SCIENTIFIC ABSTRACT AGEYENKO, I.A. - AGEYEV, I.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100510019-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-AGEY1,1111YOP pro"L. (RraFmodar, ul. shimayane., 14o., kv.120)
Notes (n surgica.1 tecliniqLe in thc o' rectal ci~iner,
Vest. khi.r. 92 My f(""+. .18:1)
1. ]z fakiilltetskoy lrhirurgjc!~~-Fkoy klinik! (zav. - prof. T.A.
Kubansk,)Co nelitsillslwco irstlt~uta,
n . I

Prof.
State of the exocrine function of the pancreas in peptic ulcer and
cancer of the stomach. Sov. med. 27 no.11:23-27 N 164. (MRA 18:7)
1. Fakulltetr3kaya khirurgicheskaya klinika (zav. - prof. I.A.Ageyenko')
Kubanskogo we-ditsinskogo instituta.

(MIF-k 18:10)

A0EYENKOP A.I.,- LAVNIKC)VA, G.t,
Oncogerlous U:~Uviuy of extracts df,-rive~ from p.
11 nc.4;36-4'L 165.
1. 1z viru so logic he skay labcratorii (-7a,.,.
i patologoanatomich-skcgo otdeleniya (zav. stuarah~'*y n~tU::151..V:N~
sotrudnik Z.V.Gollbert) Gosudar3t,~erino.-o. inst-I'tuLa
imeni P.A.Gertsena (direktor - r.orof.

AGEYEITKO V. G.
RepaJ.r of foundry equilment. Lit. proizv. no.6.-47-48 Je 162.
(14IRA 15-16)
(Foundrios-Equipment and supplies)

ANASTASIADI, A.P.; BOROVSXIY, V.R.; VYBORNOV, G.V.; KOPELYANSKIY,
G.D.; MAK, I.L.; PECHURO, S.S.; PIYEVSKIY, I.M.;
RACHEVSKAYA, K.D.; RZYZNER, Yu.B.; RYBAK L.L.; TSEPELIOVICH,
M.R.; SHUMAKHERt L.I.; YUSHKEVICH, M.O.Ideceased)- AGEYENKO,
Yu.G._,. nauchnyy red.; BELUGIN, A.T., nauchnyy red.; KOGAN,
G.S.,, nauchnyy red.; KRZHEMINSKIY, S.A., nauchnyy red.;
MITSKEVICH, M.I., nauchnyy red.; SILENOK, S.G., nauchnyy red.;
,TRILF.SNIKp Z.Ye., nauchnyy red.; ZUBAREV, K.A., glav. red.;
TROFIMOV, I.P., red.; SKRAMTAYEV, B.G., glav. red.; BALATIYEV,
P.K., red.; KITAYEV, Ye.N., red.; KITAYGOIIDDSKIY, I.I., red.;
ROKHVARGER, Ye.L., red.; KHOLIN, I.I., red.; CHEF-KINSKAYA,
R.L., red.; RODIONOVA, VJI., tekhn. red.
[Manual on the production of gypsum and gypsum products] Spra-
vochnik po, proizvodstvu gipsa i gipsovykh izdelii. [By] A.P.
Anastasiadi i dr. Pod red. K.A.Zubareva. Moskva, Gosstroi-
izdat, 1963. 464 P. (MIRA 16:7)
(Gypsum) (Gypsum products)

) Go P.; KABHCHEYEV, 1. No; LWAXM) 1u. Li.; PA~LlLaMVV2
"Interaction of Uranium with Alkaline Metal Fluorides and Recovery of Plutonium
and Some Fission Elements by Them."
3 rJ
report submitted for Pod'Intl Conf, Peaceful Uses of Atomic Energy, Geneva,
31 Aug-9 Sep 64.

AGiMAilKOV, V.G. (docoased]; Z.,i.
ll'oiii~tvior of arsenic in -Llij process of leaci.inf.. .7j.,,c ro:11 I'duel; i.'; L.
WIIAXic 'Wid -.-,cJu0on. 1zv. vy, , cl
a 101). zav.; tsvot. MO(, 11 llc-,~)*
8[1~-9 5163o (:,4i ~ ji I , . (, )
1. Severokavkazsk-Jy gornometull--picliosIdY institut i zavod
""~dohtvotsillkll.
(Zinc-.-~Aallui-L,,y) (Li~~achj.n~)

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MRIODICAL; AtaaAay. t960, Vol. 6, No. 6, pp. 493-504
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r1" has two nexima, one in the canter a- the couling-vat* r/c.11-Y
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=BUITTED; Urch 15. 1960
Card 5/5

L 24214-65 EWT(m)/EPF(c)/EPF(n)-2/FPR Pr-4/Pa_4/Pu-4 DM I
ACCESSION NH: AP5001267 S/0089/64/017/006/0452/0463 )3
AUTHOR: r4eynberg, S. M.; DoIIezh&'__N__A.; Voroblyev, Ye. D.; Tsykanov,
V. Ah.; Y 11 Dv, 1. Ya.; Gryazev, V. M.; Kochenov, A. S-, - Hulkin Yu. M.;
'eme vani
Ageyonk~y--V-"'r-,-IM-ce'rlyanov, P. G.
TITLE: Physical and exploitational chardcteristics of the q~a~ctor
SOURCE: Atomnaya energiya, v. 17, no. 6, 1964, 452-463
TOPIC TAGS: research reactor, reaotor/0-2 reactor characterlatic, nuclear
reactor
ABSTRACT: The paper is a summary of the MR # 320 report at the Internation-
al Conference on Peaceful t1bes o~f Atomic En c
The reactor
SM-2 was designed for a wide range of investigations in nuclear physics, solid
state physics, metallurgy, radiation chemistry, physics and technology of nuclear
reactor construction, and other fields of science and technology. The reactor
was described in Atomnaya Energiya 8. 493 (1960). The thermal neutron nux io
2.5x1015n/cm2,eecat50,DD0kw. Thefastneutronnuxwlth energy larger
Card 1/2

L 24214-95
ACCESSION NR- AP5001267 0
than I Mev In the active zone exceeds 1016 n1cm2. see. Orig. art. has- 0 figuron
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE*. NP
NR REP SOV: 004 OTIOR- 000
Card 2/2

FBINTI~-
II.A.; VOIROBty'v, Ye.D.; V.A.."
YEMELIYAINOV, 3. Ya~,- V.M.; yu,X't
AGEYERKOVil V.7.; AVLAtYl-YOV, 7.G.
Physical and operatonal chtirracteristics of the S~' .7 reacto".
ktom. Bnerg, l7ncak452 1) 164, (11,1111A l8c-t)

--- rT-up-cz~--w~
sov/~
.Ix,m6lution from: Referat:ivnyy zhurnal. Klhirilya, 15, p 325
Savit.Wd.y. ~).Yc.. Pzeycn';ova, Orpell, IM.A., Pshen.I.cIIinjJ-.ova.. 1-13.
The F',fJ'QCt L),'.' ', '011tJUL! O;Jdc wi ie ClicrAc.1 Iles-i L o ~;,eet Glasses
Al I
:'~IWICAT_.. Dyuj.. !.(:'.':n. inform, Sovnar~dluz BS,911. Nr 6),
I uot-I oi7 Y g1ttsses have been synthesize:11 on the base of Uie m.iposition
vc.,
1.Mch An pro-
c e ffe o t
'uctJon to be the be:it.. composition for sheet
the of Ca~_ by Or~., and MgC by '3r,~ on "-e c,,ciJcp.1 re-
-tile trlas:~C_ lirs been stuCJed; Sr,' is introCuceO into the
c(-vpo.,,.I.tjon of 'U-11~! mf mentJ.oned oxidc,,3 Yn c~luhiolc-
J.oyev.-'-iy smd,
le C'miler.1 C(,ter;IAn,_,! by -6-ion of
of 1j
1 :;:ie Jntvo~luce(, into c-.-)Osj.-
L
--t U:c e- C, r!,; r~. o-. "'!e L;II!I.,:t.;t.'I-o"I it
i*c c

oll Wo C.1ol'Jur of "I'Det C!
to 3ol.ut-1cm; of' alj'.alk; aiv"i T-L been ;lie -.1
W, i;o1vitions cw on tl-,c~
Of !-)I('IY tile C!,

YEFDWKO~, O.M.; AGEYENKUVA, L.V.
Pigments of some polyporaceous ftngi. Rast. res. 1 no.2.-236-238
165. (MIRA 18:11)
1. Laboratoriya. biokbiTnii n:lzshikh rastan:L7 Botard-cheskogo
institute. imeni Komarova AN SSSR, Leningrad.

I
Sequoia
Selection and introduction of sequoia on the Black Sea littoral of the Caucasus. Les.
kho%. 5 na. 6, 1952.
9. Monthly List of Russian Accessions; Library of Congress, August, -1950Uncl.

-4
Heart wound. Kaz.med.zhur. 41 no.1:92-93 Ja-F 160.
(MIRA 13:6)
1. Iz khirurgicheskogo otdeleniya (zav. - G.M. Emznetsov) 2-go
bollnichno-poliklinichaskogo ob"yedineniya goroda BurullvF
(glavvrach - A.P. Shchakotolo).
(EKAW-VOUNDS Am nmms)

AGEYEV, A.F., aspirant
Effect of gastric resection on carbohydrate metabolism.
Kaz. med. zhurl no.5%39-42 S-0 161. (MIM 15:3)
1. Kafedra khirurgii i neotlozhnoy khirurgii (zav. - prof.
P.V. Kravchenko) Kaza=kogo gosuclaretvannogo instituta d1ya
usovershonstvovaniya vrachey imeni V.I. Lenina.
(STOMACH--SURGERY)
(CARBOHYDRATE METABOLISM)

KFAVCHENKO, F,V,; AGFIEVL_A,,F.
Surgical treatment of the chylothorax. Grud, k~lr, 3 no$11
109-112 Ja-F 161. (MIRA 160)
1. In WeMy khirurgii i neotloahnoy khirurgii (zav. - prof.
P.V.Kravchenko) Kazanskogo gosudarstyennogo instituta d1ya
usovershonstvoyaniya vrachey imeni V.I.Lenina.
(CHYLOTHORAX)

ACC NRs AP6036101 SOURCE'CODE: UR/0256/66/OOO/Oll/OO6O/OO62
1AUTHOR: Ageyevt A. G. (Engineer; Colonel)
)RG: none
CITLE: Raising labor efficiency
;OURCE: Vestnik protivovozdushfioy oborony, no. 11, 1966, 60-62
COPIC TAGS: operations research, aircraft maintenance/
0STRACT: In this article it is repor-ted that to control operations by the work-flow
rzethod, one maintenance unit has installed a special dispatcher control panel equipped
qith push-button controls. On vertical boards are,mounted 4 diagrams, and each of
these is used to control more than 50 operations, the completion of which is indicated
)y light bulbs. This method is said to result in the increased operating efficiency
)f all specialties in the Air Material Service, to decrease aircraft out-of-service
time by 25-30%, and to increase combat readiness. Orig. art. has: 2 figures. [WS3
SUB CODE:O~15/ SUBM DATE: none

A) .4
(Uinz~%tf3J'Ljtor%tuxy). Tashkent, 1954. 63S 20SM. (111v0 lGalltur Y
U--SSR. Resp. 31bliotech. Nollektor UzEjablknirotorga. Tashhents)ll.,m obl. b.-Ka
1.500 elm. '3.Ta.- Sost. U~,--!mny Ri ()~orote Tit. L. Na Uz'oel-,. Lja-.
(55-652) o16-63
SO: KnizIlaR--m oto-lis"I., 10 5
1 95

AGEYEV, A.I.
Effect of the characteristics of a turbodrill turbine on the
parameters of drilling and the indices of bit operation. Neft.
khoz. 42 no,W-6 F 164. (MIRA 17:3)

AGEYEV, A.I.
Bit-roller dynamics jn the turbine drilling of solid rock. Neft.
khoz. 42 no.8:11-17 Ag 164. (MW 17:9)

LEDYANKIN, D.P. (Ivanovo)i AGEYEV, A.!. (Ivanovo)
Characteristics of an equivalent generator for a group of regulated
machines. Izv. AN SSSSII. Energ. i tranap. no.2:90-100 Mr-Ap 165.
(IURA 18.6)

I
MA N p m . " . - ~ 'Tf YEN ~ t'. I.
I
-'! ni ctocr a c ter In ~ -I' ~ -~ of a --urbm~rf --l. Neft. khoz. 43
rO*5;11-16 MT ' 65 a (MIRA 1886)

AGBYRV, A.K. (Leningrad)
Penicillin therapy of experimental anaerobic infection. Arkh. pat.
19 no.1:54-57 157 (MIRA 10:4)
1. Iz kafedry patologiche 'skoy anatomii (nachallnik-prof. A.N.
Chistovich) Voyenno-f&6dLt_pinskoy orde Lanina akademii imeni
S.M. Kirova.
(CLOSTRIDIUM PEMINGENS, infections,
exper., eff. of penicillin)
(PENICILLIN effects,
on exper. Clostridium perfringenB infect.)

AGEYEV, A-1., dots. (Leningrad, Kolomenakeva ul., d. 25, kv. 5)
Fungus wound infection in antibiotic therapys Vest.khir. 81 no.10
138-139 0 158 (MIRA 11:11)
1. It kafedry pntologicheakoy anatomli (nach. - profs A.N. Chistovich
Voyenno-meditainskoy ordena Lenina akademii ineni S.M. Kirova,
(WOUNDS AND INJURIES. compl.
fungus infect. due to antibiotic ther. (Rue))
(ANTIBIOTICS, inj. eff.
fungus inf ec t. e, wds (Rus))

L, V.S.; PICHMIAYA, T.P.; AGMY, A.K.; JM3LIDZH, O.V.; PRUIDZE, T.V.
Some indicators of blood composition in the lower apes. Binl. eksp.
biol. med. 47 no.2:69w-73 7 159. (XIU 12;4)
1, Iz Tbilisskogo meditsinskogo instituta. Predstavlem dayatvitelinym
chlenom AMN SSSR V.V. ParinYm.
(BIA)MI
chem. in lower monkeys, compariscm with human standards (Ras))
blood chem. in lower monkeys, comparison with human stan-
darde (Rue))

AGEYEVY'A41.9 yQdpolkovnik meditsinskoy sluzhby
Q ----------
Features ot wouricl healing during treatment with antibiotics.
med. zhur. no;3:47-12 Mr 160a (MIRA 14--l)
(ANTIBIOTICS)
(WOUNDS)
Voen.-

KLIMOV, A.N.; SUKH%ILINOV, F.K.; ZAKHARMO, S.V.,- SNEGIRET, Yo.A.,- AGIEYEV, A.K.
Oxy,~icillin, a new long-acting penicillin preparatio.n. Afitibiotiki
5 no.1314-20 Ja-F 160. (MIRA 13:7)
1. XAfedry biokhimiit khimiit farmakologii i patologicheskoy anatomii
Voyenno-moditsinskoy ordena Lenim akademii im.'S.I.I.Kirova.
(PENICILLIN)

AGEnV, A.K. (Leningrad)
Histochemical studies on desoxyriboneoleic acid in the foci of
necrosis. Arkh.pat. 23 no.5:37-40 161. (KRA 14:6)
1. Iz kafodry patologichaskoy anatomii (nach, - prof* A*N*
Chistovich) Voyemo-moditsinskoy ordena Lenina akademii imeni
S.M. Kirova.
(NECROSIS) (NUCLEIC ACID)

AGMVp A,K,
Argentaffin tumor (carcinoid) of the ovary. Jkkush.i gin. 37
no.1:109-110 161. NIRA 2416)
.6. Iz kafedry patologichoskoy anatmii (nach. - prof. Mi.
Chistovich) Voyenno-meditsinskoy ordena lanina akademii imeni
S.M. Kirova.
(OVARIES-TWORS)

AGMTP A.K., dotsent (Leningrad)
Argentaffin tumor (carcinoid) of the small intestine associated
with the development of acute gastric ulcers. Klin.med- 39 moe2:
130434 P 161. (MIRA 140)
1. Tz kafedry patologicheskoy anatomii (nach. - prof. A.N.
Chistovich) Voyenno-meditainskoy ordena Lenina akademii imeni
S.M. Kirova.
(PEMC ULCER) (DITESTINES-TDIORS)

AGiYEV, A.K'.
Morphologioal studies an-experizental heteroi=une hemolytic
anemia, Biul, ekap, biol. - i zed. 53 m.2:118-122 F 162. 13)
(MIRA 15.
1. Iz kafedry!jatolo icbeskoy anatomii (nachalinik - prof.
A.N. Chistovi ; voyanno-meditainakoy ordena Lenina akademii
imeni SA Kirova, Leningad, Predstavlens, akademikm N.N.
Anichkovym.
(AMMA)

AGErEVp __ A..-K.--(Laningrad)
-Development of foci of extramedullary hematopoiesis at the
sites of tissue inJury in leukemias. Arkh. pat. no.8:50-55
161., (MIRA 15;4)
1. Iz kafedry patologicheskoy anatomii (nach. - chlon-korrespondent
AMN SSSR prof. A. N. Chistovich) Voyenno-meditsinskoy ordena Lenina
akademii imeni S. M. Kirova.
(LEUYJNIA) (INJECTIONS) (MOPOIETIC SYSTEM)

AGEM., A.K. (Leningrad F-119p Kolomenskaya ul.p d. 25, kv.5)
Development of acute stomach dilatation in connection vith
an injury,of the vagus nerves durbig surgery m thoracic
organs. Onidn. khir. 5 no,4:75-78 Jl-Ag'63 (MIRA 17:1)
1. Iz kafeO--uatologicheskoy anatomii ( nachallnik - prof.
AX.Chiswvich) -oyenno-meditsinsko7 ordena Lenina akademii
imeni S.M. Kirova.

TSINZERLING, Vsevolod Dmitriyevich (deceased]; TSINZERLING, Alaksandr
Vaevolodovich; AGEYEV -A K red.; LEBEDEVA, G.T., takhn.
red.
[Pathologioal anatomy of acute pneumonias of various etiology)
Patologichaskaia anatomiia ostrykh pnevmonii raznoi atiologii,
laningrid, Medgiz, 1963. 173 p. (MIRA 16:7)
(PNEUMONIA)

AGEYEV, A.K. (Lenirgrad)
Morp,hological characilori.-ItAcs of witolmm-me hemolytic anemilas
developing during leucoses. Arkh. -rat. nc.1:71-76 164. (MIPA 17-3-1)
1. 1z kafrdry patologir~,(-s)(oy anatomii (nach.Ql Inik - chler-korres-
pondent AM SSSR prof. A.N. CllistoviclO Voyt-nno-meditshiskoy Ordella
Lenina akademii imeni Kirov&.

CHALISOV, Iosif Aleksandrovich; KHA,"ANOV, AnIlsim Timofeyevich; AGEYEV,
A.K., red.
[Fathoanatomical diagnosis of'some
man] Patologoanatomiclieskaia
tsionnykh boleznei cheloveka.
123 P.
infectious diseases in
diagnostika nekotorylkh infek-
Leningrad, Meditsina, 1964.
(1,11fLk 17:6)

TSl-'NY,EiU1!G, Alek:;andr Wevolodovicl.; AGEYMI, A.K., red.
[Candidiasis of the lun(;,,; paLholopcal anatc.-ir
y and
pathogenesis] Kandidoz le~,kikh; pat3logicheskala aria-
toniia i patogenez. Leningrnd, Eeditsina, 1964. 154 P.
L,
(MIRA 17:F)

~GEYEV, A.K. (Leningrad)
Activity of alkaline phosphatase of the Iddneys in postoperative
oliguria and anuria. Arkh.pat. 27 no.7:58-60 165.
(KRA 18:8)
1. Kafedra patologicheskoy anatomii (nacballnik - chlen-korrespondent
AMN SSSR prof. A.N.Chistovich) Voyenno-meditsinskoy ordena Lenina
akademii imeni S.M.Kirova.

ACC NR% APS022740 SOURCE CODE: UR/0191/65/007/009/2853/2856
AUTHOR: aWev. . Nq'*'Ve_netskaYa. No M.; Zablotskiy, G. A.; Myllnikova,, I.
-0 V'-"' Pro--skuwy-akov. 0. B.
Pisaray, R .9-
Zq k/ , ~; .5- -
ORG: Institute of Semiconductors AN SSSR, Leningrad-(Institut poluprovodi
U 77
All SSSR)
TITIX; InvdYstigatlon of ftrrite-garnet single crystals with vanadium
SOURCE: Fizika tverdogo tela, v. 7, no. 9, 1965, 2853-2856
TOPIC TAGS: single cryst . vanadium, amet, ferrite, absorption spectrum
t - 17 ~ 21, qq15-
ABSTRACT: Some data am given from preliminary studies on singli crystals of garnets
which contain vanadium ions. Specimens of (Bi3-2xCa2x) (Fe23 (Fe3---
XVXFO-12 single
crystals were grown, using B12O3, N203, V205 and CaC03 as initial components. The
best crystals were those with x = 1.33 and dimensions of 5-7 mm. Measurements of
magnetization from room temperature to the Curie point show that the composition of
he synthesized crystals corresponds to that of the initial charge. Curves art given
for 2AH as a function of temperature along crystallographic axes [1111, [1101 and-
[100] in plane (110) for a gamet crystal with X = 1.33. Spectral studies of thin
plates (about 5 p) show an absorption maximum at about 0.87 v and a second weaker
maximum at about 0,69 p$ with transparency in the visible and infrared regions. The
Card 1/2

C NR, AP5022740
auCthors are grateful to G. A. Smolenskiv and A. G. Gurevich directing the work.
7
Orige art. has: 2 figures,, 1 tabUy, 55- 1A!~~Wor
SUB CODE: 20,07/ SUBM DAM Q9Apr65/ ORIG REr: 002/ OTH REr: 007
LCard 212,J~J

ACC NRi
Eiff (i )/Evv r (m)/EV4P (t )/ET IIJP(c WG I /,TD /J G
Ap6ol2507 SOURCE CODE: un/oi8i/66/oO3/OO4/1285/1287
UTHOR: Ageyev, A. N.
ORG: InstItuto of Semiconductors AN SSSR, Leningrad (Ini3titut
polupi;-ov-o =no7__M7_SSR)
TITLE: Line width of ferromagnetic resonance in the triple system
Y3Fe504 -_ Ca-3Fe 3.5V1.5012 -_ 'Bi 3Fe50121
SOURCE: Fizika tverdogo tela, v. 8, no. 'j, 1966, 1285-1287
TOPIC TAGS: ferrite, ferromagnetic resonance, line width, line broaden-
ing, temperature dependence, Y77-R1Vrrt> V19A140.#a.,n., 01cF,,nvrv., 61qe,_F_;r
rV~ttriur,i-calciumy-,~anadiumLbis-muth
ABSTRACT: The a,,uAhor hasepeasured the line broadening of three-component;
rnets for the purpooe of obtainInE
data on the-E-ehavT-orof the line-k dth in a wide range of composlt~ons, 1
for the majority o,,p which no singl cryst'als have yet been produced. 7~he
Li
measurements were made for different compositions correspondino, to dif-
ferent cuts on the Gibbs triangle, at 9030 Mc in a temperalvizve ran~7--:~
Irom nitrogen to room temperature. As expected, the broadenil-it;
on approaching the zero-magnetization line, but differs with dIffere'rit,
compositions. The general tendency is for line broadening for compool-
r-4 1/2

NRt APO-012507 4-
Ions that approach the region of where more than one phase Is produced.
lie line broadening Increased with decrea3ing temperature, the largest
ncrease occurring for samples containing large amounts of yttrium. In
ure materials and in more homogeneous nolid solutions, one should ex-
ect both a decrease in the total broadening and a reduction. In the dif-
erence in the broadening for different compositions. It Is noted In
onclusion that the system in question is of great interest because it
alces possible regulation of the saturation magnetization over a wide
ange. The author thanks G. A. Smolenskir and A. G. Gurevicl-ijor a dis-
Y-
ussion, and N. N. Syrnikova and N. S. Pop tdbva or help wit!) the
~easureme,nts.-75rlg. art. has: 2 figures,
CODE: 20/ SUBM DATE: 05Nov65/ ORIG REF: 001/ OTH REF: 001
Card 2/2

_.,-_aster SOV-91-58-10-17/35
A UT110R: ..4geyev, A. P. , ':'
TITLE: The Dismantling and Assembly of Heavy-Duty Electric IMotors
(Razborka ijborka Krupnykh Electrodvigatelyey)
PERIODICAL: Energetik, 1958, Nr 10, pp 18 - 19 (USSR)
ABSTRACT: The author prives a lengthy and detailed description of a
method of removing the rotors from type ATM-2000 electric
motors, in which a bridge crane and a 4-wheeled bogie is
used. He says that this method .-.-akes it possible to carry
out the dismantling and assembly of heavy-duty electric mo-
tors with a brigade of 2-3 men, without using a pulley. The
efficiency of work is increased by 25-30%, the safety of the
working conditions is considerably improved and the equip-
ment is protected from damage. There are two diagramB~
1. Electric motors--Construction
Card 1/1

AGBYEV.A.Y.
Preparation of urea-melanine resin in cases of high formalin.
acidity. Der.prom.4 no.6:23-24 Je '55. (KLRA 8:10)
1. Haftopskiy mebel'W kombizat
(Resins, synthetic)

r
13 ~C
D.y
~"odernizinL the ri-b-,,jiin- rachire, Der.pro". 6 no-7:26 ji '57
OU?A 10:9)
1.6syk-opaldy Lnebellnyy kombinat.
'I
rachinery/
( ,, III I re, )

AGRYEV, A. V. -, HGELS, M.S.
X-ray investigation of titanium slags@ Titan I ego splavy no,4:65-
72 16o. (MIR& 13:11)
(Titanium oxide-Testing) (Slag--Testing)
(X rays-Industrial applications)

1~ ----------
luihiv.
AGEY9V A V general-leytenant inzhenerno-takhnicheskoy
inzh.-polkovnik; IVANOV, V.A., inzh.-polkovnik
This helps technical progress. Vest.Vozd.Fl. no.12:50-54 D f6o.
(MIRA 14:5)
(Aeronautics-Tecbnological innovations)

S/598/60/000/004/007/020
D217/D302
AUTHORS: Ag!~~N:R~A.V. and Model I, M.S.
TITLE: X-ray investigation of titanium!slags
SOURCE: Akademiya nauk SSSR. Institut metallurgii.. Titan i yego
splavy. No. 4. Moscow, 1960. Metallurgiya titana, 65-72
TEXT: This work is part of a complex investigation of titanium slags.
All synthetic slags were prepared by T.P. Uklova, I.A. Karyazin and Ye-
B. Dmitrovskiy* The mineralogical investigation was carried out by A.V.
Rudneva and T.Ya. Malysheva. Synthetic slags of the following systems
were studied: FeO-Ti 203-TiO29 FeO-Ti.O.-TiO2_SiO, , FeO_Ti.O.-TiO2_)IgO_
Al203-SiO 2, sometimes with additions of CaO. Melting occurred under
neutral conditions. The degree of reduction in the melting depends on
the ratio Ti 2 03/Tio 2. The basic phase constituents in these systems
are the lower titanium oxides and compounds forming between FeO and
Card 1/2

S/598/60/000/004/007/020
X-ray investigation D217/0302
TiO 2' Such as 2FeO.TiO2 , FeO 'X'02 (ilmenite) and isomorphous anosovite
FeO.2TiO2 which is stable under reducing conditions. It is concluded
that the synthetic and industrial slags studied consist of compounds
corresponding to the equilibrium diagrams of the appropriate systems and
of the lower titanium oxides, forming as the result of reduction during
melting. The basic phase constituents of multicomponent slags consist
of solid solutions based on these oxides, and not of stoichiometric
compounds.. The percentages of titanium oxides of different valencies
determine the industrial properties of the slags. There are 4 tables
and 14 references: 9 Soviet-bloc and 5 non-Soviet-bloc. The references
to the English-language publications read as follows~ E.S. Humps, H.D.
Kessler and M. fiasenn~ TASM, 45, 1009,(1953); R.C. De-Vries and R.Royj
Am. Ceram. Soc. Bull., 33, no. 12, 370, (1954); B.S. Nnylor, J.Am,.Chem.
80c., no. 5-6, (1946).
Cnrd 2/2

Bj inzh.-kapitan, red.;
KOSYREV, Yevgeniy Arkad'yevich.-AGEYEV1. .,?-;
DULIN, M.V., inzh.-ma.A~~,red.; MYkSNIKOVA, T.F., tekhn.red.
[Superhigb frequency molecular generators and amplifiers]
Molekuliarnye generatory i usiliteli sverkhvysokikh chastot.
Moskva, VoenizdatV 1963. 78 p. (MIRA 16:10)
(Masers) (Microwaves)

AGE)ZV, B.F.
Wire broadcasting in rural areas in Stavropol Territory.
Vest. aviazi-25 no.10:19-20 S 165. (MIRA 18:11)
1. Glavn-yy inzh. Stavropol'skoy krayevoy direktsii radio-
translyatsionnoy set-J.

AGETIV,'B.M. _Jnzh.
I-
Strength of the traction chains on scraper conveyers. Izv. vys.
uchebe zavo; gor, zhur. no.10:123-132 160. (XMA 13:11)
1. lharlkovski7 gornyy institut. Rekomendovana kafedroy rudnich-
nogo transporta Kharikovskogo rnogo instituta.
(Conveying ma - T (Chains)

IVANOT-DYATLOV, I.G., -nrof.; AGEM, D.H., inzh.; LITVIIMNKO, M-L.,
inzh. -
Constructing and using a highway bridge built of reinforced
keramzit-concrbte, Avt,dor, 23 no92:8-10 F l6o.
(MM 13:5)
(Bridges, Concrete)

--AGZYE14-D.Xv-Vinzh.; KURASOVAI G.P.9kand. tekhn. nauk; FRIKHODIKOt OAI
ZUBKOVAq H.S.y red.; RIKOLAIZVAp L.N., tekhn. red.p
[Prestressed span 9#ucture for a footbridge made of keramzit
concrete] Predvaritellno napriazhennoe proletnoe stroenie peshakhod-
nogo moota iz keramiftobstona. Moskva, Nanabno-takhn. izd-vo M-va.
avtomobiltnogo transp. i sbosseinykh dorog RSFSRq 1961. 68 pe
(MIRA 14*.6)
1. Aspirant Mookovskogo avtomobillno-dorozhnogo instituta (for Ageyev)
(Bridgesy Concrete) ' (Lightweight concrete)

AG,,E,Y.EV D KUSNOVSKIY, R.O., inzh.; POCHTOVIK,-G.Ya-._
Standardization of the strength and deformation characteristics
of structural keramzit, concrete. Bet. i zhel.-bet. no.1:17-21
Ja 162. (KU, l5tO
(Lightweight concrete--Testing)

IVANOV-DYATLOV, Ivan Gavrilovichp doktor tekhn. nauk, prof.,- AGEYEV
Dmitrjy_N*q_lVqvich; ZVEREV, Sergey Aleksandrovicb;
i5OVALOV, Stepan Vasillyevich; KURASOVA, Galina Panteleyronovna;
POCHTOVIK, Gennadiy Yakovlevich; RADKEVICH, Boris Leonardovich;
SHCHEKANWO, Rostislav Arkadlyevich; GORLDVA, N.B., red.;
BODANOVAp A.P., tekhn. red.
[Using claydite concrete in road and bridge construction] Pri-
menenie keramzitobetona v dorozhno-mostovom stroitellstve. [By]
I.G.Ivanov-Diatlov i dr. Moskvap Avtotransizdatp 1963. 271 p.
(MIRA 16:12)
(Lightweight concrete) (Bridges, Concrete)
(Pavements, Concrete)

AGEYEV, D.N., inzh.; SHOREKANENYO, R.A., inzli.; ZABOTIN, Yu.N., toklinik
Effect of the composition of keramzit concrete on its strength
and deformations. Bet. i zhol.-bet, 9 no.2;83-88 F 163.
(W RA 16. 5)
(Keramzit) (Concrete-Testing)

AGEYEV, D.N.; DELLOS, X.P.
Using reinforced claylike concrete in bridge construction.
Avt. dor. 28 no.2:27-20 F 165. (MIRA 18:6)

50V/ I I Z-58-1-1394
Translation from: Refera,tivnyy zhl;.rr..al, Elektrotekhaika, 1958, Nr 1, p Z07 (USSR)
AUTHOR: Ageyev, D. V.
TITLE: Theory of FM Signal Reception by an Oscillatory Circuit With Automatically-
Controlled Resonant Frequency (Teori-ya priyema chastotno-modialirovamnykh
signalov na kolebatel'nyy kon-t-ar a avtomatiche ski upr avlyayemoy rezo-aansnoy
chastotoy)
PERIODICAL: Tr. Gor'kovsk. polftekhQ~. ka-ta, 1956, Vol 12, Nr Z, pp 5-39
ABSTRACT: A theoretical study of the method is set forth. A freqt:enncy-detectay~
output voltage is fed to the input of an AF amplifler and also through a coupling
circuit to a reactance tube that cor-trols the frequency of the caclillatory cir-
cuit. The resonant frequency varies according to the changes of EMF
neous frequency e(t); this fact decreases noise because of a considerable nar-
rowing of the oscillatory-circuit passband that is necessary for reception DIE
FM signal without appreciable distortion. The rnethod was suggested by A. S.
Vinitskiy in 1940 (Author's certificate Nr 63Z59, 1940); 'in 1953, the method
was theoretically Investigated by Idin (Zh. tekh-n. fiziki, 1953, Val 23, p 615).
Card IJ3

SOV/1 12-58-1-1394
Theory of FM Signal Reception by an Oscillatory Circuit With Automatically-
it is emphasized that Vinitskiy's circuit diagrams did not comprise a princi-
pally necessary element, a coupling circuit, and that his conclusions about a
possibility of obtaining any noise suppression in the controlled resonant fre-
quency systems without the coupling circuit were erroneous - A new theory of
FM signal reception with a controlled resonant frequency circuit is suggested.
It is noted that attempts to set up an equation describing the controlled reso-
nant oscillatory circuit in a general form have resulted in extremely compli-
cated nonlinear integro-differential expressions. A linear integro-differential
equation with variable coefficients has been obtained, however, for the speci-
FM
fie case when noise level and,signal percentage are so small that a controlled
resonant frequency circuit behaves, with desired accuracy, as a linear system
with respect to the total signal -and -noise EMF. The equation can be solved by
a special spectral method that allows for peculiarities of this equation and uses
two functions, one describing the cophasal pair and another the orthogonal pair
of side oscillations. Physical meaning of the solution is explained. Relation-
ships are determined between the function of the instantaneous -frequency
Card 213

SOV/112.-58-1-1394
Theory of FM Signal Reception by an Oscillatory Circuit With Automatically-
voltage on the controlled circuit and the function of the instantaneous -frequency
EMF in the circuit. The resonance-frequency controlled circuit behaves, with
respect to small frequency deviations, like a linear system with constant para-
meters. The effect of EMF freq7iency deviation Ln the circidt on the voltage
frequency deviation thereon is determined by an equivalent resonance charac-
teristic whose form and passband depend not only on the circuit parameters,
but also on the complex transmission factor K contr of the control charnel.
With K contr ' 1, the equivalent resonance characteristic has an infinitely wide
passband; a deviation caused by noise would change the circuit resonant fre-
quency in the same way as the deviation caused by the signal; there would be
-no noise suppression. It is proved that the gain in signal-to-noise ratio of the C
circuit voltage due to controlled resonant frequency is rather limited; in order
to realize the gain, it is necessary to use a coupling circuit in the controlling
channel to narrow the passband down to a definite value, which depends on the
tolerable f r equency -distortion level and on the passband of the Oscillatory cir-
cu it proper. M. V. N.
AVAILABLE: Library of Congress
Card 313 1. Frequency modulation receiverB--Signal 2. Oscillator circuits--Control
systems 3. Mathematics

"Properties of oscillations with Limited Spectrum,"
report presented to the Session on Information Theory, All-Union Scientific Session
of VNORiE, Moscow, 20-25 MBY 1957
D. V. Ageyev attempted to prove that the limitation of the frequency spectrum
of oscillations does not limit the waveform of oscillation during a finite time
interval.
t
SO: Electronic Design, 22 Jan- 58

AMAMOV, M., kanaetekhu.nauk;-AGZZN-,-D'.-V,"i)ktor.tojdm.nauki prof.;
BAMDAS, A.M., doktor tekhn.nauk, prof.; VEMOVSKIY, A.V., doktor
tekhn.nauk, prof.; GOLIMMICH, N.A., kand.tekhn.nauk, dote.;
DZRTL?V, H.K., doktcw,.tekhn.nauk, prof.; MATTES, N.V., doktor tekhn.
nauk, prof*; RYZHIKOV, A.A., doktor tekhn.nauk-, prof.; PASYNKOV,
OsH., otvoza vypusk
(New method for calculating thermal stresseal Novyi raschetnyi
metod vychialeniia tormichegkikh naprinshenii. Gorlkii, 1958,
57 p. (Gorkiy.Politakhnichookii inatitut. Trudy, vol.14, no.3)
(MIRA 13:7)
(Thermal stresseB)

6(4); 9(8) PHASE I BOOK EXPLOITATION sov/2669
Ageyev,-Dmitriy Vasillyevich and Yaroslav Grigorliyevich
`-116'a-ionov
ChM radiopriyem so sledyashchey nastroykoy (FM Radio Rece'ption
With Automatic Tuning) Moscow, Gosenergoizdat, 1958. 131 P.
21,000 copies printed.
Ed.: V.I. Shamshur; Tech. Ed.: K.P. Voronin.
PURPOSE: This book is intended for radio engineers, instructors
. and students of radio-engineering departments of vuzes.
COVERAGE: The authors present'the results of theoretical and
e,xperimental studies of FM reception conducted at Gorlkiy
Polytechnic Institute imeni A.A. Zhdanov in 1951-1964.
They describe an FM receiver with a resonant circuit in the
pre-detector stage. They also discuss the results of testing
and show that the introduction of two additional tubes in
the receiverbircuit considerably increases interference
stability with relatively little change in receiver fidelity.
C ard 1/16

FM 4adio Reception With Automatic Tuning (Cont.) SOV/24669
They also state that the gain in stability during
pulse interferences is equivanlent to increasing the
power of an FM transmitte'r 3.6 times or equivalent to
almost twice the area served by FM broadcast. Chapters
1 and 2 were written by D.V. Ageyev and Chapters 3 and 4
by Ya.G. Rodionov. No personalities are mentioned. There
are 2 references, both Soviet.
TABLE OF CONTENTS.
Foreword 3
Ch. 1. Linear Theory of FM-Signal Reception by Means of
a Resonant Circuit With Automatically Controlled
Resonant Frequency 7
1. Introduction 7
2. General-case equation of a resonant circuit with
automatically controlled resonant frequency 9
3. Linear-case equation of a resonant circuit with
automatically controlled resonant frequency 10
Card 2/6

FM Radio Rece tion With Automatic Tuning (Cont.) SOV/2669
.p
4. Solution of a linear differential equation 19
5. Transformation of frequency modulatiol in a
resonant circuit with automatically controlled
resonant frequency 25
6. Physical meaning of the solution of a'differenl,-ial
equation 32
7. Effect of harmonic emf on a. resonant circuit with
automatically controlled resonant frequency 36
8. Brief remarks on A.S. Vinnitskiy's "On the
Theory of a 'Follow' Filter" 44
9. Conclusions 48
Ch.. 2. Nonlinear Theory of FM-Signal Reception by Means of
a Resonant Circuit With Automatically Controlled
Resonant Frequency 52
1. Introduction 52
2. Transformation of nonlinear equations by the
method of slowly varying amplitudes and freqjAencies 52
Physical meaning of Individual terms in the equation
of a resonant circuit 55
C ard 3,,V6

FM Radio Reception With Automatic Tuning (cont.) sov/2669
4. Simplification of equations of a rezonant circuit 64
5. Nonlinear distortions of a signal at low modulation
frequencies 68
6. Minimum natural passband of a contr6lled circuit
necessary for reproducing undistorted signals 73
7. Nonlinear distortions of a signal, taking Into
account the effect of parasitic amplitude modulation 75
8. TMtisformation of freqUency modulation in a resonant
circuit during large frequency ~evlationa 84
9. Conclusions 87
Ch. 3. Development of an FM Receiver With Automatic Resonant
Frequency Control 90
1. Statement of the problem go
2. Proving and working out the requireffientB of the
resonant-circuit passband and the degree of signal
distortion in the automatic frequency control cir-
cuit 91
3. Analysis of some types of control circuits in a
receiver with automatic resonant frequency control 97
Card 4/6

FM Radio Reception With Automatic Tuning (Cont.) SOV/2669
4. Selection of the reactance tube and frequency
detector 103
5. Selection and calculation of the coupling circuit 107
6. Schematic diagram of the automatic frequency
control circuit 112
7. Construction of basic characteristics of a receiver
with automatic frequency control 115
8. Conclusion 118
Ch. 4. Experimental Study of an FM Receiver With Automatic
Frequency Control 119
1. Statement of the problem 119
2. Receiver block diagram 120
3. Measurement of the coefficient of nonlinear dis-
tortions 121
4. Qualitative analysis of distortions of a complex
modulated signal (music) during passage of FM
signals through the receiver under study .123
5. Experimental study of the equivalent frequency
characteristic of a system with automatic frequency
Card 5/6

FM Radio Reception With Automatic Tuning (Cont.) SOV/2669
control 124
6. Analysis of interference stability of an FM
receiver with automatic frequency control 126
7. Analysis of interference stability of a receiver
with no selective frequency control 131
8. Conclusion 132
Bibliography 132
AVAILABLE: Library of Congress
JP/Mg
Card 6/6 12-1-59

\1 SOV/107-58-2-25/32
AUTHORSi . V. and
_A&e_ytY+_Jl.:~-Doctor of Technical Sciences; Malanov,'
Polov, K., Candidates of Technical Sciences
TITLEi An LF Power Amplifier with a High Efficiency Factor (Usi-
litell moshchnosti NCh s vysokim KPD)
PERIODICAL: Radiop 1958p Nr 2p P 45 - 47 (USSR)
ABSTRACTs Contemporary power amplification methods of sound frequen-
cy oscillations have low energetic indexes, since their
efficiency coefficients at medium transmission levels amount
to only 15 - 10, In 1951, D.V. Ageyev suggested a pulse
method with a higher efficiency factor. A few years later,
R. Sharbonlye suggested another pulse amplification method.
However, both methods had a number of disadvantages. The
authors of this paper devised a third method which maintains
the advantages of the Ageyev and Sharbonlye methods, but
does not have their disadvantages. Figure 1 shows a simpli-
fied circuit diagram which explains the essential features
of pulse amplification. In case there is no signal to be
amplified, all anode circuits are blocked and do not require
any power from the rectifier. The energetic advantages of
Card 1/2 this amplifier are shown in Figure 3, where it is compared

An LP Power Amplifier with a High Efficiency Factor SOV/107-58-2-25/32
r,ith various other amplifiers. Pigure 4 shows a variatio-
of the pulse amplifier system. The authors state that
several other versions may be used. Figure 5 shows a cir-
cuit diagram of a simplified practical application of a
pulse amplifier for sound frequencies. It contains four
'16P911 tubes and one 116115S" tube. Measurements showed
that the amplifier has an output of 2 watts at a frequency
of 1 kc. The efficiency factor attains a calculated value
of 80o after subtraction of all losses and it drops gradual-
ly when the signal level is reduced, At a signal level of
306 of the maximumq it was equal to 70%. The level of non-
linear distortions is relatively low (between 3-6%).
There are three circuit diagramsv I diagram and 2 graphs.
1. Power amplifiers--Design 2. Power
Card 212

"Audio Frequency Power Pulse Aniplifier.
Author's Certificates
Elektrosvyaz', 1958, No. 9, P. 78

AUTHORS:
Malanov, V.V.
Polov, K.P.,
TITLE: A New Highly Effective Pulse Amplifier of Souna Freq ency
iu
Oscillation (Novyy vysokoeffektivnyy impul'snyy usiliteY
moshchnosti kolebaniy zvukovoy chastoty)
PERIODICAL: Radiotekhnika, 1958, Vol. 13, Nr 6, pp. 47-51 (USSR)
ABSTRACT: A new system for the realization of the pulse-amplification method
is recommended, in which the advantages offered by the variants sug-
gested by Ageyev and Charbonnier are retained without, however, re-
taining their disadvantages. First, the operation of the amplifier
is studied. For the purpose of illustmting the advantages of the
system dealt with the curves for the dependence of the degree of
efficiency of the signal level are given for four ce-sess For the
ordinary amplifier of class B , for the pulse amplifier developed
by Ageyev, for that developed by Charbonnier., and for the amplifier
developed by the authors. A variant of the pxactical circuit of the
amplitude is given, after which the simplified circuit of an ex-
Card 1/2 perimentally investigated amplifier is shown. The essential results

A New Highly Effective Pulse Amplifier of Sound Fr-equency 108-13-6-4/ii
Oscillation
obtainea by a preliminary examination of the latter are given.
Measurement of the degree of efficiency of the amplifier on the
anode circuit showed thatp wilth a maxinram 'Ievel of the signal of
I megacycle, the degree of efficiency attaitis 84%. Ho%-.-er.. ai
soon as -the siZaal level is r-,..5u-.e3 at the transform~,-r J.njr-1~3 (by
which a two-.cycla pulse modulation wa8 realized w.1th raspect -to
duration) , the degr~a of efficiency gradually dectrea.3o~a. Me&,7un~-
ment of the nonlinear distortions of the sinusu-43-al si*gnal showed
that, within the transmission band of the ampl-Ifia-r, -the level of
distortions remains relatively low and amounts to 3-6%, in whi-ih
case the higher values of the factor of nonlinear distor~-~on_q wr-
respond to the edges of the tralugmission band. By waq of a summary
it is said that the advantage offered by the amplifier inTestigat-
ed consists in the faat that _4 ts open, tional aegree of efficiency
is nearly 100% and that no pulse tx-ansformer is necessary in order
to produce the amplifier in practice. There are 5 figurt-.s~ and 5
references, 4 of which are Soviet,.
SUBMITTED: April 29, 1957 (initially) and July 4, -1957 (aftez r-,LO-on)
1. Pulse amplifiere--Performance 2. Pulse amplifiers---Girouits
Caryl V2

[Transactions of th-
ei Conference on the Occasion of the SOV/IoB-13-8-11/12
40th Anniversury of the Nizhniy-Novgorod Radio Laboratory imeni V. I~
Lenin 22-24 MVP at GorlkiY (PaUdOMMUM, 13#8p 71-9p 158)
years. Ya. 1,11. Sorin apoke about "The Way From the Oscillating
Crystal Receiver to the Transistor". B. L. Lebedev gave a sur-
vey of the work in the field of radio measuring technique. L, L.
Mlyasnikov spoke about the viork of' the scientists of Gorlkiy
in the field of radiophysics. The scientific work in the "Sci-
entific Research Institute of Radiophysicsllre~organized in 1956--
(NIRFI) concentrates on three main lines of development: radio
,astronomy, electronics, statistical radiophysics and radio
spectroscopy. In October 1958 a conference on statistical radio-
physics will be convened in Gorlkiy.- A. N. Malakhov spoke
4bout the work of the radio-astronomical exDedition of the
NIRFI to Southern China. It was a Chinese-Soviet expedition
in w),ich also professors and collaborators of the Peking (Pekin)
andC anton (Kantm) universities as well as of the Institute of
Radiu-Engineering and Electronics of the Academy of Sciences of
China took part. Ya. N. Nikolayev spoke about "The Gorlkiy
School of the Theory of Oscillations". D. V..Ageyev spoke about
the theme "Subjects Investi.--ated by the Scientific Collaborators
of the Faculty of Radio Engineerinc of the Gor1kiy Poly-
technical Institute". Ye. A. Popova-Klyanclskaya spoke about
the work carried out by A. S. Popov at Niz1hniy-Novgorod,

S/142/60/000/01/019/022
AUTHOR: Ageyev, D.V.,.Professor E073/E335
WAMM~%MaW.WC
TITLE: Dissertation for the Degree of Candidate of Technical
Sciences Held at the Gor1kiv Polytechnical Institut imeni
A.A. Zhdanov
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhnika,
ig6o, Nr 1, p 123 (USSR)
ABSTRACT: A.A. Gorbachev "Investigation of a Method of Suppressing
Pulse Nois inear Transformation of the Frequency
7~~c4~~y Non-1
Spectrum" - for the degree of Candidate of Technical
Sciences, September 14, 1959.
Official opponents - Doctor of Technical Sciences
Professor N.I. Chistyakov and Candidate of Technical
Sciences Docent G.V. GlebovIch.
Scientific guidance by Doctor of Technical Sciences
Professor D.V. Ageyev.
Held at the Gor1kovskiy politekhnicheskiy institut im.
A.A. Zhdanova (Gorlkiy Polytechnical Institute imeni
A.A. Zhdanov).
The dissertation was devoted to the theoretical and
Cardl/2 experimental investigation of suppression of pulse noise

5/142/60/000/01/oi9/022
F_23~~E~J5
Di55ertation for the Degree of Candl Technical Science,,~ Helcl at
the Gor'kiy Polytechnical Institute imeni A.A. Zhdanov
in radio and radio-telephone signals by including into
the circuit of the receiver two mutually inverse tr.-'.'1-I;-
formations of the spectrum and an amplitude limiter.
Various spectrum transformations of the signal and of the
noise wore considered and the thereby achieved freedom
from, noise was evaluated. Circuits with resonance
characteristics were proposed. Results of experimental
investigations were presented and a concrete variant was
worked out of noise-suppressing equipment to be used in a
radio-receiver and results obtained with sucl- , ituipment
were given.
Card 2/2

RYABKCYV, V.F.
Axplitude-pha~e zethod for suppressing umpulse interference in r&JAo
telegraphy receptioA; Izv. vys. ucheb. zav.; radiotekh. 6 no.l:-4943
Ja- F 163. (MIRA 16:3)
I* Rekomendovana kafedroy radiopriyenWkh ustroystv Gorikovskogq
politekhnicheakogo inati-tuta imeni, A.A-.;bdanova.
j
(RadiotolegrtPO (Information theory)

AGEYEV, D.V.; BABANOV, Yu.N.
~~ . -:11-Method for increasing the selectivity of radio reception in presence
of superimposed frequency spectra of useful and interfering A M
signals. Elektrosviaz' 17 no.9:8-15 S 163. (MIRA 16:10)

ACCESSION NR: AP4042512 S/0109/64/009/007/1143/1148
AUTHOR: Ageyev, D. V..' Babanov, Yu. N.
% 1T LE; Radio pf Lon of AM signals with overlapping spectra of desirable and
mterference
.-I'DURCE; RadiGizkftnika i elektronika, v. 9, no. 7# 1964, 1143-1148
TOPIC TAGS. r~,dio communication, radio reception, selective radio reception,
radio signal, radio signal isolation
ABSTRACT~ Th,"a general problem is theoretically considered: A desirable AM
signal mixed with n-l interfering AM signals is applied to the input of a radio
receiver; th~~ frequency. spectra of all n signals overlap, and every signal
spectrum, as well as the receive r'pas sband, is ZaF-cps-wide. Isolate the I-f
desirable signal from the above mixture. By comparing the equations which
desdribe the AM aignals, these conclusions are reached: (1) Veracious isolation
Card 1 /2,

ACCESSION NR: AP404Z51Z
of the desirable signal is po'ssible if: (a) only one interfering signal is present
and (b) among many zero values of the interferin -signal modulating wave, no
9
value is repeated with an exact frequency; (Z) If the mixture contains two or
more interfering signals, the receiver is able to isolate the desirable signal only
with certain probability (statistical isolation); (3) If condition (lb) is not met, the
veracious isolation is still possible, provided the carrier frequencies and initial
phases are exactly determined in advance. Orig. art. has: 17 formulas*
ASSOCIATION: none
SUBI&TTED: 24Apr63
!SUB CODE: EG
Card Z/2
NO REF SOV: 004
ENCL: 00
OTHER: 000

-4/L;'ED-2
AM16724 UP/0?86/65/000/010/0042/'0043
0THORS: ev D, V - Zel'mPc-nov,_S.__3.
TIT7_F: Energetiz ampiitade detec~wr. Class 21, So.
S'XT'_'E! Byullpten' izobreteniy -~. t0v-&--nYk_h 42-4'
TOPIC TAM : amplitude analyzer, Etmp)itude modulat--on
A
-energy o a .- Uz& ~=r.respcmdi.13g ic)
~6"uv - the &=p or the
en-elvpe of an amp I i tude -modulated signal actuRtlng the cir=_it. To dearmse non-
Inear and frequen-y distortllans an.! t
and Lllf~

-SUBMITTEDi 19D9063 ENCLI 01 SUB CODE, Ec
NO REF .30V -000 DTHM: COO
Ord I/
L 506521-()~
ACCESSION HR' 05016724
Fig. 1. 1- capacitor; 2- nasistor-, -3 and 4-
t-vo-terrainal pa.4r nptworks- 5-
K91CLOSMI 01
Card 2/2

ACCESSION NR: AP4047812
I ii-in n In!_? 4 0 1 n 0 4
AUTHOR: _Ageye_v,_D.,__V. (Active merriber', Babarov Y-.=i. N. (Active member)
':__7TLE. Transmission oz radio -ii,crials wit.", cveriapni7c, *rPq,i~-ncv enect-1
6OURCE~ Raoiotekhm~,a, v. 1~,, no~
radio ion-a-riurucauun, a
- igna~ seYaration, receiver stlectivity
ABSTRAG-1; A group-transmission (R. A. Wa-wrigat, IRE Trans. on Gomrn.
Syst. . CS-9, no, 4, 1961) AM sweep-carrier rad~u- cor-nm-,~-m-ication svo;ltern is
considered. In this system, the desirable s,~,,znal is So char.2ed that its active
SpeCZ.-Urr, OCCU-)IeS a re.,at,,vely narrow ')anc; L~ a-.,- ~A*et,7.rig, accorcing tc-, a
ciefinite period-.c ~aw,:~ W: ~11 7R7 C C, z~ cunsiderab'
x: f- c F. HIP

19783-65
ACCESS10N NR: AP4047812
c3rrier sweep is considered in sorne deta,.I, zind -,ts advanta2es over the con ven-
~~nal se-:es rnethoc of A~
operi.ting in an area ol a powerlul constant-carrier station is cited. Orig. art.
has: 3 figuren and I I formulas.
ASSOCLATION:
and Techrica! Society oll Ra-,;u a-,,G E,'(!cLrocommunication)
M: 7 T K D:
SUB CODE- EC
NO REF SOV- 007?
10 T HE R: 0 0 3
Card 2/Z

VIALANOV, V.V.; AGEYEV, D.V., doktor tekhn. nauk, prof., otv. red,
[Some problems of the theory of amplifying systems; a
manual for correspondence students] 0 nekotorykh vopro-
sakh teorii usilitellrykh ustroistv; uchebnoe posobie
dlia studentov-zaochnikov. Gortkii, Gortkovskii politekhn.
in-t, 1965. 110 P. (MIRA 19:1)

ACC NIR; AP6032918 SOURcr, CODE- UR/Of42/66-/oog/003/0287/0291
AUTHOR: Ageyev, D. V.; Zabegalov, B. D.
ORG. none
TITLE: Communication system with multivalued modulation characteristic
SOURCE-.* IVUZ. Radiotekhnika, v. 9, no. 3, 1966, 287-291
~TOPIC TAGS: signal modulation, communication system
ABSTRACT: Conventional types of modulation (AM, FM, FhM) have this serious
,drawback: a weak signal causes only a small deviation of the modulation parameter
and, therefore, is subject to strong distortion by noise.
Q 14
- Nonlinear modulation does not remedy the situation; it
0 only redistributes the noise. The present article
Y proposes an original modulation system, in which an
- abstract phase" x is proportional to the modulating I
V
signal, x(t) a k-u(t). Only one position of the operating.
-401
point on the multivalued modulation characteristic (see
Fi-. 1. AMultivalued figure) corresponds to a given abstract-phase value, and
::modulation characteristic vice versa. The selected modulation parameter varit%z
UD C; -- 6zi.396.Z-35

ACC NR, AP6'0-3_Z_9_1_8
as: y(t) [x(t)] . Many values of x(t) correspond to an
instantaneous value of the modulation parameter y(t); how-
ever, there is only a single-valued correspondence between
the entire functions y(t) and x(t). In the receiver, a
reverse mathematical operation is performed with y (t), i.e.;
x (t) Y [y (t)] . Hence, the demodulation characteristic will
have the form shown in Fig. 2. A modulation characteristic
in the form of sin x is considered as an example; a block
diagram of the required demodulator is shown. It is claimedl
0 0
that the signal-to-noise ratio will be more favorable in such
X
a modulation system, particularly with lower noise levels.
Orig. art. has: 4 figures and 9 formulas.
SUB CODE: 0917 SUBM RATE; 26Apr65 ORIG REF: 001
~:Fig. 2. Demodulation
characteristic
Cord Z/Z

ZAGLODINI L.S.; AGEYEVt
Tubestills for heating a mixture of gaseous products in plants of
the catalytic reforming of gasolines. Khim.i tekh.topl.i masel
8 no.8:38-43 Ag 163. (MIRA 16:9)
1. Langiprogaz.
(Gasoline) (Petroleum refineries--Equipment and supplies)

, , - W
f - --------
: Yj: ~iilLxl,-Il hlalilov; on his 50th birth6ay. Unp.
,lat, nmi.- 16 no.5:231-137 S-0 t6l. - . (MIRA 14 -~ 10)
1.
(Filalilov', Zaid Isnailovich 1911--)

KOGAN, I.A.; AGEYEV, G.V.; SHAPIRO, S.N.
Modifications in gastric secretion in connection with gynecological
diseases. Akush. i gig. 33 no.2:49-52 Mr-Ap 156. (MLBA 9:7)
(GYNECOLOGICAL DISEASES, compl.
gaatric secretion modification)
(GASTRIC JUICE, physiol.
secretion, off. of g7n. die. on)

Pilippovich, kand. ekon. nauk; KATSOLISON. S.M., red.;
BIRT'OV' A.P6, tekhn. red.
[Wages paid per'cantner of productiow, practices of the Ienin
Collective larm, Idbinsk District, Krasnodar Territory) Oplata
truda za teentner produktsii; opyt kolkho2a imeni lenins, IabinekDgo
raiona Krasnodarskogo kraia. Moskva, Izd-vo "Znanie," 1958. 31 P.
(Veasolusnoe obsbehestvo po rasprostrananiiu politichaskikh I
nauchufth 2=1i, SeT-5, U0,17), (MLU 1198)
I (Wages) (Collective farms)

AGEETEV, 1. i~.
AC=.-',V, 1. K.- "Effect of IndIvidual. Factors on the Process of Fillinp a Tractor
Enrine with an IMition Due to Compression." Ml~ of Hipher Education USSR, 'Moscow
Automobile and Hikhway Inst imeni V. 1-1. Molotov, Mosccw, 1955 (Dis,,; ertat ions For iDberee
of Candidate of Technical Sciences)
SO: Knizhnaya Letoris' No. 26, Juno 1955, Moscow

AG M V, I.K.; KRA ILINIKOV, V.M.
" ."."
Improving the design of the "Tampalla" cammed debarkar. Bum.pr*m. 31
n9.4:18-19 AP 156. (HIM 9:7)
l.Vtoro.v Kaliningradakiy tPallyul9zn9-bumazhuy7 kombizat.
(Bark peeling)

AGEMP IOX., kand.tekhn.nauk
Investigating the quantitative effect of basic factors on the
filling process of a diesel engine, Trudy KADI no,25:205-220 160.
(MIRA 13:10)
(Diesel engines)

KHANINI N.S.; CIiISTOZVONOV, AG,EYEV,, I.K., kand. tekhn. nauk,
retsenzent; YEGORKINA, L.I., inzh.t red.; SALAZKOV, W.P.,
tekhn. red.
[Rotating piston engines for motor vehicles] Avtomobill-
nye rotorno-porshnevye dvigateld. Moskva, Mashgiz, 1964.
183 P. (MIRA 17:4)