SCIENTIFIC ABSTRACT YAKOBI, B. - YAKOBSON, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961830005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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VOMESENSKMA, Yej.; SUJGINA, Z.P.; kUtMOVA, V.I.;. Y40BI, F.S.;
SHAKHSUVAROVA, G.V.; VASILOYN.A., U.I.; G1ffAZNOV',b% V,~~XSHTNYN,
M. Z.
Production of low Pou.r-point oils from eastern paraffin-bass
cruans by r1eanis of aewaxing with the aid of saInctive solvents.
Trudy VNII HP no.7:69-?8 '58-' - NIA 12:10)
(Petroleus-Rafining) (lubrication and lubricants)

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GV/81-59- 15 -5 ~Z9 13
from: Refevativnyy zhiirnal. 1(himiYa, 1999, Nr 15, 1 432,(U3,"'11)
a
Y
klpbi F.S., Gey-likman, Ye.L., Vo,,nPt;enskaya, Yo.V.
T-ITLE'.: The -Comparative Evalua-tion of tho,Methods for Determining the Color of
Lubrication Oils With Varlous Colorimeters
PrRIOD16AL, Tr. Vi;r:~a. P. - i. In - t, pa pererabotKe nefti i gciza~ Ipoluchenlyu iskusstv.
_11vA, 1958 N
zhidk.. Ao r 7, pp 269-276
P
AMMICT: It Consideration of three-dovices used,at-t.he pres-ent,time for determining
Wic IT 5
+ color of. lubi cation oils, the 'colorimeter KN-' Ii the -PhotoolectrLc
colpx4mater FEKN-56 apd. the colorlmeter UNION -,(Nr.,IA/ which-is broadly
appl,.1gd abroad, has sh.own that the latter is-the most convenierit;, It
permi-W -:to obti.ln well. reproducible results of color determInationj it -is
zimple to,hrund1p and the analysis takes 1
2 min. The authors point to
the necessity of developing a Soviet device of typo NRA..
G. Margolina
cl'*_;'~i 1/1

YAKOBI, G.A.; AKHMETOY, I.I., inzh.; PMBRAZHONSKIT, V.V-, inzh.
New,automatic program temperature regulator. Tekst.pron. 18 no.12.52-53
D 158, (H M. 11:12)
1. Zaveduyihchiy laporatoriey avtomatiki Leninab~dslcogo shelkovogo
kombinata (for Yakobi).
(Temperature-regulators) (11yes and dyeing-Silk)
(Automatic control)

LYZO. Georgiy Favlovich.,kandidat tekhnicheskikh nauk; LYZO, Alaksandr
Favlovich, kandidat tekhnicheskikh nauk; 13ARSKIY, Igor' Borisovich,
kardidat tekhnicheskikh nauk; ZAYCHIK, G.L. doktor tekhnicheokikh
nauk. professor, retsenzent; TBMNINKOV, I.L. Trandidat tekhniche-
skikh nank, retsenzent; YAKOBI,,M.A , kandidat tekhnicheakikh nauk,
redaktor; SOKOIA)VA, T.F Fieskiy redaktor
[Tractor designs] Konstraktaii traktorov. Moskva, Goa. nauchno-toklm.
izd-vo.mashinostroit. lit-r7. 1956. 559:p. .(MMA 10:1)
(Tractors)

BOLTINSKIY, V.N.,aWemik; GENIKHOVICH, H.I.; KOGWI, Te.A.; NIKIFOROV, F.Te.
A.A.; FOLUK, A.Ya.; SOLOVEEYCHIK, A.G.; FILIPPOV, A.I.;
SHCMWAK, A.D.
Performance of machine-Iractor units at increased speeds. Kekh.
i elek.3otB.13ellkhoz. 17 no.3:1-19 159. (MIRA. 12:8)
1. Vseooyuznaya akademiya sallskok-hosyaystvewWkh nauk im.
Lenina (for Boltinskiy).
(Agricultura.1 machinery)

EMEJOV, Ye.A.; SL
IIITSYN, V.V.; OSHER, R.N.; GHEKAVTSEV, N.A.; PATSUKOV,
I.P.; USOVI A.A.; FUKS, G -I.; VLADZrIEVSKIY, A.?.; AVDEYEV, A.V.;
ARZIRIANOV, Sh.P.; PETROV, G.G.; KOZOREZOVA, A.A.; IJSITSKIY,
K.Z.Cdeceased]; YAKQDj,_L.L,;.,BBLYANCHIKOVJ% G.P.; IVANOV, V.S.;
VORONOV, N.M.; RUMYANTSEV, V.A.; TROFBIUK, V.A.; BERSHTADT,
Ya.A.; ZILIER, G.K.; BEREZHNAYA, V.D.; KLEYMENOVAK.F., ved.red.;
TITSKAYAI, B.F., ved. red.
[Manual on the use and norms for the expenditure of lubricants]
Spravochnik po primeneniiu i normam. raskhoda,smazochnykh mete-
rialov. 2. perer. i dop. izd. Moskva, Khimiia, 1964. 855 P.
(I-URA 18:3)

YAKOBI M.A. _,,band. tekhn.nauk; RUKAVISHNIKOVI V*Aop inzh.
Industry"wide. conference on increasing the reliability and durability
of tractors and self-propelled chassia. Trakt. i Bellkhozmash.
no.9:48 S 165- (MIRA 18,10)

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ILWe of a red lightlar ob~e,;Vitiani Of 00CWWnS it viaht In
Re Ujiijj, - If Veirnik, Sept.11)ec, ON. ; ta
-461
jg,-.-DLC"la vIC4-of-the inportance of"ntiii'unu& observvion-oi changes-of metCeirAggig3l -
elements at Polar stations with pilot balickmis und the impossilfflityof carrying them out during
the long periods of winter darkntss~ the use of rt:dBctiialligttwhicitiralight-weight,reliabk-,
cheap and safe sourm4light,visiJila wjkh h~,~ijked eye ti)a distanceof 10 L-M is propoged.
The method of arranging at, q F
011 nj , tmai light (O&is6tifig of 5 connected individual

Ill'bilooin arricil out at Luga li..Aug. 1921 showing the height and
tions of the flight of o
he fri, c.,
-
vertical speed ki minute and thetotal height- (3700m)'011jised during the 21 minutes of the
'
hi,:h should be made in order
pilot balloon's illumination and disciisNs. somo itupwinicots W
toacbievebeticiiesUlis. Subjealreadt'hip: 1, Pilot billdaig - 2, 11alloon accezories 3.Bitl~
ation~~ 4.-Pilot balloon
obstryatloam 5, Lugs, MS.SjVA.M.P.
loan Illumim
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YAKOBI,. V.A.; PIAKIDIN, V.L.; POKHILAI S.Ye.; KARFUKHIN, F.F.
Catalytic oxidation with an ozone-oxygen mixture. Part 1:
Qxidation of 2,21-dibezizanthrozWI.Zhur.ob.1-Jii-m. 33 no.10:
3369-3373 0 163. (MIRA 16:11)

ACCES
SION:INR: AT4ojo6ig .,S/3051/63/000/000/0354/0358
AUTHOR: Yakabi, V- A-, Plakidin, V. L.; Karpukhin, P. P.
TITLE: Catiflytic oxidation of aromatic compounds by an ozone-oxygen mixture
SOURCE: Katalitichesklye reaktsil v-.,zhidkoy faze. Tcudy* Vsajoyuznoylkonferentsii..
Alma-Ata, 1963, 354-358
TOPIC TAGS: catalys,,t, ;:atalytic pxi 4tion, arom#tIc hydrocarbon, cobalt, oxygen,
o7tone, oxidation, cobalt oxidation catalyst
ABSTRACT: The author discusses the influence of the,concentration of cobalt ions
on'the oxidation of`'2-methyl-anthl~aqu'inone by an"oz 'e r6 using cobalt
on -oxygen mixtu
acetate as a catalyst with cobalt concentrations of 0.02, 0.16, and 0.28 gram-
_atoms/liter, yields of 17.6, 64, and 80%, respectively, of anthraquinone-2-carboxy-
lic acid were obtained. A temperature rise above 85C red-iced the yield. An earlier
assumption that ozone reacts with the catalyst In.the first stage of the process
was,-confirmed. This confirmation permitted a stepwise oxidation of aromatic corn-
pou-nds without ting the C-C bond of the rinJ.. ~he c~3talyst wider
af f A died the pos-..
sible use of an ozone-oxygen mixture for the preparation of hydrocarbon derivativ&s
containing oxygen. "V. G. Zhdanova and S. Y % PJkhila to)k part in the experiment-
el part of the work." Orig. art. has: I fi g re and 2,ta~fles.
ard

YAKOBIt.V.E,,
Ana:kogy.between the-structure of the wing tip c,f hovering birds and
the airplane.- Biofizika.4 rio.,6:755-756 '59-
1, Institut morfologii zhivotnykh imeni Severte6va AN SSSRp
Moskva,,
(WINGS)

YAKOBI, . V.E.
,Slots in the structure of wing tips of a hawks Zoolezhurs 38
no.12.:,1.850-1855 D 159.' (MIRA 13--5)
1. Institute of Animal Morpholo&v, Academy of Sciences of the
U.S.S.R.,WSCOW.
(Hawks) (Winge)

ml:::: ---

UAZE-RAPOPORT, M.G.,. otv. red.; YAKOBI,._.V.E* 0 . red.;
BMG, A.I.; red.; GURFINKEL', V.S.,, Tea.; KOIIALEVSXIY,
V.A., red.; KLEYNEIIEMG.. S.Ye... red.; MANTEYISLI, B.P.J.
red.; NAUMOV, N.P.., red.; PARIN, V.V., red.j'FOLYANTSEV,
V.A.,, red.; SOTSKOVI B.S., red.;
[Bionics] Bionika. Moskva, Naukay 1965. 475 p. (HIRA 18-.12)
1. Akademiya 'nauk SSSR. Nauchrgy sovet po kompleksnoy problemed
"Kibernetika.0

3636h-66 jT
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MCC _NR., Ai6_0'0_8Ol2___ SOURCE CODE: UR/0259/66/ooo/002/0005/009
AUTHOR: Yakobi, V. (Candidate of blological.scienceB, Ask~ciate)
13
ORG: Institute of Morphology of Animals im. A. N. Severentsov, PIT SSSR (Institut.
f 1 zhivotnykh AN SSSR) ; Council on g.-yb FA.,~'-IjMf -Btireau of Bionics
or o _.ernetl
m
Section Yavlyayetsya chlenom byuro sekstiy bionikiF
TITLE: The animal world gives ideas for technology
SOURCE: Nauka i tekhnika, no. 2, 1966, 5-9
TOPIC TAGS: bionics, aerodynamics, hydrodynanics, jet design, submarine design
ABSTRACT: The article deals with the application of aerod3mamics an& hydrodynamics
adaptation of the animals for the improvement of present-day technology. The coming
of radio electronics and cybernetics makes possible bionic6investigations in the
fields of aerodynamics and hydrodynarics translating into j.eality with maximum effi-
ciency the motto of bionics, "live prototypes-the key to new te.chnologyo" The
author assumes that the principle of the creficent-shaped valve arrangement, which
changes its.outline in conformity with changed conditions of blood flow, can be uned
very ef fectively in aircraft an,l submarine hydraulic systei.:Ls. The similarity between -
the jet motion of sea invertebrate animals (squids) and aircraft jet engines and
rockets has been brought out in many articles.devoted to Wonics. More detailed in-
vestigations of these sea animals would lead to a more economical jet-engine design
for high-speed vessels. In the Arctic, it was.observed that whales break through
[Card 3 12

L 36364-66
X- 6-14- 1
C R. AP60080121
thin ice with their backs. It appears that such a maneuver is also more effective
for submarines than ramming the ice with its nose. Orig. eLrt. has: 10 figures. [NT]
.SUB CODE: o6, 01, 13/ SUBM DATE; none
Card 2/2

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240), 9(7) 48-23-9-23,157
SOV/
AUTHORSt Yakobi, Yu A blakeimovs S. I.

TITLE: A Photoelectric Apparatus B-sea.. a n the Spectrograph
ISP_22.A-,New. Method of' Automatic Spectral Analysis of an
Electrolyti?
PERIODICAL: Izvestiya Akademii,nauk SSSR.-Seriya fizicheskaya, 1959,
Vol 23, Nr~_q, PP 110.3 1,05 (USSR)
ABSTRACTs The photooleatrioal apparatuis'denoribaid co
noisto of a photo-
.
electrical headpiece and two different recording instruments.
The headpiece makes.it possible, by means of an outlet gap, to
isolate any kind of spectral line within the investigated range,
becatioe It may be adjusted-by meansof,a micrometer screw. It
operatoo wiLth the photomultiplier of the typo PEU-10. For tho
super osition of the.gap and of the desired spectral line, a
p CL
spectrogran produced on this device is:used, which is located
on the outoide of the headDiece. An.optical indicator is used
to indicate the exwt position,
Correspondence between the gap -tndthe~indicator is checked
Card 1/2 either visually or by means of an Hg-tube and an ultraviolet

on the Rasli! on,4-hs
A Photoelectric Appara 1, 307148-23-9 23/57
Spectrograph-ISP-22. A:NeYr Method -of Automatic Spectral Analysis -of an
Electrolyte
indicator. In one of the tworecording instruments a direct
current amplifter.is used, which has an~instrumental error of
0-3%. The sE!-cond recordinglinstrument hSA an error of 0.8%
(RefsI and~2).. In the followingoexperiments concerning the
automatic spectral analysis.of.electrolytes are described, in
which electrolytically separated metal is used as carrier
electrode. In this way the accuracy of the analysis is increased,
and, at the;same time, amperage is reduced. Moreoverl the
electrolytical purificationof the carrier electrode material
makes it possible to eliminate the influence of the preceding
experiment without having to employ mechanical methods or
chemical reactions. There are 1 figure aad 2 references.
Card 2/2

S/194_/(;1/000/002/006/039
D216/IJ2;02
ATJTHORS:* Yakobi Yu. A. Maksimov, S.I. and Zagorenko, G.M.
TITLE: Photoelectric installations for,work in the ultra-
violet region of the spectrum
.,PERIODICAL: Relerativnyy zhurnal. Avtomatika i radioelektronika,
nd. 2, 1961, 34, abstracts 2 A265 (V Sb. spektr..
analiz v tsvetn. metallurgii. M,, Metallurgizdat,
1960t 79-86)
TEXT: The design of a photoelectric attachiment for spectral anal-
ysis is given. The design is based on a qi1artz spectroscope 14C7T -
22 (ISP-22). The attachment is inserted instead of the cassette
into the camera,part of the spectroscope. It has one output slot
which can be moved in.the plane of the spectrum by a micrometer
screw. The photorecorder which registers the spectral lines inten-
sities:is att:~iched to the slot carriage together with its light
screen. To a~djust the slot for the required analytical. line a
spectrogram.is used, obtained with the spectroscope. The spectro-
Card 1/2

Photoelec~tric installal:ions... D216/D302
gram.is,~analyzed by a x)oin*ter with a highly tied magnifying glass.
The fini, adjustment of:the slot position with respect to the analyt-
ical line is achieved by means of an optical adjustment indicator
type 6ESC (6ESS), to the input of which is applied the output volt-
ageof the photo-recorder. A second photorecording is made in the
comparison..circuit which registers the light disaipated in the
spectro;graph. The trials of the installation ha%re been made using.
two different systems Of measuring the photocurrents of the analySIS
channel and the comparison circuit, stored at the respective integ-
rating-circuits. These systems have been described earlier (see
Carpenter, Bois, Sterner, IIJOSAII, 1947, 379 707 Hasler, Lindhurst,
Kemp, 19,48, 38, 789). A constant light source L filmuent bulb)
was used The error of measurements 0.5 - 0.6'76.. No positive re-
sults CoLd be obtained with an arc light source. 4 figures. 2
references.
Card 2/2

0

UXCBOVSKIT. X,
"Accounting In the construction Industr7" by N.F.Dliachkov. ROTleved
by N.UkobovalrLy. Bukhg.uchat 16 no-1:57-50, JT& 157. (MLOA 10:2)
(Cow3truction Industry-Accoranting)
(Viachkoy, KX)

YAKOBS) A. I

AID P - 3200
Subjeot MR/Hydraulic Engineering
Card 1/1 Pub. 35 4/19
Authors i Tarakanovs V. S.., Eng. and A. 1. Yakobs, Kand. Tech. Soi.
Title Protecting installation foundations from freezing by electric
heating
Periodical Gid:% strol.,, 5j. 13-14# 1955
Abstract The authors report on the construction of the Kuybyshev Power
Plant in winter and the method used for heating the site by the
la7ing of a steel cable in the foundation. Some data on
temperatura and makes of concrete are given. One diagram. One
Russian reference.. 1952.
Institution i None
Sutmdtted No da-be

SOV/112-57-9-19547
T:r?,nalation from: Referativnyy zhurnal, Elektrotekhnika, 19 5 7, Nr 9,
lip 229-230 (U&SR)
':kUT11OR: Yakobs,:A.11.
TITLE: Electromaignetic Phenomena in, and Fundamental Characteristics of
Larionov's Rectificatioii Circuit, With an Allowance for Leakage Inductance of
Transformer Windings (Elektromagnitnyye protsessy i oanovnyye
kl--arakteristiki'.skhemy vypryamleniya Larionova a uchetom induk"-ivnostey
rasseyaniya obmotok transformatora)
PERIODICAL: Sb. nau-.h. tr. Kuybyshevsk. industr. in-t, 1956, Nr 6,
Vol, 1, pg 115-125
1VBSTRACT: Investigated are processes in a. 3-phase bridge r6ctffying circuit with
a1lowance for leakage inductance of the transforme'r, with a resistance-
inductance load in the rectified-current circuit which cari bd lower or higher
thar. the critical load (i.'e. the load at which the switchihg angle V= Zj-1/6).
Differential equations have been developed for currents In the valves for these
Card 1/3

SOVI 112-57-9 -19547
Electromagnetic Phenomena in, and Fundamental Characteristics of, Larionov's . . . .
conditions: '(1) OUt-Of--Bwitching period when two valves carry equal currents
in the scheme and (2) currents in two valves during their switching. Foi- loads
lower than critical, si.,c initial conditions have been formulated to find three
integration constants for the above equations (two values corresponding to the
moment of transition from 2 to 3 current -carrying valves and back, and one
value of the phase angle ~02. which determine the firing moment of the valve
next in line). With critical and supercritical loads, three valves continuously
operate in the circuitand, for these conditions, the firing moment of the next
valve shifts and the anlyle tP2 incr eas' es. The above equations have been solved
for two boundary cases: (a) the load-,circuit' inductance is infinite XL --~- oo and
(b) the load is; pure resistance. For the former case, with sub- and super-
,, expreagions are presented (in relative units) for the average
critical loads
value of the rectified current, for the external rectifier characteristic, for the
phase angle V,~L,- and also the short-circuit curzent value. For both boundary
cases, curves of the switching angle and angle ~u, are plotted against the
Card 2/3

SOV/11?-57-9-19547
Electromagnetic Phenomena in, and Fundamental Characteristics of, Larionov's
inductance in the valve anode circuit (combined inductance of the transformer
primary and secondary X1, , expressed as a part of the load resistance
component 'X(k) Xk/R). As the load increases to its critical value, the
switching angle grows from 00 to 600, while the moment of firing the next
valve remains equal to 300 at X, or decreases to Z60 at X, ~= 0. Under
supercritical conditions occurring at X (k) = 0. 28 (f or the cas e XL ---3~ co) and
at X(k)*= 0. 34 (for tI,.e case XL. - 0), the angle 60' and the angle
increases., The load circuit inductance has only a slight influence on the
processes in.,the circvdt; therefore, in most cases, for the sake of simplicity
the formulae obtained. for X.-i-cocanbeused. Bibliography: 7items.
V.A. L.

AUTHORSo. POV/110--59-4-16/23
Prof. L.)%, Ebin (Doctor of Technical Sciences), Levin M.S.
and Yakobs A.I.~ (Candidates of Technical Sciences)
.TITLE: A Se-a"leof Standard Capacitor Ratings for Series
Compensation of Rural Transmission Lines (Shkala
nominalln3rkh parametrov kondensatorov dlya prodollnoy
kompensatsii sel'skikh setey)
PERIODICAL: Vestnik Elektr
opromyshlennosti,1959.Nr 4.,pp 55-60(USSR)
.,ABSTRACT: Se3!iOS compensation of rural transmission lines is being
tried out in the MOSCOWLar-i Leningrad oblasuB. It is a.
hindrance to the general introduction or series CoMpenL-
sation of rural lines that no suitable range of standard
capacitors is available This.mathematical article sets
out to suggest a rational range of capacitor ratings and
rated voltages for series compensation of r-aral. lines.
ExpresSior.LS Lare given for the permissible voltage overload
of capacitors and for the minimum reactive power required
for series compensation. In practice, in most cases, the
reactive power required lies between 0.1 and 0.25 of the
power transmitted by the system. Usually the capacitance
Card 1/3 required does not correspond to available standard values
of capacitors and a number of capacitors must be

sov/llo-59-1+-16/23
A Scale'of i5tandard Capacitor Ratings for Series Compensation of
Rural Transmission Lines
connected in series) (as the rated current of rural lines
does, not,usually exceed 60A there is usually no question
of parallel or series-parallol connection of capacitors).
Not only are there differences between-the rated currents
of lines and capacitors but also limitations in the range
of capacitor ratings available make it necessary to use
larger capacitance than is usually called for. The
economic effect of having a continually variable series
of capacitors is-then considered and then the limitations
introduced by having only a limited number of sizes are
examined. It is considered that there should be either
three or four.sizes of capacitor in the range, and for
10 V circuits a range of 50, 35 and 20 UAR is to be
preferred. The rated voltage of series capacitors is
is recommended that
Card 2/3 then briefly considered and iL.
capacitors.intended for series compensation in rural

l;tFl=,vt;'l-

(6)
AUTHORS: Volosatov, 0. P., Engineer, SOV/105-59-6-27/28,
Grichavskiy, E. Ya.1 Ertgineert Frangulyany V. I., Engineer,
ZU119 if. M., Candidate of Technical Sciences, Yakobs, A. I.p
Candidate of.Te~chnical Sciences
TITLE: S. A. Burguchev. Power Stations and Substations for Agriculture.
A Manual: f or the Departments of Electrification in Agriculture..
671.Pages Y Price 16 Rubles 5 Kopecks, Publishing House Sel 1khozgiz,
1958 (S- A. Burguchev. Elektricheskiye stantsii i podstantsii,
sellskolchozyaystvennogo naznacheniya. Uchebnoye posobiye dlya
fakulltiatov elektrifikatsii sellskogo khozyaystva. 671 str.,
ts..16:rub. 5 kop. Sellkhozgiz, 1958)
'PERIODICAL: lglektrichestvo 9,Nr 6,.pp 96 (USSR)
195 95,_
ABSTRACT.- This is a book review. The author has-written this valuable
book backedby his long engineering,and-teaching experience.
It can be used by students,and.by engineers working in.the
electrification of agriculture...It may come in useful also for
extenslon courses. It is vary well arraliged, and all basic
chapte-re. of the course hqve be, -i given ample space. The subject
Card 1/2 is disaussed from the v i 6,H p,o in tof modern~engineering solutions-

ZULI, N.M.; TAKCBS, A, I.
Booster trusformer for.. 6 - 10 Iri. networks with autowtic control
apparatuse.Sbor. naucho-takh. informopo elek. sellkhoz n0-7:49-50
159. (MIRA 13:9)
Mectric transformers)

LISTOT, P.M., prof.0 doktor tekhn.nauk; GAVELIN, A.M.;.GRICHEVSKIT, E.Ta.;
1XVIII, M.S,,; MURADYAM, A.Te.;_ MAVIN, R.N.; TAKOBS, A.I.;
MENVIA, G.A., red-; TCKBR, A.M., tekhn. red'-"-
DienAa6ijin for rural electric power systems] Blektromonter
sellskoi elektrifikataii. Pod red. P.H.Listova. Moskva, Tees.
uclualno-pedagog.izd-vo ProftekhIzdat. 1960. (MIRA 13:5)
I Chlon-Rorrespondent Teesoyusnoy akademii sellskokhoz.nauk
(TASKhMIL) (for Listov).
(Electricians--Handbooks, manuals, etc.)
(Electricity in agriculture)

BUNKO, Igor' Aleksandrovich; BODIN) Aleksandr Platonovioh; ZULI)
mikhaylovich;
Nikolay Mikhaylovich; POYARKOV9 Kirill
YAKOBS, . A.1 ekE2y j:Egp2vjch i. ZELENETSKAYA, L. V. , red.
--TMI)T-,
YAY tekhn. rad.
(Calculation of rural electric power distribution networks
with voltage regulation] Raschet sellskikh elektricheakikh
setei s reigulirovaniem napriazheniia. (By] I.A.Budzko I dr.
Moskva, MSKh RSFSR,, 1963. 108 p. (MIRA 16:10)
(Electric power distribution)

BUDZKO, Igor' Alekaandrovich, doktor tekhn. nauk, prof.,akad.; ZAKHARIN,
Andrey Gmirgiyevich, doktor teklmi. nauk; EBIN, Lev
Yefimo'vich, doktor tekhn.nauk, pr'of.; KANAKIN, N.S., inzh.;
LEVIN, M.S., kand. tekhn. nauk; T K kand. tekhn.
f. .6 allii Wt
nauk; GROYS, Ye.S., inzh.; ZUL1, ekhn. nauk,
FOYARKOV, K.M., kand. tekhn. naulq MURADYAN, A.Ye., kand.
tekhn. nauk; KRAUSP, V.R., kand. tekhn. nauk; SHATS, Ye.L.,
kand, tekhn. nauk; IOKHVIDOV, E.S., red.; BULIDYAYEV, N.A.,
tekhn. red.
(Rural electric power distribution networks) Sellskie elek-
s.eti. Moskva, Gosenergoizdatp 1963.~ 262 p.
(m 9A 16:5)
1. Vaesoyuznaya tikademiya sellslcoldiozyaystvennykh nauk im.
V. 1. Leniim (for Budzko).
(Dafal electrification) (EleCtr1C pover distribution)

i4

;ffINR, UR101037637000
13001 SOURCZ CODE
AUTITOR: Andrianov, V. No; Budzko, 1. Ao; Venikov, V. A.; Demin, A. V.; Qorooskly,
__ Do A.; Grudinskiy, P. Go; Zakharin, A. Go; Krasnov, V. S.j Lavin, M- So; Listov, P, N
M-rkovich, I. M.1 Mellnikov, No A.; Hazarov, Go le; Razovig, Do Vo; Smirnov, Pe Vo;
Stepanov, V. No; klyrorVatnikov, I* A*; Fedoseyev, A* Me; ~a~!~,
ORG: none
TITM: Doctor of technical sciences, Professor L. Yee Ebin (on the occasion of his
60th birthday
SOURCE: Elektriche#vo, no. 6, 1965, 91
TOPIC TAGS: scientific personnel, electric notwork, lightning
ABSTRACT: Professor Lev Yefimovich Ebin, 60, graduated in 1928 from the
Kiyevskly elektrotekhniche el-
Aly Institut (Kfyev Electrotechnical Institut
Between 19.29 and 1936, he worked in the Donenergo system and published varloua'
original papers on lightning protection and grounding,devices. Yrom 1936
EBIN,works At the Vseg'oyuznyy* nauchno-issledovateVskiy Institut elektrifikste'i
sil sellskogo khozyaystva (All-Union Scientific Research Institute for the
Electrification of Agriculture) where he heads a laboratory. In 1937, he
defended his candidate's dissertation and In 1951 his Ph. Do Thesis dealing
with stud"lea of the nonsymmetrical operating conditions of electrical net-
works and of s~atlonsry and nonstationery clectro-thermal'i,processes In the
Card -1/2 UDCs 621*31

: .141-~, ~~ n Mp--! rl ~
t
~ ~~ ti, !~-?, , 0
% ~ ~'AZ ~, -
- ~, ~-;5 R-15C, :,,!

CC NRt AP012719 (A) SOURCE CODE: UR/0190/66/008/001)TO--7~7/0731--"'"!
AUTHOR: Zhivukhin, S. M.;~TolBtoguzov, V. B.,, Yakobson, F. I*
ORG: M2j6ii~ Inst lie im. D. I. Mendeleyev (Mbskovgki~ khimiko-
tekhnologicheskiy institut).
TITLE: Synthesis 6fpolydioxyax5lenephosphonitril~tesi.
:SOURCE: Vysokomolekulyarnyye soyedineniya, v. 8, no, 4, 1966, 727-731
-TOPIC TAGS:. phosphonitri.late, esterification, polyeaterification
ABSTRACT:''Polyester exchange, reactionIof hexabutoxytriphosphonitrilate with
diatomic phenols was carried out at the molar component ratio from 1 : 1 to 1 1.5.
The rate of.polyest .er exchange depends on the concentration of the reaction mixture
and on the type-of diatomic phenol. ~Rezorsinal is somewhat more active in poly-
ester exchange. In the case of hycl[roquinone, products with higher substitution but
lower-molecular weight are formed, Products which have a molecular weight of 3000
to 10,000 are easily soluble in alcohols and ketones and partially soluble in
aromatic and aliphatic solvents. Orig. art. has: 5 figures and 2 tabl'es~ [Based on
:-authorst:abstract] (NT1
SUB CODE:. 11, OT/ SUBM DATE: 09May65/ ORIG REF: 003/ OTH REF: 003
.:'Card 1/1 UDC: 541.64+678.86

I ~ ~~, ~ i~
!. ~-' u
~; - ; i,
" ; -, ~ ~ -1, c~

dolaor Leklali. lla;Jk) Pro~'.; !t--I,U~ k-and. Lekhn. naul%,;
r . I in zh.
a,
u=ec of ~-Uk in, ccws d-Lr4r,,:; machine milkinz?.
C
Iveterinarlia 41 no.2:1,~,.G-81. F '65. (MIRA 18:3)
1. VsPioymmyy iiaticfir~t)-it5gl.t-,doratells'r-~.Ly institut elektrifikatnii
lellskogo khozyayotva.

30879
S/148/61/ooo/ooq/oo'1/O12
E071/E135
'AUTHORSa Yavoyskiyq V.I., Chernegag D.F.s Dudko, D,A~5
Tyagun-Belous,.G,S.9 Baktursunovi Sh.Sh,,
Bo-charov,-V.A.9 Agaz6alova, L.L., Malotkovj VA,-,
Yakobshs, R.Y e
.---.&,and Potanin, Y~M.
TITLE: Elect ro lytic phenomena in the process of ole,~t~rozlag
heating of ingots
Izvestiya vysshikh uchebnykh zavedeniy~ Chernaya.
metallurgiya, no.99 1961, 32-43
TEM, Electroslag heating of ingots is based on the ionic
~.nature and structure of slag. On passing a current through the
slag, situated on the surface of the shrinkage headq a considerable,
amount of heat is evolved, sufficient to maintain the slag and'
metal in the upper part of the ingot during its crystallisation
J.Ln the molten state. The object of the present investigation wag
to elucidate the influence of the kind of electric current.on the
processes taking place during :electroslag heating of ingots. it
is advantageous to carry out the heating of the ingot tops in such
Card

3V)7'
Y
s/i48/6i/ooo/oo9/ooI/oI2
Electrolytic phenomena in the process... E071/EI35
a manner that in addition to increasing the yield of good metal
there should be an improvement in the metal quality resulting from
.,the.electrolytic effect and also from the transfer of a Dart of
the segregating elements into the slag. The experiments were made
with.:"four ingots,of a square cross-section, weighing3.4 tons, of
ste's'I lOr2C~7, (.IOG2SD), smelted in 75 ton basic open hea2,th
furylaces. The electroslag heating was with direct and. aLternatl_n's
current. Forthe first ingot the electrode introduced in"o the
head part wasconnected to the cathode and the.pIU,3 to the ingot
(straight polarity); the aecond ingot was heated with direc".
current of reverse p .olarity (minus to the bottom of the mouldq
plus to.the electrode in the head part)~ the third ingot was
heated with a 50 c.p.s. alternating current, the fourth ingot was
cast by the usual practice and was used as a blank experimDnta
The first three ingots were -top pour-ad through an -Intermediate
funnel and the fourth ingot was bottom poured. A genera.,,_,or
capable of producing 1000 A at.6o V was used for heating w2.th
direct current. The'heating conditions were as followag
Voltage 48 V, current for th;e first 60 minutes 95-010 A and then
tard 2/5

30879
s/i48/61/000/009/001/012
phenomena in the process.oE071/EI35
:700 A; the duration of heating go minutes. The flux for the
formation of slag consisted of 25% fluorospar, 45%'finely crushed
freshly ignited lime, 30% chamotte powder. The ingots were
,rolled into slabs 500 x 250 mm. Four templets were cut from
each slab and then cut into strips from which test specimens were
made. Non-metallic inclusions were determined metallographically
and electrolytically. It was found that the distribution of non
metallic inclusions in the ingot wag the most advantageous on
heating it with direct current of "straight" polarity. This type
-of heating lowers chemical'non-uniformity in comparison with
ingots cast by the usual works technology and heated with
alternating currentg or direct'current'of-reverse polarity.
There is a tendency for sulphur to beshifted towards the positive
whereupon sulphur'near the positive pole is distributed
unevenly along.the dross-section of the" ingot in the form of
segregation 11spots1f. No shift of carbon towards the negative pole
was.established. During the heating with direct current of
straight, and reverse polarity, in addition to electrolytic
phenomena, the Perrin-Tochinskiy effect leading to the refining
Card 3/5

30879
Elec~~trolytic phenomena in the process.. s/i48/61/000/009/001/012
E071/E135
of the metal of the head part of the ingots was observed, No
noticeable effect of direct current. on changes in the content and
distribution of nitrogen in the rolled metal Was observed. It
was established that the content of,hydrogen in the shrinkage
head decreases during crystallisation,of,the ingot.heated with a
~direct current of reverse polarity and increases with direct
polarity,(minus on the electrode). The machanital properties of
the metal nf the ingot teemed with heating,by current of direct
polarity are most uniform throughout the whole volume of the slab.
The specific gravity of the metal,of all theingots was almost
the~same. The pickling ability of the.metal (weight loss of
cylindric-Al specimens in a solution of 65 wt,,parts of HC1~
25 wt. parts of H2SO4 and.10 wt. parts of water at 70 OC during
4.0 minutes) along the whole slab i's the highest on heating with
direct currentof f1straightf, polarity and lowest on heating with
direct current of reverse polarity. on heating with alternating
current of anindustrial frequency the quality of the ingot metal
was better than that of the "blank" ingot and was nearly the same
as on heating with direct current of #'straight" polarity~
Card A/5

Card 515

IAVOISKI, V.I. (Yavoyskiy, V.I.]; CERNEGA, D.F. [Chernega.. D.F.); DUDKO,
D.A.; TEAGUN-BELOUS, G S. (Tyagun-Belous, G.S.)j EEKTURSUNOV,
S.S. (Bekturounov, Sh.;~.]; BOCIAROV, V.A. (B66harov, V.A.);
AGAMALOVAp L L ; MOLOTKOV 0 V.A.; IAKOBSE,,. R.1. (X!K4~bshe R.Ya.]-
POTANIN, E.14: iPotanin, Ye.m
Electrolytic phenomena during the slag electric heating of the
ihgots-0 Analele metalurgie 16 no.20-18 AP-Je '62.

ANDONITEV, V.i.; BAM(, V.A.; BAUMGARTZN, l.K.; BIMMIN, V.D.; BERYUKOV, I.K.;
BIWBKOV, S.M.; BLaOIN, S.I,;.BCROVOT, G.A.; BUILW, M.Z.; BURAXOT,
N.A V3RTSAYM, B.A.; VOW, G.M.; VaRK0, B.A.; VOSHCEIININ. A.P.;
V.D., k=d. tekhn. Tum GIRMIN, le.M.; GILIDEDLAT,
Yad"DO, kand, telchne mm GIWZBURG, MON.; GLIBOV, P.S.; G X.G.;
GOMCIW, VON.; ~GRZHIBI B.V.; GZK=V, L.P., kand. a-kh. nank;
-GRdDZjN&AYA, I.Ta,;- DANILOVI A.G.; DMITRITSV# I.G.; ihniymo,
Yu-'D.; D0BR=C/20Vp D.D.; DUBININ. L.G.;:DUNVJK0V, M.Dq; ZHOLX,
0- - - T T.; ZIMSKOV, S*Ve; ZUBRZ* K*Me
A.P., ~ ?JMMIGH D,K. -, ZDQUW
MMANOV, 1.7.; KffWlff, SON.; KCLllGAY3V#'-N.M KOKUWMIT, LT.;
KOSMO, V.P.; KOMISTOV, D.V.; KOSTROV, I.N.; KOTLYARSKIY, DOM.;
KRIVSKIY, M.N.; KUZNBTSOV, A.7h.; lAaARlK0Vj N.I.; LWkV, V.G.,,
LwArlm, V.P.; LOGUNOV, ?.I*; MATMWICHI, K.P.; MELIHICHM0,
K.lO;;XRMLlff IGHO IORO; ~ MIKUYIDTO A.Ve.Amud.- tekhn, nauk;
MUSIMRA, ~.N.; NATANSON, _NXITINI M.V,; OVM, ~ ImiS.;
OGULINIK, O.R.; OSI A.D.; 0SK04 N.A.; PBMOT,, V.I.; FWSHKIN,
G.A., prof,'; PIYANKOVA, Ye.-V.; RA"PORT, Ya.D.; 158MOT, N.F.;
ROZOO7. M.P. lmnd, biol. nauk; ROCE.NGOVO A.G.; MMIN',HIK, A.M.;
RpOwSKIT, V.S.; SADCHIKOVj A.V.;'SEITATSOV, V.A.; SIDMO, P.M.;
S IWfAVSUYA, V.T.; SITAROVA. M.N.; SOSNOVIKOV. K.S.; SI!AVITSKIY#
-Ye'AO- STMYAROV, B.P.'
[deceased]; -SUDZILOVSKIY, A.O.; SYRTSOVA,
Ye. Do kand. tekhn. nauk; YILIFPWZY, V.P.;, TURIN. A.D.;
TSISMSKIY, P.M.; CHXWA OV, M. 1.; 0 0111 1 A.A.; CHUSOT IT IN,
NA*;- SHENOPALO A.O.; SHIKIEW9, P.Ae; SHISHKO" G.A.; SHCHERBINA,
I.N.; RNGILI, F.F.; YAKOBSON, A.G.$-_YAXM0V, P.A AIDITMALISKIY,
OTL ne;; care!)

AIWNITBV#.T*L&**. (contiu'ued)-' Card 2..
retsenzent, red.; AKWTIN, A.N. tsenzent, iecl.; 14ATA OT,
re
Yu. ff. retsenzent, isa.- BARABANOT, VsA. reteauzent, r)d.; BM'M','
13'.3)00 reteenzent red', BCROINO F.Y.9 kand. tekhn, fiaWC, rotisertzent,
f 0.0
red.; VAWTSKIY# J.I., Imuds tekhn.'nauk, reteeilzont, rijd.,o
GRIGORIYEV; V.M., kELnd. t.ekhn, nauk, retsenzent, red.; OUBIN, M.Pot
retbenzent, red.; GM)AY17, I*X., retBenzant, red.: 73RMOLOV, A.I.,
kand, tekhn. nauk, retsenzent, red.; LUMULOV, B.P., relwenzent.
red KRITSKIY,'S.N.~. dokt,)r tokhn' nauk, retsenzent, md.; LrKDT,
V V., rets6nzent, red.; IXXIN, V.V.! retsenzont, red.; WSKIN. Z.B.1
retsienzent, red.';' M&TRIROSOV, A.Kh., ieteenzent, red.; 1OWLEM,
D.M.1 reteenzent, red.; MEMLI, M.P., doktor tekhns nauk, retsenzent,
red.; OBMEKOV, S.S.' rel-senzent,' red.; PBTRASIMI, P.N..; retsenzent,
red.; POLYAKOV, L.M., reitsenzent, red.; RUMYANTS317, A.M.., retsenzent,
reA ; RYJOCHIKOT, YesI., retsenzent, rea ; STAS3WOV, N.G., rets'
en-
zent, red.; TAKAHAYIff, PoPs, retsenzent, red.; MARA OVSI:IY, S.V.,
prof., doktor Itekhn. nauk,'reteenzent,''redo; TIONLI, R,-R., retsen-
zent, reds'~.. FIIDbRDV, Ye.M., retienzent, red.'; SHIffAKOV,. M.N.,
retsenzent; red.;,SHMAXOT, M.I., retsenzent, red.; ZHUKI S.Ta.
[deceased], akELdemik,'glavnyy red.: RUSSO, G.A,, kand, tekhn, nauk,,
red,'; FILIMONOV, N.A., reds~, VOIKOV, L.N., red.; GRISHIF, M.N., red.;
ZHUROT, V.D.,* prof., doktor tekhn, nauk, red.; KOSTROV. I.N., red.;
LIUACHN, V.P., red.; MEDVIOXV, Vs.M., kand. tekhn, nauk, red.;
MIUAYWY, A.V., kand. tekhn; usuk, red.; PRZR07. G.D., red.; RAZIN,
N.V., red.*; SaBOLEV, V.P., red.; FAUNGIR, B.F., red.; ITUMOPM,
(Continued on next card)

ANWNI YEV, V- (Continued) . Card 4.
Glav. red. S, IA. Zhxlc. Red, toma LN. Kostrov. 1958. 319 P.
(MIRA 11:9)
10 Russia (1923- - U.S.S.R.) ministerstvo alektrostantaii. RJUX0
tekhnicheskogo otcheta,o stroital Istva Vo O-Dona. 2. Ghlen-kor-
respondent Akademii nauk SSSR (for Akhutin~.'3. DeystvitellAY7
chleu Akademii stroltellstva arkhitektury SSSR (for Grishin,
Razin).
(Volga.Don.Canal-Hy4raulic engineering)

MAZZLI,.Zinoviy Yevgenlyevich, kand.tekhn.nauk; USKOV, Inatoliy Pavlovich,
inzh.,,- TAKOBSON, Andrey Genrikhovich, iZX2h.; FLAVINSKIY, V.I.,
nauc G.D., inzh., nauchny7
kand. tekhn.iiW.
red.; AKULOV, D.A., red.; SOKOLISKIY, I.F., tekhn.red.
(Cableways on construction sites of the Stalingrad Hydroelectric
Power Station] Kanatnye dorogi na stroltellstve Stalingradskoi
GES. Moskva, Gidroproakt, 1959. 72 p. (MIRA 13:6)
(Stalingrad Hydroelectric Power'Station) (Cablewsve)

TAKOBSON Andre Genrikhovich. izLzh.; KARATATRY, Vasiliy Kazlmicb., in2h.-,
g y Vasillyevich.-pr,of., doktor tekha.marak;
~ZHAUZMOTMGe orO
VOLKOVi Petr Petrovich, !&zh.;' GRISKIN, K.K,*,; retsenzent'
KRITSKIT, S.NO-q doktor takhm.nauko nauchW red,'; PWROV, G.D.p
inih., nauchn3ry rid.o, SOKOLISKIT. I.F,,, takhn.rad.
[Construction of cofferdams ox the Volga Riverat the site of
the Stalingrad Hydroelectric Power Station; designing and studying
construction sites from the point of view of engineering geology)
Perekrytis rusla Volgi v stvore Stalingradskoi GES; opyt proakti-
rovaniia, inthenerno-gidrologichookikh Issledovanii i na'bliudenii.
Koskyk, 1959. 88 p, (MIRA 13:6)
1. Daystvitelivy chlen Akidemii stroltelletya i arkhitektury
S=Afor Grishia).
(Stalingrad. Hyd roelectric Power Station) "(Cofferdams)