SCIENTIFIC ABSTRACT TRUSOV, A. S. - TSAILINGOLD, A. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203330003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'MM
USSR
KOVALEV, V. V. GOLEGO, N. L., TRUSKOV, P. F., Kiev, Fiziko-khimicheskaya
Mekhanika Materialov, Vol 8, No 3, 1972, pp 21-26.
cant layer above the valuescausing its local breakdown results in an increase
in wear rate, rouahness, coefficient of friction an~ in a decrease in micro-
hardness. The end of the break-in period can be considered to have arrived
when a condition of sufficiently complete contact apd equality of dimensions
of projections and depressions on the.profiles of the microirregularities
of the two friction surfaces is reached., which occuri as the normal pressure
is increased from its average values to the critical,:values for cach given
friction speed. When these conditions~are'met,~the load-bearing ability of
ftiction surfaces increases. This means that if the,'Icritical values of
normal pressure and contacting surface.tempeTature for a given pair of
materials is reached during the break-in*process, changes in these parameters
between the minimum values and the critical values atthe same friction speed
or less cannot later cause disruption of the normal friction and wear process
in the friction couple.
2/2
79

USM UDC. 621.165
7 A. S. and VESEM0Vs N. A.
"Problem Associatedlrtith the FXfect of Operational riactorn on the Economy
of Steam Turbine Installations"
Ichn tions.
-%dovvyd silovUe ustanovki. Nauch. -te, t sb., 01arine Power Installa
Scieitifte-Teefiideal Co3lected viorkaj.,, L973, VYP 10;, pp, 641-69 (from RZh-
'Tarbostroyeniyq, 110 5s 1973, Abstract No 5.49 - 18;
Translation: The authors study the reasons reaponoible for prescure devi-
ation, in tho condenser N. , it is showa that theti accuracyzqd measurazment
control quality of the i&trumant are inmfficient for disvlosing, the roa-
sons responsible for the deviation of p. . The presented graphs descriptivoly
show the effect of pressure deviation ~K.the condenser on the enona-,~y of
GTZA Ceg)Tansion urLknawj. The obtained relationchips., delta N --f (P,.) and
px-f(Gbtlk) rk-Oke it po:~sibla for the user not only to set the optt~al
operating reggimen of the airenlation punips but al-so, to~ determine the techi-
cal state of the cw-lensation installation, Original irticlo.- 2 illus.,
1 tables 4 bibl. entries.

_j IS S R UDc 621.:51-4-57
RUDAYA, K.I., SASI-7.0, N.A,, TRUSOV, G.G.
OSystem For Control Of Thyristors Of Diesel Locomotive Inve.,ter Units"
~Ele'ktr. i teolovozn. tyaga (Electrical And Diesel Locomotiv6 Traction), 1970, No
No 4, April 1971, Abstract
12, pp 21 24 (from RZh--glektronika i yeye primenen&e:
No 4B666)
Translation: The najer describes a circuit for cortrol or a thyriEtorizcd unit
with a large number of series-connected elem-ents (80 pieces in the channel).
phase-shiftinr device opera-Les in accordance w ith the vartiesl principle with. a
sawtooth synchronizing voltaSe. The pulae shaper uEes a, Schmitt trigger. The out-
ro ir
put stage of the pulse generators for control, of a gro 1) of j3oiier thyrlEto,
fulfilled by an auxiliary thyristor. Me circuit p3noed. benr,A teits end was chf,~ck-
ad in a 9-phane dependent bridre inverter. Tat, range of~varlation o-:' the control
angle is 0-2200. The precivion of oynchronization doev,not depend on the oacill-
-o ' to Dlus 700 C.
ations of the network, and the tompor-ature I=Jita are Ti m minus ~L

'USSR `UDC 621.155.621.74.019
P. Candidate of Technical Sciences,.DUBIZOVSKAYA, Ye. F., Candidate
R%E+MSciences and. V-Y-11AROVA, L. N., Engineek..! (Cen"rnl Scientific
Research Institute of Technology and 24a;cAtinexy Manufacture)
'~Metal Properties of Turbine cast Components From 15F10,14117-1, Steel"
Moscow, Teploenergatika, No 3, March 72, pp 64-67
Abstract: The results of an investigation on tiYe cifemical couiposition ard
mechanical properties of cast components (1000 itenis),of ste_--n turbine body
from perlitic 15Khl11lF-L steel are presented. It is sh o-wn that the produc-
tion technology ensures basically a~sufficier_tly uniform chemical composition
and the assigned level of riechanical properties of cast met;,il. Hou~ever for a
further inprovement of quality of casting .
,s from 1.513fl-1111Y-1, i;teel and greater
stability of cast mcatal high-LL is advi.,--able Lo amend
piperature properties ft~
the requirements on steel chemical composition and on technology of cast item
heat treatment.
Vl
44

1/2 054* UNCLASSIFIED- PROCESSING DATS--040EC70
.JITLE--PR0SPECTS F13R DEVISING Nrzw 14EAT RES.IST.ANT MATf:.RIALS FOR STEAM POWER
PLANT !EQUIPMENT -U-
AUTHOR-t63)-MIRKINt I.L.t LANSKAYA2 K.A.'11: TRUSOV# LdPo
a 44.
~,,C GUNTRY OF INFO--USSR
'SOURCE-METALLOVED. TERM. OBRAB. :mETAL. .;i9 fro a-iS
i,DATE PUBL ISHED-----70
wSUBJECT AREAS--MECH,p IND.# CIVIL AND MARME~ENGRP MATERIALS
7,
JOPIC TAGS-HEAT RESISTANT MATERIAL:, DISPERSION HARDENING# GRAIN BOUNDARYp
.:.MICROALLOYINGi INTERMETALLIC COMPOUNDt STEAM-8.OILEl%s STEAM TURBINEI
CARB 10-C, POWER PLANT, SOLID SOLUTION* Atkay. STEELS.
.,CONTROL MARKING--NO RESTRICTIONS
~OOCUMENT CLASS--UNCLASSIFIEO
.,PROXY RE-EL/FRAME--3005/0903 STEP NO-UR/OIZ9/7010001004/0008/0015
.CIRG-ACCESSION NO--AP0132992
UK
CLASS Wl,,

USSR uDc 621-165-621,74.019
TRUSOV) L. P.. EUBROVSKAYA, Ye F. and ZAEHAROVAY L 11.
"Properties of the Mpetal of Cast Body Parts of Turbines of l5KhlM1F-L Steel"
Teploenergetika, 1972, No 31' pp 64-67 (frora Referativgyy Zhurnal, iio 6,
T
Jun 72. Turbostroyeniye. Single Issue. Abstrac_t.ffo;6.kq.8k)
Translation, It is demonstrated that, for increasing,the casting properties
and for hie-;her stability of heat-resistant.properties of the metal of casts,
it is expedient to correct the requirementszof."Technical Regulations/Standards",
according to the chemical composition ofsteel and.the technolo- of heat treat-
ment. Four illustr., five tables,

In 012 UNCLASSIFIEO PROCESSING DATE--30OCT70
TITLE--INTERNAL CONVERSION CUEF IFICIENTS IN M SUSI-111 SL13SHELLS OF AN ATOM
ZETA EQUALS 94 BY TAKING INTO CONS I DERAT 101N ~GASPIAR SCREENING BY USING
AUTHOR-(Q3)-8ARIS0GLE-8SKIY, L-A.i. TRUSOY SHULYAKOVSKLY, G.S.
:-COUNTRY-OF INFO--USSR
SOURCE--V'CSTSI AKAO. NAVUK BELARUS. S SR SERt FIZo. MA T.. NAVUK 1970, (1)p
1.01-6
!~`:GATE PUBLISHED,- --- 70
-'~~_SUSJECT AREAS--PHY S I C S
TOPIC'.TAGS-- ELECTRON TRANSITIONi, COULOMBANTERACTION, CHARGE DENS[TYt
VLECTRON STRUCTUPE, HEAVY NUCLEUSt ELECTRON INTERACTION
MARKING--NO RESTRICTIONS
OCUMENT.CLASS--UNCLASSIFIED
PROXY-.REEL/FRAl'AE--I996/1493 STEP NO-UP/0428170/000/001/010110106
ACCESSION NO--AP0116480
UNCLASSIFIE-0
mot; 11, allult I

.2/2 012 UNCLASSIFIED PROCESSING DATE--30OCT70
-,-,CIRC ACCESSION NO--AP0118480
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. . INTERNAL CONVERSION ON THE M SHELL
OF AN ATOM IS A PROCESS IN WHICH SCREENING OF THE NUCLEUS BY E. PLAYS AN
IMPORTANT ROLE. COEFFS. OF INTERNALLONVERSION 1,CIC) CALCD. BY TAKING
THIS SCREENING INTO CONSIDERATION HADVALUES 50-20OPERCENT LOWER THAN
THOSE CALCD. ON THE ASSUMPTION OF AN UNSCREENEDAUCLEUS AND AGREED WELL
WITH ExprL. RESULTS. IN EARLIER WORK,THEIMETHOD13F CALCG. SCREENING
ACCORDING TO GASPAR WITH SEMIEMPIRICAL CORRECTIONS WAS APPLIED BY T., ET
ALs 1968t IN THE CALCN. OF- CIC VALUES FOR THE. lki SAIELL OF AN ATOM WITH
'i SOME
ZETA EQUALS 65. IN THIS INSTANCE, THE SAME METHoo WIT,
.,MODIFICATIONS WAS APPLIED IN THE CALCNO OF CIC FOR AN;ATON WITH ZETA
EQUALS 94. ELEC. AND MAGNETIC-CIC FOR THE SUBSHELLS M SUBI, M SUBII,
AND 4 SUBIII WERE CALCO. THE RELATIONS BETWEEN Tf~E CIC VALUES AND
TRANSITION ENERGIES; THOSE 13ETWEE-N CIC.RATIOS IM SUBI-H, SUBII, M SUBII-M
SUBIll AND TKANSITIONS ENERGIES; Al-40 THE-EFFECTIVE, PARAMETERS SIGMA
SUBEFF EQUALS ZETA MINUS ZETA-SUREFF (CALCO..BY RELAT.ING DETO. VALUES OF
CIC,10 THOSE LISTED - IN'M. E. ROSES- S TABLES) WERE 'OERI.VED.
FACILITY: BELORUSS. GOS. UNIV*-IM-. LENINAr 41NSKs':USSA.
UNC L A S S t F I E 0

ppmol
112 019 J)A0C 'SSING DATE-1 Z~OCT70
UNCL ASS IF I ED
TlTLE--DEPEfN'DENCE OF THE I NT ENS I TY, -OF C.HARACTERISTIC XlRAY RADIATION ON
'NUCLEAR CHARGE -U-
AUTHOR--
,,-_.C(YJ)%TRY.:CF INFO--USSR
$IOU RC E-- I Z V VYSSH. UCHEB ZAVED. FI Zo J9110, '1311) 148-50
~_.-GATE PUBLISHED---70
$UBJECT- AREAS-PHYS-IC-S
TOP I C TAGS--CHARGE DENSITY, X RAY EMISS N
IONt RADIATIO-111 INTENSITYr WCLEAR
-::PROPER.TYv CALCULATIONt
~:LECTRON., I NTERACT.1 ON, t :MATRIX ELEMENT
rw r R G L H A R K I Gv- -1% 3 R E 5 T 9 1 C T 10 S
DOCUMENT CLASS--UNCLASSIFIED
--1994/1101
KEEL/FRAME STEP NO UR/0139/70/0131001,10146/0150
G I IR CACCESS I ON Nrl--AT.0 I 15 120
UNCLA'5SIFlzD

212 (319 VNCL AS$[ F I ED, PROC E S S 1 1411-2 D AT ri---- 160CT7 0
C IRC ACICE5SICIN NO--AT0115120
ABST.RACT/EXTqACT--(U) GP-0- ABSTRACT. X RAY LINE !NT;7,,\.'-S IT I ES w-'RE CAL.Co.
AND THE OEPEENOENICE OF THE RELATIVE K ALPHA SU62, t. IINE INTENSITY UP'll
NUCLEAR CHARGE (ZET4 P~UALS 16, aOt 847 kl8w AND '99') STUDIE-0. THE
S co 1) %'o
:DIFFEREINCES BETWEEIN THE CALCO. ANO EXRTL. IN'TENS[TY VALUE UL T
EFFECT OF THE INTER IN- '!l-fE M4fRIX ELE:MENTS
EXPLAINED BY rHt': NUCLEAR PART
-REEINING EFFECTS. CFFECTS OF mAGNIETIC 114TE-'RA(:Tl0N
NOR 8y St,
ELECTRO'NS CAINI AFFECT THE CALCNSIP FACIL11Y: LATV. GOSUNIV. IM.
k, STUCKI, RIGA*� USSR.
VNC,LA5$ I ~J,Ef)

ljp,
NC LA S Sl F t F 0 P;~OUSSING D~ATE-13,N
TTITL~--CE4P-1'14 F0'k',lS OF DEFLECTS IN PRESSINGS Ok'l-i' INAT ING FROM CASTI'NG -U-
AUTHOR-( 012) -TPUSOOY~,. V.A. MU Kir I AINO V ,V.'D.,
C 0 U-N T R YOF
SOURCE~-TSVEr. 3METALLY, FE3. 1970, (2)11 59-60
OATE PUi3f_ ISHEO ------- 70
SUBJECT Ar"EAS--MATEli I ALS MECH.1, IND., CIVIL AND MA I M'E ENGR
'.40PIC -TAGS--iMETAL CA S.T 1 N COPPER, T I'N ALLOY, ZMC~l ALLGYt USUAL. DEFECT'r
'PUR[TY
CRYSTAL I
CONTROL M-ARi' 1ING--NO RaSTRICITIONS
-DOCU!4E.N,,T,CLASS--UNCLASSIF[c,D
PROXY kEEL/FRAME--2000/0194 STEP NO-~Ut~/0136170/0t).)?!,102/0059/0060
_CESSIUN NO-AP012_3963~
..CIRC A C
r
'A S's

~:.PROC.ESSING OATC
2/2 0?1 UiNCLASSI FiEtY,
13NOV70
CIl__C ACCESSION' NO-AP0123963
f/j-X T --(IJ) GP-0- ABSTRACT
ABSTRAC - IRACT POSSIZLE CAUSES OF STRUCTURAL
DEFECTS IN CU AND SN, ZN ALLUYS~PRE;SINIGS (CRAC,,~ AND. tSTAR' FGRMAT[0114)
-ARE CISCUSSED IIN TNE LIGHT 1JF_ PkACTICAL EXPERI~_INCE. : MANY SUCH DEFECTS
APPeARJO 3E DUE TC THE ORIGINAL CAS1:1,NG CONXTWNS,~ WHICHy 1~j
W, I F A VIGUR A B L E CA S E: S I L [.A D TO T H E S kGR EGA T I ONPP U R f T I E S AN 0 PH E
0EVELOP!lEiNT OF CC].-MPLEX :.iii fi-i~!: uisE or- (;U, FOR
',!PL G ITHIS SOURCE OF DEFECT MAY BF;ELP-IINATED 13 YCHANGING THE MIOULD
XAM
E
G E W-1 E T P, Y .
UNCLASSIFIED
mmmilml i i i!_ t ~1_

)1, PD I)U-I)b krrom R_zft-_kIt)ernetIXa. f4o ;~ep '(I, Abstract No 9V;2'fg)
Translation: Assuming a large value ofthe -product cf the length times
the width of the spectrum, a study is made of the prbPerties of the
folloving radar signals with intrepulse frequency moditlatiIon: 1) a
two-frequency signal with Gaussian envelope; the duty-cycle frequency
varies in accordance with the law wi (t.) = bt + k, W2 (t) = bt - k, where b,
k are constants; 2) a two-frequency signal. with Gaussian envelope,
W I W = bt, W2 W = -bt; 3) a sigaal wit*h: a.square envi!lope whose instan-
taneous frequency first increases linearly, redching: a maximum at the
pressions are pre-
center of t~e ptOlse, and Vien dE!crease;s- linearly. R7 I
sented for the. VI6o&,orthIs Indeterminacy J,',imotion of:the ijigznal,,~ con-
bMaxim' aro, vvaIuiitnd4 For
sidered, und the level and width of Gide
signals of the first type, the t7elations 'are fauxid betveen the rate of

R r'C F jG --I 3NOV7 0
Z. A s I F 1) . u _55 11 DATE
T I TLE:--THE: DE T ER."I I NAT I I'JN j"IF HE 1400 YNAA I C IUD I C ES W . v
1: rl-.1 THE Aft) 0 F
.~supf- Ic I Er4c y -u-
MIL010111 INE IN C I UL A T O.R. Y V
Tj~
UTIJOI
(02) V., PETROVi N.M,
CUINT kY 0 F INFO-USSR
19 70 VOL 15t NR~ 6 y PP 35-41
RADIOLOGIYA,".
---DATE PlJ8L I SHED ------- 70
iEt) I CAL SCI:ENCES
SUBJECT AkPAS-810LOGICAL AND t
TO P IC. T A G S R AD 10 P. C T_.l_ V ETRACERt CIRCULATORY S Y S r E 14 0 1 S E AIS EI I L MO L) YN A 14 1 C S
:,ALMIMI~Nj MINE
7
:c s
'bNTRGL MARKING-NO RESTRICTION
AOCUM ENT CLA S S--IJNt'-L4 SS IF I ED
-.PROXY kEEL/FRA, STEP NU--~-Oft/02,'tl/-0/015/006/0035/t)041
M E
C.IRr-ACCESSION NU-APG123907
LAS S f1r, 1'.~; I)-

MW 1 9 1
UNICL ASS I F 1: E::U Pl~~10- C E 5 S I NG DArE--L3NOV70
C I R,-- A C C E S S 1 Of j---lPG.128r,07
GP-10-
-&&Tk-'C' -SrRACT. RAI;110 [Cal Nlr~i L 1% 3 L L L'Z- D ALaUllN -NAS
USE'D DET-EPiP.,jt,, rH;-: V:- L Ve! E OF C I:n'C U LAT I NG BLf Oi), Pi- A A A N 3
R',~ T K~i CY T lz S 1 ez:, riz.-Ai-TFY A 1-1 '2-75 PAY11--111TS "a I I -H A T 0 S
L R, 0 T I
0 -10 S '- L EiR 7-- S 1 S A P T I ENT S
-~I~ IH E A I S4;;. N vi I Ti+ C, U L A T iLl KY
lNSu*FFICIE-,iCY BIAS A D!,3TlllJCr f3F THE ~11ASS OF Clk'GULATIIN6
BLOOD., ~HiCri D ''JE T, MARKEGNIESS OF CA. Ar- 3~:Cl -,P7-N A
'S T f 9N.
I
45 PATI~---~ir,S 'wiTij ATFE-1-1~-USCC~FJTIC CAMAOSCLEROT[S' hYNAMIK, OrETERMINATION
OF THE ILGICL) V 0 L U'~-` 4-~S Ul--"PIED OUT bc-GRE, AND A Ff&~ 1 -~i E N T
THE
P-RCC E S5 OF R' ;COA. P L',i S,~ T I Cl,~i 4 S D S Ujl.LL.Y AT T E141) E 6-Y. "i E DUCT I ON ,--,F T H P
P'R I -
=VIQj5LY INCAEAS-D (3LlljD NJULUM, T I !A r C IL T ':R~ IN E D
IE CIRCULATWN k 'AS L
j-`LT!fY Pin~ S 67, PAT I EN TS ~~W I Tk ATHE40$4 LERU T IC
I T Cil 4C- - S 1% A"
r MIRDAINCIE FTH THE SEVEKITY OF, CA [AC
MR` S T I &N. THF AUTHC'-S CCIV43ARED WiTf-liMINING rulL
C I k C U t A r 1 i-31 V '"'M'; RA4)IiA0U[NE: AU14
'MI I N 'A NO 'xjil T R S f A I IN, 1H I CH
DEAMN&Sy;~,Ali F THE U r-' f-, ~A T El; R ACCU.~ACY OF THE~ F OR M El T E. C *HN 10( 1 F U N T 0 11 A I ~ D
REAC1710'.NS iiERIE- Ot3SERVEC)'. FACILITY4.~ KAFEDRI G(APITAL'.-4JY TERAP[ I
J ?!EQlTSUiSX,3C;G INS T I T UTA.
UNCLASSMED

7.
.1/2 020 UNCLASSIFIED PROCESSING D'TE--300CT?G
TITLE-THE FWICTIONAL STATE OF-THE KIDNEYS STUDIED WIT-ili THE AID OF
FRADIGISOTOPE.RENOGRAPHY IN PA TI ENTS SUFf ERI NG FR4PB HEMORRHAGIC FEVER
AUTti0,R-(02j-OSINTSEVA* V.S., TRUSOV, ~V*~
--USSP
CGUNTRY OF INFO
OURCE-KLINIC-IESKAYA fl.=DITSINA,~1970, VOL 46* Nk 34 PP~37-42
~DATE PUeLISHEC--70
AREAS-61OLOGICAL AND MEDICAL- SCIENCES
~TC P I CTAGS-HEMORRHAGIC FEVER,. KIDNt-Y FUINCTIONt RADIOACTIVE ISOTOPE
-~C;OCTPWL XAAJK-P*-7N0 RESTRICTIONS
'UCCUIKENT., CLASS UNICLASSIFIED
ite~]LIFRAME-2000/1463 STEP N-41--UR/0497170/1,048/00310037/0042
t i AC
ACCESSIGIN ING-AP0125092
UNC LASS I F I E 0

212 020 UNC L AS SI I ED PAOCESSING DATE-3200CT70
ACCESSICN NO--AP012509?-.
!ABSTRACTIEXTRACT-1U) GP-0- ABSTRACT. DURING INVE.971GATKON OF THE
~FUNCTIONAL STATE OF THE KIDNEYS BY M E A N.S OF RADJUESOTOPE RENOG~~APHY W11TH
AID OF FADIOIODINE LABELLED HYPPURAN OUT OF 42 PATvE'lqT5 SUFFERING
HEMORRHAGIC FEVER S41TH THE RENAL SYNDROME AT A_H~ LATE PERIOD OF
CONVALESCENCE THERE WERE REVEALED MARK'E~D CHANGES IN.24,PERSONS WHICH IN
RENCGRAMS iiERE MANIFESTED BY PRCLCNGAT,ION..OF THE EIXCRE70RY PHASE AND
4
REDUCTION OF THE RENOGRAPHIC PEAK. OFTE, HAD. A RoUNLmH
.-ASPECT, RC-SEPBLING THE FORH GF A BELL.' IT. IS NECE.,55ARY -ro POINT TO T~iE
PREVALENT AFFECTIGN OF THE SECRETORY FUNCTION OF TUBULES REVEALED DURING
RENOGRAMS Of- A PATHOLOGICAL TYPE*. CHANCES IIN THE~ FUNCT IONAL
~'CHARACTERISTICS OF THE KIONEYS~WEHE POST PERSIST-ENT IN A SEVERE COURSE
:OF THE: DISEASE AND IN SGAE CASES THEY Cd.ULO BE DETERMINED ONE YEAR AFTER
THECNSET OF THE DISEASE. IN. HEMORRHAGIC. FEVER VfTH THE RENAL SYNDROME
:_-PR;::VALEflT AFFECTION OF ONE OF THE KIDNE:YS.lS POSSIBiE. RAOIOISOTOPE
.~REN.CGRAPIJY ENABLES TO DETECT PATHOLOGICAL SHIFTS Wi PATIENTS DUR114G
CONVALESCENCE IN COMPLETE ABSENCE;0VCOMOLAINTS AND1NORMAL INDICES OF
`URINE 'ANALYSESt DISTINCTLY SHOWING THE DYNAMICS OF: GRADUAL RESTORATION
THE FUNCTICNAL STATE OF THE KIDNEYS.: FACILITY: IZHEVSKOGO
NSTITUTA.
-KEDITSINSKOGG It
UNCLASSIFIEO

2/2 013 UNCLASSI kEO. PROCESSING DATE--040EC70
CIRCACCESSION NO--AT0139809
,-,--ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT.. RESORPTIVE.FUNCTION OF THE SMALL
INTESTINE WAS STUDIED IN 339 PAILENTS WITH PEPTIC ULCIER (INCLUDING 152
CASES OF GASTRIC AND 187 OF Duoi)ENAC ULCER). A i,
'OMPLEX SET OF SPECIAL
TEST WAS SET UP TO EVALUATE THE RESOOTIVE ABILI Y, WHICH ENCOPIPASSED
T
90TASSIUM IODINEt ETHER ALCOHOL.TESTS;~ALONG WfTWTHE~USE OF THE I
PRIMEL31, TAGGED TRIOLEATE GLYCERIN AND OLEIC ACfD. I.NVESTIGATIONS
SHOWED CERTAIN CHANGES TO TAKE,PLACEIIN'THE RESOi~RTIVZ PROPERTIES OF THE
INTESTINE IN PEPTIC ULCER, THE MOST PRONOUNCED DESTUR13ANCES OF THE
ABSORPTION BECOMING EVIDENT IN .THE PRESENCE OF C(J,NC0M,.ITA,14T LESIONS OF
THE LIVER AND THE PANCREAS. BY CONTRAST WITH PATIENCTS SUFFERING FROM
.GASTRIC ULCER THOSE WITH DUODENAL ULCER EXHIBITED PAYliGLOGICAL RESULTS
"ATLON ON RESGRPTIVE
OF THE TEST MORE FREQUENTLY* VERY VALUABLE INFORM
'PROPERTIES OF THE INTESTINE CAN BE OBTAINED DY USING AN ORIGINAL
F
MODIFICATION OF THE POTASSIUM IODINE T,EST WIT14 QUANTIFICATION OF THE
ASSORBEO TRACER. INSTITUTION.OF. [.~PRIPEUI l.'AGG.E0 TRIOLATE GLYCERIN AN[)
OLEIC ACID TESTS HELPS NOT ONLY TO DET~.CT~ CHANGES', IM THE FAT
ASSIMILATIONt BUT ALSO TO ESTABLISH THE GFNESIS~Oi: STEATORRHEA. THE
DERANGED ABSORPTION IN PEPTIC ULCER CAN BE TOTALt,:WHEN THE RESULTS OF
ALL TESTS TURN OUT TO BE PATHULOGICALN~ BUT MOST.FREQUENTLY IT IS
PARTIAL WITH ELECTIVELY UPSET RESORPTIONt. INNHIC0 DEVIIATIONS FROM THE
NORMALCY Af FACILITY:
RE RECORDED IN ItOR Z FUNCTMINAL TESTS
OEP* fiOSP. THER.. IZHEVSK MED. ENST..,~ itZHEVSK'i US$9
u
NCLASSMED

USSR uDc i62l.362;538-43-16,537.311.3
-0 A. P. FELDUSOV, Ye. V.
USrKOV, A. Ya., I .D. 1-10TORNE11K
"On the Possibility of Using Microwave lonization,,to Produce a Non-
equilibrium Plasma in Magnet-ohydrodynanic Generators"
U-kr. fiz. zh. (Ukrainian Physics Jotirnal), 1971, 16, No 5, pp 705-710
(from RZh-Elektrotekhnfl_ka_i Enerotika, No 9, Sep~ 7i, Abstr4ct No 9A79)
Translation: The authors show the possibility of obtaining extended
volumes of cold plasma with.a charged particle concentration comparable
to the concentration in a DC arc,by using the ionizing radiation of
electromagnetic fields in the superhigh-frequency btund., A microwave
plasma in argon without additives of alkali metals is -oroduced with it
conductivity exceeding 100 ml~o/za and conditions are detemi ned for
further increasing conductivity. CalcaU_tiona are done to. evaluate the
effcctivc~ness of using such a. preionizer ~ in tUID devices. . Four illus-
trations, one table, bibliography of twenty-one titles. [Institute of
Padio Physics and Electronics. AcadeM of Sciences of the'UltrSSR.
Kharlkov], Authors' abstract.
CSO: 1860-W END

USSR
UDC 531.717.2
TRUTENI, V. A., YAKUSHEVSKAYA, Ye. S.
"Study of the Accuracy of Recording of Noncircula rity with the ARF- IM Device"
Tr. Metrol. in-tov SSSR [Works of Metrological Institutes,USSR], 1970,
No 6, pp 84-88, (Translated from Referativnyy ZhurnaI, Metrologiya i
lzmeritellnaya Tekhnika, 1972,,No 5, Abstract No 5.3Z.298, from the Resume),
Tfanslation: A description is resented of the ARF-IM device and the de-
p
sign of its sensors . A schematic diagram of the electronic control device
is:presented. The errors of measurement are analyzed,and the practical
limiting error is determined (as well as variation of~indiciitions'. The
influence of dynamics of the measurement process:.is studied Results are
presented from experimental studies of the accuracy of the device, as well
as results of measurement of noncircularity of large parts. Recommendations
are presented for use of the device for testing of heal,y. machine building
parts and the accuracy of vertical turret lathes afteri,repairs. 4 Figures;
2,Biblio. Refs.
__133
-1, i H, I-!

135SR I DC: 62 + .317.7.083.5
jBUa:A_V. A.. Candidate of Technical Sciences
"Compensation Methods for Increasing the Accuracy of Large-Dimension. Measurements"
Moscow, Mekhanizatsiya i Avtomatizatsiya Proizvodstva, No 7, 1970, pp 30-33
Abstract: 'Work was done by the author in. conjunction with th6 Siberian Heavy
Machinery Plant, the Izhora Plant, the Leningrad Metal Plant imeni XXII S"yezd
KPSS, VPTI Energomasb (All-Union,Planning And Technological Institute of Power-
Machinery 1-Janufacturel, the Kolomna: Heavy Machinexy Plant, and a number of other
enterprises to develop modern dimension control techniques in,heavy machine-build-
ing. The article gives a classificatian of-, c(.Ynpensation~.methods and examples of
their use for the automatic measurement of large diametets, turbine blade pitches,
deviations from roundness, as well as the measurement of~ great lengths and a aum-
ber of overhead crane ele-ments. Errors are'.divided into the follozing principal
groups: basing errors, temperature errors~~dyrnamic~errors, errors due to deforma-
tions, instrumental errors. Each group of.:errors has ceTtain rorresponding com-
pansation methods. A description is,given'of~a device for the self-adjuBtme,
of the measuring head of the instruments OP-6M, AID-6, AID-7. AID-8 on an 1zhora
Plant lathe.
J/J~L

Environn. ahtall and Ec6ldgica-1 e~nis
USSR uw 614.78:061 -3 (19T)"1972"
TPUTI QV A. I.
"Conference on Forecasts of Changes in Man's Urban Enviro
M loscow, Gigiyena i Sanitariya, PP 118-119
NO 4 1973,
Translation: An All-Union Conference on*,Foreeasts of 61angen in Man's Urban
Bnvironmnent was held in Moscow on 28 February-1972. The conference was
sponsored by Gosgrazhdanstroy (State Con=~Ltee for Civil Constriaction)J,
Gosstroy RSFSR (State Co=-ittee for Construction r6FSR),, and Union of Architects
USSR. It was attended not only by engineers ) city plan~ners, -and architects,
but by health workers, hygienists, geographers, economists, and other special-
ists. 'Me progran focused on the problems connected uii~h resettlement, changes
in the planning and development of residential and urban indut3trial regions,
reconstruction of municipai transport systems, improvement of health conditions
in cities, and preservation and development of th-2 architectui-al and aesthetic
appearance of inhabited localities.
G. If. Fondn, Chairman of GosgrazManstroy of Gosatroy USSR, noted in his
report that
-the new and subsequent five-year plans would"oe isprQrtant stages in
the further planned traneformation of tile historically d~!veloped settlement
1/7

pit
_7
USSR
TRUTIM7 A. I., Gigiyena i Sanitariya, No 1
1973) pp 118-119
system into the new comnunist system, which rationally considers the social
and economic development of our society. I The. speaker &iscussed the principles
for creating urban agglorterationso Despitetheir generally positive features,
these agglomerations (there are. now more: than 20 of their in the country) have
some shortcomings,, namely, the disproportion in the developr;nnt of large and
small cities, the qualitative lirdtations~on group methods of settlement, the
weak development of transportation systems in populated areas, and the still
surviving dispersed -rural network of inhabited places. Fomin comrented on
such phenomena as the occasionally unsound location of~new industrial plants
in large cities, deterioration of the naturalenvironment and. health conditions
0t the population, and danrer of the inhabited places gradually merging with
the centers of the a-glomerations. Fonin concluded by formulating the elements
of a Iona-term city '01anning policyspecifically notinft that radical improve-
ment. in the urban enAronment is becoming a PLajor social and economic objective.
N. V. Baranov, Vice Chairman of Go6grazhdanatroyo outlined the main prob-
lems involved in altering the layout and de~velopment of.u:rban;lregions and im-
provement of. health conditions therein. In order to effectively limit the
growth of large cities and build smaU_ and. medium- size ones, it is necessary to
2/7
9

USSR
V13,1JITIEV, A. I,, Gi--iyena i Sanitariya, 110. 1, 1973,, PP
work out, siLTaltaneously with general plans, designs for the layout and develop-
ment of industrial zones of influence in.the largest cities, inyprwre the qua-lity
of these designs, corabine them organically with state economfc plans, and cen-
tralize the control of t'ne design and development activitie8. Them problem of
reorganIzing city traffic and transport has ~been raised and suggestions have
been wade to solve it by using the underground space in -the centers of cities.
Baranov noted some of the. achievemerits'that have:been rmde in protecting
(and purifying) the air and irater from injurious industiial emissions and wastes.
He Dointed out methods of improving urban health conditions that should be u6ed
by.the variott:3 Government industrial ministries and depti.rtmenta and by Ministe-
rial councilo of thu union rupublics. 110-mentioned theAnstallation of purifi-
on of some plants to manu-
cation equipment in industrial plants, spedializati
facture such equipment, units, and devices,. determination of the unit cost of
industrial production with account -taken not only of plant expenses but all the
capital investments required to create buffer zones, treatment facilities, etc.
Baranov suggested that the implementation of the plans for this purpose be
evaluated, with the managers of the enterprises rewarded,in accordance with the
effectiveness of the steps taken.
3/7

Sol'sP - ------
USSR
TFUMV, A. I., Gigiyena i Sanitariya., No 4,1973, PP 118-119
Considerable interest 'was aroused by the paper:of P. N. airgasov, Deputy
Minister of Health U,9SR, Chief Health Officer USSR, an(I corresponding member
of the Academy of Medical Sciences USSR. He observed that 8ociet health legis-
lation is progressive and that long strides have been taken to upgrade municipal
services and improve tovn planning and developnent. He analyzed in detail the
negative aspects of urbanization (lag in trwisportation facilities, noise,
difficulty in finding recreation out of town, and- overcrowcUng in Iarge. cities)
Environmental pollution is partly responsible for, the chan.ge. in structure of
-the morbidity rates of the urban population compared to the rural.
Unine examples, figures, and Original illustrLtive ravLe.tIal, the. speaker
convincingly described the health aituati6n prevailin6 in va-4-lous cities, gave
hJs opinion of buffer zonea, the thoroughly aiscusced the staDa that are to be
tiLken in the near future to protect the health, of thew urban population and
change the urban environment.
M. V. PoVoMin, Chief Architect of Roac
14 .0w, GI)okL- about the prospecto for
improving the layout, develowment, and general health c(nnditions of Moscow. He
also analyzed the new general plan for the -city -which, he said, does not perndt
the construction of new or enlargement of: e;.-isting~ indimtrial and other objects
4/7

l1: 62
USSR uDc 621-791-706-0 21-7-044-2:621-791-08:
r;-.?9.4
-,WM Candidate of Technical Sciences, W~USHDIP A. F.) LUNP.7M, A.A.,
and MISIMI, N. I., Engineers, and ODIN$ V. M., Candidate.of Technical Sciences
"ComDarative Evaluation of Joint Qua4ty From Explosive Welding of Aluininum
Wltl~' Titanium, Steel and Nickel"
mcscow, S,,ra--ochnoye Proizvodstvo No
Jul 73) PP 119-21
19
Abstract: Results ol a comparative evaluation of the, weldahilit ty of Al with
Ti, steel, and Ni by explosion welding.under identical Condj4 ions is presented.
Plates of PwS6 alloy measuring 6x 65 7 130 nm were cla,~ 'with hot roll-ad ADI
aluminum and plates of V16 titaniizi alloy, Kh181410T steel, a-ld electrol,~tic
teS4,S
nickel measuring 5 X 60 x 220 ilin. Froiu shear X, it, was found that Al + Ti
had the best weldability. Shear strength also increased 17-h(~n the distance
between the jietal bei-ng welded war; increased frOM 3 to 5 to. 8 nm i-.Ith the hir'a-
est test values noted for the distance Of 5:Tlr.',- TrIa s'4JurIr e~;Lruzigth of Al + NIL
joints vas better than that of Al + bli181110T stc:el. PI -was noted that th--!
coefficient, of -LiLroact cn~!rfy uI;jj.jvation: J,,i one of the Important parai,.,-!tcrs in
a ss rii a r6a r
the explovive voldinC pracese that effects the welc -bility f di i 1 r te-
ials. 3 fiGures, 2 tables, 6biblio6raphic. referance's.
36
till

Cotapoi;ite Haterials
WSR uDc 669-715
KOLPASHNIKOV, A. Ia, 14ANUYLOV, V, F,I DUKAYEV, A. A. and
SHIRYAYE
YE. V.
"Reinforced Material Based on Aluminum -and Weldable Aluminum Alloys"
Moscow, Tsvetnyye metally, No 2, Feb 72, pp 56-57
Abstract: This study concerns the mechanical properti6s of composites.
the structure of transition zones.and the~metal flow in.rolling prefabricateC).
blanks designed for service under'high work loads in assemblies and struc-
'g6 alloy reinforced with
tures. Cokposite sheet metal blanks,based.on ILm
D.18N9T and EP322 steel wire fibers show Ei. tensile strength of 53.6 and
0. kg/MM2
69,2 and a bend angle 0f-55'47 and~36-5* at a specific weight of
3
3.46 g/cm. . Reinforcement with EP322 steel fibers produces composites with
a strength exceeding that of Yhl8N9T steel-wire reinforced composites by
The amount of wire reinforcement is 15% in both:materials. Tables
in the original article show the relationship betw"n the percentaj.;e of
fibers and the strength of the.composite material., (3 Illustrations,
4 tables, 3 bibliographic references).

USSR UDC 621.791.14:669.14.018.44
TRUrNEV,_ Candidate of Technical Sciences, KJOVSHEVA, G. P.,
~'ngl`75777 wm, M., Candidate"of technicaliftiences
V.
"Friction Welding of EP56.S.teelVith EP262 Alloy
Moscow, Svarochnoye Proizvodstvo, No 10, Oct 70, pp 17-18
Abstract: Welding of EP56 steel with EP202 nickel alloy in the solid phase
-by friction was studied; the diffusion.processes in,this instance occur
significantly more slowly than ir. the 491id-liquid phAise during fusion
welding. It is demonstrated that. the embrittlement of the welded joint
between the two metals produced in the solid state oc 6urs after heat
treatment as a result of formation of a,narrow, softened zone in the
joint.. Embrittlement of these,joints cah ba~eliminatedl.by increasing the
thickness of the softened zone by.introducing an~intermediaie layer Simi-
lar in composition to this zone, for example, by usinglan interlayer ofl
austenitic Khl2N2A'T2,5 steel.

USSR UDC 621.79LO52.001.5t669.3+669.71
TRUTNEV Candidate of Technical Sciences, YAKIUSHIN, A. F., Engineer,
And'YAKUSHINA, G. V., Technician
"Kinetics of Intermediate Phase Growth in Copper and Aluminum Combinations"
Moscow, Svarochnoye Froizvodstvo,.No 1,:Jan 71, pp 15-16
Abstract: Copper and aluminum combinations are intereating in that they are
difficult to weld together, and formations of thermodynamically stable in-
termetallic phases may occur. This article investigates the interaction of
the two metals when welded. The investigation method Involves plotting
kinetic curves of the growth of the intermetallides duting the welding
process from metallographic examination of the transiti,onal rone structure
for the combination subject to Isothermic processing at.varlous temperatures.
were cold wel
Specimens of ADI aluminum and MI copper, 16 =i in di4intater, ded.
They were then subjected to isothermal processing in an-,atmoaphere of air at
a temperature range of 300-450* C maintained -from I minvte td 20 hours, and
microsections bearing the intermetallic phase.in the waided joint were made.
A curve for the growth of intermetallic phase was~plottod for each tempera-
:ture value.
77~-~

UDC 5k7.26 f 118
IWINA, N. A. , YULDASHEVA, I. N. TRUT NEVA YE . P.
."Reactions of Dialkylamidoallcylphosphbrous Acids With A ldehydes
and K-etones"
Leningrad, Zhurnal Obshchey Hhimii, Val 41, No 10, 1971,
pp 2173-2117
Abstract: rq., title reactions were studied in ~~n effort to
e:scert n the existence of two tautomeric forms: the phosphonate
(1) and the hydroxyphos-ohite (II) f orms of diaI17-lamidoaj-k~l-
phosphorous acids, In ~he presence of sodium alkoxide catalyst,
11,11-dia'Lkylamidoal!-c,,Tlphos-o-40rous acids (III) reacted exothernally
and rapidly with aromattic aldehydes, aromatic and aliphatic ketones
to riveL li',N-dial'--yl(Q(,-hydro.!.-y)all,,71(aryl)phosi~~.,iona-.,nides which
wera identified by their IF, spectra. A high reaction rate indi-
U
cated a possible,ionic mechaniam involvinc an al'tac!--. on the
electrophil-ic carbon-1 carbon by the nucleonhilic DhosDhorus atom
J - j - I
with formation of an intermediate. c,o=.ou-nd which reacts with a
second (III) molecule to give :the final -oroduct:. In the absence
OfLa catalyst, aromatic aldehydes and.ketlones react very
112

A.,. et al, Zhurna 1Obshchey -ini i,
ILIETA, vol 41, so 10,
1971, pp 2173-2177
vigorously with (III), probably in (II) forn,,l to give an inter-
mediate comnound wit-h a negatively charged oxygen atom. This
oxygen atom attacks P atom and sixaultaneously an amin-anion is
eliminated from P atom and attaclcs C atom to form an internediate
cyclic, cation which rearranges to: crystalline, P-11, 1 amino-
alkylarylphos-ohonates which e7hibit differences in IR sDectra,
comnared with. t'hose of the products of catalyzed reactions. The
produets of the (III) reaction with aliphatic~aldehydes were not
U
identif ied. The exoeriinental -orooedures are outlined and
elemental analysis data and physica1iconstantA of the reaction
products are tabulated.
212

2 0 U~XL Ass I frc-Dll~ ~'Pf-~-DCESSI'4G DATE-020-T70,
TITLL-r-4-OTCELECTRIC MEA5UREMFNTS JF T14E !ZODIACAL ;L F; HT IN ASHKAH3AD -U-
:AUTH.-DR.-TRUTTSE, YU.L.
tOUNTRY f2f INFC---USSR
IV, P0LYAr.,'fYYE, S IYAN IVA I S V F CHE NJ Y 1970,
10 PP 37-mw4l
u AT P U b L 15 h-;- j-- 7 0
~~SUBJECT 'AiJEAS--ATWlSPHEPJC SCIPICCS, PH*SICS
r'T.OPIC,JAGS PHOTUELECTRIc nETECTTO'4w',Z0DIACAL LIGHT
0lJT PUL. APK I NG-- -NO RESTRICTIONS
0 C UM EIN TC L AS S-- UN C L A S S I F I E 0
,7,0:k,)X V .k E E L/ F P. 4M C-- 199 4 / 01 Z 4 StEP NO UP 33 07 70 /0 0 (l/ r) 1 -3 0 0 3 70 01
,CIRC, ACCF.SSIrN NO--AP0II45?0
UNCLASSIFIE0
10,111 IRWIN

L12 030 UNCLASsr'FIED PROCESSING DATE-160CT70
TITLE-CERTAIIN CHARACTERISITIC-.UF UPPLER ATMOSPHERIC HEATING DURING
STORMS AND POLAR~AURORAS -U-
YU.L.
~.:COUNTRY OF INFO--USSR
~2"SOURCE-KOSMICHESKIE ISSLEDO VOL. So MAR-APR. 1970, P. 298-305
VANIIA,
,,:,DATE PUBL ISHED - ----- 70
~-',-`S_IUBJECT AREAS-EARTH SCIENCES AND OCEANOGRAPHY, ASTRONOMY,ASTROPHYS[cs,
ATMOSPHERIC SCIENCES
-TORIC TAGS-GEOMAGNETIC STORMt AURORAI UPPER ATAOSPHERE't HEATINGt
ATMOSPHERK DENSITY, GEOGRAPWIC LATITUDE', SOLAR ACTIVITYt GEOMAG"4ETIC
ACTIVITY
'MARKING-NO RESTRICTIONS
CLASS-UNCLASSIFIED
STEP NO--UR/0293/70/008/000/029810305
C I-RC ACCESSION NO--AP0115593
UNCLASSMED,

- - - - - - - - - - - - -
-47
77
2/2 030 UNCLA SIFIED PROCESSING DATE--160CT70
ACCESSION NO--AP0115593
i,,ABSTRACT/EXTRACT--(Ul GP-0- ASSTRACTo COMPARISAN OF THE ATMOSPHERIC
DENSITY VARIATION AT LOW LATITUDES AS A FUNCTION OFSOLAR AND
GEOMAGNETIC ACTIVITY. 17 IS FOUND THAT THE DEPENDENCE OF VERTICAL
DENSITY VARIATIONS ON SOLAR ACTIVITY,.DIFFERS FROM THE DEPENDENCE ON
GEOf4A.GNETIC ACTIVITY. AN EXPLANATION-OF THIS DIFFER .ENCE IS THAT THE
SOURCES RESPONSIBLE FOk THE EXPANSION OF THE UPPER ATMOSPHERE ARE
tloc4LIZED AT VARIOUS HEIGHTS. THE DEPENDENCE O~. DENSITY ON THE
GEOMAGNETIC AE INDICES 15 L114EAR (WITHIN EXPERIMENTAL UNCERTAINTY) OVER.
THE ENTIRE RANGE OF VARIATLION OF THESE.INUICES, .~UT REMAINS CONSTANT FOR
UFFERENT SOLAR ACTIVITY LEVELS. THE DEPENDENCE OF DENSITY ON THE SOLAR
SIOUNCED NONLINEAR11TY. INDICATIUNS ARE
ACTIVITY INDICES EXHIBITS A PRO,
THAT T14E UPPER ATMOSPHERIC WAVELtNGTH:BUT ALSO ~i[TH SOME OTHER SOURCE.
AN ANALYSIS OF THE INTENSITY'OF RED-HYDR015EN EMJ~SION AT 6300 A. SHOwS
i, THAT THISE14ISSION IS LOCALIZED BEYONO THE LOW LATITUDE REGION.
UNCLASSIFIED

-------- 1-00~
USSR LIDO 665.183.218.5
_I, 915
3=PTSKOV. X. M., TAPIASOV, V. KONOVALOV, I. M. , MOKAIUSHIN,
TA7rVN, SHCHIKOV, A G., and YAKUSHIN,.*,V. 1.
K. D*I
a
.110peration,of a Dual Bath steel Melting Furnace at the Chere-
etsk Metallurgical Plant"
~pov
Proisvodstvo Chernykh Metallbv (Production of.Ferrous Metals
Collection of Works), No 75 Metallurgiya Press', 19,70, pp 56-68
Translation: The operating indicators of a dual bath steel-
making.furnace for 1968 are analyzed.'~ The productivity of the
dual bath furnace was 1.024.million- tons. Theltechnology of
melting of steel in the dual bath furnace has a number of
specifics in the mode of carbon 6xidation, ste0_1 heating, and
desulfuration and dephosphoration of the metal' Over 601 high-
quality structural steelAa-produced by~the fuilnace- The quality
of the metal is equal to that of doeA-hearth ateel. 8 figures;
3 tables-, 5 biblio. refs.
25

lpw,
tloy
'j UVC 025,4 :65-011-56:1624
DEVELOPMENT OF A SET OF CUSSIFIrRS FOR COPSTRUCTICV CONTROL SYSTEMS
(&rtLc1q by G.K
uaA A~,. 7
Pr
I
lbe GIPRITIS [State InotitutL for Standard Cxperimental Plauntng and
T..hnic4l of tl,e USSR ntmx Conutrijetion cocuutttet Tstatn.
undcr.t~w U559 Counnil A,[ _2 ::.Xl C"I~tcuczlaa-j fktrl worki4'.11 ~tlw cv-
Airynt=*-D~ -'I'liitior, of rcoovz~v Snfa~L14~ for akit-antic C outruc-
tion C.nttol syst4w~ (A5U!;; Sinri 1967.
I-Attlers -s r,,reccded by nnal7zL9114
The plannLog anJ J,,atgn ot che el
the towpoottion of %,)It JnlomAti" uzcd J,~ th. etuno.ix: uyntm., d.Lorminatien
of Its rloie and file chArncrcriat.ica (volumas, VtrlodLc1ty,' the "lifettwo" 'of
each ficw ar%4 file, their interrulat ions .up4ating syatew5, and so on). The
compoeirlon of the ria-t"Iflod hetn and t1w Inrorn,&I otructoro nf tho Individual
classifiers vare establinised on. thp 6mm level.
uwre *elected, the basic procedural pringiplai. for canstructins.thu.clasairi-
catiAms ~Var* developed". and the. daftnitions.of the ce"nCepte Aisr'd were pres~ted.
;&a% do %4 mo~an by a set of classifiers?
PL w; Of Cl-jairlors of vcnrom" inforn-iriou In c~onntructiun ran be
characterized as an ordnred Act of dymteicatixod and =utuall)r correlated 'lists
of ancoded sconumic information uned in c.nttolling consttucttoo productior-
This' oyot~ zust torrospond to tile Eallo.Ing trequire~-uts:
Inclusion of the entire set of econtantc infor=tlua referenecd in the
sphere of cqnattuxtion c"trol,
In,iurance Of the ponsiblIlLy of fWrarAting OtOtIZZiC 11110~tlen Of dii-
ferent nAture with respect to clearly delimited tochntcal-ecLscmic ottributed
and a&gregatlon of iofor~tlvn to obtain indexes for productlon control an all
k19 lwvelv tin the trusts, combines, main Administratiors And Ministries);
Insurance of the possibility of economic inforlastion processing by com-
--% Puter nedia.

009 UNCLASSIFIED PROCESSING DATE--30OCT70
CIRC ACCESSION NO--AP0118942
GP-0- ABSTRACT. THE POSSIBILITY OF REPLACING PART
OF SLAGS ADDED TO PORTLAND CEMENT AND SLAG PORTLAND CEMENT WAS STUDIED
AS WELL-AS OF OBTAINING PUZZOLANI PORTLAND CEMENT ON THE BASIS OF OPOKA.
COMBINED GRINDING OF CLINKERi GYPSUMv SLAGv AND10-POKA~WAS CARRIED OUT
-TO A RESIDUE OF.8.5PERCENT ON SIEVE NO.,006. GYPSUM WAS ADDED IN THE
AMT. OF 4PERCENT BASED,ON CEMENT WT. REPLACEMENT OF SLAG BY UP TO
1,5PERCENT OPOKA IMPROVES THE STRENGTH OF- PORTLAND C:-;:MENT AND RAISES ITS
EQUALITY TO TYPE 600, IF Tflk GRINDING IS IMPROVED10. A RESrDUE OF ONLY
.5PERCENT ON SIEVE NO. 008 THE ACTiviTY pF.THE CEMENT, IS IMPROVED TO 788
XG-CM PRINE2. .~ REPLACEMENT OF SLAG, BY OPOKA IN SLAIZ~~, PORTLAND CEMENT
IMPROVES ITS STRENGTH. GRINDING TO~A RESIDUE OF 5PERCENT ON SIEVE NO.
.-008'IMPROVES THE ACTIVITY TO 722KG-CM PPLIME2 AFTER:~~B DAYS. WITH THE
ANN. OF 20-30PERCENT OPOKA PULIOLANI PORTLAND CEMENT OF HIGH qUALITY
CAN BE OBTAINED IF.THE RESIDUE ON.OEVE;N0 008 IS 51,1 PERCENT. MIXTS.
-WITH OPOKA ARE MORE EASILY GROUNDTHAN-THOSE WITH,BLAST FURNACE SLAGS.
:FACILITY: 00SHAN. TSEMENT*-* ZAVOL)v'OLSHANKAv U$SR.
UNCLASSIFIED_

USSR uDc-. 621.396.6-18i.5(rjam)
GTAZKOV, 1. 14. ZAY-TSEV: V.- A., KOZIDVI, V. A., Ya. A.,
'A Microphoto Assembly Device for Making Photote m-lates"
'USSR Author's Certificate Nlo 263h143 f fle d 3 Jan 68, published 9 Jun 70
'i o t e.~hn
(from EM--Ead, k a, No 63 Jun V 5 Abstract No 6v4aiq
Translation: -'-is Author's Certificate intmduces miercnih-oto asscm~bly
device. for rskin,,
tote!mlates. 111e d,~vicc contp_~ns a st,~.nd with il-
lumimator ard rzmitter, a coordinante tabl(f- with linear dis -,) lacemz lit data
units, a ccnposinj*7 ,rlth sliding screens -=i imterc,- wvig~-aable
objc--tive in the "form o-f a leas ra~ster_ or' arid a
IQ J.-t-prove accul.=y
holder writh a projection lenr: -ox;nt,,~d in a
hori zontp-1. ,bl~:,*(_, on the cc,,:,rdjnt,,.-Ic rustz] On 4-he umw~,.-
of tha The tz.~Wc is -nnd-,rcd vith rui vc-rt-ure for th-_- lens nnd a
a p.-otoe-m-phic y;.1ate. 'I"hic compos.J.
dieq.-
vith slld-_;In~~- screens hcn_r-;:., vnt--er thio -LOblr,~ on cclums A-dch
pass t~e r;~r~:nd. to d, cj the
diaphragn r--fad thc,, I e ns i t, rin g f o r t. 11, 6Oiotbtemvlate 1,1

USSR UDC 533-6.011:001.211
GORELOV, G. M. , TRYANOV, A. YE. PODDUBNOV, V. P.
-ith
"Calculating Pressure Losses, ii a Gas Flow Through a CVlindpical Charwel il
Friction and Heating"
Tr, Kgybyshev. aviats. in-t (Worl(s of Kuybyshev Aviatim Institute), 1970,
-No. 45, pp 79-86 (from RM-Aviatsionnyye i raketnyye dvigateli, No 4, Apr 72,
Abstract No 4.34.4)
Translation: Gas flow in a rectilinear cylindrical chan'liel under the combined
action of Iriction and heat exchange on thelfl6vi is disc6ssed.. A foriula is
obtained for calculating the coefficient of.resistance -iri the case of a uniform
supply of heat along the length of,the channelunder the assumption of a power
dependence of density and viscosity on temperature in tbe~region of ideal and
real gas. 4 ill., 6 ref. Resume.
7

-7
USSR um 582.288:581.2:634-956(k,-77.234)
TRYBU211 P. -A.; DVOYITOS, L. M. DEMCHZ I.. I.; Carpathian Branch,
a an c en 1 ic esea.rc nst, u a o -ores - -'anagemen SMCL
Agricultural and Forest Melioration; Institute of Microbiology
and V-1rology, Academy of, Sciences Ukrainiarl SSR
llspecies.Composition~of Pm Cause Diseases of Tree
P ngi That
Seedlings in Nurseries of_Ivan6xro-Prankovskay-, Oblast"
.,Kiev-,.Ukrpinsk~y_Botanichoskiy Zhurnal, Vo1128, No 4, Jul/Aug 71,
P~
Abstract-. As a part of a study of fungus in~Vections of trees in
the~forests of the Wkrainian Garna- hyto-pathological
'Uhiax%s,a 1)
investigation of turee nurseriW~.ftthe State Fomst Reserve in
Ivanovo-Prank-ovskaya Oblast was c-arried out''in 1968-70. It -wras
established that seedlings of-pedunculate oak- (Quercus roburl
were infected wit--h --o-t-rdery mildew. caused by Z"Licrosphaera alphi-
toides; those of European beach (Pagus sylvatica.) were infected
with Festalozzia hartigi and Fusamum javanicm;, and those of
1/2
16
oil

USSR
TRYBUIT, P. A., et al, Ulcrainskiy Bo4anicheskiy '-/hurna:L, Vol 28,
'qo 4, Jul/Aug 71, PP, 531-514
oriental beech (Pagus orientalit) wi-:"'h,Pes-ua1ozzia hartigi and
Pasarium avenaceum. Sweet cherry (Prunus avi-am), seedlingz were
infected With coccomycosis caused by Coacomyces hiemalis. Root
rot of coniferous and deciduous isDeciPS, was~T~.oaused b7 eight-
species and various genera of lksariura. In~laddition to being
affected by fusariosis, seedlings:of Scotch ~ine.(Pinus sylves-
tris) were infected with a. disease caused by~ Plelampsora pinitor-
Oua.
2/2

USSR
UDC 59:616-981.455(574.52)
AYKIIIBAYEV,- H. A., KOM
NEYEV, G. A., KUNITSA, G. M. ,-TLEUGABYLOV, 1M. K. , TRYKIN,
f k !,~, ~ ~a Asiali~
SY-VORTSKOVA S - S K N, 1. P. and SUM,11IN, V. m. Cen I
`~`Scientific Research Antiplague Institute,~Alma-Ata
"A Tugai Focus of Tularemia in Dzhambulskaya 013 las tin the Lower Chu Flow"
Mosccw, Zoologicheskiy Zhurnal, Vol 50, No.10, 1971, pp 15015-1598
milio, the tick which carries and transmits tularemia
Abstract: Whipicephalus pum,
bacteria, can circulate the bacteria over a long time-span due to it's ability
to parasitige hares and otherrodents at all stages of. its development. The
flooded fieldi in this region, on which cattle grazei create ideal conditions
for the spread of the i:~odid tick. Dermacentor daghestanicus is the dominant
species because of its high percentage qf infection by~ tularemia bacterin and
because it preserves thv bacceria in its:. body for a long period. Bacteriolog-
ical studies were made. of 11.7 mammals and 19,000 t i cl-z of various species. In
infected hares pathalogi.cal-anaom~ic chiln&s were manii4ested by enlargement
of the spleen, in some cases by a change in the color zind texture of the liver,
and by the characteristic mound arrangem6nt of cocci-bacteria in the spleen,
-liver, lungs, lymph nodes, ind-blood. 30-strains of Papteuriv-cla tulareasis
were found in ixodid ticl~s and 7 str_-Ins,1 in the hare (Unus. tolai) These
strains deconpose glycerine and circulat&. in the tugai focus.

7 _7
USSR UDC: 53-07/.08+53-001.5
KIRMTEVICH, V. I- TRYKOV, L. A. TRYKOV, 0. A.
"A One-Crystal Scintillation Spectrometer (kth Organic Phosphor)ff
Odnokristal'nyv atsintillyatsion.-Im spektror-et-, (s orfrIlInicheshim fosforcta)
(~f. English above), Moiscov~ AtomizIdat, J971, 136 PP2 ~11. k. (from RIh-
-Fizika, no 4, Apr 72, Abstract no 4A612, K)~
Translation: This ic a pi-actical handbook on spectrom:,,tx7 using a single
scintillation crystal with an organic phoi;phor (stiDbei'Ae, liquid scintilla-
tars). The book, describes m"hods. for discriminating a background of gaj,,-.a
radiation or neutrons as well as methods,:6or convertim amplitude aistribu-
tions, to neutron or gar=L-ray energy spectra. Examples of using the spectra-
mater are riven (investigatioa of reactor emission, speptra aTid isotope sources
of neutrons; measurement of the integral and differanti~Ll cross sections of
neutrort reactions). A. V.
911
ENRON 11111151

USSR 1JDC 695-887 621-039.9
(355)
KmrllmcH) V.I. GORYACKEV., I.V. TRYKGV L A
-VA,(Frotection Against the
ZASHCHITA OT ERG-1111FAIUS;zmaz RADiATSII YADMTOGO VZF1
MOSCOW, Atcmizda-ti 197
Penetrating Radiation of a Nuclear Zqliosion) 0, 150 PF)
illus. bibl-fos, 3,050 copies I-rimted
Presents an engineering retlod of dpaiening krround atructures for the
protection against the penetrating radiation of nuclear mTlcsion. Since the
nuclear exr-losion as a sorrce of penetrating radiat~cm in irell treLted in the
Uteraturej only its general chcractetistics are ditauGsed here. Iqhasis is
rlaced here on nez;trcns and ravma rays produced at the atxaosphere-grcimd~ interface
and on the Tenetration of radiation tk,irough the t~j~c'al j-m -tective media for
the gemetry. inherent in protective str atures. Them book,is intended for
scientific and teelzical rersonnel engaged in radiation Frotectim utmk.
Oontekts Pages
-Foreword
3-5
Chapter 1. The Nuclear Exrlosion as a ~Sowce of lerizing Radiation 6-29
0
'Ile an =a-Rays ~_ur
Char-ter 2. The lield of I utrons d Ow. ing 1--mclear 1-VIosion 30-88
Clhipter 3. The Enission of Radi-active Fbilout
Cc- 1c2
1/2

USSR
KUlGiTEVICH, V. I., et al.$ OT PRONIKA~USHCHEY RADIATSII
YADMOGO VZRYVA (Protection.A:gainst the Penetra.tIng Radiation of a
Nuclear Explosion), Moscow AtomizdaL, 1970,:, 190 pp
Chapter 4. The Yassafe of Neutrons Through a, S11-deld
Chapter 5. The Passage 'of Beta'- and~Gavam-Rays ThroughaSIdeld
Chapter 6. Designing the lrotebtion~of Gr(jund Btru6ture-,- Against
the Radiationa of a. ifuclear ExTlosion
AprendAx. 10 Tables on barrIer penttration of total dose of neutrons
and gamma rays for varicus: waterialej ".d on yield of capture
garma radiation
103-120
121-145
146-172

USSR UDC: 53 OV-08+53-001.5
KUKMVICH, V. I., TRYKOV, L. A., TRYKOV, 0. A.
"A One-Crystal Scintillation Spectroneter (Witb Organic Phosphor)"
Odnokristallnvy stsintillyatsionnyy sDektrometr Is o_-PanichesRim fosforom),
(Cf. EV-2glish above), MDscorw, Atomizdat'-1971, 136 pp-, in. 66 fToi;i Zh-
-Fizika,,No 4, Apr 72, Abstract. No hA612'
Translation: This is a practical hand]boo1c on spectrorii--tvy using a single
scintillation crystal with an organic phosphor (stilbene, liquid ccintilla-
tors). The book describes methods for diocritrdnating- m background of gamna
-udr
radiation or neutrons as well as methods, for a=,ertin1r, aviplit~, -- distribu-
neutron or ganna-ray energy spectra. Examples of using the 'spectro-
tions to
meter are given. (investigation of reactor emission, spectra and i:iotopQ source*
of neutrons; measmement of the integral:and differential cross sections of
neutron reactioas). A. V.
94
own

USSR UDC 621.791.1:.621.642.001.2
BOGOMOLOVA, A. S., Candidate of Technical'Sciences, and.BAKSHI, 0. At, Doctor of
Technical Sciences, Chelyabinsk Polytechnic Institute; S.EDYKF, V. S., Doctor of
Technical Sciences, and OV_YU._~.P.Iand BELOUSOVI V. P., Candidates of
Technical Sciences, Volgograd Polytechnic Inatitute; BORISOVAJ~ V. A.) KARAITI
A. B., POPOV,, A-S., and SAFRYGIN, V..D., ~~ngineers, Ibs 6ow
From Dissimilar Materials"
"Pract ical Design of Welded Vessels and Pipe
Moscow, Svarochnoye Proizvodstvo, No~%-1973p pp 3-6
Abstract:, Welding tests were conducted for welding dissim'lar materials to
join dissimilar metals in the fabrication of~vessels and pipe. A steel+copperi
niobium+titanium joint was made from steel,KhMNIOT, M1 co er, niobium, and
PP
OT4 titanium, and a magnesium alloy+titanium+aluminum+aluminum alloy joint was
Made from magnesium alloy MA2-1, VT1 titanium, Adl aluminum, and aluminum alloy
ARg6. -The goal of this work was to determine the proper materials which would
yield a reliable diffusion barrier in the intermediate weld layers, and a
joint with a strength equal to that of the base metal. Mathematical formulas
are given for calculating the tnnsile and yield strengths ~ af, the'; soft sublayer
and critical magnitude of relative thickness.ofthe soft~sublayer for which
an equal-strength joint can be achieved. For..the titanium--;.rteel Joint the
1/2

USSR 621.791:621.7.044.2:669.295 + 669.71
YEROKHIN, A. V., Engineer, KAM, N. N. SEDYKH, V..S.,and TRYKOV Yu. P.,
P MUM=
Candidates of Technical Sciences, and'ULITIN, A. I., Enginemer, A4ogpgra-f
Polytechnic. Institute
"Properties of Titanium-Aluminum Joint~s Produced by Explosive Welding"
Moscow, Svarochnoye Proizvodstvo., NO 7,~ Jul 1972, PP 26-27
.Abstract: The optimal parameters are determined for explosive welding of
joints of titanium with aluminum and th-ree-layer composite joints of AINIg6-
ADl-OT4i having strengths of 10-12 kg/mm2 and-rupturiq thr ough the aluminum
when tested. The titanium-aluminum joints produced by explosive i..relding
can withstand extended heating to 500-SSOOC,~accordinp, to the temperature-
time conditions of formation of, intermetallic compoun&S on thc division
boundary of the layers, and can be used:for various technological processes.
A pilot scale technology is developed for.explosive welding of titanium-
aluminum joints, guaranteeing stab;le strength, values..

USSR UDC 669.2:621-771
BAKUMA, S. F., BELOUSOV, V. P., SEDYKH, V. S. andJTR),f.KO P.
"Production of Plate Metal Compositions by ExplosiveYelding and
Intermediate Rolling"
Moscow, Tsvetnyye metally, No 5, May 71, pp 58-62
Abstract: Proposed are new flow charts. for producing composite materials
with provisions for combining explosive welding IrrILth either cold, warm,
or hot rolling. Explosive welding of bimetal joints from hard-to-weld
metal combinations (Ti-Fe, Al-Mg, Ub-Fe,;and others) reiluire strict ad-
herence to specific parnmters including precl~Fe seIztJTIp, of root gap
open-Ings botween t1a, platvs, perfect dosage of commositizin anl anoronrinte
density of the explosive powder, &ad special surface pteparation. Viola-
tion of either condition inay cause drastic rcIduction 01' weld: strength Lind
even lamination. The new flow charts offer,potentialsJor increasing
the mechanical properties of bimetal weld Joints. The complex technology
is. justified by the savings in. costly and scarce materials aad realiza.tion
s
of new design problems. (3 illustration', 1 table, 7~bi bliographic
references"

US!L3 I IUDC 621.791.76.052:621.7.044.2:620.16
WURZOVSKAYA,Ye, B., Engineer, SEDYKII, V. S., Candid6te of Technical Sciences,
TARABRIN, G. T., Candidate of Technical'. Sciences, ZV.LCQ~,1XX. Candidate of
Technical SCielices, Volgcgrad Polytechnic Institute.
"Structural and Mechanical Wonuniformity of Explosion"I.Jelded Steel-AlurAnum
Joints"
Moscow, Svarochnoye proizvodstvos No,9, :1972, pp 7-9
Abstract: A study was made of ne structural and mechanical,nonuniformity and
strength of an explosion-welded three-layer composition;.of the two aluminum
alloys A,Jg6+AD1 and KUSNIOT steel as a function of the kinetic energy of the
impact, tne scaling factor and the relative. thickness of the aluminum sublayer.
During explosion welding of this three- layer -. compoqi timl, an increase in the
kinetic energy of the impact above 1-1 leads, to~an increJ'pe in the proportional
participation of the steel elements 2n tile formation of the fused sections,
gradual increase in their hardness and a shar decrease in the strength of the
P.
AD1-,Khl8YlOT joint in the range Of values W>-W critical' Th e process parame-
ters the welding schematic and the scaling factor have an effect on the struc-
tural and mechanical nonunifornity of the s
teel-aluminum, joint.. The strength
characteristics of the explosion-welded A!.lg6+ADI-~RhlP~DTIOT'IcompoEiitiona1 joint
1/2

USSII
SA0,1NOVSKAYA,Ye~ B., et al., Svarochnoye,proizvodstvo., No 9, 1972, pp 7-9
depend essentially on the relative thickness of the interstitial layer of ali-minum
and can be calculated by Lhe formulas proposed earlierlo. A. Bakshi, 1022.1a
svarochnogo proizvod-stva. Trud'i ChPI, 1-16 33, 1965; 0. A. Bakshi, et al., Vopros-~7
svarochnogo proizvodstva, Trudy ChPI, No'. 63,~ 19681. The ext)erimental data
are plotted graphically, and the,mechanism, of the formatiowof the mechanical
and structural properties of the joints are discussed.~:
212

USSR UDC,621.791.76:6'~)1.7..1044.2.052:621.791.011
POKATAYEV, YE. P., Engineer, TRYKOV YU. P Candida"te of'Technical Sciences,
KHRAPOV, A. A.1 neer, Voljo~~~#Technic Institute
Engi
"Residual Stresses in Explosi .on-Weldedi Joints"
Mos cow, Svarochnoye proizvodstvo, No 9, 197.2, pp 10-12
Abstract: A study was nade of the distribution law of the residual stresses
vith respect to thickness of explosion-welded joints between like (steel-steel)
-aed in
and unlike.(steel-titanium) metals. The residual stresses were deter.7i
rods cut from bimetal billets 250 X 253 mm The ithickness of the based -layer of
Mt.3 steel was 31.5 = in the steel-steel joint and 3 7 . mir, In the stcel-titanium
Joint. The thickness of the cladding layeriof 113t.3 s -el and OT4-1 alloy jas
the same, 10 mm, in both cases. Gr4phs %Mre~plotted for the:.hardness distri-
bution in an. explosion-welded joint of steel-steel, steel-titanitrill the OT4-1
titanium alloy in the initial state and IfSt-3 steel in the initial state, the
variation of the relative deformation of bimetal steel-titanium rods on re-
Moval of layers from the titanium and steel sides, the,distribution of the
residual stresses in the steel-steel b1matal obtained b~ explosion iiiclding for
10
longitudinal. and transvcrse Bpecimps after welding and ~~;ter annealing., the
residual stress.distribution in the steel-titanium bimeuil after explosion
welding and the residual stress distribution In the utud-titanium bimetal
1/2

USSR
POKATAYEV, YE. P., et al., Svarochnoye proizvods tva, ko 9) 1972, pp 10-12
after tempering. After anneelingthe residual stresses in the steel-steel bi-
metal were eliminated in practice as a result of,inteiise relaxation of high
temperatures and subsequent uniform cool,ing. In the steel-titanium bimetal,
-caused by.the different
after tempering a new residual stress field arose
thermal expansion of the layers.
The residual stresses in the explosion-~-ielded bimetals can be determined
by the same methods as in uniform materials. The natute of the residual stress
distribution in the initial state after welding is in O,racLice the same in the
Joints between like anti unlike materials
212
45

USSR UDC 6pi.79.1:6a.7.o44.2-.669.15-19!~.56-669.715
SAMIZOVSK4YA, YE. B., Engineer, SFJ)YKH,'V.S., Candidalte of Technical Sciences,
and;~~' ~YU.P., Candidate of Technical Scieni~:es,,Vqlgograd Polytechnic
Institute
t F
Properties of Joints of Austenitic Steel With Aluminim A-lloy5, Produced by
Explosive Welding'
Mseow, Svarochnoye Proizvodstv
o.,, No 7, 1971, P34-36.
Abstract: This article 1) studies some regularities in,the cLanges in mechani-
cal.-properties of explosively welded Joints between austenitic steel and binex:.,
aluminum alloys, based on analysis of the'. state diagrp~inr-., 2) s-,udies the
.temperature time cone s
litions of formatioa of intermetallic compound. during the
process of heating of welded Joints and 3) suggests a.Uoys ba6ed on this
composition, providing high steel-aluminum joi2it strenc-th. Lnereasing the
initial strength (hardness) of the &-auminum'.alloys causeq,a reduction in the
range of optim-al pressures realizingthe maxim= Joint strength. A "triangle
of weldability" produced, vhich can be bused to 6.etermine the optimal
parameters of e%-Plo5ive welding of these me,tals. j1lloyjn.&~ of the alumlnur.,i witt-
Sij Fe, Cu, and Ni increases the ieng'th of ~6e incubation foz foiw-tiin
of the diffusion interlayer. Alloying with Si., Fe, and N-A. '-Increases the
strength of the steel-aluminimi joint rAf ter long heating to~ 200-5500C V-7hen
F oil I
M

USSR UDc 621-791,621.7.004.2.01a669.295+669.14
BEWUSOV, V. P., Engineer, SWYM, V. S., Candidate of Technical Sciences,
and TMM[, YQ.._?., Candidate of TechnicaliSclences.
"Mechanical Properties of Explosion-Welded Titanium-Steel Joints (With Tnter-
I~Vers)
Moscow,.Svarochnoye Proizvodztvo, No9(443)t: Sep 71, pp,19-21
Abstracti Investigation results of the effect:of mechanical heterogeneity on
strength and plasticity characteristics of'titanium-steel'joint ith Cu-
Kb interlayers after explosion-welding and'heating are discussed. The
change of mechanical properties of explosion-welded Joints of CT4 titanium
a1loy with Kh18N10T austenite steol idth Cu-Ub intOrlayerll of various thick-
no is explained by hardening of the latter '0.16 the result of explosion load-
Ing and the effect of case hardening. The gradual decrea~:'se of the relative
tbickness kof the copper alloy in the range.of 0-5 to 0,067 ivisults in a
progressive Increase in strength and decrease of piaotiolty charactoriatim
Due-to.=e haxdening of the co-pPer alloy at k-0,03 an incivazeIn joint
strength up to the Strength level of.steel and also a plas4lcity Increase
take place, A comparison of mechanical proptrtios Of titwilwi-steel Joints
with Interlayers of copper and its high-strngth alloys dr-M~011'-Arktes their
49--

USSR UDC 621.791.76:621.7.044.2:669-419.4:621.643.4.065
LISUKHA, G. P., Engineer; KIIEYFETS, M. Ye., Engineer (Volgograd Ship
g Plant), KAZAK, N. N., Engineer Engineer,
Buildin
SAKIINOVSKAYA, Ye. B., Engineer, and TRYKOV, Yu. P.,, Candidate of Technical
Sciences (Volgograd Polytechnical Yn"RTRU ~
"Efficiency of Bimetallic Steel-Aluminum Adapters Produced by Explosive
Welding
Moscow, Svarochnoye Proizvodstvo, No 10, Oct 70, pp 20-22
Abstract: Tests were made of a.composite material produced by explosive
welding of St.4S and Khl8NIOT steels 8 mm~thick to a,cladding layer of
014g6 aluminum alloy 6 mm thick with a sublayer of ADI;tcchnical aluminum
1.5 mm thick acting as a plasticity buffer, The testti. sho,,ir_,d that the
bimetal AMg6 + St.4S has an average layer" separation.rPsistance of 9.9
kg/mmZ and a shear strength of 7.6 kg/mml, while-AMgb" --~- KhIBNIOT has
strengths of 7.0 and 6.8 kg/mm2, respectively. The A'.'[V,6 + steel produced
can be used for the manufacture of adapters of variousl,shalpes for tile pro-
ductioa of steel-aluminum welded structures. Tile proper sequence for
welding of a steel-aluminum structure to -avoid overheating of the bimetal

USSR UDC 621.374.33
VIGDORC1111K, V. G., DAPUKOV, S. K., KOR FE
TEVA, T. V.,j- YEIISO'.11. S.J., POPOV,
V. A., SITNIKOV, 0. P., T Yu.'V. OSTRYY, YJi. T.,a.
"A Magnetic Digital Element
Moscow, Otkrytiya, izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
No 21, Jul 71, Author's Certificate No 308518, Division 11, filed 16 Feb 70,
published I Jul 71, pp 207-208
Translation; This Author's Certificate introduces a ma*netic di-ital element
-Which contains -information, compensation, and, two switc1ling cores. The device
has a recording circuit, a coupling loop with. flux quenching on resistors,
and aready circuit for the m-:itching cores. As a distim,uishin- fcaturo of
the patent, -in arder to increase spvd, improve e,-~.:Uvnd the range
of ambient t(tm;pQ;-3tUrO WIriatJon and simplify the power supl.,ly system, the
-xcito
-1,.2ent is nowi-pped with rc--sistors in the coupl-in- 1con, dynamic r -tion
and dy-namic cores, one additionallwind-tng on each~ of the sw~Ltch-
-and c0, ation Cores, and also aUitional or, the informa-
ins . m P C- r. s ~ I Z~
-tion core. -Che primary of the ("yaliflic excitat.16n and dynamic lr"ag-
netizing cores are conn-acted in series in the circuit of one o-F the cadence
currents, The series-connected, aux4lian, v4ndings of the switching cores and

77-
USSR
VIGDORCHIK, V. G-, et al., OtIcrytiya, izobretenive,., promyshlennyye obraztsy,
tovarnyye znaki, No 21, Jul 71, Author's rartificatt, No 308518, Division H,
filed 16 Feb 70, published 1 Jul 71, pp 207-208
the secondary winding of the dynamic excitation core form I loop for dynamic
excitation of the switching -ores. The se-Tics circutt comprised of th'e
secondary vinding of the dynamic maLnetizing core apa one of the auxiliary
vftdlin&~ of tI-c -Information. core fo-,!n-- a loop for dirn.amic e-cit-tion of the
information core, and the auxiliary wifiding of the information core and the
third winding of the dynamic excitation: core are connected in series to the
ready winding of the switching core.
?L
Pr
I>
9j
2/2-
16

c 131 ui NCLASSI FIED
TITLE--i-~EC-I1.N CF THE FORMATION OF INTERNAL CLNVEk-S~10M
UPPER ATCP--[C SHELLS -U-
~j-,t.AUGV-SKAYi,, IM B1.
SLIVt L.A. T,&
COUNTRY OF IINFC -LSSR
.:~SOURCE-~PJSIMIA ZH. EKSP. TEOR. TIZ, 19702 M61t 306-8
E C---- 7 C
..-CATE PUBLI'l
7.1,SUBJECT AREAS--Ptiyslcs
~ELE TR N 'Hf
--AOP.IC- TAGS-CCNVERSION ELECTRCWSPECTRUAI~ C o S LL S14-tUCTURE
'ELECTRIC f~IELD, NUCLEAR SPIN, PARITY P
RINCIPLE
C 01 Yk CL PARKING--NO RESTAICTIONS
OCCUMENT, CLASS-UNCLASSI~JED
1 $1 t L-1 I 11) 4 09 9 5 STEP N D---~U R 10 3 8 6 7 0 1 11 0 0 6 0 3 0 6 0 3 0 8
ux RA ti
R
-Acr
c- I P-C CESS10. ING--AP0115016

212 0 13 URCL AS S I F I 'ED PRUCESSING OATE--20NOV70
CIRC ACCESSIGN NG--AP0115016 J DY 11) FTHE RADUtL
-ABSTRACI/EXTRACT--(U) GP-O-, ABSTRACT, F ROM A ~S I
INTEGRALS FOR THE FORMAULAS USED TO C,"M:4 THE 1AArEAN111L
-F-S., IT I-AS CCPiCLLJ'EfJ THIE VALUES OF THE Ctmffs. ON ilu flT.
OEF
C
SHELLS A.-~E FGRMED 1-i'tTHIN fHf IN N E R LAYERS OF THIE!~ ATOM A N D TP(:P.Ef-LJJRE
THEIR VALUL' IS NOT DEPENUENT 0 Nl ANIY'~ CHANGES IN: )','-iE FLEC. FIELD ON THE
I% ` ON E
PERIPHE~Y OF THE ATO;4. THE DETNO GFJHE CCEFF51% THE HIGH Ill. SHELLS
AS v.ELL AS ON THE INTERNiAL SHELLSP CAN UE L)SE0j:G F1110 THE SPIN ANO
PARITYICF TFE NUCLEAK LEVELS. THE CO.EFFS. ON Tfi,L Hf(~H SHELLS, SH01-111D (NOT
CHANGE X~UL u i a
l-H FOR CHAWES IN THE INO. 'OF:IELECIRGNS IN THE OTHER SHELLS BUT
THE rorAL NO. OF ELECTRONS ON THE
SHOULV Ch;,Nf~E MARKEOLY FOR A CHANGE TIN
SHELL FRGM 'kiHICH THE CGNVERSIOW TAKES PLACEc r-ACILITY:
FIL.-TEKH. INST. IM. IUFI~Ev LENINGRAOr:1 USSR.
W LA.S.~Jf kP

drY.: ie,in,e
USSR we 614.9-oMA8
POLYAKOVI A. A*, UP_"&TaKU".*.MB0SHYAN, G. M. PRESNOV, I. N..
"07 V
-IVANOVA3, V. I., TARAM V, Yu 11.1 IOV~,~ Ad M., KULIKOVSKIY~ A. V. SRINAYEVA,
O.-:N j and DMITRIYEVA, T. A., A3.1 Union Scientific Research Institute of
-Vete;inary Sanitation, Moscow
"Advances in the Disinfection of Objects Associated With Livestock Raising"
Yb6cov, Zhurnal Mikrobiologii, Epidemiologii i Immunobi6logii,, No 80 1971,
pp 20-24
Abstracts: An outline is given of the results of recent research conducted by
the.All Union Scientific Research Institute of Veterinart Sanitation. Some of
the practical and theoretical accotplishnants'are: (a),synthesis of 5 d4sin-
factants (caspos, demp, molaran, gudronol, hypochlor);.(b) electron microscope
study of the effects of different classes:of~disitfectants (alkalies, acids,
chlorine preparations) on bacterial eel-Is (EL . coli, Salnonella, Staphylococci)
discovery that soil can be completely or partly disinfected by growing
timothy and tweet clover; (d) development of metbodsifor disinfecting wool and
hides by means of gases (ethylene oxide, methyl brumidg); and (e) successful
testing of various gases (ethylene oxide,;mtkyl:bromi4e, war gases) and gamm
rays-to combat some bee diseases (foulbrood, nosema disease, Isle of Wight dis-
ease) found in hives.
'1/1

USSR UDc 576.851- 51-1-1-094-71-095.18:615 -281
and KIJLIOVSKIY, A. V.., All Union Institute of
Sanitation
"Structural-Changes in Spores From a Virulent Strain'of Bacillus authracis
After Treatment Witb, Disinfectants"
Moscow,, Zhurnal Mikrobiologii, Rpidemiologii, i limin iologii, No 8, 1971,
PP 15-1T
Abstract: Spores from the typicel virulent B. anthracis strain No 66 vere
created writh sporicidal solutions of ihree alknlies-4 Caustic soda (1.1%) at
first attentuated and somatimes.disso.1yed the spore membrane and cortex.
longer exposure resulted in rupttpv ofthe membrane and outflow of the sporo-
plasm. Hydrochloric acid (0.8%) also:destroyed the 'surfaCe, Btructures of the
spore with consequent outflow of the sporoplasm, vhich vaij found to contain
:osmiophilic conglomerates. Treatment:of spores with chloramine (0-55% active
chlorine) did not rupture tbjB surfaceistructuresbut produced clarification
and vacuolation of the sporoplasm-:.~,

2/2 016 ~PPOCESSING DATE--04DEC70
CTRC ACCESSION No--AP0136205
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE N ONE (Ki I L. KINETICS OF SORPTION
IS DESCRIBED BY THE EkQUATION OF THE ~IATERIAL BALANCE IN THE GRAIN OF A
SORBENT, BY THE EQUATION OF KINETICS OF SORPTION ON ME PHASE.BOUNDARY,
AND BY THE CONDITION' OF SYMMETRY IN THE CENTIE. C,F THE GRAIN. THE USE Of~
THE CONTINUOUS LIE GROUPS MAKES It POSSIBLETO S;IMPLIFY THE SOLN. OF THE
IMENTIGINED EQUATIONS BY USING A SYST.EM:.Wl-.Tti A SMALLER NO. OF INDEPENDENT
VARIABLES* SOLVING THE SYSTEM OF DET(;.,.F-QUATIONS., IT IS POSSIBLE TO
FIND THE INFINITESIMAL OPERATOR:S BY MEANS OF WAI.,ICH, FOR SOME CASES, THE
EQUATIONS OF THE NONEQUIL. SORP:TION HAVE AUTOMODf:1 SOLN5. WHICH ARE
FACILII;TY: :MUSK. INST.
EASILY NUMERICALLY INTEGRATEABLE~-. ~. ::
NEFTEKHIN. GAZOV. PROM-1M. GUBKINA,;H0k0Wf U Ssit
ICU
ROE

020 UNCLASSIFIED, PROCESSING DATE--230CT70
"-:TITLE--DYNAMICS OF ADSORPTION IN THE PRESENCE 0= ADSORP.TION AND
E;4UILIBRIUM ~ DIFFUSION KINETICS AT PHASE: BOUNDAR IES CHARACTERIZED BY A
-(03)-PANCHENKOV9 GoMov TtAHK., L.K., 9,07-EENt 'l.V.j
COUNTRY OF INFO--USSR
;,,SOURCE- ZH. FIZ. KHIM, 1970t 44(1)0 2 33~-6
_.`..DATE PUBLISHED ------- 70
--.SUaJECT AREAS--CHEMISTRY
bPt C TAGS--AOSDRPTION, PHASE EQUILIBRIUM I SOTHER14t' CHROMATOGRAPHYt
LAPLACE TRANSFORM
~CONTROL MARKING--NO RESTRICTIONS
~00CUHENT CLASS--U.NCLASSIFIED
REEL/FRAME---1995/1424 STEP NO--U.R/0076/70/044/00110233/0236
CIRC ACCESSION ND---AP0116871
UNCLAS.Sl F I ED

2/2. 020 UNCLASSIFIED 'PROCESSING DATE--230CT70
CIRC ACCESSION NO--AP0116871
,:-ABSTRACT/,EXTRACT--(U) GP-0- ABSTRACT. THE GENERAL EQUATION DESCRIBING
THE DYNAMICS OF ADSORPTION IN. A CHROMATOGRAPHIC~COLUNN (G. M.
PANCHENKOVv ET AL., 1969) WAS SOLVED BY THE INTEGRAL LAPLACE
TRANSFORMATION* THE SOLKI. OFJHIS EQUATION 15 BASEL) ON THE ASSUMPTION
THAT THE ADSORPTION ISOTHERM ISILINEAR ATPHASE BOUNDARIESo THE
NUMERICAL SOLN. OF THE EQUATION IS POSSIBLE,BY MEANS OF SUITABLE
COMPUTERS. FACILITY:-: MOSK. INST. NEFTEKHIM. GAZOVi PROM, Imo
GUBKINAt MOSCOW, USSR
UNCLASSIFIED
flei

USSR UDC 669.71.018.9.4
TSABROV, N. D., VINOKUROV, 11. D., MARCHENK0, A. M.~, PECHENEV, V. S., KOPYTOV,
V ~ ~11~ .1.
0L N, G. D. , UEMSHTEYNT, G. G.
"Experiment in Operating a Vacuum Miker"
Tekhnol. legkikh splavov. lv*auchno-tekhn',~ bvul VILSa,(Light Alloy Technology.
Scientific and Technical Bulletin of, ChaVILS), 1970, No 5, pp 26-31 (from
RZh-%Ietallurgiya, No 4, Apr 71, Abstrace No 4G2O6)
Translation: The application of a vacuum mixer for evacuating liquid alloys
basedon aluminum is expedient and has a number of advantages over t2he
nethods used earlier: the gas saturation of the meta~L is reduced appreciably;
the technological plasticity ofthe ingots,is increand; at increase in the
casting rate by 10-151P is possible;'and:the number of.defects during ultra-
60niC COntrol. of the products is,reduced sharply. The schematic of the mixer
and its operation are described. There are 4 illustrations and 1 table.
27
ME U ~W,

:;~PROC:ESSING DATE--023CT70
112 044 UNCL A S'S IF I 'EO'..~
TjTLL__pF--lPERTIES AND USE -IF Al ALUMINUM POWDER DEGASSED V4 44 IVERT
ATMOSPHERE -U
AuTW.,R.-(05)-L-lTVlNTSEVt A.i., T SA,SROV N.'D. VINOKUROVi N.D. TITOV, V.N.,
BV;~ZUNOV, A*A.
COUNTRY OF INFO--USSR
---TSVETt METAL. 1970, 43(2), 62-4
ATE PUbLISHED-----70
'~_-SUBJECT AaEAS-MATERIALS, MECH., IND., CWIL AND MARINE lNGR
-TOP I C TAGS--ALUMINUM POWOEPt POWnER METAL PRODUCTION't POW[kk 14ETAL
.'-':.,VR'_'PEkT,Yr METAL DEGASSING', IPJERT,.GASt INDUS TR.1 AL PUR'4ACEt HOT VILLIV3,
COLO POLLiNG, DUCTILITY, HEAT RESISTAW-Ei
CON TR OL MARKING--NO RPSTRICTIONS
.60CUMENT CLASS--UNCLASSIFIED
~:okoxy- REEL/FRAME-.-198911919 STEP NO-1- UR/0136/70/0431002/0062/0064
r
I-RC ACCESSION NU--AP0108248
UNCLAS.
ff I E D

212 044 UNCLASSIFIED~ PROCESSING OATE--02OCT70
212 044
GIRC ACCESSI.-IN NO--AP0108248
A, CACC ESS I~IN
ACT _XT _4
:..A3STRACT/EXTRACT--(U) GP-0- ABSTRACT. THE HIGH TEMP. DEGASSING DF LARGE
3 TR /L
~VCLS. OF AL POWDERS ON INDUSTRIAL SETUP WAS TESTED. uP T3- 1601) KG OF AL
VoLS. or AL
POWDER 19-AS PURED INTO THE USEFUL VOL.~'OF THIS SETUP, WHICH WAS THEN
PLACED INTO A COLD FURNACE, WHEREUPOWAN AR ATM.:WAS INTRODUCED. THE
TEMP..WAS MEASURED AT THE UPPER,,~MIDDLE, ANO LOWER p
PORTION.S OF THF
DEGASSING CONTAINER. A 4TH THERMOCOUPLE WAS PLACED INSIDE THE
CONTAINER. 7HE TEMP. DROP BETWEEN. THE 'UPPER AND, TPE LowER ZONES WAS
-SIMLLAP TC 50DEGREES. THE RESULTS,OF.THE GAS ANAL. INDICATE T4AT THE
~GAS CONTENT- OF THE. AL POWDER IS. DETD. ~BY: THE TOTAL CONTENT OF THE
FRAGMENTS OF THE HYDROXY BOUNDARIES INCONGLOMERATES OF CLUmPEo
PAR TI CL E.S. THE EFFECTIVENESS OFJHE DESASSING WAS;THEN STUDIED IN ORDER
-TO 8E.AR-LE TO EMPLOY THE POWDER IN THE;PRODUCTION,OF SEMIFINISHED
PRODUCTS. BASEO ON- THE. RESULTS OF. TH& MECH., PROPERTIES MEASUREMENTS IT
-CAIN :BE SEEN.. THAT, HOT ROLLED STRIPS ACQUIRE INCREA!S!ED PLA-STICITYI: WHEREAS
THEtULD ROLLED4STRIPS-ARE.STABLE; RE.L-Ati-VE: MJHE' :STRENGTHI.PLASTICITYI
1--:ANd -HEAT RES I STANCEO
UNCLASSIFIED
awl

USSR UDO 578.63
BUDAN-FSEV, A. YU.0 TSADHINAt YE. G.t and,VABILOY, YU.,V., Department of Pienory
Problems, Institute6l5f-ftut Acad amy of Sciences USSR, Pushchinona-Oke
"Lyophilization of Histological Elaterial. 11. A VactAum Lyophilizer of
Histological Specimens"
Leningrad, Tsitologiya, 110 4r 19711 PP 532-535
Abstractui The apparatus designed by the,authors corisiits of a preliminary
vacuum pump with a vacuum rublx-,r hose and 3-waY vacuum, valve connected to a
diffusion pump, The valve is used to inject air into the pxellminaxy vacuum
pump. The diffusion pump is connected to a drying ch=bPr thiough a nitrogen
entrainment separator, which serve3 to prevent oil f rom the (Liff usion pump
from entering the drying chamber. A vacuum valve between the drying chamber
% r fl!O
And the entrainment separator disconnects thedrying c'nlibe m the pumps.
A feature of the device is the use of thermocouples to-v,easure the tempera-
ture of a specimen at any time, thereby permitting objiz.~6tive detexmination
of the end of lyophilization. The final vacuum In the-d is 10-5
mm. Th-e temperature of the lyophilized specimens averaV~s -46 to -50 OC.
Some 10 to 15 specimens can be dried simultaneously, Lyophilization of 10
specimens of brain tissue weighing as, much' as 1 g takes, 12 to 14 hours.
1/t
M M-01 PENN WOMMU. ,NM I

S R
UID C578.088.6
-TSADRINU., YE;.-. G., BUDANTSEV, A. Yu., and,VASILOY, YU. V., Institute of Bio-
Aca emy
fo d of Sciences. USSRI-:Fushchino
"Iyophilization of Histological Material. 1. Investigation of the Length
of Time of Drying"
Leningrad, Tsitologiya, Vol 131 1 1o 30 Mar 71P PP:398-401
Abstracti Lyophilization was studied on an apparatus designed and constructed
at the Laboratory of Physiological and Physicochenical."Bases of Perory,
Institute of Biological Physics, Academy of.Sciences USSR, Drying by
-), po ol -
1yophilization of sajaples of porolon-water (water content 83.1~,Z r on
gelatin-water (porolon treated with a 14-i?,%p1solution o:f gal.atin; water coro-
tent 76.7%), and of various rabbit tissu6s (hippocampiLs, 1=6.-s, intestiric-
livero adrenals, heart) was carried out. , The'time that was necessary for
drying was deternined from temperature-time curves. T~e quantitative rela-
tions.pertaining to drying by lyophilization could bejxpressed by the
Knudsen-Langauir equation in the form n = Stkpl \rTN/_?, rt-,' RT, where m is the
amount of vater vaporized during time t from, the surface S I CC the coef ficie:,+_
of w%porization (the ratio of obsezved.vaporization in vacuo to the maxinmum.
1/2
22

USSR
TBADMILk YE. G., et al.t Tsitologiya, vol 13, No 3, YIP 71, pp 398-401
value of vaporization), p the vapor pressure, and k - I - q, where q is the
coefficient of resistance to vaporization produced by the d-ried 1~5cr at the
s!!ilace. The vallue of k was In ~ the --ange, of 0.14- 0-9s 3.9 'x 10 - 8.4 x
-2 pm
410 and 1.8 x 10- 1.2 x 10~ for porolon-vater, ~olor,-Gelatin-water,
and hippocanpus tissue, reopectively - i.e., the resisUnce of the dried
layer increased in the order proolon water, porolon-gelae:Un-water, biological
tissue.

USSR UDC: 62i~ 396.6-1,81. 5
KOROLIKOV, N'. V. , MARYSITEVA, G, 1. , 11-MATOV, Yu. A., TSAGARFMI, D. V.
Thin Ferronapetic Films. (Some Problems of Murn-t4i zRtlion
Tonkiye. ferromamnitnae plenki. (Nekotor, L- voprosy ama
Ir.." _ n. Z-2ic-Uvardya) (C'
English above), AN ESSSR, Vychisl~ tsentr~ -Moscow, 1970t 59 p?, ill. 20 k.
.(from Pfh-Radiotekhnika, No 12,Dec 70, A-6stract No 12V.~2164 K)
.-Translation: The paper is made up of five sectiors: characteristics oil
actual thin magnetic film, stability conditioas and co :recording of
tm)letf-
Inform, tion op a thin cylindrical magnetic film with laz~C.-,itudinal prefer.red
axis of magnetizal.
don, magnetizing a thin magnetic fil-rn, investigation of
the dissipation flux of cylindrical r-ar
netic fil-mg on an electric nK-Ael,
uring magnetic -eversal of a thin
and the process of enerU tranemisslom d r
magnetic fil-m by rotation. 1.
110

KOMM'MN, IT. T-,. antE
TSAQMLr" Ir.. v;~
Magn
"Imergy Transfer-Ptoces imthe~_Remtagn~zation of a;.ThiarA etic.Film by
Ratatf on7
Mbsccxr, TanktyeFerTomagrii-,tnWe-Plpnki-'(Thir:Ferromagiiet-ic-Filt~s), Computer
Gentp of, the Acadew- of S.cience43.US-.qR,,,' Moscaw, 19701,,!pp -52-~56
Abstract: The pro cess- oE eav_ergy! transfer from a coil ~;cxeatin& a -field along
the axis of difficult magnetization, toF.a coil connected with. the. component of
the fl= along the axis of' easy magnetization is studil-ld. It'is assumed that
the.film is magnetized before saturation so that a one-domain structure is
formed. & field is applieLi to the fi-1m -at the initial; time :along the axis
A
of &Lfficult magnetization by passing.. a current IT thr"gh a coil irith a
w er of windings the- axis of which, coincides with the axis. of difficult
magnetization- It is, aLsoi assumed- that: there is a coil'wi th:; -a ~ number of
windings the axis of- -which, is, abmg- the axis of easy magnetization, and
that thfs coil !.!y laade-d wfth~ the remixtance Rj. The i equationJ or - remagne ti-
zatiam of the film, by.- coherenc rnta-tion. of., the inagnetizMion,.vactor.is given.
The good agreement found: betweer; tit P_ shap.as, of tho-theo~Tatic;jL..and.experimental
1/2

USSR
KOROL'=V, N V-, and. T:TACJMLT,. D., V..,. Tonkliye Ferromagnitnyye Plenki,
-~r __ - _'j c
Computer Center of them Mos ~me, 1970, pp 52-56
characteristics for asufficiently-large segnent of the remagnetization time
leads the authors to hypothesize thatalthough this equation,describes -pro-
cesses of the rotation of the magnetization yector, it,,can be applied with a
satIsfactory- degree-of accuracr to~those.processes where processes of motion
of. the domain walls accur Ini addl. to ~ rotation', of th6 magnetization vector.
Since the coeff icienc of viscosity'; a depends. on the praperties . of the f ilm
and remagnatization conditions, it was.d~t*pr 'mined for e.sch specific case of
-load resistance by substituting the; maximum am'litude -of 'the ~output voltage
into the equation obtained. far the. output, voltage.. A giaph of -the coefficient
a as a function of thf-- maaxr. remagaetIzatIon, time shows that -with a decrease
in vemaguetiz-ald4a time,- a- tentlx, tm a~ constant value, aqd:wi-tIi_-a remagnati-
zation time w=espormUng ta puraly coheren't. rotation a "Will'..be-.a constant
value.
2/2

'USSR
fj., Problem Laboratory of Physical Cybllx
Ta_AgAgjIS ernertics, Tbilisi State
University
"The Nature of Impairment of Emotional Memory Following Lesions of Various
Parts of the Hippocampus"
Mscow,'Zhurnal Vysshey 1,
Tervnoy Deyatell nosti, Vol 23) 110 3t %Y/Jun 73,
pp 653-0655
-Abstract: Experiments were conducted v:Lth white rats to determine the effect
of lesions in various parts of the hippocamus on a corditioned food-cretting
response after the animal s experienced fear. caused by aevere, pain. The
results showed that rats with coagulation of. the anterior dorsal and ventral
hippocampus and of the neocortex above the poster ior do Tsal hippocampus e/hib-
ited. behavioral disturbances similar to those 1 of the intact control ani ir-1 s -
For 3 days following the pain stimLlus "electric shock), the rats were
depressed and em2a-ed in no active movement. On the fourth day, their condi-
tioned response was restored. Rats with 6oagulation of the posterior dorsal
hippocampus displAyed a -weak reaction to the~pain. Rats with bilateral lesion
of the dorsal hippocampus displayed.greater probability of conditioned response
than the control group. It was concluded'that.different,parts of the hippo-
cqmpus play different roles in regulating the response of fear caused by pain.
.1/2

USSR UC 616.127
TSAGARM G -ademy of Sciences Ceorgian SSR, institute of Experimental
Ac
-ffdt~rwlogy Imeni A. 11. Natishvili
"Ultrastructural and Some Histochemical Chameteristlen of the 11yocardlum
D=b% Hypoxic HypoxW'
Tbilisi, Soobscheniya Akademii Hauk Gruzinskoy SSE, Vol 60, Bo 31 1970s
PP 733-735
Abstraett The 6tudy of structuml.and metabolic disturbances during h oxia
Y-0
and explanation of pathogenic mchanisms of myocardial tUsear-- under conditionz
of. general bypoxia of the organism are of great impoetance. 14-istochemical
and enzymatic ebax-vcteristics of the heart muscle were sqtudied in 26 dogs,
12 of which served as controls, The test animals were killed,at different
intervals after hyToxia was induced, Parts of.the hearttaken from the wall
of the forechambert the ventricles and other sections we" exanined histolo-
gically, histochemically by methods of enzymehistochemistay a~d electron
tdcroscopy. Dystrophic and regenerative qhanps werenoted ajxeady after six
hours. These chan&3s becane more -prznouric -' ard uldespioad, " It xas
found that the durwtion factor is dadslveAn the pathogenesis of develop-
Mont oft hypoxic disturbance in the hearL,:Loris-term (36-60 days) experiments

uu
1/2 019 UNCLASSIFIED;. PRG.CESSING, L)ATE--110EG70
STUGY ;.~F TriL EFFECT GF:-CARGGCkLv-f-?4 ON THE' ISCHEIMIC
i C A,,~ I UM -U-
MY(
AL~.T~ilik-LC4)-,';ZHAVAKilSi-,VILI N. A. KGBALAD ZIEy S.G., 613MAdZE, T.A.,
-.TS
TRY 1;F. li-TO-USSR
C
~-.~SCURCE--ARLNEIM., FLkSCH. 1970, 20t3AIT 440-1.
DATE PUt3LI5f-,E0 ------- 7C-
~~U-6-J E- C TAREAS-81OLGGILAL AND MEDICAL SCIENCES
DUG, AP.TERY.,--CAR,P'lCVASCULA9 :ORUGi UKUG EFFECT
WITRU MARKING-NO RESTRICTIONS'
DOCUMENT CLASS-UNCLASSIFIED
~-PROXY FICHE N&----F07G/605015/F02 5TEP NO--GY/0000/701020/003/0440/C441
MC ACCESSION NG--AP0140632
UINC LASS J-P

~'USSR
DUGLADZE,, G. M., DARSAVELIDZE, G. Sh., and TIALARMSU-1-L-I., -G. V., Academy of
Sciences Georgian SSR, Institute of Metallurgy
RHigh-Temperature InternalFriction in Bororl Fibers" (Presented by Academician
F V. Tavadze, Nov 23, 1972)
Tbilisi, Soobshcheniya A.1cademii nauk Gruzinskoy SSR, Vol 70, No 1, 1973,
pp 141-143
Abstract.* Results are presented of measurements of the intenial
4
in -he tem-oera-ture inter-
friction of boron fibers (diam. -100 U
val from room temperature-to~7000C. The measured fibers were -o"o-
duced by precipit_~tion o-o' boron frow. t-he gase'ous phase on a hee.-
Lung ire v13
ted t gsten Y., (diam. 1.2-5/t-L). Boron fibor',3 cioated with a
L
layer of boron ca-3:170ide ( thiOneas -,5~k ) viere also n, easured. The
inV013tigation restilts are di3cussed by reference to dia-~zraljis
showing the temperature dependence-of iatern,,>.1 r'ction of boron
fibers Fund the ef.-Ifect 0-f axlea];Ang', Ia ls- Q5.0 and ~8508J on the height
of the high-temperature pe~,At the effect Of th.,e di~aeter of the
on the high-te
mperature peak, the froluency dependence

USSR
DUGLADZE, G. M., et al., Soobshcheniya Akademii nuak Gruzinskoy SSRI Vol 70~
No-1, 1973p pp 141-143
of the temperature of the maximum of the inleznal -Friction, and
temperature de-oondences of the m-odulus of rigidity of pure boron
and of the inteinal friction of pure boron fibers, fibers coated
%vi th aboron carbide layer,. and-fibers annealed at 6500C. The
activation energy of the relaxation process, determined by the
frequency shift of"' the peak of internal friction, was found to
be 55.2 kcall/mol(2 .36 ev). The viscous beh--vibr of botmdaries of
L
small boron crystals of fibers in' the strain field is assirned to
be the Drobable mechanism causing the appear.-3-xice of the 380-deg.
peak of internal
friction. Four figures, five.: bibliographic refe-
rences,

2-3 029 UNCLASSIFIED PROCESSING DATE--ISSEP70
--AP0049427
C I-PC. ACCESSION NO
1ABSTRACTIEKTRACT--(Ul GP-0- ABSTRACT. INTERNAL FRICTION WAS INVESTIGATED
CRYST. 8, AND FE-B'ALLOYS AFTER VARIOUS THERMAL TREATMENTS.
INTERNAL FRICTION WAS MEASURED ON WIRE SPECIMENS (0.75-0.8 MM IN DIAM.
AND 100 MM LENGTH) WITH DIRECT AND INVERSE TORSIOIJ PENDULUM IN A
PERMANENT 114AGNETIC FIELD OF 300 OF AT TEMPS. MINUt 190-600DEGREES IN AN
JNERT ATM., OR AT 10 PRIME NEGATIVE4 TORR. INTERNAL FRICTION OF
ANNEALED FE (300 HR AT 700DEGREES IN WET H) DEPENDS LITTLE ON TEMP. AT
MINUS -190-70DEGREES. ONE PEAK AT MINUS*75DEGREES,WAS OSSD. TWO WEEKS
HOLDING AT ROOM TEMP* DID NOT EFFECT THE HEIGHT 01: THEPEAK. THE PEAK IS
REMOVED BY HEATING TO 150DEGREES, WHEN FREQUENCY-15 INCRFASED 1-3.5 HZf
THE-PEAK SHIFTS SIMILAR To 12DEGRFES*~ FROM THE PEAK SHIFT THE
ACTIVATION- ENERGY WAS. DETO.. AS, 6.4KCAL---MOLE. rjUPLt4.G INVESTIGATION OF
TEMP. DEPENDENCE OF INTERNAL FRICTION OF B, A PEAk AT 260DEGREES WAS
REVEALEDo ACTIVATION ENERGY DETD. FROM TEMP, SHIFT WAS 20 PLUS OR MIM
2KCAL-MOLE. IN FE SPECIMENS CONtG. 0.::004-0.016PERtENVB THE PEAK Or-
14TERNAL FRICTION WAS AT 400EGREES.- DEPENDENCE or, INTr~RNAL FRICTION ON
.8 CONTENT IN FE-B ALLOYS WITH-GRAIN SIZ.E 10-100 AND 10-20MU IS GIVEN.
.--TEMP;-DEPENDENCE OF INTERNAL FR-ICTIOkOF A.SPECIME'N CGNTG. 0.2PERCENT 13
IS~'GIVENw
UNCLASSIFIEO

UNCLAS -d PROCESSING DATE -18SEP70
CT
.RC ACCESSION NO-AP0049427
~~:AMTRACT/EXTRACT-CN A SPECIMEN QUENCHED FROM 720DEGREES ? PEAKS WERE
ONE AT 40DEGREES, AND THE.OTHERV 340DEGREES. AFTER ANNEALING
AT.500DEGREES, THE LOW TEMP. PEAK DLSAPPEAREOv THE HEIGHT OF THE HIGH
TEMP. PEAK REMAINED UNCHANGED. TEMP. DEPENDENCE OF INTERNAL FRICTION OF
THE SAME SPECIMEiN HUT STRAINED TO 10-15PERCENT DEFORMATION AND ANNEALED
~AT 500DEGREES REVEALED A PEAK AT 240DEGREES, THE PEAK Al 340DEGREES WAS
.-INCREASED. THE ORIGIN OF 400EGREES PEAK 15 Assoco,; WIYH MIGRATION OF
IN.TERSTITIAL 8 ATOMS UNDER STRAIN. B DISSOLVES IN,ALPHA FE AND GIVES
MAX. OF INTERNAL FRICTION AT 40DEGREES.,' THIS MAX. IS INCREASED WHEN B
~CONTENT IN FE IS INCREASED; BUT DECREASES-WFEN-~THE~BORIDES APPEAR IN THE
~~_,-.~STRUCTURE. IT SEEMS THAT BORIDES ENHANCEPPTN- OFiB ATDMS FROM SOLID
SOLN. -THE PEAK AT 240DEGREES CAN BE EXPLAI.NED.By.]:NTERACTION OF
INT,,ERNAL FR T'ON AT 340DEGREES IS
_-~.-.D-T.SLOCAT IONS WITH B ATOMS; THE MAX lc
.__--RELATED TO OCCURRENCE OF SORIDES':
UNCLASSIFIED - -

012 UNCLASSIFIED: PROCESSING DATE--230CT7(
I_ :GIRC ACCESSION '40--AA0119873
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. CATALYTIC OXtf)ATfVE
DEHYDROGENATION OF N BUTANE AT 550-650DEGREES OVER MO AND-OR W OXIDE
AT LEAST ONE. OF THE OXIDES OF CR, 14N, FE, NIr OR CD GAVE SIMILAR
-TO 5 WT. PERCNET N BUTENES AND LO-20 WTw PERCENT HOTADIENE. THUSP ADDN.
iOF NI(NO-SU83)' SUB3 IN H SUB2 0 TO INHt'SU84) SU86 M0 SUBT 0 SUB24 IN H
SUB2 0 AND HEATING THE PPT. AT 400.-500DEGREES GAVE,A CATALYST WITH 1:2
MO-NI AT. RATIO. N BUTANE, Us AND H SUB2 0 VAPOP AT A 1:0.25:10 MOLAR
-E OF 15':fiL CATALYST TO GIVE
RATIO AND.5900EGREES REACTED IN THE PRESEN'
4*-5.WT.,PERCENT N BUTANES AND 21WT. PERCENT BUTA01'ENEal
FACILITY: SCIENTIFIC RESEARCH INSTITUTE OF MONOMERS FOR SYNTHET C.
RUBBER::D