SCIENTIFIC ABSTRACT ANDREYEV, Y. - ANDREYEVA, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101520018-3
• 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

,~ ANWIFIVI,yu.
Oncillograph using eighteen transistors. Radic no-8v43-46 Ag 165.
(KRA 180)

S10481621026100610111028
B100102
AMIOR6t Kovrigin, 0. D.,--Androyev, Yu- .' Kartashov, V. Iii., Laty-
shev, G. D., Sychikov, G. I., and Troitskaya, A. G.
TITLE: ~Iultiplicities of the Er 167 nuclear r-transitio newith
energies o-~ 208 and 532 kev I
PZRIODICAL: Akademiya na-A SSSR, Izvestiya. Seriya fizicheskaya, v. 26,
no. a, 1962, 1028 - 1030
P " -;X ",: A Tin target was irradiated with 680-Zv1ev protons and the Tu fraction
separated chromatographically* A P-spectrometer with double focusing was
,ased to study the TuI67 conver,ion electron spectrum-of the Tu fraction.
The lines Lii and Ljjj (Fig. 1) were separated by the spectrometer, the
line LIwas neparated graphically. The ratios of the internal conversion
coorficionts wero dutermined for Z - 60 and E - 208.3 kev (Table). The
2~)6-kev transition is assumed to be of the isomeric type. The'L ii and L
lines 6f the 532-kov transition are very weak. Type El or E2 is ascribed
to the 32-kev transition. There are 2 figures and 1 table.
11
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AIMETEV, Yu.A.
Analysis of a double "T" type filter with a ningle variable
resistor control. glaktrooviazl 14 no.2:5h--r,9 F 160.
04IRA 13:5)
(Electric filters)

s/ 106/6 11000100VOO 1/004
3 7 3 0 (6 Iso A055/A 127
AUTHORS: Andreyev, Yu. A., Kobak, V. 0.
TITU: Properties of the double-T bridge, taking into account tile effect of
the generator and load parameters
PERIODICAL, ElektrosvyazI, no. 7, 1~~I, 3 - 11
TEM'. All previous publications dealing with the properties of the double-Ir
bridge, and takIng into account tile generator impedance and the load, are .11mited
i.o particular cases, The authors of the present article examine the most general
case. After a brief recapitulation of the main formulae of the double-T bridge
when the generator impedance and the load are not taken into account, the author!3
present a general analysis of the loaded bridge. The formulae giving the zero-ba-
lance condition and the tuning frequency u), are the same, here, as in tile case of'
the nonloaded bridge. To determine trannmission factor T, tile author gives tile
f ol lowing f ormula ( 6 - wla)o being the relative detuning, and Y Ile,' the gen-
eralized relative detuning):
Uinp )1) + Z en DID2 ZIr I M. DI?
(DI+D2) i- (I -1-) (5)
T U Y Z Z, Y Z, Y
outp T L)~

V I C616 1/0,00/007/001/00;4
Properties of the double-T bridge... A055/A 1::--(
where: ZT R 1 ( l+ 13j 1 4,N)
D
D2 -n
rt be Ing any po s i t iv e numbe r (0 4 n 4 oo) R 11112 and C ,A7 1 , T he ua I a n ce
ditions of the bridge characteristics are determined, In the general case, by tnp
rclations I
Re T (6) - Re T (a) (6)
Im T (6) - - Im T (7~)
The analysis of the possible ways of connecting the double-T bridges reveals thht..
from the point of view of their use in selective tube (or transistorized) axpll-
111ers, the most interesting connection Is that ~3hown in Fig. 4. In this case, C,,,
represents the transfer capacitance f ram the anode (if ai.'~ibe' Hgen Is detennin,~d-
by the anode load and the internal tube resistance, H, s the input. restatanre
Card 2/7

1/ 106/61/000/007/001/604
Properties of the double-IT bridge... A055/A127
it t~abe, and C, serves only to balance the bridge rha -act erlnt 1 c,,3. The authors
analyze the conditions (relating the parameters of' the Senerator, Of Ole load (UIA
of the bridge) to be satisfied for the symmetry of the amplJl~ude-phasp character-
istics of the circuit of Fig. 4. There are five variants of these conditions.
The most exacting condition is:
RiCl - nRgencgi-n; RICI - 111C1; Rici = R2C2; R02 - 0+01igenRj (8d)
The -.ra-,ismission factor is given by the following expression, whichever of the
five sets of conditions Is satisfied:
rTI
-T, d,
I + iy
Y d2
in the case of conditions (8d):
Card 3/7

21~'53JI S/l06/61/000/007/C)01,/N4
Properties of the double-T bridge ... AOr,5/AI2-1
LY, 2
T T -
m o~+ 9) (p~+ 8+2 o,
d +n) ( 140~) (14 +S) Tm
G~-
d, (1+n.10~
r-
C 3 'TILT
where Rl 0 N. Rl The frequency charaC4.erlstic cf t,,.e bridge, in t~ie get)eral
RI R 2'
case examined by the author, is
-T [I Y 2
4
r?., P-a5e cnarac4~erist.ics are calculated acr-ording to fornila.,
d, - Y
are tg( Y
UsIng (9), it is easy to plot the amplitude-plinse rharacferl,;'Ic of 'Jit, txld~v In
kl~e ('0TIIP'Q,K J)Iftlle. *-.111~3 CharactertA.1c Cons"';ts oi ..q0
Tne Q-fa~,-or of an ft,~ selective system is detenrincd, in tr-~ g,-npial case-, a3 t-,

Properties of' tne double-T bridge... A 0_55/ A 12
_~-,.eepne:is of the frequency characteristic a' the tuning frequi~n.~y. As applied ~-L'
tne case of formula (9), the Q-factor Is-.
(To II
d j
Q =
dY jy.0 dl
Af*,err examining several. particular cases (for instance, 'fie caso of a syniniet.rical
bridge system Rl = R2 - R, C1 - C2 = 0, the authors draw the following conclusions
as 1-o the propertie!3 of ;he double-T bridge, considering the effect of generator
and load parameters. 1) The double-T bridge (in real systems) p~x-,!-t- :iti:.ymmetrical
amplitude-phase characteristIcs only when a dtfinite relal-lonship exllst* t--etween
the paramciers of the generator, of' the load and of the bridge. 2) Symmetrical
ch"tracteristics of the bridge are obtained only if' the load and the generator in-
-Cly resistive or purely :ap~lc~f Ive, or wholl
,.ernal impedance are both either, pui
they are both resistive-capacitive. Any mixed case leads to unavoidable asymmetry.
3) Tne selectivity of a selective amplifier with a double-T bridge is much worse,
at a great detuning, than It. was generally supposed, There are 'I figures and 7
referencesi 4 Soviet-bloc and 3 non-Sovlet.-bloc. The references Io English-lan-
Kjage publications read as follows, Cuwles, The parallel - 7 rezist.8'rice-capacitance
networx Pro,-.IRE, 1952, no. 12; B.,ckley, Parallel-T ne*..work. Nirele,-s Engineer",
(-ftrd 5/7

27.514 S/106/61/000/007/001/004
Properties of the double-T bridge... A055/A127
1956, no. 7; Yosiro Oono, Design of parallel-T resistance-capa-c-,t.ance network.
Proc.IRE; 1955, no. 5.
SU BMI !TED : December 12, 1960
fAbstracter's notc, Ihe following subscl'iPts ztr~., franz,11alcd In !1-,e text and for-
Trallat I (load) s-ands for H; gen (generator) stands for I- or'L..j
Card 6/7

AND'.tEYEV, Yuriy Alek s rind rovich; KOUK, Valeriy Oskarovich;
.14ICTUMV V.I,,, kand. toklin. nauk, retsonzentj AUPI-It'XV;
I - I
M.A... red.; TSAL, R.K.., tekhn. red.
(Double T-shaped bridCos in selective amplifiers],woirWe
T-obraz:Ve mosty v izbiratc1IrW)ch urdlitoli&kh. Lenintrad,
Skidprorj,Iz, 1062. 103 1). 15-9)
Flooti-011-tube) Oiri(lro circlvitl)

C :3*
ANDREYEV, Yu. A.; BESKROVNYY, 1. M.; LATT IIFV, G- D-; CII"RSIN, A- P-
"Mothods of Automatic Observation arid Wa.,;urerwmit of .31x-tra of "wiversion
Electrons in Magnetic Spectrome-ters."
report submItted for All-Union Cotif on Nuclear Spectroscopy, TI)IIJ,,;], 1)4-212
Feb 64.
IYaF, PuN KazSSR (Inot Nwleur Physics, A",

ANDREYEV, Yu. A.; GORBATOV, E. A.; KOBRIGIN) 0. D.; LATYSHEV) G. D.
"Apparatus for the Investigation of Beta-Gamma Coin,~idences with Applica-
tion of a Large Beta Spectrometer with Double Focussing."
report submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 6h.
IYaF All KazSSR (Inst Nuclear Physics, AS KazSSR)

ANDREYEV, Yi,,A.; BELSKROVNYY~ I.I.I.
Effect of electric BhIftIng otj the luminualty of a nagnetir
suectrometer. I,Yv. AN SSSR Ser. riz. 29 no.11172-176
- 1 ~,5- (M.IlUt 18:2)
L

13, 1 i ~~ ".1 t:,,;, 7-. : ;- 1.1; 4, '.' I yl:.'~.; I" ~:;;*Iy, .; j , :, . . . I
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, i M.; -):,( , h. 1. ; lll:~', Y'31"'V, -'l. 1 . ;
~NIDREU,V) YU.I.. ; I I . 1) - . 1 1. ,
Clq"~'DTIIT,
p
Ituto,mittic measurement of convort;ion electron ,ipectra. :.It:
Ser. '~, no.200(-310 F 16~;. C:P!,

1. -.- ! 1- " , - ; - , I I . I ~ , .: . , ~, , --.: ,

L 2720"6 ENT(I)/FWT(M*)/FTC(m)-6 '1M0 VM
ACC NN AM017444 SOURM COM UR/0361/65/0001002M5/
AUTHOR: 'Andrepyl Yu. A..j BeekroyMo 1. M.; Latyahevs G. D. Z-21
ORGi none
TITLEt Methods for automation of physical measurements in magnetic beta-spectrome
SOURCE: AN KazSSR. Izvestiya. SeriyA fiziko-matematicheskikh naukj no. 2j. 1965j,
35-40
TOPIC TAGS: spectrometers automation, magnetic circuits automation equipments
electronic rectifier
ABSTRACT: A brief reii6w of'th advantages of automation Iii spe
,trometers and Inadequacies In currently proposed methods of Imple-'
menting such automation make up a large portloy of this artiole"
,A 'general diagram of anautomated speotrometerPis presentedq along~
'With.some suggestions for the oonstruotlon of various elements,
The article oonoludev with the suggestion that an automated speo-
trometer have two basio oomponents - a universal oontrol blook
I:containing the timing, program# and recording bl6oksj and a block'. '
of
Aspeolally constructed for each type of spectrometer ooneiating
a regulator# a magnetio field stabilizerg and a high voltage reo-
.-tifier or a high voltage bias reotifier. Undoubtedlyl of great-
est value. is the bibliography. of.ourrent works in this areab..
Orig.. art. has:_.1 figur* eL JPRS)
SUB CODE: 090 1~ / SUBM DATE: O90ct64 CRIG REF: 014 OTH REF: 005
Card 1/1 14~h

L '0572 -A7 KT /FWP(v'1/h1T(kVEWF(h)
/VWT (I
007035 SOURCE CODE: UR/0120/6610001001/0190/0191
AUTHOR: Andreyev, Yu. A ; Beskrovn.U , I. M. ; ~~orbat2y,_E.__A.-
ORG- Inotitute of Nuclear IL~icr._AN KazSSR.L~lma-Ata (Institut yadornoy flziki A14
KazS�M-
TITLE: Automatic control of a high-voltage source
I q-
SOURCE: Pribory i tekhnika eksperimenta, no. 1, 1966, 190-191
TOPIC TAGS: automatic control system, power supply, electronic rectifier, voltage
divider/ VS-22 electronic rectifier
ABSTRACT: A controDed high-voltage source based on a standard VS-22 rectifier ir fie-,
scribed. The unit may be used for a,.ttomatixally switching high voltages from -11 toIIII
kv in steps of 20, 40, 100 or 200 v. The modifications made in the VS-22 unit are de-!
scribed. A block diagram of the rectifiev is shown in the figure. A pulse from ill
ternal controlling device (e. g. a timer) moves step switch 4 by one position. Thin
corresponds to a change in the output voltage by the selected step. The next pulse
switches the voltige through still another step etc. A complete revolution ol the
step switch closes contacts which feed the control circuit 6 or- Ue inotor
of the motor switches high-voltage d1vider 3 through one position, This n-itm-vice o!
Card 1/2
UDC: 539.20.070

ANDREYEVV Yu.A.; ASTRAKHANSKIYV I.N.
American pirates on ocean and,vea lanes. Mor.sbor. 41+ no.1:10-16
ja 161. '.I . (MIRA 14:3)
(Freedom of the aeas)
(United States-~-Detenses)
'r /.

ANDREYEVj Yu.A.; ASTRAIMNSKIY, I.N.
Now example of peaceful cooperation. Mor.sbor. 44 no.2:27-32 F
f6l. (MIRA .14:4)
(Hodoida, Yemen-Harbor)-

L 38863-66 gjp(j) /F,,IP (k) 194T (m) /T/B4P(V) IJF(c) RMIRHAr'd
ACC NN AR6oi5914 SOURCE CODE: uR1ooqj1651OOO1O221sc)651so65
AUTHM Killp, Yu. L.; Glizburgp I. L.; Batova, N. I.; Androyevt Yu. Ye.
TITLE: Ultrasoniiweldi4~of products made of thermoplastics J'j
SOURCEt Rof. zh. Khimiya, Abs. 22S390
REF SOURCE: Tr. N.-i. tokhnol. in-tj yyp 8p 1964, 98-102
TOPIC TAGS: thermoplastic material, ultrasonic welding . P0LYqn)11:)r-.5
irpfe4plif, C'MP04Y'?1'0& )
AB-')TRACTt Ultrasonic welding of the following 111tormoplasticq was studied: polyamido
re-An 68, cast capront f brand V, styrene copolymer (SNP-2) polystyrene, hilb-OrtnSth
polystyrene. The study established the feasibility of welding thermoplastics with
ultrasound; the unit UZAP-2 was built for this purpose, and its technical data are
cited. Me unit has an acoustic feedback for the automatic fine tuning of the goner-
ator frequency to the natural frequency of the transducer and for stabilizing the
amplitude of oscillations of the instrument. The welding was carried out at ampli-
tudes of ultrasonic vibrations of 15-25 Pup forces pressing the instrument to the
part of 20-150 kgj and a time of 1.5-6.25 see. The strength of joints made of high-
strength polystyrene was 4 times greater than that of the base material (60 instead
of 15 kg/cm4). A series of data are cited on the strength of weld jointsfi'details of
the process, and design of the instruments. The main advantage of the ultrasonic
welding of plastics is the liberation of the maximum amount of heat in the welding

L 38863-66
ACC NRj ARW5914
0
zone without overheating of th,) remaining mass of the part. A. M. [Translation of
abstract).
SUB CMEs 11 113
-.1-1 - -,1.,-.----. .. ~ , r 1 -3. 'a

ANDREYEV, Yu.F.
Permafrost and its importance in prospecting for tectonid'structures
in the northern part of West Siberia. Trudy VNIGRI no-158:191-218
160, (MIFLA 14:3)
(Siberial western-Frozen ground)

ANDREYEV, Yu.F.; BELORUSOVA, M.M.
Geology of the Taz Peninsula. Trudy VNIGRI no.186:176-20-" *
161. (MIRA 15:3)
(Taz Peninsula-Geology)

ANDREYEV, Yu. F.; BEIPRUSOVA, Z~,. M.
. -_ -1 ------------
Relationship of the cryogenic relief forms to the geology
and geomorphologic structure of the Taz Peninsula. Trudy Inst.
merzI. AN SSSR 19:44-54 162. (MIRA 16:1)
(Taz Peninsula-Landforms)
(Taz Peninsula-Frozen ground)

ANDREYEV, Yu.F.; YAKOVLE;V., 0.14.
Hydrological study of Mesozoic and Cenozoic sediments in the
northwestern part of the West Siberian oil- and gas-bearing province.
Trudy VNIGRI no.225$303-310 263. (MIRA 17:3)

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WJMW
oft

RODICHEV, S.D.; MERKIN..I.B.; MIlOKHOV, H.I.; POPILLO, A.P.; SOLOVIYNV,
N.D.; MOMSHURIN, N.A.; SORKIN, V.B.# mtsenzint;
retsenzent; ANDUM, Yu.I., retsenzent; BRAVTT, Z.A., retsenzent;
SOKOLOVA, V.Yo., rod.; MVEDEV, L.Ta., takhn.red.
(Handbook on the primar7 processing of cotton) 3pravochnik po
pervichnoi obrabotke khlopka. Moskva, Gos.nauchno-takhn.izd-vo
lit-rypo legkoi prom7shl., 1959. 687 P. (MIRA 13 :4)
(Cott9n gins and ginning)

A3MRITIV. Yu. X.
,--, Magmesioarfvedsonitel a new variety of alkali amphibole. Trudy IG31M
no,lOtl2-q2O 157, (MIRA 11:6)
(Arfvedsonite)

AN-DREYETj_ YU.K_; PETROV, V.P.. otv, rod.; MRGASOV, G.G.. red.izd-va;
DOMMIDLk, I.N., tekbn.red.
[Alkali-emphlbolo mineralization in certain Ural serpontino
ma"Bifs] Shcholochno-amfibolovailt m1noralizatfiiia v noj~otorykh
zmeovikovykh mansivakh Urala. Moskva, Izd-vo Akad naul: SSSR,
1959. 101 p. (Akademiia nauk BSSR. Institut goologii rudrkvkh
mostorothdonli, potrVkofit. mineralogii I gookhimii. Trudy.
no-39) (141RA 13:2)
(Ural Mountaine"-Minaralogy)

PETROV, V-P.; ANDUTICV, Tu~K*
Mineralogy of asbestos and the U.S.S.R. amphibole-asbestoe in the
general classification. Trudy IGEM no-31:5-18 '59.
(Asbestos) ' '. 04IRA 12:7)

-,.ANDRffg,-X-U.k.; GODOVIKOV, V.N.
Occurrencen of alkali bornblendes in lower Permian marls of the
Dzhnzkazp,an deponit. Trudy IGEM no-31:112-118 159.
(MIRA 12:7)
(Dzhozkazgan DistrIct-Hornblende)

ANDREYEV, Yu.K.
Genetic types of the deposits of alkali-amphlbole (blue)
asbestos as a basis of prospecting for them. Zakonom. razmo
polezn. iskop. (,1256-291 162. (MIRA 16:6)
1. Institut geologli rudnykh ruestormhdoniy, petrografli,
mineralogli i geokhimii AN SSSR.
(Amphibole) (A.3bestos)

ANDREYEV"Au.s.; VOLGHEK, I.I.; YMUNEM, V.P.; PETROV, V.P.;
--.- TORWdVp P. P.
Asberstom potantial of the U.S.S.R. Zakonom. razm, polem.
iakap. 6:113-152 162. (M RA 16:6)
11. Inatitut geologii rudn kh mestorozhdaniy, petrogr&fii,
5 SSSR i Ministerstvo geologii i
mineralogii i geokhimii A - L
okhrany nedr SSSR. (Asbeatos)

ANDREYEV, Yu.K.
Resources of amphibole asbestos and possibilities of tr.~jr
utilization as fillers. Trudy IGFM no-95:61-70 163. (141RA 16;12)

KIMELINITSKAYA, Ye.L., prof., dokt,or ekon. nauk; VOLKOV, 1-1.Ya.,
kand. ekon. nauk; ijELICHUK, A.I., kand. ekon. nauk; JOiLT)AIISKAYA,
E.N., id. nauchn. sotr.; RENHINSKlY, Ye.A.; PAVLOVA, M.A.,
kand. ekon. nauk; VASILIKOV, N.F., kand. ekon. nauk; ARDAYEV,
G.B., kand. ekon. nauk; VAL'KOV, V.A., kand. ekon. nauk;
TIMASHKOVA, O.K., kand. ekon. nauk; illOREYEV, Yu.K., ml. nauchn.
r ., -'
sotr.; FUSHKIN, A.A., ml. nauchn. sot ; VAS-11JOVA, M.M., kand.
ekon. nauR; KIRSANOV, A.V., kand. ekon. nauk; SHEBANOV, A.N.,
m3. nauchn. sotr.
[Changes in the econondc structure of -~he countries of Western
Europe ]I zmenmita v ekonomicheskoi strukture strim Zapadnoi
Evropy. Vosk-val Naukal 1965. 433 1). (MIRA 18;9)
1. Akademiya nauk SSSR. Institut mirovoy ekonondki i rezhdu-
narodrWkh otnosheniy.

AnRSYNV. Yu.l;.; DZTUBNNKO, H.S.; FROKTISTOT. T.I.s radaktor.
LPhysics in modern madicinaJ Fisika v soyromannoi maditains. (LaningradJ
Madgi-., Leningradekoe otd-nis. 1953. 162 p. (MLRA 7:6)
'Medicine, Phy%iomedical)

r-, C~ A,
..........................................0. . . . . . . . . . . . . . . .
USSR/Chemical TechnoloKv. Dmtcal Prcducts and Their ."Tplication -- Silicates.
Glass. Ceramics. B!.nders, T-9
Abst Journal: Referat Zhur - Khimiya, Vo 2. 195-7, 5157
Autbcr: Andreyev, Yu. N.___
Institutir,n: Academy of Sc-'-.eDces LZSR
Title: ConcerDing Methedological 'Foundations of Current Concepts of Glass
Stiucture
Original
Publication: Sb. Stroyenlye stekla. M.-L.., AN SSSR., 1955.. 283-289
Abstract: An analysis is presented of the crystallite hypothesis and of the
Zachariasen-49arren hypqzthes~'s., from which it follows that the
ci-Istallite hypcithesis :~s the better justified.
Card 1/1

2,5 (6) SOV/115A59-2-16/38
AUTHOR: Andreyev, Yu.N.
TITLE: A Lighter Type of Laboratory Sclerometer (Laboratornyy,
ski erometr oblegchennogo tipa)
PERIODICAI- Izmeritellnaya tekhnika, 1959, Nr 92, p 31 (USSR)
ABSTRACT: A lighter type of laboratory sclerometer has been deve-
loped to measure the hardness of materials - according
to the Shor method - whose dynamic resilience module
does not differ greatly from the static one. The appar-
atus consists of a glass tube with an inner diameter of
10 mm (and height 500 mm), which has 5 mm divisions
marked on it. It is fixed to a tripod, so that its
position may t adljtisted. The sclerometer works by
measuring the -ecoil height of a steel ball weighing
0.5 g. If the ball leaves surface traces, the material
under examination must be tested-with a lighter ball.
Under laboratory conditions, the recoil height from the
surface of good quality material is 8.9 cm, from rejEct
Card 1/E material 4.8 cm, i.e. it is twice as high with good

A Lighter Type of Laboratory Scierometer
S 0 V/ 115 - 59 -42- - 16 113 8
quality as with poor quality matcrial. This knowledge
enables rapid control to be made of' surface quality of
printing - copper and zinc - plates. This sclerometer
is especially suitable for comparativc hardness test-ing
of various glass and metallic substanccs.
Card IVIE:

ANDREYEV, Yu.N.; BUTKOVSKIY, A.G.
Problem InvolvinF opt.1mim control of heat'ng. mcinmve
Trizil,fiz, zhur. 8 no.ls87-92 Ja 165. -18:3)
1. lnst.~tut avtomxttiki 1 tel.emckharilki, mon~vfi,

RUSINCV, L.I. [deceased]; JVDRFYEV, Yu.N.; GOLENETSKIY, S.V.: hISLCV, M.I.:
FII,IMC,N(,V, Yu.1.
Alpha-decay of the isomer B12lOm. Zhur. eksp. i teor. fiz. 4C
ni.4:1007-1015 Ap '(1. (MIRA 14:7)
1. Leningradskiy fiziko-tekhnicheskiy institut AN SSSR.
(Alpha rays) (Bismuth--Decay)

u uumt
ANDREYEV, Yve-1 N UECIA'm
m
C. 14,v
CL41~j
AJI&L

ANDREYEV, Yu.N, ~Moskva)~ BUTKOVSKIY, A,G. (Moskva)
Optimum control of the heating of solid ~,odies. lzv, 1!11
SSSR. Tekh. kib. no.5~,45-54 S-0 '64. ". ~'-TFA " '7 ~ " 2,

.1
ANDROM, Yu.N.; MANDELISHYAM) M.I.
Systematic position of tl.c (:eriua L~ruLdinovina. Paleont. zhur.
no,2:152-154 164. (MIU 17:7)
1. Komplek8naya laboratoriya ri,)fti i ~,&,.-.a TadzMkistana
Vsesoyiiznogo [,eolc,,gorazvadocyroec)
neftyanogo intAltuta.

MANDELIS11TV, M.'-,.,, ANDRETEV.. Yu.N.
lv-,nr~ sBT-us cf ot.Aftes and wup fc,.- further 'rvestigations of
UE, fo,-~v,41s of Elie suborder Podocopina. Vop,, m~kropaleonte
no.8z223-230 164. (MIRA 18%5)
.10Tudzh4ksl~-qya kompleksnaj-a laboraturlya Vsesoyuznogo riauchno.-
4 *!ed v
. %, z:. -~,va4e!3ekogo gco'lcgorazzvedochnugo neftyariogo irstit-ata.

I
SEMIOKHIN, I.A.; PANCIDMOV, G.M.; :;AL1MC;VA, K.I,',.; LNO~Ylxj YU.P.
Isotope exchange botwoon carbon dinxide and its ethanolamine
solutions. Vast. Mosk. un. Ser. 2:Kbim, 19 no.1:35-38 Ja-F 164.
(1-11fiA 17:6)
1. Kafedra fizichoskoy khimA Moskovskogo universiteta.

Al,"AiEY!',7, Yu.i'.;
Fp,"t-ct Of adiit!c)"-(n th6 ~associa,~on u' J-x,j
si lent d sciiii rt7,c, V~~ s t, Mc s k-, Un ~ Se r,
1- Kafedra f17i !he-,.koy khimi! Xoslrovs I~gc,

SWOKHIN, I.A.;-.ANDREYFVp Yu.P.; PANCIIENKOV, G.M.
Separation of oxygen and carbon isotopes in dissociation of CO2
in the silent electrical discharge. Zhur. fiz. khim. 37 no.12:
2782-2783 D 163. (MIRA 17:1)
1. Moskovskiy gosudarstvenn)y universitet imeni Lomonosova.

ANDREYEV, Yu.P.; "INIOUIN, I.A.; PAN(Aii,"NEOV, G.M.; PARAYEV, V.V.
Dit3sociation of ctirbon dAox1dj ir Iho, s1lent electric discharge.
Zbur. fiz. kh3m. 38 no.3.794-797 Mr 164. (MrRA 17:7)
1. MosRcv,1-kiy gc.,3udar!jtvennyv univer.-A tat imoni M.V. Lmonc-sova.

k*REYEV, Yu.P.; SEMIOKHIN, I.A.; PANCHENKOV, G.M.
P.jdistribution of oxygen and carbon isotopes'b~tween carbon
dioxide and the products of its dissociation in a silent
electric discharge. Zhur. fiz. khim. 38 no.4:1032-1035 Ap '64.
(MIRA 17t6)
1. Moskove.k.U gosudarstvennyy universitet imeni M.V. Lomonoaova.
., . T

6691"
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OJYMICY11114, 1,.A.; ANDREYEV, Yu.F.; PANGHPIKOIJI
Dissoc.lation klInetics of" virbon (J'-cxJJf, In ttif- -,Alnnt dificharge.
Zhur. fiz. khim. 38 no.g.,11275-22?8 S 164~ (MIRA 17:12)
1. Moskovqkly pomidArstvennyy un"vorsitet, Arr(,ni Lomcnogova.

i 7
Z, "i
1 0-191
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ANDPI'MI, Yii.P.; SEINIOUIN, I.A.; PANCHF':.~-OV,
EinetJ.-s of Carbon dioYld'? -,, ;!,-. n.,; .n a
.gdlf!nt elactric disrhart-fi. Vest. -k.n. ~'vr. .': hhl`~,~-.I. -'0
iic,.6:24-29 N-D 165. 'k:li!:A 1)
1. Kiifiidra fil-l-lie.3koy khlmil. l,,,:,.,,,r-.li*,~',.~i. ."'oubmitted
Aak,. 1,

S,T,!'! I OKf i I 1,, 1. A.; !NDRf."fF,'I, YiI . P. ; PA' I: C!'JI1,11`07, 'J.!'. ;"'. T.
Dii3socintion kin(stics of carbc)n ~ioxidr in ',be r, it-tit
d3veharge under gas c~rculatior cond!tlons. Zfmr. fiz. khIm. Y4
no. 1090-194 Ja P65 (ml,(A loti )
1. I'lon-kovskiy gosudars tv min yy '.',.V.
Slitnitted .1nmiary 7, 1064.

SEMIOKHlN,, I.A.; ANDREYLVO Yu,Po; PANGHENKOVp G,M.
Oxidation of carbon monoxido in a silent ilectric dinellarge.
Zhur. fiz. khim. 39 lio.912245..,2251 S 16100 (MIRA 18:10)
1. Khi.-Ucheskiy Nkulltet, Moskmkiy Rosudarntvennyy vni-
versitet imBni M*V* Lomonosovu.

A!,'I)Fl,:Y]-:V, Yl;.P.; SF~".110KH"N' I.A.;
Oxidation kinetico of carbon -,. nc,x1a, '.,. a ~-j '-: '~ , ~-
dj.-cljoye. -hur. N.-. kh,i;;.. 1~4 r'c'.11 :.' 511)-. (
Jr:"' ! )
1. 1.'osko\7vkiy gosudurstvennyy i;n,.v(,I-.".-tc" 1,0:11101C."O'la.
Submitted I'Urlist 11 1064.

ACC NR,- AP60322707' SOUNCE CODL: UR/0076/66/0140/009/2145/2149
AUTHOR: Andreyev, Yu. P.; Semiokhin, I. A.; Pwichcnkov, G. M.; Utirov, B. U.
(Moskovskiy gosudarstvennyy
ORG: Moscow State University im. M. V. Loomonosov
universitet)
TITIZ: Oxidation kinetics of carbon monoxide containing additives in a silent
d-i s ch ar ge
SOU13CE: Zhurnal fizicheakoy khimii, Y. 40, no. 9, 1966, 2145-2149
-10PIC TAGS: oxidation kinetics, carbon monoxide, combustion modifier, nitrogen,
arLjn, helium
j,
AaSTRACT: The mechanism of action of nitrogen, argon, and helium additives on the
oxidation of carbon monoxide in a silent discharge has been studied. "Llic experirr&nto
were carried out in a closed circulation systemdescribed earlier (1. A. Semiokiin,
n
Yu. P. Andreyev, G. 14. Panchenkov. 74h. Fiz. khindi, 38, 2076, 1964). The conce tra-
th
tion of the additives varied frN ).8 to 60%, which corresporyls to a change in e
total initial pressure of 315 1 750 mm 11g. 'Ibe initial pressure of the DtoichioMetriC
~n c
;,ixt"rL' Of CO + 1112 02 was the save in all the experiments, viz., 300 MM H9. I
~-,urrent was 38 mmp. A kinetic analyaiEi of the CO oxidation reaction was carried
out using equations for reversible first-order reactions. On the basin of the cxPeri-
rental data and the kinetic analysis, it was cutablished that argon and helium am
Card 112 UDC: 51#l.i24/.l28+5hl-l3

ACC -- NRs-Af'6-032270
inert diluents, while nitrogen is an "energetic catalyst" of the CO oxidation
reaction.
--N2
Ni- + Nz --*- 2,N- i,
Nz' + %- 0* -~ 0 i
N,* + CO. - C%* + Nz.
Orig. art. has. 6 figures and 6 formulas. [VA-68)
50 CODE: 07, 21/ SU13H DATE: 02Apr65/ ORIG REF: 005/
~~r4-2R-

ACC -NR:
ile nitrogen is w, "e'lereetic cat&lyst" Of the CO ox.,da,~-~Or,
-ort diluents, wh 4
re act i cn
Na + V2
1
N +
02 - 01 + 0 + INZ,
N'2' + COi - COz* + N2.
Orig. zart. has: 6 fioares and 6 formulas. [WA-681
SUB CODE': 07, 21/ SUBM DATE: 02Apr65/ ORIG REEF: 005/
Card - 2/2 -

SHLSHLCR; B.A.; ANDREYEV, Yu.S.
Sensitometric light source for testing industrial photographic films.
Zhur.nauch.i prikl.fot. i kin, 5 no.6:"8-449 N-D 160,
(MIRA 1411)
I.Moskovskiy polilraficheskly institut.
(Photography--Filw-.Testing)
'A

ANDRFYEV Yu S.- SHASINLOV, B.A.
- - - - - -) -.-, -0. ~ 0
Opticnl properties of' phr,tusensitive lnyej-3 used in photo
copying processes. Zhur. nauch. I prikl. f'ot. i kin. 10
no.108-46 J&-F 165. (MIRA lAt4)
1. Moskivsl~iy polieraf'[rheskiy institut.

KILESSO, A.I.; FARAMAZYA.N, R.A.; KONONYUK, B.Z.; VARTINSEN, Z.A.;
ANDREYEV, lu.V., SLAVIN, S.V.; RUSETSKIY, S.B.; GLUSFYOV,
V.P., otv. red.; PLISKINA, Te.M., red.; TIKIICMIROVA, S.G.,
tekhn. red.
(The shipbuilding industry of capitalist countries] Sudo-
stroitelInais. promyshlennost' kapitalisticheakikh stran,
Moskva, Izd-vo AN SSSR, 1963. 471 p. (MIRA 16:10)
1. Akade71yn nauk SE-341, Institut mirovoy ekonomiki i meah-
dunarodnykh otnof,~msn4.
(Shipbuilding)

ANDREYEV, Yu.Ya.; BERLIN, G.S.; KOTLYAR, A.A.
Electronic higb-texperature scales. Prib.i tekh.eksp. 6 no-5:157-
159 S-0 161. (MIRA 14:10)
(Weighing instruments)

i'! A, ntaxohly pr(

ANDREYEV-GOLUBEV. Nikolay Ivaw-,.ich; BRUMS, Grigoriy Yefimovich;
-- Y---- - ~ - .
KOLO ea.. red.j LAVIO,OVA, V.D., tekhn. red.
[Comercial operation of the merchant marine] Kommercheskaia
ekspluatateiia rorskogo transporta. Moskva, Izd-vo "Morskoi
transport,n 1961. 229 p. (Shipping) (MIRA 15t4)

SLUTSKIT, H.Te; YAKOVLIW, O.N.; ANDEffIff-RYBAKOT.L.I.; ROKANOVSKIT,
V.P., kandidat teIhnicheek&T"n"I=., IMI,*SON.
Te.M.. Inzhener, redaktor; NIKITIN. P.S., inzhener. redaktor;
SOKOLOVA, L.V., tekhnicheskiy zdaktor.
[Electromagnetic stamping presses] XlektroWnJtnye shtampovo-
chiWe -Teany. Pod obahchat red. V.P. Romax-vsi~ogo. Moskva, Gos.
nnuchnlo-tekhn.izd-vo mashinnstroit.lit-ry. 1955. 21 p.
(Bibliotachka chtampovshchika no.11) [Microfilm] (HLRA 8:10)
Sheet metal work) (Vagnetoolectric machines)

KRYLOV, K., inzh.; ANVUIY~Aj, inzh.
Relationship of the wear of cILrome-plated cylinders to the ro,.-F~Iness
of their surfaces. Grazhd. av. 12 no.7:25-26 ii (miRA 11:6)
(Airplanee-Motors-Cylinders)

ANDRSMA, A. (Riga); RETNIS, V. (Reinis, V.I(Riga)
Concerning the composition of autoclaved cinder concrete. Vestis
Latv ak no.8!47-48 160. (=I lotg)
1. Akademiya nauk Latviyokoy SSR, Institut stroitellstva i
arkhitektur3r.
(concrete)

ANDIL."YLVA) A., inzh,
Faulto in television scanning devices. Radio nu.1:37-39 Ja '61.
(RIUi 14:9)
(Television-hopniring)

ANDREYEVA, A., inzh.
More concerning some general faults
Radio no.2:36-37 F 161.
(Telovision-Receivers
in television receivers.
(MIRA 14.9)
and reception)

ANDRI-IfEVA, A., in7.h.
Faults in the scanninF devices of television re:~eivers. Radio
no.3:51 Mr '61. (MIRA 14:8)
(Television--Receiv(-rs and reception)

ANDREYEVA, A., inzh.; BURUCHMOV, Yu., tokhnik
Redesigning of the "Loch" television rWdbiver for operation with
35LY,2B picture tubes. Radio no-4:33-34 Ap 161. (XIIJU 14:7)
(Television-Receivers and reception)

ANDREYEVA, A., inzh.
MethodoloFy for converting Ve "Ekran" television receiver for
operation on the 35LK2B picture tube. Radio no-7:38-40 J1 '61.
(MIRA 14110)
(Television--Receivers and reception)

ANDREYEVAP A., inzh.
Horizontal sweep stagev in "Zaria-2"p OVolkhov", and, "Sputnik"
television receivers. Radio no.3:27 Mr 162. (MIRA 150)
(Television-Receivore and reception)