SCIENTIFIC ABSTRACT ILIN, B.V. - ILIN, GEORGIY SERGEYEVICH

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518430005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

88168
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Y.'roo 002,y, 1031,~ //xx) - _z14o/z335
AUTHOR: Tit III & AP, Candidate of Technical Sciences,
ActingDocent.
TITLZt Choice of.Mon-interacting Control Circuit With
Simplest Corrective Networks (II)
PZRIODICALs Investiya vysshikh uchobnykh zavedeniy,
glektromekhanika, 1960, No. 10, pp. 20 - 37
TITISt The first part of this paper was published in the
1960, No. 8 issue of this jourhkA, pp. 27-43. It deals with
non-interacting control .syste". ioe, automatic control
systems for several parameters in which the interactions
between the parameters are compensated in such a manner that
each channel in effectively non-interacting. In previous
work the author investigated four basic non-interacting
conjtrol-system structurest 1) automatic control system with
"external" auto 'nomy and forward corrective network;
2) automatic control system with "internal" autonomy and
forward corrective network; 3) automatic control system with
"external" autnomy and reverse corrective network;
4) automatic control system with "internal" autonomy and
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Choice of Non-interacting Control Circuit With Simplest
Corrective Networks (II)
reverse corrective network. In the present study these types
are investigated from the point of view of simplification of
corrective networks.
While the four types have the same general properties there
are differences in detailv presenting various advantages and
disadvantages, depending on the dynamic characteristics of
the process, character and pjDint of introduction of external
disturbances, etc*, which were examined in the previous work,
Since the quality obtainable with each type in essentially
the same, the choice of type in dictated by simplicity of
corrective network obtainable. Thia result is valid for
linear systems; in-earlier work the author has considered
~the effects of nonlinearity of the type of insensitive zone.
For a given structure variations are obtained by shifting the
points at which signals are collected and summed. This leadi
to varying requirements on the corrective network complexity.
Various criteria of complexity areadvanced such ast
1) simplicity of detecting, summing and transformix)g
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88168
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Z140/9335-
Choice of-Non-intbracting Control Circuit With Simplest
Corrective'Notworke (11)
coilrective signals,'whoreby transformation moans such
operations an transforming mechanical displacements into
electrical signals, *tcl 2) requirements on amplification
of corrective signals; 3) complexity of the corrective
networkso Since the first criterion depends on the concrete
system considered, only the last/1'ritoria are examined here,
Analysis of the gain required in the corrective networks shows
that systems with reverse corrective networks are superior
to those with forward correctivenetworks since the gain in
the control circuit enclosed by the corrective network
generally in outricient to permit purely passive corrective V~
networks in the former.
The simplest corrective network is the "stiff" correttive
n4twdrk which in, however, useful only for realization of
static autonomy. For dynamic autonomy in the majority of
cases dynamic couplings are needed between the regulators.
which may be too diffi~mult for technical realization.
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!Jolbu'
3/144/60/000/010/003/010
t140/2335
Choice of Mon-interacting.,!Control Circuit With Simplest
Corrective Networks (11)
Limiting performance is obtained by circuits and methods
permitting a complex automatic-control system to be separated
into individual slatess-both statically and dynamically by'.
tiff corrective networks. Where this is not possible partial
:
implification of dynamic couplings will also be useful. It is
desirabld%in.paiticular, to eliminate ideal differentiating
networks and integrating networks, which may be achieved by
structural variation. With n .\ 2 9 the number of regulated
parameters, iheinumber of corrective networks increases more
rapidly than the number of control channels, In this case,
it may be frequently found desirable to accept more compli-
cated controller circuits to permit simplification of the
carective networks,
Where the dynamic characteristics in the various channels are
essenti~klly different, It may frequently be possible to group
the channels with respect to similarities in the transient
processes, permitting simplification of the forward corrective
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88168
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2140/2335
Choici of Non-interactins Control Circuit Vith Simplest
Correetivo-Notworks (11)
networks between controllers of a single group, while, asKmg
the groups they retain the original complexity. The
possibiliti9s of simplifying revorse corrective notworks,
condect*d from the output of one controller to th*,input of
another# ore, not very propising since the controller
characteristics-enter Into the transfer characteristic-of
the corrective network.
The greatest-flexibility is given by systems in which the
structureond-paromet,ers of the.controllers can be widely
varied. Then the overall transfer characteristics of the
controllers are selectedwith respect to control quality,
the output networks of the controllers designed to simplify
the corrective networkag- while the transfer functions of the
input networks match the two critiria. Most present
industrial controllers have not been designed for operation
in interacting systems so that the full possibility of .
simplifying the corrective networks or choice of transient
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Choice of Non-interacting Control Circuit With Simplest
Corrective Networks (it)
characteristics is not available.
In this second part of the paper, the author first considers
the possibility or reducing the number of or completely
eliminating the corrective couplings between controllers.
'Analysis shows that automatic control systems with internal
autonomy are superior to than with external autonomy in this
respect. The conditions under which the number of corrective
networks can be reduced for systems with internal autonomy
are found and it is shown that this is possible when the
transfer functions of the-controllers are selected for the
autonomy condition. In this case, however, freedom in the
choice of process quality in restricted or lost. This came
in further analysed in Appendix 1.
It is found that.for a certain class oV automatic-control
systems the separation into independent systems in obtained
merely by unlimited increase of the controller gain factors.
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Choici.of Non-interacting C"tral Circuit with simplest
Corrective NetworksAII)
Thim.limiting',r*sult is only approximately realimabl* in
practi.cs,_.biAt in -general t-he autonomy conditions ore, -always
reallsed,,opproximotoly, so that this result in not a cause
of dif ficulty. On the contrary, for processes'in which the
regulated parameter interactions are very strong, even
approximate autonomy cannot be realized without the use of
corrective networks between the controllers. This case is
further analyzed in Appendix 2.
In the second part of this-article the author considers the
use of corrective networks with industrial type controllers
containing one internal feedback. A number of Soviet types
of industrial controller are mentioned and it is stated that
theme controllers*usually-operate in a creeping mode. The
analysis is usually 16ased on'line'arisation and the relay in this
mode in effectively an ififinite-gain amplifier. Two possible
configurations are analysed, one in which the corrective
networks (either forward or reverse) are connected to the
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88168
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Choice of Non-interacting Control Circuit Vith Simplest
Corrective Networks (11)
outputs of the feedback network or to their inputs.
The dynamic characteristics of the controlldra are defined
principally by the feedback networks, in which the basic
controller adjustment eloments are located. which results
in the requirement of more complex and difficult to realize
corrective networks. With forward corrective networks the
advantage of coupling them to the inputs of the feedback
network in that unilateral autonomy is preserved, i.e.
with readjustment of the a-th controller the autonomy of the
regu3ated parameter x is preserved without requiring
adjustment of the forw:rd corrective networks to the a-th
controller. However, automony in the reverse direction
of the other regulated parameters with respect to xs
is disturbed. This required adjustment of the corrective
couplings from the a-th regulator. Unilateral autonomy,
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Choice of,Non-int.oracting.Control Circuit with Simplest
Corrective Networks (11)
however, does facilitate adjustment of the automatic-control
system* With reverse corrective networks, coupling to the
inputs of the feedback loops can only be used if the inputs
to the corrective networks are not taken from the outputs of
integrating circuits. In automatic-control systems with
external autonomy the use of reverse corrective networks
acting on the inputs of the controller internal feedbacks
permits bilateral autonomy to be preserved with respect to
controller adjustment. This does not apply to systems with
internal autonomy, In such systems, when using forward
corrective networks technical difficulty way be found in
realizing ideal differentiating networks. This in avoided by
introducing derivative control in the controller circuit, as
discussed more fully in Appendix 3.
Analysis shows that -the order of the equations of the individual
systems in automatic-control systems with external autonomy
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sA44/6o/ooo/olo/oovoio
RAO/E335
Choice of Non-interacting Control Circuit with Simplest
Corrective Networks (II)
in higher than in those with internal autonomy, which in one
of the advantag a of the latter. There are 10 figures and
14 Soviet refor:ncess
ASSOCIATIONs Leningradskiy tekhnologicheskiy institut
(Leningrad Technological Institute)
SUBMITTED: April 19, 1960
Card 10/10

S/144/62/000/006/005/009
D230/D308
B.V., Candidate of Technical Sciences, Docent
TITLE: Theory of combined control systems of interrelated
magnitudes.
11MUODICAL: Izvoctiya vyschilch uchebny1ch zavedeniy. Elektro-
mckhanika, no. 6, 1962, 632-645
The author considers a general structure of multiple;
control systems of linear objects having a number of interrelated
inputs and outputs. 1`4Tressions for the evaluation of the perturba-
tion compensating loon
,s are of two types: (i) Suktable for an object,
represented by linear differential equations'of a given type and,
(ii) Represented by channel transfer functions, taking into account.,
the overall affect of the controlling, or the perturbing, actions ow
the controllable magnitudes in all channels of the first case. For-r
mulas for the evaluation of the perturbation compensating loop's are
also given for the case of autonomy control. Systems with both in-
Lernal and e~~tcrnal autonomy are considered. The degree of coinci-
once petween the autonomy and the invariance conditions, as a func
g
ard 1/2

S/144/62/000/006/005/009
D230/D308
Lheory of combined control
tion of the external perturbing actions' is examined. This coincl-
dence is greatest for objects in which direct'connection between
controllable magnitudes does not exist, and when each external per-
turbance acts only on one of these magnitudes. In automatic control"
systems of such objects minimum number of compensating loops is re- ~
quircd, onc for each perturbance; all other objects require, for the.
realization of the compensation conditions, a greater number of
loops. Autonomously controlled multiple systems having direct and
reverse compensatirV,, loops bet3ieen the control elements are examined;
a?-?roqriate formulas for the calculation of the transfer functions
are deduced. There are 7 figures.
1=0CIATION: Leningradskiy telchnologicheakiy institut (Leningrad
Technological Institute)
SUBMITMD: Ap%-~l 28, 1961
C ard 2/2
`W*9`!,V`1
"-#MPNMN-'1 W

S/144j62/000/007/001/002
D289/D308
AUTHORs Il'iA2 Baornis Vladimirovicht Candidate of Technical
Scienceeg Dodent-_
TITLEs ,Theory of combined schemes of regulation of inter-
connected quantites
I%v*BtiA'Vysshikh uohobnykh zavedeniy. Blektro-
mekhanika, no- 7--19629 759 - 767
TEXT& Invariance with respect to control actions in sys-
tems of intercoupled regulation produces absolutely.exaoVreproduction
of control action from each regulating quentity.And also independence
of regulated quantities from #foreign# control actions. This is achiev-
ed by the use ofoompensating couplings from'oontrol actions. This paper
is a continuation of the first article on this subject (Elektromekhanika,
no. 6, 1962), where all symbols were defined. The author analyzes-con-
ditions of invariance with-respect to control aotionsand obtains for-
mulas'for compensating couplings of the form
Card 1/3
r-7,.'M

s/144/62/000/007/001/002
,Theory of combined schemes too D289/D308
A
n
3~~ 467kr
W qy k-1 Q
comp r wiW ~i rpq 1# 2p oo.**,
where ni--
D it
qq ?kq 11 C31
Combined schemes of self-regulation with ntornal and external self-
governing are analyzedi also,oombined sohimes of self-regulation with
direct and reverse compensating couplingo'between regulators are con-
sid,ered. Conditions of invariance of interconnected quantities with
respect to control actions are considered4in both self-governing and
non-self-governing systems. Your different a' of self-governing
schemes are analyzed and ,formulas -giien. kn %sessohemes with external
self-governing the oonditions:of self-governing coincide with the con-
ditions of invariance with respect to $foreign' control actions. In
schemes with internal self-governing these coincidences do not occur,
Card 2/3

s/144/62/000/007/001/002
Theory of combinedsohemes D289/D308
therefore the nu:pber oficompeneating ties has to be increased. An
appendix gives formulas for compensating ties for conditions of in-
variance with respijot to both control actions and perturbing actions.
There are 3 figures.
ASSOCfATION: Leningradskiy politekhnicheskiy institut (Lenin-
grad Polytechnio Institute)
SUBMITTED: February 8, 1962
-VP
Card 3/3

AmATLINI, Napoleon Laonovicho dots.j BARDINSKnp-Sorgey Ivanovich,
dots.; DIM, Georgiy Vacheslavovi4b, dots.; WIN
BorisjUdIalroAc k; sl~yto
. _ -b, dots.; KNORRING, Glob Mi
kaAd. tekhn.nauk; PASECHNX, Stepan Yakovlevich, prof.1
PIMOBRAZUENSKIT, Alsksoy Alskseyevich, dote.1 ROZENEEMER..
Boris Fed-wovich, dots.; SOLOVIYEV,-Vladimir Ivanovich,
dots.j YASTBZBDV, Petr Parfenlyevioh, prof.; IEWVIDOV,
B.S., doktor tekhn.nauk, prof., retsonsent; ARTEMOVA, T.I.,
red. isd-va; TUPMTNA, L.A,, red.iad-va; SHVETSOV, S.V.j,
tokhn. red,
[Electrical engineering &W electric equipment Elektrotekh-
nika i slaktrooborudovaniel obahchii kurs. [Byi N,L.Amatuni
i dr. Moskyao Hoevusisdat, 1963. 646 p. (MIRA 160)
1. Novocharkasakiy politakhnicheskiy institut (for Beloviday).
(Electric engineering-Handbooks, manuals,, etc.)
(Electric apparatus and appliancea--Handbooks, manuals,, etc.)

..ILIIN, Boris Vladimirovichs kand. tekhn. nauk, doisent; RUKIN, Vladimir
1,1voviclu, MMONIMy nauchnyy sotrudnik
Limitations imposed by objects on the realization of conditions
of invariancy and autonomy. Izv., vys. ucheb. zav.; elektromekh.
7 noo8t979-?90 064, (MM 17:10)
1. Wedra, avtomatizatnii khimicheskikh proizvodstv Leningradekogo
tekhnologicheekogo instituta.

Obnovlenskiy, Fetr Avenirovich; Korotkov, Pe,tr Arkhipovich; Gurey1ch, Aleksandr
L'Yovich; _111in, Bodo. Vladimirovich
FWdamentals orAutomatid control Md outomation in chemical industries (Ognovy
artomatiki i strtmatizateft khimichaskikh proizvods.tv) Wscov, Izd-vo "Khimiye'.
1965.' 6o7 p.! illus.0- biblio., index. 9500 copies printed.
TOPIC TAGS i automatic control awAnar, automatic control technology, industrial
auto=&t.ionjehavical"plint equiva"t
PuMOU AND CDV3RA(Z: Ther book-deals vith the automation of the production processes
In the chemical Industry. 7be components of automatic'control system , checking
and masuring devices, automatic regulators, and general principles of automation
of chemical processes is described* Diagram and drawinp -of some processes and
devices are supplied, The book Is Intended for engineers and technicians of
chemical enterprisea and for students of hilfter technical schools specializing in
this field.
TABLZ OF O0VTJ=i__
Yoreword 8
Introduction 10,
Cwd UDC: 62.5O&62.52-,66.ol2_52I66.oi2.i F/,

Part 1. Components of Monistic and ~ Remorte Control System, - 15
1, General information an components of automatic and remote control system
2. Electromechanical components - 22
3. Ferromagastio components ~ 61
4. Electron-long el9atrotbermaIg pb6toelectrieg and redioactiv 9 components, --.75
5. Electrical machinery 100
Part U. Automatic Control of Chadial-Technological, Processes
6. General' information ou automatic controL - 113
T., Measuring circuits and secondary general-purpose devices U5
8. Tenperature'sessuring devices -IU
9. Pressure messurinS devices 139
lo. nwmaters - 150
11. Level pps 163
22. Devices for determining the composition md'ooncentration of materials
13. Devices for determining pbysic&I'Vrqportl*s of matter 191
Part nI* Remote and Messuring Ontrol. System and Computers
14. Short-range remote measuring systems - ZU
15, Long-range readtie measuring and- control systems 230
Card 2/4

16. Computers -- 242.
Part IV. Automatic Regulation
17. Automatic regulation system (basic information) - 277
18. The propekies of the objects of regulatic~ -- 282
19. The properties of automtic regulators and simplest system of automatic
replation - 303
20. Regulator coiVonents 355
.21, The elements of the linear theory of automatic regulation
2,2. Basic industrial replatori 437
Part V. Automation of.Production Processes in Chemical Industry
23. General problem and prerequisites for autowtion of production processes
perstica webi nes and apparatus -
24. Automation of continuousto 489
25. Automation -of periodic.~operation machines and apparatus 526
26. Automation of production areas and vorkshops - 547
27. The possibility of using computers as An ex=Wle of automation of sodium
produation - 576
28. Centralized control-of'nodern chenia'al'enterprises 587
Cwd 3/4

ACC NIj -AN6016W
29. Bas Ic problen ot reliability of automatic ccutrol apteme and c ants in.
chemical production -- 592.. . I I I

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124 p. (54-26698)
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Z_ 11'rey, If, V,
WIN. B.1a, prof.; UOYOBIMOTA,, A.V.~ prof,j otyereds
[Program In physical for the ChemisU7 racultyl Programs po fislke
(d,11a khislohookogo fakulltets)e 1956s 5 V. (MIRA 110)
I* Kolcow', Universitet. 2. Chlen-korrespondent AN SSSR (for
Novoselova)
(P~slcs-UU4 aid teaching)
-ru
R
v M
SAM
ffl

Category: USSR Physical Chemistry - Surface phenomena. Adsorption.
Chromatcgraphy. Ion exchange.
Abs Jour: Referat Zhur-K.himiya.. No 9, 1957) 30174
Author : Illin B. V.
Inst .-Not given
Title Nature of Molecular Interacticns During Adsorption
Orig Pub: Zh. neorgan. khimii, 1956, 1, No 7, 1559-1565
B-13
Abstract: A review of the data found in the literature and of thore secured
by the author and his associates) relating to the measurement of
surw.ative heat values 0, of vetting of solid surfaces by polar
solvents and the determination of the component parts Q : Q., and
Qj) corresponding to the wetting of the surface by the non-polar
and the polar portion, respectively, of the molecule. The neces-
sity is pointed out of gathering experimental data, relative to Qy
for different series of polar molecules, for the purpose of pre-
paring tables of Q,-jand Q, values which are of great importance
in calculaticna of adsorption energy values ef various molecules.
Card 1/1 -2-

BILIK, A*Tq,-.,-.jnshensrj WO
.- ...7 .2.406~ .
is;;Visi V"*.9,;i*li 006tilillps'lluotAsOL San$ be boated. Besop. tru"
v pros. I no.W23 AP ' 7, (KM 1016)
loases, Compressed)

WIN, B.T.;KISMY, V,F,j KWILIKIKOV, X.G.
Zffect of the surface nature of silica on its absorption
properties. Part 1. Tests Nook* une Bar. not., mkh.. astron.
fis., k~im. 12 no. 6.t33-30 157. (ICOU 11:10)
1. Xafedra obahchay fisiki dlia khimichookoge fakul'tata X44kovskogo
gosudaretyannogo universitate,
(Silica)
(Absorption)

5M
AUTHORSi Kiselevj.F., and SOV/55-58-2-31/35
krasillniko"79:X.O.
TITLEt Heat of Wetting of the Silica Gels of Different Degrees of
Hydration (Tepldty amachivaniya silikageley razlichnoy
stepani gidratataii)
PERIODICAls Vestnik Yoskovskogo Universiteta.Beriye astamtW'
. mekhmik4j,
.
estronomil.,-~ fizikii~ khWix ' 1958,11r 2,pp 223-232 (USSR)
ABSTRACTs The-paper contains the results of a systematic investigation
of the heat of wetting of different kinds of silica Soles
The wetting of the surface was carried out by waterv n-propyl-
alcohol's and n-heptanes The structural water content of the
silica gel was taken into account. Already known properties
were essentially confirmed. The opinion of A.V. Kiselev and
his collaborators (Ref 9-161 was not confirmed according to
which the unit of Ae surface of the silica gel possesses
certain "abouluts" energetic properties. This Is not the
case t The properties of the surface essentially depend on
the preceding treatment (annealing eto)t i.e. on the bound
water content of the surface layer.
There are 6 figures, and 25 references, 15 of which are Sovietp
Card 1/2

Heat of Wettin g of the Silica Gels of Different SOV/55-58-2-31/35
s ofRydration
7 American, 1 Englishl and 2 French.
14-IsMITIONt Kafedra obahchey fitiki dlva khimiaheskozo fakullfA+xt
(Chair of General Physics of the Faculty of Chemistry)
,11j:)~,(TTED% ARril 14p 1957
Card 2/2
R IIIX.
01 ~ U-- W-0
ME ME IN%. m
tMA A

OBNOVIAENSKIY, Fetr Aveniraviohi dots.1 KORDTKOVt Petr Arkhipovichp
doto.1 GUREVICH, Aleksandr Llvovich, dots. I rIfi
Visdug= ha.dots.j MUSTINOV, L.A.# kAM vauko
redel OMKANj A6BSj Jnzbe# reds
[Fundamentals of automatic control and automation in the
chemical industries] Osnovy avtomatiki i avtomatizat9ii
kbimiabookikh proisvodsty. Moskvap Khimiia 0 1965. 607 p.
(MIRA 19il)
1, Kafedra avtomatizataii khimlebaskikh proizvod9tv
Leningradskogo tokatillnogo instituta(for Obnovlenskiy).

--TYUTYt-;-1ljKOV-jYl. -,I L--IlYu.-D.
2. USSR (600)
4. Sausage casings
7, Progressive work.practicas in producing of casings., Miss.ind.SSSR#
23, No. 5, 1952.
9. Monthly List of Russign Accessions, Library of Congress, February 1953. Unclassified.
IK A-01" N. 'MIME
';YB;el'"lVv-k5 WIN ' 0"
~ L~x wl. A - V

- ---------
ILI IN
for locating metallic objects. Radio 00.8:22-23 Ag
(MIRA 13:9)
(Metal detectors)
I I -,- W-,,
"I"110
T

ION
WIN. D,F., inzh*
Comparat.ive efficiency of-standard reinforced concrete and
ateel, crane b~uw for one-stmT 1nd"trial .43.24- INTO
ASW4 nolOSM3 '620 (MIRL 1631)
(Wustrisa UdIding"quipment, and suppIlles

I
-M-ECEASIM
C1959
ee
BIOPHMICS

SMAGUROT, A,Ao piofd~; DOMOVMIStAU., T.I.,, dotoonl4.,,WMp.-
Hool R&tlnn and treatment of patientB vith myocardia*
infarotion complAcated by oo2lapooo Xlino mod* 40 nooni
62-M N t6Z (KM 16M)
1, Is kafedry opedeftiki vnutronnikh bolezney (zave - profe,
A.A,,%ela=rlechelriogo fakuliteta 11 Mookovokogo meditain-
okogo inotituta imeni W.Wirogovae,

ILSIN D.T.j TERMNO TO.S.
Effect of preheatin,gof gas in Qe electrouracking of metha to
acetylene. ZhurprikI.Ithime 35 noon:2496-2504 N 162o (KERA 15 iJL2)
(Methane) (Acetylene) (Cracking process)

S/076/62/036/007/009/010
B101/B138
AUTHORS: I
~11n, D.T., and Yeremin, Ye. N.
TITLE: Pyrolysis of gasoline vapor to aceiV.1 ene -and olefins in
water!vapor plasma
PERIODICAL: Zhurnal fizichiskoy khimiij v. 36, no. 7, 19629 156o - 1562"
TEXTs *Wfater vapor'plasma was produced in a plasmotron (7 at 145 kvt
I kwhr/liter H 0), mixed with gaaoline-vdport and fed through tangential
inlets into thipyrolysis ohamben After liberating'the water vapor the
pyrolysis products were investigated by gas analysis and chromatography*
Wator vapor consumption 3/hr. 'At 0.25-0.
Resultst was 14 m 35 specific
consumption of gasoline litiir of liquid gasoline per liter of
liquid H 0) 30 % by volume of unsaturated compounds were obtainedt __11%
2
by volume of C H and v19 vol,% of olefins. The energy consumption
2 2'
3
did not exceed 7 kwhr per m of unsaturated compounds. In contrast to
pyrolysis in hydrogen plasma, about 5 % by volume GO about 5% by volumes
2!
Card 1/2

S/076/62/036/007/009/010
Pyrolysis of gasoline ... B107/B138
CO, and about 1% by volume 0 were formed in Iaddition.' With Inor;asing
the maximum yiold of unsaturited compounds and minimum a~ are rapidly
attained. It is suggested that large plants would yield 40-50 % by volume.
of unsaturated bompounds at lowera . There are 2 figures.
ASSOCIATION%. 1,;oskovskiy gomudars.tvennyy,universitet im. M. V.- Lomonosova
(Moscow State University imeni M. V. Lomonosov)
SUNAITTEDt November 14, 1961
Card 2/2
'MOM
11 E i1: 1 q1 PA-ftftm 0 t W. P Memo 2N V

ILI IN YMWN, YO.S.
Ohlbe Improvement'Vr the method of electrocracking of metben
to'acetyl6ne. Vest.'Wobk. Ser. 22 Min. 18 no.3241-44
Ny6Je 163 (MMA, 16t6)
1. la*ft fisicheskoy kbildi Moskovak o, universitsta.
(Metbans) - (Cracking proosels (Acety3.ene)

ILIIN, D.T*; VMMIN, YesNe'
Pyrolysis of benzene, vapors to-soetylone and olefins in the
hydrogen plama. Zhur.fiz.khim, 36 no.lOt2222-2224 0 162.
(MIRA 17t4)
Modkovekiy gosudaretvannyy universitet imeni Lomonosova.

WIN, D.T,; YEREKrx, Yea.
Effect of the dimensions of the reaction channel and
discharge chamber on methane electrocracking. Zhur.
prikl.khim. 38 no.11:2479-2487 N 165.
(MIRA 18:12)
1. Submitted December 31s 1963.

1 ACC NRs AP6022138
AUT11OR: Illin, D. Tel Yeremin, Too He
ORGs none
TITW t ~ Pyrol sislof vapors of certain hydrocarbons and gasoline IV mixing them with
a stream--onaril-logen plasma produced in an electrio arc
SOURCEI Zhurnal priUadnoy khled', vo 38. no. 32. 1963. 2786-2796
TOPIC TAGSt gasoline, pyro3,vais, hydrocarbon, electric arc, hydrogen plasma,
plasma boam
ABSILRACT: A study of the pyrolysis of vapors of low-ootane gasolinAl and certain
hydrocarbons (n-C6Hjr4e, n-C?lq6, n-C8HO , and iso-Ce'18) in hydrogen plasma produced*
in a high voltage d ot-o-krrent elee io arc, at a pressure of about 1.1 - 2 absolutA
atmosphores and equivalent in temperature to up to 30000, under the condition that
hydrocarbons do not enter the discharge zone. has shown that the qualitative conposi-
tion of ond products of pyrolysis depends bat little on the nature or the original
compounds@ Pyrolysis of a gasoline representing a mixture of 76 individual compounds,:
as well as pyrolysis of the specific hydrocarbons led to the formation chiefly of
acetylene, ethylene, and methane. The degree of overall conversion of gasoline into
gaseous compounds approximated 100%, while formation of carbon black wA other solid
. F
Card 1/2 UDC: '542.444&.092+547

L 30778-bb
ACC NRs AP6022138
products was slight.d The extent to which gasoline was converted to unsaturated
compounds Cacet leneland ethylene) in this case amounts to 60%, and the maximum
concentrati aturated, compounds-to 17.5 volume %o Orig, art* hass 7 figures
and 1 table. JPRC
~SUB CODEt 07, 21, 20 SUEM DATF-t 3lDeo6a ORIG REF: 004 OTH REF: 007
Card 2/2

IL.IIN,, D.,P.
20orience of leading workorg of the Gnivan' Factory. Sakh on,
33 no.402 Ap 159.. (MIU 12 0:6r
1.Tgsntrallny~ konitot profsoyma rabochikh pishohavoy promrshlonnesti,
(Oninn'-Sugar manufacture)
M

MUNI T, TEREM ya. N.
2~rQFsis..ofgasoline vapors to acetylene and olefins in
"te'r vapor plam. Vest- Xosk.- un. Ser. 2t Khim. 3.6 i.e.1710
no.6:1a-42 N-D 162. (MML 16: 1~
1, Kafedre. ftsicheskoy Wail Moskovskogo universiteta.
(Gasoline) (P(Ar one) (Olefins)
in)
I NO

-1 ~, r--upnorl-c anhqdAridu t!4/- Krams). The stepe in proparIng the
ail'll'uAlve are given. The off"t of the am if i-- -- .,,. ., -,.- , ' _ ~ ~
.q ~, t I 'I ~ ~ A ~ - 17 ~ " n
I I . ~, : !nni: in ' - - --

RLMHOX. G.I., IWIN, F.M.; Iv"Ov. N.I., kwodldst elmnomicheekikh awLk.
On the possible elimination of short hauls on tho Stalino
Railroad line, Zhel.dor.transp. 37 no-1-.68-70 J& 156. (an 9:3)
1. Zamestitell nachallnika komerchaskoy slushbjr dorogi (for
Baryshok); 2. Nachallnik otdola planiroyanlys parevosok (for
Illin)
(Failroada-Management)

ILI INI, G.
On the place of the old Gushon Plant
op.ekon. no.10:162-163
0 '57- (XIM 10: 12)
I.Direktor Mookovskogo sayoda "Borp i solot.11
(Nosoov--wNotallurglcal- p1mts)

ILIN, G.t and others.
Cost steelalloyed with copper. p. 235
Academia Republicii Populare Pomine. Beta de Cercetari StAintificet
Timlsoarao STUDII SI CE?CFTAR1 STIMIFICE. MFIA It STIMME 114ATEHATICE,
FIZICE~ CHIMICE, SI TEMUCE.
Vol. 2P No. IA, An./bect 1955
Timisoara,, Rumania
SOUPCE: East European List (BEAL) Library of
Conkress,Nol. 6, No. 1~ January 1957

AKHAMV, N.P.: ILI IN, G.A.
;xperivental mining with over-all mechanization and automatization
in the "Proletarskmia-Glubokaia" - mins, of the Donets Basin; over-an
mechanization and automatisatiou are mineral main objectives. Ugoll
34 no.8:45 Ag '59. (KMA 12212)
I.Glayr47 Inshoner shakht 0*010 tarskaya-GlubokeyO tresta
Makeyevugoll (for Akhauov . 2.Pomoshchnik glavuoro mekhanikapo
aytomatizateii shakhty "Proletarskera.-Glubokara" tresta, Mak;yevugoll
(for Illin).
(Donets Asslia..-Coal mines and mining)
(Automatic control)

----PASALI SKITS- 8; Se- -ILI IR,- G-e-A-*-,
Automatic recording of the number of man entering and leaving
the mine. Ugoll 34 no.8:47-48'Ag 139. (KMA 22:12)
I.Nachallnik shsMty "Proletarskaya-Glubokayal treats, Makeyevugoll
(for Pasal'sk1jr). '2.P6moshohnik glavzogo makhaniks shakhty
"Proletaiskaya.-Glibokaya" trests. Makeyevugoll (for Illin).
3.PomoshchrAk glaynogo insheners, shakhty lProletarskayaGlubokeya"
treeta, Makeyevugoll (for Sergayev).
(Coal mines and mining) (Automatic control)

Category sUSSR/Folid Stnte Fhysico Pheso Trvnaformation in
Solid Bodies
As Jour tRef Zhur_-,,Ff4kc, No 3p 1557P Ho 6668
Iluthor ILUchk1n,'Gj,, Win, O.G.
-Inst IMining nnd MaCP711urgical tituto, rrkutak, USSR
Title IStudy of the Frocess of the High~.Temporaturo Oxidation
_of.Motallid Titanium in Weter Vepor.
Orig Yub IFiz. motallov i notallovedeniye, 1956; 2, No 3, 521-523
Lbstract IExperimental drtFt are given on high~-torperrturo oxideticn
of titentun In wotor vapor in the ranga from 700 -.- 12000.
It hrs boon 66tabli Iahod thet the o7idizpbility of titeniun
is higher in wetor vepor then Weir. X-rry-diffrrction
study hre ohovm thF-t only the TiO2 phese enters into the
compositiop of the scale. Other 'phrBes (T1201; Pnd TiO) have
not been,datected by X-oroy difftection. rePns.' The size of
the grain'of the ocrlo diminishev monotonically from the out-
side 'pqrtion to the surfPco of the motel. The greater
oxidiz.ability of titeniur in wetor vepor ie connected with
the facilitatod diffutiOn Of 02 through the leyer of scale)
which in turn is*used by its structural features,
Card

M"I I BOOK ZMAIMICK 30TA216
t' 3. hehanl
Iss po, *141stralchiall, 4th. macaw. 29!56.
Trudy... I 14sbornIkj (Transactions of the Fa~rth Conference an KI t-
rochoulstryl Collection of Articles) ftmeow, lad-va AN 33Sr."
1959. 868 V. Zrrat& $11Y ln&4rted. 2.500 copleS printed.
Sponacring Agency% AkadonlyR nauk 3331. Otdolonlye khUmIchookudl
A&Uk,
Zdit*rUl Boards A.R. PrLmkln (Romp. Id. ) Acadeadel". 0.A. Tessin.
Professors s.z. zhdanov (ung. secretary), B.S. NabLoov, rim-
feomorp 5.1. Zhdamv (Romp. &cr~tu7)1 #.N. Zkbanov, Profeamor%
To. M. Xolotyrkln, Doctor of Chemical ac4onetal V.V. LoOsev. T.D.
Lukovta". Traremears Z.A. 3clay-yeval V.V. 3tander. Proftssor;
MW O.K. Platrissonvicht 14. of Publishing No"*% X.O. To... v.-
Tech. Rd.t T.A. Prusako".
PU.RPM% This book is intended for chemical and electrical fact-
liters. physicists, MetautAralsts and researchers lAter*at*d in
various aspects or tlectrochawLstry.
CM.a The book contaln* 227 or the 138 reports Vr$94Ot*d at
the Fourth Cantgroneg an jasetroctonistry sponsored by the Depart-
2-n
wont or Chemical Sclersce-x and the I"tItutO Of ftWslc&l Che"Istry
t
academy or 3clencom. UU3t. The collection portatna to different
branches of sloctroche"Ical ItInetles, dooms IA7*r theories Sad
n
Slavonia processes in metal olectrodepositan A" industrial elect-
rolyals. Abridged dIoGY2410" A" given at the OrA or ass" dLvl-
~
*loss. The majority or reports not Included be" have be*
published in periodical literature- SO V&rSO"IIUtSQV&" sleftil""d-
Rorepences am given at the end or mat or the articles.
%taMdM(DoOpj'bp~trQjSIr Z"t,tUt& of
Chemical Technology Issonl P.R. VzorablaskIll. Polarization
or Qrsphite Itlectrades During the Anodle 341paratloss Of
CblorlrA 823
,-Bwyxsn;VW-,'XI To.. and O.A. Tomnoy (Institute or Chemistry.
Academy or overvoltage at
Ilectro"s With Housgoagouss 3urraeo
#-A X-Z--Xaa=. and XV_Xaa&tUp ("Icachoulcal
InstItuts Isoni L. In. tarpov). nocitismiLon of the 3Lml-
tan**" 91*ctrothemical Formation or Foroulraric Acid,
Doom and Oxygen at a Platinum Anode In Sulrurle Acid
3olutions 434
S. To. K. Susarava and X. an the
aloa. iarrucice or Surrair
Pat~ of Decomposition of 3odlum Amalgams $41
11 la - ~Q- and V-1-SkrIpstbanko (XGvQch*rbMI*k ftllt*Chftlc
G&A 33/ U
SM/2216
Transactions or the Fourth Conference (Cont.)
Inatitutg Imenj -5. OrdshonlitlAzt). innuento or the xatur*
of 0. KlectrolytIc Cation on the Anode Process During the
ZlectralYs Is of AlkILIt"s and &lkltoA-g&rth-Ngt&l Chloride
3olutions
Yodl a I
Varenin (Detemsed)p a. 0. ?rtkh*deh~nkoj A
-0--V'--XrWkova. L-2-2*:U4AX*---T .'.).- lchx~~-14 M --
Ur.I-. 101troirtle 6%9
-Ao4-UctIo;-0Yftyg'; at Pero" cathodes
Discussion 19. A. Fed0t*v. R-I Kags"OvIch -g#. M. guchtneirly.
C.N~ Jokhenov. and *OntrI*U;lAg autiscrol 01A
JVAIIAM& Ltbr'"V Or CO"Vr0** V"e
Card 34/34 9-3"0

L 1116s-6fi m tix
SWTA 0) VIW/GG
UW0058/65/000/01,/I)017/DD17
ACC NRs AR6016103 SOUM CODE
57~
','-:TITIE- 12fect- of shift of spectral lines in inhomogeneous sources of light on the
-integral qwurtities
SOURCEr Rif. zh. Fftikap Abs. 3.lDn9
IMF SMCE: Sbe Itoge rAucbno konferentsiya Kazansk. un-ta. za 1963 g. Gems.: pari~-
magnit. rezonansap opektroskopii, i fix. pohiWevp radiofiz. astrono., bione bLzanlp
5-
3
37
,Pj,~'LTOTM TAGS:" line shiftp line widthp light sourcep light dispersion.,
spectral linep
;.line intensityp Aight absorption
The a~xtltqr Igated the influence of the shift of a spectral line and
invest
a change of the heU_vidth of its contour along the radius of a cylindrical source,,
..onIquantities that characterize the emission of inh2MSeneous sources of light 0. For
'N implicity., the case of a source with separated radiating and absorbing layers of
atoms is considered., and tbe.following assumptions are made: the line contour is of
,the dispersion'type and its half width varies linearly to zero in the peripheral jArt
-of the source, the concentration of the absorbing atoms is constant over the entire
-...,volume. The results.otjhe calculati, show that the change in the shift of the con-
on
tour of the spectral line over the cross section of the source compensates for the
Influence of the changeln the half width of the contourp that the integral intemity
a 1/2
C
rd

L, - -J-Ij~y
AqC NRs AR6016183
"of the 'spectral lines depends little on the character of variation of the concentra-
of.the absorbing atomse 7he dependences of other integral quantities exhib
a~-.oiznil behaviorp whereas the visible line contours may differ strongly. Yus Mrtev.
'-[Trimalatiozi of abstract]

*-
2D
MM CODX
.
O i-0

ACC NRs AR60161& SOURCE CODRS WOO56/65/OO0/On/mO17/DD17
Ar
AU2HOR: et Flaboan I* Oe
G. G
Concerning the influence of asymertry of the contour an the integral cbar-'
'Acteristics of the radiation
..SOURCE: Ref. zh. Miks, Abs. 1ID22D
MW SOURCE: Sbe Itogenimbn. konferentsiya lazanske un-ta z& 1963 g. Sektse: PAr&_
magnift. rezonansa., opektrookopli I fiz. p3~~, radiotizop astronep bions Kum$#
"AX4., '7B-39
~TOPIC MS: spectral line light dispersion., radiation intensity
-ABSTRACT: 7he authors cons)Aer qualitatively the influence of asy=wtry of the ini-
contour of the,spectraliline on the observed contour and on the integral char-
acteristics of the AMationo Zthe calculations., the initial contour is taken to
be one made up of two halves of dispersion contoursp which differ from each other in
ntour ert in
-hilf width. It is establishedtbat In the case of an arjantricLI co a c a
deformation of the observed contour takes place,, but its integral quantities do not
-change* Yus Mrteve (Translation of abstract]
mm CME: 20

M.1-IL~m~---*.~i-RAB&II,~gvzco--,-d n im"Mm
FISHMANt.1,S,; ILSIN, G.G.
Applicability of the linear absorption method to nonuniform
light sources, Opt&'i spektre 15 no.3s4OO-404 S 163s,
:(MIRA 16slo)

I.S.;,SHAYWOV,, I.Sh.j G.G.
Some experimental relationships of the integral characteristics
of rhdiation in an arc. Opt. i spaktr, 15 no.*5095-~W N 163.
(HM 16t12)

Acassiox NR-. AP4032862 s/0051/64/016/004/0559/0561
AUMI'On: Illin, G.G.,
'TITLE- Effoot of radial VariatioA Of the spectrum line contour OA the .1ategral
characteristics of the radiation of inhomogeneous sources
SOURCE-. Optika I spaktraskopiya, v*16, no*4j 1964, 539-561
TOPIC TAGS: spoctroscopio source, light source, self-absorption, spectrum line,
light absorption, Cowan-Dieke model, Cowan-Dieke theory
'ABSTILACT: Generally, the radiation from an inhomogeneous source Is calculated on
the assumptian that the line contour for an infinitely thin layer remains constant
along any given radius, that is, in moving out from the center. Attempts to take in-
to account radial variation of the line contour encounter serious mathomatical dil-
f icultios. An attempt to evaluate the influence at this factor was made - by H.Bartels
(Zs.Phys.126,108 01949) , who showed that in this case the. peaks of the self-absorp-
.tion lines do not remain constant with increase in the concentration of absorbing
atoms, but grow to a certain limiting value. Thus, Bartels' calculations indicate
that the visible line contour is strongly dependent on the variation of the initial
Card 2/2

ACCESSION NR: AP4032962-
line Contour over the source radius, Whereas the integral intensity changes to a
lesser degree. According7Xy, in the present work there were calculated the integral
intensities of spectrum lines and some parameters chargoterizing thoir.self-absorp-
.tion on the assumption that the hall-width of the initial contour, in accord with
actual variations ol the temperature and electron density, is constant only in the
coniral region of the source and decreases more or less rapidly towards tho edges..
It is assumed that the line contour for an infinitoly thin layer has tho classical,
dispersion (Lorentzian) shape, which in true for sparks and arcs burning at atmos-
phoric pressure. The results of the calculatiops are presented in the form of curverb
Cases when the Cowan-Dieko (Reva.Mod.Phys.20,418,1948) model is and is not applica-
ble are discussed; the Cowan-Disko theory is valid fo4r arc sources characterized by
a relatively low degree of inhomogenoity and minor variation of the tomporaturh and
electron density inthe central region. "The author expresses his deep gratitude to
I.S.Fishman for proposing the topic and discussion of the.results." Orig.art.hast'
I formula and 2 figures.
ASSOCIATION; none
StMMXTTED:-O7Jun63, DATE ACQs 079aY64 EXCL: 00
SUB CODE: OP XX RV SM 004 0=R1 002
Card

L 26699-66 EwT(I)/F.Tc(f)/Epr(n)-2/zwo(*Y IJP(c) AT
ACC NR: AP6011551 SOURCE CODE:. -UR/0051/66/020/603/0387/L)393
,AUTHORS#. Illin G. G.; Fishman
1. S#
5
ORO: none
TTTLE: Concerning-the problem of plasma-diagnostics
~by means of
self-inverted aontours-of'spectr
al lines emitted by inhomogeneous
layers
SOURCE: Optika i spektroskopiya, v. 20,, no. 3, 1966, 387-393
tTOPIC TAGS: plasma diagnostics, spectral line, plasm temperature
I plasma density,. line, bros~dqning., line Intensity, line width
ABSTRAM. This is acompanion-,to earlier work (Zh; Prikl. Spektr.
v 3 320,. 1965) dealing with various errors that arise in the cal-
c~latfion of the temperature.,-atom and ion density, inhomogeneity,
electron density and the 'broadening of spectral lines when the self'-
l
(inverted contour'method is used for plasma diagnostics. The present
larticle presents improvements to the calculations obtained by repro-
-isenting the line contours.-in tbe.form of a Voigt~ contour. The in-

L 26699766
"J'ACC NR: AF6011551
homogeneous light source model proposed b R. D. Cowan and D. H.
(Rev.
Physo, v.,20., 418J. 194Wwas
Dieke
Modern
used; The formula
used for theintensity'distribution of the line contour was reported,,
by the authors elsewhere (3:togovaya nauabn. konf. Kazanskogo univ.
Za 1962 [Summrizing Scientific Conference of the Kazant'University
in 19621, p. 47., Kazan$,, 1963). The tabulated values obtained for
''Ithe width of the line contour and for the intensity ratio.. and plots
of the line contour.and of the intensity ratio against the line
widths are presented. The results of the calculations were. verified
--experimentally and agree well.witb experimental data, with a few ex-
deptions in the case c~f--tbe_lineo--of-sodium-plasma-f--New-plasms
baised,oh this method are prbposedi
It is proposed
that the results of the calculations be used-to supplement hnd refine
existing plasma diagnostic procedures. The authors thank 'N. K.
:.ABegovatova and R. V, Surinova for*help with the calculations. Origo'
ijart.bast 5 riguresj formu asi and 3 tables.
,SUB CODE: W/ SUIBM DATE 21JO165/ :o'RiG Rsp: o23/ oTH REP.,_ ook
Card

ILIINY G.I.; ANATOLIY~ S.A.; PADERINA) Ye.M.; SAFRO, L.N.
Signifies nce of biological activity of microbes for the
development of experimental staphylococcal Infection. Report
Ho.2t Pathomorphological and microblological characteristics
of stalihylococcal pneumonia depending on the virulence of the
a
pathogen. Zhur. m1krobiol. epid. I immun. 42 no.6s77-80 "5.
(MIRA 18:9)

ARUM]ILIM=l, L*V,,, lnxho; ZOXBMN, LJ., iushqj~~~sh.
Redesigning the M2 trammitter. Test. oviazi 19 no.11S7-10 N
(NDA 13 8)
la Oktyabro persdaMbohly radlotmentrt
(Madio-2ransmitters and transadesion)
kx
N�RRM,

twvi

WIN, G.I. (laningrad)
--.WNW,
-Diig-fteels of mWocardial lWpe.rtr*pVq by the suspension n*htodo Arkhe
Pat- 18 DO-807-101 (KEM lOt2)
16 In kmfedr7 patologichookoy anstomil (save - prof, N.A.Zskhmr$y*v-
skmys) I laningradekoge, seditainskogo institute Imeni akad. I.P.
sumpenslea wtbed (Mus))

ILIINp G.I.
Influence of cortisone on the course of experimental staphylo-
oocoal infection. Diul. eksp. biol. i mod. 51 no.6:4&49
is 161a (KUU 15:6)
1. Iz laboratorii'infektoionnoy patologii (zav. - prof.
MS. Voyno.-y"Onstskiy) otdola patologicheskoy anatomii
(zav. - akadiim 'N.N. Anicbkov) Inotituts, okeperimentallnoy
meditoiny AMN Leningrad* Predstavlena akademikom. N.N.
Ani"ovymo
(STAPHYLOCOCCAL DISWE)
(CCRTISONE)
W-, a

BIRrUKOV,. D.A.,, prof.; SMODINTSEV,, A.A., prof.; szLivANOV, A.A.,,
kand. nod. nauko starshiy nauohuyy notrudnikj JjtlW,_", kand,
made naukj PIUMSM., V,,Te,p doktor mod. nauv;--GMMEMMO Gol
vrach
Grippeo Nauka i shisul 30 no.402-78 AP 163o (KMA 16:7)
10 Direktor Instituta'oksperimntal 'nay mmUtsiny ANN Ssa..
lanlngrad., deptvitollqy chlon AMR SSSR (for Biryukov).
2. Otdolvimologii Inatituta ka rimentallacy maditainy
AS SSSR, Leningrad (for Se:Li%:Omvr. 3o Otdol patologicheabby
anatOmii In3titut, OkM*rimentallnoy maditainy Alf SSSRv
Isningrad (for Win).
(nDVMA MZMH)

MARKOVICH; A. V. SOKOWV; B, V.; MISLntw&u ) A. -,FROLOVA-jM-.-k.
J
WIN) as L
"Therapy of expeimental coccal Infections by soluble tetracycline derivatives
and by t6tracycline."
report submitted for Antibiotics Cong, Prague, 15-19 Jun 64.
Sci Res last of Antibiotics, Uningrad.

ILIIN 0
Methodology of reproducing the palmonary form of staphylococcal
infection. Lab. delo no. llt690-692 164. (MIRA 17:12)
1. Laboratr,siya infoktoionnoy patologii (zaveduyushchiy-
Prof. A.V.Voyno-Yasenotakiy) otdela patologicheakoy anatomii
(zaveduyushchiy - akademik N.N.Anichkov) Instituta eksperimentallnoy
meditainy AMN SSM, Leningrad.

PIGAREVSKI*Y, V.Ye.; WIN, G.I.; ANATOLIYI S.A.; CHALKINA, O.M.
Paradoxical mitigation c ' toxic inflilew-a manifestationn wnder the
influence of a mild course of a staphylococcal infection of the
respiratory tracts. Vop. virus. 10 no.2:181-187 Mr-Ap 165.
(MIRA 18:10)
1. Institut eksperimntalinoy meditsiny A14N SLZR, Moskva. :I

WIN, GM,
~ ,
Temperature conditions in the hydrothermal processing of
natural phosphates. Trudy NIUIF no,208:133-142 165.
(MIRA 18t.11)

NI ZOV, A.A.
SKJSHKOV.TCH, B.L.1 ILIINS C
Automation of a device for cupping test of sheet metals. Zav.lab.
30 no.4t491-492 164. (MIRA rl-.4)
l.:Spetaiallnoyalkonst.ruktorskoye byuro po razrabotke avtomaticheakikh
aredstv izmereniya mass i priborov ispytatellnoy tekhniki Verkhne-
Volshokogo sovets, narodnogo khozyaystva.

ACC NR, Ar6021478 SOURCE CODE: UR/0413/66/000/011/0105/
MENTOR: Win, 0. P.; Rublev, P, A.
ORGi None
TITLE: An aircraft instrument for measuring the velocity of wind gusts. class 42,
No. 182422
SOURCE: Izobreteniya, promWeblennyye obrattay, tovarnyye znaki, no. 11, 1966,,
.105-io6
VOPIC TAGS: vind meter, auxiliary aircraft equipment
ABSrLTACT: This Author's Certificate introduces an aircraft instrument formeasuring
the 'velocity of wind gusts. The unit contains an intake section and a metal dia-
phragm. The instrument is designed for improved measurement.accuracy and for elimi-
rating the effect of extraneous factors on the measurements. The intake section of
the device is made in the form of a movable hemispherical cap which is rigi con-
nected during measurement to the center of a diaphragm located between and 2
oustic
receiver and a radiator of acoustic oscilliLtious
-. The radiator and receiver are con-,
nected in an electronic unit with a signal generator, resonance tu ning'indicator and
monitoring instrumentation.
Card
UDC; 551-508-54

BERDNIKOVt Leonid NIkolayevicb, Inzb.; Ij 'j-&,
L Geargiyjetrovic
Inz.h.j SHATERIN, Mikhail Andreyevich., inzh.; SHIFRIII,'"A.M...
red.
[Drilling and milli beat-resistant and low-magnetic steels;
verbatum record of a lecture deli%ered at the Leningrad House
of Scientific and Technical Information in May 1963] Sverlenie
i frezerovanle zharoprochnykh i mELlomagnitrjykh stalel; steno-
grair,ma lektaiip proebitamoi v LDNTP v mae 1963 g. Leni"red
1964. 23 P. (MIRA l7s~l

illy ~Ovj V.A.- 1.1,11110 G.Pq MAKSIMOVP YU.J.
Direct phase CoIrpowding sYstem w5ing a p-n-p-n device.
Sudostroenle no.8t40-42 AC r'65. 18

80848
8/050J60/000/06/o6/021-
B007/BOO7
J, 5" '0'0 0
AUTHOR: Win 0. P.
TITLE: Determination of the-Lower gloudiness Boundary
PERIODICAL: Mateorologiya i gidrologiyal 1960t No. 6, pp. 24-25
TEXT: A samiespirical formula for the.determ1nation of the lower
cloudiness boundary during'the warm season (April - September) is
derived. For the purpose of determining the increase on the lower
.cloudiness boundary# the observations,made from aircraft between 1953
and 1958 during the time from April to September in the area of Moscow
were used. The-results obtained are given in Table 1 and Fig. 1. It is
shown that,,if the temperature and the relative air-moisture at the
preceding and present instance of time are known from the weather records
in consideration of the constant of proportionality k (which depends
upon the season of the year), it is possible to determine the lower
cloudiness boundary. By adding this increase to the preceding height, the
lower cloudiness boundary at the given instant of time is obtained. In
Card 1/2

Determination of the Lower Cloudiness 8/050160/000/06/06/021
Boundary 3007/BO07
the case of sufficiently accurate air-temperature- and air-moisture data
the height of the lower cloudiness boundary may be calculated at dartiae
(during the warm season) from the formula (3) derived here with an error
of 6 to 8% of the quantity to be determined. There are I figure and I
table.
Card 2/2

ILI IN O.P
The speed of cyolone xovonent. Hateorgi gidrol. no.8:33-34 Ag
,6o. (MM 13:8)
(Oyolones)

~. a. .. .
ILIIN, 0. P.- "Investigation of Sowing Machines for Sowing Oak Acorns in Oroups.1 Min
of Higher Education 'USSR, Moscow Forestry-Engineering Inst, Moscow, 1933 (Dissertations
For Degree of Candidate of Tsobnlcal Sciences)
SO.- Knizhnava Igetovis' No. 26, June 1935, Moscow

-WlmlJkwdiy Favlovioblusmovg Alsksandr Vasillyevichl MUMN, A,I,j red.j
IUZUUVAV TIVaBs 9 rOds i Sd--Ta$ LABAMMAp RoY*o v tekbno redo
lKwhinery and equipment for the reforestation of cutover areas]
-Manbizw torWiia dUa, vandaulla-lexurkb Witur na. vMbkakbe
lio*vag ComUmbmisdati, 1963., 95 p. (ML 2418
(Forest# sad forestry-41quipmut and mpplies) (Reforsetationi

AIIN, O.P.v kan&.t*kbnox&Uk
-The KM forest seeder* Traktoi, selikhomsh& 32 uo*905 3 162o
(KM 15M)
(AHWstatim) (Wee p1mUng-Wymeat and supplies)

ACC NRs AM004216 SOURCE CODE: UR/0331/65/000/009/0000/0000
AUTHOR: Illin G. P. (Candidate of technical sciences, Engineer); Ishmanstov, A. S.
(Candidaie of4ifchnrcal sciences, Engineer)
ORG: none
TITLZ: Equipment used with skid tractorJAin forest husbandry
SOURCE: Lesnaya promyshlonnost', no, 9, 1965, Inside front cover and inside back co
'TOPIC TAGS: agricultural machinery, tractor
ABSTRACT: Plows, cultivators, ditch diggers, seeders, tree planters, and sprayers us-
ed with skid tractors in reforestation. soil preparation, fire fighting, and fire pre-
vention are described. The basic technical specifications of the tractors are given,
The authors identify the manufacturers and model numbers of the machines and recommend
ithe various tractors with which the hook-on equipment should be used. Orig. art. has:
2 figures, 8 tables.
SUB CODE: 02/ SUBM DATE t none
2
UDC: 631.3 634.0.377.44
Card

1_~IIN..,Georgiy "argeyevichl BOKOV, V.A.,, red.
[Ceramic piezoelectric elements) Keramicheakie plezo-
elementy. Leningradp 1963, 19 p* (Loningradgddy dom nauchno-
takhnichookoi propagambre Seriias Elektricheakie metody obra-
botki-materialov,.no*2) (MIRA 17:9)