SCIENTIFIC ABSTRACT ALEKSEYEV, A. - ALEKSEYEV, A. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100910018-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

MMSEYjY,-A,-(Smojensk)
A beacon. Mest.prom,i khud.promys. 3 no.4:16 Ap 162.
(KRA 15: 5)
~Smolensk-Furniture industry-Labor productivity)

CHUMAKOV, N.; ALEKSAN M V, M. ; A~~-77V. ~A. -
Provisions of the all-Union contest for the best BUgg66tiOn for
saving electric and heat power. Yrom. energ. 13 no-5-.34-35 MY 1586
(MM 11:8)
l.Rachallnik Gosudarotvennoy inspektsii po promenergetike i
energon&dzoru Ministerstva elektrostantsiy (for Chumakov).
2.Prodoodatell TSentralltago lomitsta Soyma rabochikh alektrostantidy
i alaktropromyshlennosti (Vor Aleksaladrov)'i 3.Predsedatell
TS*Atrallnogo prexlenisy nauchno-tekhnicheakego otdela energeti6h*Sker
pr6Wshlennosti (for Alek-sey-ev).
(Power engineering-CompetIt..".0n)

AISMYEVO A., k*nd&*kdnom.nauk; KUVARIN, V.
SociaIjim is winning the economic competition
Kom. ooruah,Sil 3 ao.2.-S-15 '~a 163.
(Competition, Intar~ational)
" X
bdtv$en the two systems,
(NIRA .16:2)

ALEKSEYEV, A.; HOSKALENKO, V.
"Criticism of bourgeois theories on the Soviet planned econony"
V.G.Smolianakii. Reviewed by A.Alekseev, V.Moskalenko. Vop. ekon.
no.2:105-107 F 163. (MIRA 160)
(Russia-Economic policy) (Smolianakii, V.G.)

~ ,-. . g t ~,) ,r,
~-* P
) Qw, a
,D-at.itanding navigator. Ifcjz-. fICA 21~ 1' " ' (MIRA IM)
1. P14 SSSR.

-1 ~ ; ,!('k3 'FA. i-JE NR ~D, F
LF FS L -6: V
Modery ~.I, ing 0..~ tjort arr k~ t i nr-~ mm~ -.hayi o" cra lb! rig --ranes
-1 no.

AUTHOR: Alekseyev, A. (Engineer; Colonel)
ORG: None
SOURCE CODE:
317
5-0/007/0010 0171
Al
10
TITLE,: Soviet field.engine-gonerator sets and power plants
IV
SGUKE: Tekhnika i vooruzheniye, no. 7, 1965, 10-17
TOPIC TAGS: electric power plant, lightweight power source, power plant component,
diesel engine, gasoline engine, electric generator unit, nutomati n, engine component
frequency stability, air cooled engine, voltage stabilization
ABSTRACT:The article reviewed discusses various field engine-generator sets and
portable power plants used by the Soviet ground forces. Following a brief
general discussion of the types, uses, and characteristics, jhe author
presents a table showing the basic letter syr~�ols used by thi Soviets in
field Power-generating-~-equipment designation�P(see Table 1).
table 1. Basic lefter symbol designations for field power-generating equipmeni
En e Power-Plant Type
Current
;?.%
I utn 0.) W I
911 to t01
M_ M tj a 0 1-4 9:
J-_ -C W W En oi-H
A, AW P V) 61"
-14 ca r. r. C 0
Qi U
:-..Russian Symbol ac A T 0 n T4 B IY1 B3 BO I BC
Transliteration ES A T 0 P Ch D B IJ -V-Z1--V-0--r VS
C.rdl/6~

L-42b75-66
ACC NR: AP5024277
*Power plants used in engineerino operations have an'additic-nal index
showing their more specific application: M k'ID) - wood working;
K,M) - lumbering; -and-441k&~7~.- -R38lNMh Mwim'.
In the engine'generator sets and power plants discussed below, the
.number following the Bor JI index indicates the unit's kilowatt output. In
the engine generator set designations, the second number denotes the rated voltage.
It is stated that engine-generator sets have been'part-standarAizect,
to the maximum and perform well at temperatures between 150% in 98% hu-
midity, and at elevations to 1000 m. Under normal operating conditions,
the diesel-engine-generator sets can be run continuously for 72 bra and
the gas-engine-generator sets for 24, with the diesels being generally
preferred for use except in cases where weight is the det9=.iijj:qg-f-A_Ctor_--
Gas-engine-ganerator sets are equipped only withk rAB(CAB) series genera--:'-
t,ors, while the diesel sets use ATC(i)Gs)fseriesigenerators.--Various
engine-generator sets and their 'op-er-a-Mig- Jharacteristics are outlinea
in Table 2.
All variations of a given eng*ine-gener'ator set shown in.Xabls-2 ueez
.the sarfle engines.-- The engimes used for the-2- and 4-kw sets-and the 5-
and IQ-k-w sets differ only in the number of cylinders. AllAB-0.5 sets
have the same arrangement and differ only in the generators'used. The"
sets are also air-cooled, as*are all other sets up to 4 kw, and they have
automatic voltage and frequency stability with the excqpt;Lpn of the
AB-0.5/1130, which is manual. Recently, th% 730,..,AA-5
generatoF sits were improVgd,,~ and tfte AB-;2 i'te z
and,equipped with new engines.

L 42075-66
ACC NR:AP5024277
Portable field power plants up to 10 kw are mounted on two-wheel
trailers, while plants of 20 kw or more, used only for generating power,.
Table 2. Enqine-eeneratnr Rntn and t-1-ii-4v ohn~-f-4cf-4-

Type
Outputt
Voltage
1 Cgri5ni, . Rce,,,'
FrNqTX
8ycles Dr Weight
Ar..03 ej IM

30
A64 230 M
30
A4.2 3A 230 M

ABA IM
1-50
; v
IM

Ar,.&
ILO
230
_'2S
SU
%-
3-*4
70

A6-12 13.0 23~
3 - to
400
A44 M M

777~
L 42075-66
ACC NRt A.P5024277
3- W
MO
AA-20 no 230 a- 5)
400
AA,30 3V 230 3- so
.400 3 -410
44-10 149 3WO
400 3- So
AA-7& TV NO 3- 60 4NO
41D,
The first number indicates the number of phases; the
second number indicates cycles; "-" indicates direct
current.
are moun .ted on four-wheel t ilers.0, All the power plants discussed in theAP__ 41.
arti 1 are built around Asand AAP~ngine-'generatc;r gets 'an*d- aie'-TesfkndTOd
C for TB.~bThe follo-wrng taMe izr- a bftakdoww, by-s"Iioso&en,-,en W- At.
by
generator seTs' used, and accessory equipment-for-th4 partable'power 41ants.
,'described in the article (see Table 3).
Similarities and basic differences in the power plants are described
-
along with some of their specific features, accessory equipment, and
layout. The author also mentions stationary power Zjantp. with 5-, 10-
20-, and 50-kw output, and stresses th_vatyp~qs jdas;td "u~omation
dhgi -g
being applied to both,power plants and ne
Card4/6
T
_-TaCS-2-130 AB-2-0f=.
A6.4-01230-
3CG.4.00
.10-H0
Po e 110
3CA-10-11C K
A
L
A .7,7
Card 5/i These power-plants are also available with 400 volts.

L 42075-66
ACC NRi AP5024,277
Referring back to Table 1, a sample interpretation )f an engine-
generator set is as follows: the designation AB-8--T/230/T4-400 represents
an.engine-generator set ("A") powered by a casoline engine ("B") and having
an 8-kw output, a three-phase current rated at 230 volts CT1230") and 400
!cycles ("11-400"). Taking an SCA-10-BO -power plant as an example and
;referring also to Table 3, it can be seen that the unit is a 10-kw power
plant with a diesel engine ("Z)CA-10"), which is used for lighting purposes
and which is equipped with an AA-10-T/230 engine-generator set.
'.The absence of the N" index and number indicates that the frequency is 50
cycles. Six photographs of engine-generator'sets and power plants accompany,
6 figures and 3 PMS*'- 5006-E/
the article. Orig. art.' has: tables. ZAT
SUB CODE: 09,10/SUIDI DATE: none/
af

PAUGIN, A.; CHATSKIY, 0.; AT V. A.; GLIUZ, I.$.; ZABWTSKIT, R.Y.;
DU'BROVSKJ1Y,
In honor of the 21st Congress pf the CPSU. Kona. i'vv. pram. 14
no.1:4-7 Ja 159. (MIU 12: 1)
1.'birektor Odesakcgo kouservnogo kombinata (for PhUgin).
2,Predsedatell Odesekogo kons4rvnogo zavodakigskomite'te, (for
CMtskiy). 3.Direktor Khara~aliuskcgo konsqrvnogo zavoda (for
Alekse7ev). 4.GlavVy'inzhener Tiraspoliskogo plodokombinata
(for Gluz). 5.Glavny7 inzhener Staroidubskogo ovoshchesushill-
nogo kombinata (for Zabletakly). -6.1fachallnik planovoge otdola
Mookovskogo ordens, Lanina Pishchevogo komb~nata imeni Mikoyana
(for Dabrovskiy). (CanningAn.duatry)

AZEKSMYN, A.A.
We should Increase the output of high quality canned food.
Kons.t ov.prom. 15 no.4:4-6 Ap.160. (MIRA 13:6)
1. Mmraballnskiy konservnyy zavod.
(Astrakhan Province--Food. Canned)

A , A.A .
Transportation of ripe tomatoes in tank trucks filled with water.
13 no.8i29-31 Ag 160. (MIRA 13:8)
1. Kharabalinekly konservnyy zavod,
(Tomatoes-Transportation)

AUKSEYEV. A.A.
Conferezice of vegetable experts. Konq,.l ov.prom. 16(no,5-#/+5 My 161.
. (Astrakhan Province-Vegetables) MIRA 1495)

ALEKSBYEV A A
We shall fulfill our obligations. Kona. i ov. prom. 16 no.7:
7--9 T1 " 61. (HM 14-8)
1. KliarabolinsAy konservnyy zavod.
(Astralchan Province-Canning industry)

ALEKSEYEVI A.A.
Assign fixed rav materiap nupplv areas to canning plants. Kons.i
ov. rom. 17 no.9W-44' S 162. (MIRA 150)
(Cpanning induatry-Equipment and supplies) (Farm produce)

M-LOAZU1 JuBJESOY'Svicb;
901"Mf ADdrOY Andreyevich; TYLKIN, M.N,,
. P Pul)k;- - 0- -J~i-
[Tecbnica-I and 600homi6'Wrk planning in a constructioA organiza-
tion] Tekbn1ko-Okonomi0h6skoe planirovanie raboty stroitellnol or-
ganizatsii. Tu2at Tiallskoe knizhnoe izd-,vop 196o. 156 p.
(MIRA 14:7)
00nstru(~tiOn industrY-Finance)

ALVX p A.A.
Device for mea4uring the volume of combustion chambers of engines.
Avt.prom. no.9:36 S 160. (KI]U 13:9)
(Gas and oil engines)

ALIKSATIff, A.A.
rlu=orua content in tbermal springs [with Inglish summary in
Insert]. Ge6khimiia no.4-58-63 156. 9:11)
1. Kostromskoy sellskokbozyaystvannyy institut.
(Fluorine) (Geysers)

Lt EKSE~---"! %- - -,k
Lza - -S 1, , -:~ . .1. .
"Ope-ration of Protective Devices JlCainst Ground Short Circuilt of Generators, it
Elek. Sta., 110 1, 1952

ALEEEKSMV, A. A., Cand of Tech Scl -- (d-iss-)---iij-nvesti-E-P---t-i-o--n of- the-Dura--w.----
bility of 5ulridated Cast Iron for Use in Ship rlemodeling," Odessa,
1959, 14 PP (Odessa Institute of Engineers of the Maritime Fleet)
(KL, 1-60, 121)

ATAK RM AleksAndr Aleksandrovich; OFINA,Y.I., rodaktor; TIKHOIIOVA,Ya.A.,
VOW -.-
[Principles of safety engineering and fire preveation techniques
for seagoing ships] ' Oenovy tekhniki bezopasnosti i protivopothar-
noi tekhniki ma morskon flote. Mos~va, Izd-vo "Morskoi transport,*
1955. 307 P. (MLRA 90)
(Ships-Fires and fire prevention)

YEVTIFEYEV, Petr Ivanovich; ALEKSEYEV, A,A., prof,, retsenzent;
RYZHIXY Z.M., inzh., red.,, G)FMAN, Ye.K., red. izd-va;
SPERANSKAYA, O.V., tekhn. red.
'Butt welding of metals in the manufacture of instruments)
L
Stykovaia svarka metallov v priborostroenii. Moskva,, Mash-
giz, 1963. 132 p. (MRA, 16:7)
(Instruments manufacture) (Electric welding)

AIJMSNM, Aleksey Aleksoyevich; MARIONKOT, Konstantin SergeyevIchl
j tekhn.reds
(Using preGIk8t construction elements in building houses]
Stroitel'st,ro zhilykh domov iz abo=ykh konstraktaii. Tula,
Tullskoe knizhaos izd-vo. 1959. 141 p. (MIRA 13:3)
(Precast concrete construction)

--ALEKSEnN. A.A..-.,
Technology of the construction of the pavement of a velodrome.
Nauch.trudy Tul.gor.inst. no.3sl54-158 161. (KIRA 16:4)
(Tula-Pavements, Concrete) (Bicycle racing)

ALEKSEYEVP A.A.
Determining the dimensions of panels for the turns of a velodrome.
"Nsuch.trud Tul.gor.inst. no-33158-164 161. (M3RA 164)"
(fU~__Favements, Concrete) (Bicycle raoing)

LUFUSTINO A,K.; BOZHKO, G.; EDNDRATIYW, I.; GARBARGHUK, M.I.; MUSTAFAYEV,
-B.; ALEKSEYEV
IERAGD4DV, R.; ZINOVIYE;V, M A.A*.: GLUKHOVA, G.;
SAZONOV, Yu.; MOMEV, I.D.
In the Soviet Union, Veterinariia no.11:89-96 N IL2.
a 16tlO)

KUTKOVSKIY, S.I.j ALERMEV, A.A., prof.
[Electrodes of resistance we'-ding machiptis) Elektrody
kontaktnykh elektroevarochnykh mashin. Moskva) Ma-
shinostroeniev 1964. 110 P. (MIRA 18:1)

ALHKSIUW A.A., inzhoner, redaktor; ASHKEX42I. K.M., doktor tekhni-
che ET"'nsuk, redaktor; GRABOVSKrY, V.A., kandidat tekhnicheskikh
nail , redaktor; OORRACHIM, A.N., kandiclat tekhnicheskikh nauk,
redaktor-, IVANOV, S.N., kandidat tekhnicheskikh nauk, redaktor;
LAPIN, P.S., kandidat tekbuichaskikh neuk, redaktor; WININ,
N.N., doktor tekhnicheskikh nauk, redaktor; PUZTRNV, S.A.,
kandidat tekhnichookikh nauk, redaktor; FMMIN, N.V., kandidat
tekhnichaskikh nauk, rodaktor; YLTATS, D.M., kandidat takhai-
chesfcikh n&ak, redaktor, SHAPIRO, A.D., kandiclat tekhnicheskfficb
nauk, rodaktor;XLIAMMKRG, M.G., kandidat tekbnicheskikh nauk,
redaktor: XEMAKOVA, A.Y., redaktor; VOLKHOV3R, R.S., takhni-
cheskly redaktor.
[Paper maker's handbook] Spravocbnik bumazhniks, (teldinologs.)
Noskva, Goslesbamizdat. Vol. 1 1955. 790 p. (MLRA 8:10)
(Paper industry)

--- - --- - - - - - - - - -- - -- -- ---
ALEKSEYEV, A.A., inshener.
'"awmi-
Consumption of lime in c4Lusticization. Bum.Proz-30 no.1:6-7
Ja '55- (MLU 8:3)
1. Giprobum.
(Alkalies)

AIAXSNYRV. A.A., inzhaner, rodaktor;ASHKINAZI. K.M.. doktor takhnichosici.16
nauk, r-e&-ktor; GUBOVSKIT, V.A., kandidat tekhnicheekikh nauk,
radaktor; GORBACHEV, A.M., tandidat takhnicheskikh nauk, redaktor;
XYANOV,~ S.N., kandidat takhaicheskikh nauk. rodaktor; LARIN. P.S.,
kandidat takhnichaskikh nauk, redaktor; IMPUTH, N.H., doktor tekhni-
chaskikh nauk, redaktor; PUZYREV, S.A., kandidat takhnicheskikh nauk,
redaktor-g RYUKHIN. N.V., kanlidat tekhnicheskikh nauk. redaktorl
FLYATNq D.M., kandidat tekhnichookikh nauk, redaktor; SHAPIRO, A.D.,
kandidat takhnicheskikh nauk, redaktor; ZLIASHBXRG, M.G., kandidat
tekhnichookikh nauk, redaktor'; KHUDYAKOVA, A.Y.. redaktor isdatelletva;
KARASIK, N-.P.,.tekhniche9kijy redaktor
[Paper makerle handbook] Spravochnik bumazhnika (takhnologa). Moskva,
Goglasbumtzdat.Vol*2.,, book 1. 1956, 458 p. (MLRA 10:2)
lo.limaingrad TSentralinyy nauchno-iseledovatellskiy institut teell,7uloz-
noy i bumashnoy promyshlennoRti (Paper industr7)

AIEKSU zhe, red.j AUKENAZI, K.M.: doktor tekhn.naukt red.1
GRABOVSKIY, V.A.r kand.tekhn.nauky red.; GCRBACHEV, A.W.p Iwnd,tekbn.
nauk, red.; IVANOVj S.K., kand,,tak"nauk, red.; IARINj P*Se, kaade
tekhn.nauk, red,-, NEPENIN, N.N.9 doktor tekhn.naukv red.; PUZMU,
S.A,, kand.tekhn.nau'kp red.; REUKHMp N.V.v kand.tekbn.nauk, red.;
FLYATE, D.M., kand.tekhn.naukq red.j SRAPIROp A,D,, kand,tekhn,naukq
red.1 ELIASHBERG, M.G.y doktor tekhn.naukt rod.; KHUDYAKOVA, A*Ve,
red.izd-va; SIDELINIKOVA, L.A.9 red.izd-va,- LOBANKOVA, R.Ye.j tekbn.red.
(Manual for paper industry technicians] Spravochnik bumasshnikm; (tekbno-
loga). Moskvaj Goslesbumizdat. Vol.3. 1961. 719 p. (KIRA -14:6)
1. Leningrad. TSentrallmyy nauchno-issledovatel'skiy institut
tsellyuloznoy i bumazhnoy promyshlemosti.
;(Paper products)

ALEKSEYEV, A.A.
Recovery of lime mud. 13m. prom. 36 no.11:30-31 N 161.
(MM 15*1)
1. Gla-vnyy tekhnolog Gosudarstvennogo instituta po proyaktiro-
vaniyu tseUyulozno-bumazhnoy promyshlermosti.
(Lime)

ALEKSEYEV, A.A.
Soda recovering units are dependable and powerful boilers.
Bum.Pr'om. 37 no.1:30-31 Ja 162P, I (MIRA 15:1)
1. Glavnyy tekbnolog Gosudarstvennogo institute po proyek-
tirovaniyu sellyulozno-bumazhnoy promyshlennosti.
- Mady"P. U*AIW"_EqU#Wm+- -and supplies)

MODIN, N.A.; AIEKSEYEV, A.A.
Guiding nozzle for the SVPA drilling and grooving machine. Der*
prom. 12 no.60-10 Je 163o (MIRA 16slO)
1. Lesotekhnicheskaya akademiya im. S.M.Kirova.

AIMSEYEV, A.A.
Datermintug the contaottorces on the working surfaces of cuttifig
instruments. Nauch. trudy LTA no.97tl4l-155 162. (KMA l7t2)

ALEKSEYEV A 'A.. inzh.,, re-i VIYUKOV, I.Ye., kand. tekhn. nauk..
red ; BOVSKIY, V.A., kand. tekhn. nauk, red.; ZHITKOV,
A.V., kand. tekhn. nauk, red.; NAUMOV, V.V., kand. ekon,
nauk., red.; NEFENIN, Yu.N., kand. tekhn, nauky red.;
PUZYREV, S.A., kand. tekhn. nauk, red.; RYUKHIN, N.V.,
kand. tekhn. nauk) red.; SHAPIRO, A.D., kand. tekhn. nauky
red.; ELIASHBEIG, Y.G., doktor tekhn, naukp red,
(Handbook for the papermaker in three volumes] Spravochnik
bumazhnika v trekh tomakh. Moskva.. Izd-vo "Lesnaia pro-
rpyshlennost'.11 Vol.1, Izd.2.) perer. i dop. 1964,. 840 P.
(MIRA 17:8)
1. Moscow. Vsesoyuziyy nauchno-issledovatellskiy institut
tsellyulozno-bumazhnoy promyshlennosti.

Ccrd

L:
R A 1;:,C~ 1
09No,,,(,4 ENC 1,

I - ".
Lacrymal Organs - Diseases
Treatment of eversion of the puncta lacrimalia with galvanocautery. Vest. oft., 31,
No. 2, 1952.
Monthl- List of Russian Accessions, Library of Congress, June 1952. UNCLASSIKIM.

ALF,XSBYBV, A.A. (Sevastopol')
Dissolving impregnating lime. Vest.oft. 69 no.5:90 S-0 156. (HLRA 9:12)
(EYZ--WOMWS AND INJURIES) (LIMB)
(AMMONIUM CITRATIC)

ALY,KSMV, A.A. (g. Sevastopol')
., .
eat ive symptom of hypersecretion of the lacrimal glands. Oft. zhur.
13 no.6:377-'.58. (HUM 12: 1)
(MORIMAL ORGARS-DISHASES)

AL3KSXM . A.A. . Sevaotapoll)
Use of eosine in diagnosing the eversion of the lacrimal point,
.Oft.shur; 13 no*7:422-423 138. (MMA 32:1)
(LACRIKAL ORGAVS-DISHASES)
(ROSIN)

ALZMYSV, AA. (Sevastopol')
Treatment of Initial cataraots with lontophoreeis, Oft.zhur, 15
no.2t85-88 160'. (KIRA 13:5)
(GATARLOT) (nZGTROPHORESIS)

-ALEKSEYEV, A.A. -
Treatment of eotropion palpabran, Oft.zhur. 15 no-7:438-439 160.
(MUU 13.- 11)
(EMIDS--DISMES)

ALEKSEYEV, A.A., zasluzhemyy vraoh USSR (Sevastopol')
Case of abscose of the oaz~maula laorimalis. Oft. zhur. 16 zo.3:
188 161. (MIRA .14:15)
(EYE-DISFASF;S AND'DEFECTS)

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Al"EKS=, A. A.
I'lleating Processes During Butt ',,;elding by Resistance and -Fusion," E,lektric'r-,,r:3t-,ra
NO 1) 1947

137-58-l-lZ39
Translation from: Referativnyy zhurnal, Metallurgiva, 1958, Nr 1, p 166 (USSR)
AUTHOR:
TITLE: The Sulfidation of Gray Irons (Sul'fidiro-.-,Yniye serykh chugunov)
PERIODICAL: Nauchn. tr. Odessk. vyssh. morekhocin. uch-shchel 1956,
Nr II, pp 127-133
ABSTRACT: A study was made of the wear resistance of specimens of gray
irons on a pearlitic-ferritic base, containing (To).
C 3. 1, Mn 0. 68, Si 1. 61, P 0. 18, and S0.08,
after application of the sulfide process in baths (B) of various
compositions. The best results with the sulfide process were
obtained on sulfiding in liquid B as propnsed by the NHKhimmash.
The composition of the B was
Na?S04 51, KCJ 41. 6, KCNS 1. 8, NaZS203 5. 6.
Baths prepared in accordance with the formulations of Rostsel..,
Card 1,12

137-58-1-1239
f The Sulfidation of Gray Iron
mash and MAZ yield poorer results. Data are presented as to the effect of
the C, Mn, and S contents on the sulfide process. These data require
refinement.
M. Ch.
Is Irons-Sulfation-Prooesses 2t Sulfide solutions-Applications
Card Z/2

137-58-4-7233
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 130 (USSR)
AUTHORS: Alekseye_v,.A_4~-', Okerblom, N. 0.
TITLE: The Role of Leningrad in the Development of Welding Techniques
and the Welding Industry (Roll Leningrada v razvitii svarochnoy
tekhniki i svarochnogo proizvodstva)
PERIODICAL: V sb. : Svarochnoye proiz-vo. Leningrad, Lenizdat, 1957, pp
7-16
ABSTRACT: The discovery of the electric arc by V. V. Petrov, the inven-
tion of arc welding processes by N. N. Benardos and N. G. Slavya-
nov, the activities in the production of electrical welding equipment
by the "Elektrik" Plant, the development of scientific research
and design operations, and the contributions of public societies
in the field of welding, the training of engineering and technical
personnel, and the publication of welding literature in Leningrad,
are described.
V. S.
1. Are welding--Development--USSR 2. Electric welding
Card 1/1 equipment--Production--USSR 3. Welding--Study and teaching
--USSR

AUTHOR: Gromyko, L.G., Engineer 135-10-16/19,
TITLE: Jubilee Session on Welding on the Occasion of the 250th
Anniversary of Leningrad (Yubileynoye sove8hchaniye po avarke
v oznamenovaniye 250-letiya Leningrada)
PERIODICALs Svarochnoye Proizvodstvo, 1957, No 10, pp 40-41 (USSR)
ABSTRACT: A Jubilee session of workers of industry, transport, building,
science and engineering was held on the occasion of the 250th
anniversary of the foundation of Leningrad. The sessions of
the Welding Section, with about 300 participants took placL
on 11 and 12 June 1957. Doctor of Technical Sciences
Professor
,
N.C. Okerblom opened the Welding Section Se831on. Professor
'A.A. Alekseyev (I~Pjjmgqt)Lj. 3pj#in) delivered the report
-
"Leningra
V-e-mait in the Progress of Welding". Starting in
1924, Leningrad became the center of fast development of weld-
ing engineering in the Soviet Union. In that year, the Lenin-
grad Plant "Elektrik" had developed and built the first special
one-stand d.c. welding generators, and by the time World
War II broke out it had given industry more than 70,000 machines
for arc welding. New welding methods (automatic and semi-
automatic arc welding, condenser- spot welding etc), new grades
Card 1/6 of eleotMdes and fluxes, now welding processes, at-id the first

135-10-16/19
Jubilee Session on Welding on the occasion of the 250th Anniversary of Lenin-
grad
100 mm diameter cylindrical parts in 11 minp with a power con-
sumption of about 2.1 kw/h per 1 kg of molten metal. This new
welding method has found extensive application atm=y machine-
building plants. A process for automatic butt slag welding of
large-thickness plate steel in bottom position was developed
aa well as an effective method of resurfacing wbrn parts.
VNIIESO# collectively with representatives from various plants,
has developed equipment for produotion-line manufacturing of
housings for oil transformerep which allows manufacturing of
different housing types and sizes on the same machines. V.I.
Zemsing Candidate of Technical Sciences and Superintendent of
the TsKT1 imeni I.I,Polzunov laboratoryt reported on the late-
st achievements of Leningrad's research organizations in pro-
blems of alloy steel welding. The research done by the labor-
atory enables the proper choice of base metal composition,
welding materials and of heat treatment for welded structures,
The method of radioactive isotopes is being extensively applied
in research. Engineer V.A. Semenov delivered the report "Weld-
Card 3/6 ing of Titanium". He spoke of the method of mechanized welding

135-10-16/19
Jubilee Session on Welding on the Occasion of the 250th Anniversary of Lenin-
grad.
of titanium with the use of a non-welding electrode, with and
without melting welding wire. Candidate of Technical Sciences
and Deputy Director of VNIIESO N.Ya. Kochanovskiy delivered the
report "Leningrad's Contribution to the Development of Electric
Contact and Aro Welding". He outlined the general trend in
development of contact welding - creation of high-produotive
specialized machines, automation and mechanization of the weld-
ing process. VNIIESO has developed specialized equipment:
high-productive individual machinesp aggregates and automatic
lines# which often allow not only automated high-produotive
welding, but also other manufacturing operations, among themi
welding machines for pipes of up to 50 mm diameter; automatic
l,ines for welding of nets, trusses and frames for reinforced
concrete structures; and automatic machines for condenser butt
welding of vacuum tube filaments, which perform up to 300 weld-
ed connections per minute. Doctor of Technical Sciences N.O.
Okerblom delivered the report "New Trends in Determining the
Technological Processes for Production of Welded Structures".
Card 4/6 He spoke of the extensive work done by Leningrad engineers in

135-lo-i6/19
Jubilee Session on Welding on the Occasion of the 250th Anniversary of Lenin-
grad.
studying the operation and the improvement of welded structures.
G.A. Bellohukv Candidate of Technical Scienoesq from the LPI,
reported on "The Part of Welding Engineering at the Leningrad
Shipbuilding Plants" and mentioned the application of electric
welding in the production of ship hulls, boilers, and meohan-
isms. During the past years, welding operations in shipbuild-
ing were mechanized to a greater extent. Spot welding and seam
welding is widely applied with the use of machines of the plant
"Elektrik". Professor M.K. Gusellshchikov, the VNIIESO labor-
story manager V.I. Vill'o the welders Borovkova (Izhorskiy
plant), Fateyev (PTO plant), Komissarov (plant imeni Zhdanov),
and others took part in the discussions. After the discussions
were over, the session took resolution pointing out the ne-
cessity of the following basic measures;
1) To ensure a more extensive use of electric slag and con-
tact welding at the Leningrad plants and to increase consider-
ably-the application of shielded gas welding.
2) To mechanize the production of welded structures - with
organization of production lines, application of automatic weld-
Card 5/6 ing machines for assembling operations in production of single

VILL', Vadim Ivanovich. AT.WBRIAV A.A*t prof., rotsenzent; BAYKOVA,
1 11
I.P., dotsent, teklm.11AIrk, red.; BOROINLINA, I.A., red.
izd-va; DLUGOKAY.ZAYA, Ye,A., tekhn.red.
(Friction welding of metals] Sverka metallov treniem. Moskva,
Gos.nauchno-takhn.izd-vo mashinostroit.lit-ry, 1959. 85 P.
(MIRA 12:12)
(Metals--Welding) (Friction)

125(2), 8(5) '701TV19 -5c,:- 2-2 74/600
AUTHORS: Alekseyev, A.A., Zhuravlev, B.V., and Shablygin, S.V.
TITLE: Feed Set for Contact 'Veld-ing- Yachines
PERIODICAL: Byulleten' izobreteniy, 1959, Nr 2, p 60-61 (USSR)

ABSTRACT: Class 21h, 32 Nr 94311 (14-421-882/37114 of 15 Au-,ust
Y4~
1
). Sub i.t
0
951 F, e U the Llinistry of Electric Power Lidnstry
of the USSR. A set for the feed of a aelding machine,
consisting of an electric motor and a synchronous
generator with an exciter, in three versions: 1) 'Nith
opposin- series and parallel excitation windinc's in
the exciter, desiGned to boost the Generator excita-
tion at the moment of -ivin;r the welding pulse. and
Q LD
a contactor in the generator excitation circuit for
the automatic drop of the excitation current after
the closing of the circuiti 2) "Nith a contactor with
a normally open contact connected into the generator
excitation winding circuit, and a normally closed con-
Card 1/2 tact connected into the parallel excitation winding

SOV19-59-2-2?4/1600
A Feed Set for Contact 1.7elding Machine
of the exciter (when the series winding of the ex-
citer is switched out), This makes the generator ex-
citation drop automatically after the closing of the
excitation circuit, on account of the absorption of
magnetic field energy of the excitation winding by the
resistance connected in parallel to it; 3) With a
contactor and a capacitor in the generator excitation
winding circuit to feed the circuit by the charge or
discharge current from the capacitor at the opening or
closinE,-. This can also be utilized in seam welding,
e.g. seam welding of light alloys.
Card 2/2

a (0) SOV/105-59-12-20/23
AUTHORS: Alekseyevt A. A-p Bogorodit8kiy, N. F., Glebov, I. A.,
N. G., Kapitsa, P. L., Kulebakin, V.S.,
Neyman, L. R.,-Syromyatnikov, I. A., et al
TITLE: Academician M. Ps Ko8tenko. On His 70th Birthday and the
40th Anniversary of His Scientific and Pedagogic Activity
PERIODICAL: Elektrichestvo, 1959, Nr 12, pp 81 - 82 (USSR)
ABSTRACT: The oldest member of the editorial staff of the periodical
"Elektrichestvoll, Mikhail Poliyevktovich Kostenko was born
the son of a physician in the . Distx4at' Voronezh in 1889.
He studied at the Peterburgskiy universitet (St. Peterburg
University) in 1907, in 1908 at the Peterburgskiy elektro-
tekhnicheskiy institut (St. Peterburg_~ institute of Electrical
Engineering) was relegated in 1910, because of participation
in a students' revolt and exiled to the Perm' District-~;
1911 - 1913 he worked there as a telephone mechanic. 1913-1918
he studied and graduated from the Peterburgskiy politekhniches-
kiy institut (St'O' Peterburg_- Polytechnic Institute). In 1920
he was elected instructor for the Chair of Electrical
Card 1/3 Machines at the same institute. 1922 - 1924 Kostenko was sent

Academician X* P. Kostenko.. On Rio 70th Birthday, and BOV/105-59-12-20/23
the'40th-Anniversary of '~"His Scientific and Pedagogic Activity
Card 2/3
to England Asian engineer and made several inventions (pulse
generator, commutator generator etcy:,A'~~, lie again started work-
ing at the Leningradakiy,poli,tekhni;~~akiy inatitut im. Kali-
nina (Leningrad Polytechnic Institute imeni Kalinin) in 1924p
where he became docent~in 1927, and professor and head of the
Chair of Electrical Machines in 1930. Since 1924 he
als6,, worked at the "Elektrosila"WA.-ftas=_0ginwz, He took part
in the development of the new turbogenerator series from
1927 t01930. His book "AC-Commutators" appeared in 1933- In
1935 - 1936 he worked as chief electrical engineer at the
Kharl.kovskiy elektromekhanicheakly zavod (Kharikov Electro-
mechanical Plant). He then returned to the Leningrad Poly-
technic Institute. In 1939 he was elected Corresponding
Member of the AS USSR. Subsequently he worked in the komissiya
otdeleniya tekhnicheakikh nauk AN SSSR po vyboru sistemy toka
dlya elektrifikatsii zheleznykh dorog SSSR (Commission of the
Department of Technical Sciences of the AS USSR for the
current type selection for the electrification of railroads in
the USSR). 1942-1944 a large-size mercury rectifier plant was
installtd witbin, ' the system of the Uzbdkenergo under

Collected Papers (Cont.)
SOV/4172
Sbomik rabot po vqp:rqsam~_elektromekh=Utii yyp .- 3;. , Energeticheakiye -. sls.temys
elsitiom'aahi~bstr.oyeiii,ve.'elektrielies~W.-t.vaga,,avtomatizirovannyy-.,,elektro~rivod,
avtomatic ski i telemakhaniolleskiye:aie my., !alaktroevarochnoye oborudovaniye
.4o Ye
Moscow, Izd-vo AN 4PM4_j1,q_66_0"' JAP-1,
publ.:frolk-Akad. nauk-MM. J"titut,elektromekhaniki
ELECTRIC WELDING EQUIPMENT
Alekseyay.A.A. Three-Phase Feeding Systems of Electric Welding ContAnt
Mae ines 290
The author shows that three-phase food of an electric welding contact
machine with direct circuit connection can be achieved by means of mul-
titransformor multipoi~t machines.
Sarafanov., S.G. Calculation of Welding Circuit Inductance of a Contact
Machine 297
The author describes methods of calculating welding circuit induotances
of contact-.3achines developed by various Soviet scientists and proposes
a now, simplified method.
Card IW*

1573
21628
S/137/61~~/003/033/G69
AOo6/Aioi
AUTHORt Alekseyev, A.A.
TITLE: Three-phase power supply systems of' electric resistance welding
machines
PEMODICAL: Referativnyy zhurnal. Metallurgiya, no-3, 1961 3P, abstract 3E216
("Sb.~rabot po,vopr. alektromekhan., no.3", Moscow-Uningrad-, AN
SSSRj 196o, 290 - 297)
TEM, A comparison.is made-of electric three-phase power supply systems
of'electrii6r-resiatance welding machines. The~system,using the.stored kinetic
energy In rotating flywheel masses can be considered a~'the most efficient power
supply system of high~-power electric resistanze welding machines.
Yu. 0.
[Abstracter's note: Complete translation.,1.
Card 1/1

--AL~,KSEMV A A
Power supply for electric welding equipment. Trudy LPI no.216:
149-153 161. (MIRA 14:11)
(Electric welding-Equipment and supplies)

GLUKHAVCV., Vikolay Pamenovich; BOGDAVOV, Valentin Nikolayevich;
. __,AA1~EM]L_311VTj_A. A. -prof.# reteenzentj KOCHERGIV, K.A.p kand.
---------------
telchn. naulcp red.; ONISHCHENKO,, R.N., red. izd-va; $3HONOVSKIY,
N.Z.., red. i7.d-va; PETERS014, M.M., tekhn. red.
[Welding metals with high-frsquency beating)Svarka metallov
pri vysokochastotnom nagreve. Moskvap Mashgiz 1962 189 P*
~MIRLA i5:11)
(Metals-Welding) (Induction heating)

SARAFANOVr S.G, 9 kand. tekbn; nauk; TAZIBA, S.M.; TEMWYEVI Yu.Ya.;
FEDER, Ye-S.; ALEKSEYEV, A.A. prof., nauchnyy red.; PEUMYO,
-7
Mop red, iid- a,'-VO5-ET9Xfir L.V., tekhn. red.
(Electrib welding equipment and automation of weldizg opera-
tions ih the construction industr.V]Elektrosvarochnoe oborudo-
vaniG I O~tnatizatsiia s'varochnykh rabot v stroitelistve.
Pod red. SA.Sarafanova. Leningrad# Goostroiizdat, 1962. 350 p.
HA 16: 1)
(Electric Jelding) (MI,
06h~~Istion itdustry-Electric equipment)

AECCESSION NO. A-1-bulil-6-1
Ar-mOTI. -Aeks(-N,eN,, A. -A., Goncharov, A. M.
1J. A marking
:i tin xt 7 -irl;' rPxat)id and non-
iiq- thin dl-UTTIS for
Card 1/2

1",41,60
,kSSOCIATIGN. None
Blyl; 11 E D

Card 2/2

SVF, CODE, DP

AIEKSEYEV, A.A.
Probablility model of a multilinear signal counter. Kibernetika
no.2:90-97 Mr-Ap 165. (MIRA 18: 5)

S/118/60/000/010/004/008
A161/AO26
AUTHORS: Alekseyev A B Davidan, R. I., Mordukhovich, B. Z., Engineers
TITLE: Automation of the Finishing Train of a "650" Rolling Mill
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1960, No. 10, PP-15-20
TEXT: Automation of a 11650" heavy bar mill has been started in the merchant
bar shop of Nizhne-Tagiltskiy metallurgicheskiy kombinat imeni V. I. Lenina
(Nizhniy Tagil Metallurgical Combine imeni V. I. Lenin). The first step is the
described automatic control system for the finishing train of the mill, developed
by the combine's central laboratoryand rolling shop engineers, The finishing
train consists of a drag feed, a roll-table, a link-chain support, one nonreversirg
two-high stand, a scale breaker and a band doubler. The control system consists
of contact type P3-100 relays (RE-100), relay contactors KI-21 (KP-21), path and
limit switches, control push-buttons and universal switches. It is said to be
comparatively simple and cheap, and raising the mill output. The automated part
of the mill is illustrated by a diagram (Fig. 1) When the band end comes out of
the stand (1) Uie cams of the drag feed, making two work steps, move to the middle
of the run-out roll table and stop in seats designed to protect them from blows of
Card 113

s/118/6o/boo/olo/oWbo8
A161/AO26
Automation of the Finishing Train of a "650" Rolling Mill
metal bands moving gn both sides of them. After the whole band-is on the run-out
roll table, the camd move it to the free roll table (5) which 4moves it-into the
automated finishing stand (7) from the hot-saw side. If the roll tables behind
the stand are occupied, the next band coming from the stand (1) is pushed to the
field between the tables (3) and(5). If bands buckle (which happens with the
first bands being rolled after replacement of the mill rolls), the drag feed
switches on only after the entire band is on the transverse table, and moves it
without stopping to the free table in front of the stand (7). When no metal is
between the rolls, they rotate with idle-run velocity. When strip approaches, the
rolls accelerate to gripping velocity, the scale breaker switches on, and-ftf
required by the rolled profile) the link-chain support turns the band by 90 0. The
link-chain support is a washer with mobile rollers inside, which grip tAie band
when it enters the washer. At the moment when the rolls grip the band, the link-
chain support rollers release it, the rolls accelerate further, and thd front roll
table at the stand switches off and the rear roll table is decelerated. When the
band is delivered out of the finishing stand rolls, the doubler operates and the
front table moves the next band into the stand. When a stack of two or three
bands, or one band, is collected on the rear table, the rolled metal is moved away
Card 24

ALEMI~L,--A.D,_
Tekhnicheskoe snariazhenis samoletov poliarnykh ekspeditsii. (Int Yosdushnyo
Puti -severa. Moskva, 1933, P. 425-436, illus.)
Title tr.t Techniwd equipment of aircraft in arctic expeditions.
TL532.V6 1933
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
ConWess, 1955

AI&SMEV, t,. J) -
"On Sovj'et Flyers," Krasnaya Zvezda, Moscow, 15 July 1947.
TI No 70941

AT-V"BYXV, A. _-b I
.
In the Leningrad aerotwitice club. lkyl.rod. 4 no-10:17 0 153.
(MM 6:10)
(Aeronautics--Study and teaching)

Y A
AID P - 4571
Subject USSR/Aeronautics - training
Card 1/1 Pub. 135 - 5/23
Author : Alekseyev, A. D., Col., Pilot Class I
Title : Flying by alternate instruments
Periodical : Vest. vozd. flota, 2, -30*
~0~ F 1956
Ap
Abstract : The author describes the methods of piloting the air-
craft by aLternate instruments and stresses that every
pilot mui~'(.- be able to pilot an aircraft by alternate
instminents in adverse weather conditions. The article
is oZ some informative-value.
Institution None
Submitted No late

Subject t MR/Aeronautias - training AID P - 5326
Card 1/1 Pub. 1-15 - 5/24
Author : Alekseyevq A. D.p Col., Hero of the Sovist Union
Title : Some problems in the training of pilots !or all-weather flights
ft%-iodical : Ve5t. vozd. flota, 32, 21-26l D 1956
,abstract i The article deals with some problems frced in all-weather flights.
Particular attention is paid to the oincept *minimum weather* under
which takeoffs,, landing approaches rnd landings can ati.3-1 be carried
out. One diagram. The article me,,.,ita attention.
Inp.titution : None
Submitted : No date

ALFJ(SEYEv, A.D.
SizIgUlar Integral equation on a clas-8 R contour. Trudy Mat.
inst. AN Gruz. SSR 27t275-291 160* (MIRA 150)
(Integral equationa)

89718
B/020/61/136/003/001/027
C Ill / 0 333
AUTHORs Alekseyev, A. n-
TITLE-s-A-S-i-ng:lar Integral Equation on aContour of Class R
PERIODICALs Doklady Akademii nauk SSSR, 1961, Vol. 136p No- 31
pp. 525-528
TEXTs Let L be a simple reotificable curve x a x(s), y = Y(s),
0:!~slil, where a is the arc length, I the length of the ourve,,In
every point of the curVe the left as well as the right tangent is
assumed to exist (in the eventual end points only one of them).
The unit vector of the left (right) tangent in every point of L is
assumed to be the left (right) limit value of the unit vectors of
the tangents in the points of the set E, where E C-[O'lJ , Meg E: - 1,
is the set of the points of L with unique tangent. Curves L with
the above properties are denoted as curves of the class R. Let CP
be the smaller of the two nonnegative angles which are formed by the
positive directions of the right and left tangents in the point
a of L.
Theorem 1% Let (3,\ 0 be an arbitrary number. The set of the joints
of the curve L of the class R, in which cps-'s is finite.
Card 1/ 4

89718
S/020/61/136/003/001/027
C 111/ 0 333
A Singular Integral Equation on a Contour of Class R
Corollaryi The set of the joints of a curve of class R is at most
denumerable.
Theorem 2t For two arbitrary points 8't s" of L R, which is
assumed to possess no ousps, it holds r(B" S11 ) M 6, (S"s"),
where 6' is the length of the smallest are of L with the ends st
and all, 0 < m < 1, and r is the length of the secant.
On L 6 R the author considers the singular integral equation
(1) a(t)cf(t) + b(t) dr - f (t)
iri
L
and the Riemann problem connected with it, with the boundary
condition
(2) (f)-r(t) - G(t) ~-(t) + g(t) -
He atates that all the results concerning (1) and (2) obtained in
(Ref. 8, 9) remain valid for L eR, if the coefficients satisfy the
Card 2/4

89718
B/020/61/136/003/001/027
C ill/ C 333
A Singular Integral Equation on a Contour of Class R
H61der conditions. Moreover, (1) is considered on L e RI if a(t)'
b(t~j f(t) satisfy the Hblder condition on L, a(t.) t b(t) / 0,
a(t / 0 on L, and if a solution of (1) is defined as a function
which satisfies (1) in all the points of L. The solution is sought
in the form
(3) T(t) - Y1(t) +
whers 'Pl(t) satisfies the H61der condition on L, while ~(t) is
equal to zero everywhere eventually except the joints.
Theorem 3: Between the solutions (3) of (1) and the solutions
vanishing at infinity of the Riemann problem with the boundary
condition
(4) (V(t) - a(t~ - b(t) 0-(t) + f(t)
a(t) + b(t) a(t) + b(t)
on L there exists a one-to-one correspondences If (3) is the solution
of (1), then
(z) = TZ-i
Card 3/4 L

89718
S/020/61/136/003/001/027
C 111/ C 333
A Singular Integral Equation on a Contour of Class R
satisfies the conditon (4), where ~ (ooQ 0; conversely, if
$t (z) is a solution of M such that q)- (oo) = 0, then the
function
(5) YM - Yj W + b(t) [1 - t!L~t t)
a(t) 7r
where (pi(t) 4+(t) - 0-(t), is a solution of (1) with the form
The author thanks F. D. Gakhov, Professor for the guidance.
There are 11 references: 10 Soviet and 1 Austrian.
ASSOCIATIONt Rostovskiy - na - Donu gosudarstvennyy universitet
(Rostov-na-Donu State University)
PRESENTED. August 22, 1960, by P, Ya. Koohina, Academician
SUBMITTEDt August 11, 1960
Card 4/4

L 16727-63 EPA(b)/EW(I)/BDS AFFTC/ASD Pd-4
S/324/63/000/004/014/064
AUTHOR: Al~kseyev,$ L. D., and Glukhova, V6 I*
TITLE: Study of hydromonitoring. jg_t_jLydth initial diameter from 51 to 102, mm
PERIODICAL: Referativnyy zhurnal~ Mekhanikas no* 4., 1963, 69, abstract 413467
(Tr. Tsentr. n.-i. gornorazved. in-ta, no. 49, 1962, 58-81.)
TEXT: Results are.adduced of'the experimental studies conducted by the TS141GRI
from 1958 11959, with vater-monitoring jets vrith an initial diameter from 51 to 102
nza. In the tests, we used the MV-250 monitor equipped with a aet of nozzles,' haring
diameters of 51., 63, 76, 89 and 102-=.---'jhe tests were-conducted atwater pressures
at-the inlet-to-thie nozzle ranging Trom 20 up,to 120 m of water col. and at d 'istances
from the'section of the watier-monitorls nozzle to the target amounting to 3, 5, 7.5,
10, 12-5., 15 aiid 20 meters.
The tests shcnved that the I act force--of- a-jet--from-the -hydraull"br4tor
-imp@ - ------
-increases -as Ahe -diaoetd~_bf_ thki 'nozzle and'the water pressure at the inlet to,,the
nozzles Mth increased distance from the-nozzle's section to the target, the im-
pact force of the jet increases in the sector from 0 to 5 m, remains almost unchang-
ed Tor the sector for 5 to 10 m; and'begina to decline at an increase In-distance
above 10 m., i.e. the maximum impact force of the Jet occurs within the limits of its
Card 1/2
.7

L 16727-63
S/124/63/000/004/014/064
Study of hydromonitoring ....
already partially perturbed part..,.The-distancelcorresponding to the maximixt impact-
:-.force of-the jet depends on the Jetts diameter and on the initial water pressure&
Studies were conducted,of the dependence of the diameter of the compactlpart
of the jet upon the nozzle's diameter and the initial pressure in the jet. It was
revealed tl~%t the mean specific pressure of the jet for all nozzles increases itith,
increase in head to a certain minimum value, whereupon at subsequent increase in
head, the pressure win remain consf-ant or will start to drop. It is shown that
even a slight deterioration in machining the Inside nozzle surface substantially
loveng Oap to 30-35%) the quality of the jet, 1=ering Its effectiveness. YU.
lashkov.
[Abstracterts note: Complete translatinn.3
Card ?/2

RUCHKO, B.F., inzh.; GOLIDSHTEYN, M.Ya., inzh.; ZHIZL-OV, N.I., kand.
tekhn. nauk.; ALEKSEYEV, A.D., inzh.
Using powered supports in a steeply pitching seam with a
diagonal stope. Ugoll Ukr. 9 no.12:9-13 D 165.
(MIRA 19:1)
1. Dongiprouglemash (for Ruchko, Golldshtayn). 2. Donetokiy
politekhnicheskiy institut (for Zhizlov, AlekBeyev).

AIAMYEV, A.F.
On the biology andeporadic occurrence of Capella media Lathm. in
Oka River bottomlands [with 3nglish summary in insert]. Zool.
zhxti..35 no.9:1422 S 156. (MLHA 9:12)
1. lafedra zoologii pozvonochnykh Moskovskogo gosudaretvennogo uni-
versiteta imeni M.V.Lomonosova.
'06 Valley-Snipes) -

ALUBMV BORISENKO, A.P.; GLIKSON, Y.L; GROMOVA, N.Y.; KMOTSIATA,
A.I.; NOVIKOVA, N.N.; OVCHAROVA, A.I.; KHVOYNIK, P.I.; CRURAKOV, V.P.;
MASTITKO. V.K.; GEORGITIV, Te.S.. red.: SEEILODKRUT, V.A., red.;
LIVCHM, K.Y., red.1 LEKANOVA, I.S., takhn.red.
M-ices on 'the world capitalistic market; a handbook] TSeny Miro-
vogo kapitalistichaskogo rynka; spravochnik. Koskya, Vneshtorgisdat.
1958. 391 P. (KIRA 12:7)
1. Noscow. Nauchno-iseledovatellakly konlytinkturun institut,
(Prices)

XAMOSKIY, Tu.N.;. PCLTANIN. D.T.; MWZHINMaT, Te.A.; IVANOVJ.D.;
Yu,A.; KOSTTUMIIN, D.I.; ' r X 11 , A.N.; IVMOVs LS#,#
FINOGIMOT, V.P.; ZXMATOV, M.I.;- SOLOMKIN. ~R.G,; WSMSININs VJ*-,
BOGDANOV, O.S.; SWTA, L.T.; 'GONCHAROV, A.N.-, It 1 0 G. I.;
MUBSKIT, U.S.% PUCHIKs Te.P.; SEROVA, L.V.; KAMSKIT, N.N.;
SABILINIKOV, L.Y.; FZDOROV, B.A.; GERCHIKOVA, I.N.; XARAVAYAV, A,P,;
KARPOV, L.N.; SHIPOTO Tu.P.; VLADIMIUKIT, L.A.; KUTSENKOV, A.A.;
RYABININA, I.D.; ANANITEV, P.G.; ROGOV, V.V.; BELOSHAKIN, D.X.;
"Iyu IMULYUKOV, A.M.; PAIWINOV, A.Ya.; SHIRROV, VOY,; *96-STWO
ALFA- SHIL 'V.1.: CHURAKOV, V.P.; BORISMO, A,P.; ISM. V.T.;
OnOTA, N.Y., red,; GORTUNOVA, V.P.,red.; BELOSHAMN, D.E., red.*;
GZORGITST, Te.S.jrea.; KOSARET, Ts.A.. red.;. KOSTTUKHIN, D.I., red.;
MATOROV., B.V., red.; PATIKIN, M,S., red.; PICHUGIN, B.M., red.;
PMTANIN, D.V,j red.; SOLOIKIN, R.G.j red,; IWIMOT, I.S., red,;
XMN, P,, red,; SMIMOV, G., tekhn.red.
[3conomy of capitalist countries in 19371 Zkonomika kepitalisti-
cbeakikh strah V 1957 godu. Pod red. N,,V.Orlova, IU.N.Kapelinakogo
i V.P.Goriunova.- Moskva, Izd-vo sotsiallno--ekon.lit-ry, 1958e
686 p. (MIRA 12:2)
1. Moscow. Nauchno-issledovatellekiy kon"yanXturnyy institut.
I (Economic conditions) I

---
AIXKSMV . A. 2.
Materials on bird migration in the environs of Kursk. Biul.)qDIP.
Otd.biol. 64 n0.1:29-35 Ja-F 159. NIRA 12:7)
(Kursk Province-lDirde-Migration)

ALSIMMOU.,-AlIke
~an Gri or' eviob GANL4YRYp Boris Anitriyevich; MARKE-
ye ;M
iT Vt r Vrr
LOV9 Vaoiliy Vasil vy a j 3 OLOVp D.Vv inzh.p nauahnyy red.;
GORDMVf P.A.9 red. izd-va; ABRAMOVAq V.M.9 tekhr,. red.
[Indngtrial -installation of I Arge .4waaaaambled aLactric equipment
at inAn trial auterprises] 1!r,7j.montazh-a1ektrooborudo-
vaniia promyshlenny3ch 4u%W[priiatii. Hoakvaq Gos. izA-vo -!it-ry -po
stroit.p arkhit. i atroit. materialamp 1961 123 P. '(MIRA 14:6)
(Electric apparatus and appli:nces)

.-ALEKSEMp A.-G.; BAYUSIHM~ S.N.; MARKELOV~ V.V.; NEBFSNYYj A.D,j SOKOLOV,
D-.T.p-i~zh.j red.; VOLNYANSKIr, A.K., glav. red.; TARAN, V.D., red.;
SEMRENNIKOV, S.S., red.; MIKHOIDV, K.A., red.; STAROVEROV, I.G.,
red.j VOIDDIN, V.Ye... red.; NIKOIAYEVSKIY, Ye.Ya., red.; CHEKHOV-
SKAYAq T.P.) red. izd-va; BOROVNEV, N.K., tekhn. red.
[Concise manual on electric wiring operations] Kratkii spravochnik
proizvoditelia elektromontazhrqkh rabot. Pod red. D.V.Sokolova.
Moskva, Gos, izd-vo lit-ry po stroit., arkhit. i stroit. materialam,
1961. 3U P, (MIRA 14:10)
1. Moscow. Gosudarstvennyy proyektW institut Tyazhpromelektro-
proyekt. (Electric viring-Handbooks, manuals,, etc.)

,1 0
~leks;andr Grigorlyevich; ZHIVOV, M.S., red.
[organization and economics of electricnl equipment instal-
lation operations] Organizatsiia i ekononika elektromon-
tazlmogo proizvodstva. Yoskva, Izd-vo "Energiia," 1964. 149 p.
(NIRA 17:7)

ALEKSEM, A.G., inzh.
Technical servicing and repair of construction equipment in the
United States. Ylekh. stroi. 20 rxo.6:23-26 je 163. (MIRA 16*.5)
(Urdted States-Construction equ~pment-Maintenance and repair)

-AWj2jgxEV k.G. 0 inzh.
Ventilation of mine workings on the scraper level in a system
of induced block caving. Izv. vys. ucheb. zave., gorg zhvx,
5 no.3.t68-73"62. (MIRA 15:7)
1. Moskovbkiy gornyy institut. Rekomendovana kafedroy
ventilyatsil i tokhnikJ. bozopasnosti Moskovskogo Sornogo
instituta.
(Mine ventilation)

AIEKSE M A*G., inzh.
Standardization of ther amount of poison gases in blasting products
formed in large-scale blasting and mining work. Izv. heb.
zavo; gor# zhure no. 4:70-76 t61. W(IWO
1. Moskovskly gornyy institut imeni I.V.Stalina. Rekomendovana
kafedroy rudnichnoy ventilyatsli i tekhnM bezopasnosti
Moskovskogo gornogo instituta.
(Blasting) (GasevvkspVomiating and poisonous) (mine ventilation)

Chemistry ASS Aug 48
"tallization
"CrystallAzati., Of Oytop3amio Nuclelo Acids in,
Gu'nea-pig LGuOOOYtes," A. G. Aleksayer, sukhmi.
Biol Sta, Acad mod Soi UM$ 4 pp
"Dok Ak Nauk Sm" Vol LX1, No
Confirms existence of anabolites (granules
:818ting mInly of PlalmiO nucleic acid) in con
gulrIoa-p,g 1OU0007tes.
24 Aam -v

of Sciences
lbalane, prizei
cli
~'!TQXP*titioa for I. I. Maebaikov Prize"3
taiAk Nauk SSM- Vol LVI, No 2
m 1~2 vorks submitted in 1948 Nbcbnikov'j?riz6
-6ilitiom vero: A. G. Alekseyev's "Moerpho
~j*uiologlcal and Zxperimental abservations on
11~~l Blood Elements in Nammls. Genesis mo:e the
4iicd~pphage" and "Observations on Clinical Hmmtol-~
Clinical Value of Zoeinophils," A..Ya.
V:1 chuk I s "A Filtered Fam of Pale Spirocbetes,
oil
T**
Gromaehevski;y and. G. X. Tayndrakh's
ific gpldemiolog7, B. I. letysbev's "e4itiou
52Agr
Acad=7 of Scleaces (Contd)
on "Etiolo&,n "Spidemiology,"
Kbf lv=ka
laxisand Preventive Measures and
ction of Cut4meous Lelab-'asia'" Oh. D.`
ovekeqa's 7metional ?arasitblogyn amd.-
Stimuli of.Infe,ction'and Site of
Of Chlemqdozoa,"
Okettts iae In, the System
G. K. Kkwu hcbov a "Role of Blood LemcoWtenl
Healing wounds
!52/49TT-~
W
HT

ALVXSNM, A.G., student IV karea.
MWAOMAW,
The importance of intermediate medical personnel in the ears of
patients with diseases of the oral cavity. Med. seBtra no.11;1)-13
N 133. (MLRL 90)
1. Moskovskly seditsinekiy BtomatologiOmekly inatitut.
(MOUTH-DISMASES) (NURSES AND NURSING)

21(9) SOV/89-7-2-8/24
AUTHORSt Alekseyevq A. G-t Gashqvj M. A., Dondysh, D.. 4., Malyshev,
I. F., Matora, I. M., Mironov,.Ye. S., Monoszonj N. A., Neme-
nov,.L. M., Pirogovskiy, V.V., Romanov, N. A.-,.$trql,ltsov,
N. S., Fedorov, N. D.
TITLE; A 1.20-Meter Cyclotron With a Magnetic Pole Diamet-er (Tsiklo-
tron a diametrom polyusov magnita 120 cm)
PERIODICAL: Atomnaya energiya, 1959, Vol 7, Nr 2, PP 148 158..(IJSS.R)
ABSTRACTs The device wa6 developed in the Nauchno-issledovatells.kiy
institut elektrofizic 'he8koy apparatury (Scientific Res.earch
Institute for Electro-physical Apparatus) in collaboration
with the Institut ato.mnoy energii AN SSSR (Institute for
Atomic Energy of the AS' USSR). The electro-magnet was desigr~ed
by N. N. Indyukov, Ye. 1. Bezgachev, A. V. Klimov under the
guidance of B. V. Rozhdestvenskiy and B. Ye. Gritskov (pigs
1 and 2 are cross sections of the electro-magnet). The radial
field force was measured,in such,a-way-that.the error in the
center of the field was less than 0.01% of the force of the
field. The error at the measurement of the azimuthal inhomo-
Card 1/4 geneity of the field was less than 0.007% of the field force

A 1.20-Meter Cyclotron With a Magnetic Pole Diameter SOV/89-7-2-8/24
in the center of the field. The position of the magnetic
plane was determined by the magnetic scale developed by V. V.
Pirogovskiy. Por the correction of the magnetic field inside
rings and discs were used, which are installed between the
poles of the magnet and the lids of the vacuum chambers (sec-
tional views are given). The measurements, the construction
method and the assembly of the resonance conductor and of the
duants are described-in detail (there are sectional views). The
acceleration chamber and the resonance conductor (there is a
detailed sketch) were constructed by A. I. Alyablyev, I. F.
Zhakov, N. N. Rumyantsev under the supervision of B. I. Pro-
duvnov. The whole high-frequency installation is shown in a
block diagram and there is a short description of part of it.
The high-frequency section was developed by G. M. Drabkin,
R. V. Vanatevskiy and R. Yu. Protasovskiy under the silper-
vision of A. S. Temkin. The vacuum systems were computed by
Ya. L. Mikheli8'and N. M. Karpenko. The movement of ions-.-
in the ion source and in the central part of the cyclotron
is of special importance at the acceleration. This moverkent
was thoroughly studied by I. M.Metora. He developed a special
Card 2/4 deflector system. The focusing system was computed by Yu. G.