SCIENTIFIC ABSTRACT YEFRUSIY, M. M. - YEGANYAN, A. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962420009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEFRUSIY' M. M.
Certain problems in audiometry. Vest. otorinolar., Moskva 13
no.5:17-22 Sept-Oct 1951. (CI14L 21:1)
1. Of the Division of Ear, Throat, and Ilose (Head --
Candidate Medical Sciences P. A. Demidov), Central Poly-
clinic of the Therapeutic-Sanitation ,~,.Anistration for
the Kremlin.

L 0204-6-6 F, ri m) -tM
AP602 SUJRCE Coffi- ff _883/ 88C-
1 ACC NR.
MI
S.
AUTHOR: Lauer, R. S.; Y Poluoktovp N.
OILG: Odessa laboratories, Institute of General and Inorganic Chemistry, Academy of
scioncost Ukrainian SSR UAoratorij v Odesse, Institut obshchey i neorg_a_n1_cH_eskoy'
khimii Akademii nauk Ukrainskoy SSR)
TITLEt Comploxes of rare earth elemontalwith ascorbic acid
SOURCE: Zhurnal neorganicheskoy khimiij v. 11, no~ 8, 1966, 1883-1886
TOPIC TAGSt ascorbic acid, rare earth compound, spcc4t-opho4or4&i-ir_ -a#10-tysis
ABSTRACT: Complexes formed by rare earth cloments with ascorbic acid in aqueous solu-1
tions were studied spectrophotometrically and potentiomotrically and also by separat-
I
ing the comploxos in solid form and analyzing them chemically. Complex formation be-
gins at PH> 3) reaches a maximum around pff 6, and remains constant up to PH 6.5-6.7.1' 1
The complexes have the composition Yo:ascorbic acid t 1:1. The apparent constants of i
formation undergo little change from one rare earth element to the next and are smallst
indicating a low stability of the complexes. Data on isomolar a ri g, potontiometrio
titration and analysis of the solid complexes lead to the formula M0O(CftO6)-2H20 forl,
their composition. Boiling of the rare earth salts in the presence of a ar e excess
of ascorbic acid (5% solution) precipitates elements of the cerium subgroup FA, Ce,
Prj Nd) at pH 4-10 (most completely at PH 6-6-5), while elements of the yttrium sub-
2
UDCt 547.475.211

L 47204-66
Rs
group romainia solution. Samarium and gadolinium form turbid solutions which filter
poorly at pH 6-8. Tho completonova of precipitation of complexes with the ceri= aubj
group elements varieas it is greatest for la (97%) and diminshes toward Nd (87%).
SUB CODEs 07/ SUBM DATES 27Nov64/ ORIG REFS 005

YEFRUSHIN,.A. (Bukhara, Uzbekskaya SSR)
Heroic feat in Kzyl-Kumy, Pozli.rlelo 10 no.1:31 Ja 164. (MIRA 17:2)

MISHCIFINKO, V.T.; LAUFR, H.S.; 7FFRYUSHINA N.P.; POLUEXTOV, M.S.
Extract I rin-photme txle douermination of some m-e-earth
w-.(.th tenoyltrilluortec o tone. Zhur. anal. khimi. 20 no.1.0.1073-
1081 165, NIRA 18-.11)
1. Thstitut obshchey, i morgunicheskoy khimij AN UkrSSR,,, labc-ratc-r4-i
v Odessa.

L 14687-66 EWT~p)/EYIP WP(b) lip
U~CE JD j
S~c
RU. fix: 600588 C~DR UR/0075/65/020/010/1073/108 I
AUTHOR: Hishchenko, V. T.; Laijer, R. S.; Yefryushina, N. P.; Poluektov, N. S.
ORG: Institute of General and Inorganic Chemistrv. AN UkrSSR. Odessa Laboratories
(Institut.obshchey i neorganicheskoy.khimii AN UkrSSR, Laboratorii v Odesse
TITLE: Extractive-photometric determination of certain rate earth elements wi%h
thenoyltrifluoroacetone 5
SOURCM, Zhurnal analiticheskoy khimii, v. 20, no. 10, 1965, 1073-1081
TOPIC TAGS:~ rare earth element, photometric analysis, benzene, complex molecule,
praseodymium, neodymiunT, samarium, dysprosium, holmium, erbium, thulium, ytterbium,
absorption spectrum
ABSTRACT: A method of determining rare earth elements from their absorption spec-
tra in solutions of complex compounds in organic solvents is described. It was
found that complexes with thenoy1fluoroacetone were suitable for extractive-photo-
metric determination of rare earths in benzene solutions. Analysis of the absorp-
tiou spectra of thenoyltrifluoroacetone complexes of praseodymium, neodymium, sama-
Card 1/2

L 1468746
ACC NR: AP60105880
rium, dysprosium, holmium, erbium, thulim-n, and ytterbium in benzene showed that
the peak heights of many absorption bands of the rare earths increase by a factor
of 1.1-4 as compared to the peak heights of solutions of chlorides. In the case
of Ho,.Er, and Nd, this factor is 21.11 9.9, and B.O.respectively. Optimum condi-
tions for determining Pr, Nd, So, Ro, and Er in mixtures of rare earth elements
were determined. The calculated sensitivity of the method is (in micrograms per
milliliter, based on the oxide) 2.5 for Ho, 3.5 for Nd, 5.5 for Er, 13.0'for Pr,
'and 90 for Sm. Orig. art. has:' 10 figurv-s, 4 tables, 3. formulas.
SUB CODE: 07,X0 SUBM DATE: MugW. ORIG REF: 012/ OTH REF: 013
..--'Card 2/2/jer/-*
----------------

L 30244-66 EWT(
ACC NR, AP6013883
SOURCE CODE: UR/0073/65
131/0
AUTHOR: Mishchenko, V. T.; Lauer, R. S.; Yefryushina, K. P.; Poluektov, H. S.
ORG: Odessa Laboratories, Institute of General and Inorganic Chemistry, AN UkrSSR
(Institut obshchey i neorganicheskoy METE -AN UKrSSR, Laboratorii v Odesse)
TITLE: Absorption-spectrophotometric determination of rare earth elements in tri-
butyl phosphate extracts V1
SOURCE: Ukrainskiy khimicheskiy zhurnal, v. 31, no. 11, 1965, 1189-1197
TOPIC TAGS: rare earth element, spectrophotometric analysis, phosphate, solvent ex-
traction , 0ry'V%0T4\'0A(XWr_ QOTNROUYsi~ ~ 0Ass0V-Vi%'0'A sro-Aroyn
ABSTRACT: The object of the study was to work out a rapid and convenient method of
determining rare earth elements directly in tributyl phosphate and its solutions, fol-
lowing the separation of mixtures of rare earth elements by this extracting agent. To
this end, the absorption spectra of tributyl phosphate complexes of Pr, Nd, Sm, Eu, Gd',
Dy, Ho, Er, and Yb were investigated. It was found that during complexing in tributyll
phosphate solutions, most of the absorption band maxima are displaced toward longer
wavelengths by I to 10 mp. A shift of certain abqorption peaks toward shorter wave-
lengths, e. g., that of Eu, is also observed. At the same time, the peak height of
many absorption bands frequently increases by a factor of 1.1-3.5 and more. The con
1/2
UDC: 546.65:535.243:541.49

ACC NR: AP6013883 0
ditions for the determination of Pr, lid, Sm, Ho, and Er in a mixture of rare earth
elements of the cerium and yttrium subgroups in tributyl phosphate were established:
(a) in concentrated solutions of rare earth elements (up to 130 mg/ml based on the
oxide) and W when the concentrated solutions were- diluted both by tributyl phosphates
itself and other solvents. The sensitivity of the method is (in mg/ml based on the
oxide): for neodymium, 0.03; holmium and erbium, 0.04; praseodymium, 0.06, and sama-
rium, 0.18 for a cell length of 2 cm. Orig. art. has: 10 figures, 4 tables.
SUB CODE: 07/ SUBM DATE: llJun64/ ORIG RM 006/ OTH FXF: 004
Car 2/2

MISHCHENKO, T.T.; LAUER,R.S.; YMYUSHINA, N.P.; POUJEKTOV, N.S.
Absorption-speatrophotometric determination of rare-earth
elements in tributyl phosphate extrAets. Ukr. khim. zhur.
31 no. 11:1189-1197 165 (MIRA 19 tl)
1. Institut obd4phey i neorganicheskoy khimii AN UkrSS

TSERKASWICH, K.1r.; YE-T-T.YUSHINA, H.F.; POLUP;KTOV, 11.51,
Complax compounds of neodymlxtm, holmlim.. and erbium wfth
pyrogallolmulfonic acid. Zhur.neorgkhlm. 11 no.1293-)8
Ja 166, irri)
1. Institut obehahey i neorganicheakoy khImll Al
Lnboratorii v Odesse. Submitted June 8, 1964.

L .15304-66 r5VT(m)/ETC(f)/EVJ-G(j) V ~#Awp(t)/b,'I~(b) IJP(c) RDVI/.TD WA
L_~W(j __ __ _ _ -
ACC NRt AP6002610 SOURCE COD9-tUR/W75/66701
AUTHORS: Tsorkagevich, X. V.;. Yefr-vuqh na. Foluektor, ]ILL-S.
ORG: Institute of General and Inorganic Chemistry of Acadomyof Sciencey MkrSSII*
Odessa Laboratories (Institut obahchey i noorganicheskoy khimii Akademii nauk UkrSSR)~
Laboratorii v Odesse)
Lh
TITLEs Complexes of neo and erbium, -with pyrogall.osulfonie acid7
421-Mium
SOURCEt Zhurnal noorganicheakoy khimii,, v. 11., no~ 1, 1966j, 93-98
TOPIC TAGSi rare earth metal,, holmium compound, erbium compound, neodymium compound,
complex molecule/ LP-58 potentiometer.. SF-10 recording spoGtrophc,tometer
,ABSTRACT.- Formation of Nd, Ho., and Er coqRlexea
1with pyrogallosulfonic acid (1) was
investigated by using potentiometric aES-6p9-efFo-jhotometric methods, Results of
_Rotentiometer -5 Ind glass electrodes, area
potentiometric titration, performed with qL?
sumnarized in graphs. Spectrophotometric study of t6J reaci~ion was conducted in
neutral as well so In .9troVy alkaline (1 N KOH) media " was performed on a
recordin instrument SF-10,14Frcim the data obtained 17 both methods,, tho authors
concludeA that in the neutriLl medium, with reagent, ratio M(metal)sl lil, the reac-
Card

ACC NRt AP6002010,
tion follows equation
while at pH 14 and the ratio Mil'o- 112 bt procogdq acco to equation
0
0\1 /
0-0
\0-
b04 803
From the data obtained in the spectrop-Hozometric studk x7i highly alkaline medium it
was possible to calculate the apparent reaction constants No Orig. art. has:' 9
figureaj, 2 table.sp and 2 equations,
SUB COM 07/ SUMI DAM: 08Jun64/ ORIG RUI 006/ M REFt 006
Card 2/2-MC.,

18(0) SO11/119-59-4-8/18
AUTHOR: Yeftifeyev, P. I., Candidate of Technical Sciences
TITLE: Welding by Melting Into Spherules by Means of Condenser Dis-
charges (Svarka "splavleniyem v sharik" razryadom kondensatorov
PERIODICAL: Priborostroyeniye, 1959, Nr 4, pp 18-19 (USSR)
ABSTRACT: Flash wleding, which has hitherto found a widespread application
and which used an a.c. are and a carbon electrode does not per-
mit the allottment of a certain amount of energy to each welding
operation and it also does riot furnish strong welding joints.
For this reaeon a new method of welding has boen investigated in
the Vaesoyuznyy nauchno-issledovatellskiy institut elaktro-
svarochnogo oborudovaniya (VNIIESO) (All-Union Institute of
Electric-Welding Equipment), namely a flash welding process "by
melting into spherules" by means of condenser discharges. In two
figures the principal electric circuit diagram and an overall
view of the welding equipment used in the experiments is present-
ed. A condenser is charged to a certain potential and is then
discharged through a reactor and a carbon electrode to the sec-
tions of the parts to be welded. This results in the formation
Card 1/2 of a droplet of liquid metal. It is possible to weld same and

SOV/119-59-4-8/18
ffelding by Melting Into Spherules by Means of Condenser Discharges
different metals and alloys. Information on the choice of
optimum conditions resulting in satisfa-Itory weld joints is
presented. In a diagram the welding current versus voltage
characteristic is given. The maximum discharge time-in flash
welding is 0.05 sec. in two tables numerical dF-ta on the con-
denser capacity, the discharge voltage and on the diameter of
droplets produced during the discharge is presented. The short
duration of flashing also diminishes the oxidation effect at the
weld joints. The method of arc creation is also very important
for the welding process. However, the welding can be automized
in a comparatively simple manner, namely by moving the parts to
be welded and the electrode in directions perpendicular to each
other. The polarity (positive or negative) of the sections to
be welded and of the electrode considerably influences the weld
properties. The essential advantage of the welding process dis-
cussed is that it makes possible an accurate adjustment of the
energy stored in the condensers in concurrence with the require-
ments of each welding operation. This process can also be used
in mass production. There are 6 figures, 2 tables, and
Card 2/2 2 Soviet references.

YRITIMOT, B,, dots.
" I
Tonth anniversary of the Faculty of Animal Sciences in Sofia. Zhivot-
I-
novodstyo 20 no.3:?' 78 Mr '58. (MIRA 11t2)
1. Zaveduyushchiy kafedroy razvedeniya i ganatiki, zamestitell
dekam Zootekhnichookogo fakullteta.
(Sofia--Agricultural colleges)

GERASIMOV, A.F.; YEFTINA, Ye.P.
Kinetics of the silver reduction reaction b7 means of hypophosphorous
acid from solutions of lazurite. Trud7 KKHTI no.13:55-60 '48.
(MIRA 12:12)
1.Kazanskiy khimiko-takhnolopichaskly institut im. S.M. Kirova,
kafedra fizicheskoy i kolloidnoy khimii.
(Chemical reactions, Rate of) (Silver) (Hypophosphorous acid)

YEFUN, M.
New methods a4d equipment for processing hides. Mias.
ind. SSSR 32 no.4:22 161. WIRA 14:9)
1. Semipklatinskiy myasokombinat.
(Semipalatinsk--flides and skins)
---------------

TIFUIIX,
a e,116iMitial ling BP!Lces between holes. Izri.telch.no.6:79-80
'56. (YJAA 10:1)
(Gauges)

AUTHOR: Yefune, I. M. SOV/119-58-8-12/16
TITLE: ---I,-Vyice f or Testing Adjustment of a +
Drive in 'Diametrical Cross Section (Prisposobleniye dlya
proverki biyeniya tribok v diamotralinom sechenii)
PERIODICAL: Priborostroyeniye, 1958, Nr 8, p. 28 - - (USSR)
ABSTRACT: If a gear rim worked from the full profile is out of truth,
this may be due either to the excentricity of.the geometric
axis of the gear rim with respect to the axis of the pivot or
to phenomena connected with the hOiglit of rise or evolvent of
the gear.
k simple device is described on the basis of a drawing, by
means of which it is possible to investigate the untrue running
of a gear (watch industry). This device makes it possible to
check driving gears of different diameters and configurations.
:0
Such a check takes three seconds. Measuring accuracy depends
solely on the accuracy of the indicator.
There is I figure.
Card 1/2

90V/119-58-6-12/16
Devi c e f or Te sting Adjustment o:r a Drive i in Diametrical
Cross Section
1. Mechanical drives-Calibration 2. Gears-Inspection 3. Gears-Testing
equipment
Card 2/2

28(2) SOV/115-59-4-3/27
AUTHOR: Yefune, I.M.
TITLE: A Device for Checking the Traeing of Small-Size
Bearings (Prisposobleniye dlya proverki biyeniya
malogabaritnykh v-tulok)
PERIODICAL: Izmeritellnaya tekhnika, 1959, Nr 4, p 12 (USSR)
ABSTRACT: In instrument building, small-size bronzp 'hearings,
agate and naphire jewels are used. Checking the
accuracy of jewels is rather d-*A.fficult, because of
their small dimensions and the relatively large
tolerances. Therefore, the author constructed a
device for checking the centering and the aligne-
ment of the jewel bores within 5 seconds. For thip
purpose, the jewel is placed on a shaft uhich is
installed in the device. The shaf t is interchange-
able and is selected according to the dimensions
of the jewel bores. While the jewel is being rotat-
ed, two feelers-transmit over lever systems any ir-
regularities to two indicators, as shown in a dia-
Card 1/1 grain. There is 1 diat",,ram.

(I- YUUNI, S.N.; FEDIRMSER, K.M.; OKOROKOVA, X.V.
-.1- - .11,
Giant peaudozyxoma in the *abdominal cavity. Xhirurgiia 32 no.6:
75-76 Js '56. (XLRA 9-10)
1. Iz khirurgichookogo otdoloniya Kytmanovskoy rayonnoy bolluitsy
Altayokogo kraya,
UBDOMIN, die.
pseudoaWxoma peritonasi, giant. surg.)

wum 3 S. N.
DWIMOSSIR, K.M.; YXMI, S.N.
Operativ;--trestment of dislocation of the first finger. Nov.khir.
arkh. no.2*76 Mr-Ap 157- (MIRA 10:8)
1. Kytmanovskaya rayonnaya bollnitsa Altayakogo kraya
(FINGIRS--SURGERY)

Case of simaltaftous tubal and uterine pregnancy. Akush.
i gin. 33 no-1:100-101 J&-F '57 (MLRA 10:4)
1. Iz I~rtmanovekay rayonnoy bollnitay Altoyakage kraya
(glavnyy vrach S.N. Yefuni)
MGNANCY,XXMUTIMINl)

BAKULEV, A.B.. prof. YKMI, S.N.
Blectroencephnlography As'an objective method for controlling the
depth of anesthesia [with summnry in Nnglinh]. Khirureila 34 no.6
21-26 Je '58 (MIRA 11:8)
1. Is Inntituta grudnoy khirurgii AMR SSSR I fnkulltetBkoy khirurgiches-
koy kliniki imeni S.I. Spasolaikotakogo (dir. - prof. A.N. Bakule*)
11 Mookovakogo gosudArstvennoigo meditainokogo Inatituta imeni H.I.
Pirogova.
(AW.STHF,SIA,
depth control by 3BG during admin. (Rua))
(MIXUROMOPHALOGRAPHTO
in control of depth of aneath., technic (Rua))

-6,1 -J,
YEFL-,Til S.N. klectroencephalographic control of the depth of
narcosis." 1959, 15 PP (Second Vos ~Itate iced Imit im
N.I. Pirogov) 250 copies (a) 34-59, 117)

YEMII, S.N. (Moskva, Smolenskaya naberezhnaya, d.2-a,,kv.113)
Blectroencephalography in modern anesthesia. Grud. khir.
I no.3:102-107 My-Je 159. (MMA 15:3)
1. Iz fakul Itetskoy khirurgichaskoy IfLiniki imeni S.I.
Spasokukotskogo (dir. - akiLdemik A.N. lakulev) Moskovskogo
meditsinskogo instituta, imeni, N4I. Pirogova i laboratorii
klinicheakoy fiziologii (2av. - akademik AN USSR Ye.B. Babskiy)
Instituts, normallnoy i patologichookoy fiziologii AMN SSSR.
(EIZCTROZNCE141AJffMPjIY)
(AlrMTHESIA)

BABSKIY. Ye,.B. (MoBkva, Zh-172, Xotellnicheskaya nab., d.25/8, ky.72); ZHKUR,
3lectroencephalograph.v in a surgical clinic. Vest. khir. 82 no.5:
48-58 MV 159. (MIRA 12:7)
1. 12 fakulltetskoy khirurgicheskoy kliniki. im. S. I. Spasokuko4skogo
(dir. - Prof. A.U. Bakulev) 2-go Moskovskogo meditsinakogo instituta.
lm. II.I. Pirogova i laboratorii klinicheakoy fiziologii (zav, - prof,
Ye. B. Babakiy) Institute, normlinoy i patologicheskoy fiziologii
ANN SSSR.
(ELVOTHOINGBORLWGIMPHT)

PATROVSKIT, B.V,;-MU"IS-N-; RABINOVICH, W.I.; SOLOVITV, N.A.
Use of electroencephelograpby in general anesthesia. Med.prom.
14 uo.6t14-21 Js 160. ()M 13:6)
1, 1 Moskovskiy meditainskiy institut i Vxeooyuznyy nauchno-
feeledovatellskiy institut meditainekogo instrumentariya i
oboradoyanlya,
(XLwM1ffCVHkLOGR&my) (ANESTHISIA)

PETROVSKIY, B.V.1 YEFUNI, S.N.
Postoperative anesthesia; preliminary report, Khlrurgiia 36 no.7:
24-29 Je l6o. (MIRL 13 112)
(POSTOPERATIVE CARE) (NITR~OUS CXIDE)

77~
ZHKURO V*Ao; #YITEYSKIYI S.V.; YEM-NI, S.N.
Electroencephalogra-phic Btudies during artificial hibernation.
Eks khir,i aneot. 6 no.3t3G-32 161s (MMA 14t.10)
~EOLECTROENCEPHALOGRAPHY) (ARTIFICIAL HIBMUIATION)

ROBINER, Irina Semenovna; MIMI) S.N., red.; ZUYEVA, N.K.,p tekhn.
red.
(Electroencephalography as method for the study of anesthesia)
ElektroentBefalograftia kak it-atod izucheniia narkoza. Moskva,
Medgiz, 1961. 174 p. (MU 15, 10)
(ELiCTROENCEPHAWGRARff) (ANESTI]ESIOLOCZ)

SMOLINIKOVP V.P.; YEFUNI, S.N., red.j KOKIN, N.M., takhn. red.
(Problems of emergency anebthesiology]Voprotsy ekstrennoi
anesteziologii. Moskva, Medgiz, 1962. 63 p. (MM .16:2)
(ANESTHESIOLOGY)

PETROVSKIY, B. V., prof .; P~mj, S--L,-!!~d. med. nauk
TheraDeutic ana2gesic anesthesia. Khirurgiia no.4:7-12 162.
WIRA 15:6)
1. Im gospitallnoy khirurgicheskoy kliniki (zav. - deystvitell-
nyy chlen AWI SSSR prof. B. V. Petrovskiy) I Moskovskogo ordena
Lenina meditsinskogo instituta im. L M. Sechenova.
(ANESTHESIA)
111 RON,
51

YEEFUNI, S.N.
State of cerebral electric activity under therapeutir, anesthesia.
- I
EkBper. Mir. i anest. ? no-4.181-83 JI-Ag 162. (IMA 17.-r)
1. Iz Gospitallnoy khirargicheskoy kliniki (dir. - deystvitellnyy
chlen AM SSSR prof. B.V.Petrovskiy) I Moskovskogo ordena Lenina
meditsinskogo instituta Imeni Sechenova.

SERGEYEV, Andrey Vasillyevich; YEFUNI, S.N., red.; PRONINA, N.D.,
tekhn. red.
[Use of nitrous oxide in the practice of medical emergency
aid] Primenenie zakisi azota v praktike skoroi meditsinskol
pomoshchi. Moskva, Medgiz, 1963. 91 p. (MIRA 16:7)
(NITROUS OXIDE-THERAPEUTIC USE)

ZAYTSEV, G.P.; GOLOGORSKIYI V.A.; YEFUNIj, S.N.p red.; BUKOVSKAYA,
H.A., tekhn. red.
(Potentiated anesthesia in the surgical clinic] Potentsi-
rovannyi narkoz v khirurgicheskoi klinike. 14oskva,
Medgiz, 1963. 248 p. (MIRA 16:12)

YEIT-11,I) S III - FEDENESSER, K.M.; SICITTE111101 1.1.
Study of the peripheral blood and the karyotype under exj;,eriz-ental
prolonged anesthesia with nitrous oxide. Fksper. khir. i anest. 9
no-3:72-75 HY-Je 164- (MIRA 18:3)
1. Institut klinicheskoy i eksperimentallnoy khin.,rgii (dlr. -
deystvitellny-j chlen ANN SSSSR prof. B.V. Petrovskiy) Mitisterstva
zdravookhraneniya RSFSR.

yuma, S-11- i -gr
esthesia. .rrj~dy ), !,241 3 3 -
I T I -
' ar. x i P- -- 3 )
,ir,, tyerar, nAir- L:,r--
.1r,dur I
Trichnique 01' 1,
249-252 164.

KOLYUTSKAYA, O.D.; DOBRONRAVOV, A.S.; YEFUNI, S.N.
Use of promedol in surface anesthesia. Trudy 1-go I-RI 33:341-348
164.
Anesthetic mixture of cyclopropane, nitrous oxide and oxygen in
the light of electroencephalographic data. Ibid.:397-402
(IMA 18:3)

PI-1.! -~ . ('j; TYIK'-HGVSKIY, Fel-liks
DATRBU-fAll, 1-1-ran Vt',!L: Epil
Y-s-rimil re~~
~
[jknesthesia in burned patient-sl Narkoz u cit)o-zimberuifth.
1141M 18;1)
V.cslc-va, l4editsiria- 196)- -",') P - I ,

YAMI. Yuj,
Tracheal.adenomeL.,Vest.oto-r5.u. 19 no.2:120-121 Mr-Ap 157.
OCLRA 10:0)
i".'-iz'iiiniAeikogo otdeleniya.Nauchno-iseledovatellskogo
inatituta.ukha, gprIA.i noaa KinisteretvA sdravoothranonaya
RSFSR (dir. zas'lazheunyy doyatelt nauki Prof. Y.K.Trutnev)
(,~~dHXA, neoplasms
. adenome-'(Rus))

MU 94-yu-IN'.
Macroluminescent fluorescein method of investigation in oto-
rhinolaryngological diseases. Vest.otorine 23 no.2:11-15 F 161.
(MIRA 14t4)
1. Iz Gosudarstvennogo nauch-no-isaledavateliskogo instituta
ukhap.gorla i nosa (dir. - zaLnluzhennyy deyatel nauki prof.
V.K. Trutnev (deceased]) Ministerstva zdravookhraneniya
RSFSRp Moskva.
(EIM.-TUMORS) (IIASOPHARBIC.-TURMS)
(DYES AIND DYEIVG)

YEFUNI, Yu.N.; KARYAKIN, A.V.
Spectrum study of the luminescence of the tissues of
otorhinolaryngological organs. Biofizika 7 no-4:480-483 162.
(MM 15:U)
1. Gosudarstvennyy nauchno-iseledova*.ellskiy institut ukha, gorla
I. nosa, Ministerstva zdravookhranen' i. RSFSR i Moskovskaya. ordena
IAnina klinicheskayk bolinitea. ime-..- S.P,Botkina',
(FLUOPMCEIN) (OTORIIINOIARYNGOLOGY)

YEFUITI, Yu. N.; KARYAKIII, A. V.; SOROKIN, N. P.; DOLGINOV, I. Ye.
Portable lwainescent illuminator. Vest. otorin. no.2:89-90 162.
(MIRA 15:2)
1. Iz Nauchno-issledovatel'skogo instituta ukhal gorla. i nosa
Ministerstva zdravookhraneniya RSFSR (dir. - prof. N. A.
Bobrovskiy) i ordena Lenina klinichookoy bollnitsy Imeni S. P.
Botkina, Moskva.
(OTORHINOLARYNGOLOGY~EQUIPMENT AND SUPPLIES)
(ULTRAVIOLET RAYS)

ABSTPACT: The geometry of the problem is illustrated in Fig. I of
the enclosure. The problem is considered in bipolar coordinates,
using a method developed by Ya. S. Uflyand (Dipolyarny*ye koordi-
naty* v teorii uprugosti (Bipolar Coordinates in Elasticity Theory),
Gosizdat, M-L, 1950). The general method consists of determining
Card 1/3

L _6819-65
~,.ACCESSTON NR: AP4044084
a -c t n- _.-in_-tbe-- usual-- form of aFourier integral.:,-.
artain a xess unc io
rThe i3olutioh is obtained in succ(!ssion_"_6rs_t_ ior--a--load -symmetrical--*-
'relative to~the OX axis, then to the case of asymmetrical loads
satisfying the balance equations, and then to the case when expo-
nentially varying normal. loads are applied to both sides of the hole.
The difficulties arising when some of the equations do not yield
integrals that can be t]7ansformed into Fourier integrals are dis-
cussed and a method for eliminating these difficulties described
briefly. Orig. art. has: 3 figures and 25 formulas.
ASSOCIATION: Vy*ch.Lslitel1ny*y tsen-tr All Armyanskoy SSR i Yerevan-
skoflo gosudarstvennogo universit.eta (computation Center of AN ArmSS
and of Yerevan State University!
SUBMITTED: 310ctO ENCL: 01
SUE, CODE; ME, HA NR REP SOVt 004 OTHER: 000
Card 2/3

rig, 1. rmn of lunar--segmnt aperWm
Cavi 3/3

'Iii -~ITIIEIP D 7E-~' V
,itriter oort,
-.J3 F
In" .!,Ut
kltJ 11 L Wr -'t P I I I e.~, S Ti

YEGANOV A dotsent
All-Union Interuniversit~.Conference of the Department of Economics
of Technical Institutions of Higher Education. Izv,vys.ucheb.
zav.;neft' i gaz 5,,no.5252., 58 162. WRA 16:5)
sohnioal education--Currioula)
Noonomics-Study and teaching)

YEGANOVI A.A.
-
Electric drilling is an Important factor in the technological
progress of deep and extradeepr drillipg.' Izv.vyo.ucheb.zav.;
neftt I gaz 5 no.4zlll-ll4 162. (MMA 16:1)
1. Azerbaydzhanskiy institut nefti I Wmii imeni Azizbekova.
(Oil well drilling, Electric)

& 14 tj D V)
Subject USSR/Electricity
Card 1/2 Pub. 29 - 13/25
AID F - 1908
Author Yeganov, B, N., Eng.
Title Inspection of transformers without removal of the
core
Periodical : Energetik, no.2, 20-22, F 1955
Abstract : The author disagrees with S. Yu. Kaplan who stated
(this journal, 1.953, no-51 that the presence of man-
holes in the 3,200 and 5,600 kva transformers per-
mits their inspection without removal of the core.
This is true in regard to some foreign-make
transformers, but is not true for domestic transformers.
The author also disagrees with Kaplan's other state-
ment, that the absence of a manhole in the cover of
domestic 3,200 and 5,600-kva transformers handicaps
their efficient operation, necessitating lifting

Energetik, no.2. 20-22, F 1955
Card 2/2 Pub. 29 - 13/25
AID P - 1908
of the core even for the replacement of a damaged
bushing. The author describes practical methods
and means for inspection, repair and replacement
of 3,200 and 5,600-kva transformers. Two drawings.
Institution: None
Submitted No date
4

AID P - 3326
Subject USSR/Power Engineering
Card 1/1 Pub. 26 - 12/28
Authors Smidovich, V. A., Verb, A. N. and Yeganov, B. N.
Title More on the extension of remote control at substations
Periodical Elek. sta., 8, 38-41, Ag 1955
Abstract All three authors discuss 0. S. Konyushkov's article
(No. 2, 1955, this periodical) and criticize his
conclusions. The article enumerates remotely
controlled equipment and its operation, lists
signals in detail and recommends the elimination
of some considered unnecessary. The article states
that all 35 kv substations built at present are
remote-controlled.
Institution : None
Submitted : No date

YE 6 A 14 Z/ b - P11, AID P 3518
Subject : USSR/Power Eng
Card 1/1 Pub. 26 - 12/30
Author Yeganov, B. N., Eng.
Title On gas protection of transformers
Periodical Elek. sta., 9, 0-41, S 1955
Abstract The author criticizes the wide use of gas protection
for transformers, which frequently causes accidental
switching off of current. A table shows the irregular
operation of transformers with wide-range capacities.
The use of other types of relays is recommended.
Institution None
Submitted No date

YEGANOV, B.N., inzhener.
Ground-i-ng blades ox the fork of bus disconnecting switches in
closed distribution equipment. Inergatik 4 no.9:18-19 5 '56. (MLRA 9:10)
(Electric current's--Grounding)(Blectric appf!ratus and appliances)

DOROFMV, V.I., inzheser; PESOCHIN, M.I., Whener; TOPOLYANSKIT, L.B.,
inzhener; LTULYAYEV, V.K., Inzhener; TSIGER, R.M., ix2hener.;
YEGANOT. B.M., inzhener-, BARZAM, A.B., inshenerd
Simplifying relay protection. Ilek.sta. 28 no.1:62-68 J& 157.
(MA 10:3)
Dneproenergo (for Dorofeyev, Pesochin, To"lyanskiy) 2.Azenerce
(for Lynlyayev, TSiger) 3. AzizbekoTskiy satevoy ra~,oz Asenergo
(for Yeganov) 4. ODU Glavtoentrenergo (for Barsam).
Otlectric lixes)

YNGANOT, B.N., inzh.
Signs for electric transmission line poles. Inergettir 5 no.12:4-5
D 157. (KIRA 10:12)
(Electric linos-Poles)

AUTHOR: Yedanov, B.N., Engine.a- G/1-5e-6-1/39
TITLE: Operation of 35-110 k,t Iubstations thouz Permanent Duty
Personnel (Rabota pndsta-ntsiy 55-11D kv bez postoyannogo
personala)
PERIODICAL: Energetik, 1950, Nr 6, PP 1-4 (USSR)
ABSTRAM hequirements and conditions are discussed 'for converting
35-110 kv substations of power supply systems so that they can
operate without permanert- duty personnel. The author mentions
the experience of an (unidentified) 35-110 k-i power supply
system which supplies consumers of category I (oil -industry
with synchronous and aoyn~!hronous motors). This system has
67 automatic substations for 35/2-6 kv and 20/2 kv, three
remote controlled 110/35/6 kv stations and three 110/35/6 kv
district substations operated by personnel. These 73 substa-
tions have a total capacity of 822,910 kva and are operated
by 51 people. The long experience in the operation of this
power supply system proves that the prejent development of
automation and remote control enables the operation of the
substations from one central point. Besides automatic equip-
Card 112 ment, the arrangement of a power supply ;ystem i3 of import-

q 1 - r/-, a -6 -1.139
Operation of 35-110 kv Substations 4ithout Permanent Duty Personnel
ance. The ring arrangement makes the operation more compli-
cated, while a radial arrangement of substations is more
suitable. It is neceseary to have.telephone connection with
the consuoers and goo-a roads between the substations and cen-
tral repair and maintenance point5. One central rL:Dair and
maintenance point may service up to 15 substations in a radius
of 40-50 km, thus in order that the repair crews may reach them
by automobile within 25 - 30 minutkes. Furthermore, it is ne-
cessary to operate protective relays and automatic devices
with alternating current. In case the amount of repair or
maintenance work oannot be handled by one repair team, addi-
tional personnel must be sent to this site from other sections,
especially for cleaning work during the summer months. There
are two sketches and one table.
AVAILABLE: Library of Congress
Card 2/2 1. Power plants-Operatian

4"UULI, N.Li., ka rid. tokbii. nauk; YNYULDI, A.S., inzh.; KLRITSVill,', G.I., ins-h.;
RETUISVEYN, L.Kb., lnzh.-, YEGANOV, B.I.T., inzh.
Spur protection on 6-10 kv. linns. Bnargitik 6 no.7:11-18 Jl '58.
(Filectric weitclig-aar) (mm, 11:10)

YEGANOV B.11. inzh.
the value of testing voltage and the spacing of insulation
tests on electric machines. Blek.sta. 29 no.6:70-72 Je 138.
(MIRA 11:9)
(Ilectric insulators and insulation-Testing)

SOV/91-59-2-15/3..,
AUTHOR: Yeganov, B. If., Engineer
TITLE: The Automatic Switch-In of Reserve Feed of Operative
Alternate Current
(Avtomaticheskoye vklyucheniye rezervnogo pitaniya na
peremennom operativnom toke)
PERIODICAL: Energetik, 1959, Nr 2, pp 21-24 (USSR)
ABSTRACT: The article contains descriptions of five AVR ("Automatic
Switch-In of Reserve") systems in use in the Soviet energe-
tic system of 35/6-2kw operative ac substations with UGP-
51 load drives. He notes their high reliability (only five
instances of failure of AVR systems occured within the
five years from 1953 to 1957, i.e. only 3-3%). At present
there exist 115 types of AVR devices. There are four
diagrams.
Card 1/1
Fnzm-

I
8(6) SOV/5-6 59-9-2-15/33
AUTHOR: Yeganov, B.N., Engineer
TITLE: A Case of Electrocution
PERIODICAL: Energetik, 1959, Nr 9, pp 34-36 (USSR)
ABSTRACT: The author reports on a fatal accident at a power
substation. One team of electricians performed main-
tenance operations on the protector relays of a 110/6
kv transformer, while a second team cleaned the trnns-
former terminals. The transformer had been switched
off and the buses were grounded at five places accor-
ding to safety regulations, as shown in the circuit
diagram in Figure 1. For checking the proper functio-
ning of the protector relays, four of the ground con-
nections were removed from the red phase, since
220 volts a.c. was to be fed to the contacts of the
6 kv circuit breaker from the 6/0.22 kv, 100 kva
transformer which provides the internal power supply
of the substation. Meanwhile, the other team had com-
pleted their work at the transformer terminals and
Card 1/3 connected the 110 kv circuit breaker to the bus bars.

A Case of Electrocution SCV/ci-59-9-25/33
This circuit breaker had been disconnected 'or tes+s
on the previous day. When the voltage from the 610,,22
kv transformer was fed to the red phase of the 6 kv
circuit breaker, one of the electricians was killed
who connected the yellow phase to the 110 kv circuit
breaker outlet. The circuit arrangement for checking
the relay circuits of the 6 kv circuit breaker is
shown in Pigure 2.An investigation of the accident
showed that there was a voltage of 1500 volts between
the yellow and the red phases and ground, The voltage
between the red and yellow phases was 3000 volts, A
NOM-35 voltage transformer was connected to the yel-
low phase as shown in Pigure 3. The supervisory per-
sonnel in charge of the maintenance work did not anti-
cipate the appearance of a voltage at the 110 kv cir-
cuit breaker when feeding 127 volts -to the red phase
of the circuit breaker, since they neglected the pre-
sence of the grounded 220 volt neutral of the 6/0,,22
kv transformer. The high voltage would not have ap-
peared at the 110 kv side of the 110/6 kv transformer,
Card 2/3 if the ground connections had also been removed frorn

A Case of Electrocution sov/q-,
the two other phases in position 4, Figiire 1, cr, if
the 220 volt neutral of the 6/0.22 kv transformer had
been isolated. The author states that the great nu-m-
ber of ground connections did not increase the safety,
but in this case, even resulted In a fatal accident,
Another reason is the improper organization of the
work, since two teams worked on one and the same line.
The responsible supervisor did not insure the safe-
ty of the other team, since he neglected to take into
consideration a possible transformation of the 127
volts in the 110 kv winding of the transformer. There
are 3 circuit diagrams.
Card 3/3

Y19GANOV, B.N., insh.
Damge of transformers caused by short ciret-l-i-ts. .Sta. 30-.
no.1:89 J& 159. (MIR& 120)
(Illectric transformers) (Short circuits)

YEGANOV, B.M., inzh.
Use of separators instead of cutouts In electric systAms. Blek.
sta- 31 no-3:91-93 Mr 160. (MIRA 13 ")
(Alectric evitchgear) :8

I
KEDRIN, V.M. . inzh.; YEGA~qr, ~~N., inzh.
Remote control of the cutouts of an electric substation. Elek.
sta. 32 no.2:90 F 161. OURA 16:7)
(Electric cutouts) (Remote control) (Electric substations)

YEGANCV B N , irlzh.
Use-of separators in electrical netvorks. Energetik 10
no.6.-5-5 je 162. (KM 16:3)
(Electric power distribution) ~

YE ND N inzh.
Concerning VX.Popov's articlet "Use of a phae;e method for repairing.
power transmission lines and electrical equipment of substations."
Elek.sta. 33 no.lk8M9 A 162. (MIRA 150)
(Electric lines--Ovorhead)(Eleetric substations)

RUSTAH-ZADE, P.B.; Y~GANOV, B.N.
Inventitating electromagnetid thd 41actrostatic effects bi repairing
by phases without cutting off tha Phase by groUnding in the working
area. Za. tekh.prog. 3 no.9:12-15 S 163. (KERA 16tlo)
1. Azerbaydzhanskiy institut nefti i khimi-i im. M.Azizbekova (for
Rustam-Zade). 2. Glavnoye upravleniye energetiki i elektrifikatsii
pri Sovete Ministrov AzerbS3R (for Yeganov).

15-57-3-3516D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
4 P 150 (USS.R)
AUTHOR: Yeganov, E. A.
TITLE: The Geological Structure of the Nazarovo Basin and
its Gas and Oil Potential (Geologicheskoye stroyeniye
Nazarovskoy vpadiny i perspektivy yeye gazoneftenos-
nosti). Author's abstract of his dissertation for the
degree of Candidate of Geological and Mineralogical
Sciences, presented to the In-t nefti AN SSSR,
(Petroleum Institute of the AS USSR), Novosibirsk, 1956.
ABSTRACT: The Nazarovo Basin is one of the northern structures of
the Minusinsk Basin. The basement and borders of the
basin are composed of crystalline and metamorphic rocks
of lower Paleozoic and, in part, Precambrian age. The
basin has been filled with Devonian, Lower Carboniferous,
Carboniferous -Permian, Jurassic, and Cretaceous deposits.
The Devonian rocks of the basin are subdivided into two
groups: volcanic (effusive beds) and carbonate-clastic.
Card 1/4 The volcanic rocks are Middle and (apparently) Lower
Ell

15-57-3-3516D
The Geological Structure of the Nazarovo (Cont.)
Devonian. They are porphyrites, basalts, tuffs,and, rarely, tuf-
fites and sandy rocks. The carbomate-clastic group is Middle and
Upper Devonian. Middle Devonian rocks--the Givetian--are (from the
base upward) the lower red beds (Toltakovskaya series, the Sargash-
skiyaseries, and the Beyskhyaseries). The lower red beds lie on the
eroded surface of the volcanic group.-`-They consist of sandstones,
siltstones, fine and coarse conglomerates, and rare limestones. The
series ranges from a few meters to hundreds of meters in thickness.
The Sargashskiy series, 40 m to 200 m thick, consists of sandstones,
siltstones, and rare limestones. It contains a fauna of lingula and
armored fish. The Beysk.* series, 40 m to 250 m thick, is composed
q, predominantly of marine cdrbonates on the southwest and brackish-
water carbonates on the north and northwest. The Upper Devonian,
300 m to 2 000 m thick, is presented by clastic red continental
deposits (upper red beds) with remains of armored fish. The Lower
Carboniferous (Minusinsk series, 500 m to 1 000 m thick) is composed
of variegated sandy-silt and siliceous-carbonate rocks with layers
of tuffites and with imprints of fish and plants. The Tournaisian
and Visean s 'eries are recognized in this sequence, and are further
Cerd 2/4

15-57-32-3516D
The Geological Structure of the Nazarovo (Cont.)
subdivided. The Carboniferous-Permian deposits occur in the Beloye
Ozero (White Lake) area and consist of coal-bearing beds (up to 1,170
m thick). The Lower and Middle Jurassic, 500 m to 700 m thick, lie
with an erosional.and angular unconformity on Paleozoic rocks. They
consist of sandy-clay rocks with layers of brown coal. Above the
Jurassic formations there occurs a variegated sandy-clay sequence of
Lower-,Cretaceous age, 300 m to 400 m thick. The basin is distin-
guished by three structural stages: 1) pre-Devonian; 2) Middle and
Upper Paleozoic; and 3) Mesozoic. The basin is superimposed on a
Hercynian downwarp, which continued to develop into the rdesozoic.
Two types of positive and negative structures are differentiated
within it. The first type consists of zones of doubly plunging
folds oriented parallel to each other and distinguished by the pro-
longed period of their development; the second type consists of
horsts and grabens, apparently having formed at the end of the
Permian. Similarities to the southern Minusinak basin, the pres-
ence of reservoir rocks, and the favorable strucLures indicate that
the basin has potential value.
Card 3/4

I 15-57-3-3516D
The Geological Structure of the Nazarovo (Cont.)
ASSOCIATION: In-t nefti AN SSSR (Petroleum Institute of the AS
Card 4/4 USSR), Novosibirsk G. D. M.

2D' 2-45/67
AUTHOR ANANIYEV, A.R., and YEGANOV, E.A.P
TITLE On theAge of the Bystriansk Serles(South-East of West-Siberia),
on the Occasionof the Discovery of Cyclostigma kiltorkense
Haughton.
(0 vorzaste Bysryanakoy svity na yugo-vostoke Zapadnoy Sibiri
v avyazi a otkrytiyem v ney Cyolostigma kiltorktnse Houghton v
rayone Uzhura - Russian)
PERIODICAL Doklady Akademii Nauk SSSR,1957, Vol 113, Nr 2, PP 403-406,
(U.S.S.R.)
Received 6/1957 Reviewed 7/1957
ABSTRACT The age of the Bystryansk aeries (formerly Minusinak-series)
with is highly developed in all valleys of the Minusinsk flexu-
res has been disputed up to now. Opinions varied between upper
devonian, lower carboniferous or the transition layers between
the latter; In 1953 the Haztrov depression (the most northerly
situated one of the herzynio Minusinsk intermountain depressions)
the second author discovered fossil plants which turned out to
be very instructive for determining the age of the series. The
layers with fossil plants were situated in about the central part
of the series which according to drillings does not exeed a thick-
ness of 100-120 m. It has 4 horizons: 1. a green dolomite horizon,
which lies on red coloured upper devonian (3-4 m), 2. lower packet
of greyish-yellow, massive obliquely stratified limestones (20-
Card 1/4 -30 m)p 3- izykchule-fish-horizon containing fish-remains, 4. upper

On the Age of the Bystriansk Series (South-East 003000M
of West-Siberia), on the Vcoasion of the Discovery of Cyclostigma
kiltorkense Haughton. 20-2-45/67
mass chiefly consisting of limestone, gr*yish-yellow and green
alourolites with intermediate layers of limestone and tuff(70-
80 M). The fossil plants, discovered in great number within the
upper part of the 4th horizon, are marks in light-groy aleurolitee
on highlycalcareous and weathered surfaces. Besides Cycl. kiltor-
kense there are C.Carneggianum and Spenophyllum subtenerrimum.
Describtions follow. The authors set the synonomy of C.minutum
and Griffithi with C. kitorkense and prove the synonomy for C.
distans and Lepidodendron Wijkianum. If tho above kinds had boon
found in a layer of unknown age, this layer would have to be oppo-
sed to the upper do-vonic of Iceland and the Bear Island, It is,
however, known that from the fish-remains of the Bystryonsk ser-
ies a lower carboniferous age must be ascertained. In the vicinity
here also forms of a mixed devonian-carboniforous character were
found. Only the upper devonian horizon(containing Archaeopteris-
flora) could be mixed up with the lower parts of the Bystryansk
series. As far as the geologists now have ascertained the strati-
graphic position of the Bystransk series b*tweenthe red colored
upper devonian.and the authentic lower carboniferous, now a comple-
Card 2/4 te consequence of all fossil florae from the upper devonian to the

On the Age of the Bystriansk Series (South-East
of West-Siberia)# on the Occasionof the Discovera of Vyolostigma
kiltorense Haughton. 20-2-45/87
lower carboniferoue is fixed; If the correctness of the age of the
lower carboniferous of the Bystryanek series is recognized in the
base ofits fish fauna the fossil plants cannot be classified as the
lowest layer of the lower carboniferous. This is confirmed by the
survival of numerous upper devonian sorts of plants until the By-
stryansk-epoch without any perceptible morphological modifications.
This is also valid for Cyclostoma kiltorkense, a characteristic
kind of the upper devonian. The sediments of the Bystrynsk series
deserve a special name as the "bear-stage" of Heer is not applica-
ble to them. The stratotype of the latter turned out to be upper
devonian to judge from fauna and flora.In the Bystransk-epoch a
complete revival of the fish-fauna took place whereas the revival
of the flora towards Kulm-forms at that time had only just begun.
So far it was assumed that the flora in its development always pre-
ceded that of the fauna. Here matters obviouslY~areinverted. Fixing
a new link in the development of the devonian-carboniferous-florae
will doubtlessly be very important for deciphering many disputed
placesof discovery of fossil plants.
(With 3 illustrations, among them one Plate, 7 citations from
Card 3/4 Slavic publications).

On the Age of the Bystriansk Series (Southe-East XKMW,)Pl
of West lberis), on the Occasion of th J)iscovery of the CyClOStigML
kiltorense Haughton.
2D-2-45/67
ASSOCIATION
PRESENTED BY
SUBMITTED
AVAILABLE
TOM8k National University "KUYBYSHEV, V.V.".
STRAKHOV, N.M., Member of the Academy.
23-10-1956.
Library of Congress.
Card 4/4

AKULISIIINAs Ye.P.; BGATOV,, V.I.1 GURARI., F.G.; GUROVA, T.I.; DERBIKOV, I.V.;
YEGM-10V E.A - 7JUISKIY, Yu.P.; KtILUGO, A.S.; KASIYALOV, N.V.;
OLOBOV if. ; YMYGIII, Yu.A.; I-IMTSKIY, S.P.; SA~S, V.11.;
J, X
TROF.U.IUK, A.A.; blYiNTSEV, D.D.
Frofeauor Vladimir Panteleimonovich Kazarinov; on his 50th birthday.
Geol. i geofiz. no.3:222-123 162. (MIRA .15:7)
(Kazarinov., Vladimir Pantoleimonovicho 1932-)

caoe s cf the -f crmLticn Gf, 'Uedld ell ni- -s
sedimentation stages, Ceol- i geofiz. ni,.3:9r~--Il
1. in5tilut geologii 1 geofiziki Slbir5koogo ctalelenip,
Novoslbirzk.

The economic geography of Huntington in the service of American
imperialism. Izv.AN Arm.SSR.Obsbehest.usuki no.6:11-26 Je '57.
(MLTLA 10 - 7)
(Anthropo-geograph,Y)

YEGANOV, GeorgiyLlvovic IVOSKANYAN, A.M.,, otv. red.)-SLKUNIj A.G.,
red. izd-va; KkPIZNYAN, M.A., tekhn. red.---
(Problems of the economic development of the.U.S.S.R. in the
work of the economic geographers of the U.S.A.]Problemy ekono-
sichaskogo rezvitiia SSSR i stran narodnoi demokratii v tru-
dakh ekonomiko-geografov SShA. Erevan, Izd-vo Akad. nauk
Armianskoi SSR, 1962# 241 pe (MIRA l6z2)
(United States-Geognphical research)
(Rassia--Social conditions)
(Communist countries--Social conditions)

YEGANOV, K,V.
Negative effect of the grazing of livestock on seedlings, young
growth, undergrowth and 'the water conserving futetions of mcrun-
tain forests. Trudy Inst. loss, AN Gruz.SSR 12:157-169 163.
(j,jIRA 18:2)

YNGANOV. inzhener.
Automatic realosing of a transformer with alternating current. Xlek.sta.
27 no.1106-57 N 156. )MLRA 10~*l)
(Electric switchgenr) ('01ectric trftnisformers)

Automatic switching of standby power by means of alternating
operational current. Inergetik 7 no,2:21-24 7 (MIRA 22:1)
(Ilectric networks) (Ilectric switchgear)

RUSTAM-UXB,
hatle in 35 kv-
j *,-,) D
Conducting -ripair 0;~f~7a-- Itl 1--'41
. asicn llnes.
pever trarliel-

TIGANDV, Te.F.
Pu.ble and 1scb1ac nataitis following prostateCtocy. Urolofila
up.2:64-71 Ap-Je '55. (MLHA 8:10)
1. Iz kafedry urologii Tsentrallnogo inatituta ueovershenstvo-
vanlya vrachey (zav.--prof. A.P. Frumkin) i urologichaskogo
otdoloniya Mookovskoy gorodakoy bollaitay iment Botkina
(glavnyy vrach--prof. A.N.Shabanov)
(PROSTATE, surgery,
excle.,postop. pubic & ischiac ostaitle)
(()ST,71TIS,
isebtac & pubic' after prostatectomy)
(ISCHIUM. diseases,
ostaitis, after prostatectomy)
(PUBIC BORM,'diseases,
osteitis, after prostatectomy)

-Uga(-)V-j -Ye. P. Cand Med Sci -- (dies) "Treatment of traumatic
structures a--n(r obliterations of the poaterior urethra by the
method of P. D. Solovov.11 Tashkent, 1960, 16 pp, (Min Health,
UzSSR. Tashkent State Mod Inat), 300 coPies~ (KL, 31-60, 143)

YEGAVOV, Ye,P.
Caoe of migration of a metal fragment from the lung to the
kidney. Urologiia 25 no.2:58-59 Mr-1p 160. (MIRA 13212)
WINGS-FOREIGN BODIES) (KIDMS-FOREIGN BODIES)
- ''
- .;: .1

73GANOV; Ye*P*
Sigmoidocystoplasty in tuberculosis of the urinary system.
Urologiia no#5-36-39 '61. (MIRA 14:11)
1. Iz Kirgizokogo nauchno-itioledavateliskogo institute tuberku-
leza (dir. Prof. YuaA. Volokh),
(URINARY ORGAN-0--TUBERCUWSIS)
(BLODER-TRABSPLWATION)
(COME (ANATGff)-TRANSPIAMATION)

YEWOV, Ye, P,
:rntovtftal transplants in plastic surgery of the urinary organse
Sov.zdrav.Kir. no.2:18--20 ltr-Ap 1163. (MIRA 16--5)
1. I= urologicheakogo otdelmiya (zav. - Ye.P,, Yeganov) Kir-
i2rokogo mauohno-ionledovataltskogo instituta tuberkuleza
dirs - prof. Yu.A. Volokh).
I
(TRANSPLANTATION OF ORGAWS, TISSIJESS LTG)
(URINARY ORGAVS--SURGERY)

AUTHORS:
TITLE:
PERIODICAL:
SOV/1,38-.58-9-7/11
o. V.
Makeyeva, A. R; Poz L. , A. A; Ye r.,nova, Ye. S; Ba
Zel'dich, Z. I. - .." ..... ....... ..... ___
Possibility of Using SKP Rubber for Manufacturing Rubber
Boots (0 vozmozhnosti primeneniya kauchuica SKP dlya
Izgotovleniya rezinovoy dbuvi)
0
Kauchuk i Rezina, 19!38,,tNr 9, pp 25 - 27 (USSR)
ABSTRACT:- The output of rubber shoes is to be increased three to
four times by the end of 1965 according to the direc-
tives of %he May Conf3rence of the Central Committee o-.f
the KPSS. The authors tested the properties of stand,-Ard
SKP mixtures containing atomised carbon black and mix-
tures and compositions prepared under laboratory and in-
dustrial conditions in the factory "KrAsnyy boCatyr 711-
The composition of the tyro mixtures.is given. The plas-
ticity of standard mixtures containing channel black
ractically did not change after heatinen for 90 minutes
E.1). Mixtures containing atomised carbon black,
M
sh6.,,,ted considerable lower plasticity after heatinE -Cor
40 - 50 minutes. SK? mixtures prepared under industrial.
-4-
conditions could not be tested because they show IrprLu
Card 1/2 tendency to scorchinj~. This disappeared when 2 3 0 f
P"a"

SOVZ138-58-9..7/11
Possibility of Using 3KP 1b.7bber for Manufacturing Rubber Boots
zinc benzoatewas added to the mixtures (Figs. 2 - 3)
The addition of this substance does not affect the
properties of the vulcanisates (Ta1bles 1 and 2). Prop-
erties of vulcanisates made from SIT and SKB rubber
are compared (Tables 2 - 4). The physico-mechanical
characteristics of boots made from SKP rubber,when
zinc benzoate was added,viere slightly better than those
made from SKB rubber. There are 4 Tables, 3 Firrures
and 3 Soviet References.
ASSOCIATION:Zavod "Krasnyy bogatyr III i Fauchno-issledoliatells!Uy
institut rezinovykh i lateksnykh I.zdeliy ('XrasnyybogPAt,.,!r
Factory and theScientific Institute' for IRubber and Latex
Articles)
7" 7

MANVELTAN, M.G.; KRMOYAN, T.V.; YEGANYAN, A.G.; KOCIWIYAN, A.M.
Electric conductivity of concontrated sodium and potassium hydroxide
solutions, their carbonates, and N&OH--EDH mbr-tures at 25*C.
Izv. AN Arm. SSR. Sar. MT ikenk 8 ne.4:73-79 .7-1-Ag $55. OCIaA 9:2)
l.Khimicheski.v izatitut AN Armyanskojr SSR.
(Sodium hydroxide--Electric properties) (Potaissium hydroxide--Electric
properties)

USSR/Fhysical Cher.-iistry - Solutiojjs B-11
Theory of ',cids and Bases
Abs J.-)ur : Reforat Zhur - Khiniya, No 21 1957, 3913
k.ithor : Manvelyan M.G., ra=yan T.V,, YcFAnyan A.G., Kocharyan
A.M.
Inst : Academy of Sciences Arnenian SSR
Title : Effect of Ter4mrature on CondiLctunce of Concentrated
Solutions of Hydroxides and Carbonates of Sodium and
Potassium.
Orig Pub : Izv. JUT ARmSSR, ser. fiz.-maten., yestestv. I teklin. n.,
1956, 9, No 2, 3-12.
Abstract : The specific electric conr~uctivity of concentrated solu-
tions of hydroxiees anJ carbonates of sodium and potas-
sim were determinot'. within the temperature interval of
25-850. At hidi terapera-Wres rute of novenent of Na+
anO K4ions in concentrateO. solutioita of NaOll and KO11 Is
about the same, vehich the authors explain on the basis
Card 1/2 171

USSR/PhySical Chemistry - Solutions.
Theory of Acift aild Baecs
Abs Jour Referat Zhur - Xhimiya, Ho 2, 1957) 391.3
B-11
of the theory of Grothaus, The formation of pairs of
ions is represented by t."ic fc1lowing ochemes of disso-
ciation and association 1) Ha0H -t-_4 Na+ + 011-; 2) Na0H +
4.- 2 1 0 '-
Na+---'1T_- OH+- suri-tive equation 211aCII;:2"a20"+_'__C1I_'
In the interval of 25-500 enor:7y of activation of elec-
tric conductivity of coaccntrated noluttons of HaCII is
-2 timet; gretter than of K011 solutiom,
See also MilQiin, 1956, 35483.
Card 2/2
- 172 -
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S/171-x/60/013/002-3/001/005
E193/E435
Investigation of Electrodeposition of Metallic Gallium From
Aluminate Solutions. Part I
were determined. It was established that the decomposition
potential of the Ga-bearing aluminate solution corresponded closely
to that of the gallate solution, subjected to electrolysis under
the same conditions, with Armco iron used as the cathode material_
The conditions under which metallic gallium can be electrodeposited.v
from the solutions studied were also determined. It was found
that in the case of Ga!--bearing aluminate solutions with the
Ga content of up to 0.705 g/l, an Al:Ga ratio of 42:1 and an
Al:NaOH ratio of 1:3, metallic gallium is deposited at 0.889 V and
a current density of 0.023 amp/cm2 ; all other conditions being
equal, metallic gallium can be deposited on Armco iron from pure
gallate solutions at the same voltage. Lastly, it was established
that the current efficiency for electrodeposition of gallium from
Ga-bearing aluminate solutions decreases when the AllGa ratio
increases from 35.1 to 5091 ~ There are 13 figures, I table and
10 references! 3 Soviet, 4 English, I German, I French and
1 HuAgarian.
Card 2/3