SCIENTIFIC ABSTRACT YEVSTIGNEYEV, A. A. - YEVSTIGNEYEV, V. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963020003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Y~E Vy
YBIFDOKIKOV,I.S.; YRVSTlGNE7W,Qj~PO KRIUSHIli,V.H.; DROZDCV,B.M.. redaktor;
-lH07YAT3rlY'N. re sentem; SCKOLOTA,T.F.. tekhnicheakly redaktor;
D, alculat Ing nachineal Schetno-talfrovye cashiny; uchabnos posobie
dlia te)dinikumov. Moskva, (kos&nAUchno-tekhnwizd-vo mashinostroitell
noi I sudoetroitellnoi lit-rjr, 1953..326 p. (WAA 9:1)
(OalculAting machines)

Vladimir Nikolayevich;j YEVSTIGNEY?4'7
TRISBYATSKIT, Hikolay Niki)layev14cTTdsc ased
S.,O.,professor, daktor telchnichaskM nauk, redaktor; DOSTUPOT,
B.G.,kandidat teknicheslcLkh nauk, ratsenzent; DOBROSKYSLOV, V.I.
inzhener, retsenzent; POUAKOV# G.Fooredaktor izdatel'stva;
SOKOLOVA, T.F..,tekhnichesltly redaktor
[Calculating machines3 Vyohialltallnye mashiny. Pod red. S.0.
-Do'brog,wiskogo Moskva, Go,s,. nauchno-takhn. izd-vo mashinostroit.
lit-ry,.Pt. 1: (Calculating machiner. With keys] Vychislitallnye
klairishnya mashiny. -1957. 251 P.- WBA 10: 5)
(Calculating machines)

22(l)
SOV/3-59-4-6,142
AUTHOR:. Yevstigneyevt G.P.9 Candidate of Economic 3cience~, Docent
TITLEt To Establish a Vuz a Mechanized Accounting
Plant
PERIODICALt Vestnik vysshey'shkoly, 1959, Nr 4, pp 22-24 (USSR)
ABSTRACT; Latelyq the.Mosvow Economic Statistical Institute conducts
its work in cloEi,e cooT)eration.with the plants of the T,!o3kovo-
kiy goroaskoy sovnarkhoz (Moscow Municipal Sovnarkhoz), there-
by improving tho trazining of specialists in the mechanization
of recording and! calculating work. In the 1957/58 school
year, students lipent 1,500 workinrr days at the 4 plant3 -
"Kalibr"t "Yrasrtyy Proletariy", imeni M.I. Yalinin and the
Presnenskiy mashino3troitel'nyy 7,avod ("Presnenskiy" 2a-
chine Building Plant) carrying- out graduation tasks or
participating it the r;alization of projects. Over 150 stu-
dents studied initial documentation at 53 plants; in the
course of 2 monthop 160studento participated in compilint,
the RSFSR balame of national economy at the Gtatisticlieskv,,e
upravleniye (Ote,tistical Administration), staying there for
Card 1/3 more than 1,400 working days. The work of instructors of the

SOV 3-59-4-6/42
'To Establish.a Vuz a-Mechanized'Accounting.Pla
Chair "Computing ~hohines and Their ExP loitation" deservea
mentioning: In 19,57 and 1958 the Chair daveloned ana brouffrit
into use a relay a,ttachment to the sorting machine S45-6 de-
signed to control logically incompatible indicatlions contained
in repliesto questions of the census sheet. T"his device
effectively helps~to withdraw perforated cards containing con-
tradictory data transferred from census sheets. For the pro-
cessing of the All.-Union census data, 120 machines with relay
attacIzients were nanufactured. and installed in 57 mechanical
computer t~tations of the republic and oblast! statistical ad-
ministrations, and in the Tsentrallnaya mashinosche:tnaya
stantsiya (Central ~,',echanical Oomputer Station) of the All-Union
census. The econiDmical effect of applyin.-. the i1tt.-chtinn'u- will
amount to 6 million rubles according to the cniculatiois of the
Otdel melchanizatali Upravleniya po provedeniyu Vsesoyuzno~,- pere-
pisi nasoleniya T33V 3S3R (Department for laeohanizizit, the Admini-
stration of the All-Union Census TsSU USSR). The otudentsl work
in desiL-,ning and applying new engineering methods deserves spe-
Card 2/3 cial attention. Ini-the summer of 1958, 62 students participated

1:30V/3-59-4-6/42
To Establish a Vuz a Mechan ized Accounting Plant
in making logical schemes for an electronic machine used for
processing statistics. This yeart.the electronic ciphering
machine -aill be assembled, and in lc'~60 a pro.-ram for the pro-
cessing of material will be composed. The author explains how
the problem of finding work for the students was solved by send-
ing all 4th course students to the Central Mechanical Comi?uter
Station* where the students have good possibilities for scienti-
fic viork. Holuever, it complicates the proper airangement of
training. This could probably be overcome if large non-stpto-
financed.mechani.cal computer plants were united with vuzes there-
by establishing a plant-vuz. Their training and production sche-
dule will change from time-to time in accordance -with require-
ments in specialists for one or the other branch# Since the
Central Mechanioal Computer Station will finish processing the
basic indices of the All-Union census by the end of the year,
the author suggests that the station be reorganized into a me-
chanical computer plant and a plant-ruz established.
A3SOCIATIONs 'ioskovskiy ekonomiko-statisticheskiy institut (I.Toscow Economic-
Card 3/3 Statistical Institute).

YEVSTIGNEYEVp I.A,, inzh. (Leningrad)
Aerixtion in sewage purification basins before the discharge of
watA)r into reservoirs. Vod. i san. tekh. no.1:15-17 Ja 166.
(KIRA 19:1)

G /VZ
AID P 4c0
Subject USSR/Mining
Card 1/1 Pub. 78 4/27
Authors Yevstigneyev, K., Matyushin, R. and Salov, V.
Title _7e-T1-V11TMt"Vfth forced water flushing
Periodical Neft. Fhoz., v. 32, 17-22, Ju 1954
Improvements for reduction of the cost of drilling in
various oil fields of the Tuymazaburneft' trust are de-,
scribed. The improvements are related mainly to adoption
of modern technological processes and modification of
outdated technical standards and regulations. Water flush-
Ing in drilling is widely used instead of the drilling
fluids with mud in order to increase the speed and to
reduce the required power for pumping. The hydraulic re-
sistance of water is about 30% less than that of drilling
mud fluids and the power for water pumps is about half as
large as that for the drilling fluids. Comparative drill-
ing operation data are presented in two tables.
'Institution : None
Submitted : No date

AID P 3050
Subject -USSR/Mining
'Card 1/1 Pub. 78 4/2o.
Authors t Yevatigneyev, K. M., Bobko, I. D. and Chepurnoy, S. 1.
Title- Experience iv. drilling wells by turbo-drills In
Tuymazy
Periodical Meft. khoz., V. 33, no. 8,- 19-24, A.g 1955
Abstract Report on thel results of using electric turbo-drills
for heavy formations. Data are shown in-tabular
form.
Institution None
Submitted No date

ABXMGXLISKIY,- MAI; 1=10may, KIN*
lxperim.enta Industrial drilling using an electric drill with drill
t-f- khdt-o--- 35 no 8 j 13 - 19 Ag - 157
(;11 Wall. drill1;S)

ARKHAMMI SKIY, Nikolay Konstantinavich; YUSTIGNEW, Konstantin
Hikitovish; 'i G-rro-v mws m w rr.-Ye - i
- m TOKASHPOW SKIY, Leonid
--Wau-9TAiy red.; FCMINA, 'A.5., teidm.red,
(Techniques and economics of electric drilling] Tekhnika L
ekonomika elektroburaniia. Koskva, Gos.nauchno-tekhn.izd-vo-
neft. i gorno-toplivnoi lit-ry, 1959, 120 p. (KEA 12:11)
(Oil well drilling-Equipment and supplies)

i LAW.N~W.WIUIM'

TUSTIGHEM, M.I., kandidat tokhnicheakiWn nauk.
Basic parameters of generating racks used for cutting circle-are
spur gear tooth. Trud7 VAI no.70:5-19 '56. (MM 9:12)
(Gear-cutting machines)

25967
S/535/6lo/coo/i2g/oWoo6l
Ll
AU'THORSt Sulima, AeM*t Yematigneyev, M.I., Zhukov, S.Les
Candidates of'Yechni,cal "Re-fe-ndes, Shadakiy, X.A. and
Zhukov, N.D., Engineers
TITLEt Investigation of-endurance of titanium-base and other
heat-resistant alloys tested on theSV1Y-1 MAOI-BOAM
(VXU-1 MAI-VIAM) machine under high frequency loads
FERIODICALt Moscow. Aviatsionnyy institut. Trudy, No.129, 196o.
Isaledovaniye fizikoinekhanlicheskikh i.'ekspluatatsionnykh
svoystv detaley posle obrabotki, pp. 92-111
~TSXTi :The object of the investigation described in the
present paper was to determine this endurance limit of a titanium
aLloy 9r3-1,l(VT3-l) and two nickel-base alloys of the9Ob(7(F-T()-J 7)
and XG(oK (ZhS6K) type, and to study the effect of the frequency
of alternating loads-on this property. The main shortcoming of
time conventional fatigue testing methods is that the test conditions
blear little relation to the conditions obtaining in service; in
addition-,' they are time-consuming,, 4-5 months of continuous work
being required to construct on fatigue curve. It was for these
reasons that a high frequency testing machine (VIU-1 MAI-VIAM) was
Card 1/9

25967
Ini.restigation of endurance of S/535/60/000/129/005/do6
used in the present investigation. The machine (whose detailed
deacription is given) is of the reconance type and was designed
foil single-plans bending fatigue-tests which can be carried out
under the conditions of both imposiid and resonance vibrations,
The vibrations, generated by a powerful electroma -gnetic system
consisting of an amplifierand a tzansformer,are transmitted to
tho test piece through a heavy beam 9 capable of producing,alternat-
ing loads which are sufficiently high to break standard test
pieces -or even actual components, atuch as turbine blades. The
auxiliary equipment consists of a microscope used for setting the
te4t piece and for measuring the vibration amplitude which at high
tetaperaturei .is measured with tho cid of,* cathetometer, and an
electrical resistance furnace for high temperature work, Befora
te0ting,the test pieces were heat,,treatedl-according to schedules
;iiren in Table 2. The tests were'earried out on cylindrical test
pi-eces.- of -the- cantilever type. Tho gauge length of the- test
'pieces varied depending on the loa( I frequency and test temperature,
and was calculated from the formula,
rEmi
P. ~81yf I
m
Card 2/9

25967
fnvesiigation of endurance of S/535/60/000/129/005/Oo6
E193/E580-
per see,
whe~r6 x,-Ahe,yibration frequency _he modulus of
ielasticity (kg/mm J ~he moment of inertia (mm'*), and m mass per
:unit 1Sngth (kg.seic./mm The tests were conducted an a b& a
7
N =-10 cycles in the case of the Mi617 and ZhS6K alloys, and 10
and,:10 cycles in the case of the V113-1 alloy. Each fatigue curve
was..-construct.ed from data.obtr-ined On _eighth test piecess__ In the
ti st test of.each series a.stress equal approximately to 0-5 a
r
was usedt wher a 0 is the U,T.S. o;f-the:alloy testedl i eachb
subseque-At test-1he applied stress Vas lowered by 2 kg/mm The
vibration amplitude, A (mm), of the free end of the-test piece,
required to produce a-given stress, lifas calculated-from.the
f
ormula 2
A o.5682
Ed
and d are the length and liameter-of the specimen,
where
respectively, E the madulus of elasticity (kg/wm4), and a the
applied stress (kg/mm Thg resultai.are reproduced in F19's.10-13,
where the stress 0-1 _(~S/mm ) is p1d'itted against the number of
cycles to fracture. The fatigue curves in,FigelO relate to
alloy 21617, tested at 204C under the following conditions:(I)testing
Card 3/9

2,5961
Inv~estigation-of endurance of 0/535/60/000/129/005/006-,
9193/Z580
machine of the rjWn(GZIp) type (bending'. of -the revolving SIpecimen),
load frequency f = 50 cycles/sec; (2) testing machine of the n,-:591
(P-391) type (bonding of a revolving specimen), f = 200 cycles/sec,
M~ testing machine VIU-1 MAI-VIAm (sin.gle plane bending),
f =. 1000-cycles/see. The fatigue curve's in Fig.11 relate to
alloy ZhS6K tested at 20*C, the testing~iconditions for curves 1-3
being the same as in FigolO, -ThexesuliLs, reproduced it; Fig.12 -
---relate to- alloy VT3-1 tested under-the ~Tollowing canditionst
curive I-- testing machine VIU-1 MAI-VIAII, f - 1100.cycles/sec,,
t.=.-20*C;-curve 2 - same as for curva~li, except f = 1*20 cycles/sec;
curve 3 - testing machine GZIP, f = .50 (Itycles/sect t = 20OC;
~e a- 0- VIU-1 MAI-VIMIO f_=
ur4 4 - - testing m chin 420 cycles/sac*
e
t ='400*Co- Fig.-13 shows the fatigue:cu:irves of the-VT3-1
allay,- tested at 200C on the VIU-I MAI-V.IAM machine, curves
1-3 rela tin g to testIa carried -out at f 4-5o-11- ilOO- and -
1651) cycles/sec, respectively-,.these ara~the most significant
res4lts of the present investigation, showing that the:endurance
lim:,L,,t of the alloys studied.Iincreased-wi-th increasing load
Metallographic:examihation OfIthe fatigue,test pieces
'in the region of fracture revealed no chinges in the microstructure

259157
Nrestigation of endurance of_oc. 55/6o/ooo/i29/oo5/oo6
n
I
319111/Z580
duti to increased loading frequency., The ,;fatigue cracks were
tr6ne-crystalline, and -only in: the . zone 6f final- fracture -were-
-intergranular.cracking and some degree o,V plastic deformation of
the grains observed, It was concluded that both the equipment
-thod employed by
--used and the me the pres6nt.authors are suitable
for fatigue testing under high frequency~Xoading and give
reliable results which can be used as design data in the production
Of-turbine and compressor blades,-operatkag under-high.frequency
londs. There are 15 figures, 5 tables and 6.references: I Soviet
and 5 English. The English-language refe~rences read as follows:
Lomas_T., Ward I., Rait, I., Colbeck E., International Conference
on Fatigue of Heitalso London, Septa, 19564-Krouse G., Pr,oe._ASTM,_
34, 1934, II,A56; Jenkin C., and Lehman G~, Proc. Roy. Soc., 125t
1929, 83; Wade A-and Grootenhuis P., Intel.,national Conference on
Fatigue of Metals, London, Sept., 1956.
Ca.rd 5/9

32104
S/535/61/606/.140/005/006
D240/D301t
AUTHORS- Sulima, A.M., Candidate of Technical Sciences,
Yevstigneyev, 2-1.1. and Rakhmarova, M.S.
TITLE: Investigating the effect of technological factors on the
endurance of retractory alloys in high-frequency loading
SOURCE: Moscow. Aviatsionnyy institut. Trudy, no. 140. Tekh-
nologicheskiye metody,povysheniye. kachestva detaley i
uzlov aviadvigateley. 1961, 71-112
TUCjV* The auth ors deal with investigating the effect of 7 different
methods of treatment on the durable strength of the alloys BA617
(E:1617) and 5W 867 (EI867).. The methods are. Milling with subsequent
polishing; milling with subsequent grinding; mechanical polishing preced-
ed by grinding and milling; electro-polishing preceded by mechanical
polishing, grinding and milling, etc. A detailed description of the
methods of treatment employed is given, with numerical data, such as
the size of the cutter, velocity etc. FAbstracter's note,, The specimen--
Card 1131a

32404
S/535/61/000/140/005/006
Inlrestigating the effect... 0240/D304
are! describedl as "plan and rectangular" in the text but. their actual
shape is as in Fig~ 14~ . All tests were carried out on an electro-
dynamical vibrator which is described in detail., For heating specimenag
in~the process of testing, a special high-temperatureresistance furnace
was used which is also described. Thermal calibration of the specimens
wIas made before testing. After the mechanical treatment, the depth of
work hardening and the residual stresses were determined., the former by
an X-ray method and the latter by N.N, Davidenkov's methodi details
of the results are given. The specimens were tested for endurance on
bending, with the-frequency of resonance vibrations of the order of
850,-1000 cycles, at 8500C.' Graphs of the results are given. It was found
that the endurance depends on the method of treatmew and is increased
by finishing methods which reduce the residual tens[le stresses and the
depth of woric hardening. The authors recommend electri,~ and mechanical
polinhing. Thernial trentment, also lncrenaet4 the limi t of durable Fitrenkrthm,
Theire are. 26 figtores, 5 tables and H) Soviet.-blot, rLfereacefi.

5zWE-RjrW

7EVSTIGNSIXyl Peffe Insht,
Making mltlhol%ow 'reinforced ce prate flooring panels without
.4
naing vacuum tecWqwe. Blul. strot..takh. 22 no.7--5-7 JI 055.
(MIRA 11.
ljlpravienlye doroshnykh mont"hno-stroitallnykh dorog Kininterstva,
putey ooobehohanlya,
(Conorate slabs)

72.75TIC-IMM, , -Pelf., lnzhenere
Ibcpar.ion cIa in rapid constmetion of n two-apartment housing units
Trnnapeotroi* 6 no.10:7-9 0 #56, (WBA 10:1)
(Apartment houses)

DERKAGNI, I.N.,inshener.jIMMUSM, P.M.. inzhener.
Urcing ~~and using large apsuim olag comrsts partitiou. Nov. tekh. I
pered. op. v atroto 18 no.5:10-13 NY 056. NLRA 9:12)
(Walls)

Oslovakia In figares.0119"'? utatiat'ietal
Rati!=za eco=my of Czech
y0aj~book of tho Czeahoalmrak RApublial; "Position of Czaalloalroma3da
in tluj world e0onoarr" [both ILn 4ze,~',A. Roviownd hir P. Dvotlgmiov).
ur I
vop, 014-01,~, nt).3:1455-147 531
Nip& 11:4)
(Czeahoslavakia--~vaionomie couditione-Statistica)

82AROIIUBROVSKAYA, Vera wladuhiy naueba"
B.Otrndnik; KALMYK, T.A., red.; GERASIXOTA. U.S., tekhn.red.
(Economic union of-tM worki.ag class and the peasantry In the
lur pean people's damhoraciall] Zkoaomichaskil solus raboahap
klasea L kreetllanetv~t v.evropeiaklkh stranakh narodnoi
demo.k:ratii. Koakva, GosplanizdAt.-.1959. 250 P. (MIRA 12:6)
1.,Salctor stran narodnoy 49mokratii Instituta ekonomiki AN SSSa
_7 .(for Yevatigneyev).
(Surope, Z4istern-Roonomic conditions)

A.D,,.kaud.selIskokhoz.nauk, red.; TO-
I*K*# kandoekononaukj red.; SH M OVA. A.I.,
vedushchly red,'; GMMROT, II.Go, tekhnorede
[Xconomic development of the Czechoslovak Republic] Razvitie
okonomilrl Chokhoslovatakoi Respublikie Kbsk7a, Veesslu-t nauohn.
I teldinAnformatell, 1960. 99 P. (MIRA 13;6)
(Czechoslovakia--Economic conditions)

'Haterisa encouragement of workers to develop and Introduce
new tsothnolog7 in the Csoohoolovsk Rapublic. Biul.mmch.
Inform.; trud I, car.plata 3 no.6s57-59 160,
(HIRA 13:6)
Ozeeboolovaklaa-Bonus system)
(Czechoslovakia-Teabnological, Innovations)

WSWRO

KU'ITA 'Frantisek;, YZVTII(RMEV. R.N.Rrinsiatorl; MWOV, I.I.
[translator); ZAYTSEV,, N.F.p redo; KOROTEYEVA, Yu.I.p tekhn.
red.; REZOUKHOVA, A.G., tekhn. r.-d.
(Hidden potentialities for incroasing labor productivitylRezer-
vy rosta proizvoditellnosti truda. S predisl. K.I.Klimenko.
Moskva, Izd-vo inostr. lit-ry, 1962. 249 p. (MBA 16:1)
Translated from the Czech.
(Agricultural machinery-industry-Labor productivity)

m;mlUwmR4vAilm-AiFr?i rcgirrQ MIA OUR=

I

ggim r
L 35392-66 EIIA I M) /Ew Pi/T w/Im
_'~~ACC NRe AP6026816 i0_w6E__C0_D_Ei UR/OMO/66/167/001/0135/
,,AUTHOR: Savelf D. Ae; Sidorov, A. Vf.: Yevstigneyeva, R. P.: Pbncmarev.,G. V.
ORG: none
TITIE: Dark and ;botochemicall reduction :of metal derivatives of a number of Por13 nal
SOIRCE: AN SSSR. Doklady, v. 167p no. 1, 1966, 135-138
TOPIC TAGS: photochemistry# chemical reductions pyridine,-methanolt hydrazinet atoms
hydrogenations chlorine compound
ABSTRACT% The relationsidp-of the recbiction of porpbin.type molewass to the,
-presence and natitre.of a central metal atom was investigated in.the following
-porphin metal derivatives: M-TFP (H Zn, Mg..Cd,*Cd, Ni). Zr.. and Cu-TMP,
Zn_ -.and MC-EP (TFI? meso-tetraphenyiparphin, mp i.4.5,8_tetrametWporphi~,
Photo-reduotion via con&ctod undar vacuum in pyridino and mathml at pi -ont
concentrations of 10-5* mole/litor in the presenae of Nydrazine, (1-2 mole
liter) or'%S vith 500 ims Ug equilibrium, gas prossuria over the solution.
MuDdnatiofi of the sdlW~Ions was dono with the total light of a. 500 watt
Ancondoscont 2aV equippid vith a r0flector and condenser,
ACard 1/2 UDG: 535-343:541-143
e.) 4 I_'r'7 -Z