SCIENTIFIC ABSTRACT SANKOVSKIY, YE.A. - SAPOZHKOV, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202810009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
SANKOVSKIY, Ye. A., Voprosy teorii avtomatichekogo upravleniya (Questions
in the Theory of Automatic Control), Moscow, "Vysshaya Shkola," 1971, 231 pp
Chapter I: Statistical Analysis of Linear Automatic Control Systems
1.1. General Information Concerning Random Processes
1.2. Passage of Random Effects Through Linear Automatic Control
Systems
1.3. Methods of Determining Errors in Linear Automatic Control
Systems Caused by Stationary Random Effects
Chapter II: Statistical Synthesis of Linear Automatic Control Systems
2.1. General Information Concerning the Synthesis of Automatic
Control Systems and Criteria of Optimality
2.2. Synthesis of Automatic Control Systems With a Given
Structural Circuit
2.3. Synthesis of Automatic Control Systems With an Arbitrary
Structural Circuit
2.4. Synthesis of an Optimal System With Finite 3femory
2.5. Several Characteristics of Analysis and Synthesis of Non-
stationary Automatic Control Systems Under Random Effects
2/3

awl
USSR
SANKOVSKIY, Ye. A., Voprosy teorii avtomatichekogo upravleniya (Questions
in the Theory of Automatic Control), Moscow, "Vysshaya Shkola," 1971, 231 pp
Chapter III: Statistical Computation of Wonlinear Automatic Control
System
3.1. Basic Information
3.2. Method of Statistical Linearization
3.3. Influence of Nonlinear Elements in the Form of Constraint on
the Dynamics of Conditionally Stable Automatic Control Systems
3.4. Statistical Analysis of Systems With Multidi-mensional
Nonlinear Elements
3.5. Selection of a Correcting Device of Automatic Control Systems
3.6. Synthesis of an Optimal Nonlinear System With a Given Structure
Chapter IV: Computation Examples
4.1. Computation of Correlation Functions and Spectral Densities
4.2. Computation of the Mean Square.Error and the Optimal Transfer
of Automatic Control Systems
4.3. Computation of Errors in Nonlinear Automatic Control Systems
Appendices
Bibliography
3/3
163
hdhd~

USSR uDc: 62-55
YP --A
KRU LIKOV, V. V.
'!An Optimizer"
USSR Author's Certificate No 314191, filed 10 Dee 69, published 2 Dec 71
(from RZh-Av-tomatika, Telemekhanika i Vychislitellna3ra Tekhnika, No 7,
JU-1 72, Abstract No TA172 P)
Translation: An optimizer is proposed for an adaptive automatic control
system. The optimizer contains a control device, an actuator, a device
for determining the derivative, and commutation relays. Me unit is
simplified, and its reliability and interference immnity are improved
by making the control unit in the fom of a multivibrator TA~ith one arm
connected through a differential network to one of the actuator inputs,
while the other arm is connected through a capacitor to the windings of
the first and second commutation relays, and through the differential
network to the windings of the third relay.
1 T

USSR UDG:
LYUBJWOV, V. N. and Institute of Cryst-P-1lography of the USSR
Academy of Sciences, MOSCOW
"Surface Electroma~netic Iffaves in Uniaxial Crystals"
Leningrad, Fizika Tverdovo Tala, Vol 14, No 3, Mar 1972, PP 675-681
Abatract: The authors study surface polarization waves (electromagnetic Tlaves
in quasistatic approximation) in unlaxial crystals for arbitrary direction pro-
pagation and various crystal aections. It, is shown that two branches of surface
waves can exist under given conditions. A figure is gi,,,-cn showing the frequen-
cies of tvo branches of surface polarization waven as a function of the angles
andj>. In particialar ca3e.9 th,~- ziathors rtxdy surfac-a e:1 ectreimigne tic viaves of
varioua types in raa,,.tnetic and nanmagnatj.o~ unlaxid ditflobctric!t_ The -itithoril
thank V..M. Agranovich at-41 V.L* Ginzburg Sor their advice and d1scussion of the
-results. Original article: two fiEpareB, 26 formulas, and five bibliographic
entries.
1/1

1/2 012 U-NICLASSIFfED Pki"C'ESSliNG DATE-13NOV70
TITLE--SEC'3;41j O.RDER PHASE Tt~,,~A~\iSITIONS THAT ARE CLOSE: IN TEMPERATURE -U--
-AUTHOR-(02)-LEVANYUKt A.P.,
.,t~CUNTRY OF INFO--US'aR
S,,3URCE--JETP LETTERS (USA)i VOL* 11, NO P. 68-70 f JAN. 1970)
DATE PUbLlSHFPj----,IAN70
SUBJECT AR,cAS--PHYSICS
a TOPIC TAGS--SECOND 011*9Ek PHASE TkANSITION, TR AN S I I'l ON TF-WERATURE, PHASE
DIAGRAM
IT-ROL 'iaRKIj%G--Nlj RESTRICTIONS
C ON
DOCUMENT CLASS--UNCLASSIFTED
PROXY kEEL/FRAME--3005/1790 STEP NU--US/0~)OC'/70JOII/001/006,"1/0070
RC ACC-E- SS 1011- NC=AP 0133-69 5
,j Z.S t aty

2/ 2 .012 U -NC L A SS I F I E 0PROCESSING i)ATE---L3fllOV70
CIRC ACCESSION '10--AP0133695
ABSTRACT/-EXTRACT--(U) GP-0- 43STRACT. THE PHASES BFTWEEN WHICH CLOSE
TRANSI-TIONS TAKE PLACE ARE CONSIDERED ON A UNIfFIE01BA51sp REGARDING THEM
AS THE ~ESIJLT OF DISTOkTI11,11S OF ONE 1-.0RE SY*IETRICAL KME. THIS
'PROTOPHASE' NIEED NOT NECESSAkILY 6E GOSERVED IN THE FXPEkIi'-'iENT. THE
DESCRIPTION OF THF DYiNA-11C ANOMALIES, UBTIANED BY SUCH AIN APPROACH, IS
MORE CONPLETE IN THE SCNSE THAT A SMALLER. NUIMiBER 01: COMPGNENTS IS NEEDED
THAIN IIN TilE COFkESPONDING L)ESCRIPT[ON BASED ON A SEPAPATE ANALYSIS OF
PHASE: T.RANSITIG.NS IN LANDAU'S THEORY. TI TUf',IS our THAT THE PHASE
RITY, IN THAT Er HAS A Po i~
0IAGRA,'-1.HAS A CHAIRACTilISTIC SINGULA I T AT
WHICH FOUR DIFFEREN'T PHASES ARE IN CONTACT. FACILITY: USSR
ACAD. SCIS.
I ifar
Uiik-

MAGNETIC ANISOTROPY AND MAGNETIZATION PROCESSES
IN STRONTIU.M-ZINC HEXAGONAL FERRITES
Perekalina, T. M ; Shchurava,-A. D.;
SajujaLkaL, D. I G. ; Fonton, S i S.
Qualitative ii*j~J-s-in tile torque, curves with increase of magnetic field strength
and the presenve of two ininima in the inagnetic anisotropy ~energy. i. e. the existence
of two easy niagnelization directions, are experimentally observed in !!ingle crystals of
the hexagonal ferrites and SrjZu2Fe 40,,. A niodel (if two wagrietic sub-
iattices with weak exchange inte
raction between them is employed for explaining tho
e.Nperimeatal data.
REEL/FRAM
197G2062

USSR UDC 632.954
maruzinsay, ii. F. uiinLNTOI~S , All-Union Scientific Research Institute of
Hygiene and Tox1cology, and &N.JvIKOV, G. P., Chief of Sectarp Northern
Scientific Research Institute of liydr6tobftical Enginitering and Amelioration
"AN Effective Arboricide"
Moscowp Zashchita, Rasteniy, Vol 17, No 6, 072, P 32
Abstracti 25%a gi-anulated phenuron (dibax) i(a3 applied. as a soil arbo-ticide
in the ainount of 5- kg active subitomee per ha to elimLn;xtel in a meadoir in
Leningrad Oblast' groitth:~ of alder aml uillow eith an, admixture of birch,
aspen, and opruce, Sloping canal banks ovorgrovn vrith itillair, alder, pina,
and tree:3 of other r~)Y_cioa were alao treated. As P_ reiiult ar the treatnent
ifith phanuron, birch) anspen, and spruco died off -to pizia -Ind
alder to q8-100;,,, and stillow to 95-100..L', Phenuron did not cont-nminate the
water of the canals to a danggerous extent or remain in excesnive amoimts in
the soil after rain fall. However, the content of phenvron tn the uppor
5 cm laYor of the soil diLring the. dry weather before the raivs amowited to
50, 28.3, and 8.3 zg/kg on the ist, 5th, and 10th day after mpplicatlion,
respectively. Tbis exceeded the up ble limit. 11 Is advisable
por partaissi ;1
not to use areas treated with granulated pbenuron for the gmzing or herding
of cattlq during the year in which thiu ag'ent has been applied,

USSR 11DC 6q:'-954:6,41.622
G. P, North-ern Sciei-AiTic-Research lnstitut~~- of ff,,,-.1 rote chn03.o,-_-,y
and M'elioration
"Dastruction of Arboreal-Frti~imie Growth On Che~-jlels by N ans
of Dibar"
MOSCOW, Khiirdya v Sellskom ]Qlo-.~yaystve, Vol Wo 12, D:?c 70, pp
Abstract: ilorthwev.-tern rejicns of the Russiz~,n 17SI-1
of sm.-all c-m-Einnels. 1:'Ost of them, h,~LVE~ been anc,4 ;rorln O-ver by
vegetation. E~Lbar has been ummed succ-~Ssf)lliy- 'to clear L~~xjz~! ck?.nneis ,)z ti-e
vegetation, usia!7 50 'k..- of t- e av-ent 7---r hi~clw--re . Thi -, t-x,;-a--;m:-` Js
1 1
mended both for rout-ire
Cj]arjjj2'j Lj~ j
fo,,~ rCSJ
Best efffect of the iz on Lr-cas
considerable quantity of ddbar is wac-hed off by tymu-na ii&.ter C~XJ'(Ict~n!:
L
the growth. To destroy Qie gratq)i I t -r.
calqp e it i
reco=-,,~end-ed to follc~-- up -t1he action of dibar net-A 1,nat v*7~h oll coLAioms
a
of 2,4-D and 2,4,5-T, so that the plants Survivino, tre-a-crent 110.11d
be desti-iyed.
m
Ion, jtmw
24M -A Al U
m ~Ikt

MC 632-95.028
BURYY, V. S~, GOSHKA, A. T., IMEVICH, S. N., PAM.O.L.Q.,-9. - and GUBAREVAI
K. P., All Union Scientific Research Institute of Hygle ne and Toxicology of
Pesticides, Polymersp and Plastic Passes# and,Northern-Scientific
Research Institute of the Hydrotechnology and Development
"Residues of Herbicides Used in Clearance of Canals Found In Outside Environ-
ment",
Moscow, Khimiya, a Sellskom Khozyaystve, Vol 10, No 9 (119), 1973t PP 48-54
Abstracti Canal characteristics are reported and the effectiveness of granu-
lated herbicides monuron, diuron, and symazine against water plants.-
The residue of these preparations was studied in water " in soll.at various
distances from be site of introduction, as well " In plmts and fish. It
has been established that monuron Is the most promising herbialde for the
ufilization in the zone of non-black soil considering tho aspects of the mani-
tation-hygienia evaluation and the phytotoxic properties,
64

112 Oil UNC LASS IF I ED P~%DCESSIING JDATE-110EC70
TITLE--t-ESULlS Of- EXPERIAENTATION CN GOANULATED A00KICIDES -U-
,AUTHOR--SANNfK op
,-.CCUNTRY OF INFG-USSR
:,-S0URCE--C,CSL04v KHIMIYAVSELISKOM KHOZYAYSTVE, VOL 8., N6 It (783), APR 70,,
P P49-51,
..,DATE PUBLISFEC---APR70
~:SUBJECT AREAS-BICUGGICAL ANU MEDICAL SCLENCES
-:1GPIC TAGS--tERBICIDE, GRANULE FORMATION$', FORESTRY
CONTROL IMAkK I NG--NG RESTkICTIONS
1-00CUNENT CLASS-UNCLASSIFIEU
-pRuXY FICHE 140- H170/605014/C10 STEP .40--UR/0394/70i'008/004/0049/0051
CIRG ACC&SSICN NU--AP0140461
ONGLASSIFIEO--

...... ......
2/2 Oil UNGLASSIFIED PROCESSM DATE--I1DEC70
CIRC ACCESSION NO--AP0140431
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. GkANULATEO PHENU1'%'QN AND :~ONURON
MAY
I
BE UTILIZED FOR DEST' ('Ur-TION OF UNDESIRABLE ABOREAL. UNbEi1GRJWTH CN
UNCLLTIVATLD GKOUNUS SUCH AS OEVELOPMENT CANALS, ROADSIOESI ELECTRIC
POWER LINES, ETC. PHENURON IS A MILDER AGENT THAN MJfvlJRDN IN RESPECT TO
PERENKIAL GRASSES. IT sMAY ALSO 6E USED TO DESTROY INNVIDUAL TREES AND
SMALL CURTAINS ON NATURAL FEEOING AREAS, BUT SHOULD NOT BE USED IN AREAS
4HERE THE PLAN7S TO bE DESTROYED GRCV., TOGETHER WITH VALUABLE TREES AND
PLANTS, AS AN ARBORICILE AND AN ALL XROUND HEROICIDE9 MOINURON MAY BE
USED IN VC-JERATE AND L',.(EN EXCESSIVE HUMIDITY ZONESt IN PREPARATION OF
WATER RESERVOIR BEDS BEFOkE FLOCUINGi ON ELECTRIC M4EF. LINESP ALONG
ROADSIDESt ETC. CPTIP-AL DOSESP SCHEDULES AND-METHODS tF APPLICATION OF
THE AGENTS SHOULD BE AOJUSTED TO INDIV[t)UAL SOIL Q-ImA-TE CONDITIONS.
FACILITY: NORTfiERN SCIENTIFIC RESEARCH INSTITUTI-- OF, HYDkOTECHNICS
AND MEL-10~ATIONP LENINGkAD.
f7f L n

USS R ULC: 6':; 2. 1) 5 IT
Niorthern SeientifiC ReSeaI~Ch 111SIC1. t~-Lt-2 o 17 ,6
and P-lelioratiOn, Leningrad, State Committee for v,.Ia-~&r Econam.- ~S
"Results of acperimentation on Granulated. Arboricide!;1'
Moscow,, M-,imlya v Sellskom 10iozyaystve, 1,701 8 , 1,10 ~L '7C)
I
Abstract: Granulated phenuron. and monuron may ba -Cor ci e 6f L-. c -cc
of undesirable arboreal undergrowth an uncultivated nrotmo~,- as
ment canals, roadsides, electric puwer lines, e-tc. Phon-X.-on -~s a
agent than monuron in respect to perennial grasses. dISO ')i-' U~iO(.. to
destroy individual trees and snall curtal-u-.-s on natLtra,'-
should not be used in areas where the plants to ba
rmi--I a %11
with valuable trees and plants. As an arbor4.cIdL n
cide, monuron may be used in moderate and even CXCLISSiVe
preparation oJE water reservoir beds before floading, on
linesl along roadsides, etc. Optimal dosas, schodu.4!s arld
cation of 'he agents should. be adjusted to indiv- -,iz%i ~oil--cILLI i-
tions.

c: 621' 371. 1
USSR UD
!~ANNIKII~V V. i.
."Reflection of Electromagnetic Waves in the Centimeter Biaid From the Agitated
Surface of the Sea"
Tr. TsNII Mor. flota (~-.Torks of the Central, Scientific Rest-arch institute of
the Marine Fleet), 1970, vp- 124, DP 127~134 (fron RZIh-11adiatekhrlika, flo 19-1
Dec 70, Abstract No 12A230)
Translation: The author presents a survey of theoretical and experimental
studies of reflection of electromagietic waves in the centimeter range from
the perturbed surface of' the sea in the case of small. glide aztgles.
following points are taken up: t-he effective scattering surface as a function
of the glide angle; the effect of the state. of the surfa,,:e of the sea or, the
relationship between the effective scattering surface and the ang-le of glide;
the effect of radar parameters on the effective scattering surface; theoretical
=d-,Is of the mechanism of reflection of radlo waves frcm th,~ surface or the
sea. q`h6 full(raing corclusiom; are drawn, the resulto, of the works surveyed
do not allow wiy definite conclusiono on the tu.!chanican pf r3cattering; n,.)!. onf~
112
0 W11 A- a, W-1 I iNMMM

USSR
S
~~I, 11 Tr. TsITII Mor. flota, 1970, v5-P. 124, pp 127-131~
of the proposed n, OdGIS taI-ce s account of the fact that some sec-
tions 0~ the surface of the sea flow into.other seations at low
glide angles; no stud7 han beon done on the problem of the aopa-
rato otfect of largo wind waves and their .9iirraoo irregularities
on tho coefficiont of scattering; tho mochanIsm of the polariza-
tion dependence of the coefficient, of scatteviM~r hets been inade-
quately studied* V. S.
212

USSR UDC 8.74
PASIKA, L. I., SANNIKOV,,,V~,qN., POSOKHOVA, N. A.
"System of Standard Operators for Algorithmizing and Programming Economic Prob-
lems"
V sb. Probl. sistemoteknniki._Vyp. I (problems of Systems Engineering. Vyp.
collection of viorks), Sudostroyeniye, 1972, pp 154-167 (from M-Kibernetika,
No 12, Dee 72, Abstract No 12V444)
Translation: A procedure is described for selecting the system of standard
operators for algorithmizing and programming economic problems. The basis for
the procedure is the criterion of reducing the expendirures of time on pro-
grarming with restrictions on the computation time and.the ready-access memory
size of the computer. The standard operator.system comprisea the folloving:
1) the file input operators (the file in machine code from the ready-access
memory, the formation of annotatior)3in the information file,the writing of the
annotation into the information libTary catalog; 2) groups of decision operators
(information search, preparation of it for operation in the nonstandard module,
output to the nonstandard module, conversion and allocation of the results);
3) the groups of sorting operators (ordering the files in the ready-access mem-
ory and in the external memory by a given word); 4) the groups of control opera-
tors (the memory allocation, the control of the solution of the problem flow);
1/2

USSR
PASIKA, L. I., et al., Probl. sistemotekhniki. Vyp. 1, Sudostroyeniye, 1972,
pp 154-167
5) the group of servicing operators (symbol-by-symbol processing of the anno-
tation, editing, symbol-by-symbol processinfy of the s*ntence). Examples of al-
gorithmization and programing problems in the standard operator system are
presented. The bibliography has 3 entries.
2/2
62
-N
"Umflaz'
C

(q T, "Ri
SIVDY M? THE GRO1414 OV n.)MOCRYST ALL INE'f ii.M OF f~ILMJ'4 CArMIDE ON 5ILZOIN'
turg~, ~onokrist~li
L~q tR;;4~. lta.,iian, Part 2. 1909, PP 155-1591
Ihe ~Iticon carbide films on silicon ire of intitrent ttuio;- tv :~La
pohnibfuty of uEmuitonous ui~a ir vaLuabin hemica"ducLizz pr~rcrt=~ o~, nil-
c"" qnd alllcufi carhile =1 a;~cr in colili~ctlon with the fact that tlu"e a-
tnrimlz differ sharply with respect to eryotnLlographic propertioa, Ttx d"-f-
f
-rcrAcv In the permarient IdUltaoi of
~ silicon and silicon catbldc, is 20.q per-
tviii nt the ham., rime an for Ow semiconductors germanium and gaIlI44n 4==uale~
it to a total of 0.007 percent. It in clear th4t.cbtaintiag high-e,"lity SiC
filma on Si ia a difficult problem.
In the literature papere,appeared on chis problem W 1965-tqEfi_ ;n
them there was a report on the growth of the SIC files on 51 In xb~ rr*scnce
of graphitn [11 or the effri~t of mit-thone (2) in an orgon atmouptrere. r-her%ml
arrane,".ent of nilicon t^trAchlorldc and.propson I:% the hydrogen flow JI] azid
chl cirri silane both In hydrogen and In argon,J4_5).
i, The l,st.4 ejethoda Vero Ufi#d to obtain silicon carbide films from 40D A
to iut~*ral sicrons thick.
in reference 12), a study was czade of the jLrowth rate of ILlms can a
A function of temmaturo 4nd partial preriqure of methane. It s to'-nd that
t1w (110 thic),AaNses directly proportlonal to the value of 071.
('til, + Al .'x
p (-41121,.T1 .here t in thn I. the V.r-
L141 pre4sure of vLthant,; T In thr re--tton tccipcirtiLuro; ~ il the electron
charge; 'A In the Boltzman constant. Thr, protean of itrowing SIC In, c*,c%t'Jero4
as the diffusion of carbon into the x1tice".
The studies of tho crystal lattice by the asathada u( electron diffraction
and x-rays demonstrated that the Indicated meLhods can be iteed to obtain tsono-
crystalline opit"W films of iI-type SIC. The authors at roferenev t2i it*-
Iii covered that the Miss obtained 5y theci comprise two layers -- zonocity stal. line
and polycrystalline. The polycrystalline layer is observed or. the 31.1icom
120 -

. ........ MIMI V
USSR UDC 533-9:538-561
,"YU.,V., ard FILIPPOV, S. S.
YEROFEYW, V. S. sgggag
"Electrical layer Near the Anode in a Discharge With Transverse Magnetic
Minskj Kolebanlya i Volny v Plazme, (06cillations and Waves in a Plasma)l
"Kauka ' Tekhnikat" 1971, pp 49-52
Abstract: The authors examine the problem of the distribution of potential
and concentration of charged ard neutral particles in the electric field. near
the anode forming in a dischaxg6 with a's"Lrong trarisverae magnetic field.
They investigate the case of an independent discharge by allotling for the
intake and burn-up of the neutral gas. The question concerning the probability
of ionization of the neutral atoms in the layer is discussed, and solutions
are also found for other charge condition3. The authors use equations to
prove their solution and illustrate their findipgs graphically on two figures.
Figure I shows the potential distribution andF FISrue 2 shows the character-
is-tics of the neutral atoms, The article, contains 2 illustrations and 5
bibliogmphic entries.

USSR UDC: 533-951.2/.3
YEROFEYET, V. S. , SA "OCHKrL,.U. V.
MCM"
I
L
"Ionization Instabilfty of a Self-Sustaining Discharge in a Strong Tre-ns-
verse Magnetic Field"
V sb. Kolebaniya i volnv v vl-="e (Oscillations and 1h.-ves in a Plasma---
collection of works), Minsk, "Nauka i tekhn.", 1971, -pp 24-27 (from RZh-
-Mekhanika, No 7, Jul 71, Abstract No 7B183)
Translation: A theoretical study is maje of the problem of stability of
the layer near the anode formed in a self-sustaining discharge with rnao-
netized electrons and unmagrrietized ions. For lonE~wstve pertul~oations 'With
a period of oscillations much greater than the time of fligbt of ions,
the problem is solved for eigenvalues. It is shown that vith a rise Jin
pressure when there is a change from 'tvacuur~' cond-iti4ans to a mod-- with
intense ion production, discharge becomes unstable. The authors deterTdne
the critical concentration of neutral particles, which depe-nds only on the
kind of gas and is rroportional to the =gnitude of the magietic field.
The frequency region in which instability develops is found ri-nd the in-
stabilitur =echanism is discussed. The theory :L-c compared with ex-,erimental
data. Authors' abstract.
74

USSR
S
UDC 577.1:615.7/9
"Results of and Prospects for Research on Physiological Adaptation and
Temporary Compensation of Chronic Pathology During Minimal Chemical
Actions"
V sb. Farmakol. Khimoterapevt. sredstva. Toksikol. Probl. toksikol.
(Pharmacology. Chemotherapeutic Agents. Toxicology. Troblems of
Toxicology -- Collection of Works), Vol 5 (Advances in Science and
Technology. All-Union Institute of Scientific and Technical Information,
USSR Academy of Sciences), Moscow, 1973, pp 41-48 (from RZh-Biologicheskaya
Khimiya, No 17, Sep 73, Abstract No 17 Fl$96 by the authar)
Translation: The maximum permissible concentrations suitable for different
environments are determined. T`hle stages of research on adaptation to
chemical actions and the boundaries between the phenomena of adaptation
and compensation are described.

PharmacoMFMd- ti-Xic idgy i,
USSR
Editor-- Prof---rsor LETAVET, A. A. and Doctor of Madical. Sciancen Professor
SAMISKIY,jq~ X..
P-rintsipy i 14--tody Usta-novleniya Predelln-fth Dopustinykh Kontsentratsiy
11redW.kh Veshchestv v Vozdukhe Pra�zvodst-,-,nnykJi Ponesheniy. Materially Mazh-
dunarodinogo Semin--uma Uchenykh Satsialistlcheskikh Stran 25-29 N--jabrya 1966.
(Principles and IM-ethods of Establishing 1,11axiw-um Allowable: Concentration of Toxic
Substances in the Air of TndUStrial Premises.. Data on the International
Seminar- oil Scientists of Socialist Countries held 25-29 Mwember 1968), Moscow,
"Meditsina," 1970, pp 204-205
Translation*
Table of Contents: LEE
LETAVET, A. A. "Introduction" 3
FIOIROVSKIY Ye. "Fxpositinal Tests and the System of
Yayim= Allowable Concentrations of Toric Substances in thr2.
F42vironment-al Air of Industrial Enterprises" 5
LYUBLE-M, Ye. I. "Concerning Computing Methods of Oriented
Identification of Toy-;c Sifustances" 16
MIMI G. H. and 11MAGMA, N. K. "Express Methods of
Establishing Yzxim= Allowable Concentrations" 24
1/4

USSR
Editors -- 1ZW-rET) A. A. and SAX10MKIY, I. V.,. "Naaditsina," 1970, pp 204-205
SANOMKIY, I. V. "Problem of Toxicity Criterion. Nonspecific
and Specific Reactions, and Integral and Pathogenic Criteria in
BstabMsUng Action Mr-esholds of Occupational Poisons 35
AMIPOIYA, A. G. and PAVLOVA, 1. V. "Biochemicr-l Investigation
in Toxicity Study of Chemdr-al Substances" 41
KA(;AN
Yu, S. "Accumulation.. Criteria and Methods Its
Assesmrit, and Prognostigation of Chroaic lntoxications"~ 49
MANOVAY I. P. "Hazari Extent of Industrial Substances,,
Specles Sensitivity, and Margin Coefficient in Establishing Maximum
A~Uowable Concentrations"
65
MUGOLINMY1, S. D., LOYT, A. 0., and IVAINITSM' A. if.
"Toxicological and Hyglenia Classification 'a f Toxic Sub-s-Itances' 76
VBLIMC-,r5,KIYY B. T. and LATUSMMTA,! V. B., ~'Maximim
Allovable Concentration of Fibroganic Action Aerosols" 83
I-EMED1, L. I. and SPYNIJ,, Ye. 1. -~Tinclrlen and
Characteristics of Hygienic Standardizatio-a of Pesticides" 95
-10t ME Wo
BAROMKIY, I. V., TU MMSWYA, L.,A.,. and Fa. V.- N.
"Maximum Allowable Concentration of Blastommt-sens Oubstamces
with Genetic Activity" 98
2/4

USSR
Editors MMMI-Y A. A. and SATIOTSM, 1. V., "Meditsina," 1970, pp 2o4-2o,
ALEK%=.- JAY 0. G. and SWMISKAY-A., N. 1. "Standardization
PrinciDles of Chemical Aller&ens"
KORBA2MVA A. I., IVANOV N. G. and M&N20VA S. IT-- I'MaXiMLLT,
A
Allowable Concentration of IMixtures of Substances" 320
VOIKOVA, Z. A. "On the Problem of Substantiating- 3hximwn
Allowable Concentrations of Toxic Substances in the Air cd' Industrial
Premises by Co=aring Working Conditions and the. State of the Workers'
Health" 130
ROSHMIM., A. V. and SANDTSKIY, 1. V., "Bassic Unifying Trends
in Substantia~ting Maxii= Allo-wrable Concentrations of Toxic Substances
in -the Working, Zone Air" 137
KOLOYAROVA-MIJEOTIOVAY F. "Iforking Experience of thil, Peoplelo
Republic of Bulgaria vith the Establialiment of Maximum 1,11(wablo
Concentrations of 'Ibxic Siubstances in the Air of. Industrial llruid.,I eri It 143
MUMI[p Sh. "InvestiGations Substantiating Vdxbmw. Allcr-rable
Concentrations of Industrial and Agricultural Toxic Substavaes ih
Hungary" 150
ME., Z., GRUND, V*, and SCEMM, P.:"Iabor Hygii-,nia and:
Toxicological Norms in the Light of Complex Socialist Ratic~nalization" 158
V4

USSR
Editors IZTAVET., A. A. and SANOTSKIY, 10 V.). Meditqir-a," 1970, p-p 204-205
FOLTBRECHT. "Practical Experience with the Application and
Adopted. by the Ministry of Health
Control of Hygienic Ifor, of the
German DemcTatic Repi~blic for Berlin's Ind4strial Entemirises" 165
Ye. and VVEMOVSIMI, Z. "Experience ~ with ~the Applica-
tion of Yzxi== Allo;mble Concentrations (PI)K,) in. Poland" 170
BERMARD BARICM. "Our Experience with the- Deterndnation of
the Range of Maximum Allowable Conventrations of Toxic Substances in
the Air of a 'Working Zone".
175
POPOVICH) S, "Methods of Estab]Ash-~ng Maxim)m Allowable Con-
centrations, of Th-cic Elements in the. Atmos-chere of Industrial
Premises and Industrial Districts in Yugoqiavia" 181
PRPICH-16AY10j, D. "Correlation of Deltaaminolevulic Acid
(AKL) Concentrations in Urine and Lead Concentrations in the Air of
Industrial Prenftses" 186

84

Abstracts of Sclenrlic Articles
rl.c .uaj itt one of Cic.. morit to any
C-' t;,c lot- 1~1 ow -ml,
rn
Ch-,
rin-'T"% th It cra Vr- rO*Zilt*~.O.-I '~! I L.1 Gt! 1 111- 1 A I tit V I C,13
;~!).Iyzin~, tho..e L;;l:,' i4t.o th'! Silllf~-
ula- in 1~,ruir
1) th~ viztu"I'.: Cv.~l I ~ L, of i th~vf
of rct-a~tica and l.ion 04 lij 4t. re N. ,;I C-Z;,Cg!; t! I
t..-. d'Zuvna'. rotation " t.~.p ea, Ir. 27.3
c:ial dws; 3) lv~i ~Ir the C=L%'~
C" ;.n (It hr. r-ozIlA to
t
rV 0 ".1; " 7.rc~~C zC.%1Lh ti Mid ,L V., ir.M-
ti-c 'ay. WiLli tht q%liil "It1tv.,ie!1
"k; n'-th to till-
!u the V:talm 0i 5t.,Ctl, r-t-:A F,~z
tlj,~ oit~?-~'-zzcd tl-,.i Jnt,~rvrl. This dt,crcz%-;L j---,;%,A-l to, zvu-.*d
cbr.~rvation of fainc ntars. in c--~dition, aL Il C~oat "El"Lli
Z-1
4
ir a narrujini; of tile rfn;;e of azimutits within qhicli there is a con!;jdcr-
able dct,jrior4tio,% In thtt amiracv of o.,,nervatjona c:u,i E0 Ole sXI~ion of an
observed star at P Very acute anzltl to tile S.-4pUI,;-Cd Zlmucin"r. The
olai diu-nal rotation Of the lunr r~jestizl rphere dictarev tl,~.- cliogre.
Of the UeChOd call tile prOcudkire -nZrCinetttc olisrv,;tJo., . III a diti
for v; d on
the tizza of star Chrcuzh the alwucalor ln-jnt lid ropisterad uldl a
lessor rccurncy than In stmilnr c'--nervaion.% fram tll~ V-117th. :),].? to tile
lc-~ lunar zraVity, inntn=cntal nrror!3 increaze, ezpeciall-., duo to de-
teriorated operr:i,.,.% of levels. no latter circumitclicto m,;,;t be t-kem
Into acccuat in dovolopicn.Z the dorj,~,rj of an aqtLomtrfc Zia
author:; dx=ine tile of the equal nlttt--d~r, metlied
for th" c,170 Of detcrmininr. voleno3falhic latitude .,nd louvltu~c and al4o
In da%:o-.u,n!n& the inclination I of C~st,ini'a equat r t t z cclip
0 o h
the itirwwzor f of lunar phyt;Ical libcatic.,
WnstracZ., "Astrcz-,qtric Obsori,stiams frc%n Z o Lun r Su -Fee(--
Alt',tudQ~i Mzthod," by and A.-," . S 4.0. ich, K on' state
University and Sp.,cm Reuearch lnntjtut~ es'. yoacsIt.
Astronomic.1hoskiy Zbutual. Vol 48. No 4, 1971, pp 833-1142)

USSR~
KOSILOV, S. A., Professor, Doctor of Biological Sciences, Scientific Research
Institute of the Physiolcgy of Children and Juveniles, Academy of Pediatric
Sciences USSR, and a&UQY_ANG. G., Docent,,Candidate of Pedagogical Sciences,
Moscow Aviation Inst=iu
"Significance of Quantitative Characteristics of the Dominant in Work and
Sportif
Moscow., Teoriya i Praktika. Fizicheskoy Kulltury, No 6, 1971, pp 46-51
Abstract: After revieving literature on the development, maintenance, dis-
turbance, and extinction of concentration on skill-requiring jobs or physical
exercises, the authors present and analyze the results of their original
study performed on radio-assembly factory workers whose task was to put
several parts together and then spot-weld them. Since power was deliverei
Into the welding machine b- depressing a foot pecial, the nunber of 7pedal
depressions per unit time was taken as the~index of concentration and labor
productivity. The plot of the productivity index over a:vorl, day yielded a
biphasic curve in the presence and absence of distractill'.g., factors. The rise
of the curve is interpreted as varming up, the fall as fatigue. After the

KOSILOVJ S. A. and SMOYAN, G. G., Teoriy4 i Praktika Fizicheskoy Ful'tux-y,
No 6, 1971, pp, 46-r-1
-y
lunch breaki, the two subphases ar-- present,again, but the peak of productivit
is much lower than that in the mi.3norning. During performance of other types
of vork, the curve may be monophar-ic with t1he peak occurring in midday, it
may rise continuously, or it may assume several other characteristic shapes.
Individual differences are discussed and equations for idealized curves are
presented.
2/2

USSR UDC: 534-014
SOWN, YU. A. and FEDOSEYEV, H* H.
IlParticulare'Associated With the Vibration of Turbine Uaits 171th Ifigh-Speed
Integrated Bearings"
V sb. Vibroizo1.vzktgiy4 inashin i vibrozaigh-whitza. chelovol;a-operatom (Vibration
Inmdation of Rachines and Vibration-Protection or the Hlunan- Operator
co22ection of works), Moscow., ;'Naukall$ 1973,, pp 120-126, (from Hzh-Turboatro-
venive, No 5, 1973, Abstract No 5.49-128)
Translation: It ic proposed that turbine rachinea be closignad ivith intel-r.ated
bearings. Methods are indicated for deterxirdng the elaztioity character-
istics of integrated bearimgs along with the selection of critical turbLzio
rotor speeds while taking into con,~ttdaration the elastic, pliability of hall
bearing supports. The prcbler. associated Ath decreaniv,- the nag-nitudo of
initial rotor disbalz-mce is considered. The rowlts pm=ented iiiake it pos-
sible to sysstemtiza the basic reasons responuible for the vibration of
turbine machines with integ-rated bearinga and to detenid,,-aa the frequency
spectra of these vibrationa. Original ariiole: 4 Mua~-~ 10 bibl, entries.
Vi

USSR UDC 546-791.6-536.66
SANTALOVAO N. A VIDAVSXIY, L. H., DUNAYEV.A, X. 14.1 and IPPOLITOVA, YE. A.
"Enthalpy of Formation of Uranium Trioxide Semihydrate"
Leningradt Radiokhimiyat Vol XIV# No 5, 1972, pp ?21-726
Abstracts The calorimetric method was used to measure the enthalpy of the
reaction of two specimens of uranium trioxide sem1hydrate with the compoei-
tion UO3.0.393H20 and UO 3-0.648H~O with a solution of hydrofluoric acid, At
298.150K this enthalpy was -21.7~t 0-08 and -20,83-0,110 kcal/g-atom of U
respectively. The enthalpy of the formation of compounas belonging to the
uran-Jum trioxide serithydrate phase from uranium trioxi&P and water as a
function-of the composition is represented by a linear wquation. For a
stoichiometric compound this value is -3.19-+9.10 kcal/g-atorz of U. The
published data were used to calculate the standard enthalpy of formation of
uranium trioxide semihydrate from the elements. This enthalpry at 2,08.15 0K
%-as -333-15+0.46 kcal/g-aton of U. The method used to syntheaize the uraniuzi
trioxide semihydrate arA the chemical and x-ray phase an ':Llysis data we
presented in connection with the existence of several versions of the sez1hyd-rate.

UMR UDC 546-791.6-546.66
N VIDAVSKIY, L. M., DUNAYEVA, K. M., a3ad IPPOLITOVA, Ye. A.
"Heat of Formation of Uranium Trioxide Dihydrate'l
Leningrad, RadiokhimiYa, Vol 13, No 4, 1971Y PP 592-597
Abstract: An independent determination of the heat of forr=Ation of U03.2420
Uranium hexafluoride in
was carried out on the basis of the heat of formation of
order to be table to compare the -value obtained with that determined from, the
heat of the formation of a mixed uranium oxide. In the paper the experimental.
,conditions are described in detail, followed by data of X-ray analysis and
formulas used in calculation of the enthalpy. The value obtained differed from
that based on mixed exides. No systematic errors could be found, and tile
authors conclude that the discrepancy ia due to the diFa(?,raejwat awng the
fluorijae and oxygen caloriwtry daUa.
71 -

........... ..........
i P
USSR Ufj 550.837:622.241
SAINTO K. L., GAYDASIH, A. D., Volga-Ural Affiliate of the All-U-n-Jon Sclentific
Re-search Institute of Geophysical Prospecting Methods
"A Device for induction Well Loguir-"
Xoscow, Otkr,,,,ti,,,a, 17obreteniya, Pro-mcrshlenole OI)raz-;,sv, Znapi, NO 19,
1970, Author's Certificate No 2724-49, p 63
Abstract: This author's certificate introduces a devico for J-nduction rzell
logging, whicb contains a multiple-coil probe with master and zeception oircuits,
an AC oscillator connected to the master circuit of the orobc, and a n-.easurrement
charnel in the form of the probe reception circuit, an a.raplification and rectify-
ing device, a cable communicat ions line and a well log.7,-In,,-. registration unit ali
connected in series. As a distinauishina feature of the patent, the protection
of the measurements from interference is improved and provision is nade for re-
cording a quantity inverse to the signal amplitude. The device ir, equipped in
the measurement circuit with elements of a pulse-frequet.-ay telemetry system. The
demodulator is made in the form of moters which rr.,easure the pulse repetition
frequency and poriod.

112 021 UNCL ASS IF [ED PROCESSING DATE--lbOCT70
TITLE--SOLID SOLUTIONS IN THE Y SU62 51 SUBZ O-CF SU32 SI SUIL112 0 SU37
SYSTEM -U-
.AUTHOR-(04)-TOROPOYt N.A., ANDREYEVt il.F.v SOKOLOV, A.N.i SANZHAREVSKAYA~
L.N.
COUNTRY OF INFO--USSR
SOURCE- I ZV. AKAD. NAUK SSSA, NEdRG. MATER.
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEM-ISTRY
~JOPIC TAGS--SOLID SOLUTION, YTTRIUM COMPOUNO,
COMPOUND, OXIDEP IR SPECTROSCOPY
MARKING--NO RESTRICTIONS
19701 6(3),~ 519-23
SILICON CC-4POUND, CERIUM
~,,~~DOCUMENT CLASS--UNCLASSIFIED
.._~PROXY REEL/FRAME--1996/0641 STEP NO--UP~/0363/70/006/003/0519/0':123
7-CIRC ACCE
ESSION NO--AP0118017
UNCLASSIFIED

2/2 021 UNCLASSIFIED PROCESSING DATE-16,OCT70
__CIRC ACCESSION NO-AP0118017
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. WITHIN THE Ct. R 112 1
'I M P NANG~ Y SUf S
SUB2 0 SU87-Y SUB1.8 NEG'TIVE LE SUB0.2 SI SURZ 0 SUS7, SAMPLES 'KERE
SYNTHEXIZED EVERY 0.5 MOLE PERCEN THE SAMPLES .
7: T . WEREE SYNTHESIZED AT
F*
1350"1450DEGREES BOTH IN A REDUCING ATM. AND IN A S 1 L IT , u lqACE. THE
PHASE COMPN. UF THE PRODUCTS OBTAINED WAS STUDIED ElY CRY5TALLO OPTICAL
ANAL., 4N0 X RAY DIFFRACTION, AND IR SPECTROSCOPY,, THE FOLL-7WING CRYST.
PHASES WERE PRESENT: SOLID SOLNS. WITH THE STRUCTURES BETA Y SU62 S!
SUB2 0 SUB7 (CUMPNS. Y SUB2 St SUB2 0 SUB7-Y SU31.97 CE SU30.03 51 SJ62
0 SUB7)v ALPHA Y SUB2 Sl SUB2 0 SU87t AND A REGION OF SOLID SULPIS.
DESIGNATED AS Y SUBZ SI SU62 0 SU87 SOLID SOLNS. !HE Cl, p 1:
'YSTAL S T UCTj-Rl
OF THE LAST SOLID SOLN. IS APPARENTLY 10EINTICAL TO TH-E: T PRIMe TYPE
STRUCTURE GIF THE UIORTHOSILICArEs. DUE TO THE WEEAK CRY!')TN. OF THE
SAMPLES PREPE). BY SOLID PHA-.-)[ SYNTHESIS, THE HOMOGENEITY REGION OF SOLID
SOLNS. WITH THE BETA Y SUB2 SI SUB2 0 SU87 STRUCTURE WAS O~:TD. ON THE
BASIS OF IR ABSORPTION SPECTRA. THE ALPHA Y SIJF.';2 SI SLJA2 r" SU67 CAN BE
PREPD. BY QUENCHING THE SAMPLES AT GREATER THAN 13500EGREES- THERE [5 A
REVERSIBLE BETA Y SUB2 SI SUB2 0 SUB7 IN EQUILIBRIUM ALPHA Y SU82 SI
'SUB2 0 SUB7 PHASE TRANSITION AT 1300-14000EGREES. THE CE SU132 SI SUB2 0
SUB7 M. CONGRUENTLY AT 1770DEGKC-ES AND OOES NOT UsNDERGG.P0LYt-lURPH[C
PHASE TRANSFORMATIONS. THE NS AND THE 01. OF THL CQHPNS- OF THE SYSTEM
VERE DETO. ALSO DEfL). WERE THE LIQUIDU~ SULIDUS Cit FOR Y SU62
kVES THE
:,S1 SUI12 0 S037-CL- SUB2 SI SUB2 0 SU67 SYSTEM. FACILITY:
-LENINGRAD. TEKHNQL. INST. IM. LENSOVETAt LENINGRADt
USSR.
U it, I C, I ~ A S S I F- A' E', 0

UNCLASSf F[ED PROCESSING DATE--13NOV70
TlTLC--PCT"'SSI0!-i '~ET;iPlitiSFIHATt-,POTASSIUA PYiz(~ptiospH~,T:---rfl(3TASSIU,14
f ETAVANA,04TE Tl:kN4RY SYSTE,'~ -U-
'0V
AUTHOR A-G., SANZHA& Z.T.
COUNTRY OF INFO--USSR
NEORG. KHIM. 1970, 15(4), 1139-40
PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
"SPHATE,
TOPIC TAGS--PHL VANADATE, POTASSIUM CCMPGUNZ EUTECTIC
CONTROL MARKING--NO RFSTi,',I(;TIG'NS
00CW-11ENT CLASS--U!lCLA5S[FIEQ
__:~PRCIXY REcL/FRAME---I'49WIII9 STFP
.CIRC ACCESSiON tlj'--AP0123111
ty'- LS S II F f)

212 1310 UNGLASS I f !C-0
C IPC ACC~SSIQN 1% OCESS ING bATE--I3,N(jV?0
ABSTRACT/EXT,'iACT--(U) GP-0- A B S M.4 C TTH E 3 1 N A 7~'f SY TEMS V~Q SJ33-K SUB4
P SUB2 0 SUB7 A,~-.W KVlD SU1,33 FORMi THE 3KVO
SU33 SW14 11 SIJ62 0 SU37t PvCl,'-!,NGR0l~-'NTLY M. AND KVU SUB3
C." N~) 2KVO SU33 .100,SOY CONIGRUENTLY t'l. A NO
.KP SU33 At L 3 j , G t
4780EGt~EES, -~ESP. THE 1ST SYSTEM FORMS A EW*ECTIC AT 77.5 iMULE Pf-.-i~CFNT
KVO SIJV.3 ANJ 4E~4Df--`;RE(-.S MID THE, ?'140 SYSTEM l-(,RWS -Uli:C'r I'S, AT t~2 .5
AND 60 '10LE PL-rkC(-.`.NT KI/01 SU63 ANO 428 AND zv'4!bDFGREES, P.~-;SP. THEE PHASE
- 1) T
DJIAGJ~%AM OF THE TERNA~,~Y SYSTEM, IS PRES-ENTE - THE SYSTEM HAS 3 ELliECVICS
M. 400s 410, AND 4203E-6REES ANID Ci'j-NT-'l"?. KVO SUB3 KiPf) SU83 AOLE PEkCENT
~RATIO 37-tt6r 53-35.5, AND b4-25, I?ESP. INVARIANT PT)INIIS OF THE TERNARY
SYSTEttl AaE TABULATED. FACILITY.-, A,0STOV, LNZH.-srr~,
-)IT. INST.,
ROSTUV, USSR.
UNC L AS 5F I E C

USSR
PASECILNIK, M. V., KORZH, I. A., KASHUBA, I. Ye., MISHCHENKO 11. A. PRAVDIVYY,
6sciences
N. M. and SANZHUR, I. Ye., Institute of Physics of the Acadoiny~o?
Ukrainian
"Study of the Elastic Scattering of Neutrons in: the 0.3-4.1 Hev Energy Region
by Ti and Cr Nuclei Using the Optical Model of,the Nucleus"
Moscow, Yadernaya Fizika, Vol 11, No 5, May 70, pp 958-966
Abstract: The angular distributions of neutrons elastically scattered by Ti
and Cr nuclei were measured over the angles 20-145* for neutron energies 2, 2.5,
and 3 Mev, and data are given on the polarizing capacity of these nuclei for
neutron energies of 1.5 and 2.0 Mev. The data are compared with the angular
distributions of elastically scattered neutrons and with polarization occurring
under elastic scattering as calculated on the basis of the six-paramecer optical
model of the nucleus. The purpose of this.comparison was to make a s,istematic
study of the variation with energy of the parameters of the aptical potential,
which function describes the interaction between the neutron and the nucleus.
The values of the optimal parameters Vc and Wc!were obtained by a least-squares
fitting of data on the angular distributions of elastically scattered neutrons.
1/2

USSR
FASECHNIK, M. V., et al, Yadernaya Fizika, Vol 11, No 5, May 70, pp 956-966
A comparison of calculated and experimental total cross sections showed satis-
factory agreement between the two. The values of the optimal parameters off the
optical model were calculated by a three-parameter analysft; the forms of the
angular distributions calculated by the three-parameter variation method did
not greatly differ from the angular distributions calculated with a two-para-
meter variation. This is said to indicate that the parameters of the optical
potential most sensitive to the magnitude and form of the angular distributions'
are the.values of the real and imaginary parts of the central potential.
2/2

1/2 016 UNCLASSIFIED' llROCESSIN~, DATE--300(;T70
TITLE--STABILITY OF MOTION OF A BODY OF VARIABLE MASS'CONIAINING CAVLTIES
FILLED WITH A FLUID -U-
,,,.AUTHOR-(02)-IMAl%6AYEVAv L.KH.1 SAPAv V.A..
.,.,COUNTRY OF INFO--USSR
SbURCE-AKADEAIIA NAUK KAZAKHSKOI SSR# A'ZVESTIIAY SERLEA FIZIKO
_`_:.MATEMATiCHESKAIAj VOL- 83, JAN.-FEB* 19701P 66-69
'DATE PUBLISHED----70
~.:-SIJBJECT AREAS-PHYSICS
~TOPIC TAGS--MOTION STABILITY'r MOTION EQUATION, ROTATION
MARKING--NO RESTRICTIONS
OCCUMEUT CLASS-UNCLASSIFIED
PROXY RELUFAANE-199611490 S111.1)
CIRC ACCESSION NO--AP0118485
UNCLASSIFIED

-2/2 016 UNCLASSIFIED. PROCESSING DATE--30OCT70
CARC ACCESSION NO--AP0118485
ABSTRACT/EXTRACT--IU) GP-0- ABSTRACT. DERIVATION OF SUFFICIENT
CONDIT-IONS OF STABILITY OF MGTION OF A SOLID BOGY OF VARIAOLE MASS
CONTAINING CAVITIES ENTIRELY FILLED WITH AN IDEAL FLUID ABOUT A
STATIONAMY POINT. USING AMINOV'S (1959) METHOOP CONDITIONS ARE OBTAINED
UNDER WHICH THE SOLUTION TO THE EQUATIO14S FOR THE ROTATION OF THE 600y
STABLE
ABOUT AN AXIS OF SYMMETRY IN A VERTICAL,POSITION WILL BE
'ACCORDING TO THE WELL KNOWN THEOREM OF LIAPUNOV CONCERNING STA61LITYo

USSR UDC 621-373.826
GANDMIXAV, 1. L. SAPA V. T. , MMMIOVp YB. A.,, and SHPAK IA. T.
"Transient Generation of Organic Dye Solutions During Picosecond Optical Pumping"
Vsb. Nellneyn. r)rotsessy v.optike (Nonlinear Processes in Optics collection of
works), Vyp.2, Novosibirsk, 1972, pp 70-74 (from RZh-Radiotekhnika, No 11, Nov 72,
'Abstract No 11 D148)
Translation: None.
1 1 -0,
M!

1/2 OZ4 UNCLASSIFIED PROCESSING OATE--30OCTTO
~.TITLE-.-GENERALIZED SHWARTZMAN PHENOMENON IN RESPONSE TO ADAINISTRATION OF
-ASCARID TISSUE EXTRACTS -U-
.",`AUTHOR-SAPACH, V.K.
C OUN TYOF JNFO--~-USSR
...SOURCE-MEOTTSINSKAYA PARALITOLOGIYA I PARAZtTARNYYE SOLEL"Nii 1970, VOL
39p NR,Zr PP 201-205
~JATE PUBLISHED ------- 70
~.-SUBJEC7 AREAS--BIOLOGICAL AND MEDICAL SCIENCES
.~-TOPIC TAGS--WORM, ANIMAL PARASITEt HYPOTENSION, BLOOD COAGULATION# MED[CAL
'EXPERIMENT
CONTROL MARKING--NO RESTRICTIONS
OCCUMEUT CLASS-UNCLASSIFFED
PROXY REEL/FRAME--1996/0440 STEP NO--Uc~iO358/70.ro391