SCIENTIFIC ABSTRACT ALAYEV, B.S. - ALBEGOV, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100810006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


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AJAYIV, B.S., inshener.
~:T
Production of extracted oils. Masl.-zhir.prom. 19 no.4:18-20
154. MU 7:7)
1. Glavparfyumer.
(Issences and essential oils)

AMYEV, B.S.; MANIKOVSKATA, N.X.; SHIMAN, A.M.; BELIKOVA, L.S., red.:
. - - G&LIB, E,H,, takhn.red,
(Kanufacture of synthetic fatty acids] Proizvodstvo sinte-
tichesklkh zhirnykh kislot. Moskva, Pishchepromizdat, 1960.
122 p. (MIRA 13:7)
(Acids, Fatty)

k~ kL,YEV,
We are going tc~fulftll tile assigned objectives. Masl.-zbir.prom.
26 n0-11:1-3 H 160. (MM 13:11)
(Oil industries)

AUTEV. S.
-Wvu,~-
oon,
c
onomic regionalization and diotribution of Industrial production
in socialist countries (based on the German Democratic Republic).
Vop. ekon. no.10:90-99 0 '59. (MRA 12:12)
(Germany, last-F-conomic policy-)

A L~i %, I-NI ". P. I . 1 .1
.1 1 y GLI~Id ':"~% SCI -- kt!' S) ,f !- '-;-.
-conom,ic ill i.~!, -- Ln I" , Ij
- I - ." i, [.I. ~ ~- Moscow, 1960,
22 PP, 150 COP. (Institute of GeograpkW, AS USSR) (KLj 45-60y 123)

LUYEV, Z.B.
The aeven-year plan of the German Nmocratio Republic and
changes in the productive capacities of the Republic. Geog.
v shkole 23 no-5:26-30 S - 0 160. (MIRA 13:9)
(Germany, East--Economic policy)

I-,- ~ AIAYEV) E. ; KONONYUK , B.
Countries with"economles dependent on a single product. Geog.
v. shkole, 24 no.2:65-7i Mr-AP 161. (MW 14%3)
(Underdeveloped areas--Economic conditions)

ALAYEV, E.B.; KONONYUK, B.Z.
Economic relations of socialist countries. Geog. v shkole 24
no.4:30-39 Jl-Ag 161. (MIRA 14-8)
(Communist countries--Foreign economic relations)

SHAYEV,Ye.D. otv.red.; ALAYEV,E.B.,red.; KISTAfllOV,V. V., red.;
SAVEL'YEV,V.K.,re&.-
[Research methods on the distribution of industry]
Voprosy metodiki issledovaniia ra7xeshcheniia proiz-
vodstva. Moskva, Nauka, 1965. 166 p.
(MIRA 18:9)
1. Russia (1923- U.S.S.R.) Sovet po izucheniyu proiz-
voditeltrukh sil.

ALAYEV, F., inzh.
-
Efficient stonecutting machine designed by A.P. Petrik.
Stroi. mt. 4 no.9:10-11 3 158. (MM 11:10
(Quarries and quarrying-Equipment and supplies)

ALAYEV, G.P.
56parating petrographic microcomponents of co&l in fractions
of different densites, Izb, Sib* otd. AN SSSR no.10:78-87 '58.
(MIRA ll:1z)
1.Zapadno-Sibirski.v filial AN SSSR.
(coal)

t
ALAYKV, G. P. Cand Tech Soi -- (diss) "Effect of the perographic structure
-14 11VIJIA4 A I
of natural coal upon the reaot4a~~tf its coke residue." Moe, 1959. 18 pp
. Tr..v
(Min of Higher and Secondary Specialized Education RSFSR. Moe Order of Unin
Power Engineering Inst), 250 copies (KL, 52-59, 120)
-53-

AIATEV, G.P.
------- -.- -..
Conditions of the formation of the coke residue of coals and
its reaction capacity, Trudy Transpox.-energ.inst.Sib.otd. AN
SSSR no.8:71.-78 159, (MIRA 15:5)
(Kuznetsk Basin-Coke-Combustion)

ALAY---V,, G.P,
Separation of coals into microcomponeiita 1-by centrifugal
separation. Rhim, i tekh.topl,i masel 7 nl-.3:31--.36 Mr 162.
(MIP-A' 15~2)
1. Transportao-energeticheakiy instibit Sibirskogo
otdeleniya All SSSR~
j-N
I I
(Sedixww't--,~,don analysis)

YAVORSKIY, I.A., doktor tekhn. nauk: ALAYEV,.G.F.; ORENBAKRI
X.S.; Yl,,LCIJlI,'L, V.1.; red.
L -`
rl.,fec-t of the structwe of mineral coals on their combus-
tion] Viii.anie stroeniia iskopuer7kh uglei na ikh gorenie.
[By) 1.h.llvorskii i dr. Novosibirsk, lzd-vo Sibirskogo
otd-niia W' 3881AP 1963. 175 p. (IMIRA 17:81N

Country : USSR K
Cate6Qry: Forestry. Forest DioloGy and Typolo(zr-
Abs Jour: RMBiol., No 12, 1958, No 5346o
Author faayev) L.S.
Inst
Title On the Spruce Soo Yield.
Orig Pub: Lem Idi-vo, 1957, No 10) 75-76
Abstract: Obaer-faticrns on the yield of spruce sveds -in
the spruco-blachberry grove of III quali**V,y
(locality vrOmation) and o.6-o.8 full, worc
conducted by the Mezhav Leshhoz in Kostranskayan
Oblast. The 6roatcat nurbor of conus (1000 and
more) were foxmd on individual sprucc trues
having wall. aovulaped crowns. Vie article Gives
a table of thu rccorded distances tc ifaich the
Card 1/2

ALAYEV2 0. 1.
Calves
Raising of calves in cold temperatures prevalent in Siberia. Veterinariia, 29, No. 2, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April 195%. Unclassified.
I - 2

ALAYEV, V. M.
ALAYEV, V. 14.: "The effect of residual otres6p.B after weldinC on ~he
critical fraeility temperature of weld sca;m5 of low-
carbon steel. 11 Lin Higher Education USSR. Aloscow Order r,f
Lenin and Order of Labor Red tianner H.Cher Technical
School iineni Bauman. Moscow, 1956.
(tissertation For the Derree of Candidate in Scienceg
Technical
So: Knizhnaya Letopis', No- 18, 1956

Ye NY
SUBJECTt USSR/Weldlng. 135--6-1/13
AUTHORSt Prokhorov, R.N., Doctor of Technical Scienceet and Alayevj.M.,
Engineer.
TITM On the Cold Brittleness of Weld Joints in Low-Carbon Steel.
(0 khladnelomkosti evarnykh toyedinaniy is nizkougleradintoy
stali)
PERIODICAL: "SvarZchnoye Preizvodetvo", 1957, # 6. pp 1-4.(USSR)
ABSTRACT3 The authors give a brief review of the data available on the
subject, r6ferences to sources in literature, and remark that
the question of the effect of residual welding stresses on
the critical point of cold brittleness is yet open. Further-
more, the article describes in detail the authors' own experi-
ments on large specimens finder- conditions, immediately after
welding and after heat treatment. Steel "MCT.3" was used as
experimental material. Welding was performed in accordance
with regulations of the Welding Institute of USSR Academy of
Sciences for preparation of specimens for cold brittleness
tests. The shape of specimens is shown by drawings. The
Card 1/3 residual stresses were measured by an electric tonaometer and by

135-6-1/13
TITLE: On the Cold Brittleness of Weld Joints in Low-Carbon Steel.
(0 khladnolomkosti avarnykh soyedineniy iz nizkouglerodistoy
atali)
tions of thick-seation low-carbon steel by reducing the tempera-
ture and the duration of stress-relief tempering after welding.
The article contains 3 tables, 3 diagrams, 4 drawings, and
16 references (11 of which are Russian).
ASSOCIATIONs -HBTY it imeni Baumana (MVTU imeni Bauman)
PRESENTED BYs
SUBMITTED:
AVAILABLE: At the Library of Congress@
Card 3/3

USSR/Electrilcity bliolcc~r-lcs Q-2
Abs Jour i Rof Zhur - Fizilca, No 3, 3957, No 6960
Author : VoreshchRgin, L.F., Kumnotsov, L.F., eva, T.I.
Title t Dielectric Fropertics of Castor Oil st High Frossure
Ori~ Pub ; Zh. cIrsporin. i toor. fiziki, 191,--6, 70, No 4, 661-666
Abstract : Is study was nedo of the dopon-danco of the dielectric constent
( E, ) end the tangent of the dielectric loss rngic (tnn 6 )
of castor oil on the pressure (p). The euthor hns described
in detail vn experimental setup, which makes possible mensure-
mont of F_ cmd tan,& of liquid dielectrics all the way to
p = 9,000 r-t-.,os. It is shown that C of cast6j.,oil, at nor-
-ial pressure, ic 4.35, and incropsos with incroasing p until
it reaches a maxirari r,.2r:) at 3600 atnos. Further in-
crease in ~russurc reduces ~ (E = 4 at 9,000 atinos). The
incroasc in Iressuro at 1:~ P,9 3600 at"-'os is attributed to
the increase in the density of the cestor oil with increasing
pressure. The reduction ofE:- upon further increase in p is
due to -the increrso in the relaxation tirao. The curve of
ten 6 of castor oil vs. p Rlso exhibits a maxiriurz.
Card - 1/1

AIAYEVAJ, T.I.; KARASEV, V.M.
Determining the quality factor of a volume resonator* Friboi
tekh.eksp. 6 no.5:183-185 S-0 161. (MIRA 14:10)
1. Institut fiziki vysok:Lkh davleniy AN SSSR.
.(Pulse techniques (Electronics))

SHAMMK, A.B.- HIMUVA. L.I.; HIKOIAYEVA, N.V.; SWVOKHOTNOVA, I.A.;
9
BCBIK, G.S.; ALAYAY,~~~STUFNIEDVA, G.A.; GU&kKOVA, I-A-;
GUSARSICAYA, V.r.---VOLCjj&K, K.Ya.; SMIRNOVA, V.N.; PANOVA, V.V.;
K M SONSK&YA. P.M.;
11
Connection between enamel, the dentine, and the organism as a
whole. Vrach.delo no.2:203-205 F '59. (HD1k 121:6)
1. Kafedra biokhimli (zav. - prof.A.E.Sharponak) Moskovskogo
meditsinskogo stomatologioheakogo Instituta.
(TEETH)

BOTEZ, M. St.; ALB, T.
A Newtonian perspective with paral2el fundamental planee.
Bul stiint polit Cluj no.7%25-33 164.
1. Polytechnic Institute, Bucharest (for Botez-. 2.
Polytechnic Institute, Cluj (for Alb).

ALBAEV,-L.
"Centralized supply of electric power of the forest combine in Yakshanga.1
Technicka Praca, Bratislava, Vol. 6, No. 1, Jan 1954, p. 18.
SO: Eastern European Accessions List, Vol. 3, No. 11, Rov. 1954., L.G.

ALBAGACHIMA, T.A.
Baunt Sanatorium in Tranobaikalia.
kul't. no.4:61-63 O-D '55.
(SANATORIA,
Yop.kur., fizioter. i lech.fiz.
(MMk 12:12)
Baunt lake sanatoria in Russia)

Thermal water rich in nitrogen in northern Tranobaikalia. 1xv.
vys.ucheb.zav.; gaol. i razv. 1 no.6:68-82 Jo '58-
(MIRA 13:2)
1. Moakovskiy geologorazvedochnyy institut im.S.Ordzhonikidze.
(Tranobaikalia--Springs)

ALRAGACHIMA, V.A.
Genetic classification of nitrogen waters. Sov.geol. I
no.11:156-160 N '58. (MIRA 12:4)
1. Sovet po izucheniyu proizvoditel'nykh oil AN SSSR-
(water, Underground)

ALBAGACHIYEVA V.A.
-- -ft
Thermal apilngs containing nitrogen. Biul. -MCIP. Otd. geol, 34
iio.5:156-157 S-0 '59. (MIRA 14:6)
(Transbaikalia-Springs)

ALB&GACHITEVA. V.A.
Natural phenomena as factors determining the formation of
genetic types of underground waters. Biul.MOIP.Otd.geol.
35 no.1:125-126 Ja-F 060. (MIM 13: 7)
(Water, Underground)

ALBAGACHIYEVA V.A.- MOROZOV, L.I.
Hydrogeological conditionsp water encroachment, and gas
potential of the Kokuyakaya mine of the Daley Mining
Administration. Biulo MOIP Otd, geol. 37 no.6:119-120
N-D 162. (MIRA 16:8)

ALBAGACIIIYEVA~ Valentina Andreyevna; POTAPOV, ved. red.
-- - -.. - -- - .- . ...... .
[Conditions of the formation of slightly mineral hot
springs in northern Transbailalia] 'Usloviia foni.irovaniia
istochnikov tipa akratoterm v severnom Zabaikalle. ',..o-
skva, Iledra, 1965. 78 P. (1EIRA .18.Q')

ALBAHARI, A.
ALBAHARI, A. Supplying industrial water to the cellulose plant near Banja Luka. p. 635.
Vol. 9, no. 11/12, Hov-. Dec. 1956
ELEKTROPRIVEIKDA
TEMOLOGY
Beograd
So: East European Accession, Vol. 6, no. 3, March 1957

-13.12 A,' A/ ~, 1-
ALIBAN, M.A.; LANDA, I.M.; FISAMKO, A.P.; TUGOV, I.I.
now
Production of lightweight, molded, microporous footwear parts.
Leg.prom-17 no-9:13-i6 s 157. (MIRA 10:12)
(Leather substitutes) (Rubber goods)

JALIBAM, M.A.; PISAREIIKO, A.P.
investigating the procese(of pore formation during the vulcanization
of microporous rubber soles. Leg.prom. 18 no-10:30-32 0 158.
(Fostm rubber) (MIRA 11:11)

ALIBANO N.A., insh.; PISARMO, A.P., prof.
Basle factors =king possible the manulacture of lightweight
molded microporous soles. Izv.TyG.ucheb.zav.; tekh.leg.
prom. no-3125-39 159. (KM 12:12)
1. VaesoyuzWy nauchno-tooledovateliskiy institut planochmrkh
materialov i iskusatyannoy kozhi (for Allbam). 2. Veasoyuzrqy
saochWy institut sovetskoy torgovli (for Pisarenko).
Rekomendovana kafedroy khimii Voesoyuznogo zaochnogo instituta
sovetskoy torgovli (VSIST).
(Vulcanization) (Boots and shoes, Rubber)

13OV/17,8-59-4-3/2 6
AUTHORS: Allbam. K.As and Pisaranko, A.P.
TIT'LE: _S:Eu_dyof the Decomposition of a Blowing Agent in Rubber
.3tocks (Izucheniye kinetiki,protsessa razlozheniya poro
-obrazovatelya v rezinovylzh smesyakh)
PERIODICAL: Kauchuk i Rezina, 1959, Nr 49 pp8-12 (USSR)
ABbTRACT: Up to now insufficient attention has been paid to
theoretical study of pore-formation in vulcanising micro-
porous rubbers. The work here described was devoted to
studying the process of decomposition of a blowing agent
in normal rubber stocks. Since decomposition of the blowing
agent and the resulting formation of gaseous products is an
important factor in the process of pore-formation. The
authors worked out methods for studying the pore-formation
during vulcanisation of micro-porous rubber soles by means
of a mould specially built for this purpose (Figure 1). A
specimen of rubber stock containing a kndwn quantity of -
blowing agent was heated to valcanisation tempelature
between plates of a laboratory vulcanisation press, The
gas evolved during the process was measured after completion
of the vulcanisation process. In addition to nitrogen and
water the gases were found to contain CO and up to 1~r,
hydrogen sulphide. No gaseous hydrocarbgns were detectedo
Card 1/3

SOV/138,-59-4-3/26
.Study of the Decomposition of a blowing Agent in Rubber Stocks
The obtained results were utilised for plotting curves of
gas formation in rubber stocks containing blowing agents of
a volume and composition corresponding to actual conditions
of pre-vulcanisation.. Furthermore, the absorption coeff-
icients of these gases in a rubber stock at vulcanisation
temperature have been determined. On the basis of the
obtained data it is possible to determine the quantity of
gas formed at any instant during the process of vulcanis-
ation for any conditions of vulcanisation of a rubber stock
and these data can be used for studying the characteristics
of pore-formation as well as for determining the internal
pres.-~ares in a rubber stock during vulcanisation. Simu'
taneous determination of the gas discharged from and the
expansion of the rubber stock permits determining the change
in internal press-are during valcanisation. This in turn
enables elaboration of vulcanisation conditions by means of
Card 2/3 which micro-porous moulded rabber articles can be producedj

SOV/138-59-4-3/26
Study of the Decomposition of a Blowing Agent in Rubber Stocks
whichdo not change their dimensions when discharged from
the mould and do not contract during storage. Compared
vrith current methods bf producing such articles a 30%
saving of material can be obtained.
There are 4 figures and 3 references
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy institut
iskusstvennoy ko7,bLi (All-Union Scientific Research Institute
for Synthetic leather)
Card 3/3

I kL IBAM, M.A. ; PISARMIKO. A. P.
Role of preenure and proportioning of pore forming agents in
the production of molded microporous parta. Kozb.-obuv.prom.
no-7:28-33 Jl '59- OGD~ 12:11)
(Vulcanization) (Boots and sboes, Rubber)

Al-BA314, M. A.) Cand Tech Sel (diss) -- "Investigation of the production of
l1aht, shaped, microporous soles". Moscow, 1960. 11 pp (Min Higher and Inter
0
Spec Educ RSFSR, Mosem Tech Inst of Light Industry), 110 copies (F-T, No 12,
1960, 127)'

-ALIBAM, M.A. kand.tekhn.nauk; DYUNIKA, V.G., inzh*; FI4~01 A.P., doktor
cheskikh nauk
p3rof .
Ways of reducing the shrinkage ol llght~-weight_#qroporoux sole, xubberos
IzV.v5rS.ucheb.zav.; tekh-leg.pro*. no.1.35-44 16A.- (MIM 16.-3) '
I., Voesoyuznyy nauchn dovatellskiy institut plenochnvkh mate-
rikov i iAusstvemoy khozhi, (for Allbam, Dyunina. Za#bhnyy
Ahitut sovetstoy torgovii (for Fisaranko). Rekomendovana, kafedroy
khlnli Zaoclmogo instituts. aovetskoy torgov;i.
,,(Rubber)

L 18163r63-,------
ACCESSION NR: AP3004250 S/0138/63/000/007/0001/OC03
AUTHORSt Al'b4m, ki_. A!j Pir#.arenko, A. P.; Lazaryants, E. 0.
TITLEr High-nstn~~rje rubbexl for nonshrinking r~icr_2Rorou-s-irulcanizates
SOURCEs Kauchuk..1 rezina, no. 7) 1963, 1-3
TOPIC TAGS: polymerization, copolymer , vulcanized rubber, shrinkage, polystyrene
ABSTRAM The objective of the present work was the improvement of microporous
-P ) for sh,
rubber produced at the Kuyby*shevskiy zavod SK (KVby,*tev~ lant_gK
soles. This rubber shrank excessively unless subjected to heat tr-;Ment. It
was decided to replace the polystyrene component of the-earlier microporous
rubber by a copolymeric resin containing 85%, 90%, and 95% polystyrene. The'
vitrification temperature was found to increase with the percentage increase of
polystyrene in the resin, A pilot plant batch of synthetic rubber with 95%
polystyrene 're3in, calculated to contain 50% polystyrenel gave within 30 days
only a 0.73% shrinkage, as against 4.64% for synthetic rubber as such. It was
i also observed that the use of a polymerization regulator (such as diperoxide)
i during the polymerization process had a detrimental effect on the shrinkage of thed~"
i rubber. The extent of polystyrene polymerization as well as the temperature underi-
;Card

18163-63
ACCESSION NRI AP3004250
which the process was' conducted also affect the shrinkage, 100% for the former and
5C for the latter being optimal. I. P. Aladinskayaj, S. A. Volkova, Ve G. Dyunina,!:
(VNIIPIK), V. A. Gromova, L. V. Kosmodemlyanskiy, E.. P. Kopy*lov, A. P. Rokh- ', I
mistrova, and Ye.N. Shushkina, (NIIMSK) participated in the work. Orig. art. has t~
2 charts and 2 tables*
ASSOCIATION: Vsesoyuzny*y nauchno-issledovatellskiy institut plenochny*kh
..materialov i iskusstvennoy kozhi i nauchno-issledo-ratellskiy institut monomero'v
I
dlya sinteticheskogo kauchuka (All-Union Scientific Research Institute of Sheet
Materials and Artificial Leather. Scientific Research Institute of Monomers f0
Synthetic Rubber)
SU&AITTED.- 00 DATE ACQt 2lAuq63 ENCL: 00
SUB CODE: htk
Card 2/2
NO REF SOVt 001

KULIKOVSKIY, Pavel Petrovich-, ALIRANOV, V.H., re&;ktor; TITASHKINA, S.A.,
redaktor; VOIZOU, Ye., Te-MMEream"rIedaktor.
[The operation of marine steam engines] 3kepluatataiia sudovykh
parosilovykh ustanovok. Izd. 2-e, perer. i dop. Moskva, Goa. izd-
vo vodnogo transporta, 1954. 359 P. (N-Icrofilm] (MLRA 8:2)
(Marine engines)

n i'_' C: i:-i V, -"111 r.-I -
KULIEDVSKIY, Pavel Pavlovich; PRISYAGIN, Viktor Vagilly-evich; SEMOVA, ,
M.M., redaktor; KOLICHEM, K.M., redaktor; VYSOTA, I.I., retsen-
zent; ALIRANOV, V.M., retsenzent; VOLKOVA, Ye., takhnichaskiy re-
daktor.
[Marine ateam boilers suid engines] Sudovye parovye kotly i mashiny,
Moskva, Izd-vo *Rechnoi transport," 1954. 379 P*' (MIBA 8:4)
(Marine engines) (Steam boilers, Marine)

II~ - -, , "- -.. ~~, -, - .-- *~ - -.- .-- -.-, 7-7T!7~-
.., I - , .1 1- - . - .1. 1 , -7.. '' ~ . _
i . 1 ., - I , :- . ~ I -- 1 .1 1 1 - I i ~
-:: - ALIBMMYA
~: 1, - I I I- - - ~~ 1: , p :, .- - ., .
I I- ~~, I -- .
:l . .. ., .-. ''.

Propbykc& adion of fluaride ate and atrontium tWo-
ride. T..4, &_L'W - _jJINIad. ! ItItuatul. last., Mm"wl.
SIP.aido IOSGNo. 4. 10-12.-Rubbing a paste of 7,5-
Sapand V711 al)-ccriA into the enamel stufact vf trvtb evet'Y"
6 months. as recommended by Lukomiskii (cf. C.A. 40.
MW). actually doo not prevent caries formation. The
fluoride paste becomes effcctivc if it is rubW into cjrmi~
surfaces. SWC4 Paste, however,doeq not Prevent coric&,C~n-
itary to clainis made bv ~Klei%Akbovicb. C.. Nt. K.

ALIBANSKIY, V.G.
Change in the functional state of the visual analysor in glaucoma.
Sovedrav.Kir. no.l126-31 Ja-F 163. (MIRA 16:3)
1, Iz kafedry glaznykh bole~ney (zav. - dotsent S.M. Dobrova)
Kirginkogo gooudarstvennogo meditsinakogog instituta Nonsull-
tant - zav. laboratoriyey fiziologii analizatorov leningradskogo
gosudarst7ennogo universiteta - prof. PoO. Makarov).
(GIA'UCORA) (OFTIG MVE-DISEASES)

ALIBANMUY, V.G.
Optic adeim 11 omt, try of tho v3 analy $or .4n glancoma, Trudy
Lon, ob-vft est. 74 )1(,,. 163. (IJIR-4 17;9)

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at eketrafts hons another NMI, mcd., wbd thus becoming
dkvnknt. with a coardinatices no. 2 and 4 electrons; the
Structure of the mnliltz ran be telanprated in a plane In 4
IV
disvoctionsor In it mace infidimthaink, Repremustimof
1 frum Nil asul H I accumts tog the
furt
ation of N11
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leaded "I.
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I)Pkwy Aw. N'S"ll S-~Nx, 67. 10~!S'S(194111
Ounplin. stre I'lle ilt-1cm
slutple rulmde, 111.2'. :14.4; %troul: Ivitilrucy Ill uti.h-t
,voi,liiig. 41-it to -I.- atmmf the rtat-li- I-Avii1l.
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.40 rilh-cise -V I '. LIZ.& I Lima. I xlmw
NCL11,C(1,11.
flit;
alld 35.9" one ki.11110. 1.
4-tiptarlilly. Ill. 8,11', 1111.1 olle Itiolligiliclit notill4l 1-~%
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N. I'llon

A
/!A.I:ICW FOWA OF WIMBUITSVIA FIRSOM TAM or JW
I" RLMMANT'S ax rL&c SIACWH DATA ON Tilt NTRUC-
TuRic or mm
sea of fkagwis is PNOOM4441 willilk it 4
14"doloy"4 wish Acm Clear Wavatiow raliatuag W
*sit Mova TM lusts feature to the
of W Whilch
Indicate is* PWj jetwood by tiw WN floct", either in
the oulli Sho"I W~ 6 of P). or IN the proveds" go"
U) of F). Thus. ike first ad the *@cold greWs such have
two WA-grompa, 3 and D (the Wife coamprisiod CV-AS And
Za-CON . the third group ham ihete, sub-group, D. r. &M do
0014
P (1), 1"
-grow F comfisk" the kiltham"m &ad she
AdW&A; am UW remisAmImis I - if sea sonvorw of
54-grop 0 and P _Tbe prWvq of mm W she met
NO&I
ribs am of mono of the ac"Wo" of Pre"Wift vskic"
Mowr Skan 3. because of Alternative electroale codigues.
Dome. Is also immentod.
nib
all
&SM-SL_t_ ALLYN ICAL LITJRATVNI CLAWKATA*.
slow somiltv
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ALIBANSKIY, V.L.
Binary symtems of acetamide. Izv.Sekt.fiz.-khim.unal. 21:346-354 '52.
W-RA 6;7)
1. Kafedra khimii Moskovskogo ordena Lenina energeticheakogo inatituta
imeni V.X.Xolotova. (Systems (Chemistry)) (Acetamide)

ImAnn, y.,,jv&*j,,hmqs ter
Latah-position teloindicator. Bnergetik 6 no.8:35 Ag '58.
(MIRA 11:10)
(Telemetering)

AL 113AFS I M.
Elektrifikatsiia zheleznykh dorog k XV godovshchine Oktiabria. CRailroad electrification
on the 15th anniversary of the October Revolutionjo. (Rekonstrukisiia transporta, 1932,
no, 19-20, p. 10-13).
SO: Soviet Transportation and Commmications, A Bibliography, Library of Congress,
Reference Department, WaBhington, 1952 , Unclassified.

ALIBATS,.M. M.
God eksploatatsii elektricheskoi tiagi Chusovskaia-Kizell Perumkoi zhel dor. Z-&ne Yer-r of
operation with electric traction of the Chusovskais-Kizel branch *of the Perm railway
(Elektrifikatsiia zhel-dor. transporta, 1935, no, 1. pe 4-6),
DLC: TF701227
SO: Soviet Transportation and Commmications, A Bibliography, Library of Congress,
Reference Department, Washtington, 1952, Unclassified.

ALI BATS, M. M.
Enprgeticheskii blaans Lunlevskoi linii Permskoi zhel-dor. Z The power balance of
Lunevo branch of Perm railroad,7. (Elektrifikatsiia zhel-dor. transporta, 19,14, no. 5,
P. 11-12).
DLC TF?01.E27
So: Soviet Tran 3ofttion and Communications, ABibliographyj Library of Congressy
Reference DepartMenty Washington, 1952, unclassified.

A Sl- LA A
:
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ALIBATS,,_Zarl"eXreiuovich;,.T-,.,01'DV, P.A., rod.t BULIDYAYEV, N.A.p
---~ tekhn. red.
[Handbook for designing filters and delay lines] Spravoch-
nik po raschetu filltrov i linii zaderzliki. Moskva, Gos-
energoizdat, 1963. 200 p. (MIRA 16:12)
(Radio filters) (Delay lines)

--JAL
/A
Lame of nutrients on boiling macaroni prodmu.
SL~M.111 anti N. 1. Kovak-v. G ijirtw i &jxil. 1950,
. . . -1% W -7 Ixtilinp (utMated Itt-timl) 4-1
U. . . rim of 6
vadmis, inmeamil and nmik Imulucts ti,ulled 1117 -10.3';
lom of Wids Initial dfy The lm~ u(
ntinct.4 4alts was 37iwir~. G. It. K[w,ut.,fT

MONAMOV, NJ., inzh., glavnyy red.; TURIANSKIY, M.A., inzh., zam.glavnogo
red.; KOKOV, K.V., red.; ALIBATS, S.M., red.; KHAVIN, B.H., red.
izd-va; GILENSON, P.G., takhn-.rIGT.-
(Collection No.14 of consolidated cost indexes of buildings and
structures of light and textile industries to be used in re-
valuating capital assets] Sbornik no.14 ukrupnennykh pokazatelei
stoimosti zdanii i sooruzhenii legkoi i tekstillnoi. promyBhlennosti
dlia pareoteanki oanovnvkh fondov. Moskva, Gos.izd-vo lit-ry po
stroit., arkhit. i stroit.materialam, 1959. 73 P. (MIRA 12:10)
1. Russia (1923- U.S.S.P.0 Gosudarstvennyy komitet po delam
stroitel'stva.
(Textile industry--Equipment and supplies)
(Factories--Equipment and supplies)

I;I.Z- 131-) ~-r-S
ALBATS. Ye.l.
-------------
Analysis of mortality of children in Orel; pneumonia and gastro-
intestinal diseases from 1948-1956. Pedistriia no-9:77-79 S 157.
(HIHA 10:12)
1, 1z patologoanatomicheskogo otdeleniya detakogo ob"yedinentya
g. Orla (glavW vrach Z.I.Kruglaya).
(MEL-CHILDREN-MORTALITY) (PHMONIA)
(ALIMENTARY CANAL-DISIUSES)

ALBAT,S- Ye I. (Oral)
Method for opening the spingal canal. Arkb.pat. 21 no-3:81-83 159.
(KINA 12:12)
1. Iz patologoanatomicheskogo otdeleniya Orlovskoy gorodskoy boll-
nitsy imeni Semashko (glavnyy vrach V.A. Samaseva).
(SPINAL CANAL, pathol.
method of opening canal curing autopsy (Rus))
(AUTOPSY
same)

ALBATS, Te.i.
Expansion of the outpatient and polyclinic network by.means of the
use of untapped potentials. Zdrav. Roo. Feder. 4 no.6.,15-17 Je 160.
(KUU 13:9)
1. Zaveduyushchiy Orlovskim gorodskim otdelom zdravookhraneniya.
(OREL-ROSPITALS--STAFF)

AL I BAUM, L. 1.
Session on the results of archaeological expeditions in 1955.
Izv.AN Uz.SSR no.705-97 156. (MA 14:5)
(Archaeology--Congresses)

9"? S.'/0 R/005/60/000/003/001/002
%..) S"4 6 3 SY, ~/O) D010105
AUTHOR: Al-!)eanul Doinal Engineer
TITLE: Transistor direct current converters
PERIODICAL: Tel.ecomunicalii, no- 3, 1960, 130 - 137
TEXT.- The article deals with various types of transistor d-c converters.
After briefly mentioning the advantages of this type of converters over
the rotary systems or electromagnetic vibrators, explaining the operation
principle of a transistor d-c converter, the author describes the following
most important types, by using for simplification only p-n-p type tran-
sistors. 1) D-e converter with one transistor: The operation of this
assembly is accomplished in two stages, the opening and the closing stage.
During the opening, power is stored in the,magnetic circuit of the trans-
former. During the closing this power is then turned over to the load under
a higher voltage. Brief reference is made to these two stages and to the
calculation of the output power. 2) Push-pull d-c converters: The tran-
sistors of this type of converter alternately connect the positive pole of
X
Card 1/5'

21118
R/005/60/000/003/001/002
D014/DlO5
Transistor direct current converters
the feeding battery with the A and B terminal!, of the primary winding of the
transformer. The successive blocking and unblocking of the transistors is
accomplished by a reactance voltage, applied to the bases through the N 3
windings. In case of R. = CPO, the assembly balances due to an increasing
linear current which flows through the primary winding of the transformer
and which induces a constant voltage in the reactance winding. In case of
RS - const., the current will have a dominating continuous component,
variable with the load. As compared to a d-c converter with one transistor,
the push-pull converter supplies a higher useful power, whereas the tran-
sistors operate with a lower maximum current. Reference is made to the
calculation of the output power and the oscillating frequency. In case
the assembly is completely symmetrical, it can not start by itself. Prac-
tically, there always exists a dissymmetry and the starting may be imme-
diately accomplished by connecting the assembly to the battery. The
Card 2/5

2U18
R/005/60/000/003/001/002
D010105
Transistor direct current converters
startingv howeverv may be facilitated by using one of the following
starting devices: trigger resistor, trigger capacitor, or resistive diode
circuit. According to T. R. Pye (Ref 3: High Power Transistor D. C. Con-
verters, "Electronic and Radio Engineer", March 1959, PP. 96 - 105) an
emitter current is needed for the starting. In case of high-power con-
verters, parallel connected transistors are used, and, in case of an input
power of more than 25 v, transistors connected in series. If the converter
feeds a load which varies in time within wide limits, a high efficiency
and good transistor operation can be obtained by a design in which the out-
put transformer Tr1 has a non-saturated operation, whereas the control
transformer Tr2 has a saturated one. The author then presents s~.me de-
signing considerations, i.e. analysis of the losses and selection of the
component parts. In a d-c converter, losses appear in the transistor3,
in the magnetic core, in the transformer windings, and in the starter cir-
cuit. Fig. 16 presents the curve of the overall losses as a function of
Card V

23-118
R/005/60/000/003/001/002
D010105
Transistor direct current converters
the frequency. The curve a represents the losses in the magnetic core,
the curve b the losses in the transistors,and the curve c the losses in
the copper. The curves present a minimum of a f0 frequency of 200 to
5,000 cPs. In a d-c converter only junction transistors are used. The
magnetic material of the core should have a saturation induction of 10,000
to 15,000 Gauss, and the transformer should have an inductance of small
losses. The author finally presents a calculation example. In the La-
boratorul de Cercetari Telecomunicalii (Telecommunications Research Labo-
ratory), the Albeanu - Sinnreich team developed this year a remote feeding
device for transistor devices by using a d-c converter with the following
characteristics: output power: 12 w, constant output voltage: 100 v,
input voltage: 24 V. The selected design was the one shown in Fig. 12.
The P3V transistors were of Soviet origin and the C-shaped core was made
of Mn-Zn ferrite. Fig. 17 lists the load and efficiency characteristics
Card 4/r
'5

0
.21-118 ~ - -- - - -
1,1/005/60/000/003/001/002
DOWD105
Transistor direct current converters
of this converter. There are 18 figures and 4 references: 2 Soviet-bloo
and 2 non-Soviet-bloo. The 2,references to the English-language publi-
cations read as followst To R. Pyes High Power Transiator Do Go Converterqi
"Electronic and Radio Engineer"t March 1959, pp. 96 1051 and, L. H. Light i
and Prudence M...Hookert Tranaistor D*C. Converters, PIEE, Nov. 1955, pp.
775 784.
Card 51r

/0 OIJ 1 odt
0
( 0j flr~~_
AUTHORS: Sinnreich, H., Engineer,
33956
R/005/62/000/001/001/003
D014/D105
and Albeanu, Doina, Engineer
TITLE: The negative feedback in transistor telephone amplifiers
I
PERIOD1CAL: Telecomunicatii, no. 1, 1962, 17 - 24
? A
TEXT: The article deals with the problem of negative feedback in transistor
telecommunication amplifiers. The authors consider the operation frequency of
the transistor to be higher than the maximum frequency in the amplifier band,
and treat only the configurations with common emitters. The transistor may be
characterized by two small-signal parameters with a satisfactory accuracy. The
first parameter is the shorteircuited-current amplification (3, while the second
parameter is the slope S, which is a little smaller than the So slope of the
intrinsic transistor. In the first approximation, S may be considered to be
independent of the frequency. The input resistance is
Card 1/4
u1 i2
r1 = - -
i2 il S
(4)

11/005/6" 00100110011003
2/0
The negative feedback in transistor ..... D014/D105
In case of multistage amplifiers, the negative feedback %fith balanced resistive
bridges should be applied. The output bridge should guarantee a maximwit load
power, and the input bridge a maximum noise. As an example, the authors describe
an experimental three-stage amplifier for a low-gain repeater to be used in a
24-channel 12 - 108 kc telephone system. The calculation modi of simple cir-
cuits with negative feedback and the balancing and attenuating conditions of
two differential transformers used in a single-stage ainplifier with negative
feedback are also presented. There are 10 figures and 11 references: 7 Soviet-
bl.:~c ind 4 non-3oviet-bloc. The four references to English-language publi-
cations read as follows: H.L. Armstrong, "On the usefulness of trans conductance
as a transistor parameter", Proc. IRE, 47, 1959, p. 83-84; J.G. Thomason,
"Linear Feedback Analysis", London, 1956, Pergamon Press, Chapt. 6; S.J. Mason,
"Feedback Theory; Some properties of Signal Flow Graphs", Proc. IRE, 41, 1953,
no. 9, pp. 1,144 - 1,156; S.J. Mason, "Further Properties of Signal Flow GraPbs",
Proc. IRZ, 44, 1956, no. 7, pp. 920 - 930.
Card 3/4

A L 1),~-
AID P - 3943
Subject USSR/Hydr. Eng.
Ca rd 1/1 Pub. 35 - 7/19
Authors Alb-l~ V, A.-K. and S. N. Ostroumov, Engs.
.1. -t -~-
Title Driving of cylinder and sector type piles into
cofferdams.
Periodical Gidr. stroi., 7, 22-24, 1955
Abs-ilract The use of piles in building cofferdams is described.
The design of cylinder and sector type piles used at
the construction of the Kayrak-Kum Hydro Power
Development in 1952 is explained. The use of these
piles is strongly recommended. One diagram.
Institution None
Submitted No date

KaYFETS1 M.E., inzh.; ALBEGOV, I.K., inzh.
I
Standard stoch single-column hoisting devices for inspecting
electric transformers. -Elek. sta. 31 no.9:38-41 S 160.(MIRA 14:10)
(Cranos, derricks, etc.) (Electric transformers)

ALBEGOV, 14. M.
Factors dntermining the oconomic aspocts of gas transportation
tbrough main pipelineu. Gaz.prom. 4 no.3.0:44-48 0 159.
(Gas, Natural-Pipolines) (141R& 13:2)

VEYTS9 V.I.; LEBEDEV9 M.M.q'kAnd.teUn.nauk; DEJISOVv V.I. f kand.ekonom.nauk;
AMGOT,,g M.M., inzh.'; PER]MUGINg Yu.A.p inzh.
Joininir of the consolidat6d-electric power systems of the Siberian and
I European U.S.S.R. Blektri6b6stvo no'2:1-m-9 F 16,.. (MIRA 14:3)
I . (Interconnected ele;tric utility systems)

AT133 . M.M.
Problems concerning the efficiency of the transportation of
natural gas through large pipelines. Obsch. energ. no.3145-55 160.
Out Natural-Pipelines)
I

ALBEGOV, M.M., inzb.: RIIACITOVSKIY, kand.tnkhn.nauk
ComparIng tho nconomy of gas transportation with tho trILIJB-
mission of electric power. Rlek.-Ota- 31 no-1-030-35
ja 16o. (141PJ, 13:5)
(Electric power distribution)
(Gas, Natural-Tranuportation)

ALBEGOV, M.M., Inzh.
Comparative economy of transmitting electric power and tran3porting
fuel. Elek. sta. 31 no.9:30-35 S 160. (MIRA W-10)
(Electric power distribution--Costs)
(Fuel--Costs)

ALIF,GOV,_M.M.. kand. ekonom. nauk
Use of simplex method for comparing composite and individual
systems of power distribution. F-lek. sta, 34 no.5.2--6 my 63.
(MIM 16M
(FIlectric power distribution) (Fuel)

ALBEGOV, M.M.
Factors determining economics of petroleum pipelining, Neft.khoz.
39 no.1%58-63 1 Ja 161. (MIRA 17:3)
'N
~4 . .. Obw ;.Ivrrl-.- , '-T ---4

ALBEGOVS M.M.
- - --, .
Selecting the drive for the pumps of gas-pipeline compres 11 or stations.
Gaz. prom. 8 no.lla39-44 163. (MRA 17: 11 )

AIBEGOV, N.A.
AlBEGO, N.A. The minimum of technical knowledge for a. locomotive meelanic working
on automatic machines Moskva, Gos. transp. zhel-dor. zid-vo, 1936. (mic 52-874)
Microfilm AC-82

C,
BARMV, A.F.. redaktor; RUWT, 1C.P., redaktor; SOIOGUBOT. V.N., kandidat
tekhnicbeeldkh . otvatetvenMy redaktor toma; .&A.,
kandidat tekhnicbeskikh nauk; VASILITIff, B.K., inzhener; TIMNSHT,
i-V.- -ainclidat tekh-
kandiAat tekhnichaskikh nauk; VINOGRAWV. G.P., k
nichaskikh nauk; VIIPKUROV, M.V., professor, doktor tekhnicheakikh
nauk; GOTOVANDV, V.G., kandidat tekhnicbeek!Lkh nauk; OOHD]ffW, A.S.,
dotment, lamaidat tel~bnlcheskikh imam : OURSKIT,P.A., dotsent, kandidat
tekbnichaskikh muk; GURRVIGH, A.N., kandidat tokbricheskikh nauk;
DOMBRDVSKIT, A.B., dotsent; TWORCHIM. V.Y., professor, doktor tekh-
nicheakikh nauk: IVAMV, V.K.. professor, doktor takhnichaskikh nau ;
KARVATSKIT, B.L., professor, doktor tekhnichaskikb muk; KOHOLW,K.P.
professor, doktor takhnichaskikh nauk; MUCHKIN, I.N., kandidat takh-
nichaskikh nauk;POPOV, G.V.,inzhener; PRDMIURM, P.G. inzboner;SA30N-
TSET, K.A., lzbener: SMITCHASTMV, I.F.dotsent, kandidat tekhnicbeskikh
nauk; SLOHTANSKIT, A.V., dotsent, kandidat tekhnichesk-ilrb nauk; S2WAX)V,
A.D., dotsent, kandidat tekhnichaskikh nauk; SYRDMTATNIKOV, S.P.. akade-
mik[deceased]; 7ERROVSKIT,V.A.,doteent; kandidat tokhnichaskikh nauk;
TMETSKOY, V.A., kandiclat tekhnichaskikh nauk, KHO V, N.Y.. lranAi-
dat tekhnicbeaklkh nauk; SHAROHIN, V.S., kandIdat takhnichookikh nan ;
SHLYKOV, Tu.P.,dotsent, kandidat takhnicheakikh nauk; UsTrUSHMMO, A.M.
kandidat takhnicheakikh nFLuk, retsenzent; IVA.NDV, V.N..professor, doktor
takhnicheakikh nauk, retsenzent; PANOV, H.I., dotsent, kandidat tekbui-
chaskikh nauk. reteenzent-, SWWANSKIT, A.V., dotsent, kandidat takhni-
cheakikh uauk, retBanzent; UITABSKIT, L.I., inzhener. retsenzent;
MMKSA, V.M., professor, doktor tekhnicheskikh nauk, retsenzent;
(Continued on next card)

BARANW, A.F., -- (Continued) Card 2.
TOPORNIN, G.S., inzhener, retsonzent; DOMBWVSKIY, A.B., dotsevt;
rmtsmnzmnt; FOYDO, A.A., kandidat tekhaichaskikh nauk, rateanzent;
YAYOBSON, P.Ye., laureat Stalinakoy promii; dotsent; kandidat
taklinicheskikh nauk, rats"nzent; POPOV. A.A., professor, doktor
toklinicheskikh nauk, retsenzent; PROSKURNEY, P.G., inzhannr, rateen-
zent; SAYONTSEV, K.A., inzhnner, reteenzent: SHRAFIMOVICH, V.S.,
kandidat taklinicbeakikb nauk; retsenz"nt; TRAVIN, P.I., inzhaner,
retsmnzent; R)KIN. K.F., kah Ididat t okhnicheakil-ch nauk, retsonzent;
SHCIMAKOV, V.P., inzhener, retsonzent; SHADUR, L.A., dotsent;
kandidat t^.khnichaskikh nauk,rmtssnzent; TIMONOV, P.S., inzhmnar
rntsenzent; TKAGHMNKO, F.D., inzhaner; ratsenzent; BABICHKOV. A.M.
professor, dolctor tekhnicheskikh nauk, retsontent; XOROST'TLEV, A.I.
Inzbener, retamnzent; LHVITSKIY, V.S., dotamnt; kandidat tekhni-
chaskikb nank, retsenzmnt; KLYKOV, A.F., inzhen.er, retsenzent;
SOLOGUBOV, V.N. radaktor; SHISHKIN, K.A., radaktor; SLOMYANSKIY, A.V.
rmdaktor; SALENKO, S.V., redaktorl YUDZON, D.M. takhnicheakiy redaktor.
(Technical reference book for railroad men] Teklinicheskii spravochnik
zbmlmznodorozbnika. Rodaktsionnaia kollegiiat A. F. Baranov, i dr.
Glav.redaktor. 1C. F. Radoi. Moskva, Gos.transp.zhel-dor.izd-vo.
Vnl. 6 [Rolling stock) Podvizhnoi sostav. 1952. 955 P. MLRA 8:9)
(Railroads-Rolling-stock)

ALBEGOV Hikolg Aleksandrovich, kandidat tekhnicheskikh nauk;
kic~iiiarntin Yasill7evich, kandidnt tekhnichoskikh nauk;
USPERSKrY, Viktor Konstantina7ich. kandidat tekhnicheskikh nauk;
FOKIN. Mikhail Dmitriyevich, inshoner; YASINTSIV. Viktor Filippo-
vich, Inzhener; BRAYLOVSKIY,N.G., inzhener, redaktor; VERINA,G.P.,
takhnicheakiy redaktor
Ellectropneumatic brakes] Blektropnevmatichaskie tormoza. Hoskra,
Gos. transp. zhel-dor. izd-vo, 1955- 137 P. (KMA 9:?.)
(Brakes)

Z_ 13'!~ C
123-1-970
Summary translation from: Referativnyy Zhurnal, Mashinostroyeniye,
1957, Nr 1, p. 145 (USSR)
AUTHOR: Albegov, N. A.
TITLE-. Electro-pneumatic Brakes for Passenger Trains and Their
Test Results (Elektropnevmaticheskiy tormozdlya passa-
zhirskikh poyezdov I rezulltaty yego ispytaniy)
PERIODICAL: Byul. tekhn.-ekonom. inform. Nauch.-tekhn. o-vo zh.-d.
transp. M-va putey soobshch.SSSR, 1956, Nr 4, PP. 33-38
ABSTRACT: Electro-pneumatic brakes were used in the USSR suburban
electric trains since 1947. The favorable results
obtained Indicate that they can be used with success in
passenger trains with steam locomotives. Accordingly,
the All-Union Scientific Research,,Institg~e~.of Railroad
Trajj�p the Moscow Brakes Plant--ha's
designed and tested experimental electro-pneumatic brakes
for trains with steam locomotives. The tests proved to
Card I/e2 be fully satisfactory, and as a consequence, presently

SHISHLYAKOV, A.V., kandidat tekhnichaskikh nauk; YOKIN, M.D.. inzhoner;
YASENTSEV, V.F., inshener; LATTSIM, K.V., kandidat takhnichookikb
naukL.ALUlQQLwJLA.._jWdidat takhnicheakikh nauk.
-
The alectro-pneumatic brake. Zhel. dor. transp. 38 no.8:18-23
Ag 156. (MLRA 9:10)
(Rallroaas-Brakes)

32(3) SOVI 112-59 -1-908
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 122 (USSR)
AUTHOR: Albegov, N. A
TITLE: Prospects for Adopting Electropneurnatic Brakes
PERIODICAL- Vestn. Vaes. n.-i. in-ta zh.-d. transp., 1957, Nr 8, pp 11-15
ABSTRACT: Investigation of schemes and constructions of electropneumatic
brakes is reported. A single-wire circuit was developed for freight trains.
and a two.-wire circuit for passenger trains. Both schemes are similar in
their functions; they differ only in the method of checking the circuit continuity.
As an interim arrangement between the air-type brakes and electropneurnatic
brakes, brakes with an electropneumatic accelerator in the train tail were
tested on freight trains. The brake-shoe pressure being 2-2. 5 times higher
than the axle load in a passenger train, anti -wheel -sliding devices have been
used abroad to prevent wheel sliding. The use of such devices in Soviet
practice not always can be justified, however. Investigations show that the
Card 112

SOY/112-59-1-908
Prospects for Adopting Electropneumatic Brakes
estimated coefficient of wheel-rail adhesion is 0. 07 with an allowance for the
necessary saf ety factor. This gives a stopping distance of 1, 450 m (from
150 km/hr speed). A higher adhesion coefficient would bring about a better
effect: at an adhesion coefficient of 0. 12, the stopping distance would be
1, 000 rn. It is expedient, therefore, to equip high-speed trains with a sanding
gear that would automatically act during full-service or emergency brake
application. The anti -wheel - sliding devices can be reasonably employed only
in those cases where high adhesion coefficients are assured. Steps are
considered that are needed in adopting electropneumatic brakes for the rolling
stock.
V. N. Kh.
Card 212.

ALBAGOV, N.A., kandidat takhnicheakikh nauk.
Basic characteristics of alectropneumatic brakes for trains wit
locomotive traction. Trudy TSNII MPS no.127:27-35 157.(KLRA 103,
(Railroads,Brakes)

ALBEGQV- ,zN-"kand.tekhn.nauk; SHISHLYAKOV, A.V.,kand.tekhn.nauk;
,W,- ~ , * YA-SMSNV, V.F.,kand.tekhn.nauk; MOKHOVIKOV, D.I..inzh.; FOKIN,
14.D.,inzh.
Development and prospects for the adoption of electropneumatic
brakes. Trudy TSNII MPS no.163:1?A-168 '58. (MIRA 12:2)
(Railroads--Brakus)

ALBEGOV Nikolay Aleksandrovich; LATTSHICY, Konstantin Vasillyevich;
--A
USP~dYS-Ki-Y-,--Vik-to~-Konstantinovich;
FOKIN, Mikhail Dmitriyovich;
YA=ITS3V, Viktor Filippovich; SARANTSV, Yu.S., red.; BOBROVA.
YO.N., takhn.red.
[Blectropneumatic brakes] Blektropnevmstichaskie tormoza. Izd.2.,
parer. i do-). Moskva, Vaes.izdatelisko-poligr.obledinenia K-va
putei voobahchaniia, 1960. 207 p (MIRA 13:9)
(Railroads-Br~kes)

AIMGOV. N.A., kand.tokhn.nauk
Blectropneumatic brakes for freight trains. -31ek.l. tepl.tinga 4
no.2:39-41 F '6o. (MIRA 13:6)
(Blectric railroads-Brakes)

ALBEGOV, N.A., kand.tekhn.muk; YASENTUV, V.F., kand.tekhn.nauk
Measures for increasing the operational reliability of a two-wire
electro-pneumatic brake. Elek. i tepl. tiaga 5 no.8:19-21 Ag 161.
(MIRA 14:9)
(Railroads--Brakes)

ALBSGGVP N.A.,, kand,tekhn,nauk; IASBNTSEV~ V.F.p kand.tokhn.nauk
Improving the parameters of electric air brakes. Zhal.dor.transp.
45 no.9:53-55 S 163 iRailroads-Brake3) 0%aM 16:9)