SCIENTIFIC ABSTRACT NIKANOROVA, S.M. - NIKIFOROV, S.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202220002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'SS ING DATE-- 11 DEC 70
2/?- 028 UNCL ASS I F [ED PROCL
C-IRC A-CCESSlUii NO-AT0141667
:A&STRACT/EXTRACT--(U) GP-0- ABSTRACT. DETERMINATION (IF lJNlZArtON
---kcCUMBINATION PARAPIETbIS ON THE BASIS OF DATA FOk 0,1URINAL VANIATIONS OF
THE ELECTr'C.% CONCENTRATION 114 THE F2 LAYER MAXImUm. THE PAR-AAETERS WERE
~,~DETERMINEIJ hITH THE AID OF AN ANALOG USED FO' SIJLVI'-- A sysrE,14 UF
CUNTINUITY ECUATIJNS FOR ELECTRLNS ANO MOLECULAR' IONS. FOR 19 POINTS
-WITHIN LATITUDE INTERVALS BETv4EEN 30 ANU;60 'DEG IN rf~iE NURFHERIN AND
S;~UTFERN HEMISPHERESi NCONTIME IONIZATION' RAFES i~ERE~OETE~',MIWED ALONG
"IN
KfTh T14E PReLUCT OF THE DISSOCIATION-RECOMBINATIC k TE ANO TtfE
MOLECULAR ICN CGNCEINTRATIG
N. THE~PROCUCT OF THE ION040LECULAR REACTION
CUEFFICIEtJ 0 TFE CONCENYRAT[CIN OF THE MOLECULAR COl!'11110NENT
..~CGNCENTRATICN WAS ALSO DETERMINED, JFU MAXIxlUM, VALUtS OF THE
RECC,'118 IN4TJ
-N PARAMETER$ ARE 08TAINEI) Fl~k
THE INTERV4L BETWEEN 40 AND 45
UNCLASS IFI EC

V4dhanicall Propeirtieli 1
Lft 669-18-412;621-746-753
USSR,
V.
IP
~Sfffl ~' 1!' 0' V-, 141KANOROM and
BZ~_c
V. A.
"Effect of Liquid Metal Characteristics on Soli; 1,!etalp -'-rtie
rap.
Ybscov) stall) No 9, SeP 72, PP 803-806
`bstract:
A From an investigation of sarn.,-Oles of steel 20 and'.. technically pure
iron,(slabs 150 x 160 mr.1 and holim, inS-OtS 36f./110 nin in diameter), it iras
established that the mechanical properties ad elect-ric r-am.stance of the
finished metal differed substantially, from sez,tion to sectibn. Data on the
chemical comDosition and nomretallic impuritles in different zones cannot
explain these differences. 'The Droperties of liquid metal- 6btained by weltin~a
zones also differ.-d substantial-ly. It is shown
samDles from correspondin.,
that a law-orerned relationship exists between the propeit-fes of the liquid
tal and the mechanical characteristics of:the solid metal. The vacuum treat-
liquid retal leads to an increase in density and to Ll
rent of Modification of
-butes to the foirn,.ation of' a irore
viscous characteristics and probably caatri
mic-ro-Uniform t-_Xt1xre.

PROtESSING DATE--230CT70
044-
UNCLASSIFIE0
.'TAXLE--AN AMPLIFICR OF SINGLE FREQUeNCY LASER EMISSION -U-
4UTHOR-(04)-Nj~~-N, V.A.t RU G.I., SAKHAROV, V.K., TARASOV, V.K.
c --USSR
OUNTRY OF INFO
-~S.OURCE-PRIBORY I TEKHNIKA EKSPERIMENTAt JAN.-FEB. 1970t P. 1941 195
DATE. PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS--RUBY LASER, OPTIC AMPLIFICATIONt CRYSTAL OPTIC PROPERTY, LASER
EM I S S LON COHERENCE
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFtED
STEP NO--UR/0120/701000/f.)00/019410195
REEL/FRAME--1988/1455
CIRC ACCESSION NO--AP0106211
UNCLASSIFIED

PROCESSiNG DATE--230CT70
2/2 044 UNCLASSIFIED
C-IRC ACCESSION NO--AP0106211
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. DESCRIPTION OF AN AMPLIFIER OF
S[NGLE: 0
E FREGUENCY RUBY LASER EMISSION WITH A LAPGE AMPLIFICATI N FACTOR
ACHIEVED BY TRIPLE PASSAGE OF THE BEAM TO BE AMPLIFIED THROUGH THE
AMPLIFIER CRYSTAL. A MAXIMUM AMPLIFICATION FACTOR UF 24 CAN BE ATTAINED
BY THIS AMPLIFIER. A BRIEF DESCRIPTION IS GIVEN OF THE SPATIAL
STRUCTURE AND THE DEGREE OF COHERENCE OF THE. AMPLIFIED RADIATION.
FACILITY: VSE-inlUZNYI NAUCHNfiLSSLEDDVATELISKII 114STITUT
OPTIKO~-FIZICHESKIKH IZMERENII, MOSCOWvj USSR.
UNCLASSIFIED

'043
UNCL ASS I FtEO PRGCE~iS ING DATE-09OCT70
-T -NARROW LINE RUBY LASER -U-
IE
THOR---~L05)-V INOGI tit YU.P., GNATYUK, L.N.. NIKASHINt V.1 SAKHAROV, V.K.,
,;~CEIUNT RY OF INFO--USSR
~,~SQURCE-OPT. SPEKrROSK. 1970, Z8(j 1 168-70
ATF- PUBLISHED----70
-PHYSICS
_SWJECT AREAS
,,,,TOPlC:-.-.TAGS-RU8Y. LASER., MULTISTAGE LASERt LASER EMISSION COHERENCE, LASER
,~_-,MODULATIONs LASER PULSEt LASER POWER OUTPUT.
'ItONT'ROL MARKING-NO RESTRICTIONS
-UNCLASSIFIED
-;,DDC,U)4,ENT CLASS
'P:RUXY REELIfRAME-1984/0368 STEP NO--VK/0051/70/026/OQI/0168/OL70
C I ((C ACCESISIGN NO-AP0055153
UNCLASSIFIED

043 UNCLASSIFIED PROMSS ING DATE-09OCT70
:-,C.I.R-C -ACCESSION IN10-AP0055153
!~-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. TWO LASERS WEREUSE0 IN THE SYSfEM
IN A SINGLE FREQUENCY REGION ANO THE 011'HER AN OUTPUT
_OPERATING STABLY
IASER WITH A PHOTOTROPIC SHOTTER, tHE INITIAL ILLUMINIMON OF WHICH IS
'THE
~PRODUCED BY THE RADIATION OF THE 1ST LASER.
ACTIYE ELEMENT OF THE
'IST LASER WAS A HIGHLY UNIFORIM RUBY. CRYSTAL WITH -SAPPHIRE CAPS 12 CM
LONG ANU 10 CM OIA44. THE 01JALITY MODULATOR WAS A, SOLN. OF'
PHTHALOCYANIINE IN PHNQ SU82. SINGLEIFREQUENCY OPERATION KAS MAINTAINED
BY~-INLREASING THE PUMPING ENERGY 10PERCENT ABOVE fHAT OF fHE THRESHOLD.
i.-:-~'THE-cRysTAL OF. THE ZND LASER WAS 2-rt CM LONG AND 16 M 4 A THE SYSTEM
I D1 m
-RY
JEO.C-AN PRODUCE A POWERFUL SINGLE PULSERADIATION OF YL NARROW
PEG-TRAL COMM
UNCLASSIF[EO

'OC NG~ UA
TE-18SEP70
UNCLASSIFtE-D P0 S
M;TLE,- A AUBY LASER WITH A NARROW EMSSION L I NE,
UTMR-(051~~VINOGIN, Yup*-t GNATYUK, L.A. , k I ~MAAU' .31; ShKHAROV, V.K.,
OUN T R Y-- 0 FJNFO--USSR
bU' ACE-~--OPUKA .1 SPEKTROSKOPI I A., VOL. 28, JAN. :19761, P; ~:,168~170
ATS-~-~PUIRL IS HED ---- J AN 70
'SU6jEC-T.ARFAS--PHYSjCS
OP I CTAG S--JR U BY. LASFRI, LASE,
RADIATION, LASER~ E m I S s I ON
'TarL' t~FSTC~ICTIONS
;-DOCU*~E74T CL45S-UNCLASSIFIED
PROXY REFLIFRA4F--1979/1676 STEP NO--UR/0051/70/029/000/016~/,JI70
jpC ArrESSI,-~,., .,iC,,--Ao0047q94

038 u PROCESSING G-!JF---I3SF:P70
~1/ 2 NCLASSIFIED
Cll R C .ACCESSION N0--APfJG47q94
:'A:8STPACT/C-XTP-ACT--(U) GP-0- ABSTPACT. STUDY OF THE~ POSSIBILITY OF
-SOURCE '-,P FAIkLY POWERFUL MONOPULSE RAMATIO 0 A
CREATVIG A
-SPECTRAL COZ4POSITIONI. T'v:0 (-,E,*qERATORS WERE USEO IN~ THIS STUDY: 1',H::: FIRST
STAHLY OPERATING IN A SINGLE FREQUENCY REGIME (ONE TRAtISVERSE AND ONIE
.~:LONGITUDINAL MODE)t WHILE THE SECONOY THE.OUTPUT GENERATOR, IS A LASER
~WITH A SWITCH, THE INITIAL BLEACHING,'CF WHICH OCCURS AS A
~,~,.~~.RESULT 'OF THE RADIATION OF THE FIRST LASER.
UNCLASSIFIED

USSR UDC 669.861.5.864.018.58(088.8)
NIKELOV K P '3=3W, 0. P., NIKITIN, S. A.., PSHECHENKOVA G. V., SOKOLOV,
V, V. P. [Central Scientific Research-Institute for Ferrous
Metallurgy imeni Bardin, Moscow University]
"A Magnetic Alloy"
USSR Author's Certificate No. 276424, Filed 21/04169, Published 16/10/70.
ranslated from Referat-vnyy Zhurnal Ntatallurgiya, No. S, 1971, Abstract No. 5,
(T
1760P) .
Translation: The alloy contains Er 40-80%, Dy 20-60% and differs from earlier
~.Inown alloys in its higher values of saturation.magnetism (2S,500-32'800 gauss)
at cryogenic temperatures.
59

IU-
zq,.4
- .-~ - -v;lr--

77
S S
04
_R
A
TVT'L-R--AN
ARO-Vt VOI-I
SA"Kh
S P
195
l9ro,
"I 10tA
TEKHNIKA A % S It
ISHEO
AREAS-PHysics
MWERTY, ~NSER
--RUBY rR, OPTIC CRYSTAL ll~ I..
T AGS
1: C T
'Iss! 0.4 COHERENCE

-`~.:'2/2 044 UNCLASSIFIEO PROCESSING DATE--23OCT70
:,.~~-.,C'IRC ACCESSION NO--AP0106211
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. DESCRIPTION OF AN AMPLIFIER OF
SINGLE FREQUENCY RUBY LASER EMISSION WITH A LARGE AMPLIFICATION FACTOR
ACHIEVED 13Y TRIPLE PASSAGE OF THE BEAM TO BE AMPLIFIED THROUGH THE
AMPLJFlEk CRYSTAL. A MAXIMUM AMPLIFICATION FACTOR OF 24 CAN BE ATTAINED
-S AMPLIPIER. A BRIEF DESCRIPTION IS GIVEN OF THE SPATIAL
J
HI
AND THE DEGREE OF, COHERENCE OF~ THE AMPLIFIED RADIATION.
-VSESOIUZNYI NAUCHNOLSSLEDOVATEL! .SKI t
:.~FACILITY: INSTITUT
.,OP,TIKO-~17,ICHESKIKH.IZMERENII, MOSCOW,, USSR.
461

ob 3.- PROCE~SSING DATE--090CT'70
UNCLASSir-tto
.T.LE--NARROW LINE RUB Y LASER -U_
GNATYUK, L.N., NIKASHIN, V.1A.t SAKHAROVI V.K.,
~R~-105) VINOGINP YU.Pot
A AS Vs V. K.,
yOF INFO--USSR
E-
..-.S- OPT. :SPEKTRUSK. 1970, 28(1)v 168-70'
,DATED -ISHED,
UBJECT AREAS-PHYSICS
-OPIC TAGS-RUBY LASER, MULTISTAGE LASE oH c
j -R, LASER EMISSION C EREN E, LASER
"'MOD, U LA T I ON LASER PULSEt LASER POWER OUTPUT
-TROL 14ARKMG-NO RESTRICTIONS
~_fjacukaq rCLASS--UNCLASSIFIEO
,~"op,OXY-P.FEL/f-RAML--1984/036B STEP NO--Ult/0051170/0261001/0168/0170
GIRC ACCESSION NO--AP0055153

:~`2/2 043 UNCLASSIFIE0 PROCESSIN6 DATE--090CT70
'!,C:I-RC- ACCESS I ON N't)-AP0055153
~_-ABSTRACT/EXTRACT-(U) GP-0- ABSTRACT. TkO LASERS WERE USED IN THE SYSTEM
~'_:,GPERATING STABLY IN ASINGLE FREQUENCY REGION AND THE 01-HER AN OUTPUT
-ALAS ER W ITH: APHOTUTROPIC SHUTTER, tHE INITIAL ILLUMUNATION OF wHICH IS
:~._:PRDDUCEL) BY-THE RADIATION OF THE IST,LAsER. :THE ACTIVE ELEMENT OF THE
"'IST-LASER WAS:A HIGHLY UNIFORM RUBY CRYSTAL WITH SAPPHIkE CAPS 1Z C'm
--LONGANO ~10 CM UIAM. THE QUALITY MODULATOR WAS A SOLN. OF
t~7 N PHNO SUB2. SINGLE FREQUENCY UPERATJON WAS MAINTAUNED
~PHTHALUCYANINE 1,
~--:~-.BY`,INCREASINGJ THE PUMPING ENERGY LOPERCENT. AdOVE' THAT 01- rHE THRESHOLD.
OF THE 2ND LASER WAS 24 .'CM LONG, ANU :16 MM .01AH. THE SYSTEM
US fIV_.CAN PRODUCE.A POWERFUL SINGLE RULSE9.A04TION OF:VERY NARROW
---"SPEC TRA L COMPN.
U14C LA S.S I F.- I E" 0

UNCLASS- mocESS I Nd DATE-19SEM)
t-.-.I!TLE'--h ROBY LASER WITH A NARROw EMISSI ON LINE -U-
F C t A ;i K I k'!- -.N 0 ~-' E S T q I C T 10 N 5
or), CLASS--UNCLA~SIFIED
Ctl-'~ENT
~~-PROXY.F%EEL/FRAIIF--1979/1676 STEP NO--UR/0051/70/029/0i)0/016.-3/0171~
CIRC ACCESSli-j~l NO-400047994

--15SEP70
2/2 UNICLASSTFIED PROCESSING CATE
038
-AP -S 1 ON NU--AP0047994
. , C A C C E S
C
'..'AMSTR ACT/ EXTR ACT-- (U) GP-0- ABSTPACT. STUDY OF THE POSSIBILITY OF
ZEAT 1 NG DURCE GF FA I 'LY POWERFUL MONOOULSE RADIATrON OF NARQO,N
A - S
SP.1:-CTR A LC D'-, PC S I T 1!:? tq. Tkj0 rENERATORS WERE USED IN TF41S STIJIY: THE -.F-IRST
OP:EqATING liN A SINGLE FREUUENCY REGIME (ONE TRANISVERSE AND ONE
MODE), WHILE THE SECOND, THE:OUTPUT.GENER.ATOR,, IS A LASER
A.-PHOTOTROPIC w SWITCHt THE INITIAL BLEACHING OF WHICH OCCURS AS A
ESULT OF 'THE R-ADIATION OF THE FIRST LASERD

USSR UDC 669.861.S.864.018.58(088.8)
NIKELOV K. P ELMIN, 0. P., NIKITIN, S. A., PSHECHENKOVA, G. V., SOKOLOV,
-entific Research.Institute for Ferrous
V. P. [Central Sc.
Metallurgy imeni Bardin, Moscow University]
IIA Magnetic Alloy"
USSR Author's Certificate No. 276424, Filed 21/04/69, Publighed 16/10/70.
.(Translated from Referativnyy Zhurnal Netallurgiya, No. 5, 1971, Abstract No. 5,
1766P).
-80%, Dy 20-60% and differs from earlier
Translation: The alloy contains Er 40
ts higher values of saturation magnetism (28,500-32-800 gauss)
z -known alloys in il
a
t cryogenic temperatures.
r

DATE--27NOV70
A SHOCK WAVE
fSUBJECT AREAS--PHYSIC5
'6P
i"t -it"TAG-S-PLASMA PHYSICSt ARGONt PLAS14A 01$CHARGE, SHOCK WAVE FRONT
TROXY REEL/FRA?Af-'--3005/ 1408 STEP NO--UR/0294/7D/OOi3/002/0272/,)276
-CIR'--t'~'LESS
Iri-t-, NQ- -AP 0 1` 3 100

049 UNCLASS[FIEO PROCESSING D A rE--2 7NOV70
'CIKC ACCESS ION NO-AP0133360
14 D
.'Aasff-(ACT/EXTRACT--(U) GP-0- ABSTRACT. E-I CHARACTERISTIC"' WERE MEASM
EHINDwTHE SHOCK WAVE FRONT, PRODUCED BY CAPACITOR 'BANK DISCHARGE [N 11R
LASMA. - THE MEASUREMENTS WERE CARR I ED OUT BY 14EANS OF A DOUBLE Pne-E
-LONG AND
UNDER-CONDITIONS OF A NONSTATIONARY BOUNDARY, LAYER. IN A 3.5-M
0--~4M INNER-01AM. TU8E AT 0.5-4 FfG* UND~EP CONDI rIONS OF,
_-NIONINGFPENDENT DISCHARGE, THESE CHARACTER IST-ics wERE USED TO DET. THE
ELECTRON CONCN. PROFILE BEHIND THE SHOCK WAVE FRONT. 7HE RESULTS wu~E
_bMPAREb WITH THOSE OBTAINED BY MICROWAVE UlAGNOSTICS. ~ THE EXPTL. SATIN.
c
AGREES WITH THEORY. THE ELECTRON-C'0114M. 14ERE *:MEASURED FOR
---'-WH-lGH -THE*. TRANS IT ION FROM THE NOMINI)EPENDEN,*T; DISCHARGE JO ARC CONDITIO~Ns
0 8 S 0 FACILITY: I N ST.. VYS. TEMP. t:~:MOSCOWt AJSSR~
j i_Lli 1 .1

USSR WC 591.1
KWMV, Y. F.j.SAMOYLOV, V. A., XMIAXOVA, X. 11. j._DUDY1t7Nj V. 11. 9PETUChTOV,
JSTALOVj V. F,# Imstitute of
11AYLOV 1, V. 1, ;1 and IUIRU
V 11 YASITIKOV 1 1. L. j lilt
r=- sxrrp--3TMF L' 'I"
Physics imeni L.-V. Ki laWn, Department USSR: Acadany of., Sciences
Culturing Bons Marrow in Vitro by the Method of Isolated Organ Ferfusion"
Moscoirl Izvestiya Akademii Nauk SSSRp 11o 21 ?far/Apr 71, pp 179-igi
'''Abstracti The role played by the bone Luarrou in maintaining normal erythron
series Has stud i
ed. Bloal vas perfused through the isolateci sternum by
means of a pumping and o2Wgenating system which automatically regulated the
pressurot pO2, HbO?# pH, and tempoe-rature' of the.perfusel bloods
partly in response to tho feedback Infoxmition, on and impe.
P021 tomPa:V~Ltur(10
-Wied iihon tho
dance received from the bone marrow. Best resmIts were obt,
cJzculatina- blood ias completely oxchanged aftet 12 hours of Dex-flizion. The.
cp~
maxi2uz duration of -oerfusion was 20 hourz. Histological e=dnatjon of the
sternuz perfo=.ed after 6, 11, and 17 hours of relfusion 3myealed a shift
:Ijn~-ths leukoer.,-throblast ratio toward the red series and a norna-1 maturation
of exythroeytes and gimnulocytes.

)2 015 UNCLASSIFIEO PpncF,;slNr, DATE-1115EP70
BO 0 1 1
j-Tk-'&-WEL0ING OF MEDIUM CARBON STEELS I CAR N DI x bt W THOUT
MI.NARY-HE-ATING -U-
E
L I
,~--i,;,---A:tiTtiDR--.NIKHINSO~4, YU.I., SUMVATIN, V.I.
~6:0' U N R OF, I-INFO--USSR
UP.CE---SVAR,. PROIZVOD. 1970, (2)v 20-3
0
ATE-PUBLISHED ------- 70
-, ;~SUBJ-CT AREAS--MECH.t IND., CIVIL ANO MARINE ENGR
PJ C TAGS--STEEL WELDINGr CARiiwi s'r,FEL, CAPBON DIOXIDE AFC WFLOING,
IAG~ ELIECTROfIFt METAL HFATINGr, ME rAL CPACKING/(U)li5L STF-EL
MARKING--NO kESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY Rr-EL/FRA4E--1989/1378 STEP Nlr-)--UR/0135/70/000/002/0020/0027
-7-C-T!ZC--lhCC-r- S S I APO 10-7-8 -1-1
7 7 7 7 7 7 1INC L P, S s [,ff- )ZIG

015 UNCLASSIFIED PROCESSiNG
C 1, R C ESSION NO--AP0107851
ACC
,'~:-,~~-A-8~-TRA'CT/EX.TRACT--()J) GP-0- ABSTRACT. CRACKFREE WELDING Or
,~-,~~:~-,WITH ELECTRODES UbNI-13--)5 UNDER. C3...,SUB2 REQUIRES 4EATING;
-41:`THOUT'~PRELIMINARY HEATING IS DEVELOPED.
nATF--llScP70
STEcL 45L
A METHOD

Acc Nr 4?10046762- Ref Code:
UDC*621.791.75
USSR
NUMI40Z6~.=,,~I SIMATIN, V. I. GOLENBO, 5 B SLOBIN B. Z., GRUDO,
VAYSBURD, I. S.H.
"Welding the Frame of the Self-Propelled Chassis,T-16M"
K ev,1 Avtomaticheskaya Svarka (Automatic Welding), No 1, 19:70, pp 44-46
(from Avtomaticheskaya Svarkt, Ho 1, 1970, D 80)
The results of selecting the technological process for
welding steel 45L with an increased carbon content are discussed. It is
recommended that the welding be performed in t%oo.lfiyers without prelimin-
-ary heating. There are 3 illustrations,
Reel

USSR uDc: 620.179-16
,Z 411j", Zh. G, SYSKOV, V .A. ,KREPS, N. S., IGNATINSKIY, I. L.,
~VNIINK,-Kishinev
F_-
"Ultrasonic Inspection of Bilayer. Plates"
Sverdlovsk, Defektoskopiya, No 3, May/Jun 71, pp 87-93
Abstract: In order to evaluate the possibility of inspecting bilayer
plates by the ultrasonic reflected pulse resonance method.(L. G. Merkulov,
-Verevkin, Defektoskopiya, 1965 No 5,~P 13) when the contacting
V. M.
liquid can wet only one surface of the plate:to feed ultrasonic oscil-
lations into the material being inspected, the authors calculate the
shape of a pulse reflected from a plate separating liquid from air, dis-
regarding attenuation. A block diagram.of the ultrasonic flaw.detector
is presented.. The proposed device can be used to check,for diffusion
welds between the layers of double-layer plates. The results of experi-
ments shov that the Merkulov-Verevkon method.is a sound ba-sis for highly
sensitive high-productivity flaw detection.,'

UDC 620 179,.16
_USSR
A
AAW 1-AM, 17
M.
F~j V!
Tr M,
_tAto -pp
e skopiya, No 4, 1971 74 82.
D
Abstract: It is demonstrated theoretically that electromagnetic excitation
causes longitudinal and transverse ultrasonic oscillations. A resonant
method of measurement is described and a block diagram is presented of a
device for measurement of elastic wave velocities and acoustic,al anisotropy
in~:plates.. Electromagnetic excitation of ultrasonic waves is-achieved in
the-1-20 MHz band. Oscillograms of-Tesonant pulses produced in a thin,
orthotropic steel plate are presentod

MM
BIOLOGY
Agriculture
USSR um 6
32-934-1(47+57)
KAMYEV, K., and joaFoRov. -A.. Agronomists'
"Aerosols and Hov They Are Applied"
Moscow, Zemledeliye, Vol 33) No 9, Sep 71,, PP 52-53
Abstract: The aerosol method of disinfection of barns and granaries, and the
aerosol method for control of insects in general are widely used in USSR. The
main-preparations used for the control of barn pests are technical grade bexa-
eblorocyclohexane (RCCH) and its gamma.-isomer, both in the form. of 4% solutions
in diesel oil* The preparations are converted into aerosols by means of aero-
sol.generators AG-I,6, AG-UD-2, Raketa, and QAN-P "Mikron"j %rith AG-UD-2 the
most effective. Granary disinfection is usually carried dut about 10-15 daYs
before storage of the graia, vith the buildings hermetically sealed and then
thoroughly ventilated. Smoke pots.containing 90% of the ge -isomer of ECCH,
200 and 500 g in weight are also used., with'the smaller pats processing an
area ef 400 and the larger ones 1,000 cubic meters. The -preparation dimethyl
dichlorovinyl~phosphate,, a potent fungicide~~is:used for the control of flies.

022 UNCLASSIFIED PROCESSING DATE--13NOV70
CIRC ACCESSIC-N '1110-AT0108571
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. DATA ON THE OPACITY OF STELLAR
R CONSTRUCTING STAR MODELS. UiNTIL RECENTLY
-ATTER MUST -BE AVAILABLE FO
MANY AUTHORS HAVE FAILED TO TAKE THE ROSSELAND PATH.;INTO, ACCOUNTY
ALTHOUGH THE LATrER CAN f3E RE; (JUGE 0. BY Ar-ACTOR OF 3~5 DUE TO LINE
..ABSORPTICN. THIS EFFECT OF DISCRETE DISCRETE TRANSITIONS ON STAR
~UPACITY CAN' BE ATTRIBUTED TG THE PRESENCE WITHIN STARS Of ELEMENTS WITH
MIC NU'MBERS
RELATIVELY LARGER ATC. FOR WHICH AT H[GH.:TEMPERATURES THERE
''IS, A LARGER NUMBER OF STATES OF ATOMS WITH-'DIFFERENT DEGREES OF
ION1ZATION AND EXCITATION,. AS WELL:AS BROADENING OF'r SPECTRAL LINES. TH E
AlAVF R 01'ASTROPHYSICAL
AUTHOPS, COMPUTED THE ROSSELAND PATH:FOR A NUMBE
'MIXTURCES, TAKING PHOTON ABSORPTION IN SPErl*:RAL LINES INTO ACCOUNT. IN
COMPUTING THE EFFECTIVE CROSS SECTIONS OF~ABSORPTION AND SCATTERING OF
PHUTONS UNDER STIPULATED PHYSICAL CONOITIONS Ir IS NECESSARY TO FIND:
1) THE IWIVE FUN
'CTIONS OF ELECTRONS OF THE IDESCRETE AND CONTINUOUS
'SPECTRA AND THE ENERGY LEVEL OF BOUND ELECTRONS. 2t THE MEAN ELECTRON
-E-OCCUPATION NUMBERS ANU THE MEAN DEGREE OF IONIZATION OF MATTER.
'3) -RENT ELECTRON STATE OCCUPATION
Tnt; PRObASILITY [)[Sl*PWlJTIVjNS 01: DIFFF
NUMBERS. 4Y PROI)AOltl rY DISTRIBUTION FOk DIFFEREf4f FLECTRIC FIELD
THL AUTHORS DI'SCRIBE
STRENGTHS. 5) SPECTRAL LINE SHAPE AND;POSITION.
~:HOW_EACH OF THESE PROBLEMS 15 SOLVED, rHE THREE MOST PE:RTINENT PAPERS
IN THE LITERATURE ARE THEN COMPARED ANDiCRITICIZED (A. Ill. COXr STARS AND
7..~ R, C4RSONj ET AL MONTHLY NOTICES
STELLER SYSTEMSi 8t 1951 1965.
'ROYAL. ASTR.~SOC-p L40t NO. 4v 483t 1968* J- R. CAitSON, ET AL., mourHLY
NOTICESI 1.41, NO. 4, 77, 1968).
N

777EE
ETIIF
KIKIFOROV, A. N. and DE KO, V. N.
-AX& erative Modulation Amplifier"
Kiev, Izvestiya VUZ - Radioelektronika,
pp 552-559
!UDC: 621.'375.7
Vol. 14, No. 5, 1971,
Abstract: The purpose of this paper is to demonstrate the possi-
bility of using means other than t-he capacitance of reactive ele-
ments varying with the pumping voltage or signal voltage in para-
metric amplifiers. The aulhors propose the tise of rawdulation by
the signal of a capacitance in the.pumping circuit as- the mechan-
ism for parametric regeneration. In this connection, the article
considers the possibility of designing a regenerative modulation
.amplifier. Using the equivalent circuit of such an amplifier and
. Ible com-
assuming that the attenuation in the circuit is neglip
pared with the resonance ~requency',of the circuit, the authors de-
rive a differential equation for the oscillatory process in the
tuned circuit and find an approximate solution for it. A double-
tuned regenerative modulation amplifier is also examined. It is
asserted that this means ofamplification indicates a new possi-
bility of regenerative amplifier deaign,
4

U CLAS'SiFIED ~PROtt~SI~G DATE-60CT70
Ri~L-4FF ECT, OF CASTING SHRINKAGE ON THE MECHANISM OF~SCAB FORMATION -U-
THOR- (03 I-K IA j, G.P. N'IKIF(JROVt A..P. iCHERNOGOROV~ P*V.
-.~CdUhUY OF :INFO-USSR
~_~_irjU_RC ELITEINOE PRL-IZVOU.. 1970, 21 313- 5
8L ISHED---70
'.'~Su3JkCT.AREAS--MATERIALS, MECH., IND., CIVIL AND 14ARINE ENGR
~IC-TAGS-METAL SHRINKAGE# CAST STEEL* METAL CASTING, FOUNDRY MOLD
--NO RESTRICTIONS
TRGL MARKING
3'.-DOCUMENT CLASS-UNCLASSIFIED
REEL./FRAME-1995/1374 -STEP NO--UP./0128/70/002/000/0033/0035
C IR CACCESSIGN NG-AP0116823
UNCLASSIFIED

PROCESSI.IG DATE--090CY70
/Z UNCLASSIFIED
016
CIKC ACCESSWA N --A?0116823
:~ABSTRACT/EXTRACT--(U) GP-0- AENSTRALT. EXPTS. HAVE bEEN CAkRIED O-IUT WITH
-RCENTC)
-:STEEL CASTINGS (0.3PL OF 01FFEkENT SHAPES AND CRUSS SECTION
r- ~-,~AREASI. TO DET. THE EFFECT OF SHRINKAGE ON THE SURFACE PROCESSES
ou8 N
~OCCURAING DURING THE C 0 C-L 1 A GPERIOD'(12 - OOOEGREES.) 1, A SAND M LD.
:AMONG OTHER FACTORS, SCAB FORriATION IS INFLUENCED BY THE TIME OF CONTACT
BETWEEN THE- HOT METAL AND THE MOLD SURFACE; HERE THE DIRLCTION ANU A14T.
OF SHRINKAGE ARE IMPORTANT. THE CHARACTER OF THE SCAb FDR14S AND
i3 IFFICULTIES INVOLVED !N THEIR REMOVAL ARE DISCUSSE&ON THE BASIS OF THE
SIDERATION,
:.POSITION, OF THE CASTING SURFACE UNUER CON WITH RESPECT TO THE
D
JHE- CHARACTERISTICS OF THE MOLOING~SANDP THE 114TENSITY OF OXI N.9
1ICATE FORMING PROCESSES AT THE~SURFACE.
0. S L

USSR UDC 539.3:534.1
GUSEV, V. B., KONEVALOV, V. S., NIKIFOROV, A. S.
"On the Dissipative Properties of a Plate Partially Faced With Vibration
Absorbing Material"
V sb. Rasseyaniye energii pri Tcolebaniyakh mekh. sistem-(Ener~y Scattering
in the Vibrations of Mechanical tiystems --~Collection of Works), Kiev,
"Nauk. dumka", 1972, pp 248-250 (from RZh4ekhanika, No 3, Mar 73, Abstract
No 3V233)
Translation*. The dissipative properties of a plate upon the deposition of
a vibration absorbing material on a portion of its surface are investigated.
The dissipative properties of a rod of finite length, a certain part of which
Is coated with the vibration absorbing material, ate initially considered to
make:a qualitative evaluation of these properties. 1 Two cases are considered,
in one of which the material is applied to the middle portion of the rod
symmetric with its center, and in the other the material is applied at the
ends of.the rod. The eyperimental portion,was conducted on circular plates
of diameter 100 cm. Rubber was used aSL a. vibration' absorbing coating.
1/2

J,
USSR
GUSEV, V. B., et a!, Rasseyanlye energii pri kolebanivakh mekh. sistem.,
Kiev, "Nauk. dumka", 1972, pp, 248-25U
The coefficient of losses in the plate was measured under con8tant removal
of the rubber from the surface of the plate. Measurements of the coeffi-
cient of loss were conducted by a reverberation method up to a 10-fold
decrease in the amplitude o~' the free bending.oscillatious of the plate.
It is pointed out that the dissipative properties of the~plate at high fre-
queucJLes are practically independent of the'placement on.it of~ one or another
quantity (with reSDect to area) of vibration absorbing material. It is more
reas*onable to.pllace the vibration absorbing,material closer to the center of
the plate to ensure the beat dissipative properties of the plate at low
frequencies. Yu. A. Belyayev.
2/2

USSR UDC 539-37.5
KLYAVIN, 0. V., NIKIFOROV, A. V Physicotechnical Institute imeni A. F.
loffe, USSR Academy of Sci ences
"Observation of Localized Heating of Slip Bands When Crystals are Deformed
:tn:ldq:uid Helium
Moscow, Izvestiya Akademii Nauk SSSR: Ser. Fizicheskaya, '101 37, NO 11,
Nov739.pp 2411-2416
Abstract: Localized liberation o -do
f heat was observed in calcium ped
sodium chloride crystals during deformation in liquid helium from the
effect of helium boiling (formation of gas bubbles).on the heated sections
of the crystal surface. Heating was observed on both edge and Burgers
slip bands. It was found that the slip process does not:occur in all
slip bands simultaneously. The short lag of bubble formation enables
studying the dynamics of the slip process during crystal'deformatior. d.-;-
-rectly in liquid helium. in principle, the bubble method is suitable for
studying the elementary phenomena of plasticity of any materials (includirg
opaque.materials) at different temperatureg.. Liquids vith appropriate
thermal properties must be selected-for this purposLk.

USSR UDC 620.178-15-05
yr-M 'IY V. V.
TIROTVORSKIY,
I V. 31 NrKIFOROV Ae Y and VEDITS-k
a
"D -ce for Measuring Hardness and Microhardness at.High
evL
Temperatures"
Moscow, Zavodskaya Laboratoriya, Vol 38, No 9, 1972,
pp- 1144-1145
stract: The construction of device for sight -.-,icasuring
hardness ?nd microhardness of materi,--Js on heatin-7 in vacuttm
or in a -a.,edium of purified inert tg,,~ti~es laith 56r - 5, kfr, load
on indenter is described by reference to its, :~,chematic drnwin,7,.
"'he temperature of Tpoagurements, determineOl by the vl,ipor pres-
sure of metals, is for copper-base alloys L,-800-900, 0 and for
and Co-base alloyssnlOOO-1100 Oi% The working of the
L
device, the use of snecial indenters, the radiative heating of
the specimen -uith cc,-.trol of its surface, -aid the measuring o-f
indenter imDressions are discussed. The ~,,rorking accuracy rated
for Al, Fe, and 30--KhGSA and IT-hl3 steels from. the relative mean
s u,,~Lre error in measuring the diagonal of one imprint, comprised
122'

UNCLAS Sl F I E01 PRQtik',-S:ltl6 DATE--30OCT70
-UTLE.
SIGNIFICANCE OF STUbIES OF THE;EYE GROUND 114 HEMORRHAGIC
T R C, ~_U_
-A.UTHOR-('03).VISHNEVSKAYA, YE.S., NIKIFORO S.M., TEPLITSICIY, F.S.
1_'.~'_C CUNTRY OF INFC--USSR
URCE
-ZliUkNAL NEVROPATOLOGII I PSIKHIATRII IMENI S. S. KORSAKOVA, 1970,
70*~ NR.6v PP 820-824
i.~ 04TE PUtlL 1 7 0
SHED
.SUBJECT AREAS-BICLOGILAL AND MEDICAL SCIENCES
Z;XOPIC TAGS-BRAIN, HEMURRHAGE, EYE, ANEURYSMi BLOOD PRESSURE# DIAGNOSTIC
MED I ClN E
MARKING-NO RESTRICTIONS
~_._VOCUMENT CLASS-UNCLASSIFIED
-":-PROXY REEL/FRAME-3001/0920 STEP NO--UR/0246/7G/070/006/08ZO/0824
C'IRc AcCESSICN NC--AP0126579
UNCLASSIFIED

PROCESSU G DATE--30OCt7O
212 ~030 UNCLASS'llrIED; N
-~C-IRC ACCESSION NO--AP0126579
GP-0- ABSTRACT. THE PAPER DEALS Wlrtl THE STUDY OF
---THE.F-YE GROUND IN 584 PATIENTS WITH HEMORRHAGIC SrROKES WITH DIFFERENT
LOCALUZATIONS: IN fHE HEMISPHERESt CEREBELLUR, THE STEM, AND THE
'SUBARACH NOID SPACE. IN 86 CASES (14.7PERCENT) THERE WERE CHANGES IN
THE~EYE GROUND: IN 9PERCENT THERE WAS CONGESTION, IN 3.6PERCENT,
HEMORRHAGES AND IN 2PERCENTt CCNGF5TION!WITH FOCI OF HEMORRHAGES.
SYMPTOMS OF CONGESTIGN WERE MORE FREQUENTLY SEEN IN HEMORRHAGES OF THE
SUBARACHNOID SPACE, DUE TO A RUPTURE OF THE ANEURYS14S AND IN
'HEMORRHAGES. 'SYMPTOMS OF CONGESTION WERE MORE FREQUENTLY SEEN IN
,-,~~HEHORRHAGES OF THE SUBARACHNOID SPACE* DUE TO A RUPTURE OF THE ANEURYSMS
'AND.IN HEMORRHAGES INTO THE CEREaELLUM- THE HEMORRHAGES.INTO THE EYE
~-GROUND WERE USUALLY DEPICTED IN RUPTURES Of THE;.ANEURYShlS IN THE
:...-ANTERIOR PART OF THE CIRCLE OF WILLIS ADN 010 NOT DEPEND UPON THE STATE
,:.~~OF ARTERIAL PRESSURE. FOR PURPOSES OF DIAGNOSIS ANU-PROGNOSIS
INTO THE EYE GROUND WERE MORE.ItAPORTANT THAN SYMPTOMS OF
FACILITY: PEDIATRICHESKOGO MEUITSINSKOGO
-:L.IVSTITUTA* LENINGRAD.
--UNCLASS IFIE

Acc. Nr: Ref. Code: UR 0246
AP0047173-
PRIMARY S01MCE: Zhurnal Nevropatologii i Psikhiatrii, 1970,
Vol 70, Nr2, pp .1677~w.
THROMBOSIS OF SACCULAR ANEURYSMS FOLLOWING
"q-
SUBARACHNOIDAL PARE NCH YAUTOUS HEMORRHAGES
B. M. Nlkiforou
The authGr conducted an ipsi- and bilater'al arotid angiography in 306 patients with
C
spontaneous subarachnoidal hemorrhages. In 162 cases it-was possibl-e to demonstratesac-
cular aneurysms of the anterior part of the cicle of Willis. In the groupof patieriti with tile nor.
mal arterial pressure these changes were seen in 57.1%, while as in paticnis with hyper-'
tensive disease - in 42.60/6 of the cases. In. 12. of tile studied ca!ie$ -ik,ifll tile normal arterial
pressure angioggraphicalli the aneurysm was not seen and subscq,.iently during surg ry
ge or
postmortem examination it was found throm'bosed. One of the reasons why the contrast
does not fill the sac aneuri.sm fbil.--wing su arachnoidal hemorrhag is that the cavity
~b e-S
of the UC is t hromb iosd, especial.] Ythe area of4he anterior communicating artery.
REEL/FRAM
19iONG8

Acc. Nr #004904&1 Ref. Code; dS-r7
P
RL
MARY SOURCE: Vestnik Oftallm~logii 1970, Nr
PP
AN,ABSCESS AT THE ROOT OF THE FRONTAL LOBE FOLLOWINCS
PEN
'ETRATING WOUND OF THE ORBIT
8- "M.
N ~g,.S. M. Chutk~- T. G.'Sheliedrina
Summary
A case of penetrating wound of the orbit with its osteal frag,,,en1,,e,,,ierfng the fron-
t surgical treat-
tal lobe, iollowea by the development of an abscess and is. sJJCces5_u
meni. - is reported ..Ir the diagnosis of complicated penetratln~, wounds ol the orbit
'C' eb ospinal Wd findings obtaiiried by an urly
roe-Algeno!,ogical examinanon and er ~ r
ar -punct nm
iumb ure are of major. importa
?,EEL/FRAXE
0z
19800834

USSR UX 669.1184.266:14.01,8.2
KACRUR, B.K., EM, MUZUYAK, I. S., TARAPUPCV, N.P., WNW, V.D.
..POGORELYY, V.P., GALATO11, YE.G., B.V., and PLOIEIKE, V.A.
(Ukrainian Scientific Hese,,~rch Institute of Metals, Krivoy Rog,!~Letallurgical
Plant)-,
."Smelting of Low-Alloy Steel in a 130-ton donverter"
Moscow, Metallurg, No 9, Sep 71, pp 14-16
Abstract: A description. is given of the technology of smelting low-alloy steels
(OST-1, OST-2, 25G2C, and 35GC) in 130-ton oyvgen converters at the Krivoy Ro-
Metallurgical Plant. Pig iron (8.81 kg per ton of steel ntaining 0.6-0.9~ n,
0.4-0. Si, not more than 0,06% S,.and not more than 0.1% P, is poured into
the converter at 1250-13500C. Fresh burnt lime (65 kg), limestone (15-20 kg),
and fluorspar (2-5 k.9) per ton of steel were~,used as slag~ formfnfr,
'he use of liquid alloying elements b1n, 65% FeSi and SiMn) in the
T (75% Fe
ladle makes it possible to reduce the expenditure of ferrcj~alloys, to improve
the macro- and microstructure of the metal,;and to minimize the.content of
nonmetallic inclusions. The steel obtained satisfies tbe.requirements of
GOST 5058-65.

UNCLASSI IED PRbc~.ssING DATE--300CT70
F
007
C'IRC- ACCESSION NO--AP0118951
.'ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. AN INCREASE OF THE BLOWING RATE
SPITTING AND EJECTIONS WAS
SOUGHT BY USING TUYERES WITH 2
~CONCENTRIC CIRCLES OF NOZZLES, EACH CIRCLE 8EING FED WITH AN iNDEPENDENT
'.:_i_G_SUPPLY.THEIR INNER RING HAD 41 5, -AND 8 NOZZLES AND THE OUTER 4 AND 8s
~..THE INCLINATION OF WHICH IN. THE INNER RING VARIED 2.5-80EGREES AND IN
THE OUTER 12-21DEGREESt THEFLARE 8EINGv.:RESP.t 4 AND 6DEGREES. THEIR
PERFORMANCE UNDER DIFFERENT CONDITIONS IS~DESCRIBED A TUYERE WITH 4
4 NOZZLES INCLINED, RE.SP., 7 ANO 21DEGREES TO THE VERTICALs
~;10EGREES JO EACH OTHER? AND. HAVING~~ 22-AND~33 MM DI.AA. WAS THE BEST. I T
_'_':__PERHITTED RAISING BLOWING RATE -FROM: 2.8-3, W 5-6 M PRIMEI TON WITHOUT
HURTING REFRACTORIES AND LASTED 139 BLOWS.- FAC'ILITY: INSY. CHERN.
.MET.t_DNEPROPE:TROVSKt USSRv

Foundry
USSR uDo 66o,185.1
SMOKTIY, V., V., GULlYE-V,, G.~
~P,, ORM11, V. S.,
SIZEITKO, A. S., SAFROTIOV,, )L-J. YA. , ~XOLEESHIK, V, D. BASHIIAZMV.
A. D. , 1UGA-IN, 1. 1.
1U, V HUDITITSKIY, YA. - N. , PAYE RSJ1T=N.V
-Inatitute.of Ferrous Metallurgy in:Dnepropetrovsk and Krivoy
otallurgical Plant
Rog M
"Operating Experience With a 55;-Ton Converter With Increased
'BlowingRate"
Moscow, Stall, No 3, Mar 70, pp 215-218
Abstract: Metallurgists of the Institute of Forrotis Metallurgy
in.Dnepropetrovsk and Krivay.Rog Metallurgical Plant have
developed a technique for smelting in 55-ton convorters with
the o7cygon feed rate almost doubled from 2.8-3 to !5-6 cu m/t
por minute. A now-typo tujoro ia U~sed tho not,e of which hns
two rowa of concentrically arranged nozzlon with indopendomL
oxygen feed to each row. The increased blowihg rate ii7mrovaa
-h
slag formation. The yield.of acce;table prodtxat and 4,, a degree
PV
of. improvement in slag formation are diatermined by the stimc-
tural characteristics of the nozes,,.Nose.Ho.,5 wa3 f ound t-lo, be
1/2

USSR uDc: 621 39 7
NIKIFOROV,De D. __S01NTSEV, A. A.,LIFSHITS, M. A. , YEFIMV, I. I.
0A,Device for Measuring the Time Interval Between the Midpoints of Video
Pulses"
USSR Author s Certificate No 275851, filed 15 Jul 67, published 13 Oct 70
(from RZh-Radiotekhniha, No 5, MSY 71, Abstract No 5G69 P)
Translation: The device is designed for measuring the tir,4-- interval between
the.midpoints of video pulses in two sequences of identical freauency where
the relative phase shift between sequences is such that the pulses of one
sequence.are within the limits of the pulses.of -the other sequence. The
~device contains time interval meters, and registration units, and is dis-
~tinguished by the fact that measurement precision is improved by connecting
the inputs of the device through differentiating links and, a commutator to
the inputs of the above-mentioned time interval meters. The outputs of
these meters are connected thorugh flip-flops to the registration unit.

USSR UDC: 662.998:536.4
E -2, T
BlA-GIITYA, F. V., KISELEV, G. A., KU 9, S. M.,
and SHADRIN, Yu. A.
"Equipment for Investigating the Thermophysical Characteristics of
Materials by Quasi-Stationary Methods"
Novosibirsk. izveztiya Sibirshogo Otdeleniyaa Akademii Nauk SSSR--
Seriya Tekhnicheskikh Vauk, No 3, 1972, PP 39-43,
Abstract: Two types of devices are described for investiCatIng the
thermophysical characteristics of heat-insul,ating materials by the
complex quasi-stationary method, in wbroad temperature range and
with the dependence of the characteristics on the temperature
taken into account. In addition, a system has been developed for
automatically controlling the temperature in these devices by re-
alizing the condition for the quasi-stationary mode in the 77-20000
K range. The devices are of the plane and cylindrical types, the
cross sectional diagrams of each being given. Also shoi-irn is the
block diagram of the oquipment. for piogrammed autwatic control,
in which hi ,,,h-.,,ccuracy teiaparaturo r61(.,,,u1,ator blook.-.i ol* the VRT-~
txrna are used. The authars arc connooted with the Ini~titute of
Theoretical and Applied Nechanico, In llovosibirwk-

UCVSR JUDC 621,791,052-011
IQUFOROV, F. D. , Doctor of Technical SciencessHoscow Aviation Technology
E. Tsiolkovskiy.
Izatitute ni K.
"Effect of Interface Defects on the Liberation of Dissolved Gas Bubbles"
Moscow, Svarochnoye Proizvodstvol No 20 Feb 74, PP 50-52
Abstracts An attempt was made to evaluate the stimulating action of-inter-
face defects on the formation of a gas phase nucleus in a liquid. From
mathematical and geometrical aralysis it was shown that defects with a POSi-
tive curvature (protuberances) render the least stimulating effect on forma-
tion, of gas-phaze nuclei in comparison with a plane intatface with the same
vatting angles. Defects in the form of conical depres-sions (cracks) with
converging walls are stimulators foN the,formation of stable gas-phase nuclei
for a wetting angle greater than 90 . Defects in the form of channels with
parallel walls render a stimulating action on generation of stable Eas-Dhase
nuclei when the wetting angle is greater than 900. The stimulating action of
these defects on the formation of stable nuclei is intensified upon increasing
the wettingangle anct decreasing tho channel radius or distance between the
walls of cracks which are plane capillaxies*. Five figgress
IA'
86
I k I

PROCE'SING' DATE--23OCT70
-030 UNCLASSIPIE S
12 0
-T-'-lTLE--EFFEr_T OF SUBSTITUENTS ON THE REACTIVITY OF AROXYL RADICALS WITH
.L..:~__'PFUTERTIBUTYL PEROXIDE -U-
'A.UT"i iOR-~(04).PROKOFYEV, A.I., SOLODOVNIKQV# S.P.v NIKIFOROV, G.A., YERSHOV,
"v V_~a
NTRY-OF. INFO--USSR
1910v (3)s 5 -6
-S()URCE--IZV. AKAO. NAUK SSSR, SER KHIM. 58 1
DATE- PUBLISHED ------- 70
~~$'UL~JECT AREAs_-CHEMISTRY
!.TlDPj;C~TAGS--REACTlON KINETICSP ORGANIC PEROXIDEt BENZENE DERIVATIVEt
EMICAL,REACTION RATE~ ELECTRON THEORYj ACTIVATION ENERGY, FREE RADICAL
CIH
GINTROL MARKING--NO RESTRICTIONS
.iDDCUMENT CLASS--UNCLASSIFIED
;kOXY REEL/FRAME--2000/0742
STEP -40--Lik/0062/70/000/063/0558/0561
CIRC ACCESSION NO--AP0124412

USSR UDC 621.791.011.001.5
NIK4FMV. G. D., Doctor of Technical Sciences, Moscow Aviation Technology
institute
PEffect of Finished Contact Surfaces on the Liberation of Dissolved Gas Bubbles"
Moscow, Svarochnoye Proizvodstvo, No 11, 1973, pp 46-49
Abstract: An attempt was made to produce an equation for evaluating the condi-
tions of gas bubble nucleation. It was foundthat the process limiting libera-
tion of dissolved gas in the form of bubbles is the formation of stable nuclei
of the gas phase in the liquid phase. On the basis of thormodynamic analysis
an equation was obtained which zakes it possible.to evalumte the probability
of formation of stable gas-phase nuclei for,both homogeneous and heterogeneous
mwleation-with consideration of the boundary angle of wetting of the contact
surface by the liquid. 7 figures, 3 bibliogra'hir,.references.
p
_~76

Welding
USSR urc 62l.-,q1-754:6L31-7620(66q-7l)
OLISHAITSKIY., A. 1A., D'YACHENNO., V. V., Candidates of Tecbnical Sciences., and
N=OROV G. D., Doctor of Technical Sciences
"Arc Welding SAP Meterials Under Iligh-Prep'sure Inert Gas"
:16-16
Ybscov, Svarochnoye Proizvodstvo, No 7, Jul 73, pp
Abstract: SAP materials have poor weldability due to formation of pores during
U
the welding process. Experiments were conducted to reduce the nurmber of pores
by varying the inert Gas content and gas pressure - Gas content, s used were (in
c~3/joo G'): 16-18 for SAP-1, 6-8 for SAP-la, and 1 for SAP-Is vith pressDxes
xanging from 0.2 to 11 atm. It was found that the tensile strength of the weld
joint Increanen prqportionately with pr~.mtwrc. Althou-h
the VA11-1 base mclal hao it larger tensile A;t*rejajrUj than =?-la and SSAP-J.~;, the
weld joint strength of the latter two SAP materials is hiEher than tLat of SAP-
1. At a pressure of 11 atizi the tensile strength of SAP-I_ru is 85% of the base
=tal strenrth SAP-la is 89%, and SIV-1 is 66%. 'rhus, it is pointed Gut zhat
SAP mterials should not I;e vaciram welded. 4 figures, I table

USSR uDc 621-791-053.ol:669-0-17.3:669-71+62i.762
:IMCEETKOV, P. G.., Candidate of Engineering Sciences, and Nre=ROV, G. D.,
Doctor of Engineering Sciences, Moscow Aviation TachnolO&- t tute
"Effect of Structure and Gases Contained in Bintered Almminu Powder on Weld
Bath Formind'
'Moscow, Svarochnoye Proizvodstvo, No 3j- Mar 73, PP 27-28
Abstract: A study was made of the effect of structure and gases in sintered
aluminum powder (SAP) on weld seam formation. A complex composition of rnix-
tures exist in SAP of different gas sources from complex hydroxide films on
the particles, bubbles, moisture, and aluminum stearipe and stearates which
amount to 200-250 cl?-/1009 in the initial naterial. It was established that
satisfactory weldability of SAP can be achieved by two means: use of increased
pressures during welding or complete degassing of the matoerial. The first one
is the most complex. It has been associated with the use of specialized
equipimnt and does not ensure stable weld joint properties because the causes
of porosity are not eliminated, the liberation of gases being only suppressed
during the welding process. The second method, associated with total degassin.-
of-the material, can be promoted by the use of a specified technology of SAP
1/2

Jet ng
USSR
f _G.D.
~~I tallurgy of Fusion Welding of Aluminum Alloys"
e
~Jetallurgiya svarki plavleniyem allyuminiyev3~kh splavov [English version above],
Mashinostroyeniye Press, MoscotV, 1972, 264opp.
Translation of Foreword: The broad introduction of aluminum alloys as structural
materials has required improvement of method;3 for weldiug tbea4 Point and roller
welding and th-e.methods. of gas and manual, art* welding used earlier were incapable
of assurin.- the production of welded StTUCtUl-OS of aluminum alloys on the required
scale, This limited the manufacture of aluminum structurcis by.welding for some
z,
time.
The creation and development of methods of argon-arc welding, significantly simpli-
fyingthe process of production of joints of aluminum alloys, allowed the problem
of fusion welding of these alloys to be solved. Equipping enterprises with special-
equipment for argon-arc welding facilitated mass production of welded structures
oll aluminum alloys.
As aluminum alloys began to be used for tfie manufacture of vital structures, require-
ments for joint quality and reliability increased. Therefore, the problem of produc-
tion welded joints of aluninum alloys capa,ble of sealing in a denp va-cuum, shoting

-116,
SSR
Nik4forov, G. D., Metallurgiya svarki pAavlenlyem alyuminiyevy~_b splavov,
Mashinostroyeniye Press, Moscow, 1972, '1164 pp.
high strength under complex loading conditions., resistance to corrosion with extended
contact with corrosive media, etc.,is an important problem. The production of joints
meeting these high -requirements dema~nds -well thought-out.~technologies, based on a
deep understanding of the metallurgical processes occurring during welding of aluminum
and its alloys.
Therefore, the present monograph turns primary attention to the -metallurgical peculi-
arities of fusion welding of aluminum alloys; processes occurring in zones around
seams; analysis of factors involved in the development -of defects in welded joints
and determination of technological measures designed to prevent them.
As the mono raph was being written, materials from resea'Tch performed by the author
and his colleagues at the welding laboratory of the Moscow Aviation Technological
Institute were widely used.
2/6
57
TM
-1

Nikiforov, G. D., Metallurgiya sv arki playleniyem alyuntiniyevykh splavov,
Mashinostroyeniye Press, Moscow-, 1972, 264 pp.
Table of Contents
-Foreword 3
...ChapterI Aluminum and its Alloys 5
important Properties of Aluminum 5
Evaluation of Aluminum and its Alloys as Structural Material 9
Classification and Characteristics of Commercial Aluminum Alloys 12
Chapter II. Metallurgical Peculiarities of the Welding of Aluminum and
its Alloys 21
Metallurgical Processes Occurring in t&e Welding Batk 21
:Interaction of Aluminum and its Allcys with Oxygen 21
Activity of Aluminum for Oxygen and Im.portant Properties- of Oxide Films 21
Mechanism of Oxidation of Aluminum and Modification of Oxides Formed 28
Oxidation of -Aluminum Alloys- 35
Influence of Oxide Films-on Melting and Transfer of Filler Metals 39
Breakup and Removal of Oxide Film Under Welding Conditions 42
Inte action of Aluminum with Nitroge n and Complex Gases
r 44
3A 46

USSR
Nikiforov G. D., Metallurgiya svarki plavleniyem aly-uminiyevykh splavov,
Mashinostroyeniye Press, Moscow,: 1972, 264 pp.
Interaction of Aluminum with,Hydrogen 46
Dissolution of Hydrogen. in.Alimiinum 46
of Hydrogen a-s.Bubbles so

Degassing of Liquid Metal 62
,
Interaction of Hydrogen During Welding
70
Crystallization.of Seam Metal and Formation of Hot Cracks 73
Pewliarities of Crystalliza
tion 73
Formation of Hot Cracks 79
Prevention of [lot Cracks and Selection of Filler Metal 84
Chapter III. Defects in Seam Metal 89
Methods and Apparatus for Determincition,of Hydrogen Content 89
Determination of Hydrogen.Content by Vacuum Extraction 89
Determination of Dissolved Hydrogen Content 94
Hydrogen Dissolved in 01g6 Alloy- 104
Hydrogen Contained in Closed Pores
4/6

Ni'kiforov, G. D., Metallurgiya svarki plavieniyem alyuminiyevykh splavov,
mashinostroyeniye Press, Moscow, 1962$ 264 PP.
Probable Sources and Methods of Penetration of Hydrogen to lVclding Bath
Distribution of Hydrogen in Seam Metal Between Pores aiid Solution
~Iethods of Preventing Pore Formation in~Seam Metal During Welding of Aluminum
Peculiarities of Formation and Development of Pores During Welding of
Aluminum-Magnesium Alloys
Methods of Preventing Development of Pores in Seam Metal During Welding of
AMg6 Alloy,
Methods of Locating Ox-ide Inclusions in Seam Metal
Conditions and Reasons for Appearance ofi0xide Inclusions in Seam Metal
Reducing the Number of Oxide Inclusions in Seam Metal
Chapter IV, Processes in Near-Seam Zones Occurring During IVAding
Distribution of Heat During Welding of Aluminum Alloys
Processes in Near-Seam Zones.During Ifeldingy of Deformable Alloys Not Hardened
by Heat Treatment
Influence of lfvdrogen Contained in Metal of Semifinished Goods on Foaming and
Development of Defects
Processes in Near-Seam Zones Occurring During Welding of DefoTmable Aluminum
Alloys Hardened by Heat Treatment
Processes Occurring During Heat Treatment of Aluminum,-Copper Alloy
120
135
140
148
)57
172
177
179
189
189
192
3.93
210
210

Fig
--T- T' 7
USSR
Nikiforov, G. D., Metallurgiya. svarki plavleniyem alyuminiyevvkh splavov,
Mashinostroyeniye Press, Moscow, 1972, 264 pp.
Processes in Near-Seam Zones Occurring During Welding of Alloy of Aluminum
with 4% Cu 216
Processes Occurring in Near-Seam Zones During Welding of Duraluminum 223
'usion Welding
Chapter V. Behavior of SAP Material Duftng F
227
Technology of Manufacture and Basic Properties of SAP 227
Peculiarities of Behavior of SAP During Welding 231
Structure of SAP 231
Sources of Cases Contained in SAP 244
Influence of Structure and Gases., in SAP~on Formation of Welding Bath 247
Ifeldability of SAP' 251
Structure and Properties of Velded Joints of SAP-IS 255
Bibliography 259
616
59

USSR UDC 621.791.053-.669.295:620.192.47
NPqF9&(X,,_G.~ D., Doctor of Technical Sciences., and REDCH1TS,
Nftbow Aviation Technological Institute
N. V., Engineer,
"Mechanism of Pore Formation in the.Welding oETitanium Alloys"
Moscow, Svarochenoye Proizvodstvo,'No 3, Mar 71, pp 49-51
Abstract: Samples of OT-4 titanium alloy were argon-arc welded
with direct polarity d-c current with a tungsten electrode (with-
out filler wire) in a pulsed-arc mode. Pulsetime was in the
limits of 0.8-1.12 seconds. It was.determined,that the main
reason of pore formation in OT-4.alloy (and other titanium alloys)
is hydrogen, which forms by the decomposition of mois.ture. in
welding titanium alloys the process of metal bath degassing
occurs in several stages and is characterized by the presence of
peaks in the surve for the relationship of weld seam porosity
''to.current-pulse duration. By improving the quality of end sur-
face-..preparation prior to welding the.porosity in weld seams is
significantly reduced.

t ~, ~i ~11~,:~~J-lj
Transformation an&~truc~ture7
USSR UDC 620.186:669.71'3
ZYABREVA, L. N. TKIE and KOLACHEV, B. A., Moscoif Aviation
'Technological Institute
"Structural Changes and Phase Tkansformat ion's in Welded Joints of Aluminum
Alloy With 4% Copper"
Moscow, Metallovedeniye i termicheskaya obrabotka metallov, No 2, 1972,
pp 75-76
Abstract. Described is a study on structural changes and phase transforma-
tions.occurring in A14% Cu alloy under the-thermal cycle of welding. During
welding each volume of metal is heated up to.certain limit temperature.;
reflected in five charac,"'eristic structural,sections which had been heated
to different temperatures ranging from 1500C (zone decay stage).to 64o0c
(liquidus stage). The detailed changes in each section indicate the
possibility of changing the width of the structural sections by~varying the
thermal welding cycle. A 30; addition of sintered aluminur, powder promotes
diffusion processes in the metal and, precludes grain disintegration which
will* in turn, eliminate the major cause of deter 'ioration of the~mechanical
properties in the heat-affected zone.~~(l illustration).

USSR
141KIFOROV, G.D. Head Welding Faculty, Moscow Aviation Technological Institute
"Welding With Simple Light A New.Achievement in Domestic 1,Lqchine Building
Technology"
Moscow, Znanive-Sila, No 6, Jun 71, P 10
Abstract: Recently Professor K. P. Stanyukovich, together with Candidate of
Physical and Mathematical Sciences M. K. Kiselevyy and Engineers A. I.
Polyarnyy, R. A. Klimkiniy, and A. A. Chislovyy invented a solar welding unit,
to be used by cosmonauts who will install it in orbital stations. The unit
Itself is a capsule made of a thin elastic film and equlfped urith a miniature
gas bottle. A cosmonaut can press a buttowwhich activat"s EL valve and ',',,Ie
capsule, being filled with gas, is converted into a lenticulor boUle. Onc,
Vall of this bottle is transnarent while the other is coated with a fine.,
mirror-like layer and can focus solar- rays. The principal advantages of' tLe
bottle-reflector are that it is exception-ally light in veight and is independent
of the space capsule's power supply. A prototype of the light. (solar) weldiaz
unit was built uzing a zenon lamp as the light source. ~,Phe 1~nmp, elliptical
mirror, and lenses were placed in a conc-~shaped offaIr to collect and focuz
the light.- It is said that this apparatua produces more contiauou-.; radi,,.tioll
than a laser and has been tised te weld steel, alluninum, and titanium.

USSR UDC 621.791~053:669.295:620.192.47
OV 1C A
NIKIFOR -G. D~ Doctor of and i REDCHITS,,
ti n C Ltute
gineer scow Avia o Te: htiological !nL
ItMe hanism of Pore Formation in the Welding of Titanium Alloys"
c
Moscow, Svarochenoye Proizvodstvo, 'No 3, Mar 71, pp,49-51
Abstract: Samples of OT-4 titanium alloy were argon-are welded
with direct polarity d-c current with a tungsten electrode (with-
out filler wire) in a pulsed-arc mode.. Pulse time was in the
limits of 0.8-1.12 seconds. It was determined that the main
reason of pore formation in OT-4 alloy (and other titanium alloys)
is hydrogen, which forms by the ded6mposition of moisture. in
wel-ding,titanium alloys the process of metal bath degassing
occurs in several stages and is chairacterized by the presence of
'peaks in the surve for the relationship of weld seam porosity
to-current-pulse duration. By.improving the quality of end sur-
fabe:preparation prior to welding the porosity,in oeld seams is
significantly reduced.

AN OPMTOR'S SELF-COLTROL OF RECEiVING INFOMATICU
FROM A MAWRUIC APPA.M-11:5
G. S. Nikiforov pp"38-43
-.1th 'I of
_t11le__evr,1j;atio. tile Sklocan-
'k
fuLCcc of 1501 In cycta participatiOn
otor are Into-zected in, In addltia.-. to me&ianiaal faUlts,
fatzIts in the form of errors male oy ar opezator In eulfil-
ling an m~zorlthr. of behavior In a emtrol systa!n assi,-,ned to
h Im.
Illy !.mpcrs!-_te= Imulto or errors are psycholo-
Gleal -.konfaIfjjIM0rlt ana Anto-lZeet or
untImely fluifillmant of srecific I'psychophyclological act:;:
(A I Cubinc.ziZr) ne o onsequo;icez.. of eo=jtl~irC~ t;iase t,;',3es
of erriern-, Torm the poLnt of view of -tlaa
1--zzn-~-oquj-r%ent1- s_yatem. crn )~,~ most variable, to the7poiznt
-i az
of a--jear. nee of dan8erous or cmta~trophio situatiox. _Z1
)o infor,-.ation (erroneoizs
o
l errors in receivln~
readInrrn from nm irstv=ant, I_a!zjn7_ a readln,,~ from the
I-,ictrwmeat: and- to at the a4,w~;e Ln *,,hich info==at Lion Is
ea I (readinc errors, fore'atting L'i-atruationa. 2b"_1 eat ix~z:
procl=
li-xorrect strutc6y of behavior , _:=d to oil) I =d all the stage
In, 1.1-1111ch exclotitlan firiatiolls arc fuli*!Ilodlooilfusln~~ zzntzoz.
errcr- L information in"Itiz lanto the syten. E.Ad so
on).
Lzitroduction of a zelf-ccatrol operation into tj-.a
of, rm operatortc hos b-man proposed as one.of
ros,2.1olo mathlods for aombantln~, paycholc-,Ical ravltz ror
or an operator Cubimskiy). this
:.at1wd can be arplied boile fie ially 'at all C'tares of an c)7*:,-
atorlo- worllc (zeception. processina, and produotion, of Irro=-
.7:zLtIor') Conoernl"IE; the control or, newvicl-n7; of cealp=ert.
to date a ~:ruat *.iumbcr of aue3tions ixivolvljl,,~ ~`o~
11~1i',Iment oil ,,. self-control opcraElon =e*main unaolrz~!-
f
'Lelo*o ~~Ql attempt 1C ::,ado to reveal a mt=ate!::y '0" L.:-,
c*),!7.i1.;o,.'1s In a .)Mrt1oUIar CQSC# and L-.
-calzin;-. verA4=~,-s fro--, a measurijiF, apparatua under the z:cn-
ej_lon that the operator emplo:,s a self-control opexatl-on.
wa the case vtne=c the nlr;orlthm ~of an CPe=Qto=t -- wor'..,
the possibIlity (or necoamity)'of a sIf-control
the raliabilit ty of tu;clng readinga from ar.
uvpnratur by an oporator tan "cc o:.pronned In the rol1cwin~
foTI:. -
IRV

243414 LIFTIM rtEVI(;E -FOR AEPOK!AM consists of
truck" with lbading. ~plaVform 2, and is
1
tL4 4 ipb .
IYO at 1. on.t he loading
distinguisheJ, by ~~pp
platform. The, pql4pazt- lmiei -biock is f ixed to
the platform, whereas the i4poer'.9ne :is use'd to fix
the seroplane Into the bowid-'. ~Tbe polypast cabl
are ;,onnected to. thlo hoist 19% f ixa~ cl to the truck.:
17.2,68 as 1218674-/40 23,Mig.MLYKIN et al-(15.9,69)
Class 62c.jnt.C1.B 64f.
lalykin, M. S.; Golube,~i~yu. V.; Nikiforov. L. A.;

-Chernys A. S.-;,IShekhteirman, Ye.'I
hev

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IT
11i'lPA 11111 11 1 fill

Metro'logyo,' _54-rveying
USSR UDC 621.317.759z621.376.58
"I IFOROM-H-B. . PALIA14ARYUK, G. 0., Ryazan
lot
asurifig the First Derivative of a Pulse-Frequency Signa
'Novosibirsk,
Avtonetriya, No 2, 1972, pp 51-54
Abstract: A studywas made of the development and inve.~tigation of devices for
measuring the first derivative of a pulse-frequency signal by the nontime argu-
ment also given in the form of the pulse repetition rita, A method of construc-
ting a device for measuring the first derivative of the pulse-frequency signal
is presented which eliminates the t:ko deficiencies of the procedure of R. G.
Karpov-[Tekhnika chastotno-impill'snogo Madelirovaniva., 11oscow, litishinostroyeniye
Press, 19691_w~_the restriction impossed on the law of 'variacion Of F (t) in tirli.r.
x
and the-necessity for measuring the F (t).' signal obtained uning a frequency
mete rr
r which implies additional dynamic e . ors arfd Increased expenditures on
equipment. The presented device is a pulse-frequency.tracking system [G. 1.
Takhvanov, et al., Vvchislitelinaa tekhn ika,. Trudy MVTU im. Baumana, No 4,
Moscovo Hashinostrqyeniya Press, 19641 w1tich comprises a reversible counter
and a binary multiplier, the ftedback circuit of which include.,; a frequency
divider and a device for integrating the pulse-frequency signal with res,->C-'Ct to
P. nontime parameter. The operatirp, conditl.ona of the reversible counters and
the subtraction circuit are controlled by. commutators.

AN 01TRATOR'S SZU-M:TIR0L OF R~CELVING INFQ!k~ATIM
FROm A =51)RL~tt; ~JkmTus
G. 0v pp 38-43
S: ..e
-i0clalistn deal_lnf~ i-Ath zhe~ evaluationof tin
l-11;
f
loss of In Cystema w"'I'l participation of a
ator are Lntorested in. in adeition to mecharloal. faulzs.
faults in the for=,Qf erroi-a. tade by eii operator .1-n fulfil-
I_'ng Uri alc:orithn of behavior In a contlol rystet asG,43nod to
him.
Temporalli II.". cra!_-~tent faultz or psyc~'1020-
orrozc art
gleal faall-I conalstiz-Z of nonfulf!13-nent and- lneozroot or
lint Imely, r"Ifill-mont. of a-ree if!6 ps~"r'aoph~talolosical ac ta
The amndquon6~s of t2'pax
Or errors, form the point or view 0-~ ;11e reliability Of the
11=n-equilpment" mystom. cca.bo nost variable. to the point
of ay"Pearanoe of dar.~,ercut or, oatattro*..ihic situations. JLn
tor Ma!
OPC7- tea errora in recclvtnz I!zfor,,A'Ion (erro-.eous-
rer_dl:~F*r fro= an t~ftw, a rcaell_n7 frc,,m the wramt;~,
LlIztr-jr-eat, And cc on), at the ctart In whieh LnIor-_atjo!t is
procoaced (reading orrors, :ro:-Eott!_n~ Inatzuetions, select~L-_:;
Incorrect strateVi of behavior , and zo oni, nndd at the sta-_V
in u,111011 execution tMiction-- S~re fall-Illea (Ccnfualrrl~- ccntral.
organs, orrox-5 In Infor=tIon !npt=Into the Dytem, and so
on Y.
Introduction of a zell-control opcratioil Into the al;;~.
r1thm of an aperatorIc wozt C= been. proposed an one of
tho nonzible Mct~lods for aor_~_ttln~: -7z.'rcholC-"Ic.Il rau'l-= (Or
2rrors) of an operr~tor U,.I. (;,abinzk1y). in prInal.,,11c this.
0thod can be applied beneficially at all nta~.es of an oper-
ato-In irork (roception, p.-rjcess!LrE;, and production of Infor-
17ation) concerninZ --he control or aervicl-n-, of eq ul~i=ent.
::ovc,-rcz-, to date a --cat nur"Cor of nuestilons InVOIVIn-7 t'.-Ie
fu!rI!'_"xr.t of a co*u-cont~rol operation ro--ain w%zolved.
:;clow = attcr.,pt Ic zzdo to zeveal a stiate,~y f*r n- 1
beoxvior tn a !it;rt:IculC:r c*za. and rw=ly Ir.
rcae.L-iCa frcr, a =easurliii-, a;parat" under the con-
0 dition th'". the operator e=ployc a self-control oparatlcn.
7,n the cast, ubere the of an opnratort,,i,work
0110 .1.1 he poasibility (or nocec-It-/I of a --elf-oontrol
6 Zellability of Uadn:.-, zeatiLwr from ar
IL.L apparatur, by an oporator,can be =praas,eel. In thl rollc-wLn~~,,
, " 1
0.10:
144

Tils

AAnn52389

USSR
UDC 621.777:669.715
BATURIN, A.
I., SINELtNIKOV,,S,, I., XMIN, G. G., aad NIKIFOROV,
L. D.
"Ebcperimental Study of the Temperature Field in a Deformable
V
u oysill
ol.me~When Extruding Aluminum All
Moscow, Kuznechno-Shtampovochnoye Proizvodstvo, No 3, Mar 71,
pp 6-8
Abstract: This article contains a discussion of the results of an experimental
of the temperature field when extruding an ingot of' aluminum alloy by
-recording temperatures at the mel"uB points.of:the pure,metala, the euteccics
metal compounds and peritectic mixtures. The essence of:the Taethod is use of
miniature steel capsules invide which samples of defined shape made of the
sensor metals are placed. Tho aannor, metal" are selected so that
01
their melting points are withit' the investigated extrtision. temperature range
of 350-5006C with 5-15* intervals.
The procedures used to select the sha,pe and size of tho capsules and
sensor metals and to determine the melting points of the-siensor metals are de-
scribed. An experiment is described in which several cycles of extruciing
-of al inum-alloy-on a horizontal 1,500 ton-force press were carried ouc.
bars

USSR
BATURIN, A. I., et al., Kuznechho-Shtampovochnoyp Proizvodstvo,
No 3, Mar 71, pp 6-8
Experimental isotherms f or the temperature distribution with
respect to. the deformable volume are presented. These isot"herms
were constructed from the experimental results after analyzing
the state of the eutectics in the capsules located at various
points.in the billet and extrusion product with~avervgiitig oil. all
the.extrusion cycles. It is pointed out that the method doea
not permit exact data to be obtained on:the actual towiperature
at a defined point of the deformablevolume, but it gives a
field. The work
qualitative representation of the temperature
was carried out under the direction,:Qf:B. V. ROZANOV, Doctor of
Technical. Sciences. V. A. SHCHrJMTOV participated in the in-
V
tigation.
es
..............

USSR UDC 576-658-25
GAYM-IOVICH, S. YA., GROIMASHEVShay, V. L., OBMOVA, V,
V6 Ins
R 1=0KO, G. Ae,-Va iiSnY, V. 1. , ~nd 1ZL I 11IKOVA , YE. E. stitute
of Virsology imeni D. 1. Ivan ovski USSR;.Academy of Nedical Sciences,
Moscow
"New Arbovirus Sumakh from the Uukuniemi Group!'
Moscow, Voprosy VirusologU, No 19 JanAeb 711 pp 21-25
Abstracti Isolation of the arbovirus Surjakh in tho USSE is described for
the first tize. The virus was obtained fron,the hearts and lungs of black-
bixds (Turdus nerula) collected in Azerbaydzhan. The virus va-z,, similar to
but not identical with UukunienAl as shown in the agar &el diffusion test,
but not by the complement fixation test. : The isolated -virus was pathoGenic
for suckling white nice. An incubation peried. of 11 days was found upon
intracerebral, which in subsequent passages was reduced to 96 hours. Hice
1-3 days.of age were most susceptible. An antigen for heragglutination xe-
actions was prepared from suckling, mouse.brains by the ucrose-acetorle method.
The titer of this antigen did not exceed t164, Subsequent workup with Tween-
80 and ether raised the titer to li256-1t512. When the ant4pn ii-as prepared
by the .,-;".Aeon method# tho material was ea#thod irith Tireen-80 and ether and
25

V" ~"- ,, ~ -,
- ----- - - - - , -- -- - - -

metrology-Suiveying
USSR UDC 6211.317..759:621.376.58
zan
PALA14ARYUK, G. 0., Rya
"Measuring the First Derivative of a Pulsee-Frequency Signal"
Novosibirsk, Avtometriya, No 2, 1972, pp 5.1-54
Abstract: A study was made of the development and investigation of devices for
measuring the first derivative of a pulse-frequency signal by the nontine argu-
ment also given in the form of the pulse repetition rate. A method of construc-
ting a device for measuring the first derivative of the pulse-frequency signi!
is presented which eliminates the two deficiencies. of the procedure of )1. G.
aniZa, Hoscow, llashinostroyeniye
Karpov [Tvkhnika civistutuo-impiWanogo kddelirov, -
Press, 1969) - the restriction imponed on ~the~ law of variation of F (t) in tir.,,e
and the necessity for mensuring the. F (t) signal Otained ur-Ing a frequoncy
z
meter which implies additional dynamic, errors and incriuased expenditures on
equipment. The presented device is~a pulse-frequency Lracking rsysten [G. I.
Takhvanov, et al. , Vychi,;Iitel'naYa tekhni~a, Trudy MiTO in. Haunana, No 4,
Moscow, 11ashinostroveniya Press, 19641 which comprises a reversible counter
and a binary multiplier, the feadback circuit of which includes a frequency
divider and a device for integrating the pulse-frequency signal with respect
a nontime parameter. The operating conditions of the reversible counters and
the subtraction circuit are controlled by commutators.

um 681.325.5
USSR
PALAKMYUK, G. 0. KOSTYASIUM-1, L. N. 1-mmg2j, B., Ryazan Radio En-
ginedring Institute
"A Pulse-Frequency Miultiplier-Divider"
Moscov, Oth2nEtiya, izobreteniya, Pro shlennyve Obrastsy, Tovamyyy2 Znaki,
No 9, Mar 72, Author's Certificate No 331400, Division G, filed 1 J 70,
Ul
published 7 Feb
72, p 156
W Translation: This Author's Certificate introduces a pulse-frequency mul-
:1 jl tiplier-divider vhich contains a flip-flop7, which is conriocted by its out-
put to one of the coincidence circuits, and a counter 'twhime digital placer,
are connected through code transfer diodes to the inpiit code line. As a
distinguishing feature of the patent, the functional posribilities of the
device are extended by us, ing a second flip-flop whose set terminal is con-
nected to, the output of the first coincid6nce circuit, while the output of
the flip-flop is connected to thepul5e inputs of the code carry diodes and
..to the potential inputs of two other coincidence circuits. The pulse input
of one of these coincidence circuits is connected to the set terminal of
the second flip-flop. and the output of this coincidence circuit is con-
1/2
7~ 93

UNCLASSI.F.1D PRkESSING DATE--230CT70
022
TI-I TLE--GAMMO PH EN ACTION ON THE BIOELECTRIC ACTIVITY OF THEL BRAIN -U-
-(03)-NIKIFOROV, M.t.9 AZUBALIS, V.,7GENERALOV, V-1-
UTHOR
f'~'f-tOUNTRY ri, FINFO--USSR
1970: :33(219, 146
~,-~SOURCF-_FARMAKOLO TOKSIKOL. (MOSCOW) -9
PUBLISHED ------- 70
UBJECT AREAS--BIOLOGICAL AND MEDICAL SC UENCE S
A___TOPIC TAGS--BkAINt NERVOUS SYSTEM DRUG, ELECTROPHYSIOLOGY
".:COPITROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
'PROXY REEL/FRAME--1997/0194 STEP PIO--UR/0390/70/033/002/014()O"Ollt9
CIRC-ACCES SION NO--AP0119190
I F_ IE O_

022 UNCLASSIFIED PROC,ESSING OATE--230CT70
C4 RC ACCESSION NO--AP0119190
~ABSTRACT/EXTRACT--[U) GP-0- ABSTRACT. GAMPOPHEIN
14 A M, 1 IND INI(ALPHAtMETHYLPHENETHYL) BUTYRAMIDE, HLC) ADMINISTERED m. ro
ETA AND
RABBITS AT 1-10 MG-KG DEFINITELY ALTERED JHE PERIOD F S E
0 um B
GAIMMA FLUCTUATIONS AND HIGH AMPLITUDE ALPHA ACTIVITY; AT 15-75 rl4G-KG IT
PREDOMINATELY ACTIVATED THE BETA ANG GAMMA RHYTHMS. IN RABBITS WITH
ARAIN INTOXICATIONt GAMMOPHEN RESTORED THE SPINDLE SHAPED ACTIVITY AND
STEADILY INCREASED THE AMPLITUDE Of BETA AND GAMMA WAVES.
NEUROANATOMICAL ISOLATION OF HEMISPHERES IN THE BRAIN STEM DECPE.ASED THE
LOW AND MED,IUM FREQUENCIES (1-13 FLUCTUATIUN-SEC) AND THE SPINDLE S14APED
'-'.-~.'z.,RHYTHMS AGAINST THE GAMMOPHEN BACKGROUND. SUBARACHNOIDAL ADMINISTRATION
GAMMOPHEN A-T 15 AND~100 MU:G-CAUSED HIGH-AMPLLTUDE SYNCHRONIZED
POTENT-rAL.S.. IN, THE ELECTROCORITCORGRAM. FACI~LITY: VOENNO MED.
AKAD.-- 114. KIROVA, LENINGRADt USSR&'
UNCLASSIFIED

L~E 13EU TEkbl%l.*GENERATION ON NUCLEI G !ENERGY PROTONS
IUTIj4QA--~.(.05)-(;ljRYAChEV.i YU.M,p KANAVpTSJ V.i3., l,EVl,\JTUV, 1.1~, MOROZOV,-
NIKIFOR, N. A.
INFO--USSR A6
,7
URC-E.-YAD. FIZO:1970, I 13) 1/62 9-3 5
U
. ~~_T
Tf~" PUBL I SHED ------- 70
BJC-CT AREAS--PHYSICS
qp DOMBARDME,"T, SECONI)AkY
GTAG S-PAR T I CL EPRODUCT IONt DIEUTEROINY PR,),TO%
-'~'E[4 I*S 5 1 ON iDIFFERENTIAL CROSS SECTIONv BER.YLL101t CARGUNt lo~ U.'41 NUM t
1 111 . . i .
PER, JITANIUM, SILVER, GGLD
~~T_ROL MARK I NG--NO RESTRICTIONS
3CUMENT CLASS--UNCLASSIFIED
1/1063 STEP
URC ACCESSION NO--AP0110753
UNCLASSIFIED

DATE--160CT70
UNCL&SSLr-IF0: p ES
k)c s lm
C' ACCE&SION NC--AP0110753
R
-p
tTRAl(f,'T/'-EXTRACT--(U) GP-0- ABSTRACT. THE CROSS SECTIOINS FlOlk THE
PRODUCTIL)IN OF Du P, AND PI POSITIVE !fE.SGNS :HAVE -DEEN MEEASI.",EO IN THE
Tpsf
VWERACTIOI.N OF 6.8-GEV-C P WITH BE, C, Al.f~ CU, Tl:, AGi ANII AU i"IUCLFI.
l
SECONDARY PARTICLES WITH A MOMENTUM OF 1.23 GEV-CA-lAVL-' BE'i",'
"REGISTERED AT 15 MILLIRADIANS IN THE LAB. SYSTEM. THE L)EP-"-Ni)Ei";CE OF THE
.~DIFFERENTIAL CROSS SECTIONS G',`J T14E MASS NO., A, OF THE NUCI-Ell CAN BE PUT
FORM D PRIME2 I A~PR[Nr--r-HIv ',JH'-:RE
W- T 14 E SIGMIA-DP 1) GM"EGA IS SIMILAR TO
EQUALS 1-211 PLUS OR MINIUS 0.01, Clil SUBP EQUALS 0.69 PLUS CIR
44-1-NUS 0.03, AN'D CHI SU13PI POSITIVE EUUALS 0.45 PLUS OR .141t'J'S 0-o3. Tf-iE
-R. PEARSON
RESULTS IMAY BE BROUGHT INTO CO~NiSCNT WITfi THE BUTLr
','-;ffP-H4Nfs,'4.AJF THE 0 PRODUCTIUN IF THE ABsC.-JTTION OF 0 AIND ;,- IN THE
Se -INTO ACCOUNT. FACILITY: INST. TEL.r.. EKSP. FIZ.,
N,U*.C,LEU S,ITAKEN
~-MGSCOWI USSR.

-7
USSR UDC 621.762t669-018-24+5
NIXIFOROV 0. A.
wde
"Antifriction and Electrotechnical Materials Made of Netal Pow TS
V sb. Metallurgiya. tsvetn. i redk.. met. 1969 (Itogi naulti. i -bokhn. VINITI All
SSSR) (Metallurgy of lionferrous and Rare hetals, 1969 fResults of Science
and Technology, All-Union Institute of Scientific and Technical Information
ofthe Academy of Sciences USSR7),: Moscowq! 1970, pp 56-91 (froza Mh-Vetallur-
glyal 110 3P Mar 71, Abstract kFo 3G442 Irf 5. Bobrova)
Tmnslationt Survey. The strength cf tlemetal base of ironbase P/m anti-
'als Goes as high as 50 kg/=9 due to selection of optijaun
friction mater
coLpositions, to alloying, and improvewnt of technological processes. The
introduction of Pb and of sulfides of Zn,.C!u, etc. loqAs to it decrease in the
coefficient of friction. The higher carrying capacityand better corrosion
resistance cf bron2e-graphite antifrictioli materials have mada then E~ucccss:"'ui
competitors of iron-base materialm.. Tha~use of alwAnum as the metal baze of
antifriction materials possessing elevated static and fatigue strength as
well as good corrosion resistance shows promise. hultilayer antifriction
materials pos,~ess far greater czx--Ying capacity than O:rdJ-nary porous paxts
simultaneously with satisfactory antifrictlan properties. For antifric'.Lon
__12
.7 __-

USSR UDC 621.762
KIPARISOV, S. S., N%IraR ,7A,, and KUZIMNA, Yu. K., Xoscou Institute
of,Ste'el and Alloys, apartment a Rare, Radioactive Metals and.;Powder
Metallurgy
-"Investigating the Possibilities of Sintering Tungsten Borides With Nickel"
0 allurg-
-rdzhonikidzej Izvestiya Vysshikh LTchebnykh1Zavedeniy Tavetmaya Met
iya, No.5, 1970, pp 93-95
Abstract: A study was made of the wettability conditions of W.?D, WB, and
W2B5 tungsten borides by liquid nickel and of the conditions for obtaining
dense metal ceramics of materials based~on these borides, with different
nickel content. The preparation of samples and the expertmental technique
are briefly described. The results show that the wettability contact angles
decrease insignificantly 3with increased temperature and are virtually iude-
pendent of holding time. The microstructure of bases from W2B, WB, and
W2B5 after contact with nickel clearly show sections in which an interActian
occurred between the borides and nickel. Thus, the iuteractioa between ttmga-
tan borides and nickel at low values of-thd wattability cpntact angle mnl-ess
it possible to expect a satisfactory bonding In:sLutering the termat alloys.
1/2

~", , , :. ~: -1 - - : - - I I I .- , : . I ~~ ~ .-- " ~ -;'.- ~~ -.'-~~ ~-~ ifff,-!~: 'L-t! illi. -7, ~- ~ I I li - p 1 : , i 7
i - ., - . , - .I I - I . . ~s ~ 1~1 . . .- . ! I
. , ; tll- - o . : ji ,
- .:, I I. I I : "7":, . .. :1, ;.- '.1 ! -:i , I . .

14CL
'ASS 1 07! PROCa,*SSIN(, DATE--13.,qOV70
.
U
FIE
'j_'-'lJTLE--IXPR0VEMENT OF EFFICIENCY.GF. OIL SYSTEMS OF1 HIGH SPEED SHIP weSELs
_tllKIFOR0V,,O.A.
C CON TR Y OF INFO--USSR
,~---.SO.UkCE--l~AP,.IOVE,'4E~,'T OF EFFICIENCY OF OIL SYSTEMS OF HIGH SpEEo SHIP
IESEL-S (f'0VYSllEtNIYE -EFFEKTIV140STI MASLYANYKH SISTE:1,1' BYSTROKHOONYKH
E PUaLISHED ------- 70
SUBJECT ARFAS--MATERIALS, MECli.' INo., civiL mw MARINE ENGR, PROPULSION
AND FUELS
TOPJC TAVS--HANDBOONt -DIESEL ENGINE, MARINE ENGINEP VARN I SHY CARBON
T ION LUBRICATING OIL, LUBRICANT ADDITIVEt LWR I C ANT PROPERTY
:CONTROL MARKIMIG-410 RESTRICTIONS,
DOCUMENT CLASS--UNCLASSIFIED
OROXY REEL/FRAME-3003/1269 STEP NO--UR/0000/701000/00()/Oool/0223
CIriC ACCESSION NO--AM0130258
UNk. LAL S I I ED

777777~_--
-77
~-77 -777777.7777777
~~'_032 UNCLASS PROCESSING OATE--13NOV70
CIRC ACCESS [ON -'40--A,40 130258
B S T.,k A C T/ E: X TR A C T- - ( U )GP-0- AliSTPACT. TABLE OF CONTEN' S :
r PREFACE 3,
I OIL SYSTEMS OF HIGH SPEED SHIP DIESELS-5. 11 THEORETICAL
INVESTIGATION OF METHODS FJR IMPROVe(4ENr AN D' S T A 5 1 L f Z A T I Ojhl OF UPERA,TIN(;~
-RROPERTIES OF OIL WITH ADDITIVES 57. ;11'1. TESTS~OF 5:HIP 01ESELS 86.
JV, METHODS FOR QUALITATIVE CONTROL OF 01U,1109. V IMPROVEMENT OF
EFF I C I ENCY 'OF OIL SYSTEM OF HIGH SPEED SHIP DIESELS 1.34s : B 113L IOGR A PHY
--221. THE. BOOK. DEALS i4lTli P;Z0BLEIMS CONNECTED WITH THE REDUCTION ljF WEAR
A WELL' AS. CARBON AND VARNISH UEPOSISTS IN -SOVIET HIGH SPLEG SHIP
JNESELS DUE TO IMPROVEMENT OF EFFICIE14CY ~QF THEIR OIL SYSTEMS. THE
WRITTEN FOR ENGINEERING -Tc-CHNICAL EkSONNEL IN SH(P BUILDING,
P
.'DIESEL CONSTRUCTIONr AS WELL AS STUDENTS,0F SHIP 3UILDING AND TRANSPORT
COLLEGES.. p
UNCLASSIFIED
gum lim

2/2. 011 UNCLASSIFIED PROCESSM2 IDATE-11SEP70
-C:'IRC ACCESSION NO-AP0107631
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. PYROLYSIS WITH GROUP VI METALS AS
-CATALYSTS AT 780 'AND 7900EGREES YIELDE-lif70-80PERCENT AND 35-40PERCENT
SUB2 H.SUB4, RESP., AND ONE SIXTH TO ONE EIGHTH OF THE UNREACTED
RUC AR BONS AND RESINS OBTAIMED BY PYROLYSIS WITHOUT A CATALYST. THF C
_"l_-SUB3;H SUB6-YIELD REMAINED IN SIMILAR LIMITSo THE GASOLINE, B.
'~'::37-149DEGRIEES -AND HAVING SP. GR. 0.657v N,' AND ISOP4RAr-FINS 92.58,
~.NAPHTHENES 2.83, AND AROMATI-CS 4,i5,9PERCENT? WAS DILD. WJTH Z40-52PERCENT
SPEAMai-A.SCHEMATIC REPRESENTATION:OF THE~APP.. IS PRESENTED.

USSR UDC: 550.834
ROZIN, G. I. -M. , KUPERMIAN, B. M. , KIE[IPQRftV_ -S.--V. , All-Union ScieAific
Research Institute of Geophysical.,'Prospe,ating MeZihods
"A Device for Plotting Seismic Time Sectil s"
On
Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy, Tovarnyye Znahi,
No 13, May 72, Author's Certificate No 33044, Division G, filed 17 Dee 70,
published 11 Apr 72, PP 193-19h
Translation: This Author's Certificate introduces a device for plotting
seismic time sections. The device contains a rotati_ng~drum, an electric
motor, a speed reducer, a moving carriage vith step-by-step notor and a
cathode-ray tube. As a distinguishing feature of the patent, the service
-life of the CRT is extended, reliability,is improved, and the overall dimen-
sions of the device are reduced by mounting the rotating drum and the elec-
tric motor connected to it through the speed reducer on the moving carriage
which is displaced discretely by the step-bry-Step motor along the turning
axle of the drum parallel to the screen of the stationoxy CRT.
1/2

S9
uDc: 55o,834
SLUTSKOVSKIY, A. I., VASIK,.A. I.. BEAEZA, G. V.
"A Device for Recording Seismic Time Profiles in the Form of Triangles and
Trapezoids"
Moscow, Otkrytiya, Izobreteniya, PronWshlennyye Obraztsy, Tovarnyye Znaki,
'No 8, Mar T2, Author's Certificate No 330410, Division.0, filed 10 Nov 69,
:published 24 Feb 72, p 143
Translation: This Author's Certificate introduces: 1. A device for record-
ing sei6mic time profiles in tbe. fom of triangles and trapezoids. The de-
vice contains an optimizer, a modulator and a samming system. As a dis-
tinguishing feature of the patent, the effectiveness of processing zeismc
data is improved by connecting high-frequency square-wave sources through
integrating circuits and amplifiers.to the inputs of the balanced modulator
vhose output is connected through an amplifier to a diode bilateral clipper
with controllable threshold. The second input of the clipper~is connected
to.a pulse amplifier of extremum values of seismic signals, mid the clipper
output is connected through an amplifier and half-vave rectifier to the am-
plifier of the vertical deflecting system.of a cathode ray tube. 2. A modi-
1/2