SCIENTIFIC ABSTRACT LIPKIND, M. A. - LIPSKIY, YU. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201810016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2/2 008 UNCLASSIFIED PROC41. ' S S I NG i~A T E - - 2 30 CT 7 0
CIRC ACCESSION NO--AP0120877
ARSTRACT/EXTRACT-(U) GP-0- ABSTRACT. THE CONFORNiAl1r),NS (~'F THE Mil-li-ECOLS
fTH.THREE AMIDE GROUPS: NrACETYLGLYCYLGLYCINE, Ni C E
rLrALANINE AND NrACETYLtL,VAl_YLtLqVALlN[- HAVLE HEEN 1,~
ALANYL
-*iETP' PARA?ETERS OF FAVORABLE FORMS w I Nil.'WT '0il')1j,;3(;Etl R0%0I'qG
JHE GEG ILAL M
'HAVE BEEN CALCULATED USING THE MINIMIZ4TfON PRJCEDUAE A t") DEP-ICTEO 114
M I NUS N) I I NU!' S
Tfiz TWO DIMENSIONAL PHI (C PRIYEALPHA Ml ',C PRIMEILPHA
~MIIUS C PRIME) CONFOR'A"TIONAL 14APS, THE VALUES Or- TfIF F-il ANO Psf
Ali ~L ES IN THE PJREFEk,~El) CONF-Lk,,IATICINS. Or CWkESPI~NWN 0NO."CU-NOS -d[TA
T;Ij AMINO GROUPS CAN Bk USED 4S TiV LFRO APPROXIl'lfkT[-*",. t 1-1 r;lk~ SEAACH f0k.
',Sh;NfFIC4ljF
THE POTENTIAL ENERGY MINIMUM 0 THE OLIGOPEPTIDES. , TH L
SCATTERING III THE PHI AND PSI VALUES lzOUND FOR THF lE'fHYL4,4f0ES OF N
ACE TYLO[PIPTIDES AS WELL AS THE DEVIATIONS FROM A0DJTlVrTY OF ENC~R(;[.-S
ARI-SING, WITH INCREASE OF PEPTIDE CHAIN L~NGTH CAN BE C04SIOFRED As filE
'EVIDENCE FOR MUTUAL DEPENOENCE OF,C011FORMATIONAL STATE -f,*~F THE Tvi') A141,N'd
AC 10 .1 FS fDUES. THF MUST STAOLF AMONG "LrfiE STRETCHED! FCjd,MS INVCSTIGATED
-ATIOfj'A(l0*,.l*r T,~tE c PRI.AEALPiA M U
A;,E THOSE THAT HAVE THE A14GLES OF R01, IN S
N AND C PkIMEALPHA C_ PRIME 13040S CLOSE TO THOSE XCURIN-~ IN TfiF KIGHr
HAUDED ALPHA HELIX ANO IN THE BETA S'rRQCTUf).E. THE :!EFFECT OF
:DjSTURliANCES :OF THE STEREUREGULARITY OF THE ASYM40rp'IC cc-wERs IN Ti4E
FACILItY:j 1,115YITUTE FOR
CHAIN ARE ALSO DISCUSSED.
st~ Ussits "'10SC04.
-CHEMISTRY OF NATURAL PRODUCTS, ACADEMY OF SCIENCE
UNCLASSIFIED

~7:77 - -- -----
0"
TSVETKOVA. I- V- ZAJAORAJI-D'_~~H In".-titUtO of aiolog'cal U:O(AiCal Ct-"n'stri
0 1 gy Ze ~
and Institute of D. 1. lvhnovskiy, Acadomy of Hedita.1 Scienco.9 USjR
MAn Attempt to Obtain Direct Preof of the Enzymat~c (Nourarpiaidaso) haturs of tho
Process of "Un=skingll Latent Honkigglutinin in Ialuenza AZ Yirua"
Moscow, Voprosy Virusologii. No 4. Jul/Aug 70, pp 409-414
Abstract: An attempt was made to find direct evidence ofareLationship betweon
the nunmasking" of latent homagglutinin and neura~dnidasa aiftivi4y in infl4enza A2
virus. It was hypothesized that if the flunnaskiag" process,:, i.e.. tao broakdoin
A;ra'L neuram.:Wde
of the virus-inhibitor complex, occurs under the influenco or v1- .
acid should accumulate in 'the systom where the hemagglutirdri titer of the virus
(Kop strain)' Increases spontaneouzly. In the ca.,jo of the :!Oahibitior-soii3itive Bar
strain, on the other hand. there should be uo such accu=Iaition. olion the allan-
Wic fluid of 134,1:1--old chick embryos was infected w,'Lth Lkie two influenza strains,
bowever, the content of neuraminic aoid inaroas,4 by 7o.re~:,~wrvd in fluld
-roe I -sonslLive aLr ottr.An,
inoculated with Inhibitor lataot Up strain sxd inbiatir
respectively. During storago of the virua-containiq al2a:o~'toic ;rlglds, acarwar.,atdod

.*MAP)*
7"7'
7% 'k
L:rjo, -,~j
IV
4,7
-71
ZI
212

USSR UDC 539.3
LIPKIN, V. I
"On the Problem of the Experimental Study of Plate$ With an Opening for
Bending"
V ab. Irsled. pn stroit. konstruktsiyam~ (Studies co Structures -- Collection
of Works), Tomsk, Tomsk University, 15172 pp, .144-1~8 (f rom Rzh-kMekhanika,
No 3, Mar 73, Abstract No 3V187)
Translation: Deformations and bends of a rectangular plate hinge-fastened
along the outer contour with a rectangular op-ening,;nnd loaded by a uniform
1pressure were determined experimentally. ~. A-he, resu
:1.ts wore compared with
theoretical results. The poor converigenee,of the-, heoretical method in the
vicinity of the opening Is pointed oiit.~ A. Kul ov

m! ! 11'.4 i ?, - , -7
j. USSR UJDC 621.357 8.035.4:669.14(088.8)
SHTAN KO, V. M. 614, Xa NOVIKOV, V G. VOLKOV, Yt'i. M., STRIZHAK,
Z. K.i RABIKOVICH,_O. Ya., ZIMOVETS, V. G., DANILOV, A. H. NIATVETEV, Yu.
M.i MEDNIKOV Yu. A.
'!Electrolyte for Electrochemical Polishing of Products"
USSR Author's Certificate No 306186, Filed 28/10/69, Publ'~shed 21/07/71,
(Translated from Referativnyy Zhurnal, Khimiya, No 3, 1972, Abstract No
3 L283 P from the Resume).
Translation: An electrolyte for electrochemical polishing of products, for
example of stainless steel, differing in thatin order'tb improve the quality
-of polishing and intensify the procos.,;, a.~foam,: suppressor is introduced to
'~aents,(in wt.%):
the electrolyte with the following-relationship of comp,
acid 30-70, H 2s04 1.0-40, H20 10-30'an& above '100%. 5urfac-
tants based on peptide and polypeptide salts$,:1-10 g/l,';foam suppressor
0.001-1 g/1. Polymethylsiloxane liquid fs:used as the,tdam suppressor.

-MIT UN
0ATE--t6OCT70
S I f4G
St
COMPARATIVE STUDY OF THE, dELtirlstuEl'-AESOONI); ~O THE EFFECT Or-
ANT 18 IOT I C SAND THEIR COM13INATIONS
AUTHOR-LIPKINA, G.S.
4,66hilty OF.'INFO--USSR
6___s_otJfkC'E_' 'ANT I B I OT I K I v19701 VOL 1.51 NR _5 tPP 444~-4!55
ISHED------70
f.,~ttj6JeCT ARE-AS--B,IOLOG I CAL AN-0 MEDIC.-AL '5C,I,eNC-E,S
;"l T 0 P, --TISSUE CULTUREt CYTOLOGYv TETRACYCLINE* KANAMYCLN,
0 1C TAGS
J
.,Z~f_.~~.I-EVOMYCETINf 0LEAND0MYCIN/(U)AMP`IC;L,0N ANT-ISIOTici
"UNTROL MARKING--NO RESTRICTIONS ,
CLASS--UNCLASSIFIED
'T,RQXY.REEL/FRAME--1994/0145 STEP NO-~-UR/029TI701015/005/0449/0455
7.CIRC ACCESSIUN NO--AP0114541
UNCLASSIFIECt

III-mi
lo':'_r~.212 010' UNCLASStFI:ED MUCESSING DATE---I6OCT70
.CIRC ACCESSION NO--AP0114541
.-ABSTRACT/EXTKACT--(U) GP-0- ABSTRACT* OUT OF 6 ANTIBIOTICS STUDIED, 1.
E, AMPICILLINt KANAMYCINv LINCOMYCINt OLEANDOMYCINt LEVOMYCETIN
"HE LATTER TWO WERE MOST TOXIC FOR
.(qHLORAMPHENICOL) AND TETRACYCLINE,
TISSUE CELL.CULTUkES. THE MAXIMUM DOSE OF TETRACYCLJNE PRODUCING INO
CHANGES IN THE CELL STATE (IN 24 HOURS AFTER THE ANTIBIOTIC ADDITION TO
THE MEDIUM) WAS 62 MUG-ML AND THAT 01: LEVOMYCETIN WAS 125 MUG-ML.
TETRACYCLINE COMBINATIONS WITH LEVOMI!CETIN P,R0Dt)CEQ 14ORE SIGNIFICANT
CHANGES IN THE CELL STATE THAN EACH ANTIBIOTIC t)SED~ALONE (IN DOSES USED
.~-IN~COMBINATIONSI. THE USE OF TETRACYCLINE IN COMBIUATION WITH
LINCOMYCIN OR OLEANDOMYCIN 010 NOT RESULT IN AN INCREASE OF ITS
,.-TOXICITY. COMBINATION OF KANAMYCIN WITH'AMPICILLIN ;E.VEN IN A VERY HIGH
,~,:,~SUMHATION DOSE OF 1000 MUG-ML (500 MUG-ML OF EVERY ANTIBIOTIC) HAD NO
tRIRITATING EFFECT ON THE CELLS (WITH~RESPEO TQJHEI~RITERIA USED).
ITUTIE, MOSCOW.
JACIL-ITY: CENTRAL POST GRADUATE PIEOIPAL-~JNST
UNCLASSIFIED

~SIN7!
012 UNCt4Ss:If 110 p t) r
--"~-fTLE--REGULAAITfE5 11% TA EST':'kLNGTH --TS UNDER
DKREASE OF ZE0L.VfE PELL"
3FNZENc VAPORS --IJ-
rACTI ~~i~ OF WATCR AND
UTHtlj~ M V . K 0A T ~'A` V I
_'S L f PN E V A ,A.T., LIRKIND, I.A.t 'V I G
(0 5) OU K A R F_
I S HCHOKv I N. YE-.0.
rkY OF INFO--USSR
1_4700 VLO
~:SOURCE--K0LLQlDNYY ZHURkALl f. 32 t' N ft 21 PP Z,5 1 -li 4
ATE, 11 JV. L I SHE 0 ------ 70
AREAS--CHFMISTRY
-TOPIC TAGS-ZEULITEw ViATER9 BENZENE, ADSORPTION
:rCONTPTIL ",APKING-NO RESTRICTIONS
)(,,CU:',',C%T CLASS--(JINCLASSIFIED
[)--UR/OIJ69/70/032/r,92/0251/0?54

212 012 UNCLASSIF PRGf.ESSIN" DATE-02OCT70
I F D:
CIRC ACCESSION NO--APOII?547
-"-isTikACT/'EXTRACT--(U) GP-0- ABSTRACT. THE EFFECT or- M-31STENING 3Y ~;ATFR
AL
-::AA7u bENZENE VAPORS ON rHE STRENGrii JF THE SAMPLES 0 FKA(jLl'q[TE CLAY AND
N-AA AND NAXt CONTAINING ZOPERCENT CLAY AS,:ibINf)lllG AGENT, HAS
`--8FEN ST.UDtFD. MOISTE-NING OF CLAY AND ZEOLITE SA14K E Slf*'V3LVES A
t,-STRENGTH-PECREASE ASSOCIATED WITH THE LOWERING OF, . 11-IF FREE SURFACE
Y'.DUKUNG AOSORPTIUN. , THE SORPTION. OF~ WATER ANO BENZENE MOLECULES
tL. CAVITIES OF ZEOLITE CR'rST&,LS:P.Et)UCES .71HE STRENGTH DECRFASE
~L QUIO CONTENT DOES INOT EXCEED .10-ZOPEgCENT :nF THE ADS;3RPTION
Iry~oF'-,,zEOLITES*

IkOC'~S 5 1 NG OA I t--
12 Uk 'LA
A ON
TITLE-THEORETICAL STUOY OF NrArET~'L,C ALANINE, METOYLAPIIDE CONFirm-1 TIS
IN VAKIJUS MEDIA -d-
hUTH0R-(03)-LIPKIN0% G.M., AAK141POiAt S. F. ,popovf~ YE.H.
COUNTRY OF INFO--USSR
"_~SDUACF_--ZH~ STRUKT. KHIM, 1970v 11 tit) 121-6 1 RUS
DATE PUi3LLSHF:0-"----_--wTo ------
+
SUBJECT AREAS--CHEMISTRY, BIOLOGICAL AW) MZDI CAL,! SCIENCES
JOPIC TAGS--ALA.NINEv. AMIDEt 11YORCGEN, BONDING, EN,rR0PYt UIPCLE HOMENT,
SOLVENT ACTION
CONTROL MARKING--NO RESTRICTEOP15
DOCUMEW CLASS--UNCLASSIFIEU
PRfjXY REEL/FRAME--2000/1643 SrEP UR /.:Q ),92/70/011/001/0121/0126
A 1;
4LI

77"
I Wh'
0.
PROCESSING DAlt--_~__
06
THEGRETICAL STUDY OF CONFORMAT,IGNS;OF NwACETYL#l#PHENYLALANINE
'__ACTH q
YLAMIDE ~-U-
,-AUTHOR-t03)~_rLIPKINDt G.M., ARKHIPOlVAv S*F*,* POPOV* YE~M.
p.
'~?'t.bUNTRY OF INFO-
USSR
-SOURCE IZV. AKAD* NAUK SSSR SER* KNIM.,1970t (21# ~15-22
P.UBL ISHED---10
oi
~P~SUBJECT AREAS-CHEMISTRY
PIC TAGS-PHENYLALANIREP AMIDE
i-~":!CCNTRGL MARKING-NO RESTRICTIONS
~.`.DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME--2000/0750 STEP NO--UR/006~/701000/002/0315/0322
""-AP0124420

--- ---- ~ -- I ;

UNCLASST'FIED'
V!, -~SPIG DATE--230CI'70
p
,P~
,~,TIXL~--~"THEORETICAL ANALYSIS OF CONFORMATION$
OF S U M EmtrHYLAMIDES OF N
~-r---ACETYLDIPEPT IDES -U-
p'-~-~AUTHbR-403)-L IPKINDt G'.4. tARKIIIIPOVA, S.F.~'~PQPOV, YE~.14.
0 U N TYOF INFO--USSR
'-,-.~SrjUPCE--MOLEKULYARNAYA BIOLOGIYA, 1970, VOL 4t NR 3o PP 331-338
,`K~--DATE_~ PUBLISHED ------- 70
4~-.SUBJE CT AREAS--BIOLOGICAL AND MEDICAL SCIENCESP CHEM L Sl RY
TAGS--PEPTIDE, MOLECULAR STRUCTME
ON ROL MARKING--NO RESTRICTIONS'
T
00CUMENT CLASS NCLASSIFIED
QXY RHLIFRO~--1998/0177 STEP
7! Z! t
LIN C L AS S I i~ ICE

2/2 008 UNCL. ASS If: I ED SSING DATE-231307C
p d ct
I RC ACCESSION NO-AP0120877
EXTRACT- U) GP-0- ABSTRACT. THE CUNFORMATMMS OF- rLlE MCLECULS
.~W,[TH THREE AMIDE GROUPS: NIACETYLGLYCYLGLYCINEs NjACFTYl.jL (0)
ALANYL tLjALANINF AND N, ACETYL, L VALYL # L t VAL INE HAVE: BEEN INIVICS T I G4 FE-0.
THE GEO.-iETRICAL PARAMETERS OF FAVORAHLE.,FORMS WITHtJOT HV-)kOGEN -Fil-31,11JING
HAVE BEEN CALCULATED USING THE VINIMIZATION' PROCEDUI;ZE A~vj 91I.PI-C-EL) '114
THE T140 DIMENSIONAL PI-11 (C P R, 1 A E A L PHA MINUS N) MINQ5 ll~l (C PRil',IFALPHA
_MINUS C PRIME) CGNFDR,'AATIONAL MAPS. THE VKLUE-5 Or?~ IH~. PHI ANU PSI
-R E f WITH
ANGLES IN THE PREFER, ) COPIF13wIATIONS OF COkRESP%)~ ki
t4G AMINO GROUPS CAN BE U5ED AS THE ZFRO APPROXIM1010N IN THE s~Apf:il FoR
THE POT ',L ENERGY MINIMUM OF THE OLIGOPEPTIGE'.:
ENT 1,1 THI-_ S1,;N[Ficwir
SCATTERINGAN THE PHI AND PSI VA~UES FOUNO FOR Tiif~ NcTqYLAltDES of: ml
'ACETYLOWEPTIOFS AS WELL AS THE OEVIATIONS FROM ADDITI14ITY OF E~J~:RGJES
a
ARISING WITH INCREASE OF PEPTIDE CHAIN LENGTH Ctiill ;! E 0.*iNSlDFRE0 AS THE
F6R MUTUAL DEPENOENCE OF,CONFORMATIONAl. ~TATF ,--,F THE TWO Alllid
ACIO AF S I DUE So THF MOST STABLE AMONG THE.STRMHi,,D FFIRMS INVESTIGATE-0
ARE THUSE THAT HAVE THE A14GLES OF ROTATION AliOUT WHE C PRIMEALPHA .11INUS
AND C PAWALPHA C Pk,114k BiTNOS CLOSE' TOJIVISE, IN THF Rf(;HT
]HANDED 'ALPHA HELIX ANO IN THE -BE-TA 'STRUCtURE. Tkil.; F F, c,T o 1,
I) I S T UR ti A 14 c REGULARETY Ot TRJ(: (,ENTERS IN flif-
Es OF THE STEREO, THE ASINJ
INSTITUTE FOi
WAIN ARE ALSO DISCUSSED. F AC I L fl~i
'ADERY OF SCTENCC~S, WiSR, t4OSCOW.
CHEMISTRY OF NATURAL PRODUCTS, AC

USSR 1JDC'576.855*?5(A;!). 09a, 3-1
TSVETKO'/A, 1. V. Vt 'ID 'tituto of Olological;and dodical Chemistry
and Institute of 1. li!anovskVi AoodenW of M'ediaul Sciences USSR
V
log.
"An Attempt to Obtain Direct Proof of the En7,ymatic (Nouratinidasq) Nature of the
:Process of NUnmasking" Latent Hemagglut~Lnin in ~Wluan:&a A4 1,111runt.
--Moscow. Voprosy Virusologii, No 4. Jul/jtug 70, pp 409-414
Abstract: An attempt was made to fijid direct evide'nce of a 1r&lat,i
-onship between
the "unmasking" of latent heinagglutinin and nouraoinidaso afjt1vit,1,r in Itif luonza A2
virus. it was hypothesized that if the 11unxaskizW:1' prooess: i.e., tho breaktiown
of the virus-inhibitor complox, occurs wider the influenca yt viral neurar-2aile
acid should aco=ulata in the system w-liqre the ho.Wg1,utinii,,i L:Lt-jr of t4o vit-us
(Kop strain' increases spontaneously. In the caaa of the U&ibiWr_.,;onsitivo i!ar
-strain, on the other hand, thoro should be no. muc~i acau=14:~Ion, Whon the allan-
toic fluid of 13-day-old chick wabryos wa4 Infected with tho txci laluenza s*.ralas,
ver# the content of neuramInic acid iner ?A hnd 10.5~ in fluld
nowe & eased 'by 704
inoculated with inhibitor-resistarit Kop straln ari& inhibitq~-senviLiva air strain,
respeativbly. During storage of the virus-contaWng Vluids, accomparilod
1/2

USSR TJPG 577-11
TSVETKOVA
I. V. GRIBKOVA, N. V. and LIX"UND, M. A,~ Institute of Biological
and Medical, Chemistry, USSR Az-ndenW D. I.
Ivanovskiy Institute of Virology,USSR'Acadamy of Medical Sciences, Mbscow,
and Moscow Academy of Veteri.-ry Medicine'
"Effect of Detergents on the Activity of Functional Vir4l. Proteins and on
Their Distribution in Organelles ol' Virus-o-Infected Ce~Llflll
Yjoscowj Biokhimiya, No 4, 1973,pp 711-778~
Abstract: The activity of nouraird.nidase and homaggluttvin in chick embi-yo
fibroblasts infected with Ncwcastle disear~e virus was studed in cell firlic)ge-
nates treated with Tween 80, Triton X-100, and other detergents (sodium
dodocylsulfatej nodium desoxycholeate, digitonin). Two(in 80 &Y-A Triton X-ICO
increased the activity of tho protoins and redistritnited it a:110r.- the cell
organelles. Their activity shifted to tho lighter fractions, particlila-71,1-
the "cell- juice,, where both ileuranLnido,oal and hennrxlut~n were practically
absent when the horiogenate not tvuxted with a: datergent"vas abrent. Trr;,,.tmcnt
sAth Triton X-100 caused a greater increase In the nctl#Lty rd' the,
1/2

WPM-

11,2
USSR
TSMKOVA, I. V., et a!., Biokhimiya, K:o 4, 19731 pp 771-778

an&a more pronounced shift of the proteins to the cell juice. Treatment
with-Tween 80 did.not increase. the activity of the- ho gehItte ap irtuch and
Mo
shifted' it mainly to the mi-tochondrial-microsonal and rlbosomn'L fractions.
2/2

51

-18SEP70
14' UNU s ~PROCESSING DATE
At t010
:,ij,ITLE--~-wCOMPARATIVE STUDY OF THE EFFECTIVENESS OF: PURIF,,ICATION OF NEWCASTLE
VIRUS BY CHROMATOGRAPHY, ON 0EA*~iCELLuLo$'E- AND
kAVERM N. V
AUTHOR-(03)-VARICHt N.Lot LIPKINDv,'M*Aq?.
OUNTRY OF INFO--USSR
URCE-VOPROSY VIRUSOLOGII# 19709~ NR It :PP 27-3.11
5- ATE PUBLISHED ------- 70
',.~SUSJECT AREAS--BIOLO%GICAL AND MEDICAL SCIENCES
PIC: TAGS--NEWCASTLE DISEASE VIRUSj CHROMATOGRAPHY, CELLULOSE,
-N#MAGGLUNINArION
I.~.CONTRQL MARKtNG--NU RESTRICTIONS'
iDOCUMENT CLASS
62/70/000/001/0027/0031
REEL/FRAME--1987/0070 STEP N0--Ur%/04
CIRC ACCESSION NU--AP0103750
UNCLASSIFIED

Ni
2/2 014 UNCLASSIFIED PRuCESSING DATE-18SEP70
I RC ACCESSION NO-AP0103750
;:,48STRACT/EXTRACT--(U) GP-0- ABSTRACT. TWO METHODS'DF PURIFICATION OF
-ATC)'RAPHY ON. DEAE CEILULO$F: AND
.:NE-WrASTLE DISEASE VIRUS: CHROM
ULT~ACENTRJFUGATION IN PUTASSIUM TARTRATE SOLUTIONSe'WERE- COMPARED. 60TH
WHIC~q IS 1%DICATED B01'H
METHODS PRODUCE A HIGHLY PURIFIFC PREPARATICN
BY CLOSE' CORRELATION OF A NUMBER OF PARAMETERS JNI fll~EPARATIONS PURIFlED
BY BOTH METHOOS ANO BY RESULTS OF CENTRIFUGATION Or-;(HRClMAT0GRAPiirCALLY
~.PUR.IFIED VIRUS IN SUCROSE DENSI.TY GRAOIENT.: TOTAL LOSSES OF THE VIRUS
14~--PUR IF IC.AT ION CONSTITUTE 61-65PERCENT,USING POTAS'51UM TARTRATE
,14,"'___~'-SOLUT-IGNS :AND N. I'
-8CPERCENT IN CHRDMATOGRAPHLC.~PURIFIC'Aj~[O NACTIVATION
:OF: THE -VIRUS DETERMINED BY RATI 0 OF. . INF~CTtOUS '.ANI) 114EMAGGLUTINAT ING
_:~046PERTIES I&INSIGNIFICANT IN BOTH METHODS;OF-PURLFICATION.
I tId- 5 a I r 9 r n

USSR no 62i~3i4.58(088.8)
MY K.A.A MELIXICM, L.P. GREMO, Lin-t
VOLKOV, I.V.,
alaktrodinam. AM ~USSR--Iyn'a *Riute Of Eloctrodyn 9, AS, Ul~
am c
rSSR]
'Frequency Convertarn
USSR Author's Certificate No 265- i4blished 22 June 70
`56, filed 27 Rey 68, p
-.(from RZh--Elektronika i yeye Zrizineniye No March !1071, Abstract No
J
Tronslation; A frequency converter with a d-c section iricludpa a oingle-
rectifier Lventill] series invertor at the output. ldith.!the o~-iject of improv-
Ing-tho 6nergy characteristics and increasing the macurili, bGt~iojen the recti-
tier (vypryamitell] and the sourai~ of a-o~current, a canyorter of a eourca of
voltage into a source o;r current:(oogs, ad ind~ativo-o )witanc* converter) is
p
included. 2 111. A.S.
15

1-M-M-00
.:.,USSR UDC: 539.3:534.1
7-
KOTS, V. M. , LIPOVSKIY. D. Ye., NAIAROV, V. A., TODCHUK, 11. A. SHUN, V. M.
-IsExperimental Studies of Stability of Ribbed CylindricaL~hells and Results of
"their Statistical Processing"
..4-Ya. Vses. Konf. Probl. Ustoychivosti v Stroit Mekh., Tev'isy Wkl.
'A
"Fourth All.-Union Conference on Problems of Stability andl'~Structural
Mechanics,, Abstracts of Reports -- Collection of, Works], ~foscow-., 1972,
Tp:.132-133 (Translated from Referativvyy ZhUrnal Nfekhanikij, No .12, 1972,
Abstract No 12V303, by B. B. Kabanov)
-tudv of the stability
Translation: Results are presented from an.experinental
of reinforced circular cylindrical shells in axial compre.9 tsion.. The influence
of initial form imperfections, unevenness of loading an& gcomevry of supports
is explained. It is suggested that the critical compressive force be deter-
mined by the formula
-AA
N =kNtp k=0.1+0.9c
where N is the theoretical value cf critical force; A is a gccunotric parameter.
t
coefficient X characterizes random perturbations and is dotermbied by statis-
.1ical processing of the results of experiments. Values of coefficient k
1/2

Z.. 010 c
f F~ kocV'SSING DATE- 30OCT70
D
,.',.~T.trLE--MQ0EL OF UNIFIEO W EAKAD.s RONOI~ INTERACTUONS GASE0 ON BROKEN, V
'PLUS OR MINUS A.. SYMMETRY -U-
,-,._AUTH0R-LIPMANOVr EtHe
OF INFO--USSR
,"SOURCE--YAD. FIZ. 1970s 11(3)v 648-56
DATE PUBLISHEO ------- 70
U13JECT A.REAS--PHYSICS
-1,EAR IN'iERACTIUNt
,,T 0 P I CTAGS--MATH;: -100ELt STRONG N, U
C
INTERACTION, PARTICLE SYMMETRY
~.~CONTROL MARKING--NO RESTRICTIONS
WEAK NUCLEAA
.-~OOCUMENT CLASS--UNCLASSIFIED
-.,PROXY REEL/FRAME--1991/1066 STEP NO--UR103~~67/70YO11/003/0648/0656
RC ACCESSION NO--AP0110756
LASS IF IED

rz~:tn!'T ~ ~77
N L~~ PkQCFSSING DATE--_i-vuu.._
21 u c ssin a
IRC ACCESSION NO--AP0110756
v!
~_~.',48STRACTJEXTRACT-(U) GP-0- ABSTRACT. W6AK: AND STRONG LOITERACTIONS Of
'f--._~.ELEMENTARY PARTICLES ARE DESCRIZED IN A:UNIFIED WA'r IN THE FRAME-4OPK OF
-frHE. NEW.oAPPROACH TO THE THE RY OF WEAK: INT A T N$,. THL aROKEN IV
P, c la
',14'lNUS.OR- PLUS A) SYMMETRY IS ASSUME . RACTIbNS OF CURRENT" WITH
0 FOR INTF
VECTOR AND SCALAR FIELDS., THE CURRENT CURREsNT INTERACtIONS
-:OF
ol 0 IN ASSES4
ELEMENTARY PARTICLES ARE. V:I ED TO 2 CL REGULAR
NONE) LAGONAL INTERACTIONS AND SINGULAR~DIAGCNAL 1!4,,ffkACr EONS.
VOLGOGRAD. ~JSSR.'
FAC I L't TY: VOLGOGRAC. PEDAGUG.: INST*tj

777"
USSR Ubd" 620.111.3
and FILONMOV, A. M.
"Study of Detectability of Defects in Concrete by Ultrasozic Methods"
Moscow, Defektoskopiya, No 5, 1970, pp 3-9
Abstract: The propagation conditions of an ultrasonic pulse in the vicinity
of an internal defect in concrete are studied. An equation is presenLed for
the propagation of elastic waves in an absorbing -redium;and it is demonstrated
that the relationship between the characteristics of art ultra-gonic pulse
transmitted through concrete near an internal cavity &pfect is expressed by
asimple mathematical dependence. Results are presen6aad from experimental
-idies of the sensitivity of ultrasonic defectoscopy,/by saand penetration
a
t
oUstandard concrete specimens. Relationships are calculated between the
&Iameter of a defect, length of'traveling wave and pulse cliaracteristics,
end a nomogram is Iconstructed for detp" rminatloa of,t,~Iie dimensions of defects
in concrete. A numerical example of estimation of, the diviensions of a defect
'I the basis of ultrasonic 4st data is presented.
in the form of a cljvlt7 0

WO 621.743
LIPKMXIY,, A. M.t Plavk& Chuguna I Splavoy Tsystnykh MoUal*v (Smelting of
ya
lij"~~--AlIoys of Nonferrous Fat&U)p. Izd-
ir-nin=ad. 197.3,, 192 jp
Tnn IxtIon of Forewards TbA directiven of the 24th Calwgress of the
Omaunist Party of the Soviet Union for tWd 5-Year Plan for the development
of the national economy for theyears 1971-1975 provide for a considerable
Increase of production by all ladmtrial branches$ amonig thez nachine
UAlding. In solving these probleoxf much depends oa'gpwx1ry production,
which in the principal base for modern, machine buildin6 The area for the
application of castings In continuously dxpazWlng aad!~~th the gengral
growth of machine building, there is a continuous rspI40xent of parts
from ro-Led Iron, forginge, and stampinge by parts made fton castings.
TqSether with the completion of tasks f,*r the systematic in=*aze of the
mtput of caatlWg It le nececovAT to wwter and intr6iude into production
AUW MA# &UM Df MMUR RM 110"ISMIM BW%19 nt" 145h "IKOaA-i
lau It TARRI)II ta MAI 1111b nymnfln
of all industrLail branches for light :Intermediate prDdi3ats amdo with a
mInInum expeaditure of metal. The smelting process P:r:cast alloys is one
of the most Important processes in foundry production, : The quality of
fUture pLrts depends greatly on the pbys~co-xechanical and ollaideal P--O-
poxtion of tbo alloy of which the coAting swan mdoo O~j notable Importance

UPrLTSKIYp A, X.p I "Mashinostro."niyep" looningr;A0 1914p 192 pp
Is the efficlent selection of the fuTnace charge composition, where in
a&Ution to 1waviding for the required properties of thip mating, it is
necessary to apply the most inexpensive charge composition add" full use
of eigenreturd, secondary alloys, ate., The proper seldotion ot the
molting plant not only affects the stabiltty of the *uical compositio*
but also# to a certain extent, affects the saving of metal anti the net cost
of the alloy. Successful solution of the problems impued on Soviet foutAry-
awn can only be achieved through a -significant increase af technical Wid p=-
duction. levels of the workers 0, &3. well of, the. foremen atil technologists. The
book.deals with the predominant properties of mat alloys usod In machine
bulldlng and also with the opereition of foundry fuxuaceo vaed: In the &Molting
of those alloys* In addition to fu=amental problems, wh sus the tech-
AoLogy of swItIng cut iron and copperj, alumlnuzj~. and aiagneslum LLloysp the
book:
gives & bacief account of the constructi= of foumLxy furpces, the
of labor# the 14bor protectiong and sufet~,~,Iechatquea in molting
departments.
ZA
14 -

T
p
USSR
1UNITSMs A. M. s"VAShir1o6tr10Y*CiY*s," lenliervAs 197% L9Z PP
TPARBLATION OF TABIZ OF CONTEM i pap
3
Chapter I Cast alloys
L: General information,
'.~.20- Properties of foundry alloys
7
properties. of 94loys,
h-
4~ --Cast
hi
tr
irons
n
th
abl
i
d
ll 13
17
s
e
e
ma
gi
,,
, an
e p
g
g
Copper-base alloys 26

-~64
Light metal all
oys
34
+'urnace
Chapter 2., Smeltjm,,- of pig duT)ola
46
1-0 Materials for smelting pig,iroA 47

2;' Construction of the, fw~nace
Cupola
54
3; Principal dimensions'of the cupola far'nace 59
'4; Fuel burning in -4the cupola:farnace 62
charge
5; ValculatiOn Of the furnace 0
-
6. Preparing the cupola fuma0e.And: the praelting
technology 70
Improving the cupola furn.ace.construption
6
31

USSR
1UNMRIYg A. H.g -X"hinoatroyonlyel," loening=dj t9,73, 19Z pp
Mechanization -and automatiorL of collecttng, ive ighing ,
a

nd.' e c po~,a fui-nace
filling of the charge into Vh u

-0
Chapter 3. Smelting of pig iron iii electric induction
furnaces 94
is; Characteristic of modern electric induction furnaces -
-20' Crucible induction furnacee 95
.3.- Lining of crucible Airnaces.' 98
4* :Channel induction furnaces

Technological !eatures 9
pf 'Omeltin ~ig iron 100
in crucible induction furnaces,'; 102
Chapter 4. Smelting of copperallo~s 105
I; Charge materials and their vreDaration
20' Composition and calculation-of tho charge 108
3; Preparation of alloys
4.
D
eoxidation and refininglof'oopper alloys 113
5.' Smelting in crucible ful=ces: 117
60' Smelting in internally firedifurnaces 3-19
7 0* Smelting in electric~fat-nacesl~ 121
8. Smelting peculiarities of copper alloys 127

9.
Control of the smelting process 129
4/6

LZPNMXIYO A. M., -Mazholnostrorkd^-:~ Len.lngr$41 -19~09 192 PP
Chapter' 5o Smelting of aluminum alloys
1' Charge materials and their~preparation,;
2' Composition and calculation,of-the dhapge
3 -0 Alloys and,their prep4ration
4. Refining, degassing, and modification.':of aluminum
alloys
5' Smelting in crucible~furn~ces:
60 Smelting in electric furnoces.:
7, Smelting in internally: f ir'ed, ';furnac 0
8' Smelting peculiarities of alu~iinum alloys
9: Control of the smelting process
Chapter 6. Smelting of magnesium alloye
~le Charge materials anfiluxeS7.
.2. Purnaces, for the smelting vf p
es~~m ari-Loys and
smelting methods
3. Modification of magnesi= alloys
131
135
137
139
143
145
153
156
157
157
162
166
516

USSR
LUNITSXIY# A. Moo "ftshlnostroye" laninemdo ~~973, 92 pp
Chapter 7. Labor organization of the smelt~ng-oasting
department
1 Opdrating conditions
2# Labor organization,of the pig iron Bmelting section
3. Labor organization of the smelting section of
non-ferrous alloys
Gasting of alloys,~
5. Waste of casts through fault:lof the m~etal:
Cha ter 8 Labor protectioii: and oaf e'ty U61~Aquex
Is v7o~i on awoola furna
ces
2. Work on internally.fired furnaces
.3; Work ou electric furaaces~
4. Work' on smeltin
-g of.magaesiium alloys
Apo*Uxes
bibiiosnoy
6/6
16 -
168
169
170
173
177
180
182
183
184
40

17
f '~,77 777 ,~
USSR Ux U5.35 ~~of4.4
rills=, 1. F.
LIM
rNew Methods for Storage and Transportation of Preserved Blood at, Low and lfi(~h
ratures, and for Protection of Blood frox4 Radloactive E~dssida"
Mloscow, ProbleW Gematologii i Perelivaaiya Krovi,, No 3, 1q7( pp 5ri-56
Abstract: A description is given of a chamber and w"-p-AOS teliell -)"e're dCVe1o-'p:!d for
the storage and transportation of preserved blood under conditions,
and for its protection aeainst radioactive en-4ssion. Die lmxic principle involved
is the came as in the Dc~mr flask. Tha chark6r is irade in tbz fo= o~-, I o cylindri-
cal reservoirs. The =nl,ler one tits innide the larger ona, thut: forria-, a arace
'Is wit a vacuum 'In the chamber and lid. '11W! end o-1 both
between the wal- "h
reser7oirs is attached to the flanZe by gas weldin to creato a veliable hernet ic
.9
Ach ti, - air is wn out Idt
seal in the interw, U gap, from it'. ic dra ~a ;El Vacl;OILM '0 3.
Me inn r surfaces o~ both res-=.roirs are*enwu~l-coated. lhe~ chanber is tijilly
-Ly -' stened to the frxjj:~ vith. three
closed with a lid, which is sc-c-= -1 -11i
thumbscrews. To protect the Uw-1. ft-Ga pezietrating railiation, tli,!! taner 3 1 C e r,
of the outer reservoi.- and chamber lid are slientwed vith lead or wtth :,uraphitc.
In addition, to ensure 1herinetic sealing and protection lWih per,,~.Lrlltinf~ radiation,
inside o' the earu.;Iber along Uie entire flange. perimeter is rvinforced with

~T
-Wq
-56
LT-PNITSKIY, I. F., ProbleaW GernatoloGii i Perelivaaiya'Y,~,ovi, NO 3, 1T, 0, PP 55
-in a tb
lead-rubber Pack z. Air tenTperature inside the chambe. is ineasured vith er-
mometer, which is observed thiv%,h the closed lid via a ~;Iasr, peephole 11.0unted on
the inner side of the lid. Tlie arnpules are ruide of glasn using flie se-,fes Princ-I-Ole
and technology (with an interwall gap)as in Dewnx flas'_ks- The stoppero and caps
of the ampules are mde of polymers- The ampules of pjquserved blood are inserted
in avertical position in two racks of several rows, deliending on the size of
chamber and are arrangred in a checkered :rasblQn.. Bothracks are attached to the
wall of the inner reservoir on four metal~ahock absorbiprs in the fo=L of spiral
springs., which help prevent breakage due to jo3,.ts durin,-I ta-ansporting.

USSR UDC 539.3
ULU=IY, M. Ye.
"Calculating the Symmetrical Load of a Vertical Cylindri~al Reservoir"
Stroit. mekh. i rachet sooruib. (Structural Mechanics in~ the Ca culation of
Structures), 1972, No. 6, pp 50-54 (from M-Hekhanika, 'No 3, Mar 73,
Abstract No W133)
Translation: An approximate method is given for determining the forces in
a-~cylindrical reservoir when the ratio of the, heiFht pf;~ the reservoir to its
~dlameter is no more than 1.5 urderasymmetric,loading:0 thp:reservoir by
dry material is presented. Author's abstract.

1/2 014 UNCLASSIFie'O~; ~Fioc ,
ESSING DArt--i8SEP70
..TITLE--COMPARATIVE STUDY OF THE EFFECIIVEN.ESS OF P~RIFICATION OF NEWCASTLE
DISEASE VIRUS BY CHROMATOGRAPHY ON DEAE CELLULOS AND.
_-AUMOR-(03 )-VAR ICHj N.L.t L(PKINOP M,A.it KAVERJNv AjsV.
COUNTRY OF INFO--USSR
-VOPROSY VIRUSOLOGIIP -3t
SOURCE 1970V NR 1..v PP 27
,"DATE PUBLISHED-----70
~SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCE.;
TOPIC TAGS-NEWCASTLE DISEASE VIRUS# CHROMAJOGRAPHY~ CEkLULOSE,
-HEMAGGLUNINATION
'CONTROL MARKING--NO RESTRICTIONS'
IFIED
4-ul" IT
-100, IfOOZ110031
UN
ya,

2/2 014 UNCLASS 10 1 E D PROCLSSING DATE--18SEP70
-CIRC ACCESSION NQ--AP0103750
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. TWO METHODS OF PURIFICATION OF
NE34CASTLE DISEASE VIRUS: CHROMATOGRAPHY ON'DEAC- CELLULOSE AND
ULTRACENTRIFUGATION IN POTASSIUM TAPTRATE SOLuTIONS WERE COXPAPED. BOTH
METHODS PRODUCE A HIGHLY PURIFIED PRFPARATIONt 14HICH IS INDICATED BLITH
BY CLOSE CORRELATION OF A NUMBER OF PARAMETERS IiN PREPARATIONS PURIFIED
BY BOTH METHODS AND BY RESULTS OF CENTRIfUGATIOfo OF CHROMATOGRAPHICALLY
PURIFIED VIRUS IN SUCROSE DENSITY GRADIENT.; TOTIAL LOSSES OF THE VIRUS
IN PURIFICATION CONSTITUTE 61-65PERCENT!USING POTASStUM TARTRATE
SOLUTIONS AND-80PERCENT IN CHROMATOGRAPII,IC.PUR[FilCATION. INACTIVATION
OF THE VIRUS DETERMINED BY RATIO OF lNr-E.CTIOUSAND 14LC-MAGGLUTINATING
PROPERTtES IS INSIGNIFICANT IN BOTH METHODS OF~PiURIFICATTON.

,PSSR UDC: ~539.5:534.1
KOTS, V. M., LIPOVSKIY,_P,,,;Ye., NAZAROV, V. A., TODOWK, V. A. SHUN, V. M.
"Experimental Studies of Stability of Ribbed Cylindrii:al Shells and Results of
their Statistical Processing"
4-Ya Vses. Konf. Probl. Ustoychivosti V Strolt. Nlekh., TezisX Dokl.
[Fourth All-Union Conference on Problems of Stability and Structural
Mechanics, Abstracts of Reports -- Collection of Works], Moscow, 197-11
pp 132-133 (Translated from Referativnyy.Zhurnal. Mekbinika, No 12, 1972,
Abstract No 12V303, by B. B. Kabanov)
Translation: Results are presented froti an experimentol study or the titability
of reinforced circular cylindrical shells in axial. co4press,ion. The influence
of initial form imperfections, unevenness of loading and gcometry of supports
is explained. It is suggested that the cTitical.comp~essive. force be deter-
mined by the formula
N =kNt. k=0.1+0.9e- XA
where Nt is the theoretical value of cri tical force; A is a geometric parameter.
Coefficient A characterizes random perturbations and i:; detd-rmincd by statis-
tical processing of the results of experiments. Valueli of coefficient k
1/2

USSR
Kots, V. M., Lipovskiy, 0. Ye., Nazarov, V. A., TodclitA, V. A., Shun, V. M. ,
4-Ya Vses. Konf. Probl. Ustoychivosti v Stroit. Mekh., Tezisy Vokl., Moscow,
1972, pp 132-133.
produced in published experiments are prosented. The s,ignific"Int influence of
initial imperfections and unevenness of application of L-ompressive loads on
the stability of reinforced shells is noted.

USSR UDO 621.~14.58(088.8)
SKIY K.a. X-ELINICHOK, L.P., GjBQ_VT,*.O, E..Ij. LTn--.
VOU.CV, I.V.,
elektrodinam. A3`US~SRRS4__IznVhtItute Of Electrodrtamics, AS"' UkrS~R]
'Frequency Converter"
USSR Author's Certificate No 265256t filed 27 May 68, pijbliEj-hnd 2-2 June 70
(from RZh-Elektronika i yeya 2rimenenLye No 3, March1971, Abstract No
.3B578P)
Translation: A frequency convorter with a d-c section Includes a single-
rectifier Lventillj series inverter at the output. With -the ubJect of Impro'r-
ing the energy characteristics and increasing the uacurtty between the recti-
fier [vypryamitel'] and the source of a-c current, a cor#ert*r of a source ot
voltage .into a source of current (e.g., sa,inductivo-c4lpacitanca conyorUr) 1e
included. 2 ill. A.S.

010 UNCLASSIF180 MOCE~StNG DATE--3aocT70
'-,,TITLE-,-MODEL OF UNIFIED WEAK AND STRONG,INTERACTION$ BASIED ON BROKEN, V
PLU& OR. MINUS At SYMMETRY -U-
E.M.
-COUNTRY OF INFO--USS^
!"SOURCE-YAD. FIZ. i97U, 11(3)t 648-56
ATE PUBLISHEO ------- 70
AR-PAS--PHYSICS
TOPIC TAGS--MATHEMATIC NCPE~r STRONG NUCLEAR INTERACTIONis WEAK INUCLEP-AR
INTERACTION, PARTICLE SYAMETRY
~_CONTROL VARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
~,~PRGXY REEL/FRA?F--1991/1066 STEP NO--UR/0367/70/OLI/003iO648/0656
CIRC ACCESSION NO--AP0110756
I J., i C I-a ;Z-;,-LF-- r_E_Ja___

2t2 010 UNCLASSIFItt) AOCESSING DATE-300iCT70
CT RC ACCESSION NO--APOL10756
GP-0- ABSTRACT. WEAK-AND S Tk 0 thl GINTERACTEONS ('F
ELEMENTARY PARTICLES ARE DESCRIBED IN A UNIFIED WAY IN ThE FRA1*W0*`,,K OF
-THE NEW APPROACH TO THE THEORY OF WEAK INTERACTIONS. 114E t3ROKEN (V
MINUS OR PLUS A) SYMMETkY IS ASSUMED FOR INTERACTLONS OF CURRENTS WITH
-INTERMEDIATE VECTOR AND SCALAR FIELDSi THE CURRENT CURRENT INTERACTIONS
OF THE ELEMENTARY PARTICLES ARE UKVIDED INTO 2 WkSSES: REGULAR
.~NaNDIAGONAL INTERACTIONS AND SINGULAR DIAGONAL INTE.A(I't NS.
FACILITY: VOLGOGRAC. PEDAGOG. INST., VOLGOGRAD,:OSSR.~
WNCtA5_S=- E f)

USSR UDC 620-111.3
and FILONIDOV, A. M.
"Study of Detectability of Defects in Concrete by Ultrasonic Methods"
Moscow, Defektoskopiya, No 5, 1970, pp 3-9
Abstract: The propagation conditions of an ultrasonic;pulse Ln the vicinity
ot an internal defect in concrete are studied. An equa'tion is presented for
the propagation of elastic waves in an absorbing medium and it is demonstrated
that the relationship between the characterlistics of In ultrasonic pulse
transmitted through concrete near an internal cavity defect is expressed by
a simple mathematical dependence. Resultsare presented from experimental
studies of the sensitivity of ultrasonic defectoscopy I.,y swwn~l penetration
of standard concrete specimens. Relationships are calculated between the
dlAmpter of a defect., length of traveling wave and pulse characteriEtics,
and a nomogram is constructed for determination of the-dimer-sions of defects
In concrete. A numerical example of estimation of the dimeasions of a defect
Im the form of a cavity on the basis of,ultrasonic test data is presented.

FOWXLTY
IPSR M 621,745
ting of
LIPRITSM, A. M. Plavka Chuguna I, Splavoy Tayetafth Mallow (Smal
of Nonferrous Ynt4as), IrA-vo "Hash,lnostrayeniye 0"
1"I ngrad t 197J s 192 pp,
2~Mwlfftion of Foreword# The directives of the 24th Comm$$ of the
Coamunist Party of the Soviet Union for the 5~-Year Plan for th* developmnt
of the national econony for theyears 1971-1975 provide for a considerable
Increase of production by all industrial I bmnchez j among them machine
building. In solving these problem, much depends on foundry production,
iddch In the principal base for modern machine building.L The a=& for the
application of Castings 16 continuously expnding and with the general
growth of zachine building$ there is a continuous, replacement of paxts
fiva roLed iron, forgings, and stanpings by parts made ':rrom castings 0
Together with the completion of tasks for the systemaUt increase of the
output of castingst it is necessary to master and intradime Into production
now cast alloys of ferrous and non-ferrous metals with high nechanical ana
service characteristical this will make it possible to last -with demands
of gLU incluetzial, branches for light intermediate produpta zade with a
zinlam expenditure of metal. The smelting process of mst alloys is one
of the mat Utportant prooeasee in foundrjr pmoduction. The quality of
Wure parts depends greatly on the physico-mechanical amd chemical pro-
perties of the alloy of which the casting was nads. Of notable importance

USSR
U:PXITSKIYI, A. X. j i "HashinostroTeniye Leningrad,, 1973, 192 pp
Is the efficUnt selection of the furnace charge compooition,, where in
*Mition to Pmviding for the required properties of t1ve ca;sting, it is
necessary to apply the most inexpensive charge compositlon making full use
of eigenretura, secondary alloysi etc. The . proper selection of the
molting plant not only affects the stability of the cimmical composition
but also, to a certain extent, affects the saving of metal and the net cost
at the allay. Successful solution of the problems Imposed on Soviet foundry-
MR can OWT be achieved through a signifizant increase of technical and pro-
duction levels of the workerst as vell of the foremarjLaIA techinologists. The
book deals with the predominant properties of caat al1qy;s used in machine
building and also with the operaiion of foumUy furnacew usecA In the smelting
of these alloys, In addition to fuumamental problems# muoh as the tech-
malogy of smelting cast iron and C*MVI aluidnum, and ugnosUx aiLloy3p the
book gives a brief account of the construction of foundzr fu3niaces, the
arptnization of labor# the labor protoctlonp,and, safety ~,techniques in mtelting
2A
00,10 ~Iw I MR, H3, "',
j;jR, 111WA

UNR
LIPK=JaYg A. M., -MmhJLnostroywLtyel,~,lerAngradp 197'~# Lgd pp
IMMUTION OF TABLIC OF CONTEM a
Chapter 1. Cast alloys
I..General. information,
..2; Properties of foundry alloys
3; Mechanical properties of alloys
4.; Castf high-strength, and malleable pig :irons
5; Copper-base alloys
6. Light metal alloys
Chapter 2. Smelting of pig iron in cupola furiince
1 Materials for smelting pig iron
P
Construction of the cupola farnace
3; Principal dimensions of the:cupola furnace
Fuel burning in the cupola furnace
5. -Calculation of the furnace charge
6. Preparing the cupola furnace and the sm.01ting
technology
Y Improving.,.the cupola fUrnace.constructio-A
3/6
page
3
4
7
13
17
26
34
46
47
54
59
62
65
70

WSR
WIMMI A* X., -Mashinostroyeal."t- loomtngmdt L9739 192 PP
80 Mechanization and automation of collecting weighing,
and-filling of the charge into the cupola furnace
Chapter 3- Smelting of pig iron in, electric induction
faxmac ea
1-0 Characturistic of modern electric induction bxrnaces
2- Grucible induction furnaces
34 Lining of crucible furnaces
4; Channel induction furnaces
5. Technological featurea of smelting pig iron
in crucible induction amnaces
Ohapter 4, Smeltin of copper 'alloys
.1,07, Oharga:mater s and their preparation.
2; Componition and calculation of the chara;e
3; Preparation of alloys
4. Deoxi.dation and refining of copper alloys,
-0 Smelting in crucible furnao9sl
5
6j Smelting in internally~fired.furnaces
7; Smelting in electric furnacesi)
8.9' Smelting peculiarities of-copber alloys
9. Control of the smelting process
90
94
-
95
98
100
102
105
3.08
113
117
119
121
127
129
13

VWR
LIPNITSKIYO A. X. v wMasholnostroys",01 loonIn"s 1973P 192 PP
Chapter 5. Smelting of aluminum alloys
19 Charge materials and their preparations
2-0 Oozvosition and calculation of.;the charge
30' Alloys and their preparation
4. Refining, degassing, and modification of aluminum
alloys
5~ Smelting in crucible furnaces.
6 Smelting in electric -.L*urnao*es,.
Smelting in internally fired f4arnaces
Smelting peculiarities of aluminum alloys
Control of the smelting process
Chapt er 6. Smelting of magnesium alloys
I*' Charge materials and.fluxes
24 Furnaces for the smelting of magnesium alloys and
smelting methods
Modification of magnesium alloys
5/6
131
135
137
139
143
145
153
156
.157
157
162
166

jVXMKIYv A. X. -Xa3hInoStrOYW'I"*" LOOrdngradv IMs 192 PP
smeitin:' casting
Chapter 7. labor organization of the
department 168
1. Opdrating conditions - -
2' Labor organization of the pig irom'smelting section 169
3. Labor organization of the smelting section of
non-ferrous alloys 170
4-0 Casting of alloys 173
5. Waste of casts through fault of the metal 177
-y techniq~ ex
Chapter.8. Labor protection and safel. U
180
.1' Work on cupola furnaces
2; Work on internally.fired furnaces 182
.3; Workion electric furnaces 183
'4. Work on smelting of magnesiu~m alloys 184
06
BlbnOgrAphy
6/6
16 -

USSR uDc 615-3B-Ol,4,4
UNIMMY,
New Methods for Storalle and Transportation of Preserved Blood, at. Low ani 111igh
Terroeratures,, and for Protection of Blood from Radioactive :E-17-_is,-~oll"
Moscow, ProblenV Genntoloaii i 1:erelivaniya Krovi, 110 3, 1970, -pp 55-56
Abstract: A description is given of a chamber and ammuloo -,faich ~,~2-e develo-ocd -for
the storage and transportation of presezved blood undi~r any comAtions,
and for its protection a6ainst radioactive eassion ILIje bn sic 'Principle involved
is the same as in the Dewar flask. The chwnber. is iina,,Ile :Ln the form of two cylindri-
lare for- space
cal reservoirs. Me smaller one fits innide the er onf.,!, t1ma in;,
between the walls with a vacuum in the dhamber and lid. The upper end of
reservoirs in attached to the flan.-e by gas we1ling to create a reliable hemetlc
seal in the interwall gap, from which thes air is draun out -4tin a vaci!Ul "IWID4
I mel The chaili r is ti - --' ,
The inner surfaces o~ both reservoirs are'ena. -coated. lj~~ 1;1 ly
closed with a lid, which is securely fastened to the cl=m-ber fra--:e ,rith three
thumbacrevs. To protect the blood from penetrating radiation, t?,-e irxi.,r surfaces
of the outer reservoir -and ch.:wmer JAd are sheathed with ljmd or id.Wi gral)h1te.
In addition, to ensure hernetic sealinj; and!protxictlion frall radiation,
--the inside of the thaniber along the entire flange periontor is m~~nforced with

USSR
Gf?r n'ovi., NO 1"710) 55-56
U
LIPNITSKIY; I. F.) ProbleirV iatologli i Perelivaniya
lead-rubber Packinj. Air termeratuv inf;ide the ChIlaber ilk, a
Mometer, which is observed thro%h the closed lid via a gliLss pacphole no-~xtcd on
the inner side of the lid. Me =,pules are made of glnss itsin~; the funx,~ nt-inc,~ple
and technolcgy (with an inter4all gap)as in DBwar flasks. Me atoppers =1 caps
of the ampules are rade of pol~i,,ers. The akpules of presei-ved blood it!,(! IU13erted
in a vertical position in t~o racks of several rqws, depen!lIng on the size of the
chamber, and are arranged in a checkered fashion.01 Both racku are a-ttacherj to the
wnII of the inner reservoir on four ny_,tal shook absorbers in the form of spiral
springs, which help prevent breakage due to jolts during twansporting.

USSR UDC 539.3
t1PNITSKIY, M. Y
"Calculating the Symmetrical Lo--d of aVertical Cylindrical Reservoir"
Stroit. mekh. i rachet sooruzh. (Structural Mechanies,in the Calculation of
Structures), 1972, No. 6, pp 50-54 (from M-Mekhanika, No 3, Mar 73,
Abstract No 3V133)
Translation: An approximate method is given for detemining the forces in
a cylindrical reservoir wher the ratio of the height of the rpservoir to its
diameter isno more than 1.5 under asymmetric 3oading, of tho reservoir by
dry material is presented. Author a abatract.

0467Gr
--Are. Nr.t APO ief 4code:
UDC 621.791.756:669.15-194-
USSR
KAMOVSKIY, N. I. VARTUSIUOICL6_~Vr 7- L,(LI_jt_t
-KOTOV, V. V.
upoDAYry. v. ,j., KMIOVSKIY, YU. IN.. BRUSENTSONIA, Vll~ M.,
Velding of Chrome-nickel-molybdenum Single-Phase Austenitic Steel"
Kiev, Avtomaticheskaya Svarka (Automatic Welding), No 1, 3,970, pp 39-43
(from Avtomaticheakaya Svarka, No 1, 1970 p 80)
Translation: This article contains 4 study of the effect *f mangadese
and nitrogen on crack resistance of purely austenitic, welds. Chrwia-
nickel-manganese-molybdenum wire with nitrogen EP690 and MV-17 electrodes
for welding 0,'(hl7Nl6MZT, OOKIJU71116113B and 0004il6NI51,13 atu*ldj have been
developed. These developments insure uniform strength, uniform corrosio"
resistance of the joints made of these steels and sufficiamtly high
_y and viscosity of the weld metal There aret. 4 tables, I illus-
plasticit 4
tration and a bibliography with 15 entries,,.
Reel/Frame di
137W0-67

USSR UDC 5P9.4.104
ARTRCBHCMnO, E. S., KOBOVICH, V. A., SEDYKH, V. S., and
SHOROSHOROV# M. M., Vologradt Moscow
"Features of Plastic Defox=tion During EX90sive C0002.0861011 of HOW
Powders"
Moscow, Fizika. i Xhimiya Obrabotki Haterialov, No 4, Yul/A-ug 72, pp 113-118
Abstracti Plastic deformation, teaperature, and some features of the fine
structure were studied in relation to the dansity and compxession paraueters,
using 100-250 A iron and titanium powders, It was dater~cined that high-
velocity loading leads to a signifle&nt,heating of tho coaprossed powder
due to the adiabatic character of heat exchmige between the deformed particles
and the surrounding environment

USSR UDC: 518-5:681-3.o6
LIPOVETSKAYA L.L., IKAUNIM, E. A., . IKAU1JIYFK, B. A.
"Compu ter Modeling of the Operation of a First Aid Station"
Tr. VNII med. priborostr. (Works of the All-Union ScieIntific Research
Institute of Medical Instrument !&king), 1971, vyp. li: pp 33-36 (from
RZh-Kibernetika, No 12, Dec 71, Abstract No 12V991)
Translation: A mathematical description is given of the operation of a
medical first aid station, and a program is derived for statistical model-
ing of the work of the station on.a computer. Optimum conditions for
first aid station management are selected on the basis of statistical
data for the Riga station. Authors' abstract.

L/2 039 UNCLASSI FIED PROCESSING DATE--30OCT70
_..~-T-ITLE-APPROXIMATE SOLUTION OF THE INTERNAL PROBLEWFOR A TURaULENT
SOUNDARY LAYER -U-
AYAl OoD.
A.SH.t LIPOVETSK
COUNTRY OF INFO--USSR
_'~-SOURCE-INZHENERNO FIZICHESKII ZHURNALt VOL* 189 FEB4 1970t P. 224-232
..':~_DATE PUBLISHED ------- 70
-PHYSICS
SUBJECT AREAS
IC, TAGS-APPROXIMATE SOLUTION,, TURBULENT~BOUNDARV LAYER, BOUNDARY LAYER
QUATIONt FLOW SEPARATION
.-.~'~-CGNTROL MARKING-NO RESTRICTIONS
-'~GC~UMENT CLASS-UNCLASSIFIED
--PROXY REEL/FRAME--1992/0405 STEP NO--UR/0170/70/0111/0,,')i)/OZZ4/02'.32
CIRC ACCESSION NO-AP0111598

.2/2 039 UNCLASSIFIal) P11,0CESSING DATE-30OCT70
CIRC ACC ESSION NO--AP0111598
ABSTqACT/EXTRACT---(U) GP-0- ABSTRACT. DISCUSSION I'W. THE PR013LEM Gi- THE
OEVELOPNENr OF A TURBULENT BOU-NDARY LAYER IN AN AXISYMMETRIC CHANNEL
WITH ALLOWANCE FOR THE lNrERACTIUN BETWEEN THE t3O(llluJA,,q:Y LAYER AND *rH;:
FLOW CORE. THE PROBLEM IS SOLVED BY REDUCING THE SYSUE14 OF FLOW
EQUATI.ONS TO A SINGLE INTEGRODIFFEKENTIAL EQUATIOtil, FOLLOWING A
PROCEDURE USED BY DORFMAN (1966) IN THE CASE OF LAMINAR FLOW. THE
NBROOT' (1952)
BOUNDARY LAYER CHARACTERISTICS ARE CALCULATED BYARUCKE, S
METHOD BASED ON THE SIMULTANEOUS SOLUTIOWOF mrEGRAL MOMENTUM AND
ENERGY RELATIONS. EXPRESSIONS FOR THE COORDINATES OF THE SEPARATION
POINT AND OTHER FLOW CHARACTERISTICS ARE;DERIVED AS A FUNCTION OF THE
REYNOLDS NUMBER AND THE GEOMETRICAL PARAMETERS Uf:itllE CHANNEL. A SIMPLE
APPROXIMATE METHUO OF CALCULATING BOUNDARY LAYERStIN CU14VILINEAR
CHANNELS IS PROPOSED9 FACILITY11t :AKAUMIJA NAUK UKRAINS401 SSRv
::,INSTITUT TEKHNlCHESK0I-TEPL0FIZlKlj: Kf;C-,Vf:,UKRAINlAN SsIt*

SING DATE--16k)CT70
_1 2 026 UNCLASStFIE0 Pk')CES
,~T,ITLE-MEASUREMENT OF THE LOW ENERGY PROTON INTEIN IN THE UPPER
SITY
-U-
ATMOSPHERE
~AQTMOR-(02)-TULINOV* V.Fop LlPOVETSKjYv V.A.
'-COUNTRY OF INFO--USSR
OURCE--KOSMICHESKI ISSLEDOVANILA, VOL4 8v MAR-APR. .1970, P. 306-307
_F~L,QATE PUBL ISHED ------- 70
V
".SUBJECT AREAS--ATMOSPHERIC SCIENCESt MISSILE TECHNOLOGY
_TOPIC TAGS--UPPER ATMOSPHEREt MEASUREMENTo PROTON, ~~-TEOROLOGIC ROCKET,
ALBEDO
~U.ZGNTROL MARKING--NO RESTRICTIONS
"'.QOCUMENT CLASS--UNCLASSIFIED
.t.-PROXY REEL/FRAME--1994/1763 STEP NO--UR/0293/70/008/OOU/0306/0307
CIRC ACCESSION NO--AP0115592
wltf_~ A
L-LkS f 1, -W
-- ---- ...... .

2/2 026 UNCLASSIFIED PROCESSING DATE-15OCT70
--AP0115592
CIRC ACCESSION NO
GP-0- ABSTRACT. EVALUATION 0 F EXPERIPIENT4L DATA
08T.A!NED WITH THE AID OF A MErECAOLOGICAL ROCKET CONCEIRNING THE PROTG14
INTENSITY IN THE ENERGY RANGE FROM I TO 20 MEV AT MID L41ITUDES AT
CES RANGING FROM ABOUT 35 TO 137:KM. IN THE NUMBER CF
ALTLTUD NO.INCR,'EASE
SLOW PROTONS IS OBSERVED Ar ALI'ITU0ES GREATER THA'i -10 1(,A. THUS
-INDICATING THE ABSENCE OF A PROTON COMPONENT IN TkfE SOFT CORPUSCULAR
RADIATION USUALLY RECORDABLE WITH THE AID OF END 7AINDO14 GEIGEq COU1,11TER.S.
'CONSEQUENTLY, PROTONS AT ALTITUDES GREATER THAN 55 TO 40 KM ARE COSMIC
MOREOVER9 THE UPWARD AND D04,10WARD MOVING ALBEOO
.-,,.RAY ALBEOO PROTONS.
PARTICLES FLUXES ARE EwUAL To EACH OTHER WITHIN AN ERR ,Oft RANGE OF ABOUT
20PERCENT.
j i,

Veterinary! MeOcine'
USSR, UDC 576-a5~+576-083
t
NOVIKOVAY N. V., SHTMEL., E. I., and LIPOVICH, Institute of Bio-
chemistry and Physiology, Academy of.S iences Kirrsiz:SSR
"The Effect of Dibuzol on Interferon Formation by Cells of Fetal Sheep Skin
After Infection of These Cells With theiVirus of Contaigious-Ecthyma
.(Sheep Pox)"
Fnmze, Izvestiya Akademii NaWi Kirgizskoy SSR, No 1, Jan/Feb 72, P 52
Abstract: It has been established in earlier work (Novikova, Vi2tcrinari~in,
110 10, 48-9, 1971) that the -presence of -dibazol Increai:-zes the resintance of
cells of fetal- sheep skin to the virus of contaglour, ecthyrn. (sheep pox).
A culture of fetal chacp skin was infected vith the vims ot oontagio,,tc
ecthyma in the prusence and absence of dibazol. Aftsr the had been
destroyed by the action of 11qCl for four days at 40C. followod by addition of'
HaOH to p1l 7.2-7-11, the interferon was titrated in a cultura of fettil chuep
kidwy cells infected with the virus of contagious Thc culture
medium from the skin cells infected in the absenc~e of ~ibazk
o1 i0ibited tho
cytopathic effect of the virus in a dilution of 1:2, 'While the aedium the
skin cells infected in the rresence of dibazol hwi this effect in a dilution
of 1:8. This indicated that-dibazol stimulated Tryterferon formation bv ckin
1/2

-T .I
NOVIKOVA, N. V., et al., Izvestiya Akademii Nauk Id'rgiiskoy SISR, No 1,
Jan/Feb 72, P 52
cells upon infection of the cells with the virus, becEmse mi.,dia fro.. mm-
infected control cultin-es that contained or did not ccintain-dibawl did not
inhibit the cytopat-hic effect of the virus under similar conditions.

AS F ED -5 INr -~Il EPT
OZI-- UNC L 5i I PAOCES DATF 0
-.T,ITLE--POLYMERIZATION ANO CYCLOTRIMERIZATIOWOF CETYLENE v4 THE PRF,-NCE
ORGANOMETALLIC CATALYSTS -U-
UTHOR--SHMIDT, FsK., LIPOVICHP V.G ir
KALECHITES, I.V.
-,-::C~OUNTRY. OF fNFG--USSR
.,S.,GURCE--IKINET* KATAL. 1970, 11(l) 251-3
,-DATE PUBLISHED - ----- 70
AREAS--CHE#4fSTRY
TORIC TAGS--POLYMERIZATION, CATALYST ACTIVI.TYl TRANSMON METAL, CC.*4PLEX
COMPOUNOt ACETYLENFq ORGANIC PHOSPHOROUS COMPOUNO'
~`CONTROL 14ARKING--NO PESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAl#4F--lq89/0?04 S rS P '10--Utt /1)195/70/011100 1 /0?5111 53
-CTRC ACCESSION NO--AP0106860
i JN A ~_s I F_I;: n

.:2/2 021 UNCLASSI FIED; PROtES-etlN,; DATE-11SEP70
CIRC ACCESSION N(!--AP0106860
-4 BSTRACTIEXTRACT--tU) GO-0- ABSTRACT. THE CATALYTIC ACTtVITY OF
TRANSITID4 METAL 14CETYLACETONA TO COMPLEXES WITH ET SU63 AL IN POLY,4v-
OF C SUB2 H SUB2 DECREASED IN THE CATION I.IRDFR: Ff LAIRG11-iR THAN P11
LARGER' THAN V LARGER THAN CR. I NTHE PRESENCE OF;NI(Il 3 COMr)LEX, C, SU12
H-SUB2 GAVE C SU86 H SU86 AND A POLYMER. ACTIVITY AND SeLECTIVITY OF
THE CATALYSTS 01~PENDED ON AL-METALvCO,'4'PLEX RATIO*: WHEN THE REACT[ON WAS
PERFORMED IN THE PRESENCE OF AN ORGANr)PHOSP40RUS COMPD. (ALONG WITH THE
CUALYST SYSTEM) THE ACTIVITY DECREASED IN THE CROER: P(3E-T) SU83
R H I
S4MI.LAR.TD.P.(OPR,-I.SOI.SUB.3 LARGER THAN 'PtPH) SUB3 LARGE T AN P OPH)
-:~SUD3,. THESE C04PDS. PROMOTED CYCLOTRIMERTZATM)NIOF C ~UB2 W SU92.
UNCLAS--STFWA~L ------ --

pool- . .... .. --------
1/2 013 UNCLA SIFIED PRIOCESS~ING OATE-131NOV70
T-IT LE_-Pk0f.';UCT 10114 OF GILS BY HYL)RCCRACKING AVACUUM. DISTILLArE OF
'AkLANSKI I PETROLEUM -U-,
AUTHOR-105)-4.LL-~)V~SKAYA, K.S.r GULGSHTEYNf' D..L . ROGOY.v S.'P,, PEkEZOIGINA,
,-:.-;-:--leYA., AGAFONOV, A.V.
'CM
NTRY OF INFO-7-USSR
SOURCE-NEFTEPEkER-18. "IEF:TEXHIM. tf4QSCCIW)' 1970p 45) ~45_
DAT,E PUBLISHF0 -------- 10
,SUBJECT APEAS--iMATERIALS, EA;;TH SCIENCES !AND :OCE ANOGRAPHY
'T'(1 P I CTA"GS--LU6qIrATl."';G OIL, P~TRULEUM HYDROC RACK I N(;4' PETPGLi:UNl DEPOSIT,
~,,!'.:CHEMICAL C0,APOSITIONt PETROLEUM UEWAXING# VACUUM WSTILLATIGIN
CONTROL MAKKING--NO r".CSTRICTIONS,
DOCUMENT CLASS--UNCLASSIFIED
PR.OXlY*REEL/FqAME--3005/1961 STEP Nd--ult/0318/71~/00()/1,105/004.5/i)045
_CIR S I ON 140--APO 133805
_C ACCPS

I'-
7, "s;
:j,
77777-
2t2 013 UNCLASSIFIE,u PKOCES~iING DATE-13NOV70
Cl R CACCESSION NO--AP0133805
--ABSTRACTIEXTRACT-W) GP-0- ~ois*rRACT THE TITLE 0 [.ST ILL)-'%TE HIGH IN S
AND BLTUMINOUS ASPHALTIC COAPOS., 4AS HYDROCRACK~:'Q IN I STE-P AT 1,)o AT'li,
425DEGREESY AND I L. STOCK-L. CATALYS7-HR, YIELDING A HEAVY F,~ACTION b.
LARGER THAN 350DEGREESP -WITH 5 0.06t N 0#03t AND COKE 0.1PERCENT, AHICH
~WAS VACUUM DISTU. TO OBTAIN FRACTIUNS 'oHICH WERE C)EWAX.k0 AND HYGROFINED
YIELD LOW VISCOSITY AND AUTOMOBILE :OILS. TH F LATTER 144D VISCC!SfTY
INDEX 100 AND 0-03PERCENT S.
AS C IJ~ I L: C)~
U,

-c 6221.39".6.00:2.621.19%
USSR UD
KUMEVA, L. A., NIKOLAYEVA, 11. 14. , KOPOLEV, A. L. , WtUYEVA, Ye. D. , LEiCHZNi:O, D. N. ,
ABAKLIMOVA, G. S., LIPOVSKAYA, N. I.
"Lubricating Grease"
USSR Author's Certifizle-l ~~' MU, Filed 217 Jul 68, Published 4`6 Fu~b 70 (ft3m
RZh-Radiotekhnika, No 10, Oct 70, Abstract Ro lCjV295 P)
Translation: The authors propose a lubricating grease based c.-, tL dispersion medii--,
thickened with silica gel, to which liquid polyoxyaWlenegAycol, is added as tht dis-
persion medium. In order to loosen and remove oyide films from ii-,etals, polyatQ:--,C
phenol is added to the lubricant in quantities of 0.1-10%, Ailica. gel is used
quantities of 5-15%, and liquid polyoxyalkyleneZlycol 95-859.;

UDC 542,61046,761'6047-461.2
KUZINA, N. G., and LIPOVSKIYj A. A.
"Investigation of the Extraction of U From the Oxalate 'Solutions Using
TetreAecylammonium Oxalate"
Moscow, Zhurnal Heorganicheskoy KhWi, Vol 18, No 79 Jul 73, pp 1902-1906
VI
Abstracti Extraction of U from oxalate solutions *nw atudled In a wide
range of pH of the aqueous solutions. It was shown -that, depending on the
concentration ratios of the extracting agent and uraniutu, the latter is
extracted in form of various acido- and hydroxyacldo complex compounds.
When the extracting agent Is used in excess, at low pH valuez, the extracted
product has the structwv (80),UO20x,, while at bLigh pN levels (_R N)12uo,>Ox
4 - 2
(OH)Z an extracted. With insufficient quantities of tble extx=tlng agent,
various hydroxyacido complex compourds are extracted,

7,7
U &5R UDC 542"0'1:511~'O'.791'.6-547-333.4
LEPOVSKII, A. A. arid OZINA, M. G.
"Investigation of the Extraction of Uranium (VI) From Acetate Solutions With
Tetradecylammonium Acetate"
Moscow, Zhurnal Neorganicheskoy Khimii, Val 17, No 14-P 19V, PP 1127-1131
Abstract: The stuly of the extraction of uraniwt (U71) frout acetate iiolutions
over a wide range of pH and the determination of theloomposition of the ex-
tracted laompounds was carried out. TetradecylamoniAim acetate
prepared by neutralizing a solution of tetradecylatruvinium hydroxile in =ethyl
alcohol by calculating the amount of acetic acid with subsequent distilldng
oR of the solvent and drying the sample in a dessicitor. The extraotion of
UV-1 was carried out by dissolving the R4WAc in W- rizena. lh-aniuzi was deter-
mined either by gravinietric nethods as.Upq or 001orlantrically %-ith k02-
The acetate ion in the organic phase was deteriUmoi ~~y reertracting it with a
solution of H2S04 and extracting the acewic acidL formOd wish dieWhyl oth6r.
The extracted acid could then be titrated with standard NaCkff and prienol-
phthalein indicator. Absorption spectra were also dqr,.vrmirLcd on the extracts.
1/2

USSR
LIP011SKU, A. A., at al, Zhurnal Neorgamicheskoy KbIlnii, Val 17, No 4, 19?2,
pp 1127-1131
DependL-ig on the pH ard the Liitial concentrations oV UO-iilq-,-and RI~N-Ac in the
organic phase, difforent complexes of uranium veru -wid"'
f0 - I Clow a 1.)h ~5
RY.NU02Ac-q and (R41')2U0JA04 were found. Above pHo5,jLR4j;U0;,?ju;~,(0jj)2 here fouril.
insufficient q='iti 'as Of ROA0 w-are usel, a mp iiiixes of the type
R
N(UO2)?Ac3(0'i)2 and (R4,N)2(U02,)3Ac6(011);2:ware foun:1.
4
2/2
32 -

USSR UPC 542.611$46.791.6
VDOVENKOj Y. M., MINA, M. G., and IJPDYSKIY. A. A.
"Study of the Extraction of U(VT) From Cit#c Acid Solutiorz With Tetrade-
cylammoniua Salts"
Leningrad, Radiokhiziya# Vol 13# No 5, 19710 Pp 705-709
Abstracts Extraction of U( from aqueous.solutions.coataining citric acid
was. atudied using tetradecylazm=ium citrate, and, bro4e., Tbe goal of the
study was to find optimal coriditions for! the extractiqi7-t;f UVII and to shed
some 111ght on the structure and c6mposition of the eximcaed substances.
Depending on the pH of the equilibxlum aqueous soluticat# tw,~ complex compoundr,
more obseryed In the organic phase with different absoi.11tion spectra. Pre-
liminary analysis of the extraction, potantiometric anit speetrophotonetric
data indicated that at pH Z-) the material extracted f%vm the solution had a
formula F4002Cit. From solutions with pH ;/P 6 a ~yrtr6xy cwplex is extracted
2+
wit h the ratio of B4#/Uo, of 1.3 as-A OH'/UQ,, or 14341.~ Qcjiiiig trioctylamine
as the extracting agent, the U(VI) is removed from 0.5 X solution of citric
acid in 100/% at pH 2.75-3.0. At higher pH the extraction level drops so that
at pH 5.15 no UM) is extracted at all.~
1A

USSR M= 542~.6,1,--Z"-..79M,"6:5".266-325-.543.422'-4
KMINA, M. G. and LIYQVSKI-Y, A- A-
'%xtraction of H2SO 4 -and TIMY Wth. triacty'Imnilne Solutions"
Moscow, Radickhimiya, Vol 12, ffo Z, 1970,,~ pp- 391-396
Abstract: Infrared absorption spectra of solutions of solid preparations
of the sulfate, bisulfate, and uranyltr1sulfate of trialkyl-1-onium were
measured, as were spectra of extracts obt.ained athi& CH2SO41 values. it
follows from these measurements that (TONO-)SO4 is a 41stinct chemical
species, and not a mixture of the acid and ;ormal salta, as was found, for
example, for the case of the TOMN aWate, In, tha tramnition from the 5olid
phase to the solutiaa, a reduction. in. the %jN,._4r of 80 qm-1 is observed, due
to a certain intensificatiom af' hydro&W hahding~. Fuxther dilution does
not lead to changes in the infrared spectrum.. Lt is O!s tablished that. the
presence of water in tbe organic. sol urf ems. not only clkanges the degee of
ass ociation of TOA sulf ater huts a1so af fact, '- theiisymm~try of the sulfate
group- It is also shown- that the pregence: of HgO In the organic phase in
amounts exceeding values necessary for formation 0~ T'OAH11SQ4 is responsible
for changes in the form of the extracted urani= ecapound.

in oZ7 UNCLASSIF16,; ;PROCMING DATE-11NOV70
Tl-TLE--L:XTkACTIQi% CF SULFU.'~IC ALID AND ORANIUMVI ESY~ TmNICTYLAMINE
NS -U-
~.,SOLUT 10,
~.:~AUTHLQR-02)-KUZINAt M.Got LIPOVSKIYo A.A*
~_:COUNTRY OF INFO--USSR
SOURCE--R A DI0KHV4 I YA 13701 12(2)o 393-6
DATE PU5LISHED ------- 70
SUBJECT AREAS--Ct4-r:i4 IS TRY
Topic TAGS--AMINE OERIVATIVE, URANIUM, SOLVENT EXTRACTION, ORGANIC
SQLvEv r
IR SPECTRUMt SULFURIC ACIO:
C0TROL MARKING-NO RESTRICTIONS
00CUMENT CLASS--UNCLASSIFIED
?~kQXY REEL/FRAME--1004/1933 ~SrEP NO -U,k/0166/7i~,1101i;.'/002/039.3103q6
C IRC A CC ES S I,')N ND--A-P0132195
ssl-l

-212 027 U,NC L ASS I F I E D PROCESSING DArE--13,14OV70
-'CIRC ACCESSION N!3--AP0132195
-,ABSTRACT/,c-XTRACT--(U) GP-0- ABSTRACT. THE tR Si)FCTIkA PF THE
TRIOCTYLAMMONItY4 SULFATE ( I BISULFATE 111 A4D, IJKA;IIYL JA [SULFATE
SOLIN. AT HIGH H SUB2 SO SUB4 CONCN. AkE MEASURED. FROM THE SPECTRA IT
~'--FOLLOWS THAT 1 15 AN INDIV
IDUAL COMPDi A,110 NOT XAiXT.' OF ACIDIC AND
SALTS AS IS THE CASE WITH TRIGCTYLA~'-1141i*41UM~IOXALi~'TF-. IN THE
TRANSITION FROtl THE SOLID PHASE TO THE SOLN.ol A D~-CREASF IN UPSILON
SUBN-HBY 30 Cl-I PKIME.NEGATIVEl IS CBSIERVEI)v DUE,j'0 A ICERTA-IN
STRENGTHENING OF THE H BOND, THE PRESENCE OF H St~62 0 IN THE ORG. SOLN.
CHANGES NOT GNLY THE DEGREE OF ASSOCN 'OF THE lp,J~UT HAS AN EFFECT ON
ETT
THE SYMA ,Y OF THE SO SUR4 PAIME2NEGAtIVE AS WEL(~. THE IR SPFCTRUM OF
DRY SOLIU 11 CORRESPGNDS TO DIMER FORMS WITH THE ASY141 H 80-ND -00 T4E
TYPE 0 Mli'qUS'H . . . 0. SPECTRAL CHANGES, WHICH MAY. BE ASSIGNED r0 THE
AODN. OF H SUB2 SO SUB4 TO 11 ARE 06SEAVED;IN THE IR SPECTRUM OF
SUKSTANCES PRGUUCE0 BY EXTN. AT HITH H, SU132 SO SU,'3,4 CUNCNo THE
PRESENCE OF H SUB2 SO SU~4 IN THE ORG*l~ 'PHASE IN HliGHEit QUANT(TIES THAN
'ARE THOSE NECESSARY FOR THE FORMATION OF-11 15 RESiROINStilLE FOR A CHANGE
IN THE FORM OF THE EXTO. U COMP0. ELECTRON ABSOAR'TION SPECTRA OF THE
SOLN. (R SU83 AH) SUB4 UJ SU82 (50 SUB4) SUB3:PLUS H SU62 SO SUB4 AND (R
.-SU34 N) SUB2 UO SU62 (SO SUB4) SUB2.2KSUB2 0 ARE ~VERYICLOSE TO ONE
-ANOTHER' 0 U13-t Pk G
THIS AGREEMENT SUGGESTS THAT1 ONE OF THE $ S e IME2NE ATIVE
:.~::.GROUPS~COOROINATEO TO U REACTS WITH H.SUB~,:SO SUB4jTO PORM 611SULFATE
ACCORDING TO THE REACTION (R SU63~*0:504# Uq:SU32 (SO SUB41 SUB3
It, $02-S0 S-UB4 FORMS AND ks-:-FpRMEu;~F,ROM (R S.V.)3 NRV SU04 L10; SU82
v-s (,Hsq S
UNLLASS.lF-jEo--

UDC 5319-311.
USSR
M()ROZ,
XOTZ, V* M* OL PO Pe Kh" Icov)
"The Stability of Cylindrical Shells in the C4kse of Uneven Com-
bined Loading"
Kiev, P-rikladnaya Mekbanika, Vol 6,. No 12, Dail 70, pp 61-67
&hstrac A study is mAde of the stability of romnd c7lindrical
shells under the action of a radial pressure that,is uneven along
the perimeter, and axial loads, with account taken of initial
geometrical imperfections, A comparison is-irwide of the results
of exuerimental and theoretioal rssearch. A mtudy is made of
the character of the wave formation after loaM of stability for
various loading variants. 3: f igu"s,'' 1 t1ablel; 6 bibliographia
entries,
77

USSR MC 539-3j$~4.t
"Analytic Solution of Differen ca Equations of Stabil ity"
Moscow, DWd%Ax0k& Tvardogo Tala, No i, Jan-reb 72, PP n-8i
Abstracts When different acheraes are used for solving problems of the stability
of plates and shellsp the fimt order of priority Is corrasWndence of the
difference equations obtained by the initial differential equation, and evaluation
of tho error introduced by the approximation adopted for thm problem. This
of particular importance when the difference equations av- obtained not by
direct oubcstitution of the derivatives by firtite-diffoxence, relationships,
but by some artificial method, It is shown that for nwq typical problems
pertaining to stability of rods, plzte3 and shells, Us relationship of the
critical par=ters to the number of nodal points can be obtainsd in explicit
form; an the basiz of these examples the applicability of the adopted difference
schme can be verifiedp and the possible cases of convvr~gexlce of the nuacrical
solution can be analyzed. Five reference'159
lit)

USSR UDC: 539.3
GRIGOLYUK, E. I. and I,IPCVTSSV, Yu.V
"Solution of One Type of Problem,in Thin 3hells of Revolution"
V 3b. Probl. melchan. tve-rd. deformir. tela (.Probit-M, s in the Yechan-
ics of Solid Leformed _bodies) Leningrad,,"SuO.,ostroyeriyelI (3hip-
building) 1970, p 129-141 (from ~M~~.IIeklianikl, No. 8, Aug 70, Ab-
stract No. 8V147~
Translation: This paper describei avariant In the use of the
method of finite dif."erences using the die matrix aleorithm for
determining the aatural numbers and funotions:of static 9nd
dynamic equations in the linear theory of t.Aanting shells.
The initial state of tht~ shell i,-z considered ixisTar,.taneou:3 -_~nd
the nature of the bulge local. A nethod of solution ani i,~s rrac-
tical realization are given. jufficient condl,~tions are -.hen -es-
tablished for the correction of a system of di~fference equations
which are the analogs of boundary veLlae prob-1.0ma ia the iheory o-k
1/2

-77-- M I ~-,I T--T
USSR
GRIGOLYUK, E. I. and LIPOVTSEV, Yu. V., ab Probl, mekhau- tverd. deftmir.
1970, pp 129-141
I!la
shells. The following problems are solved: 1) the static iitiLbility of a
truncated ellipsoid of revolution with axial extensiotu, 2) the stability of
a cylindrical shell under axial pressure in combination with radial forces
applied along the circunScrence In the middle sectiOW 3) the d.~mamic stabil-
ity of an annular cylindrical shell in an ultrasonic gas flow. Bibliography
of 21.
A. V.:Zachenkav

;019 UNCLAS'lStOlED~ Pk!bCESS;iNG OATE--18SEP70
-'.TLTLE--EFFECT OF LOCAL IMPERFECTONS ON THE STABILITY 'OF A CYLINDRICAL
Z~A,SHELL UNDER AXIAL COMPRESSION -U-
AUTHOIk-,(02)-KUZNETSOV, V.K., UPOVTSEV, YU.Vlo
'COUNTRY OF INFO--USSR
~SOURCE.-AKADEMTIA NAUK SSSR, IZVESTIIAv MEKHANIKA TVERDOGO TELA, JAN.-FEB.
:,:-`.1970v P 134-136
:PATE-PUBLISHED ------- 70
UBJECT AREAS_-MECH*s IND$# CIVIL ANO MA41WENGR
-S
-16PIC TAGS--STRUCTURE STABILITY, BIBLIOGRAPHYp CYLINDRICAL SHELL
BUCKLING
-.CONTROL MARKING--NO RESTRICTIONS
.00CUMENT CLASS--UNCLASSIFIEO
:PROXY REEL/F
RAME--1984/0175 STEP NU--UR/04B4/7(1100(J/0001013~/13136
CIRC ACCESSION NO--AP0054971
UNCL D

~212 019 UNCLAS-StFlEb! OROCESSING DATE--18SEP70
:'C-IRC ACCESSION NO--AP0054971
i&8STRACT/EXTRACT--(U) GP-0- ABSTRACT. STUDY OF THE POS$IBILITY OF A
LOCAL STABILITY LOSS IN A LOPIGTUDINALLY COMPRESSED CYLINDRICAL SHELL
WITH Ail INITIAL DEFLECTION IN rHE FORM OFIA LOCAL AXISYMMETRIC
DEPRESSION. IT IS FOUND THAT THE PRESENCE OF INITIAL DEFLECTIONS 121:
PRONOUNCED LOCAL CHARACTER LEADS TO A CONSIDERA13LE!REDUCTION IN THE
CRITICAL LOAD. IN THE PARTICULAR~CASE,CGNSIDERW, 13UCKLING OCCURS
PREDOMINANTLY IN THE REGION OF THE INITIAL OEPRES.St,t)-N), RESULTING IN
OF A SERIES Of DEPRESSIONS LOCATED IN A (ARCLE.
A
THE

USSR EIDC 614. 39/-4: 65:9. 3387
and PANIN', A. I.,
FODUNQXTA, L. G., FURSOVA, T. T.,
Republic Sanitary-Epidecdologic Station, RETSR Ministry of Tlezlth, Moscow
"Some Elements of the Scientific Organization of Labov in Sanitary-
Epidemiological Stations"
~Ibscow, Gigiyena i Sanitariya, No 10, 1973, pp 6o-62
Abstract: Councils for the scientific organization of Labor vere appoint,.,i
in major oblast sanitary-epideniological stations to so-ek of savirg
time, making niore efficient use of personnel and materiel, amd mechanizinI7
labor-intensive activities and laboratory tests. Actions tnicen at variouS
sanitary-epidemiological stations under the guidance ot theae councils Incl-3cle.:
reduction of the paper work normally required of health officers, assilgninj~
more duties to paramedical personnel, centralization or consolidation of
facilities, improvement of work places, adoption of new, rapid laboratory
tests, and introduction of a standard form for the coljoction r;.nd analysis of
data on infectious diseases.

USSR UDC 577-154.3-03
KIYREND, E. and Institute of Cybernetics, Estonian Acade-my of
Sciences
"Effect of a High-Frequency Electromagnetic Field on flog Pancreatic Alpha
Amylase Activity~l
Tallinnt Izvestiya Aeademii Nauk Estonskoy SSR, 110 4, 10,73, pp 302-308
Abstract: Rog pancreatic alpha arylone vas irrad.lated vith a t3h3j) ixicrowave
transtaitter for 30 to 75 mLn at fr"auenciev of 10, Ill 1.2, 2,21 itrid 25 M~Iz in
the tenporature range of 18 to at 10.075 pilix. in the rant.10 of 27.7 to
2-8.20, and at 11-970 inIN an(l 31'.30 in avnpparntut~ wit"'I a Unrmostat-control led
cuvatte. Although these annlitionst according to S. A. Bach, normally ensure
maximum inactivation of alpha amylasa, tile effect of thO hillh-fr6quency
electroxagnetic fields on the activity of the enzyme vats indi-stinguishable
from the control.

J krm;cs~ u4c, ()AlE----300CT7()
UNC L ASS. I F I EID
12 011 p
:~"-TITLE-DEHYDRATION OF CYCLOPENTANECARBINOLslp PRIME0 C _,U-_
"".,,'AUTHOR-( 05)-LCVTSOVA A.N.t REUTOVt. O.Ao' LIPPMAA9 E,i-v PE11K, T.s SHATKIN/to
OF INFO--USSR
SOURCE- I ZV. AKAD. NAUK SSSR, SER. KHIM, 1970s. Mp~ 726
-,-DATE PUBLISHED 70
:SUBJECT AREAS-CHEMISTRY
TOPIC TAGS-DEHYDRATION, CYCLOPENTANEt CARBON ISOFOPri~t KrHYLENEI
CYCLONEXENE, CHEMICAL REAcrioN 14ECHANIS14
MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
.:PROXY REELIFRAME-1999/1885. STEP NO--UR/0062170/001).tO~',3/072G/Gi.,-
,!CIRC ACCESSIGN NO-APOIZ36T3

2/2 Oil UNCLA$SIFIED PilOCE-S'1ING DATE-3DOC170
C;IRC ACCESSION NO-AP0123673
-AaSTRACT/EXTRACT--(Ul GP-0- ABSTRACT. UEHYORATION OF
TAGGED- WITH PRIME13 C AT THE METHYLENE GROUP, 3Y-KEAT11v--':1 TIJ 3,40JEC:R~_:
WITH H SUB3 80 SUB3v GAVE MIXED OLEFINS CONTG. 70EIRCI CY,
1ZPERCENT METHYL~AE ~-VCLU, L D
14PERCENT 1,METHYLCYCLOPENrENE, T A~j i~
NE E
4PERCENT UNIDENTIFIED MATERIAL. THE CYCLOHEXE COMPGMENT L RRIE i
TAGGED ATCM TO THE EXTENT OF SPERCENT'IN THE 4, AND 50105ITIONSo
-INDICATING THAT THE INITIALLY FORMED CYCLOHEXENE ISCIMERIZED To SoME
30~!-.5PER CENT 0, THEDEHYDRATION MECHA.141SM. IS DISCUSSED. FACILITY:
LNST. ELEMENTOORG. SOEDIN.v MOSCGWr USSR~:

USSR UDC 632076.W-55
GVCZDYAK, R. Lo V. V.1 Wd KNODO$0 S. F.
"Now Disease of Common Hornbeam (Caxpinus betelus L.) Caused by Anaerobic
Bacteria"
Kiev# Doklady Akadamii Hauk Ukrainslkoy SSHp SeriTa B, doolo8iya, Geofloika,
Xhimlya I Biologlya, No ii, 197ig PP 1,034-1,036
Abstracts Samples of hornbeam with tubercular grovths i(ere investigated.
Leaves of trees were artificially Infected with bmaterial suspension. Fungi
were not. found in the infected areas, solt was conoluded that anaerobic
bacteria were instrumental in the Infection!proceess Three Clostridium atzains-
were isolated. It was concluded that the describ*d syzVtomrs Indeed represent
a now kind of plant disease of a cancer-tubercular Y&rlety. The disease
is caused by Clostridium bacteria. Thls!izUe firstlime that the phyto-
pathogenic properties of Cloatridium bacteria hays betn identified.
1/1 6

075 UNCL ASS] F E P k C, F S S~ ~f N' C~ 16 A T E1V~"l 7 0
CH-.~(Yl,"kTWGAAP;HlC ANALYSIS OF A '-;IXTU;%-L- C;F
.-U
AUTH.OR-(03)-LIPSHlEYL.'-j A-k-, UjLCVAr N.I.r PCLYA4GVPq: A. i~.
GUNTRY OF INFO--USSR
1970, 1 :31 5-6
D .4 T EPUSL I S H11: - - - - - - - -I
~'SUSJECT MATEMALS
TORIC, T, --r;AS S I LCJXANi~
j
'Ti~GRAPHY, PLASTIC C~jATINGi L 5 T
ALKYLPHENCL/W)SE30 S(LeXANE LLASTUMER
'-'CGNTRUL !1ARXING-NO RESTRICTIONS
00CUMENT CLASS--tjNCl.AiSIl:IED
--PROXY kEHL/FtkA(-li---3002/1I02 STEP N'J--UR/03j8/ 16/000/003/0045/0046
ACCESSUIN NO-AP012d529
L ";;,r L~

2/2 07-5 UNCLASSI r Hb Pk~rjCES5114r, CjATE--13N0V70
`-ciRc ACCESS ION ~~10--AP0128529
.-ABSTRACI/EXTi- ACT--(U) GP-0- ABSTRACT. SECUNDARY A%,KYLP,i,:-*1f._lLS ~IERE
,
NALYZED AFTER METHYLATI(IN To THE CORRESPONULNG ET~HERS THE RESULTING
A
ANISOLES 44-RE DETO. BY USING A SHIMADZU (;AS GI,',U,%lATi0G. APP, iilTH A
STAINLESS STt__EL CAPILLARY COLUMN (50 14i TLMES E ,
INSID U I A M.
COATED.141TH POLY (ME FHYLSILQXANE ) ELASTUMER SE-30. ~ THE TEMP. OF THE
COLUMN WAS MDEGREES, THE TEMP. 0k: THE VAPURjjt-_R ~_50Dt;-GFElESv AND THE
CARRIER GAS HE. THE RELATIVE KETEINTM,4 V.PoL.S. 01: 1IND11VIDUAL COAP'.'11JENTS
EQUALS i-ICTYLANISC-LE) IWERE: 0-1-R7 li.Z40; 0-2-R,~ 0.q05; (3-3-,.,?,, 0.770;
0-4-R,.0.715; P-2-R, 1.135; P-3-R, l,0U0;1-AND P-4-R, 0.945.

NOCE$' ---O'*DEC70
r/Z 015 UNCLASSIFIED" ;MG DATE
AND CYTOCHEMIC4L StUDIES (IF INI!ERRELATIONS BETWEEN
THE CAUSAL OkGANISM OF POTATO WART DISEASE SYiqCflTtRlUW EN00alOT(CUA AND
D.Var TIMCHUKv KsSol
-.COUNTRY.OF INFO--USSR
"-~SOURCE-MIKOL. FITOPATOL. 1970p 4(1)t 34~43
ATE PUBLISHED--- -70
.,",S.UBJECT.AREAS--AGRICULTURE9 BIOLOGICAL AND MEDICAL SrrIENCES
~-.TOPIC TAGS--VEGETABLE CROP, PLANT OISEASEv BIOLOGIC~!JAI.ir HISTOClikMISTRY
MARKING--NO RESTRICTIONS
"ba"CiliMENT CLASS--UNCLASSLFIEO
~.PAQXY FICHE NO----FO70/605001/Ell STEP Up--URf9O6317:Q~1/00,'t)'001/003411)04~
~-CtRC ACCESSION ND--AP0139383
UNCLASSIFIED
M IMIN - --- ------

Z/2 015 UNCLASSIFIED P.;JOCES!i E~4117 DATE-04DEC 70
CIRC ACCESSION NO--AP0139383
7~ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE 2-3 MM $800T!.i 0~: THF CAINCER
RESISTANT AND CANCER SENSITIVE POTATO TUBER VARIC-IJES P:, 4 -'-: MFECIFO 'imi
THE WART DISEASE INDUCING CULTURE OF S. ENDOBIOTICIU.M. '5AMPLES OF SHOCITS
WERE COLLECTED AT DIFFERENT TIMES AFTER JNFECTION~! ANO':FIXED. THE FLXEi~
MATERIAL WAS DEHYDRATEOr SEALED IN PARAFFtfit AND W[TH i1-R0MP1iEjNi31_
:BLUE. THE 10 MU THICK CUTTINGS WERE ANALYZED'AkIGORDIK, TO 0. MAZIAi Eff
AL. (1953). THE HISTOCHEII. AND CYTOCH~H. ANA40 WbIE CG`NDUC1_ED AGCOR01146
TO V. B. IVANOV (1963). THE RESULTS REVEALED THATj )rN 114E CANCER
PROTEIN OCCUIREL
SENSITIVE VARIETIES OF POYATO TUBERS DESTRUC710N 01
I IIT WAS CONFIRM 0
.FASTER THAN IN THE CANCER RESISTANT VARIETIES. E 61' Ail
ENZYMIC TREATMENT OF SAMPLES WITH PEPSIN, TRYPSIN.v~ AND PAPAIN SOLNS,
FACILITY: VSES. NAUCH.-ISSLED,,.STAt RAKUXARTOPELYAt BOYANYt USSR.
UNCLASS

USSR UDC 623.4
KNYAZEV, V. A., and Moscow Oblast Scientific Research In-
stitute of Potato Farming
"Protein Inhibitors of X Virus in Potato Leaves"
Moscow, Doklady Akademii Nauk SSSR, Vol 200, No 5, 1971, pp 1,233-1,236
Abstract: X virus inhibitors were investigated in five potanto strains with
different resistance to this virus. Juice extracted from the! leaves of the
most resistant potato plants was most effective in protocting. other plants
from this infection. This ability was greatest during the blooming period.
After inoculation with X virus, the concentration of thi,, inhibitors increa.3ed
in the leaves of resistant strains. Analysis of the extracts reveals that
the inhibitors were thermostable and could not be sepanuted by centrifugation;
the extract retained its antigenic activity after dialyisis btit lost it after
precipitation of proteins with trichloroacetic acid. Fractional precipitation
with ammonium sulfate and chromatography demonstrated that scveral protein
fractions possessed antigenic activity. Further chemical ana-Lyses of the-
fraction with the greatest inhibitory activity revealed the pzesence of
thermostable proteins and trace rmounts of nuclel'c acids' and carbohydrates.
X virus inhibitors are not totally specific since they.a.1so are faLrly
1/2

KNYAZENI, V. A., and LIPSITS, D. V., Doklady Akademii Nauk SSSR, Vol 200,
No 5, 1971, pp 1,233-1,236
effective against tobacco mosaic virus. 11e mechanism of action remains
to be elucidated.

-1/2 G 16 UNCL AS S I'F I tb Pk,0CESStN6 .:)ATC--llDEC?0
~'-~T.[T*LE--~-UiqG-,AtAEt,!rALS CF JI-HYS141AL CHARTINO OF- Tile LUNAR SURFACE -U-
AUTHUk-(C2)-LIPSKlY, L.N. , SHEVCHENKOI va.
~'~.tCUNTRY LF 1AFD--USSR
.~.'SOUkC 6--ASTK,: NGM I C HE SK I IDiUKNALs VOL. 4P7 tNO- 3 p1970 r1'4, 5d(j-593
DATE PUbL lSfiED-----70
UdjECT AREAS--AST9Chl0PY,ASfROPHYSIC5
iJOPIC TAGS--LUNAR SURFACE, MAPPING
'CCNTROL MAkKING-ND RESTRICTIONS
OOCUMENT CLASS-UNCLA.~SIFIED
PRkJXY PICHE W) ---- f~UIO/605OLj/U04 SrE.P
CIRC fA4CCfS5jlt_'N Nrj--APC I -19 3 94

~212 016 UNCLASSIFtEt)' OAF E I UE C 7')
CIRC ACCESSICN NG--AP0140394
-ASS TRALTIExTi-, ACT-- I W GP-('- ABSTHACT. DESCkIPTE-UN CIF )AEfi-Wl')S C&
'x li'l-ORAtill-i~ C-'q L')'NA-'
PREPAKING PHYSICAL C",#"RTS GLNEKALIZING COMPLE
SURFACE FEATURES. A GENERAL SCHEME Fd4t PLOTTING i-'-UCH1('f-fAkTS Fk03
ASTIROPHYSICAL VATA ANO UIRECT OBSERVA~TIOIVS I$ IPPLICAT!'t"
JI- A C00PLETE (HARTING PROCEOURE TO THE SEA QF TRANQUII-IfY~ '.i 1 N
THE MAPPINA)" UF [;l'I)IVIi)UAL PHYSICAL L)ETAII-So 45 1:Ai 1s s
REASUREMENTS AT
SMALL PHASE ANGLI= COLDR, VIVID]Ni~ 1. L
SCALE CHAkACT~KISTICS OF rNE ARE4 00TUNEL) J-Rj~l
ASTROPHYSICAL bATA ARL- USEL) IN TliE K-OCESS. -A Plill-LIMINAkY PHYSJLAL
CHAPT OF THE AREA SHCWING STRUCTUkAL AND;tENETIC (IF ITS
JNGIVIUUAL SECTICNS IS PREPARED AS.A kl~S,60.1
GGSUDARSTVENNYI Ulvl'VERSITE'fv J4 0 5 C r-A 4

Acc. Nr.: 915484' Ref Code: 26/a-
P/11- 4 ~Jll/
New Lunar Map Being Published
(Summary: "Earthly Moon," unsigned, interview with Doctor of
Physicomathematical. Sciences -cow Pravda,
11 Januarv 1970. p- 3)
Doctor of Physicomathematicall Scietices,yu. N. Lipskiy,
department head at the State Astronomi al lnstituti~ imeni
Shternberg, describes a new lunar m ap and lunso ch
glolle Whi
roLd,uced recently under his sc-i-en-tific s
were p upervision. Thu
lunar map, at a scale of 1.5,004,000, is being published by
"Nauka" Publishing House, while the! globe was Produi.-ed by the
Moscow plan:t "Nature and School" of thip MinistrY of Education
P.SF3R, Thw' map was compiled. an the basis of phlotogi-aphs taken
by the Soviet "Luna-311 and "Zond-311 stations amd th* American
Luna- Orbiter" vebicle., The map he Ieat.yres on 99.5~
portrays t
of tht Moon's surface, the only blank,spot beda'~g a small area
in the region of the moon's south pole.. A cylijidric3.1 PTO-
I.ection was used in drawing the aap~aad the polk~.s ave shown
is Accompanied
;eparately-in in azimuthal proje-etion. The m2p~
'formations.
by- a list of approximately 000 naskes. of lunar

.PAOCESSING DATE--23OCT70
048 UNCLASSIFIEU
TITLE--EXPERIENCE IN AFRIAL INVESTIGATION OF VOLCANtC SURFACES ON
KAMCHATKA -U-
~GEL IS M hi. NOV I KOV,
-'_AUTHOR-(04)-LIPSKIYt YU.N.j SHTEYNOERGp GoS4# POSPEP
V.V.
COUNTRY OF INFO--USSR
.,.SGIJRCE--STATE ASTRONOMICAL 13STITUTE; MQSCOWr ASTRONOMICHFSKlY lHURNALt
p.
VOL 471 NO 2, 1970v PP 411-419
V~ATE. PUBLISHED ------- 70
-SUBJECT AREAS--PHYSICS, EARTH SCIENCES AND OCEANOGRAPHY
OPIC TAGS--VOLCANC), SPECTROGRAP11i LIGHT POL4RIZATIcliNt IiL SPECTRUMETERt
:_. AERIAL qECGN"AfSSA'4^E/(U)ASP 151~PE'TliwRAPH, MANZ
,.,,:'..bLIGHT RFFLECTIOtit ~s
AIRCRAFT
It ONTitaL 9APL41.4G--t40 RESTRICTIONS
,.DOCUMENT CLASS--UNCLASSIFIED
-~PROXY REELIFPAME--3001/0960 STEP NQ--Uit/0033/7(J/047/OOZ/041110419
CIRC ACCESSION NO--AP01261308

~~".2/2 048 UNCLAsSIFtED PACCESSING DATE--230CT70
ACCESSION NQ--AP0126608
~,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THIS PAPER GIVES THE RESULTS OF AN
AFRIAL INVESTIGATION OF VULCA.NjC SURFACES ON KAMCHATKA BY POLARIZATION
AND -SPECTRAL METHODS. THE SURVEY WAS~MADE AT'ALTITUDES UP TO I KM WITH
STANDARD SOLAR ILLUMINAT19N ABOGARD AN AN-2 AIRCRAFT. AN ASP-15
SPECTROGRAPH WAS USED IN OBTAINING THREE SPECTRAL CHARACTERISTICS:
TOTAL RADIATION INTENSITYv DEGREE OF POLARIZATION,AND ORIENTATION OF THE
POLARIZATION PLANE: THE SPECTRAL RANGE 4LO-67,4 M10 r4AS -COVEREO. rHE
USE OF AN INFRARED SPECTROMETER ASSEMiLED ON THE 8ASIS OF A ZMR-2
INSTRUMENT M.ADE.IT POSSIBLE TO STUDY THE BRIGHTNE~.S DisTRIBUTION or-
SOLAR LIGHT IN THE SPECTKUM WHIC14 WASREFLECTED FROM VOLCANIC SURFACES
IN THE SPECTRAL RANGE FROM 4.3 TO 2.5 MU, A CLOSE SIMILARITY WAS FOUND
BY A COMPARISON OF THE POLARIZATION AND SPECTRALA~RARACTERISTICS OF THE
STUDIED SUkF'ACES_ ANO'LUNAR' SURFAC"ES' IN THE CASE OF A SLAG
FIELD. FRESH BASALTIC LAVA FLOWS CANIBE~ANALOGUES OF THE SURFACE COVER
OF THE BOTTOM OF TYCHO CRATER. IT WAS'NOTEU THAT TilE PRESENCE OF LAAGE
ROCK FRAGMENTS ON THE INVESTIGATED SURFACE LEADS TTJ A NEUTRAL DEPENJENCE
Of THE DEGREE OF POLARIZATION ON WAVELENGTH* THE PX4RIZATION AND
,t,.~SPECTRAL CHARACTERISTICS Gt3TAINED, FOR RATERs MAROWPOD AND SOFTWOOO
FORESTS ARE C~QMPARED.
U'UCLASSIFIED ------ - ------- ------- ----
... .... -------

1/3 016 UNCLASSIF10 PkINMING OATE--Z30CT70
T.ITLE--CONSTRUCTION OF A HYPSOMETRIC MAO~,OF.THE VI,S~IBLE LUNAR HEMISPHERE.
ALLOWANCE FOR RELIEF -U-
_~4UTHOR-102)-LIPSKIY, YU.N., NIKONLIV, V.A.
!,COUNTRY OF INFO--USSR
.SOURCE--MSOCOWt ASTRONOMICHESK[Y ZHURNALY VOL 47t NO Zy 1970t PP 407-ItlO
""DATE PUBLISHED ------- 70
SUBJECT,AREAS--ASTRONOMY,ASTROPHYSICS
TOPIC TAGS--MAPt LUNAR SURFACE# LUMAR TOROGRAPHYt LVNAR CRATER
,.ZONTROL 14ARKING--NO RESTRICTIONS
-~_DOCUMENT CLASS--UNCLASSIFIED
''PROXY REEL/FRAME--3001/0966 STEP NU--Uik/003317(1)104'?/002/0-'tO'l/0410
.CIRC ACCESSION ND--AP0126611
UNCLASSI_F_CEG--,

2/3 016 UNCLASSIFIED PROCESSING DATE-230CT70
CIRC ACCESSION NO--AP0126611
ABSTkACT/EXTRACT--(U) GP-0- ABSTRACT. AS MANY AS TE-N HYPSOI-JETRIC MAPS OF
THE LUNAR SURFACE HAVE ALREAOY BEEN CONSTRUCTE01 ABUT ~H ISOHYPSES ON
THESE MAPS ARE VERY POORLY RELATED TO REAL RELIEF, FORMS. THE AUTliuRS
DESCRIBE STEP BY STEP HOW T14EY COMPILED A NEW MAP OF rHIS TYPE WHICH
REFLECTS ACTUAL RELIEF FORMS MORE REALISTICALLY. THE~RA'w DATA WERE
DRAWN FROM THE CATALOG OF 1052 POINTS COMPILED By HOPMANN. ALL T14ESE
POINTS ARE ON THE VISIBLE HEMISPHERE AND ACCCIUNT r-Ok 66 PERCENT OF ITS
AREA. THE TOPOGRAPHIC MAP OF THE VISIBLE 14EMISPilERE C-114PILED 13,( THE
ARMY MAP SERVICE IN 1963 WAS ALSO USED. ALL OF H~)PMANN*Sl 11052 POINTS
WERE IDENTIFIED IN ARTHURIS CATALOGUE,AND PLOTTEO'ON THE SOVIET LUNAR
MAP PUBLISHED IN 1967. SINCE THE AVERAGE DENSIT*f OF POINTS IS 5-6 PER
AREA MEASURING 10DEGREES TIMES 10DEGREES AND SINCt THE AVERAGE ELEVATION
ERRORS ARE 1*3 KMv THE ISOHYPSES WI'LL,REFLECT ONLY THE LARGEST AND MOST
ELONGATED RELIEF FORMS. A SHORTCOMING 15 THAT EVEN TFIF LARGEST CR4TERS
WILL NOT BE REPRESENTED AS RELIEF FORMS BY ISOHYP$ES. THE COMPILED MAP
HAS ISOHYPSES VRAWf'll AT 0.5 KM INTERVALS (rHE 14AP I~S REllf-i0OUCED IN T#4E
AkTICLF AT A R'EOUCEO SCALE). THE ELEVATIONS OF CRATER wALLS AND 40TTOMS
CANNOT BE READ FROM THE MAP. THE 4AP COVERS THE REGION IN THE RANGE
PLUS 70DEGREES L4TITUOE ANO LONGITUOE AND GIVES THE HORIZONTAL AND
VERTICAL POSITION OF NONCRATER RELIEF FORMS WHOSEPIA,'4FTERS EXCEED PLUS
OR MINUS I KM. WITH AN ACCURACY TO PLUS OA MIt-JUS I KM TJlE MAV MAKES IT
POSSIBLE TO OFTERMINE THE RkLATIVE ELEVATION OF ARj:AL FEATURES GREATER
THAN 150 KH -IN DIAMETER SEPARATED BY ANY DISTANCE tN THE LONGITUDE OR
LATITUDE RANGE PLUS OR MINUS 70DEGREES.
UNCLASSIFIED

. ............................. ............. .1"" - 11-1- 00--
C..
'P 0 ESSING DATE--230CT70
.016 UNCL ASS t F1 ~b
C IRC ACCESSION NO-AP 0 1.7-661 L
ABST.RACT/EXTRACT-- THE MAP SHOWS THAT THE ZERO CONTOUR FOR THE MOST PART
'ENTS AND SEA$. TH:: HIGHEST "'\EGIONS
RUNS ALONG THE BOUNDARY OF THE CONTIN
ARE SITUATED AROUND GEMINUS CRATER (PLUS 3.0 KM),~~APPOLONIIUS CRATER
(PLUS 3.0 KM) AND IN rHE CENTRAL PAZT.5 OF THE CONTINENT4,t_ REGION OP THE
SOUTHERN HEMISPHERE (PLUS 3.0 KH1. THE LOWEST APEAS AkE THF CENTRAL
REGIONS OF CIRCULAR SEAS: MARE HUMORUM (MINUS 3oil KMI AND AAR~: NECTARIS
HINUS 3.0 K14). LUNAR -'4]U.NTAfNS HAVE THE F0LlL0WI`NG 11A:QM.Xl 43SOLurE
ELEVATIONS, THAT IS, ELEVATIONS qELATIVE TO A SPI-ir.',4E WITH A RADJUi OF
1,739.0 KM: ALPS PLUS 1a5 hMa CAUCASUS PLUS 34X.Ni, APPENNINES PLUS
4.0 KMi CARPATHIANS PLUS 1.5 KM, JURA PLUS 1.0 K.N~ANO ALTAY PLUS 3.0 KM.
SEAS WITH A CIRCULAR CONPIGURATION HAVE A CLEARLY EXPRESSED CONCENTRIC
STRUCTURE OF ELEVATIONSt SLOPING TJWAKQ THE CENTER.. THE CONtIMENTAL
REGION-nP THE SOUTHERN HE4ISPHEFzE 15 NONUNIFORM IN ELEVATION; AITHIN IT
THERE ARE REGIONS WITH ELEVATIONS FRDM~ MINUS 1.0 TJ PLUS 3.0 KA. THE
~MAXIMUM DIFFERENCE IN ELEVATION ON THE MAP IS 7.0 KM.