SCIENTIFIC ABSTRACT LOSKUTOV, A.V. - LOSKUTOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930610013-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LOSKMGV,A.Y.
Alectric furnace encased in a water cooled container for heating
under a microscope. Zap.Vaes.min.ob-va 84 n0-3:374-376 155.
(KI" 8: 11)
1. Leningradskiy GosudarstvewW universitet
(Kicroscopy) (Ilectric furnaces)

W:5aTOY, Alekea f
hniclLr Vo I, I Mich; VUROBIYAV. P.I., s-petsiallrqy redaict,;:-,
M
W
atu
do ~~ktor izdatellstva; XOTLYAKOVA, 0.1.,
tekhniches;i.v reda~:tor
[xmergency and rescue wor1k "in maritime transportation; problems in
practices at sea] Avaritao-apasatellaoe delo na morakom transporte;
voprosy morskoi praktiki. laningrad, Izd-vo "Horskol transport."
1957. 291 p. (MURA 10:10)
Walvage) (Shipwrecks)
(Kercbent mariae-Safety measures)

LOSKUTOV, A. V. Cand Geol-Min Sci -- (diss) "Crystal liferous auaz+-z vei- of
Novaya Zemlya." Len, 1959. 20 pp, (Min of Higher Education USSR. Len State
Order of Lenin Univ im A. A. Zhdanov), 150 copies (KL, 43-59, 122)
-18-

LOSKUTTOV, A.V.
Healing quartz cr-fetals. Trudy NIIG& 96:164-173 '59.
(MIRA 13:5)
- - -..(QIartz crybtals)
- 4

LOSKMOV, A,V.
Intorferometric study of quart; inclusions. Trudy UIIU 96:
174-180 159. (YIRA 13:5)
(quartz) (Interforomter)
i~,/

LOSKUTOV A.V.
Liquid and polyphase inoluslor,-t in natrolits. Mat. p0 min.
Koll. poluost. 2984-95 '62. (MIRA 16--4)
(N%trolita)
U -N
's.

LOSKUTOVP A.V.
Mineralogy of the hydrothermal veins in the Soustov Mass~-P
of the Kola Peninsula. Mat. po min. Kol'. Poluost. 3:168-
187 162. (MIRA 17:3)

SOURCE CODE: UR/0026/66/000/006/0090/0096
ACC AR. AP7007052
Ai1iHOR:Loskutov, A. V. -(Candidate of geological kid mineralogical sciences)
6M: none
-TITLE: Geological aqualungists on Medved' Island
SOURCE: Priroda, no. 6, 1966, 90-96
TOPIC TAGS: geologic survey, silver / Medved? Island
ABSTRACT: The valuable work of Soviet aqualungists in the White Sea area
-near the Kola Peninsula on uninhabited'Medvedt Island is described. In
the 1700ts there wan mining work on this island for exploitation of rich
veins of natural silver, but the mines were abandoned centuries agog
having been completely depleted. The purpose of.the visit of the
-aqualungists was to investigate the parts of the veins which 'Were believaid
-to outcrop in the sea below the water level; some veins could be traced on
landg but only for a few meters above the water& Dives were made to
Aepths of about 35 m; divers rtayed below up to 1 hour* It wan-possible
to obtain additional information on the geology of the inland and the lo-
.*ation of tha vainas but tho.doposito in general are not worth exploit&-
-tion for silver or any accompanying mineralae Despite the presence of
pits on land there.were, no piles of debris; the waste rock apparently
_Cdrd 1/2

ACC NR. AP7007052
had been dumped in Vie seat but it could not be found in the expected
place* InsteadO it had been carried away by the surf and littoral cur-
rentse Unfortunatelyp only a modest amount of information is given on
I.the equipment used by the aqualungiats, its per;ormance.and the problem
encountered in underwater work. Orig. art. has: 6 figures. EJPRS: 3814601
SUB CODE: 08
I Card 2/2
NUM,
-zz-

8.3 4 2 8
s/i88j6o/ooo/oo1/O02/O1O
B019/BO56
AUTHORS: Medvedev, V. I., Loskutov, B. P.
-----------------
TITLE: The Effect of Fluctuations ~n a Two-channel Phase Indicator
With Frequency Multipliers2,1
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya 3, fizika,
astronomiya, 1960, No. 1, pp. 27-38
TEXTs In the introduction, the authors discuss applications of the phase-
measuring methods of electrical and nonelectrical quantities, suggested
by Academicians L. I. Mandel'shtam and N. D. Papaleksi. In the present
paper, the authors calculate the conversion of a signal with noise in a
system consisting of a nonlinear four-pole (frequency d?ubler) with a LX1
quadratic characteristic of the form y = a 0 + a1x + a 2x and a linear
element (filter) with the transmission function C(p), using the theory
of random processes. Formula (7) is derived for the spectral density of
the average power of the random processes at the output of the frequency
doubler, and relation (13) for the signal-to-noise ratio at the output of
Card 1/3

83428
The Effect of Fluctuations in a Two-channel S/18 60/000/001/002/010
Phase Indicator With Frequency Multipliers B019Y33056
the frequency doubler is set up as a function of the noise-to-signal
ratio at the input of the doubler. In the diagram of Fig. 1, the results
of a calculation carried out in accordance with (13) are graphically
represented for various ratios between the transmission bands of the
input and output circuits of the doubler. Experimental investigations of
the distribution of noise voltage at the output of a multiplier channel
consisting of one, two, or three frequency doublers showed that the non-
linear conversion of a normal narrow-band noise led to an increase in the
excess of the curve, the excess coefficient being doubled when the number
of successive doublers was increased. The authors experimentally determined
the phase error caused by noise in a two-channel phase indicator with L
frequency multipliers as a function of the noise-to-slgnal ratio at its
input. The character of this function was found to be linear, and it was
shown that the phase error due to noise is increased with an increase of
the signal frequency. Further, the law of the increase in the phase error
was found to be the same for all phase differences measured from 0 to TT
There are 12 figures and 15 referencess 14 Soviet and 1 British.
Card 2/3
jlz
RO

83428
The Effect of Fluctuations in a Two-channel B/188/60/000/001/002/010
Phase Indicator With Frequency Multipliers BO19/BO56
ASSOCIATION: Kafedra teorii kolebaniy (Chair of the Theory of
Oscillations)
SUBMITTEDt May 14, 1959
LX
Card 3/3

TITENKOV, D.P., glavnyy vrach; IA)SKUTOV, D.P., samestitell glavnogo vracha;
VINOGRADOV, S.G., vrach; K1191 ff ",.V., vrach; XOSSAKOVSKAYA, A.T.,
vrach; PnI.TSOVA, A.M., vrach; SOLONOVICH, A.G., vrach; CRUWA, A.V.,
vrach; SAPUNOVA, Ye.A., medsestra.
Overcome shortcomings in hospital construction. Gor.khox.Mosk. 27 no.11:4-5
N 153. (KLEtA 6:11)
1. Moskovskaya 2-ya, klinichaskaya infektsionnaya bollnitea.
(Moscow--Hospitals)
Riz xoj~~'-

MARGULIS, A.Sh., prof.; BLESHENKOV, A.M., WsKUTOVq F.A.; BARNGOLITS,
S.B.; FILATOV, N.L.; KCROTKOVA, L., M., red.;
LEBEDEVI A., tekhn. red.
(Economic evaluation of the work of industrial enterprises based on
their accounting records] Ekonomicheskii analiz raboty predpriiatii;
po danrqm ucheta i otchetnosti. Avtorskii kollektiv pod rukovodstvom
A.Sh.Margulisa. Moskva, Goefinizdat. Pt.2. 1961. 315 P.
(MIRA 15:6)
(Industrial DAnagement) (Accounting)

- 'Y
F. m
TMKUTOV
1962
4
metanurgy

POPOV, Tee P.1 LOSKMV, e=Mj. TUSa
*On 801144justlm Cw*vol Syst~ Without Sawmbing TenUtIve Action.9
?"or to be onsented at the 17AC Cangm"v to be he2d in
Ba"19 Sidtfer2ad, 27 Ana to h sop 63
gq

--!%T"Ld)' ~-W)fEWT)~k)/Ew0khVE"Pk1) GD
KCC NRt AT6016441 SOURCE CODE: UR/0000/65/0007CO-O-["-38/0350
AUTHOR: Popov, Ye. P.; Loskutov, G. M.; Yusupov, R. M.
ORGi none Ji,
TITLE: On self-adjusting control systems without test perturbation effects
SOURCE: International Federation of Automatic Control. International Congress. 2d, Basel,
1963. Diskretnyye I sainonastraivayushchlyesya sistemy (Discrete anJ-a-&--p-ffv;e-sy-s-16ihs);
trudy kongressa. - Moscow, Izd-vo Nauka, 1965, 338-350
TOPIC TAGS: auto natic contro theory, self adaptive control, optimal automatic control
A)3STRACT: A self-adjustAng control system Is one which during operation (1) determines the
~dynamio characteristics of the system by automatic search or calculates them from measure-
.Vints; (2) by some test determines the adjustment, parameters, or regulator structures
ine6essary for standardizing (or optimizing) the system; and (3) carries out the adjusting, pa-
rameter, or regulator structure values derived. The literature contains very little Informa-
tion on the synthesis and analysis of self-adjusting control systems for essentially stationary
plants, while the drawback of many proposed systems is that special test signals must be used
a
Card 1/2

L 04993-67
'Add NR.
to check dynamic characteristics of the signal. The present authors propose one of the pos-
sible principles for creating a self-adjusting control system for a certain class of nonsta-
tionary plants. The chief merit'Of the principle Is that It can take into account conditions
both internal (system jiairameteisi) and external (noise and control effects) In system opera-
tion. The report gives only the basic features of the proposed principle of designing a self-
adjusting control system, but It Is to be hoped that this principle can be applied in many cases
where it Is desirable to use natural oscillations of a system without Introducing perturbing test
signals. The genoraf0'aso and Bioveral particular cases are studied and some of the points In-
volved are discussed.. OrIg. art. has: 28 formulas and 2 figures.
SUB CODE: 09, SU13M DATE: 29Sep65/ ORIG REF: 006
2/2

omm/kiscelianeous-4iichine tools
_Card 1A Pub- 103 -:12/23
Aith&a LoskutovG. V.
a -Wi".
Title UPPV r cutting tools
Periodical I Stan. i instr. 2) pg-;~2j Feb 1954
Abatrac+. i A Jack-like contrivance for the support of cutting tool:) improvised by
workman~Z. A, Khaykin and D. 1. Kardapolov is briefly doscribed. In
to the cutting operation the device can also El.nd application
during the machining of objects the configurations of which allow the
use of cutters of greater sweep, e. g. machining of crankshaft necks.
The mechanical and economical advantages of the'contrivance are listed.
Drawings.
Institution
Submitted

lissR/ M-igineering Dies
Card 1/1 Pub. 128
Authors Loskutavj Go V,
Title Fixture for machining the slot in the actuating Icey of an eccentric
press
Periodical Vest. Mabh. 99 83-841 SeP 1954
Abstract A description is presented of a fi-cturej desigied by Re F, Postikov,
for turning lathes which permits simultaneous machining of slots on
six actuating keys of an eccentric press. Drai-rings.
In3titution
Subn--i U cd
gin
u -~~MY
0-
NO

LOSKUTOV, - G.V-., -- Inshener.
!~, 7 ~i
, V~ I
~ - .
Device for improving a rigid and durable hold of a tool. Vent.mash.34
no.4.-75-7,6 Ap 154. (MLRA 70)
(Machine tools)

USSR/ Enginearing-frools
Card 2 1/1
Autbors I Loskutov,, G. V.0 Engineer
Title I Machinist, A. P. Vantkurov's radius cut-off tool
Periodical t Vast. Mash. 34/5, 55 57, May 1954
Abstract I The*shortcomings of present-cutters, such as defomation of the work
through banding of the.toolo are reviewed, Vantkurov's innovation
consists of using a tool of high-speed stealj sharpened on a radius in
accordance with a special design. By this method the rate of feed has
almost been tripled. Table; drawings.
Institution
Submitted I

Ali ~---S N;, ~' -FL'-'v -) j ~ C,
PONDMAREV, A.I.; OSTROUMOV, B.A., x1oktor khimicheekikh nan , redaktor;
LOSKUTOV, I.P., redaktor; RIVRAYEVA, N.A., tekhaicheakiy redaktor.
Nothods of chemical analysis of minerals and rocks] Metody khimi-
chaskogo analiza mineralov i gorrqkh porod. Moskva, 12d-vo
Akademii nauk SSSR. Vol.2 (iron ores, titanomagnatities and chro-
mites] Zhel~MWerudy, titanomagnetity i khromity, 1955. 343 P.
(Iron ores) (Chrondtes) (MT-RA 8:11)
(Titanomagnetities)

LOSKUTOV, K.; ZOLOTMIN. P. i aviateldmik
Our experience in the use of a motor winch. Kryl.rod. 10 no-3:
18-19 Kr 159o (KER.A 12:4)
1*0 Nachallnik planernoy stantaft g. Toahkar-Ols, (for Loskutov).
2. Planernava stentsiya g. Yoshkar-Ola (for Zolotukhin).
(Gliding and soaring)

WSMOV, I.; ZOLOTUKRIN, P.
.
Chassis for the AI glider. Xryl.rod. 4 no.8:9 Ag '53. (MLHA 6:7)
(Gliders (Aeronautics))

LOSKUTGV,K.; BONDARENKO,N., instruktor-letchik; ZOLOTUKRIN,P., avia-
--tekhfilk
Some problems in elementary training of glider pilots. Kryl.rod.
6 no-8:7 Ag'55- (MIRA 8:10)
1. Nachallnik Yoshkar-Olinskoy planernoy stantaii (for Loskutov)
(Gliding (Aeronautics))

AID P - 4716
Subject USSR/Aeronautics - Civil Aviation (glider stations)
Card 1/1 Pub. 58 - 11/14
Author Loskutov, K.., Head of the Glider Station, Yoshkar-ola
.Title : Glider-pilots of Yoshkar-ola
Periodical : Kryl. rod., 6, 16-18, Je 1956
Abstract : The author describes the activities of the glider
station of Yoshkar-ola (Mariyskaya ASSR). Different
modes of launching the gliders are discussed in some
length. Improvements made i 'n the details of the con-
struction of Gliders A-1 and BRO-9 are indicated. One
photo.
Institution : None
Submitted : No date

LOSKUTOV, K.
Gliding clubs instead of glider stations. Kryl.rod. 11
n0-9:12-13 5 160. (MIRA 13:9)
1. Nachallnik Yoshkar-Olinskoy planernoy stantsii.
(Gliding and soaring)

-240), 21+(4)
SOV/139-59-1-16/)4
AUTHOR: Loskutov, K.N. -j
TITLE: -an--thWIH7~`F'8?7~ltra viol e t Radiation on the
Photoconductivity of Silver Bromide Crystals (0 vliyanii
U11trafioletovoy podsvetki na fotoprovodimost-
kristallov bromistogo serebra)
PERIODICAL: Izvestiya Vyssh,-'.kh U-.helnykl-l Zavedeniy, Fizika,
1959, Nr 1, pp 97-101 (USSR)
ABSTRACT: Putseyko and Terenin (Ref t) found thatq if crystals of
thallium. halides are illuminated with modulated visible
light and continuous ultraviolet radiation of mv,
then the periodic photoeffect is intensified. Putseyko
and Neyklyar (Ref 2) found the same effect in silver
bromide and chloride in experiments on photoconductivity
and photoeffect. The present paper reports studies of
this effect on silver bromide crystals prepared by
allowing the molten salt to flow into a space between
two glass plates. After solidification, one of the glass
plates was removed and the crystal was illuminated with
modulated visible light from a double monochromator,
produced in the experimental workshops of the Leningrad
Card 115 State University. A stabilized incandescent lamp of

SOV/139-59-1-16/34
On the Effect of Ultraviolet Radiation on the Photoconductivity of
Silver Bromide Crystals
500 W was used as a source of light, The light beam was
modulated by means of a rotating disc with apertures.
Continuous irradiation with W = 365 mVL was produced by
means of a mercury lamp PRK-)+, and this ultraviolet light
fell on the side of the crystal opposite to that
illuminated with modulated visible light, The intensity
of ultraviolet radiation was controlled by varying the
current through the mercury lamp and adjusting an iris
diaphragm between the mercury lamp and the sample. The
ultraviolet intensity was measured by means of a
selenium photoelement. Photoconductivity was measured
by means of an a.c. amplifier. The author describes first
the volt-ampere characteristics of silver bromide obtained
in fields up to 100 V/cm, Linear and, in some cases,
concave downwards volt-ampere characteristics were
obtained; two typical curves obtained without ultra-
violet irradiation are shown as continuous lines in Fig 1.
On ultra-violet irradiation the volt-ampere characteristics
were shifted to new positions shown by dashed lines in
Card 2/5 Fig 1. Ultra,violet radiation did not produce the same
results in all crystals,, In some of them the photocurrent

SOV/1"19-59-1-16/34
On the Effect of Ultra7iolet Radiation on the Pijhotoconductiv~_'t-j of
Silver Bromide Crystals
rose on irradiation, in others (approximately half (.~f
about 100 samples studied) it fell. The effect of ultra-
violet radiation was greatest when photoconductivity due
to visible modulated light was smallest,, The effect of
ultraviolet radiation was expressed in terms of a ratio
4J/Jt~ where 6J is the increase of photocurrent due to
ultraviolet radiation and J.-jI, is the photocurrent due to
modulated light by itself, Figs 2 and 3 show the
spectral. dist'ributions of photoconductivity due to
modulated light by itself (continuous ourves), and due to
modulated light and ultraviolet irradiation (dashed
curves) as well as the wavelength dependence tijlj
(chain curves), Figs 2 and 3 show clearly that Tra.-
violet radiation ma decrease or increase the photo-
conductivity, Fi ~ shows the dependence of !,J/J~ on J~,;
the curve of Fig & indicates that with increase of' the
photocurrent intensity the positilre effeA of ultraviolet
irradiation denreases and. the negative effect-, increases.
Card 3/ 5 The effect of the intensity of the ultraviolet radiation
itself on the change in photoconductivity whi(-.,h it

SOV/139-59-1-16/31+
On the Effect of Ultraviolet Radiation on the Photoconductivity of
Silver Bromide Crystals
produces is shown in Fig 5. The results plotted in Fig
are obtained for the same wavelength of modulated visible
light. The region A in Fig 5 represents the positive
effect of ultraviolet radiation (increase of the photo-
current, shown in Fig 'I), and the region B represents
the negative effect (corresponding to the middle portion
of Fig 3). The author concludes that the negative effect
of ultraviolet radiation occurs in all crystals, but to
observe this effect in some crystals one would require
very highintensities of the modulated light beam and the
ultraviolet radiation. To explain the observed effects
the author-suggests that -the ultraviolet radiation
increases the quantum yield of photoconductivity and
simultaneously shortens the "displacement" of photo-
electrons. At low photoconductivities the increase of
the quantum yield predominates and the photoconductivity
At high photoconductivities the degree of the
Card 4/5 arises.
photoelectron "displacement" predominates over the

SOV/139-59-1-i6/3L
On the Effect of Ultraviolet Radiation on the Photoconducti-ity of
Silver Bromide Crystals
quantum yield rise. Acknowledgement is made to
P.V. Meyklyar for suggesting this subject and for his
advice.
There are 5 figu-res and ~ references, 4 of which are
Soviet and 1 German.
ASSOCIATION: Permskiy Pedinstitut (Peru?Pedagogi(ial Institute)
SUBMITTED: Octobe.- 13,,, 19,5~8
Card 515

AUTHORi -Loskutov, K. N.
S/058/62/O(*0A/O43/136
A061IA101
TT=, . On the reflection factor of silver bromide crystals
PERIODICALs Referativnyy zhurnal, Fizika, no. 6, 1962, 1 - 2, abstract 606
C'Uch. zap. Permsk. gos. ped. in-t", 1961, no. 28, 161 - 166)
The spectrum of the total reflection of AgBr single crystals has
been studied in tti~ range of 400 - 600 m/.L. The result is represented graphically.
7he reflection maximum in the spectrum is observed at 480 m/.t, where it attains
23% (18% at 410 m/4 and 21% at 600 m/4. Spectra obtained at 19 and 500C coincide.
Tne measurement accuracy is 2 - 3%. A double monochromator of LOU, featuring an
added MSO-cured integrating sphere, was used for the measurements. A 03Y -22
(FEU-22) photomultiplier was the receiver.
L. Kislovskiy
[Abstracter's note: Complete translation]
Card 1/1

LOSKUTOV, K.N.
Effect of ultraviolet light on the photoconductivity of AgBr. Uch.
zap.red.inst..Gorts.no.2O7s252-253 161.
(MM 16t5)
1. Permskiy gosudaretvennyy peda&ogicheskiy institut.
(Silver bromide crystals) (Ultraviolet rays) (Photoconductivity)

L- 67LfO-65 W. (1)IM(k)IM (m)/EEC (t) /W(q) /34P(b) Pz-6 1 JP (c) IAn C (a
____7_ a) -5/AFWL/%4R4(i) IAS(mp) -2/ESD/(t,) /RAEM(t ~/ESD ('" ~100AJ~pWj~o.
ACCESSION NRi AP4043876 S1013976 143/0146
70
AUTHOR: Aoskutov, K. N. 6Y
TITLE: On the question of excitation and extinction of photocon-
ductivity in r single
_AqBL _ggystaLE!
SOURCEt IVUZ. Fizikat no. 4, 1964, 143-146
TOPIC TAGGS: phol-ocurrent carrier, ultraviolet irradiation, silver
halide recording medium, quantum yield, photoconductivity, elec-
tronic transition
ABSTRACT: The author presents a semiquantitative explanation of the
influence of a constant exposure to ultraviolet on the photoconduc-
tivity of AgBr crystals due to intermittent illum-ination, an in-
fluence which was observed by the author in an earlier investigation
,'TZ,,;. vu7_ov SqSP,, Fizika, no. 1, 97, 1959). The various electronic
transitions that can occur for AgBr crystals are listed, and the
Card 1/2.-

-1 1- 7-,'-----1 11-
L 6740-65
ACCESSION NR: AP4043876
degree to which these transitions are excited by modulated long-
wave light and by constant ultraviolet light is discussed. It is
shown that the effect produced by the constant ultraviolet illumina-
tion depends appreciably on the ratio of the intensities of the
modulated light to the ultraviolet light. Orig. art. has: 2 figures
and 13 formulas.
ASSOCIATION: Permskiy politekhnicheskiy institut (Perm Polytechnic
___I n~i tu te)
SUBMITTED: 20jul62 ENCL: 00
SUIB CODE: OP, NR REF SOV: 008 OTHER: 001
cam

~L 28471-66~ -EWT(1)AwT(m)/T/EWP(t)- fjp(c)- -AT/JIY/jd
ACC NR: AP600969k SOURCE CODE: UW0181/66/008/00
31095910961
AUTHOR: 1joskut9y Kj,,
ORG: ftrm' Polytechnic lnvtitute~ Permskiy politekhnicheakiy institut)
TITLE: Quantum yield of internal photoeffect in single-cry AgBr
SCURCE:: Fizika tverdogo telap ve 8) no, 3p- 19660 959-961
TOPIC TAGS: internal photoeffect., quantum yield,, single crystal, silver compound,
photosensitivity, photoconductivity
ABSTRACT: In view of the importanc
e of the quantum yield for silver halides, In con-
nection vith the theory and practice of photographic sensitivity, the author presents
the results of determination of the quantum yield of the internal pbotoeffect in
single erjstals of AgBr grown by the method proposed by V. K. Subashiyev (FTT v. 6,
1956, 1964). The photoconductivity in the visible region was measured by a method
described in an earlier paper by the author (Izv. Vuzov SSSRO Fizikap No. 1, 97.# 1959).
This method yields the absolute values-of the yield from the spectral dependence of
the photoconductivity. It is shown that in the case"of,thick crystals (kd >,4, where '
k is the absorption and d.the thiclmess of the crystal), the method reduceE7to the
Platting of a simple curve involving the measured stationary photoconductivity signal
obtained vhen the sample is Mind ed with a modulated beam of light. The investi-
gation yields a plot of the quantum yield against the wavelength, which shows that
with decreasing wavelength the quantum yield for AgBr increases from 0.22 at 45o rn
d 1/2

4, 1 .0

ACC NR: A
-1 ,1
1 ' L
SOURCE CODE.,
'66/ooo/oo&163/01al,
5P,2!
AUTHOR: looskutov) K. N.
ORG: Perm' Polytechnic Institute (Permskiy politekhnicheskiy institut)
TITLE: Change of quantum *lS-of the internal photoeffect in single crystals of
-yie-
AgB!r uAder the influence of additional ultraviolet illumination
IVO~RCC I W'Z. Mika, no. 2, 1966, 163-164
TO11C TAGS; quantum yield, internal photoeffect, uv irradiation, spectral distribu-
tion, photoconductivity, absorption coefficient,,,,jight reflection coefficient-,
silver compound, bromide, photoeffect
k.BSTRACT: This is a continuation of earlier worl~(Izv. vuzov SSSR, Fizika, no. 1,
9T, 1959), where it was observed that constant ultraviolet additional illumination
can either intensify or attenuate the photoconductivity of AgBr single crystals, A~d
an elaboration of the explanation of this phenomenon was given by the author later
(Izv. vuzov SSSR, Fizika, no. 4, 14-4, 1964). In the present article data are pre-
sented on the influence of ultraviolet illumi ion on the quantum yield of the photo-'
effect in AgBr, obtained by directly calculating the quantum yield both for the case
of illumination with modulated light only, and for the case of simultaneous iuwina-
tion with modulated and constant light. The quantum yield was calculated from the
spectral distribution of the photoconductivity by a method proposed by V. K. Suba-
shiyev (Ym v. 6, 1956, 1964). To determine the quantum yield by this method, it Is
necessary to know not onlythe stationary photoconductivity but also experimental
o !5A,

T _365JA~ab_
ACC NR. AP60134T1
values of the absorTtion coefficient and of the reflection coefficient for each wave-!
length. The photoconductivity 'was measured in the visible part of the spectrum by
the method described in the earlier paper, the absorption coefficient was taken from
a paper by V.-P. Meyk1yar (FTT v. 4.. 148, 1962), and the procedure for measuring the
reflection coefficient was described by the author earlier (Uch. zapiskd Permskogo
pedagogicheskogo institute, no. 28, 161, 1961). The results confirm the earlier as-
sumption that the quantum yield of the photoeffect in the visible region can be in-
creased by additional ultraviolet illumination. Orig. art* has: 1 figure and 2
formulas.
SUB CODE: 20/ SM ME: 32Mar65/ ORIG REF: 007
Ca 2/2 fq IS

LOSKUTOV, M. I. Cond 19-d Ici (diss) "Compareti-ze ev,~!,,mtisn of '*--
effectiveness of tran veqic 1 iprapqbic snd extraves-Lcal retropubic methods
of prostatectomy pr stale hypei~~~ Smolensk, 1958. 19 pp
(Min of Jfer~lth RSFS~R. Smolensk State I~ed Ins t), 220 copies (KL, .3,36,58, 115)

LOSKUTOV T, .-, CIIINSKIY, V.I.
. 1. L1_16.Ur-
Automation of hydrogen chloride production. Biul. tekh.-ekon. inform.
Gos. nauch.-issl. inst. nauch.i tekh. inform. 18 no.6:10-11 Je 165.
(MIRA 18:7)

Limits and methods of adenomectomy in adenoma of the prostate
Urologiia 23 no.4:42-45 JI-Ag 158 (JIMA 11:8)
1. Iz kafedry obachey khirurgii (zav. - prof. G.G. Dubinkin)
Smolonskogo meditainakogo institutas
(PROSTATE, enopInams
adenema, surip., limits & mathoda (Rua))
(PROSTATE HYPERTHOPHY, surgery,
(Rua))
(PROSTATECTOIC
adenomectomy. technics (RUO)

LOSKUTOV) M.I., dotsent
Diagnosis and treatment of sarcoma of the prostate. Urologiia
no.3:61-63 162. (MBU 15:5)
1. 1z kliniki obshchey khirurgii (zav. - prof. G.G. Dabinkin)
Smolenskogo meditsinskogo instituta,
(PMTATE-CANCER)

LOS.KUTOV., M.I.,-dotsent
Favorable outcome of the treatment of mesenteric thrombosis.
Trudy SMI 17:3-9 163. (MIRA 18:1)
1. Iz kliniki obshchey khirurgii (zav , ,Prof. G.G. Dubinkin)
Smolenskogo gosudarst'vennogo meditsinsk o instituta.

IMKUT.OVS _gIg I., _dptsent
Giant elephantiasis of tI* scrotum in an adolescent. Urologiia
28 no.3:57-59 163 (MIn 17:2)
1. Iz kliniki obshchey khirurgii ( zave - prof* G.G.Dabinkin)
Smolenskogo meditsinskogo instituta.

PIVOVAMV, A.V.; WSKMV, H.P.-
Use of the "single lineO method in plotting the characteriatic
carves of photographic emulsions. Zav.lab. 26 no.12:1379 160.
(MMA 13:12)
1..K,azakhski7 institut minerallnogo syrlya.
(Photographic emulsions)

LOSKIJTOV, P.I.
Hew we got ready for winter. Avtom., telem. i sviazl no.1:27-28
J& '57. NLRL lo:4)
1. Nachallnik Novosibirskoy distantsil mignalizateii t avyazi Tomakoy
dorogi.
(Railroad~--Signaliag)

LOSKUTOV, V., inzh.
Innovation has been introduced but renumeration has not been granted.
Izobr.i rats. no.5:30 14Y 160. (MMU 14-2)
1. Treat "Magnitostroy."
(Magnitogorsk-Tectaiological innovations)

... WSKUTOV, V.;_FEDORCHIMKO, A.
For wide use of devices for the establishment of technical
standards. Sots.trud 5 no.2:87-92 7 '60. (KIRA 13:6)
(Production standards) (Measuring instruments)

LOSKUTOV, V.
Planned work. NTO 3 no.6:46 Je 161. (YIRA 14.,6)
1. Zamestitel' predsedatel5ra soveta nauchno-tekhnicheskogo
obshchestva tresta "Magnitostroy", g. Magnitogorsk.
(Magnitogorsk--Steelworks)

LOS-N-UTOV, V.
There are many interesting tasks in store for us. Sov. foto 22
no.12:39 D 162. (MIRA 16-1)
1. Sekretarf pravleniya fotokluba pri Fravoberezhnom dvortse
metallurgov, Magnitogorak.
(Magnitogorsk-.Pbotograpby,-Societies, etc.)

LGBKUTOTI V. (MAgnitogorsk)
~upeotion of photographie studios, Sovo foto 23 noa,6:25 Je 163~
(MIU 16:7)
(Photography--fitudios and dark rooms)

FEYGIN, N.M.; MASHKOVICH, A.M.; IDS TOV, V.A -
__...-CSINNM, V.Ya.
Four-position device for removing burrs frm plastic parts.
Huhinostroitalt no.lt25 Ja 163. (MIRA 16:2)
(Orinding machines)

IJDSKUTOV,,,--YA,I- . ,
Universal die for upsetting heads. Mashi-nostroite.11 no.12-21
D 61. (14M U::L2)
(Dies(Metalworking))

KAFRANOV, V.N.; WSKUTOVY V.A.i FEYGIN, M.M.; OS1NNYKH, V.Ya.
Device for cleaning metallic reinforcements. Mashinostroitell no.2:20
F 163, (WRA 16:3)
(Metal cleaning)
0'.
. 1,

LOSKUTOV, V-k..-FEYGIN, M.M.; OSINNYKH, V.Ya.
Semiautomatic machine for cleaning plastic articles,
Mashinostroitall no.91&q s 63. (MIRA 16:10)
(Plastics machiner7)

ININI ju-'Ju -1 1 ~1 ~2xj /-I ouvilun uuun: unpi-fij! UVI VVVI V~./
AUTHOR: Loskutov, V. A.; Prikhozhiy, B. I.
'ORG: None
~TITL-3: A device for installation and removal of large stamps on presses. Class 7,
!No. 181602
!SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 10, 1966, 18
!TOPIC TA~GS: metal press, industrial automation
ABSTRACT: This Author's Certificate introduces: 1. a device for installation and re-
moval of large stamps on presses. The unit contains a lifting platform and an attach-
ment for transferring the stamp from the platform to the press. Accurate installation
of the stamp on the press is ensured by a beam mounted on the lifting platform for
moving the stamp along a roller conveyor in the platform and the backup plate in the
press. This beam is equipped with a drive and a mechanism for centering and fastening
the stamp on the roller conveyor. Also mounted on the platform is a mechanism for
orienting the roller conveyor with respect to the press. 2. A modification of this
device in which provision is made for lining up the axes of the stamp and roller con-
veyor while the stamp is in motion. The -rive for the beam contains a transmission
mechanism, e. g. a chain drive system.combined with bevel and screw gears equipped with;-
1
1/2 UDC; 621-983;621-979-783t65
X
g
.862. 4 . _~:~ _'~ _;;~ . T;
4i Y~

i ACC NRt AP(6)0179~6
a slip clutch which transmits reciprocal motion through lead screws. The beam has
holding devices, one with a left hand thread and the other with a right hand thread
mounted so that they move along a horizontal screw with double right and left hand
thread. 3. A modification of this device in which provision is made for matching the
axes of symmetry of the stamp and press. The mechanism for orienting the roller con-
veyor is made in the form of fingers mounted on a frame. These fingers go into holes
in the bac4up plate on the press which is equipped with clamps to'fit over the fingers
and fix the position of the platform with respect to the press.
CODE: 13/ SUBM DATE: 27Jan62

BELOV, N.S.; BIRYUKOV, I.Y.; VERBLYUDOV, N.N.; GORBUNOVA, M.N.; YESIPOVA, M.M.;
ILIIGHEV, A.I.; IGNATIYEVA, N.Ya.; KOVACHEVICH, P.M.; LYTKIN, A.M.;
JRDOT. A.Ya.;
LOSKUTOV, V.G.;WZYUKOV, A.S.; MIROSENICHMiKO, I.Ya.; Iff
ornvrlrr."~, OSIPOV, P.M.; PMOV, N.G.; PETRACHKOV, M.I.;
PINEVIGH, K.M.; POPOV, B.B.; POTAPOV, P.V.; PRWXIN, F.Ye.; PUKHOV, A.F.;
CHUSOVITINA, Ye.I.; ANGELISKIY, N., tekhn.red.
[The Kuznetsk Basin in the sixth five-year plan] Kuzbass v shestoi
piatiletke. [Kemerovo] Kemerovskoe knizhnu3 izd-vo. 1956. 125 P.
(MIRA 16: 12)
(Kuznetsk Basin)

I I - -:
- - . . - - -
LOSKUTOV, V.I.
US14 grld electiric integrator for solvir,,g problems cf
hydraulics in petroleum production, Neft. khoz. 41 no.4:24-31
Ap 163. (MTRA 17:10)

LOS&UIOV, V. I.
Determination of pressures in a pulsating flow. Moskva, Gos. nauchno-tekhn. izd-vo
mashinostrolt. lit-rY. 1952- 87 P- (54-18349
TJ955.L.6
1. Air-pumps. 2. Manometer.

LOSKUTOVt V.I.
3513. LOSKUTOV, V.I. Opytraboty. Talovskoy Oporno-Pokazatellnoy NTS.
Voronezh.. Kn 12 D.,, 1954- 48- (7) s.s. ill. 20sm (Paredoviki Sel'skogo
Khozyaystva Voronezhakog Obd.) 3,000 ekz. 84)k.-(54-57989) P. 338.1
mts U7.396)
SO: Knizhuaya Latopist, Vol. 3, 1955

L-OSKUTOv. V. i.
MIRONOV, K.A.; SHIPETIN, L.I.; LOSKUTOV, V.I.. kandidat takhni-
- EffTf,-r2lPN, daktor.
cheakikh nauk, retsen28nt,
[Thermotechnicalmeasuring instumental Teplotakhnichookis
izaaritelluye pribory; spravochnye materialy. Moskva, Goa.
nauohuo-takhn. lzd-vo mashinostroit. i sudoetroit. lit-ry,
1954. 497 P. (MLRA 7:8)
(Measuring instruments)

LC
IM&A-1-i kanaidat.tekhnicheakikh nauk;
...4%
Upr ' r
r61 C'z"eint; SHRIDLIR, Yu.I.,,kandidat
PCPOVA, S.M.. takhnichaskiy redaktor
YLKCIBSON, B.M.. inzhener.
tekhnicheskikh.nauk. redalctor;
[Laboratory apparatus for measuring liquid and gas consumption]
Laboratorn.ve pribory dlia izmerenlis. raskhoda zhidkostei i gazov.
We 2-oe, ispr, I dope Moskyal Goes nauchno-tekbn. izd-vo mashino-
stroit. lit-ry 1955. 253 P. (MM 9:7)
Orlowmeters)

AUTHOR: Loskutov, V. 1. 113-1-2/13
TITLE: Mathematical Machines for the Solution of the Problems of
Underground Hydraulics in Oil-Producing Industry
(kat'ematicheekaya mashina dlya resheniya zadach podzemnoy
gidravliki v neftedobyvayushchey promyshlennosti)
PERIODICAL: Priborostroyeniye, 1958, lir 1, PP. 4-9 (USSR)
ABSTRACT: The selection of the most favorable position of a lift frame,
the determination of the extent and limitation of irrigatiDn,
the study of the distribution of oil-containin_- layers, the
determination of mutual connections between drill-holes, all
this wants difficult and tedious calculations.
Until now these problems have been solved by means of
approximation methods, ceitain conditions having had to be
made, especially because of the boundary conditions.
Now for the solution of many of these problems, which
belono to underground bydraulics, a special mathematical
machine was developed. This m,.-hine, type)m -C was put to
work and operates according to the electric model principle.
The differential equations occuring are solved by
Card 1/3 connecting, accoraing to choice, systems of wire-resistanceq

Mathea-atical Machines for the Solution of the Problems of 119-1-2/13
Underground Hydraulics in Oil-Producing Industry
capacitances and inductances, and then neasuring the
distribution of volt-.1ge and current, respectively in this
system. As furthermore a Illo.,Iic" brain is built-in in this
machine, which can store up to 3o.ooo parameter values, any
problem with new initial conditinns or boundary conditions,
respectively can easily be repeated.
For taking-in initial- and boundary conditions a special
75o-channel system (with valves) was developed. Each of
these channels can be included into the calculation
operations as often as wanted and at any time (according to
a time plan).
In order to guarantee the greatest possible security in
the operation of the machine the functional blocks as well
as the supplementary apparatus are equipped with an
automatically 9perating error-signal-station which indicates
where an error had been caused.
For the solution of the hitherto greatest problem the
machine needs about 6o KW of power.
In normal operation the machine needs 6-8 operators,
the program designer being included. There are 8 figures.
Card 2/3

/ 1~
Mathematical Machines for the Solution of the Problemo of 119-1-2 117
Under-round Hydraulics in Oil-Producin- Industry
AVAILABLE: Library of ConGress
1. Hydraulics 2. Mathematical computers-Application
Card 3/3

AUTHOR: Loskutov, V. 1. 119--58-4-1/15
TITLE: Automatic Cbntroli by-, Math;~matichl Machines of Lo~,-omdtive
Train Operations. ''.. (Avtomaticheakoye upravleniye poyezdnoy
rabotoy lokomot'Lvoy pri pomoshchi matematichesk1kh mashin)
PERIODICAL: Priborostroyenlye, 1958f Nr 4, Pp. 1-5 (USSR)
ABSTRACT: Control is carried out in such a manner that the differential
equation of motion of the locomotive for the distance to be
coTer-.d by it is solved by the computer and that, on the strength
Of such solutions, the locomotive is adjusted to the most favor-
able driving. The block dia4;rm of the "artificial engine driver"
is as follows: Computation block - control block - feea block -
operation block-" programming blocle' for scanning the distance to
be oofered - "programming blook" for the limitation of speed -
automatio signal receiver.
In No-irember 1957 such an artificial engine driver was teated on
a self-propelled car on -the line leading from Kuybyshav to
Bezymyanka.
Card V2 The "engine ariver" automatically regulated the various speede

Automatic Cbntro2..by Mathematical Machines 99.10comotive 119-58-4-1/15
Train Operations*.
according to the speed schedule. Also stopping by mearz of a
braking process in two stages was carried out by this artif -Joial
"engine driver".
On the basis of the carves obtained the operation of the entire
scheme c9n be acairately followed.
At present the model of the "engine driveV' is taken apart and
all parts are once more examined. Following this, it will be sub-
jected to a durability test. There are 5 figures.
Card 2/2

LOSKUTOV, V. I.
"Mathematical and Gontrol Machines in lhil Transportation, Zheleznodarozhnyy
transport rRallroad Transportatio-n7, 1958, No. 7, Pages 48 53.
v,

AUTHOR: Loakutov9 Vq~MMI*.WWftWMA"W_X2Q SOV/119-58-8-1/-16
TITLE: Cybernetics as a Means of Promoting Technical Progress
(Kibernetika na sluzhbe tekhnicheakogo progressa)
PERIODICAL: Priborostroyeniye, 1958, Nr 8 pp. 1 - 6 (USSR)
ABSTRACT: One of the possibilities of making use of applying cybernetics
in practice has been realized by the mathematical machine
"Strela" which is being produced in the USSR.
A priliminary program of the tasks to be performed is auto-
matically transformed on a special keyboard from a decimal -
to a dual system. All data are fixed on a punch card. These
data are taken over by the computing section by which they are
passed on to the operative memory in form of electric pulses.
From there commands are transmitted to the control center,
where the operations transmitted according to program are
arranged in their proper order. For this purpose an arithmetical
machine, a block for standard programs, and the operative - and
storage - memory (partly on magnetic tapes) are used. Inter-
mediate results are again fed to the operative memory. After
Card 113 the second process of computing is completed, the final solution

Cybernetics as a Means of Promoting Technical Progress
SOV/119-58-8-1/16
is produced in form of a table of numbers based on the decimal
system.
A further form-of applying cybernetics is the use of improved
mathematical machines for the automatic control of production
prooesses. In this case the operational scheme is approximately
the following: The process of operation to be automatized must
first be split up in form of a system of equations into the
respective mathematical and logical algorithms. In this way the
fundamental form is fixed. As soon as the dynamics of the process
or-operation changes, this change is.taken up by tranaducereg
-fed into the machine, and worked out (.by way of the information
block to the transformer). At.the same time, however, the said
.chang* or modification is stored for the purpose of.a later
control in -the- "memory". By the aid of this control block the
pulses obtained are dealt with in their proper order by the
automatic computer, and solutions are passed on in form of para-
meters (pulses) to the automatic device for comparing values.
-11ere those parameters which are the most advantageous are
selected and the "best" parameters are passed on to the control
mechanism.
Card 2/3 A further form of application may be found in such apparatus

SOV/119-58-8-1/16
Cybetnetids as a Mdaits of Promoting Technical Progress
sis middol pbysiologioal functious as e..g..,the electrosimulator
fte the investigation of metabolic functions and the electro-
4iIIUl&tGr for functional tests of the heart.
There Are 3 figures.
1, Ma-themati6al-computers--~Operation 2. Cybernetics--Applications
3. Recording devices-Performance 4.'Control systems--Performance
Ca�d 3/3

SOV/121-58-10-7/25
AUTHOR: Loskutov. V.I.
TITLE: '- --TT1e--7o-r-kT-ngprinciple of the VPRR-2 Computer for
Determining the Cutting Conditions in Metal Cutting
MRchine Tools (Osnovy raboty pribora VPRR-2 dlya
oprede le n i y arezhimov rezanlya na
metalloobrauatyvayushchikh stankakh)
PERIODICAL: Stanki I Instruiltent, 1958, Nr 10. pp 20-22 (USSR)
ABSTRACT: The VPRR-2 computing device, development b,,lr the
-Scientific Research Institute for computer Engineering
(Nauchno-issiedovatel'5kiy 1nzt1tut schetnogo
mashinostroyeniya) is intended for the COMDUtation of
the cutting conditions in machining operations of
various metals. A brief description was given earlie-r
(Stanki I instrument, 1958, Nr 8, p 28) now followed
by a discussion of the working principles, circuits
and components. The device operates on the principle
of a compensated electrical network. its purpose is
to solve a system of equations in which the rate of
feed3 the rotational speed, the machining time, the
cutting speed and some special quantities are stated
Card 1/4
t

SOV/121-58-10-7/25
The Working Principle of the VPRR-2 Compuzer for tb--
Cutting Conditions in Metal Gutting MachLne
for'-each of the basic forms of machining (turningg
milling and drilling) in terms of the cutting force,
the diameter of the workpiece and of the CUtter, the
tool life between regrindsv certain.constants
representing the material of the tool and of 1-1 he
workpi,ece and other variables. The basis of the
computer is a system of equations obtainled by taking
the logarithms of the original equations, Thus a
system is obtained (equations 1) wherein each consists
of a sum of terms equated to zero. Most of the terms
are'products of a variable and the logarithm of
another variable. In. the VPRR-2 device all the
magnitudes are represented by electrical,voltagesp
varied by means of potentiometers. Those quantities
which enter with their logarithm are set up with the
help of potentiometers having a special winding which
~Jelds a voltage equal to the logarithm of the
isplacement. Ordinary variables in the logarithmic
equationsg namely the exponents in-the original
Card 2/4 equations are set up with the help of ordinary

SOV/121-58-10-7/25
The Working Principle of the VPaR-2 Computer for Determiming the
Cutting Conditions in Metal Cutting Machine Tools
proportional potentiometers. The multiplicating of
two quantities is accomplished by a cascade unit
consisting'of two potentiometers. Thus, eachterm in
the equations is represented by a voltage fed through
a corresponding resistance to a common busbar, whi.-h
is connected to the null indicator. By.the
compensation through the adjustment of one of the
potentiometer sections-9 the current through the
indicator can be-made to vanish. This adjustment.,
indicated by a scale constitutes the solution of the
equation. The device consists of seventeen
potentiometer sections, The potentiometer units
producing a logarithm and the product of a quantity
Card 3/4

S 0 V/19 1 -5 8 -10 -7/-~ 5
The Working Principle of the VPBR-2 Computer for Deterrj,4-ning tLe
Cutting Conditions ix- Metal Cutting Machine Tools
and a logarithm are illustrated (fig'.4-and 5). The
basic circuit of the complete unit is shown in Fig-3.
There are 5 illustrations including 2 photos and
1 table.
Card 4/4

25(2), 28(2) SOV/119-5e-11-4/'15
AUTHOR: Loskutov, V. I., Candidate of Technical Sciences
TITLE: Mathematical Machines and Their Importance for Science and
Economy (Ilatematicheskiye mashiny i ikh znacheniye dlya
nauki i narodnogo khozyaystva)
PERIODICAL: Priborostroyeniya, 1958, Nr 11, pp 8-12 (USSR)
ABSTRACT: From the extent to which Soviet computers are being used the
importance of these devices may be recognized!
1) Differential Analyzer :
This device consists of 24 integrators. Nearly all the blocks
are automatized. This is the largest device of its kind.
Location: Kiyev University. Use: Solution of difficult prob-
lems of science and technology.
2) Electric Models
These models make the mathematical model-representation of
various dynamical systems in the natural time-scale possible.
At present the following linear and nonlinear modeln are
being produced in the USSR: .9
M-~8 and &tldro.
Card 1/3 3) Electrointegrator X-r-S
A

SOV/119-56-11-4/15
Yathematical Machines and Their Importance for Science and Economy
This device consists of a network of resistances and condensers
with 20 000 tapping points. By means of this device the
V1insk,_ye Oil Fisd2A . (Tatarskaya ASSR) was analyzed
for the purpose of 1) obtaining an idea of the extent of oil
deposits in the country, and 2) of determining the distribu-
tion of pressure at the place where oil was found if the
height of boring towers is reduced by the half without caus-
ing a reduction of production figures.
4) Digital Computers "BESU"
This group comprises the machines 'IrTPG-RA 1, (Strela),
yP A -A 11 (Ural), 11 CSTSK 11, -, norOA A,, (Pogoda) and
K'PAC-TAJIJI " (kristal~. These devices perform up to 100
operations per second. A special machine is at present be-
ing built for a computing center; it will perform 20 000
operations per second.
A further machine with 2 000 - 2 500 aingle-bank operations
per second is in the stage of being developed.
Computers, computing devices, mathematical machines, and
mathematical devices will in future have to be used to an
increased extent whereever a plurality of simple counting
Card 2/3 operations is necessary, and their summation, checking of

,OV1 13-55-11-4/15
I.-lathematical MricMnes and "heir D.,,portance for Science an.1 Eaonomy
intermediate balancee, and storage of results is required.
In a similar manner problems of financial administration,
sales organizations, as well as problems of a statistical
nature and transport problems can be solved by means of
this machine. A further and very important field of applica-
tion for these computers is the control of automatic systems,
in which they serve as control elements. There are 3 figures
and 9 references, 9 of which are Soviet.
Card 3/3
_5

IDSKMW, V.I., kand. tekh. nauk.
.
Automtio engineer. Avtoz., telem. i oviaz' 2 no.11:8-21 N '58.
(mnu n:.i2)
(Railroado-Autematic train control)

II~5Ux-IJAA_-_R,.kmnd. tekhn. nauk
Calculating and regulating machines used ia railroad transDortation.
Zhel. dor. transp. 40 no. 7:48-53 Jl '58. (HIRA 11:7)
(Railroads--Electronic aquipment )
(IMectronic calculating mchines)
XN~

ZHOKHOVSKIT, Mikhail Konstgntinovich;%~l YJ . kand.tekhn.nouk,
P ._0 4"VW11 fiz.-matenat.neuk,
rr
r0
retsenzent; VOLAROVICH, M.P.. 0
red.; ALAVBRDOV, Ta.G., red.izd-va; TJVAROVA, A.F., takhn.red,
[Theory and design of instruments with unsealed pistons] Teoriia
i raschet priborov a neuplotnennym porshnsm. Moskva, Gos.nauchno-
tekha,izd-vo mashinostroit.lit-ry, 1959. 203 P. (MIRA 12:12)
(Measuring instruments) (Pistons)

28(2)
MUM __La1P._u_t_o_v-, -7-. 1.. Candidate of SOV1119-59-1-4120
Technical Sciences, Chief Specialist of the Gosplan USSR
TITLE- The Near Future in Computing Technique
(Blizhaysheye budushcheye vychislitel?noy tekhniki)
PERIODICAL: Priborostroyeniye, 1959, Nr 1, PP 5-6 (USSR)
ABSTRACT: According to the 7-year plan the production of computing
machines is to be increased by the 4.7 fold and amount to
2.1 billion rubles in 1965. In the near future rapidly operating
machines will be produced in series and perform 5,000-20,000
operations per second. This means already a considerable success
as compared to the figures 100 and 2000 which are characteristic
of the machines "Ural" and "Strela", etc. Within 2-3 years,
however, so great a progress must have been made that machines
can be produced which perform 100,000 - 200,000 operations per
second and which have a capacity of storingapop-32,000 figgres.
Particular attention deserve those machinefi which render
possible ant-, economical analysis of the process to be automatized.
The best solution of this problem seems to be an intensified
network of the mathematical computing centers over the whole
Card 1/2 country and to entertain a staff of qualified mathematicians
Wx x

-The Near Future in Computing Technique SOV/119-59-1-4/20
working with the most modern machinery in the mentioned centers.
Mathematical control machinery has a great future. These machines
are inserted in the automation system and can automatically
control any complex dependence of the individual parameters of
the process to be controlled and compute and (or) transmit the
correct results through control signals with the necessary
speed. Such machines are to be employed particularly in the
fields of oil petroleum., chemical, and nonferrous metal industry
as well as for technical problems of railway transport. As soon
as the mathematical problems of the processos to be controlled
are definitely worked out and as soon as it is possible to
insert corresponding transducers into the course of the process
there will be sufficient information for the control machine to
guarantee an increased output and reduce the production cost
simultaneously with an improvement of quality.
ASSOCIATION: Gosplan SSSR (Gosplan USSR)
Card 2/2

16(1) SOV/119-59-9-1/19
AUTHOR: Loskuto j,,._9andidate of Technical Sciences
1~~~
TITLE: The Eleotro-meohanical Machine "Integral 111 for the Integration
of ordinary Differential Equations
PERIODICAL: Priborostroyeniye, 1959, Nr 9, pp 1-6 (USSR)
ABSTRACT: First an introductory on the historical development of the above
type of machines, especially in tsarist Russia, is given. Thus,
in 1911, the first differential analyser for the integration of
ordinary differential equations up to the fourth order
inclusively was constructed in Petersburg in the mechanical
workshop of Vettser. In 1939 a mechanical differential analyser
with 6 integrators was constructed under the direction of
I.S, Bruk9 Corresponding Member of the AS USSR, in the USSR.
The most efficient machine of this kind is "Integral 111 which
was developed and constructed in the Soviet Union and is at
present in permanent use at the Kiyevskiy Gosudarstvennyy
Universitet im. T*G., Shevchenko (Kiyev State University imeni
T.G. Shevchenko). This uniq1le machine was developed under the
supervision of A.A. Bednyakov, Engineer. "Integral III contains
24 integrators and is adapted for the mechanized solution of
Card 1/3 systems of ordinary differential equations with given initial
0 - V
T

The-Electro-mechanical Machine "Integral 111 for SOV/119-59-9-1/19
the Integration of Ordinary Differential Equations
conditions (as are found in the automatic control of production
processes and in other branches of science and engineering).
The precision attained with this machine equals that of the
numeric integration using four-figure numbers. The parts of the
"Integral 111 are listed. The structural scheme of the machine
consists of 4 sectors which are controlled by a main switching
board. Approximately 1 hour is required for the solution of one
problem. Results of the solutions are ejected either as table of
the requirea functionst or in graphical form. The minimum space
required for the assembly of the of the machine is 250 m2.
Without wiring and feeding devices the machine has a total weight
of 25 t. The power consumption is 100 kw. Each variable of the
equation to be solved is represented in the appropriate scale
by the angular displacement of a certain shaft. The differential
analyser can be adapted to solve one or the other system of
differential equations by suitable combinations of mathematical
devices contained in the machine. The functions appearing in the
equations may be given graphically or be determined.by
integration of auxiliary differential equations. By means of an
Card 2/3 integrator of the type described here, integration may be carried

The Electro-mechanical Machine "Integral I" for SOV1119-59-9-1119
the Integration of Ordinary Differential Equations
out with respect to any variable, which increases the
mathematical possibilities of this machine considerably. In the
differential-integrator described here the functions are inte-
grated by menna of a friction meohaniam (integrator). Special
blocks and devices are used for the introduction of the
necessary constants into the differential equation and for the
performance of algebraic operations involving variable
quantities. Reducers are used for the multiplication of
quantities with constant coefficientst and also for other
operations. The individual parts of the machine are then dis-
oussed. Solutions of the problems solved by means of the
differential analyser may be determined in graphical form or in
the usual numerical manner. The machine described here does not
replace the universal electrbnic machines, but complements the
computers available at present. There-are 7 figures and I table.
Card 3/3

18 W SOV/128-59-11-10/24
AUTHOR: Loskutov, V.I., Candidate of Technical Sciences

TITLE- Computor for Estimating Cupola Charge
PERIODICAL: Liteynoye proizvodstvo, 1959, Nr 11, pp 19-20 (USSR)
ABSTRACT: Cast iron castings make about 80% of all castings pro-
duced. Simplicity of manufacture, low costs and their
mechanical properties ensure for the cast iron indus-
try a leading role. In order to obtain the proper kind
of cast iron in each individual case the chemical
composition of the initial material kharge) from which
castings are made has to be considered. For this pur-
pose, a computing machine has been developed. Its ope-
ration is based on the assumption that the most comp-
lex charge consists of 9 chemical elements: carbon, si-
licon, manganese, phosphorus, sulphur, chrome, titani-
um, nickel and copper. On the other hand, cupola pro-
duction chiefly encompasses the following sorts of me-
tal: ferrosilicon, side iron scrap, forging iron, foun-
Card 112 dry iron, foundry iron of another brand, alloyed foun-
M
M
ME

SOV/128-59-11-10/24
Computor for Estimating Cupola Charge
0
dry iron, alloyed foundry iron of another brand, scrap
iron proper and scrap steels On page 19, the author
gives 10 formulae by means of which the chemdlcal compo-
sition of the charge can be determined, depending on
the product to be obtained. Photographs of the compu--
ter and its internal structure are given in Pigs 2, 3
and 4. There are 1 table, 1 diagram and 3 photographs,
Card 2/2

LOSKUTOV, V.
Cybernetics in the service of technical developments, Tr. from the Russian. p.293
NERES ES AUTOMATFIA. (Merestechnikai as Automati-,alasi Tudomanyos E~ysulet)
Budapest, Hungary. Vol. -i, no. 10, 1959
Monthly List of East European Accession (EEAI) LC, Vol. 9. no. 1. Jan. 1960
Uncl.
N

AUTHOR: Loskutov, V. I.
5/128/60/000/005/001 /004
A104/Al 26
TITLE: Computer for the calculation of thermal operating conditions in
cupola furnaces
PERIODICAL: Liteynoye proizvodstvo, no. 5, 1960, 12-13
TEXT: The article describes a computer for the calculation of thermal
operating conditions in cupola furnaces, desgined by the Tbilisskiy nauchno-
issledovatellskiy institut priborostroyeniya i sredstv avtomatizatsii
(THIISA)(Tbilissi Scientific Research Institute of Instruments and Automa-
tion). The computer helps to determine the fuel consumption and to adjust
the required air blast in the furnace. The equipment consists of two func-
tional computer units, the first calculates the coke consumption at given
temperatures of the liquid cast iron and the composition of flue gases. The
consumption is done with the formgla:
r 60 CO
P = 8 + are tg_2.16 J75mr-T 0 - 4]
7-5
The second unit calculates the air consumption based on the amount of flue
Card 1/3

Computer for the calculation of...
S/128/60/000/005/001/004
A104/A126
gases. The calculation is done with the formula:
200 - 3 20 - P
C02_ 0.4
TOU
where P - indicates the coke consumption in kg; W - the amount of air to be
blown in; C02 - percentage of carbon dioxide in flue gases; and t - given
temperature of liquid cast iron at the cupola spout. The cupola temperature
is controlled by a system of measuring instruments comprising a photoelectric
color pyrometer and an optical-acoustic pyrometer. Initially the computer
will be used as an aid to select and maintsin proper casting conditions.
However, the functional unit scheme foresees direct input of initial calcula-
tion data through appropriate converters from pickups. This will improve the
operation of the computer and enable the personnel to correct immediately
every deviation from the norm. At the same time the TNIISA completed a model
containing two computers, one for the calculation of the thermal operating
conditions of the cupola furnace and one for the calculation of the cupola
furnace charge. There is 1 photo.
Card 2/3

Computer for the calculation of...
Card 3/3
S/1 28/60/000/00~,/001 /004
A104/A126
PiKure 1 t
Total view of computer developed by
TNIISA
~ VM~11~
M',

LOSKUTOV,_Y~-
The role of computing machines in the improvement of labor prq-
ductivity. Sots.trud 4 no-7:26-30 J1 160. (MIRA 13*8)
(Electronic calculating machines) (Efficiency, Industrial)
4 '20
g g

LOSKUTOI
,-~--v
Numerical methods for controlling metal-cutting machine
tools. Stan.i instr. 31 no-7:3-5 J1 160.
(MIU 13: 7)
(Machine tools-Namerical control)
.111k~

S/62 61/000/000/001/014
'D234YM303
AUTHOR: loskut.pv, V.I,
TITLE: Present state and prospects for the development of
computers and control devices
SOURCE: Nauchno-tekhnicheakoye obahchestvo priborostroitellnoy
promyshlennOBti. Primeneniye vychislitellnoy tekhniki
dlya avtomatizatsii proizvodstva. Trudy soveshchaniya,
provedennogo v oktyabre 1959 9. Ed. by V.V. Solodovni.-
kov. Moscow, Mashgiz, 1961, 20 - 51
TEXT: A general description of present types of computers, Soviet
and American, with tables of chief technical parameters. A short
description of information machines and logical machines, chiefly
American is given. Control devices (called "controlling computers"
by the author) are discussed in general termsq followed by several
examples of devices for special purposes, such as applications in
petroleum industry, determination of optimum heat regime, automatic
driving of trains, tea prod-action, etc. There are 4 tables and 13
figures.
Card 1/i

LOSKUTOV2 V.I.; ALEKSANDROV,, V.V., inzh., red.; BARANOVA, Z.S... inzh..,
-re. izd-va; MODEL') B.I.p tekhn. red.
[Control computers]Upravliaiushchie matematicheskie mashixq.
Moskva, Yashgizp 1962. 387 p. (MIRA 15:10)
(Electronic oalculatillf machines)
(Automatic control