SCIENTIFIC ABSTRACT ALEKSEYEV, I. M. - ALEKSEYEV, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ALEKSEYEV, Ivan Mikhaylovicb; MELINIKOV, Vladimir Petrovich;
L.I.) red-.
[Manual for rural builders] Spra-vocbnik sellskogo stroitelia.
Rostov-na-Donu, Rostovskoe knizhnoe izd-vo~ 1959. 508 p. 1 1-1
(MIRA 17:4)

--T "
-t-. 17 .
Alekson,-~(~v, T. 11. "On Groinek current for an Ircondensable vincoun )Jq--,Jd,"
- haiieti. . ism (Yosk. Fidr-relioratt in-t in. Villyarsa), Vol. XVTI,
1948,p. 91-96 ~ . -1-1
I ;
SO: U-3264 10 AprJ1- 53, (Letopis ?Zhurnal Inykh Statey, No. 4, 1949).

AIZKSIM. I.H.; IVANENKO, V.I.; PUSHCHALOVSKIY, A.A.
e--1 Potential regulator for drainage protection of gas pipes,
Gazoprome Eno.111:34-39 157. (MIRA 10:12)
(Electrolytic corrosion)
(Voltage regulators)

Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12; p 367 (USSR)
AUTHORS: Yefremov, G. V., Alekseyev, 1. P.
TITLE: Coprec#itation of Thal I ium (111) %iith the Hydroxide of Tetra-
valent Manganese [Soosazhdeni~e talliya (III) gidrooki-ciyu
chetyrekhvalentnogo margantsz
PERIODICAL: Uch, zap. LGU, 1957, Nr 211, pp 87-91
ABSTRACT: MnSO 4 is added to a solution of T13+ (if-the concentration of
T1 is greater than 1X/ml, a ten-fold amount of MnS04 will
suffice, whereas at smaller TI concentrations the amount of MnS04
is increased to 80-100 times), followed by 10 drops of 30 percent
H202. solution; under constant stirring a ZN solution of NaOH is
added dropwise until a methyl orange indicator shows that neutrali-
zation is reached; &-nd then in ~.ufficlcnt quantity t-,
precipitate the Mn and T1. The solution is heated to a tempera-
ture of 700 in order to disperse the colloidal suspension of HZMnO3
formed and to obtain a clear solution. Three hours Inter the pre-
cipitate is filtered out, transferred into a beaker and dissolved by
Card 1/2 a few drops of HCI and HZO;, , The solution is then evaporated in

137-1957-i2,25519
Co- sedimentation of Thallium (III) by the Hydroxide .(cont,
bL hot water bath almost to drypess, in order to remove excess
Hz0z and 5 ml of 6 N HC1 are added to it, followed by " ml
of a 10 percent NaNO 3, After 2-3 minutes a reddish-orange
coloration appears and is made to disappear by a two-fold dilution
of the solution with water, One ml of saturated urea solution i!:
added, diluted to, 100 ml, which is followed by an addition of 40
drops of O.Z percent solution of methyl-violet. Complete removal
of TI from the solution, the total volume of C6146 being 25 ml,
is accomplished in *three successive extractio 'ns. Intensity of the
C6H6 coloring was measured on -a photometer of FM type,
equipped with an Nr 3 filter. TI content is determined on a
previously. constructed calibration curve. The presence of Sb
interferes with the determination of T1.
Kh.Sh,
1. ThAllium-Precipitation 2. Hydroxide of tetravalent
manganese-Applications
Card 2/2

VIKTOROVJ, I.!.; LEBEDEV, V.A., inzh.; KOVALISKIY, M.B.; ALZLIM Ell,
MINKINP V.R.; SHISHELIN, K.A.
Stabilization of loose soils of embankment foundations by
constructing sand drains. Transp.stroi. 15 no.10:37-39
0 165. (MIRA 18:12)
1. Rakoiroditell laboratorii Vsei3oyiiznogo nauchno-issledoNmtell-
skogo instituta transportnogo stroitellstva Ministerstva
transportnogo stroitel'stva (for Viktorov). 2. GIavnyy inzh.
tresta Kandalakahtranestroy (for Kovallskly). 3. Glavnyy inzh.
proyekta. Leningradskogo gosudarstvennogo proyektno-iZysk-atel'-
skogo instituta Gosudarstvenn 'ogo proizvodstvennogo komiteta po
transportnomu. stroitel'stvu SSSR (for Minkin).

-Kiekseyev
TRAVBRSAL OF HIGH ENERGY ~ .448SONS THROUGH THICK LAYERS
I. S. Alekseyev, G. T. Zatsepin
1. The absorption of cosmic ray A -mason flux was calculated by solving
a kinetic equation which takes into consideration the fluctuations in the
energy losses of high energy -4 -masons.
2. An integral A -meson energy spactrum at sea level was obtaned by
comparing calculated and experimentRl data for -mson rock absorption.
It was found, taking.account of fluctuations, that the mason -flux Intensity,
with err-rgy E 1012 ev, drops by a factor of 1.5 as compares with the results
otrtained:~gnoring fluctuations.
3. the large effective cross section for the process of direct pair
production, in principl.e, makes it possible to measure the energy of individuals
-mesons, with an energy of E 1012 ev, by means of multilayer
ionization chambers separated by lead.
Report presented at the International Cosmic Ray Conference, Moscowl 6-13, July 1959

S/058/161/000/'blO/025/100
A601/A101
AUTHORSt _L1 ~S., Zatsepin, G.T.
TITLEs High-energy -mesons
PERIODICAL: Referativnyy zhurnal. Fizika, no. 10, 1961, 98, abstract 1OB517
("Tr. Mezhdunar.,konfprentsii po.,kosmich. lucham,.1959, v-.1", Mos-
c.ow,.AN SSSR,1 1960, ~26 - 329)
Mr., The energy spectrum of A-mesons is determined by solving the equa-
tion-of meson diffusion in ground-j~. The problem is investigated on the mechanism
Df production of high-energy(e-,40 2ev).X -mesons, To determine the energy
-losiB es of /,,-meson&, the,following processes are-considered: ionization, brems-~
strahlung, generation of'eleotron pairs, production of.penstr4ting.showers as.a-
result of interactlonof the meson electro-magnetio field with nucleons,. Inte..
gra,l"Ad-spqotrum.of/4 -mesens.is,oalculated at various assumptions as to the ef-
fective cross section of photoproduction of penetrating showers. Possibilities
of istudying-produotion processes of high-energy ~_mesons:are briefly discussed.
(Abstracter's note~:*Complete translation] L. Dorman
Gard, 1e1

ALEKSEYEV, I.S., gornyy inzh.
Quenching spontaneous heating of coal in blocks by means of
injecting a lime mixture into them. Ugoll 39 no.10:46-48
0 164. (MIRA 17:12)
1. Vootochnyy nauchno-issledovatellskiy institut po bazopasnosti
rabot, v gornoy promyshlennosti.

_A . AX#-Wr-'
L,affO
I Road maintenance sections are self-supporting. Avt. dor. 28
no.2:10 F 165. (MIRA MO

h,,;vKOL1CS1GXOT. F.K*,. redaktor; PIMCHENKO,
tekhniche~ia 'A'if r
[Innovators and inventors of Grow petroleum refineries] Ratsionali-
zatory i izobretatell obwedineniia "Grozneftesavody.0 [Groznyi]Groz-
nenskoe kn-vo. 1955.81 p. [Micro'filml (KT41A lot4)
(Groznyy-Petroleum engineering)

-1van Va_,;U'eYviK~1-,
KURACIIINSKIY, Ieonid Ivanovich; GOWBOVSKIT. Vasiliy Vasilleyvich-,
ALMMY, Iran Vasillyevich; FIMPIMOK, T.G., redaktor;
f-MOTCHM", V,.W.;"1t1h1Fe1Pftkt"daktor
[Petroleum worker's manual on the reduction of losses in petroleum
and its products) Pamiatka neftianika po sokrashcherLiiu poterl
nefti i ea produktoy. [Groznyi] Chachano-Ingushokoe knizhnoe izd-vo,
1957. 50 P. (MLRA 10:9)
(Petroleum industry)

AlEKSEYEV., 1. V.
ffVisual After-Images in the Light of the Teachings of 1. P. Pavlov."
Cand Ped Sci,, Ioningrad State U., leningradj, 1953. (MBiol, No 69 Nov 54)
Survey of Scientific and Teabn1cal Dissertations Defended at USSR Higher
Educational Institutions (3-1)
SO: -'Xiu- No- 521Y i`-JuW55

WNW,

IJSSR/Hu= and Animal I'hysiology (Normal and Pathological). T-2
Metabolism* Nitrogen Metabolismo
Abs Jour : Ref Zhur - Biol., No 16, 1958) 74541
Author : Yefimochkina) Ye.F;, Ottesen, B.V., Alekseyev., I.V.,
Bichin., L.P.
Inst : -
Title : Investi(ption of Metabolism of Ammonium Citrate., Glycin and
DL of Glutamic Acid, of Labeled N15, in Normal and B6-,,vi-
taminosis Rats,
Orig Pub : Vopr. meds khimii) 1957) 3, No 6, 44o-45o.
Abstract : No abstracts
Card 1/1

GORKIN, V.A.; OTTISIN, B.V.; AUMSEUV, IOVO
Automatic apparatus for the uninterrupted registration of the optical
dersity of aqueous solutions of certain biologically important sub-
stances in the ultraviolet part of the spectrum. Vop.med.khim. 5
no-5073-376 B-0 159. (MIRA 13t2)
1. Institute of Bioiagical and Medical Chemistry. the U*S*S.Re Academy
of Medical Sciences, Moscow.
(CHEMISTRY$ AlUTTICAL equip. & supply)

BIGHIN, L.P.; ALFIXEYEV,, I.V.
Simplified deviao for mass spectrometric microdetermination
of stablo ivotopes. Vop. mod. khim. 7 no./+:/,,37-4.!+l Jl--Ag
t6l. (14IRA 15:3)
1. lAtboratory for Development of Biophysical Research Methods..
Institute of Biological and Medical Ghemistry, Academy of
Medical Sciences of the U.S.S.R.Y Moscow.
(MASS SPECTRO1,7TRY-EEQUIPV= AID SUPPLIES)
(ISOTOFES)

ALEKSEYEV I.V.- POLYAKOV, V.P.; AVAKYAN, A.A.
. 1 1. ~, P
Simple themostatic device for the SF-4 spectrophotometer.
Vop. med. khim. 9 no.1:89-92 Ja-F 163. (MIRA 17:6)
1. Institut biologicheskoy i meditsinskoy khimii AMN SSSRp
Moskva.

V. TIRIFONOVA, 'h.!,.; FARNA,A, A-V.
VDOVINA R.G.; ALFK I(,
Synthesis of
a pyr~dljre aralog of amphenone. 318
no.11:2607.-20'09 N 165. (MIRA 13:12,
1. Irstitut biologichaskoy i meditsinskay khinr~'.-T t-:24 I-ES"ll.
Moskva. Submitted September 17, 1963.

ALI I.Ye.
Determining pilotographic magnitudes of stars in the region
Of open atelUr clusters NGG7788 and NCU7790. Soob. GAISH
no.12401-35 162. (MIRA 16:7)
(Stars-YApitudes)

CHIKLEYEV, S.; PAVWVSKIY, M. (Kemerovskaya obi.); BOCHKOV, A.; MARITION91,
I.; ZOLOTENKOV, V. (Yakutakaya AS.SR); KOZIOBEYE71, A. (Bazarnc-
Karabulanskiy rayon, Saratovskaya obl.); VOLKOV. I.; BESEDIN, S.
(Omsk); NOVIKOV, P.; GRINW, V.; SOLOPENKOV, P.; ALFJMEY.ULK.;
TOLKOV, I. (Rostovskaya obl.); KOSTENKO, P.- NOVIKOV A.,
instruktor profilak-biki (Shumerlya, Chuvashskaya ASSR,
Reader's letters. Pozh. delo 9 no.11:30-31 N 163.
(KRA 17 t 1)
1. Nachallnik pozharnoy okhrany Klinskogo kombinata, Klin,
Moskovskaya, obl. (for Chikleyev). 2. Vneshtatnyy pozharnyy
inspektor, predsedatell Simferopollskogo rayonnogo komiteta.
Dobrovollnogo obshchestva sodeystviya armii, aviatsii i flotia
(for Alekseyev). 3. Nachallnik otdola Gosudarstvennogo pozhaimogo
nadzora, Sverdlovsk (for Kostenko).

AIJXSEYEVq K. Cand. Tech. Scio
"Winter Operation of Turbojet Engineao" Grazhdwwkaya Aviatsiya, No.12.,
pp. 21-23, 1955
Tmnslation D 52UhB

ALMI.Y.N.V,.- K, , k & -tekhuicheakM nauk. V-1
Construction of turbojet engines. Grazhd.av.13 no.5:23-25
K.v 156. (Km 9-.9)
(Airplnnas--Turbojet engines)

ALIMSXM, K.
Briquettes made of gasoline..IUn.tekb. 2 no.8:67-69 Ag I-
12 '39
1 (Gasoline) (MM :7

ALEKSEYEV K. kand.teklm.nauk
I .. -
Wans for improving the efficiency of turbine-propeller engines.
Grazhd.av. 12 no.8:23-25 Ag 155. (MIRA l5tS)
(Aii-planes--Turbine-Propeller engines)

I
~ ALP.-M, F I -
,Y, ~3 - - (M i
KIEV - TELEVISION BROADCASTING
The Kiev television center. Radio no. 8, 1952.
Monthly List of Russian Accessions, Library of Congress. November 1952, MCLASSIFIED.

JJ3 ~A.; VOLISKIY, B.T.; SXOPZNKO, A.I., redaktor; GOLOVCHENKO, G.I.,
.P_q=
thAnheskiy redaktor.
[Regulation and tuning of television sets] Regalirovka i nastroika
televizorov. Kiev, Gos. izd-vo tekhn. lit-ry USSR, 1954. 63 p.
(Television--Receivers and reception) MRA 8:2)

A L E X-6 EYE V
K. A
tw,thuseellaneous TelevirIon studios
Cani
Ibo 333 4/2-4
Authors. Alekseyev, X._A.O,Chief of.Kiev-Television Center
Title cree g oFI;strument- rooms and studios of television centers,
Periodcal I Vast. svyazi 6, pa6 8,. June 1954
-Abstract Results obtained -by the Kiev Television Center in studying the-effect Of
interferences on television images are analyzed. Two methods of proteaUng
television studios against outside interferences are discussed. Since.-~he
feeding circuits are-considered the main channel through which interfeninces
can penetrate it is recommended that television equipment should-be supplied
with power from independent transformers.
institution The Television Centert Kiev
Subrd.tted

ZINSKIT, V., glavVy inshener teletsentra: VOLISKIY, B.,
inzhener teletsentra.
Improving the equipment of television centers. Radio no.12:11-12
11 '55 - OCERA 9: 4)
I.Nachallnik Xiyevskogo teletsentra (for Alekseyev).
(Television--Apparatus and supplies)

,I - - - -,N -, , .), I ; ~ ~ -..N ~
-- -- -- - - -- - - - - -
w
!Tjt ]IYNV K. (Kiyev)
The television center in Bucharest. Radio no.10:45 0 157.
(MIRA 10:10)
(Buchareat--Television stations)

AMSIGINF,.-Konstantin, Alaksayevich:-ZHIZHIN, Alekeey Mikhaylovich;
a : -6
MAWANOVA, *. , rid. AI'GOLITA, 0., tekhn.rad.
[Television receivers and'their tuning] Telavizionnye priamniki
I ikh nastroika. Stalino, Stalinskoe obl.izd-vo, 1958. 81 p.
(MIRA 13:2)
(Television-Receivers and reception)

Alekseyev, K. CAjqjcs~e~K.Oj. inzh.
-,., N
The development ?f television broadcasting. Hauka i zhyttia 8
no.11:24-29 11 58.
(Television broadcasting)

6(6)
SOV111-59-5-7/32
AUTHOR: Alekseyev, K.A,, Chief
-------------------------
TITLE: Experience in the Operation of the Kiyev Television
Center
PERIODICAL: Vestnik svyazi, 1959, Nr 5, PP 5 - 7 (USSR)
ABSTRACT: The Kiyev TV Center began its operation seven years
agoiand a considerable amount of e3Terience has been
obtained in the meantime. For maintenance purposes$
a file card system is used. The cards indicate the
type of maintenance to be performed, the tools to
be used, safety instructions and 'the qualifications
required for mechanics performing the work. Llainten-
ance work is performed in shifts* Completed mainten-
ance operations are recorded in a log. Equipment
failing during operation is repaired by a repair
crew which also performs preventive repairs accor-
ding to a schedule. During the operation of the TV
center, experience was obtained concerning quality
Card 1/3 measurements of the equipment. Graphs were established

SOV/111-59-5-7/32
Experience in the Operation of the Kiyev Television Center
which call fot 70 different measurements at different
times. Here also a file card system is used showing
the measuring circuits and containing the required
instructions. Anothe.-6 card system provides by-pass
circuits in case of equipment failure, containing
the type and required sequence of switching opera-
tions. As a rule, the operatinG personnol on duty
must memorize the contents of these cards, which
is a part of the training program. This system re-
duedd the out-of-operation periods of the TV trans-
mitter from 3 minutes in 1956, to 1.42 in 1957 and
0.81 minutes in 1958 Per 100 hours of operation.
Since the operation of the TV center began, the
employees submitted more than 860 suggestions for
improvement, of which around 670 were used. New
equipment is constantly being introduced at the
Card 213 TV center. For example, units producing special

SOV/111-59-5-7/32
Experienc.'e in the Operation of the Kiyev Television Center
effects were introduced, the first in the USSR. The
motion picture projector was built on the basis of
the projector "Ukrainall. The power factor of the
ultrashort wave transmitter was increased to 0.82
and that of the equipment/utudio network to 0.9.
The steps taken at the TV center, concerning pro-
ductivity increase and reduction of operational
expenses. lowered the cost of one broadcastinG hour
by 32 'ij' in 1958 compared to the 1954 level. An im-
portant factor is the training of technical personnel
and an exchange of experience with other TV centers.
The workers of the different shifts are capable of
performing several duties, thus there is an inter-
changeability of operating personnel. There are 4
photographs.
ASSOCIATION: Kiyevskiy teletsentr (Kiyev TV Center)
Card 3/3

,Auoz&-,v, gmstantin Alejesyeviobj
tokbaeredi.
6MVIUMMv Yudy lymovish;
LJO OMNI 14001
[operation of Us lie* Television Opyt sksplvatateii
Mrskogo tolovisionnoge tPoutrac,"?X6,01=19 Goselsdo" 3itmz7
iropromm'eviad i raftop 1960,m 31 y. (K!A 24T
(ILOT-.-Tolevision stati

AT.RKSHYM to Y, ; ORELITAIDMO, Tudy Ivanovich;
XV Konstantin- ekE
I I . . . . . .F.-Aft-YENKO, L,, tekhn.red,
KK-R,- 6,71w( a 0
[EquLpment of television centers] Gborudovsnie televizionnykh
teentrov. Kiev, Gus.izd-vo takhn.lit-ry USSR . 1960. 213 p.
(MIRA 14:3)
(Television stations)

ALEKSEYEV, Konstantin Aleksoyevich[Aleksieievp K.0-1,- ININCHUNOVAp
L.I.J., tekhn. red,,
(Tuning and adjustment of television receivers] Nastroika i
reguliuvannia televizoriv. Kyiv., Derzh. vyd-vo, tekhn. Ut-ry
MR$ 1961. 149 P. (MIRA 150)
(Television-Receivers and redeption)

ALEKMSV) Konstantin Alekse]Tyich; MICHUNOVA., O.A., red. izd-va;
t;OM-.re-a.
(Tuning and adjustment of television receivers]Nastroika i
regulirovka. televizorov. Kiev, Gostekhizdat USSR) 19612).
p
157 P. (MIRA 15:11)
(Television--Maintenance and repair)

I
SAVANCHUK, V.A.., inzh.,_AWSEYF
.AY.,-L.A,,-jnzh#
Video telephone. Vest. aviazi 22 no.4313-14 Ap 062.
(NIRA 15:4)
(Telephone)
-T ,
;'. ;,-t

ALEKSEYEV.-Konstantin Alskoerevich; ORLOV, Aleksandr Ivanovich;
SAVANCHUK, Vladimir Alaksandrovich (Savanchuk, V.0.1;
PBARENKO, M.G., red.; (Pysarenko, M.H.], red.;
STARODUB, T.O., takbn. red.
(Manual for rural telecommunication workers] Posibnyk sill-
skoho zv.liazkivtsia. Vyd. 2., parer. ta. dop. Kyiv, Derzh-
tekhvydav URSR, 1962. 438 p. NiRA 16:4)
(Telecommunication-Handbooks, manuals, ate.)
(Electric engineering-Handbooks, manuals, ate.)

ALEKSEYEV, K.A.
The television center of Kiev has won the right to be called a
"Collective of communist labor." Vest. sviazi 23 no-5:27-29
Nr 163. (14IIIA 17:4)
1. Nachallnik Kiyevskogo telovizidnnogo tsentra.

ALEMLr3TV,, K.A.y inzh.1 SAVANCHUK,, V.A., inzh.
--I N~4fA;~~~
Central control room of the Kiev televiaion center. Vast.
oviazi 23 no.6:14-16 Je 163. (MIRA 16:8)
1. V

ALE&SEYEV, K.A.
Volunteer design bureau in the televiaion center of Kiev. Vest.
sviazi 24 no.7:30-31 Jl 164. (MM 17:9)
1. Nachallnik Kiyevskogo televizionnogo tsentra.

ALEKSBYELK.A.; BUROVA, L.L.
P.-operti--s of manganin resistance manomet-arso Trady Inst.Kom.3tand.
mar i Imopr1b. noo75336-43 164. (MIRA 3.8 & 1)
I., Vaesoyuznyy nauchno-Issledovatellskiy institut fiziko.-takhni-
choskikh i radiotekhnicheskikh izmereniy.

ALEKSEYEV K.A.; ATAOV, YU.A.; BUROVA,
New me*.hod for artificial aging of manganin manomete-.,,,. Trudy -':.ns*,,
Komeatandomer i lzmaprib. no.75:44-14.6 164. (IURA I&I)
1. Vsesoyuznyy rjauchno-isaledovatel'skly Insbitut fiz.1ko-talchn!-
cheskikh i radIvt-ekIuiichesktkh izmeren-iy.

ALUS-EYEV, K~A.-~ BUROVA, L.L.; IVAITOVA, Ye.m,
................ 71 1
Effect rf high-temperature pulsed annealing on the stability of
readings and otber cbaractoristics of manganin manomelx~fr.;. Trady
inst.Xoin.stand.mer i izm.j)rib. no.75'47--50 164. (MIRA :Lq,,J.)
1. V.-;osoyuznyy nauchno-issledovatellskly InstiLut
chaskikh i radloteklinicheskikh Imerenly.

ALEKSF,Y-r,V K. A.
z-;._ ~--
Temperatu t cond-itions i-n t'la c:hambar O-r a mangantn mrcmter
during i s callbra'tton. Trudy Anst.,Komotand,ingr -1. i.?-m.prJb.
noo75%51...54 164,, (MIRA l8sl)
1. Vses0Yuzr*lY nauclmr-lasledovatellakty Inatitult, flzikc-tekhni-
cheahikh I radictekhrif-ebesM kh Nzm-araniy,

ALEKSEYEV~ K.A.; BORZUNOV, V.A.; SEMIN, V.P.; SEKOYAN, S.S.
Units and parts of high-pressure equipment. Trudy inst.Kom.stand.
. mer i izm.prib. no.753151-159 164. (MIRA 18s1)
1. Vsesoyuznyy nauchno-issledovateliskiy institut fiziko-tekhni-
cheskikh i radiotekhnicheskikh izmereniy.

A009SSION M I
787AM-
.

TITLIs Dependence or the wAltin teaperaturo of solenimm an the press=*

WVMl FISMA tvastato ~elaa To 7# me 61p 1900 1787-
174

TOPIO TAGes -selenlums mwltlm points pressure dependence, UVeraturs, ammetmement _-;~I

ABBTPMI the autbor lavesUpted -the, presem dependence of-the melting tago

5 awUmd: wbich made It possible to ob In presav"
of selaultu byan lateriml b"t ta
Up to 141,ODD W=~'.
ft* so tIng po was deteralued by measuring 11&e electric
resistivity# Us thenmi liars ia,the -thermi efrect. The teVeratures we" ISO&
'
~-
with tbormcoWlex# and allowance was made for the effect or the pressur* on Uw
readicge of the tb9j.=ooiVl9o,, The results: or the amsuremants were compared with
'
earlier work by*$* 2, Babb -(
" , - T- 37P 922, l9Q)# ublob womimade
4 Mmm- P*
i
lower PreSn"& "A , ,:
a agme withim the lwtn of erroro~
tV"
OrU* art* b"S 42' L ffta"
777

6 -
- -1 - - - -- - - ----
AIZKSEYEV, K., kancl.tekhngnauk.
v. 1; 1
Operation of turbojet engines in winter. Grazhd. av. 12 no.12:21-23
I D '55. (MIRA 11:6)
(Airplanes--Turbojbt engines)

POFKOT, Solomon Llvovich; GERASIMOV, K.M., inEh., retse-azent; KOZHEUROV,
Ye. I., kand. tekhn. uauk, * retsenzent: A;XSF=,-JC.R., Amud. tekhu.
nauk, red.; FATROVA$ I.Ao, red. izd-va; ROZHIN, T.Poq tekhn. red.
[Principles of.the.electric drive servomechanism] Osnovy sledia-
shchego elaktroprivoda. Izd.2., perer. i dop. Moskva, Goo. izd-vo
obor. prouqshl. . 1958. 362 p. (MIRA 11t8)
(Servomoohanisme)

85079
S/14V60/000/009/003/007
B&VB13 5
AUTHORS*. leksay&x.~ and VoskrosenskJy, V_V.
of Technical Sciences)
TITLE: Increasing the Accuracy of Stabilizing Systems
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromakhanika,.1960, No. 9, pp 62-72
TEXTs: A frequently occurring practical problem is that of
maintaining or altering the position of a massive object mounted on
a vibrating support. wDirect stabilization is of limited use when
the moment of inertia of the object is large, Indirect means are
usually inacen-r-a-t-5-Mt the present proposals give better results.
The basic concepts are due to Academician V,,S. Kulebakin.
Fig. 1 shows the main features of a stabilized platform with an
electrohydraulic actuator. The pick-offs measure absolute angle (1) V~
and absolute velocity (3). The control valve 4 controls the flow
of oil to the torque motor 5. The vibration input to the support
is represented by %(t) = amax -sin oo t, where amax is the
amplitude and -r2b the circular frequency of oscillation. The
operation form of the complete system equation is )-IP
Card 1/~

85079
S/144/60/000/009/003/007
EOI+1/El3 5
Increasing the Accuracy of Stabilizing Systems
M (p) + lop am. = I ( To - p + 1) p P
c ko
where MO is the stabilizing torqu,99 Io the moment of inertia
about the axis of rotation, F = l/ko is the coefficient of
viscous friction in the relative motiong p is the angular
displacement relative to the base. Fig. 2 is &block diagram of
the control system. The advantage of the hydraulic actuator is Its/
low inertia and friction. The error transfer function is
E(P) = 9(p) (bop4 + blp3 + b2p2 + b3P + b0p
m(P) ao.p5 + al-P1+ + a2-P3 + a3p2 + aj+p + a5,
It will be seen from the values of the a's and b's that the
inertia and drive torques have asImIlar influence on the choice of
the poles in the transfer function but have different effects on
the choice of zeros. The ac-~turacy of stabilization depends on the
value of a,5. A, simplified form of Eq. (5), negle3ting T andg
is: Card 215

050 719
5/144/60/000/009/003/007
ROWS135
Increasing the Accuracy of Stabilizing Systems
R(P) = Ta, )p2 + p (6)
TO-Ti-P + (To + Tl)p2 + (1 + VK)p + K
where K = a5 and F is the ratio of the angle and velocity
pick-off sensitivities. If the denominator of Eq. (6) is put in
the Vyshnegradskiy form of Eq. (8) then A = 2.5~ B = 3 for
quick dampin of the transient with no overshoot. If it is assumed
that for the open loop is
VP 2 T the transfer function
1 9f of K~
q.( 7~. The maximum attainable value with 300 phase
E
margin may be.found from-Eq.(18). Fig. 3 shows both K and we,
the cut-off circular frequency) versus To. As To increases
tic reaches an asymptotic value of 60 sea-1. The fall-off in
gain as To falls shows the difficulty of accurately stabilizing
a low-inertia object. Fig. 4 shows the dependence between the
amplitude of the characteristic of the error transfer function,
Eq. (6), and the ratio of the moments of inertia of drive and
object for 41 = 1 see-1. As the ratio increases the dependence of
stabilization error upon it becomes less. When 4..3 -,~ 5 see--L the
Card 315

85079
8/14V60/000/009/003/007
EO)+l/El35
Increasing the Accuracy of Stabilizing Systems
effect Isdifferent, as evidenced by Fig~ 5, where frequency is
the independent'. variable and four values of ratio are taken.
Fig. 6 shows how an additional feed, through Wx(p), of the input
disturbance could avoid stabilization error. The modified transfer
function is
E) (p) TV-Tlp3 + (T~L + Tl)p2 + p Kkl WI(p)
H(P) = CL(P) ToTlp3 + (To + Tl)p2 + + pK) + K (23)
The denominator is,the same as before. The condition for zero
error is
TrFTjp3 + (Tj~j + Tj)p2 + pp(Tr,,.p + 1)(Tlp + 1)
WNP) = , -- ( COO
ko-k'l ko-kl
This condition is difficult to satisfy because: 1) there is no
perfect differentiating circuit; 2) the system constantBappearing
in the expression are :Ln fact slow varlables. Exper.1ments have
been carried out, howeverg using
Card. 4/5

,75079
S/144/60/000/009/003/007
EOWE135
Increasing the Accuracy of Stabilizing Systems
we N(p) ka-P (2-5)
T 2p 2 + 2_- ~_, T - p + 1
Fig. 7 shows the resulting error function for three values of k%.
Fig. 8 shows oscillograms of stabilization error with (6), and
without W$ the additional correction. It is shown that for a
sinusoidal disturbance of the support the simple form of correction
can be adequately designed.
There are 8 figures-and 5-Soviet references.
ASSOCIATIONs Moskovskiy s,tanko-ins.trumentallnyy institut
Moscow Institute- of Machine Tools and Instruments)
N
lekseyev,-X.B.)
Nauchnyy sotrudnik, Vsesoyuznyy elaktrotekhnicheskiy
Card 515 institut (All Union Electrical Engineering Institute)
(Vo skre s ens_k_-1--y_;-VV_.VT-.T-
SUBMITTED% April 9, 196o

h)
aA.
rnl r, 1
A A2

L 2 357,-
te qt,,(Jr-r~-
A?!,:-: C,F CCNTElrr`~ r i red',
Zoreword
I In an
0~ a s 7~
Section 3. Princinles of building and study-inr con~rcl s,.,Flems
r ' 7' I,p -n
r 4 4

5 C L" W
T T F. e n r; I - n e f- o r n ii p n r
R C F T
~n zhenp T-nv *v zh urn a I, v
If)71T(' TAGS Inarne Ili c tor(jue s atellitc, or', n t a
I T

U 13 CnDE sv

Fig. I . Orbital geometry
~~Is I'M E
Fig. C-ordinate systain
CarJ 3/4

W5?1 WMI
cys.;ION
a r
.4
. . . . . . . . . .
y)iC LwLrRE 0 2
c 0 m e r
4 cu r r
n e, tic coila"
t ro d v a r a 'L

PETROV, B.N., akaderdk,, otv. red.; ALEKSEEYEV, K.B.p red.
[Adaptive control systems] Samonastraivaiushrhiesia si-
stanq. Moskvap ilauka, 1964. 290 p. (MIRA 18:8)
1. InternationalFederation of Automat.1c Control.

Al-USEYE11. K. G. Cand. Tecli. Sci.
Dissertation: "Rational Type of Flax-Processing Factory Based on I-low Methods for
Primary Flax Troatment." Moscow Textile Inst, /+ Jul 47.
SO: Vechernvaygi Moskva, Jul, 1947 (Project #17836)

ALEKSETEN) K. G.
LOOMS
Up-to-date, automatic looms At-100 and ATK-100. Tekst. prom.' 12 no. 6, 1952.
Monthly Listff Russian Accessions, Library of Congress, October 1952. UNCLASSIFIED.

ALEKS-EfEV, K. G.
"An Investigation of the Process of Forming the Cotton Fabric of
Linen Interweaving." Dr Tech Soi, Moscow Textile Inst, 16 Dee 51+.
(VM, 3 Dee 54)
Survey ofScientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

ALICISE SOKOLOV, S.I., retsonsent; SOKOLOVA, V.Tu., rodaktor;
401~0-10 %"Zo xu'jLQ0' L.Ya.. tekhnicheskiy radaktor
[Design and maintenance of warp winding machines in the cotton
industx7] Ustroistvo i oboluzhivania oanovomotallrqih mashin khlop-
chatobumazhnogo proizvodetva. lzd. 2-e ispr. Moskva. Good nauchno-
tekhn. izd-v6 Ministerstva promyshlennykh tovarov ohirokogo potre-
bloniiri SSER. 1954. 107 a (MLRA 8t4)
(Cotton machineW

ALSKSEYEV,K.G., kandidAt tekhnichookikh nauk
I New developments in weAving machinery. Tekst.prom.15 no.10:63-
. 66 0 155. (MLRA 8:12)
(Looms)

AIM V. K.G., kandidat tekhnioheskikh nauke
-
Causes for the formation of read marks. Taket. prom. 17 no.4:32-34
AP '57. (NLRA 10:4)
(weaving)

ALEKSIIY3[V. K.G., kand...takhn. nauk.
Type of high speed looms. Tekst. prom. 17 no.8:29-31 Ag 157.
(Looms) . (MLRk 1019)

ALIM --K.G.; 2HIVOV, K.I.; TOPILIN, A.P.; LTUBIMOVA, N.S.i kand.
tekhn.fieuk. red.; SHIMILIOVICH. Yu.B., red.; SOOUIROV, V.S.,
takhn.red.
[Basic characteristics of the nev AT-100-5. ATK-100-H and
AT-120-3 looms] 09novnye osobennosti novykh avtow ticheakikh
tkatsk-ikh stankov B-100-5, ATK-100-K i AT-120-5. Hoskva,
Biuro taklm.inforroteii legkoi promyahl., 1958. 44 p.
(MIRA 13:12)
1. Moscov. Vsesovuznays promyshlenn ya vystavka. Pavillon
"Khlopok.H.
(Loomis)

ALIKSITV. Konstantin Grigorlyevicb, ; NAUMOV, V.A.,retsenzent. ; AKSINOVA,
tekhn.red.
[Inveotigatinq the process of the making of cotton fabric with
a linen weavej Iseledovanis protsessa fomirovaniis kblopchato-
bumashnot tiani polotnianogo perepleteniia. Moakva, Gog. nauchno-
tekhn. izd-vo lit-z7 po legkoi promysbl 1958. 144 D. (MIRA 11:12)
(Cotton weavingi,

,41=ZM Gt, kand. tekhn. nauk
,.- .. I
Zxtenoive modernization of weaving equipment. Tekst. prom. 19
no.11:35-39 N 159. (NIRA 13:2)
(IOOMS)

ALEKSYMEVY K.G.
Methndolcgy for cetermining the parameters of tbe forming process
of linen weave cotton fabrics by the parameters of their structure,
Plaucb,-issl.trudy ISNIIKHBI 160 [publ. 1621t88-101. (MIRA 18:2)

ALSKSZMV K.G kand.takhn.nauk
Determining the wave height of the warp aM waft curve
in fabrice. Tekst.prom. 22 no.10:41-44 0 1620 (IOU 15:11)
1. Zaveduyushchiy laboratoriyey proyektirovaniya
tkatskikh atankov TSentrallnogo nauohno-issledovatellskogo
instituta khlopchatobumazhnoy promyshlennosti.
(Weaving)

ALLPKSMYEV,, K.G.., kand.takhn.nauk
Experimental checking of the calculations of warp tension and of
the stresses in the filling by the parameters of the fabric
structure. Tekst.prom. 22 no.lls40-42 N 162. (MIRk 15:11)
1. Zaveduyushchiy laboratoriyeye proyektirovaniya tkatskogo
stahka TSentrallnogo nauchno-issledovatellsko~o institute
khl6pahatobumazhnoy promyshlennosti (TSNIKN
(Weaving)

ALESSEYEV, K.G., kand.tekhn.nauk
Experimental testing of-the tension of the varp and strains in
the waft in the manufacture of fabrics with~-various pick
parameters., Tekst.,prom. 22 no.12234-37 D 162. (mIRA 16:1)
1-Zaveduyushchirlaboraturtm -proyektirovantya. tkatskogo
btanka TSentrallnogo, nauchno-isoledovateliskogo instituta
khlopchatobumazhnoy, prom*-lennosti.
(Weaving)

ALUSEYEV, Rona tantla_qjigoK~ ~vlc~; LYUBIVOV, N.S., kand. tekhn.
'---------n-a-ul-,-r-e-fs-enzent; MENISIOINA, V.A., red.
[Working principles and maintenance of the warping
machines for cotton manufacture] Ustroistvo i obsluzhi--
vanie snovalInykh ruashir khlopchatobumar-'iogo proizvod-
stva. Izd.2., perer. Moskva, Izd-vo "Legkaia industriia,"
1964. 179 p. (MIRA .17:8)

S/123/61/000/001/001/015
AOO5/AOOl
Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1961, No. 1, pp. 3-4,
# 1A20
AUTHOR: Alekseyev, K. I.
TITLE: Certain Problems in the Methods of Planning of Specialization and
Cooperation in the District Profile Exemplified for Mechanical
Engineering
PERIODICAL: V sb.: "Spetsializatsiya I kooperirovaniye prom-sti". Moscow,
Gosplanizdat, 1960, pp. 234-252
TECT: It is suggested to plan the specialization and cooperation in 3
stages: 1) separately for each enterprise; 2) for the economical administrative
district; 3) for the large-scale economical district, the Union republic and the
Soviet Union. The specialization characteristics are the following: the techno-
logical uniformity of the product output; its characteristic with respect to the
uniformity degree of the structural shapes, the materials, and the precision; the
features of machining applied favoring the introduction of an advanced technology,
the increase in labor efficiency and decrease of the production cost. Prior to
developing the plan, the present state of specializathn and cooperation must be
Card 173

S/123/61/000/001/001/015
A005/AO01
Certain Problems in the Methods of Planning of Specialization and Coo56ration in
the District Profile Exemplified for Mechanical Engineering
investigated in the economical district under consideration, the branch structure
of the industry and mechanical engineering, the status of the district in the all-
union division of labor and the conformity of the industry structure with the
necessities of the district. Moreover, the correspondence must be ascertained of
the shop structure and the equipment composition to the adopted enterprise special-
ization, and the state of the preparing shops. The conclusion stages are the
following: the elucidation of the state of detailed specialization in the district,
the development of the nomenclature of the technologically uniform assemblies of
the general mechanical engineering, the study of the balance of production and
requirement of components and blanks, the study of the main production communica-
tions and their improvement possibilities. When developing in detail the special-
ization, the sovnarkhozes must take into account the profitableness of the pro-
duotion and must not tend under any conditions, to develop for themselves the
production of the majority of assemblies and components of general mechanical
engineering. The district complex of specialized productions must embrace 3
groups of enterprises: 1) plants producing ready-made machines or special
assemblies, components and intermediate products; 2) plants serving to the
Card 2/3

S/123/61/000/001/001/015
A005/AO01
Certain Problems in the Methods of Planning of Specialization and Cooperation in
the District Profile Exemplified for Mechanical Engineering
technical preparation of production (preparation of tools, patterns, dies) 3)
plants serving to the auxiliary functions of mechanical engineering works (produc-
tion of spare parts, containers, eto.). Such a planning of the specialization
will favor the further improvement of production and its automation. Examples are
given from the experience of the sovnarkhozes of the Ural. - There are 4 tables.
A. Kokhtev
Translator's note: This is the full translation of the original Russian abstract.
Card 3/3

K,L
'.11 cf
20

ALM 1.0. CRIDY, 0.1.; SAVANCHUK, Y.O.; PISARINKO, H., redaktor;
-! ~pv- takhnicheskiy radaktor
LKanual for rural communication workers] Posibnik sillelkoho
zvliazkivtoia. Kyiv, Dersh.vyd-vo tekhn.lit-ry URSR, 1956. 350 P.
(Telecommunications) (HIRA 10.7)

---
ALZME-iEv, I'- q.
"An 'pparatus for Determining the Pressure of Ground I-,-at--r ori the Fllacir4; of
a tunnel," Gidr,)tekh. Stroi., No 12, 1249.

ALEKSTM., K. V.
"Gidrotekh Stroi" No 10, pp 22
Describes procedure for feed and discharge tunnels.
Operations conducted in 2-stages using mortar pumps
of C-210A of Sokolov-Sokolovskiy syst with produc-
tive capacity of 4-6 cu m/hr. Secondary pumping
used to eliminate gap caused by contraction of
mortar after initial pumping. Contraction amounted
to 2.2% for mortar on pozzuolana cement and to 3.4%
for mixts on Portland cement.
1EM58

1=SEY---',V-J1 -N. V-*
USSR/Engineering Hydraulic Engineering, Dams Mar 51
"Erection of a Dam by Loading Morainic Rocks Into Water," A. F. Vasillyev, K. V.
Alekseyev., Engineers
IlGidrotekh Stroill No 3., Pp 11-13
New Method is based onself-packing capacity of morainic grounds in water. Gross
section of dam. is divided along its height into several levels 3 - 4 m each. In the
course of filling, 6ach level is surTounded by- small embankment and water is Dumped
into pit creating a pond 2 - 3 m deep. This pond is filled out with morainic rocks.
The method) decreasing cost of 1 cu m. of moraine in the body of dam by 75%, permits
execution of work during rains and in winter at temps up to -15 to - 200C, using
just a small addnl amt of labor for removing ice frvm the pond suriface.-
PA 197143

4
1, MY.~-,T V., tng.
2. USSR (600)
4. Plaster
7. New setting inhibitor for plaster solutions. Stroitel'stvo No. 1p 1953.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, uncl.

AF,
AID F 3208
Subject USSR/Hydraulio Engineering
Card 1/1 Pub. 35 - 12/19
Author : Alekseyev, K. V. Eng.
Title : On using lap butt-welded parts
Periodical t Gidr. stroi.,, 51, 40-41, 1955
Abstract : The article is a suggestion from a reader of the magazine, disoussing
the advantages and disadvantages of using lap welding of reinforce-
ment parts. A table gives data on tests made with lap-welded parts
on the Gor'kiy Power Development. Two diagrams.
Institution : None
Submitted : No date

Lv, \J, V
Subject
Card 1/1
Author
Title
Periodical
Abstract
AID P - 3382
USSR/Hydr Eng
Pub. 35 - 13/16
: Alekseyev, K. V., Eng.
: Savings in cement by adding clay and dust-size
particles of sand
: Gidr. stroi., 6, 42-43, Je 1955
: The author suggests the addition of very small
ground particles of sand to the most widely used
cement of the 400 type and mentions that at the
Gorlkiy Hydro Power Plant such aggregates are used
with success.
Institution : None
Submitted : No date

AID P - 3997
Subject USSR/Hydr. Eng.
Card 3./l PUP. 35 - 4/18
Author : Alekseyev, K. V., Eng.
Title : Experience with concreting in winter conditions.
Periodical : Gidro..,,,vtroi., 8, 13-16, 1955
Abstract : The concreting done at the Gorlkiy Hydro Power Plant
Construction for 4 years, under very severe winter
conditions is described in detail. Five diagrams.
Institution : None
Submitted : No date

- JiNUMN, K.V., inzhner; - LUKSHMG, Tu,S,, intbenere
concrete vorkin the constraction of the Gorlkiy
Mechanization Of
State Blectrio Power Plant* Mskh-trud. rab. 9 no.2.-5-10 F 155-
(GoMy-Hydroelootric Power station) (miRk 8:4)
(Concrete construction)

A nshener.
ProcessIng 09 structural joints of large-sized blocks. Gidr.
stroi. 26 no.6:11-12 Je 157, (MLRA 10:7)
(Concrete blocks)

A~
ALIKSEY]ff, KOV.9 inzh.
ating of concrete. Gidr.stroi-
Calculating peripheral electric he (MIRA 10:10)
26 no.9.j3-17 S 157.
(Concrete construction)

ALEKSWW, K.Y., inzh.
Measures for preventing crack formation in concrete in con-
structing high-pressure gravitr dams. aidr.stroi. 30 no-It
28-33 Ja l6o. (MIRA 13:5)
(Dams) (Concrete construction)

AT K V. inzh.
The bydraulto concrete of the dam of the Bratak Hydroelectric
Power Station, Gidr, istroi. 33 no,12313-18 D 162*
(MMA 16: 1)
(Bratsk-Hydroelsotric Power Station-Dam)
(Bratak Hydroelectric Power Station-Concrete eon-struction)

AUKSSUV, L., glavnyy luxhaner savoda.
gft~~, ~:..
Rept,iring automobile parts at the Irkutsk automobile repair plant
no.2. Avt.transp. 32 no.2:27-28 Y 154. (mLRA 7:6)
(Irkutsk-Automobile industry) (Automobile industry-Irkutsk)

ALEKSEYEV, L., komandir otdellnoy aviagruppy
The runners of Estonia. Grazhd. av. 21 no. 12:1-2 D 164.
(MIRA M12)

-,5,2
ALXKSBYBVO/t., inzh.
ind. SSSR 28 no.6.-54
Processing line for rimeOug by-products. Mi" (MIRA 11:1)
157.
i. vologodskiy zavod Mvasomolmash. supplies)
(Packinj houses-3cquipment and