SCIENTIFIC ABSTRACT YEGEREVA, YE. G. - YEGIAZAROV, I. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962420011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RUSHCHUK, G.M.; TZGMWA. Ye.G.
Investigating the effectiveness of using experimental calculations
in designing concrete mixes with a given strength. Trudy
Giprotsement no. 21:84-97 1590 ' (MIRL 13;12)
(Concrete)
i,

YEGEREVA, Ye. G.
RUSHCHUK, G. M.; SHTEYYERT, N. P.;
the physical and mechanical testing Of cement.
New standard for IRA 17:5)
Trudy Giprotsement no. 26:162-192 1-63. (M

USSR/Electricity - Standards Mar 52
Electrical Units I
"Practical Unit of Measurement for Current in the
N= System," Enegr-Capt A. Ya. Yegerman, Riga
"EleXtrichestvo" No 3s pp 68169
E-4
Author objects to highly abstract definition of
"ampere" in plan developed with participation of
Committee on Mtters of Measures and Measuring
Devices, in contrast to concrete methods for
detg other units in MM system (meter, kilogram,'
240T36,:
a.econd). Ampere,is defined as coulomb per sec
coulomb being basic unit. Author feels ampere
chmild be basic unit or definable independent of
coulomb. Article was publis'hed to encourage dis-
cussion.

YWOMN, B.
Public university for improving clasoifications. ITO 2
n0-7:47 Jl 160. (MIU 13: 7)
(Moscow--Technical education)
q

YEGERMAN, B.
Machinery industry workers are learning. NTO 3 no.11:29-30 N 163.
(KUU 16t12)
1. Direktor Obahchostvennogo zaochnogo uniyersitsta Nauchno-takhni-
cheskogo obahchestva, mashinostroitellnoy promyjhlennosti.

The calculation and construction of metal-cuttinE imachines. vlookva, Cos.
nauchno-tekhn. izd-vo maslh~ostroit. lit---j, 19cO. 352 p. (1~1-2`309)
TJ1230.E28
0~ 'F~:

YEGYMIAR, L_&w inzhener.
Public Univereit7 of the Scientific and Technical Society of the
Mnchinery Induatr7. Mashinostroitell no.6:48 Js 157. WRA 10:7)
(Mechanical engineering--Study and teaching)
'q

TIGIRMAN, B.':'Prepodavatell; SOKOLOV, Ao, otvatstvannyy red,
f7andamentals of the technology of the machining of metals; program
for specialized secondary sthools in subjects*. "Radio manufacture,11
"Manufacture of radio insulating materials and radio Parts,"
"Manufacture of apparatus for wirA communications," and "Aquipment
for the manufacture of else-trio vacuum devices!] Osnovy takhnologii
mekhanichookpi,obrabotki metallov; programma dlia erednikh opetsiall-
nykh uchebnykh--.%&vsdenii"po spetsialinostiam: "Radioapparatos'troania,"
"Proizvodetvo Adioizoliatsionnykh mterialov i radiodetalai,'" "Ap-
paratoetroanie provodnoi oviazi" i "Oborudovanie alaktrovakuumno 0
proizvodetva*'.m Mookva,.1958..26 p. (HIRA 1IS81
1. Russia (1923- . U.S.S.R.) TSentral'U" uchabno-matodichookiy
kabinet po arednema spetaiallnomu obrazovaniya. 2. Hoskovskiy
radiotakhnichaskiy takhnikmm (for Tegerman).
(Metal cutting-Study and teaching)
j

VOSHCHANOV, K.P.; YEGERNAN, B.G.
Volunteer-staffed University of the Scientific Technological
Society of the Machinery Indttstry for increasing the qualifications
of welding engineers and technicians. Svar.proizv. no.ls4l-42 Ja
162. 043RA 150)
1. Predsedatell Metodicheskogo soveta zaochnykh kursoy-usovershenst-
yovaniya inzhenerno-tokhnicheskikh rabotnikov po tekhnologii i
oborudo'vaniyu qvarochrogo proizvodetva pri Obshchestvennom
universitete NAUchno-tekhniCheskogo obshchestva mashinostroitellnoy
promyshlennosti (for Voshchanov). 2. Direktor Obshchestvennogo
universiteta Nauohno-tekhnicheskogo obahchestva mashinostroitellnoy
promyshlennosit (for Yegerman).
(Welding6-Study and teaching)

1. -1~70,jIAN, Eng., BAL."SKIN, Eng.
2. UIM, (600)
4. 11"illing 1-11achinery
7. Rotation of mill drum. Eng. Egennan, 1!~ig. Balakin. Hab. energ. 3, No. 1,
1953.
9. Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.
0.W. 'mm ff 12! 2 Mm~
MH IM I ~1111 MR 11 g!
,It.
_-Xi

1. Mb V. F., Eng.
2. TJ99R (600)
4. Milling Machinery
7. Bucker for unloading balls from the mill, Rab. energ. 3 No. 1953.
9. Monthl List of Russian Accessions, Li.,)rary of Congress, April - 1953, Uncl.

UGERMAN, U.F,, inzhener.
Bucket belt conveyer for Icading balls into a mill.
14 J1 153.
Inargetik 1 ac.2-013-
(XIaA 6:8)
(Conveying machinery)

YEG-VMI, U.Y., inshener.
Unloading mill balls. Bnergetik I no.6:19-20 H 153. Oa.RA 6: 11
(Milling machinery)
c;"-

UORMAN, Y.F., inzhaner.
OTenon joining" of tubes in tbq combustion zone of boilers. Inergetik
2 no.2:13-14 7 154. (MLIU 7:4)
(Steam boilers)

C-f~M-A
YBORMAH, U.P., Inzhener.
Practical construction of scaffolds for work in a boiler furnace.
gnergetik 2 no.3:10-11 Mr 154. (KLRA 7:5)
(Furnaces) (Scaffolding)

UGEMUN, U.P., inzhener.
Screen for sorting balls without removing then from the mill.
Shergetik 2 no.3:12 My 154. (MLRA 7:6)
(Killing machinery)

UGERMAN, U.F., inzhener.
-
Skip hoist for loading balls into a mill.
Alek.sta. 25 no.3:51 Xr '54.
(MLRA 7:6)
(Furnaces)

YIGMAII, U.T., inshener.
Centralized preparation and pnemmatic delivery of lining solution
and of heat-insulating material. Blek. sta. 25 no.6:46-48 Js 154.
(Steam boilers) (Convaying machinery) (=A 7:7)
PE

1 A
T I t

YEGERMI, U.F., inzb.
Repair and replacement of armor in a ball mill. Energetik B rc. 18-
23 Ap 16o. (MIRA 13:8)
(Crushing rschinery)

TEGERMAN, U.F., tekhriik
Mechanization of the operations of coal-grinding mill(sA Inergetik 8
no.11:17791 9 160. MA 13:12)
(Electric power plants-Equipment and supplies)
(Coal-handling machinery)

YEGERMAN
Mechanization of rigging operations in the repair of coal
piaverizing equipment. Energetik 9 no.1.1:15-19 N 161.
(MIRA 14:12)
(Electric power plants-Equipment and hupplies)
(Coal, Pulverized)

YEGEMAN 0 -,U.F-. inzh.
Improvement in the efficienc:7 of ball mills lubrication systems.
Elek.sta.33 no.2:&.10 F 162. (MIRA 15:3)
(Electric po,4 lafits-Equipment and supplies)
(Nuing machinery)
747M-1 - 11 -IG

YAKS - 01 voctoreardlograph, a diagnostic apparatus# Madeprom* 11
no.6;47-50 JS 157, (MIRA 10:8)
1, Moskovskiy gosudaretvannyy soyusnyy zavo& elektromeditsinekoy
apparatury "=A"
(BLMROCARDIOGRAPHT)

YEGERRAII, YoOB,
New portabla diagnostio apparatus* )4ed.prom. 12 no.6 6-58
Je 158 r9lRA 11:7)
1, Kookovskiy zavod alektromeditainakoF apparntury ""W"o
(IMEMOCARDIOGRAPHY)
za-m -

KUZIN$ M.I.; ZHUKOVSKIY, V.D.; SACHKOV, V.I.
Use of interferential currents in combined anesthesia in
surgery. Eksp. khir. i anest. 8 no.507-60 S-D 16~.
(MIRA 17s6)
1. Kafedra, fakulltetskoy khirurgil (zav.- prof. N.N. Elanakiy),
kafedra. fiziki (zav.- prof. N.M. Liventsov) I Moskovskogo ordena
Lenina meditsinskogo instituta. imeni I.M. Sechenova i laboratoriya
eksperimentallnoy fiziologii (zav.- prof. V.A. Negovskiy) AMN SSSR.
Lan
EET9 I'm
J

TEGERVAITISlYa.-Ya.-
22713 Ege=.anis, Ya. Ya. Ostraya kishechnaya neprokhodimost'. (Po materialam
rizhsk. 1-Y Gor. Klinich. Bollnitsy za 1934-1947 GG. ) Zdravookhraneniye Sov.
Latvii, SB. 3, 1949, S. 53-61 -Rezyume na latysh. Yaz.
SO: LETOPIS' 110. 302 1949

BERTSE _V.Jzb4~fger ia~- KIAVIIIA, L.s red.; YEGERS, A.
SPORANE, V., tokhn. re
(An editorial staff on wheels; a reportage from the.Far East] Re-
dakoija uz riteniem; reportaza no TalaJiem, Austrumiem. Rigap Lat-
vijas Valets izdevnieciba, j.561. 216 p. [In Latvian] (14MA 34; 3A
(Soviet Far East-Description and travel)

:EGEUBAYEV, S.Kh.; 2,UBOVA, I.Ye.
Reduction of potao-oium Af(rrvito. Trudy X.FlIT! no.1,7.1211-128 164.
Reduction of potassiim ferrite. Ibid.:129-133 (M TRI-i. 18:01)
17

y GE, I Wl. s (j I d 0,
i ket. ]-Ag 165.
I. Moskov~okty lzis'altut Imeni P.T.Mendeleyeva.

YEGIAZAROV, A.
Centennial of the First Russian balneologic society. Azerb. med.
zhur. 41 no.2t85-87 F 164 (MIRA 18:1)
1. Sekretarl nauchno-kurortnoy komissli Anerbaydzhanskogo res-
publikanskogo soveta po upravleniyu kurortami professionalT-
nykh soyuzov.

TEGIAZAROV, A.G. Cand Tech Sci -- (diss) "Study of the
thermal spw*em of seed beds with water heating." M08,1957
11 pp. (Min of Higher Education USSR. Mos Order of Labor
Red Banner Construction Engineering Inst im V.V. Xuybyshev).
110 copies.
MY 8-58, 105)
-24-

ASKEROV, A.G., red.; GUSLITOV, A.G., red.; GUSEYNOV, 14.M., red.;
MAYEV, A.."'., red.; Xgq;A',,'A:cv A.G., red.
[Study and utilizatlon of mineral--vater resourccs in the
Azerbaijan S.S.H.] hmebenie i ovvoenie Cidromineral
S Inykh
rotlurvov Azorbaidzlianal:A SS11; tnid-y. Baku, AN Azarb.S.SR,
1962. 157 p. (MIRA 16:12)
1. Azerbaidzhanskaya respu*31~.1,,-nokaya, gidrologichoskaya
nauchnaya sessiya, porwyaz~hcher%j~-.-a 40-i Glodovchchine
Konpartii Azerboifthana j. !,"--,~-t::ko)r vlasti v
Azerbaidzbane. 1.9t W60, A-,,crU-idzhan,-,ko[;o
I a f sc
Rc.,;publilmnskogo kurortnogo upravlenty Pjuzov (for
Guscynov, 3. Institut kurortolo(;Ii ~iziclieskikli
metodov lecheniya in. S.M.Kirova (for Guseyn6-,,-AG.).
(Azerbaijan-Vineral waters)

GUSEYNOV, M.M.; YEGIAZAROV' A.G.; GUSSYNOV, A.G., red.; ALIYEVA,A.,
izd-va;--AJKiW4DOVi
~S., tekhn. red.
red.
(Brief manual on the health resorts of Azerbaijan] Krat-
kii. spravochnik po kurortam Azerbaidzhana. Baku, Azer-
baidzhanskoe gos.izd-vo, 1964. 47 p. (MIRA 170)
41-

KOSTRYUKOV, Valentin Andreyevich; LIVCHAK, I.F., reteenzent; YI~GIAZAROV,-
A.G., kand.tekhn.nauk, nauchnyy red.; NINWAGI, D.K., red.izd-va;
--709~AYDROVA, O.H., tekhn.red.
(Examples of calculations of heating and ventilation systems]
Sbornik primerovraschete po otoplenUu i ventiliataii. Moskva,
Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materialam. Pt.l.
(Heating] Otoplenie. 1960. 189 p. (MIRA 13:9)
(Heating)

OBWV, A.I.; MCHE(MOV, V.P., dotsent, kand.takhn.nauk, retBenzent;
KOSTILYUKOV, V.A., inzh., reteenzent; TXGIA74MV. A.G., kand.
tekhn.nauk, nauchnyy red.; SULUOVA, A.P., re -6--
RTAZANOV, P.Ts., tekhn.red.
[Heating and ventilation] Otoplanie i ventiliatsiia. Moakva,
Goo.iod-vo lit-ry po stroit., arkhit. i stroit.materialam.
Pt.l. (Heating] Otoplenie. 1960. 223 p. (MIRA 13:9)
(Heating)

KA "Ell F
,urici.. T~-*-14:
A I
khaatirlif en, p tort!

,,..~BGIAZAROV Aleksandr Grigorlvevich; CHERE2.1USHM, P.A.,, nauchr.
re
[14anufacture and installation of industrial ventilation
systems] Izgotavlenie i montaZh sistem prorVshlennoi venti-
liatBii. Moakva, Vyoshala shko2a, 1-965. 27-1. p.
(MIRA 18:8)

ZAALISHVILI, M.M.; SURGULADZE, T.T.; YEGIAZAROVA, A.R.; GOGORISHVILI,
Dzh.A.
Studying the interrelation of myosin A and myosin B with
adenosine triphosphate by the method of electraphoresis.
Soob. AN Gruz. SSR. 30 no.1:29-36 Ja 163. (MIRA 17:1)
1. Institut fiziologii AN Gruzinskoy SSR, Tbilisi.
Predstavleno akademikom P.A. Kometiani.

WrHORS. Ycgiazarov, B.G., Doleriko, A- V., Aktlpov, V, F., Krutyalkov, 1'u
T F1'I_E: An instrument for the nica surf! nient of the. intLmiity of t
SOURCE- Ne~.oLoryye voprosy tekhniki fizichc-skogo eksperinienta pri issicriovaf-~l
gazovogo razryada; ii;tticlirio-tt-.IIini(:Ii(!!ikiy sbornik, 110. 3. A.V. Cl-p-
netskiy & L.G. Lorruze, eds. Moscow. Gosatomizdat, 1961, 8 3-93 - /
TEXT: The paper describes the design of an instrument for Ott nieasururn~iflt
of the absolute magnitude and the direction of the magnetic-field force vector for
individual points of fields within a range of 10 to 1,000 oersted and v.-ith nonunifor-
mities of up to 15%/cm; the relative error of measurument rl~irougho%_t this ranzt:
does, not exceed 0.03%. The measuring riLllge may be raised to 10,000 oe by a
change in pickup heads. In ord,~r to elin-iinate errors due to rionunifori-nities in t-,t--
angular velocities oi the pickup induction coil, a corripenliation-type measuring
g
technique is employed; in it a runasuring coil rotates w.-thin the field to be 1-neas;Irt-o,
while a comparison coii, 111OLinted on the same driveshaft, rotates within a known
comparison field. Any urievewiess. frAl" the angular velocity is reflected equaliy in
the two coilr,, and the necvs3ary error-eliminating exprt.~ssions are developed anf!
set forth. Criteria for the "punctuateness" of a small coil are presentt-.d. T!-,e
Card 1/3

An infitrimwrit fi)r tfift fit ijitf~-fitity, 5/7Z5/6 I I 000ilj 0' A F,`~ P ij,~
principal (_'Lernenti of the instrument are the pickup, the coordinat,., table, and
ITIC~Lsitring unit. To ensure the "punctuateness" of the measuring pickup, the
dimensions of 0-w- cylindrical coil were held flown to a 5-min rha, a -5. 6-11)111 ji:"I'~11.1),
and a wire dia of 0. 02 mm. The sensitivity of such a coil, at a speed of 2S rps, is
7ZO ~iv/(a/cin). The coil is driven by a synchronous rnotar (1,500 rpni - not tirpsil
as stated in Russian original) via a conical gear transmission. Despite the I. 5-ni
length of the pickup device, required to achieve a long reach to cover the magnetic-
intensity topography of extensive fields, tHe vibration of the coil does not exceed
0. 01 mrri- Th.-, collector of the coil consists of two silver rings and four graphite
brushes. The measurinR unit compri5t.:s a decade potentiometer, a null indicator,
and a power-suppl\ A schematic circuit diagram is shown. Constancy in the
total potent iorntA e,, resistance v-as achieved by pairing, in opposition to one anothcr,
identical decades of t-,%L, KMC-6 (KMS-6) resistance units. As a result, very con-
venient contact potentiometers of 100 1,ohin (more accurately, 99,999 ohm)
obtained. The null indicator is a resonance amplifier tuned to the frequency 0,
f1till prodliced in tho coii, Since the a.c. hum constitutes the principal noise in
O-ie amplifier, the amplifier was tuned to 25 cps which, in turn, fixed the specd oi
the driver motor at 1. 50') rpin. To achieve an elevated selectivity relative to thu
50-~ pf; frequency and its harmonics that might be produced by nearby powerful
so.irces (motors, transformerst etc.), three resonance transformer stages Wi0i
Card 2/3

An instrument for the measurement of the intensity... S/725/61/000/ol)-illoo5l'(j-()~.-
Permalloy cores were provided. Typical experimental data are 9bov,r ZnJ graph;
cally mapped, including a measurement of a magnetic field w-L-,h and' without t.hf,
introduction of a perturb-3.tiori in the form of a ferrite body. Thanks arv
to L L. Shatokhin for hiq aqsistance. There are 8 figures and. 3 Soviet
references.
ASSOCIATION: None given.
Card 3 /3

4245~
S /72 5 /16 1 J0001 003- /00c, 'Qt'6
AUTHORS: Yegiaz,arov, B. G.,_ Dolenko,,A.V., Aktipov, V. F., Kruttyak.ov, Yu..tt.
TITLE- One of the piezoelectric methods for the measurement of a component of
the magnetic field strength in a point.
SOURCE: Nekotoryye voprosy tekhnik! fizicheskogo eksperimenta pri issledovanii
ga zovogo razryada; nauchno-tekhnicheskiy sbornik, no. 3. A.V.Gher-
netskiy & L. G. Lornize, eds. Moscow. Gosatomizdat, 1961, 94- 104.
TEXT: This paper describes a "punctuate" field- strength- mea suring device
capable of,m,easuring a component of the intensity of a constant magnetic field in a
prescribe ' d''point in space with an accuracy of 0. 576. The distance between the pickup
and the measuring unit may be of the order of tens of meters. The st_,nsor consists
of a tightly wound cylindrical coil (cf. KarInenskiy, Ye.l.,at al., Elektronika, no. 10,
1958, 109).' The passage of an electric current through the coil evokes the action of
a couple. in'the direction of an alignment of the coil axis with the magnetic field. If
the current is alternating with an audio frequency, the coil will oscillate about an
axis lying within the plane of the coil perpendicular to the magnetic-field line of
force passing through the center of the coil. The now d(tvice crnploys a piezoe-let'n-
ent tied to the coil which is forced to oscillate with it and which produces an enif
Card 1/3

Oat- of ~h,! -~siezoclectric methods . . . S 1/ '7 15 / 6 1 / 0 0 0 ! 0 0 3
that is proportional to the magnetic field strength H and the constant currt~;
J-
thus yielding a measure of the projection of the field strength onto the
Coil windings. This principle is well known, but its earlier ernbodime.-~LF:' (Ri.
R., C. r. Acad. sci., v. 234, no. 11 , 1952, 1135; v. 1.4 1, no. 4, 1955, 3 68; v, ' 10, if),
1955, 1064) failed to provide a means for the identification of the dire-(~tion Chr,
field-strength component thus measured. The new device achieves tb(_ der.ecniina-
tion of the field-strength projection onto the axis of the piezoelement, at a
given point and for a given direction. The coil is supported by a bimoi-phic B;t.-
titanate ceramic beam which is thickneiswiKe polarized. Torrional ozicillations
yield a zero ernf, and any enif arising in it is proportional to the projf-~Aion ~,f th,'
magnetic-field strength onto the bearn axig only. The phase differonce bCtW(!(!rI
output voltage of the piezocLein~ent and the sinusoidal coil-feed current will atgo yivid,
an indication of the sense of the magni-tic field. The sensitivity of the devIC", 1:i !!I-
creased by tuning the f,_!~!d current in resonance with the proper flexuralfrequency of
the coil- piez oc:ernera -holder syEtem. Laboratory tests are describc.-d and Must-
rated in schematic cross-sect-Ions and photographs; the effectiveness of the reson-
aiice tuning on the arnplitticie of the outp~jt signal is shown; it v.,as found that input..
current lirrtitations irnposed a practical magnetic-field Strengh threshold OA 10
oersted, below which the needed input currents become too high to ~)e tolerabl'..
Nr)i3e induction from the coil to the metallized sheath of the pitzoelf-rnent c,-o; br-
eEminated by covering the coil with "aquadag" graphite lubricant. The two halv~'-
Card 2/3 n

One of the piezoelect. ic methods ... S 17 2 56 1 / 0 Q C, !0 0
Of the rnl'. aitd the piezuetement. niutt be pasted together exactly coaxialiv to.
ate any errors due to torsionally produced shifts in the minimurn signpl,
details Lif the audio-frequency generator which feeds the set-sor coil,
characteristics of the piezoelement, the amplifier, the capacitive phase-,.'
required for the cornpenaatory piezoel ement- voltage cornpari.,ion, tho
unit ituelf, and the use of the null indicator to establish the attainnient of th,:~
sation are fully explained. The pickup is maintained at a constant tenipera'.1111'r~ Of
50+ 0.50C. All individual allowances are bascO on the specified suminary e-rorz of
measurement, which is not to exceed 0. 50/6. If two or three mutually perpe,,zlicu"ar
piezoelements are used, then two or three comporients can be measured sirriultaneous-
ly, with the only stipulation that the centers of the coils must not be more than, s.-av,
3. 5 rnin apart to f!tujure reasonable sin-wlation of local punctuate coincidence. Th'.
same result, of course, can be attairerl by a 901"' rotation of a single coil. Thanks
are expresseI to L. Z. Rusakov for his SLIbstantial assistance in the project. There
are 8 figures and 12 reference,,i (6 Soviet, 3 Frerch, I English- language, and 2,
Rasp,ia.i trans'-,a~,ior-~s of English- ianguage writings).
ASS-C)CIATION. None given.
Card 3 /3

ACC NR: AT7005897 SOURCE COD,--':
AUTHOR: Golfdanskiy, V. I.; )~giazarov, B. G.; Shantarovich, V. P.
O'HG: none
TTILE: Chemistry of positronium. and the angular correlation of annihilation ea:;-,,a
I
q u zl-. '-1 a
son"Ir"E' Monow. Inzhenerno-fiziche3kiy in3titut. Fizika elerrentarnykh chastits,
1-0,66, 48-5:8
TOPIC TAGS: posituronium, positron
SUB CODE: 20
AFSTRACT: The article deals ;,rith an investigation by the authors of the. an,~ular
correl'Ition and lifetime of positrons in aqueous solutions. The results obtained
are o U I L
ubjocted to a systemiatic comparison and analysis on the basis of kinetic
ecuations which exz)ress three cases of posituronium reaction: (1) conversion
(ti-ransit-ion. of orthopositronium to parapositronium), (2) oxidation, and (3)
i co.-abination corv~ersion and oxidation. In the angular correlation study the
7 aut-ors make use of both the TRUYIPY [11hys. Rev., 118,668(ig6o)] and the DE ZAFRA
r ph
L YS. ief-, 113,1547 (1959)] method for evaluating changes in the contribution
of the narrow component. The results are compared with those of TRUMPY. Orig.
art. has: 5 figures, 11 formulas and 1 table. [JPRSJ
Card UDC: 539-1

AU"(140RS: Yegiaza rov, B . GMak s ; j nov , 1, - A.- , Saz ykin , AA
T IT 1,1;: On the possible inve-tizvlatlion, oi
to the angular distribution of two-plicAon annifidation of positrc;'-!;~
SOURCE: Nekotoryyt! voprusy telkhsiiki fiziche31---(,go
variii gazovogo ra-zryada; Hbornik, TIC).
A. V. Chernetskiy and L.G. Lornize, (Ar... Moscow.
1961, 114 - 12 1.
TEXT: The pape.- lays the theoretical grotindwork and proposes a pos-,i~~!'":
experimenta! configuration for the measurement of the angular distribution ~-J rl"-
two-photon ann1hilation (which is appreciably more prulbable than the one- arid
three-photon processes) as a me-ans for determ.!.-~ing the unergy spectrum and,
consequently, tFe electron temperature T-- uf t;it! pLasma. The velocity distrJ,-.,1-
tioa of the electrons and positrons is assumed, to be Maxw-A'Lian, with a un;r
temperature, T. Since the probability of annl~-.;~afion Jf fast positrons is extrc-tt~':Y
small (W. Heitler. Quantum th~. )ry (,f radiation. '--"'ed in Russian translation,
Foreign Publ.House. Moscow, 11956) the nonrelati,,istic case only is examined.
A device is proposed -kn which an annular detector with a specified subtended angh-
Card 1/3

S,
On the of h'; I'll h- Cori c,~
will pick up all those photons v,"7ich fly (jkl': under tnl~ arigif:' 'InG r"- r1-':
the number of coincildences pt:r tirtit time vcrsu-~, a of
having a the. locatio-'I or tile sefxliwi'~Lh oi .-I
electron tt_~.cnpi~; -aturf~l :,I ri~t~ On :h" of)lt-r hawl f
centration n. thf~- Of 01-"~
L I I t if. i t! c t r on - z~ n
of the electron concfmir;~tiw_.
th-Q!
.Maly8is of the '%r ikiit~y" W `tr'- ;()S;, (_)uts~dr-,
that positrori~i W;
probabi'ity of heir pai-,3;11~': L h - ou, Ic'! sctup -.0)wjt I ryl ;rl witilo"It
is very great throughc.,it t"'.C 4- a ri C W Thus, f(,,r
17 1
.on Conce -ar' -7 ol 11 CM- ", P0.1 1*0n tl.-, -i + to
electl ritt
10 kF-i i~re mandatarv, -;,ith positron conc- -_-rit rat; ons of th,~ ordt~!r of n,= 10-1 t'.' ~11"
Spec;aL positron sottrcz~q rnay 1, rje- required to available slow posit-rons s
conc mtrationr4;. Pec-f--n! v~-orl'l orl the al-.C~Ivllullation of fast pozitroris in a
trap (Gibson, r,., ,,c '-J.' Phyii-IRt.v. Lvtt. 5, roj.4, 1960;
et ai., zvri,, v.30, 19t'z. 'M1-984) of(cr- much pruiyi!;u. A rel..,
r
(apparently unpubli~;rrv~j on L"e d~:L~.trrzii~.,itimk of *he electrot,
plasina from. the arig~',,Ir;.r correlatlic.cw diciz-ing, *%l.o-photon
V.I., Phy3t(l'-i TrIstitat". 'Ynew, P_N. k,tlwdov, AS US-SR, 19':;P' i:i
g
G a 4- C-1 13

S
01, ti-IC possiWe
i Oll rl, I,, ua c' ~,tribution mic" the re I at ion 5hi p
'1e I
re prOP-1-1
ibut :4,11
ar8 41 figure,
t ran S:
Hei--'eZ book IS
ASSO(If-ATION":
Gard 3 /3

ATLASOV. 1,P.; DEMOKIDOV. K.K.; DIBNM# V.D.;YIDGIATAROV, B-.Kh.; IVANOVA,
A.M.; WHINY, M.Y.; MMOY, Y.G.; BAB 'I .; HAVIC110 u.G.;
SAKS, V.11.; SOKOWY, Y.H.; TKAGRINKO, 33,; USTRITSKIT, V.I.;
HALIVKIN, D.Y., nauchnn red.; VASILITAV, R.P., red.; SOWVIYLPY,
L.D.. red.; 111KHOROSEIEV, A.P.. 1-eA.; DOWOHOS, L.G., tekhn. red.
[Geological map of the Soviet Arctic) Geollicheskais karta
Sovetskoi Arktiki. Sost. I.PjAtlasov Ci dr6 Glav. red. 7.G.
Ha*two ..o.Hauchns red. D.To Nalivkin. [Moskva] 1957. ..Col.
map 89 x 131 cm. no. 4 sheets 51 x 72 cm. .. Scale 1:2,500,000,
..Inaet: [Geological map of Wrangel Island) Geologicheakaia karta
Ostrova Vrangelia. 1;1,500.000- (MIRA 11:8)
(Arctic regions--Geology--Kaps)
(Wrangel Island-Geology-Maps)
7-

Geological description of the Severnaya Zenlya archipelago. Trudy
Rauch.-iss4inst. geol. Arkt. 81:388-423 157. (MIRA 110)
1. Rakovoditell ekspediteii na Severnuyu Zemlyn Nauchno-issledovatell-
skogo Imstituta geologii Arktiki Glavsevm-Drputi.
(Severnaya Zemlya--Geolog7)

YEGIAZAROV, B.Kh.
~_D~evo h sediments in the western part of tho Severnaya Zemlya
archipelago. Trudy NIIGA 67:13-35 '58. (1URA 12:10)
(Severnaya Zemlya--Geology, Stratigraphic)

qUSAKOV, I.M.; YEGI4ZAROV, B.Kh.
Pre-Cambrian and Paleozoic atratigraphy of the western part
of the Koryak.Range. Trud7 pauch.-isol. Inst. geol. Ark-t. 85:
3-19 '58. (HIRk 12:8)
(Koryak Range-Geoloff, Stratigraphic)

YEGIAZAROV, B.Kh.
Basic geological characteristics of the northwestern slopes of the
central Koryak Range, Inform.biul.NIIGA no.14:41-50 059.
(MIRA 13:7)
(KDryak Range-Geology)

YEGIAZAROV, 13.Kh.; ZAKRZITIVSKIY, G.A.
Cenozoic vocaniom in the eautern Korrak RwW,.a, Trudy MWA 114:
115-146 6o. (111RA 13:11)
(Koryak.Range-Voicanoes)

ILIINSKAYA, G.M., tekhn. red.
[Geology of the Koryak hi,~hland] Geologiia Koriakskogo nagorlia.
Pod red. B.Kh.Egizarova. Moskva, Gosgortekhizdat, 1963. 210 p.
(MIRA 16:8)
1. Moscow. Nauchno-iSI31edovatellfikiy institut geologii Arktiki.
(Khabarovsk Territory-Geology),
G 7 kand. geol.-mlner. nauk, red.; LUCIIKO, V.S. , red.
AA

2:Zkg-6~5 OVUM 01-1
ACCESSION NRi AP4041400 S/0020/64/156/006/1341/1342
ALTHOR., Atlasov,_ I. _F. ;Vakar, V. Dibner V. _D_.; Yegiazarov, B. Kh.; Zimkin,
A.-Y. ; Rownovich, B. S.
1ITLE: A new tectonic map of the Aratic
no. 6. 194,
14, 1341-1342 and inserting facing
P'-~~.'1342'
GS ct-
TOPIC TAG te onic map, 4~~pVaphy, earth'crust
the
ABSTRACT: A report on a tectonic map of the Arctic and Subarctic finished at
Inatitute of Arctic Geologv in 1963. Th'is map, which is drawn to a scale of
1:5,000,0W, shows clearly the structural development of geological formations,
strata and substrata of variou:3 a&es and formed under various tectonic conditions.
An important feature of the ma:) i.-; the a-teigit for the first time to use a single
system of conventional symbols to designite ,-he tecton.,c structure of dr-y larri,
shelf and ocean floor. A large part of the Arctic and Subarctic territory which
corresponds to the continental pa--t of trie c-ust is divided on the map into fold-
ed system,,, recent geosynclines aid para geos- fnc lines. The folded systems are
then subdivided into two groups: fundamentally Precambrian systems which have
Coid 1/2

lowing=
j_
Acassiall ftt',: AP'4041400
-th ago: an ave, ra
gonI& thr~01. 6: h been t nsformed in-
o Z are attil"In the postgeo~
platformii -Paleozoic and Meeso oic systeim which
t
synclinal development stage. The recent geosynclines are subdivided into two
groups: mature Cenozoic folded syrtems whLch have entered (or are entering) the
tent stage:, young systems which are still in the begin-
postgaosynclinal developm
ning stages of geosynclinal development. The parageosynclines are subdivided on
the map into three groups: periphoral geosynolines which have been transformed
inlo downwarps; inner zones confinod to the contral mountain masses within the
folded regions; a few oceanic dcpr,~ssions. G.-ig. art. has: 1 figur-..
ASSOCrATION: Hauchno-issledovateltakiy irstitut geologii Arktiki (Scientific
Research rnstitute of Arctic Geology)
Zc

toll
Y1z- C, R 0
WoWimilaii W fAk 10 plit"Joi follolls'Ify INWA914 (lot
bor BWQ*d. I. kj-J(4lAAAj1W. I;)Eh1MJ i S4100, WO,
N,4b. 1, 45-7. I'lle HIC11141*1 U&IIIJUal by All-I
n (44. 1946. Xa.A) that the
ilm-toughly agitalexi with N,4xOl JW411,
while healtiod off d alcote liwilt, follavvol fly tratitter ill file
to IN- lowycoiciefer, i4tAl ertildlusing with.W.
I to Al it. XMIJ with A .1frols 44
phrittall 1.44 1,,,, . .1 IV) '10* l1w octal, 141
IAJ(tt i% UMMIML SAIC01 -411. 1111101 1)C OMI, -44
lotr rV.411t.. K.

YEGIAZA11OV, 0. h.
"Concerning laboratory Investigation of the Caloric Value and Chemical Composition
of Food Rations." Sub 31 May 51, ~Ioucow last of National Econor7 Ireni G. V. Plekhancv
Dissertations presented for ocienco and algineering degreog in Moecow during 1951.
SO: Sum. No. 480, 9 1-lay 55

YAGIAZAROV, G.K., inzhoner-mayor
-------------------------
Mating Subbotin's method for determining ammonia.
no.6:87 Je 151.
(AWONIA) (COLORINWRY)
Voon.-med. zhur.
(MLRA 9:9)

TEGIZAROV, G.H.
Portable outfit for the chlorination and CoWlation of water. Gig.i san.
n0-7:44 JI 153. (xm 6;7)
(Water-PurificatioR)

YEGlAZILROV, G., Imnd. tekhn. nauk.
Action of ionizing radiation on mes.t. Mias. ind. SSSR 28 no.6:51-
53 '57. (MIRA 11:1)
(Radiation sterilization) (Meat)

YEGTA%AROV- G.M..
Elucidation of the problem of using ionizing radiation for the
preservation of food ("Research In the science and technology of
food preservationO [in English] by R.S. Hannan. Reviewed by
GeM,Egiazarev)o ?rone. i ovo prom. 13 no.12;33-36 D 158.
MRA 11:12)
(Radiation sterilization)

TEGIAZAROV, G.M. (Moskva)
Aftereffect of ionizing raillatlon an vitamin C and carotene in
certain preparations and food products*' Ewith summary it. Inglish)e
Vop,pit- 17 noo*599-11 13-0 158 (MIPA 11:10)
(MMIATIONS, effect.
Ionizing# on carotene & vitamin 0 in food products
(Rull))
(CAROT
off. of Ionizing radiations on carotene in food
products Ohis))
(VITAMIN 0
eff. of Ionizing radiations on vitamin 0 in food
products (Rua))

YEGIAZAROV, G.,kand.tekhn.nnuk
-------
Effect of gnmma radiation on grain. Muk.-elev.orom. 24 no.2:17-18
F 158. (MIPLA 11:4)
(Grain) (Gamma rnyu)

YR!;IAZAROV*I.GIM*,Acand. takhn. nauk.
-
Xffect of ionizing radiRtion on edible fate. Kaol.-zhir. prom. 24
no.2:18-20 158. (MIRA l1:.3)
(Oils and fate, Edible) (Radiation sterilization)

YEGIAUTIOV, G-14., 1cand.tekhn.nai*, inzhenor-podpolkovnik
-Effect of gamma rays on edible fate. Voon.med.zhur. no-3:60-
63 '59. (MM 12:6)
(wu% Rhys, off.
on mitritive fats (Rue))
(FILTS
off. of pmna rays (Run))

YICGIAZAROVy (1.14,
h- z~-! ~
'A
Radioactive sterilization of drugs and medical supplies.
Med.prom, 13 no,4:12-16 AP '59- kMIRA 12:6)
(RADIATION SMIMUTION)
0

RABINOVICH, R.I.; YEGIAZAROV, G.M.; KOROLEVA, Te.I.; IYAPOV, N.A.
CharacteristiCl Of Mtifii'TO properties of quick-cooking food
concentrates. Kona. i ov. prom. 14 no.9:19-22 S 159.
(MIRA 12:12)
(7ood, Concentrated)

YICGIAZAROV. G.M., kand. tekhn. nauk
"Increasing the stability of fats and fat-containing producton
by B.IA. Golant, B.A. Petrov. Reviewed by G.M. Igiazarov.
Maul.-zhir. prom. 25 no-7:47-48 ',159., 1(MIRA 12:12)
(Oils and fats) (Golant, 13.1A.) (Petrov, N.A.)

YEGIAZAROV, G., kand. tekhn. nauk
Radiolysis of animal fate under the influence of low dosage of
gamma rays. Mias. ind. SSSR 30 no-5:51-53 159. (MIU 13:1)
(Oils and fate) (Gamma rays)

- MIAZaff, G.M. (Moskva)
Safety of using In the dlet, products sterilized by Ionizing
radiationsi Vop.pIt. 19 no.l.-63-67 Ja-F 160. .(KIRA 13:5)
(FWD radiation effects)
(POOD AMITURS)

YEGIAZAROV G H inzhener-podpolkovaik, kand,,:tokhn.nauk; IVANOV, N.A.,
kand.mod.*nk
MethodB of hygienic evaluation of new concentrated food produote,
Voen.-med.zhur. noo4s6649 Ap 160. (MIRA 14:1)
(FOODp CONCENTRATED)

YMIAZAROV,G.H"M6skva)
Effect of low doses of ge t rays or. the presermtion of vitamins
In food products. rop.pit. 19 no*4854-58 Jl-Ag t60. (KIRA 13911)
(VITAKMS) (GAMMA RAYS-INDUSTRIAL APPLICATIONS)

YEGIAZAROV, G.M.0 kand.tekhn.naukt inzh.-podpolkovnik
Method for determining proteins in food products and prepared food
under field conditions. Voen,-med. zbur. no,'2:34-37 F -161.
(MUM 14:2)
(FOOD-ANkLYSIS) (PROTEINS)

New standards for weight parameters and over-all dimensions
of motortrucke and tractor trains. Avt.transp, 38 no-3:
39-4o mr .16o. (HIR& 13;6)
(Notortrucke-Standards) (Tractor trains-Tractors)

YEGIAZAROV, I.; SOKOIDV, Yu.
1-1 -1-,
Standardization of tanks mounted on motortrucks and.trailers.
Avt. transp. 41 no.5:41-42 My 163. (MIRA 1611o)
(Tank trucks-Standards)

YEGIAZAROV, I.V.
, ", - ~ , ,
The theory of similitude and the application of the lave of
similitude to phenomena of unsteady motion (with su ry in
English]. Izv.AN Arm.M.Ent.nauki no.3:3-29 147. (KIa 9:8)
1. Devatvitellnyy chlen Akademii nauk Armyanskoy SSR.
(Dimensional analysis) (Hydraulic models)

YEGYAZAROY, I. V., Acad. (of the Academy of Sciences of the Armenian S. S. R.)
Hydraulics
'XA
Investigation of wave phenomena at installatioDs of the Y-yixbyahev hydro development.
Vest. AN SSSR 22 no. 7. 1952.
Monthl List of Russian Accessions, Library of Congress, November 1952, Uncl.
7777-1

1. fEGYAZAROV, I.- V.
2. USSR (600)
4. Waves
.7. Investigation of wave phenomena in hydroelectric plant installations on navigable
rivers and methods for reuroducino, thEIM in three-dimensional =odels. Izv. .0
SSSR. Otd. tekh. nauk. No. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, April 1953. Unclassified.

Tasks for the scientific reaearch of performance conditions for
hydroelectric power systems and of their automatic control. IzY.AN
Arm.=.Ser.MT nauk 6 no.1:9-42 Ja-F '53. (NWA 9: 8)
1. Deyetvitellnyy chlen AN Lrmyanakay SSR.; 2. Vodno-onargotiche-
skiy Institut, AN Armyanskoy &M.
(Hydroelectric power stations)

USSR/Electricity PersonalAties' Jun 53
Hydroelectric Power
"Professor I.V. T~~giazarov: His 60th Birthday.. n
,~W.Kh. Arutyunyan),Z'G.A. Osipov
Elektrichestvo, No 6, p go
Reviews professional life of Prof Yeziazarov. Dr
Tech Sci, born 6 Jan .1893. An cminent scientist
in hydroelec power eng, specialist in wave motion,
he founded a hydroelec lab that became part of,
the present Sci Res Inst of.Hydraulic Eng, Min of
Elec.Power Stas and Elec Industry. Prof at Yerevan
268T62
PolytIech Inst 19W-53.. he.is director of Vater-
Power Eng inst, Acad Sci ArmSSR., deputy to Supreme
Soviet USSR, holder of Order of Lenin (1951) for
advancemenz of Soviet Science.
268T62

, 1. V.
"Modeling of the Phenomena of Unnteady Wave Motion In Uncorfined and
Confined Flows." Izv.Akad.1fauk SSSR Otd. tekn.Nauk no.10, 1417-
1427, Oct., 1953.
Study of the Partial differential equations shows threedimension-
less similitude criteria representing Froude number, time &--ale, and
friction, respectively, which govern modeling of unsteady free sur-
face wave phenomena. Similarly, four criteria representing Froude
number, time scale, elasticity, and friction govern modeling of un-
steady flow in closed conduits.
Modeling of such flaws is very fully considered in the general case
and also under two simplifying assinaptions, namely, (1) neglecting
friction and Mach number but not elasticity, as in Joukowsky's classi-
cal water hammer theory, and (2) neglecting Mach number but not friction
or elasticity. Particular attention is paid to the desirability of dis-
torting geometric scale, the correlation with scaling of the power of
the machinery. Recent papers by Iarras, Devderiani, and kuniakina are
briefly criticized.
Reviewer notes two material errors which do not, however, invalidate
the paper as a whole:(a)in Eq.(18)tbe introduction of Mach number is used
erroneously to eliminate the time scale c3Ziterion--it is the Froude no.
which should be eliminated; and-(b)Eq.(20) contains a misprint.

I. V.
USSR/Physics - Hydraulics, 21 Sep 53
Water HFimmer
"Modelling of Water Hanmerl "' ~-I. V. Yegiazarov, Act
Mem Acad Sci, Geor SSR,~Ifater Power Inst, Acad Sci
Geor SSR.
..DAN SSSR, Vol 92, No 3, pp 495-497
Analyzes differentia:1 eqs of nonstationary shock-
waves taking into account elasticity and friction.
Selects a scale convenient for laboratory tests.
Presented 23 Jul 53.
26ft8q

YEGIZAROV. I.V., deystvitellnyy chlen.
Models of river-bed formation processes. Dokl.AN SSSR 92 n9.4:715-717 0 053.
(W-RA 6:9)
1. Akademiya nauk Armyanskoy SSR. 2. Yodno-energeticheakiy institut Akadamii
nauk Armyanskoy SSR. (Hydraulic models)

V
rl- R
"rift,
8037 Modoliq Hydrmalle IN111114,11,14fer Sprri.11,
~ .1f . . 241.
lion't of 11gi aladcliuIr qf an finfire 111(ircir1crAc
systero. (111m! 1. V. ~Sfipr(W. Onkintly Akejtlrrn(i N741-L'.
SSSR. v. 02. no'714. _UC1. 11, .4 h9f) W2.
W;tt ~ P-
AnAysk of dimemianless 4ffid6t-l Shows it ii "Ibk to
distart Scale of lmgth. pressure'itind tharreter without disioHn
cross Sect (in of water Raw.

TEGIAZAROV, 1. V.
The Comittee ou Stalin Prizes (of the Council of Idulaters UM) In the fteldu of
sciience and Inventions enno=eO that tbc tOl1OVJMg r.Mentific ieorks,, Popular scien~
tific booke, guA textbooks have been sibmitted for competition tor Stalin 11rizes for
the years 1952 and 1953. (Sovetska~m PUturs. Vioscow, No. 22-44), 20 Feb - 3 Apr 19 1
54,
178M Title of' Work IkAninated by
Yegiazarov, I. V. "Investigation of Wave Water Power ~nginearing
Yegiazaryan.,=. 0. Phenomena in Installations Institutel, Acadeqy of
Tikhonov., B. So of the Kuybyshev i~ydroelectric Sciences Armenian SSR
Dzhrbashan, V. 14, Network"
Zhamagortsyan,, V. N.
so: w-p6o4, 7 July 1954

VAZHNOV, Aleksandr Nikolayevich; Yjf&147
redaktor; MUCHATRYAN, A.S.,
redaktor izdatel'stva; UPIANYAN, M.A., t ekhnicheskiy redaktor
[Multiannual mean flow of rivers of the Armenian S.S.Ro and tho annual
mean stream] Srednii mnogoletnii stok rek Armianakoi SSR i ego vnutri-
godovoe raspredelonie. Brevan, Izd-vo Akademii nauk Armianskoi SSR,
1956. 154 p~' (MLRA 10:1)
(Armenia--Rivers)

TEGIAZAROT, I.V. (Yerevan)
Transport capacity of an spen-chamal flow. Isy.Aff SSSR Otd.-takh.lauk
no.2:93-108 7 156, (XUIA 9:7)
(Sedimentation az& doposities) (Hydrology)
77777777777~.

YEGIAZAROT I.V. , alcademik
i
A general equation of the limit transporting capacity of cohesionless
"ediment in 'open channels. Dokl.AN SSSR 107 no.4:525-528 Ap 156.
(MIRA 9:7)
I.Akademiya nank ArzSSR.
(Sedimentation and deposition)

SOV/112-59-4-6681
8(6), 14(6)
TrarLslation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 4, p 42 (USSR)
AUTHOR: Yegiazarov, I. V.
TITLE: Theory of Simulation of Water-Power Systems That Allows for a
Hydraulic Impact
PERIODICAL: V sb.: Mezhvuz. konferentsiya po primeneniyu fiz. modelirovaniya
v elektroteklm. zadachakh i matem. modelirovaniya. M., 1957, pp 51-54
ABSTRACT: Some projects carried out by the Vodnoenergeticheskiy institut
(Water-Power In-stitute), Armenian AS, on simulating a water-power 3yster-ri
with an allowance for hydraulic impact are described. The following points
are considered: methods for investigating the water-power systems and for
classifying the models; the role and importance of various model types;
simulati.-Lig the hydraulic impact within the water -power -system simulation;
staging the laboratory and actual investigations of transients in power systems.
YL. M. S.
Card I / 1

24 11-19/31
AUTHORS: YeSiazarov, Kartvelishvili, N. A., Pervozvanskiy,A.A.
erevan,-Moscow, Leningrad)
TITLE: On the influence of an air filter rubber hose during
simulating on models of an hydraulic shock.
(K vliyaniyu rezinovogo shlanga a vozdukhom pri modeli-
rovanii gidravlicheskogo udara).
M`RIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1957, NO-11, pp.160-166 (USSR)
ABSTRACT: In earlier work published by one of the authors (Refs.1
and 2) the theory was evolved of hydraulic simulation on
models of non-steady state movements inside pressure
systems. Four similarity criteria were derived for the
general case and two criteria for the conditions of
hydraulic impactl i.e. for the ordinary case of dis-
regarding the friction and the ratio of the speed of flow
to the speed of the shock wave as compared to unity.
From the obtained relations and from the condition that
all the time constants should be equal in the nature and
in the model it follows that the geometrical scale
a = 10 to iol, i.e. the speed of the shock wave should
b9 considerably slower in the model than in the natural
Card 1/3 object. This condition imposes the necessity of simulating

24-11-19/31
Or, the influence of an air filter rubber hose during simulating on
models of an hydraulic shock.
an hydraulic impact under conditions of simulating the
entire power system) i.e. its hydraulic, mechanical and
electrical parts. A decrease in the wave speeds can be
effectively obtained by fitting inside the piping an
air filled rubber hose. It is proved by theoretical
analysis that the difference in the non-steady state
processes do not differ materially in such a system from
that pertaining in an ordinary piping and that this
system does indeed result in a considerable reduction of
the wave speeds. The theoretical proof was also confirmed
by the experimental results of Z. A. Zoryan obtained in
1955 on a short model (20.5 m long, 640 mm dia) 'piping,
which contained a 160 rm dia. rubber hose, in the
Hydraulic Power Systems Laboratory of the Water Power
Institute (Vodno-energeticheskiy Institut) (Refs. 2 and 4)
and also in experiments in 1956 and 1957 with a longer
(67.5 m) piping of an equal diameter and an equal rubber
hose diameter. The results of these experiments are
reproduced in the graphs, Figs. 2 and 3, p.165, and these
show that the hydraulic shock has an equal time
Card 2/3 characteristic, both izL the water of the piping (curves 1)

24-11-19/31
On the influence of an air filter rubber hose during simulating on
models of an hydraulic shock.
and in the air of the hose (curves 2) and that the speed
of propagation of the shock wave equals 60 m/sec, i.e. it
is 15 times smaller than the calculated speed for a piping
not containing such a hose. Consequently, the possibility
of simulating on models of an elastic hydraulic impact
under conditions of simulating an hydraulic power system
is proved theoretically as well as experimentally.
There are 3 figures and 4 references, all of which are
Slavic.
SUBMITTED: June 11, 1957.
AVAILABLE: Library of Congress.
Card 3/3

YXGIAZAROV, I.V.
Problems in modeling h7draulic power systems with consideration of
the hydraulic-impact affect. Nauch. dokl. vys. shkoly; energ. no.lo.
207-210 158. (MM 11:10)
l.Vodno-onergeticheakiy institut AN Armyanskoy SSR.
(Hydraulic models)
Ij

AUTHORS: Ye
Sgjaza=v-~~Vember AS Armenian 33R,
--N-eyman, L.R., Corresponding Member AS USSR
-24
10.55-58-5
TITLE: On the Dynamic 11odels of Power Systems (0 dinamicheskikh
modelyakh energosis-t--m)
PERIODICAL: Elektrichestvo, 1958, Nr 5, pp. 83-85 (USSR)
ABSTRACT: Coament on the article by I.S.Bruk in Elektrichestvo, 1958, Ur 2:
I-) BY 1953 the problems of modelling hydraulic percussion had not
been solved either experimentally or theoretically. The solution
of the theoretical-
part was publishe4 by the author Yegiazarov in
1953 (Ref 1). On this theoretical basis a complete model of a hy-
draulio power system with a physically modeled hydraulic part was
constructed at the VENI (Institute for Hydraulic Power) of the AS
Armenian SSR (Refs 1 .9,10). In thig course of investigations of a
general character B.L.Buniatyan (VENI) succeeded in obtaining the
characteristics of the moment of any ir1clination, i.e. the univer-
sal model of a water turbine in a wheel (Ref 11) with the aid of
quite simple means and a model wheel of the X-24 type. The model
of the hydraulic power system of the VENI (Ref lNhows all parts
Card 1/3 of the system. The laboratory is able to modify the moment of the

On the Dynamic Models of Power Systti= 105-58-5-21/23
model aggregate within a wide range: the time constant a-7ounz,-s to
from 6 to 20 sees. Apart from the 800 km line model also con.-
sumption load is modeled, Three hydraulic power stations are re--
presented by the VENI model, On this complete physical model of
VENI a number of investigations were carried out for the Am.-,nion
power system, and, in cooperation with the laboratory of the In.-
stitute of Power Engineering at Moicow the hyaraulic power station
of Kuybyshev Yras inve!~tlgated. - These data are- the reply to the
doubts expressed by Biuk in his article. Bruk's basic error cm.
sists in the fact that he compares physical with mathematical mod-
eling. The true solution of the problem is found by the joint ap-
plication of these methods and all possibilities of calcalation.
2.) Nobody will doubt the possibilities offered by computers. In
the case of complicated and as yet up-solved problems it is no',
quite sure whether the phenomera. obser,,7-2d are also fully expressed
by the equations set up. In these cases physical modeling is of
great importance. Bruk deals. with only one side of the problem! and
that is his main mistake. He deals only with old problems and de-
votes too little attention to new ones. There are 11 references,
Card 2,13 9 of which are Soviet.
hiow
4~

.e
On the Dynamic )Aodelz of Power Systems
105-58-5-21/28
ASSOCIATION: Energeticheokiy institut " Krzhizhanovskogo Akademli nauk SSSR
( Institute for Power Engineering imeni Krzhizhanovskiy, AS USSR)
I AVAIIABIE.- Librax7 of Congress
1. Water power-Equipmint
3. Power plants--Theory
2. Power plants--Model test results
Card 313

% SOV/24-58-10-5/34
AUTHOR: lui2,~~~~revan)
TITILE: On Simulating on Models Power Systems and Hydraulic Shocks
(0 modelirovanii energoBil3temy i Sidravlicheskogo udara)
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk. 1958, Nr 10, pp 27-33 (USSR)
ABSTRACT: The influence of the hydraulic impact on the transient pro-
cess of a hydraulic generator., i..e. the influence of the
inertia of the hydraulic inasses in the pressure piping, the
spiral chamber of the turbine and the suction tube, is
commensurate with the influence of the mechanical masses of
the generating set. Osci.1lation processes in other elements
of the hydraulic systems of a hydraulic power station are very
slow, their time -,onstant is large and is not commensurate
with the constants of inertia of the generating sets except
for certain cases which have been discussed by Kartvelishvili
(Ref.14). If pressure piping is present, particularly in
derivation stations, the spiral chamber of the suction tube
of the turbine will usually form a very minor part of the
hydraulic pressure system of the turbine and only the pressure
Card 1/5