1 L.
l; h e t~ f0 'I V!11'ZX1r.PterS characterize the distortion and dc.-
o r - ;, '7-)1; rA' thc poii:trorvaphic wavo,3. There are
LA ", !- F.~ C, 11 0 P 0uhich are Sov;et.
0-3 Ittl
!"S S 01" L`LT 1911: Ko. a r aanuli 'tiche!~kay khimii Kishinevskogo
Lllli',~ Z -'-a ('C'hR cif Pnp-lytical Chemistry Klshin&v
0 UBMITTED D
Card