SCIENTIFIC ABSTRACT ANTIPINA, T.V. - ANTONENKO, P.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200210007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

212 026 UNCLASSIFIED :,,'iT:----2 3
CIRC ACCESSICN NO--AT0119981
ABST-~ACT/E--XT[,,ACT--(0) k')P-0- AESTRACF. K SU32 S SUB,'
POLYMN. OF METHACRYLIC ACID (1) IN AQ. NIEDIA AT IN THE
PRESENCE '~iF POLYETHYLENE C;LYCOL (fl) OF VARICUS 4-1S. TO
ESTABLISH THAT THE 0-R01:16SED COOPERATIVE 1 114 T ER A C T I T T H E ij:,j I ! ~
P:)L Y U4 E T HA E ~YL I C AC 10) ( 111 ) CH A IN AND T H E f I M A T 1~ I X R J S E F R
SO IN 0 1 N G3 B E T,~ -E E: N '- 0 S U 6 2 1- 1 G k 0 U P S A N D I I G A T 0 ~41 S . T ": ~-, ij L y '.t " i . ""A
FELL GREATER THAN 10 T [ACS AS I I MCL . WT. I NCREAS ~:O S I i, 1'!', 110
TO SIMILAR TO 10,000. LOW MOL. WT. 11 DID NOT FORM Sr-~GN~3 COMPI-t-XES
WITH III AS SHOW"N BY INDEPENDENCE OF THE REDUCEO VlSi-i-)SITY OF 11 1 1 N, T'~ IV:
PRESENCE OF 11 ON It MOL. WT. LESS THAN 1000. T.H~ INITIAL RATE 'AAS
INDEPENDENT OF II CONCN. APPA-~ENTLYP III MUST ATTAIN SUFFICIENT LENGTH
FOR COOPERATIVE INTERACTION WITH 11 BEFORE PULYMN. Ct~\'T INUIES ON THE
MATRIX. At-TER ATTAINING A 3-4PERCENT YIELD (BASED JN 11) DF III OR
ADDINIG THE CALCD. AMT., THE POLYMN. RATE INCREASE-0 T,- Ttirkr ~juS.,). IN THE
AqSEtjrE OF T1. AT HIGH PH, WHERE MON9MER AND IH CH'~INS AiE",E
THE kE-4-CTIUN RATES 1,N THE PRESENCE AND ABSENCE OF If 3jr '4 1 TH
L-L;'XEA1N'j 'DF ~)Hv TH~-- -'~.-%TE INCREASED INSIGNIFICANTLY 11% THE C)F I I
WHILE THE kATE IN THE ABSENCE OF It INCREASE9. F A(1- 1 L I TY: AUSK.
GUS. UNIV. IM. LOACINOSOVA, MOSCOW, USSR.
; '. "- L. A ") ') I F I E- D

1/2 Oil UNCLASSIFIED PROCESSING DAFE--30OCT70
TITL,----ACIDITY OF FLUORINE CONTAINING CATALYSrS POISONE0 WITH PYRIDINE
STUDIED IN A PULSED MICROCATALYTIC SYSTEM -U-
AUTHOk-(02)-ANTIPINAt T.V., YUSCHENKO, V.V.
COUNTRY OF INFO--USSR
SCURCE--KINET. KATAL. 1970P 11(l), 134-8
DATE PUBLISHED ------- 70
SUbJECT AREAS--CHEMISTRY
TOPIC TAGS--CATALYST POISONING, FLUORIf4E, PYRIDINE, CATALYSr ACTIVIrV,
CUMENE, CATALYTIC CRACKING
CC'-"T-"IjL kESTRICTIONS
DOCUMENT CLASS--',J;,4CLASSIFIf-D
PRI)XY PEEL11-1~A?A;---I')c)110t331 STEP
CIRC A1cc11:.Ss!~_`..N (35
! j,: C I ~ ~ r"_'S~ 1 F i _ 1)

2/2 Oil UNCLASSIFIED PROCIESS[ING DITE-30OCT70
CIRC ACCESSION NO--AP0119735
ABSTkACT/c-:.(rt.,,ACT--(Ul GP-0- A3STRACT. THE CATALYTIC ACTIVITY AND ACID[rY
OF 2 SERIES OF CATALYSTS, DIFFEkING IN CHEMI. COMM. A;,.f) STRJ(-TUR~:- (AIF
SU63, ALF SUB3.AIGHF SUB2, ETC.)y AS qELL AS H-JUDRY CATALYST ANO ZE-60LIT&
HYt !NCREASED SYMBATICALLY WITH INCREASING CONCN. OF F 1N THESE
CATALYSTS. THE CATALYTIC ACTIVITY WAS STUDIED FOR THF CRACKING Or'
CUMENE AT 370-400DEGREES. FACILITY: KHIM. FAK.# MOSK. GOS.
UNIV. IM. LOMONOSOVA, MOSCOW, USSR.
i;'1jk1i-A1.S ir flu:[)

112 019 UNCL ASS I F TED PROCESSIN(l, rATE---)-j~-rT7')
TITLE-ADSnOPTION UjF BENZEINE ANL) METHANOL VAP-ORS 01 AL.I~MIINUI'A
HYDROXYFLUORIDES -U-
AUTW IR-(02)-WjLGAK0V, fI.V., ANTIPINA, T.V.
COUNTRY OF lPiF0--LjSSR
SOURCE-VESTN. MOSK. U,"JIV., Kill.',',. 1970, 11(l) , 27--31
DATE PUt3L ISHED - - - - - - -70
SUBJECT AREAS--CHEki[STRY
TCPIC TACS--(,AS AO~IjPll I WN, BENZIP~.~ , MUHANI.-il- I Sffllt-,P~ til-ur",
C0.1-1POUND, I-LUuRlDE
CONTROL "tARKING-NO, ~;ESTRICT`IGNS
DOCUMENT CLASS-UNCLASSIFIED
PROXY RHELIFRAME-1097/0598 STEP
Cl~~C ACCFSSI~J'11 N'Di-AP!)II9~16

212 019 UNk", L A S S I F I E 1)
CIRC tCCFSSI,",N NI-AP011'4516
A6ST:~ACT/E,\Ti:ACT--(0) (;P-0- A S I Li,1 1) .11
2- 0 0 E 6R ~ E S F OR S 4 M P L E S C L I N r;-) . 1) 1 F F E 4 F,',, T F C ilN, C N S i y i S ~, ~%:,,, ~% ,e i~i L r.,
(7, AK R A ri A L ~'. N C E T~j S U L 1 1 1 S 0 T H E R M S ~'E R L f T D Y S I T i F
L! E: T F ),J A T I !I- N -0 0 C S U 5 6 h S UB 6 T H E R C A R 1'4 F L! f-
S T R U C T J. t-1, 4 L h-- H Ai:, A C TI S T I C S A S A F UN C T 10 IN 0 F T H E F- C'~J--t"Ni. A'i
F tl-,-ZSULTS 1~4 A OEC~~E.ASE 1'. THE CAPACITY OF THZ ~, '%-:CLAY;- I,` THC
ADSORPTION POTENTIALl AND IN THE TOTAL PCPE: Vf'L. i- RE A
THE PREDOMINANT POPE SIZE: IS ALMOST 1.N!-)FPENDFNT (Ir" [HE F ("JNC.N. V: 13 i
MEOH THE P,~EOGMINI.A%T P RE RAOIJS IS Slkl[LAR TO THE VALUE:S ~:W.4'0 I-OF C
SIM H SU-36 HJ~NEVERj AS THE F CONCN. IS THE 1111AL P11:,L V ~L~
INCREASES AND THE VALUE OF THE SP. SUPFACE, DETD. 6Y TriE Tii~-i~miluYtNIAMC
METHOD (,^,. KISELFEV, USP. KHIM. 1945, l4v 3b7)t IS N''J" R~:::LATF;-'. AT ALL TO
THE F CONCN. THE DIFF-;P,~-NCE IIN THE Af)SOrl%PTI!JN PARA.*~!ETEPS, DE-TiD. FRUN
THE C SUBb H SUB6 AND ME01H ISOTHERMS, IS DUE TJ THE DIFFE;~E-,-,4Cf: I% mE
NAUTPE OF T14E INTE,~,~CTILIN OF THESE MULS. WITH THE SURFACE.

112 ,!.'.C L A S S I F I F
r IT Li --A L'r'\YL A I I ON ~jV T (A-i A ~,Y PP,jPy Lt ;~F i'N. F LUC, R I ;J il~j I CAT ~LY ST
A U T w.' o 3 K A tl I --,,J L L .1, YVE T t,, E S H C H:. V A , Y E . G T 111 1 T V
T F S
s c ji, I 1 34-6
DATE 7"0'cL JSFLU - - - - - - - -7C
SUbJELT AREAS--CHE.~ISTRY
TCPI%"' T"GS--ALKYLATji~~,!t T!AL.'EN(.t PROPYLPiEp FUJURINE1 ALUMINYI -lyli)tv
(-A~ rW~fl.AAT-3~;kAPHY
CATALYST,
S T T I
1) 0 C i V-1 F"'! TC LV) --L) %'C L A S S I F I

2/2 022 LI%ICL ASS I F I ED P~li-1,Cl,: ')ATF--j2'-'CT7r~
Ali S T T F X I ;: -,,C l'-- ( U At-,, S T R A C T F;ILIJFNEI AND L
F V E " A S S E D I t, T 4' T ~l . P R E S 'S t I i~ L' ANO A I tI L '4'- v r L 'i i
P~,I.lc it.E.3ATIVE-1 rVFi~ AL UXYF:LunRioE crr,,r3. F (1)
FLU,:,.N'jr.,ATLl") AL SU,il-' '-l SHiAl (6.4PFRCEN-T F) ( I I A* 1%,P Y
MAX. Y1 1-0S OF 'I IXEU CYMENE S, '~A 'IN I -LUENE
CAT,~LYS T ( I I I ) . I -
1 2 T . C E,lT A T 2 4 1) U 'I: G zi Ez- E S ; I I , 2 1 P E -~ C E T Al T Z I E S ; I I i
I T A T 2 - 0 D E C,,~ 'JA X . w T . Y I E U) S I"jF T ~4L 1 S
0 T D . Y G ~' S L I J . C A TU A E R. E: A S F L L 0 W S A T T i T F . I Vf:%
30, 220; 60, 330; 50, 240; 1 1) 25, 220, 60, 300, 5j, 240: ( I I 1 30,
240; 40, 280: 60, 240.

I 6~
112 c 119 UNCLASSIFIED Pk0CE-'jSlW, 5ATE--20,'v0V7Q
TITLE--KIi4LTlL PRINCIPLLS U'i LATALYTIC REi'_CTIONS 1,14 A PULS! MICRGI'4~1~1',10
_u_
AUTh0k-(C2)-ANTlPINA, T.V., YUSFCHENKO, V.I.
LCUNTRY Ll- ll,,FL-*-JSSR
5i3Ur,CE--0CKL. AKAD. NAUK SSSR 1970 , 191 ( 4 849-51 WHYS Cl".Mj
CATE FU6LISHLL------7C
SUBJECT AREAS--CHEMISTRY
TOPIC TAGS--kEACTICN Kl',.,ETICSt CATALYSISY PRESSURE
CONTRUL, MARKING--NU IONS
OCCuMENT CLASS--UNCLASSIFIED
PRL)XY RLI:L/fkA,-iC--3005/02I,* STEP NO---UR/0-Ofl~)/70/L91/0,')tt/(),149/0,'i5I

212 019 UNCLASSIFIED PkOCESSINr, OATE--20NOV70
CIRC ACCLSSI(--,N NO-AT0132486
ABSTRACI/EXTRACT-(U) GP-0- A6STRACT. AN E4UATIJN IS GIVEN WHICH CAN BE
USED TO DESCRIBE THE KINETICS FOR CATALYTIC REACTIONS hHICH ARE RETAJ~DED
6Y THE REACTIGN PRODUCTS LIVER A WIDE RANGE OF PRESSURES FOR THE
REACTANTS IN THE INIT14L PULSE. THIS MAKES IT POSSIBLE TO STUDY THE
KINETIC RULES FOR CATALYTIC PROCESSES IN THE INTERMEDIATE RANGE, BOUNDED
BY THE Vl~LUES OF THE RETARDATION COEFF. OF BETA EQUALS 0 AND 13ETA EQUALS
1.09 ;AHICH HAS BEEN STUDIED VERY LITTLE. FACILITY: MOSK. GOS.
UNIV. IM. LLMONOSCVA, MOSCOW, USSR.

USSR
BULC'.4mv, i. V. Department of Physical Chetnds:-ry,
University imeni IM.V. Lomonc,~,ovy Moscow, Ministry of Ilighea- and ~-,',eccindar,-,r
Specialized Education ESFSR
"Investi,gation of the Adsorption of Benzene and ffethanol W-pors -)ri
Hydroxyfluorides"
Vestni-k Mciskovskogo Uni versiteta, Seriya- II, Khimiya, 'V'u! J.- ~F-b
Moscowl
70, pp 27-31
Abstnict: '121---~ aut.hi~r-~; :3t,udic-d th,! adi-lorptiorl of ben~~enc-
"Pi With d1f,Ter~'111,
wa:-, Vound th'al, arl in I-11- of, 1'111or-iyl~- 1,;;
raLL~o in. reduciA claTiacity rif th~~ nionalayer, ad,,;orjAIi-oji
voluirif:, whcrca~; the prevrailing pr)re radiur, is practically
concentration. A3 the capacity of the monoiayer decre~aseo f;(-) (1101~1:; %~j~
Surface. it -,,as found that a certain quantity of adsorbed nietihiarioi is !-,-,-iA q-,.Lt,,~
S~Iron.Cly by the specimens at hig:h zemperatures (3000c), ir-reversLbie
increasing with an increase of fluorine concentration in the speQirien3.
a considerable difference in tne adsorption parameters determined frr;r,-.
therms of adsorption for benzene and methyl. alcohol, probably because of' t-~ic
difference in 'he nature of interaction of benzene and methanol moiecii-Le:; witt.

rad cIa- or:., It
o wor
L t .1 S 7 c 2 ac s
durinpj e-,,co-, al .:r 'aa-id a ~'lux ccatuing durlin,,, anl-
s e "n
In -ind :3

T-.
Tj 1) C2 7 3
tjt-~
E 7 'YE PYRS -.-O'!A,
T
1'invcs~27~i= Of -.1-3 -'-=-~c of 11-1 c'-'ctllane t*.'--~01,-)~--'C-177
Laser Contro--Ilcd by n c t --', c1"i c !dl'
Leninf-rad, Gnti'- c'-rOs':O- i, No Dec 7-1, -)~7'
Abstract: The shape of the methane absorption line wi.-th
at methane pressures from I to 6 mm Hg was investi-gated. is noted, tlr.a-, the
resolution of existing spectral devices did not generall-Y -give a -Lrue p~icture
of the shape of the absorDtion line. Studies of the distort-ed shace of
spectral line -are of interest to spectroscopists since the shaDe of the 111T-~-,
more than any other parameter, Is sensitive to various
molecular inter.-ictions. A laser is suggnsted as, very for tlhe-
the true shape of tjjk-- j.irje, -,;iTice the radiation 1-ino ~)f
the absorption line being studied and it can be f--un,~d ~,y' 0- s-ame,
He-Ne laser with a wavelength of 3.39 1j was used as a ra,.12'ation sol2rce St-,~fly-
ing the methane absorpticri line. The length of -lie la.~Cor-
and the diamete-- of the dl-~charge uibe did rint
112
.1 F

U S SR
AMPIPOV, 7, A. et all, C~) :.o Doc- ;I
PP
placed in a solonoid of length 76 mm where the mapnetic fH-*r1l,! str~n-~t-h V~~
from 0 to 600 gauss. The length of the solonoid was three times It-nZ-11 I'D:-
the gas tube in order 4-0 -nsure a high bomageneity of rlfle
the tube. Values of the integrall internsity and the hal.-IF-ri,ath of -_-he wt-re
found to be 1.1 � 0.1 atm-i.cm-i and 0.004EE � 0.00CU Cm-:.
single-frequency and multImade helium-neon lasers were use:j _"n
It is claimed that the technique miakes it possiblo. to stud", the eff~--C-, cf~ par-
tial pressures of v,--r-:Ious zases, temperature.,anr_~ tctal cr; C '7 1-
in monochromatic absorptic-,n coefficients at the Cen-ter 0__ line
various distances from it. A comr)arison of experi-ental ar;-~
shows that the shane of- the r7iethane absorT-,1,:ion inc.
may be Cons, idey,(~d 1'r-Ctic~13.1y Ilildis-torted.
212

USSR UDC 621. 774. 2
MATVEYEV, Yu. M. , '-'L%~ZRQV, I. P. , KRYUKOV, V. 11. , Z11TE!~`~--VA, V, A. , SMARYANO"J,
Yu. V., MTIPOV, B. F. , KOZLOV, D. G. , wid ZII-fI INIA, N. G. , Urn! S-clentif ic
Research-Pipe Institutle" Vvjr'.sunsIfiy .1-letallur gical. Plant
"Production of Furnace-Welded Pipes WHI Oxygen of Skelp
Moscow, Mletallur~ ';o I ,
Jzm 71, pp 34-31
Abstract: T 'I-, e C: IM I i LV of furmico-welded pipe is 1),.- the weldecl soa-m
..imcLion of the chermical. CO-lilpositi.0-it. Of Lhe re-
quality, which is a i
duction in the, weld-ing pass, temper.-.-,ture-, and the fi%i,311 of L'I'v-,
edges to be ,~eidej. Jn ord~~r to remove the 5~cale anal L"I-ie -etiil j-ric-r
to wrelding, the are. b1c;T-rzi with i'lowi-n;-, with
. pressure a--A I
inakes i!: PoSsibl(! LO 31-;Iise the te-1perature of the C4.r.'s. 0-.- V - a I i LL e!~
the meltiiig of refr,it--ton, and their re-ii.:oval from. the W. th-
skelp. lt~ f1i r ace ""'0 d-' T i, I
The uso of on,'gen for blowing sicelp edges cu tA- n III
of the Vyksuns'Ki-y -:-~taJiurgicai H--int resulted in a ji'Cr~-;Ise in LLU
quality of pipes. ,;Lren;j'h of the weld in cone f!.%riiq,. tesL!; was foun6
to increaf.-c! maorfa t1cin -;ix-fo.1d and the weld structurr. :i,. k.,,(~!J. Ti .1
yearly saVJ.nj,,.,i WiLh Li-(~! us'C of oxygen on onn- ni-1.1 wa,,; -,,t)ouL A,O~-() rublf~i..
1/1

UNCL ASS IF I E b PROCESSING DATE--IIDEC70
TITLE--LUvT~-i'LLEJ ELELTkLLUMINESLENT INDICATLKS UN A SEIGNETTE CERAMIC
4-ASE -b-
ALTr.'---R-(----iJ-ANTlPC;Vt L.L.v UUf\,AYEVAP V.A.i SAVELYEVY G.A.
CC~;;,-TRY t~F INFC--USSk
S~-*Ur.Ct--lZV. LENINGP. LLEKTkTEKHl%. fr4-T4 (--ULLETli% GF LLNINGRAJ
I YCEYE PKIrIL141YE, NO 4, APPIL L970, AbST,-~ACT
LATE PUEL ISHLi,------70
SL3jECT "MEAS-PHYS I(-S , AATE~~ IALS
Tu-'PIC Ti~GS--t~,:L:CTP.LLUivlt-,LSCE~ICE, CLKAVIC VA IT E d '1 4 L
CC.\Tr'CL
DCjCUHE,N',' I F I,

212 C, 1; i L 11
C I R C A c L S, S i C L 3 2 6
A a S T.--, i~ T / L X TA L" T - - t~ T
TLC H'AjL~J, I C ~,LLY iN I T Lij 4 A -S 1 6 L E L E
wii ICH IS %L SL TH I L A fu"~ IS USE73 j'A:) THL
if THL C(--P-qh0JL UF SUCH AN I % ti I C A f
m. L '~ '~ -'j I f- E -)

USSR
UDO 621.~16.~45:621.,;M-17,22-~
AhTIPOV, B.L., IZUI-TIUDOV, O.A., LAZAREVA, N.P., SAVEL'YFV, G.;-.
nProduction Of Ailticolor Electroluminescent Panels"
Izv. Leningr. elektrotekhn. in-in (Journal Of The Leningrad Electrical Engineer-
ing Institute), 1972, Issue 1083 PP 175-179 (from RZh:Ele-'-,.roniku i yeye primen-
eniye, No 11, Nov 1972, Abstract No llB5,-6)
Translation: A variation was developed of a D110togr9phic _,ethord of producinp,
electoluminescent panels. A glass substrate with a transparent electrcdie of'
otannic oxide is covered by a thin (10--.15 micron) layer winlicin is euzidly
dissolved in organic solunta of lacquer (e.g., nitrocellulcoe'. On thu eurface
of the lacquer film a protective stencil is established by the method of photc-
chemical treatment of' a photoresist based on polyvinyl ulcohol, which cuts Cf*--7
specific nections of the lacquer film. Subsequently, a continuous layer of an
electroluminophor with a specified color of luminescence is deposited onto t~-e
surface of the subctrate. Fixinp of the luminophor on the ahir-li n;IotUref3_;E;t
sections is achievea treet=snt by the vapors of F-1 laco--,er solvent. T~.C- un-
bound luminophor is e&S4'jy withdrawn from the shielded secl-cns, after whicn
the shield stencil is removed and at the section,,, of lvcq-.~er fil-~F; wi-,-Ich had
become exposed the process of fixing a luminophor of anotner color
1/2

USSR
ANTIPOV, B.L., et al., Izv- Leninpr. elektrotelrhn. in-ta,1972,lscue IC3,I)p 17-->-17~
1-bilticolor panels 0.1-0.2 cm. wide can be produced by this metli,.od. The mer~tu of .
the method is t~e almoet total absence of lossea of lu-inophor because -11he
luminophor removed from the sections unrestrained bt the sLzbetrete i.-:, not con-
taminated by the bonding and can be used a second time without additional clean-
ing. 1.V.
212.
-- 11.11

LLJ
L&A
ZE
al Yale 11
UUC : 6tti . )d 1 -002-0 1.6 16. 31-0 7
PATHOHIS,TOLOGI CAL Ali!) HISTUCHEXICAL INVESTIGATION OF 111E PANCRLAS AS RELATEU
W PEREIGNITIS,
pl..,
(Article by_j_,V. tu til!Z. Yu.t.~. Institute of lfu=an Morphology, USSi~
Ac.d.my of tkub-W. %'~AMIK AKadozi-i Meditsinskilth.
Nnuk SSSR, Russian, No 10. l')71, pp Bb-Til
z
Cl';llcal otl6ervattaea an,l norpnologi-sl lnvestlg~tix~b aro Indicative of
the cot-Iderable iorAdence uf InvolVellivilt. oj t'.1. pancreas in the general Infla:-
matory process ill the presence of diffuse formi of peritonitis (S S. Vayl ' ;
A.F. KisiLrva; N.I. Leporakiy; V.H. Vonkresens'Kiy; N.A. Rothnova). However, the
essence of many functional and structural disturbances arising in this g1=4
and their significaece in the pathogenvals of dovelopment of local ch^nges
and of the geacral pathologirtil process have still not been Investigated suf-
ficiently.
we .~lv a pathohIntulogical and histachemical inve,tltldtim of the
pancreas ill Lite prLuunce of peritonitis on material used In 2.1 expert-
ments perfort,od oil dogs. Experlmentil. peritonitis wit, induced in
the nntmal,; by Intraperitoueal nfininistrlitlon of a 33' f.,*1 s,oipen-
61on at Lite, late or U,5 m?/kjj or of a bacterial c-tild (in domes of
5 to 65 billion bacterial bodies per kS of body weight) incubated
under aerobic or witierobic conditions. No specific reatoent vas
given to the animal&. A control aeries of experi=ieats Involved six
cliolcally hvalthYduj;m aho wc!r-! sacrtficed (under superficial sodium
pvntuthal aneuth&61a), by rellecting the hoart against A bsckground
of acute bloodletting through the carotid artery. Irn-edLately after
JoWt, pieces of tis%%Au were cut out of different sagmqats of tit*
pan C t ~! "s .111C maLtIrIal was filled in ICI neutral for~alln and CArnois
f
id. E aJ c Ion uIek-frozen sections were prepared in a cryo-
lu, r1 di
stut rtir Itivioitigatiorl of Lite activity of beveral cttzy~~o.
Paraffin and calloidin sections war*,. staitied with hollatoxylin-
eosin, picrofuchain-fuchselin, aznn by the Haidenhain nethod; in
svctLons the PAS renction with amylase control. nucleoprotein reac-
tit)nby tit Pmethods tif Brachet nrld Foulgen with ribodeoxyribonuc-
le:si;elcontrol were conducted. The functional activity of acinar and
0- :el a of tho panrreai wan studied an acctions stained with bitsic
brown combloed with Light green by the uwthod of M.G. Shublea;
131

USSR
AINTIPOV, M. V.
"The Correlation Factor of tile J:uJ1 Period Of ~I P-1, C-L"I W~ 2 F", C~"
0 1- 1,,; v() 50,
VvChisl. Sjste-l~ [Computer Sy-,;tejjj!; -- Collection of
-154 -erativnyv -lm m; I, 1:~!)
Sibirsk, 1972 pp 1,13 (Translated from Ref ' " r
tika, No 3, Moscow, 1973, Abstract No 3 V28S by the author).
Translation: A formulan is produced for calculation of the
factor for a i-imItiplicativc comparison sensor and certiin ,N,I)cs of
are selected' which cencrate j)SeUdosC(jLICTlCCS With rLt'r[Cr hifJ1 COJ-l-Chti0f!
coefficient.

I ;. 1 1- :! -'T FZT, !Jill IVE D !:,-!. :1 iia:11ij 1~1: fui I ~I I..;: I,m! i:-,*.: I.- I :ETP-I . Z4 I
------------------ --------- ------- ------ -------- -------- ----------- -- -- - - - - - -
USSR
UDC: 8.74
ANT I POV %I V
j~ajz%. -A
"Optimum Generatinc, Set of a Multiplicative Data Transmitter"
0
V sb. Veroyatnostn. metody resheniya zadach nat. fi::. (-Proha-
bilistic Methods ot Solvi ng Py ems of Mat FuTi-atLcall Ph"-sics-
collection of iqcrks) , Novosibirsk, 1971, pp 7-25 (from RZh-
-Kibernetika, No 8, Aug 72, Abstract No 8V600)
[No abstract]
1/1

USSR
UDC 518.5:681.3.06
ANTIPOV, M. V.
"Evaluation of a Pseudorandom Number Generator"
Vychisl. Sistemy lComputer Systems -- Collection of Wot-ks], !No 42, Novosi.-
birsk, 1970, pp 81-88, (Translated from ReferatiVIyy 7hurnal, Kdbernetika,
No 10, 1971, Abstract No 10 V313 by V. Mikheyev).
Translation: "flie statistical qualities of a Pseudorandom nniiiher, L!enerator
consisting of a set of operations realizing a recurrent algorithm for pro-
duction of the next number are estimated. A generator of the form. r n + I
krn (mod2P) is studied; r, k and I) are integers.

1" S
C~ 1 l V C) 13 2 r c ol~!7.~n i
eharacteristics ai,e 7_11", LC -Wlm_~m a,,~ :z
,a os"-iloric ecxuluilimcation e.,; n ~,j -f -
4 3
71i cu
n ons acces CU-1 -
mo 1) and tactical alp-"'.m'ations-
are ~i. ()%ner f'c)rr,,L,3 of con-imunicat Lori.-: ;i. S.

USSR
AGARTANOV, V. N., jPT1FqV.--V._ 4., KOLPAKOV, V. V., FEDOR.114, Ye. %'-, Tcmsl-.
State University
"Effect of Intense Optical Emission on the Threshold of linstability of
Spin Waves in the Case of Parallel Pumping"
Leningrad, Fizika. Tverdogo Tela, Vol 111, No 8, Aug 72, rp 2446-2U,--1--'
Abstract: A single cr%stal of yttrium ferrite-,garnet in the fcrr~ of a
rectangular prism measurinG 3x4xl3 rirn,with polished faces,"ravin- its
axis coincident with crystallographic direction [111] -was placed ir 'he
center of a reflective cylindrical cavity with TEO), node. is sucl'. a way
that the axis of the specimen coincided with the axis of 'he cavity.
Pumping was by 300-ps square pulses with a prf of 9.h JUDTI-C-8 lnst~r
emission wai focused normal to the surface of the crystal in the center
of the side face. A reduction was observed in the threshold Gf insta-
bility of spin waves which was attributed to the absorption of 21!F pcr,:!,-r
by particles knocked from 'he surface of the specimen into the cavity
region where there was a strong alternating electric field.
1/1

USSR UDC 512 26+519 . 3: 330. 115
AINTIPOV, V. 1.
"Solution of Partic-,il~r Problt?7.-i of Calendar Planning b-Y '-Iethj-~11 lof
States"
Sistemy Raspredeleniva Resursov na Grafak-h [Systems for llistr;hution of Re-zcx.rce~,
]'~ 0
on Graphs -- Collection of 1,-,*or'-,'s] , Moscow, Acad. Sci . USSR. Coo-lr)ilter ' 7 -
pp 7-24, (Translated from ReferativnN-V Zhurnal, Kibernetil-l., No 6, 1971, Abstract
No 6 VS24 by V. Tanayev)
Translation: The problem is studied of constructing a schedule for the nroces-s
of performing N partially ordered operations, each of which can be perfo.-med in
the same time period i requir4ng one of' R eqUiValent resource units, to achi,--.~C-
Maxilnuill Speed. Each unit after performance of 011C, 01)(17%,it.-oll C;Ill he 11sed
to perforin another operation. A phase variable is lntroduci.-d, ch;irzwl~,rlzijil,~ *kli(-
status of perfoniiance of operations. It is suggested that the method Of- SLICC(,'S-
sive analysis of versiorl.,j i)e used to find the optimal I 'rajectory in thu phlase
5pace. The problem is extviided to the case when the time Of pL:rCorm~i1wil of' the
ith operation by the jth resource is in arbi.trary quantitv ~. . . llw re-illt., (11,
I Ij
a machine experiment are prcs,~,ritcd.

USSR
UDC 51:330.115
AINITIPOV V. I.
I'Method of Diccrete Prohle:-n OF Optimal P-C~7-11"'C, 011
a Graph"
Sistemy Raspredeleni,.a Resursov Pa Grafakh [Systems for DiStTikltiOil of 1,oscurce~
on Graphs -- Collectioll 01 "orks] , Moscow, Acad. Sci . LISSI) CompuLer, 19701.
pp 2S-30, jran:ilated from Peferat ivjivv Zhurnal , Kiburneti LZI, Na ~" 1~1711 , A")-
stract No 6 V555 from the Article).
Translation: The probleai of the optimal distribution of resources is formulated
as follows. The dependence of the time of performance of each operation t i on
the quantity of resources omitted S. is knourn. The. total qui:uititv of i'I--z0U!*CC';
N I
is limited, i.e. S. < C. RCSOLII-CCS must be distribut,?d an-lonp Operatiunz !;0
that the time of performaiice of all operations T is minimized.
-'Wig

USSR 1JDC 6,,')o.15'?.2t62i-365-5
OIKOROKOV, G. It., SHALIMOV, A. G., ANTIPOV, V. N. , and 1LUP, V. A.
Proivodstvo Stali I Splavov Y Vakuunnykh Indu1tsionnykh "PocliaRzh (The Production
of Steel and Alloys in Vacuum Induction Furnaces), Mocco-ar, Ifetallurgiya,
1972, 191 Pp
Translation of Annotationi The construction of vixiotis typ--a of conterlj,oraT.-~-
vacuum induction furnaces is described. POYLicochemical pDDees-Ens ar-a desc:r
A
which occur during stiolting of steols wid alloys In vacuun ln~',uetirn f wn ~, L c c::,
Methods are proposed for intensification of reduction wid refining of ;%ntade,
A detailed characteriLyotion of the quality of metal is given, The lr~cok iF,
intended for scientifdc workers, engineering-technical pvrconri~nl, arid L,.Chly
qualified workers of netallurU factories. It can be u2eful for
in advanced courses of mietallurgical in-stitntions of higher edt!c~,tiwi, 96
illustrations, 64 tables, bibliography of 172 titles.
Table of Contentst Fa;a
Introduction
Chapter 1. Construction of Vacuun Induction Furraices
Laboratory k`urnaces 6
SerdprodUetiolrl Ft1rnZtCf2:3 11

USSR
QKOROKOV, G. It., et a-I., The Production of Steel and Alloys in VacLium Induction
Furnaces, Eoscow, Retallurgiya, 19?2, 191 pp
Use of Supplementary Electromagnetic Metal Mixing 30
Crucible Li-ning of Vacuum Induction Furnaces 32
Chapter 2. Oxygen Behavior During Vacuum Induction Xlelting
Interaction of Molten With the Furnace Atmosphere and the Fire-
proof Lining 37
Z>
Deoxidation of Hetal 56
Chapter 3. Nitrogen Behavior During Smelting of Steel and Alloys in
Vacuum induction Furnaces
Influence of Surface Active Elements on the Speed of Nitrogen
Dischar,ge 67
Influence of the Specific fletal-Gaz Contact Area 74
Influence of Tciapera.Ture on the Nit"rogen Dicharee Process
75
Influence of the Intannity of Electromagnetic NIxIng on the Speed
of Nitrogen Discharge 79
Denitriding of Smelts Containing Strong Nitridizing, Elements 81
Chapter 4. Evaporation of Condensed Contaminanta and Corponent-, of Snaltz
in 'Ilia Vacum"
Influenct, of McItIng, Parturiate"r, on Evapoxittloti of
2/3 Vacuum L;Juction Furnacou
i. 2.
j j

USSR
OKOROKOV. G. N., et al., The Production of Steel zuid Alloys In Vacuum InducLion
Furnaces, Moscou, Eatallurgiya, 1.972, 191 pp
On the Limiting Stage in the Process of Discharging Condensea
Contaminants in the Vacuura 97
Relationship of Rates of Evaporation of Con"'.-aniin,-.nt~5 In thr3
Vacuum and tho Alloy B,--se 104
Chapter 5. Decarbonization of klet-al in Vacuum Induction Fu----n:,-ces 108
Chapter 6. Intensification of Refining Processes in Vacuun Induction
Furnaces
Speeding DeFasification of Metal Processes 120
Intensification of Deoxidation Processes IN
Use of Slagz 135
Combining Vacuum Induction Yelting with Other Heating t"athcL-1-6 142
Chapter 7. Smelting Technology in Vacuum Induction Furnacug al-.d- J.-j-0-
parties of Steels and Alloys
General Conditions of Melting Technology 146
Characteristics of Snalting and Properties of Stes-Is and Alloys i5i
Production o' St.eels ard Alloys by a Duplex Froc-ss of Vacuu-m
Induction Furnace and Vacuum Are Smelting
Concluzion
Bibliography 3/3

111-3. 011LILMNA110:4 OF 111F. CONDITIONS (IT INT'-"~l: 41,11S,~ OF A AY &S
VXTLRNAL 1101111.1. 4AGUENC FIM.D FOR GRO.~Tll OF SI:. .:J igy~TMLS
[Article fly V. V. Antipov, K. .4, Nortri, 1. 1'. Mo.ci-v; ljovootbl-k.
I I t tun vp_ Pr-tnenanz twata, i. t,
R fair. 12-17 .1one. 197, , 1,
For liurpolees of -ritenNifireetion of Elie 9rcwth pro:rgseli of l,mIcou,3uzt1.i;;
single crvutlelil which in the malLen it.to are t-Y Oil, zteteellic tr-
at t,ondutti~itv, an teit~rnnl ..-ttc (tell ( i,,W,,trt.I
fre,juency can be used which In Elie! lernetal c.,ise naq zrie-lattoiial. -1 rotatjj~r~l
compon-ta. The fiesta for this Jotpracti- ly tho writ ~r less itir-,
ponderomotive internctinn of the malinetle: field with the alectricallv coriducting
melt.
Tht- maximum affect is ac~ilevel tiers In the case of the tutbul,rlt nitur.
of eielicinlI of the melt in th. hydrud.,".ic l"'o"i'lerv laver.
The theory of Elie livt1rodynoemic boundAry liver perititir reitei!~Ii-!.,nt ,I
the TeRl. I of the tuirl-lent C~ndltiooa at the Civiltiallitaticri
froret foe the, Iaml-r rmturr. of the bASIC flow of thV al
In virw of it,. difficulty of the detailed calculation of the r-ajcro~.tl,si
interact . . , tb. ,, P..e, ti l,fI,it W,Chther MeIt. ,he Ih-r, 01spl,,.Im.to
si.i1ftrity .4. uaeii .1,10% on the best" of ptved~vlriq t". behavior of the model
asterial litemita determination of the required parameters of the sailinetic field
insuring mixing of any other melt in the given reriale.
On the ballets of thes throrertle:41 relations, obtained xr&S the exrorieziental
research on motiftin of viaterials. the opticiell. values of the Intensity of the
external wbile magnatic field were calculated for various analconducting
notarial..
A comparison of the results obtained vith the known published data indicates
their satisfactory correspondence.
26

USSR U!X: 577.31)L:--)47.1.,-',,,
VASL,~, -. V., 5. 1., aild Mh 'I'0V %I.,, V.
"Comparative of the :%Cticil
of Cystamdne"
Moscow, Radiobiolo.giva, Vol 11, No 4, Jul/Aul- 71, pp 517-521
Abstract: On the basic, of data olotaincd in experimelit~~
evaluation of the reduction of the radiation-protective and toxic t,IJ.ucts ol
cystar.line in connection ...?ith the elimination of this drug was carried cut.
Methods descrl'-bed bv B. L. Davydov in the hook Probl(--iy
(ProbleiTIS Oil: spa,,-k~ BIIoJt);;v) , Vol A, 1) 137, 1971, wore :r3plied. T)f) CA-
cystaminu on irrauli;;Ition ;aT7ma-r;r,,s in a do.,~u of 1;(.~Q r at
rate of 139 r/min wa-,, 0 . Ic, hr oil tlic-, bxds ci I i ts I-adi at c, t: cI i v t2
while it ~.,a--: 1.,8 and 2.3 hi-s :in regard to it~; toxic action oil
and irradiaLed r c 1) c-,- t ive ly .Elimination of
liver, and (!nti.re I)ud~ of III(; arlinnl~, fin f7it rar(.)-..*L(,:L,,~-;I :;d-
minlsLraLica
not correspond to the redl.ICLiOll in the or Lo-Xic. ef--ect.
While during, tile. first hour after administration -~Jiere uza:~ ~l (101,L C;?r-!.-(-',,,~I-
tion between tile. protective effect of cvstariine and iL~ in
1/2

USSR
VASIN, M. V., et al., !,adioh-ioloI:iya, Vol. 1.1, No 4, Jul/Au'- 71, 1)!. 517-521
organs sensitive to radiation, this correlation lbeca-me I.C-3S -01701101-iICC-d dllr;11~1-
I:- centrziticen of
the following 4 hr~. ;',1rhcu2';'i duriri2 the first hour Cw CCII
S35-cystamine = Sj-'-cysteamine in rad*iaticn-sensitive' 01-trz"O's tiroppt~d
55.3-66.0/Z of the iiili.tial level. the toxic action during tIld