SCIENTIFIC ABSTRACT BUTARA, S. - CR.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307720018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

POZARI Hrvoje, prof. dr. inz.1 BUTARA, Slairko, inz. (Kraljeveo)
Productivity of th4 Hydroelectric-Power Plant Kraljevac
and its role in the development of eleotrification of
Dalmatia. Energija Hrv 3-1 nool/2:19-25 162.
1. Blektrotahnicki fakultet i suradnik Institute ze elektroprivredu,
Zagreb, Froleter-skih brigada 37 (for Pozar). 2. Hidroelektrana
Kraljevac (for Butara).

PIXTHEY, B.D.; BUTM~TA,.-".
Modified postapilatory treatment in fungus diseases. Vast. van. i
derm. 30 no.4:53 Jl-Ag '56. (MLRA 9:10)
1. Iz Chebakoarskogo respublikan2kogo kozhno-venerologieliankogo
dispansera.
(SCALP--DISFAASES) (HAM, R3MOVAL 0?)

1,1! il f , Januoz
P I TA F!
alld T-0011-Itf, of prophy-tacti-, gloerological exar.,.'-
-ItAr"11.5 Of fev,~'Lle hidlistri.al workers J-n Lodz in "Idrow.
5 Je 165.
Fub',Ij-czne rio.3:191i-203 I
Ochrony Zdrowia Akademii Medycznej
;IodzJ. (Kierownik: dr. mled. J. Indulski.).

BUTARDJ, 11. S.
37436, Kratkiye itogi raboty po sozdani," novoy porody, ovets
Izvestlya Akad. Haul:. Kazakh. SSR, '010. 71, serlya biol., VYP.
A
vrkharomerinoo.
5, 1949, 5- 10-57.
SO: Ieto-pisl ZhurnalInykh Statey, Vol. 7, 1949

BUTAITM, N. S.
37437. BUTAIRIN, N. S., F-51KOV, P. A. i DZHrIOM37, L. TS. Sra-initellpaya
produktivnost' ovets apkharomerinos i drugikh tonkorunUkh Dorod. izvestVa Akad.
Hauk. Kazakh. SSR, No. 71, seriya blol., VYP. 5, 1949, S. 58-64--Biblio,-r: 8
nazv.
SO: Letopis' ,'.hurnalliVkh Stqtey, Vol. 7, 1949

BUTARIN, N.S., kandidat biologicheakikh nauk.
-
Significance of remote interepecific hybridization of animals in Kazakhstan.
Vest.AN Kazakh.SSR 10 no.6:55-60 is '53. OGR& 6:8 )
(Kazakhotan-Hybridizat ion) (ITybridization-Kazakhattan)

-N. -,J 6
Agriculturm .0-tock rp i sd, n g
Card j /1 1 Pub. 123 7/13
-Authors 3 %tnrin, 14. S.'- Yeolkav; Hilr;takiyo D. M.; and Bagrovskaya, N. K.
Title 1. Experiments.in-~attenlng medium-type hybrids from wild boarB and
domestic-sows an a non-conenntrated type of feed
Ferlodical S. Vest. AN Kaz. WRo 11/2, 61-66, Feb 1954
Alistract t -The belief in the use of concentrated feed in fattening hogs is held
to be erroneous and extensive data are collected from experimentation
with different kinds of kybrids and different kinds of feed. An
analysis of these data shows that even more pork is produced with the
less concentrated feed at a great saving of outlay. Ten Russian
references (1943-1951). Tables,
Institution t ....
Submitted t see*

i~UTAP
-kaim
Agriculture Stock breeding
Card 1/1 t Pub. 123 - 12/17,
AuthO" Butarin, N. S.; Yes1kov, P. A.; Miletskly, D. M.; and Bagrovskaya, N.
Increasing the productivity of sows of large white-stock by means of
double mating with different boars.
Perloalcftl Vest. AN Kaz. SSH 11/1, 105-109, Jan 1954
Abstract An account is given of controlled.experimentation with the crossinF
of -sows with a single boar and with several boars, with Qomaparative
figures of the number of offspring andAndividual weights at various
periods. Eleven Russian references (1940-1953). Table.
Institution :
Submitted- :

BUTARIN, U,S,; YNSIKOV, P,A.. D.H.; LI. V.A.
So.-,* res-alta -f experinorts I n f894ing modified lard-cakine rttions
to hybrid swinp. Vqst. AN Yaralen. SSR 13 no,M5-99 Mr 157,
and fuvdi-.4,r ntuffs) (MLTiA I C: 6 )

BUTARIN. N. S. , LOGINDVA, N. V. , LOPYRIN, A. I. , GIGINEMMILI, N. S. ,
RANKHIMOV. A. A.
"An attempt makirg creative use of the Mitshurin method of remote
hybridization for the purpose of the selection of agricultural animals."
reported at Conference on Problem of Heredity and Variability. held at
Institute of Genetics, AS USSR, 8-14 Oct 1957
Vestnik AN SSSR, 1958. Vol. 28, No. 1. pp. 127-129 (author Kushner, Kh. F.)

BUTARIN, Nikolay Savvich [dece-hoed]; ISENZHULOV, A.I., kand.
bicl~- mauk ' otv. red.; ALEKSAI!DRIYSKF- , V.V., red. ;
SHEV~HUK, TJ., red.
[Remote hybridization in animal husbandry; argali Mlerino
sheep and liybrid swine] Otdalennala gibridizatslia v zhi-
votnovodstve; arkliarorerinos i ginridnaia svinlia. IGma-
Ata, Nauka, 1964. 209 p. (MIRA IS.3)

BUTARIN, N.S. (deceased BOLISHAKOVA, Ye.V.
Change in the wool cover of crossbreds in developing the argali
0
Merino sheep variety of Kazakhstan. Izv. AN Kazakh. SSR. Ser. biol.
nauk no.2:60-65 163. (MIRA 17:10)

BUTAROV, 1. N.
250,21
K. P. D. statsionamoy chasti pri uti-lizatsii tepla, vykhlopnogo para pakovozon,
izvestiay Tomskago. politekh. in-ta Kirova. T. LXVI, vyp. 2, 1948. s. 51-56.
SO: Letopis' No. 34

BUTAYEV. B. N.
"Pharmacological Investigation of 'Paranion.1 a Now Synthetic Preparation
With an Action Similar to Thht of Gurare.7 Cand Med Sci., Inst of Experimental
Medicine, Acad Med Sci USSR, Leningrad, 1953. (RZhBiol, No 2, Oct 54)
Survey of Scidntific and Technical Dissertations Defended at USSR Higher
Educatiba4l Institutions (10)
SO: Sum. No. 481, 5 maY555

A C; T-0 YF- V, ~3 ~ /7? -
USSR/Pharmcology. Pharmacognosy. Toxicology - Analgesics. T-3
Abs Jour : Referat Zhur - Bialogiya, No 16, 1957, 71675
Author : Buts, ev, B.M.
Inst
Title : The Effect of Paramion on Decerebrate Rigidity and Morphi-
ne Spasms of the Tail.
Orig Pub : Byul. Eksperim. Biol. i Meditsiny, 1956, 42, No 8, 55-57
Abstract Tests were done on 19 cats. The animals were decerebra-
ted above the vestibular nucleus, than tied to the table
in a way that the fore-extremities remained free; they
stretched upwards due to arising rigidity. Intravenous
administration of parazione (I), in 30-250 Y/kg doses
(not affecting the breathing) produced relaxation of rigi-
dity, the forelimbs bent in the joints and fell towards
the body. In 1-3-~ hours the rigidity was gradually rees-
tablished. In mouse tests the abdominal introduction of
I in 0.1-0.2 dKlkg abolished the morphine induced tail
Card 1/2 - 23 -

LT5SR/Pharmacology. Pharmacognosy. Toxicology - Analgesics. T-3
Abs Jour Referat Zhur - Biologiya., No 16) 19571 71675
spasm (in 21 out of 24 mice). An analogous effect
is observed in pyrolaxone administration (in doses
20 times the I doses).
Iz laboratorii obshchey farmakologii (zav.-chlen-korrespondent AMS SSILR
prof. V. M. Karasik) otedela farmakologii Instituta elisperimental'noy
meditsiny (dir.-chlen-korrespondent, A14N SSSR prof. D. A. Biryukcyv) AMN
SSSR, Leningrad. Predstavlena chelenom AMN SSSR V. N. Chernigovskim.
Card 2/2 - 24 -

COUPTRY : USSR V
CkT-TjORY : Pharmacologj and ToXci0l0gY- Cholinergics
AM. JOUR. : RZhBiol.,, 140. 1 1959, 110- 4502
AUIROR p9tayev, B. M.
DIST.
TTTLE On t~s Antagonism Botween. Prosorine Lloostig-
mine/ and Paramion Zn-loso-3,4-diplianyi'.,ioxane-bis-
,"Urimethyl-ammonium Todid07
~ORTG. PUB, t 11rarmakol. i toksikologlyE,, 1957, 20, No 6, 60-61
ABSTRACT : Subcutaneous Introduction of proserine (1) into
frogs in a dose of 2 mcg/g prevents the depres-
sion of the dorsal reversion reflex caused by
paramion (II) administered in a dose of mcg/g,
or accelerates its restoration by ten times.
Under the influence of the previous subcutaneous
injection of 1 (0.05 mc&/g)# poisoning by 11
develops more-slowly in mice, and the number of
CARD- 1/2

WIN I
7 C
)~C- ~o- ~m P,-/--, Z5.7
A-rli,Rl -Butivev) - ~!
T ~' U Cholincimimptic effect,- cf certpi-n
S", YJ R", 1, sByiilloten' ohsL)E~nrw.-,.tpl'nL-Y i
Atsti&ct: 'Lests with paramion and pyrolaxon corare-I ik--
demors,~a*ed t~iat ,iese compounds can cause coritractior! of
tor.1" M,8c,e of ~ I~og stowch. C-ig. art. h'af 2 fL,-7~:-P~
A -cSCC !-AT! N iY-q-f'ed-rp- farma
AfWA
SUBMTEDi 04Feb63 ENCLi 00 SUB GODE : 15
No Rly SC)V l W3 OTHER 1 001 I!FP.S
Card !A

BUTAYEV, D. A.
It Investigation of t he Straight-Axial Intake Pipes of Watef Turbines'. It
Thesis for degilee of Cand Technical Sci. gub 9 Oct 50, Moscow Order of Labor
Red Banner Higher Technical School imeni N. 9. Bauman.
Dissertations Presented for Degrees in Science and Engineering in 1111oscow in 1950.
From Vechernyaya Moskva,, Jan-Dee 1950.

BTJTAYBV. Davlet ABlanbekovich; KAIXYKOVA. Zinaida Alekseyevaa, PCDVIDZ. Iev
Grigorlyevich; POPOV, Kirill Nikolayevich; ROMMSTVBIISKIY, Sergey
Nikolayevich; YANISHIN, Boris Ivanovich; KUXOIMVSKIY, I.I., professor,
redaktor; NEKRASOV, B.B., reclaktor; FRIDKIN, A.M.. tekhnicheakiy
radaktor
[Book of problems in hydraulics for mechanical engineering schools]
Zadachnik po gidravlike dlia mashinostroitellnykh vuzov. Pod red.
I.IAukolevskogo. MoBkva, Gos. energ. izd-vo, 1956. 343 P. (MLRA 10:1)
(Hydraulics-Problems, exerciseso etc*)

SOV/124-58-7-7653
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 45 (USSR)
AUTHORS: Podvidz, L.G., Butayev, D.A.
TITLE: The Effect of ff'e_8Vrre Wf-'~r~---urved Draft Tube on its (Hydraulic)
Efficiency (Vliyaniye formy izognutoy otsasyvayushchey truby
na yeye koeffitsiyent poleznogo deystviya)
PERIODICAL: V sb.: Gidromashinostroyeniye (MVTU, Vol 71). Moscow,
Mashgiz, 1957, pp 25-36
ABSTRACT: Set forth briefly are the results of an investigation of curved
draft tubes of axial-flow variable -pitch- blade water turbines
conducted for the purpose of improving their efficiency charac-
teristics without the necessity of changing the height o~f the draft
tube. The investigation, in various modified forms, was made
with a model of the hydraulically effective section of the turbine
on an air-turbine stand. To eva~iuate the characteristics of the
draft tubes, their efficiency was determined by measuring the
flow through them with spherical pressure -measuring heads
placed in their inlet sections. Two experimental units were
constructed: one to investigate the draft tubes in an untwisted
Card 1/2 axial flow, the other to study them under the real flow

SOV/124-58-7-7653
The Effect of the Shape of a Curved Draft Tube (coni.)
conditions existing behind a turbine rotor. Of all the various types of draft
tube examined, most efficient was found to be one with an elongated hori-
zontal diffuser and an enlarged outlet area.
R.P. Vorontsov
1. Axiall fio,,.- t,~.Ibine~:--E,ficlen,-,; 2. Axi!i'. f1m. i.-,rbines---.est, --esul-us
3. Pipes-Applications
Card 2/2

BTJTATEV, Devlet Aslanbakovich; XALKYKOVA, Zinaida Alekseyevna; PODVIDZ,
Lev Grik6iz~b'vich'l- dotsent; POPOV, Kirill Nikoleyevich;
RO=STVMISKIT, Sergey Nikolayevich; TAMISHIN, Boris Ivanovich;
KUKOLEVSKIT, I.I., prof., red. [deceased]; VORONIN, K.P., tekhn.
re d.
[Problems in hydraulics for mechBnical-anginoering institutes]
Zadachnik po giaravlike dlia mashinoatroitellnykh vuzov. Pod red.
I.I.Kukolevskogo i L.G.Podvidma. Izd.2., perer. i dop. Koskva,
Gos.energ.izd-vo, 1960. 44o p. (KIRA 13:11)
(Hydraulics--Problems, exercises, etc.)

BUTAYEV, D.A... kand.tekhn.nauk; OBOLENTSKV, Yu.P., inzh.
New power for testing hydraulic turbines at the hydraulic laboratory
of the Moscow Tqchnical College. [Trudy] MVTU no.100:148-154 t6O.
(NIRA 143'4)
(Moscow-Engineering laboratories)

KRUTOV) Vitaliy Ivanovich; KALISH, G.G., doktor tekhn. nauk., prof.,,
retsenzent;.BUTAYEV, D~A., kand. toklm. naukp red.; YELISEYEV,
M&Svp red* W', A.Ya., tekbn. red.
[Analysis of the operation of automatic control systems] Analiz
raboty sistem avtomaticheskogo regulirovaniia. Moskva.. Gos.
nauchno-tekhn. izd-vo mashinostroit. lit-ry, 1961. 178 p.!,
(MIRA 24:10)
(Automatic control)

BAYBAKOV, O.V.; 4!LAYBVj,-D.A.; KAWYKOVA, Z.A.; PODVIDZ) L.G.;
MMIYANSM, L.P., red.; BORUNOV) N.I., tekhn. red.
(laboratory course in hydraulics and pumping machinery] La-
boratornyi kurs gidravliki i nasosov. [By] O.V.Baibakov i dr.
Moskva, Gos. energ izd-vo, 1961. 248 (MIRA 15:2)
(Hydrauliesi (Pumping machimery~*

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USM/Electricity - Rectifiers Aug 49
Grid Control
"Grid Control of a Single Anode Mercury Arc -
Rectifier," F. 1. Butayev, Cand Tech St:1, All-
Union Elec Ena Inst imeni V. 1. Lenin, 1 3/4 pp
"Vest Eleitro-Prom" No 8
Before 1945 author's institute produced RMNV-200
x 6 rectif.Xers without grids (see* "Blektrichestvo,
No 11, 1946). It was then decided to fit a'.gridfbr
control purposes. Des&ibes difficulties I .
encountered and how they were overcome. Subjett
rectifiers have been installed in two projects
NO 2/50T7.1
USM/Blectricity - Rectifiers Aug 40
Grid Control (Contd)
(plt head gear with DC motor andmblling mill with
AN induction-drive motor) and are working satis-
factorlly. Includes six d1agrams.
2/50T71

USSR/Engineering - Rectifier, Mercury-Arc Sep 49,
"The Influence of Ionic Currents on the Stability
of Excitation Arcs of a Mercury-Arc Rectifier,",
1. Butayev, Cand Tech Sci, All-Union Elec
Eng Inst imeni Lenin, 2 pp
'!Elektrichestvo" No 9
One reason for extinction of excitation arcs of
mercury-arc rectifiers is ionic current flowing
during nonconducting period from plasma of main
arc to excitation anode. Studies were made of
dependency of ionic current on various factors.
Points out that shielding excitation anodes
153T50
USSR/Engineering - Rectifier, Mercury-Arc ~ep 49
(Contd)
(vith AC excitation) results in decreased ionic
current. Includes illustration of rectifier
,cylinder, and diagrams.
153T,50
7-4
-2

1. MUM, F. r.
2. USSR (6oo)
4. Technology
7. Valve electric drive. M8 skva, Gosenergoizdats 1951.
9. Monthly List of Russian Accessi-ons, Library of Congress, Januarys -1953. Unclassified.

v~ , 4 -\~ - -* , -I- 'T.
TUDITSKIT, S.B., kandidat tekhnicheskikh nauk.;BUTAYBV, F.I., kandidat
tekhnicheskikh nauk. - WW=WWW___*_
Single-anode pumplese mercury-are rectifiers with uninsulated
cathodes. Vast. elaktroprom. 28 no.1:38-42 Ja 157. (KM 10:4)
1. Vse9ovuznyy elektrotekhnicheekiy institut Im. lenina.
(Mercury-are rectifiers)

2~
110-9-3/23
.AUTHOR: Butawyev Feio~ Klimov, H.S., Sakovich, A.A. and Stepanov,N.P.,
~~ es of-Technical Sciences.
TITLE: High-voltage Rectifiers/Inverters for Direct Current Power
Transmission. (VyBokovolltnyye, b.azovateli dlya pere-
dachi energii postoyannym tokom3reo r
PERIODICAL: . Vestnik No.9,
pp - 8' ~- 14 (USSR)
ABSTRLCT: Brief reviews of the main stages of development of high"
power, high-voltage mercury valves at the All-Union Thermo-
technical Institute. The first stage concerns the KaBhira-
Moscow experimental transmission line. The second stage includes
.high-voltage valves of intermediate power and the production of
single experimental installations. The third stage concerns
high-power, high-voltage valves suitable for practical high-
voltage d.c. transmission systems. High-voltage rectifiers
have been under development at the All-Union Thermo-technical
Institute since 1935. A number of the principles then evolved,
including single-anode construction, a sectionalised anode system,
and oil-cooling, are still used. German experience with d.c.
transmission was notable for the fruitful work, directed by
G. Dobke, on the development of mercury-arc rectifiers for 150 A
(;ardl/5 max. and 120 kV max. Joint work with the Scientific Research

110-9-3/23
High-voltage Rectifiers/Inverters for Direct Current Power Transmission.
-Institute for Direct Current (NIIPT) using the Kashira-Moscow
experimental transmission line, showed that equipment for d.c.
power transmission should be considered as a complex whole. In
this experimental system, great difficulties were encountered
as a result of instability of valve characteristics and a number
of specific properties of high-power, high-voltage, rectifier
circuits. The valves are subject to back-fire, break-down, loss
of control action of the grids, los of excitation, flashover of
anode insulators, and over-voltages on the auxiliary electrodes.
There were also difficulties arising from system disturbances
such as over-voltages, high-frequency oscillations and current
surges. For example on the Stalingrad-Donbas line, where the
normal voltage on a valve should be 65 kV, calculations show that
during over-voltages it may reach 250 M Considerable diffic-
ulties arose as a result of free oscillations which appzLred in
the circuit durin-ignition and extinction of a valve. High-
frequency oscillations, which caused seveieradio-interference and
damage to the anodes were suppressed by special reactors. Iow-
frequency oscillations were more difficuli to suppress, and
damper circuits consisting of capacitance and resistance are
being used for this purpose. At first, the Kashira-Moscow line
Uard2/5 operated with one bridge having three series valves in each arm

110-9-3/23
High-voltage Rectifiers/Inverters for Direct Current Power Transmission.
and later with two bridge circuits connected in series, one having
one valve Der arm and the other two. In designing the Stalin-
grad-Donbas line, it is proposed to use a sub-station circuit
consisting of eight bridge circuits in series, each for a voltage
of 100 kV and a current of 900 A. In all, there will be 192
valves working as converters and 32 "shunting" valves. At full
load, eachialve will handle a power of 7.5 MW. A serious problem
was the control of individual circuits from the auxiliary supply
panel which was solved under the guidance of Candidate of Tech-
nical Sciences I.L. Rubinshteyn. Control is effected by means of
a light ray acting on photo-resistance cells which operate relays.
For development work, the All-Union,Electro-technical Institute
(VEI) has constructed equipment for making static tests at up
to 200 kV r.m.s., surge generators and a high-power equivalent
for testing valves under rated conditions. A Irge test install-
ation with a transformer group of 120 MW has been constructed at
one sub-station. (;uestions of valve design are then discussed.
A sectional drawing of a high-voltage valve is shown in Fig.l.
The distinctive feature of high-voltage valves is the anode system
and different methods of sectionalising the anodes are shown in
Fig.2. It is usually advisable to extend anode sectionalisation
Oard3/5 to the discharge space, and different types of screens are shown

110-9-3/23
High-voltage Rectifiers/Inverters for Direct Current Power Transmission.
in Fig-3. Other anode constructions are shown in Fig.4; FiS.4zh
shows an anode design developed by V.D. Andreyev. Sevenl types
of valves developed in the All-Union Blectro-technical Institute
are illustrated in Fig.5 (photos). The-main relationships of
voltage division between the intermediate electrodes of the
anode assembly were established during the investigations of
high-voltage valves. When the valve works as a rectifier, the
negative voltage drop occurs mainly in the gdp between-the anode
and the first anode insert. When working as an inverter the
positive blocking voltage lies very largely in the space between
the insert furthest from the anode and the uppw grid. Develop-
ment of rectifiers proceeded alongside theoretical and physical
investigations, of valve strength, current distribution in the
anode, and voltage distribution in the anode assembly, ignition
effects, effects during failure of operation and during heavy
overloads. In the investigation of physical effects, 1mbe
methods of vapour density measurement were very useful. Graphs
of the probability of back-fire for the valves BP-l and BF-3 as
functions of cooling temperature are shown in Fig.6. laboratory
results have been confirmed by data of 12 000 hours tests on
valve type BP-3 in the experimental transmission line.
Gard4/5 Valves type BP-4/2 and BP-9/3 are intended for the Stalingrad-

liO-9-3/23
High-Voltage Rectifiers/Inverters for Direct Current Power Transmission,
Donbas transmission line and have passed a wide variety of lab-
oratory tests and the results of the first high-power tests
confirm the satisfactory operation of the valves in approximately
their normal working conditions. In the light of the experience
gained, development is likely to compise:. valves of greater
power for higher voltages and currents, which will be combined
with improvement in manufacture to improve reliability; valve
designs which will ensure great vacuum-tightness, enabling the
manufacture of pumpless valves or, if necessary, to provide
internal devices to maintain and restore vacuum. Two new types
of pumpless valve are shown in Fig.?, one for 150 A max. and
the other for 900 A max. with reverse voltages of the o3ier of
100 - 120 kV max.- There are.? figures and 5 Slavic references.
ASSOCIATION: All- Union Electrotechnical Institute (VEI
SUBMITTED: April.23, 195?.-
AVAILABLE: Library of Congress.
Card 5/5

) -,Y~ 1 " /71
I
La- " , nd.takhn.nauk; KLIMOV, N.S., kand.tekhn.nauk;
- UA&VVILUIn, A., kand.tekhn.nauk; STEPAROV, N.P., kand.tekhn.nauk.
High voltage transformers for transmitting d.c. current. Vest.
elektroprom. 28 no.9:8-14 S 157. (MIRA 10:11)
1. Vueeoyuznyy elektrotekhnicheskiv institut.
(Electric transformers)

NBYW, L.R.; TOLSTOV, Yu*G., doktor takhn. nauk; PIMOV, V.P., kand. tekbn.
nauk; POSSE, A.V., !mnd. tekhn. mvk; SAKOVICH, A.A., kand. tekhn.
nauk; kand. tekhn. nank; MELIGUNOTO N.M., inzh.;
SONIN, M.R., Inzh,
[Long-distance high-voltage direct-current transmission] Peredadba
energii postoiannogo toks, vy8okogo napria*Eheniia na dalluie ras-
stoianila. Pod red. L.R. Heimana. Moskva, 1958. 64 p.(MIRA 11:10)
1. Russia (1923- % S.S.R.)
nauchno-tekhnieheekiy komitet.
nauk SSSR (for koymws).
(Bleetrio
Sovet MinistroT. Gosudarstvennyy
2. Chlon-korrespondant Almdemii
power distribution)

AUTHORS: Butayev, F. I., Candidate of Technical 105-58-5-1/28
"3_0_3e_ffUe`s,KliM0V, N. S,, Candidate of Technical Sciences,
Kostrov, M. F., Candidate of Technical Sciences,
Sakovich, A. A., Candidate of Technical boiences
TITLE: A High-Power High-Voltage Valve (Moshchnyy vysokovol*tnyy
ventill)
PERIODICAL: tlektrichestvo, 1958, Nr 5, PP. 1-7 (USSR)
ABSTRACT: At first a survey of the development of the high-voltage
valves abroad and at home is given. In the USSR such
works were carried out in the laboratories of the VEI
(A. N. Larionov, S. V. Krauz 1937,, N. S. Klimov 1938 - 1939,
M. I. Galldin 194u). After the war high-voltage valves
and control boxes for the first test-d.-c.-trunk line
from the hydroelectric plant Kashira to Moscow were elaborated.
These works were mainly performed In the Scientific
Engineering Office of the former MiniF-Iry for Electrical
Industry under participation of important German specialists,
as G. Dobke, R. Khelitersq and others,. 30 valves of the
Card 1/5 type VR -I were produced by -this office and partly by the

A High-Power High-Voltage Valve
105-56-5-1/28
test works of the VEI during the second half of 1950
1950 - 1951 12 valves of the type VR 3 for a maximum of
30,) A and 130 kV weme produced in ine VEI. Sin3e 1952
works were started on a valve for a maximum of 900 a and
130 kV. These works axG shortly describect liere,
1) The problem whether the 7alve is to be constructed
as single-anode- or multi-anode-valve, was solved in
favor of the single-anode type. It was shown that the
difficulties in connection with the discharge concentration
on a small cross section car, be o-,7-1roome. 2) The number of
the insets was selected in a way that the advantages are
relatively great and the disadvantages are as small as
possible. The tests were carried out with 15 ~valve by
Kesayev), 5, 4s, 39 2 and I insets (3onstr-,;.otion by
Andreyev), 3) The problem of size and density of these
insets is finally to be cleared in the plant. 4) The
materials were investigated, 1951 - 1952 a special vacuum-
-technological equipment was put into operation, solitary
test stands were established ( ,up to 1000 A and 160 kV,
pulse circuit UP to 350 kV)I. The construction of the valve
Card 2/5 essentially differs from those used in industry. Then

A High-Power High-Voltage Valve
105-58-5-1/28
fol'lows a description of such a -alve of the type
VR -913 for 900 A and 130 U. In 1952 25 samples of
different power and different types were produced.
The electric strength of the valve is hiGh. In static
tests it stands 14U -- 160 kV without an exterior divider.
The investigations of the mercury vapor took place
according to the probe methods, which had been elaborated
in the Laboratory for gas discharge devices at the VEI.
The electrical tests at full amperaSe and voltage were
carried out with the equivalent scheme constructed in the
VEI for maximally 1000 A and 160 kV, and valuable data
were obtained. An extraordinary phenomenon was determined:
At positive anode-voltage and normal operation of all
excitation anodes and nets no lighting of the principal
anode took Dlace at high voltage. At low voltage this
phenow-nnn was not observed, This fact is explained by
the occumnee of negatl~je potentials. In investigating
the overload capacity it was found that also at 15 000 A
within the range of working temperatures an interruption
Card 3/5 of the current does not occur. 'i'lien the voltage in the

A High-Power High-Voltage Valve
105-58-5-1/28
are drops to 700 - 800 V. For the purpose of energy
investigations a test stand for 120 UVA was built at the
Moscow Institute for D. C. The results of the first test
series showed that 900 A and a countervoltage jump cf
50 kV no disturbances occurred at the valves. At '000 A
and 90 kV countervoltage jump the valves do not lead
to an extinction cf the excitation are. For the transmission
line from the Stalingrad hydroelectric plant to Donbass
~the voltage between the Pales amounts to 800 kV and the
amperage in the 1-1-ne to qUO A) the VEI proposed an
eight-bridge-scheme. The voltage of each bridge amounts
to 100 kV. The scheme was aocepted by the expert
commission. Here two valves are connected in series into
the bridge arm: maximum counter-,poltage 61 kV, countervoltage
JUMP 34 kV, maximum amperage 900 A. - The work for the valve
was Derformea at the Laboratory for High-Voltage Rectifiers
at t6 VEI under participation of the Laboratory for Gas
Discharge Devices, and of the Laboratory for Physical
Investigations at the institute. lilhe samples of the valves
were produced by the electromeohpnical test plant of the
Card 4/5 VE1. The porcelain- and ceram-le products were produced by the

A High-Power High-Voltage Valve
ASSOCIATION:
SUBMITTED:
AVAILABLE:
Card 5/5
105-58-5-1/28
"Izolyator" porcelain plant and by the Institute of the
GIEKI. N. P. Stepanov, N. P. Savin, N. M. Maslennikov,
1. D. Shkolin, A. A. Pertsev, V. S. Grigorlyev, A. A.
Timofeyev, R. I. Grigortyeva, V. V. Bazhenov., I. V.
Blond, A. A. Ivanov, Ye. P. Shmarina and others directly
and actively participated in the work. There are 12
figures.
Vsesoyuznyy elektrotekhnicheskiy institut im. Lenina (VEI)
k All-Union Institute for Electrical Engineering imeni
Lenin)
November 5, 1957
Library of Congress
1. Electron tubes--Development 2. Electron tubes--USSR
3. Electron tubes--Test results 4. Electron tubes--Applications
5. Transmission lines--Equipment

"d
AUTHORS: Shekhtman, M.G. , Candidate of Tecl-Lnical Sciences,
Aksel'roa, 1,11.11. , Engineer,_21~~~ Candidate
of Technical Sciences, Klimov. N.S. , Oftndidate of
Technical Sciences, Levitskly, K.K., Engincer
TITLE; On the Frospeots of &plcying D.C. Traw-wiission in the USSR
(0 perspektivakh primeneniya elektroperedach postoyannogo tc)!-,a
v Sovetskom Soyuze)
PERIODICAL: Elektrichestvo, 1958, Nr 5, pp. 8-1-83 (USSR)
ABSTRACT: Coments on the article by N.E.Mel'gunov, Elektrichestnro, 1957,
Nr 2:
1.) This is a comment on the article by I.F.Pclovoy in
Elektrichestvo, 1957, Nr 5. A number of errors is criticized. The
ratio between the costs of an A.C. substation and a D.C. sub-
station are assumed by Polovoy as amounting to 0.5. According to
data published by Teploelektroproyekt it is 0.557-0-580 and ac-
cording to those given by the Institute for Direct Current it J_s
0.76 (taking account of the fact that valves are produced in the
Card 113 factory). Doubts expressed 5-ith respect to the possibility of

On the Prospects of Employing D.C.Transmission 105-58-5-2G/26
in the USSR
covering reactive (idle) power are unfounded because the recti-
fier plant has a cos if = 0.90 - 0.95. Polovoy does not take
power losses in compensation devices into account. He assumes the
specific costs of the transfomer plant of D.C. substations to
amount to 36% of the substation costs. According to Teploelektro.-
proyekt they amount to 26%. and according to the Institute for
Direct Current and the All-Union Institute for Electrical Engi-
neering - Irp. According to experience gathered in connection with
the line Kashira hydmulic station - Moscow, and according to
technical conditions the life of valves between two repairs
amounts to 15 000 hours or tvri years and not- one year.
2.) Criticism of the articla-, by 1:el',gurov. It is wrong to declare
that the costs of D.C. - and A.C. substations including devices
for the increase of stability are the same already at the present
stage of transformer-engineering, that in the case of long-dis-
tance transmission no intermediate output is necessary, that by
means of the mercury valve grids the intermediate substations can
be reliably aiqconnected from the long distance line. Advantages
Card 2/3 and disadzantages of a D.C. line are enumerated.

On the Prospects of Employing D.C. Transmission 105-58-5-20/28
in the USSR
The atomic electric power plants will only sup lement existing
power systems, and hydraulic power still remains the most inz!x-
pensive type of energy. The large valves for 130 kV and 300 A
developed at the All-Union Institute for Electric Engineering
will render D.C.transmission more economical. For high power
transmissions of from 0.75 to 6 million kill over distances of
900 km and more direct current offers great advantages.
There is 1 table.
ASSOCIATION: Nauchno-issledovatellskiy institut postoyannogo toka (Scientific
Research Institute for Direct Current)
Vsesoyuznyy elektrotekhnicheakiy institut im~ Lenina (All-Union
Institute for Electric Engineering imeni Lenin)
Teploelektroproyekt
AVAILABLE: Library of Congress
1. Direct currents--Transmission--USSR 2. Electric power plants
--Substations--Effectiveness 3. Atomic power plants--Applications
Card 3/3 4. Power plants--Economic aspects

I
BUiAYEV)-.F.T,# kand.teklm-nauk; KLIMOVI N-S,j kand.tekhn.nauk; PERTSEV, A.A.,
inzha; STEPAJIOV, N.P., kand.feklin.rauk
Developnents in the field of high-voltage p(ver rectifiers.
Elektrotekhnika 36 no.11!22-24 N 165.
(~ITRA 18:11)

ACC NR:
/EWT (1)
SOURCE CODE:
AUTHOR: Butayev, F. I. (Candidate of technical sciences); Klimov, N. S. (Candidate
of techn 16-61-6hces); Pertsev. A. A. (E er),- Step ov, N. P. (Candidate of
technical sciences) 0
ORG: none
TITLE: Developments in high-voltage power rectifiers
.SOURCE: Elektrotekhnika, no. 11, 1965, 22-24
TOPIC TAGS: direct currentp electric power transmission, mercury rectifier
ABSTRACT: The Ieningrad-Donbass transmission line is presently being put i~nto
operation. This will be the most powerful d-o transmission line in the world,,
sending 750 11w of power at 800 kv over a distance of roughly500 k;% The
transmission system uses a three-phase eight-bridge network with power recti-
fiers which operate at a maximum voltage of 130 kv and amaximum current of
900 amps. The eight-bridge system, proposed by the All-Union "Order of Lenin"
'Electrical Engineerimp Institute imeni V. I. Lenin, has the following advan-
,tages over the four-bridge circuit: 1) when individual bridges in the system
,fail, the transmitted power is maintain6d by current overload on the bridges
remaining in operation; 2) the work load on the equipment is lighter in emer-
-gency conditionsj and.two rectifiers can be series-connected in each am of
the bridge to reduce the -cork load by increasing the number of rectifiers from

.:L 23770-66-
ACC NR, AP6015276
.72 to 96; 3)' when- 'separate rectifiers fail,, the voltage applied to the ele-
.ments remaining in operation does not exceed the nominal value) iddle in the
:four-bridge ". stem the voltage is twice the rated value in this type of
-emergency. Various foreign high-voltage d-c transmission lines ncnt in opera-'
Aion and beiM planned are mentioned and their parameters are given. Some of
'the advances made in high-voltage power rectifiers since 1940 are discussed,
Work was begun on the rectifier being used in the Volgograd-Donbass system in
1952 at the All-Union Electrical Engineering Institute, The various problems,
involved in the development and construction of this device are discussed.
This single-anode pool unit,, call6d the VR-9 Excitron, is now being mass-
produced at a -specially built factory in Moscow. The overall dimensions of
the rectifier are 1,9 x 1o2 X 3#4 me A comparison of the VR-9 Excitron with
'the Swedish-made rectifiers used in the English Channel d-c Transmission line'
shows that the Soviet high-po.w.erl mercury re.otifier is up to modem require.-
ments with respect,to electrical characteristics and construction. Orig. art.
has: 2 figures# [JPRS]
SUB CODE: 10, 09 -SUBM DATE: none ORIG REF: 002 OTH REF - 002
Cc d
2L24

AUTHOR:
TITLE:
Butayev,, (Kiev)
S/103/63/024/001/008/012
D201/D308
The effectiveness of optimum coding of primary meter
scale in pulsecode telemeteri.ng
PERIODICAL; Avtomatika i telemekhanika, Y.' 24, no. 1, 1963, 92-96
TEXT: If the primary meter has a linea~r scale, the optimum scale
co,ding of this meter in pulse-code telemetering of the output may,
ri~sult in a considerable reduction of the overall telemetering er-
r(~r. The optimum distribution of coding combination is derived 'as a
n i h
a-ct-on of the distribution of probability of occurrence of t e
f
primary meter indications. An expression is given for the minimum
telemetering error for a given probability distribution. The.error
reduction depends on the form of statistical charact eristics"of the
measured variable and has to be determined individually for every
'measured variable. A circuit diagram for coding combination distri-
bution is given for the case when the primary meter produces the
-output signal as a sequence of pulses, the number of which varies
Card.1/2

S/103/63/024/001/008/012
The effectiveness of ... D201/D308
k4e
as'the measured variable.-!' the output is either a long pulse or
a phase difference it may be transformed into a number of pulses
by slicing to a time scale and hence into the code of the required
combination distribution as shown. There are 3 figures and 1 table.
SUBMITTED: April 10, 1962
Card 2/2

0
L 11387-65 WTOVEED-2AWP(l) Pg44/Fk-h/Po-VPq-J4 It-Mile) MIRD
ACCESSION NR: AP4046110 S/0302/64/OCO/003/0026/0028
AUTHOR* Butaye n q-A-~andidate of technical sciences); Roma*l, ari V. S.
T
L'E: D,giMT'~,quare-root extracLors
SOURCE: Avtornatikai priborostroveniye, no. 3, 1964, 20-28
TOPIC TAGS: root extractor, square root e3dractor )6(--,
ABSTRACT: Twc- experimental models of digital devices for extrac-ing square
roots, a paraUel and a series, are briefly described. A squaring unit compares
the souares of 1, 2, 3, etc. , numbers with X in the equation Y - C V X. The root
eytractor it; rlesig:ned for a binary code- The parallel version is recommended
for a functioning :irne of not over a few tenths of a second; for a ionger time. -,no
'table. Block diagramB of both
series version is more su'. mocle15 a:-
or-.g. art. bas: i: figures, 8 formulas, and 2 tables.
A-'-,SOCIATION: none
5 ILT-B -X,41 T T E D: 0
'71
- NO Ri~F SOV: '02-

BUTAYEV, G.M., kand. tekhn. nauk; RWASPIKAN, V.S.
Improved unit for the solution of the equation of consumption.
A'vt. i prib. no.4t42-45 O-D 164 (MIRA 18:2)

1 00080-66
'ACCEWION NR-. AR5013615 WO'271/6/OOO/OO4/i6*1'4jB0 14
681-142.644.6
iSOURCE: Ref. zh. Avtomatika, telemekhanika i vychiBlitellnaya tekhnika. Sv
od~~
tom, Abs. 4BI10
;AUTHOR: Bat ev, G. M.; Romashkan, V. S.
TITLE: A method of functional discrete conversion
;CITED SOURCEt Sb. Ustroystva i elementy prom. telemekhan. Kiyev,, 1964, 79-83
TOPIC TAGS: function generator
MANSIATION: A digital-analog-type function.generator operating by the method of
:piecewise-linear approximation is described. A circuit diagram of such a generator
I
~yielding Y*KlnX, where K = 21.80, is presented. Increments in the coupling factor
!between the argument and function variations are programed by a matrix which is
1controlled by a function-value counter. The generator is intended for data
leorreetion in a coded telemetering system and is built with semiconductordevices.
IFigs. 2, tab. 1*
SUB CODE: DP,0 F-C ENCM,00
cam 14-1k

L 6437-66 E16T(1)/EWA(h)
:ACC NR; AR5014354 SOURCE CODE: UR/0271/65/000/005/AWA6~i
SOURCE.- Ref. zh. Avtomatika, tolemekhanika i vychislitelinaya tekhnika.
Svodnyy tom, Abs. 5A329
:AUTHCR:,Buta 4omashkany V. S.
TITLEt Pulsed converter of code into instrument reading
'CITED SOURCE: Sb. Ustroystva i elementy prom. telemekhan. Kiyev, 1964, 83-87
iTOPIC TAGst pulsed converters, pulsed reading converter
.;TRANSLATION: A converter of*code into average current is described, in which the
.-Code ofa parameter is converted into square pulses that have a constant height and;
a duration proportional to the code. A continuous train of such pulses arriving I
With a definite periodicity is applied to the coil of a moving-coil permanent-
Magnet instrument; this pulse train results in an averaged instrument reading
.which is proportional to the relative pulse duration. The figure shows a functional;
diagram. of the device with i converters of a 6-digit binary code into the average
:current. Code telemeter signals, according to their addresses, are successively.
distributed from a central register to individual output registers whence the 1
Cord

L 6437-66
ACC NRs AR5014354
curr
ent signals are fed to the indicat-
ing instruments. A common pulse generator
is connected to two trunks. From these
trunks, square pulses
of F/64 frequency
from the output A and the pulses of F
frequency shifted by I
2F froin the
output,~ are applied to the convert
The pulses are taken from two collectors,
too,
of a multivibrator. Between each two
(D
pulses in the channel A, 64 pulses in
L the channel B are located. The parameter-
'From a ss, value in an inverse binary code is
e er transferred, according to its address, il
cod
A
to an individual register when the pulse
AIR haki"Cr +",1~1, A

TOPIC T-PGS.- pulse reaux-xence frequency

- -1-- --- - . .. .... - ~.-- - -- --- ~- . - ~ I
7
,: , ~ " .- ~ ~ ~ --. . - , . I . ~ I . . - .(') : . -- -I

~71 a
p r E-

2099L-60' G.
------ L ----IJP(c BDIG
ACCESSION NRi AP5014006 UR/0119/65/000/005/0027/0028
621.3-042-15:621-314
(Candidate of technical sciences); Shchedrov, N. I. (Engdee~
AUTHOR: But v G M
TITLE: Angle-to-code contactless converter with ferrite sensing elements
SOURCE: Priborostroyeniye, no. 5, 1965, 27 28
TOPIC TAGS: angle to -ode.converter, contactless converter
ABSTIMCT: The deveb~pmaat is reported of a new angle-to~-raj-~,rjdu converter in
which the on-off swicching is effected by copper-foil begment~ passIng -hrough
the gap of a very sensitive ferrite core. The sensing element comprises a transistor
and a 3-winding ferrite-core transformer connected to form a rionsinusoidal-wave
oscillator. Insertion and withdrawal of the copper segmax.~ rb-alt in starting and
stopping the oscillations, with the oscillator functioning z, -a low-resistance
switch. One sensing element is required for every digit of Ln-f c3nverter. A
wire-saving.time-sequence 50-cPs-supplied circuit is env?saged fox- zransmitting
many-digit signals to a receiver. An experimental model -)f the converter was
C.,d 1/2

1, 3635-66 hW(d)/W(l) IJP(c) BB/GG
ACCESSIOM IM: AP5021440
W-142.9
4UTHORs Butayevp G. M.
TITLE: General digital unit for squaring and for extracting square roots
:;SOURCE: IVUZ. Priborostroyeniye, v. 8, no- 4, 1965, 63-66
TOPIC TAGS, computer arithmetic unit I!)
:iABSTRACTi Adigital unit which . performs the functions of squaring and extract-
'ling aqua:r-e roots and which contains a binary code summator and a delay multivibraton
~Iis presented. Squaring is accomplished according to the algorithm (K + 1)2 2 +
,&(2K + 1). The number K -to be squared is supplied to a counter register as
!sequence of K pulses. At the i-th pulse the number 2(1-1) + 1 is formed in 9,
istorage register and is added to the sum of the results of the previous i-1 steps.
!Thus# at the conclusion the 00=t9r register contains ithe number Kand the summatoi-
K2. To obtain the square root of a number, the logical inverse of the number is-
1 d in the storage register, and the above procedure is followed until the vaoant!
~~cftl 3J
Card

278'14-66 E-WT(d)j:'WP(c)/T1FWP(y)jF,4P( )JEWP(h)JEWP(l)
"Rr. -AP
6007594
UR/0119/6676667662766
SOURCE COM,
12/0014
AUTHOR: Basov, V. 1. Engineer); ButayQvj G'* M..(Candidate of technical sciences);
Melik-Askarov, A, G. Engineer); f-o-nomarev, A. 1. (Engineer);-Ro-mashkang' V. S.
-(Egi-n--iie-r ~;Tap"~,.~I. (Engineer)
ORG: none
TITLE: Coded telemetry system for concentrated plants
SOURCE: Priborostroyeniye, no. 2., 1966, 12-14
TOPIC TAGS% telemetry system, telemetry toohnique
ABSTRACT: Fifteen'quantities are telemeasured and seven two-pos-Ition-indication
signals are transmitted; also, deviation of any quantity from its normal measuring
span is signalled. In addition to indicating instruments and signal lamps, the
dispatcher station has a digital printer and a specialized computer. Three frequency
channels transmit 1, 0, and change-quantity signals. A number protection in the
interrogation cycle of each paramete- is provided, as well as a protection against----
missing or breaking up pulses, The system is designed with semiconductor devices
only. These characteristics are claimed; frequen#es, 4400, 4600, and 4800 CPsl
transmission time of one frequency signal, 10 millisec; interrogation timia of one
parameter, 130 millisool basic error, � 0.00 or less; line attenuation, 3 nep;
tolerable supply-v,-,age variations +10 -1,Wlo The system has been tentatively
put 'in operation at the Dzerzhinskiy Metai~~gical Plant, Dneprodzerzhinsk.
Orig. art, has, 4.,figures and 1 table,
SUB CODE s og / szmm mATEs none PRIa. REF: 005
card 1/1 UDC: 691,3 8t654,931

ACC NR. AP6010290 SOURCE CODE: UR/0103/66/000/003/0148/0152
AUTHOR: ButMev, G. M. -(Ordzhonilddze)
lo
ORG: none
TITLE: A circuit for the conversion of binary code signals Into current signals
SOURCE: Avtomatika I telemekhanika,, no. 3, 1966, 148-152
TOPIC TAGS: circuit design, digital analog converter, coupling circuit, binary code, com-
puter technology
J~v
ABSTRACT: Pulse code -time-cur'rent converters are being rapidly developed and may be
considered among tho most promisingNmeans of coupling discrete and wialog data processing
devices. The converter described by A. K. Zavolokin (Preobrazovatell chislovykh velichin v
clektrichesldye. Avtomatika I telemeldianika, vol. M, no. 2, 1960), in particular, possesseE
the important feature of correcting Its own reduction errors. However, when the requirement
of time-parallel processing of several code signals Is imposed, Uie Zavolokin converter be-
comes complicated. The present author Introduces a circuit of a simple pulse code-time-
burrent converter for the parallel processing of 16 code signals (see F ig. 1). The circuit is
intended for the output of code outputs X1, . . a I Xi, . .. , X,, to the indicators 6!-, ~ #.. j all
oil s of the control panel. Ench channel of the converter contains a counter cireUit of n + 1
LC.rd
UDC: 681.142.621

L 2625846
A~CC NR, AP6010290
Ir
P'q
MV
P
9;6 art.P
I P
JI 1 4 Y. I
P,
P
11 r 0. -~T
r0
-.B1 T~:
_~ppu In
Fig. 1, Block diagram of a converter of 16 binary code
signals Into code signals.
PS - pulse sensor; MV - multivibrator;
P1 - pulse counter; Aj switches of input Yy
Cti - M-24 microampere meter.
C,rd 2/3

L 2625B-66
.F-ACC NR, Ap --
6010290
triggers, n of these triggers form the pulse counter P1, tuid the (ti +1) th tT i g g
.,or Tr 11"
separated inputs and is connected by these inputs to the busbar B, and to the cutput of P1. The
second busbar B2 regularly feeds the outputs of all counters PI the frequency pulses ~ from the
niultivibrator MV. A comparison of the,Zavololdn circuit with the circuit described in the
present article shows that the latter is more advantageous in time-parallel processing of
several code signals, The Zavololdn circuit Is mostsefficient in processing single code signals.
The circuit described (Fig. 1) was constructed on the basis of semiconductor devices and,
after passing tests, operated for more than 800 hrs. in accordance writh technical speciffem-
-tions. Orig. art. has: 13 formulas and 3 fIgures4 [081
SUB CODE: 09 SUBM DATE: 11Sep64 ORIG REF: 002 ATD PRESS:
Card 3/3

SHCHFaBANI, A.N., akademik; BUTAYKV, O.A.; FUMIAN, N.I.; TMNTIYEV, R.F.
Automatic methane indicator for gas reducer plants and compressor
stations of main gas pipelines. Gas. prom. 4 no.4:42-45 AP 159.
(MIRA,12:6)
(Gas, Natural--Pipelines) (Gas detectors)

BUTAYEV, O.A., IVANOV, ,.K.- KROSHKO, A.?%; MASKFITICH, V.D,
investigating gan pipelines as radio wave guides. Gaz.
p-om. 7 no.6?43-48 162. M RA 1? ~, 6)

BUDKFR, S.B.~, BUTAYEV, O.A.; LEYDERMAN, M.I.; MELAMED, S.S.
Using gear pumps for transporting liquefied potrolewn ga5es,
Gaz. prom. 10 no.9t19-22 165. (F,,RA 18M)

gum

Pill.

A 1
1
,
-
POOMM APO poortovits Weil
go
00 A 1"Cro"sootare newt CA No:' no ftftdm in
v"Mr., V. ftwoova, X-Aft%w" and J. cht. colopi" R#Ydws
off WAL*) At P.49"r*v 54mom U.S.S.R..* 4A M IWIK 193&
lo Gorw%~Tbe mon-datectiou of a minimum in the WWWty of osdialon
f
was Hg dischajo w prmm b jmdw%fty inowumd Is discussed to
mbboo to vffvcb of addWoo at an bxUffoomi gas. such a& wwo oboiervad
004 in Cd low Abstmot ON (19W)). In Ng + A the tatansity in the vb%W
go 0 &A n""ft coadmat and then id% od mpkily, in H# + Ne a
VARIMM OcCM *" b Abarpoo with vWy Ut* Me; wA as in tM fto
cd Cd. A is ouve offackWo thain Na In HS, jw in Gd. Wore must be om-
-Joe
xWelruble robb-ptim- of On vWb1a triphotis in a bw-poessura diKMW.
a
Thb b vedAe"qPabsorption weawromerats by a mhver-or auuxommA. ago
#00 tift-MeJAd W US 4WIMIN at 10-1 mm. The abmnpdm of A43M
L# (> Of %) ctom& tMt of A66K wWh exceetb that of MOW, 8770 and ,too
6710. Tbow NO Mbsorptkwo somd tbooo, In a holmonum dirAarg%
' see
Will expidn
thi devikatioms W tM okwwd intensity MUm of the Visible
ireia
eg
Mks. W.

see
be*
so*

-LUM"AL
!low firtallav.
ovv Got aw a.. As
U 0 AT go is
0
dP4
0 0 0
o
0

P;( h- PA!:! 1
cir rxcrT.,*r, AT-IM P- A _JW PFFSSI~Rl_ l'
rF!CRkR(-.E r
ALF, 111
At-
11
tip, to lo,, ~t,.l 1 tL..
r 11T' 1, 10
lw~~j,!3 amp it
of dlicli:ir" wtro fai- froin the alake at tempi.-ral"irr
It I.-! t%.t th- th,
atomi N,11-em Lkr lEvela OP. cxr.,tvFi,d it, tht
I -ezi-S -.NL-h P~._-. ~,s

- - - - - - --- - - -
j- -WWWW -
IUTA Pb.VVIUI.' Z. Movic4finkin. 1917, 12, 09
0o
0 shape of the, line 1 U58 A. tinjittvql
00 by a high-promwe quartz H vapmr tam at 10- Go
go 2 r 20 atm. in me"iurd. The 111no phows sefff-reverml 00
WhIA diminWhm with in"vW" in Pressure while I Ito
lW44plontu alki Ohio lurrImm" 1%P 13111101141119111 d,
-If-revortsil at high 1xvAtAure is diffamni fnim 111m
at low pressure. OutWitious favourabla for revormal
g am discussed. J. A. 1).
g:
. j
go ! "t
00,3
00
09
*0
00
see
;C., 'fov
stIALLUNGICAL UTf#A?4,*9_CkAjjfPKAI1OM
--r-1 . .... IF
U 11 AV It) it An I 1 4 0 64 A) a
0 jP It 0 It It 00 Ad W At It U RIt n It 61 KLO n I INA dAO
00 & 0 Go o! 0 000 00 0 0000 0 0 0 0 0 0 : *1 9 0 0 6 0 000000 0 so 0 go go
96 AD a III a &I& age *sea**** 0000'. 09 0 00 0 *so*** 0 *so * 0 so

*31 a 4 1 6 1 0 0 to 11 it is 14 is % ty w It
it 1-1--L-Ai- A&
Lee
00.
00.
90
go a lee
atom a
00 V. YAORtx- .00
00 S. "Gem". rewl. MO. .00
of. this vul..
00 14,V
wi=WW# the absorptim in the dwoharr =00
lba).-By the levels 03P
#0 wbillils WPM Unw,"d coo
at thew thr" levib Pais detamul
the cog j too available catc.
re"Ilta Are diwum-TO..
See
MA..'
age
-00
got
1 T
kc
tp
U 'A AV It
ft V, -TV I
C" 1, it 0 of a it it , . " ' 1 1.1.
000 00 64 0 0 410-00 090 9 0 * 0 0 0 00010 0 0 60 Go* 600 4
~ 0 0 0 0 o
0 0.00 00-09 000000 0 00 0 0 00 0 0 & 0 & 9 0 0 0 0 0 0

0 ; ; ; 0 0 0 0 '00 0 0 0 0 0 -6-0-6-6-w
I & 1 4 9 N 11 11 it Ad Is 16 11 11 TV " 1112 31313 knall loll u 13 140 It I? is "t 41
1. -1. .1 - L M N Q UR U 4
of r
00 At
portkwW tothesect, root of thedmiroucimm.
W
F.
Rathmann

coo
=00
COO

ago J, zoo

zoo-
, zoo
_ see
-see

CIO*
&IN-II A OtTALLUP(,ICAL klTFPtAIVRt CLASSIFKATteb, t Z
roo

--s- .114 1,
l .
i
so

13 u 11% -0 l
4
a I W 0. 9 #1 a
T
cm
t? 0 it to It 11 It u r( a ft ii
0 0 0 0 0 0
0 0 0 0 f, Ia
0 0
f 0 0 0

0

J3 b 26 x 1; 3, V 11 W b it I. Al C
A I I I I S a till Ism III& I? is " SO 1 .4
A -A I _k it a V I 1P
L
AA 0 4X tt It
Optical Investigation of a inetal-vopor digcbArge V -00
Cumulative excitation of Attomm in a low-pressure mercury _69
discharge V. A. 1`0116~11111. 1: 14111.14-%a 'ItIll 1. 1-g -00
Viij,1k, Z. 13,
31, -00
I I. I'llu '-fl, 11 4.1 moill, Ia Ou. 411".
millaw, lo 111.41 0 1
han"'ll ~Vtll, I" IIV 'N'llal I'm III 111,- 111,
If the 'hyli'm r ... 1, (1 G:fg4 M. Fratiq
00 j ~90
00 Oi
o
00 2
Zoo
J
t10 0
S.-SLA IIIIALLVVC.K~L WIMOLItt CLASillItC.11C.
to 0
"0 0
ti,- 7- Z-
U 1g
0 It Dt K OF it 11 a K it It W 1k a 7 1 '40
0 0 000 0 a, 0 40 a 00 40 0 0 00 of 00 0 0 0 a 0 0 0 0 o 0 0 0 0 00 000 00 0 0
*1019 010 0 0 0 0 0090000 000010 0 9 0 0 00 0 & 0 00 & 0 0 000 0 gs 0

Wo 000 0 00 0 *o a 070-10-0-0 WWW w T
"
a It It :1 D a jo n 1,
's
Q- A I z AIL to
.it
00
00
be is a P"Yot
L-WS" F&brikaut- BKU- "'a 00
1. A. Th,
BA%Atxa '" I (IWO); cf.
A pk:r- 4. 125 =1d-111 Q lof tb~'d-
-lug Pent". 7-If the line 2337 A- In I
Art Wthod of uudu
j&ikd study of r0Al*1kO3dOt,",,' j-3&Mp-).t3dlffc:v,
X, .. 11=00
fig dkicrCT, 13utro'60~ 10- #t~W. fig). The Otwtv"'
jll. prewrts , .6
slight "yMxneWo which 6 due to Minute
the body Of
Curv" show a _Mbwwmt Sdiatim it
tion of the he tM CUrM, pboog, bed Iron, t v
Frog s Metrics]
!! roe
Fpcolte ol tM tube, ILM density
0; Mrepating fW distriblitim a' flow
00
curves
within the tubt The varktiOns a' The
00-41 -difirl'tiltIng dclssity -rv"- . I go 0
,an be obtained by ,a with the tht-t"
o0z cornWUM of oj;paved cur between dillu.ilul Of zoo
,,jcaWw b.,,d on We SEA TIAt analogY call I` """ a* 0
photon and of atOgn showed th& llul,~Allnl C"c"
WdT up to 'k Cettaln limit. 200
we
tie 0
I A SITAMWGICAL LITtRAIUME CLASSIFICATIGII we 40
~CI J,
F
1 N 'M 5 C 3
t V-1 0 ana:
An
0 U U IV 00 is Ev tv to Eq 61 It 4a it a K a it It KLa n 0090
0 0 0 0 01:0 0 0 0 0 0 0 0 * 0 0 0 a 0 :10 0 0 * * 0 0 0
0 o *Is 0 0 0 0 0 0 9 0 0 0 0 0

ec4T T T 7 i
Ik p 5 5 u n 1
r X= Mxi !F U M a is v a 0 4.1
6: M
0e jij~ Oso's
1
. -00
pa"I ti'l t .1
f.
0111~fists .1&

-0 0

.00
W
fil hod"
7
lumbWEXOM 0( walwlibm wfth I
mn,
15% of Be + 1% Of Ilk "d n1l of Be + 2% Of
of Mn =00
.
.
irradiated vrith bgbt from low- 04 capOkLry (medium-
H - almd with jsosocbr~xsatiwd 2637 A.
b 0
=

OU -
ar
limp. d" tMt "W. is Actwated
ofectively by Sab IUD A. "d SU? JL, whil"t Z~He lumduu-
7 of

roe
y
we Im qmAthv to as formw &M than with 2% of Mn arc
-00
L J. J_
affected only by the latter X 2 roe

41
0
#

' too
SITALLt;PGKAL L"ERATWE CLASSIFKATION 4

1 C)- 0.1
) -
11M It'
3C.
1
.
4
1
9
j
U AV 00
0. U a FW 0 PO I N 64 5 J3 0 ~1
W.0 n
Ofto

0
0 N p
o 0
,
O
0 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 of
s
0 0 0 0 0 0 0 0
"M
6

-W
Dwulft of raftuan In a sea d1wham. 1, A llul.Ar,Aj- \14
listwinlAn. and V. A. I'Anikant fifull. .4 .j %, 1. 1-lr~ S ,
1941. 8. 25-96J.- lhftcr~n,rs t"--u diffultm,
11MAving partirl~ and phi,tons are qli%cu%m~l, and a turthtwl A
taking lAwton dillumun 111tO ACCOU"t in tho 111-tv ,( tadlmwt,
frou fa* dochair" is outhood I I It

& 9 0 0 0 9 0 W-0-111-a
47511.1 1 11 1 4 P 1 0 4 It
A -11 -A _4_1j
00 11
00 4
go I
doe f
00
to
Go

19 tt 2 to I I
lit 40_140 0111)(114

Romnant todiation of a iflachallito lit a m(ItuIv of ole, 00
AU4 arton. F. lluclury, 41141 V. Fala'"i'l
curl vxr
11~10 2
1tw5)
9
.00
.
4
It 1. ', Ali,
,
.
A qtuwu probe with lwaincoltmot willemilt Nexcril is Will, .00
(luced Inflo tile di-ellargr lubc. Part of the screen ran Ile .00
VoVvMl by a filler transparent to line 2.N17 A. siol j4h.
olimbing line Ml A. The diltin-ol the little wa-31 noll
tile voltrot II'M and I Illoll.
lot the title. KSIA.&tul2.%37 AAmira-1 "lilt
pre-ute in acco"Woct with the thel'Ay. In a lllixl~ of lliz
slid 4 tum~ A the ratio U decreased 2.7 timesailbocelectr,"v
tetup. (measured with lAnginuir probes) de"vLea froin
ISAXII to 13.000'K. Tile ratio decreases also when the
00
curtortit is ratiltJ from 0.35 to 3 snip. This inattributed t,, 0
tile incivaso of 31137-A, rwitatfoo toy secNond"ry pr'ftv.-W~
111VISIVIIIN Into(olikillf olhillo, go
pet
s
Ait-It A AI1A%tVRGKAL LITINAIVRIF (LASSI]PICA111011
"'Of Ka 114111 Platt IT6914.1.011 1
0 0 0 01; ; ; ; ; 0 0 a 0 0 0 0 0 0 0 0 0 0 0
00 0000090000 OA-r-lo-edo
1:0 0
'.0 di
0
hn i I a old a q w tool j
1% 6 1
e 0 0 0 0 a 0 a Wwo
0 0
-0 -0-0-0 0 0 godit A

11 it No 14P *o4gli
it it
V I AA j A
V V t 41411 using
4 1
1
-
V ,

Some problems in ttuoreacent-lam development.
F. A. Ilularve. V, L awl A. Fal-tilooil
I like.-leir1l, Ifl.l. 4.1 the V 8 S N 1. 116,11 '14ad " 1 1, H.A'.
S., si,. pAy A munmaiv. A,,-oidmg
Mt IPM). .00
to COU I" in 19VI-44the 11glint,
t
-60
are Nually i"ponsiblec for the rxellation of tlu~wrtit
1-Mir". The oplintuill atilt. 44 flu"10*V11t Itial'-fistl
,
1 -00
,The l"istillw-4 11.1%1. k 41w.1
1. In'.%*7 1111g.
C111-
q
1l
V
h
9
l
l
)/
.00
0 0., otolu
. - J
-
a (
,-
y
,.
(
%larw 11_ 1% the Wighttira-A a Wyri al-cl, doo
ing the ultraviolet radiation a, and as the relative 1wits =00
0 0 of the materials in the mixt. and K, suid K, their ab-
corff. in the ultraviokt. ThLi forututis ha.3 only zoo
141-1-rolibilate value. In tmnt Russian laulp, the flu-i- 00
j-,ders air Zu Ile agicate (activator INN) ati.1
S14111041 Jilltiblitit-41 :so

004 iloo

so '-I;roo
:00
400
A! zoo
J; ,,c0 0
~--Oo
so
t I
0 0
t1i
Net
;so
V% AT 43 1%; -A t 0 NA 0 1 w 24 S As a 3 S
,a:,

0 0 0 9 0 Ole 0 0 0
0
0 0 0 0 0 0 0 6 0 0 0 Ws 0 0 0 9 0 0 9 0 0 0 0 0 0 0 0
It
' 0 0 0
0 0 0 0 0 010 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 le 0 0 0 0 a 0 0 0 0 0 0
0 0 i

Dec. 1946
TRmInescence
IaMP5
"Xxcitat~on of Tminophore in Luminescent lamps,"
IP. A. Butayeva., 6 pp
"Zhur Tekh Fiz" Vol MY No 10
During experiments for constructing the energy-
&iatribution curves for luminophore compounds the
author noticed a change in the spectral cur-~e form
when there vas a change in the light sourge. The
author investigated the role of the 1849 A line,
&:uring the excitation of Itminophores in a tube,
determined the filtration coefficient in a tube by
33) -2.6T89,
sics (C ontd) Doe 1946
amsuring the brightness of various luminophoree in
intrious apparatus with or without filters, and the
Sensitivity of a1uminescent lamp to the 1849 11ine.
Sibmitted at the All-Union Electro-Technical In-
stit-ate, laboratory of New Sources of Light.
ID 26T89

USSR/Physics Sep 48
Spectrometers
Spectrum Analysis
"The Influence of the Parameters of Discharge on
the In~.ensity of R�sonance Mercury'Lines of
1,850 A and 2,577 " F. A. Butayeva, V. A.
Fabrikent, All-Unicn Electrotech inst ImenJ V. I
Lenin, .0 pp
"Zbur Tekh Fiz" Vol XVIII, No 9
Investigates effect of current, vapor pregaure,
and arigon gressure on Intehsity of 1,850 A
and 2,537 X lines, using vacuum luminescence
32/49TiO5
(Contd) Sep 48
spectrometer. Intensity Of 1,85o line increases
linearly with current, while noticeable deviations
from linearity are observed for the'2.9537 ?, line.
Working conditions of luminescea~t lamps cOrresl)CMCI
to maximum Intensities of the two resonance lines
of mercury. Submitted 5 May 48.
32/49T105
Ca

Um
mar/Ayr 49
lamps, Fluorescent
-influence -of Discharge Parameters Upon tb6 Thtensity
or Lines (1,850 ina 2,537 Angstrbms) -In Flubresoent
LUTS, " P. A. Biitayeva, V. *A-. Pabrikant, All.-Union
glee Eng Inst imeni V. I. Lenin, 4 pp
"IZ Ak Nauk SSSR, Ser Piz" jV*1-~XIn,7,WoI2
Using a vacuum monoebromator vhicb permitted
separate observation of subject lines, author
studied influence of discharge parameters (current
strength, pressure of mercury vapors, and pres6nee
of argon) on intensity, of these lines, and relative
4214,9T86
=R/Pbysice (ContdN) Mar/Ayr 49
sensitivity of luminophore to light of these.two -
wave lengths.
42/4,9%66

~
E-~~ --
I
i-
I -
E - -I-
'i -
-1:
ji~': !I".'
O~il! ~
I "
m

VUL:FSON' K.S.. prof.; GLRBVICH, H.H.. prof.; MESHKOV, V-V-, prof.: NUMEDAR,
R.A., prof. YUROV, S.G., kand. takhn. nauk; SOKOLOV, M.V., Prof.;
BIBMWAN, L.M., kand. tekhn. nauk;
, _!.A., kand. tekhn. nauk;
IVANOVA, H.S.. kand. tekhn. nauk;-SUSHKIN, N.G., kand. tekhn. n&uk.
Valentin Aleksandrovich Fabrikant; on his 50th birthday. Svetotekh-
nilm 3 no.12:24-25 D 157. (MIRA 11:1)
(Yabrikant. Valentin Aleksandrovich, 1907-)

SVBJECTi USSR/Luminescence 48-4-24/48
AUTHORS: Butayeva F. A, and Fabrikant V.A.
TITLEi Sensitivity of Luminophores for Luminescent Tubes to Ultra-
violet Radiation of Short Wavelengths (Chuvstvitellnost' lyum-
ineatsentn kh lamp v korotkovolnovom ul'trafioletovam
12lUchenM
PERIODICALt Izveatiya Akademii Nauk SSSR, Seriya Fizicheakaya, 1957,
Vol 21, # 4, pp 541-543 (USSR).
ABSTRAM The relative sensitivities of tube luminopbores to mercury
lines of 1,850 and 2,537 X were directly measured.
A specially designed vacuum monochromator was used. The
brightness of the luminophores at their excitation by the
1,850 and 2,537 1 lines was measured by a photomultiplier.
Table 1 in the article gives data for the ratio of sensitivi-
ties of these lines. Table 2 gives results of calculations
of the quantum yield. These data indicate quantum yields
exceeding 1 at the excitation by the 1,850 A line, The ratio
of sensitivities depends on the type of a luminophore.
Card 1/2

48-4-24/48
TITLE: Sensitivity of Luminophores for Luminescent Tubes to Ultra-
violet Radiation of Short Wavelengths (Chuvstvitellnost'
lyuminestsentnykh lamp v korotkovolnovom ul'trafioletovom
izluchenii)
The article contains 1 figure, 2 graphs and 2 tables.
The bibliography lists 3 references, all of which are Slavic
(Russian).
INSTITUTION: All-Union Scientific Research Optico-Engineering Institute
PRESENTED BY:
SUBMITTED: No date indicated.
AVAILABLE: At the Library of Congress.
Card 2/2

21(9),24(U) PHA44. ; EIJOK LXFLOITATIO' Sol;
Ptzicheakiy inatitut
Akademlya nAUK SSSR.
Inaledovanlya po ek3perimentallnoy I teoretiCneSkOy fizlke; (abornlej
(Studies on Experimental and Theoretical Physics; Collection or
Articles) Moscow, I,d-vo AN SSSR, 1959- 304 P. Errata . lip
Inserted. 2v3OO copies printed.
Md.i 1. L. Pabelln3kiy~ Doctor or Physical and Mathematical Sci-
ences; Eds. of Publishing Huse: A. L. Chernyak and V. 0 .Berkgauc,
Tech. Ed.- Yu. V. Rylina; Cotmission for Publishing the Collection 1Z_
In Memory of Origortya SamuLlovich Landaberg: 1. Ye Ta=ns
;
.;
(Chairman)p Academician, M. A. loontovich, Academici
P. A. Raz ulin, Doctor of Physical and Mathematical Sciences;
S. L. Mandel'ahtatat Doctor Of Physical and Mathematical Sciences;
1. L. Pabelinakiy Doctor or Physical and Mathematical Scie"es;
or Physical and Math
F. S. Landaberg-B~ryahanskayap C&ndidate
;
of
omatical Scl*nces; and 0. P. MotulevLch Secreta~ry), Candidat
(
Physical and Mathematical Sciences.
PURPOSEs This book is intended for physicists and researchers
engaged in the study of electromagnetic radiations and their role
the structure and composition of materials.
~
___
_
_
_
in
-
tAvest1g&!4!1g
_
_
viiw7
re
1
c
h
_EOVWikGZt The collection contains 30 articles wh
investigations In apectroacop7, sonics, molecular optics, semi-
conductor physics# nuclear physics, and other branches of
physics. The Introductory chapter given a biographical profile
or o. s. landaterg, Pro fessor and Head of the Department or
Optics of the Division or Physical Technology at Koecow Uni-
t
varsity, and reviews his work in Rayleigh scattering, comba
etc. No personalities are
sis or metals
l
l ana
,
Cases, spectra
y
mentioned. References accompany each article.
Bazhulin, P. A., V. T, Malyahev, and M. M. S ehchinskl The
Vork of 0. S. rm-daberg-rfrthe Field of Molecular K;.CtMso47j7
Fri140;jZ:Z,ff 18nd A' Investigation of T-ana-
form t1lon ;Xbs..es. n. an Act vated Discharge Cenerator Opera
ting Under Conditions of Low Arc Currents 27
Y n' 1. M. Kuznet-
he
I; T~ On",
or Is itbn oerie Dlalkyl-
-Y0lOh*z&n* on the Basin of a Combined Scatt* ring spectrum
43
Andreyev, x._ Standing Sound Waves or Large Amplitude 53
Bazhulin. P. A. and A- I qokalavaka". Investigation of the
R61-aTfc-n of the Width or Combined Scattering Lines to Tem-
perature 56
Buta ao. P_ A. and V,_A--EA1rIkAnt. A Medium With Negative
Xffirpr rricient 62
V!AdIzI=,k1y. V. V. Nuclear Tr finsitions In Nonapherical Mucle-- 71
Optical Proportion or Substances In the
ltreoua State so
Vul, B- M., V. S. Vavllov and A. P. Shotov. The Question of
--rz __ In
-_~'~c Ion AVIOn _S4m1con4U1Vdrr- 95
Vul'f8On,,.11,,S_ Me- Methods Or Increasing the Errectiveneas
- 't ;To 100
F
Glnzburg, V. L. and A. P._Ie anyuk. Scattering or Light Hear
Tra-naxiioyn of the Second Type and the
Or1t1caj Curie Point 104
X"kovlch, M. A. Irradiation Or an Elastic Wall Vibrating
- Under thi AitlOn Of Statistically Distributed Forces 117
Lavin, L. M. The Dimming of LIght by a Cloud 121
.!~az Ing .M.-A-Z.. L-j"Indall-ghtajand V=,G. Koloohnikov. The
Broadening and Wi-liftlng of the Spectral
Discharge In Plasma 128
Mslynhev. V. I., N- murtill. Investigation or the Hydro-
VFfi-Wn_d_1n SN27nee6 Whose MQIeculeB Contain 7*o jjydi-oxyl
Croupe
13k

BUTAYEVA, F.A. kand.toklin.nauir
Role of the 1850 A. line in the output of fluorescent lanpa.
STatotal-thnika 5 no-7:17-20 Ji '59. (MIRA 12--9)
1. VoesoyuzrW7 svetotelthnicheekly instib.A.
'(Fluorescent lamps)

BUTAY-,'V, G-M., kand.tekhn.nauk; LUGHENITSER, I.A.
Digital computer for the solution gas-flow equation with automatic
correction for pressure. Avtom. i prib. no.1:45-49 Ja6-Kr 163.
(MIR4 16:3)
1.
Institut avtomatiki Gosplana UkrSSR.
(Flowmeters) (Electronic digital computers)

BUTAYEV, G.M. (Kiyev)
Efficiency of optimal codiag of the primary meter scale in
pulse-code telemetering systems. Avtom.i telem. 24 no.D92-96
A 163, - - (KMA 1~zl)
(Telemetering)

ZUAYET~ M
~L~
Butayeva, M. "Thn une of bone and mi-.2t mea.1 in fccdJn[~
hc2lthy 2nd ill children," Trudy Azer'baydzh. nauch,isssled.
in-ta okhrany materinstva i ril2denchcstva i -)cdiatr. 1c;,fedr
Azerbayfth. mad. in-ta, B21cu, 1010, P. 155-0, 01-iesnic it,
Azerbaijani).
SO: U-3736) 21 May 53, (Latopis 'Zhurnal Iny1ch St;etcy, No. 1.71, 19119).

BMYJrVA, R,S, -
.
Iffoot of the nutiltios of pregaimant mms on fetal developusat of
the offorrince Ift4 bot, morf. sUv. noo'22t235-242 157.
(min n:4)
1. Xeskoveldy wootekbMaheoldy Institut.
(Name-Neding and feeding stuffs) (7stus)