SCIENTIFIC ABSTRACT AVERBUKH, B.Y. - AVERBUKH, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102530011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


-'AKFAROV, inzh.-, fVERB11101 D.1.9 4
lievfew of V.V. frubrovskiits book r1lcauting
undargrour.1,
waters for the water supply of pcw?,-*
engineer';-.g, aystems."
Elek. sta. 35 Mr'164, NIFil 1-1~:6)

1. AVERNMR, D. M.
2, USSR (600)
4. Sugar Industr;-Accauuting
7. Organizing socialist competition for loveriAS -production
cost in each separate
operation.
Sakh. prom. 26 No. 11, 1952
9. Monthly Lists of Rijasigm Accessions, Library of Congress,
~~ch 1953, Unclassified.

A1191i --. D.M.-.,-
v4lwmw~ ~
Operation of sugar refineries during the first half of
the year.
Sakh.prom. 31 no-7:44-46 Jl 157. (MLRA 10:8)
l.Veselo-Podol.vanakiy eakharnY7 za:vod.
(sugar industry)

S/058A I !=A HYAW1,100
AOO1/A1O1
ALMHORS: ___Averbukh, D.Yj.J. Pokatilov, Ye.P.
TITIZ- Quantum theory of ultrasonic resonance
PERIODICAL: Referativnyy zhurnal. Fizika, no*: 10, 1961P 336,
abstract loZh455
("Uoh. zap, Kishinevik. un-t"i-1960, V~ 55,.155 - 162)
TEXT- This is a short mathematical article. The authors discuss
the mo-
tion of electrons in a magnetic field in the presence of acoustic
waves, proba-
bility of transitions-in discrete spectrum, and absorption 6f
ultrasonic energy.
[Abr,tracter s note: Complete translation]
Card F/I

.. AVERBUKHp D.Ya.
At a republican conference "Design, assembly, and
use of
an active protection of gas pipel.ines from
corrosion" in
Minsk. Zashch.met. 1 no.6:733 N-D 165.
(NDL4 18:11)

AVERBUKFIJ E.Sh., inzh.; BOOPANOV, Ye.Ye., inzhs;
GROYSMAN, A.D., inzh.;
~. -' ~- IK-UftMA-M.A., inzYA.
Automatic control of hopper loading. Mekh. i
avtom.proizv. 19
no.3:19-22 Mr 165. (MIRA 18:4)

N'MBIMI-0 -F-. KII-.
Fuu.n d i r,,-
Mechpni-7.ption of form openinE. ill foicidry sh)ps. Lit. No 8.
19",?.
y.~~z~ithly List of Rusviar. Accocelons, Librnry of Cont,,ress
December Igr2 MICLASS1FIRD

SOV/91-59-2-21/33
AUTFORS: Averbuk _and Lurlyci, Z. Ya., Engineem
TITLE: A Diagram of an Automatic Switch-In of Reserve
Current
(Skhema avtomaticheskogo vv-oda rezerva)
PERIODICALi Energetik, 1959, Nr 2, p 29 (USSR)
ABSTRACT: In this article, the authors criticize
afewshortcomings
of a diagram of the automatic switch-in of reserve current,
suggested by Engineer S. P. Bakumenko and published in
Energetik, 1958, Nr 1. In its place they introduce another
more reliable diagram. There is one diagram.
Card 1/1

SOV/110-59-5-3/25
AUTHORS: Averbukhr G.L., Engineer, Kogan, I.Ya., Engineer and
--ru_rlye, _X7Ya., Engineer
TITLE: The Selection of Automatic Cutouts Series A 3100 for
Protecting the Circuits of Three-Phase Squirrel-Cage
Moterz, (Vybor ustanovochnykh avtomatov serii AZIOO dlya
zashchity tsepay trokhfaznykh dvigateley a korotkozam-
knutym rotorom)
PERIODICAL:Vestrtik -alektropromyshlennosti, 1959, Nr 5, pp 12-15
(USSR)
ABSTRACT: IT is moz-z i.mportant to select correctly the rated
currents
and trip setiings of protective devices for squirrel-
cage motors. It is usual to inake auch selection on the
basis of continuous operation with a limited number of
starts per hour. This articl-9 gives a method of selecting
the rated current of tl-e tripping device protecting a
throe-phase squirrel-cage motor operating on a repeated
short duty tycl,a! with a large number of starts per hour.
The method is based on the use of the experimental heating
curve of the thermal element of the, trip and on its
Card 1/4 current/tima charactexistics. Since the thermal element is

SOV/110-59-5-3/25
The Selection of Automatic C11%outs Series A 3100 for
Protecting
the Circuits of Three-Phase Pquirrel-Cage MOtors
nDt a uniform body, the experimental heating curve
cannot be expressed by a normal -exponential equation.
The experimental heating curve, shown in Fig 1, may be
resolved into two sections Of different time-constants.
The first s6ction is from the origin to the knee, with
a.heating time of the order of 2-3 minutes, and the
second section is the rest Of the curve. Considering the
case of an automatic protective device type A312G operating
with a squirrel-cage motor started 30 times an hour, the
cyc.le time will be 2 minutes andisince this is shorter
than the first section of the heating curve, the heating
calculations that follow ne,ad only be related to this
part of the curve. Formula (1) is then given as an
approximation to the first part of the heating curve and
the method of dAtermining the time constant is explained.
The heating curve of the thermal element with a repeated
short cycle is shown in Fig 2. The three repeated
sections of the curve are: istarting time, running time
Card 2/4 and idling time. After a certain number of operations
an

SoV/110-59-5-3/25
The Selection of Automatic Cutouts Series A 3100 for
Protecting
the Circuits of Three.-Phase Squirrel-Cgige Motoras
equilibrium condition is reoched in which the heat
evolved in the thermal alemifnt during the cycle is equal
to that given out to the surroundings. When this
condition is reached, the maximunt temperature at the end
of a start, corresponding to point A on the grapho should
be somewhat below the operating temperature of the trip.
The trip is calibrated so that it; just does not opera,.'.e
at 110% rated current. To leave some margin of safety,
the calculation is made for a maximum temperature rise
at point AD equal to the sttiady.-attate temperature rise of
r.he thermal element with 105% rated current. In order to
determine the permissible overload rating of the taermal
element for a given operating cycle, the cyclic h4ting
ourve of the element when tkae equilibrium conditi 'on has
been reached is then considered. Equations are d.-rived
for the three Aections of Thia heating curve and then are
combined tc~gether to obtain the relationship between the
operating time and the overload factor of the trip given
Card 3/4 in expresslon (11). The point of intersection
between a

..- SOV/110-59-5-3/25
The Selection of Automatic Cutouts Ser:ies A 3100 for
Protecting
the Circuits of Three-Phase Squirrel-Ceige Motors
curve constructed from exprossion (11) and the current/
time characteristic of the trip gives the maximum
permissible overload rating of the trip. By constructing
a number of such points for different operating cycles as
shown in Fig 3, the curve of overload factor as function
of number of operating cycles per hour is obtained and
shown in Fig 4. These curvak~ are used to-select the rated
current of the automatic tripping device when operating
with a given number of cycles per hour. A numerical
example is then worked out for automatic protective
equipment type A3124 with a rated trip current of 15A and
the! results are plotted in Fig 7 and 8. There are
8 f igures and I table.
SUBMITTEDL 21st J-alY 1958
Card 4/4

- AYERBUKH, G.I.; SOIDVIYEVAV M,p ; f kan,4.med.nauk
0
On K-N-Umakinto artiole, "Basio prLneiples in the
treatment of
inflammatory diseases of the femal,i genitalia."
Sov.med. 25 nql:
UO-141 A '61. (MIP& 3J*:3)
1. Iz ginekologichookoy-bollnitay 17o.29
g.Gor%kogc'(glavayy vrach
O.L.Iverbukh).
(OMMUTIVE ORWS, FEMLF-DISEASM)

AVERBUNH?-q.-k.,.J--- -- -
Extrauterine pvognanoy according to data fran the
Gynecology
Department of the Gorkiy City Hospital No.29..
Sbor,nauch. rab.
Kaf. akush. i gin. GMI no.ltl93-195 160. (MIRA 1514)
1. Glavnyy vrach bollnitsy No.29 Lr,. Gorlkogo.
11
(PUGNANCY, EXTRAMERM)

AVERBUM 2 1. D.
USSR/Mining
Coal
Electric Plower Stations
Feb 49
UPbwer Factor of the Korkino Coal Mine," Docent S,, A.
Volotovskiyp Cand Tech Scip
I. D. Averbukh, Asst, Sverdlovsk Himing Inst imeni V. V.
VaIdavsherv, 3 PP
IlUgoll" No 2
Discusses results of tin investigation conducted by Sverdlovsk
Mining Inst imeni
Vakhrushev to determine power consumption of basic equipment
of the Korkino Coal Mines.
Electrical keasurements clarified reasons for a loir power
factor of the mines' electric
power system. Determined power factors of basic current
collectors of all Korkino
collieries. Action was taken to decrease the cost of power.
G#ves diagrams and table
of experimental results.
PA 48//,9T80

~= Mlxlswqqp~ M " I ~i
I
AVERBUKHO 1. .; SVERDELI, I.S.
Standardizing power consumption in dry marmet
soparation of iron ore.
Gor. zhur. 126 no. 6, 1952.
SO: MLRA. September 1952.

15-57-4-5596D
Translation from: Referativnyy zhurnal, Geologiya, 1957,
Nr 4,
p 211 (USSR)
AUTHOR: Averbukh, I. D.
TITLE-
aram~eters 7of R~olling Stock Used in Transportation
by Contact Electric TraLns in Coal Mines (Vybor
parametrov podvizhnogo sostava pri podzemnoy otkatke
kontaktnymi elektrovozami v kamerinougolln,kh
Y
shakhtakh)
ABSTRACT: Bibliographic entry on -~he author's
dissertation for
the degree of Candidate of Technical Sciences,
presented to Sverdl. gorn. in-t (Sverdlovsk Mining
Institute), Sverdlovsk, 1956
ASSOCIATION: Sverdl. gorn. in-t (Sverdlovsk Mining
Institute)
Card 1/1

AVMBUKH. I,.D,, assists'
Method of determining the maximum allowable train weight
in under-
ground eiectric locomotive haulageo' Izv. vVs. ucheb.
zavs; gor'
zhur. noatio6-114 158. (111m, i!15).
1'. Sverdlovskiy gomy institut,
(Mine railroads) (Electric locomotives)

DEMIN, A.M., kand. tekhn. nauk; KOKH, P.I,,;
CHERTKOV, V.K.; VAS.rL'YEV,
M.V., kand. tekhn. nauk; YEFIMOV, -.P.;
J(MITOVENKOj A.T.j dots,;
PRISEDSKIY, G.V., inzh.; DUNAYEVSKI.Y, Yu.N.;
VOLOTNOVSKIY, S.A.p
doktor tekhn. nauk; KURIYAN, A.I., kand. tekhzi.
nauk; MA3.74D,
A.I.; MIROSHNIK, A.M.; PETROV, I.P.; TUIffSHEV,
B.F.; SHISFKOV,
A.I.;,AVRIBUKH, I.D.y inzh.; VARSHAVSKIY, A.V.;
WYUKOV, D.K.;
LUKAS) V-.A-.-;-FMEV-, V.A.; 34IRNOV, A.A., otv.
red.; LYUBIMOV,
N.G., red. izd-va; MAKSIMOVA, V.V.,, tekhn. red.
(Handbook for the wchanic in a coal pit]Spravochnik
meklAnika
ugollnogo karlera. Moskva, Gosgortokhizdaty 1961
639 P.
iMIRA 15:12)
(Coal mining machinory-Handbooks, manuals, etc.)

AVEYMUM, I.D., starshiy prepodavatell; KOMLAV, V.P.,
asiiistent
Methods of investigating vagrant currents in'mlnes,
Iz,%,.vys.ucheb.zav.;
Cor.zhur. no.6:67-72 1 58o (KIM 12:1)
1. Sverdlovskiy gorMry Institut.
(Electric curronts, Eddy) (Mining engineering)

DEM121, A.YA.,, kand. tekhn. nauk; CHERTKOVO VX; VASIL'YEV,
M.V..'
kand. tekhn. nauk; YKFIMOVp I.P.; KOKH, P.I.;
XNITOMWK0-p,-A*T.*p
dote.; PRISEDSKIY, G.Y.., inzh.; DITNA3-:vVSKIY, Yu.11.;
VOLDTYQVM=,
S.A.., prof.) doktor takhn. nauk; KURIYAN, A.I... kand.
teklui.
nauk; MAY1034, S.R.,, kand. tekhn. naW:; MIROSHNIK, A.M.,
kand.
tekhn. nauk,*, PETROV, I.P., kand. teklmi. nauk; TURYSHIN,
B.F.,
kand. tekhn.nauk; SHISHKOVI A.I.p karid, tekhn. uauk;
A3LE~RB ~ID . inzh.; VARSHAVSKIY~ A.N.; LMUKOV, D.K.; UIKAS,
V.A. ; MINEYEV, V.A.; SIUMIOV, A.A., otv. red.;1XUBBIOV,
N.G.,
red. izd-va; MAKSIMOVA, V.V., tekhn, red.
[Handbook for the operator and mechwidz of open.-pit mine
equip-
ment] Spravochnik mekhanika ugollnogo karlera. Moskva, Cos.
nauchno-tekhn.izd-vo lit-ry po gornomm delu., 19-61. 639 p.
(Strip mining-Equipment and supplies) (MIRA 15:3)
(Coal mining machinery) (Electricity in mining)

DEMIN, A.M., Icand. teklmi. nauk; CIIERTKOVO V.K..;
VASILIYSV,
kand. tekhn. nauk; YEFIMOvi, J.P,; X0101, P.I.;
BNITOVINKOt A~
dots.; PRISEDSKIY, G.Y.., inzh.; DUNAYINSKIY, Yu.N.;
VOLOTOVRIPY)
S.A., prof., doktor tekhn. nauk; KURITAN, A.I.,, kand.
tekha.
nauk; MAYI-IM, S.R., kand. tekbn. naul:1 MIROSHNIK, A.M.,
kaiad.
tekhn. nauk; FETROVI I.P., kand. teklin. nauk; TURYSHEV,
BJP.j
kand. tekhn.nauk; SHISHKOV, A.I., kard.. tekhn. nauk;
AVERBUKff, I.D., inzh.; VARSHAVSKIY, J_V.; KRYUKOV~ D.K.;
IXIKASI
-7.1;-; MINEYIV_ V.A.; SMIPJTOV, A.A., ctv, red,;IZUBIMOV,
N.G.,
red. izd-va; AAKSIMOVA, V.V.p taklin. red.
[Handbook for the operator and mecharle of open-pit mine
equip-
ment] Spmvochnik mekhanika. ugollnogo karlera. Moskva, Goa.
nauchno-tekhn.izd-vo lit-ry po gornomu delu.. 1961. 639 P.
(Strip mining-Equipment and supplies) (MIRA 150)
(Coal mining machinery) (Electricity in mining)

AVERBUKH) I.Do ,,._otarshiy prepodavatelf; PETROV,
Yu.S., dotsent; TURYSHEV,
B7 otsent; TALAIAYEKKO, V.A., inah.
Protection form electrocution when tae excAvator
bucket touches
the contact wire. lzv.-vya. ucheb. zav.; i0r. zhur. 6
no.6:130-
137 163. ',MIRA 16:8)
1. Sverdlovskiy gornyy institut imeni V.V.
Valchrusheim.
RqkorAendovana kafedroy gornoy elektr,,)tekhniki.
(Ebccavating machinery-SiLfety applicances)

AVI"UKH, 1. G.
'. ~--
Introduce the bowis system for unit-4wanomising. Spirt.
pron. 23 n0-4:
-29 '37. (&" 10: 5 )
Is Beshetskly splrtovw savod.
(Bo=a system) (malt)

i. o82i8-621 Fln-(d)/-EWP-to-)/-EWPAX)/-EWR.(k)/;-,WP-(I)
ACC; NRi A116032505 SOURCE OODEt UR/O 13/66/000/017/0072/6072'---
1UNVOR: Averbift, I. I.; Kalinin, V. A.; Pranitakiy, A. A. 1
Stukeltrian, L. L.
- - --------
ORG: none
TITLEt Ultrasonic resonance method of thickness inspection. Claaa 42,
No. 185496
(announce'd-b ... Research Inntitute for the Development of
Methods of Nondestructive quality Control (VsesQYU2Myy
nauchno-isoledovatel'skiy
institut po razrabotke nerazrushayushchikh metodov kontrolya
rpaterialov)]
SOURCE., Izobreteniya, pronVahlennyye obraztsy, tovarnyye znaki, no.
17, 1966, 72
TOPIC TAGS: thicImess inspection, ultrasonic resonance # ultrasonic
inspection
ABSTRACT: This Author Certificate introduces mn ultrasonic resonance
method of thick-
ness inspection. To obtain the deviation of the measured thickness
from the nominal
thickness, the ultrasonic generator'-6- frequency is varied vithin
the range determined
by the thickness limits, thereby ensuring the occurr,ence of
resonance only at a
frequency corresponding to a given thickness.
SUB CODE: .11, 13/ SUBM DAM 31ftr65/
not UW! 531.7.17.11

USSR/Virology Bacterial Viruses E-1
Abs Jour : Referat Zhurn - Biol. No 16, 25 Aug 1957, 68224
Author : Shevchenko, F.I., Avtrbukh I.Xa.
Title : On Preservation of Activity of Dyseatery
Bacteriophage
After Prolonged Storage.
Orig Pub : Za Sots. Edravookhr., Usbekistana, .1956, No
3, 57-59
Abotract : Upon prolonged storage (12-13 years) of 7
races of poly-
valent dysentery phage in darkness at roomtemperature
under Middlp-Asian conditions (Samirkand), its activity
-was conserved to the extent of 30-50% of its initial
titer.
(Editor's note) The authors' conclusion &bout the per-
centage of preserved phage does no'; correspond to the ex-
perimental data shown by them. As is evident from the ta-
ble the titer of phage which was w-tive in Flexner's cul-
ture, at the examinalion aftgr 12 years and 10 months,
was lowered from 10-0 to 10- , whic:-a corresponds not to
59% of preservation of the initial titer, but only to
Card 1/1 - 2 - 0.01%.

SUIEDIANYA11j, H.S.; AVBRBUKH, I.Ya.
Effeet of pilocarpine on the accumulation of
agglutinins
in the blood of animals during immuniZation.
Thidy Tash.
IMM 5t159-164162. (MIRA 16tlO)
(AGGUMBINS) (FILOCARPINE, - PHYSIOLOGICAL EFFECT)

A'nMBM,, I.Te.,- BMIN, N.D.; POPPS, K.K.
liffeetiYaness of the use of large doses of
strychnine In barbi
turate poisoning. Trach.delo no.31,,311-313 Mr 160.
(KIn 13:6)
1'.. Tret Iya polkhonevrologiohes)mya bol 'nit sa,
Leningrad.
(BARB ITURMS--TOXIOOLOGT) (STRYMNINA)

AVERBUKII, I. Yo. Cand Mod Sei -- "Postnatal psychoses.
Etiology, clinic, and
nosologioal affiliation." Len, 1961 (lst Len Mod Inst im
Academician I. P.
Pavlov). (KL, 4-61, 207)
21~k-

AVERBUFUI, 1.Ye._
Mental and physical condition of vomen in the pos%n4t4
period and
postnatal psychoses. Vop. psikh. i n(mr. no.5:193-201 159.
. (MIRA. A: 5)
1. Iz 3-y Leningradelfoy psikhonevrologicheskoy bolinitsy
imeni
Skvortsova-Stepanq, ,W vrach - N.D.Bulkin).
ira (glqv
(WUM--DISMF,S Y (PM'CHOSES) -

AVERBMHj.j-'-X0----".
TI----
Puerperal psychoses, their etiology,t clinical
logical classification. Vop.psikh.4L nevr. no.7:200-212
1. %mjW4*ningradakoy paikbonevro:Logichea(koy
vracb H.D.Bulkin).
(PSYCHOSES) (PITFRPERIUM)
aspects and noso-
161.
(MIRA 15:8)
bollnitsy (glavnyy

AMBM, L.A-. (Xi3n.py)
- -- -01
Some result3 of studying the nunber of people applying
for medical
services. Vrach.delo no-7:743-745 Jl 1:17. .4 (MIRA 10;8)
1. Uicrainskcm nauchno-Is eledove tell skoyv, byuro
sanitarvoy statiettki
Kinisterstva sdrevookhronentys USSR
(KIDICAL STATISTICS)

AVMMM. L.A. (XIyev)
Hospitalization of patients with different dimeases.
SMI.zdrav.
18 no.12:21-24 159. (MIRA 13:4)
(HDSPITALS)

AVAMUKH, L.A. (Kiyev)
1-
Level of general mortality in Indiiridual diseases.
Trach.delo
no.4.-405-40 Ap 160. (MIRA 13:6)
1. Obdel organlzatell zdravookhrauiiniya Ukraiwikogo
nauchno-
iseledovatel'skogo inlatituta komuttallucy gigiymy.
(DISIMS-RIIMTING)

AVERBM. L.A. Wyer)
Morbidity of the adult Population of '71nnitea; mater.'Lal
from a
special processing of data on medical treatment. Sov,,zdrav.
1.9
no,2:-48-51 160, (MIU 130)
1. 1z otdolet orgaulvat4li sdravookhranenlya Ukrainekcgo
instituta
komimnallnoy gigiyeny.
(TINNITSA-DI SUSICS-nP, W ING)

AVERBUKH, L.A.
Characteristics of disease incidence in relation to
age and sex.
Vrach. delo no.3:128-131 My 161. (WRA 14:9)
1. Otdel organizataii zdravookhran3aiya Ukrainskogo
nauchno-
isaledovatellskiy instituta kommumilinoy gigiyeny.
(DISMEs-aEPORTING)
-0.*

AVERBUKH, L. A.' (Kiyev)
Scae data on the shifts in morbidity among the adult
population
of Kiev for 'a 10-year period. Vrach,, delo
no.7:n5-.120 J1 162.
O-GRA 15:7)
1. Otdel organizatsii zdravookbr-aneniya Ukrainskogo
nauchno-
issledovatellskogo instituta kommunitl1noy gigiyeny.
(KIEV-DIswEs-Ar,,PORTING)

T~PFATIYEV, V.S'v kand.takhn.nauki
AVr-,RBUK3...'L.Doj. 'rJU,'ffYAKOV, A.V,.9
1 ~,x- ~' !.-
kn rd. tekhn. m uk
UnIng hydropneumaluic varvo s7stems for otrip
cantering P-2.c.-ig
a michine unit mdo. Sorr,, at, NUT.D.ZINASILn.
I'mIL-vishzavoda
no-6t!40-145 165. (MIR4 Iscu)

AVIT,BUFJI L.S., inzh.
l4eel,anized washing of trucks. Gor. khoz. Moak. 35 no.1:30,-40
Ja 161.
(MIRA 14:2)
(14otor~mcks-Wntentuice and repair)

ACC NR: AP6025300 (1v SOURCE CODE: U
AUTHOR: Averbukh, M. (Engineer); Lobanov, D. (Engineer,
Lieutenant colonel)
ORG: none
TITLE: Transportation of packaged cargoes by the Soviet Navy
SOURCE: Tyl i snabzheniye sovetskikh vooruzhenr,,ykh sil, no.
7, 1966, 67-70
TOPIC TAGS: freight transportation, loading, unloading
ABSTRACT: Loading operations in the Soviet Navy represent
about one-half of the
expenses connected with the transportation of piece, bulk, and
loose cargoes. The
most labor-consuming are loading -unloading operations
connected with piece car-
goes which are usually handled manually. To reduce the costs,
it is recommended
that as much unpackaged freight as possible be eli-ninated and
that mechanization
be speeded up for loading-unloading operations for both piece
and bulk cargoes. It
is calculated that this will reduce costs by a factor of 5 to
6. 5. Orig. art. has:
2 figures and I table. [DWI
SUB CODE: 15
Card 1 / ~"_/

SOV/136-58-6--3/21
'AUTHORS: Averbukh, M.,A., Burnashev, A.A., Birger, G.I.,
Baysh, L.G.,
Zubkov, G.A.-, Zhiryakov, Isayev, D.V., Oveharenko,
Ye.Ya., Fromberg, A.B. and Shneyerov, M.13 *
TITLS: New Means for Automtic Testing and Control in 14on-
ferrous Metallurgy (Novyye sredstva avtoinaticheskogo
kontrolya i regulirovaniya n tsvetnoy metallurgii)
PERIODICAL: Tsvetnyye Metally, 1958, lir 6, PP 15 - 25 (USSR)
ABSTRACT: Many processes in non-ferrous metallurgy involve
corrosive
media and the Konstruktorsk(jye byuro (Design Bureau)
Tsvetmetavtomatika OKB TsMA) have since 1955 been working
on pneumatic control methods, which are especially
suitable for such conditions. Other organisatiom named
by the authors as some of those working in the same
field are: Institut avtomatiki i telemelchaniki AN SSSR
(Institute of Automation and Telemeebanies of the Ac.
Sc.USSR), VIITeplapribor, TaLk of the "Eaergochermet"
Trust and the "Tizpribor" Works. A wide range (Table 1)
is covered by the pneumatic transducers, produced by
the KB TBMA (Figures 1 and 2) in which use is mde of a
corrosion-resistant Soviet plastic. A series of corrosion-
resistant valves have also been produced (Table 2),
Cardl/4 including a diaphragm type with a position indicator

SOV/1.36-58-6-3/21
New Means for Automatic Testing and Costrol in Non-ferrous
Meta-Ilurgy
(Figure 3). For the contin~,jous analysis of hydro-
metallurgical solutions, thi KB TsMA in 195? developed
(Figure 4) an automatic pol,3.rographic concentration-
meter, type KAP-225, with a transducer t,ype DAPK-226:
this device has been successfully used at the i'Elektrotsink"
Works for analysing for cadmium in zinc electrolyte and
is based on alternating-cur.rent polarogra::)hy. The
YLB TsMA have developed a series of radioa-.tive mthods,
particularly for level indil,,ation over a wide (type URP)
ZF_igure 5) and a relatively narrow (type URPR) (Figure 6)
range. A radioactive density-meter, type PR-150,
independent of the mineralogical and size composition of
pulp over a wide range has )een successfully tested at the
Zolotushifisk' a 0b atitellraya fabriks.. (Zolotushinskaya
Beneficiation Works (range:3 1.5-2-5 and 1-2 kg/litre).
Work is proceeding on other radioactive meters including
a moisturp meter, for conce.-3trates and similar materials.
Based on/eorrosion-resistant, differential, thermo-
electric anemometer (electrical circuit proposed by
engineers V.A. Droz4ov and A.M. Listov), a flowmeter for
Gard2/4 pure or air-diluted'chlorine has" Ieen developed by the

SOV/136--58-6-3/21
Rew Means for Automatic Testing and Control in von-ferrous
Metallurgy
KB TsMA; they have also devoloped an analyser (type
GAKh-239) for chlorine which is accurate to + 3% and these
two instruments are to be usod in an inteE;ra'fed automation
system being devised for the magnesium industry. The
KB TsMA have developed an automatic installation for
(Figures ? and 8) controllinAl a single pump in relation to
the liquid'Ievel. Another recent activity of this organ-
isation has been the development of the type ATV-229 over-
heating protective device (FiE;ure 9) and it twelve-point
temperature signalling device (Figure 10). The ATV-229
device is to be produced by the Tsvetmetpribor Works. ln
collaboration with the Instibat gigiyeny truda. i profzabo-
levani.y AMN SSSR (Institute Df Work Hygiene and Occupational
Diseases of the AMS USSR), the KB TsMA halre developed a
device (Figure 11) for contiouous measurement and recording
of mercury-vapour'concentration in air in the range
0.1 - 0.6 mg/m3 . This instrument (URP-445) (Figure 11)
also gives an alarm signal if the concentration becomes
excessive and its range is being extended in both
Card3/4 directions.

SOV/136-58-6-3/2i
Vew Means for Automatic Testing and Control in Von-ferrous
Metallurgy
There are 11 figures.
ASSOCIATION: KB Tevatmetavtomatika
Card 4/4

AUTHOR: Averbukh, If. A. SOV32-24-10-32/70
TITLE: The Use of tho W-4 Spectrophotometer for Flame
Spectrophoto-
metry (Ispolizovaniye spektrofotometra SF-4 dlya plamennoy
spektrofotometrii)
PERIODICAL: Zavodskaya Lpboratoriyal 1956, Vol 24, Ur 10, pp
1252-1254 (USSR)
ABSTRACT: This apparatus may be used for this purpose as it has a
mono-
chromator and a recording de,rice. The conversion of the ap-
paratus from timission to absorption analysis and vice versa
can be done w.thin 3-5 minixtos. To adopt the ~&F-4 to flame
photometry the light source nust be removed and a gas burner
must be put in its place. In -the present caae an illuminating
gas with an air-blast wr-:3 usod for lower temperatures, and at
higher temperatures an oxygen blast was used. A scheme of the
apparatus for analyses at lovier temperatures is given. The
determination of potassium axd sodium in electro-vacuv, EJasses
is mentioned as an example. The sample is dissolved -in a,
mixture of sulfuric acid and hydrofluoric acid and the -71ution
is diluted to a concentratioi. of 6C-150 mg/1 Na 2s04 and 50-
Card 1/2 100 Mg/l K 2s0 4* The mean errcr of the first
determination w as

BOV/32-24-10-32/70
The Use ofthe BF-4 Spectrophotometer for Flame
Spectrophotometry
about 1%. Taking into account the error in the decomposition
the mean error of analysis amounts -to about 3%. The duration
of the photometric determination with an eight-fold determi-
nation of two elements takes sbout 2 hours. A comparative
table of the results acccrding to the analysis described and
the chemical analysis is given.9 The3!e are 2 figures and 1
table.
ASSOCIATION: Moskovskiy elektrolampovyy zav-od (Moscow
Incandescent Bulb
Factory)
Card 2/2

3/032/61/027/003/024/025
B101/B203
AUTHORt Av~?rbukh, 14. A~
TITLE8 Experience gained with the use of flame photometry for the
control of production of eleotri,~ vacuum de,~ioes
PERIODICALt Zavodskaya laboratoriya, v, 27, no- 3, 1061, 358
TEXTs Examples are given for the use of :'lamp photometry by
metias of an
apparatus described earlier (Ref. 2& M. IL, Averbukh, Zavodskaya
laboratoriya, XXIV, 10, 1252 (1958)) for determining alkali
metals and
alkaline-earth metals in glass and other rav materialp, further
in photo-
cells~ emitters, photomultipliers, and eloctron tubes. 1)
Determination
of alkali metals In glass and raw materiala, A 0,05 - 0.5 g
weighed
portion is treated with an H230, , HF mixture, evaporated,
annealed, and
dissolved in water. As all glaso componenta,, except for the
alkalis,
remain in the unsolluble residue, alkali sulfate solutions can be
used as
standards, After six photometrio measurements (15-20 min per
alkali
element to be teoted, LI, Na. X), the mpan error is O.q - 1%. The
raw
materials for glass production ar-? analy?pd in a similar manner.
Card 1/2

5'032,'61/027/003/024/025
Experience gained with the,.... 11100203
2) Determination of Na, K, Ca in photocells,. The emitting
coat of the
cathode is dissolved in 10-;0 inl of water, and Ihe three
elements are
determined by flame photometry,. According to the authoris
opinion, this
simple method should be widely used in plants of' electric
vacuum devices~
3) Determination of Ca, Ba, Sr, and Nts in carbonates. Binary
and ternary
carbonates used for the production of oxide criato in
electron tubes are
controlled. The ape-,amen is dissolved in HCI, and analyzed
by flame
photometryz Solutions of chlloride6 of the m,:nticned metals
are used as
standards. For the determination of Na (0,1 the same
standards can
be used as for glagi) analysis. Ca, 3a, are determined in a
hot flame
(oxygen-gae flame). Up to now, the weighed portion of
carbonates had to
be 0.1 - 0-5 9, With ihe use of the new flame photometer,
which has been
designed on the basis of the YM-2 (UM.2) moncohromator, a
weighed portion
of 1-!0 mg is suffici.:nt,. Besides, flame photometry can be
used to deter-
mine alkali Impuritie3 in Rb, Lin (0,.1 = 0-5~0 and C-11
(with the use of an
oxygen-gas flam-.). and to gnalyze coats, wash wa,7ere, tc,
The metho'i i 8_",.
simpler and savea time as compared with the chemacal
analysis. There ar e,.A
2 Soviet-bloc references,
Card 4112

ATIABUM, M.A.
-,,-
Error in spectral analysis connected with the nonline&rity
of the
characteristic curve of the photoplate. Zav.1ab. 20,
no.8:936 163.
(N19RA 16:9)
(Spectrum analysis)

BRANDER. A.T.; MASTYAYEV, V.Ya.; AVERBUKH, M.A.
An economical source for a d-c are. 3kiv. lab. 31
no.22253 165.
(MIRA 18%7)
1. Moskovskiy elektrolampovyy zavod,

I 9FLUBOVAP NIM.
ill-T-; 4iLa2~~
Sol-t,ilit.y and thermodynam.1c proprtieu of hArhur,
and strontium
selenites. Zhur. fiz. kbim. 39 n).8:2036-21039 Ag
165.
('MIRA 18:9)
1. Moskovskliy kliindkc.,-tt-knnologic.'-i:~s~iy
institut ~~zeni
Mandsloyevs.

05198
SOV/142-2-3-6/27
AUTHORt Avorbuklig M.F.
TITLEs The Generalization of the Circuit Theory for Helical
Delay Systems
PERIODICAL: Izvestiya vysshiA uchobnylch za;vedeniy,
Radiotoldinika, 1959, Vo
2, Nr 3, pp 307-315 (USSR)
A13STRACT: The author suggests a method for determining the
distributed para-
menters of a helical conducting -cylinder, %hich is co-axial with
an external round wave-guide, ia the absence of' losses,lbased on
the localization of transver6e -inimes with subsequent
application
of a quasi -stationary method. V~ie author,obtained
characteristic
equations of an equivalent, line coinciding with the dispersion
equation of the s7stem. The fiej!I distribution and the general
dispersion equation of slov, nomial waves in the system under
con-
siAeratio*n are shown. The'possi'jility of genera*lizi ,ng the
theory
of electromagnetic' circuits for processes occurring in microwave
vibrators and lines was considetod by M.S. Ney1man, (Ref.1). A
number of other authors, (Ref.2tZI,,4), successfully used the
elec-
Card 1/2 trical circuit equation for stu,kiring some important
properties of

051P,8
SOV/.42-2-3-6/27
The Generalization of the Circuit Theory for Helical Delay
Systems
delay devices of the helical or finned conductor types.
However,
the possibility of using such equations was not, founded and
no
methods for calculating substitate-line parameters were given.
Figure 1 shows the configuratioa of the conductors under
consider-
ation. Tbe'author expresses his gratitude for the scientific
gui-
dance received by Pro* "_ Doctor of Physical and Mathematical
Sciences, P.V. Golubkov, Candiditte of Physical and
Mathematical
Sciences, A.I. Shtyrk9v and othors. The publication of this
paper
was rocommendod by the.Kafedra obshchoy fiziki Saratovskogo
gosu-
darstvennogo universiteta, imeni N.G. QAAWAyshevskogo (Chair
of
General Physics of the Saratoy 5'tate University, imeni N.G.
Chern-
yshevskiy). There are I diagram, I block diagroxi, 2 graphs
and 14
references, 6 of which are Soviet, 7 American and 1 German.
SUBMITTEDs November 27, 1958 (July 17, 1958)
Card 2/2

~%'W'22 2"14 SOURCE COVE; Ult/0000/66/000/000/0048/0053
Xnl 101(: Averbukh M. E.
ORG: none
TITLC- Calculation of certain dispersion propertlaii in a
septate,waveguide with a
ferrite filler
SOURCE.: Vsesoyuznaya nauchnaya sessiya, posvyashchannaya
Dnyu.radJ',o. 22d,- 1966.
Sektsiya kvantovoy clektroniki. Doklady. Moscow, 1966, 48-53
10PIC TAGS: waveguide, waveguide propagation, phaso shifter,
ferrite, electromagnetic
wave dispersion, dispersion equation
1ABSTRACT: Dispersion eqtuxtions for round septate waveguides are
derived. The wave-
guide:; contain a central ferrite spindle coinciding, with the axis
of the structure.
TIVis type of waveguide proauces an axisymmetrical dominant wave and
compensates for
the Fckraday rotation of the plane of polarization. Such rotation
for the dominant wa
H11 occurs in relation to pbase shift in ferrite phase shifters.
rigure 1 shows the
structure under consideration. The ferrite spindle has a radius r 0
, dielectric con-
stant E and the permeability tensor
C.,d 1/3
it .. -ik.'. 0
1A .' P 0
0 0.1

L --Q9-9-67I~6-7-
ACC NRt AT6022274
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