SCIENTIFIC ABSTRACT KRZHIVITSKIY, B.N. - KUBASOV, V.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201620005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Corrosion
USSR tWG 60547ti620.193
GRABOVETSXIY, A. P., NECREBETSX1Y, K., N.# and KRUIVITSKIT, B. N. , Klev
Technological In3titute of Light Industxj
"Corrosion-Fatigue Strength of DuralumiiP
Moscow, Hetallovedeniye I Termicheakaya Obrabotka Hetallovp Ho 2# 1973,
PP 77-78
Abstracts The effect of increazing temperature on t1e cormsion-fatigue atren4;th
of duralumin was experimentally investigated on DlT elloy itspecinens, 8 mm In
dinetert subjected to the action of corrosive modivAt (t4p-watalr, cupplie(i
In drops on the ziddle p~.rt of the spocinen) iwd to giyella loa(Uip 10t 12, ard
13 kgcm/XmZ at 20 and 70'0. The test results aro dlacLzaad by reference to
diagrams of longevity wid endurance. The longevity Increamod id.th inemaning
temperature the lower the load. It is anauxed that the pri)tectlviv oxide
filn developing at 1neiv"ad tomperatuxv is more durable 1.1a= Init oxide I'llm
developing at normal temperatures which gives rMse to the Incrt-titso Qf lor4Fe-
Vity of specinens under given toat corAltiona, The dananstxuted dependence
of protective film _proparties on maclutnical loaAa cam be ojxplaingid by care
intensive cracking of the oxide film under ths action of h.1-Sh laids. Two
figures.
1/1

USSR IIDC 621.373.616
VANYUKOV, It. P., SaIDIR-1mov, V. J". STAVIKOV, A. 2).
"Laser Systems for Generation of Picosecond III VN-B rightit-i:as Light Pulses"
V sb. K%rant. elektrunika (Quantum Electronles-collectioill of Moscol'-
No 5, 1971, pp 69-?6 (fror, EZ-h-Radiotv-khnika, No 1, 19720 AbsLt-aCL *;c)
Translation: A lat;erlpstem with a radiltion viier),,y of 60-80 joulct; in ii jmli;c-
of duration (2-5)-10- seconds was develoj)ed, anti the vv4!tgy denzAties 01 Lliv
total surface anti internal destruction of the actIve elonentr 4y vulses of
different duration were deternined. A tnultipass amplifivi- circuft with a(1
.It", jjIlLoh, (),j utjj!r1j aW-
amplification coeffi&fent up to 11)3 was erv.,, 1.0 pe-ev
master oscillator, permitted a Y2 output energy of 0.6 jotOos t:n bu vbtafii,~A witii
a pulse duration of (J-10).10 secands at an atigl.e clonu to the diffracLion
limit. Further amplification of the light. benin permitteti. ii-ii lticrea!~.e lit 0-.e
radiation energy to 40 joules. This insured a brip'IkLnesii, in Oiqt diffracticil
core of the bean of (4-5)-1019 watts/9;Lvradian-cn2 and an iixial brightliczli of
more thin 1020 waLtn/atcradian-cn2. Thert, are 6 Illustriltri(no nim) ari
bibliogriAphy.
gq

YqAO0383457 uR o482
Ilk
Soviet Inventions Illustrated,.S eOtPn,-1-,.9hemic&1, Derwent,
2378221 EFF~UENTJ.FURNAM BV%4S low-calorlit aqMeefus,
sol5ttoni containing organic totic substilncts
and is fitted out with a secondAry cambus;~-Ion ch'aln-
ber 7 and with tubes 6 forming the ufflue~tta aptay
.-facility 5 andearranged right across the sectimi
of the combustion chamber I with port outlets.
Primary air is blown 8 to cbe $as distribiMor 2
and mixed with gas for jetting out through 3
into the ch4mber 1; here it is ignited 4 ao pass
combustien products through to the secmd4iry
chamber 7. The actoal solution of liquor for
burning reaches the furnace through the p4trta anti
flow5. perpendicular to the conbustim prW~orts dt
200-250 m1sec. so as to provide the atomLsintl
effect and force a inix of Oombustion prodpicts and
atomised fluid into the setogdary chambeir.~ The
combustion chamber can be tooled by admi.ttlitS
secondary air Ercm the cowl,, In the vecoijOltry
chamber , the liquor evaporate# and orrsnit toxiQ
content is comburted. 24A2,65. as tO45L~56/
23-26. ALABOVSK!l A"S and

a
:1./- .0
19731463
I
-01A I

1/2 019 UNCLASSIFIIED PIWOCC~SING DATE--090CT70
JITLE-SECChDARY AECRYSTALLILATION Jfd COLD ROLLED SJLM~N STEEL ALLOYED IN
THE ANNEALING PROCESS -U-
AUTHUK-(05)-AFA.%ASYEV, S.V., uAKYATINSKIY, V.P+j GORBACHEV, V.N.,
KRYLHANOVSKIYe V.V.v MOLUTILOV* B.V.
COUNTRY OF 7Rraft-misit-
SOURLE-IZV. AKAD. NAUK SSSR, SER. I-IZ. 1910, 34121t, 274-80
DATE PUBLISHEO--70
SUdJECT AREAS-MATERIALS, MECH., IND., CIVIL ANU
MA141 NE ENGR
TOPIC TAGS-SILICON STEEL, METAL RECRYSTALLIZAtION, COLD RULLING,
TRANSFURMER STEEL, ALLOY COMPOSITION, METAL UXTUNE, lll(~H QUALI IY STEEL
CONTROL MAkKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PRUXY REtL/FkAmE--lkj95/0L9U
STEP
CIRC ACCESSION NO--APOll5d94
Ut4t, L A' '~ S I F I f U

2/2 019 UNCLASSIFIED Pl's'0CES5tNG DATE-09OCT70
CIRC ACCESSION NU--AP0115894
ABSTRACT/EXTRACT--(U) GP-0- A6STRACT. (HE PRUCESS OF SE-Clj;~UARY AECRYSTN.
IN THE PRESENCE OF S WAS STUDLEA) QN COLD ROLLEOv Oilllii PURITY TRANSFORMER
STEEL SHEET 0.05, 0.08, AND 0.10 MM THICK TO DET. VHL EFFECTS UP THE
PRIMAkY STRUCIUREt HEAT TkEATMEN'r CONDITIONS, AND I-HL S CCJNTENT ON THE
FINAL PRODUCT. THE STEEL CONTAINEU C 0.0079 MN Uo4l8v Sif 3,05, 11 0.0006,
S 0.0025, NI 0.04j CR 0-01i LU 0,051 AL 0.01t AND N O.OL07PERCEIIT.
ALLOYING THE THIN SHEET IN THE ANNEALING PROCESS 144DE IT POSSIBLE TO
CONTROL THt SECCNUARY RECRYST'N. TkIE STRUCTURE AN10 TFXTURE OF rliE
SECONUARY MATRIX DEPENDED ON BOTH THE INITIAL STR49JURE AND THE A-41'. OF
S INTRODUCED BY DIFFUSION. AT RELATIVELY L[hi S ~;UNCNS, THE SLCONOARY
RECRYSTN. DEVELUPED A klaBED TEXTURE WHFREAS AT h,4(;HE.R 1) CUNCN5. IT
RESULTED IN AN ORIENTATION NEAR (1.11JAL1.01. A 90ti:LIMINARY RECAYSTN.
OWING TO HEAT TREATME'N'T ANU'A S'U35EQWNr' 5'TAtJILll;ATIUrf OF, I'm JAl MARY
MATRIX BROUGHT ABUUT THE FORMATION OF A MGRE PERF3:CT TEXTURL III
SECONDARY RECRYsrN. FACILITY: T$NIICHM lolo BAROINAv MUSCOWt
LISSR.
I r- Li

112 032 UNICL AS S, IF 1110
TITLE--RELAXATION ANJ OPTICAL PROPERTIES OF A HAROU'lEli El'Z')XY ;2;ESl% -j-
AUTHJR-(02)-TARATt).RIN* V.I., KRY1.4,11NOVSKIYr VaVo
COUNTRY CF INFO-USSR
SCURCE-MEKH. POLIM. 1970, 6(l), LS-23
DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS
TUPIC TAGS--EPOXY RESIN, POLYMEq CROSSLINKING, OPTIC PRAVERTY, PrITH4LI,'
AWHYDR10k, MALEIC ANHYURIL)E, EXCITEJ STATE, MATERIAL !.')j~FJRl4ATIJN,
COMPAESSIVE STRESS
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--LINCLASSIFIED
PROXY REEL/FRAME--1989/0612
STFP
CIRC A,-rFSSI(',N NJ-00107354

212 038 UNCL ASS IF I ED PROICESS114G OATE--02-Z,GT70
CIRC ACCESSION NU--AP0107354
AdSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE RELAXAtIDN PFRI33S (TAJ) 'IF
THE DISCRETE KINETIC Er4TITiES OF EPOXY RESINS (1) (.14,JSSLIN~(E.0 WIrH
MFTHYLTETRAHYDROPHTHALIC OR HALEK ANHYDRIDE WERE I:li:TD. [~Y LISHT
BIREFRINGENCE. TAY IS DEFINEU BY THE qELAtIOAl ov-yr cQuALs milflis iv
MINUS V)-TAU, WHERE V IS THE FRACTION OF THE KINET)t ENTITIES 114 THE
EXCITED STATE AND V IS THE FRACTION OF THE KIINETIC (;'JITIES hT FQL)lt..
THE DETNS. OF TAU DURING COMPRESSION OF I AT A C010J. RATE
GAVE THE APPROX. RELATION T SUBMIN-10 PRIME2 APPROX14ATELY EQJAL Tl 10
PRIMES APPROX114ATELY EQUAL TO 1.781 (TAU IS GIVEN-111 SECI.
1- A S a 'A I A

4
USSR LD-- 628. 35
KARYUKIIINA, T. A., YJ,I:-.YN,
A., .91iXi-GINA, G. A. ,
KRJIIAPOL'JKAYA, I.- Z. , NOSCOW Co-w;Lruction Engineering Ilis L4 I ute imeni V.
Kuybyshev
"Biologiral "Methods of PurifyinZ Sevage From Chemical am] P11:iniaceutical
riants-
Mosew, Khimil~o-F'ar--.itsevtichuslr-liv Zhurnal, No 11, 1971, pp 31:1-35
Abstract: Ilhe 1961-1-1.969 literature ~:Vl the subject. is nrnlc-:~Ii i=.d tl-.~~ nc~~t
effective TzeLlIC-3.9 In sc::w ir,.!3tancem, -~Iien tho Contain!] -1~)
toxic Conpolln(k, it 1~~? diroct-1%, for irr,17,ation of ~fi,,ibls. In wo.;t
cases, a combincil -,-.ot'0oJ ylic-ld..; results. Set4apv
amounts of horziones must ~'irst be tn--ated unaer.)!)!cn.ll.-,r. It -.11!i t"cr, ~i,;
(waterfalls, air utr-nincs, or !;,v3tWn$) for t;o-,,oral ?ri tn 2
depending on what it cont"llis. Thl!: -ztration the
cal oxygen i! t na 1. ll z o r !: are ~nddi.--:) ;!n~` t!:.e
stirred until. in 7,-.:i be. cc, clc t ~w '71 t f, I rapi 1,; ~nq 2 1%".
-vn-:t In
NeXL, Lhe sf i. n. I ... '.
M
grown In it and liiLvr precipiLlt,~,! ti- 'h rhlo7rine. Aftt~%- o0cmlite
tion of suspcnsoid-~. tihe st-,ti~qge is rum through sand ind grwjz-.1 fMtvr-:;,
1/2

VSSR
KARYIMIINA, T. A., et al., Khimiko-Farnatsevticlieskiy Zhuvanl, Ila 11, 1971,
pp 30-35
floating natter and deposits are collected, burned, --und tised -,!:; fert;-lizers
or admixture to feeds. This treatment removes up to 951~ of' su!-,pensoids- V, e
filtrate mav be drained into rivers and lakes, or it may bi! st,."red. in resel-
vairs and be utilized during sununer. Theoretical data indicate! that Practi-c-
ally any sewage can be purified adequately at reasonable c;ost.
'0/2
78 -

USSR Ul)(',-. 621.391.883.2
RXMTN~ V. T.
"Interference Immunity of Signal Reception for Multiplex Phase
Difference Modulated Signals"
V sb. Materialy Nauch.-tek-lin. konf. Lenin(rr. elt!k-trotelAin. iii-t
I - _d
svyazi. Vyp. I (Materials of the Scicnxi?ic .1n- -reci..nicai-c-Oz1_
terence ot- Leningrad Electrical Fnginearing Institute of Ca.-ii-
munications--collection of works, No 1), Leiiingrad, 1971, pp
113-118 (from Mi-Radiotekhnika, No 3, Kar I'Z, Al):Ftract No
3A34)
Translation: An expression is found for catculati.ng, the proba-
bilit-y-o-T-error in reception of signals wit-li mulziplex pbase
difference modulation when there is jitter in tht, channel and
distortions between symbols due to clipl)inb) of the signal spec-
trum and nonlinearity of the phase frequency response of the
communications channel. Resumd.
1/1

USSR UDC:664.1.06.23
t
KRASIKO, A. S., Engineer, KAKHANOVIC11, V. S.,.TYUSIIKr-V[(,H, N, I., Candi-
dates of Technical Sciences, CREPUKKIN, A, A., Engineer,, BelorussianjAffili-
ate of Power Institute Imeni, G. M. KRZHEMEW,
"Frequency Sensor for Continuous Testing of Glass Fiber '11tickiiess During
Production"
Moscow, Steklo I Keramika, No 9, Sep 1970, Pages 16-18
Abstract: Methods currently used for testing the thickni.,ss of glas!; fiber are
"passive," that is, performed after production and have low reliability.
This article presents certain results from the investigation of a frequency
method of testing the thickness Of g1455 fiber during production. The
method is based on the relationship between natural oscil,lating frequency
of a drawn string and linear mass and tightness. An expovitzental model of a
frequency sensor has been developed. Production tests of the pensor have
confirmed its useability. The error does not exceeJ 4%, twith 95% confidence.
In the device, a vibrator forming one end support of tho length of fiber
drawn causes the fiber to oscillate, and the frequency of natural oscillations
is measured by a photosensor.

USSR
UDC:
KRYZHKO, V. M.
owe
"The Semi-Markov Process of 1.1ultiplication as a Mod". of a Medi--a-1 EEtab-
lishment"
Tr. VNII m~d. priborostr. (Works of the All-Union Ceir:itific Research
Institute of Mledical Instr,=--ert Making), 1971, VYP. lo VP 27-32 (from
RZh-Kibernetika, No 12, Dee 71, Abstract No 12VQtgO)
Translation: Problems of mathematical identification of pn"esses en-
countered in medical establisiments are considered. These ra*ccesses are
ana4zed. by using semi-11.1arkov processes of multiplictloicn.
Recurrent formulas are derived: for the awreqq! vait,log time In a
condition, for the average duration and variance of' Vwi timi! .If trarsition
from any state to the terminal cozdition. An example 1ii g-'i'e-n of n-tirwric!.LL
calculation of a system of medical examinations. jkut?~*x's ijbittract.
1/1

USSR uDc,. 621.373-1131088.8)
KERIMV, 0. Z., Power F-rigince-ring Inztitute imeni G. M.
' '' 1~ ! ~O-"I I "i4 C'. .
"A Radio Pulse Oscillator with Shock EXcitation of ti, !! sc-Lil tori S:(stem"
USSR Author's Certificate No 27701, filed 13 Jaii 0,11 publij:hed 9 Br:c 70
(from RM-Radiotekhnika, NO 6, Jun 71, Abstract Ito WVT3 F)
Translation: A radio pulse oscillator with shock' eia:H:ati,:,n is
which contains a DC volt age, sc urc e with a charging clialu! zui-!:, Ls,)lr-,tinl,- s-2:ai-
conductor d-iode, a . storage capacitor a caminitat,)r bLsed cn a
thyristor, a video pulse voltabre nourve ror eontrol oV (,.Jr- :T0jjVuf,,ut0r, and
pulse transformers. To eliminate parasitic fluctuatiai*.1; in the ec'ntrolling,
circuit of the thyristor co=utatar, the oscillator al!i,:i corwUtinu tin
amplitude limiter in the form of a stubi,iitrnn widch Iii coriw~t~ttd in
parallel with the control elect rode-cathode, section of t~e thyristcr.
1/1

IT9SR IJI)C !;S5.46 +
-KJAUU=Un r T KOLUSNIKOV, B. Ya., ZAVADSKIN, V. A., GDNOROG, D. S.,
YELOVSKAYA, T. P., Alma-Ata
"Mechanism of Inhibition of CotAustion Of Ilydrocarbon--Air Ifixtuir