SCIENTIFIC ABSTRACT MENSHOV, B.N. - MERENYUK, S.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202020006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
USSR
M'SHOV, A. K., Kosmicheskaya ergonotnika (Space ErgonomLts), Leningrad,
"Nauka," 1971, 295 pp
Page
8.4. Determination of the Required Number or Crev Membe-ra 230
Chapter 9. Main Characteristics of the Design and Constructi(in
of Manned Spacecraft
9.1. Specific Requirements for Manned Spacecraft 236
9.2. Specifications for SNstems and Means o4 lndt;zation,
Signaling, and Maiwal Control 242
9.3. Some Problems in Desigoning Manned Spacecraft 251
9.4. Construction of Manned Spacecraft and Structure cf*
Ground-Support Systems 256
Conclusion 2*3
Bibliography 2$4
6/6

USSR
UDC; 621.396,967:621-396.62
MEWSHOV, B. N.
"Range-Finding Errors in Highly Accurate Radar Otations Using
Logarithmic Amplification Systems"
Tr. Leningr. in-ta tocbnov me-kh. i optiki (Tranilinxtions of the
Leningrad Institute of Precision Mechanics and Qptic~j) 1970, 110.
69t pp 59-65 (from RZh-Radiotekha "k,' o 110. 3, Yanth Ut Abstraot
No. 3G46)
Translation: The error in determining the range for anV variant of intvr-
1; , ts ritt
mediate -frequency amplifier for any number of -i-f amplifier tape %, I a
logarithmic characteristic is examined. For broad-band receivers with 4-1F
10 to 25 Miz and a coefficient of amplifitation, Kjj = 3 to 6, the range-
finding error is 2 to 8 meters. Two illustrations, bibtfogratphy of four.
V. Ch.
1/1

USSR UDC 5:1?-512,2
MISHOV, D., Corresponding Member of 'the Academy of Sclence5 USSR, Moscow
State University imeni. M. V. Lomonosov
"Application of Cosaro's Sumnation Ptethod3 of Negative Order 'to Fourier-
Lebesgue Series"
~bscow, Doklady Akade-,rdl Nauk SSSR, Vol 210, No 2, 1973, pp 271-273
Abstracti It is known that any trigonometric FourLer sairies ()f the a= iable
function f(x) converges in measure to thia function on the segrient
and In such case, as is known, for any Fourier-Lebosguf4 isorie4i, It 13 pot~siblo
to determine the subsequence of its partial sums which converj;e4s a1rost
everywhere on [--K, Tirl - The question arises whether vai anilagous state-
ment Is valid if, instead of convergence, CeAro's methad of szme negative
order DL is taken. The article outlines the proot for the following theorens
There exists a function f (x) summble on E-- IM , it'.
for which the
corresponding sequence
1/2

iOWI"ikkWWhW"WWWid_,'.-' W , W, M , M"HUH."".I.M.'i ......... .dimimi1iiimii.4"~-ifiiiimuiih6im~
USSR
M'SHOV, D., Doklady Akademil Nauk SSSR, Vol 210, No 2p 1973, pp 271-273
(a)
U
j (XIA V~_.
IIIJ
diverges on a set of positive measure lying on whatever -the iri-
creasing sequence of natural numbers mj,(j = 1, 2. May bo and, whatever
Ck may be satisfying the inequality -1 < Oc < Oo,
2/2

USSR UDC 517.52-2.3
--IL- (1-10SC01-1)
-properties of CesAxo'a Mews of Negative Order Pod Some Me= I-Me4na for
Tburier Series of Continuous Functions"
Ymcowg &1ematicheskly Sbornik Vol 86# No 3t Nov ?It pp 419-0-5
Abstracts It is known that any measurable fUnction, finito almaist everywhexe
on the segment [-JT,JT] , can be varied on a set of arbiti-arily small meaa-
we in such a way that a continuous ftmetion i(ill be obtaiuitd wbone Fourier
sories converges uniformly on E-J[v JTJ , It is not known if Mill. theorem
will be true if Cesa%ro's summation zethods of n6gative oiAft- axo wasidered
instead of ordinary conyorgencee However, the article pvvm a theorem which
given a partial answer to this question.
Theorem lo Let M< 0 sn4 (X~ -1, -2# Thelit for any measurable
function f(x), finite almost everywhere on C-31,JTJ , ud for iufty positive
number 0* it is possible to define the measurable act Xt, tbe function g(x),
and the increasing sequence of natural mmbers
1/1~

USSR
MENISHOV, D., Matematicheakiy Sbornik, Vol 86j No 3. Nov 71, PP
triv (v 0, 1, 2,
which satisfy the following conditionst
Ce) g(x) Is continuous for &U reea x sod has the period ZX I
p0) mes E >2.n-a. Ec: (--n, n);
g(x)-.[(.X) (XC-E);
214

USSR
MENISHOV, D., Matematicheskil Sbornik, Vol 86, NO 3, Nov 71,
pp 419445
J') cesa'rols means
, c,((')
(x, g) (v = 0, 1, 2,
converge uniformly to g(x) on the whole x-*xis, stiven V-60.
Theorem 1 is the direct corollary of Theorem 2: Let method T,
defined by the triangular matrix
T~jc I (m. k 0, 1. 2.
be a method of the type R(fl)
4;;r0. Then for any naaatir.-~,ble
and f or tiny
function f(x), finite almost everywhere on C-JT
3/4
- 15

------------- --- ... . ...
17-
7JSSR.
MENISHOV, D., Matemnticheskiy Sborniko Vol ~6, NO 3, Nov 71,
PP 419-445
positive number Crit is Dossible to define the-rioasura'ble set
the function g(x), and the increasing sequence of nat~ir-al numbers
(1) which satisfy conditions or.*), ;d*) and )/) of Theoren, 1,
as well as the following conditions:
The sequence of functions
T( .0,) (x, 9) (v 0, 1, 2.
converges uniformly to g(x) on the whole x-axis, Siven 'W-Oca.
The author outlines the proof ot Theorem 2.
4/4

.. . ......
USSR UX 51"T
MEN'SHOV, D., 1"'Oscow
Limits of Indeterrdnancy in Veasure of T-Avera~,,-,e
Yoscov, Materaticheskiy Sbornik, Vol. 31 (123), 110 4, AP.- 70o nn 41'6-522~
Abstract: The linear method of of an
S 1 ,2,
M
is defired as foi-lows: ta~ce -t,he ratrix
T = 11C k = 0, 1, 2 ....
We say that the series (1) s strnimed by a IiRear mct'hcd 6--~:,'*,I,.tf; ""I T
to the value S if the series
f or any Value n, in(I I f -~I ie 's tclmtrlci~ 0 'A"

USSR
nt
Wo Apr 'r0, -~D
~2NISHOVA D., '-'"~tematicheskiy Sbornik, Vol
satisfies the condition
11M T S. (4)
The linear method of de-vermined by 1-he natrix P -s 2iiill,~d
The values T Oz 0, 1, 2,...) deTermineci the equali--y (11) area
n
T-averages o-f tle secuence (1) correspcjndin~-; to the 2-7se-JAIC(~.
is called regular if any sequence converging, to a fil-11te val,-'e "), is --v
this method to the same value S. A linear method determine'd by -che
is called -.F`inite-row, i-f any row of che matrix T contairs on.q a
0.9 di~"erent from zero. This paper considers the T-ai,erag,11; 1-~-e
partial ,ums of the trigonometric series
for finite-row mo-,ihcds nf
theorem is proved: for any
equality

USSR
MEIPSHOV D. Vol 61(~-23),
I J
alm,ost everywinere c.- t'.,-.e
determined by the matrlix (2) wi`zli n2al one c,~n fInd a
series (5) sarisfy.ing the condlzilcns
where T (x, F') df-~ermino,! I*vc~i;
S.~
Where V
and 2) 1,in an 0.

ITSSR
MOISHOV, D., !,~Aernatiche~;kiy Sbornik, '101 41'r 70, _C2,4
F(X) = ~,'(X) .7,p
theorem if iz is assumeJ t"I'at
of the first theorem. Then For any measi.tr~-')Ie -func-r-ion., P(x)
F;
wn6-r-eon -;r], one can find a trigonoretric st2r-' es ( S
ticn 2) which is summled in measure by -Che T-method to Ax) ov(nr,-,~hen' an

112 01L4 UNCLASSIFIED PROCEISS INQ, DATE-2710VIO
..T.TTLE--OETERMINATION OF MOLECULAR WEICHTS USING SEWAEArrATIONt UIFFUSION't
.,AND VISCnSITY DATA -U-
AUTHOR-(03)-TIMOFEYEVAt Geist
DUBROVINA, L.V*v MENSHOVI V.011.
'.-..COUNTRY OF INFO--USSR
SOURCE--VYSOKOMOL. SOEDIN.t SER. A 1970, 12(6)p 1374-$
.DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS-- MOLEt.-ULAR WEIGHTr POLYESTER RESINt FLUID Y'l'iC0511(Yo DIFFUSE134
COEFFICIENT, SEDIMENTATION SEPARATION
CONTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS--0NCLASS[Fflr_-O
PROXY REEL/FRA11411:-3 00LI/10114 STEP NO-UR/0459 /10 /OIL G,06/ 13741 i 3 IS
'CIRC ACCE-SSIOI N,---AP0136441
S S I F 11 E ~l

2/Z 014 L)NCL ASS I 'z.1 ED PROU.551NG DATE--2TN077o
CIRC ACCESSION N-3--AP0136441
ABSTRACT/ EXTRACT- (U I GSP-0- 415STRACT. THE OETIN. OF Till: NOL.. WrS. of:
POLYESTERS PREPD. FROM SEaACOVL 0ir-11LORIDE ANO PHE1,106"riTHALFIN OR
TEREPHTHALOYL O[CFR-ORIDE AND 13Y rill-i
COMBINED SEOEMENTATION VISCOSITY METH00 JP# Io FLORYj 1:1, '.AiL.*v L952) GAVE
MORE RELIABLE AND REPRODUCIBLE RESULTS THAN DEINSo a Y *rmr. v I scos I ry oa
DIFFUSION METHODS. THE DIFFUSION COEFFSo AS DETD, 6Y CENIkIFUGING ARE
SUBJECT TO CONSIDERABLE ERROR* FA(;ILITY: INST. EUMENrOOR.G.
SOEDINw, MOSCOWt USSR.

L/2 017 UNCLASSI FIED PROCESSING DATE-21NDY70
TITLE--MODERN DRUGS OF STEROID STRUCTURE -U-
AUTHOR-(04)-GRINENKOf G.Sat SHIW-Rs V.F4t MENSHOVils N.J.., iLlV0kL)VV N.N
COUNTRY OF INFO--USSR
SOURCE--ZH. VSES. KHIM. OBSHCHEST. 1970f 0112)t IT5-1'~
OATE PUBLISHED ------- 70
-SUBJECT AREAS--BIOLOGICAL AND MEDICAL SC16PICES
TOPIC TAGS--CORTICOSTEROID, DRUG TREATMENT# MEOICINE
coNrROL MARKING--PIO RESTRICTIONS
DOCURENT CLASS--UNCLASSIFIED
PR13XY REEL/FRAME--3009/0122 STEP ND--iJR/006.)/7011.)15/(]tC42/0175/t~J184
CIRC ACCESSION P40--AP0138987
414,
-I A!i1 1)
U

00
-r77-
2/2 017 UNCLASSIFIED PkOcl:'!;SING DATE--2Ft'lJY70
CIRC ACCESSION NO--AP0138987
ABSTRACT/EXTkACT--(U) GP-0- ABSTRACT. A REVIEW COVEWING 4COIFIED
CORTICOSTERDIDSt GESTAGENSP ANABOLIC PROOUCTSt AND THEIR RFLArIGN TO
MODERN MEDICAL PRACTICE.
UN C L A S S I F I E 0

X
0
Scr ~Msdl <
1A Am(. 'I%
613.693t629.7.048.4:612,223.11).661.163.124X
AKINOSILIrAGFTS% MCMIZZABLE SORMMS YOR ASSMING CARNM
SULFIDE AND WATER VAPOR
by 1. A. Denilicbev, Z. V. StElj~o4 T. 5. $0
V r4rIMUL", V
i-x-
-T77r-
pp 77-79, autamitted
Yebruary 196$1 (j,
Me of the PrIacIpal mqu-tremiskats sap&*" on azu"Plisric purltl-
I
yots= In sp&czahips Is =a c"*-Lt-f for effectively absorbing
diazida exhitl*d by man. The c,&rl~an ittarlds adsorbent* used or*
t=aZonarable, chemica.1 mi4sarbarra of the type of different perazt4t cose-
po~mds of alkall mula And zeteftftrs~rl* zurb"L&F-eynthatic 9149LICAft
1-9-S- Talrochashnikaw. &z &I.: 5--4illw-awsl Uumout).
AIrltwigh A syr,;tm for zdz pmrifisn:rim ZA&td om synthatic zsc3lza"s
ha~ lv,*~n wbll da. lc;p&4, It 'ban a rAimb,st of wortaus izadaqu&4tes. 1s%
partiinazx, the use C! samut" -w- It notewmazy to uss prollainst7 air
#ryimL to the dev point: 1-0-70% commild&rshla onerzy
rtcui_-z_l tzr tire reiguaratlaft of syntactic
Fit.
Eaoz*zio%, end dxzz.-r,=rz #4me-
ninesgul. 1) lsoaarm of C02 *4morp-
ticn; 2) looth*rm of C02 dasurpitlon;
3) lai-thcrm of Cb,2 fi4*u=tL=
irence crizz-.&T Vipar; 0 lwathem
In ccatral assmplo,
5) imatham of R25 it PrAA&n" Of
v.ter vapor; 6) taotherm a., UIS d*-
b) sorptton. A) Z by lw%ight; b) P an IL&.
7 A 11 0 ej
(0-0

USSR
vDc ,I-9i.!ja4.l.68l.l42-33
VWA=L VI-Y,,, Institute of Evolutionary Physiology and Biochemistry,
KcammW or udlences USSR, Lemingrad
"Use of Digital Computers to Model Populations mid CommanitAou of Aquatic
Moscow, Zoologicheskiy Zhurnal, Ito 4,, 1971, pp 461-473
Abstract: Mathematical interpretation of ecological coucepts and terms in a
prerequisite for mathematical modeling in ecological renearch. Forty-six
concepts and quantities (e.g., iudi,ridual, stage of devolopmeiat ambient
tezpemture, energy assimilated by an in&fvidual, biommin, etj--41 based on set
and graph theories are used to construct 16 models of piijiulatlems and cLm=nL-
ties of aquatic animals, ranging from very simple fish jj~apulwtions and abstnict
populations of crustaceans and mollusks to coincretib pa,'1414,,ic fta;h ca=nitiea
in L&ke Dal'no~e (Kamchatka). The caVlexity of all thil mode.-L$ is evaluated
end In the case of concrete models, the degrem or alzi.Urity to the original
to discussed. The various models described reveal the flexibility and
efficiency of computers in studying popLlatioins and comurtitlits of aquatic
animal * While the proposed ;wthiA of matbamitical intatTretation of ecologi-
cal.conceptp needs to be refined, even in its pmsent form it can be applied
to t6 problems involved in rational exploitation of the natural resources
round In bodies of water.
LL

lydrobiologi
WSR UDC 581.526-32503.
=!Nah-~ .1 and PRIKHOD'XOj T. 1.
"Model Investigation of Vertima Distribution wul Production of Phyloplanktore,
Kiev# Gidrabiologichaskiy Zhurnall No 2v Vol 7j, Mar/Apr 711 pp �-,10
Abstracts The articlo descrites a. mathamatical model fox! verticml distri-
bution and production of' phyloplankton on a digital computer. Input info-,--
mation. consists of water surface LU=1-nationt watur temptiratmii distribution
by dopth and ifith tinev arA the iatiml concenization of W~ogeml.(., elementis,
The investigation produces a dynuac picture of phyloplardtton production ill
the total water supplyp as well as the vortlual. distribution of p1-*,top1m&ton
blomms and biogenic concentration conforzing to dixeot oWervmtion data on
the" factors.
1A

UN`tA
0 it? %. 19
TITLE--SIMULATION (IF A PUPULATION UF
OF AN ELECTRIC COAPUTER -U-
.AUTH!)R-(f.'?)-l4r-.NSHUTKIN, V.V.o PRIKHE
COUNTRY OF INFO--USSR
SOURCE--(IKEANGLOGIYA*
rl"ED ~'
P jkk'jD)
PLANkT(141C CRUSTAGEANS AITH THf AID
KO, T.I.
19109 VOL 10i NR 2% PP 341-341
PUPLISHED- -70
SUBJECT AREAS-DIOLUGICAL AND MEDICAL SCIENCES
TUPIC TAGS--MODELe CRUSTACEAt PLANKTONt F001) REQUtREMENT, F000i COMP'~)TEK
APPLICATION
...~CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REFL/FRAME--1990/1278 STEP Nt)--UR/0213/70/1:)10/t)U~./034L/0447
CJRC ACCESSION NU--AP0109362
UNCLASSIFIED

57 OCIE S N~ DATE-021)CT70
019 St 11
6NCLASil 475 it
CIRC ACCESSICN~NO--00109362
ABSTRACT/EXTRACT-4U) GP-0- ABSTRACT* A STA11STICAL M~JOE-L OF A
POPULATION OfLPLANKTONIC CRUSTACEANS WAS REALIZI-D ON A DMITAL
COMPUTER. :T"E MODEL WAS USED TO STUDY THE DEPENDENCE OF 1JU45EISs
81014ASS9 PRODUCTION AND STRUCTURE OF THE POPULATION UPON THE [;0NOITIOVS
OF FEEDING. THE EFFICIENCY OF THE PRODUCTION PROCC$S 15 MAXIMAL WHEN
THE CUANTITY-OF FOOD CORRESPONDS OF FOOD RIMUtREMENTS OF THE
POPULATION, THE EFFICIENCY BECOMES LOWERAT FOOD SURPLUS OR DFFICIENCY.
PIZIOLOGIJ~ I SIUKHIMII AN
FACILITY: INSTITUT EVOLYUTStONNO;Y (F
StSR.
UNCLASSIFIED

r
USSR UDC 591.553-551-481:001.57
MENSHUTKIN V. V., Institute of Evolutionary PhyHiology and BiochE!m1stry imeni
'T. I -Academy of Sciences USSR
M. sechenov,
"Modeling of the Processes of Investigating and Exploiting a Lake EcologicaL
system"
Moscow, Zhurnal Obshchey Biologii, No 1, 1972, -pp 15-20
Abstract: The purpose of the article is to shov that the vethodi, of c1perariors
research theory can be applied to the study of the interactLon af nan with
natural ecological systems. The model takes Into account liath tka phanom-cn~-.-l
that occur in a lake ecosystem and the effects of human a0:1.vitil"i (not only
fishing and other forms of commercial exploitatLon but also scietitific re-
search). Two types of information are sought: (a) theorel:Lcal, i.e.,
fundamental data on the structure and mutual relations of Hic- elin~--t~nts of 1111
ecosystem and (b) operational, i.e., observationro on the iaate of the indi-
vidual compone-nts of a specific cco~iystan at a particu.lar The precll;lori
with which the theoretical and operational info:matfoa is g6tai-rmd LF a fune-
tion of the desired degree of efficiency in exploiting the resources of a
given ecosystem.
6

USSR UDC 1.76.iS13.75.095 5
SOKOLOV, M. I., PODCHFW.1YAYFVA, R. Ya., PARASYLN., N. A.,
MEN'-SKIK-11, L. 'MOLIBOG, Ye. V., SOKOLOVA, N. N. , and Sr%~IYANOVA, 11. H.,
nFRE-Uot-7 Birology imeni D. 1. Ivanovskiy, Ac.aderity of Medical Siziences,
USSR, Moscow
"Study of Genetic Properties and Their Variability in Viru!vas Isolated in the
1968-1969 Influenza Epidemic. Co-,imunication 1: Biologicai Vropi!rties of
Strains of A2/11ong-Kong 1/68"
Moscow, Voprosy Virusologii, No 6, Nov/Dee 70, pp 677-680
Abstract: A study was nade of the inhibitor ratio, therno), stability, Lleura-
midase and eluent activities, stability against UV light, 41ad pii:0106eaic and
toxic effects on white mice of the A211iang-Kong 1/68 flu tii:rai~n aad two similar
strains isolated in the USSR. The latter strain-i did noc differ _,;ignificantly
from the former. On the basis of the test results, it is musumed chat evolu-
tion of the A2 virus in nature does not involve reverstan. to stvains of group
AO. Additional studies with laboratory varieties are requi!ted Co elucidate
this problem.

T_
OSSR UDC' 02-50
MENSKIY, B. M.'
Printsip Invariantnosti v Avtomaticheskoin Reguliravant! i
Upravlenii (The Principle of Invariance in Automatic Regu-
lation axid Control), II-loscow, "Mashinostroyeniye", 1972, 247 pp
Abstract: The book outlines the fundamentals of the theory of
invariance. The greatest consideration is given to the inNrari-
ance of 'a controlled quantity relative to a prima-i. -y partur-
bationand of error invariance relative to the controlling
action in an automatic control sKstem, Combined iqstoms and
systems with auxiliary links wit in the control loop are con-
sidered. Also investigated is the invariance of Lin arbitrary
function of coordinates and external actions of a nonlinear,,
multidimensional,autoittatic control systom. The book Ls written
for engineers and scientific workers involved in aUtOgUltiC con-
trol and the calculation of dynamic sysiipms. It-m--.iy be of use
to-graduate students and advanced undorgraduates,majoring in
the appropriate fields.
l/6

USSR
MENSKIYs B. M., Printsip Invariantnosti v Avtomatlcheskom Regu-
lirovanii i Upravlenii, Moscow, 1972
Table of Contents
page
Foreword . . . . . . . . . . . . . . . . . . 3
Introduct ion . . . . .
' 4

Chapter I. Invariance
o i ihe n a ar yston
S'
13
1. Classical Forms of the Condition of Invarlance 13
2. Determining the Condition of T'nvariance Vrcm Trans-
fer Functions . . . a . I . I. . . . . . . . . . . . IT
3. Criterion of Realizability of Conditionv of lnrari-
ance . . . . . . . . . . . . . . . . . . . . . . . . 21
4. The Two-Channel 111-inciple . , . . .. . . . . . . . . 26
5. Sufficient Conditions of Physical Feasibtlity of
Invariant Sybtems . . . . . . . . . . . . . I . . . 27
6. Types of Invariance . . . . 0 0 . . . . . . . 0 . . 29
7. Realization of Conditions of Envariance (pf a Cori-
trol.led Coordinate . . . . . . . . . . . 36
2/6
owl

U5 S R
MENSKIY, B. M.; Prifitsip Invariantnosti V Avtomaticheskom Regu-
lirovanii i Upravlenii, Moscow, 1972
Chapter II. System of Combined RegiLlation .: . . . . . . . . . . . . . 39
1. Schematic Diagram and Fundamental Properties . . . . 39
2. Measurement of Pertttrbation . . . . . . . . . . . . 45
3. Realization of a Compensating Element . . . , . . . 49
4. Calculation of a System of Ccmbined FeVlation . . - 55
5. Examples of Calculation and Realization oV a 4,)rstem
of Combined Regulation . . . . * s 9 # . o 9 1 o . . 6,?
Chapter III. Combined Servo System . . . . . . . . . . # . 6 - - - 74
1. Condition of Error Invarianee: Relative to the Con-
trolling Action and its Realization . . . . . . . . 75
2. Fundamental Properties of the. Systiom . . . . . . . . . 18
3. Calculating the Forcing Ltnkcgo From Frrar Covffi-
cierts . . . 4 . 4 0 . . . . I . . . . . . .
4. Determining the 'System by,14eMs of Logarithml(., Ampli-
tude-Frequency Response 04rvcs . . . . . . . . . . . 94
5. Invariance of Error From the Controlling Action and
Pertwbation . . . . . . . . . . . . . . . . . . . . 1o4
3/6

JIM
=77
USSR
MBNSKIY, B. M., Printsip Invariantnosti v AvtoinatichesX-om Regu-
lirovanii i Upravlenii, Moscow, 1972
Chapter IV. Systens With Additional Linkages iii the Closed Comtml
LOOP . . . . . . . . . . . . . . . . . . . . . . . . . . 108
1. Compounding Linkagen . . . . . . . . . . . . . . . . 108
2. Indirect Measurement of Perturbations . . . . . . . 116
3. Compensating Linkages With Indirect Messiarement of
Perturbations . . . . . . 0 . . . . . . 1 .0. . 4 . 119
4. Compensating Linkage With Indirect 14,kasuxement of
Perturbations and the Controlling Action 129

Chapter V. Invariance of the Goordinate in it System With Is'.n1iiiearity .1
38
1. Particulars of Conditions of Invariance 4xid Tfielr
Realization . . . . . . . . . . . . . . . . . . . . 138
2. Simplest Schematic Diagrams . . ... . . . . . . . . 142
3. Linearization of Nonlinearities . . . . . . . . . 144
4. Sy=etrizing Channels . . . . . . . 151
4/6
- 1.5
lummunnoWIMIM NHM

USSR UDO 576-f358-095-Y33-c))!,;-1'3:Lll',~i*.273-53
7,11DANOVA, L. V., ORLOW., T. G., and 601.0%r'l rl, 7. D..,
Institute of Epidemiolo6y and 1.1icrabiology imeni 11. F. Giam9l;t.-ya, Ar-aden:,, of'
Yedical Sciences Ul~:"-R., Yoscow
"The Effect of Heparin on Interfez-on Induction and Interference Cv.,ised by
Viruses and Synthetic Polynucleotidef!"
Moscow, voprosy virusolot:ii, INO It, J.-I/AtILld 7P, pri holJ104
N
Abstx-act: Chick emAnryo cells infected with Nawcrxtle disease vinis (, 171) and
vesicular stomatitin virus (vsv) NP--re treated ~dth. haj)ftrin to stuil~j thL! role
of interflaron in and '.m~terolopmns %,!rtd. fn1*(,-r.,.tQiom; urA :lTi tl:,~ def"'Alf:C
poly T'-C).
raac'UU11 crlo.,;eLt 1)y
had no effect on int;~,rferon :xtliL,41. t!" L 1;:~e. I T', did LWAQTOI'Mr. 1-1-0
tion fjtimalaLati by tho vil-usus and by poly I:(", imin w-hon w!1., I
with DBAE-dextran. Interf'erence of NOV repi-otil.iction
cultures treated with heparin .--Cru inr�.~CtCLI w:Lth a vll-'J!~! a
great degree of suppression 91L Er.Lch iatarfarence war, noted In
cultures infected. with both MW and VSV. This indicates th'tt -U,u :~ntQ:~Term
system is not invol%red in the intez-Letion between hoi::aloi!,ou1, vini-,,es, but
it is involved in heterologo-us inrerfexence. The effect of 'nepailj,. on the cp-"Lon
of poly I:C and a combination of poly J:C and :Wdicrb,,s also tl.,.-Itu
-I /n
Ll r-

USSR
1,93NMEVICH, L. M., et al, Voprosy Virusologii, No 4, Jul/AlIL1, '~?, lip ),01-404
the interferon system is irnrolved in the action cf these tpithetic.
tides. In addition to suppressing int,erfaron production, hatpurin c.Iso
reduce(I cellular DIIA aild I'CiA synthesis. Thus inIjbition. ol' UIA riid i-.11A
synthesis may be the path by whieb beparin suppresser, inter.Varori proauutior..
2122

USSR UDC 576.858.13.4)98.31.095.383
LINITSKAYA, G. L., ZHDAKOVA, L. V., *and GALEGOV, G. A.,
Institute of Virology imeni D. I. Ivanovskly, Aeailwq of Med~jcal Sciences
USSR, and Institute of Epidemiolorl and Microbiology ineal No F. Gaualey&,
Academy of Medical Sciences USSR, Moscow
"The Effect of Interferon on Induction of Alkaline and Acid DNA-sea in Cell
Culture Infected With Vaccinia Virus's
Moscow, Voprosy Virusologii, No S. Sep/Oct 70, lip 549-552
Abstract: The effect of interferon on virus-induced syntKosis of alkaline
(early) and acid (late) DNA-ses was studied. It was found that both enzywea
are highly sensitive to interferon and were significantly lohibAtad by it
even in the lowest dose studied. The highest cancentratitim teatod crxipletely
blocked their synthesis. However, the Interferon concentx4ticMB used were not
sufficient to Inhibit production of the infectious virus. Intq:rferon prevents
the combination of cell ribosomes witb viral IINA to foraviral polysomes and,
eventually, virus-specific early proteins. Aa a retsiAlt, ayntivetlis of viral
DNA polymerase and, consequently, of viral DNA Is Inhibited. rt1ja procestj
did tot occur In the system studied. Eviderntly DNA polyine-rasq., la less sesisi-
; -, ~i, . ~_# f ect of interferon, The tes to auggent that vacainia virus can

USSR
LINITSKAYA, G. L., et a!, Vaprosy Virusologill, No $, Sop./Oct ?Op pp 549-552
I
multiply in cells in the absence of synthe.aim.of both taxly wid late
DNA-sea.
2/2
- 55 -1 .

TE--30OCT70
-1,12 027 UNCLASSIFIED! PACOSSING DA
TITLE-INVESTIGATICN OF HOMOLOGOUS thTIERF914ONCC OF NEWCASTLF; DISEASE
,.''VIRUS, COMMUNICATION 11: HOMOLOGOUS INT~KFC-JRENCE CAUSED BY PARTIALLY
AUTHOR-(02J-ZHDANOVAs L.V.t MENTKbVICHo Lo.Ho
COUNTRY OF INFG-USSR
,SQUACE-VOPROSY VIRUSOLOGII, 1970, NR 3, PP,295-297
,DATE PUBLISHEO---TO
SU8JECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
TOPIC FAGS-NEI%CASTLE DISEASE VIRUS# INTEKFERON~ TISSUE CULTUREI
ARRAUIATIUN EFFECT
CNTRCL AARKING-NO kESTRICTIONS
UOCUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAME--2COO/i842 STEP NC--UR/0402170~000/,O;:13/0295/(1291
CIRC AC(;ESSICN NU--AP0125453

~/z 027 UNCLASSMED PROCESSING 0ATE-300070
"2
CIRC ACCESSICN N-C-AP0125453
AJSTR~,GT/EXTRA~;T--(U) UP-0- ABSTRACTo PAR V I AL I,'JA(,TIVAT,Iljtj ~flflj
~A J S T. R.
GAI!1' t-"-AY-S OF PJ[-IvCAsrt-c DISEASI: Vl;~:US
TO `J'Li~C ENT L;F Flit ui I rAL INFEC r I V I TY STI MULATI:o I N TE. Pf: i~:R:-'ts c,i I c 1 ry L;j-
THE P,~EJ-V%KATICNS BUFI! IN ANIMALS ISEVUM IWERFERdNI A'41) 1% t"HICK [116KYO
C UL T UE S IN CUNT--~ASI , rHE INTERI-:ERIING, ACTIVITY f"T' [AR4GIATED '01RUSES
F C' WAS MARKEDLY REt;UCE;O. FAL LL I TY: INSTI rur
r'2 I I L.'-,iOLGGIJ IMENI N. F. GAh.Al.EV S'!"Skr s-'-IJSKVA,
L
LjNr I A!"

-112 0 1? UINCL AS$ IF] -L) 0ATE-13NOV70
"i r Tii': kY -U-
T ITLE-THE , I ['.k AIN :-G THOO "NE, s
1,\i TriE 11 PAWW A OF
A lJTfVjR-(02)-;~UGUSHV I L It E I, i -'lF`iTK(*.)V!pKYt, YLI-L.
COUATRY '11' INFO-USSR
SOIJRCE--(ir~-70-6) 197U. t u). L)Ep. cFsri
DATE PUBLISHED ------- 70
SUBJECT A-ZEAS-PHYSICS
TOPIC TAG5--Cl0ULGMb 1,40CLEAR SCAtHillj%lGr
ONTROL '4A;KlNG--,N1-1 rs~EST4,ICTIQNS
00C(LMENT
PROXY STFP
CIAC ACCLESS)1(.!~4
;wqv

~ I ----,-_-_-1'-_ - 11 1---, 1 - mmmjoq. wm.-
-------------
-SS I OATF.-- I 3N JV 70
012 UNC L A S S I F I C- 1) 0, i-
CIRC ACCESSION NO--AT0121116:3
ABSTRACT/ FX TRACT--( U) G)P-o- A,., 5 r N.A C Tr~ic m )k I ti PoINTS 00 t,r4t,-
SU B S T A.,,T I A r i o*4 (i i-: r H E 11 P;'.- V IL Y S Ui- 0: sC i I t: M LL 1; 1 j1 -1,*1 1"H E
NUCLEAk PuTENTIAL iHICH 1*1) OATA Tifi: it-JA*LLA~ GIAMUMB
SCATTEk!,NG ARE LO-NISIDERE0. 1: AC I L I TY AKALWILYA ~JIJK
SSR9 KIEV. INSTITUT T-PORETICINiSK01 FIZIKt.-
1. AS 1: 11:. 0

USSR ux 632.95
NAUMV) YU. A. , DREMOVA, V. P., KOST, A. X., and SI-LIRdWOVA, S. N.
"Substituted Amides) Esters of Pyronn-icic Acid, Furfuryl and q~--trahydrofir-
furyl Esters of Carboxylic Acids and Their %-pellant Activitj'"
Tr. VNII dezinfektsii i sterMz. (Works of All-Union Scientific Rcsearcb
Institute of Disinfection and Sterilization), 1971, v1sp. 21, Vol 2, vp 24-31
(from. RZh-Khimi-,,a, No 16, 25 Aua 72, Abstract No 163101-03 bY T, K- 1*Ux%V!-,YAv~)
Translation: Repellent properties are possesz;ed by
eaters of p' yroinucic acid (I acid), furfury:L itsters (F4) and
eaters ('11,E) of carboxylic atildq. The rorictLoti of fiir-o:,,1
secondary widnes In C511 511 .,4111(111 tile follo"Wig Ioij (~I' I (rhovn nro
dialkyln, boiling point in 0(.'/Pn or poJnt in
1-5060; Pr,,, W-8/0-5, 1.41ff2; Pttno i;(),. Jill
1. 4910; (C, OiE2) u6-7/06, 1-511-50; floPh, The fol-
'L05, 57-8, 6Y
lowing esters of I are synthesized from 1,and the cor.-ampondl.nj: alcohol. in
the presence of 1~)SOI, or by the re!LCtiOrl Of f'11rOY1 CK103"We %fifii aUraliie
solutions of phenola G.;iven hereltuLfter am the enter riadiciil., boiliij,, pc)int
in Gclmm and n20D or melting point in OC): 0ifill, 91--3/1'--5), 1-4719, C61[131
1/,0-5- 1.4720; C7H151 118-20/0-5~ 1-4711; C131f171 1..4713; C9111
73

USSR
MAUMOV, YU. A., et al., Tr. VNII devinfekta!.1 i sterillz,., ITri, rfp 21, Vol
2, pp 24-30
119-20/0-5, 1.4683; c,,H-),, 136-7/0.5, 1.4665 (240); 95-7/0-5,
1.5o26 (30"); PhCK,,, 36--,(/o.5, .1,5552; 11h, 41.2, 109-10/0-5,
1-5566, m-MeC6114, 37-8, ---; P-~~C6114, 58-9,: -4,1 75-6; 1n-1-'e3C'16H4, 137-
8/0-5, 1-5640; P-I-tc'C6114, 85-6, ---; O-CIC6114, 53-4, -"-; P-"-'I-C6II4, 81-~, ---;
2,14-C C6H3 83-4, ---. FEs and T72's are syntbesized by the m-metion Of 4LCid
chlorlies with the corresponding alcohols in a imiii,= of C-H-'DI(showrn art, acid;
boiling point in OC/mn and 11200 first frr FE, then ror TFE~: "tapr-oic acLd,
110-31/0-8, 1.4560; 120-2/0.66, 1.4400; enanihic at!id, 1.45135, .135-
7/0-8, caprylic acid, L?8-30/0-8o 1-11580, 1-37-1141/0-111, 1.4458; rtlr.,rgonic
acid) 118-POP-5, (Pipric
6
40/0.8, 1-1114~0; pyromric acid, 1.1-7-9/0-8, 1-5(')3~ ; VX!M. lc
acid, 146-7/0-8, 1-5423, 1147-B/0-8, 1-5251; pheny-Incet:11c neli't, 120-310-6,
1.4627; 135-6/o.8, 1-51209; phemoxyacetic acid, 145-6/0.8, 170-2
1.5196; r.-tolixic ar.-id, 145-7/0-8, i.54,,)-.jl 156-7/0-8, ' -` 13. T-e hij-hel;t
I ~? .1 1
repellent activity for fleas X. (~heapis is Tasssued bir dia't:~.:damides of' I in
a dose of 40 g/sq m (86-1001%, duration of action 8-10 li2s Of erianthit:
and benzoic acids showed repellent activity for 4-8 dal)-s. ITuder 4field
2/3

USSR
NAMOV, YU. A., et al., Tr. VNII deninfektsli i sterilj.z., YYP 2,10
Vol 2, pp 24-30
conditions satisfactory repellence of mosquitos oV the I;enuo 4kedes is afforded
(when applied to the tissue in the proportion of 120 ghq) by dipropylamLde,
piperidid and hexamethyleneimide of pyromucLc aeld anti by TEEs of benzofc,
phenosvacetic, enanthic and pelargonic acids; [factor oe' repe)J.ent action for
the first few days 78-87%, duration of activu 6-10 dayo; actIvity referred to
standard (DETA) was 0.5-0-81,
3/3

USSR UDC 615.371:576.8511,25/.015.45:612.42
MENYAVTSEVA, T. A., Torask Medical Institute
"Cellular Reactions in Peripheral Lymphoid T:Issues to a3i Adsorbed Tissue
Vaccine Against Tick Borne Encephalitis"
Moscow, Zhurnal Mikrobiologii, Epidemiologii i Immunobiologii, No 7, 19713,
pp, 86-90
Abstract: Studies were conducted with gulnen pigs to dq!zannine changes in
cellular composition in lymph nodes and spleens of antuls t"Jected into
the right posterior extremity with a tick borne encephaLitis vaccine, con-
sisting of a formalin treated filtrate of chick embryo I 'Abroblasts. The
results were compared with untreated animals and guinea. pigs injected with
a filtrate from uninfected chicku. Immunlued animals wq!re injected subeti-
taneously twice with a 1 week interval with 1. and 2 ml, respectively, of
the filtrate. The animals were sacrificed at: different periods of time
following each injection, smears of lymph noden and spLim;i.3 wure prepared,
fixed in methanol, and stained ;rirfk azure-El-eosin. Phiii respjlts showed that
cellular changes were most pronounced in the regional 1,jmph no,:1e!1 and CIO
spleen; changes in distal lymph nodes were lens intense. Th(we wa.-I a sharp
increase in the percentaee of ri!ticular calln in the I-Vitiph aftc-r t1w

USSR
MENYAVTSEVA, T. A., Zhurnal Mikroblologii, 'Epidemiologil i Ittmumobiologii,
No 7, 1973, pp 86-90
2d injection, as well as an increa:5e in aacrophag,~s arAd celli; -of the plasma-
cytoid series; in the distal lymph nodes the number of aacroptlaj;es decreased
significantly, despite an increase in the nuiiber of retIculocyces. The per-
centage of prolymphocytes in the lymph nodes fell significantLy after tne
firat injection and thereafter did not change. Tho sploens aticiied an accumu-
latlon of plasmacytoid cells which commenced with the ftrst fl.1trate Jnjec-
t�on. In addition, there was an overall tendency for thic neutrophils to
4-- ease. Evaluation of the erythroid series showed a statiit:ically signifi-
cant increase in spleen basophils 7 days after the 2d ittJection; eostnop-hils
and monocytoid cells also increased, while tlie number of monooytes with
Kurloff's bodies decreased. The spleen index concinued to invi-ease during
the period of observation. Essentially similar, but gouiexalLy less intense,
histologic changes were seen in animals injected with tKe nonvirus-containing.
filtrate. This indicates that at least a portion of thaise chonges are rion-
specific in nature, and may represent a stresa responst,
2/2

112 008 PRI!)CESSING DATE-,G,~DEC70
TITLE--PHENOL PURIFICATION -0-
AUTHOR-(05)-MENYAYLO, A4T.t GUROVICHt R.$., VOLKOVA, r.S., YAk',0'iL(-__VA#
A.K., POKR
COUNTRY OF INFO--USSR
SOURCE--U*S,S*R. 265vI04
REFERENCE--OTKRYTIYAi IZ:)BRET-i PROM. UBRAZTSYP TOVARNYE LNAKI 1971)v
DATE PUBLISHE-D--09MAR70
SUBJECT AREAS--CHEMISTRY
TOP!C TAGS--PHENOL, CHE141CAL PATENT, [ON EXCHANGE RESINt CHEMICAL
ION EXCHANGE RESIN~
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASS:FlE0
PROXY REEL/FRAME-3007/1158 !:i T r- P N 0 - - 1) R0 4 13 1! 1 I'll'),':) 0 /00 U 0J 010 0 0
t. -1
F~~ INU AQ, 1 ii7 1-43
i-iT T -1w mr. 1-1 _111-min 1-ill 1-11 -firmil"m ~ffllll

2/2 003 UN(I'L A S151 F [ED PROG i-*')* !') P~G LD I Tf-----(j4GEC 7 0
CIRC ACCESSION NO---AA0136996
ABSTRACT/EXTRACT--IU) GP-0- ABSTRAGA R~IEPK'A F'Ui~fl:: 1.~IAT I 13N I ') CAA:1.1 ED OUT
OVER ION EXCHANGE RESIN KU2, Ar go-LoooEGFtEcs, vi+ AND YOL. RAN:
1*5-2a5 HR PRIME NEGATIVEL.

1/2 007 UNCLASSIFTW Pki!)CES5ING UATE--~-Z30CT70
TITLE--CATALYTIC PURIFICATION (IF PHENOL -U-
-AUTHOR-105)- ENY-AlLOt A*T., POKKOVSKAYAt I.YE-.# AER01/1 M.E., GUROVIclip
R.E.q VOLKMs T.Se
COUNTRY (IF INFO--USSR
SOURCE--XHIM. PROM. (MOSCOW) 1970* 46(2)t 92-4
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS--PHENOL, CHEMICAL PURIFICATIUNt ION EXCHANGE AfSlt'i/(U)KU2 [ON
EXCHANGE RESIN
CONTROL HARKtNG--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEG
PROXY REEL/FRAME--1997/0737 STEP NO---UR/0064/:1'0/04,!PIOOZ/009210094
C aCr ESS 1(~.,q "f --APO 1 196!~4
C I p~k , 1,10

2/2 007 UNCLASSIFIED PROCESSING 0ATE--230CT7(
CIRC ACCESSION NO--APOL19644
ABSTRACT/EXTRACT--(O) GP-0- ABSTkACTo PHENOL JAFTER DIITN. AND DRYING)
WAS PURIFIEO BY CONTACT WITH T4E KIJ 2 RESIN (ACTIVATE0 BY CG'JTACT WITH
iOPERCENT HCL, ANO DRIFO)t AT 75-100DEGREES ANO FLUd RATE I Vf)L.-k'IR TO
QUANT. REMOVE MESITYL OXIDE, ALPHA -METliYl.STYRf,.NIFo AND )IF- SUB2 PHCOH
(INITIAL CONCNS. WERE 0.083, 0o0Q45j ANO 0.063 Wl. PERCP4P, RE-SP,)t
WHTLE THE CONCN. OF OZME REMAINED CONST. 10.9 WT. PERCE14T).
PURIFICATION BY CONTACT WITH AN ALUMINOSILICATE ChrALYST WAS LESS
EFFECTIVE.

112 014 UNCLASSIFIED PRX~:SSING DATE--20FOV70
TLUE-AUIP~11-CO-Y[A -U-
AUTHUR-(G4)-VUKRGVSKAYA, I.YE.. MENYAYLU, A.T.v RY&WIlKLWAt, A,K-o MISAINAl
L.S.
CCUNTRY Uf INFG--USSR P-11I
I
SGURCE-U.S.S.R. 2t6slol
lLjr.'(LT*s FKJ;~~ U RAITSY, I'LVAl0iYF I'."JAKI 1971),
GATE PUIJLIJI~tl,3-01APr~/C
SL13JECT AlQ;,S--Cli1VlSfkY
TOPIC TAGS--0-HALAL. PATI.JiT, CHE,"IMAL 5yN'THF!SlS,
DlCAl'N'bGXYLl(; ACID, ALl;'t:oYl;E* TERTIARY Afiltlr'i '."kk.11l11kTIL A.';.'WjE
CCN TkCL (, 11" N I Kj_ T I C r I jj~j
P A 0A Y if LI AN F_ - - 1-.* V NO- -.1M, /J vil I"( (;V 11")

71
2[Z 0 I'll L AS S I I E*lj
CIRE ~%I'.CLSSICN NJ-AAOI~,2005
UP-C.- Ab ST k LIG I Ai~ I p oll C H-ly U E. WA B y
TRE AT I I v G C YC L UH E XL-,',It' V; I I I 1 0 S UO 3 1 h AN ORG S OLV E WI III:- i: S L ;_I F
AN AL I V I-A T I L I E H T I kdk Y AM, I N E

USSR
Mc 064,0.2q5ot
KARYAZINp I. A., P227,71CHENTM, V. A.., ITAMEOV, F. B.j VORGEEN-C'N'U, A. I.,
FEWAYLUIA G A FIFRICH, 11. A., and CCUMBUMaKo R. 9'w-;-J-16~,C,X#7
"Oxidation of High-Titcu,lun Slag on Feating in Atmosphei:x,s of Air an'l Vat,)r
Vapors"
Hoscow, Izvestiya Ithader.,di flault SSSR, X-tallyo No 21 11-:ax-Apr '~3, PP 37-JI3
Abstracti An expe:7inenta.1 stud.- was ma-de of tho oxidatlon or
slag of vsx-louns compositions and containing, 10-12~1; Foo c.-I i-o.,.01n:-)
up to 10000C i1i air and in uater vapor al-r-o3pheres. Tho oxi~*~z.Ulc~i
of titzuium sla", On fl"L, tyra of 441-J." oXidiz:Ln[,; %C(Liur. (o.,cy-an of air,
vapor) anl tho tcn-oz.-at-ure alid Size of slag Cov,:d1lutioll. ,--e
reforellco to d1ZLXLra, The oxidation rate of t3la4- in i1r was fownd to 'cc con-
siderably high~~r (V ~Ce ar, M('11 at 100",C) thasi ln:irater vaporo.
conditions of cc:-,.p1ctc oxida-Lion, at tor-.puraUxes Trom '41,30 to 10000C, tna,
highr-,st o.:idation-de.,-rec is attaizzed at ?w 0(:F yieldln(7, In Loth
media prcduct-s of zi:-ilar chu-nical composition. On up to V-!:i
oxidation procznn, ofF clig pruccuda iii iiro zUi(,:asj the Vir--t Is doter.--inrct
a selec"tive 0:dd~Ltlic-l C--L tat-11,J11LY1 of lo;rcr vUercles 11000C), ani t:,e
second rtL,-c be-ina at ovcr 5031C a:-~:L oil
tion of bivalent iron. Three figurcs# one ti,blo, ten t(Lbliol;-raphic

Titanium
USSR
WC 669.295.)t
REZXICHENKOt V. A. j WHYATLOVAt XARYAZIlis 1. A. 9 IMALMOY, F, B.
VOROBEYCHIK, A. I., and IaPRICH, N. A., Hoo0ow
"Phase Transformations in the Process of Oxidation of Hlj~h-Tit"iua Slae
Moacow, Izvestiya Akademli Nauk SSSR, ~Wtallyo No 5, 19,7:Do pp,48-54
Abstracto The crystallo-optical method was usod In a sti;tdy of the proce3ises
taking place In the oxidation of a soIJA solution of amomovitso, the principal,
phase of high-titanium slags. During the oxidation of h,11.qh-tJL1tnUui slagul
cryatallo-cherLical transformt-lonz occur, during heating, in the anosovito
latticst below 400 0CO xidation reactions takii place la titanlita of lowest
val6ncies In T& with TOW -separation in form of an tndiwendant phasol above
2+ 5~
5000C, Fe oxidizes to Fe wid the producta of tba z*uition Forn itith a pwrt
of free rutile a solid solution on the baae of paeudobrollphAte (Ile203-TiC~)
lattice. The phase transformations in the casip oE ox!.(U1t1O11 of ailoac-
vite by the oxygen of air and itater vapors at 700 C ard hIgheX teaperaturus show
a sinilar charactert the reactions take place topochemlt~ally ifith the fliml
formation of rutile and the solld solution on the bLse W' psavdobrookite
lattice, Three figures, three tables, 19 bibliographic Werances,,
1/1

USSR
UDC 669-295,'1:10-6
R=1ICMiKO, V.A., KARYAMI, I.A., ani.1 VOR1,;3EfCHD:., -4. 1.
"Effect of Titanium Dioxide on Stnicture and Teebnologict-o-C-En c I r -- n e rt i
of High-Titanium Slags
Moscow, Izvestiya Akademdi Nauk SS!'Z)'R, Metally, NO 5, 'SQ! /C.C1, -On
Abstract: The degree of exposure of slags in au-Ifurf-'C ly
mixing 100-gram s-pecimens of slag in sulfuric acid (6,41) in It 1:1 .9
Decomposition occurred viTh c=tinuous heating (in -.he
vith stirring. After deccumositiorl, the MCI"; vas fc(r
then cooled and leac~wd wl.th (6 hUal's nt 75-8114,
obtained in the zrnc-ltln,-_~ or '.rrS111.r1zk1yr_. Umeatte
electric furnace3 were Mineralogical sz-A.-.r!:3 f3j.'
high-titanium slags showed -~.h%t the princ1.PV-.:L
Data Ghowed th%t thc~ pr(2~-criQr, iii of exco;3o 111.
as ruti-le strongly affects the dt.-Lqree of exposure of "Al
Cid. T+ ,raS
sulfuric a fouiid '..iat hilgh-titanium slag aa~,,,. be ij:3i!d in
pigment titaiii= dio;