SCIENTIFIC ABSTRACT KHOTYANOVICH, A.V. - KHOVANOVA,, R.I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KHOUANOVICII., A.V.; VEDENEYEVA, N.A.
Effect of the herbicide 2p4-D on the proteins of poea sprouts.
Fiziol.rast. 12 no.1:158-163 Ja-F 165. (MIRA 18:3)
1. Vsesoyuznyy nauchno....iBsledovatellskiy inatitut seliskokhozynystven-
noy mikrobiologii, Leningrad.

%,'O"NYA'r".OV3MYA, Yu.M.; KIHOTYANL@VICIII A.V.
.9-. ..
Selection of carotene pr-nducing from eil@,;-V--ic n1croelora.
Prikl. biokhIm. I mik-robiol. I no.3:299-303 MY-42 -,65.
(MIRA 18:7)
1. Voesoyuznyy navclmo-i-suleLlo-vrt--llsl~4.y institull oellskokhozyayst-
vennoy mikroblologii.

I'LA 71' LIS , Yu. Y11. [ IM tu I i 3 , J.
Use of alkali platinatc. electrolytes for t)-.,-- mnufaf;tum of
corrosion-resistant platinized eloctrodes. Tnidy AN Lit. SSR.
Ser. B no.3:63-69 165. (RTWi 19:1)
1. InnOtut. khImIt J. kh-Imiche3koy to4zhnoloittl AN Lltovskoy SSH.
SubmItted Mirch 31, 1965.

137-58-4-6582D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 38 (USSR)
AUTHOR: Khotyanovich, S. 1.
TITLE* Kinetics of Polarization Processes in Electrical Deposition of
Copper and Zinc by Certain Organic Acids (Kinetika polyari-
zatsionnykh protsessov pri elektroosazhdenii medi i tsinka pod
vilynAlym nekotorykh organicheskikh kislot)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Chemical Sciences, presented to the
Vil!riyussk. un-t (Villnyus Unive.rAity), VIIIny4is, 1957
ASSOCIATION: Villnyussk- un-t (Vil'Eyus University), Villriyus
1, Copper--Polarization 2. Zinc--Polarization 3. Electrolytes
--Applications
Card 1/1

5@11
23(4) 25 (5) 1Z)
AUTHOR: Lyalikov, X.S.
TITLZ: Successes or Soviet Else t rophotography (Uspekhi sovets-
koy elaktrotatografii) A Scientific and Tochmic^11 Can-
forecce an :,uestions of -lectrography (Naucb@tskhsi-
chesk^ya konforentalys po v*proess elaktrograrii)
PLRIODICAL: Zburnal nauchnoyi prik:jLd=y fatografil I kinsmatoZrafll,
1959. Vol 4. 'r .pp 214%-152 (U.3ZR)
r
A=22.XT: This is an account of a scientific and technical can-
foreoc* on *loctrography. the first to be hold Lz the
Soviet Union and evidozatly la the world. It was organ-
zed to Villayus an December 16-19* 1958 by the Soviet
narodnogo kbozyaystva Litovskoy 33SR (Council for
National F4onany of the Li-buzzion =R)l the Goaud&r3t-
venayy asuchno-telthnicheakly kowitot Goveta -1-1strov
Litowskoy WR (Ztate Scientific and Technical Comittee
__9f tho,Cquncil of Ministers of the Lithuanian ZZR) and
the Nauchao-isaledovatellskiy institut 616kt-ografit
(Scientific Research Institute of Elsetrograjhy) .
The conference, attended by over 300 scientific wor.
Xers. was opened by the Deputy Chairman of the Council
for National Sconogy, of the Lithuanian SZR ?.A.
gullvets. after which the director of the Institute
for Slactrography, I.I.Zhilevich. reviewed the state
and prospects for development of electroGraphy in the
USSR. He stated that research in this field shoulA be
ca=ied out along the following lines: a) & $*%rCh
for now photo-active asterials with high dark resitance.
lo@ pb,,:Ic,.Ll res:ar,.h.l.l. th- internal photoofrect;
e dew I .Dt f h tosealcon4uctor layers; d) de-
process K 5 LXplikov-(speakAng also for O.G. lop...)
a ;.P.A-in-which he suzzested
iE:ht s0nsitivit7 or electrophoto,;ru;hic lavers &a GOZT
units- ?l-Z;,E@_RvLna (spe".09 a:9,3 for I.I.Zbilevich
k r
tnZva . Markovich, ?.!. Kalinauskso@s onj O.L.
S%Lejzdis) reparteRron same f.searcr-on the sezsj%jz3.
iOn
of a miconductor in elqctroptoto@raphic layers. V.---.
FrA.dMn gave a report on bl,;!ay sensitive *loctrep oto
grapt4c layers and so aJoe i b
trophp-otopying dew eg. @:U
rowleved the forr-AtLon process of 'he l4tOct *10ctro-
ghotographic itage on the basis f the z,n,_, theory.
also described the de.41gr of an slectrosemjjqz*t,_
for dettraining sersitivit, by zho relaxation perjoj or
charge an the surface of the le,7e, , and the cimuit
f &A slectro;hotogroprac @pjng device. A.%f..
t __jo,
finished doncrLbL4 he latter and then spoke on -he
'.Lnics and kinotles or rhe development of, ttg Ist*mt
:01cctropho-o&raphic image in -liquid developers.
Card 3/10

&)v/77-4-2-15/18
Successes of Soviet Electrophotography; I Scientific and Techmical
Conference on ;usstions of Zlectrography
K.U. VLnogradoy described some of the features of the
Ca Mca and liquid =othods of el*ctrophatoGraphle de-
vain
tMat. Yu.re. Karposhko devoted Uds report to the
Z I an or lt&t sensitivity. of the elctrophotci:raphic
process. Ifter the reports, a discussion took place
a methods of determining the light sensitivity of
electraphotcu hic layers. A.N. Charn"hey spoke an the
prospects of devoloping polygra=c processes using
electric and magnetic forces. O.V. Gromov (speaklug also
for I.I. ZbIlevich. A.A, 'r
_jukhiy, A. 2j.-doyeva. A-3.
Fausha and ru. 1. levalaytis ) reported an the davvlop-
sWnit of sletrophatnerr-aphic reproducing equipment. A.S.
1hausha (speaking also for Z-'. Zhil*vich. A.S. Be.
with, NA, GB_JLTidiks and U.I.Rautkausltsa) reportalp-
on the use of-*nctro h -tMa in r*cordina
thga; Ic so
onaLlIographs and a recording 1Z5truZ4ntS.
(speaking also for L. Pak&
N-fal teardIng
the possibility or slectropbosa-raplat a IF
images from el*ctron-boan tube;. L.S. &=all (epwaxing
also for U.N. Uarkovich, T.I. Koilowskaya,. B.I.
KALlIvAuskenst U.K. Rayususs 1.f77ThIwv"bVM And
R.A. NalWaaw) Cav`W-Vdor&1lvd dexcrLptl.ob, of laba-.
story And =&China methods of producing RhOtO8*Z1COC6lUC
tar papers (zinc oxide was used). L.A. Zukhly (Sposk.=4
also for I.I. Zhilavich, O.V. Grosoy V.A. Gordayer
N.V. Fl.Utor and T.N. qtjr describoa a ldboratorY
and Industrial machine for prod,-:lng phatosomiconduc%ar
papers. T.A. Zhishkins, (spooking also for Ta.A. Cks=a.-)
reported an a-MeThad of axa=olng slectrophotagra-pTIrc
mot:rials using an a/c bridge. Z.L,-Pot anovich
(sp eking Also for A.I. Gskezs iLnd I
spoke on developLn& catefl-als for
and formagaltography. includins developers :Lvirg a
*rovers** image. B.I. Tikhozov reviewed =othods of
oasuriA"- the Olectrasca-M potentials of electrophoto-
-phic layers, stressing that the oscillaticZ el*czro4o
;
should not be plac*d &bar* a layer with varying po-on-
tial as this causes aelf-diac-arce. E.7. 1r_uk9vsicta
(sp*akinj also for a.5.12.Lovoy. A.7.0cipav and Is.
S. QWfets) spoke an the pr4ctice-@-l-,rolucizw, val-
vetsen papers In an electrostatic fltld. And showed
aaplos produced by the Griglshskn@ya paper factory.
1121rovekly than gave a h4starical r*view or tAe
d opme"t of slectrolgraphic nettols In zhith he ;aid
tribute to the work of the Scientific Regs&rch Institute
0f Xlectragraphy Ln Villoyus &=-' -he Iart itut P011grarl-
rhookoro mashinostrayonlya ra;hi C M"Llas-
DaLlatnC Institute (92scow)). Zebates wa@e then hold
Card 6/10

on cathode of Me:-d- he P,.reatlsc. or charged a ectro-
photographic lay rai the vtbratioL pick-up ZQat-Us*d
was shown in B.I. Tlithocov's r@port to be not always
ccurate. S.G.5ri"shin sta-.d the- the bad influerce
f the omcillatImLa elettrod- can to eliminated If the
:
electrode probe above Its wrfac* is fixed and the pick-
up Is connocted to it by a 6.avlded cable. In the de-
bate an To.T.. Nomdrovskly's report It was stated that
the research of Academaci&=3 A.11. Ter*Ain and Ye.]:.
Putseyko should be can.W*rel as the basis of all work
MA alectrophategraphi c papers *--th Z=O, as they were
the first to show the oRtical somaiti-
astlon of the Internal phtooff*c in :W. N.1-C-all
vidis then gave a report an the depositing or charges
by a coroza d"charge. A.I. E=!.ajkss and A.?.
IsAiLL, a revi"od soze- o! tto Ti.-"ts of_.t13o-uss-qf
eloctrographic methods !in radi6graph7. L.I. NyuAlko
(spotaking also for I.I. ZhileViCh, 1.Z. Plavin, ru.K.
Vlahchakam and Ta.A.ZLbuts) reported on relaxation pro-
ceii-es Ln semicooddMr layers, using a vibration ol*ctra-
motor. Tu.K.71stakas gave a report on research an $*a*
physical propertlas of the polyer7atallize layers of
selandaum cadmium. LI.P. j1jXXUqavjchy" spoke an ones
of the photool*ctric properties of Sb2' and Sb S * the
absorption mazinna of the latter Is about 900
B.M..JWZp&n roparted on sethods of obtaining selenium
lipt-sonsitive Layers, Including sublimation and that.
sail treatment; lt was also found that the sensitivity
of the layers iz;creasol after storage for 1.5 to 2 months
;at room tesporaure. F.U. Podm.1jalkin (speaking also
r S.G.Gron1shU) spoke an research Into the elec-
trie@ layers of
amorphous s&IoA1.ux and powdered zinc oxide. S.Z.
Sh.LUarov (speaking also for A.S. Tn.
4=rtin) L discussed
tfi-e production of selenium layers &a same of their
properties. Finally the follovicC roportB an forro-
"pstograpby ware delivered; 1) 3.Ya. Xazuscheyev,
V.N.Zhogina, 1ZLectrodeposition of I:sZrst-o--Vrd Alloys
wItT-GLvau Kakgrozic Ch&racterictical 2) @tov'
nVigualization of =3gaoti4 CsCL!l-)L:r&=s by the rerro-
graph1c Xethze* 3) V.T.Patr,=ov. 'Ferrograpt@Gc@R c@rding
'If FLCSiM1lS LUC*S- 0-T.-I.Zhilevich. 1.1 , B
To. Kx I "perinen;s
in 'Lchj
ri 'here was
also an exhibition showing the worit or the Electro-
graphic Institute. The =oat Important cozclu3ion of
the conference was th&t,&.s?'I! approach had been made
to the possibility or w d tec@-=-cal- us* a., =6 Zethods
o@F'iloctrograprj. It was considered that althou.-.h morit
in this field acemeLly suuta clay in 1955-56 it has covered as web pm.0
am the USA in 10 years. hile adzizziar, that it was
easier to . *produce results already achieve-' than to be
the first to arrive at then* the conference observed
that the Azericans took good care that no Lz;ortaAt
taforwat.za appetareA In -he literature avalable.
Card 10/10

KHOTYANOVICH., S.I.
Some problems of the accuracy of reproduction of images by
electrophotographic methods. Zhur.nauch.i. prikl.fot.i kin.
7 no-4:272-279 Jl-Ag 162. (KM 15:8)
1. Nauchno-isoledovateltakiy institut elektrografii, Vilinyus.
(Xerography)

MOTTATO @, . T . ( @', """) tlarlf; ,,I cius , S . 11
VICH) .
I
F@rstrociitnai,,al anoulle aolut-lr;n of ',-,tdy All Ut. SOR.
m7er. B na.2t4@%-56 103, (MIM 17: 10)
1. Institur. khlm! 1 4, kh'LmIcheskoy tekhnrlz-.&j.! M I.Itovskoy SSR,

KHOTYANOVICH S.1,
- - . 1.
Accuracy of ione repioduction in electrophotography. Zhur.nauch.
i prikl.fot. i kin. 8 no.5:327-334 S-0 163. (MIRA 16:9)
le Nauchno-issledovatellokiy institut elektrografii$ VilInyus,
I

I
HUYANOVICII, '). -
Electradeposition of platinum from solutions of complex compoundB.
Trudy AN Lit. SSR. Ser. B no.3:15-23 164.
(MIRA 18-5)
1. Institut Ithimii i khimicheskoy tekhnologii AN Litovskoy SSR.

KUZIIETSOV, S.G.; KHOTYANOVSK.AYA, Z.11.,- KURNIKOVA, N.I.
a--Cycloalkyl-a--phonylpropionic acids and their aminoalkyl
esters. Zhur. ob. khim. 34 no. 5%161E@-1621 MY 164.
(MIRA 170)

LEVINP M.S.p kand.tekhn.nauk; MURADYANY A.Ye., kand.tekhn.nauk; STOLYAROVq
G.K,p inzh.; XHOTUSHOV E.N. inzb.
Electric and economic calculations of rural networks with
electronic calculating Ilc hines. Mekh.i elek.Bots.selikhoz. 19
D005:45-49 161. (KIRA 14:10)
1. Veenoyuznyy nauchno-insle6vatellakiy institut elektrifikataii
sellakogo khonyayatva (for Levinq Maradyan).
(Electronic calculating machines)
(Electricity in agriculture)

17tro7r.Tz"Vill T,.V.--
"Comparison of Methods for Obtqining Itrbirds of Corn for Seed Crowbig.11
Cand Biol Sci, Moscow State U) Moscows 1953. (RZhBiol, No 32' Oct 54)
8W,vey of Scientific and Tealmical Dissertations Defended at '@'SSR
Higher Educational Institution. (10)
SO: Sum. Ho. 481, 5 May 55

. ..........
USSR/Cultivated Plants - Grains. Me
Abe Jour : Ref Zhur -'Blols., No 4., 1958@ 15538
Author : #.V~ Turbin, Ye.10 Zalivskayal A.K. ralilova, L.Vo
Inst : The Biologi6al'Institute of the Academy of Sciences
BielorussianSSR.
Title The.1955 Tests on Corn Variety., Strain and ftftid Tes-
tinge*
(Opyty 1955 g.-,Po-,ispytaniyu sortov, liniy i gibridov
kukuruzy) .
Orig Pub V sbe': Kukurt= v BSM. Minsk@ AN B3SR, 1957., 6o.82
Abstract -The division of i
genet ce of the Biological Institute
of the Academy of Sciences., BieloruSsian SER studied
inl955 the biological and economical peculiarities of
various varieties, strains, and hybries of corn and the
Card 1/2
3

KHOrTYMA, L.V,
I---
RelationsMip, between the origin of self-pollinated linee of
corn and their value in hybrid combinations. Biul. Inst. biol.
AN BSSR no.6t2ll.-217 261. (MIRA 15-3)
(CORE BREWING)

TURBIN, N.V., akademik, otv. red.; BORMOTOV, V.Ye., kand. biol.
nauk, red.; &HQ23aZYA4_L.Vq kand. biol. nauks, red.;
PALILDVA, A.N., kand. bior. nauk, red.; DAVIDOVICH, Z.,
red. izd-va; ATLAS, A., tekhn. red.
(GeneticB and cytology of planta]Genetika i tsitologiia
rastenii. Minsk, Izd-vo Akad. nauk BSSR, 1962. 121 p.
(MIRA 16:3)
1. Akademiya nauk Belorueskoy SSR (for Turbin).
(Plant breeding)

TURBIN, N.V., akademik, otv. red.; VOLODBI, V.G., kand. blol.
nauk., red.; PALILOVA, A.N., red.; I
-. KIJOT"ILLTA,.L.V-., .
red.
[Genetics of heterosis] Genetika geteruzisa. Minsk, Izd-
vo "Nauka i tekhnika,," 1964. 74 p. (MIRA 18:12)
1. Akademiya navuk BSSR, Minsk. Otdel genetiki i tsitologii.
2. Akademiya nauk Bolorusskoy SSR (for Turbin).

AMEDOVA, Z.P. [Akhmedava, Z.P.J; DOBIMA, I.A.; '"ItRUTINA, L.A. (Tar-utsina,
L.A&); TURBIN, N.V. (Turbi,i, vi...j; Kfiu'iYLP.VA, L.V. [Khatyliava, L.V.]
Change in the rate of ripening and heterovis of corn under various
cultivation conditions. Vestsi AN BSSR Ser. btial. nav. no.3z54-64
164* (MIRA 18:1)

u, -@-io
TURBrN, N TARUTINA, L.A. [TarutsJna,
L-V.
(Khatyliova, L.V.)
Results of te3ting mathematical mode1q for the determination
of combining ability. Vestsj AN BSSR. Ser. bilal nav.
no.104-81 165. (MIRA 180)

KHOTYLEVA, Lyubcvt Vladimirovnaj TURBIN, N.V.p red.
[Breeding hybrid oornj principles and methods for
interbreeding capacity) Selektaiia gibridnoi kuku-
ruzy; printsipy i metody selektsii na kombinatsion-
nuiu sposobnost', Minsk,, Nauka i takhnika, 1965. 166 p.
(MIRA 191l)

PARMOTIKO, V.T.; IGHOTY)IL'AD V -1 , inzii.
a-
Our methods for training specialists for the new typeSof traction.
Elek. i tepl.tiaga no,7:11 Jl 163. (I-EIRA 16:9)
1. Depo D6111.-intsevo Pridneprovskoy dorogi.
(Rai-Iroade-Empl(yees--Education and training)

BOGOMOLOY, A.I.; FAMM, X.I.;,KROTTVTSITA, I.I.
Physicochemical factors in reactions of the conversion of the
initial organic substance Into petroleum, Avtoref. nauch. trud.
VVIGRI no.17:45-48 136. (MIRA 11:6)
(Petroleum geology) (Organic matter)

AUTHORS.' Samsonova, I. N.,_Kho rntsevaj," 79-12-3/43
TITLE: Catalytic Alkylation-of Pheno3- With Ethyl Alcohol (Kataliticheskoye
alkilirovaniye fenola etilovym. spirtom).
FERIODICALbe Zhurnal Obshchay KhJmii$ 1.957, Vol. 27, 'Nr 12s pp. 3189-3192 (USSR)*
ABSTRACT: In the present work the subject of investigatiom is the reaction of
the ethyl alcohol on phenol in the vapor phase above activated llkua-
brine-loamt, (glina gumbrin), i. e. under the same conditions under
which in earlier works the alkylation of the phenol With methyl alco-
ho3L took place. on occasion of the reciprocal effect between phenol
and ethy3L alcohol alkylated phenols form as main products neutralbo-
diess as well as gases and water. In order to find out the most ad-
vantageous reaction.conditions on occasion of the alkylations the efu
feet of the temperature, the quantitative composition of the initial
products,, and their transmission velocity above the catalyst had to
be investigated. As most advantageous conditions for the alkylation
of phenol with ethyl alcohol the following ones were stated: Tempera-
ture 35ooC, the molecular quantitative composition of phenol and al-
cohol like 17.2. the transmission velocity of the initial mixture 12
ml. per hour (more than 115 ml. of the catalyst). Under these condin
Card 1/2 tions the yield of alkylated phenols amounts to 61,80/o computed with

Catalytic AlkYlation of Phenol With Ethyl Alcohol. 79-12-310
respect to the initial phenol. The yield of neutral oil. amounts to
2,,670/o (computed with respect to the condensate). Therewith the reac-
tion of ethyl alcohol. on phenol in the vapor phase. above an aluminum
silicate catalyst results a mixture of alkylated phenols, ethylene,
and a small quantity of neutral products. Ortho- and paraethylphenolsp
2A and 3j5-diethylphenols were separated from the mixture of al4l
phenols.
There are 1 figures and 6 references, 3 of which are Slavic.
ASSOCIATION: Leningrad State University (Leningradskiy gosudarstvennyy universi-
tet).
SUBMITTED: December U, 1956.
AVAILABLE! Library of Congress.
1. Phenols - Chemical reactions 2. Ethanol -
Applicaticns 3. Aluminum silicate catalyst -
Applications 4. Alkylated phenols - Production
Card 2/2

PHASE I BOOK ZXPLCITATION 30V/4941
Mer.hTuZovskOYa Ooveshchaniye po khUdl nefti. Moscow. 1956.
3boroLk tru4ov MezhTuzovekogo soveshchanlya po khlmii neftl
(Collection of Transactions of the Inter-University Con-
ference an Patrols= Chemistry) (Moscow] Izd-vo Moak.
univ-. 196-.)- 313 P. Errata s2.lp inserted. 1,600 copies
printed.
organizing committee or the Conference: Chairman: B. A.
UzjknskiY, Academician, Vice-Chairman: S. 1. Khrcmovo
Docantj 0. M. Panchenkov, Professor; A. F. Plate. Pro-
fosser; Secretaryt Te. S. Balenkova, Scientific Worker.
Editorial Board% Rasp. Ed. : A. P. Plate; 1. V. Gostun-
mkaya, 1. N. Tlts_1cvartacv4 L. A. Erivanska7a.
pWCSEi This colle@tion of artleles is Intended for the
teaching starr or universities and schools or higher ad-
u4atlan training specialists for the petroleum and petrol-
aun-refinins Industries.
Card 2/7
Ff., 'I c as - artIit,lea- de"all.ng wii@' the
C The ollection tnelud
present state of the petroleu:& Industry, the scientific
research problems In petroleum chemistryt the chemistry
of-pstroleum and Petroleum
of petroleum, the composition
productso the self"tific principles of refining petroleum
into motor fuels and lubricants, and the manufacture of
"othatic products frogs hydrocarbon gases and patrols=.
one article discuss*$ the erfect of cheMICal *0MOsItI00
and additives an fuel combustion in 'Jet engines. The mA-
terial was presented at the Inter-University ConrerenCO
at the Moscow State Univer2l-
an Petroleum Chemistry. hold
ty Isenj M. V. Lomonesov No"=Lbqr 26-28, 1956. No person-
allties am mentioned. References accompany -at of the
articles.
Co2l&etloo of Trnnf,"tlens (C=t-
Ptdorov, T. S. IDdiputy Minister of the USSR Petrel*=
Industry (Currently Chairman of the State committee or
the U33R Council of vinLaters for Cherdstr-f)]. Present
State of the PetroleA= Industry and Scientific Research
Problems In the Field of Petroleum Chemistry 5
Ramadallrev, Yu. G., Academy of Sciences, A-.erbayd7.hans-
kaya SSE. Organic Synthesis Based an Hydrocarbons or
Petroleum 25
Dobryanskiyo A. P., levingradskly gasudarstvenny7 uni.
versitat Im. A. A. Zhdanova (Ioningrad State University
lmeni A. A. Zhdanov). Conversions of Hydrocarbons at
14W Temperature$ an the Cause or the Diverse Types of
Petroleum 61
Do omolov, A. I., K. 1. Tanin I &ndL._j_ZWA==cx&,
Y.gsoyuzn 7 nauchno-19a ledava2tel'skly goologorarvedochnyy
its titut TAll-Unlon scientific Research Institute for
Oeological Exploratlon). Catalytic Conversions of Acids
In Contact With Aluminum S111c ates (Aap*ct of the Problem
card 3P

BOGOMOIOV, A.I.j PIOTrNTSZVA, L.I.; FANINA, K.I.
low-temperature catalytic conversion of organic compounds over
clay; conversion of stearic acid. Trudy VNIaRI no.155:163-193
160,. (MIDA 14:1)
(Stearic acid) (Petroleum geology) (Gumbrin)

BOGOMOLOV, A.I.; KHOTYNTSEVA, L,I,
Low-temperature catalytic conversions of organic compounds on clays.
Trudy VNIGRI no.212. Geokhimsbar. no.8:66-76. 163. 1
Low-temperature catalytic conversions of organic compounds on clays.
Report Noo6: Coniersion of hydroeystearic maid. Ibid.t87-9.1+
I (MIRA l6tU)

,--MOTYVTSEVA. L.I.; BOGOMOLOV,A.[.; FAYZULLINA, Ye..M.
Reduction of high-ttolac, - Ir weight aliphatic ketoneB to
hydroactrbons In the presonce of aluminoullicate ttalystfi.
Do),'. AN SSSU 155 no. 5:1152-1154 Ap I@jf. (IAIRA 17: 5)
1. Vuesoyttznyy neftrunoy nauchno-Issledovatellskly geologo ras-
vedochnyy institut. Predstavleno akademikom B.A.Kazannklm.

POPOV, G.M.
Determining the length of hot rolled sheet steel in a coil by the number
of turns. Yetallurg 10 no-400 Ap 165. (KIRA 18:7)
1. Nachallnik uchastka Zhdanovskogo zavoda im. Illicha (for Khotyushin).
2. Naohallnik tekhnologicheskogo byaro Zhdanovskogo zavoda im. Illicha
(for Popov).

DWUKHI, M. [Dlouhy, B.I. inzh. (Praga); @HOUDEK, 1. (Houdekj, Jj, inzhe
(Praga) %,- " @ - -
Metallocraramic polishing chucks have increased efficiency in
inner polishing. Hashinostroem 12 noo6t26-30 Je'63.

KHOUMTOV,, N.Ye.
Relation tetween the thermodynamic characteristics of the
solvation of electr6lytes and the thermodynamic properties of cations
in the g@s-phaae and the nature of the solvent. Trudy MKHTI
no.38:93-95 162. . WRA 16--7)
(Solvation) (Electrolytes) (Thermochemistry)
-1 M

POGODA=p K,I.; TUROVA, N.F.;_KHCVAXH.,.I.M.; ANDRIANOVA, A.G.
Scm indices of the state of brain and blood proteins in animals
with exhaustion of the central nervous system. Trudy I-go MKI 34:
533-540 '64. (MIRA 18:11)
1. Rafedra paikhiatrii (zav. - zaaluzhennyy deyatell nauki
prof. V.Mo Banahchikov), laboratoriya, patokhimii mozga (zav. -
doktor biolog. nauk Kole Pogodayev) I-go Moskovskogo ordena
lanina meditsinskogo institute. imeni Sechenova.

KHOVMM, K., dotseat.
Improving the operating efficiency of the cooling system of a
IM120 engine. Avt.tranap. 32 no.8:9-11 Ag 154. (NLU 7:11)
1. Kaf*dra &vtonobillnykh dvigateley KADI.
(Automobilu-Naginee-Gooling)

124-1957-1-383
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 47 (USSR)
AUTHOR: Khovakh, M.S.
TITLE: On an Investigat;,.on of the Working Process of an Engine Having
a Separate Turbulent Combustion Chamber (K issledovaniyu
.rabochego protsessa dvigatelya s razdelennoy vikhrevoy kameroy
sgoraniya)
PERIODICAL: Tr. Mosk. avtomob.-dor. in-ta, 1955, Vol 17, pp 25-50
ABSTRACT: Presentation of the results of an experimental investigation
of the working process of an engine having a separate combustion
chamber and a we 11- established vortex motion during the com-
pression cycle. The decrease in size of the turbulence chamber
and the establishment of supplementary turbulence in the space
overlying the piston afford an improvement in the characteristics
of the engine.
L S. Simonov
1. Engines 2,. Combustion chambers--TiLrbulence 3. Work
Card 1/1 functions--Analysis

'@@Vv@@,_,Haks Sa'moyjoiich.,kand.tekhn'.nauk, doteent; NIKITIN, A.G., red.;
14LIKOVA, N.Y., t.a.khn.red.
[Automobile diesel fuel systems; a manual for mechanists and
mechanics] Sistemy pitanits aytomobilinykh diselei; posoble dlia
slesarel-regul4Tovshehikov i mekhanikov. Moskva, Nauchno-tekhn.
izd-vo avtatranep.lit-ry, 1957. 157 P, (MIRA 10:12)
(Diesel engines--Fuel systems)

KHOVAKH, M. S.
..i "Investigated the influence of air turbulences on the torch formation of the
fuel in the case of injection by means of the kinematographical method."
repDA peganted at tw soasswase an CadbwUm and im or VID Mixture
U D --:L ftims,, awwased V the Notor LdmrftorYp Aced. Bel. V=# Modem
W-32 J=W 1958.
(We". Ak NW* @s 19581 50. 9v U5-U7)

--MVAXH-.M.S., kand.takhn.mmk
Calculating paramters of c&rburation processes in engines having
a divided turbulence combustion chambere Trudy KADI no-25:21-56 160.
(KIRA 13:10)
(DIseel, engines)

3@2335
ooi/61/000/024/07o/o86
000 B150101
AUTHOR: Khovakh, M. S.
TITLE: Investigation of mixture formation in engines with separate
vortex combustion chambers
PERIODICAL: Referativnyy zhurnal. Xhimiya, no, 24, 1961, 470, abstract
241489 (Sb. "Sgoraniye i smeseobrazovaniye v dizelyakh.11hi.,
AN SSSRO 1960, 156 - 171) '
TEXT: A study of mixture formation and combustion in an engine with
separate combustion chambers, in which the processes taking place in the
auxiliary and main chambers were subjected to individual examination,
has shown that extreme values of the parameters which characterize the
quality of the working cycle may be obtained with different values for
the velocity of air feed into the auxiliary chamber. The velocity of
air feed can be calculated from the following equation; VIK
,I(m-l)/2(l + y)('3-m)/2,I=V-I
(dy/d,j) [A/w(61 m - ym-1, where y = x/V,
x- 1, V is the ourrent volume in the space under the piston; I is the
angle of deflection of the motor crankshaft, 61 = V V1 = V + V
'/Vc' a
Card 112 a 0 AC'

32335
S/081/61/000/024/070/086
Investigation of mixture formation... B150101
the total volume in the space beneath the piston (V 0) and the auxiliary
chamber (V AC ) at the moment of closing of the inlet valve, 6 = Vc/V AC9
VC = VI + VAC @ total volume of the compression chamber, m = the exponent
of the polytrope. The selection of the basic parameters of the auxiliary
combustion chamber may be carried out using the method of calculation
which has already been developed. An investigation of the development of
the fuel jet in air-charging conditions, approximate to those pertaining
under real operation, was carried out in a combustion chamber made from
transparent material. This technique made it possible to produce
photographs of actual flame jets and to find the best path for efficient
mixture production. This is important where it is necessary to increase
the velocity of the engine operating cycle and decrease the noise during
its operation and for the application of fuels with wide fractional
compositions. IAbstracter's note: Complete translation, J
Card 2/2

ANDREYEV, B.V.;'ARTEM'YEV, S.F.- ARKHANGEL,skiy, v.m; AFANASIYEV, L.L.;
BABNOV, V.F.;-BRONSHTEN, L.A.; BUPXOV, M.S.; BURYANOV, V.A..j
VARSHAVSKIT, I.L.; VELIYMOV, D.P,; VOINOV, A.N.; VTRUBOV, D.N.j
DORMIDONTOV, A.V.; DIYACHKOV, A.K.; YEFREMOV, V.V.; MABIN, V.M.;
ZELENKOVj- G.I.; KALABUKHOV, F.V.; KALISH, G.G.; KRAMARENKO, G.V.;
KRASIKOV, S`.M.; LAKHTIN, Yu.M.;-@MLIN, A.A.; ORLIN, A.S.; OSTROVSKIT,
,N,B,; OSTROVTSOV, A.N.; RUBETS, D.A.; STEPANOV, Yu.A.; STECHKIN, B.S.;
KHACHATUROV, A.A.; !g!@@@CHAROMSKIY, A...D.; SHAR&POV, K.A.
Nikolai Romnovich Briling; obituw7. Aytetranmp. 39 uoo4:57
Ap 161. (MA 14:5)
(Brill" , Nikolai Roakanovich, 1876-1961)

L.,32728,.6
IMMION M AP
50OW36

Fig. 1. comparison wr
4 001:134131rimental and CAlculated-
ti t trander
Curveal,
oalcuUted curveir,,

Wee a,,
w4mrimental: eurves
three-nozzle atoiuUei
Qb fuellevle 130 mm,3/,

4
yCle n .800
rp%
b- three-'
P 12

nozzle at
oadser-% 130
n 1050 nn
yC1*
8
s
P
12 kg/=2
a

I Z j
Ct
ca ij

MOVAKH, proi'.; KAMFEE., CIJI, a s pL ra n t
Sow. characteristics of the heat ezchange between fuel and the sur-
rounding medium du-ring fuel injection in diesel engines. Izv. vys.
ucheb. zav.; mashinostr. no.1-133-138 165. (MIRA 18:5)

bMO--,;@P@M,-i'l-M;5L- @f--Cy@
ROZENBERG, A.M.j KHOVAKH, N.I.; LIVSHITS, V.I.
Dynamcwter for manuring cutting forces up to two tons. Stan,j instr.
35 no.9:30-31 4 164. (MIRA 17slO)
INN
"P.

KHOVALITS sA.
Profitableness of the operations of a mine. Ugoll.prom. no.13
70-74 ja-F 162, (MM 15SS)
1, Nachallnik shakhty No,6 ITSentrosoyus" tresta "Sverdlovugol'O.
(Dwatm Basin-Coil mines and mining-Costs) I

FOFANQV, A.A,, , kand.tekhn.nauk; I.W -V.,K. . inzho;
9YARSTS.r
DBOBININI A.F.,, inzh.; FRAKHOV, A.I., inzh.
Mectric cutting of multicore cables vM& si=ltaneous velding,
of the cores at the severed entUe STar. proizv. no.8:29-30
Ag 16i, (MIRk 14:8)
1. Urallski-y politekbmicheskiy institut (for FbfanoT, Khowanets').
2. SVerdlovskiy NIPTD4M (for Drobinin,, Prakhov).
(Electric metal cutting)
(Electric-qablex)

KHOVANITS V-K.- FOFANOV, A.A.; DROBRIIN, A.F.; PRAKHOV, A.I.
-J.- 7
Automatic machine for measured electric cutting of multiple
core conductors and the welding of their ends. Avtom. ovar.
14 no.10:80-83 0 161. (MIRA 14:9)
1. Ural'skiy politekhnicheskiy institut imeni S.M. Kirova (for
Khovanets, Fofanov), 2. Sverdlovskiy NIPTR-IASI (for
Drobinin, Brakhov).
(Electric conductors) (Electric metal cutting)

KRUTIKHOVSKIY, Vadim Germanovich; KOZWVj Nikolay Alekseyevich;
KOCEEVA., G.N.v ingh., retsenzent; IMMETS V.K., inzh.,
red.; DUGINA, N.A.0 tekho. red.
[Semiautomatic welding
avtomaticheskaia evarka
1962. 151 p.
in a carbon dioxide medium]
v arede uglekislogo gaza.
(Electric welding)
Polu-
MosIma, Mashgiz,
(KMA 15%7)

RAZIKOV, M.I.; PrArimaU uchastiyes KHOVANETS, V.K., inzh.; KULISHENKO,
B.A., inzh.; WIN, V.P., inzh.
New techniques for automatic hard facing in an atmosphere of
carbon dioxide. Avtom. ovar. 15 no.6:33-38 Je 162.
(KRA 15: 5)
1. Urallskiy politakhnichaskiy institut imeni S.M.Kirova.
(Hard facing) (Protective atmospheres)

b
IL'INYKH, Stanislav Vasillyevich; IBLEKO, N.M., inzh., retsenzent;
KHOVAITETSY V.K., inzb.9 red,; DUGINA, H.A.., tek-hn. rod.
[Automatic and serdautomatic tbree-phase arc welding
machines]Trekhfaznye dugovye avtomaty i poluavtomaty. Moskva,
Mashviz, 1962. 150 P. (MIRA 15:10)
Tilectric welding.-Equipment and supplies)

NEDVEDEV, Yu.F.; NIKONOV, I.P.j KHOVANEIS., V.K.
Automatic control of a three-phase are welding machine, Avtome
avar. 16 no-5:49-54 , Yor 163o (MJRA 16:11)
1. Urallskiy politakhnichaskiy institut imeni Kirm.

A=`- 6 (N) SbiMCB~'CbbE:-~Rj(0135/66/000/Odi~ooiBido 9
AUTHOR: Nikonov, I.-P. (Candidate of technical sciences), Fridman, L, N. (Engine
M2vanets, V. K. (Engineer)
ORG: Ural rolytechnic Institute im. S. H. Kirov (Urallskiy politekhniche'skiy institu"t
TITLE: Consumable-electrode three-phase arc welding of AMts aluminum alloy plate.
SOURCE: Svarochnoye proizvodstvo, no*-1, 1966, 18-19
TOPIC TAGS: are welding, aluminum.alloy, welding electrode, power welding equipment
fabricated structural metal/ Me aluminum alloy
ABSTRAG74The results of an.
..,grgation of this method of.welding 25-30 mm thick
,@nv
plate of AMts aluminum allo, Ural Polytechnic Institute are presented. A mor
de.rnized UPI-UZTM-3 three-phase are welding installation was used forthe experiments;
it was fitted with a special electrod4 holder including a clamp for keeping the elec-
trode in a properly centered position I(Fig. 1), and a low-voltage three-phase trans-,
former as the power source. Specificaftons: electrode diameter 2 mm; welding current
350-500 a; arc voltage 30-37 v, electrode feed rate 380-440 m/hr; welding rate 8-12,
m/hr; flux thickness 13-14 om. The electrode was also made of AMts aluminum alloy
(1.3% Mn, 0.37% Fe, 0.232% Si). Mechanical tests showed that the stress-rupture
Card 1/3 UI)Ct 621,791-7S#669.715

--AC'-- NR_: _AP_6_0_0__3_2_8_3_-
strength of the weld metal in the direction perpendicular to the weld axis is greater
than the strength of the metal of the near-weld zone. Compared with single-phase sub-
Oterged are welding and noncdnsumable-electrode.three-phase arc welding, this new me-
thod of aluminum welding displ-ays,the following-advantages: a) the use of AC makes
it possible to.markedly increase the efficiency of the welding installation (to 0.9
compared with an efficiency of 0.3-0.6 for bQ; b) the welding of plate 25 mm thick
and thicker is accomplished inA single operation, thus greatly accelerating the
-welding rate; c) the use.of an automatic current regulator makes it possible to ra.
-pidly adjust the welding head to the specified current regime without altering the
current in the electrodes*, d) -special operations to pickle the base metal and elec-
trode-are not requ@red. Ori art. has: 3 figures, 3 tables.
MM CODE: ll,.13/ SUEH DATE: none/ ORIG REF-v 000/ OTH REP: 000
Card 3

L 3
A
11U/2504j657O5Z/M--[K35/0
AUTHOR: Hovarul. Lo--Khovani, L6 (Candidate,of technical sciences)
ORGr- Department of Geodesy and Surveying, Technical Univeralty for.lleovl ustry,
Miskolc
TITM Precision problems in the determination of horizontal point displacements
bF consecutive resection
SOURCF-t Academiae scientiarum hungaricass Act& technic&, ve 52. no. 1-2. 1965.35-44
TOPIC TAGS: mining engineering, ground Mumay
ABSTRACT:- The accuracy problem involved in repeated resection operations were inves
tigated on a theoretical basis employing the greater axis of the error ellipse as the
significant figures Apprmcimating method5j capable of being performod rapidly mid
conveniently, were derived for the estimation of the relations between angle-measure-@
ment accuracy, coordinate errors, and resection accuracy, The app3deation. of the
technique, principally in mine surve us r
,y@ng, was discussed and ill t ated Orig, art#
has' 3 figures and 18 formlas6 j.0rige arte in Germsnff rJPRs7
SUB CODEt 08 Sum DATE, loApr63 oRIG REF 1 003:,,,:,-
Card 1/1

SI/035/62/000/009/042/060
A001/Albl
AUTHOR: Khovani, L.
TITLE: Adjustment of connection triangles by the principle of linear-angular
Itnetwork"
PERIODICAL: Referativnyy zhurnal,'Astronomiya i Geodeziy4, no. 9, 1962, 12,
abstract'9G81 ("Acta techn. Acad. sdient.' hung.", 1961, v. 37,
no, 3 - 4, 309 - 322, derman, English, Prench)
TEXT: In orientation of underground mine surveys through one shaft a neces-
sity ari6es of adjusting connection triangles, since usually one redundant obser-
vation exists (four elements of a triangle are measured). This problbm is solved
in the article on the basis of the principle of jointadjustment of linear-angular
networks. A specific feature of the method is derivation of'error equations-in li-
near form. The derivation is-simplified in comparison i4ith the conventional one,
due to employment of some relations deduced by A. Tarezi-Hornoh. The expressions
obtained by the author make it possible to determine coefficient values in error
equations simultaneously with calculation of angle An example is presented.
[Abstracter's note: Complete translation] K. Glazenap
Card 1/1
vd-4
P

v t;)-- N;.0 V,
B/121/61/000/ooo/oo6/006
D041/D113
AUTHORs Mone given
TITLEz Dissertations
PERIODICAL: Stanki i instrument, no. 8, 41-42
TEXTt V.P. Grechin presented tho.discartation "Heat Reniotanco and Other
Wear Reciutance Factors of Cast 13@on and Alloys Durin.- Slidint; Friction"
I
at the Inatitut mckhaniki Akadomi' nauk USSR (Institute of 11--.echanica of the
Academy of Sciences Ukrainakaya SSR) in order to obtain a doctor's degree.
The following dissertation were presented for a candidatets do&-.eei
41nvoctigation of Scall-Module Gear-Shoporall by Tu.R. Vitanborg, at the
Leningradaki;@ inatitut toohnoy molchaniki i optiki (Loningrad Inotitute of
P=eciaion Mechanics and Optics); "The Effect of the Structural and Techno-
logical Factors of Spot-Welded and Seam--Zolded Joints on the Dist--ibution
of St=oa3 Caused by Load and on the Fatigue Strongth" by B.B. Zolotarev at
the TaNII tekhnologii i mashinoetroyeniya (TaIIII of Tochnology and -Ilachine
Building)l "Investigation of Screw-Hut Pairs During Rollin,3 and Sliding"
by Kumar Basu Bushil at the Moskoyakly stankoinetrumentalinyy inatitut 12.
I.T. _Sta1i_na__(1_1oacow Institute of Machine Tools and In3trumonto im. I.V.
Card 212

S/121/61/000/008/006/006
Dissertations DOWD113
Stalin) i "Invoctigation of the Surface Accuracy and Smoothnons Obtained by
Machining Hard and Brittle Materials Using the Ultva-Sound Vibzationzi B10-
thod" byA.Ya. Vladimirov at the Leningradukiy inatitut tochnoy mokhaniki i
optiki (Leningrad Institute of Precision Mechanics and Optics); "Effect of
Some Technological Factors on the Surface quality Obtained by Plano Grinding
by Heana of the Diao Periphery" by -'D.B. Troitskiy at the Moakovckiy 3tanko-
nf Mnchlne
instrumentalInyy institut imeni I.V, Stalina (mm-nir Tr.@+Jfmt,p -
Tcols and Instruments im. I.V. Stalin); "Investigation of the Automatic
Syrearonization nf Gear Changing" by'I.M. Khovanoy at the !Soskovskiy ordena
Lenina i ordena Trudovogo Krasnogo zR=uni T.Yadn tekhnichookoy uchilish-
chL, im. N.E. Baumana (Moscow "Order of Lenin and Order of the Red Banner of
LiLbor" Highe= Technical School iia N.E. Bauman); "Investigation of a Grind-
Inz Process with as. Oscillating M;tion" by'Ta&o Shih-Shon at the 1,,roskovskiy
avtomochanicheskiy in atitut (Moscow Automechanical Institute). [Abstrao-
torts notes complete translatio
Card 2/2

BOLDYREV, B.G...; KHOVALKO, L*M.
ThiosUfoAc acids.- Part-7: Aryl eaters of benzenethiosulf-,nic acid
and its deHvatives, Zhur. obo khim. 31 no. 11:3729-3734 N 161. -
(MIRA 14:U)
1. Llvovskiy pol-itakhnicheakiy institut,
(Benizenesulfouic acid)

MUMS, T.K.. Inshener.
we@ldtag of reinforcements with a three-phaso submerged are.
Trudy Ural. politakh. Inst. no.62:18-26 '56. (KLILA 10:2)
(Blectric welding) (St**I. Structural-Velding)

MIKKAYLOV, G.P.; RASLOV, Yu.A.; FOFONOV, A.A.: GALAKTIONOV, A.T.;
BOBKOV,Ye.I.; NIKONOV, I.P.; MISOV. Yu.A.; SHAPXOV, B.K.;
SHATOV, R.Tsi; MURATIM. S.I.; PEMM, I.V.; KHOVANETS, VA.;
KOCHEVA. G.l.; LABUTINA, E.A.
In memory of A. 1. Akhun; an obituar7. Svar-.proixv. no.12:46 D '57.
(KIRA 11:1)
l.Botradniki Kafedry "'Oborudovaniye i tekhnologiya everochnogo
proisvodetva" Urallskogo politekhnichookogo instituta imeni
S.D. Kirov&.
(Akhuu, Alekdandr Illich, d. 1957)

KHOVANOV, 1. M., CAMD TECH SC3 "'INVESTIGATION OF
AUTOMATIC th @-
SYNCHRONIZATI
.lttvzKkl-@ IN
THE AICBox.11 MOSCOW, 1961. (MIN OF HIOHER AND SEC
SEW
SPEC ED RSFSRq MOSCOW ORDER OF LENIN AND ORDER OF LAooR
RED BANNER HIGHER TECH SCHOOL IN N. E. BAUMAN). (KL-
3-619 221).
280
X@g

fUjOVAIJOV T 14 1;, riau@f:@ dot3ent
--- -'- $ , -
Band br@; k t, -ir-d rct V,,,s t , inach 1 nostr. /,./+ zio.S: T-1-39 A- '64.
- 0
(MMA 17:9)

BMYY, Vladimir Aleksoyevich; SVIRIDENOK, Anatoliy Ivanovich;
SHCHMBAKGV, Sergey Vasil 'yevich;jPQVOOV, I.M., kand.
tekhn. naukp nauchn. red.
(Plastic gear transmissions) Zubehatye peradachi iz plast-
mass. Minsk,, Nauka i. tekhnika, 1965. 247 p.
(KRA 18:6)

RUMTAUTSEY. S.M., kand.tekhn.nauk; SETYURNER, G.A., kand.tekha.aaak;
XHOV.ANOV, N. 1. :
Sliding friction coefficient of sunflower need pulp relative to
a steel rod. -gaml.-xhir.pron. 26 no-907-39 5 160.
(NIRL 13:8)
1. Yoroneshakiy takhoologicheskly institut, leningradakoys otdole-
niye. (Sunflower seed) (Friction)

IPIOVANOV No
Trade-union work must be based on integrity and perseverance.
Sov. profsoiuzy 7 no.14:32-33 J1 '59.
(NIRA 12:10)
l.Predeedatell Smolenskogo oblastnogo soveta profsoyuzov.
(Smolensk Province--Trade unions)

-- KHQVA11QV.@ -1.
A hundred followers of Valentina Gagdnova In one combine. Sov.
profsoluzY 7 no.13:22 Ag '59. (IOU 12:12)
1. Proasedatell Smolenskogo oblamprofa.
(IArts"vo--Cotton mnufacture)

KHOVANOTI No
,It Im difficult for one, 'out all together can handle It! Okhr.
trula I motsestre1the ao912:32-34 D '59. (NIRL 13:4)
I., Predsedstell Gableuskogo oblastnego sovets profsoyn2ow.
@ (Sisolensk-Textile Initustry-4gienic anmets)

I KHOVANOV, N.
What we can learn from the 11yazan farwars. Sov.profsoiusy
[81 no.3-io-13 F l6o. (MIRA 13:2)
1. Predsedatel' Smolouskogo oblastnolo soveta profsoyuzov.
(Trade uniou) (Agricultur a

KBDVANOV, N.
Give more attention to rural cultural centers. Sov. profsoiuzv
16 no,,21t49-50 N 160a (MIRA 13:10)
1. Wedeadatelf Smolenskogo oblastnogo soveta profsoyuzov.
(Smolensk Novince-CommwAty centers)
(Communist education)

KHOVANOVp N
Boacons of culture on a villMe. Sov. profsoivzy 18 no.20:15.-17
0 162. (MIRA 15:10)
1, Predeedatell Smolenakago oblastnogo soveta professionalinykh
soyuzovo
(Smolenek Province-Commity centers)

.KHO;VAkRQ1,_N1ko1ay-Petrovich; MEDVEDEVA, L.V., red.; MARKOCH, K.Ye.,
tekhn. red.
(Comprehensive plan for improving work conditiono!Komplekanyi
plan uluchsheniia uslovii truda. Moskva, Profizdat---1962. 62 p.
(MRA 16: 1
1. Predeedatell SmDlewkogo oblastnogo Soyeta profsoyuzov ifor
Khoyanov).
(SMOLENSK-TEXTIIE INDUSTRY--HYGIENIC ASPECTS)

L Alm 1H
015241 so C 0 i-."'UR/di't~766/Odff/00~/0016/0019
AUTHOR: Kiselev.S. N.. (Moscow);, novitnov.. V. &_(Mascow): Malyukov, V. A. (Ho'sr,60;
Skornyakov, L. M (Moscow); Matyunina, A. T. (Moscow)
ORG: none 131Y
TITLEi Mechanical properties of hea' wel ded avial-typ e alloy specimens
VY-
SOURCE: Avtomaticheskaya avarka, no. 5, 196@@ 16-19
TOPIC TAGS: aluminum alloy, alloy weld, weld property, avial alloy
ABSTRACT: The effect of the size factor on themechanical properites of heat-
treatable avial-type aluminum-baae alloy (0.74-0.90% Si, 0.59-0.70% Mg) welds and
base metal has been studieda ns 10xlOxlOO, 30x3Ox450, 40x4Ox5OO, 60x6Ox6OO,.
- ec 2pecime
and l20xl2OxlOOO mm (respect ve size factors 1,3,4,6*and 12) were made from plates
r.
40,70,90,220 and 330 mm thick. Welding was done with a consumable SvAK-5 electrode
in an argon-helium atmosphere. The base metal in the heat-treated condition.,
(annealing and aging) had a tensile, strength of 20-25 kg/mm2, a yield strength of
2
10-14 kg/mm , and an elongation of 20-25%; corresponding figures for welded speci-w
mens were 16-19 kg/mm2, 8-10 kg/mm2, and 10-12%. Fracture in most cases was in'-
the weld. Bend testfr,(on specimens with the Charpy-type notch) showed that with
increasing size factor, the bend angle (measured at the appearance of the first crack)-
Card 1/2 UDC: 621.791

t@ n,
ACC NRs AP6015242
Fig.' I. Effect of the size factor on
t
he bend angle of avial-type alloy base
metal in the heat-treated condition (1)
and aged at 130C for 200. hr (2) ; and in
as--4elded alloy V6lds 13) -,aged at-130=- -
for.200 hr--
J7
Ir �r-
ro p -a *W
ed
d
p
T

L 00996-66
14CCIE SW Nk 07/ooWow
0125/65 000/0
621-791-856:669.715
5-S
-IAUTHOR: Kiselev, S. N. (Engineer) (Moscow); Khovanov, V. A. (Engineer) (Moscow);
ISkornyakov, L. M. (Engineer) (Moscow); ui@@"V "T A. Moscow)
M!qz _TEngineer) t
31"
ITITLE: Weldin thick'plates'of SAB-1 aluminum alloy
__Te
@19?5, 44'-47
SOURCE: Avtomaticheskaya'svarka, no. 71
TOPIC TAGS: aluminum alloy, aluminum alloy thick plate, thick'plate welding,:
ing electrode, weld metal property, beat treatment effect@
edge groove geometry, welf,'.
ABSTRACT: Experiments have been made.to develop an imp oved. technique fo weiding
V
thick plates of SAB-1 aluminum alloy, an age-hardenabl, alloy of the Al 6-
tem with Si.Mg > 1. Plates, 40, 80, and 140 mm thick, of SAB-1 alloy containing
0.81% Si and o.48% Mg were inert-gas are welded with a consumaM lectrode of the
SvAK-5 type; 2, 4, or 5 mm in diameter, using a mixture of 30-4 Ar and 60-70% He
for arc shielding. The,use'of helium made it.possible to increase the temperature
of the molten metal*pool, to raise the voltage, and to ensure good weld formation..
-jThe best groove geometry was a double-V without root opening. In the experiments,
Ithe welding current was 450-520' ampt thIeare voltage was 29-32 v, the Ar consumpti Ion
1/2

L 00996-66
[ACCESSION NR: AP5018699
Iwas 30-35 I/min, and the He consumption was 50.-60 1/min. The welding speed -varied'
from 11.5 to 18.2 m/hr, and the number of passes was 6, 12-14, and 26-28 for plates,'
40, 80, and 140 mm, respectively. Welding with 4-mm electrode wire produced the
i
least porous weld metal. Prior to heattreatment, the hardness of theheat-affected
;zone in 40-mm plates decreased by 15-18 RB compared with the parent metal, with the`,_@,
maximum decrease taking place ata distance of 12-15-mm from the fusion line. Thei
corresponding figures for 80-mm plates were 10-12 HB and 8-10 mm, and for 140.!-m
plates, 5-8 HB and 5-6 mm. Subsequent heat treatment leveled to some extent the
-mechanical properties of the metal in the heat-affected zone, but did not improVe
Ithem in the weld metal.. Development of special electrode wire for welding SAB-1
type alloys is recommended to.obtain welded joints which,.after heat treatment. would
met
have the strength of.,the parent al. Orig.,.art..has. 5 figures and 3 tables.
[HSI
..ASSOCIATION: none:,
SUBMITTED, 29Aug64,:.,_. ENCL: 00 S4 CODE-N"
OTHER 001 ATD PRESS
0 REF SOV: OW 4068
I Card 2/a

KHOTSYANOT, L.K.
OLabor hygiene In the @late Industry in latonla.0 Collocted works,
Part 1. A.Molbovanova# id, Reviewed by L.K.Khotelanow. Gig, I mm.
no-7158-59 JI 154. (NM 7:8)
(BMNIA--IIMUSUM HYGIM)
(IOUSTRIAL KYGlnl--BMlU)
(STAU)

FLOTKIN,, M.; KHOVANOVAv A, -
- -, I o@
Combination foam disoharp nozzle. Posh.delo, 9 no.5s25-26
Vq #63. (KERA 16ti)
(Fire extinctiorr-Chemical 4ptens) (Nos"s)
i

pAVLOV, p.p.; IHOTANOTA, A.N.
_
Variation In the fractlawl composition of petroleum and petrolfflM
products during frO4-SUrf&CS combustion. Uch.sap.aga no.6:21-27
155. (SM 9: 11)
(Petroleum) (Combustion)

PAVLOV, P.P.; XHOVANOVA, A.M.
Snuffing out fires of oil and petroleum products on fro* surfaces In
tanks. Dokl. AS Assrb@SSR 12 no,7:453-457 156, (NM 9110)
I* Predstavleno akadsolkom Akadeall nauk Asorbaydxhan!-7-7y SSR Rhol.
AnIrkhanovyin.
(Petrolemo-Storoge) (Petroleum Induotry-Firee and
fire prevention)

g'-gra "AZ
4uAdfK-
22
N,

Sl

0)@

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sp- fr.. A*4957
pbW (Bswken)l-
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temp.4464)'
with @mL jjok;tjtfj-jdatent
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-
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wu@ med fte io6mbuitim 0" Oil Mth a
malstum I
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4wt bM4, at
ccintmt >8%'doci
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unstAbli with f
omming'am *hc@ be" k bulk
thdo da
ture Content and 7Ata mMstum
i "doily'at the wtart
CmUnt of: 0 to 8.89,
bumb
,
becomfus Wtermf t@
;Z

'th 4,6
e temp reach"

PAVIOV, P.P.0, ANTONDV, N.M.; KULIKOV, B.A.; PLOTKIN, M.Z.; KH3Vk140VA, A.M.;
SELINA, V. G.
Using fine water spray for extinguishing petroleum product fires.
Izv.vys.vcbeb.sav.; neft' i gaz 1 no.9:85-88 1 58.
(MYRA 11:12)
1. Azerbaydzhanakly industriallnyy institut imeni M. Azitbekova
i TSentrallnyy nauchno-looledovatellskly Institut protivopotbarnoy
oborany.
(Petroleum industry--Fires and fire prevention)

'A A m
and pelioleam Wa In optn cGn-
1. Slid T'm
14M. 1 7 r40. 11.
A
ahzi)- rf C.A SO TV41 -The mu: -;f cuui-
fikborn-
ing p, I
-gjjetq4M
4wactc It (hi&mt--s,rndcx4uq)ped
With 20 til-mo"mPles f,;r lllms'IH'@g tt.@ tenip, of th@
Products 'of the walls, Rod pf tht- flavic, Thc b,jrnitig rate
dcpcudi oci ibm ticut ul buviirtq. tho ,p. ,v@ of the mxtcrLal.
slid Its bratisix valu'.
IM-1

KHOVANOVA, A.M.
Streptococcal antigena in the blood of patientq with rhematic
fever. Zhur. mikrobiol. apid. i immin. no.3:114-119 Mr 160.
(MIRA 14-.6)
1. Iz Ins4@" spidemiologii i.mikrob@ologii imeni Gamalei AMN
SSSR.
(RHEUMATIC FmFO (STREPTOCOCCUS)

IHOTANOTA, R. I. -
Results Of Utilizing low freqUezer terrestrial currents for prospecting
purposese Trudy Geofixelast. ikoo'30:272-277 155, (NLU 9:6)
(P@rospeotIzg-4eo*,jveical methods)

/Yo Y
AUTHORS: Ivanov, A.G..,and Khovanova, R. 1. 49-4-15/23
TITLE: Storm of Earth currents during October 6-8. 1949.
(Burya zemnykh tokov 6-8 Oktyabrya 1949 g).
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheskaya,
-M'%
1957, No.4, pp. 525-526 + 1 plate (USSR)
ABSTRACT: During the Garm expedition of the Geophysics Institute
Ac.Sc. U.S.S.R. (Ged]Mzicheskiy Institut Ak. Nauk SSSR)
the natural Earth cui4l@6nts were recorded on the lower
slopes of the Pamir for the purpose of determining any
possible connection between Earth currents and seismic
phenomena. The recording was effected by electrode
lines which were disposed crosswise; the east-west 11
was 1100'4*1 he n=Ui-south line was 400 m long. Lead
accumulat6r'plate-6*, 30 x 30 cm, were used as electrodes,
each consistin� of enty such plates with a total
surface of 2 m duotmo a depth of 2.5 m; each plate had
a separate lead to the surface, The Earth currents
were measured by means of two circuits, one designed
for relatively fast and the other for relatively slow
variations; the slow variations were recorded by a
mirror galvanometer with a time constant of 30 to 35 see,
Card 1/2 a speed of the photographic paper of 22 mm/hr, whilst the

Storm of Earth currents during October 6-8. 1949& 49-4-15/23
fast variations were recorded by a galvanometer with
T - 3 see. and a speed of movement of the recording strip
of 50 mm/min. The basic circuit of the test set-up is
shown in Fig it P.526. Observations by R. I. Khovanova
in 1949 of siow changes of the Earth currents in the
Garm region several hours before the beginning of a local
earthquake were recorded by a circuit similar to that
shown in Fig,l. *The Earth current storm lasted two days;
the beginning was characterised by a general change of
the background of the recordings and from time to time
the uniform background was disturbed by oscillations of
1 to. 2 min. durations of amplitudes 10 to 20 times larger;
after 18 hours the character of the recordings changed
sharply and the continuous high amplitude oscillations
became predominant. The storm in the Earth currents was
Card 2/2 accompanied by an intense wind a major reduction in the
visibility and an appreciable lowering of the air
temperature. There are 2 figures and I Slavic reference.
SUBMITTED: December 12 1956.
ASSOCIATION: Ac.Sc. UA.S.R. Institute of Physics of the Earth.
(Akademiya Nauk SSSR Institut Fiziki Zemli).
AVAILABLE: Library of Congress,

KHDVABDVA, R.I.
Action spectra of some earthquakee in the Naryn zone of
the Tien Shan. Trudy Instefizezemo noOS114-125 '59-
(HLU 13:6)
(Nar7n region (Tien Shan)--Seismometry)

SOV/49-59-6-12/21
AUTHORS:Puchkov, S. V., Khovanova, R. I.
TITLE: The K@@ren Ear thquaE-e-lYn-*",-,vo4-lQv--1958.
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofi3icheskaya,
1959, Nr 6, pp 891-894 and 1 plate (USSR)
ABSTRACT: The earthquake occurred during investigations being carried
0 0
ae. In !he az-mljy'@,e mw@ of t'ae Institute of Physics of tl'-@e
-al
Earth, Academy of Sciences, USSR, by whom four experiment
stations were set up, as shown in Fig 1 (1 - stations, 2 -
eDicentre, 3 - boundary of the earthQua-ke). The calculat-
ions were based on the analytical method of the difference
between the enter-Ing time of the waves 1@ and iff (Fig 2),
as recorded by different stations (Table 1 and Fig 3). The
time of the earthquake was determined as 11 h, 341 25.811
(Fig 3). The velocity ratio of the longitudinal and trans-
verse waves was a/b =. 1.75 . The velocity a was calculatel-'
from the expression on p 892, where 6tl I 6t2 a-ad 6to -
travel times of the wave as recorded by stations "Mondy",
"Kyren" and "Zhemchugt X2 and x3 - distances between "Mondy"
Card 1/2

SOV/49-59-6-12/21
The Kyren Earthquake on August 10, 1958.
tiKy.ren", and "Zhemehug", respectively (Table 2).
Me value of a was found to be a - 5.4 -L- 0.15 km/sec.
The epicentre and the depth of focus was determined as
(P - 510751 N, X - 1010951 E, h = 10 km (Fig 4). The fict--
itious velocity was found k- 7.56 kmh3ec. Also the
hyperbole method was applitia in calculations (Fig 5). Botb
methods were in significant agreement. The energy E was
determined from the formula on p 893 as equal to 9.3 x 10@-'lergs,
The force of the earthquake.was found to be equal to M = 5206.
There are 5 figures, 2 tables and 2 Soviet references.
ASSOCIATION: Akademiya nauk SSSR, Institut fiziki Zemli (Academy of
Sciences, USSR, Institute of Physics of the Earth)
SUBMITTED: October 25, 1958.
Card 2/2

S/169/61/000/012/006/089
D228/D305
AUTHORS: Puchkov,, S. V., and Khovanova. R. I*
TITLE: Seismic observations of expeditions in the
southwestern Baykal region
PERIODICAL: Referativnyy zhurnal Geofizika, no. 12, 1961.
14, abstract 12A131 lByul. Soveta po seysmol.
AN SSSR9 1960, no. 10, 30-39)
TEXT: Field seismic observations in the southwestern Baykal
region, in the area on the eastern side of the epicentral zone
of the Mondy earthquake of 1950, were uniertaken to study the
seismicity of this area and to perfect and develop a procedure
of instrumental seismic microzoning. The observations were made
at four temporary seismic stations (Arshan, Mondy, Shimki, and
Turan) equipped with 89roK (VEGIK) seismographs and rD--4 (GB-4)
galvanometers with a channel amplification of 13000 - 22000 and
S. V. Puchkov's accelerograph system with an amplification of 7.
Card 1/4

S/169/61/000/012/006/089
Seismic observations of... D228/D305
Between August 1958 and June 1959, the epicentral position for
158 earthquakes was determined from observations at the field
stations. A map of the epicenters of these earthquakes is given
with an indication of the accuracy of the epicenter determina-
tions and the earthquake energies. In the period of time under
considerationg three relatively stron& eartnquakea (of class
13 - 14 according to the TKC3 (TKSE) energy classification)
took placeg being accompanied by repeated shocks: on August 10
and October 22, 1958, near Kyren in the vicinity of a major
regional fault which passes on the northern rim of the Tunki
Depression, and on October 29 in the Kitayskiye Golltsy area.
A hodograph of the fictitious (7-IT) and I waves was con-
structed from the field-station observations. A fictitious ve-
locity (k), equal to 7.6 km/sec., was obtained for the (19-K)
wave, the speed for the wave 15-v-p being equal to 5.9 kik/sec.
The obtained earthquake recordings were also processed with the
Card 21,,
MW IV
T
R