SCIENTIFIC ABSTRACT GANIYEV, R.F. - GAPONOV, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200830008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


USSR UDC: 534
KONONEN
GAN r KO, V. O~, Ki e1v
IYEVa' R
"Concerning the Mutual Relationship Be
Ween Pecipr6cating and Rotary
Oscillations of a Solid in a lNewtonian Force Field!ti
Moscov, Izvestiya AN SSSR: I-lekhanika Tverdogo Tela', lio 4, Jul/Aug 71,
pp, 3-12
Abstract: The authors study some interrelationships between the recip-
rocating oscillatory motions of the center'of mass o~'f a s Iolid in a -New--
tonian force field and its angular oscillations about its center of mass
in the mos-t typical cases of.resonance conditions. :The study is based
on analysis of the equations of disturbed motion of!~an artificial sat-el-
lite moving in a circular orbit. The approach, used 4s the simplest
method for obtaining perceptible results which il I u:itrate~ tKe basic
mechanisms of reciprocity between the different type;s of oscillations,
vhereas the actual solutions require complex analysii3 whi6h cannot
~alvays be carried out to completion without resortinj; to numerical
calculations.

ef 000 e
N Abstracting Serviice: R
i*45068-
INTERNAT. AEROSPACE ABST,- JR
rANI-23386 'Certain now, casel! 6f integratitil of ihe
equations of motion of a solid ;~ liody, situattd in i 4' potential
elastic-force field (Pro del'alcV11,ovi integrounivipadki ri~nian' rukhu
tverdogo tila. shcho znakhodit'sia vipotentsial'nomu pqli~'Oruzhnikh
SiD., R. F. Ganiev (Akademila Nauk Okrains'koi RSFI, . Institut
Mek~aniki, Kiev, Ukrainian SSR). Akademha Nauk Ukrainskoi RSA,
DoPovidi. Seriia A-Fiziko-Tekhnichni i Oatematichni 16uki, Vol.
32, Jan. 1970, p. 41-44. In Ukrainian. ~r~
Analysis of the motion of heavy solid body about a2 f&ed point.
The body is situated in a lield of potential forces induced bit elastic
supports (in particular. springsl which keep the bodv in ~he initial
position of static equilibrium. Several cases.of integration of the
equations of motion of the body are examined f(jr various
allrrangements of the elastic supports. The first~tirne-in iopendent
integrals are obtained. V.P.
REEL/FWIE'
197171981

USSR UDC 5-14
GAVIYEVj R. F. g Kiev
"Resonance Phenomena In the Nonlinear Vibrations of Solids"
ICievj:PrIkladnaya Mekhanika, Vol 8j No 12p Dec 72# pp 45-70
Abstracti This work investigated the specific resonance phenomena in nonlinear
three-dimensional vibrations of solids with the main attention devoted to
study of the stability of motion of a damped solid under conditions of short
subharmonic and combined resonances and to the investi ~tion;of almost cyclic
9A
nodes of three-dimensional vibrations of solid bodies,,' The article consists
of five sections entitledi
1. Equations of notion and statement,of the P*'Oblemb,
2. Hathods of investigating ncnlinear resonant,vibrations and the
integral criterion of stability.~
3. Three-dinemional motion stability of solid~bodi.es*
4. Some resonance phenomena in the vibratingwid rotating motions
of satellites.
5o Periodic and near-periodic three-dAzensional vibmtions of a solid
body.
4 figurest 68 bibliographic referencee

Abstract: Conditions for unstable oscillations of a solid body due to random
ation
excitation are determined. Solution of this roblem is,~ required for the vibr,
P.
analysis in many practical cases'. such as trans pot tatibn machinery, damping
devices and so forth. It is assumed that1he -random 4:3,1citation )cts along one
;ymptotic method
of the axis of coordinates, The analysis iS using the a,,
described in "Asymptotic Methods in Nonlinear Vibratibn Theory" by Bogslyubov,
N. N., and Mitropol'skiy YU. A, 1963. The unstable conditiohs are repro sented
by shaded areas on the graph.

ENGINEgRtNO~
Aeronautical and Space
USSR UDC-. 513t. 3; 629. 735. 45
GANIYEV, R. F. and SHCHERBINA, A.A.P, Kiev
"Helicopter Stability and Nonlinear Vibrations"
Kiev, Prikladnaya Mekbanika, Vol 9, Vyp 2, Feb 73, pp~ 42-52
Abstract: The helicopter an the ground is represented by a mathernatical model
consisting of a solid body on elastic supports. The hydropneamatic suspension
is represented by a system of nonlinear springs. The solid body has six degrees
of freedom. Two systems of coordinates are used1for t1w analysis, one set of
axis is fixed in space, the cther is fixed relative to the solid body. It is assumed
that the helicopter has two planes of symmetry. The analysis shows that the.
loss of stability may occur, it is necessary to4unc the system out of resonance
with the propeller speed. A diagram shows five singula 1 points corresponding
r
to cyclic motions. The case of nonsymmetric suspension is also considered.

USSR~ uDc 548,736.6
LY 1# V, V.p and BMDVj H, V,
stal Structure of Ca Hydrosilicate Phase Y C6S3H:-=
Cry Ca6[si
2071 IS'041
Who
Moscov, Kristallografiya, Vol 16, No 5, SOP-Oct 710 pp 80-898
Abstract, In the triclinic cell a - 6.85, b 6.95' c 12-90 R, C4
,y H 6cao-R3SiO2-11?0). The struc-
90045 97020's Y - 98015', Z - 2(C6S3
ture was deciphered by the multiple peak method. The main building block is
a portlandite-like trellis wall of Ga polyhedrons selnrating the cell in a
2il ratio. There are paired Ca ribbons in the wide
,,%separating walls, in
dividual columns in the narrow walls running in th Irection of the CL axis.
Identical ribbons are bound by diortho~ groups Esi2.0711 columns by single ortho-
tetrahedrons IS1041. Thus, the formula of yhase Y of the composition C6S3H
iOz-H?0 Ca0i -H20 evolves.inl
6cao-3s 3012 ~o Ca61S',OAES'D0 (0H)2-

-7-
USSR! UDC 548.736.6
1LYUKFI*11, V. V., and. BELOV, Academician, Institute.of
the Academy of Sciences USSR-,' Moscow
tic
rvs-rall-ine Structure of the Cement, Phase..Y =:Ca61S120731Si041(0H)2"
Moscow, Doklady Akademii Nauk SSSR, Vol. 190, No. 4 1 Feb 70, pp 831-834
Abstract: The Y-phase is one of the most stable products~ of the hydration of Ca-
silicates and arises in the hydrothermal MiXtures,Of ~-C2S,.y-C2S,and
treatment of
C2SH(A) silicates and of more elermentary mixtures such as!CaO + Si02, CaO + q-uartz,
Ca(OH)2 + SiO2, CaC03 + quartz, etc. The Y-phdse is stablo ovt~r a broad range of
temperatures up to BOO(' and pressurer, up to 2000 at. X-Iliay struntural arialysis
showed that a triclinic cell has the followirig pararbeters~* a = 66.85, b = 6.95,
c = 12.90 900451 � 151; 0 = 970201 t 201 ; Y N 001WP' 1,51; 7, :: 2CIaGS1.3012-1120-
Structural diagrams of the Y-phase are given and explain64. It is noted that the
Y-phase represents a starting Ca-silicate and along with epidote, zoisite,land
X214n2Zn4[SiO4]2[Si2O7] is one of the few silicates in whic1h ortho- and diorthosili-
cate groups exist in the structune.

USSR UD~: 546.33,42'284
GANIYEEV R M., KUZNETSOV, V. A., LIDER, V. V., ILYUKHIN, V.:V., and BELOV,
-Ii_,_V., Institute of Crystallography, Academy of Sciende#, USSR
"Synthesis and Certain Properties of Calcium-Sodium Silicate Single Crystals"
Moscow, Neorganicheskiye Materialy, Vol 6, Vo 2, Feb 700' pp 398-399
Abstract: The formation of calcium-sodium silicate phaues is aiscussed, and a
table illustrating their formation in the:CaO--SiO2__fTaO1f system iz given.
Analysis of the first phase, using the lKhA-3-type diffraction microanalyzer,
gave the following results: CaO, 34.8%; Si02,,46%; Na,04 22,5., SDectral analysis
confirmed the given composition. The formula of the first phase inay be written
as 4cao-5SiO2-2Na2O.. The second phase of.the composition rla2CaS'3 Oa waamentioned
in earlier research and the given lattice parameters as:well as the set of the
interplanar sPacings agree with the data of this, study. 1. fqlaf;~e I'CaO' 5,SiO,~-2ii-ft2o
precipitates in the form of large, well formed single crYstals of prismatic
habit. The specimen features one sufficiently clearly,pronounced and readily
reproducible endothermic effect in the 9800C region; this effect is not attended
by evolution of gaseous products and weight loss. It is suggested that the nhase
.4cao~5SiO --2Na20 has no structural water and has a poly7iiLorphous transition in the
9601D region.
71

OL~ MARKING-140 RESTRICTIONS
.60CUMENT CLASS-UNCLASSIFIE0
'PROXY REEL/FRAME--1988/0606 STEP NO--UR/0363/70/006fOO2/0398/0399
CIRC AC.CESSION NO--AP0105589
UNCLASSIPHO

AOCE'SSING DATE--18SEP70
F
7
,:t-'TA.C~ACCESSJON ~NO-AP0105589-.-
CONDIT:IONS~'Frm TH E
_~--TkBSTRAC T/ EXTR AC T-- ( U) GP-0- ABSTRACT. FORMATION OF CA
:.,.,~-_-,.NA~',.SlLICATE- -PHASES IN THE CAD MINUS S, LO SUB2i'MINUS NADH SYSTEMiWERE
'.:STUDIED-. ~THE PHASES:4CAO.5SIO SUB2 ID N
.2NVSUD2 WAN A SUB2 CA$I SUB3 0
~_','-'SU08 WERE' PRESENT'IN THI'S SYSTE14t AS ~DETO. BY EL~CTRM MICROPROBE ANAL.
LATTICE PARAMETERS AND INTERPLANAR SPACINGS;qBTAINED FOR THESE
THE:PHASE 4C40.5S[O
PHASES AGREE,WELL WITH PREVIOUSLY REPORTED DATAli.,
:~:.~-.~~SUB2. .2NA'.SUB2 0. PPTS.. OUT MTHE FOR,M.OF~COARSE111-3 MM) AND WELL
IT"
"'FORMEO SINGLE,CRYSTALS OF PRISMATI.C HA'B IT' HAS A D OF 2.872 G-CM
ITS OPTICAL.CONSTSO WERE,ALS,O(l 0 E TO D ~OATIA SHOW THE PRESENCE
AN ENDOTHERMIC EFFECT AT, 98ODEGREES, WIHICH ISlj:NOT ACCOMPA;uEo BY THE
T THE
__,PPTN.-OF~-GASEOUS. PRODUCTS. OR WT~ LOSSIES-~~ THIS INDICATES THA
CAO.5SIO,,2NA-::SU82. O:~PHASE DOES _ MOT, CONT'~ IN TRUCTURAL WATER AND THAT IT
Xfl 1-B-1 TS TRANSITION AT SImILARlTO-:?,800EGREES.
zo

USSR. UDC. 62-50
ZHUK, K. D. and GANIYEV,_S. K.
"Computer Devices in Automatic Multicoupled Systems
Tashkent, Izdatel'stvo FAN, Uzbek SSR, 1971, p 2~
Translation of Annotation: The book presents some new results in the theory of
multicoupled systems; demonstrates the basic characteristtcs of rhe mathematical
procedures used by the authors; explains the engineering developments in auto-
tic. multicoupled systems, including compute'r control Ing devices; and
m
a 4
considers problems in the structure of information and col'iLrol:systems.
The monograph is aimed toward a broad group of sclentlflc~personnel, engineers,
graduates, and 6tudents interested in the automatic contrbl of complex objects.
Chief editor, Academician of the Uzbek SSR V. K. Kabulov.,~
TABLE OF CONTF44TS
Introduction
1/3

USSR
ZHUK,_ K. D. and GANIYEV, S. K., Izdatel'stvo PAR, Uzbek SSR, 1971, p 2
Chapter 1. Problems of the Control of Multicoupled Objects and Systems
1. Mathematical description of multicoupled.objects and systems
2. Graphs of signal currents (reactions) of multi0oupled objects and
systems
3. Some principles in the construction of automatic multicoupled systems
Chapter 2. Synthesizing Optimal Systems.of Controlling Linear Multicoupled
Systems
4. Solving a problem in the synthesis of linear optimal multicoupled
systems in statistical dynamics
5. A synchronous-autonomous optimal control sys temp
Chapter 3. Nonlinear Automatic Multicoupled.Systems
6.1 Nonlinear automatic multicouple&systems
7. An automatic multicoupled.s~
ystem for; controllitig ahorizontal tube
extrusion process
8. Constructing a system for controlling the electrical mode of an
electric arc furnace
2/3

----- --------------- ---------- ------ . ...... . . ... . ...... ...................... ....... . ...... ......... . ...... .................
USSR UDC 62-50.
ZHUK, K. D., and GANIYEV S. K_.
Vychislitel'nyye Ustroystva v Avtomaticheskikh Mtiogosvyaznykh Sistemakh
(Computer Devices in Automatic Multiply-~Connected Systems), Tashkent, '.'Fan,"
1971, 170 pp
Translation: Annotation: This book discusses several new results in the
theory of multiply-connected systems and gives the basic characteristics of
the mathematical apparatus used by the authors; the engineering developments
are given-for automatic multiply-connected systems, including computer con7
trol.devices, and questions of structural designs are.'iexamifted for information
control systems. The monograph is intended1or a' wide group of scientific.
workers, engineers,.graduate students, and students who are.inteiested:in the
lex units.
automatic control of comp i
Table of Contents
Introduction
Chapter 1. Problems of Controlling Multiply-Connected 'Units and Systems
~1. Mathematical Description of Multiply-Connected Units and Systems
2. Graphs of Signal Flows (Effects), of Multiply-Connected Units
- and Systems
1/3

USSR
ZHUK, K. D., and GANIYEV, S. K., VychisI1tel'nyye Ustrpystva v Avtomatiches-
kikh Mnogosvyaznykh Sistemak-h (Computer Devices in Aut6matic Multiply-
Connected Systems), Tashkent, "Fan," 197.1, 170 pp
3. Several Principlesin the Design of Automatic..Niultinly-
Connected Systems
Chapter II. Synthesis of Optimal Systems of Control of Linear Multiply-
Connected Units
esi ~Iultiply-
4. Solution to the Problem of Synth s of Linea~, Optimal,
Connected Systems in Statistical:Dynamics
5. Synchronous-Autonomous Optimal Control Systom,
Chapter III. Nonlinear Automatic Multiply-Gonnected.Systems
6. Nonlinear Automatic Multiply-Connected System1h Witft Control Models
7. Automatic Multiply-Connected System of Control of the Process
of Horizontal Drawing of Tubes
8. Construction of a Control System'for an Elect-ric Mode of an
'Arc Electrofurnace
Chapter IV. Several Structural Designs of In.formation-Control Systems
9. Reception of Information About a Control Unitlin the Form of
a Multiperformance Model
213

USSR
ZHUK, K. D., and GANIYEV, S. K., Vychislitelinyye Ustroystva v Avtomatiches-
kikh Hhogosvyaznykh Sistemakh (Computer Devices in Atitomattc Multiply-
Connected Systems), Tashkent, "Fan," 1971, 170 pp
10. A Multiperformance 'Model, of Production as a'MultipLy-Connected
Information System
11. Problem of Controlling.Groups ofInterconnec-ted Operations
Bibliography
3/3

USSR uDc 615;36l,4lq-03:6if_ool,p8-092-9
GAMWICH G A. SHOSTKAY G. D.
X4KAWj, V; and CHAPLYGMA., Z. A., Leningrad
-.Am"I~ iffil"bi ~Heratology and Blood Transfusion., and ClInic T'-'Pf Internal Yledicine
..:First 1,eningrad Medical Institute imeni I. P. Pairlov il
"The Effect of Bone Marrow Hydrolyeate on the Survival of Lethally Irradiated
Rabbits and on Some Hemopoietic Indices"
07 Vol 15: No 6 Jun
Moscow, Problemy Gematologii I Pe 1 iya Kx I,
re Ivan 70, PP 36-39
Abstract! Four groups of rabbits were irradlated'vith 1,000 r. 7he first group
was the control; the second group was given bone marrow hydrolysate; the third group
Ims given hydrolyeate and neocompensan (Polwinylpyrrolidaine); and the fourth
group.- neocompensan alone. Death rate was as follows: group one-57%; group two-
48%; group three-22%; group four - the same as group one.~ jIn all anirrals reduction
of levels of blood elements and depression or heimpolesis .iivre aserved. Changes
were mostpronounced in group one and least In group two. jn group four leukopenia
was even more marked than in group one; neoconqnnsan appakatly wtelioraten.the
symptoms but does not prevent the development of irradiation-induced anemia.
began an thP:14th day after*irradia
Restoration of reticulocytes., in all animals~
tion.; It continued regularly in groups two and three* In ~~ one the. restoration
dropped on the 21st day and in group fmw Wwau'delayede:'14 all ejcperiments with
1
/2

USSR UDC: 533-95,
GANNITSKIY. I TSKIY E. M. ROZOV, S. 1;~
A. DROBYSBE
~"Concerningthe Effect of Hydrodynamics on the Distribution of Charge
Carrier Concentration in a Homopqlar Generator",
V sb.,VoDr. fiz. nizkote=eraturn. plazy (Probleris ih the,Physics of Leww-
-Temperature Plasma-collection of works T, Minsk, "Ifauka i~tpkhn.", 19T0,
pp 327-330 (from RZh-Mekhanika, 110 4. Apr 71, Abstract No 4B96)
Translation: The paper deals with the problem of the.effect of hydro-
dynamic flow on ionization-diffusion equilibrium of the discharged in t]ne
transverse magnetic field of a homiopolar* generator. iffie citse where the
velocity of hydrodynamic flow is IcomparableAn ina4gAtilde ,;ith the rate of
diffusion of the charged particles is considered. llyarodyi~amic equations
of mtion of an incompressible gas are salved simultaneausly with the
equations of diffusion-ionization equilibrium. The results of courputer
calculations are given for a discharge in arEon when ~the temzeratures of
the ions and neutral particles are equal to 5001K. the i)ressure is 0.1 mm
Ug, the magnetic field is 1000 G, and the current is ~10 A.2 Y. F. Shimchuk.
79

Ac~-. Nr Ref Co d 6 OR621Y
APD05193&
p
PRI'XARY SOURCE: Byulleten' Eksperimbntal'noy Biologii i
cleditsiny, 19701 Vol 61 Nrl), pp
DEPENDENCE OF THE NATURE AND DEGREE,OF LESION OF THE: NERVE
CELLS IN THE NUCLEUS CUNEATUS ~ OF.THE' INIESENCEPHALON RETICULAR
FORMATION ON THE.CHARACTER OF THEIk BLOOD SUPPLY
1. 1". Gan~ushhina and L-31. BoM ;ritova
Institute of Neurology, 'Academy of,,Nledical Sciences of the USSR, Moscow
5GO nerve cells of the mesencephalon reticular formation (200 visual fields) in 10 cats
were studied in the periphocal region of the cerebral soft"ning caused by ligating the
L
lamina quadrigemina artery.
It was demonstrated that the t pes of l6ion of largit nerve cells are, under these
conditions, more pronounced than Ese of the . medium ind striall cells. The authors
connect these differences with the character of the dells'Vascull4rization.
REEL/FRAME
19820419

Acc Nr: Ref Code: LIR 0246
V0047164
PRIMLRY SOURCE: Zhurnal Nevropatologii i Pail-.'Xiiatrii, 1970,
Vol 70~ Nr 2 PP 1;12-iv
I 1ICTY OF YHE EL.DIENTS
SIGN I Fl(,A NCE OF AUTO(jEN
'U1
OF THE NERWOUS TISSUE INNASC .,'MANDTRAuuu'ric
LESIONS OF Tiir- BRAN
The presentation is related to the resulk of a study on the influence of auto-,ntice-
nity on the nervou.,; systeln eleinetils. in the dewicipment of pathologiral pi-c-'130*.
The math. model of the process is detd. and equktions are found
front which the degreeof discharge of X, as afun4ion con-
of the
ditions of the process can bedetd. C'4~ J. Steinlierg
14 REEL/FRAME
19791220

T,
025 UNCLASSIFIED P R. CESSING DATE-11SEP70
112
I TL E--SYNTH ES I SOF HYDROGEN CYANIDE AND: ACETYLENE I.N A NITR0r.EN PLAS~i,.A
KRASNOKUTSKIY, YU.I., GANZ9 S.N.t:PARKHOMENKat V*D,.
-COUNTRY OF INFO--USSR
PROM. (MOSCOW) 1970, 46(11:33-5
DATE, PUBLISHED ------- 70
TSUBJECT AREAS--CHEMISTRY, PHYSICS
PtASMA TE4PERATURF,
TOPIC TAGS--HYDROGEN CYANIOEt ACETYLFNFt:NITROGEN#
TEMPFRATURE EFFECT, METHANE CALCULATIONO C HUM 1 r. A LPPODUCT
PRODUCT-ION
MARKING-NG RESTRICTIONS
.!.90CUMENT CLASS--UNCLASS[FfED
PROXY ;zEEL/FPtMF_--I965/I454 STEP ~'YO--UR/0064/70/046/001/()t)33/DO35
CIPC ACCESSION N11--AP0101540

025 UNCLASSIFIED POCESSING 0ATE-11SEP70
~CTRCACCESSION NO--AP0101540
~:ABSTRACT/EXTRACT--(131 GP-0- ABSTRACT. IN THE REACTIm.5ETWEEN CH SUB4
-A*41) N. SUB2 I N A OIGH TE MP. N PLASMA, THE YIELD
OF::~ HCN: I NCR EASED
CONTINU-CUSLY WITH INCREASING-TEMPe AND:WAS SIMILAR TO 13 TO 14?ERCENT 4T
ANO AT N SUB2* CH SUB4 RATIOS OF (0.5 TQ~3.0):I. THE YIELD
OF C SUB2 H, SUB2 FIRST INCREASED AND THEN DECREASED WITH INCREASING.
TEMP.q.WITH A MAX. AT SIMILARTO.20WDEGREESK; "rHE YIELD OF C;SUB2 H
.__-SUl5Z WAS AN IRREGULAR FUNCTION OF IN SU82:-CH,:SUB4d.RAT[0, E.G., AT N
SUBZ,..CH SUB.4 RATIOS OF 0.5:1,-I:lt AND. 3:1 THE M~X,YIELDS WERE 14, 4,
AND 10PERCENTP-RESP. '.-CALCN-S. SHOW THAT AT 42'.OODEGREESK THE-YIELD QF HCN
-SHOULD: REACH 25PERCENT.

"1/2 012 UNCLASSIFIED' PR! CESSING DATE
0 --160CT70
;TITLE--EFFECT OF POWDERED ADDITIVES ON THE PROPERTIE~S OF: AMMUNIUM NII~ATE
_U_
-AUTHOR-t04)-GANLp S.N.# VILESOVv G.I.# DOBROVOLSKIYY! YEt., KHARICHKOVp
to No
.-COUNTRY OF INFU--USSR
PROM. UKR* 19701 (1)* P 10~- 11
.DATE PUBLISHED ------- 70
:SUBJECT AREAS--AGRICULTURE
TOPIC TAGS--AMMONIUM NITRATEt WASTE CHEMICAL COINIVERSIONt ZINC OXIDE,
MAGNES IUMi CALCIUM CARBONATE, CALCIUM SU FATE, NIN~-RAL F
L ERI ILIZER
X0 NTROL MARKING--NO RESTRICTIONS
..'DOCUMENT CLASS--UNCLASSIFIED
,:PROXY REEL/FRAME--1993/0365 STEP NO--UR/0436/74/000 /,Ju 1100 1 OlOk') L I
-CIRC 4CCESS ICN `1101--AP0113303
__u h L S f i
ITT-TRIUki;

2 012 UNCLASSIFIED PROCESSING DATE-16OCT70
-CIRC ACCEssierq N10--AP0113303
~-ABSTRACT/EXTRACT--(U) tG~P-0- ABSTRACT. WASTE FROM 'P
)WDUCTION OF ZN`
3
PIGMENT AND SLIME FROM MN MINES WERE DIRIED ANO M IX~_ IN THE ATIO of
TO 2 AND AN EQUAL AMT. OF CACO SUB3 PLUS CASO.SU34~1 WA51ADDED. TH I S
AtXT-,
coN'rG. ALL TRACE ELEMENTS REQUIRED FOR FERT'ILI"L[.Nv'-, wAS ADDED TG
NH-S~B4 NO SUB3 (l,'3, 5, OR 6PERCENT) TO PROLONG r, I - i E 5 1 (1 rk,'. G ELIFE Cj F
-THE FERTIL17ER. THE AGRON'&MIC EFFECTIVEt FSS ~ AS ENCREASEC BY
8--~15PERCENT. FACILITY: ONE PROP E TROVSK. kfl~M.-TEi,Hf':0L. INST.,
,DNEPROPETROVSK, USSR.

5): 3
USSR
T.. T
REZINFIC, B. Y--4$ an- YAL'TSEVA) G V., A
".ArOVS]k
University, D.-.r-~F-op
"StUdy Of t1jC
)"'Oscow, 2"hum-0. Neor,-~cmiche.,;koy %hiii-ji, Vol T/, P, VC-IN
th,,
Absti-act: 'Die IR spectra w-L~re
plexes p~--Fktrc-! Eta dei;crilned by rhc authors in Zh. E~Q*01*~7';In. 1
1967 by the ra-action of i t h molybdatc "I W
u by rt-, d
phosphate with uwa---state and Ywlyhdl.te (Coriplex 11
ascorbic ac-id. Ta-- spec-l-ra indiv!lted tiat -1.,oth cnmple'~C-!;
ture of an un.-.at raill-ed t,--mary conolux 1:1-:7 viih
I and 11 1-,L, assulr":!d to have form-:.rl b,-,, mpInc lit ~pf
date in the r-hotin1iotim-ttate eo!-'.~olex. 'Dit-, recults
alnady made in earlier wark On tne lasis of bV; rl;w."
visible ram.-a.

USSR UDC 669.71.053.4
ARONZON, V. L., GANZBURG, YA. D., LEVIN, 14. V., LOKSHIlf, R. G, , FINKEL'S11TEYN,
I'Al'gorithmization of Control of the Sectionlor Preparing the Charge of the
Alumina Shop at a Nepheline Plant"
Tr, Vses. n.-1. 1 proyektn. in-ta alyumin., magn._ i eleIrtrodn. prom-sti
and Design Institute
(Works of the All-Union Scientific.Research and Pla=6
of Aluminum, Magnesium and Electrode Industry), 1970, No 70, pp 28-34 (from
RM-Iktallurgiya, No 4, Apr 71, Abstract'No 4GI36)
Translation: Principles are formulated for a producticq! raw material input
control which -insures stabilization and synchronization of material flows with
observation of the required quality of the charge obtained. ~Control algorithms
~b
for 1ndividual sections are developed on this basis., Ins, mills, a repulping
~marbine, and. a correction unit. There is I illustraticul.

.:025 UNCLASSIFIED P1
2/2* !~OCESSiNG DATE-04DEC70
.:C:IRC ACCESSION NO--AP0130399
-~AGSTRACT/EXTRACT--(U) GP-0- ABSTRACT. 'THE~PETROL BAND LEOCHENISTRY OF 2
IN, GROUPS,OF ALK. FORMAriONS ARIE DISCUSSEO; ALK. BASALTIC AND ALK.
,GRANITIC. SEVERAL FORMATIONS ARE. SEPD& FROM THE14;4 AlK. ULTRABASIC,
GABBROIC, K BASALTIC, ALK. GRANLTIC, :ANO NEMELIUE SYENII`Eo THEIR
IN MAIN PETROGRAPHIC PROVINCES OF THE, USSR ANo FOREI(3tl
:COUNTRIES,IS SHOWN TOGETHER WITH A'OESCRIPTION OF~;`!IiEr.R DEVELOPMENT AND
.,,.RELATION TO VARIOUS TYPES OF TECTONIC ISTRUCTURES~l- THE~ 0EGREE OF RUCK
NILE CHARACTERt
JUV E REFLECT ING: THE DEPTH: OF ALK -MkFORMATION AND
PARTICIPATION OF JUVENILE ALK.
EMANATION IN THE FORMATION OF VARIOUS
TYPES OF ALK. ROCKS, IS CONSIDERED ASjONE 'OF THE,~iAIN FACTORS
-CONTROLLING PETROGRAPHIC AND GEOCHEM. PARAMETERS OF THE FORMATION. DATA
~:ARE-GIVEN ON THE DISTRIBUTION OF. TYPOM'OkPHIC itAREJ
ELEMCNTS iBE, ZR, RARE
EARTHS, LI, RBv AND SR) IN NEPHELINE SYENITE MASO~FS OF THE USSR
BELONGING TO ALK. BASALTIC AND ALK. GRANITIC GROUPS. THE GEOCHEM.
SPECIALIZATION OF ALK. ROCK IS CONTROLLED~BOTH BY"AFFILIATION WITH A
DEFINITE FORMATION TYPE AND THE.UEGREE;OF:JUVEi41LE:CHAAA,CTER OF
ALK
:MAGMAS. . THE GENERAL CHARACTER I ST. ICS OF: RAR E IELEN~~
NT CONCN. IN ALKe
ROCKS-ARE DISCUSSED. THE RELATION OF~ MOST, RARE METAL DEPOS I TS WITH
NIZED JUVENILE OR HYBRIDiSERIES~Of
-.MAX.. ALKALI, aOTH'ALK, BASALTIC AND
:',...-:ALK9 GRANITIC FORMATIONS WASTROVEN. FAC [Lill TY: INST. MINERAL.,
-.-GEOKHIM. KRISTALLOKHIM. REOK. ELEM-s MOSCOWl USSR.
UNC LA S I F IED

',.'~'2/2 008 NG OATE--27NOV70
UNCLASSIFIED PROCESS1
,.-"C I R CACCESSION.NO--AP0137893
-~:,ABSTRACT/EXTRACT-M GP-0- ABSTRACT. PYROLYSIS OF-r COAL WAS 00NE IN A
LAB. TUBULAR FURNACE CONSISTING OF 2 SECTIONS* THE:f FlR$T FOR COKING AT
....25-306DEGREES, AND THE SECOND FOR: PYROLYSIS or- GASiOUS' VRODUCTS FROM THE

USSR UDC 517.946.9-t-519.8
GANZHELA.,--H. F. and RVACHEV, V. L.
"A Method of Reducing Boundary Value Problems in Physics to the Problem of
Mathematical Programming"
Minsk, Differentsial'nyye Uravneniya, No 12, 1973, pp4202-1206
Abstract: The authors pose the problem of an rth-orde'r differential equa-
tion. Lu(P) f(P) with PEQ, under the boundary conditions Iju(P) = ~j(P)
with P~r (j 1,1): where P = P(x.I,x2--,xn) is a point in Um-dimensional
space E, P is a limited region with the boundaries -[-I U and
Car
a - sitir . The functions f (P) and ~j (P) I (j F 1, 1) are:$iven".and are con-
tinuous, along with their derivatives to the k-th orde 'r incluaive, fil the
closed region An approximate solution is sought in: the form of
n
un(P) qiOi(P),
i=O
where the ci are coefficients to be determined and are known structures
(k+r) times continuously differentiable in 9 and satISfy4ng the boundary
1/2

2/2 025 UNCLASSI F I ED Pk0CESSING DATE--27NOV70
-.-,CJRC ACCESSION NO--AT0130422
GP-0- ABSTRACT, :THE DEPENDENCE OF THE RESIS'rANCE
'.:-~OF, CU_`WIRES ON THE ENERGY DURING,PULSEO HEATING WAS DE;TD. BY THE
OSCJ LLOGRAPH I G M E THOD 4 THE RESULTS W~RE COPIPARED.i Wl TH THOSE oi3rA[NED BY
~DIRECT MEASUREMENTS. THE CURRENT PULSES WHICH ARISE DUf11r'jG 'mE ELEC.
..._._:_~Exp~LOSION OF WIRES DURING RAPIDHEATING AND WHIC11~iEXCL.OF THF RUPTURE OF
-THE 141RE ARE EXPLAINED. 13Y THE PASSAGE ~OF':THE METAL: THROUGH THE UPPER
THE EXISTENCE OF A LIQ. %4ETAL PHASEP SPINODAL:CKIT. CURRENT
:',QUASISPINODAL. IN THIS CASE PREC:RIT~, CRIT.j, 01~ POSTCR[r. CONVERSION
QF'THE METAL INTO THE GAS*PHAS,E-CAN TAKE~ PLACE, DEPENDING ON THE
EXT.ERNAL: PRESSURE. FACILITY*. UNIV. DRUZjioY NAR. [M# LUMUMBYP
MOSCOW,, USSR.,

USSR UDC., 669.31295:536.26
GANZHULA, N. N., KOKORIN, V. V., CHUISTOV, ~K. V., Institute of Metal Physicss
Academy of Sciences Ukz6SR
"Structure of an Aging Copper-Titanium Allay"
Sverdlovsk, Fizika Metallov i Nietallovedeniye, Vol 36, No 5, Nov 73, pp
1051-1057.
Abstract: X-ray studies, performed using an improved morhod, are used to
determine slight changes in the structure of,an aging Cu-,ri alloy. Along
with the satellites, additional defects of diffuse scattering are observed
in the form of stripes oriented approximately along < 110 >. The picture
of distribution of diffuse intensity is compared with that calculated for
the selected model of the distortad lattice of the heterogeneous solid solu-
tion. It is assumed that the nature of the diffuse scatterinji.observed is
related to the presence of chaotically distributed equia, 'xial areas with
tetragonal lattice. The stable beta phase with the orthorhombic lattice has
orientation relationships with the matric lattices. The results Of CaICUla-
tion of the distribution of intensity of diffuse scattering indicate that
the additional diffuse stripes experimentally observed nbar the (1100) and
(hkO) reflexes are caused by distortions of the lattice due to formation of
1/2
76 -

7
Mech=ical Properties
USSR UDC 621-71! :621.9-L62
POZDNYAKOV, G.,_aA U-TUILU,4U P _L Dh TIYEVA, ZH. A.,;.ATL1W4_-E-VKO, V. A.,
_304
T
PAVLOVISEVA, N. X., and BUTEZIKO,.V. F.
nvestigation 6' the Effect of Single- and DouUe-Sided CoolLn
g in Temper
Hardening of Pipes on Their Mechanical Pro ertiesll~
p
Dnepropetrovsk, Metallurgiche,-kaya i Gornorudnaya Promyshlennost', No 5, Sep-
Oct 70, pp 38-40
Abstract: A study was made to determine the effect on i%41chanical properties
of single- and double-sided cooling in temper hardening Qll~ lcw-carbor. steel
pipes intended for use in pipe lines in the E\.treme tforth. Tempering of low-
carbon 1hKhG.S steel sheets 11 mm thick was done at 90011C In a water tank
(double-sided cooling) and under spraying (single-sided dooiir~g), simulating
0
cooling conditions in service, followed by ainnealing at ~IiOD C!'or 1 hour.
Tests were -also conducted on pipes 1020 mm in~diameter with an 31 irn wall thick-
ness. The experiment procedure ajid equipment are descrOed and the variation
of mechanical and physical properties across the sheet thickneiis is shown.
The structure obtained after tempering writh single- an&dpuble~sidcd cooling
1/2

USSR O~ 621 3.17,725
TUZ, YU. M., SIDED, -GAPC1- ENY.0
-0, V. D., NIKIFOROVA, G. A.
and SINITSINID-l" 0. P.
"A Dirital Phase~Sensitive Voltneter"
sb. Tsifr. vychisl. (Dir:ital Computinq, Mach incry- collect ion of t4o-la;)
Kiev, 1972, p-) 109 - rl RZh Avto-matika Telemekhanilta i Vvchinlite 1 n a
TekhnIL-a, No Itt, Nov 73, abstract No 11 A360
Tr-anslation: The article contains a description of a di!.Alt~tl phzise-senc-Itive
in which si~!nals are converted in a sim-~lc I-c-arriel circuit. A - lock
dik-,ram of the in-str-un.,ient and a description of Its operation aro ~ivm ':11c
advanta-.-es of a pha3e rotator based on a sinlle-channel circuib are noted. A
jo-.7ometric vol"age-fraquoncy coaverter Is uqc(l in the instrument 4o reduce,
L
actcTintic--~ of a
due to the effect of the baze volta-ej The tvchnical char.
nodel of the dif-lital phase-sensitive voltneter nade at the D!~-partment of
ment Technolou of Kiev Polytechnical Inntituto are gi-Ven. One illustrat!on,
..Seven biblio-rar.Uc citations.
Abstract by 0,"-;,
16

USSR UDC 62L314.61088.8)
CAPCHENKOY L. M. TUZ, Yu. M., SERPILIN, K. L., and GUBAR', Y.J. [Kiyev.
Kiev Polytechnical Institute]
"Device for Conversion of A-C Voltage into.D-C"
USSR Author's Certificate No 269295, filed 25 Nov 68, published 16 July 70
(from RZh--Elektronika i yeye primenenlye, No 5, Hay 19~1, Absit;~ract No
5B462P)
Translation: A device is patented for conversion ofa-c voltage into d-c.
The device contains a wide-band a-c amplifier, a preciston attenuator, a
commutato--, a detector, an error signal amplifier, a synchronous commutator,
and a control voltage generator. With the object of intreasing the speed
of response and decreasing the frequency of error, the device is provided
with a supplementary detector, a supplementary wide-band amplifier, and two
memory devices, during which the output of the additional detector is con-
nected opposite to the output of the principal detectorl~ the output of the
memory-devices is connected to the input of the control~circait of the
principal and supplementary amplifiers, and the input of the~memory 15 de-
vices is connected to the output terminals of the synchronous commutator.
pj9!Hq1
MrTilwa 011MIT011M IN,

USSR uDc 621 -643.4,u. It -001-5
SHOSTAK, I. A. and G_APC11ENKO. M. N., Kiev Polytechnical Institute;
P 11. A. and
SIMCHUX0 J ~vRkov", T., Soyuzmontazhgaz [e?~.-pansion unknown] Trust
"Welding Repeated Butt Joints in Thick-Wall Pipe With a~, Strip Electrode",
Moscow., Stroitellstvo Truboprovodov, No 4, Apr 73, pp 21-23
Abstract: Experiments were conducted at the industrialibase of the Soyu:z-
montazhgaz Trust on making, bxitt welds of thick-wall pipt~ using, a strip electrov.-
Annular welds were mde on pipe mr-asuring h26 X 30 jrm alid 1T0 x 17 mm. Cold-
rolled strip made fron killed steel 081-p measuring 0.8 mln thick and 15 = idde.
Fluxes All-348A and KVS-19 were used. Me weld scamss vere subjected to mechani-
cal testing after welding with the results compared with mechanical tests of
seams.of steel 15G2S welded under ceramic fluxes. Weld seams made using flux
KVS-19 had better tensile, yield and impact (+220 C) strength6 than those welded
using flux AN-348JAL while in, pact strengths. at -40 C were equal. Hovever, the
mechanical properties of seams welded from steel Oft ut~der either flux were
betterthan weld seams of steel 1502S pipe.
1/1

USSR UDO 621., "'V).4:621 W~ - 1~2
GA"Gjarl
I-Ileasurement Of Choracteriaticse Lopp Of Transistor kuplif iere',
Elektrosvxazl, 110 2, 1972, PP 74-80
Abstract: On the bauis of the general thoory of straightijay qua drip ol;~ a,
direet and indirect methods of measuring the characteriztioa oA-' a N'TLOOP Gre
Oyatematizad. Thj mithoda ore claellifted b~ charnotLti,,latic Indicatit:,ni3, re-
f looting opeciflo mcumaram-ente eAi tho dogreo of thofil- complexity. With ran-
'pact to thb direct method, fomulaa are obtuined for 6alcula'tion of Eli ltert;tive
impedance, which dirfer from the familiar by their great uJinpli-oity. Lpproxit-~ata
relations mal~e it possible to syetheeize an iterativo Impedance on tho bacia of
nonoomplicsted m!5ttouremsnts vhich Eiro convenient forloOginatring practice. With
respect to indiract mathoda, a formula and its simplified variation are obtain-
ed which make it pounible to determine the chparacterlstics Ce a '4/3100p v P,
measurement of auxilieri transfer characteristics; &Arlng thin auxiliary rosiu-
tenses are not required. The necaeoery calculations fot composition of a
msohina progrbm are formliu~d., 7 fig- 1 tub. 9 ref. Ftneeivad, 12 JulY 71-

USSR UDC 621.385,6
A_ OV., K%rIOROVICU, V. M.
"Application of Symmetry Theory to the Study of Degener4ite Made Splitting in
Magnetron Resonators"
Corkiy., L;~yestiya vysshilth uchebnvkh zavedeniy, Radiofj~zika,' Vol XIV, No 12,
pp 1906-1917
Abstract: A study was made ofthe splitting,of degenerate natural frequencies
and the azimuthal structure of the high frequency fieldiof a magnetron reson-
ator system formed by a chain of N resonators formed into a rinP as a function
of the properties of symmetry of the disturbance introdu:ced by local inhomo-
geneities and the electron flux. The analysis is performed on the basis of
group theory (L. D. Landau, et al., Kvantovava mckhanik~~P Fizmatgiz Press, Mos-
cow, 1963; D. It. Kerns, J. Res. 'Uatn. Bur. Stand., Ho 461 2670 1951j, which
permits it to be performed in a sufficiently general forri.
In the general case, the field structure is represented by superposition
of the standing and traveling waves, the relative amplitu,des of which are de-
termined by the matrix elements of the disturbance operator.
The symmetry properties of the magnetron.resonator system, renoval of
degeneration by disturbances of defined symmetry, the matrix elements of the
1/2

USSR
GAPLEVSKIY, V. V., et al., Izvestiva vvsshikh uchebnykh~.zavedeniv, Radiofizika,
Vol XIV, No 12, 1971, pp 1906-1917
disturbance in the presence of symmetry, splitting oflt~e froquencles and the
field structure for different disturbances of the syste1m, and the specific form
of the disturbance operator are considered. In the presence~of a rotating
electron flux, when the syLunetry with respect to time'reversal is disturbed,
the natural oscillations are described by wave traveling in opposite directions.
Under the simultaneous effect of these disturbances, th:P structure of the high
frequency field is a superposition of the traveling and~standing wave, which
must be considered when determining the magnitude of tNa- coupling of the reson-
ator system to the magnetron load at each of,the two split frequencies.
2/2
31M, MflHulliftlimitufflun AHPA walaa

USSR uDe: 621.372.01
GAPLINCHUK, L. S.
"Application of the Method of Subcircuits 'to Topological Calculations of
Amplifiers"
Sb. nauchn., tr. Kiyev. fil. TsNII syyazi (Collected Scientific Works of the
Kiev Affiliate of the Central Scientific Research Institute of Communica-
tions), 1970, vyp. 6, pp 117-124 (from RZh-Radidtekhaika, YaY 71, No 5, Ab-
:stract N
0 5A45)
Translation, Formulas are derived and rules. are work d out vhich are used
as a basis for supplementing the conventional algorith,m of calculatiney,
unistor graphs to simplify complex calculations. The ~simpllfication is bw-jed
on using the method of subeircuits.,
2

USSR UDC 616-022.32-022.16
OGATRKOV, V. I., and QAPQ Military Medical Academy imeni Kirov,
1eningrad
"Retention and Primary Distribution of Microbial Aar6sols in an Organism"
Moscow, Zhurnal Mikrobiologii, Epidemiologii i Immu'nobiologii, No 7, 1973,
pp 43-46
Abstract: Studies have shown that,the effectiveness;with which microbial
aerosols enter human and animal organisms depends on the size, weight, con-
ceatration, and charge of the particles, as well as:tlie rate and depth of
respiration. In Senerall particles greater tha 25-50. )1 enter as far as the
i
nasopharynx, those that are 25-50 p in size enter the, trachea, those between
10 and 25 v reach the bronchi, those in the 3-10 p rallige reach the bronch-
ioles, and those that are 1-3 u in diameter may find their way into the
alveoli. The aerosols come in contact with the body ~stnd enter- it through
the conjunctiva, the respiratory tree, and the gastroIntestinal tract. Al-
though about 1001, of the particles in the 1-2 v range*~cnter the bronchiolea
and the alveoli, only 40-50% are retained; the rest are exhaled. Studies
with 32p labeled brucella aerosols havelshown that con~siderable species
differences exist in the facility with which aerosols enter the lungs
1/2

USSR
OCARKOV, V. I., and GAPOCHKO, K. G., Zhurnal Mikrobiologii, Epidemiologii i
Immunobiologii, No 7, 1973, pp~43-46
(about 5% in guinea pigs and more than,202.in rhesus monkeys). Other studies
have also shown that dry aerosols are less efficient than liquid monodisperse
aerosols in entering the lower reaches of the respiratory tree. In addition,
studies in sheep with live and killed Brucella vaccine aerosols have shown
that more live than killed organisms reach the llungsl'~but thac inactivation
of the live organisms is greater in the~iupper part of'the respiratory tract
than in the lungs.
2112
27

USSR mc 616.981 -452-C64.47
AGAFONOV) V. I., nn"Alza, Ye. I..? VMIET, 1). G., V. III%
VORODIME11 A. A. GiVIESHKO GAFOCIVO K 4--l"? r.0"'N. YO., YF.VS'.TFB2.i=-V
fit. P.:
V. I., YEVELIM'.07A 0. V., 71,.~,SKOVI Ye. M. 1M;.V,41L1YWj 0. G., PLd,-kLOV,7 14 1.,
V. V., KUTY,-V,, P. A., MISNM
IV, 0% P., rUS!flCA:VVJ V. P., and
ROZIESIVENSM) D. A., Military Nedical Academy imeni.~S. I.I. Kirov, Leningrad
Effic.
A Comparative iency Ch=mcteristic of Different unization "cthods
Against' PlagU- T feetion"
Moscow, Zhu-,-nal FpNidemiologii i Drzjwobiolo~-ii, No 11) 197P-,
U
pp,106-112
Abstract: Analysis or Lhe available litnarature (Lata loil to tHe conclusion
that oral) acrogenic, and jet ir.",mization methods are the :ziost efficient
coiTzared wi L
-Wi subcutcaneous araft skin thods,. Die averaj-,ti number of patient.,;
inoculated against nlrmato infection was 5YO 817 (419)) lan(l 9V pcr hr for JuA,
0
injectors, acroCenic mothod licuitt ancl dry vaccinu, and oreal it;etlhod
respectively, co=varcd with only 43 and 28 for the subculta-.-.,aous and skin.
'-f ely
methods, respecU
fyJ
I OF

Y
USSR U6C 614.14-523.8:616.921.5
OC":
GAPOCIU G., Doctor of Medical Sciences, Col Med Servi, and CIIEPKOV, V. N. ,
395 1 Nat e oMedical Sciences, Maj Med Serv
9
"The Use of a Simple 'Mathematical 'Model for Analysis and Prediction of Influenza
Epidemics"
-Meditsinskiy Zhurnal, No 3, 1970, pp 59-64
Moscow, Voyenno
Abstract: A method is described for mathematical analysIs and prediction.of
influenza epidemics. The autocatalysis and determinacy character of the chain
process of transmission of influenza pernits the use of iome autocatalysis
equations used in chemistry. The process of influenza spread on a city-wide
scale may be expressed by the N. N. Semenov equation for chain,proces Ses oc-
curring in autocatalytic systems:
100
E
I+e-k(t-0)
where E is the percent 0i. material reacted in time (t),, k Is z:he constant
is the half conversion period, i.e., the cime during
of the given process, 6 L
1/4,

........ .......
USSR
CAP OCHKO, K. G., and CHEPKOV, V. N., Voyenno-Keditsinskly Zhui No 3,
rnal, 1970,
59-64
which 50 percent of the whole substance reacts; and e --i is the base of natural
logarithms. This equation was successfully used for quantitative prediction of
the.course of the combined epidemic of influenza A2 and,11.
This equation was also used to analyze the development of the actual incidence
of influenza in organized collectives of limited size, whose members were in
constant personal contact. For mathematical analysis of,each outbrt;!ak, cumu-
lative statistical data of the daily incidencewere used. Since the colleccive
possessed different susceptibilities, an additional par ameter -das introduced
into the equation -- the coefficient of infectiousness of the outbreak -- (1),
A.
which was determined from the ratio of the incidence during the entire outbreak
(I) to the total number of people in the collective (N),,,!and characterized the
mean probability of sickness of each member of the collective under the giveit
conditions. Ihis resulted in the following equation:
N-i
it --------------
2/4

USSR
GAPOCHKO, K. G., and CHEPKOV, V. N., Voyenno-Medl tsinsk- iy Zhurnal, No 3), 1970,
-64
pp 59
where It is the number of sick bya definite time (01;1 11; the total number
in the collective threatened by infection; i - is the coefftcLent of infectious-
ness of the outbreak;k -- is the rate constant of developinent of.the outbreak; t
ks the time of development of the outbreak in days;,6 -- is the period (in days)
in the course of which 50 percent of the susceptible people be6one sick; and e,---
is the base of natural logarithms. If the number of perOns in the collective
(N) is to be expressed in percentages, then the,equation ~an be written:
t
which permits the direct use of extensive statistical irdices in calculations.
These equations can completely express the dynamics of spread in or-
ganized, isolated, and semi-isolated collectives of 30-2001) pea:~Ie in close
personal contact with the source of infection, and can serge aii, am approximate
mathematical model of an influenza. outbreak. With the help of rhe mathematical
3/4

USSR
GAPOCHKO, K. G., and CHEPKOV, V. N., Voyenno-MeditsinsklylZhurnal, No 3, 1970,
pp 59-64
model, the average dynamics of secondary occurrence of influen,-e for certain
types of epidemic situations can be determined and quantitatively characcerized.
The nomogram formed on the basis of the obtained mean quahtitative parameters
of the.epidemic process can be used for a rough prediction of the start of
influenza outbreaks in collectives of limited size where aose.personal contacc
exists.~
4/4
...........
WT IP I IMIOMINIMM

--040EC70
2/2 015 UNCLASSIFIED PROCESSING DATE
'CIRC ACCESSION NO--AP0134747
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT.- BY NOW FAJ~LY EXTENSIVE MATr-RIAL
'HAS,.BEEN ACCUMULATED ON THE INFLUENCE OF VARIOUSjFACIORS ON THE
DEVELOPMENT OF EPIDEMIC PROCESSES. HOWEVER$' THE PRObLEM OF FORECASTING
FLARES AND EPIDEMICS STILL IS FAR FROM SOLVED. .~~QUANT[TATIVE CRITERIA
-CHARACTERIZING THE ABILITY OF INFECTIONS,FOR EpibEmic SPREAD ARE
ESPECIALLY WEAKLY REPRESENTED IN THE!LITERATURE~ IN:ADOITION, THE
..CONTAGIOUSNESS INDEXES ACCEPTED AT THE PRESENT TEME IN.EPIDEMIOLOGY FOR
.-VARIOUS INFECTIONS ARE STATED AS $TABLEIVALUES WITHOU VCONSIOEIIATION OF
COND.ITIONS OF INFECTION ANOIAOEQUATE STATISTICAL
SUBSTANTIATION NEVERTHELESS THOSE INDEXES ARE!USED FOR APPROXIMATE
FORECASTING.CALULATIONS-OF INFECTIOUS MORBIDITY,~ANDvNATURALLY, GIVE
..-UNSATI-SFACTORY RESULTS. IT WAS.: PRECISELY, THIAT:FACT WHICH SERVED AS ONE
SKEPTICAL ATTITUDE',TO
-OF~_THE:.MAIN. REASONS FOR A
WARD ATTEMPTS TO EXPRESS
AN
EPIDEMIC PROCESS BY MATHEMATICAL MEANS*

USSR ~UDC 621-371-332
BORODAVKO, Yu. TOLSTOV, V. V., IUYNARA, N. and GAPON0111,
AL..P,.
"Investigating the Structure of Radio -Signals Ref 1601ted from the
Ionosphere on the Basis of an Analysis oT ther~Statiotical Para-
meters for Their Orthogonal Components"
Moscow, V sb. X Vses. 1konf. -Do raspyostr. radiovoln.. Tezisy doki.
Sekts. I (Tenth All-Union Conference on the P~opagation of Radio
Waves; Report Theses; Section 1--collection of corks) "Uauka,"
1972, Pp 321-325 (from RZh--Rvdiotekhni)caP No 10, 1972, Abstract
Ito 10A529)
Translation: On the basis of a detailed analysis of -the char'nter-
istics of a mathematical model. represented by a vector with nor-
mally correlated orthogonal components, a method iv, proposed for
investigating the structure of radio signals ryflected from the
ionosphere, based on the measurer:ient of the stetistical parameten,
of their normal coordinates. . Bibliography of ~'our, A. J1.

Aluminum and Its Alloys
USSR UDC 669.71:548-53-'534.2
BALALAYEV, Yu. F. QPONOV H. A. I and BEHICMI A Nij~ Vorohezn Polytechnical
Institute
"Recrystallization and Change in Texture of Aluminum Und,er the Influence of
Ultrasound"
Moscow, Fizika Metallov i Metallovedeniye, Vol 30, No:5~5 197b, PP 1091-1093
Abstract: The specifics of the recovery, recrystallizaf ion, and texture change3
in peened aluminum exposed to high.plastic deformation synergy density and strong
thermal effects by ultrasound werestudied roentgenographically. Ultrasound
causes a removal of strain hardening, which may occur ii~ several ways with various
degrees of completeness, as during recrystallization. The cond-itions of the pro-
cessea occurring during ultrasonic treatment and ordina~7. recryotallization dif -
fer. Ultrasound causes simultaneous deformation and annealing, whereas in re-
crystallization these processes occur at dIfferent.time4j. Ho%-ever, this does not
change the nature of the effect itself, merely-its conditions.and kinetics.
A
rill
MMT
IIIII NOW I- JUMMM
HIP 1=14111111-Alk 1111111R1111 191111111 HI 11011 1

'77)Li N Abstriaiiin4` q ii- ef Code:
C': Serv ce:
48291 cnmica ABsT.
F-7
0314Ss Wicroplastic deformation of iron and'nickel'under
I
the, Influence of ultrasound. ]52jA1j;V- VJA~ F.; jappwv- M-
Fiz. I Khim.
(USSR).
Them rai&oplutic deforjnation~ ijj~ Fe
and Ni has been examd. as produml 4y ultrasound )~t the initial,
quasi-stationary. and ; self-acceJerating (avalin,~he) ~-tages.
Data are presented on the internal ~min slip, grain bauhdary
dislocation, boundary migration, a ,nd the f6rtnatinii~ of the sub-
structure and new grains in these metals at a fr ~,ncy of -23
kHz and beating at
v
REEL/FRAME
1:9792013