SCIENTIFIC ABSTRACT LEBEDEV, A.A. - LEBEDEV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929010009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/144/60/000/01/007/019
E194/Hl55
An Asynchronous Motor with Solid Spherical Rotor
spherical rotor motor is carried out in the usual way.
There are 7 figures and 11 references, of which
10 are Soviet and 1 is English.
ASSOCI.,@,'@'-IONt Leningradskiy Krasnoznamennoy voyenno-vozdushnoy
akademii imeni A.F. Mozhayskiy
Meningrad Military Air Academy imeni
mozRaysIZI
SUB!'ITTED: July 10, 1959

,& A doktor tekbil-nault
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(Automat
iable coefficients'
ms ith var (xjR,;. 13 - 10)
syste

PHASE I BOOK EXPLOITATION SOV/6287
ke-b-e Aleksandrovich and Lev Semenovich Chernobrovkin.
Dinamika poleta bespilotnykh letatellnykh apparatov (Flight Dynamics
of Pilotleas Aircraft). Moskva, Obarongiz, 1962. 548 p. Errata
slip inserted. 7000 Copies printed.
Ed. (Title page): A. A. Lebedev, Doctor of Technical Sciences.-
Professor; Revieweis: D. L. Tomashevich, Doctor of Technical
Sciences, and N. A. Kheyfets, Doctor of Technical Sciences; Ed.
of Publishing House: N. A. Gortsuyeva; Tech. Ed.: V. P. Rozhin;
Managing Ed.: S. D. Krasillnikov, Engineer.
PURPOSE: This textbook is intended for students in higher engineering
institutes. It may also be used by technical and engineering per-
sonnel working in the field of pilotless aircraft.
COVERAGE: The book describes fundamentals in the theory of the aero-
dynamics and dynamics of pilotless aircraft operating in the Earth's
atmosphere. Equations for the motion of aircraft, approximate
Card

Flight Dynamics (Cont.) sov/6287
methods of determining aerodynamic characteristics for aircraft
having various aerodynamic design features and for a wide range
of Mach numbers, and the dynamic characteristics of aircraft are
inve3tigated. References are listed after each chapter.
TABLE OF CONTENTS (Abridged]:
F o r ew o rd 3
Basic Symbols 5
Introduction 11
Ch. I. Equations of Motion for Jet Aircraft 26
Ch. II. Methods of Investigating Equations of Motion 72
Ch. III. Lift 103
Card 2//If_z_

VOLYNKIN, Yu.14.; ARUTYUNOV, G.A.; ANTIPOV, V.V.; ALTUKHOV, G.V.;
BAYEVSKIY, R.M.; BELAY, V.Ye.; WYANOV, P.V.; BRYANOV, I.I.;
VASILtYEV, P.V.; VOLOVICH, V.G.; GAGARD:, Yu.A.; GFA1,I1j, A.11,11.;
GORBOV, F.D.; GORSHKOV, A.I.; GUROVSKIY, N.N.; YESHAITOV, N.Kh.;
YEGOROV, A.D.; KARPOV, Ye.A.; KOVALEW, V.V.; KOLOSOV. '.A.;
KORESFKOV, A.A.; KASIYAN, I.I.; KOTOVSKAYA, A.H.; Y41IBERDIN,
G.V.; KOPANEV, V.I.; KUZIMBOV, A.P.; KAKURIN, L.1 ; KUDROVA,
H.V.; LEBEDEV, V.I.; LEBEDEV,-A-A-@; LOBZDI, P.P.; MAKSIMOV,
D.G.; MYASNIKOV, V.I.; MAIXSHII-1, Ye.G.; NEWIVAKIN, I.P.;
ONISHCHENKO, V.F.; POPOV, I.G.; PORUCHIKOV, Ye.P.; SILIVESTROV,
M.M.; SERYAPIN, A.D.; SAKSONOV, P.P.; TERENTIYEV, V.G.; USHAKOV,
A.S.; UDALOV, Yu.F.; FOMIN, V.S.; FOMIN, A.G.; KHLEBN1KOV, G.F.;
YUGANOV, Ye.M.; YAZDOVSKIY, V.I.; KRICHAGIN, V.I.; AKULDUCHEV,
I.T.; SAVINICH, F.K.: SUMPITHA, S.F.; VOSUESEVSKIY, O.G.;
GAZE24KO, O.G., SISAKKAN, N.M.@ akademik, red.
[Second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientific results of
medical and biological research conducted durJng the second
group space flight] Vtoroi gruppovoi kosmicheskii polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
"Vostok"; nauchrye rezulltaty medikobiologicheskikh issledovanii,
provedennykh vo vremia vtorogo gruppovogo kosmicheskogo poleta.
Moskva, Nauka, 1965. 277 p. (MIRA 18:6)

L 26797-66 EEC;(k)-2/ErIT(d)/FBD/EVIP(I)/FSS-2 IJP(c) BC
ACC NRt AH6008539 Monograph UR
Lebedev, Aleksandr AleksaWg4h; Karabanov, Vladimir AleksandrovLch
Dynamics of control systems of 2ilotless aLrcrai ka sistem
rtl(ftnami
upravlenlya bespilotnymi letatel'nyoL apparatamL) Moscow, Izd-vo
"Hashinostroyeniye," 1965. 528 p. illus., biblio. Errata slip
inserted. 6000 copies printed. Textbook for students at aviation
schools and faculties.
TOPIC TAGSt flight control system, stabilization system, aircraft
flight dynamics, missile guidance system, homing guidance,
pilotleas aircraft, guidance system, airdraft motion, stabilization
omponento gyroscope, ballisti' missiles issile dynamics$
system c m
missile velocity control, guidance errorq remote guidance system
PURPOSE AND COVERAGE: This book is the second part of the textbook
"Flight Dynamics of Pilotless Aircraft," written by A. A. Lebedev
L. S. Chernobrovkin; it is intended for students in advanced
coulises In Lnstltutl of higher technica L-education and may be
used by scientific workers and engineers-in related fields, Flight
dynamics as related to control processes is reviewed, Necessary
information on the dynamics of components found in a flLght-control
system is given, and principles for the synthesis of stabilization
and guidance systems are presented, Methods for calculating these
UDOt- 023 146--m5l9t62-50.
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L 25797-66
ACC NR2 AH6008539
systems are examineds and stabilization and guidance processes are
investigated with particular respect to the analysis of guidance
accuracyo -The authors express appreciation to revLiwers Lo To
Kuzin 1. Ye. Mitrofanovb E,_F*_fatkhulli@g and engineer
KLryAnov for their assistance in.preparLag the manuscrip-t-f-ar
print,
TABLE OF CONTENTS 'fabridgedi"t
3
Foreword
Basic notations 5
Introduction 9
Cho 1, General information on fILght-control systems and methods for
investigating them -- 11
-1. Basic principles in the control of an Aircraft
2. Classification of guidance systems -- 26
3. Target destruction probability and guidance accuracy -- 34
4, Some information on the planning of flight-control
systems -- 39
5. A brief review of methods for the theoretical investigation
Card 2/15

ACC NRi AH6008539
of control systems 45
6#-' Basic dynamic charactpriatice and quality criteria of control
systems 50
References 73
Che'll. The dynamic characteristics of an aircra''ft 76
76
1. Equations of motion for an absolutely rigid aircraft
2* 'Longitudinal disturbed motion -- 86
3. Approximate equations and transfer functions for the first
stage of-longitudinal disturbed motion -- 99
4, Approximate equations and transfer functions for lateral
disturbed motion of a dynamically axisymmetrLc aircraft
5. Frequency range in which the transfer function of an aiferaft
is valid -- 124
6. The transfer function of an aLrerafts taking its alastieLty
into account -- 125
7. BasLe requisites for the dynamic characteristics of an.
aircraft -- 135
References -- 152
Ch. 111. Dynamic characteristics of atabilization-system cois
Ponents -- 154
1. Heasurement components 155
C
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ACC NRs AH6008539
2. Amplifier-converter components 161
3. Rudder actuators -- 163
4. Rudder drive -- 183
Ch.-IV. Roll stabilization -- 201
1. Introduction -101
2, Angular roll-rate stabilization 209'
-an le stabilization -- 218
3. Roll 9
References -- 223
Ch* V. The control of normal loads and the stabilization of an.
aircraft -- 224
1. introduction -- 224
20 Stabilization system with a free gyroscope -- 229
3, Stabilization system with a differentiating@gyroscope -- 237
4. Stabilization system with an integrating gyroscope -- 251
@1_ 5. Stabilization system with an integrating-j@yroscope and a
normal-acceleration transducer --,,1255
6. Some specific features of stabilization systems with remote
guidance by command or beam 261
7. The limiting of normal loads 262
References 264
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L 25791046
ACC NN AM6008539
VI.. -Ballistit-missile.dynamics 265
Introduction -- 265
2o Transfer functionsp frequency characteristics. and dynamic
features of a ballistic missile -- 275
3. Structural arrangement of a longitudinal-motion channel 284
4. Selection of the arrangement and parameters of a two-section
differentiating filter -- 295
5. Evaluation of the quality of transient processes --'302
6. Structural arrangement of a lateral-motion channel -- 309
7. Selection of the type of correeXion and basic parameters
of a lateral-motion channel 314
8. Control of missile velocity 317
9# Impact dispersion of missiles 319
Conclusion -- 323
Ref erences -- 3@4
Cho VII* The dynamics of remote-controlled missiles 325
1. Introduction -- 325
2. Maneuvering characteristics of aerial targets -- 331
3o Methods of remote guidance -- 335
4. CalculstLonj@!,Of reference trajectories and the plotting of
launch destruction zones -- 357
5. The shaping of a guidance-error signal -- 364
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ACC NRs AM6008539
-6. Basic components of remote-guLdance systems# their transfer
functions and dynamic characteristics -- 366
7. The kinematic element, equations and transfer functions -- 3n,
--.8. Analysis of the dynamic characteristics and accuracy of a
command system of remote guidance -- 379-
9. Analysis of the dynamic characteristics and accuracy of a
-rider guidance system 401
beam
References -- 409
Ch,, VIII. The dynamics of homing missiles 410
1.1.1. introduction. Target-homing coordinators 410
2, Homing-guidance methods -- 414
3. Methods for shaping a guLdance-arror signal -- 438
4. The dynamic characteristics of target-homLng coordinators
Oriented to the target sight line -- 448
5. Shaping a guidance signal -- 462
6. The kinematic element, equations and transfer functions -464
7, Miss-dLotance of a homing missile -- 468
8, General characteristic of a homing-guidance system 473
9. Methods for investigating homLng-guidance dynamics 485
References 513
Appendices - 5U,
SUB COO i 69.7 169 47/ @UEH DAMS 0,7()ct65/ ORIG REPS 346/ OTH Pjw: 18
Card 6116 0-0,

ACC NRi AT6008651 IJP(c) (Nklmijow/SOURGE CODE: UR/0OOO/65/0OO/OOO/0O77/0O83
JXT(cz)
AU-11-110it Lebedev, A. A.) (Kiev)
ORG: none
Tri'LE: Experimental investigation of the long duration at-,ength of chromium-
-nickel steel under biaxial tensile.. load
SOURCE! Vsesoyuznoye soveshchaniye po voprosam. staticheskoy i dinamicheskoy
prochnosti =terialov i konstruktsionnykh elementov pri vysokikh I nizkikh
(Thermal strength 6f materials and construction elements); materialy soveshchanivat
Kiev, Naukova dumka, 1965, 77-83
TOPIC TAGS: metallurgic testing machine, tensile stress, nickel steel, chromivm
steel, pressure effect/ DST 15 pailurgic'testing machine
ABSTRACT: A test machia's DS esigned for applying a tensile load and internal
'pressure to a hollow cylindrical specimen (plane stress)3and developed at the , @'
11@aterial._Introduction Institute of the AN UkrSSR (Institut Droblem matorialovedeniva
-AN UkrSSR) P is described in.detail. It was used to toot the long-duration strength
.of chromium-nickel steel JEA8N21 u I
M,jnder biaxial stress, Hollow specimens (test
section: 31,5 mm in outside d or , 30#0 inside diameter, 90 mm long) were
pressurized with air, and a tensile load was applied as follows (at 800 0): pure
r_.J 1/2
.. ...................

L 24466-66
ACC NR, AT6008651
tension__5 specimens; k = Cr. ITZ = 0.3--4 specimena; k = 0.5-6; k = 1-5;
k =.2-3 specimens. The experimental results were compared with existing theoret-
ical criteria. It was found that the generalized criterion
withl- = 0.55 (see A. A" Lebedev, Obobshchennyy kriteriy dlitellnoy prochnosti;
same journal as present paper) beat described the long-duration strength of the
steel. Orig. art. hass I table# I formula, and 5 figures*
SUB CODE: ll/ SUBM,DATFt 19Aug65/ ORMREFs 006
Ca j 2/2j4i,

LEBEDEV, A.A.; SHREYBER, M.I.
@Ir*"MW
Organization of the work of the sanitation and epidemiological station.
Gig.i san. no.6:38-45 Je '53. (YI-RA 6:6)
1. Orekhovo-%Li.-evokaya gorodskays, sunitarno-opidemiologicheskaya staatsiya,
(Pablic health)

SHRZYBER, H.I.; LEBEDEV, A -A., glavnyy vrach.
"@- @ @. @@. 'X.
Maintenance and method of current supervision of sanitation. Zhur.mikrobiol.
epid.i Imman. no.9:56-61 S '53. (MLRA 6:11)
1. Orekhovo-Zuyevskaya gorodskaya sanitarno-spidemiologicheakaya stantsiya.
(Sanitation)

LXBICDZV, A.A.; SHREIBAR, H.I.
Work organization at the public health and epidemiological station.
(Tranol. from Gig. & San., 1953. No.6, PP-138-45-) NePOgesseeguff 35
4:93-97 Apr.54.
(PUBLIC HFALTH,
in Russia, work organiz. at pub. health & epidemiol.
stations)

LXBRMW, A. A.
Pharmacology of Schisandm. Nat. k iz=h. zhen-shenia i lim.
no.2:178-188 155. (KLRA 9:10)
(SCHISANDRA)
1. A

UN&IIOV, S.S.; VASIVIEV, L.V.; LKBIMV, A.L.
Hpidemiological effectiveness of anti-influenza monovalent
vaccine A2. Zhur.mikrobiol.epid. i immun- 30 no-5:31-37
14.v 159. (MIRA 12:9)
1. Iz TSentrallnogo inatituta unovershenstvovaniya vrachey
Sanitarno-e-oidemiologicheskoy stantaii Orekhovo-Ziiyeva.
(INFLUMM, peev. & control
vace. in Russia (Rus)@

;egg
j@CC NR, . AP603,6665- SOURCE COM UR/0239/63/051/012/1495/1500
AUTHORj 1AbadU_A."A._-_--
ORO- Medical -Institute, Tvanovo (Ivanovskiy meditainskiy institut)
TITLE: Change in--renal function in the presence of experimental convulsive seizures
SOURCE, Fiziologichaskiy zhurnal, v. 51, no. 12. 1965, 1495-15oo
TOPIC-TAGS: dog, colorimetry, flame photometry, enzyme; animal physiology
ABSTRACT: The -investigation was performed on six dogs with the ureters led
lout.by the Orteli method onto the anterior abdominal wa3-l- Convulsive fits
Mere produced by administering an ether-camphor mixture (1 g of Camphorae
'frifae dissolved in 3-5 cc of persic oil, with 0.6 cc of ether added) in an
Utravenous dose of 1*5-2 cc* The experiments 'Were performed against a back4
er (50
.ground of water diuresis produced by loading the stomach with tap wat
mg/kg) , Within 30-45 minutes after the itater loading, a solution of 2-5%
inulin and 0,6% phenol red was injected into the femoral vein at the rate of
3-4 cc per minute, In the experiments where glucose reabsorption was inves-
tigatedj 301 &ico3o was added to this solution- The inulin in the blood
'0
plasma,and urlne was determined by the resorption method; the phenol redp by
the colorimetrie method; the sugar of the blood and urinep by the Hagedom-
Jensen method; the sodium in the plasma and.urine,, by flame photometryo Ton
Cwd 1/2 UDCj 612.46
-7
7f

ACC NRl AP601MO
to fifteen seconds following the intravenous administration of the 'ether-
,camphor mixture, the dog developed general motor disorders and copious sali-
vation, followed by convulsions.(in-three stages: tonic, clonic, and the state
W treadmill-type running). It was found that the convulsive fit produces
Aistinct and fairly prolonged changes 'in the basic renal processes and leads
,to a lengthy (as much as 1-1.5 hr) delay in the elimination of water. The
@.principal factor in the oliguria, is canalicular rea,16sorptio'n of water, which
'increases signally and for a long time following the convulsions. A decrease
i.
.M filtration may also be-a factor in the rise of oliguria only within 5-15
minutes after the convulsions. It may be assumed that the decrease in the
active canalicular excretion of phenol red and the change in the reabsorption
,of glucose following the convulsions are mostly attributable to hemodynamic
'disturbances In the kidneys., although the possibility of changes in the' activity
W the enVme systems handling the transport of these substances should not be
Trecluded* Experimental convulsive fits lead to a decrease in the elimination
$of sodium ions) which is due not only to the decrease in the filtration charge
'of sodium owing to the decrease in filtration but also.to the intensification
of the canalicUar reaboorptioil of thiB iOW Orig, art, hast figuresi i table.
SM CODS 06, O@ S:uBm Win-t 08jul OM REFt
64.. ot% 6N REP, 00?
Card 2/2

LEML7,.A.A.,.,1nzh. polkovnik; KOSARETp V.7 " kapitan 2-go ranga; GAZ=,
A.A., inzh*-kapitan 3-go, ranga. It
How to facilitate the working out of training programs. Mor.
abor. 1+9 no. 1246-48 D 1 65 (MIM 19 ti)

LEBEDEVY.A.A.
Fifth Pnni,.,ersa,- -I.e I -, -L - 5,
y of t@- lPringra-I @,@
no.9:347 163. ,"I-' it-ll -1 -1 i
',-I _; I'D)

ILUPIN, I.P.; LEBEDEV, A.A.
ll@ - @-, @,, -
s--f
Subvolcanic facie o limberlites. Sov. geol. 6 no.gr
51-61 S 163. (MIRA 17-10)
1. Amakinskaya ekspeditsiya.

'136-65,
E" Wp
143 (w)/EV!A(d)/EWP(t)/E!h1)(b) s9DAFa/A1:E0P,m
ACCESSION NR-. AR4045218 S/0277/64/000/007/0033/0033
L
SOURCE: Ref. zh. Mashinostr. mat., konstr. i raschet deta'. mash.
Otd. vy-4p,p Abse 7,48,230
AUTHOR: Lebed@kv,_A, A,
TITIX-. The problem of experimental --*1nvestigat1pn of creep and
resistance to elongation under a complex stress If
CITED SOURCE: Sb. Pol*uche5tt i d13-talln. prochnost'. Novoaib1rs3K,
Sib. otd. AN SSSR9 1963t 148-151 t
TOPIC TAGS: creepv elongation resistance, stress, torque, sttength,
deformation
TRANSLATION: The Institute for Metalloceramics and Special Alloys
of the All Mrainian SSR has developed a small apparatus which makes
possible to test materials for short and long term strength under a
planar stress at high temperature with any given system of loading
tne somple by axial sit-'ress or torque. The sample is corunectod by a
couplizZ bar to the clamps of the system, which produces the axial
Card 1/2
S

L 14356-65
ACCESSION NR: AR4045218 0
force or torque. A working medium is introduced under pressure into
an internal cavity in the sample. The heating device is a
raetalloceramic rod placed in the internal cavity of the sample.
Axials radial,, and angular deformations of the sample are measured
with a cath-etomater on the basis of relative movements of the tabs of
two detachable clamps which are attached with sprL-1gs alang the gage
length of the sample. DefGnzmation measurements can also be made with
high temperature pickups which may be conviently attached to the
outer su--faqe of the sample. A special assembly designed for 500
kg or,12 has been developed for the introduction of a gaseous working
medium into the sample under pressure.
SUB CODE: MM, @M ENCL: 00
Card 2/2 --- --------

PORAY-KOSHITS., Ye.A., oll-v. red.: YEVSTROPIYEV, K.S., red.;
KONDR@TIYEV
Yu.N., red.;LE ZV,,-A.A.j red.; MAZURIN,
O.V., red.; MOLCHANOV, V.S.., red.; PETROVSKDY', G.T.,
red.; POZUB'FNKOV,'A.F., red.; TOROFOV, N.A., red.;
CHEMOTAREVAJ.Yen, r-.,d.; YAKHKIND, A.K., red.
(Vitreous state; transactions] Stekloobraznoe sostoianie;
trudy. Moskvas Nauka, 1965. 439 p. (MIRA 18:7)
1. Vsesoyuznoye soveshchaniye po stekloobraznomu sostoyaniyu.
4th, Leningrad, 1964.

GORCHAKOVSKAYA, N.N.- LEBEDKV A.D.; BRIKW, L. I.; KOLESNIKOV, A.A.
Extermination of ticks Ixodes persulcatua P.Sch. in natural aidi of tick-
barne incephalitis; preliminury report. Med.paraz.i paraz.bol. no-4:331-
337 JI-Ag '53. (W-RA 6: 9
(Ticks)

IOFF, I.G..; GFMHKOVICH, N.L.; ZAGNIBORODOVA, Ye.N.; LABUNM , N.Y.;
A" MIKUIN, M.A.; SKAIDN, 0.1.; TIFLOV, V.Ye.; SHVARTS, Ye.A.;
TURKRUP YAGUBYARTS, I.M.
New species of fleas (Suctoria-Aphaniptera); third report. Med.paraz.i
paraz.bol. no.5:460-465 s-o '53, (MIRA 6:12)
(Fleas)

I-E:13EDEV
USSR/Medicine Hemorrhagic Fever, Epidemiology
Card 1/1
Author
Title
Periodical
Abstract
Institution
Pub. 148 - 4/25
FD-2593
Avakyan, A. A. and Tebedev, A. D.
The nature of natural reservoirs of hemorrhagic fevers
Zhur. mikro. epid. i immun. 4, 20-26, Apr 1955
Hemorrhagic fevers occurring in the USSR are grouped into two
types: transmissive -- tick-borne, and zoogenous -- transmitted
by 'direct or indirect contact with rodents. Crimean, Omsk, and
Uzbekistan hemorrhagic fevers fall into the former category and
Winter hem6rrhagic fever and hemorrhagic nephroso-nephri-
tis into the latter. The incidence, seasonality, distribu-
tion, and etiology of these diseases in the USSR are discussed.
The vectors and hosts are specified. The article is illustrated
by a chart showing the seasonal incidence of the various types.
Fifteen Soviet references are cited.
: Institute of Virology, Academy of Medical Sciences USSR (Di-
rector - M. P. Chumakov)
Submitted : March 20, 1954

AVAKrAN.A.A.; LIBEDIV.A.D.; RAVDONDW O.V.; CHUMAKOV.M.P.
Role of --41s in the for-mtion of a natural reservoir of the
Omsk hemorrhagic fever. Zool.zhur. 34 no.3:603-608 W-je 155.
(ML'BA 8:8)
1. Inotitut virusologii im. D.I.Ivanovskogo Akademii moditsin-
skikh nauk SSSR.
(Hemorrhagic fever)

LZBEDEV, A. D.
"The E'pidemiology of Memorrha-gic Fever With a Nephritic Syndrome,"
a report discussed at one of six meetings of the Virological Section, Moscow
Dept. All-Union Society of Hicrobiologista, I@pidemiologists, and Infectionists
imeni I. I. Mechnikov in 1955. Voprosy Virusologii, 1, No 2, 1956
Sum. 1003, 20 Jul 56

Cause for the absence of communicable epidemics of tularemia in some
areas of Western Siberia. Med.parez. i parez.bol.supplement to no.l:
54 '57. (MIRA 11:1)
1. Iz Instituta virneologii imeni Ivanovskogo AMN SSSR.
(SIBERIA, WESTERN-TULAREMIA)

USL'R / Virology- -Viruses of Man and Animals; Viruses of 'r,
TransmisS40V Infections
Abs Jour: Ref Zhur-Biologiya, No 21, 1958, 49878
Author : Lebedev,_A- D.
Inst : Not given
Title : Results of an Expeditionary Study of Hemorrhagic
Nephrosonephritis (Epidemic Hemorrhagic Fever
in Yaroslavskaya Oblast
Orig Pub: Zh, mikxobiol., epidemiol. I immunobiol., 1957,
No 11, 129-137
Abstract: The foci of the disease were studied in 1949-1957.
An increase In morbidity, which was preceded by
migration of mouselike rodents and shrews in the
homes of man, was noted in November-December.
Ca.r,. 1/3
16

USSR / Virology- -Viruses of Man and Animals; Viruses of E
Transmission Infections
Abs Jour: Ref Zhur-Biologiya, No 212 1950-2 94878
For the most part only sporadic cases were regis-
tered in the remaining months, Of 9841+ homes
examined, 2B4 seemingly carried hernorrhagic nephro-
sonephritis and 180 were suspected of it. During
a serological examination with the use of a hemo-
lytic reaction of chicken erythrocytes a posi-
tive result was obtained in the epidemic lcca-
tion in 60 percent of the cases, and in the locali-
ty bordering it in 10 percent. Cases of the ill-
ness were observed only in places with a sharp pre-
dominance of clayey soils. In the diseased locali-
ty'there were noted 11 species of louselike re-
r
dents and 5 species of the insectivorous type.
The predominant species, whose increase in numbers
was observed in the epidemic years, were: field
Card 2/LF
USSR / Virology--Viruses of Man and Animals; Viruses of E
Transmission Infections
Abs Jour: Ref Zhur-Biologiya, No 21, 1958@ 94878
mouse, grey mouse, Microtus minutus Pall. and
shrew Sorex. The author expreises tiie hypothesis
that the infecticn of man is accomplished through
injury to the skin or mucosae during contact with
objects contaminated by secretions of rodent
(aid insectivor) virus carriers. -- D. K. L'vov
Card 3/3
17

IRBXDMV, A.D.
Ecology of the tick Dermacentor pictus Harm.-accordi to the
observations in the forost steppe of Western hberia7vith
summary in English]. Zool. 2hur. 36 no.7::1016-1025 ji 157.
(MIRA 10:-.9)
1. Institut virusologii Imeni D.I. Ivanovskogo.
(Omsk Province--Ticks as carriers of disease)
(Paraoites--Rodentia)

SHMAYDMAIT, Lev Osipovich; SAVINOV, B.G., doktor takhn.nauk, rateensent;
uzh., retsenzent; BILIKOVA, L.S., red.; SOKDWVA,
L.A.. tekhn.red.
[Pro4uction of vitamins] Proizvodstvo vitaminov. Moskva.
Pishchepromizdat, 1958. 413 P- NIRA 12:2)
(Vitamins)

IEBY-,W,V,
1-11R,-@@- - _;-, -
1@ PathweVs of human infectiorq with hemorrhygic nephroso-nem-hritis In
Yaraoslav Province. Van.virus 3 no.4:210-212 Jl-fig 158 (MMA 11.9)
1. Kafedra obshchey biolw-,Ii T Moskovskogo ordena Lenina
meditsinel7ogo instituta.imeni I.M. SechenovA.
(HEMORRHAGIC FLTER, epidemiology
In Russia (Rue))

TSILINSKIY, Ta.Ya., IZBEDEV, A.D.
- -
Method fo-i-11-43'il-ing up a precipitation reaction on gel. Zhur.
mikrobiol.epid. i immun. 29 no.5:25-32 My, 158 WRA 11:6)
1. Zz kafedry obshchey biologii I Moskovskogo meditsinskogo
instituta imeni Sechenova.
(IMMUN010GY
precipitntion reRction on gel (Rue))

LIBEDEV, A.D.; KOROBKO, I.A.; THUSOVA, N.D.
Development of the process of enolization of diacetone-2-keto-
1-gulonic acid with a reduced quantity of chloroform and dichlo-
rethane. Trudy VNIVI 6:54-55 159. (MMA 13:7)
1. Yoohkra-Olinekiy vitaminnyy zavod.
(GUWNIC ACID)

F__X_C_C@_R,_kP70040C_____
AUTHOR: Lebedev, A. D.
SOURCE CODE: UR/0288/66/000/003/0094/0097
ORG: Institute of Electromechanics, Leningrad, (Institut elektromekhaniki)
TITLE: Cleavage of electron temperature in dense Argon plasma
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya tekhnicheakikh nauk,
no. 3, 1966, 94-97
TOPIC TAG
',S: plasma tempo ature, plasma eleptron temperature, plasma research,%plasmz@
;dry@
ABSTRACT: The author investigates whether the phenomenon characterized by an increase
of electron temperature over and above that of the gas subject to electric field
could be enhanced. Argon plasma at a pressure of 0.5--10 atm and temperature of
2000--8000 K is analyzed. The electron number balance equation and energy equation
for the electron gas are reduced to the stationary case, and electron energy losses
-in elastic collisions and electron conductivity are calculated. The electron temp-
erature Te and concentration for fixed initial Argon atom concentration provide
electron conductivity and elastic losses. Current density as a function of the
electric field is established. The results are shown in Fig. 1 giving electric field
intensity as a function of current density at different gas pressures and constant
temperature (2000 K). Broken lines are electron isotherms (Te is expressed i--

ACC NRs AP7004638-
&VICM
oo re=ae'

r 5 atM1
@5a 20 ?0
o
I am 200
1. al
000.
0.5 at," 4

t
f
Fig. 1. Electron.and gas plasma temperature cleavage.

ACC NR. AP7004638
electron-volts). It can be seen that the temperature cleavage increases with in-
creasing input power but it nevertheless remains small if energy is not removed from
the are by artificial meana. Orig. art. has: 7 formulas and 2 figx@req.
SUB CODE: 20/ SUBM DATE: none/ ORIG REF: 006/ OTH REF: 001
Card 3/3
K@

MBEDIV, A.D.; MOSYAKOVA, T.F.; THUBOVA, N.D.; PIASTININt N.A.
Gompound use of the fralt of the dog rose. Trudy VNITI 6:115-
116 159. (MIRA 13.-7)
1. Yoohkar-Olinskiy vitaminnyy zavod.
(ROSE)

IXTREMP-1, A. D.
22563. LEDEDEV., A. D. Tekhicheskaya la-oratoriya lubyanykh kulltur. Sbornik tn.,dov
pushkinsk laboratorii vsesoy-uz. In-ta rasteniyevodstva. L. ighg, s. 63-6.5.
SO: LETOPIS' No. 30, 1949

LEBOEV, Alekoey Dmitriyevich, kand.khim.nauk; PAYBERDIN, Mikhail Vasillye-
--- 1. 1 vich, dotsent; DAHILOVA, V.M., red.; DAHILOVA, Ye.M., tekhred.
[Vitamins and their natural resourcee] Vitaminy i ikh prirodnye
resuray. Ioshkar-Ola. Mariiskoe knizhnoe izd-vo, 1959. 104 p.
(MIRA 13:6)
1. Povolzhskiy losotekhnicheakiy institut im. M.Gorkogo for
Payberdin).
(VITAMINS) (MARI A.S.S.R.-ROSES)

NOVIKOV, Vyacheelav Alaksqndrovich. Prinimali uchastiye: LKB
_.LM@LE
Dmitriyevich, kand.khim.nauk; PHYSAKHOVICH, F.Sh.; KORKAHOMIT,
B.I.; GARBAZHIT, G.I.. DAHILOVA, V.M., red.;
DANILOVA, Te.M., tekhred.
[Suggestions of efficiency promoters of the Mari A.S.S.R.) Predlo-
zheniia ratsionalizatorov Mariiskoi A.SiSR. Ioshkar-Ola. Kariiskoe
knizhnoe izd-vo. 1959. 52 p. (MIRA 13:5)
(Mari A.S.S.R.-Technological innovations)

1. XIJLESITOV@ V. N., LEREM, At -F.
2. USM (6CO)
4. Medicine, Rural
7. New advances in rural public health; conference of progressive rural
physicians in Vinogradov. V. N. Kuleshov, A. F. Lebedev. Sov. zdrav.
121 ro. lo 1953.
9.- MonthIj List of Russian Accessions, Library of Congress, Fay 1953. Unclassified.

T,m WNW, A.F. (Valuyki)
Mat.V shkole no-3:55-56 MY-Je 155. (MLRA 8:7)
Stereametrical box.
(Mensuration)

,00.060"
1*9 1*1 140 lot I It 'jv1Q ?"u a m n : f 1 J) Ij
it s vV mf 4, it ( 141". -.11. 11, 1.,
a -if r Q 1_1 MAIM 114 @ MCI ill. i @"".
U'll' Of Ass-46nortator [at for ffjIn4 forologli'll.,
turpecips.
3, N., Ll:'.
00 4,till, to I, P1,111t),
00 vofivurtV4 t"t filing VII(Ij tar. 111, v;jj"rtjj' Value 14 00
fill, tar ismilm ;M)()kg,. i.ci"It'r 1114ts
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so C; Ekonomiyu Topliva (yule keonomy), 1947, No.8, 3-4).
uring tho war, blast furnaces producing blistered steel wer(; ro-
A
desIgnad fur burning I!gnite inutead of mazout at the Kirov miils.
SO he installation of 8 throats at aich side of a furnace was found to
@00 XI, insure more uniform heatingr than wRa pos,.ible With vazout. ILhe slag see
0 13 is cooler', with water by a s-,ocial @-,evice and the steam so obtained
000 sunrlies the blower. There are special rrovisions for accelerating
aombua@ion w1th maximum oxidation which proved to reduce slagging COO
consid;rably, aTmrt from the following advan^af-os- 1. Groat simplicity
:0 21 @n content V'4 0
of oTeration; 2. More effective combustion of high a-. Fee
irrespective of size or proportion of fines; 3. improved heftt trans-
Zer, hence greRter outrut. Z:O 0
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471
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J,, the PiPe's - " 1-'@v burning t.Lr new fuel
dition for it* con1j"1411OW ,I. jja-@rh
were dr,ignot. .

SOV/ 137-57-10-19709
Tr.anslation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 10, p 178 (USSR)
AUTHOR: '@_,@ebedev'
TITLE- A New Design for a Die for the Hardening of a Bevel Gear for
the Steering Clutch of the S-80 Tractor (Novaya konstruktsiya
shtarripa dlya zakalki konicheskoy shesterni vala bortovykh
friktsionov traktora S-80)
PERIODICAL: Tekhnol. transp, mashinostroyeniya, 1957, Nr 2, pp 65-67
ABSTRACT@ The dies (D) in use to harden bevel gears of Nr 20KhNZA
steel have not completely eliminated warping of these parts,
and therefore the Kirov Plant in Chelyabinsk has developed a D
of new design for the oil hardening of thin-flanged gears which
are particularly subject to warping. The D consists of 7 parts,
the details of which are of Nr IZKhZN4A steel. It provides uni-
form pressure on the gear being hardened and good circulation
of the cooling oil. The gear is pressed against the D by com-
pressed air at both faces. The design and purpose of the D
Card 1/2 parts are described in detail. The D has eliminated spoilage

SOV/ 137-57-10- 19709
A New Design for a Die for the Hardening of a Bevel Gear (cont.!
completely and has made it possible to repair gears that had been rejected
because of warpage.
B. Z.
Card 2/2

EJD F V, n- - F
137-58-4-7648
Translation from: Referativnyy zhurnal, Met.llurgiyu, 1958, Nr 4, p 183 (USSR)
AUTHOR: Lebedev, A. F
TITLE: Comprehensive Mechanization cf i Solid- cdrburizer Case- hard-
ening Shop (Kompleksnaya mekhanizatsiya uch.stka tsernent.itsii
tverdym karbyurizatorom)
PERIODICAL: Tekhnol. transp. mash i nost royeniya, 1957, Nr 7, pp 24-32.
ABSTRACT: Comprehensive mechanization of the carburizing shop at the
heat-treatment department of the Krov Works ut Chelybinsk h,s
been introduced. It has made it possible to elimin--ite, to a con-
siderable degree, such harmful phenomena as radiational heat
losses and liberation of dust and gses, which are usually typical
of cementation processes performed with solid cirburizers. The
charging of the carburizing boxes (CB) is done by a roller carriage
having a double-hinged rotating boom and a manipulator. The c.r-
riage motors are powered via flexible leads crried from suspen-
sions of original design. A special stand has been provided for the
pickup of specimens. Pushers have been installed to move the CB
along the cooling rollers. Artificial cooling of the CB by a sLream
Card I/Z of air from a blower has been provided, which reduces the cooling

137-58-4-7648
Comprehensive Mechanization of a Solid- carburizer Case- hardening Shop
time by 3-4 hours and improves the quality of the case hardening. Mechanical
conveying of the carburizzer has been replaced by pneumatic transport. Direct-
acting pressure regulators have been installed on the feed lines to control the
temperature conditions of the mazut-burning carburizing furnaces. The capacity
of the CB has been increased (by increasing their height by 140 mm), and this
has resulted in a 50 percent increase in furnace output.
S, P.
1, Metals-Hardening-Equipment 2@ Metals-Hardening-Processes
Card 2/2

25(l) PHASE I BOOK EXPj,',ITATION SOV/2283
Lebedev, Afanasiy Fedorovich
Kompleksnaya mekhanizat-siya termicheskoy obrabotiki detaley (Complete
Mechanization of the Heat Treatment of Machine Parts) Moscow,
Mashgiz, 1958. 46 P. (series: Obmen tekhnicheskim opytom)
3,000 copies printed,
Ed.: K.N. Sokolov, Candiate of Technical Sciences; Tech. Ed.:
N.A. Dugina; Exec. Ed. (Ural-Siberian Division, Mashgiz): G.A.
Sarafannikova.
PURPOSE: This booklet is intended for engineers and teihnicians
in the field of machine design and construction.
COVERAGE: The booklet summarizes the experience of the Chelya-
binskiy traktornyy zavod(Chelyabinsk Tractor Plant) in the heat
treatment of machine parts. A description is given of contin-
ujus lines for heat treatment and devices for reduction of.
rejected parts and labor-consuming auxiliary operation. No per-
Card 1/4

Complete Mechanization (Cont.)
sonalities are mentioned
TABLE OF CONTENTS:
SOV/2283
There are 3 references, all Soviet.
Complete Mechanization of Pack Carburizing
Mechanization of furnace charging
Mechanization of the transfer of hot boxes to the cooling
conveyor
Mechanization of parts sampling
Mechanization of the cooling conveyor and intensification
of the cooling process
Mechanization of the umpacking stand
Pneumatic conveying system for expended carburi.-_-Ing com
pound
Moistening the carburizing compound
Automation of fuel-oil feed into injection nozzles
Increasing furnace productivity by changing box dimensions
Improving the Gas-carburizing Process in Pit Furnaces
Card 2/4
3
4
8
9
10
11
11
14
15
18
19

Complete Mechanization (Cont.) SOV/2283
Devices for carburizing machine parts in pit furnaces 20
Use of spindle oil as carburizing compound 24,
Complete Mechanization of Continuous Lines for Heat Treatment 26
Mechanization of transfer of links from machine tools to
quench-hardening furnaces 28
Automatic shower quenching of caterpillar links 29
Mechanization of protective coating and of loading cater-
pillar links on trucks 31
Complete Continuous Line for Heat Treatment and Descaling of
Pinions 33
Perfecting of Equipment 41
Die for quenching thin-rimmed bevel pinions 42
Device for straightening washers 44
More efficient U3e of Industrial water in heat-treatment
L,@6 45
Bibliography 47
Card 3/4

Complete Mechanization (Cont,) SOV/2283
A
- AVAILABLE: Library of Congress
.. Card 4/4 GO/ec
10-7-50,

SOV/123-59-16-64536
Translation.from; Referativnyy zhurnal. Mashinostroyenlye. 1959, Nr 16, p 126 (ussR)
AUTHORic Lebedev, A.F.
TITEM-. Compleoc.ble-ohanization of the Technological Process of Cementation With a
Solid Carburizing Agent
PERIODICAL- Tekhn.-ekon. byul. Sovn. nar. kh-va Chelyab. ekon. adm. r-na, 1958, Nr 3.
34 - 4o
ABSTRACT: A lay-out scheme of the equipment and transpoirtation means in a cementation
section is given. The operations of conveying the packing cases to the
cementation furnace and loading them into the furnace, and selecting samples
are mechanized, as well as the cooling roller-conveyor. An artificial cooling
of the cementation cases on the roller-conveyerbyair fans, which accelerated
the cooling process by 3-4 hours and improved the quality.qf-thdcemented
layer, was introduced. Also the removal of the used up carbur-izing agent from
the unpacking stand was mechanized... In order to avoid dust 'frj'r@ation when
packing the parts into the cases durUk
..g the mixing of the worked up carburiz-
Card 1/2 ing agent with the fresh one, the mixture is moistened. Mazut pressure regu-

SOV/123-59-16-64536
Complex Mechanization of the Technological Process of Cementation With a Solid Carburizing
Agent
lators are installed on the furnaces. The control of the section is centralized. Total
savings amount to 1100,000 rubles per annum. 5 figures.
Sh.L.Ye.
Card 2/2

AUTHORi Lebedev, A.F., Engineer 117 - 5 8 - ",:?,I
TITLEs The Latest in the Technology of Therra Treatmrmt (Novoy'@ 't
tekhnologii termoobrabotki)
PERIODICAL: Mashinostroitell, 1958@ Nr 5, pp 13-16 (USSR)
ABSTRACT: The complex mechanization of the cementation process in a h-,tr(I
carburizer. GemenMion in a hard carburizer is uo.e r (j,.a-.
oil ovens. The parts are inclosed in heat resistant bnxes,
60OX56OK415, which used to be manipulated by hand, J.nv,;1v4--,kS
great risks, beBides being exceptionally hard work. The a-e-
chanization- of thi@ work provides for a complex i.nstallation
as is shown in figure 1. It consists of a trolley with 3.
rotary boom and a. mantpulator for overturning the boxes en -11-n
the roll tabl3s leading into the oven. The equipment of t@@e
trolley.which moves on- railsis electrically driven. Af`*2:-
processing, the hot boxes are taken up by an electric
and moved over to the cooling roll table, where they are ur:--
loaded; the vehicle also selects sample boxes for testing
purposes. The handling of the carburizer has been likewiso
Card 1/4 mechanized. A pneumatic device serves to remove the used car-

The Latest in the Technology of Thermel Treatment
burizer from the boxes when they are being unpacked, dir@irt--
ing the used carburizer into a bin, where it is reprozess@.d
for further use. ahe deeR hardening-of-tractor catprpilley-
1 i nk s by - ij s _ho w e r .Harden-i-.;.-.g and tempering of caterpill-':@-
links by the ol-Tmethod failed to ensure an even hardnen3 d--js
to uneven cooling caused by the configuration of the !Jnk.
Figure 2 shows a new installation providing for nn autorw@ti@.,
line of shower deep hardening. The novelty in the whole
process consists in the me'uh-)d by which the linksafter hei.n-
heated, are plunged in a shallow bath upside down; a !7hoiwer
provides for inter-se cooling of the lower part of the link
while the upper part is subject to a lesser degree *f ccolir.6.
After 15 seconds, t'ae link falls into the hardeninE tank from
which a conveyor tel" picks it up and transfers the harden-s--ad
link to the tempering oven. From here another conveyor lelt
places the f4nishad links in a bucket, in whjch they are
automatically covered with oil. The bucket is then taksi-.
by a skip hoist to the d1spatchlinm. platform. The whole 4-n-
stallation is cla4med to have saved a great amount of labor
and time, hesides turning out caterpillar links of a hij:@jer
Card 2/4 quality. _The automation of the chilled hardening and chiliti%".

The Latest in the Technology of Thez@mal Treatment 117-500-5-5.," '24
cyaniding pr@oc2sges In this case the automatic line con-
sists of a succession of operations in accordance with the
technologioal process, providing for successive immersion in
certain melted salts, such as sodium chloride and barium chlo-
ride, or in alkal -i baths, water baths and passivaticn tanks.
On these automatic lines, chilled hardening can be carried
out without consecutive tempering, al3o hot chilled hardening
with consecutJve tempering in alkali baths. Immersion is
done by means of conveyor chains with suspended holding dc--
vices. The Trueing of washers. Stuffing box washers "or
tractors 3-80 (Steel 20G) have an outer diameter of 242 mim
and an inner diameter of 1,800 mm and.'a thickness of 6 L-im;
warp should not exceed 0.2 mm. Since,.trueing by hand :@nter-
feres with the cementation layer of,the washer, trileiii.r- J3
now being accomplished by a specially constructed device
(Fig-are 3) in which lots of 30-35 washers are packed a.-.,d tha
bolt on the center pin it,ightened. The device is ther, pu@
into an electric over. of the type PN-32 and heated to 20!@G
for _'J@-2 hours. The trueing is done during the heat treatmont.
A mechanized production Uric for LAnions under thermal treal,-
Card 3/4 ment. The old f&shioned pusher-type oven is beinZ; replaced

The Latest in the Technolloey of Therm-ic Treatment
by a mechanized line for thermal treatment of pinions
(Figure 5). After being loaded on the tray, the parta pa-@f-
through the hardening cven. After heating, the parts paus
through the oil hardening process. Having been washed, the
pinions are tempered and conveyed on a roll table to a cooling
tank. The last eperatiort is blast cleaning by metal shot.
The organization of this production line has paid for itself
by turning out better quality pinions and by freeing labor
of up-necessary inter-operational manipulation. Thore are
5 figures.
ASSOCIATIONs ChelyabinsIdy traktornyy 2aved 'Chelyabinsk Tractor Plant)
AVAILABtE: Library of Congress
Card 4/4 1. Cementation-Procasses

kv,
it
J' I I I
it
443
I
j tj
LA
I-
vi
A
.9 Fit

LEBEDEVj A.F.
Modernized nozzle of an industrial gas burner. Gaz. prom. 5
no. 1204 D 160. (MIRA 14-1)
(Gas burners)

RAYTSES, Veniamin Borisovich; IEBEDEV, Afanasiy Fedorovich; ZAKHAROV,
B.P., retsenzent; DUGINX@,IU., tekhn. red.
[Skill of a heat-treatment specialist] Masterstvo termista.
- . Moskva, Mashgiz, 1961. 2o6 p. (MIRA 15:3)
(Metals--Heat treatment)

ARGUTINSKIY, V.N.; .. redaktor; MANEYN, A.P.. tekhnichookly
redaktor; M.I., takhnichaskiy redaktor
[The use of explosives in lumbering] Vzryvnya raboty v lesnoi
romyshlannOBti. Moskva, Tses. kooperativnoe izd-vo 1953. 125 P.
Microfilml (MLRA 8:2)
E
(Lumbering) (Blasting) (Zxplosivets)

S/148/60/000/007/001/015
A161/A029
AUTHORS; Vlasov, V.G., and Lebedev, A.G.
TITLE: Dissociation of Uranium Trioxide
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Chernaya metallur-
giya, 1960, Nr 7, pp 5-9
TEXT: Dissociation of UO has been studied in a 10-4 Hg vacuum to in-
vestigate the kinetics an@ the wechanism of the process UO was prepared
by heating UO -2H 0 fo* hLrs in an
by a method described in Ref 4 r 3
oxygen flow at 350 0C and for 1 hour at 400 C. 4The2orange-red UO could
easily be rubbed to fine powder and pressed into 1.4-1.5 g briquhs.
Dissociation was studied by the decreasing weight of trioxide on spring
scales. The vacuum installation had been previously described /Ref 2/.
The process started at 420 0C. Complete dissociation into U 0 took place
at 5500C in 1 hour and could not be obtained at lower tempeMures
(curves, Figure 1). The dependence of the dissociation rate on the
dissociation degree was stated (curves, Figure 2). As can be seen, the
Card 113

Dissociation of Uranium Trioxide
S/1 4Y60/000/007/001/015
A161 A029
dissociation process rate was constant in the beginning, expressed by the
formula: g = kt where g is dissociation in %, t - time in minutes after
start of experiment, k - the proportionality coefficient, until a 42%_
dissociation was reached and solid phases of the summary composition
UO 2 81 remained in the reaction space, where the separation of oxygen
abr-ap ly dropped to a new constant level of g = 0.091t + 17-90 (2).
At 5000 C, decomposition progressed somewhat differently (Formulae 3 and 4).
At 5500 it was constant until a 65%-separation of oxygen from trioxide
was attained at a rate of 9 = 4.65t + 40-9 (5), If the reaction
proceeded further, the rate dropped to
1
0.0608t.
(6)
The constant reaction rate in the beginning may be explained by a high
number of defective spots caused by crushing before briquetting, and by
the beginning of the dissociation on these spots, where oxygen was re-
moved from the surface by chance law,. Later the active centers dis-
appeared. The abrupt change in the rate after the 42% dissociation point
at 5400 C can be explained on the basis of the structural diagram of the
U - 0 system /Ref 3/. According to this diagram the dissociation of UO
Card 213

S/148/60/000/1007/001/015
Dissociation of Uranium Trioxide A161/AO29
in the beginning proceeds without producing a new solid phase in
connection with the existence of the region of solid solutions, the
oxygen content of which is only reduced. At 5000C,higher temperature
caused a faster disappearance of active centers and apparent growth of
diffusion resistance in the layer of the forming reaction products. At
5500C dissociation can be described by equation (6). The apparent
activation energy in the beginning stage (to 30- oxygen separation) has
been calculated as 37.2 kcal/mol, which well agrees with the reaction
heat effect value of 6UO3 = 2U 08 + 02 determined by Brewer /Ref 5/ to be
35 kcal/mol and confirms the 4inion of S.Z. Roginskiy /Ref 6/ that the
activation energy of the majority of topochemical reactions in conditions
far from equilibrium is approximately equal to the heat effect. There
are 2 figures and 6 references; 5 are Soviet and 1 English.
ASSOCIATION; Urallskiy politekhnicheskiy institut (Ural Polytechnic
Institute)
SUBMITTED: July 14, 1959
Card 3/3

L E @3 i ---D &,--I -
S/080/61/034/008/005/018
42, D204/D305
. /, :@21oo
AUTHORS, Vlasov, V.G. and Lebedyev-j--A_G.
TITLE: The dissociation kinetics of uranium oxides
PERIODICAL: Zhurnal prikladnoy khimii,, v, 34, no. 8, 1961.
1739-1744
TIM- The present work was undertaken because of the lack of in-
formation on the kinetics and mechanism of the dissociation pro-
cesses of uranium oxides, Knowledge of these would be of interest
for technological processes, based on the dissociation of oxides
as well as being examples of a topochemical process. ;pecifically,
U03 and U308 were investigated. U03 was prepared by heating U04-
nH20 in a stream of 02 for 3 hours at 350 0G, followed by I hour at
400OC; the resulting product was finely ground and pelletized U 08
was prepared by heating nH20 in air for I hour at 8000c; and' t@en
OU04
in 02 for I hour at 900 C; this product was pulverized and used in
a Dowdery form. Dissociation processes were followed by continuous-
ly recording the loss of weight of the heated oxides by means of a
Card L/4

2@_Z23
S/08 61/034/008/005/018
The dissociation kinetics@.. D204YD305
spring balance. The initial rate of dissociation was determined by
the angle of the tangent to the curve of oxygen removal plotted
against time,. The apparent activation energy was calculated from
Arranius' equation. Results! U03 diaGocintes at a convenient rate
at 450-65000, while complete conversion into U308 was reached only
at 55000 and above, At 450OU, U03 dissociates at a constant rate J)
following the equation,. g * 0.168 t (g .. degree of dissociation, Ya:
t time elapsed from the onset of the deaired temp. min). tit
g 42%, the rate diminishes abruptly and then becomes constant, as
shown by equationI g % 0.091t + 17,,90. dit 5000CI the initial rate
follows equatioi @ a t 4 9 and after g t 30% dissociation is exprea-
sed by (g - 30) - 15,3 (t - 21)@ At 55000 the expression is g
4.65t + 40.9 until g = 63% and thereafter lg E__ , 0,0608.
ITU 9
The influence Of 02 at various part, pressures, on the rate of dis-
sociation of U03 was investigated and -9ound to be represented by
equation: v - A - kP02 , where A and k are constants at a given
temperature. The apparent energy of activation, calculated from
C ard 2/4

@i _-, 2 i 3
S/080/61/034/008/005/018
The dissociation kinetics- D204/D305
9 30"" was 37,,2 K'cals/moLe, U@08 at 7000(; dissociates at a con-
stant rate, following the equation: g z 0,03 t. iit 8000v!" the cor-
responding expression is Ig _.--a- -_ k t. @a - dogree ot dissociation,
a - g 1
corresponding to the conversion U30, -t"@2@6 - or a I-di-fir"'U111
oxygen content, i,,c-- U02,.55): a is 17.,4, and valuo', oF 1,,L at 800,
900 and 10000;,@ are 3,k@Bolo-3. and 1_971tO-2 respectUivel-v Beyond
a @ IW`@ dissociatLori proceeds at a constant rate and is represented
by: g k2(t to'. - 18, where to Js toe time requdrc(i for roaching
L 8 -nd k a constant at a given tomperature- vaLuc:@; of k2
C:@
a'ad to are g-iven below@.
te".-UT), 1000 QOO 800
k@ 2 0 - 06 0 - 04
to (nt i 70 165 330
There are 3 f ir, 'ures and 10 rei':erences. 7 oviet-bloe and 3 aon-3ov_
iet-bloc.. he referenceq to tCLe :Iiiglish-Language, publ_ic@,.tions read
as follows i-', Gronvoi,it, J. J'norg. @.Iuc-_L. nem, 1, !195-5 ; "Che
Gard 3/4

-1/080/61'/0 34 /008/00.5/0 M3
The dissocial:lon kLnetics --,04/D305)
Transuranium @.Iements, cart li, ilapers 0, 40 to 22. 80, 6(il., New-
York - Toronto - I.ondoii (1949)
U B M IT T i," D October 3, 1960
Card 4/4

ZHUKOVSKIY, V.M.; VLASOV, V.G.; UBEDEV, A.G.
Electric properties of the system uranium - oxygen in the range of
U308 - U02 compounds. Fiz. met. i metalloved. 14 no.2:319-320 Ag 162.
(MUIA 15:12)
1. Urallakiy politekbnichaskiy institut imeni Kirova.
(Uranium compounds-Electric properties)

U523
S/126/62/ol4/003/020/022
E039/E420
AUTHORS: Zhukovskiy, V.M., Vlasov, V.G., Lebedev, A.G.
TITLE: Electrical properties of the uranium-oxygen system in
the range of composition U03 to U308
PERIODICAL: Fizika metallov i metallovedeniye, v.14, no.3, 1962,
475-478
TEXT: The range of uranium-oxygen compounds U02 to U301
investigated by other workers'is extended to cover'U03 to U308'
Electrical conductivity is measuied in the temperature range
25 to 200%. Samples are prepared from U03 by dissociation in a
muffle furnace. Spectroscopic measurements show the presenc-- of
impurities Na, K, Mn, Fe, Si and Al, the largest component bejL),g
Na at 3.8 x 10-2%. Debye-Scherrer Xnray analysis indicates that
U03 is amorphous while U308 has a hexagonal lattice. Intermediate
compounds show a mixture of the two phases, even U02 97 exhibits
Yeak lines of the U308 structure. Samples are form;d into
tablets 14.5 mm in diameter and 7 mm thick at a pressure of
3000 kg/CM2. Densities after compression are 3.0 g/cm3 (for U03)
and 3.65 g/cm3 (for U308); Resistances in th6 range 106 to
Card l1A2_

3/1.26/62/014/003/020/022
Electrical properties E039/E420
1011 ohms are measured using a constant current megohmmeter with
an accuracy of 2 to 205/6. Resistances in the range 10-1 to .
lo-6 ohm are measured using an a.c. bridge at 1000 c/s with an
0
accuracy of better than 5%. Samples are measured under vacuum
(lo-3 to lo-4 mm Hg). Values of the specific electrical
conductivity x (ohm-lcm-l) for U03 and U02.67 at 25 and 200*C
are given in the table. The temperature dependence of the
electrical conductivity is given by
-K = A exp A E/2kT)
where aE is the activation energy. Isotherms of x are given
and also the dependence of 6E on composition. It is shown that
all samples have a negative thermal emf with respect to copper.
Both the electrical measurements and X-ray analysis show that
there is a transition from a state of low order for U03 to greater
order for U308- There are 2 figures and I table.
ASSOCIATION: Ural'skiy politekhnicheskiy institut im. S.M.Kirova
(Ural Polytechnical.1natituts imeni S.M.Kirov)
Card 2e,-2-

VIASOV, V.G.; ZHUKOVSKIY, V.M.; LEBEDEV, A.G.; SHALAGINOV, V.N.
Adsorption of certain gases on uranous-uranic oxides. Izv.
vys. ucheb. zav.; tsvet. met. 6 no.4:113-117 10. (MIPA 16:8)
1. Urallskiy politakhnicheakiy institut.
(Uranium oxides) (Adsorption)

-ili; Q@
-@-65 F4FF (M) /-'!I@ C ),/7,,PF,/ n," -2/ EFR/94"( t
'3 /CxD-'@,C /2170/2i75
::),'I Yd : AP501104
V M 1,e ' ed, e -t A S -a
-77i")P! Vlasov, V. G. ; Zhukovski, _n V
1 5 ha' xi O-V
kdsorp@ion of certain Fases -.3 r@ - r a n am ' r x
Zhurnal prikladnoy khimii, v. 37, no. 10, 1964, 2170-2175
TOPIC TAG;SI uranium, uranium compound, Inorganic oxid,-, za., adSorption, hydrogen,
moroxido, amwnLia, nitrogen, @;ari'on -;api'r
rxDer'mental data is presente,-4 o,-i zi-le of rivu:f@gen, carbon
ci@ @;@-n r'oxide
cloge to the temperatureq of the inc;Dient re-1,jCt ion of this
was found that- Lhe a@50-. @f 6 A'@
r e. s a b a -/P. @ 5 '.-0 a, i i r@ r r e a 3 e P,::,:) e - a t r e'; @ r e S e 3 c a C i 1 0 f
J @e T-, Carbon manoxLde is adsorbec" t@.) an ex-i-ent orie order ol L-r'ii'tude
@i@@z,Tor Lhen 4vdrogen. Nitrogen is pcoTly ad3or-eo. n n u r a 11 i LI -w r '. C, X @ CIe P, 3
s@@atiaT to hydrogen. txperiments on adsorption of tiLLrogen and ammonta show@d
,ha@ 1-he adsoprtion depends on the pressure of ga&--r,@ducing sgen@. An increase
Ln Smi-Ionia pressure prolonged the induction period and retarted the reduction
Una existence of ouch a Euncti-!i)n. and ai so aLnorw!--,- ri@gh vrilue -D'
112

39-5-79-65
NR: AP5011043
ttis apparent energy of activation of U03 for reduction by ammonia Ie6 to Ltua
that reduction as a whole is limited by decomposition of ammonia or
L
Lon Of nitrogen. 0.@
-ra-pas
7. a_r t
Card 212
IZ,
?
-X2

VLASOV, V.G.; TKACHENKO, Ye.V.; LEIBEDEV, A.G.
- --I----.--.-,-,- ...
Mechanism of the reduction of uranium oxides by solid carbon.
Zhur.prikl.khim. 37 no.7:1414-11+20 JI 164.
(MTRA
.L 18--4)

LBEEDEV, A. G.
Xffect of the degree of vell
output and the ultimate oil
Azerb.SSR 15:135-159 154.
entry Into oil eands on the
recovery. Trudy Inst.geol.AB
(MLRA
vell
9:1)
(Petroleum engineering)

LNUM, A.G.
"_ @U@sing g@eolo Mat'-statistical and volumetric methods for the esti-
mation of underground resources of petroleum in layers under
exploitation. Report no.l. Uch.zap.AGU no-11:19-30 '55.
OWA 9: 11)
(Petroleum engineering)

LZBFMV, A! G. -_ -0-
Methods for the estimation of underground resourses of patro-
leum and use of geological statistical curves in estimating resid-
ual resources for secondary exploitation methods. Report no.2.
Uch.zap.AGU no.12:37-52 055. (MLRk 9:11)
(Petroleum engineering)

IMIM. A.G.
Effect of the geological and technical conditions of well entr7
on the technological system of petroleum layer exploitation. Uch.
zap. AGU no.11;25-34 156. (MLHA 10:4)
(Petroleum engineering)

I- t- 0 1'- v i 1-1 T @-., I
. I
IRBXW, A.G.
Nffect of the geological and technical conditiow of well entry on
the technological system of petroleum layer exploitation. Uch. zap.
AGU no.l.,67-80 157. (MM 10:12)
(Petroleum engineering)

laBEMV, A. G.
Importance of hydrogeological investigations and data on rhythms
of stratification In the division of the cross
petroleum deposits. Uch.zep,.AGU no.12:35-4
section of
157.
(HIU 12: 1)
(Petroleum geology)

37 no.
175

BUTAWV, V.A.; ANDRInV, V.M.. professor, retsenzent; NESSILISHTRAUS, G.Z.,
prof., kandidat takhnichookikh nauk; VIDUYA, P.N., prof., (Loktor tekh-
nicheskikh nauk, redaktor; TILINSON, I.B. [deceased], inzhener, reduktor;
KRUAVITSU, U.I., kaudidat tokhnicheakikh nauk, dotoent, radaktor; MI-
ZANOV, O.V., Inshener, redaktor; MIRKIN, I.L., prof., doktor tekhniche-
skikh nauk, rodaktor;,BMVISHNIKOV, B.S., inzhener, redaktor; SIAVKIN,
V.S., Inzhener, rudaktor; LIBURY I., redaktor; KIKYATWVA, V.V.,
tekhnichaskiy redaktor . ....
[Technology of metals) Tekhnologila metallov. Moskva, Goa. nauchno-
tekhn. izd-vo lit-r7 po chernoi i tsvetnoi metallurgii, 1952. 471 P.
[Microfilm] (MLRL 7:12)
(Metals)

X&BLUKOVSKIY, Anatoliy Fedorovich; IRB=ZV, A.I., radaktor; ZINGXR, S.L.,
redaktor izdatelletva; GOVSMX_N@Afoo tekhnicheakiy redaktor
(Unused capacities of electric steel smelting shops] Rezervy elaktro-
staleplavilinogo tsekha. MoBkvs, Goa. navchno-takhn. izd-vo lit-ry
po chernoi i tavetnoi metuallurgii, 1956. 63 p. (MIRA 10:1)
(Steel--Metallurgy)

I- E R E lb E V'@ P.T
YATSUNSKAYA, 0.1., kand.tekhn.nauk; LEBEDEV. A.I., red.; MIKHAYDDVA. V.V.,
tekhn.red. --_ .-
[Potentials of an open-hearth furnace plant) Rezerv7 martenovskogo
teekho. Moskva. Gos.nauchno-tek-Im.izd-va lit-r7 po chernoi i
tovetnoi metallurgii, 1958. 31 P. (HIRik 11:6)
(Open-hearth process)

GRI14SHPUNT, Ioaif Gairikbovicb; IXRXDVt,_A_j,, red.; OZERITSKATA, A.L.,
red.iza-va; DOBUNITISKAYA, L.V., takha.red.
(Cold drawing of metal] Kbolednaia protiazhka metalla. Moskva,
Goa. usuebno-teklin. izd-vo lit-rv po chernoi I tavatnol metallurgii,
1958. 119 P. (14IRL 12:1)
(Steel--Cold working)

_r L)
BANNYY, Nikolay Favlovich; 4kLFMV, A.I., red.; AVRUTSKAYA, R.F., red.
izd-va; BVINSON, I.M., GAZTea-
[Technical and economic calculations in ferrous metallurgy] Tekhniko-
ekanomichaskie raschety v chernol metallurgii. Moskva, Goo. nauchno-
tekhn.i%d-vo lit-ry po chernol i tevetnoi metallurgii, 1958. 162 p.
(Steel industry) (MIRA 11:2)

BAWIYY, Ntkolay Pavlovich; LEBEM, A.I., red.; pINEGIh I.I., red.;
MIKHAYLOVA, V.V., t.ekhn.red.
Ufficiency of the use of oxygen in open-hearth smelting]
Effektivnost' primeneniia kisloroda v martenovskom proizvodstve.
Moskva. Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tovetnoi
i6tallurgii,,1959. 165 P. (MIRA 12:4)
(Op@ n-hearth furnaces) (Oxygen--Industrial applications)

BORHATSKIY, Ivan Ivanovich; KOTROVSKIY, Mikhail Mikhnylovich; YARGIN,
Aleksandr Pavlovich;,,,LXB?ArSV, A.I., red.; YABLONSKAYA, L.V.,
red.izd-va; MIKHAYLOT.A., V.T., UV red.
[First assistant steelmaker in open-hearth furnace plants]
Pervyi -podruchnyt atalevara na martenovskikh pechakh. Moskva,
Gos.nauchno-tekhnJzd-vo lit-ry po chernoi i t3vetnoi metallurgii,
1959. )65 P. (MIRA 12.-12)
(Open-henrth process)

KOLOSOV, Mikhail Ivanovich; MOGANOT, Anatoliy Illich; ATZENSHTOK,
Isay Takavlevich; ICRZT3 T.-A.I.r. red.: ROMTSMG, Ta.D.,
red.izd-va; ATTOPOVICH, M.K., tekhn.red.
[Manufacture of ball bearing steel] Proizvodetvo sharikopodshipni-
kovoi stali. Koekva, Gos.nauchno-takhn.izd-vo lit-ry po chernoi i
tavetnoi metallurgii, 1960, 267 NIRA 13:5)
(Ball bearings) (Stee,3*

1aPORSKIY, Vladimir Yladimirovich; KAMSTIN, Yevganiy Aleksandrovich;
GLINKOT, German Markovich; KAKOTSKIY, Vitaliy Anstollyevich;
.IMIM0 A.I., red.; LANOYSKAYA, M.R., red. izd-va; DOBUZHIN-
SKAYAv L.Y.,'tekbn.red.
(Tilting open-hearth furnaces; design and heat transfer] Ka-
chaiuahcheiasia martenovskaia pech'; konatruktaiia i teplovais
rabote. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, 1961. 181 p. (MIRA 14:5)
(Open-hearth furnaces--Design and construction)
(Heat-Tranamission)