SCIENTIFIC ABSTRACT PROSKURYAKOV, A. P. - PROSKURYAKOV, N. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343310012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Investigation of the Stability of the Solution of a 40-22-2-13/21
Linear Differential Equation of Second Order With Periodic Coeff'icients
There are 3 figures, and 2 Soviet references.
SUBMITTEDt November 5, 1957
1. Differential equations--Theory
Card 3/3

16(1)
AUTHOR: Proikuryakov, P. (Moscow) SOV40-22-4-12/26
TITLEs The Construction OTPeriodic Solutions of Autoncmaus Systems
With one Degree of Freedom for the Case of Arbitrary Real Roct-- for
the Equation of Fundamental Amplitudes (Postroyeniye periodiches-
kikh resheniy avtonomnykh sistem s odnoy stepenlyu svobody v
sluchaye proizvollnykh veshchestevennykh korney uravneniya
osnovnykh amplitud)
PERIODICAL: Prikladnaya matematika i mekhanika,1958,Vol 22,Nr 4,
PP 510 - 518 (USSR)
ABSTRACT: The method for the construction of periodic solutions of auto-
nomeous systems with one degree.of freedom has been sufficient-
ly explicitly elaborated for the case that the roots of the de-
fining amplitude equations are simple and do not vanish. In the
present note the special case is considered that the roots of
the amplitude equations which are assumed as real and nonnega-
tive can be multiple roots too.
The author. considers a non-linear oscillating system of one
degree of freedom, the differential equation of which possesses
the general form s
Card 1/2 ('.1) '; + k X = ,kf (Xp~q)w)

The Construction of Periodic Solutions of SOV/40-22-4-12/26
AutonomouB, Systems With one Degree of Freedom for the Case of Arbitrary
Real Roots for the Equation of Fundainental Ampliti2des
The function f is assumed to be analytic with respect to its
arguments. A& is a small parameter. The solution of the basic
equation is sought according to the method of the small para-
meter. Here it is assumed as initial condition
(1-4) (1-3) x(0) = A0 + B _~(O) = 0
Here 8 is a function of the small parameterAtwhich vanishes,
if it holds/* 0. Under the given assumptions the solution
has the form
X = x ( t, 13, )LA-)
* is expanded into a series, and the whole paper consists in
* discussion of the coefficients occurring in this expansion.
The application of the very complicated method is illustrated
by two simple examples.
There are 2 Soviet references.
SUBMITTED: April 15, 1958
IN
Card 2/2

PROUTTIYAKOV, A.P. Ofoaccw)
Investigating the solution stability of a linear differential
equation of the second order with periodic coefficients. Prikl.
mat. i mekh. 22 no.2:250-253 Mr-AP 158. (MIRA 11:7)
(Differential equations, Linear)

FROSMYAKOV, A.P*; GORUINOV, A.A., otvetstvennyy red,
[longitudinal dynazdc stability of gliders while being towed]
Prodolinaia dinandcheskaia, ustoichivoet' planers ma bukeire.
Izd-vo bluro nor, tekh. 1947.-24 pe' (Moscow ISentrallayl aero-
gidrodinamichaskii Institut. !Itrady, no,6"). (MIRA 3.1 t4)
(Gliders (Aeronautics))

PROSKU,4AKOV, A. F.
Kolebaniia lopasti av-tozhira otnositellno virtikallnogo sharnira.
Moskva, 1938- 58 p., diagrs. (TSAGI. Trudy, no- 379)
Title tr.: Autogiro rotor blad,! oscillations in respect ot the
vertical hin6e.
QA911-1465 no. 379
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

FROSKURYAKOV, A.P. (Moskva).
Periodic solutions for autonomic systems with one degree of freedom.
Prikl. mt. i makh. 21 no.4:585-590 JI-Ag 157. (MM 10:12)
(Oscillations)

PROSKURYAKOV. A.P.
Correctlon.-,,~, -,-14ft-le.of A.P. Proskuriakov "Rotor theory at
the zero angle of attack.* Prikl. mat. i mekh. vol.20, no.4. 1956.
Prikl. mat. i makh. 20 no.6:772 NI-D 156. (MISA 10:8)-
(Rotors)

AUTHORs PROSKURYAKOV, A.P. (Moscow) 40-4-r2l/24
TITLE: On the Determination of the Periodic Solutions of Autonomous
Systems With one Degree of Freedom (K postroyenf~ru periodiches-
kikh resheniy avtonomnykh sistem a odnoy stepenlyu svobody).
PERIODICAL: Prikladnaya Mat.i Mekh., 1.957, Vol.21., Nr 4, PP-585-590 (USSR)
ABSTRACTs By combining van der Polls method with that of the small pa-
rameter the author obtains by formal series eypansions the
periodical solutions of the oscillatory equation
M d~x + k23e = Af(x, dx /AL)
dt 2 dt
where f is assumed to be analytical and /tt to be small. By
the transformation t 1L h where h is a power series in
k /1L
the author passes from (1) to
d 2x 2 h2 k dx
(2) + h X = - Tr- f 1AL)
d1d2 "U k2 f(X, ]~
and then according to van der Pol to the system
dx 2 2
CARD 1/2 dT = y -h x +/4h f(xj k Y9
d1d 7

On the Determination of the Periodic Solutions of 40-4-21/24
Autonomous Systems With one Degree of Freedom
Now van der Polls variables are introduced:
x(,V) = a(z) cos,9 + b(t) sin-V , y(Z) - -a(,r) sinT + b(V) cost
and the new system is solved by the series expansions
a(t) = ac(T) +/Lal(T) + /U 2a2(t) +
b(%) - boft) +,Abl(T) + /"2 b2(r) +
On the whole three approximations are calculated. The final
results for 51 + k2x =,,U(c(_8x2) Al (power-supply voltage in
dt
a tube generator) are 2
lot, A
+ =2 (-COST
x(It) A000st + !~A-o (3sint - sin3V), + -1-CO83T
8k 16k2 2
-L 2
2 2 2 c 12 0085V)14
T I + 0' +0,10) 1 where A , _~c
k 76 72 j o B
SUBMITTEDs April 15, 1957
AVAILABLEs Library of Congress
CARD 2/2

M
PROSKURYAKOVP A.V.., kand.tekhn.nauk; EELOVA,, L.D.., inzh.
Characteristics of technical and economic calculations in small-
lot production. Vest.mashinostr. 42 no.5:82-85 PV 162.
OURA 15:5)
(InduBtrial management)

ABRAWT, Yu,,A, inzh.$ PROSKURYAKOV, A.V., kand. tekhn. nauk, do~3enL
Using mathematical me-Ihods in planning operatione foz, the
producticn of a wide range of articles. Vest. masbinsstr.
45 ro.?-.?4-77 j1 165. (MIRA 18..,10)

LISICHKINA, S.M., obshchiy red.; TOKASHPOLISKIY, L.M., obshchiy red.;
CHUTXMIASHVILI, Te.V., obahchiy red.; KARTAGIN, I.D., red.;
KIRITAROVA, Z.V., red.; HAWAYEV, P.V., red.; MOTORIN, A.I., red.;
POPOV. I.V.. red.: POPOV. U.N., red.: PROSMIAKOV, A.Y., red.;
SOKOLOVO Tu*S& 9 red.; STUPOV, I.D., rea.; MYHMIY;' A.M. j red.;
MAZHULI, V.S.; red.; DSHILOV, U.N., red.; RAKHKANIHOV, G.I., red,;
SUVCHINKO, G.A., tekhn.red.
(Development of the national economy of the German Democratic
Republiej RazvItIe narodnogo khoziaistva Germanskoi Demokrati-
cheskoi Respubliki. Moskva, Proizvodstvenno-izdatel'skii kombi-
nat VINITI, 1959. go6 p. (MIRA 13:4)
.1. Akademiya nauk SM. Institut nauchnoy informataii.
(Germany, last--Economic conditions)

P
CMIIYSHEV, V.N., inzh., retsenzent;
SAKSAGANSKIY, T.D., inzh., red.; PEUMOVA, G.R.p
red.izd-va; GORDEYEVA, L.P., tekhn. red.
[Technical and economic bases for the standardization of
machine-tool attachments] Tekhniko-ekonomicheskie osnovy
nomalizatsii i unifikatsii prisposoblenii. 2. izd., pe-
rer. i dop. Moskva, Mashgizp 1963. 189 p.
(MIRA 17:2)

PROSY,URYAKCJV, A-.V. -
Efficiency of the unit assembly of technological equipment.
Standartizatsiia 29 no.6:28-31 Je 165. (MIRA 18:12)

jv
FRUN 1 BOM KUWIWION 807/3857
Moscow. Dom nauchno.-tekhnicheakay propagandy imeni F. 1. DzerzhInBkogo
Vyisokoproizvoditell naya tekhnologicheskaya osnastka (Righ-Productivity
Auxiliary Processing Zquipment) Moscow.. Nsshgiz.. 3.960. 174 p.
8.9000 copies printed.
Sponsoring Agency: Obahchestvo po ramprostraneniyu politicheakikh i
nauchn;ykh manty RVSX
Ed. (title page): V. V. XuzImin; Rd. (inside book): S. U Nox-tens;
Tech. Ed.: I" P. GordeyevR; Managing Ed. for Uteratuare on Metal-
working and Machine-Tool, Confirtruction (Mashgiz): V. V. Rzhavinskly,
Engineer.
rURP=: This colleabion. of articlea is intended for 'technical persoemel
engaged In the development of auxiliary equipsent for metal processing.
COMAW: This collection contains articles dealing with modern machine-
tool auxiliary equipwnt, methods of mamdacture,, and data cu the In-
troduction of such equipwnt into production. The engineering and
Card 116

High-ProductivIty Auxiliary Fmaest3ing FmUpamt SOV/3857
economic aspee,,13 Of the use of standardized WxMary equipment am
also discumsed. No personalities wre mentioned. References follav
each article.
"DIX (W COMM:
Mxbroduction
3
Prosku7akovu A V [Candidate of Technical Sciences]. Sagineering and
__a. .
Econciale Bases for the tTse of Aj,)dii Processing Equipment 7
The author indicates the econmW in cost and mwberja3A and the in_
creased efficiency brought about by the use of standardized fixtures
and auxiliary equipment.
Naydov-Zhelezov, Ch. G. Economic Effectiveness of the Standardizattun
of Awdliary Processing IWpoent in Machine Mmufactum 21
The author presents a cost analysis showiM the savings resu3ting
frM the Introduction of standardized auxiliary processing eqmipwnt.
FLIStOvo G. V. Basic T~mmds in the Standardization of Auxiliary
PMW891139 IWpwnt 30
Card 2/6

MINIKOV, K.Y., inzh., retsenzent;
TSWUMIUIV W_..
uk, retsenzent; AVRWIM, S.T.,
dotsent, red.; BARYKOVA, G.I., red.izd-va; SKIWOVA, G.T., tekhn.red.
(Technological and economic bases for standardizing and universal-
izing machine-tool attachments] Tekhniko-okonomicheakie oanovy
normalizateii i universelizataii prisposoblenil. Koskva, Goo.
nauchno-tokhn.ixd-vo mashinostroit.lit-ry, 1959. 159 P. (MIRA 12:12)
(Kqchine tools--Attachments)

LISICHKIN, S.M., doktor ekonom.nauk, glevnyy red.;
kand.tekhn.nauk, red.; ARUTYU,1TQV, N.B., red.; TOMASIUWSKIT,
L.M., red.; POPOV, I.V., kand.okonom.nauk, red.; CHUTKHRASHVILI,
.Ye.V., kand.okonom.nauk. red.; DZNISOVA, L.L.', red.; DOBRITSYNA.
R.I., tekhn.red.
[Belgium; brief economic-statistical survey] Bellgiia; kratkii
okonamiko-statistialieskii obzor. MoBkva, 1959. 125 P.
(MIRA 12:11)
1. Akademiya nauk SSSR. Institut nauchnoy informateii. 2. Vee-
soyuznyy tsentrnllnyy nauchno-isaledovatellskly institut chernoy
metallurgii (TsNII Chermet) (for Arutyunov).
(Belgium--Economic conditions)

IMSKURYAKOV* A.Vop)mnd*tekhn.n&uk
Reducing the time needed for mastering new machine@. Vest.mash.
39 no-3:83 gr 159. (MIRA 12-4)
1. Po naterialam Odeaskogo soveshchanlya konstruktorov i tekhnolo-
gov*
(Machine-shop prixetles)

BOGATYREV, Vladimir 14:Lkolayevich; BONDAUNKO, A.K., inzh., retoenzent;
PROSKURYAKOV. A.V.. kand. tekhn. nauk,, red.; MTIPOV, V.P.,
--r-9-. izd-va,- DOBRIT312U, It., tekhn. red.
[Selection of an economic-process for machining parts in
machinery plants] Vybor ekonomicheskogo protsessa mekhani-
cheskoi obrabotki detalei na mashinostroitellrqkh zavodakh.
Maskva, Gos. nauchno-tekILn. izd-vo mashinostroit lit- It
1961. 71 p. (Machinery industry) O-niA 15:37

SOV122-59-3-3o/42
AUTHOR: Proskuryak-ov A V Candidate of Technical Sciences
TITLE: Ways of Accelerating the Familiarisation Cycle with New
Machines (Puti sokrashcheniya tsikla osvoyeniya novykh
mashin)
PERIODICAL: Vestnik Mashinostroyeniya, 19592 Nr 3, p 83 (USSR)
ABSTRACT: A Conferenceg called at the end of 1958 by the Odessa
Region Administration of the Scientific and Technical
Division of the Mechanical Engineering Industry
(Odesskoye oblastnoye pravleniya NTOMashprom), the
Odessa Economic Council (Sovnarkhoz) and the Odessa House
of Scientists (Odesskiy Dom Uchenykh), assembled
designers and production engineers and was devoted to
Problems of the technical preparation for production.
Miroshnichenko, K.P., Engineer~ of the Odessa Economic
Council, emphasised the importanoa of concentrating the
best engineering and scientific forces in design offices.
The Economic Council therefore transferred several of its
specialists to design offices. In some instancesq it is
appropriate to entrust identical technical assignments to
Card 115 two design offices of similar nature in order to choose
the best solution. Design offices should include

SOV/122-59-3-30A2
Ways of Accelerating the Familiarisation Cycle with New Machines
specialists in physics. S.M. Yampollskiy, Candidate of
Technical Sciences, Lecturer of the Odessa Polytechnic
Institute (Odesskiy Politekhnicheskiy Institut)
formulated the main trends in accelerating the creation
of new techniques and improving their economic effective-
ness. The planning of the technical development of all
branches of production must be improved. Home and
foreign experience in the fields of design, production
methods, and production organisation must be better
utilised in adopting new machines. Projects should
envisage wider prospects and be ---onceived as an integrated
system of machinery. Standardisation should be widely
applied. In i~rbine construction particularly standardi-
sation and unit construction principles have already
greatly reduced the period of project design and
production. L.Ya. Shukhgallter, Candidate of Technical
Sciencesi Lecturer, of Moscow7and Bartashev7 L.V.,
Candidate of Technical Sciences, Lecturer) of Odessag
Card 2/5 devoted papers to the problems of economics in the work
of the designer and the production engineer. The

SOV/122-59-3-30/1,2
Ways of Accelerating the Familiarisation Cycle with New Machines
creation of new entities can be Of full value and
effectiveness only if their design is based on and
verified from the point of view of the National Economy.
A system of functional criteria should be established for
each type of machine by means of which the operational
merit of each new machine must be proved during the
project stage. At the same timeq the most important
manufacturing aspects of the new machine must be estab-
lished, such as the selection in the method of obtaining
blanksg the type of machining~ the Organisation of
partial and complete assembly. Problems of reducing the
weight of a machine must be considered. At each stage
the economic properties of the machine must be examined
with greater refinement. F.L. Kopelev, of Odessa, showed
how, by analysis of many dozens of present-day designs of
home and foreign produced radial drillsq a mathematical
relation was found between the weight and the basic
specification of the machine. Investigations, carried
Card 3/5 out on a number of machines9 show that a general procedure
for determining the basic specification can be established

SOV/122-59-3-30/42
Ways of Accelerating the Familiarisation Cycle with New Machines
and the relations between the weight and the basic
quantities can be found. Relations between other cri-
teria apart from the weight and the basic dimensions can
also be obtained by statistical methods. A.V. Proskurya-
kov7 of Moscow, considered the principles of selection
of an economic system of fixtures depending on the
production quantity. The difference between the savings
achieved by fixtures and the annual expenditure on the
fixtures determines their economic effectiveness. An
analytical variation of the magnitude of the annual
expenditure and of the savings which depend on production
quantities makes it possible to find analytically or
graphically the appropriate limits of utilising tooling
of different systems, including universally adaptable
and universal unit assembled fixtures. Bogakovskiy, Ya.M.
of Odessa, emphasised that universally adaptable and
universal unit-constructed tooling finds increasing use
in Odessa Plants. The re-setting of equipment permits
drastic savings in auxiliary time in small batch and
Card V5 medium batch production? where the use of special

SOV/122-59-3-30/42
Ways of Accelerating the Familiarisation Cycle with New Machines
fixtures is often unjustified. Erlikh, L.B., Candidate
of Technical Sciences, of Odessa, dwelt on the problems
of creating a system of criteria which determine the
technical level of machines newly created. The tenden-
cies In the changes in these criteria due to technical
progress, which can be graphically presented, must be the
basis of setting tasks to enterprises concerned with the
improvement of the technical quality of the machines
produced, in the same way as tasks are set to reduce the
cost or to increase the productivity of labour. The
introduction of such criteria will make it possible to
plan technical progress and will guide the designer in
the improvement of existing and the creation of new
Card 515 designs.

~PKOS
Increasing Labor Productivity in Machine Buidling (Voprosy povysheaiya
proiavoditellnosti truda v mashinostroanii) Gosudaretvennoye nauch-tekh.
izdat. mashinostroitell. literatury, Moscow, 1957 511 PP-
(Table of Contents wuthora below)
This collection presents a comparative tech. and economic analysis of
most effective methods and industrial processes for obtaining high labor productivity'
in machine building. Output may be stepped up by further standardization of vachine
tools, materials, and productIon methods; drawing on unused potentials.
Covers all stages of planning and production as performed in Oodern plants of
USSR, actual experience, and new methods are discussed.
PROSKURYAKOV, A. V., "Technical and Econibmic Factors in Selecting Tooling
Accessories," p. 208.

122-5-24/3f
AUTHOR: Prosku:r7akovp A.V. (Cand.Tecia.Sc.)
TITLE: The Technical and Economic Foundations for the Choice of
Fixtures. (Tekhniko-ekonomicheskiye osnovy vybora
prisposobleniy)
PERIODICAL: Vestnik Maslainostroyeniya, 1957, Nr 5, Pp*.70-75 (USSR)
ABSTRACT: The replacement of special fixtures by those assembled of
standard elements is practised successfully in three ways
distinguished as the "assembled unit type fixtures", the
"universal adaptor fixtures-! and the "Complex universal adap-
tor fixtures with. power actuators". The first system is
associated with V.S.Kuznetzov and V.A`.Gonomarev.(6Assemb1ed
unit type fixtures in mechanical engineering manufacture",
Trudrezervizdat, 1951). Second and third grades.of accuracy
are achieved, ten years service is normal for individual
units. Assemblies are put together from office-prepared
sketches by machine setters. The second group is described
with some examples as embodied by universal fixtures with
individual adaptor, e.g.# vice with interchangeable jaws-.
The principles for selecting the type of fixture equipment
most economic for a given production run are discussed.
Expressions of machining cost in its relation to number of
Card 1/? detailst annual number of batchesp the service life of a

122-5-24/3~F
The Technical and Economic Foundations for the Choice of Fixtures.
fixturev its design cost and other factors are set up. A
graph constructed on the basis of shop information shows
typical regions for the use of the three classes of fizture
equipment'.
There are 8 illustrations, including 3 photographs and 4
graphs.
AVAILABLE: Library of Congress.
Card

PROSMYAKOV, A.V., otvetstvennyy redaktor.
[Index of patent classes and certificates of authorship Issued in
the U.S.S.R. with their diyision into subclasses, groups, and
subgroups] U)mzatell klassov patentov i artorskikh evidetel'sty
vydavaemykh v SSSR a podrazdalenism ikh m pod1classy, gruppy i
podgrappy. Otystat"unyi redaktor A. V.Prookuriakov. En.p. , n. d. 1
689 p. [Photostat] MRA 8:2)
(Patent#--Classification)

* A * Ve
PROSKURYAKOV., A. V.--"Techn.ical-Economic Problems of Standardization of Adaptations
for Nechnaical Processing." Min Higher Education USSR. Moscow Order of
Lenin and Order of Labor Red Banner Higher Technical School imeni Bauman.
Moscow, 1955- (Dissertation for the Degree of Candidate in Technical
.Science).
So Knizhanay letopial
No 2,1 1956

BOGATYREV, Vladimir Nikolayevich,, BORDARRIKO, A.K., inzh.j retsenzentj
. PROSKMAKOV. A.V.. kand. tekhn.., red.; ANTIPOV, V.P.j. red. izd-va;
SYNAf R., teklm, red,
[Selecting an efficient procedure for machining parts at machinery
plants] Vybor ekonomichnogo protsessa mekhanicheskoi obrabotki de-
talei na, mashinostroitelirVkh zavodakho Moskva., Gos. nauchno-
tekbn. izd-vo mashinostrbit.lit-ry.. 1961. 71 p. (MIRA 14:11)
(Machinery industry-Management)

VRMr"RYATA'UF Boris Nikolayovich; CHXRTOK, Mark Semenovich; DUBROVSKIT. Z.K..
rodilffor; OTOCHRYA, H.A., redaktor izdatelletya; KONYASHINA. A.,
tekhnicheskiy redaktor
[Concise manual on streetcars] Kratkii spravochnik po trawainym
vagonam. Moskva. Izd-vo Ministerstva kommunallnogo khostaletva
RSIMR. 1956. 205 P. (HLRA 9:10)
(Street railways--Cars)

PROSWRYAKOV B.Y., doktor tak)inichoskikh nauk,
;Wje;r-t0-
Heat calculations of a freezing well in filtering soils. liv.TNIIG
no.45%3-16 .151. (Fro%" ground) NLRA 10:3)

SOV-98-58-9-17/21
AUTHORS: Proskuryakov, B.V, and Stollnikov, V.V., Doctors of Tech-
_ntrai-ftlU-ff-c~esand Borovoy, A.A., Engineer
TITLE: Hydraulic Engineering Works in Turkey (Gidrotekhnicheskoye
stroitellstvo v Turtsii)
PERIODICAL: Gidrotekhnicheskoye stroitellstvo, 1958, 1,r 9, PP 48 - 50
(USSR)
ABSTRACT: The authors describe dams already existing in Turkey and
those now under construction. Turkey's economic depend-
ence on foreign capital is stressed. There are 4 diagrams
and 1 photo.
1. Dams--Turkey 2. Economic conditions--Turkey
Card 1/1

SHMOV, Grigoriy Ivanovich, prof., doktor tekhn.nauk (deceased];
- PROSKMAKOT B T , prof., doktor tekhn.nauk, otv.red.;
WoRil ",*O.K., red.; BRAYNINA, K.I., tekhn.red.
(River sediments, their regimen, calculation and measurement
methods] Rechnye nanosy; rezhim, raschety i metody izmerenti.
Izd.2., ispr. i dop. Leningrad, GidrometeorAzd-vo, 1959.
377 P. (MIRA 12:8)
(Rivers) (Sedimentation and deposition)

GONCHAPOV, Vitaliy Nikolayevich; pRosKMAKOV, _~I.V.,_otv. red.; SHATILINA,
M.K.,, red.; BRAYNINA, MJ-.,tel~hZ red.
[Dynamics of cbannel streams] Dinamika ruslovykh potokov. Lenin-
grad, Gidrom6eoizdat 1962. 373 P. (MIRA 15:7)
?Stream measurement)

NOVIKOV$. I.T.; NEFORCHIRY, P.S.; GIVZBURG, S.Z.; BELYAKOV, A.A.;
ERISTOV, V.S.; VOZ14ESEISKIY, A.N.; IVAKSOV, W.M.;
BOROVOY, A.A.; TEMW, I.A.; ALEKSAN)ROV, B.K.;
YURINOVp D.M.; NOSOV, R.P.; 1111GUYWV, A.V.; NICHIPCHOVICHP A.A.;
ABELEV2 A.S.; FROSKURYAKOV
B
,V ; MENTELI, M.F.; KRITSKIYj S.N.;
BELYY, L.D.
Mikhail Evgonlevich Knorre. Gidr. stroi. 32 no.5,. MY 162.
(MJRA 15: 5)
(Knorre, Mikhail Evgenlevich,, 1876-1962)

1. ,
PR(BM71HYA K CIV, ~j.,
. ...............
axpen:!: ture
the arparatus Cf gas turbines. 'ev,-;6rer:-acLka
no.9, !-.~--Jq S 164. (MIRA jF..8)
1. Uralf-skiy 7avol.
Tr

KOVALEVSKIYO M.M., inzh.; PROSKVRYA~OV,.._q.V., inzh.; REVZIN, B.S., inzh.;
GRECHUKRIN., Ye.M.,- inzh.; SORCKIN, G.N., kand. tekhn. nauk;
TYRYSHKIN, V.G., kard. tekhn. nauk
Results of the heat tests of the GT-6-750-TKZ gas turbine
operating on liquid fuel. Energomashinostroenie 11 no-4:
1-5 Ap 165. (MIRA 18t6)

-'n
J
:ASS OClATt6'v--!-
i 13
gial

MCISSION UK: AP4044558 S/0096/64/000/Wg/b0l6/0CY1g
AMOR: Pr6skuryakoyj G. V!,_ (ftineer)
TITLE: The-problem of-d6ternining discharge coefficiefit-aftd,dincharge angle from
gas turbine blade sections
SOURCE: Teploenereetikaj rw. go 1964o 16-19
TOPIC TAGS: --biurbinep -turbine-rotorp -gas -discharge,- compressible fluid, blade
profile/ turbinw-oT 6 ?5O#-TsND stagep turbine OTK 10
ABSTRACT: I -'-discherge characteristics of gas turbine blades were studied
anal) f ifial -,the tuftine
GrAt 44ibtment in'the circulation aypt"~qr
.-GT 0 r'al Vixt6"tot Factory. Since *the blade-proftle ind-asoandary
-6-75 VW U
loss me-c'66iiiii ~:,rRand Xfpr i!ere knowno a flow d1h6hargq- caeMriant was compdod
according to the formula Vp I - 0.5m, (r., + cello
He (1,3 -1.4) (1 + 0,13M,)., Mach number)i
~where
and an expression wes: detived, for the discharge angle given by
arcig(Igii.
jc ..~_ .
1/2

-ACCEMION NRs AM044558
:,,~Theae results were then checkeid with riDW41*.iWel stage measurements with
satisfactory results* The MMaols- 4seWAa- an tmempressible potential flow in the:
-blade profiles for Pjorltleal.. Flor M2 *7 0.6 compressibility effects are
1
Ancluded together with viscous terra, and the solution 18 carried outnumerically
on digital computers@ Orige art,@ hass 11 formulas and 4 figures
IASSOCIATIONs Urallskly tukbowotorny*y sayod (Ural Tutomotor ftatory)
00 NMI 00
SU9 OODJb P11 NO R9r sov: oo6. OTHERs. 000:
110
lea'

PROSKURRYLKOV, G. V.
"Manual and Machine Oxyten Cutting."
[Paper presented at the Sverdlovsk Regional Conference on Gas-Flame Metal Working
and Electric-Gas Processes, Sverdlovsk, 14-16 May 1958, Sponsored by VNIIAvtogen.

t 21992-66 . r4T(x)/M(w)_6/T/9WP.(r) WWIW9
ACC NRz AM14W SOURCE CODEz URIOU4/63/000/00410001
AUTHOR:.Kovalevskly, 14. M. (Engineer); Proskurvakov, G. V. (EngAneer); Ravzin, B. S.
(Engineer)j Grechukhin, Too He (Engineer); Sorokin. Go No (Candidate Of tAmbrdcal
sciences); Ty_ry__9h1dn_. -V�_Go (daiAiaste of technical sciences) 6q
/D
t none Ole Is
Tr=:. Results of the gas turbine heat testa at the GT-6-750 TMZ liquid fuel plant,
SOURCE Energonashinostroyan4s, no. 4 1965 1-3
TOPIC TAGS: .:gas: turbine,,thermomter, resistance thIor neter, tachometer, wattmeter,
monomter, turbine compressor
ABSTRACT- The article presents'the result's obtained in the Mial stage of
themoWchnical testing of the 6 negawatt gas turbine installation in the .11
plant. -:A schematic diagram of the measuring set-up and Instrumentation Is
shown: it consisted essentially of a mercury thermometer, a resistance
thermomethr, a manometer, a standard manometer, a tachometer and a laboratory
wattmeter. At a temperature of ?600C before the hi&h-pressure stage and vith
6: MW output at 62M rym , the efficiencias were 86.,,r4 for the hi&_ -pressure
ot,%,Se (89.5% design value) and 91.6% for the 'low-pressure stage (90.3% design
vales). All the equations are shown for calculating power IOSS03l hoat bal-
anco and efficiencies. 2he compressor was also tested at the.same tind. The
results are pre3entod*in the form of curveso These ahow the overall perfor-

ACC N" AP6023321 SOURCE CODE:
Proskuryakov, G. V.__(Engineer)
UR/0114/66/000/004/0036/oO37,
'be number of inq~vidusl stages in stationary gas turbines
Energomashinostroyeniye, no- 4, 1966, 36-37
TOPIC TAGS: turbine stage, turbine design
1ABSTRACT: In modern gas turbines with 4 to 8 pressure reduction stages,
:the specific volume of the gas varies from 3 to 5 times between the
first and last stages. Under these conditions, to attain maximum
efficiency, each stage must have its optimum rpm, optimum isentropic
drops, and optimum parameters (degree of reactivity, angle Ck ratio
U/co). The required magnitude of the ratio u/co can be deterMnod by
the equation:
U I
V (j( t~l +b).
'UDC: 62-183,-,6 1 -154-1
-card-1/3- 2,__,430_- 004

ACC
AP6023321
where a-
V2
tg a2
b (p pr-1- Q cos a I;
.C = Q + (p, 0 - Q)-
Figure 1 illustrates the change in the ratio U/c and the weight of the
turbine rotor as a function of the angleC4, 2 asagmed in the stages.
S# M M JO
1. Effect of the value of angle
2 on the ratio
and the size of the turbine:
~ichenge in u/c ; - - - change in weight of the rotor
forging; stage p0ameters: o( 0
20 30%; 300
2
Card 2/3

ACC NR: AP6023321
.The results of calculations based on the above assumptions are shown
:graphically. One curve illustrates the effect of the angle of attack
!on the efficiency of a turbine, and a second curve sbows the effect of
I
iperipheral undercutting on the efficiency of turbine stages. Orig. art.
has: 4 formulas and 3 figures.
SUB CODE:J5 / SUBM DATE:' none/ ORIG REF: 0051 OTH REF: 001

22733-66 RvIT(cf) /Fvrr(m) /;:Wv(v) A:111DI
ACC-Rk,---A-F-60-O28W SOURCE CODEt Ulf/0286/65/000 ~Www "00
AUTHORt Prookwryakovs-G, Vo
ORGs none
TITLEx Mechanisn'tor strip bending, Clime 71, No* 176861:
"SOUrms Byunoten' isobreteniy i tovarmykh anakov, no. 241 1965t 14
TOPIC TAGS# astilworking machineryp sheet metal bender metal bonding, bonling
machine
ABSrMTt Thi 9 Author Certificate pro
sentsa mechanism for strip bending It
includes a' stati. case for clamping one end of the blank and a rotary mechanism
ozWT - I
for bending the free end of the blank, To. obtain a, smaller. radius of curvature
than is possible in normal bending, the bending mechanism is designed in the form of
A rotary body in which two clamping plates and an adjustable support are mounted
to form a closed chamber for upsetting the strip during the bending process. The
body axis of rotation is displaced with respect to the center of the bending radius*
SUB CODEs 13/ SUBM DATEa ~250ctO
Card ... . .....
UDCs 62
1198101

ACC NiRt AP6033446
INVENTOR: Proskuryakov, G. V.; Vozhdayev, Ye. A.; Terent'yov, A. A.; Kuli?ova, L.
ORG: None
ITITLE: A method for bending sectional profiles froia sheet stock,
1185827
SOURCE: Izobret prom obraz tov zn, no. 18, 1966, 21
TOPIC TAGS: sheet metal, metal bending, bending machine
Class 7, No.
ABSTRACT: This Author's Certificate introduces a method for bending sectional pro-
files from sheet stock. Cross sections with internal bending radii close to zero are
produced from material with low ductility by additional bending with the application
of compressive force to shelves on the prebent profile along lines which are normal
and tangent to the central axis of the cross section.
SUB CODE: 11, 13/ SUBM DATE: 2lOct63
UUU: t

TARAMMOO Natallya Yuvenallyevne;,PROSTAXOTA, Irsida Grigorlyevna;
RMOTA, Nina Nikolayevna; BUMUZM, A.I.,
p
TUOTOO red.; ZUWA, N.K., tekhn.red.
[Industrial hygiene at stomde electric stations] Gigiena truda
pri rabote na atomnykh alektrostantaiiakh. Pod red. A.I.Barnasiana.
Nook,va, Gos.izd-vo wd.lit-ry, Meagiz, 1960. 151 p.
7- WRA 14:3)
(ATOUC POEM MANS--ffGnMIC ASPBMS)

Id. and T-S.
vwaw~ 011001011 "t*kwwP-
Recip.~Ocal action of arc~)r-)ic acid and veFetal aWlases of various ori -in.
Biokiiiya, Vol. 17, No-5, pp 578, 1952.

. . . UMMEM
FROSKURYAKOV, I. V.
Topology
Theory of the dimension of topologic space; Uch. zap. Mosk. un. no. 148, 1951.
9. Monthly List of Russian Accessions, Library of Congress, may -1958. Unclassified.
2

C
FADOROV, Yu.G., red.; TSVETKOV, A.T., red.;
FROSKURY P& lgaEL VW
XURISHOU, N.Ya., tekhn.red.
(A collection of problems in linear algebra] Sbornik zadach po
linsinoi algebra. J(oskva. Gos.izd-vo tkehniko-teoret. lit-ry,
1957. 368 P. (HIRA 11:2)
(Algebra--Problems. exercises, etc.)

16(1)
AUTHOR: Proskuryakov,I.V_ SOV42-1, A-1 -19/27
--------------
TITLE: On a Property of the n-Dimensional Affine Space, Connected
With the Theorem of Helly (Ob odnom svoystve n-mernogo affinnogo
prostranstva, svyazannom a teoremoy Khelli)
PERIODICAL: Uspekhi matematicheskikh nauk,1959,Vol 14,Nr 1,pp 219-222(USSR)
ABSTRACT: The following theorem is proved: An arbitrary system of P_+2
points of the n-dimensional affine space R n can be decomposed
into two non-empty subsystems without common points, the convex
closures of which have a common point. For the uniqueness of
the decomposition it is necessary and sufficient that no k+1
points of the system lie in a (k-l)-dimensional plane (k = 1,2,
... n). In this case the common point is determined uniquely
and the decomposition is given as follows: two points of the
system belong to the same or to different subsystems depending
on the fact whether they lie on different or on one side of the
(n-l)-dimensional plane defined by the remaining n points of
the system.
From this theorem there follows the theorem of Helly ~_Ref 1_7
Card 1/2

on a Property of the n-Dimensional Affine Space, SOV/42-14-1-19/27
Connected With the Theorem of Helly
on common points of convex sets. The author mentions variations
of the proof of the theorem of Helly due to I.G.Dukor LRef 4__7,
M.A.Krasnosellskiy Z-Ref 52, I.M.Yaglom and V.G.Boltyanskiy
fRqf 6-7.
There are 7 references, 3 of which are Soviet, 3 German, and
I Italian.
SUBMITTED% September 25,1957
Card 2/2

. -WANOV., I.V.; F.K., red.; LYUO-TERNIK,
MlfiHINA, A.P.; -F~tQW,
L.A., red.; Y1.111POLISER, A.R., red.; LATY-SHEN, V.N., red.
[Higher algebra; linear algebra, polynomials, universal
algebra] Vysshaia. algebra; lineinaia Elgebra, mnogocl.leny,
obshchaia algobra. Izd. 2., ispr. Vloskva, Izd-vo "Nauka,"
1965. 300 P. (MIRA 18:3)

PROSKUHYAKOV , Igor' VladijairoViuh; DOLGOPOLOV, V.G., red.
[Numbers and polynomials] Chisla i mnogochleny. Izd.2.
Moskva# Prosveshcbenie, 1965. 283 p. (MIRA 18:4)

MISHINAt A.P~; -PBQSKUffVAKOV,-IV,,;, LYUSTERNIK, L;A.,. red.;
Y,UIPOLISKIY, A.R.,, red.; RASMSKIY, P.K.,. red.;
IATYSBEV, V.11... red.; PLAKSHE, L.Tu.~ tekhn. red.
[Higher algebra; linear algebra, polynomials, universal
algebra]Vysshaia algebra; lineinaia algebra., nnogochlerly,,
obshchaia algebra. Pod red. P.K.Rashevskogo. Moskva., Fiz-
matgiz, 1962. 299 p. (MIRA 15:9)
(Algebra)

PROSKURYAKOV, Igor' Vladimirovich; SHIROKOVA, S.A., red.; LIKHACHEVA,
', ~. 're d .
~.
(Collection of problems in linear algebra] Sbornik zadach Po
lineinoi alffebre. Izd,2. Moskva.. Goa. izd-vo fiziko-matem.
"lit-ry, 1962. 332 p. (HIM 15:3)
(Algebras, Linear-Problems, exercises, etc.)

'al
e ne r
(MIRA 3,8'-10)

PROSKURYAKOVV K.N.p_inzh.0 dissertant
Natural vibrations in a single steam generattng channel.
..Toploonergetika 12*no.3t75-77 Mr.165, (MIRA 18.6)
1. Mookovokiy onergeticheakiy institut,

DEMENTIYEV, Boria Aleks*fidrovich; PROSKURYAKOV, Konotantin
Nikolayevich
(Transport and ~Vneering equipment and the regueling
of nuclear reactors] transportno-tekhnologicheakoe obo-
rudovanie i perlegruzki iadernykh reaktorov; uchebnoe po-
obie dlia studentov spetsiallnosti "Proektiroyanie i
:
kspluatatsiia atomnykh elektrostantii." Red. 4.N.
Proskuriakov. Moskva, Moak. energ.in-t, 1961.59 P.
(MI RA 16: 10)
(Nuclear reactors)

PROSKURYAKCYV K.N inzh.
Some laws governing oscillatory processes in steam
generating channels. Trudy MI no.63:173-182 165 41IFA 18:1--))

Milly V.G.; FMSKIJRYA?,,)V, ULIA.; YAKOVETSS, V.V.; SHKLOVSKiT, Ya.P.
Continuous !.!tr&iete-. for Indicating raxl=lm kar~inen rf watsr.
- - I- ,
i, ~
Trudy Bash IIIINP no-5:296-298 162. ~!~ ..~.

PROSSKURYAKOV, L.M.; SOBOLEV.. A.S.
Automatic a.c. balanced bridge for chromatog-raphIc recording.
Trudy BashNIII UP no.61l68-171 163. NIRA 17.- 5)

PROSKURYAKOV, L.M.; BURKIN, Yu.A.
Improving equipment for laboratory experiments. Trudy
BashNII NP no.7sl43-146 164. (MIRA DO)

PROSKURLWMV, L. V.
"Ifew Demonstration of Equivaleace of Two Determinations of Dimensionality of a
Topological Space," Usp. mit. liauk Vol. 6 No. 4 (44), pp 193-220, 1951.
U-1635, 16 Jan 52

uV-)
ter, xj5j~,O
0~
IV
ee9l
OT'j
0cpa
she,, 010
e0 -1
t-Ile e i al ge
t)~~ ~!~4, -ar,
.00.
SOIDetO119
eq
YTO TO al
. . ,,Ie 2e-,, . e t, C~~ ~ 4
,b e,,ce, T~ .13,vJ9 V
S,01 'J~e
Ot
I~etuoa EeT dI lat
r cove 9. t-~.OV,3 ek;ae
V, Ocl ate a
St
srOINI )~,e 5
'0 0~ 9 96 e s 'bxl
,ab, eta 1965 , 0 T
011C e 5 .0 -ce t,,tm V, e
0 A-N-,eO , - os
fasll 0 dL
to be - SO vaqO -,~e&
5 rvar .6 Fe Ou 13-C, aept's e -1 5.~ dis-
OINCIO ve COW zoth'ik's & 90,00 - avy oir~
a r~e -ces,3 s tor ~Acvs Or83~1,~O or 'ofm#
11"T e # " r
aqv-CO 6t5,v~% a,,-
-oa Nxi :,_O,, 0t Te 0r
0 ism-ce I i eV jests "O't'w" a 0, 60
CZ N;e aeal , OV'LS 0 eq . j-je j,3:1 96 tea D
'Pavel vzve-ro - Otica-A .,,,I r~ 0 'reat3. a, 0 '010'%' .V026
'm T~cm dL~s at'n-0 e
the Tj%e it Ot SJZ
V,60 C,'Oi.O t4
1 0 qx'
je J~t5ps 0t k;,,e 06
DIV t.~,01% a, Ot
50,
OE 5p
92,
snip veal a'VAo OVO
C, -re
iq%*,- a

L:22572-66
ACC NR: AP6012970
is particularly important when solving equations with variable coefficients.
Other.papers presented interesting results on the design of reinforced
concrete shells., Two type of reinforced materials were considered,
laminated materials, and fibrous materials where the reinforcement consists of
rigid filwnts or rods. The equations of equilibrium and t'he natural boundary
conditions.wer erived from variational principles., The second section dealt
with stability and nonlinearproblems in the theory of plates and shells. A new
method was presented for finding theupper critical loading, and an analysis was
made of,,% new-form of loss of stability, which gave a smaller value for the,~I~cal
loadinAMian had been known previously. The problem of the stability of reinforced
concreEe shells under condtions of linear creep was treated by the methods of the
theory of-stability of the motion. The papers in the third section dealt with the
dynamics of shells and plates, touching mainly on machine and airplane construction
(oscillations of,plates and shells in a random force field and in a random acoustic
-pressure field, stability of shells containing a flowing liquid, etc.). Thirty
papers were presented in the section of plasticity and creep of shells and plates.
General problems were discussed, including a comparative analysis of methods of
calculating plates and shells made of a nonlinearly elkstic matgrialt when operating
at large displacements. A number of papers contained important results for the design,_
of reinforced concrete shelloo involving the m6thod of limiting equilibrium. The
latest achievements in the calculation.of plates and j3hells.including creep were
widely represented. The fifth.section dealt with problems in the structural mechanic-.--
of shells and platesp using digital computers. Results were presented of experimental:.~
A CCd 2/3

T,
ACC'NR. -AA6i~�70-------
studies on reinforced concrete shells, including full-scale tests of 5 shells with
spans from 18 to 75 m. In.spite of the large. number of papers, the theory of
reinforced concrete plates and shells received limited treatment, and the papers
dealing with the subject were mainly experimenta 1. More attention must be given
to theoretical studies of reinforced concrete shells using the methods of creep
theory and limiting equilibrium. Work also needs to be done on the dynamic s of
reinforced concreteshells. EJPRS]
SUB CODE: 20* -SUBM DATE-; none
Card 3/3 si'd--

PROSKURYAKOV, M.T.
Apparatus for cutting glass....Lab. delo 7 na",3:56-57 Mr 161.
(MIR& 14:3)
1. Kafedra. biokhimii Kubanskogo meditainakogo instituta.
(GLASS CUTTING-EQUIPKENT AND SUPPLIES)

SLOYMB91Y, V.T., DXSTNIZOV, Ye. N., PROMMAKOV. N.V.
low method for analyzing gases In glass, Stake I ker, 17
no96t29-33 je 160o (MIRA UtO
(Glass)

PETROVSKIY, G. T.; KRESTNIKOVA., Ye. N.; GREBERSHCHIKOVA, N. I.; PROSKURYAKOV, M. V. 3
"Structural interpretation of the possibility of obtaining glass-crystalline
materials."
rePort submitted for 4th AU-Union Conf on Structure of Glaeop LeniWad)
16-21 mar 64.

15 (2)
AUTHORS: Slavyanakiy, V.-T., Kreatnikovat Ye. N., BOV/72-59-9-6/16
P
TITLE: Investigation of Blister Formation During Glass-melting in a
Vacuum
PERIODICAL: Steklo i keramika, 1959, Nr 9, pp 25 - 29 (USSR)
ABSTRACT: It has been established that there are two sources of blister
formation in glass: gases which are contained in the pores of
the ceramics and show a content of 80-9Wo nitrogen and 5-1(r/a
carbon dioxide and oxygen. These blisters can be reduced by
reducing the corrosion and porosity of the refractory materials;
the gases contained in the glass mass cannot be established as
easily, since the gas composition within the blisters of non-
ceramic origin differs considerably from the gases of the glass
masaj as can be seen from the paper by V. T. Slavyanskiy (Foot-
note 1). During the reduction of temperature, oxygen and carbon
dioxide are absorbed; the nitrogen, however, remains in the
blisters, as established by V. V. Vargin and V. V. Pollyak
(Footnote 2). The purpose of the present paper was to carry out
the qualitative estimation of the gas contents in some optical
Card 1/2 borosilicate glass types. The melting tests of the glass under

1qv&stigation of Blister 1?ormation During Glass- SOV'172-59-9-6116
ifielting in a Vacuum
vacuum were carried out in a horizontal electrical furnace
with a temperature drop of from 1200 to 7000. The furnace tem-
perature was controlled by an automatic electronic potentio-
meter of the type EPD-17. The design of the furnace is shown
in figure 1. The air exhaustion was obtained by a rotary oil
pump of the type RMI-20, as can be Been from the scheme
(Fie 2). Furthermore, the experiments with the optical glass
types TK-10, BK-10, K-8, and F-8 are described in detail. The
experimental results are shown in figures 3 to 6. Experiments
were carried out in a platinum crucible to determine the in-
fluence of stirring up the glass types at 1400 and 14500. The
experimental results are shown in figures 7 and 8. In conclu-
sion, the authors establish that blister formation in molten
glass occurs possibly through over-saturation of the glass
mass with gases. As shown by the experimental results, pressure
variations in the industrial furnaces are of no influence on
the blister formation in the glass. Various mechanical influ-
ences on the molten glass mass can, however, cause the forma-
tion of a great amount of blisters. There are 8 figures and
Card 2/2 5 references, 4 of which are Soviet.

t 1~~59_66
ACC NRt AT6000500 SOURCE CODE: UR/0000/65/000/000/0327-[63-31----I
AUMOR: Petrovskiy. G T.: Krestnikova, Ye. N.; Grebenshchikova, W. I PrM~uUa-
U
kov, M. N.
ORG: None c.-
TITLE: Structural interpretation of the possibility of creation of transparent
glass-crystal materials in various systems
SOURCE: Vsesoyuznoye soveshchaniye po stekloobraznomu sostoyaniyu._4th, Leningpd,
1964. Stekloobraznoye sostoyaniye (vitreous state); trudy soveshchaniya, Leningrad,
Izd-vo Nauka,:1965, 327-331
TOPIC TAGS: glass property, optic property, silicate glass
ABSTRACT: T,he, authors survey ways'for the creation of.transparentiglass-crystal
materials.and report some recent Investigations of their own concerning 1) the
experimental checking of the assumption that larger changes in glass viscosity above
660C can be explained by the inclusion of the bonds otherwise frozen in liquefaction
groupings; 2),the feasibility of txans.parent glass ceramics formation in S02-Bi2h-
SM03(BaTiV3, PbTI03), Si~24no-Kj and Si~2-B~03-Zno, and beryllium oxide-contain-
ing systems; And 3) the role.c7f polar and nonpolar components in lithium-gallium
silicate. All thexesults seem to confirm the previously proposed mechanism for the
production of transparent glass-ceramic material (G. T. Petrovskiy, I. M. Buzhind-
skiy, OMP, 4, 31, 1963) which required the simultaneous presence of cations which
Card 1

1. paca"MAKOVP IT.
2. USSH (600)
4. Retail Trade
7. Extending credit to coiwaercial enterorises for a neriod not exceeding avera.ge
merchandise turnover. Soy. torg. No. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, MaY .1953. Unclassified.

PROSKURYAKOV--N--
Against automatic granting of commercial credit. Sov.torg. no.8:5-8
Ag 157. (KUU 10:8)
(Credit)

PROSKURYAKOV, H.
7
Urgent quostions regardIng siemlification of accounts. Sov. torg.
no.5-.19-23 MY 158. (MIRA 11:5)
(Credit) (Banks and banking)

PROSKURTAKOV, H.
One cannot agree with this suggestion. Sov.torg. no.2:59-60
P 159. (MIRA 12:2)
(Retail trade-4inance)

FROMM= I N.
Sov.torg- 33 no.6:30-33
Regtdate the collection of rer-e4pta.
je 16o. (MIRA 13!7)
(Banks and bankin..,,)

PROSKURYAKOV, N.F.; BIMAN, L.R.; BZKM. L.G.
Improving the deeign of the RTP-192-2 roving frame. Tekst.
prom. 19 no.12:35-36 D 159. (MIRA 13:3)
1. Direktor xavoda Tashtekstillmash (for Proskuryakov).
2. Glavnyy inzbener Spetsiallnogo konstruktorskogo byuro
tekstillurkb mashin (for Biman). 3- Nuchal'nik otdela rovnichnykh
maihin Spetsiallnogo konstrulctorskogo byuro toketillrqkh
rashin (for Bakker).
(Spinning machinery)

BDRDDIN, Mikbail Maksimovich; L'VDV, Sergey Vladinirovich;
NEMIROVSKIY, Yevgeniy Illich; PftOSKURYALOYV Ki
~ko
Aleks~~ ~qh- CHULITSKIY, Le DmitriyevIch; REBROVA,
G71-.,red.; LABAZINA, S.N., red. iid-va; GRECHISHCHEVA,
V.I., takhn. red.
[Work anj wages foribe workers ofihe forest economy and,the
lumbering industry]Trad i zarabotnaia plats. rabotnikov les-
nogo khoziaistva i leanoi promyshlennosti. Moskva, Goslesbum-
Izdat, 1962. 323 P. (MIRA 16:3)
(Wages-Forests and forestry)

oo
A
a
C
fed
00
a
90 4r_
ty is m
PROCISSIS Afto v4cl
I.D1
jail um Oak
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see
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've
see
400
11001
US ftiwm6misi. N.
Sd- Ing. C'Www Roarck
JU U 3l-45(tVU)--Tk ldyfbft-R-be
C. A'~
t pea
C. ~A. 22, 405) W anteim
frwdms of wbaft =t Aw
nkcted vwktW 4 wbat. Tlw m; -w0 to Gad 0
CmMistion wwml ibe mb MA the T~Cd~ d At
s found to be tnw only to
wbmt and Its Pccdmcb; It wa
Soon eltest.
SITALL~AL LFTIRATLWE CLASWK&TWO
L21- I _L'
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w Qww". N.
Pfooltwyakaw OW A. Twhi". -W. Ing, CW*W Retwergh ;-Oo
(Moecai) U. 21J,-34(12M).-V I :
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difimat bered4alkift qualMew wev invewtipted. ee
,'Flamm piaw is brmm14Akiwg qualities I misM, can.
tained im thes 05% ol tlw wia N in dw fam of pmein
N. The water-sol. N of good Saw nuplew amawtW to
toW N. There is so marbed ddkftwe in the
anitym activity of good wW pow vat it its of
H. Cohen
7
to '1. 6 IN a
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:18 AWISM.M WYAAA ja~. (U. S. S X.) - .00
... tbt 01 ~C~Vui
I-jusk1w Ad at .00
th the ~.
00 -it as Ceremb, voci" in &mm-
pbst. The lKewat i.vestip"go of wvv~- '00
tit) Ur Coffdatigm elk"S Is aw CW =00
W4 that A Iti"I found In
of Aw of W ri~yj-gjjulo-
plant%. The Activity dw 400
0 .11itt-M-04 M! vc It-
0 U., oyaw vwi- 310110001OWUCo'b"' 00
rn
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del 9
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A s
L L -t-, L r L? A r. L k a I,
.
I

glas"Gral contest of various yeastc N. 1. Py-
H. Al. Pupovs sud 11. M. Ovipvv. 00k-
ktimiyo 3, !t97-+J%5(llM).- thilrictif tams of yra,t% vul- -00
livdted Untler kir"lical mlutit~mw ~howvil with- variations

in the crituotertA ctmtent (fnxu 0.31 to 2.5%). jibe blcvr
yeasta are the richol irt cigmteml-. If. Coben

00
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09 ;.06

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7-
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a A blochentilcol tatithod (at tho allsignotils of the lKstato
0 11111
00 8 dissaw of bmad (a preliminary 9*"U. N. 1, I's-kiii.
l-
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i .

0 ".4
yakuy mud Xf. 1. Ratner. Ats, tobiolicy
Ir
m,(
ni
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a N6:
9A0. t 120 3(l1k19); Kkim. Rtftn4. Zhair. 1939, Nil.
Ixtato all inctraw of the altil.'a

00 peptours and mullull aei,l,% sind a Ile'-fraw of tile mut. .11

- 0
1-tatch in loread Acriordillic to Nikl'Lwv~ Tljr blinct and 1

00 r
vactlou% wrtr uskni f4w tile dlI4le1lt*AJ'% is( th-t di"w, The
r
ults rwitim, th. dat. A Nik-,6-. Th,, to 0
re", kimns niakx4 it lk%gil)IC 110t only to diagnose. but al-W)

hl
bl
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er t
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the patatiptl1q.
W. R. Ikun
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I 'we,- (,vp I a a
n. was Ira w "'d
and
jersm"aitia.. N5
A.
pr"ItAgaviet Proem.
11".4 after Itialeakhain
-The sulfit
40
No
0
19W
.
.
,
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It in
'lluumer-plawir Plant - Mud to 1w flatly quilialt

ot
ro,;wet to tlk* comiant. 4 steah motel wit. inAsirr few the
p olysmalat. They V. .11tion 11M "At, Ai'd lug ealdeltv'ler.
th
bovia, am Nowkworst'll: effect oil Y.I; llww Sale-
.x1
d
moo
. tase-
%laarrm can be ratanoved by physical trorstntcut an
a Inist. of
M
tCO
ti
h b
i
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ng.
es
a
t
by samrsduct w
M"C "Yeatand MgCO., natuml doloonliter and jN*II.)jCO&
el
it
ic
neutralization of ly" during
avu fav uwd four the
parnats. lor (terstattatalkin. Wirnum '"'Its (attworlwe! of
tuTt"t preservatiors of WAS%") art Oblitinal with
to t#~ (N11,10). sig a nuirk.t. W. R. Won
lolak~
010.
seem si.
wolov je
#Biagi Nit a., aerc va.&M.
~r ~_ art
U a AV 10 V
v9d 0 a
006 oleo 0 '00 0 1
0 0 0 0 0 0 0 0 0 0
0
go 00000ass
4000 0 0 '000
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00
0 0 '80
moo
0'9~

:0 2;
a gel
Rall7mic d-rfte of pectias by m". N- 1. 1-,-
F. M. Osipov. B king
n;W-md i
ty in fruit juictt i- due to a emn-
Prvil"llyt L%6441b, Ow nuxt hilt"laill
-04
-60
00 4 ! 1 Ingredient (A which is pectin. Willi 01V frill-wil I" Ile.
I Nt"lctk*l of tile latter, clarificution *rl$L 111-1
ff
e
eetivv enryni" for ;mclin i1ctruciii)n were lipund in the
i
M
relu of 'I'Oerrillul (wv-,Ir.

sea
0

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17 - "U V W I T
41. C~
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sumatericus cul-
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in edmia W dw 41 so medbum. N. 1.
16rd E. mifrobidoxy U. S.
4V "s, _70A F-55111. 1008)(IM).-Out of 3
: decoctiom was best (bDU 100
media tested in& r&
dked potato water kir 3D win., filter &M s"
5 It Max. activity was readied by the 51h
day: PIT-PH)-of the uKdkm flats from 6.8 to M.
T. Lasnes
0
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tj moll
lViT WITTRI'lli",
WTjoll union Idummadlau
jin OMWARt a" 01 ghftW- is V--d
mdw "dootilit lot~fifmvlva.
= = W, I T"A
-, &rkwi-fad. (U. & S. R.) JOW, Mil. 1, 3-3;
zmw. ".. p4molio".. 11 Abt., 106. 214(1944).-The
fg line mm of yma dftvftws with the
cou"at.
tim. At 2-3' only appftr, Will this "Eudas sm-
bw fw 17 da". At 15-17' it kKvftsft FF`tm an
llit " q I
litr
i
yr,"t I* a I qmk m t of 2.8 cc. Affvr 4 -fayv. A 30%
to~ kwtm-a I(Moki in 214 bm
johai T. Mywe
200
see
400
Jl**
400
too
]ISO
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SILA;l OW 4XV 0I
PW
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w 0 a a It IV a of R a IF IS IRA
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00 004000

1 4 5 1 A I is
so -&
of
00
go,
I
40
00 #3
00
of
Alcotble d4id
kuy anti 0. A.
rl".11 y tw"I Jod. that The addr. of
(it had pleviousl
minute aults. 0( riscorw acid. of lw(ttr mal, dehydni-
twbic Acid. to 1104117. intivrov" cmiitictailly (hr quality
2w
of the bread. An oxidase is ptewnt in w1wat iltrur which
oxidites about 1070 of the added aworbic acid in I hr., and
cumpktcly io 4 his. As in sintilar instamvs, glutathiotte
here Moo wrts a protective action on ascimiltic iscid.
I'lotIVI"is of lutwn Umpain 6 lacicastil on lbe adda,
of Sworbic N' and Yraocd by dehytittra-&xxitic avid,
fit the Sulalpis of door (without pdPaill), aft-whie Seld is
H, 11,
Without effmc.
jp
.S
2
f law 40.1m.
U AV 1o 111 11111111 OK 44, 111
0 1 w of
0 * 0 0 0 0
"a m 10 0 0 0 0 0 0 0 0 0
a 13 w
FlOCISSIS A"D 001001614%
w v w
it v -it- a a 4-d
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