SCIENTIFIC ABSTRACT ZHURAVLEV, V.I. - ZHURBIN, G.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203810019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Tit~.niuzi
MSR UDC 6691.71'295.053.4.094(088.8)
'OVA,
MAZALETSM, G. D., MS, M. SII.i ZHURAVLEV, V. M., 11YABIN, V. A., BAYTAK
R. S., GOLODOV, S. M.
'Trocedure for Processing Slag from Aluminothermal Production of Ferrotitan-
IISSR Author's Certificate No 276122, Filed 27 Mar 65,,Pifolished 15 Oct 70
(from M-4-fetallurgiva, 'to 4, Apr 71, Abstract No 4GIII.OP)
Translation; A procedure is proposed for obtaining Ti concentrate and Al 0
2 3
from slag obtained during aluminothernal production of Fe-Ti. The procedure
includes sintering of the crushed, slagwith soda at 1,130-11150'. The cake
is processed in a sodium solution which converts the okides to solution from
which Al(011) is precipitated, and the Ti oxides remain in the slag.
3

008 ED
1',wROCESSINc DATE-18SEP70
.:TITLE--PHASE COMPOSITION OF CARBONIFEROUSFERROCHROMIUM SLAGS DURING
~;:OPERAT IONS USING 14AGNESIAN CHROft.11UM ORES -U-~
M.SH.t ZHURAVLEVr V.H.~iI.AGANICHEYr P.V.v MELNICHENKO,
U K AR OV i Ko U
~6bUWTRY..OF. INFD-~USSR
AKAD. NAUK SSSRt METAL* 1970flAI)s 74-9
~'_DATE PUBLISHED ------- 70
TRY
:~_WBJECT AREAS--EARTH SCIENCES AND.OCEANOGRAPHY# CHEPJIS
PPIC TAPS--FERROCHROMIUMs METAL OREt ELECTRIC CONdUCTIVIEY, SPINEL,
-'z',~_,MAGNESIUM COMPOUNDs CHROMIUM COMPOUND
WL -4ARKING--NO RESTRICTIONS
CONT R
-,O-OCIUAENT CLASS-_UNCLASSIFIED
~~PROXY.P.EELIFRA.%iE--19,q4/0157 STEP Ni)--UR/0370/10/000/001~/0074/-3079
C-IRC._4CCESSION NrJ--AP0054953
UNCLASSIFIED

212 008 UNCLASSIFfEDI- ~; PROCESSING DATE-18SEP70
:CIRC ACCESSION NO--AP0054953
_~ABSTPACT/EXTRACT--(U) GP-0- ABSTRACT. THE PHASE COMPN. OF FEPROCHRUMIU.'4
~~,.SLAGS WAS DETD. BY CHEM. AND MINERALOGICAL ANAL. THE CALCN. WAS aASEO
-.-?-ON THE FACT THAT MGO OOES NOT TAKE PAk,T IN THE CR SPINEL COMPLEX AND
FORMS A PART OF THE ORTHOSILICATES. THEOXIDES OF THE R SUB2 0 5033
TYPE DO NOT DISSOLVE IN ORTHOSILICATESt,AND THEY'ARE DISTRIBUTED BETWEEN
THE.CR SPINEL AND THE GLASS. THE HIGH CONTENT OF PICROCHROMITE IN THE
CR ORE AND-THE EXCHANGE OF AL SU82 0 SUB3 ANO CHROMIC~OXIDE IN THE
~SPINEL PHASE OF CARBONIFEROUS FERROCHROMIUMS~NEG,AFFECT THE REDNo THE
ELECo COND. IS IMPROVED BY AN INCREASED VALUE OF. THE RATIO MGO:AL SU82 0-
SUB3,,
UNCLASSIFIED

1/2 014 UNCLASSIFIED PROCESSING DATE--tBSEP70
TITLE--EFFECT OF DECARBURIZATION t~WTHE SULFUR AND PHOSPHORUS
E RATE OF
REMOVAL FROM IRON AND CARBON MELTS BY ~.SOLID~~SLAGJ -U-1
.'AUTHOR-103)-TRAVINt D.V., PEREVALOV#,NwN.,,~'ZHURAVLEVv VM*
-,COUNTRY OF INFO--USSR
ol
.SOURCE-ZH. FIZ. KHIM. 1970t 44(l) 204-7
11"DATE PUBLISHED ------- 70
;~SUBJECT AREAS--MATERIALS
16 -CAST IR(JNj PHOSPHORUS,
FC. TAGS DESULFURIZAT,IONI SLAG, METAL MELTING,
':-~ALUMINA9- LIME
,
-~C
.-ONTROL MARK I NG--NO RESTRICTIONS
MENT CLASS--UNCLASSIFIED
PCU
STEP NO--UR/0076/70~044/001/0204/0207
ACCESSION ND--AP0053666
UNCLASSIFIED

USSR uDc 6?-
9 78 - 015 .5 32 .52,
V. N. and IMOLYAVKO, V. I.
IIntegral Method of Calculating Semi LIimit d~ LaninrFlow"
e a
Samoletostr. i Tekhn. Vozd. Flota--Sbornik (Aircraft Industry and the
Technical Air Force--Collection of Works'
Ho 29, 1972, PP.3-7 (from Eeferativ-
AYY Zhurnal--Raketostroyeniye, No 8) 1972, Abstract Ifo, 3.1a.108)
Abstract: An approximate integral method of solving 'he problem of nroppc-a-
tion of a laminar, inmiersed. bo-andary layer of an incorrrpressible liquid alcn- a
hard plane surface was presented... For deterzinirg the basic characteristics
of the given form of flow, integral relationships of ir"j)ulses and conservation
conditions were employed as well as the universal D:rofile of velocity natural
.for the jet and boundary portion of the flow,. Resulto. are compared with an
earlier -published precise solution and approxiration, Author's view, 3
figures, 4 biblio.-raphical references'.

USSPI
ZHURAVLEV, V. N., MOLYWO, V. T.
.........
"Integ-ral Method of Calculating a Semi,-Limited LaminaT Stream"
Samoletostr. i Tekhn. Vol-d. Flota, Resp. MezhIved. Temat,. miucli.-Teklin. Sb.
[Building of Aircraft and Air Force Technology, Republic Interdepartmental
Thematic-Scientific. and Technical Collection] -, 1972, No 29, pp 3-7, (Trans-
lated from Referativnvy Zhurnal, 'Mekhanika, No 10, 1972, Abstract No
10 B683, by V. N. Kovalenko).
Translation: An approximate integral method is presented for solving the
problem of propagation of a lanjinar submerged stream ofan incompressible
fluid adhering to a hard, flat surface. Theintegral relationship of im-
pulses and the condition of conservation, plus the velocity profile sug-
gested by the authors
suitable for stream and wall sectors of the flow,,are used to determine
the basic characteristics of the this type: of flow; hero U/u , n
n
y/y um(x) is the naximv;a velocity of longitudinal flow in the section
m
in question at distance Ym from the wall. The nature of change of the
1/2

USSR
ZHUMVLEV, V. N., KHOLYAVKO, V. I., Samoletost-r. i Tek.hn. Vozd. Flota,
Resp. Mezhved. Temat. Nauch.-Tekhn. Sb. 1972, No 29, pp 3-7.
values of and u along the x axis is'determined from the condition of
YM m
self-similarity of the flow. The results of calculations of tangential
friction stress on the wall, the flow volume per second and the momentum
through an arbitrary section of the boundaryjayer are,!quite sinilar to
thelcorresponding results of the precise solution (Akatnov, N. I., Tr.
Leningr. Politekhn. In-ta., 19S3, No S)..
M
MIMMEMIREMM11, Ma ~~.Q

USSR
ZHURAVLF-V, V. N.
flimpact of a Flat Jet of Finite Thicknessa ainst a Curvilinear Surface"
9
Samoletostr. i tekhn. vozd. flota.. Resp..ntezhved. nauchno-tekhn. sb.
.(Aircraft Construction and Airforce Engineering. Republic Interdepart-
M~ntal Scientificand Technical Collecftoin), 1970, VY ". 20, pp 25-28
p.
(fro No 11, Nov 70, Abstract,No 11B593),
m M-Mekhanika,
Translation: .1be characteristics of flow near the critical point on im-
pact of a flat jet of ideal inconpressible liquid againi~t a curvilinear
surface are determined. The effect of the thickness pf'the oncoming jet
and the geometry of the curvilinear, surface on the flow.'charatteristics
is analyzed. The theoretical calculated values are compared with experi-
mental data. Satisfactory agreement of theory with experiment Is noted*

USSA uDc 62o.i7q.14
ZMMVLEV, V. P.
"Blectroinductive Testing of Piston Pins of 111gh-Speed'ihIngines DurinC the
Repair Work'.
Defektoskopiya, 1972,.No 1, Vp iqg-141 (from Referatlynyy Zhurnal, No 4, Apr 72,
32 Me-trologiya i Izmeritel'naya Tekhnika. Single Issue. Abstract No 4.32-245,
-Auihor's abstract)
'Translation: The described device-was developed for testing piston pins by
the electroinductive method during the re-bair~process of marine engines M-50-
The main block of the device are the electroinductive defectoscope DN14-15, a
recording unit of the H-340 type, and the mechanical part. Mhe surface control
of the detail is perforned by a helical line., The rating,of the control results
is realized according to the recording on the,d,iagram sheet. 1-aboratory test
results of the device with real details are presented. 'Three illustr., t1lo
biblio. refs.
325

USSR UDC 666,764,532.696.1
MYDICH, YU. V. and ZHURAVIEV. V, 0.j Institute of.~roblems of haterial
117 Scienc e, Acad6wj' of Sciences' UkrSSR
"Adhesion, Wetability and Interaction of Ti.tanium-Con.taining Melts
with Refractory Oxides"
Moscow, Ogneupory, No 1, 1974, pp 50-55
Abstract: This article describes the study of the capillary properties
and contact reactions of the titanitun-containing meltv, Cu-Ti, Au-Ti,
Sn-Ti and Ni-Nfo-Ti to refractory oxides~: 'A1201 singlo crystals with
the, crystallographic planes (0001), (1126),,~1010), A~995'ceramic, MgO
(001) single crystal, and quartz glass, Titanium'.is a strong inter-
phase active element in all of the systems studied, bat its activity
depends on the second component of the melt (Cu, Au, etc.). An improve-
ment.in wetability was observed with decreasing fTee,:energy of formation
of the oxid& wet. Roughness of the substrate worsens,wetting, with the
exception of the area of extremely low values of contact angles. A

USSR
HAYDICH YU. V. and ZHURAVIM 0. v 0Ssf.Ogheupoxy, No 1, 1974 PP 50-55
method is suggested for preparation of specimens for deterimination of
the phase composition of the transition layers by,X-ray phase analysis.
In all the systems studied, the transitiun layer consisted of the oxides
of titanium TiO or.Ti203. In.systems.in which a lower oxide of titanium
TiO was formed, with "metallic" properties,.the. worl, of adhesion and
wetability were significantly high er than~in system's forming les:
'!metallic" Ti203 in the interphase zone

--- - ------ -
USSR UDC 621.317.39:531.7
C4ndiaates of Technical Sciences, VOLKINS11-
SHNEYDER, A. YU.,,jjaWAQfjL=Y
TEYN, YE. 11. KOLESNIKOVA, L. N., Engineers
"Pressure-Sensitive Sensors made of Electrically Conducting Polymers"
Moscow, Pribory_i_Sistemy Upra~,ieniy:~,,-..~,No,2,.-,1972,- pp 40-41
Absteact: The design and operating characteristics are presented for a pres-
sure~sensitive sensor built at the Central*Scientific~,Research Institute of
Prosthetics and Orthopedic Appliances. The sensor is made of porous polyi-~ier
material (sponge rubber, porolon, and so on) impregnated with various electri-
cally conducting compounds (resins, enamels,. and so on) , The operating prin-
ciple of the element is compared with the operating principle of sensors with
carbon columns. The dispersion zone of 'the load charaizteristics of a series
of 10 sensors is plotted, and oscillograms are presented analysis of which
shows that the characteris tics of the developed sensor repeat the shape of the
characteristics of a strain gage, The sensor.perwits,recording of proce3ses
taking place with f requeacies to 6 8 hertz. - Both the s tatic nd dynamic
characteristicr, of the srcn,3ors are presented. A study of the static character-
istics s~Ioved that on variation of the pressure from zero to 0.8 kilogrami-
force/cm its resistance varies within the range of 100-2 kilohmu.

ffi,2V 7 2-
ui)c 61?-ooi.,16-o,1:6i6,1.2-W.1-072.7
CAPZIAC MrrIVITY MUMS'I '-N DCOS DURMS, ACUTE DMUMATM, AND '111E PROGNOSTIC
D-51ORTAME OV M%-'TP.OCAPZ1DG-1,V*1aC DAV,
[A-rticle by~p.. M. 1"ILr
Zr,
'
Macaw, F4,.wnrc
hen clog iy% I Fed its NO 2, Yal'ch-
April 1972, for publication 5 Febniary 19711
.Abntract: Anesthesized enttp were exposed to acute over-
n*nTlng and their cmrd!ovaqPuILir changes were ex=ined irs
comj,ar"Ion with rczj~'r&L=7 varintions. The 'prognostic mia-
niricnni~e or the =0 ventricular upikes v&z noted during the
piriod preceding. the development, of heat-irduc~d collftpoe.
rhc chl~.-.Zaa lL.-I the, volta,.t" of the F.CG va6v,!= during e;,=t6 'over-
h~atin,3 tc, bc atksociated with -evoral factors, the
teo.n~~ lmve~rtant of wlOch were adrenergic of'fects during emr2y
t-Ll irtZ ~nA kvporlft dizring lat. heAtbiq per4qds.. The r.", or
de~!-.rlbe~,'the reri~-* nr ovt7iFkting ttnd Ithe cardka--~ a=hl'th-

t-niu.
it. irZ sj;ace nciit,! overheaLina can arlBe In dil-rercat; afte*-,
t=erzr-,.-y dezeents of blalcdlenl rat6llires carrying
ie,:,pabic 3r independLntly )enving th,~ Ship's cabin
i=ediately after lanlin.;.
i~ wabjecteZ to overheating, wh~-n vorkinp_ in hot shops, In cloned
cttbins in tli~ zrae ,f of' cystezq, and also
,.hen per.`On,~izw cnnsiderahle phyeicetl work in innulating nuite and apacequits.
The experirental lnve~tigmtion of overheating in human vubj,,~Cts yielded
vs.luahlro intorijitlor on Tolernncz ',A~ hunt strenaes and on the Inrluence of
on man'n jw-rforsnnce (Y.. Ye. Mairshah and N. D. Rozenbaum; 1). A.
SMIvn1yukh1n; A. A. Dorodnitsina mrd YP- YA- Sh,11elev; Ye. ya- Gi'ePclnv; 3-
M. G
~t al, and ath,-,re~. mow.-~ver, man's overhaatir4q in an expert-
menz In sbcpp~,' when he reaches the point of swooning,; this limits
- 51 -

-~12 ols UNCLASSIFJED PROCESSING, DATE--01tDEC70
C IRC ACCESSION NO--AP0134593
ABSTRACT/EXTRACT--(U) GP-0-- ABSTRACT, PHASE DIAGRAMS ARE PRESENTED FOR
SECTIONS OF THE TERNARY SYSTEM. THEM FOLLOWING 16VARIANT POINTS -ARE
REPORTED (TEMP., PERCENT 2 C SUSIO H~ SUST Nli 5(J.B.2q Atj[)~ PERCENT A H SU82
NC SUB6 H SU84 OH GIVEN): L) 600EGPEESil 56-5-y~ 214; 510EGREES, 451
58DEGREESt 37, 32.5; 54DEGREESP 20, 37;1-45DEGREES,, 21'.5, 21; AND
COMPLEX EXIST 114 THE
26PERCENT 16.5PERiE)NT. A TERNARY. 1:ttl "
SYSTEM. FACILITY: VORONEZH. POL-11TEKTI. m.not YORONEZHr USSR.
UNCLASSIFIED

212' 017
UNCLASSTFI
t NIOCESIS ING DATE-04DEC70
a
~ClRt ACCESSION NO--AP0 137982
:ABS_tRACT/EXTRACT.--(U) GP-0- ABSTRACT. :AT 25 AND 50DEGREES, THE TITLE
-SYSTEM SHOWS EUTONIC (ISOTHERMAL.INVARtAINT) TYPE ('3F SEHNV13R. VIOST OF

THE PHASE DIAGRAM IN
OCCUPIED BY THE C~SUS6 I
H SUM~NH SUB2. HN
O SU63
CRYSTN. FIELD. THE FIELD OF A LA(NO,SUB3) SU83,.-;6H SU82 0 IS QUITE

SMALL.;: LAIND SU83)
SUB3 HAS
A SALTING OUT, E FFEC ,
Tt~DN C SUB6 H
SUB5NH
-SUB2. H10 SU83. FACILITY*. voploNE21i o. POLITEKH&,~ fNST.t VORONEZH,
4JSSR.

UNCLASSIFIED

1/2, 015 UNCLASS.1 FIE0. PROCFSSING DATE-20NOV-71 C
TfTL&--PlLfASE DIAGRAM.S GF rERNARY LIQ010 :SYSTEMS CUNTA:PNINGI TWO BINARY
_,~LLQUID PhASE. SEPARATION REGIONS WiTH UPPER:CRITICAL; SOLurloN
:-APTAOR, (020-ZHURAVLEV, YE.F., VELICHK(J# y .
-INTRY, OF It4FG-USSR
:-':SGURC E-Di. 06SHChe KHIM. 1970t 40(.3), 5L6_201:
TE,
PUBLISHEC 70
:wn
SlUdJECT AREAS-CHEMISTRY
TAGS-PHASE DIAGRAMY, SOLUBILITY.1, AGETONE, DIUXANEr GLY ROLF
~~.ISCT ERM, LC~t TEMPERATURE EFFECT
,__Z"" TREL RESTRIC T 1016
130CUMENT CLASS-UNCLASSIF[Et;
PROXY REEL /FRAME--3002/ 1132 STEP

UNCLASSIFIED FROCESSIUG DATE-20NOV70
CIRC ACCESSICN NC--APOIZa559
ABSTRACT/EXTRACT-1U) GP-0- ABSTRACT. PHASE DIAGRAM DATA ARE PRESENTED
FOR THE TITLE SYSTEM ANO A DIAGRAM G FCOMP.N. VS. nlJS GIVEN FOR THE
EOUIL. PHASES AT ISOCONCNS. OFGLYCEROL, THE 250EGREES
JSOTHERM IN -jt~E TERNARY SYSTEM REVEALED THAT TliE SURF.&CL OF THE REGION
OF. THE 2 PHASE LIQ. STATE HAS A SADDLE,LIKE CHARACIER. CkYOSCOPY IN C
SUB6 14 SUB6 6AS USED TO bEr. THE MUL. WT. IN SOLN. OF VWXAINE, ME SUB2
'Y SYSTEM FORMULA WFI T AGREE WiTH
CO, AND,ThE;R MIXTS. IN THIS 61144R S
STANDARD MOL* WTS. ONLY AT INFINITE DILN.iQW1N'G T(?~l#ISSOCN. AMONG THESE
MOLS JHE ~HOMOGENEUUS BOUNDARY SY TCM iGF.:DlOXAftEiAE SU'-:~2 GO WAS
t4S,-UFF.'I-C,.l-ENT-:F-OR-RESTiLVING. THE-:l.~G9EQ14,E:TA C'~f.URK 0F.-T PHASE DIAGRAM OF
AN, .
.14 TER'NARY SYSTEM. FACiLtTYI 7vokbkE;-fi. POL ITE101. INS'.
-USSR.
;VORONEZH,
a tz ~z i-- F f-)

.212. oil UNC LASS IF I ED PROCESSING DATE--20NOV7O
CIRC ACCESSICN NO--AP0128545
.-~-ASSUACUFXTRACT--(U) GP-0- ABSTRACT. THE,PHASE DIAGRAM OF THIS SYSTEM
CONTAIINS kEGIG-NS OF FOLLOWING COMPOS. OC(NH- SU82) SU62.CCL SU83 t CO
SU82- H, GC(NH SU821 SU32.2CCL SU83 CID SU62 H, AND 1JC(NH SU32) SUBZ.Psc
SUB6 h SUB4(OHI SUB2 WHICH MEET AT 4 INVARIANT POINTS:. (11 AT
L2.5PERCENT UREA AND 8PERGENT HYDROQUINONEY M. 30DEG-REES; (2) 17PERCENT
UREA AND 12.5PERCENT HYDROQUINGNE, M-470EGREES;13.) 25PERCENT UREA AND
14.5PERCEENT hYUROQUINUNE, M. 62DEGREES;1AND 14) 30ERCENT UREA AND
10PERCENT HYDROQUINONE, M. 55DE.GREES.r INC-TERNARY, 1'.OMPLEX WAS OBSERVED.
FACILITY: VORONEZH. POLITEKH, INST., VORONEZH, USSR~

77z7TR TT-MT a
7
U;3R UDC: 8.74
-7.MTP AVI
'RV Yn- T-, M-11LOV, 111. 11. and VULYAGAITOV, Sh. Ye.
"Calculation Procedures for Determining the Informational Iieight
of a Symbol by Selection!'
(Cybernetic Problem-s-collp ction
Tashkent, V sb. Vopr. kibernetil-.1
of-works) Nio 45, 1971, p 120-125 (from' RZh~--11-'atematuika, -71o 7,
IT
1972, 10ostract lo 7V649Y
Translation: The folloi-,,ing problem is solved: Suppose we are given
a table T i-7here ii is the nu:nber of
nml Of Objects for reco(P't'onl
symbol-coluEns, m is the number of object-linon', cand I is tho nuiliber
of classes. "Ile are required to determine the :iJiforimational wei,,ht
LD
(the measure of import in such a table. A se-
ance) of the symbols
quence of stages is dencribed for determining the informi-A-ional
Weight of a. symbol by selection algoxithms,
-11~a the comp' exity of tho
calculation procedures then realized is: eyaluatea . from the point
" 'Y .1 ~ T t.
w - -io=. Evaluation
of viiw o 4. " ie , i-mber of ope-at 0 ne time f or
I
001ving the prob.lem on the "1,;,-22011. ardl~the 1116S11-6" electronic
computers are given. V. Mikhoyev

USSR UDC 8.74
WfILOV, M. M., TULYACANOV, S11. YE.
U ~-I
"Computation Procedures for Deterniining the Infoimatio Weight of an Attri-
bute.by Voting Algorithms"
V sb. Vopr. kibernetiki (Problems of Cybernetics collection of works), Vyp.
45, Tashkent, 1971, pp 120-125 (from RZh-~Kibernetika, .11o 7, Jul 72, Abstract
No 7V649)
Translation: The following problem is solved. Let a table of patterns for
recognition T be given (n is the number of column att'ributes, m is the
number of object rownO Z is the number of. classes). It is necessary to do-
termine the Information weight (the measure of J.mI)ortani-.0 of the artributc."
of this table. The series of steps for determining the;Information weight
of the attribute by voting algorithms is. described, and, the complexity of the
computation procedures from the point of view,of the nuiaber of operations is
estirzated. Estimates are presented for the solution tiil~e of the problem on
the H-220 and DESH-6 computers.
311
78

USE~
V, Yu., I .
"Extreme Problems Arising in Determination of Heuristic Procedures"
Prabl. Prikl. Mat. i Mekh. [Problems of Applied Mathematics and Mechanics
Collection of Works], Moscow, Nauka Press, 1971, pp 67-74, (Translated
from Referativnyy Zhurnal, Kibernetika, No, 3, 1972, Abstract No 3 V581 by
the author).
Translation: An approach is studied to development of heuristic algorithms
by solution of special extreme problems. The set of test problems is defined
and the functional 6valuating the quality of the algorithm on the basis of
the results of solution of the test problems is determined. A description is
presented of a class of possible algorithms for Solution Of problems of a
ceTt--in class and special approaches are indicatedi using which the deterinina-
tion.of-the algorithm of the best quality is reduced to determination of the
extremes of a special type of functions:of many variable!;, This approach is
for special-classes of heuristic proc edures.
used
---- - - -----

USSR
ZHURAVLEV, Yu. I., KAMILUV, M. M., TULYAGANOV, Sh. Ye,
"Formulas for Calculation of Measures of Importance of a Characteristic"
Vopr. Kibernetiki (Problems of Cybernetics Collection:of Works], No 44,
Tashkent, 1971i pp 15-20, (Translated from Referativnyy Zhurnal, Kibernetika,
No 3, 1972, Abstract No 3 V577 by V. Mikhekev).:
Translation: Formulas are studied for calculation of the measure of impor-
tance of an individual characteristic (P ):fcpr tables of objects of recogni-
tion T (n is the number of characteristic columns, m is the number of
nmi
object rows, I is the number of classes). Analysis shows that the primary
difficulty in the determination of P. from the standpoint of the number of
computations is related to calculation of the number of.votes. It is dem-on-
strated using a number of theorems that in.the class of voting algorithms,
an effective and simple apparatus can'be constructed for.calculation of the
number of votes and, correspondingly, for the productlon of P. . This appara-
tus is constructed not only for binary tablesibut for tal$los of objects fixed
by charactoristics from a certain arbitrary numerical ull~bnbet.

Surgery
USSR UDC 616.12-089-059:616.12-008.315-021.6
KROKHALEV, Yu. S. , ZORIN, A. B. , and ZVJA&"V,"u_.N. Surgical Clinic for Ad-
vanced Training of Physicians imenil.:A. KupXianov, and Chair of Anesthesiology
and Rearamation, Military Medical Academy im.e.iii S. M. Kirov,
"Exclusion of the Circulation Five Times in an Open Heart Operation Performed
Under Conditions of Hypothermia"
Moscow, Grudnaya Khirurgiya, No 4, 1970, pp 105-106
-Abstract: The authors operated an a 22-year-old'male for an interatrial septal
defect with anomalous drainage of the pulmonary veins. The patient was chilled
to 32*C just before surgery. Cardiac arrest occurred five timesi once after the
oxygen supply temporarily creased, and.four times after the defect was repaired.
When the circulation was restored after the defect was sutured, Lhe orifices of
both venae cavae dropped part way into the left atrium, The circulation was
halted four times to eliminate the complication and ensuring metabolic distur-
bances. The blood loss was replenished with transfusions of the patient's own
blood (from the chambers of the heart) and bank blood. Despite postoperative
cerebral edema and other complications, the patient made good progress and was
discharged in satisfactory condition 28 days:after the operation, without arty
neurologic disorders. Follow-up examination 5 months later revealed no adverse
-1/2

~ .- - : 11
~ z I ~ - . iii I
"4h.-T*~i6.6-. 1. i ......... smiall'! livrml~ 1 "641"W
I

-212 026 UNIC L AS SI F 11 ED PROCESSIMIG DATE--090CY70
IC ACCESSION NO-AP0103793
Clk
ABSTRACT/EKTRACT-M GP-0- ABSTRACT. 'USING A RADwACJIV;~ 111-ETHOD THE
AUTHORS HAVE STUDIED THE POSTTRANSFUSIUN INTAKE AND DURATION OF
SEMIPERIOD OF ERYTHROCYTES LIFE IN AUTOBLOOD TAKEN FROM ME OPERATIVE
WOUND AND WASHED ERYrHRCJCYTES IN URAMAGE BLOOD,, THE CONCLUSION IS
DRAWN ON HIGH BIOLOGICAL ADEQUACY OF 8LOUD TAKENfRilti THE OPERATIVE
WOUND AND WASHED ERYTHROCYTES OF DRAINAGE BLOUD 114 ITS PRUMTP ENTERING A
KESER.VOIR. STORAGE OF THE COLLECTED DkAINAGE Bow IN A KEFRIGERATOR
-DOES NOT~F-FFECT THE DURATION OFI-ERYTHROCYTES.L[Fe. FACILITY:
:KHIRURGICHESKOY KLINIKI USOVERSHENSTVOVANLYA:VRACL.-fEY IM. P. A.
KUPRIYANOVXAND N I LABURATORIlt.TSENTRA KROY1 I'lTKANE.Y VOYENNO
MEDITSlNSXOY ORDENALENINA KRASNOZN.AMENNOY AKADEKII IA. S. M..KIROVA.
UNCLA SS IF IE D

-112 017 Nct A SSI F i 0~ i
PROCESSING DATE--090CT70
.T.iTLE--AMINES IN VOLATILE SUBSTANCES~ OF RUSSIAN CHEESE -U-
_-'AUThUk-(04)-G0LUVNYAt R.V.o ZHURAVLLYAA~~L.v I'll RONJV tG.A.9 ABOULLINAt
Rom.
.rnUNTRY OF INFO--USSR
-_SOURCE--_0,OLOCH. PRCM. 1970,
`UATE PUBL ISHED------70
~-SUBJECT AREAS-61OLUGICAL AND MEDICAL SCIENCES
~`TOPIC TAGS--PROCESSED ANIMAL PRODUCT, FOOD ANALYSIS~ AMINE, CHROMATOGRAPHY
~-._CONTROL MARKING--NO RESTRICTIONS
'_~DOCUMENT CLASS--UNCLASSIFIED
"_~OROXY REEL/fRAMF-1943/0519 STEP NU--~-UR/0333/701/031/002/0008/0011
~_.C IRC_ ACCESSION Nfj---AP0113410
Uf~,C L A S S I F I E D

k12 017 UNCLASSIFIb SING DATE---09OCT70
.CIRC ACCESSION NU--AP0113410
~'-.~AB~iTRACJIEXTKACT--IU) GP-0- ABSTRACT4 rHE AMI NE C.DNTENTI UF VOLAITLE
SUBSTANCES OF 4 AND 10 M&NTH OLD RUSS I AN CHEESE, STURED AT NErATIVE
3DEGREES AND 85-7PERCENT HUM11DITY, WAS ANALYZED BY GAS Llw. CIVGMIATOG.
THF NCR(: SEI) FPLjl
TUTAL AMI. OF AMINE CPLOR01HYDRATES IN .500 G HEL -. 1, 'A 23
-T0,29.4 MG. THE QUAL. COs-iPN. UF~THE 21 10ENTIFIE-Vt AAINES-DID NOT CHANGE
SIGNIFICANTLY BUT THE AMTS- OF PIPERIDINE (1). ANl)':.ALPHA PICOLENE (11)
INCREASED FROM 0.4 TO 15.4 AND FROM 7.5 TO 5'.4PEQCENTv RESP., AND fHAT
'OF PRIMARY, SECUNDARY, AND TERTIARY AMINES DECREASIED. :THE CONTENTS OF
lit ~ PYRIDI,N& AND IT SU33 N WERE- DETO, FACILITY. -INST.
1LEMENTOORG.,SOEDIN., MOSCOW# USSR...
UNCLASSIFIED

USSR UDC: 538,383
ZMMVLEVA, E. A.. Moscow Higher Technical Academy imeni N. E. Bauman
"Concerning a Non-linear Effect in Gyroscopes
Leningrad, Izvestiya VUZov; PriboroBtroydni e, Vol 16, No 20 1973, Pp 73-75
ly
Abstract: Let a force P be aD
plied to the center of gravity of a gyromotor
rotor perpendicular to its axis. The author considers in detail the action
of this force on the bearings, and the resultant defomations, assuming
that the gyromotor is symmetric in construction with a:given axial tension
on the bear-ings. Formulas are derived for calculating the change in axial
preloading on the bearings, and the change in~axial rigicity of the gyro-
motor. It is shown that the analysis can b&:readily. extended to the case
where the force P is not necessarily perpendicular to:the axis. The re-
sults show that the applied force causes displacement of the center of
gravity.along the axis of the 67rotuotor, An-experiment was conducted wbich
gave satisfactory confirmation of the theoretical analysis.
94

17 May 1973
GYRDSCOPES AND GYRMORS
Tranniatione of selected articles by A. W, Dalyasnilkova ot al.
from the Russ isin-lanquago journals 1zvestiyn_YM,_ rrib6roxtro-
zeniye, No 2, 1973, Le"rad.
CONTENTS PAGE
A
on tha tati--n-mca or- the vrt~ogonAl Global Axes of an 91tetrosta.tit
Gyroscope'When Rotor Potential ,Is Zero
(A.R. .....................
in Cyro* .copes
(E.A. ?L~irivtqvx ..........................
Ingluence.of Roter-VaIgnt'on-thi-Ch aose of Axial Rigidity of
.......I............... ...... 10
Us the Influence ot Wastic.Deformattons.of tht Clabal 1~%*pmotea on
the motion of.a. "taitlt'Gyrostcopt
(0. ........... I............ I........... ........
AssalyticAL Description of Spatial Distribution of Scatt*VLZ4 of
Magnetic FWd of Cyromotor
(A.11. assirtlov. it al.) ................................ ....... 21

USSR
ZHURAVLEVA, G. A.
"SOL Modeling Language and Certain Principles of its Real zati on,,
Prikl. Mat. j. Programmir. [Applied 1,11athematics and Programirdno -- Collection
of Works], No 8, KJ.shinev, Shtiintsa Press, 1972, pp 62-72 (Translated from
Referativnyy Zhurnal Kiber-netika, No 4, 1973, Abstract No V639, by the
author).
Translation- The SOL modeling language is described. An analysis is
presented of certain principle of the realization of characteristic featUrCS
of the language, used in the construction of the STiUT traps),iting system,
developed by the computer software laboratory of the Institute of Mathematics,
together with the computer center of the Academy of Sciences, INISSIZ. The
language itself is not presonted in the~work,. but the priniar concepts of
Y
Ule language, utilized in the presentation of the principles, of its realiza-
tion, are given.
82

USSR UDC 541-11:543.4221.25.541.49:54.7.551.-5l./.822-3:547.ltllS
GOLOVNYA, R. V., ZHURAVLEVA,_-I. L., ZENIN, S. V., POLYAKOV, V. A. ,
SERGEYEV, G. B.
"Determining the Thermodynamic Daracteristics of the Complex Formation of
Amines with Alkyl and Aryl Phosphates by the Nuclear Magpetic Resonance Mlethod"
auk SSSR, Seriya Khimichesk4ya, No 11, 1973,
Moscow, Izvestiya Akademii N
2595-2597
Abstract: The equilibrium constants, enthalpy variation, entropy variation
and chemical shifts were obtained for complex formation of analine with tri-
ethyl phosphate and tri-p-tolyl phosphate,and piperidine -~lith tri-o,p-xylenyl
phosphate. The complex formation of pyridine with triphenyl phosphate was
detected, The complex formation of.phosphates with amines takes place both by
the path of formation of the hydrogen bond IIII...O=P and bond. A
method is proposed for determining the complex formatiomconstants from the
nuclear magnetic resonance data for comparable concentrations of the components.
The process of complex formation in the given systems follows from the fact
that on the addition of phosphates to the amino soliitlonj the signals from the
protons of.the -Wif groups shift in the direction.of the woak fie.ld.

Nitrogen Compounds
USSR
UX 5413 -51~4-25:,:47-233
GOILITIMA, R. V., and ZHURAWIL-VA, I. L., Institute of Ifiatero-Organic Com-pou-nds,
Acadeqj of Sciences Ub6E
"The Substitution of Trisodium Phosphate for.Alkali in Gas Chroratogra-phic
Analysis of Aliphatic Amines"
MOSCOW) Izvestiya Akaderdi 11auk SSSR, Seriya XhimichesYaya, No 2, 1973, p 482
Abstract: The substitution of Naf04 for alkali in the treatmeent of chxornitog-
raphic carriers in gas chrumtography of: aliphatic aniLnos was found to c,,ive
greater colunm stability, reprvducibility, and the ressolution of the anines.
A colu--m with FEG-1000 and H33P04, tor exarnTle., functigned satisfactorily for
over 10 r-onthn. The au-perior results are apparently due to the foimattlon of
hydrogen bonds between the -ML and -IM groups and thel',oxygen of the -P=O group,
and N P bonds.

GA r E-- 2 OINGV7 C
N r P k G C E -13 5 1 N G
U~ L~AS S r F I C
T I -T L E E I- i~ L S f A 6 i L I TY F PGLY 3., mE r HiYLiEN' EP H I HAL IDE -U-
'VA,
AL T1.90 R- Oj 5 ,k kilt" E I V V Z i i U j~ AV~L L I V. GAliZAZADj'-. A I SALA ZK I N, S N
G.SH.
CHEL I~ZU
NTRY,OF INFO-ussf<
);cu
S.C u RC E- - 1 Z i~ K A 0 N A U K S S S R t 5 ER KH I M o: 1970 (4!):i 9 2 fi- a
A rt PU6L I S ~,c 0 7 C
_S U:-3 i EC TAR LA S C H E.A i S T kY
fi~v I C FA(~ S-TH ERMAL -S T Ao I L I TY ACT I VA T [ON% k NERG Y, FRE E ;eADICAL, ;!EN'~[-NE
u
JER I VIAT iVI-1 HETEROCYCLIC OXYGEN, COM POUNU,i: LAC TON r~'
C- L N T R b LtMAR K 1 NG--NO il;i: STi~ I C,r I '13NS
Cii X E `4 T CU, ~S S--U?l C LA ~S 0
STEP
L il C. IZ 1 00, 1 -3

2/2 utif'-'L ASS IF I ED llt~,UCL-SSUIG UATE-20NOV7C
C I R. C AC C C S S i NO, P I 3,t l,',j 6
A ~-~S T RA C T / EX R T U Gil- f)- r i~ A C T I HE I' ITLE P 0 LY 11 E I,, ( I S
HE AT E L; I N: A VAGIP'l R AT;.lj,-)PtlE.RE AT
V I C 6 PA U ~'i A T A L 1 () I A C; A
2.7 -4 0 0 G L il;~ C E' 111L
0 L L UM P RRJ Q,, C T JS LESS THAN 1)k COAL To
1- r-P hT HAL I UE pjACI-r OF
-175UEGi,,f-J.-S .1,AS 30" :111YLU4 UNLY AB(.0j:L 3756L~.')RLz-,~
CC) 501-3~!? AND V1 SU52 ~,FRE DE-JECTE0. -.0rA r-LJRV:lF-S jum ,ir. LOSS V.S. TIME
CURVES Sfil-1,4F-0 THAT T14L 0CCtjXPN., OF I WAS ~A FREE 'IRAD[CIAL PNit FIATF0
E P G L 7.1,1, N . A S S UC 0 . -lITH 39.5 KCAL-IIJLE~Acr-IVATIUN: ENEi.,~GY.
SUEDI N'
FAG 1L IT Y: 1 %4 5 T . L- L F fl rGjAG . lvosjcl~w ~U5 SR .
i.:A-SS-1~: U

USSR UDC 681.3,001-518.5
ZHURAVL L.A.
~A Programminz Procedure"
V sb. Nekotor. vopr. Ivcomatiz. pro~rammir. (Some Problems of Program-ming
Automation -- Collection of Wforks), Novosibirsk, Nau.ka Press, 1970, pp, 125-
138 (from RZh-Avtonatika, Tele-mekhanika i VychisliteLnara Tekhnika, No 2,
Feb 71, Abstract No 2B65)
Translation! A procedure permitting automation of prog-ramming of restoring
and readdressing operators and all cont.rol-transfer instructions is investi-
gated. The condition sufficient for use of the prop6sed procedure is the
presence of calculation operatorswith a small number of instructions repeated
-multiply in different loops in the programiflow chart. The basis for the
procedure is a specialized programmitig*~routine.
65

--'USSR
UDC 51:621,391
.-ZHURAVLEVA, L. A.
"Certain Algorithms for Construction of a'Reduced D. N'. F. for Logical Algebra
Functions of Invariables"
Nekotor. Vopr. Avtomatiz. Programir. [Some Problems of Automation of Programming
-Pr -124 (Translated
-Collection of Works],.Novosibirsk, Nauka ess, 1970; Vp 109
'from Referativnyy Zhullrnal Kibernetika, No 3,1971,.Abst.~,act No 3 V352 by A.
Kobozev).
Translation: Four algorithms are studied,for construction of the reduced D. N. F.
for logical algebra functions of invariabies. These a1g.prilthms are based on
operations performed on a table which is referred to as nornaL. This table is
constructed as follows. The set of all Dossible Boolean collections of length
n is ordered according to decreasing numbers 2n-j, j=1,2 . ._,2n. The set pro-
n).
duced is referred to as set M =fvjoj(j=l,2j ... P. 2 A' set bf f v K=1,2,
2= ok)
2n-l is formed, according to the following rule.: First) all collections
in which one place is occupied by a 1. are subtracted from M], then all collections
are subtracted in which two places are occupied by:ones,.:etc. The last will be
the collection in which n places ire occupied by ones. Collection Y(yl,,
yn) is the product of collections Yl()r' Yn),, and Y
it 12(yl, -I yn), if
yi:~y noq' ers-to
y i =1, 2, n. The al table ref the table U={Yjk-l of
1/2 28

2/2

fir
USSR UDC; 53-07/.08+53.001.5
TOPWGINA, N. A., ZVEREV, L. P.
"An Interference Method of Checking the Thickness of Epitaxial Films"
Uch. z un-ta (Scientific Notes of Ural Unitersity), 1971, 110
ap. Ural'sk
pp 27-35 (from. Rzh-Fi,.-ika, No 4, Apr 72, Abstract No 4A737)
-hotop proposed-for determining
Translation: A spectrop ,etric method ir,
kn -;n arsenide. The
the thic ess of epitaxial films on :silicon and:galli
method is based on measuring bands.~of. equali ichramatic:i order. The inves-
tigated specimens irere high-resistarr-,~, --pitaxial layei-n gravrn on a doped
oubntrato of the sruie juitcrIMI, If the vpitayial layr;!r is trnnsparerft
and han a diclce~brlc constant different; fr(JIl tjj(jt ()f tjWll
the-radiation incident on the crystal vill be reflect4A. not, on'-, yfrom t-he
surface of the layer 'but also from the, laypr-substrate interface where
the dopant concentration changes- abruptly.. , Iftese two, be.~--Lq vill inter-
fere. The position of the na-vin-a on them interference: pattorn is deter-
mined not only by the of the film but. also by the phase sh, ft
at the boundaries which maT be determined with regard to the dispersion
of optical constants. The layer to be measured should be at least 1.5 v

USSR UDC 632.951
ZIL'BERMINTS, I. V., FADEYEV, YU. N.,- All-Union
Scientific Research Institute' of Phyto
"Effect of Specific Acaricides Against Su.~cep~~.ble Ond Resistant
Red Spider Populational'
Moscow, Khimiya v Sellskom Khozyaystve, Vol 81 ~No 1.0 (84), Oct 70,
pp,34-38
Abstract: Experiments were conducted to determine the suitability
of some acaricides.for killing resistant forms.;of mites. A susceptible
population of Tetranychus urticae.Koch.taken from Moscow greenhouses
was studied as well as three resistant populations produced in the
laboratory by keltane, mercaptophos and aramite.' selection. The
acaricides tested were scar, acrex, aramite, binapacryL, eradex,
halecron, keltane, mesurol,.micazine, olilbey., and moret-tan. The
*der pGpula-
results of these studies shotov thatany resistant red sPL
tion can be destroyed by proper selection of-three of four specific
acaricides. in the case where mfteg develop aTesistance, to orgatio-
chlorine compounds, substitution or alternate appli6ation of acaricides
from the keltana-acar-milbex-micazine Croup isjnbt recommended.
1/2

US~R 546.183
and VOLA, M.' I.
"on the Mechanism of Phosphorus Diiodide Alkylation with Benzyl Chloride"
Leningrad, Zhurnal Obshchey Khimii, Val 42(104), No Mar 72, pp 526-531
Abstract: The release of phosphorus trichloride whenbenzyl chloride reacts
with phosphorus diiodide indicates that benzyl chloride splits the P-P bond
of phosphorus diiodide to form benzvldiiadophosphine ' d phosphorus diiodo-
On
monochloride (1) which undergoes-disproportionation iiito phosphorus trichlor-
ide.and triiodide (2). The benzyldiiodo.phosphirie formed in the first stage
is then alkylated by benzyl chloride to dibenzylmonochlorodiodophosphorus
(3), and then to tribenzylph09Dhine dichloride diiodi~e (4). This reaction
"phos
-scheme explains the formation of benzyl phonic and dibenzylphosphinic
acids which could be formed during hydrolysis of intermediate products of
alkylation. Since it has been proved previously that:pbosphor-us triiodide
is,converted to phosphorus diiadide with:the applicati,'on of heat (5), and
that red phosphorus also forms phosphorus diiodide with iodine (6), it may
be assum-ed that the reaction of benzyl chloride with p~hosphorus and iodine
goes through-the following stages:
1/2

USSR UDC 541.8~532.77
MOLMMOVA, N. R., DULOVA, V. I., ZH VA _J~ -and P-MIN, A. T.,
'e~i F.
Dnepropetrovsk Chemical-Techn.olog 4- Mi e i= E. Dzerzhinskiy
~iari':4c'adem of Sciences
d was
an., ~the Institute of Organic Che
IThe Stren t of Phosphonic Acids in -Certain Nonaqu~ous S.olvents"
~g~h
rad Zhurnal
Lening Ob shchey. K4imii., Vol: A j No, 12,1 bee 70, pp 2631-2634
Abstract: In inert solvents phosphonic acids are di~
nerized, or may yield
more complex aggregates; in solvents capable of forming hydrogen bonds,
there is decomposition of these assoclatesiwith subsequent dissociation of
the acid molecules.
The present research was aimed at datermining the titrength of phosphonic
acids and 0-naphthylptiosphozic acid it~:aleohols, ki--tones ind ether. The
bufferless indicator method was.used,:withla photoc6l'orimeter, at 25 + V.
Constants a~ were determiiied for 12 substituents, frain the dissociation of
the w-,ids. In agreement with the ffamr~ett, equation. tt,-te indexes of the d-,s-
sociation constants of phosphonic acids.correlate linearly with the
constants a
32

USSR UDC 547.241
RI"A"LEVA jL-- P,, SULEYMANOVA, M. G., MARCHM' 0, A.~P., VOLk, M. I.,
LYM
ALY and KIRSANOV, A,..V., institute. of prganic Chemistry,
M
Ukrainia $$R
my of Sciences n
Cade
"Hydrogenation of Organophosphorus Compounds. Part V'
Leningrad, Zhurnal Obshchey Khimii, Sep~71,.Vol 41, No 9, :pp 1944-1950
Abstract: This paper is one of a series of investigations on the hydro-
genation of organophosphorus compounds;containing aromatic racicals. It is
~shown that mixed oxides of tertiary phosphines, phosphinic and phos-phonic
acids as well as phosphoric acid amides with phenyl and benzyl radicals will
be hydrogenated in the presence of a platinum catalyst to.form corresponding
compounds with cyclohexyl and cyclohexylmethyl radicals; the uhosphoric acid
amides will be hydrogenated at a higher rate (at room' temp~,--rature) than
oxides and acids. Unlike the initial compounds., all hydrogenated products
featured lader nelting points and higher solubilitiea in ordinary organic
solvents. Mien treated with phosphorus pen.tachloride, bis(cyclohexylinethyl)
phosphinic acids form their acid chlorides -- readily mobile liquids,
distillable under vacuum. When treated with propylmagnesium iodide,
bis(cyclohe,,ylmethyl')phosphinic acids form an oxide of propylbis(cyclo--
hexylmethyl)phosphine which is identical to the hydrogenation product of

- r- "' -
I Z "Ili --l -If ~-, -, -, - - ~ -- - --- - ---- - -
-7 -1 -~7 - ~ I ii P ~-, I 'T, -r 'i4 -keep
r . ~N~l " 'T. , k6iflaiwiiiii; * A omu-lg~
I ~ --~- 7 ii--' - I .- ---, ~ -- -e A 0 Q~M,~W'N WiiiilMi
11 - ~~ --6-. 1

USSR UDC 547.241
:~Jj N. , aInd KIRSANOV, A. V.,
MIUMMLEVA. !L.F, SULEYMMOVA, X. G.,:KOVALYMI, N.
fn-stitut-e-`37 -Organic Chemistry, Academy ,at: Sciences Ukrainian SSR
"Dibenzy1phosphinic Acid Derivatives"
Leningrad, Zhurnal Obshchey Khimii, Sep 71,. Vol 41, No 9, pp 1950-1953
Abstract: A discussion is presented of a method suitable for obtaining
oxides of tribenzylphosphines which., in turn, may. bensed to obtain a series
o
-dibenzylphosphinic acids in od yie~ ds..:~' Wh n t~ea;ted with phosphorus
f go e
pentachloride or thionyl chloride, dibenzy1phosphiniciacids fo.-M acid
chlorides which, when treated with ammonia and amines~ form aaLdes; when
these acid chlorides are treated with alcohols and phenols,(phenoxides),
they form appropriate esters. The reaction,of dibenzyAphosphinic acid
chloride with Grignard's reagents produces alkyldibe-niylDhosph--'ne oxides
or aryldibenzylphosphines. The fusion of alkyldibenz!,~Iphosphine oxides
with alkalies vields alky1benzylphosphin'ic 'acids - c' stalline compounds
try
which may be titrated with phenolphthalein:.f.ar monoba6ic acids. Tables are
las:and other
provided citing radicals, yields, ~ melting points~, forztu
indicators for dibenzylphogphinic: acid chlorides: (RC6~14C112)2P(OC1,
dibenzylphosphinic acid amides (RC H4CI12)'2P(O)NIIR' and ~oxid,es cf
alky1dibenzy1phosphines and aryl2en zylphosphines (C6R5C112)2P(O)Ra-

.,:USSR UW :547"241
10
LAI M. I. ZHURAVLL7A, L. P., KWANOIV$ A. V
Reactions of Tertiary Phosphine Oxides With Phopphorus
Pentachloride"
Leningrad, Zhurnal Ob-shche No Sep 70,
Khimii, Vol 40
PP 1937-1942
Abstract: Reaction of stoiohiometrio.arwants or:of a double excess
of vhosphorun pentachloride with trisary2methylphosphines in benzene
or carbon tetrachloride solution yields- only trioarylinethylphosphine
dichlorides without any haxachlorophosphoraton.' 41hosphorus ptnta-
chloride reacts with tricic7clohexylmotli5rlolioanhi3l(3 vield'ing tho
corresponding dichloride and hexachlorophosphora:1;6 of triscyclo-
hexy-Imethylphosphonimn chloride, which forms a crystal solvate with
carbon tetrachloride. The dichlorides obtained can be converted
to thiooxidas by treatment with:hydrogen 30fid-aiandito the corre-
'ti. sulft)acid-14.
sponding phoaphazo compounds by the roaction w1t,
dichloroamtdon. Thorr-ml dncomposition of tribeA: lphosphine dj--
chlorldo 7101-dr, tlllic)n,-.vlcli'Lorophoophina.., which givos a(,Idition prod-
-Uato 0,11i. (;.Ikyl ImIldon. TheaG addition produiotoi:aan 1~o hydrolyzOd
1/1 to 1,I)o nIIry.j(JJbon7,71phon h1no oxIdeno

USSR UDC 633.632
PUCPI-,OV-A, I. A., N I N IN, V. K., SHORYGINA, N. V., CEFTER, Ye. L., and
7-MMAMEJA L- S
IIA M.ethod of M-aking Polymers Which Contain.Phosphorus
lfosco~,, Otkrytiya, Iz-obreteniya-, PronyshlenMye ObraZtsy, Tov--inyye Znaki,
No 36, 1971, Author's Certificate No 322347, Division C,~ filed 24 Jul 70,
'ov 71, p 55
published 30 N
Translation- This kuth3r's Certificate introduces: 1. ~A method of making
polymeers. uhiclh contain phosphorus and are base., t on T)henol-, formaldiehyde and
an orgaanophosphorw-, corp=w. Synthesis is done by -mo-ota-Ei olyconde:,.sation
P
of Ph(moi vill-4 thc compound in the prcsi~nce of ha~,: with
subsequent of I'lic resul"~ant proeuct ill fornia let V~"hy&t at ~a Lemperature
of uv to 100'C. As a -fEature of the patent, the fire res-s-
tam-ce of the improved by using di-S,~'-chlorocthyl C-1:11er of "'iny-1-
pbosphonic ---c--;d as Orle phosphorus-contnining cc-mpound, ind carrying
out the fc-irst st~Fz--- of thc., ---i2action in an acid'mcditnq at 130-MVC for '~-7
hours. 2. A no-difl"Cation of this, met.hod distinguished by the fact ILhat
phenol and -nre take~n in ratios fro-iii 1:2 to 1:4. :3. A modificati-,,ri
of thi-s nethod disLinguished bIv I-he last tha, the forvtaielehyle is taken in
a ritio of -0.7-0.9 izo~e per of plic-riol.

DATE-O~OCT70
uNri AS S I FlEb PAOCES~SING
U-1 I L E---~ALUP I NUM ALLOYS F 0 A NITRIC ACIA) TANKS
.~.,AUTHJF (M-ZHURAVLEVA, L.V., PEIRUNOV9 V.P*
CiOUNTRY OF: INFO-USSrZ
.~~OURCI-ZASHCH. METAL. 1970, 6(211* 224-7
,DATE PUCLISPE-9 ------- 70
'~SL*JECT AREAS--MATERIALS, MECH., IND.t CIVIL A'ql) -4 A R.1 NEE G R
_CIPIC
'AGS---ALUl,'J%-lUPl ALLOY, NITI-1.1c Acc to, mAGNESIUM ALLOY# ALLOY
~~.DESIGNATION* WLLDA;.IILITY? CURROSICiN 9ESlSTANT/(LJ)AA.Al ALU~IINU'4 ALL.
ALU;'~tli%UM MAGNESIUM ALLOY
_C G.
"AkF I NG
NT- Ly--NJ RESTRICTIONS
JCUMEINT
U CLASS--UNCLASSIFIED
PRJXY~ REIF-L/FKAME-1~92/0748 STFP
CtRC ACCESSIO-N 'o-0--hP0111941
WJ C A 5', S F I E-D

212 030 UNCLASSI F I ED PROCESSI%JG DATE--02CCT70
.c,lgc ACCESSION No--AP011194L
~4BSTRAI'_- TfEYTR ACT--( U) GP-0- A,9
-,iTRACT THE ALLOY A?11; Ppri-1-3 CON'T'G. 4C,
'3. b 5, Ml N C1.47, Sl 01.77, F-F 0.25, CU 0.4i ZN 0.066PERCENT IS -%,:) LESS
E F F I C I EN T -_I-i -T TH RESPLCT TO ITS kf:SISTANCE TO
CONCD. HNO SU33 S')L'.S* A'14.9
VAP(IR.S TPAN-, AL AL CiNT.J. SL 0.3,: FE 0-14.~: CU O.Welf',PEPCE'a. A-1013 IS
-CHARACTERIZED BY A GOOD WELDABILITYv IS EASILY MACHI'ED!p A'4D IS 2-'~
T I!,'$tFS MORE RESISTANr-THAN AL AL..l BY APPLYING 'AAG3lALL[;Y INSTEAED OF 'AL
~AL~l)stt) UP TO 11NOW.FOR THE MANUF. OF NlYRIC ACID TOP(Sy IT WILL BE
TO L9WER AL CJNSWAIPTION. BY 25-35PERCENT,~ I'D REOUCE THE WT. JF
JHE TANK AND INCREASE ITS LOAO CAPACITY..

a,%, Nei r1%
UDC: 616.33416.3421-002.44-07ifilfi.36-07
'THE SIGHTF102;C4 OF FUNCTIONAL 0D MORPHOUtSTOCHEMICAL EXAMINATI(Xi OF MEE LIVER
IN EVALUATING ITS CONDITION IN MEE-PRESENCE OF PErTIC ULCER

fArticlo bL 4
iXVv. Zhor4vilava. A.S. Y*rnoI2_v A.A. Martina In t1tuts of Human
ha
l
di
V
i
w
h
rv
o
c
sc
enca
agy' te
, second Moscow
~'~dical Ln5 ri-tur-a imcni N.I. Pirogov; Moscow. Vetitnik Akademif -teditsinakikh

N-". ssq . I I
~~ ~Ikp 1.0, 1971, pp 67-70)
R
hany clittio-Law's are concerned with tile condition of the liver In the
preso~ica of peptic ulcers,
7hiii is justifies! by the anatomical and physiological similarity
between the stomach and the liver, their common v4cular supply and
Liva'r
ludolad, bAoichositchl and functional studioi~ct thz
'
"Iyak *.- I.A - Ageyenka 404 A.N~ Wkoyove; A.T. .. Vetuter*. K.H.
Solo4ovsj Piece Q Fernando; .1talle at al.) indicate that It does
changge. However, the degree of Involvement: of the liver In. the
prazaiw4o of peptic ulcer h.-a'=t been Inv4sttgatid sufficiently
in spLita of the special studies puisued in this direttlez. The
ohiftm in biochemical analyses on such patients arm inconalstonr

u,,vk* dealing ttith,-tht, -1 cl=Fe cf. the Iivar.=-.th -zhr=T4'
gnetriz and papciz ulcer Ara tau in num"t, -th- Invalv- f'YW
cast hist0ties and. in esse%tca' do not make use of hiscoanzymological
methods (2,A. Dondarl at al.; O.Ya. K-Irtashova at al., G.A. Dzhaginyan;
Ye.h., ratrovIch' L,T, Aroln. tC.ttl.). - jit the last.1cw-years h1sto-
cha=-mc4l InvoGtigation, Is tAaLnLhg IncrikauLng importance in the study
of t6+ patliamorpholog:7 of various dircases. The fitstachealCal method
110ldS 30M6 DT0mi*Q with velnrA vn Jn*4q!stjUjtjcn of the funtilca-zl
atAta of organs and systems on the cellular level; it ptrmits
dezoi-itration of their participation in inrarmadiato [interoriti&17)
metaboltom.
1:,~ order to deter=ina the corralation between functional and mor-
pbolcTical changes in the l1var associated %jith peptic ulr4r ;.n4 the
localization, duration, aaA Intensity of the procara and natura of
=--pitcationn, we conducted a complex clinicomorphological stirvey of
p--ti=:-ttm with peptic ulcers using hiAE06M1)AA0I0SiCAI OldthOdg. In all
- 96 -

~
USSR ul)c: 620.193.2:669-71~
,,

NUMAYLOVSKIY, Yu. H. ,nARK, G .B . SHUVAIGIINA, L .A. , AGAFONOV, V. V.,
Ac Z-einp-dff-~�err-em~
ZHURAVLEVA N
-I Institute of Physical Chemistry
,
~ ~
"Calculating the Rate of Atmospheric Corrosion of Aluminum and its Alloys
'in Different Climatic Zones Vith Respect to Meteorological Parameters"

~Moscov, Zashchita-Metallov, Vol 91 No 3 May/Jun 73,1pp 264-269
Abstract: The purpose of the paper was to study. the influence of mete-
orological parameters (humidity and air temperature, time of saturation
of the metal surface by phase layers of moisture, chemical composition of
the atmosphere) on- the rate of corrosion of aluminum and its alloys under
natural conditions, and to develop engineering methods,of calculating the
corrosion effects to be expected on these materials in,any climatic zone.
7he.research procedure is described in a. previous paper (Yu. D1. Mikhaylov-
ski-y et all., Zashchita Mfetallov, 1971, Vol T-, p 154). The specimens -were
aluminum and alloys D16T, Ama-6 and 0191,'Z.. - The studies vere done in rural
and industrial regions in the central zone, and in -he coastal regions of
the North and South. The results of previous tests in tropical zones with

~71

USSR
JaKRAYLOVSKIY, Yu. N. et al., Zeshchita Metallov, Val 9, No 3, MaY/Jun 73,
pp 264469
known meteorological characteristics were also used. The specimens and
instrumentation were eyposed in an open area and in a louvered enclosure
vhere phase layers of moisture settled on the metal surface due to pre-
cipitation, dew, and drop condensation. In the open at-mosphere, the speci-
mens and sensors were exposed on stands turned- toward the south at an angl~i
of 450 to the horizontal. In the louvered booths, the: :pccimens were held
vertically. An analysis of the results of the corrosion sensors shows
that in spite of the complex influence of temperature, alun1num corrosion
can be calculated with respect to averaged quantities, yield-ing satizfac-
tory agreement with natural- tests. : The average rate of al=dnum corrosion
under "clean" atmospheric conditions is nearly independ,ent ol" the nature
of the moisture film, which is typical of metals whicb,retaih their passive
state, under atmospheric conditions. Corrosion parameters were determined
-wbich are necessary for calculating the rate of corrosion of alumiriui: and
its al-loys- in any climatic zone from meteorological data.
2/2
........... ......

USSR
ZHURAVLEVA, Ye. B., KAGAN, R. L.,.POLYAK, 1.
ITCalculation of Autocorrelation and Mutual Correlation' Functions on the Basis
of Several Realizations of a Random Proce~;s`
Tr. G1. Geofiz. Observ. f1forks of Main Geophysical Observatory], No 289,
1971, pp 20-28, (Translated from Referativnyy Zhurnal, Kibernetika, No 3,
1972, Abstract No 3 V567 by the author Is) .
Translation: An algorithm and p-rogTam (in TA-INI -translator input language)
are presented for calculation of the autocorrelation~(covariation) and
mutual correlation (covariation) fwictions.-
1/1

--USSR UDC 54,11-1.3 (546-791-"546,799.4)
SAMAMEVI., A. G., and ZHU v
"Separation of Uraniur, tmd Plut()nitm. b~ an Slectroobc-nical Method"
Leningrads Radiolkhlniya, Vol 14, No It'1972, pp 94-99
Abstracts A high nerzativo poteritial for the reductinf,a xc-r_ut1oq Ve' + 3o 1.~'e
Is clraxaoterlstic fox the *~~m-i2,i)~r,-~iiiiv;i~elL)~n6ii-~t.% in akpuoils solution3. Mccing
thoir eloatrolyzii5 in aqw?ous 3olutioa3, they a.19 procipitut,td either in Jt-,hct
form of slightly coluble hydroxides or am oxide6. Tho analw;es :ror u7-33 and
11~239 were- n~le by measuring, the c< ~ activity w1th'sitbout a 11% precial-wr-
mbnr of sai~ple --rz ch wn P-- C
A nu on a aultlabann~
fmUlf-icharwel avalyze~/-' il-'e pit Mas r'3nuleol to ullits 111th a
eleettrodo pFA zater. ThD nopiration Ita'&. K!XAU froji foxtlL~C. at.tric and a-sco.,O)IC
acids said plotted. as a f unction of the Ph. vs. the cumnt dizinsity. A ,stl;dly of
tha kinatio3 for the cep;x&tion of U from. 1hi vas riado -Am f o:mic acid, The
ibrea figures su.-r.,,iiarlzu tho datfA.obtalned.
1/3

M.

USSR
SAMARTSEVA, A. G.j and 75HURAYLEVAI z. A*$ psaoknimlya, Vol. 14, 110 IV 19(2,
pp 94-99
CIV) (VI)
Figure 1. Electrochemical sepamtion Of Piz from ~U as a function Of
the p1l of the electroLytes sr-paration of FU at a cm=ant den5ity of
2
'Par_tjO',1 of U(VI) tize ir":18 I low:). Figulo 2.
c se
100 P-a/ a M
tion of UM) (7 V)
The electroch-mical sep,-~m and W. E4Z a fuliction of tho
eurrent donsity a-~ pH - 2.9 qxa electralyals tiz13 of I hour. Fig-=O 3.
Kinetics of the olectrochertical separation -of Pu(1V) J-1:1 for:11-dic rmcId at P. pli
2.9 and a cuxn::z~pt d~~nsity of 100 m/cr2q I of Pu(N j 2, ..
sepaxation of UN). If, ' '?rf'-tulia acid used for I mmi formic acid..
U ~-'j
For citzic acid ihs p R) Curve (i) is shifte-4; 1.baut 0.5
pli tud.ts to the
right and for rzcorbic acid the curve is S-UfteLi about 1.3 -ull units to the
right, Value'a are nct given for the sapairl-tion of U(U) f);:~r. C-1tric and
as-corbic acid. Optimum- conditiona for the zopEt-~mtlon'exo a, 25-30 rd-nute
electrolysin in fo=ic acid solution (PI, - 2.9) Ifith gi current den~;I-Ey of
100 ra/cm?-. tZtor the eecozA separation the x-erovory:oS b,:)th U ard Pm -was
greater than 95% witb lasn U--an 1%0~coiitanimtimn by th,.!l otbur elements e.iF..
by- Pu in U# or vice vori~u.

USSR UDC 541.13- (546.791 + 546.799.4)
SA14ARTSEVA, A. G., and QgRA E
Z. A.
"Separation of Uranium and Plutonium by an Electrochemical Method"
Leningrad, Radiokhimiya, Vol 14, No 1, 1972, pp 94-99
Abstract: A high negative potential for the reduction reaction Me3+ + 3e-
-*-He is characteristic for the transutanium elements in aqueous solutions.
During their electrolysis in aqueous solutions, thay~ are precipitated either
in the form of slighly soluble hydroxides or an oxide,,. The analyses for
U233 and pU239 were made by mea Isuring the. a activitrwith about a 1% pre-
cision. A number of samples were checked -on a.mult.ichannel amplitude a-
spectrometer [multichannel analyzer]. The pli was measured to +0.02 units
with a glass electrode pit meter. The separation was.made frora formic,
citric and ascorbic acids and plotted as a function of the p1l vs. the
current density. A study of the kinet 'ics for the separation of U from Pu
was made in formic acid. The three figures, suwmariz- the data obtained.
113

USSR
SAMARTSEVA, A. G., and ZHURAVLEVA, Z. A., Radiokhimiya, Vo l 14, No 1, 1972,
pp-94-99

i1o

60
- it
P4
44 40
lot
I

low "o

oN
PH Current density ma/cm2 Time minutes
Fig. 1 Fig. 2 rig. 3
Figure 1. Electro chemical separation of Pu(IV) from,V(VI) as a function
of the PH of the e lectrolyte: I -.separation of Pu(IV) at a current density
2
of 100 ma/cm ; 2 -
)'(electrolysis '.time
separation of UM
was 1 hour)
2/3 .

j"
USSR
SAMARTSM, A. G., and ZHURAVLEVA, Z. A., RadioldAmiya, Vol 14, No 1, 1972,
pp 94-99
Figure 2. The electrochemical separation of U(VI) arid Pu(TV) as a function
of the current density at pH = 2..9 and:electrolysis time of 1 hour. Figure 3.
Kinetics of the electrochemical separati:on of Pu(I'V) in formic acid at a
pR= 2.9 and a current density of 100 nia/cm2: 1 separation of PuMO; 2-
separation of U(VI).
The organic acid used for figure 1 was formic acid. i7or citric acid the Pu(IV)
curve (1) is shifted about 0.5 p11 units to the right and for ascorbic acid the
curve is shifted about 1.3 pH units,to the right. Values are not given for the
separation of U(VI) from citric and ascorbic acid. Optimum conditions for the
separation are a 25-30 minute electrolysis in formic acid solution (pH = 2.9)
with a cur-rent density of 100 ma/=2. After the second separation the recovery
of both U and Pu was greater than 99% withJess thane IX contamination by the
other element, e.g., by Pu in U, or vice,veTsa.
3/3-

USSR uDe 54i.i83.3,(,g".M.3+546.799.4)#546.92
SAMMEVAt A. G.#
"Separation, of Neptunium, and Plutonium by anAdsorption Method on the Surface of
Polished -PlatlnuWl
lAningradl. Radiokhlmiya,, Vol 13, No 6, 19?19 pp 85?-860
Abstracta A novel method was developed for separation of plutonium from
neptunium based nthe adsorption of plutonium on thesiaface of polished
platinum. Pu(IV3 is adsorbed to the extent of 99.5�9.1% In a vide range.of
PH valuesi PH 1.7 to pH 9.8. Tetra- and:he=valent b3p'tunium may be adzorbed
on the surface of polished platinum to the extent of 70%, while the pentavalent
ne tunium Is not adsorbed at all. The procedure for tho sepamtion of
zfiv) WA (V) ...ed of two ads
NO orption cycles, aft6r which the mother
liquor was transferred to another platinum dish and subj.8oted:to electrolysis at
pH 2-5 liberating nePtuftium q=ntit-at 3y

Nr Ref. Code: IJA 024.1
:Ace h/VP347157-.
PRIMARY SOURCE: Meditsin a iologiya.,-~ 1970., Vol 15,
Aa I
Nr 2, pp.
-ROENTGENOTHERAPY OF WFLAAWATOPY DISEASES
A. 1. Zhuravok
a wryw"'~'"
Roentgenotherapy was applied to 201 patients suffering from certain inilammitorv
diseases. In 91 cases it was used as an independent, method and in 110 others-.rl
conjunction with surgical intervention and antibiotic*. Single diose of the order of
10-15 r were chiefly used. and oily in some~ Instances these were increased up to
30-40 r. Summary doses did not exceed. 160. r.'In 193 o[ patients the results
were good and in 8(3.9%)--unsatis'actory.. Affer. roentgenotherapy
of the treatment
no complications were recorded.
REEL/FWIE

UDC. 547-435.2.4-632.954
A., FADDEYEVAO V. K.,.ZHURAVSKAYA T S " and
I., All Union Scientfri'd . WMAY6 nstitute for
of Plant Protection,'Moscow', State Committee for
"Herbicidal Derivatives of Hydroxylamines
XXX. O-Substituted N-halophonox7acyl-N-alkyl(aryl)hydroxylarrines'I
Moscow, Zhurnal Organicheskoy Khimii, Vol 6, No:2, Feb 70, pp 281-285
Abstractz O-Acylhydroxylamines were obtained by reacting hydroxyl-
:amines. ith anhydrides of alkylearboxylle acidsiin presence of acid
catalysts (phosphoric acid or a mixture of phosphoric acid and carbox-
ylic acid anhydrides). The N-methylhydroxylamines react under slight-
ly more drastic reaction conditions,than corresj)onding' N-phenyl deri-
vat-liveB. Reaction rate drops with higher molecular weight of tho
anhydride. O-Carboothoxy-N-haloaryloxyacyl-N-..;.Phenyl(.Methyl)hy(lvoxyl-
amines cou2d be obtained from:the reaction of ethy1chlorocarbonate
and hydroxylaraine Jn an inert solvent at 0 to 200 and in presence of
organic bases (pyridine, triethylamine). At room temperature hydroxyl-
yl-N-haloaryloxyscyl-
-amines react with isocyanates,t,o yield O-carbamo
1-12,

USSR UDC 621.357:621.79.027
MYZDRIKOV, A. M., MIIRKIIANOVA, N. ~A.0 ZIIURAVSKTY A.JIC.
"Selection of Electrolytes for Electrochemical Machihing"
V sb. Novoye v clektrofiz. i elektr-okliiri. obrdbatke materialov (Miat's 1,iew in
Electrophysical and Electrochemical TreatmC~nt of Materials.- collection of
works), Leningrad, z1ashinostroyeniye Press, 1972, pp ZI-23: (from RZh-Khi,-Aya,
No 129 Jun 72, Abstract 'No 12L300)
Translation: The potentiostatic method, of,studying the anode behavior of EI-
961 alloy in solutions of different.composition.is used to select the optimal
composition of the electrolyte for elect me
rothemical di nsional machining. This
is an aqueous solution of 15% Had! and I[aND
-----------

USSR
AMIRKHANOVA, N.A., ZHURAVSKIY, A. K. and USKOVA, N.G., Ufa
"Anodic, Dissolution of Nickel-Base Heat-Resisting Alloys in Salt
Solutions as Applied to EKh_RO (Electrochemical Dimensional Finishing
of Metals)"
ied Physics Institute,
Kishinev, Electronnaya Obrabotka Mat,erlalov, Appl.
Academy of Sciences, Moldavian SSR, No 6, 1972b p 19 .23
p
Abstract: The electrochemical metal finishing is achieved by anodic
dissolution of metal in the electrolyte. 12 electrolytes of different
chemical composition were tested with four nickel-base heat-resisting
alloys. The specimens were cylindricali ~- 5 mrn diameter, rotating at
800 rpm. Graphs show the dissolution, speed as a fanction of applied
voltage. Tests showed that electrolytes having a NCaC1 base are the most
productive. With electrolytes having a NaN03 b.se the anodic
dissolution is preceded by oxidation, which causes a non-uniform anodic
dissolution and resulting rough surface finish.

xSSR UDC: ~621-305.385
ZMEVS
~"A Discrete Information Receiver"
Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy,'Tovarnrye Znaki, No 22,
19T0, Sovilet Patent No 275154, Class 21,,file
A 9 Aug 68, PP~37-38
Abstract: This Author's Certificate introduces a discrete Information receiver
for parallel data transmission equipmant. The device,contains &:signal level nor
with threshold voltage shaper, and groups of channels connected to a logic
circuit. A narrov-band channel filter, a detector, and a SU14tractt-r connected bo
the logic circuit are connected in aeries in each~of the channels. As a distinguish-
Ing feature of the patent, the receiver is simplified,by making the signal level
..normalizer in the form of a threshold voltage:shaper control module with the outputs
-of the detectors in all channels for a given $roup.connected to the inputs of the
-control module.
UNION

212 029 UNCLASSIFIED PROCESSING 04TE-11SEP70
~CJRC, ACCESSION NG--AP0101773
_'~ABSTRACT/EXTR ACT- ( IJ) GP-0- ABSTRACT. IN TH E ARTICLE THE R~:SULTS OF
',EXPERIMENTAL STUDtES ON CREATION Or- A VASCULAR GR:Ar-T SUPPLYING TH,-- HEART
:.FROM THE JE-JUNUM IN CHRO'41C COq-ONARY imsur-FICIENCY ARE OF~CPIBED AS WELL
AS OUR INITIAL-CLINICAL EXPERIENCE WITH TMF USE OF JEJUNOCA;MOPLASTY.
THE EXPERIMENTS HAVE DEMONSTRATED T`Hfi 'RATIONALITY OF CONST:~UCTIqG
INTERORG4NI-C ADHESIONS BETWEEll THE JEJUNAL WALL AND HEART FOR ADDITfONAL
~MYOCAROIAL'-BLOOU SUPPLY. CLIMICAL OBSER.VATIONS,HAVF EVIDENCED A
IMPROVEMENT QF THE OPERATED PATIENTI~Sl CONDITION WITH THE
LAPSE- OF TfME#
-Uf
. ..........

USSR UDC 621.371.25
GINZB-JPG, E. 1., 7HURVV_qKIV institute:
of Geolo-y and Geophysic.:s of
Z)
the Siberian DepZtizent of the USSR Academy of Sciences
e
"Statistical Fading 11fodel of Shortwave Radio Signals 01y.liquely Reflected from
the.Ibnosphere"
Corkiy,- Izvestiya vysshikh uchevAykh zaved6iL~, ~Iadi:ofazika, Vol XV, No
3-972, pp 5-10
Abstract: Experimental data are presented as a basis for the following propo-
sition: the distribution function of the shortwave signal levels is deLertziined
aD
by a large nuriber of model par-neters the relative effect of each of which is
small. Rapid fading of shortwave signals is sinulated by a Poisson pulse
train. The distribution laws. of the pulse amplitudes and durations are deter-
mined, and the autocorrelation and.distribution functions of the signal levels
are calculated. A comparison is made with the experimental data.
Significant divergence,of the experimental and tli~~oretical curves in
the probability range le&s than 0.2 is explained as falLows. When deriving the
distribution function it 11.13 assumed that the distribution laws of the "posi-
tive",and "negative" amplitudes coincide.. . KoWevet:, the,: negative amplitude
distribution breaks away sharply in the a ~T region (a is the amplitude of an
1/2
M~

UDC 577.4
USSR.
ZIIIGLTLT-,I, L. F.,
'!possibility of Block Synchronization with Respect to Request Combinarions in
Systemss with Blocking
V sb Peredacha diskret, soobsbeh. po kanalain s r2j)2~i r ~uy L,.--. i i ci i m iv aoI i i b k,3,, ii
(Transmission of Digital Nessages overt Channels.. with-Group Errors -- Collec
tion of works), Hoscov, 111auka Press, 1972, pp 68-74, (ftom 11,7-h-Kiberneti'xa,
NO 7, Jul 72, Abstract Ilo 7V458)~,
Translation: An al-orithri is presented for the operation of a systeia with
blocking in che synchronization mode. It is proposed' that synchron-iza-tion be
realized witit respect to request combination in the blacking zone of "he
master- station receiver. A study, was- also mzide of tht~ choice of the recuest
combination, in particular, the requfreMetnta imposed dn the: autocorrelation
f. uliction. of the request combination.~,

1/2 035 UNCLASSI Ff EO PROCESSING DATE--04DEC70
TITLE-SELECTION OF T'IJE CHEMICAL COMPOSITION OF T I TAN I UM ALLOYS WITH A LOW
SUSCEPTIBILITY TO H,'0ROGEN INDUCIED, BR IT TLEN ES S-;14-m
'~AUTHOR-(03)-KOLACHEV, B.A., L-IVANOV's V A s'- 1!11~" '-- V PL 011
go
-COUNTRY OF INFO,--USSR
.SOURCE-_AKADEMIIA NAUK SSSR. IZVESTIIA METALLY, MAi-JUNE 1970, P1158-164
-'..DATE PUBL I SHED----- 70
7-ISUBJECT AREAS-MATERIALS
TOPIC TAGS--HYDROGEN EMBRITTLEMENT, 6,18LIOGRAPHY, T~TANIJJM ALLOYi HYDRIDEv
BETA- P.HASEt- METAL HEAT TREATMENTt--Ciit~ic'AL.CG'MPOSITION..*
toNTROL HARKING-NO RESTRICTIONS
~DOCUMENT CLASS-UNCLASSIFIED
:PROXY FICHE NO ---- FD70/605011/Ell STEP NO--UR/037o/.7,b/ooo/ooo/ol5B/OL64
GIRC
ACtESSI ON NO-IAP014021,1
UNCLASSIFIED- ,

:2/2 035 UNCLASSIFIED PROCESSING DATE--040EC70
.CIRC ACCESSION NO-AP0140218
ABSTRACT/EXTRACT--(U) GR-0- ABSTRACT. 'REVIEW OF l*HE POSSIBLE CAUSES OF
HYDROGEN INDUCED BRITTLENESS OF TITANIUM ALLOYS AN 0 METHODS OF ITS
PREVENTION. IT IS STATEO THAT SUSCEP.TIBUITY OF iTHESI: ALLOYS TO
HYDROGEN INDUCED BiRITTLENESS CAN 'BE GECREA,SED 5Y :INCREASIING THE ALUMMM
CONTENT WHICH ENHANCES THE 'SOLUBILITY' 01`.HYDAIOES~ Ili 1-HE t3ErA PHASE-0
SUSCEPTIBILITY OF ALPHA PLUS BETA ALLOYS TO 1'-IYDROI!~IEN INDUCED BRITTLENESS
CAN BE DECREASED BY THE FOLLOIdING METHODS. 41)' INCREASING THE AMOUNT OF
THE BETA PHASE. (2) INCREASING THE CRiTtCAL CONICENYRATIC3N OF HYDROGEN
IN THE BETA PHASE (ABOVE WHICH.THISE PHASE BEGINS~~1-0 BE BRITTLE). (3)
DECREASING THE CoNrENTAATION RATIO,OFHYDROGEN IN'THEALPHA AND BETA
PHASES. THIS CAN BE ACHIEVED BY SUITABLE,SELECTION OF' THE CHEMICAL
'COMPOSITION OF ALPHA PLUS 6ETA ALLOYSt.,OR~ay suaj~,CTING THESE ALLOYS TO
HEAT TREATMENT UNDER SPECJALIZED,mCONDI.TIONS.
UNCLASS IF 1E0

USSR UDG"616.21-057-.797.22
_SHAPAREIRCO, B. A., GULER, S. A., ZHURB A. N., and LTMIN, A. A., Chair of
Otorhinolaryngology, Donetsk Xedi"caT.Wiistitute, an&Bonetsk Department,
Central Experimental Design Bureau-ior,.Special Equi~ment
"Functional State of the Otorhinolaryngological Organ's in kquanauts and
Scuba Divers During the 'Ikhtiandr.68' :U-nderwater Experiment"
'Moscow, Vestnik Otorinolaringologii, Nq 6, Nov/Dec 760 p 93
Translation, Examination of the condit ion of th.e eari nose, and throat of
four aquanauts (group 1) and 13 scuba divera,(group 2) who remifted under
water at a depth of 13 to 15 m.for a long time under (,onditions of high
pressure (2.2 atm), high humidity (92 to~96%), and dedreaseB in. temperature
revealed that during the first 24 hours the first group of nubjects had a
"full and stuffy" feeling in the ears. No 04ective d-langes were noted in
the otorhinolar-nzological organ . On the next day they developed swelling
and hyperemia of the mucosa of the upper 'respiratory tract, retraction and
cloudiness of the tympanic membranes, and 1wering of the barofunction of
the middle ear to the second degree. On:the 3td day they exhibited signs
of infiltration of the mucosa and lymphoid tissue of the respiratory tract,
hyperemia of the tympanic membranes, hoarseness, and closure of the vocal
1/2

USSR
SHAPARENKOi B. A., et al, Vestailk Otortnolaringologi-L No 6, Nov/Dec 70, p
93'
chords. On the 4th day all members of the underwater laboratory showed in-
flammatory changes in the mucosa and lymphoid tissueof the upper respiratory
tract, infiltration of Gerlach's tonsils, and ea,rly ii~dications of eustachitis.
During their stay under water, the 13 se'uba.divers (group 2) experienced the
same changes in the otorhinolarynoological organs as those in group 1. The
changes were indistinct, and their conditiop:re~urned to normal within, 2
days after the men left the.water. Increased time.under water resulted in
the development of incipient signs of catarrhal inflaunatiori. of the organs
studied.
2/Z

USSR UDC 626.024:616.21-008
SHAPARENKO, B. A., GULYAR, S. A., ZHUn A4 N.. and LT1'KIN' A. A. Otorhinolaryn-
gology Department, Donetsk Medical ';id Medical Physiology Division,
Donetsk Department, Central ExperimentaLlYestgn Bureail for Special Equipment
"Dynamics of Functional Shifts in the Otorhinolaryngological Organs of Scuba
Divers"
Kie v, Zhur nal Ushnykh, Nosovykh, Gorlovykh Bolezney, No 4, Jul/Aug 70, pp
.79-82
Abstract: Thirteen scuba divers workin at a depth of;13 to 15 meters (water
9
temperature 17 to 21*0 were examined at 30-min intervals for 3 hours. The
data obtained revealed functional shifts in.the ear, nose, and throat which
varied according to certain external factors. A lowering of the. ambient
temperature caused temporary constriction.and then dilintation of the blood
vessels in the nasal mucosa and lymphoid tissue of the~~nasopharymx. Increased
secretion of the mucous glands and impairid:nasal:breathing resulted in ob-
struction of the eustachian tubes. and.deterioration ofAtearing. These shifts
were less pronounced.in a control gr9up-qf.qtght vcubaAivers who wore a
"Sadko" water suit made of thin b a:wool linfpg.
xu~ er "th

USSR uDc 62-72
Zjjjjpg~ ~A,'& %IOL'NnC, YU. YE., KATRUSH, R. V.) SABIROVA7 G. V., and
ALI Union Scientific Research Institute of Petrochemical
Processing
"The Influence of the Depth of Hydropurification of the Fractions of Jet Fuel
on Their Low Temperature Properties"~
Kiev, Khimicheskaya Tekhnologiya, No 3, (63)j may,~'Jun 71"?, pp 17-19
Abstract: The ef
-feet of the depth of hydrofining being used as the first stage
of.-the hydrogenation process of Jet fuels with increased content of arormtic
hydrocarbons has been investigated in regardito the low temperature properties
of th-ehydrofined fuel. It has been~noted that after~deep 1~ydrofining the
temperature of the initial crystallization is raiaed and a ttirbidity is observed
proceeding the crystallization by some 12-140C. It has~beenletermined that this
turbidity is caused by accumulation of poorly branched paraffin hydrocarbons
of high molecular weight.
aw!

I-IMM I MUM I In T-41-T13 Alai I VIM: MIM-177--P.117`11.1-1:131 C: Iii ;M77i I I

UDC
P
-T
L;!! 0
-o c
ns of o"
r 101'
LV~.LILj.-.lj'Va. Pilo
lr~ 2p
57

A", a et
240" On

275-Y

, 0i"

tin
CF

01'
on o~ bolrik

ant offam MEN

USSR UDC 665.52
ZHURBA, A. S., SIIOL'NT-V,, Yu. Ye; (deceased), BRYANSMA, H. K., and
-Unioa Scientifi4i Research Institute of Petrochemistry
MARTYNYUK, A. D., All
"Production of Jet Fuel With Imoroved qualitative Properties"
Kiev, Neftyanaya i Gazovaya Promyshlennost"., No 4,.1973, pp 36-38
-180, 130-240
Abstract: Hydrogenation conditions.for kerosene fractions~130
and 180-240*C over aluminum-platinium. catalyst AP-56 were investigated. It
was established that at 40 atm and 300'C the degree of,conversion of mono
bicyclic aromatic hydrocarbons is 90%. The hydrogenation product should
be used as the low aromatic component for the production of commercial re-
active fuel by mixing it with straight distillate.
57

1/2 023 UNCLAS~SIF'Ito". 'PROCESSING DATE--230CT70
T-iTLE--PHYSICOCHEMICAL AND TECHNOLOGICAL PROPERTI,ES.OF PRILUKI AND
PETROLEUMS -U--
~,iA.UTHOR-(03)-CHEREDNICHENKO, G.I., A.S.# USU.POVA, L.G.
lHq
ULM
___COU,
NTRY OF INFO- USSR
NEFTE KHIM. (MOSCOW) 19701 (3) s 47
DATE PUBLISHED ------- 70
"IS UBJECT-AREAS--EARTH SCIENCES AND,OCEANOGRAPHY, MATERIALS, PROPULSION AND
FUELS.
T.O.PIC,TAGS--KEROSINEo GASOLINE, JET FUEL, PETROLEUM OEPOSIT, GEOGRAPHIC
PETROLEUM REFINING, PHYSICAL CHE41STRY, PKOPERTY, CATALYTIC
-.REFORMING
-CONTROL MARKING--NO RESTRICTIONS
..:OdC UMENT CLASS-UNCLASSIFIED
J;:PROXY,PEEL/FRAME--3001/2081 STEP \10--URIO-Ild/.70/000/003/0047/0047
;l _tIRC, ACCESSION NU--AP0127454
UNCLASSIFFE0.

_71;_- V11-
USSR UDC 616.981.45-056.3-092.9~-o7t6l6A55.3~-o97.35-078
YEL' CMHOVA YE. A. and Z State,Control Institute of Medical
j
Biological, Preparations i avlch~
"The Leukocytolysis RGaction ar. an Indicator,of Bacterial Allergy in ExTerizental
Anima3s Infected With CrucellW1
Moscow, Laboratornoye Delol No J1,, 1971, pp 685-687
Abstracts -The possibility of using the leuko~ytolysis reaction to evaluate
bacterial allergies In brucallosis was studied. Methods were chosen to indicate
specifically an aller&7 in experimental animalri (rabbits and guinea pigs)
infected with brucellosis. Methods used wares skin test (Burnet reaction),
temperature reaction to internal introduction of a specific antigen, and tie
leukocytolysis reaction. The gVlnea. pigs ezd rabbits wav simultaneously given
2 to a 4 billon cells of a 2-hr culture of Br. abortui H,7104, On the )Oth day
blood was drawn from -the animalu# a skill test was done#Tand the temperatuxe
reaction to internal introduction of 35 millioncells,of.1cilled thorw,~eutic
brueellosis vaccine (10 million calls in 0.2 ml) was stuaied. . The leU0,cytolysia
reaction was conducted ulth blood taken from theardmals~infected with brucellae
and oltrated. The let0kocytolysis reaotion was corducted -irith the s=e antigenz
and the blood of the noninfected control animals. After careful mixingp the
4/2
42

USSR
YEL-CHINOVAr YE. A., and ZHURBAr H. D., Labolratornoye Poloo No 11, 1971, pp 685-687
reaction was incubated for 2 hours.at 37 0. The quantity of leukocytO3 in
the mixture was calculated before and after incubation, In the blood of infected
animals the average percent of leukocytolr-is f o' r 9 ", of the 3-abbits im 40.7%
to 43.WjS arA for 100 porcent of guinea Pigs, 36.21% to Nonspecific lysis
with physuological saline was observed in 14,%~- 10%- of the anlrals. In controls,
9. positive reaction after contact with the antigen i= ot-served in only 26% of
the canes and the leigcocytolysis was,4% - 20, Results of shin allergy tests,
temperature reaction*, and the leukosytolysis reactloft agreed in most cases.
Thelaukocytolysis reaction is distinguiphel by Its safety and simplificity
and is a sufficiently reliable index of infectious allergy. The leukocytolysis
rIeaction is reco=ended for furthek,study in clinical corAltiors, with various
&o=s-of human brucellosis.

USSR UDC 61k.-.9811_4 2"09 2 .9 -0 8S. 3 7149 7
YELICHINOVA, Ye. A.. , and ZHURBA 111
Mj 1 Stat Control Institute
for Medical P-nd Biaiogi ~meai~ L. A. Tarasevich-,
Moscow
.1mmunoloaical Shifts in Brur_e11a.-rnftct_ed Animals After- Appli-
cation of Vaccine Therapy"
Moscow, Zhurnal Uikrobialogii,. Epidemialogii. i Immunobiologii,
Vol 48, No 2, Feb 71, pp 75-80
Abstract: Stimulation of antihady- fb=ation in rabbits infdcted
with Brucella and treated with corp4s~cular therapeutic vaccine
(a suspension of Brucella cells. k:L1Led'. by. heating) or one of
four soluble antigenic preparations QIhite ant,igen, "cellophane"
antigen, brucellin, or purified bruce,11-osis alilergen) t..ras
studied. As far as stimulation of1mmunity in infected animals
was concerned, the soluble antigens~ wexe no less effective than
corpuscular therapeutic vaccine.. The: Lmmunological response of
infected animals to therapy depend6d_nat so much on the nature
of. the preparation useci a& an. ift e: rmadimess of! the organism for

USSR
'YEL'CHINOVA, Ye. A- and ZIiIJR.BA,. M., il.r..", Zhurnal IMikrobiologii,
Epidemiologii i Immu-nobiolog-ii., VaE 48.,- No Feb 71.1. pp 71"80
antibody formation (the I'immunalogi2cal- memoky") The soluble
antigens had a lower allergenirc:effelct- than-,corpuscular vaccine.
Therapy with the preparations studi-6,d,, besides stimulating the
formation of ant-,bodies, increas~ed' the phago~cytic activity of
the serum. Rabbit immune sera had a~bacteriostatic effect-.with
respect to Br. abortus H,-104, wkich, was:, used to infect the
animals in the experiments conducte-&.. Normal rabbit sera also
exhibited this effect. Them bactexi.iiLdal. effbct of immune sera
with respect to Brucella was low'. I -.1ower than that of normal
rabbit serum. Apparently- in-fact�rur With Bruce 11 a . 1 ow e re d - th e
defensive potential of the orvan-is-m- as-.- far as bactericidal-
properties, of the serum were'.,CUn;a~-n'e-d.:..
2/2

Acc. Nr. AbstractiTIg Service: Re-f. Code:
a ABST. -7d
APOOMMO CHEIRICAL # I
QL
71247h Reaction of cobalt(H) moride vvitit arbattl0c amines
In nonaqueous Eolutions. Dail One-
ajj&W~6X avft~ -V- 1. ~-
prooAro,vsk. Khim,-Tekhriol. Inst ~ irn.'Dzerzhin9FZi;46,I nerra-
petrovsk' 71Atm.. 19-Aly fal.
(Russ). cornplexing of,CaC12 Ivith! Pit Nft- im4 Vi dcrNs.
. .1 ~ W- ~ . - , 1. ~ ~.
(o-toluidine, JVIej~Nft, Etj',4 Jlh 0~01151( tile, ~ Pilljllslc Itle,
P-phenetiditte, and, 2.'13~~x ylldint) 1~ vv !-~iudi~,d
metrically. Instability consts, -;.O~ t6cl,4~0m~Ot~. ami'ne
compl"Cl ill Afele-0, cyciAexa~cm~ ~M.~ ~nd BuOR are talm-
IAted. Stability of 'the.compjexeq' ahd 11 -4iLpprox.
the same, and it is lower in AuOH. S is attributed er
0 high'
basicity of BuOH than Out of ~MetW or I-, ; Ill genq-Al, expti.
results show that interactiori of.co(11) wfth aromatic ~mineii is
ot limited to the formation of do'nor-acceptor bo ds 'I-IMJR
n
REEL/ FRANE
018

USSR UDC: .621.396.677(08 -8)
AYZENBERG, G. Z."ZHMENKO' E. ~M. KUGER:
G. A., LYALIKOV, V. V.
A Long-Wave Impedance Antenna
USSR Author's Certificate No 24736 '2, filed'20 may 68,: published 11 May 70
ov, 70,', Abstract No 11B61
(from RZh-Radiotekhnika, No 11, N
Translation! The pro-posed antenna system consists of an, antenna tower, and
'Is which are fastened to the antenna
log-periodic zig-zag: arrays hung on rai
-tower. A switch is used to connect the~transmitter elther to the antenna
tower or to one of the zig-zag elements.. When the transmitter is connected
to the antenna tower, the antenna.system is~an impedance antenna with un-
directed radiation pattern in the,horizontal Palne; in this casia, the zig-zag
dic arrays are passive elements which act as. Xjides. In the case
Log-perio
where one of the log-periodic arrays is fed-,~.the antenba system is a direc-
tional frequency-independent average-wave antenna. The direction of maxilirram
radiation dept-nds on which log-periodic array the tranSmitter is connected to.
In case it is necessary to serve severa-l,aectors irith,meximwa radiation in the
direction ot the vertex of the logT-periodiestructuresl' a tranHmitter is
connected to each of them. One illustration, A.*K.
12

USSR UDC~-. 621.396.677-75
BERG, G. Z. , llf~L
AYZZNB B LN a, 3. N., KLIGERt A. and LYALIKOV,
V. V.
"Impedance Antenna With Delay Structur Cor-aipting of Zigzag Wire
e
Lines"
Moscow, Radiotekhnika, Vol.
25, No. 11, 1970, ~pp 39-48
Abstract: Impedance antennas contain two elem6ats, exciters and
directors, the latter being an impedance surface whichis usually
--a ribbed metallic surface. The pUrpose or thib article is to ana-
lyzeantennas of this type and to show how their present form,
which is complex and difficult to produce especially at incre-rised
wavelen1-1-.1-hs, can be imitated.by replacing the solid metal surface
with ribbons or wires bent in reotangle-toothed fashion. In their
analysis, the authors limit themselvesi'to consideringan asymmet-
rical vibrator and impedance structure-in the form of a grating of
radial zigzag lines with vertical and horizontal elements of vary-
ing length.. They conclude by asserting that such antennas are
promising for medium and high-frequeacy use, and~recommend Viat
further irivestigations iato-film.and.wire impedozce structures be
made. Theoretically and experimentally determixiod directional dia-
grams in the vertical and-horizontal planes: are ~shovrn.
10

212 007 UNCLASSI FIED PROCESSING DATE-23OCT70
-CIRC ACCESSION NQ--AP0119203
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PREPN. OF SAMPLFS FOR DETG.
PRIME14 C IN TISSUE PROTEINS BY DISSOLUTION IN. C-ONC-0. FORMIC ACID WAS
DESCRIBED. PROTEINS WERE PPTD..BY CL SUB3 CCO,SUB2 Hj WASHEOv AND
DRIED. THE SAMPLE OF DRIED PkOTEINS WAS HEATED~:Pl A KNOW4 AMT. Oi--
CONCD. FORMIC ACID ON A BOILING WATER BATH AND W 'AS DISSOLVED WIfHlN 7-15
OF
MIN. THE SOLN. PROTEINS WAS A.PPLIEO: 0 PLATES. AND FORMIC ACID, WAS
EVAPO... FACILITY: OTD. BIOSINO GIOL-1 SVIJISTV~3ELKA, INST.
BIOKHIMOI-KIEV, USSRO
U.NCLASS I F T ED

027 UNCLASSIFIED' PROCESSING DATE-11DEC70
CIRC ACCESSICN NO-AP0142903
7- ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE EFFECT OF SODIUM BICARBONATE
AND MA-PPIM.E2 POSITIVE, MIN PKIME2 POSITIVE-AND Z.Nl PRIME2 POSITIVE IONS
ACTIVATING THE PRUCESSES OF CO SUB2 FIXATIO4 IN TH&ANIMAL TISSUES 04
THE C PRIME14 iNCORPORATIUiN INTO PROTEINSzAND LIPIDS OF K16INEYS A14D
N AFTEP SOPERCENT
SPLEEN 6A5 STUDIED IN THE DYNAMICS, OF LIVER: REGENIEPU'r1lit
HEPATECTOPY 241 72 AND 166 HRS AFTER: THEt OPERATION..'; AN HOUR 13EFCIRE
KILLItNG 21.~5 IMU C PER 1. KG OF LIVE WEIGHT ~UF 2jC PRIME14 SODIU111 ACETATE
WEkE- ADMINI-STERED INTkAVENOUSLY TO THE. ~NIMALS:-AND ~SPECIFIC
-RADIOACTIVITY OF KIDNEY AND SPLEEN. PROT E INS: BAND L10105 6AS DETERMINED.
Y R
IT4S SHGfAN, THAT 10 DA FEEDING OF THE MENT1014ED SALT AIXTU E (SODIUM
BICARBJNAIE9 25 PARTS, MAGNESIUMt 5 PARTS, MANGANESE AND ZINC, 0.1 PART;
604 14G OF THE MIXTURE PER 1 KG OF LIVE WEIGHT) JO R,iWimS CONSIDERABLE
INCREASES THE C PKIME14 INCORPORATION INTO ~KIDNEY PRUTEINS 24 AND, 74 HRS
AFTER PARTIAL HEPATECTOMY AND INTO, SPLEEN :PROTEINSil' IN ALL THE TERMS OF
"TIGATION. THE INCREASE OF THE lt*TEN!' ITY Iii: TEH LABEL
THE INVLO
INCORPORATION [~`ifO THE KIUi4f,.Y ANU SPLEEN W)IJ$ IS ONLY ON THF
THIRD DAY AFTER T~-E LIVER REGENERATION BEGuouriG. TizuslWURTHY
JIFFEkENCES GETfiEEN THE VALUES GF SPECIFIC; PADJOACT:IVITY OF PROTEINS ANID
LIPIDS OF k-AbBIT KIDNEYS A,%J SPLEEN' WITH. kEGENERArING LIVER, WHICH DID
.40T GET ::HALT MIXTURE, AND SHANLY OPERATED ANIMALS WOiE IOT ESTABLFSHED.
FAL I L I TY: INSTITUTE OF.B10CHEMISTRY, ACADEMY: OF:SCIENCESP
UKKAIINIAN SSRt KIEV.
rr_n