SCIENTIFIC ABSTRACT KLYUCHNIKOV, YU.F. - KLYUKACHEV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723310012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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8/1 37/62/000/00-Vl 37/191
ADVIA101
AUTHOM Presnyakoy, A. A,', Doutava, L, 1,, XlyuchnIkov, Yu. P.
Tr=t on some peculiarities of changes In microhardness and crystal struo-i
Vure of brasses
PERIMICALs Heferatlynyy shurrial, Metallurglya, no. 3, 1962o 56o Abstraot M57
("Tr. In-ta yadern. fix. AN XA2&9n,." no. 4,* 1961, 63-M
TWt The changes In,mlarchardness of brasses as a function of composition
at hardening at different temperatures were investigated, " also an X-ray study
of the crystal structure of Alloys at higher temperatures was carried out, The
miorohardness of brasses containing 5 - k$ Zn was measured The alcrahardness
of alloys In A cast stale And after hot deforvAtIon (rvIW6C) and annealing
(4 hours at 600 and 8DO%'C) was determined. On the z1orchardness curve of cast
samples maxim are observed which Indicate the presence of certain chang in the'
phase composition of Mloys. A considerable deor*ase In Un alorchardne:: of
alloys with> 2% Zn aft9r annealing is'oonsidered. to be oonneeted, with Un
fixation of the smalt, that is with the hardening of the liquid. After defom-
tion and Annealing an ordering takes place In alloys, with the formation of a
cam 1/2

W137/62/000/00-VI 13-1191
A060/A101
AUTHMSt Preanyakov, A. A., Dautava, L. 1,,, Klachnikov, Yu.-P.
on the anomalies In the electrical resistance of bras"s and
aluminum brMses
PERIODICALt ReferatIviVy zhurnal. Metallurglys. no. 3. 1962, 14. abstmat R92
("Tr. In-ta yadern, fix, AN ]Kaz=*, 1961. 4,69-73)
TEM A determination was carried out of the dependence of P upoa the
temperature and duration of tempering of hardened specimens of alloys with 5 - -V%
Zn and I - 69 Al (the remainder - CU). The spealmsn8 waro hardened from
in Ice vater and subjected to tempering at too - 6oo C forduratIons of 10 min
to 12 hours. It was established that the anomalies of the mechmicul And physical
oWaoterlatias of the v6-solutlons of Zn In Cu were caused by the ordering
process. The maximum ordering occurs at a Zn content of -10 wid 3V%. The ordsi,
ing process 1e preceded by the "amoo of the X-state In the case or a loog
tempering of hardened alloys at 200 - 300'06. The appearance of the x-state and
the ordering process are also obsorved In Al-bronzes. 7he homogeneous aging
of unsaturated solid solutions, observed in brass#& and Al-bronzes represents
Card 1/2

403710210001003V1361191
/A 1.2.2 0 ioiwkiol
AUTHORSs Klyuchnikov, -Yu,- F Preanyakov, A. A.
TITLE: The anomalies-of electrical resistance of Cu-Ni alloys
PERIODICAL: Referatlynyy shumal, Metallurglya. no. 3, 1962, %, abstract U356
(%)r. In-ts, radern. fiz. AN KazSSR", no.A. 1961, 74-77)
U 0 The change of the specific electrical realstance after to"rLng at
100 - 600 C of 15 min. to 12 hours' PratIon was studied an alloys containing
5 - 50% NI and water quenched at 850 S, Vor alloys with 5 - 30% HI the electrical
resistance changes vilghtly up tS 300 C, aftervards It increases rapidly at the
tempering up to 600"Ci over 600 0 the*1novass, of electrical resistance beacon
slower and sometimes disIppe", This f&*.t Is connected, with the emergence at
temporatures of over 3W C of the short-raMe order (K-state) wh1ch dle
at temperatures over 60006, Alloys with 40 w4 %)X MI at. tempering at 4.0 ,ar*
display the sinUm electrical resistanue which pol
9ta to the awrSenco of tM
ordering which disappears at taquratures up to 600 0. For the alloy with W%
NI 'this effect Is expressed more strongly. The decrease of eleatrIcA realstance
Card 1/2

S/058/6Z/000/006/095/136
A057/A101
AUWRSs Proanyakov, A. A., Dautova, L. I,, Klyuchnikov, Yu. P.
TITLE: On anomalies in the electric resistance of brass and al umimm bronze
PERIODICALs Referativnyy zhurnal, rizika, no. 6. 1962, 57, abstract 6E440
("Tr. In-ta yadern, fit. AN KALMn, 1961, v. 4. 69 - 73)
TEXT; The electric resistance p of brass $Amplel; containing 5 - 38% Zn
and of bronze samples with 1 - 6% Al won measured, In dependence on temperature
and duration of tempering, to explain the nature of transformations In Cu-Zn al-
loys occurring with the change of various proportion. The observed anomalies of
p are connected with the relieving of thermal deformations, the formation of the
K-state and with ordering processes, which are preceded by the appearance of the
K-state.
A. Kikoin
(Abstracter's notes Complete tranalation)
Card 1/1

S/058/6Z/000/006/096/136
A057/A102
AUIMR3t Klyuchnikov$ VU, F,# Preenrakovp A. A.
TITLEs Anomalies In the electric resistance of Cu-Ni alloys
PERIODICALi Referativnyy zhurnal, Mika, no. 6, 1962, 57, abstract 6E441
("Tr, In-U yadern. fiz. AN WSS", 1961, v. 4, 74 - 77)
TMTs The change of the electric resistance p -was investigated in solid
solutions of Cu-Ni after hardening and tempering In order to verify the pre-
vlously stated assumption that the ordering In alloys to preceded by the formation
Qf thv X-statet Prom the guryes of the dependence of the relative ch".* of p
upon the tempering temperature# It Is concluded that in allOY3 contaln1nij MI up
to 30% the K-state arises during tempering. In alloys with 30 - 50% Ni the K-
state is followed by the ordering process.
A. Kikoin
(Abstracter's notet Complete translation]
Card 1/1
3",7,3 &J,- --m

KLYUCHN11 .-Yuji.] PIMYAKOV# LAI,
ChaWs in the ."Waal resistance of brasses close to the,
staiabiametris 60*04ition 10 at treat-
"nts. Tro4 Insto not. 1 10 1.02416
f6;9 (XMA 1538)
(Brams-4lectric properties)
.(Noteleg Iffoot of temperatu" on)
-i IM ~~-

PRUNYAKOTO A.A.1 CHER"MOVAg V.V.; -!T~M~Wo
I-rq in"atigation-W hardenod L75 brus during the toqwring
P-moss, Tn* last* melt. i obogashoh. AN Kaukh. M 4s
67-W 162, (Brass-4btallography) (KML 15,d)

MF,KYAKUVt A.A.j SLYUCHNIKOV's TU.F.
TRAMOTIONS OF TOR IMMTR OF WWAR "MCS (?ROT 193TrWA
UtXROff n4 IKI) or the KAUXR Ac,4dmW of Selemsep Tolms 29 bF
DIfTerent a-Ahors# Xasakh AgwdmW of Sderwe PubUsIdne Haug*
AIMWTAO USMt 19",
The fine crystalline strufture sad properties of non-ferrous alloys.
1 The fine m7stallfte structure and properties of Cu-Nitlloys.
2: The fine c4stanino structure axopropertles of simple bram"84

KLTWHNIKOVI., Yu.F,j PM.SXYAKOVO A.A.
Anomalous change in the struoture of Z-ray ifiterfOrAness in brass. Fit,
mt. i metalloved. 17 no.29293-296 F 164. (MIRA 17M
1, Institut wtaUurgii i obogashcheniya AN Kas=*
PINION, --~
v
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Obanges In the electric reoistanoo of e-br"s In the process at
ammaing folloving defoution. Tmq lut, Wo I obols 11
Kaukhe 80 7170-75 163o tHIRA .17&6)

ILTUCHNIXM, ru.F.J PRMNUKIOV,, I.A.
Effect of the rate of deformation an the plasticity izAices of
alloys in the Cu3Za rw3p, Trudy Inst, not, L obog, AN lasakh*
SSH 706-79 163. (KM 17:6)

"Mmauxorp Tu.F,; 0'.T';,7-!-IYAIUVV A.A.
n"tioity or -+pper-sino alloys, 1~%* Inst. ut i abog. AN
Itasakho WR ~WV-157 t63 iKrPA 1788)
X-ray 17. M W-Won of the a f feet of zinc concentration an tba
ordering of -YfUrasse lbldeal%-164
Mf
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gg'
IRA PIN
-Zf,

- - --------
'ACCMIM Us AP4M?366
AUMIG s ii ardtay.0 A* A*
TIMs Anomalous variation of, x ray interference structures In brass
SOURCEs naika motaUoy L astauoredisning vo 17# rA* 2# lAt 293496.
'TonC TiMs brass# x ray anilymiss x ray diffraction pattern# Uttice paramete.r
:variation, annealinji hardening# Interferaim pattern variation
ABSTRAM A now "oblique" method for X-ray analysis of &Uoys was developed WA
used to study dstailed prooesses occurrLng In the themal and mechanloal treatment
of alloys, It involval the rotation of a toors"rained. metal sample arowAits
axis at an angle of 90 - 8 relative to the incidant x-ray b"&. A basic require-
ment of this method is that Pw Incident radiation should produce a reflection at
an Ongle rat less than 78-W9 Theme reflections xWo it possible to measure the
lattice parameter with sufffaieft socuracy and to analyzer the state of the alloy
seem-ding to Vw 4nterforanos spoUo This method was applied to the study of Cu-Sa
alloys with 1540 % by weighi'Zn& To stuOy the Umerature behavior of the
structure,, -the man*# win fint annealed for 750 hourso follwed by a 9=
Card 1/2

ACCMSIOM NR% APW17366
cooling from 75M to ro= texperaUme Other temples were quenched from 7001 750
and 8000, with subsequent tupering from 100 to 7000, During tmpering of hardened.
brass samples the anomalous varistions'wers observed in the x-ray interference
structures wd in the crystalline lattice parameter. These were believed to be
.related to a process of metal orderinga Nazlow anomalous variation W"."*6aiatledl
,w:Lth the 7500 quenche The change in the ti= lag at that tes"rature resul,
the appearance of now lattice porameter anomalies, during tempering, The
,at 6= caused the disappearance of the anamalies ob"ry" in Um structiure the
,X-ray reflections, OrIge art,, has# 5 fIgu;*s*
~ASSOCIATIM Institut metallurgii, L obogashchmiya AN X&MA -11astituto Of
Msta2lurgy and BensticIAti=# M XaMR) i
SUBUM I 2%b63.. INCLI 00
AUS CODZI' NK SO W WTI 006
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KUUWVp V*D*; JW914
,#ffj,Tm*F*; PPMUKOV,, A*A.
lust Of CA I0--radiAtIcin for the study of orderin In Cm4b
alloys, I&T. lab, 30 noo6M9-721 964 IKI 17 18)
10 betitut aetanurgli i obogashabonip All lamakhakoy SM
v 1, Nw

MrIlIKHMP V.D.; XLYUCHNIKOV Yu,F.
I ~ ~.
UnIng NX12-radiation to Investigata ordering in copper-zinc alloIys.
Trudy ]not. wt, I 6bog. AN Kazakh, 9M 10163-M 164. (M RA 18 17)

FACC-NR~-APW35898 bOURCKOODE: URY0411/66100()
INVEMR: Kolyadia# A# lei MukhInag T, It; Xlyuchnlkovj V. V,
080; None
TITLE: A device for measuring the scattering coefficient of rsAiation. Class 42,
NO. 1873~6
SWRCE: Izobrateniyat promyshlenrqye obraztsys toverr4ye Inakit no, 2o9 1066 137
TOPIC TAGS: light scattering# radiation, measuring Instrument, optic system
ABSTRACT: This Author's Certificate Introduces; 1. A vice for soasuring the se
tering coefficient of radiation. The Installation conti:90,9 a radiation source and
receiver, monochromator and optical system for projecting the stream of radiation on
the input alit. The range of angles at which the scattering coefficient can be
measured In radiation of fixed vayelengthe to expanded by using an optical system
consisting of a parabolic and a spherical mirror or two spherical mirrors with the
specimen between then in the form of a plane-parallel plate. The output slit of the
monochromator is located at the niain focus of the first mirror, while the radiation.
receiver is placed at the focus of the second. This receiver Is mounted so that it
may be moved in the focal plane. 2. A modification of this device for measuring
radiation scattering toefficients at -an angle of 900 to the surface of the specimen.

fA-it:~ 7NR# AP6035898
Ti;,unit has a trap mounted in the as" channal and an auxiliar7 optical "stem vade
up of plans and spherical mirrors directing Us given stress of radiation tovar4 the
receiver.
1--spherical or parabolio airrorl 2&-spherical mirror-, 3--speclass; 4--output sUtog
5--receiver; 6-trap; ?-plow airror-,'a-sliberical mirror
SM ODDEt 2o/ am Dmt njt"5

XLYUCMMOVS Yu. I,
*Problem of the Complex Characteristics of Climatic Elementes,
Vch, Up, 14sakhoke gg:U 28# No 2# pp 89-93,, 1954.
?he method of complex climatology of Ye. 'Ye. Fedoraw (222fis. i-
Hat2grolodup 3j. No 4# 1933) is discussed. The article gives a table
of fr*"ency of wind velocity gradations according to Individual classes
of weather in Jwmary in one of the rogions of Xazakhstan, (144sol, No S. 1955)
00: Sum No V% 9 Apr 1956
tff

Lwu.cmvy, Tusle
--m4midsporp
climatio changso duA wtW tW *cow* Googe v abk*2~ 18 nools64
-TO-1 155' (XM 8:3)
(olimAtOlOff)
-M
m

Agroolluatio possitilitles of extending winter and spring vh"t
planting In northeastern Zmm3&sUm. Top.pogAasakh. no.W33-158
156. (MM 9111
(fazakhotan-Wh"t)

Alz
rr r rAut T0.14t kand. VoCr. a&Wq TUMZKOT~ bLM. 9*W.
swako
hv aollmation of SiOloles (mPrAlaw In. tb* geagmpb7 of Mwagio-
Stan# 0* no** 9 19M. lWaVal 1W &K. XMbritdola and W. is
121wbAibTj lbst. JX Ussl&~ IM 14 no - 3 tl0l,-103 lRr 158.
masl6staw-rewslad 6*;;;;;;) (KIU IUD

i', -4
ImirucMawy, TIU 10
climate of the Mahuablask-Borovoye health resort and sanatorium
distriot. Trudy Inst.kraev.pat. AN Usakb. SIM 7,133-4 159.
OUU 1513)
DwRICT (OWMAT PROTIM)--OLIXATOLWTI MICA)
Tnie, -77-
MA

5 Wul,"R.4--,WnMwl 5111141WZ !9MM, V11"', P'll"o, j
mom
XLYU MIMIKOV
4oneral obarooteristic" Of the cit"to in a sories of points of
g>*rn KslakhStan, Trudy otd, geog, AN Issakh. m no.8133-74 "61-
(P.LU IWO
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CUmate of the BershoW reeort, TrUdy old* 6606* AN KISO-b*
SM no.91161474 1620 (MM ISM

sA691021000101110 1/077
D228/D307
..AWHORS Xlyuch u*l,_
_~_pikovt Y
TITLE: Climate 6t Ysny-xurgan SPA
FERIODICALs Referdtivn'yy Ishurnalt Geofisika, no. 11, 1962 831
abstractAID474 (Uch. sap, Y4=akhak. un-t4p 4i., 19609
T itany-Rurgan, one of the major =A spas of Kazakhaten
and Central Atsia,, is in the Ksyl-Ordinskaya oblast'. According to
the clascification scheseproposed by L,A; ChubuMv, YwW-Rurgan can
be regarded as a desert xone plains spa. The spa a climate is con-
tinental and arid. The weather conditions in each: season of the
year are considered separately. The summer ve"ont which induces
the most interest from thb spa viewpoint, lasts about 5 months and
is obrupSly arid. The average daily air temperature rw%es from
22 to 32 in June " July. Dry weather prevails if the air teuoora-.
two in hifib# the sky is cloudi so ' the wind is fresh. This
complex of weathor condit$os a.'rable for kidney disorder treat-
..,,.,Oard 1/2
2
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sA69162/000/012/068/ogs
D228/007
.,WTHOR: R-lyuchnikov,, Yu.1,
Tl=: Climate of-Serchogur Spa
PtMIXODICa: Raferativnyy zhurnaL, Oeofizika, nos 129 '1962s Got
abstract 12B422 (In collection: Vopr. geogr. Kazakh-
stanat no. 99 Alma-Ata, M UsS311tt 1962t 161-174)
The:best time of year from tho'health-reaort point
of view is the period * rromliay ~to September. This period is charac-
terized by the revalema of dry cloudl4sa im4ther, which has an
extremely beneAcial effect on invalids with various f oms of tuber-
culosis. 'The poreentage frequency of very dry wouther is especially
high in the period from June to AUigust 415-16 days a month): On
other days of these months-there is mainly dry weather (10-11 days),
From 20 to U days A month from May to September an characterized
by, uncloudy (mainly) and rathar uncloudy (partially) weather. In
addition it should L-4 noted that the dryneciot-tho air and the
absence of cloud are combined in this season with markedly developed
1/2,

1?
BOV/177-58-4-14/32
AUTHORSt Dmitriyp go$@ and Fisherg'GAo., Lieutelmant-Colonels
of the nehoal Corps
yuchnikova, AtG.# Major 6f thotgodical Corps
-S-ad-ina___V Go Lieutenant-Oolonal of the Medical Corps
Radsivilo;silyl $#Log Lieutenant-Colonel of the Veterinary
Corps
TITLEt On Centers of.Q Fever in the Central Volga Region (Ob
ochagakh likhoradki Ku-v Srednem, PovolzhIye)
P M ODICALt Voyenno-seditsinskiy zhurnalt 1958, Ur 4, pp 43-45 (USSR)
ABSTRACTs The author reports on the first cases of q fever in the
Vollsk-Shikharr District in the Central V 1 a Region,
The acute dissuse sets in with a general :11aise and in-
tensive 'pain-in the forehead and the area of the eye-
sockets* The bodysabse all over, especially in the
extremities, Pronounced asthenial frequent chills
insomnia and lack of appetite are characteristic
Card 1/2

SOV/177-58-4-14/32
On Centers of 4 Fever in the Central Volga Region
Q favor. In many cases, tre4tment with the Burnet
antigen was successful* In op1ta of many examinations
of menand anizalal the author was not able to reveal
the source of infection* In the district of the.Central
Volga Regiong Q favor is probably caused by aerogenous
and alimentary infection,
Card 2/2
14

IpTaulme O*Nes F=tU=s RAot IZZMZDU* A.G*
Charooteristice of "Ical strain of Flaxww's beollUse Aur,
silwablelso opl" i lawm6 27 mojsA-27 NO 16. (xm 987)
Oventerl". x6pleal Ylusale strain (fts))
1,71

AWOM Z"tktmnp Do U Mad L. A.
mu St %IMS'019 VA 144 MUM of Us ANUO (bl' "A"MY
UVIOVOR %&Uasle A*IKU)
rm wr~
ANNUM 4160NO *low him" *ar 3 "Mat of to totel Anus 100,40"1 .
ther PUT &a rou im' tie be" balma". so Snows USUW Us ;Wbian
by amomebw1w aessommi-M of h"$ bRumn ftr In- n -gild AM Opm mbez rooms.
go Saint* 1A AM 09 eadnift Is tbat 30 1prMt of the bat
sidtled is tM Antle o~s'txm Vw qM p*IM& ams. Two. an I SnUt
AUnAMS Mno Ot OMM".-
out 1/1
&U&AiAV'ch&rt (namogmj* mat nomagrais torwo ww mug. am'"
of the artiole and establishes directly the value of turbuUnce f1m. the
mathelmatical study (for VMChLthe WWgrfta IS dMn) if based an D. L. t&ykbtftn#f
Card 1/3

36-57-69-16/16
Xamogres fbr the CLIcaUtIon of (Owt.
formula for calculating value fbr,oco partIcular substation at A altItuds. the
forma& re"st i a
X, X1 U I -
(Z _,Z: 7-
wbere X. is the Shvin constant (sqwal to 0.38),$ ul to vjM velocity at an altitaft
of I War,, the stsbtUty pumater,, and a - riedity of the we -surface lay-
arlo On author also evolvei a formula for determining coefflatent k If mwb al-
culation is attexpUd. go foroula reads:
x &Z
FIf - Z r,-
Ar Integmt1m the above formla for Q,, we obtalas
2. E V1 &Z .2~ - Sk S,
z z z to z 'E.
Card 2/3

Nomog"a for Abe okicaution of (Oant 36-57 -69-16116
In Vblch Z/1- &ad Ar an Us v&3=s for two sOaUtims at two diftrwft
low2a '2 "a 0. 5 MAU") -so smosm v" oaqpubsd ft= tbon forml".
Sort me Wo SnUt mforeamse
AUMWUs Libma of oomemse
out 3/3

XT) nw I wa X M--WVAT;Oll SMAM
L"IDSMde 'GIAVA2^ geaftalcieskoys. obfervatorlys.
"Ies at tm
(goriest Itat T14*0 V". 77) -~0300 Copies
Id, (titid PNO)l m# upft:tmmm~ DOOW or r4pical 04d Nafteow"t,
801410"I'vd. (boids, -vow VISSOTS) T4k*. U.s A#V. SsrMw
Pura=: We collectiob of ~artiolos Is Intended for saImUsts Interested In the
pmessem, that taim place in +#he bomb* Wor of th* atmos*m.
COURAUS Tull pAbliestlon bantalm 13 articles dealing with the Msl*M ymessos
ot near-swr"* air massv* fte research vork was dabs In 1956. Th* WIG vmt
Is related to the fanation of boarrmt and tog and to the efftet or the con-
ae"atich procillsoo an thermal Godaticiss'' sew articles deal wIth the MoUtods
for mmourins and c mg mLIft the malm neWrologle features of the now surface
cam 114

Froblomas In the Thpics (Comt.) &W/1733
TAs fte RelAtion Between the Noirstable Pressuref Fields and, tht
Wind, Distribution In a Ban&* Layer 65
farno,061. skii, A.G. C=wa Determination of the Nature Ot NOW
21ments and of the Specific Quantitative reatures In a Atmw*erie
Bomndary Uor 72
TssyUn,, 0.1h. Certain Methods, for Determint" the CodftdmO of
Horizontal TuAnlent Diffusion 76
OOAMOVS" 1.0.0 T.T.D ly"hkoftp and N.V., Borovao Results of the
Massuraiment or Speelfle 2hemoppi"I ProlsOftles of Sall MMm
Natural coctloom 79
GOA dinj Logo,, imA got* Soloveythik. fte Distribution of Industrial
Swim 84
Card 3/4

Probleas in the Pb,4vIcs (Canto)
Broyda, A.0. 0 sad S.L. Kosher. - Deterstaing the AccuracT of the Station
Computation Method for ths, Coefflolent of this Timspersturs, Conduetivityor
Droydo,, A*Os, and NeAs Stboah', The Accuracy of the ApproxImtIon
Method In the Computation of the lost Current In Boll
AVAILIWIX: Library of Congress
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fill
fat
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JAUMOVA,_LA.j IAYMTMp D.L.
ti" of Ad""n-l wind velocity variatiom accardim
Some chmaterls
to the data of the "U17 Rqeditions TMO 000 1,OoIO7132AP-54
(=A U110)
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AMOR I V~ !.I. Laykhtesn, V. L Ts*ytin. 0. Kh.
qj.;
ORG: Main Cogghysloal CbssrftoM# !jn!Wad (Glevneye goof Isicheskays, observatdri--
ya)
Tl=: CAICU10tion Of the Vertical wind Profile the- boundary layer Of the 6tow- -
SOURCEt Leningrad# 0111vusys, geofizicbeeksys. observ&torlya. Trudy. no. 1611, 106%s,
Fixika pogranichnogo sloys atwafery (Physics of the boundary layer of the atmos-
phere)9 3-29
TOPIC TAGSt atmospheric boundary Uyers wind profiles atmospheric turbulence, Seth-
*matic analysis
ABSTRACTt This paper Is a further development of the theoretical wdel for the
structure of the boundary layer of the atmosphere in stationary conditions, as
function of external parameters. A mathematical model Is proposed for the coeffl-
clent of turbulence and a system of equations Is given for determining the vertical
Card 1/2

L 14182-M
ACC KR: AT6004145
profiles of meteorological elements of the boundary layer under stationary condi
tions based on external parameters. Ibis system of equations accounts for motion#
tjM_
heat transfer In the soil and In the atmosphere and humidity trwwftr in the a
phere. The initial and boundary conditions for the problem are stated and a generai
soiutionis given. rormulas are derived for calculating the vertical wind profile
In the boundary layer of the atmosphere and a computational scheme -is proposed for
determining the various parawters appearing In these formulas. Examples ars given
illustrating the effect of the coefficient of turbulence an the structure of the
boundary layer of the atmosphere. It is found that the coefficient of turbulence
increases with altitude according to a power law, reaching a maximum at some*point
and then decreasing with altitude. An appendix to the article gives tables of the
functions appearing In the formulas derived. Orig. art. has: ' 2 figu"99 6 tabLes$
70 formulas.
SUB COM 00/ SUBM DATEt 00/ ORIG IREFo 009/ OTH RM 000
Card 2/20ff~

XMCHNIKOVAt L.A.; LTAIMTKANg D.L.1 TSMTIM, 0.1h.
Caloulation-of the vertical vind profile in the ourface boundary
layer. Trudy 000 nos1670-28 165. (KMA 19W
A-- Ir
'S
V" 51 1 t
MR
mv ,.1- M

EMCUNIMA$ L.P.Oed, red.1 RTAROSTINAp L.Dov tekhno red,
(93iifiod tIm norms for repairing the- fit-Ungs of oil field
eqalpment) EdiVemoriv Yremeni n& slosaMi reront imetto-
proxWslovogo oborudavmfla. Monkvaj Isd-vck NN*dra,v 1964. 72 p.
(MIRi 1714)
1, Moscow, Tgentral"noys byuro proWohlenrWib normatlyov po
trudu.

KULIYEV, Saftar Makhtl MWZDOVp Nuraddin Hurmamed; MDIVANI,
AleksaWr Goorglyovieb; KMC)21IKOVAp L.P., ved. red.
(Efoolenoy of drillIM deep vells) lffektivnostv buranila
glubokikb skyashine Moelmap Ivd-vo *Nedrapw 1964. 122 p.
(MIRA 1725)

XUUCHNIKOVAO L.P.0 Yod. red.
K
[Unified tim nom for underground repair of imlls]
IditWe normy vremeni na podsmMi rmont skvashin. Mo-
skva,, Isd-vo *Nsdra,,N 1964, 122 p. (KM 17:4)
1, Moscove Tgentrallnoye b7wo provahlaw7kh -normatinm po
trudue

PAPATOM, Udstofqr Ivanavlahl SNIM.0 I.S. . red. L KLTUC IIILOVA#
L. P. #ved. red. I 'USOUVA, Z. 1. p takhn. red.
(Nslp# ocastruation and opontlon of solf-supporting,
suspended plpsllmwlhwWrovW9, straitellstvo I eks-
pluatatslis samesusboMkh pr*vlsaivsMMkb truboprovo.-
day. Moakvaj 06stopt"Msdatt 1963. 110 p
jMIPA 16t4,)
Mpella")

OMJZAEBO M.P., prof., doktor tokhn.nauk, oty, red., TMUN, II.A., dots.,
-kande tekbus nauk# sano dtv. red.1 NMFZIAV, V*F.p profp
doktor khime nauk,, r*d.1 SPIM,, A.A.9 dots.,p kwWo tekbao
sauk, red.1 WNUM, 6too Va. r4d., POWMTAt T.T.9
ved, rW,l POUSINAt Aol-.p takhav red.
ITZ'swactions of the All-Usdon laterwdvvrslty Soleatiflo
Conferenae on Corrosion Cmtrol Problml Trudy Vassoiasmol
imshvusovskoi asuabsol konfe"nuiL po voprosam borltv a kor-
rosiol, Xoskvsp GostoptAblsdatj 1962# 403 p. (Mm 1688)
1, Vaesquasys, asshvusovakaya sauahsaya konferentalya po v9p.
rosam borlby a korrosiM. 2, Aserbaydshankly inatitut settl
i khImA In, R.Astabskova (for SpIrla,,
I (Corrosion. and an'tloo,rral;1.)

vmy 1011- r ir n W.-t- zwwmwmue~- &POI
JMI 1.3.1 UT12U=# Sol.; PAILUKIM, Ul.s JIMKM# Me
Alroklorl XJXWA* Ool.; 8QKOWv 0,5o; MCKIMs to-Vot
OWT!MMI Teasel xmm=IMAt-- 4ftij UMMI Volq Iwo"# valet
ATIONOWA. ~6161 -M*# I.A.1 MAU. 0,1#1
U" A#X*
ft* 6f effifta of -JU ""r&1 4=tM4S&tjft &pint dy4entefTe Anthal
DO-8127 As 153. (MM 6121)
Kharlka".

Organisation of laboratory Inspection of the food in sanatoria at
the Sochi, - UstsestA health resorts Voi-pit, 16 U091378 Ja-7 1 a
(an IOA31
I* Is ptabobevoy latorstoril Wortuoy poliklialki Noel, Sochi.
(80091"Diff IN DIM=)
(700 AVULM1109 AM INUNTION)

MOMIDTAt 9*14
iation at the SeA146tsesta r"ft4o Topepit;
=
_~he 4
noJ183A 84 158 (Kru nil#)
I* Is plaho.harcW laboratoril kurftftW pollklinfti Noo2p $ochli
(EWIM mmst
byg. testing -of dolly food ration is resort (he))

=VCMFMTA, X.T-.~
80milautosatic oontimmus proftotion Uns of the mWzW and
rollIng soction n&W"tnrlvg colored rubter for shoo solos*
Zftchel rolo 19 a9#314WA MR 160o (=A 134)
10 llymkly r*gftsv&fte-rszL&oW sav*L
(Doote wA shoes, lkbtor)

A,XZBAMOV, Origorly pedorovIch, ILyUCOIKOTA, N,I.j redahor;
COrlantsation of ~slsvotsrbowssl Orpntsatolia skotoubot
puktov I boonskikh plombdWok, Moskva, Isd-vo tskft, I sko
lit-ry to voyrossa sagotovoks 1954. 78 P. 816)
Slaughtering and slaughterhouseO

1110DIAM, ~Isksey, V More redaktor;
IASUBg O*Att tokhniobeskLy rod&ktorj ollaMM, PeGet tekbnIch*&3dy
radaktor,
[wool: commercial elide] fawarovedenis shersti. Pad.rod. N-N-Ow-
chinnibm, Moskva$ Isd-vo tskhn, I skous lit-rr po Yopro"m sap-
gotowok 1954.283 pe (XUU Be 4)
IWOOI)

Georg D-71ke, rodanor; &&LVRnXLAWAj_;l*As#
ly VyiobisldlWich; MMOM
re"ktorl 01CRISMWO V.L. spoterodaktorl 0=01A. L.A.0 1RUMMor
Was
[Billiptria equipment for grain olovaters, f1my mjUss great, sod
uJX"'f6" pleats] Maktrooboradevoule elevatersvp malluitso
krvptpoykb I koo'bikermov7kh savolovo Xoskvao lsd-wo takhae I
skoat lit-v7 po voprosem ask"ollso-kruplaval, kenbikormovol
proWshIt olovators"kWoksgs, klmisistva. 1956 287 po (NLU 10:2)

aspirsatka: BRIM=, TO-B-. student: ZTBINI Yu-P-,
w-Ox., Haktor tokhn*tauk
Bffsot of the o6utrUction of uppers on time sqwnded for
mablas s~wlag.lxv.vys.uobs'b.s&v.: takh.1494roll, 00.11
"9 1L~9- (MM 1216)
1. Hookovaidy takhmaloglebeekty Institut logkoy prourahlonwati.
askovendavana f dm tekbno It obuvl*
Os manufaetull
.ralm re

jmyn~~~splraatt Mlls, Tu#P.t daktorfaMmenauk Prot*
Stfsat of the desip of the shoo up"re on Use UPM9 an
mablas stitabing# levevysinobabelays I tokbeleasposs poJ$
"405 159#
L No ske"kir telbsologlabseW lastitut ISOW ProvPblMostle
lalwasudaim katedray teAsoUS11 otuysop prolsvoUtves
Moe mad"tuOO) (Voft ft"w4mont)

XLYMMIOTAl T.M.0 insh.1 ZIM, Yu.P.p dbktOr t0khn*VAUkj, PrOfo
Time expanded for vork breaks for material pivoting in stitching
shoe uppon, tokhologopme no 601-79 161.
. iMM 2.4:2~)
1. HookovsMy tokhologiahoWdy inoUtut logkoy prompUSUMIU,
Rokmando"m kafo&oy tokbnolo#U obmfto proizvodstva.
(shoo mawraou")
(Tim study)
~y-
Ji

XLYUCHNIXOVA, V.M., kandd tekhne naukr avolstent; SHIIWA, G.N.,
Using the calculation method for datormining tho time neoded for
the bending or the edges of shoo upper parts. Nauch. trudy HTILP
no,27:108-114 163. %4UPA .17:11)
1. Kafedra takhnologii izdoliy it kozhi M-%ik;~-.,nkogo teklmolegieYeAugo
inatituta logkoy proomphlennosti.

KLyU;,jMjXOVA, v.Mp kand. -tekhn. nauk,, doteentl GORYACHEVAg M.1., 1rxh.
Investigating the Infrared drying systeas for footwear vith
chrose leather uppors, Nauoh, trudy MTILP no.30sl)0-135 164,
(Mffd 18-6)
1, Kafedrs tekhnologli Isdally Is kozhl 14ookovskogo tekhnologicheekogo
Instituta legkoy prourehlonnosti.

KLYUCIINIKOVA, V,Y&9,.Und., takhas nalAt dotsentl LLIVENKO, S.P., Insh,
Calculation methad for dateralaIng the duration of manual
operations In the assembly of thoe uppers, Nauch, trudy
XTILP no,30s143-152 164. (MM IM)
1. Kafedra takhnalogii isdelij is koxhl Moskovskogo tekhnolo-
gichaskogo Instituta legkoy promyshlennosti.
'ILL
iW
VIM
t

MUCHRIKOVA To A
fmUDS Pstlants With 1"d poisoning at the gory-Apah aineral
spriogs TVWW AltJoWepato AN razakhoM 404-109 056.
iSM-AGAMI-MMUI, VAMS)

frosting disorders of the nervous syntax at the Sarlopch mineral
spring$, Trudy Inst. Xrsov,pat. AN Kazakh SSR 5:140-147 157o
~(MVOUS SY3?m--Dlmsxs) (MIRA llt2)
(S&RUUC"IWAL WATW)

JLj6zUCUMTA, Ye.A.
OsudItIon of The olfactory analpor and cbAW9 12 patlents wIth
Intoxication voider ths, Influme of therapeutic baths, TrW Inst*
krasylpat, AIIIAS&A. so V152-11" 059. (xm 1-3:3)
-(AWA"Off-KMUL VAM (=a POIBMID) (M")

ATCHABIRMS B*A.; NII=CHIVA# V,S* 02VAIM of a
static tremo of the band in saturnismo Trudy Inst kmey. Mt.
AN FAsakh. M 8113&14 160. WPA 34:3)
(Timm) (IM POISONINO)

j7
U"CBNZXDVAI Yo.As
Tmt"At to with d1lo"Ol of the Peripheral mormu
Of 19010
Avsk.xgkin
qstm at Springs tr using mineral water of rAtml
10 to"ra MA aboral water th# Us boa sll&tlr Imtedo
TrMy lut,kran,patU lasakh. S.S.R. lls%4M -162.
(KMA 26s4)
(AfP"U nMM.BkTHS9 MDICATID)
I rl IMIIIN M -20TV
77, Mm6khiiiiaii

ATOXANMY9 LA.
auto NA Of a* ji" smalysw =der the influmW Of
bdno4oxlsmiotrfttmt Is lmd poiwMn* Troo Int.knmbpat*
n Unkh,= lotl53-166 S62* 2645)
Pmamo) (2"Tjt) WWAPr)
IA
I-P

ATCHAWM, B.A,j9=9JaMq %J~Aj GORMNOVAI, N.V-
State of tb# ."i "tM asaUser in lead intoxications TruO
lwt,krwv. tfizil Usakho so girs-iSS1,61. (KIRA 16s7)
Zt* -Pon0no) (OLFACTO)ff MVI)

ATCHAVAROVP B.A.;
Cbsups in cutanems smuitivity in load intoxication,
Trudy Insto kmeve pat M lasakb, M 9sl89-W'61.
(MM 26s?),
(U4D POIMING) (MR.-DGMATION)

SMO N.D.$ KAOMAO 1b.A.; MtUffAt To.Aol =a=
MlIn Tom p V.I-.; 2=LIN,, B., Zh,j UIOTWAj NoAo
State of the health of peopli-Uoculatod with live antibmaellesis
,ftoolnese Uvo AN Foas~M* SM $or* lood. nauk nolaUw-90 664
(MM 17 #7)

A- T*qA,j
BUM&Wt 1.141 KASMAj Xh,A.; MI TAt T*.A.j XLYVCM[Uff
M090MMO V.S.1 TLWU%q S.Zh.I YAKOnVg-,-VA,IZNKOVA, LF,
State of bkIth in persons vaocinated with live antibrw*Uosls
vaoainoss Zhur. sikroblol., spid, I im, 41 no, 2sI39-UO F '(As
(MMA 17#9)
1. tatakhskiy institut krqevoy patologii AM SMO Alm.-At&.

--------- 77
AMMTAX,O 0. 1. 1KLYUMXOVAo ICY,
In"MUSStlWoodium wA potassium sluminates bydrates formed In
al=irA produation -residues. TS"t. met, 36 no.le43-50 A 163#
WRA 2615)
(Aluminum industry-By-produate) (Alaminatos.-Ustins)
~7 VIDN"

IM/0080/66/019/003A)577/0584
AVrHOR: Gopiyanko,. V. 0.1 Anufriyeva, K. L; Klyuchn1kov&L_'1(*'__ F.
ORO: none
ry tiAlusation during 11janjum yMrjfjRati2 in molt*
M584
SOURCE: Zhurnal prikladnoy khimii, V. 39$ no."I 1966o 5T7
TOPIC TAM titanium,, metal purification,, electroorystallizationo
chloridat electrolyte, alectrolyalso titanium alectroarystallization
A3STRACT: In studying the electrocz7vtallftation of titanium from
melts and development of electrolytic methods of preparing and re-
I 1--bto"*torisined-that-titanivi-orystallizes at
the cith6a*Z1ktA0m3*rJ%tU '68-vtl t a 90 0 a - In
fonns, namely, needle-shapodp P ariatic,-, - lamlinart -octahedres and
tinely disperse. A marked growth and further development of forms.in
crystal graine was observed at temperatures of TOO 1:0 850C. Cathode
matals of various coarseness (except for the 0.25 mm size) are basic'
ally of Identical shape but differ in sizes of crystals. The effects
of the concentrations or titanium chlorides in the electrolyte,, dura-
tion of electrolyalop process temperaturessand Impurities of certain
salts In the electrolyte on titanium elsotroorystallization are shown,
Crd 1/2 uDcs 62i.357.2�246.821

-card-
f ~- * Mir M. a fill

XUCCHNIKOVA, Ye*Fo; 00FITMOf vooo
Dsterstniq tho PUB64dwralogical amPollitiOn Of t%8 1111PTN
lkCl - TiC240 2avolabs U noo41469 065s (M RA 181312)
Is Voeoqatnyy muoMo-ioolsdavatellskil I pro"ktmy Institull
alyumint"voy,,

z
9., Houth List of ftspian Aactsolonst Llbmry of Congress, am -19520 uncl.
., -.' I

KLYTISEP G.A. (lecoased)
Dryozon of the reglon of Trans Josef land. TmAy AAN'l 21)?z
181-190 1646
-TA,q Tarus~-~LL~J'-'-~~-,~~,
A@ T LaMm"
91
! ME 71~1
MEL

-KLYUCEP- I a -vo
KLTUMj I, V. - "Investigationlof Methods of Forming Ursa from Citrul-
lin and Various Amino Acids in Homogenates of Rat Uver.0 Acsd Ned
Sci USSR* Inst of Idologicaland Medical Chemistry. Moscows 1955.
(Dissertation for the Degm of Candidate in Medical 34elences)*
So,t Knishnoya latopis'. No. 2p 1956.

USSWILman aM Animal Physiology-Metabolism. T
Ato Jour: Ref Zhur-Blol., So 8, 1958, 36140.
Author
Inst
Title Stcges of Transformation of Nitrogen of Various Amino-
Acids and Ammonia into Urea In the Liver of Maccals.
1rig Pub: Biokhimiao 1956, 21, Ito 5o 516-52T.
Atstract: The reduction mechanism of N of various arincacide
and NH3 Into urea in the liver of rats vac studied.
It was demonstrated that the utilization of N of
aminoacids and other,coopounds during the second
phase of the orinthins cycle takes place only after
a preliminary trcnsfor of N vo asparaginic acid (I).
N of Amearbon amineacids Is trwufered to I primarily
Card 1 1/2 Na4.,yA~
13
USSWW=n and Animal MYSiOlOgY- Metabolism.
Abs Jour: ref Zbur-Biol., No 8, 1958, 36140.
by a 2 stop reaction of peramination, with the parti-
c,.pa%jon of ketoglutaric acid as an intermediary
carrier of Mg. This is demonstrated by the application
of fluaractie acid$ a substance inhibiting the action
of doonitass, thereby preventing the synthesis Of kst0-
glutarlo gold# NH 3) liberated by the oxidating 44"Ins-
tion of sorine and histidines is transferred to I by
transreggination through glutaminle acid. in liver how-
genstes of rats with P6 avitaminosisi the synthesis Of
ures, from citrilline and other aminoacids re=ins undis-
turbedt which is explained by -the high residual activity
of aminopherase -
Card 2/2

't -
MR,
JA LIRA- MR; ~Ia, . , 1..
rLTUMt P. (C. Ovordlovsk)
gg"rsk steel workers. okhr.truAs I motsostrakhe
no.8145-47 Ac 159. (NM 12ill)
1. 00ftram trWA I 608141100Y0 strakhovaaWs.*
everalovsk

UO U.P iAnJLVAOI We A., AWAWTjb, A. A., _. -.9
-LM?UVICH, Z. A., HA"Itow7i A. 6.0 KWHMYC,, H. G.v IWOjOV.;MA, M. Lj
TAIAYEVA, YU. G.0 VLADOMSj V. V.,, AIMMEVAp G. V.0 FISIT"'21, S.,,
#E.odarn problems of sanitw7 ~Acterioloff In the solution
of problems of cow*%wil hygiens.9
report submitted at the 1)th All-Union CoWess of ftienists, kidexioloeists
and Infectionistsp 1959,
U M I Lis I_,ALA4
A mg;,W~
anm.O
V-4
W
MR
V

;f. M4 Z&
Mgw-
EUVOIN# A949
Detersdabs the w1ah of vrotoolve sonest the how of disebarge pipes
"A tip degree of warift"tion of Pses, entering the atmosphem (Ins &~$%
(1993- vol"F4471h7veaspuzon, VskWat"unhys, asaitarnays bipshobi
Oclilstica VroW~Idsnqft vylbrosov v stsoeferno1953o P*33-53) 0a.VA 7;1)
lutitut g1piW truda:l professionallaM uvolevuly Akedeall
meditsinkft mk Oft
(Alr-ftrif Met lax)
g--~
gg
g Not

S. A. 196312
29ft
HrOIENS -
climate
oft

NMM
~Uq

thsaical reinforoament of wens and removing of sand. Ptaft ust
Mft 1806-37 061*

l.T.# alad-bly naudim sotnidnik
Treatsent of amblMla In childre followim eye nrgary, Oftimbur;
13 no,53277-281 0" (NLRA 21 t 10)
Is Is Ukralaskago nauchno-lealedavatsIlskogo akeperimentellnogo
Institute glasa$h 'bolasusy I tkamvoy torspil It. skedealka T,P*
Ifilatova (direktar- Prof. XA* Pwbkovskaa).
(AXAMOSIS)
R"M
ME RE ~ pffimllllyi~

KLYUKAO I*Vog "oldy nauchay sotrudnik
Treatment of oklyopla vith lpiproor flution, Oft, stmr. 14
no.5s276-279 159. (KM 12 110)
Is In Ukraingkogo nouchno-ionlo6ovatellskogo okqwrlmutalluogo
inatituts glasnyM loolesney I tkanevoy tompil Imes skudemiks
Yspsyllatova, (direktor - prof *N*AoPwhkGT*bv&).
(AMUMSIS)

. I ";.! -A- -.1, *, -: .,
"' 9z- emlil", , :
~
~ !~ -~.s - . ; ..~ 1: , ,, :.- , ~ .: ~
" - - - i,~, , , - -
;, I . .
L f" - - . f;- ~.-r
- I I -, 1~ .

ILYUXA* N.A,
*Yundammtalm of svpplrlm sst*rW and *qulpmnt to milroadom
by OoTogetilovt SoDeft4patsew. Reviewed by I.A.KU*m. Zbol.dars
transp. 42 maA95-0 Aj 060. lXM 13:8)
1, laaMllylk slushty wAterialtao-tekhaicheskoeo obsopecbsubs
Tootoohno-Sibirokcq do'rod$ golrkutake
HaUroods Sqo at and ~Vplleo)
r?8;Ltlmwq SID.)

XLYM N.A. (Irkutsk)
Softoolos and organization of material and equipment procurement
in railroad transportatiorP by G.M.Dsmichey, A.R.Korytoy, A.P.
Uashanko. Revieved by RAM Jaka* Zbeladore'transp, "
no.2tW96 A 162o (HIPA 3.4s22)
Is Zamestitell nachalin4 "la aluthby materiallno-tekhzi-~-haskogo
oboavecheniva Voatodmo4ibirekoy dorogi.
Ift-A
DW I 04M.)
00A,
IT

"Investigatlon of the Reaction Betwoon Knolln ani Gulcllw,
Hydroxide Under lbrdrothem. lc Treatment. 0 Cand Tecli , icl, FGlecv
Chatulcotechnologiml In-it, Voscow, 1953. (RWhing No l7l Sep
SO- Sum 432# 29 Mar 55

line Clair 114M "Ad-.Pt rMAItItIllil t" hT4J-e-
th.04III&I co-Aitkoplal V 11 Jig flot-V Ind i-
fwj~.Ify IC4d
Iffitkol.. ctsfai A
,-ttj~,A j kT,jk,~Je .~~j f4l Z4
I,n
foextI4, IL"tkilo iq sclivocd xRd cr-qi lWittl ILL?4, (!Wtnfng
Wait). A" 121141 "a Oi:atj A60, IC.k)L ;liI It fo ttgl
UP Is Ifil, 1"ditifit"I 0-th Ot.." hyllplAc 'I will'I
'TAA

Agricultural engineering
Experience of a commist meadow I*proving station. NTS12 No.1, 1952,
9. Monthl List of Russian Accessions,.Library of Congress, May Uncl.

-Y4,YWV-AC14-C V-- V_
raw Misoollaneous
cam 1/1 Pub. 89 - 20211
Authors I I Golldreerp 1.1 Roginskiy, V.; PI.Itakyan,, A.; and
n, *
Utis I Exchange of experiments
Perloacal s Radio 4, pages 46, 53j, and 63, Apr 1955
Abstract I The following subject* and items are briefly disnuseed and deserlbods A
two-voltage rectifier used for rectification of the 3OC-320 and 130-15C
volt plate circuits in a cathode-ray tube; electronic compensators for
stabilizing power feeds; the use of the 6ZhZ? pentode as an amplifier;
the semi-duplex operation durint amateur radio coommications; wW the
contest of amateur radio clubs In establishing radio communication with
Lkperi~wntal Arctic Stations No. 3, and No. 4. Circuit diagrams; graphsl
Vibles,
Institution
Submitted t

AMOR: Jayuk~qhqv, V. and Sudmvakly, D.
PxFaODIOAL: Radio, 1956, Mop& 45 (VUR)
ABSTRACT An anslysi 6 at a-* po"r spurifts voltage$ affoa Ing the I=& an the ser"s
and measures to jravoO thm. Upatic interference results In distortion
of the -adges or the ramtiv;, smak a-a aurrects In the supplyviremits reOlt
in a horlsontal dark strip*.
The power tramformar to usually responsible for the sapatic stray fiel"
In a Ity not, To stalmilso-this Interferon" -it Is -ro6ommanded: to mount the
transformer " ffif fm '$be picture tube as possible, to position it at tbe
optimm amala, to squip Oe t"fonar with a short-alrovAted (bony ooffer)
turn,, and to mount the transtomr under the obassla.
The supply filter Is usainy, responsIble for mak power-frequonoy currents,
To eliminate than It. to rooommianded to provide a 50-a or 100-e ivejectIon
filter.
There are a f1p in the, arliels.
AVAUABIXj Library of 4onamem
Card 1/1

Ly 107-22-30/46
AUMOR nyukaol '80w)
?ITLX., A Generator for Testing the Linearity of TV Scanning
(Generator dlys proverki, lins"ostl rezvertok televitors)
PERIODICAL- W16, 1956OW19, PP., 37-M (USSR)
ABSTPACT: A description of a self-made generator and the method of linearity testing.
Three tubes are usods two type OHN'double triodes for cathodo-couplad
xultivibrators and one type WKS pentods, for high-'frequency oscillator.
The mult1v1brator square-pulse frequency can be varied from 30 to 250 kc,
Applied to the modulator electrode of the picturo tube this frequency
produces from 4 to 16 vertical black-on-white stripes. Hone* the linearity
of the horizont. sweep can be easily tested,,
The second multivibrator produces a square-pulse frequency between 00 and
5W 070100/800. ApW*d to the modulator electrode this frequency causes
from 9 to 10 horlsontal stripes to appear on the #arson. These help to
check the linearity of the vertical sweep.
Pulse repetition frequencies 30-250 ko and W500 a can be used
for testing of the signal transmission through the video amplifier.
The h-f oscillator generates frequencles between 45 and 108 no.
Card 1/2

107-19-30/46
A Generator for Testing the Linearity of TV Boanning
The *s*hnIqU0 Of testing Of scanning in S tT set 18 explained IR 0088
detail. A simultaneous application of both pulse repetition frequesolos
results in a ahossboard-ressabling pattern on the screen. Any irregularity
of the pattern is an Indioation of nonlizearity. The noulinearity
cooffloiont oan be "oily determined by a ruler and the use of a simple
formula.
There are two tip in the article.
AVAILAMIs Library of Congress
Card 2/9
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