SCIENTIFIC ABSTRACT KORNILOVA, R.D. - KORNILTSEV, YU.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824720014-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KORNIIDVA, R.D.
Effect of A.F. Polosukhin!s antishock fluid on lymph circulation
venous pressure prior to and during shock. Izv. AN Kazakh.
SSR.. Ser. med. nauk no.l:`-6 163* (MM 16:10)

SffOLINIK, B.I., lcand.med.nauk; KORNHOVA, S.M.
Gombined use of paracervical anesthesia, and local anesthesia In g7ne-
cological surgez7. Pled., akush. I gin. 19 no-3:56-60 157.
(NM 13: 1)
1. Ginekologichookoye otdoleni,ye (say. S.W. Kornilova) Zhelesto-
Aorozbuogo rodillnogo down Np-sapadnoy zhelezhuoy doM1 (glavnyy
vrach - G.S. Stapankava)o
(GUNWIVX ORGOS. YXWjl--SMXRY) (IML AMMSIA)

33924
S/079/62/032/002/011/011
D243/D303
AUTHORS: D'yakonovt I.A., Nizovkiiaa, T.V. and Kornilova, T.A.
TITLE: Reaction of dichlorocarbene with chloroprene
PERIODICAL: Zhurnal obahchey khimii, v. 32, no. 2, 1962, 664-665
TEXT: The authors wished to confirm that dichlorocarbene, on reacting
with chloroprene, joins in the 1,2 Position. Investigation showed that
this occurred, 192, 2-trichloro-l-vin~-loyclopropans (I) being formed - a
Cl Cl colorless liquid which darkens in air 0and
forms a stolid polymer. B.p. = 63-63u5 at
M 25 mw fig:; d420 -.7 1.3330, nD20=1.5007. On
H &,CH=CH ozonitat:Lon of (I) or its oxidation by
2 2 aq*KHn04 (11) was obtained which is described
for the first time; m.p. = 94-950C (from
hexane).
Card 1/2

DOYAKONOV.. I.A.; NIZOVKM&, T.V.; KORNILOVA
Reaction of dichlorocar4p with chloroprene. Zhur',ob.khim.
32 no,2:664,-665 F 162. (MIRA 15:2)
1. laningmdaki y gosudarstvs=.VY universitet.
(Car*zw)

KORNILOVAp T.I,j ZHDANOV., G,,.Lo
Cceparison of the anabolic Nativity of testosterone propionate,,
19 -nor-D-hamotestonterons, and some of its derivatives. Dokl.
AN SSSR 345 no. ~M63-1165 162. (K= 1518)
1. Institut-khimil prirodNkh'sqyedineniy AN SSSR. Predstavleno
akademikon M.M.ShsmWskin~m. ,
(Testooterone) Obtabolim)

POPOVA, 0.1.; KORNILOVAO M,
Analysis of high-melting alloys containing zirconium (titanium) and
tungsten. Zhur.anal.khin. 3.6 no.5:651-652 S-0 161. WRA 14:9)
1. Institute of Metalloceramics and Special Alloys, Academy of
Sciences, Ukrainian S.S.R., Eiyev.
(Zirconlum-tungsten alloys)

XORNILOVA V.I.- NAZARCHUKq T.N.
Colored complex of biobium with hematoxylin. Ukr. khim. zhur.
29 no.U.-1205-1208 163, (MIRA 16:12)
1. Institut metallokeramiki i spetsialtnykh splavov AN UkrSSR.

KOBNIWVA, V.M. - -
Retention of atmodpheric dust in l3reathing. Gig,i san. no.6;11-13 Je 1530
. f. (NLU 6:6)
1. Laningradakiy nauchno-issledov;itel'skiy sanitarno-gigivenichaskiy In-
at Wit. (Dust) (Respiration)

KORNILOVA, V.14, nauchnyy sotrudnik
Impoirtant task of the vin eyardisto of Daghestan, Zaahch,rastoot
vred.i bol. 4 no.4t26-27 Jl-Ag 159.
(MBU 1615)
1, Derbentsk4a opytnaya stantaiya vinogradarstva i ovoishchevodetya
Dagestanskogo nauahno-issledovatellokogo Instituta velOskogo
khozMetva.
(Daghesta. " rapes-Diseases and pests)
(Daghesta"praying and dusting in agriculture)

KOUILOVA, V.N., starshiy nauchnyy sotzudnik
Additional spraying in vineyards,; Zaahch. rast. ot vred. i bol.
9 no. 4:19-21 164. (MIRA 170)
1. Derbentskaya opytnaya stantsiya po vinogradaretvu i
ovoshchevodstvu.

rig;IGNAMI&I ._kand.biol.nauk
Nutrition of anchovies in the Sea of Azov. Trudy VITIRO 31:368-377
155. (MIRA 11:6)
IgAzovo-Chernomorskly wu&V7 institut rybnogo khozyaystva.
(Azov, Sea of--Anchov:Lee) (Fishes--Food)

KOUILOVA, V.P., kwAidat b1ologichesk1kh nauk.
MMWAMMW~
State of reservem and biology *f the Azov anchovy before regulation
of river runoff. Trudy VNIRO :)I no.2-196-203 '55. (Km 9:8)
1. Asovsko-Chernomorokly sauckmao-Issledovatellakty institut rybnogo
khosysystys i okmanografil. 1 '7'
(Azov, Sea of-4achovies)

(Azov~ Sea ot-Anchovies
t
M- -

~i~ K'~ I,'IL.4.LIIIJ "P. , --V . ~'. I AJ R VV ) V . V . --- -- - ----
AM. KORNILOVA, V. S. i LAVROV, V. V. 0 Nakhodkakh Tretichnoy Fserofitnoy
Xafi eskom Polozhenii. Vestnik Akad. Nauk
Flory V Turgaye I Eye Stratig ch
I Kazakh. SSR, 1949, No 5, S 104-07. -- Biblio"_: 9 Nazv.
SO: Letopis, No. 33, 1949

KORNI.LOVA, V. S.
Kazakhstan - Paleobotany
New discove2-1 of oarly Tertiary flora In Kazakhstan. Dold. AN SSSR 806 No. 1. 1952
1952
9. Monthly List of Russian Accessions. Library of Congress, December 444. Unclassified.

KORNILOVA, V.S.; SATPAYZV. K.L. akademik.
Hydropterldineae Asolla In the deposits of the Chegan series. Dok1.AX S&SE
9) no.1:139-142 N 053. (MM 6-*10)
1. Akademiya nauk SSSR (for Satpayev). 2.K&%akhskV gosudarstvewW univerel-
tat im. S.M.1irova (for Korailova).
(Targai River region--Paleontology) (Paleontology--Targai River region)

LOVA -3T.-S.
"Continental TertiLry 21ora of Tartmola," Uch. zap.
0. 1 ,
;p 80-94, 19-54
The author presents the characteristics of the strritigrz~phic distri-
bution of focsil flora in the tertiery deposits of the rerion of Tortmoln
(KazEikh SSR) and describes the plant remains observed in ; croe-, section.
The fotbil flora is coordinate with the lenzes of fine-prain - d to e-,
.L L P_pn r, n
and sitlstones encountered in the layer of salted elf-ya of legoor. origin
poselbly, ahich lie over clays of the Chegpa series Lnd are covered by
sandy-clnyey rochs of the continental Turgey serietz. Tho plant remains
of Tortmoln rre connected with thp deposits of the indriect'horium teries
of the I-Tiddle Oligoc,,ne age and are represented by i-preavions of IeEves
and fruits of grPsses, da-chnogen, laurel, etc. (MhCiol, '110 -1, 1955)
S=. No. 9-81, 7 Cct 55

MRNILOVA, V.S.
Faleobotanical characteristics of ths compact sandstone horizon
of the Paleogene in Kazakhstan. Mat. k ist. faun7 i flory Kazakh.
1:95-116 155 jKazakhstan-Satadstone) (MIRA 11:5)
(Paloobotany, Stratigraphic)

10"ILOVA, V. S.
4-
Materialm on the locene flora of the right bank of the Selety River.
Tru&y Inst.bot.AN Kazakh = 1.118-130 '55. (MLHA 9:11)
(Selety Valley-PhIsobotany)

KaniLoYA. Y.s.
% ft a A Md WM)WI; =1 L,14'1~ui
Irloral ebaracteristies of the Turgai Bolattam strata. Zzy. AN MLsakh.
33R. Ser. biol. nQ.9:3-19 '55- (mLuA 9:4)
(TURGAI GATZ-GROLOGY, STILLTIGRAPHIC)

UMUMA, VeSs
Poltavlan flora of Kssai&stan. Dold. AN SM 104 zoel:124-127
. 8,!55. (KM 942)
1*Kud&skly gesudarstvoxw usiversit*t inexi S.M.11trova I
Institut 'botanlkl Akedeall nmk K&sSSR,. Prodstavloso akademikes
K.I,Satpmwovym.

. 1-1 -1 'e S, ~
I
r '5,1C~'1VI.L 15-57-2-1379
Translation from: Referativnyy Zhurnal, Geologiyaq 1957~ Nr 2#
,~ P-29 (USSR)
AUTHOR: Kornilova' V 3
TITLE: The Results of a Study Dealing With the Oligocene
Flora From Turgay'(Itogi lzueheniya oligotsenovoy
flory Turgaya),
PERIODICAL: Tr. In-ta botan, AN 'KazSSR, 1956, Vol3, pp 59-101
ABSTRACT: The history of the Turgay paleobotanical study is
subdivided into two stages: from 1858 to 1947., and
from 1947 to the Dresent time. Altogether 32 species
were established in Turgay and North Aral district
toward the end of the first period. This muterial,
provided A. N.-Krishtofovich with an opportunity to
explain the characterr and genesis of the Turgay flora,
relating it to the Turgay province of the Turgay
botanical-geographical district. The latter period
card 1/3 is characterized by a complex study of stratigraphyp

15-57-2-1379
The Results of a Study Dealing With the Oligocene (Cont.)
autochthonously it the lower and middle Oligocene from the
Eocene flora through the gradual extinction of the Poltava
elements and the development of the Turgay elements. The
development of the Turgay flora in the middle Oligocene and
its impoverishment in the upper Oligocene is related to the
cooling of the climate, which led to the extinction of many
wood species. Aridity occurring at the beginning of the Miocene
caused further decrease in forest areas and an increase in the
desert-steppe areas. The author gives a summary list of plants
from the Oligocene floras of Turgay and North Aral district,
including 314 titles.
Card 3/3 L. B.

KOMIDVA. V.S.- ~ - I - I
Lower Phleogene flora of Dsharan-Tme
Kazalth. 2-.&-',,--108 158.
(DzhamaiL-Tuz region-Paloobotany,
Fat. Po ist. fanny i flory
(MIRA 11:,J)
Stratigraphic)

KORNILDU, V.S.; SALIMENDVA, K.S.
,
- - zaichstan. Mat. po
- Kulbolda hill as a new site of locene flora In la
ist. fauny I flory Kazakh. 2:109-116 158. (MIR& 11:7)
(Kokchatay Province-Paleobotany, Stratigraphic)

BAMATTOY, V.S.; KOMTILOVA, V*S.
I ~.
Wha the paleontolGgists of Kazakhotan are working on. Hat po ist.
fauny i flory Kazakhe 2:161-16Z 158. iMIRA 11:7)
(Xazakhatan--Paleontolo.gical research)

KORNILOVA, Valentina Stepanovna; BAZHANCIV, V.S.s icand.biclog,nauk, oty.
riA`o- Ftblkig&~- red. ; P W OT. V.P.. takhn.red.
MV R
[Lower Kiocene flora of Kushuk (Tura" Gates)] Nizhneaiotseno-
vaia flora Kush-aka (Turgaiskil progii). Alma-Ata, Izd-vo Akad.
nauk Kazakhakol SSR, 1960. 128 Pe (KIRA 13:7)
(Turgay Qates-Palsobatany)

PAVLOV, N.V., aicademik-, AGNMA, K.T.; BArTENOV, K.B.; GOGMCLOT, T.P..
kand.biolog.nauk, red,; XQqXLCNA,, TO 30; POLTAXOT, P.P.. Prinizali
uchastlys: TAGILIMA, A.N.;*(%!ZCWi. A.; FISTM. T.V.. BYKOT,
B.A.. red.: KUBAN39ATA. Z.V., )zu4jbiolog.navk,,r94.; MTOROVA. R.1.,
red,g ALMOTA, P*7,,.tek1m.rei4
[Flora of X.axakhstaul Flora Keivakhotana. Glav.red.N.V,Pavlov.
Sost.M.T.Ageeva i dr. Alma-Atu. Tol.3. 1960. 457 P.
(MINA 13:5)
1. Akademlya nauk Kazakhakoy SSH. Alma-Ata. Inatitut botaniki.
2. A KasSM (for Nvlov). 3. Chlon-korrespondent AN KazSSR (for
BykOT). (Kazakhstan-Dicotyledonp)

KORNIWVA, V.S., kand.biologichaskikh nauk
Discover7 of fossil %aternar7 flora in the Tien Shan, Vest,AN.
Kazakh.SSR 16 no.5:89-90 Mv' 1606 (MIU 13:7)
(Tien Shan--Palsobotany,j Stratigraphic)

XORNILOVAO V.S., kandeblologichook1kh nauk
Now speclea of "op)Wllux from middle quaternary sedimento of
tfie northern Tien Shemolest.AX Xanakh.SSR 16 no.10slOl-102 0 160.
(min 13: 10)
(Tien Sban-Water milfoll)

BAYTHNOT, X.B.; BUOY, B.A..- VASIVYLTA. A.N.; GAKAYMTA, A.P.;
OCLMOKOIrs T.P., kand.biolognauk.- DOEROKHOTTOTAS XOTs;
KORN T.S.;'PISM, T.T..; ~AvLbv' N.V., skademik, eavnyy
X4
r-ed-.-,-i6i aSKAYA. %J.. kand.biolog.nauk; SUTCROVA, R.I.,
red.; ALMOTA, P.F.i tekhn.rad.
[Flora of Kazakhstan] IFlora Xazaihatana. Glav.red. X.T.Pavlov.
liost.M.B.Baitenov i dr. Alma-Ata, Izd-vo Akad.nauk Fazakhakoi
Toi.4. 1961. 5.45 P. WRA 14:4)
1.6 AN Kasaidiskoy SSR (for Phylov). 2. Chlen-korrespondent
Ai KazSSR (for Bykov)..
(Kazakhotan-Sotany)

BAZHAVIOV P V. S. ; XORNILOVA
Expeditionary work of the Section ol' Paleobiology during 1957-
1960. Mat. po ist. fauny i flory Kazakh. 3:188-191 161.
(MIRA 14:7)
,(Kazakhstan-Paleontological research)

KORNILOVAo V.S.
Basic distribution pattern of weeds in the agrucultural belt of
northern and western Tien Shan. Trudy Inst. bot. AN Kazakh. SSR
11:58-loo 161. (Tien Shan-'Weeds) (MIRA 15:3j

KORIKI'-OVA, V.,"., knnd. bialceli.clifi-Alkikh nauk
CorXerence on problems of vesl..An Kaza*Kk-,.ZER 18
no.5.-.82-133 it, 162. (MIRA 2:7:10)

KQRYILOVA~ V.S.
I . ".
Genus Salvinia in Kazakhstan. Mat.
83-99 1631.
po ist, fauny i flory Kazakh, 4:
(MMA 16:9)
Kazaklistan-Water ferns,, FosBil)

KORNILOVA, V.S.
I Quarternary.fleras from the mountain regions of Contral Asia. Mat.
po ist. fauny i flory Kazakh. 4:113-151 163. OERA 16:9)
(Soviet Central Asia-Palcobotany, Stratigraphic)

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Y E N
K 0 f?-- k) ) f
USSR/Chmical Technology Chemical Products and Their Application. Treatment of
Natural Gasen and Petroleum. Motor Fuels. Lubricants,
1-13
Abst Journal; Referat Zhur -,Khimiya, No 19, 1956, 626o6
Author3 -Rozhkov, I.,,,Kornilova, To.
Institution: None
Title: Stability of Ithylated Aviation Gasoline of Different Chemical
Composition
Original
Periodical: Novosti neft. tekkoikip Neftepererabotka, 1954, xo 6,, 19-22
Abstract: Investigation of the effects of the hydrocarbon cimposition of
e~hylated aviation gasolines on tbeJ,.r stability in storage. Sta-
bility was evaluated by the method of GOST-6667-53 and the time of
appearance of a precipitate of dec(miposition products of tetraetbyl
lead (TEL) on storage. The investigation showed that in extensively
branched paraffin hydrocarbons TEL is more stable than in alkylated
armatic hydrocarbons. Accordingly B-100/130 gasoline obtained by
Card 1/p

Subject USSR/Chemistry AID P 342
Card l/ l
Authors Rozhkov, I. V., Shimonayev, 0. S. and Kornilova, Ye. N.
Title : The effect of tetraethyl lead on the oxidation of
hydrocarbons
Periodical : Neft. Khoz., v. 32, #5, 70-73, MY 1954
Abstract : The result of study of oxidation of hydrocarbons of the
kerosene types In liquid phase and at the presence of
0.01% of tetraethyl lead (TEL) are reported by the au-
thors. The specimens of liquid hydrocarbons with and
without TEL were.plactd In glass ampoules filled with
air and tested at 100"IC. The results indicate that TEL
is a catalyst for low temperature oxidation of liquid
hydrocarbons. The TEL also accelerates the decomposition
of organic peroxides, which in turn accelerate decomposi-
tion of TEL and formation Of deposits. 2 tables and 5
Russian references (1939-51).
Institution : None
Submitted : No date

V-
RDZHKDV, LV.; EDRNIWVA, Yeel.
OXIdizability of benzine hydrocarbons in the liquid phase In
the presence of tatrastbyl lead. thim. I tekh. topl. no.12;
43-A7 D '56. (NMA 10S2)
1. Mauchno-IssledoTatel'skiy institlat &o*uche-sm&zochnYkh
materialov.
(Hydrocarbons) (Lead)

tbamr (.e. r 1 - )f-, f V
ROZRKOV, I T. -, SHIMDVAYW. 0.S.; KOREWVA, To.N.; PM&RIN. B.A.
Method for evaluatlig chemical stabl'tity of ethylated
aviation gasoline. Kbim. I takh. toltl,i masel no.1:59-
66 Ja '57. (KRA 10:2)
1. Ikuchno-Iseledowatellsicty Inatitut goryucho-smazachsykh
matorialov.
(Airplaxes--Puel)

AULMOR Rozhkov, I.V. and Kornilova, H.N. 65-4-8/12
TITLE: On the mechanism ~f the actionof anti-oxidants on the
process of liqaid phase oxidation of ethylated aviation
petrols (0 mekhanisme deystviya aniokisleteley na protsess
zhidkofaznogo-okis1eniya. bensinov.)
PERIODICAL: 19Khimiya i Tekhnologi-va Topliva i M-asel"(0hemistry and
Technology or Fuels and ricants)1957,116,-4,pp.47-53(USSR)
ABSTRACT: The above problem was studied using fresh and to some
extent oxidised samples of petrol and the following anti-oxid-
ants: paraoxydiphen-,ylamine, 4,41-diaminodiphenyldisulphide,
diethyl-p-plienylenediamineg 2,6-ditertiary butyl-4-methylphenol
and 2,4-diaminodiphenylamine. Glianges in the physico-chemical
properties of etb,71ated aviation benzene exposed to light at
room temperature are shown in Table 1; the influence of admix-
tures on the oxidation process is shovmin Figs. 1-6, and
changes in properties of "corrected" petrol on storage is shovxa
in Table 2. It,was found that uader conditions of liquid phase
oxidation, lead tetraethyl decomposes with the formation of
active products considerably easier than peroxides. These de-
Card 1/2 com-Dosition pzoducts initiate the decomposition of hydroperox-
ides. Therefore the additives capable of inhibiting the decom-
position of lead tetraethyl also inhibit the decomposition of

On the mechanism of the action of a;2ti-oxidants on the process
of liquid phase oxidation of ethylated aviation t ls4C nt.)
6
hydroperoxides. Anti-oxidants inhibiting oxidat?EA04 ethoylated
benzene wban added before the oxidation process is started, are
capable of inhibiting the already started decomposition of lead
tetraethyl in gasoline. The possibUity of increasing the stab-
ility of ethylated gasoline in which the decomposition process
of lead tetraethyl has already started by an addition of para-
oxydiphenylamine was demonstrated. There are 2 tables, 6
figures and 7 Slavic references.
ASSOCIATION: NII GSM
AVAIIABL13:
Card 2/2
AUMM.Sablinal e.Ar.-v Rozbkovt V.Y., G"lureyev, A~.A~., Koruilova,
iLxf-, and Turskiyt Mi. 1 65-6--10/13
TITLE: Pheable from processirg-fteremkhovsk coals as antioxidants
for fuels'.' (Penoly pererabotki cheremkhoVSkikh ugley kak
antiokipliteli dlya topliv), 40~
PERIODICAL: "Khlmiya i Tekbnologja ToiAiva i masel" (chemistry and
Tech-n-07ogy, or lVeis.and.Lubricamts) 1957t 61, pp'.58-62
(USSRY.
ABSTRACT,., Oxidation inhibiting properties of phenols obtained durimg
semicokimg of the Cheremkhovsk coals were investigated*
Numerous samples of phenols were testedt but the results for
three most effective samples are given: 1) phenols separated
from spent ammonia liquor, by solvent extraction (the method
is not given) and distilled in vacuo; 2) individual frac-
tions of these phenols (the composition - table 1)9 and 3)
some phenolic fractionB-separated from tar (e'.Jj fraction
boiling 240-330 C)",_ Oxidation inhibiti34g properties of
phenols were tested by rapid oxidation of samples of various
fuels (containing components obtained by thermal cracking)
Card 1,4~ inhibited with tkke antioxidants investigated in comparison
with the same fuels containixg alreacW known inhibitors.

ROZIMOV, I.V.; XORMLOVA, Ye.11.; RUGLINI B.A*
Chemical stibility of stb7latea gasolines of varied hydrocarbon
composition. Azerb. moft, khoz, 37 noolt34-36 ja- 158. (KUL UsQ
. (Gasoline)

85180
111.210
s/o65/6o/ooo/on/oo6/ooq
E194/E484
AUTHORS: Rozhskov, I.V , Klimov, K.I., Kornilova, Ye.N. and
Vilenkiy, A.V.
TITLE. The Service Performance of Fuel Type T Stabilized
With Anti-Oxidant 04 -16 (M-16)
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1960, No.11,
pp.49-53
TEXT: Soviet jet fuels for civil aviation are grades T-1,
TC -1 (TS-1) and T-2. Fuel T-2 is a wide gasoline-kerosene
cut and fuels T-1 and TS-1 are kerosene cuts produced by straight
distillation. Fuel type T is a jet-fuel containing gasoline
fractions including-thermally gracked components, The use of
thermally cracked components considerably improves the supply
position and the properties of the fuel are generally satisfactory,
except that because of the presence of unsaturated hydrocarbons
the fuel is much more subject to auto-oxidation than straight
distillate fuels. Accordingly, the present work considers in
particular the results of long-term storage of fuel containing
thermally cracked components stabilized with anti-oxidant FCh-16.
The wide-cut fuels are not such good lubricants as kerozene and
may give rise to increased wearin fuel pumps. Accordingly,
Card l/ 4

85180
s/o65/6o/ooo/oll/006/009
E194/E484
The Service Performance of Fuel Type T Stabilized With Anti-
Oxidant FCh-16
this property was also studied. Table I gives laboratory
oxidation test results on fuels produced by different refineries.
The oxidation tests were made at a temperature of 1100C for eight
hours, oxidation being assessed by the actual resin content at a
temperature of 1850C. The.fuels were stabilized with 0.05% weight
anti-oxidant FCh-16 which consists of phenols that are by-products
of semi-coking of Cheremkhovsk coal. Previous work has shown that
anti.-oxidant FCh-.16 is a more effective anti-oxidant for thermally
Cracked fuels than wood-rosin anti-oxidant, lonol and paraoxy-
diphenylamine. Storage tests were made for 2.5 years under
severe conditions with mean summer temperatures UP-to 30 to 35"C.
In the fuel stabilized with anti-oxidant FCh-16 th'ere was no
increase in actual nesins or in neutralization value. The data
given in Table 2 show that the remaining physical-chemical
properties of the fuel containing cracked component and stabilized
with FCh-.16 did not change during 2.5 Years storage and remained
within the standard limits. The anti-weer properties of fuels
were investigated on a rig KFA-1 (KV-il) illustrated schematically
Card 2/

s/o65/45/V80/011/006/009
E194/E484
The Service Performance of Fuel Type T Stabilized With Anti-
Oxidant FCh-16
in Fig.2 in which a steel cylindrical roller 5 mm diameter
rubs against a spiral of wire 2 mm diameter, wound on the
cylindrical surface of a disc. The speed of loading and other
conditions are given and the loads to cause scoring with various
commercial fuels are plotted in Fig.3. It is shown that the fuels
differ considerably in their anti-wear properties, of the straight
distillate fuels grade T-1 is the best, T-2 is the worst and
TS-1 is intermediate. Samples of fuel containing thex-mally
cracked components and additive FCh-16 are better in anti-wear
properties than fuel grade T-2 of the same viscosity and are not
worse than fuel TS-1 although of somewhat lower viscosity. In
order to explain the reason for this wear, tests were made with the
components of the fuel to investigate the influence of adding
FCh,-16 and the results are plotted in Fig.4. It will be seen
that product FCh-16 is able to improve the anti-wear properties of
the fuel. It is concluded that a fuel containing 30'No of cracking
component and 0.05% anti-oxidant FCh-16 is of good oxidation
stability and can be stored in the southern regions for not less
Card 3/4

S/06585,180
/60/000/011/oo6/oog
E194/E484
The Service Performance of Fuel Type T Stabilized With Anti-
Oxidant FCh-16
than 2.5 years and, moreover, it is of satisfactory anti-wear
properties. There are 4 figures, 2 tables and 6 references:
5 Soviet and 1 English.
Card 4/4

5?'065/61/000/005/002/002
0 9030/E435
AUTHORS- Rozhkov, I~V. and Kornilova Ye.N.
dants on the Kineticswof
TITLE~ Influence of Antioxi
Oxidation of,the Benzene/Merosene Fraction of Synthene
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No~5,
pp-54-57
TEXT. An experimental study has been carried out on inhibition
of oxidation in "synthene", a product obtained from the oxidation
of carbon and hydrogen, and containing 5.5% of unsaturated
hydrocarbons, The.results are discussed in terms of the
threefold classification by K.I.Ivanov and Ye,D,Vilyanakaya
(Ref.1 to 3) of antioxidantag first group, effective only on
introduction into the oil at the start of oxidation and
ineffective if added subsequently; second-group, effective if
introduced initially and also effective against branched chain
peroxides~, third group, effective both on introduction and in the
autocatalyt1c stages and possessing moderate-effectiveness against
peroxides, but not high overall. effectiveness. The 150 to 250%
fraction of synthene was studied, Oxidants added were
Card 1/3

Influence of Antioxidants
s~o65/61/000/005/002/002
E030/E435
analytical grade hydroquinine in alcohol solution, pure ionol
(2.6-ditertiary butyl-4-methylphenal),.solutions in isopropyl
benzene of analytical grade diphenylamine, a-naphthalamine,
P-naphthol, and grade TY-3639-52 (TU-3639-52) paraoxydiphenylamine.
The synthene was heated in a molybdenuin-glass flask up to 130*C and
the temperat -ure maintained for 5 hours. Additives were
introduced before heating, or 2, 3 or 4 hours after the stairt-of
heatiug. 'The specimen was 50 ml size and 5 ml samples were
withdrawn every hour for analysis of acidity. All the additives
gave similar performances, belonging to the third category, and
typical curves are shown in Fig.2 for diphenylamine (plot a) and
paraoxydiphenylamine (plot b): time ofax-idation (hoursi) vs
acid value (mg KOH/100 ml), It cannot be assumed that these-
additives will always be in the third group, since a previous
study by the authors showed that the type of kinetics depended not
only on the chemical structure of the additive but also on the
chemical structure of the fuel. Thero are 4 figures, I table
and 8 referenc-esq 7 Soviet and I non-Soviet,
Card 2/3

369NI
S1064 142/000/007/021/033
Bi 68/B'J
101
0/?C~
AUTHORS: Rozhkov, 1. V., Sablina, Z. A., Gureyev, A. A., Kornilava
Ye. N.
TITLE: Anti-oxidants for fuels
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 7, 1962, 546-547,
abstract 7M172 (Sb. "Prisadki k maslam i toplivam". M.,
Gostoptekhizdat, 1961, 388-392)
TEXT; The effectiveness and the mechanism of the action of anti-oxidants
intended for automobile gasolines containing components from thermal and
catalytic cracking, ethylated aviation gasolines produced by straight
distillation, turbojet fuels, tractor kerosenes and diesel fuels were
investigated. It was established that the parameters referred to are not
determined so'lely by the structure of the actual inhibitor but depend on
the type of the oxidizing hydrocarbons and on the presence in the fuel of
non-hydrocarbon additives (e.g. T.E.L.). The most effective anti-oxidant
for'ethylated aviation gasolines is 0-004-C-00% by weight p-hydroxydi-
phenylamine, which ensures that the gasolinee will keep without loss of
Card 1/2

S/081/62/000/007/021/033
.Anti-oxidants for fuels B168/B101
conditions for 3-4 years. The most efficient anti-oxidant for stabilizing
automobile gasoline A -72 (A-72), which contaifts �7074 ComPonents from
single-stage catalytic cracking, was found to be 64-106 (PCh-16) (0-03-,~ by
weight); this anti-oxidant consists of phenols extracted from the aqueous
fraction of low-temperature carbonization of Cheremkhovo coals and is more
effective than wood-tar anti-oxidant, Ionol, or p-hydroxydiphenylamine
Being a surface-active substance, YCh-16 improves the anti-wear properties
of fuels. An addition of 0-05~o by weight PCh-16 stabilizes for 8 1/2 years
those fuels which contain unsaturated hydrocarbons. The addition of anti-
oxidants to fuels ensures the retention of their thermal stability at its
initial level during storage. 11 references. [Abstracter's note: Complete I
translation.
Card 2/2

L 12i /EPF(a)/W_WT(m)/BDS1 AFM/AFG0 PCJVF~-_'.
99-63-
ACCESSIM NR: AP3,=67o P/0065/63/000/006/0060/0065
ALUTHORs. Kichkin 0, 1,;.Hoz 1. V.; Vilenkin,, A. V. Kornilova, Ye.- 9.
TITLE, Effect of addi tives ~on anti- ,wear .Edberties, of fuels~\
SOURCE.- Khimi"- i tekhnologiya,t-o 3iv i'm4del no.-6, 1963, 6o-6,--z
p
TOPIC TAGS i additives, ~ anti-wiiearl- fuels; aiiti-oxidants, dispersant f;tab12izers$-
metal deactivator, surface-active additives-.,
ABSTRAM. The anti-wear ptoperties of1fiel4'.T;4 and TG-1 (naphtha-s-kerosene
fraction) andT-2\\~naphthd'-kerdasne-benz~ne,:'i~actio'n~ were'inv'estigatedo T-1
,showed beat and T-2-theworst.anti-wear propertie.q. increasing -temperature ~ from
20 to 150 degrees noticeably reduced theantl4wear properties. Addition of
small amount -.(0. 01% by vei ht) of antivear ldit~y~s - or
af A(s organic compounds, or-
thiophosphoric acid. estersi devaip--ad, for oils, increased anti.-uear properties
of the fuels to the same extent as the addition of anti-oxidants and dis-
persant stabilizers. A metal deactivator -sbywred very little surface-active
i~nediamine impr
effect, but surface active e~enols~or phenyl oved 3: stability7
Card 1/2

A- j
4"M
as efomc=
AOM AN
Amok SUN
win- olddow
Tu
do sdvm
waft
ftd a
OL of Im
is
Mem The bibuft of tj
do of Efoo &a 6m
Map" ad do am a -n=6w42tOH; bumd ad

ism
4, rat trio
U"" =404 , 11 ,*Iuty .1
vu-t-x. 11016 4kobol,, ;
- - A.
.em, 1~. 20
IV The Action of
fill", 41YCOI~- S. A.
fill

KORNILOVA, YU. L and DODRYANSKIY, A. F.
Catalytic Cleavage of Symetrical Diphenylethane by the Action of Alumimm Chloride,
Page 311, Sbornik statey po obahchey k-b1zli (Collection of Papers on General
Chemistry), Vol I, Moscow-Leningrad,, 1953, pages 762-766
Chair of Pyrogenic Processes, Leningrad Technological Inst imeni Lensovet
Heating (CHZPhi2 (I), with AlCl to 230-50 0 or 330-500 results in 2 simul-
taneous processes: cleavage and conaensation. I undergoes solely the unsym.
cleavage, regardless of conditions, yielding C6H6 and condensation products of
linear structure. The yields depend on conditions. If the low boiling material
is not removed continuously, the yield of distillable material (mostly C6F6)
declines. the yield of distillable material rizes q1th the increase of catalyst
concn. from 1% to 10~ . Oxidation of the condensation products gave BzOH and
P-C6H4(CO2H)2-

"Condensation of Ethylene Chloride with Aromatic Hydrocarbons-in the Presence
of Aluminum Chloride," Page 315.
Sbornik statey po obahchey khWi (Collection of Papers on General Ghemlatry)#
Vol I, 14oscow-Leningrad-1953, pages 762-766.
Chair of Pyrogenic Processes, Leningrad Technological Inst imeni Loensovet
The reaction of(C"2C1)2 with C67H6 in the presence of AlC13 yields (FhM'2)2
and resins, or condensation products. (CH2C1)2 (99 g.) and 234 g. C H with
10 g. AlCl gave, after the usual aq. treatment, 55% (PhCH2)2, b ~ 1g2�50, and
40 g. pr2ct, b16 155-3000. Some higher boiling residue was leR. Repeated
distn. gave p-CD(GH2CH2Ph)2m b3 212 , m. 47-8.50, and (p-PhCH2CH2C6H4QH2)2-
b 270-80, m. 7 50, (possibly a mixt. of isomers). Oxidation gave terephthalic:
aLd and BzOH. The same oxidation i~rodtcts were! obtained from the tarry distn.
residue. Similarly MePh gave up to 65% ditolylethane, b 31420 d 0 9681, which
oxidized with MnO~, to terephtlaUe and isophthalic acids, wish iroac*es of toluic
acids, thus indicating the formation of m- and p-isomers in the condensation.
The higher boiling products yielded 1,3-bis(2-(I).-methylphenyl)ethyl)-5-methyl-
benzene, b3, 226-50, in. 62-90.

&bMC.
The aLett= of bladdo 01
_

'IT an fy~_T m 36
.i4
Po
2v
'MU. Ivauk
"
-MCI& (5 e.) "d 10. C, CH,(C'ChUth heatol pit a, dmm'
bath 7-10 min. Uatit the lcac-jon cumitmaccd. and the mitt,
allawtd 60 sta:td until rits (9tel) cvOlutiall oca"Cd g:Av" a
Sf*.-Igy wh-MI, utd. -&-th Etto, Y1.0"ka a rt-,
'
l nudVnafc, C~M%OaAlc. which wrs extr=ely h-.
I Is dlue of
A
l
.
'a fla-d 4' 7 AIC11
an urstated

..... ..........
KORNIWVA, Tu, I. and A. F. Dobryanskiy
Catalytic Decomposition of Symmetrical Ditelylethane by the Action of Aluminum
Chloride,.Page 325
Sbornik statey po, obshchey WWI (Collection of Papers on General Chemistry),
Vol I, Noscow-Laningrad 1953$ pages '162-766
Laborator7 of Pyrogenic Processes, Imitagrad Technological Inst imeni Lensovot
Heating mixed 1,2-di(m-tolyl)ethane and 1,2-dJ.(p-tolyl)ethane with AlCl3
to 230-500 led to cleavage of the former in 2 (Lirections, predominant reaction
was cleavage of I'KePh, a lesser reaction was tho cleavage of Xylene (m- and p-isomers
as identified after oxidation to the acids). ',,he extent of the reaction rises
with temp. and with duration as well as with increase of the proportion of AlC13
used. Attempts to oxidize the high boiling troducts failed to yield any
conclusive results.

SENING7,S.S.; KCRNIWVA,Yu.1.
Action of alcohol-alkali solution on organic matter of Baltic
shales. Trudy MIN no-3:5-10 155- (KLRA 8:12)
(Baltic Sea region--Oil shales) (Hydrocarbons)

IL oJimm of
A. Xmis ad Ts. 1. an "mWmk *NIL S.
Tock. lea., Legim "). 9 rkw..
(1, C-ca. cbm.) 20. 1. 1(11
'w_r (100); d.
C.A. 43. I&W.-Tjw a"" mfthmajim bV VA*b pb. as
`7%
LOAc)~ operates Is lom"UmW to The Me g(viate feWim dib,~ It dm &ft4ykue S"I.-
WrIo"d schm" (a SO Wim: RX *W amt7fatim pra-&k-ts at the triple Wed
(OllpOlI)R, 4 tjou of Un(Okh. who the 91YTW Is Of Amm9tic tM; a"-
Mn( At)~~*RJOW(OAc)4C(01 If OAc)s - phatic Anam
UIOMS(OAC~j JOMrs(OAchIRm p Me ruptu"A. The der-100WAS" el W
(RXOP,% - 2RC0 dyed is a It"VogtWe; this Is tv04ned by 90.0016 ts,
The tMP'- "T"', WW SUbdr&tt OWU"tkf* &ff9Vt dW FV*C: stim of the upsate.. Kok w" Is differeat in
110n rate- P0kr WAvents (AcOll 100U 8 ) vo the "Odvo Polaris to C0&d(VAd*Q
t1
W=IJM 6js
t : ; UVO vW Cis Wam,
14 aweedlas stak of ~lv Im 011 of tho Oil Isydroom with Des. C. thas aft"Us the Qml-
M=01011. phMeqOH)C(OHY OML,. 44, with 0.7 N.
Ii!MtyIJ-2.2'-dW. and 2-bvdmycnWwm~ diWAtY, Rautions of 0.24 g. 1. m. 137-
well as with a doubled amt.
aj Tb# reactime k d"j, in of M*(OAch Im im ml AcOll as
act Io IM% AcOll, SD W) and W. with final dfm--,
Athi te"fary ORWISO mm. ly"U, ftwonduy =St. of "Ituat. were ruR at
The g4vab me oxktbed tmbly slower (a let of oslttatkioc!~.!!~.~~d ~J.
av"
"11- Of tfkbbmtMm than In AcOlf, probabi
y as a re we ody 7 croducts: phtm; !d
.-it of If buw am". in the bsftt samw The readis "d
Gbt&bwd with OMM-OMM mak Kibutrate and 0.00t-
Om" Oak M*OAt)s, at 30 50 IND *W 100* aft prt-
AZ;a m

SFMNOV,S.S.; KORNILOVA,Tu.I.; OUFAVICH,B.Ye.; ORIMA,N.S.
Detection and analysis of functional groups in organic matter of
Baltic shales. Trudy VNIIPS n0-3:11-15 '55. (KLRA 8:12)
(Baltic Sea region--Oil shales) (Hydrocarbons)

KORMIWVA, Yu.I.; SZMJOV. S.S.
--- 1-~~-~_;,~.;-~4.~..~~~.~i-'~~---~q
Gentipting the organic mtter of oil ahalen from the Kanhpir
field. Trudy VIIIIT no.8:4-13 159- (14UU~ 13 -.4)
(Kanhptr--Oil ahales)

SIMENOV, S. S. ;_~ ~o f_~ .; DOKSHINA, If.D.
Methylation of oil *bale kerogen by diatomethane. Trudy VNIIT
no.8:28-34 159. MIA 13: 10
(Oil shalon) (Kerocen) (Hathylation)

SOVAIOVA, A.A., kancl.tekhn.tauk, dotsent; KORFIWVA, Z.I., inzh.
- - -1
Heat resistance of certain nickel-baoe alloys. Trudy MATI no*31:
f
107-112 '58. (KIn 11: 7)
(Nickel-alloys-Testing) (Heat-resistant alloys)

S
ACC Nkt-
SOUROZ -COIZ:.' TJR/aW/6
AT60.123A3 5/00Q/000/014.3/0147~
Kornilova Z I
r9=1111r'
ORG; none
TITLE: A stiuctural-kinetic study of the oxidizability,,of titanium alloys
SOURM: Soveshahanlys po metanokhimli, metallovedeyu i pr imanenijru titanaI
yego splavov, 6th. NovM issladovanlya titanovykh splavov (New research on titanium
alloys); trudy soveshchaniya. Fbacow, Iad-vo Hauka, 1965., W-147
TOPIC TAGS: titanium alloy., oxidation, oxidation kinetics, phase
composition# temperature, phase transition Anatitanium-aliloy.,
ABSTRACT: The results aragivenof a study of the kinetics of 03adation of titanium
alloys of the AT type and of the phase composition of the scale formed on them. Tho
kinetic curves of oxidation were obtained by the method of intermittent weighing on
a balance vith a sensitivity of 2.1o-5 g. Specimens In the form of 10 x 10 x 4-mm
wafers were out from forged and annealed (at 9500) reatangular rods. With prolonged
exposure, the oxidation kinetics of AT alloys are functions of temperature and Ulm
(see Fig. 1). In the scale formed at 800-10000, rutile and Y-AI203 were detected.
Card 1/2

0 TE-1 N I 1-0\1 le- R, A
AID P - 2448
Subject USSR/Aeronautics
Card 1/1 Pub. 135 - 14/19
Author : Kornilovich, A., Lt. Col. Eng.
Title ; Astash6nk6_v_,P_. Elektrichestvo na samolete (Elec-
tricity in aircraf ), 1955. (Book review)
Periodical : Vast. vozd. flota, '8-,, 82-83, AS 1955
Abstract : This book is about the electric equipment of the Addern
aircraft. It belongs to the popular science library
series for soldiersand sailors.
Institution: None
Submitted No date
sov/86-59-1-36/39
AUTHOR: Kornilovich, A.A.., Engr Lt Col
TITLE: High-altitude Equipment of Aircraft (Vysotnoye oboruddvaniye
samoletov)
PERIODICAL: Vestnik vozdushnogo, flotap 1959, Nr 1, pp 88-89 (USSR)
ABSTRACT: Thus article is a critical review of the book Vysotnoye
oborudovaniye samoletov., High-altitude Aircraft Equipment,
by L.T. Bykov, M.S. Yegorovp and P.V. Tarasov, published by
the oborongiz(State Publishing House of the Defense Industry)
moscow, 19589 392 pages.
Card 1/1

KR--'.VGM. IKO P A.?. ;KoFq~j ITr)i1le HI, A.A. ; q~ K--, ~1,. t . ; ~17R(YrKJ?T AP V.P.
-- 1. j
Electr.ir nrnnsxrCjCs of silicon -.1th phosphorus admixture. TzV.
SO AN SSSR no. 10. Ser. tekh. nank no. 3r79-85 t65
NTRA 19~1)
1. Tnst~'Ltut fiziki, poluprovodnikov 'SuLrokogo o'delenlya AN
SSSR, Novosibirsk. Submitted Augunt 27, 196,/.

L 2551~66. T(w)A 0, -TAW01rh(b) WIM
ACCESSION NR: AP5021081 UlVOM16510001002loi5310154
53T-311-33
AUTHOR: Kornilovich; A, A.; Kravchenkol A. F
TITLE:. Iffiii-W 6~i-tro~atment: on the electrical operties of silicon contednIAV-
Pr
urity
.phosphorus an imp
SOURCE:, - SSR. Sibirokoye citdeleniye.-- Izvestlya, Seriya tekbnichesk1kh nauk#
no. 2, 1965, 153-154
1TOPIC TAGS: high temperature ann,%ling, low temperature annealing, Hall effects
Isilicon., phosphorus impurity, free electron mcb1lity0-4onor concentrationp elec-
!trical resis4u-ancep.electroneutral-aiiicon dioxide
1ABSTRACT: Heating of 51 to temperatures above .350C markedly changes its electrical
properties; the reason for this iffl4not conclusively known) although certain theo-
ries on the interaction of owgen/jith atoms of silicon and atoms of impurities have
Aeen advanced. - In tinis c6n--n-e`cfi-on,, the authors present the results of experi-
mental investigation of electrical resistance$ concentrationj and free,6eleotron me-
bility as a function of the time and temperature of the heat. treatmentJ tTannealing)
of three groups of n-Si containing different amounts of P Impurity. . The annealing
vas performed in a vacuin (1o-3 mm ug) at from 4oo to 11000 for .7.0 min to 40 hr,
land the cooling, for 10 hr, inside the furnace, The effect of annealing differed

L 2551-66
ACCESSION NR.- AP-5021083
depending on the temperature range in.- Ich it was perfomed: above 800C the Hall
in
'ge
'/b
I
coefficient and free-electron mobiliV~ ended to increase (most sharplq In tho
t
material with the lowest content of P) while olectrical resistanco remained con-
t0"
stant; below 800C (low-temperature --i;,ealing)'the Hall coefficient, and the, elec-
ture -,e
trical resistance of Si decreased whi e electron mobility somewhat increased*- An-
d Ie
I.-criotics., and-param-
ted
nealing beyond 30 min no longer affe ted,the electrical charac,
a~ e
jj
et~rs- if Si. The difference _inlleeeffect o1! heat treatment on deotrical Rr2=
t e f
Pertiesl%Lre eonditionedby the.pre nee of oxygen in silicon in thd form of monodla-,
pre nce
Pr
perse Si_Z groups. In the proces:s of the heating of Si to 1000C:1- the' o.Vgen atoms
eas of th
become regrouped
S 20 - S102 + Eli
r 20 _ a
The electrically neutral groups f SiO2 interact. with the phosphorus
f Ellio2
-P
+ 4
5Si 2 + 4. - VAS 581
2 P
The resulting oxides oft'he impurity react withsioa
:;dl~005 ~+1 y8i
-02 PXSi~.Qj
As a result, the: R' and '0 -'atcma-ii arerboUnd Into. -ja~k~rj6jjV neutril,~ Px8iyO2 groups end the
C002/3
7'!'T!~ 7- 7. '7. -

IL 2551-66
ACCESSION NR: -AP5021083
T
;donor concentration-decreases. on heating t013000- the molecules of-phosphorus"
:silica glassest the oxides of the impurity, and the silicon dioxides decay., and.the
Iliberated oxygen diffuses through the interstices and, following rapid cooling
:the crystal,. is distributed in the form of. Si_,O -:groups. By contrast, low-temperat
troatment leads to the formation of electrically active Mo. complex~ejqirom si2p
or Imult la-
igroups, These complexes may be singly ipW ionized, thus eaafng to an
1crease in free-electron concentration. The increase in electron mobility is clear
lattributable to -the decrease in the number of thermal defects in the process
longed annealing. Orig. art. has:
3 figures.
'ASSOCIATION: Inatitut fiziki poluprovadnikov Gibirskogo otdelenlya AN SSSR, Novo-
Isibirsk (Institute of Semiconductor. Physics, Siberian Department All q.15
gR)
suBmTo: o8oct64
ENCL: 00 SUB CODE: MXj SM
~_17
OTHER 009
NQ REF SOVi 000 ~,/) ~ - ~,
ATD PRESS:
77

t
_L W6Z )1W,10)__.,
ACC NRt AP60020V SOURCE CODE- UR/0288/65/66/0676
AUTHOR: Kravchenko, A. F. Kornflovich, A. A.; Saks L. A. SI rotkina, V. P.
ORG; Institute of Semiconductor Physic s, SiberianIBr anch, AN SSSR, Novosibirsk (fnstltut___~
Mild po-15-p-ro-voilHffo-V PlbTfiFo-go offe-lenlya. AN-MM)_
TITLE: Electrical properties Vsilfcon with phosphorus admixtures
SOURCE; ANSSSR. Sibirs eotdelefilye. Tivestlya. Seriyatekitnicheskikhnauk, no. 30
1965, 79-85
.1-TOPIGTAGS: silicon_se_mleondtiqtoi,-,-.! Hall effect -the rtnoelectromotive.
.. ...... ..
physical properties. of silicon were carried out on 001yorystalline mater As in which the
intercrystallins potential barriers. made the Inbapretzt-~. of kinetic e frec ts extremely com-
plicated. In view of the present-day uses of n-type silicons with low P content, the authors.
investigated effects In three types of Si samples (SI-1, SI-2, Si-3) with differing P concentra-
tion having at room temperature specific resiStIVItIEW Of 18, 9, and 6 ohm- cm. Experimental,
results are summarized In Fig-mres I through 4. A detailed theoretical interpretatloa of the
experimental results Is also given. The theoretical dashed curves Aa Fig. 4 are In good
agreement with experimental data except In the low temperature region where the deviation
may be due to admixture scattering which was neglected during the Wedietical. derivation.
UDQ 039.293:538.632
Card 1/4 639.295: 537

-j , ;-

WBINIU, V.R.; KORNIWVICHp I.Ae
Plumbobarosite In the oxidation zone of lead-zinc deposits of eastern
Transbailmlia. UP.Tses.min.ob-va 88 no.3:323-328 '59. (MIn'12:11)
1. Tsesorany7 nauchno-iseledova-tallskly goologicheakiy institut,
Leningrad. 2. Deyetvitel'W chlen Vuesoyuznogo mineralogicbeekogo
obehobeetya (for Dabinina).
(Trausbatimlia-44rosite)

so V,12,-~ ~ 128, 1
AUTHORSs Dubinina, V, IL, Kornilov:.ch, 1~ A.
TITLEi Orl Mutual Substitutions Between Mimete-si-., 1--d B!n--I~heiml7e
PERIODICAL: Dc;klacly Aka-der.,--;-i nauk SSSR, 1959, vc,,'- 128, Nr I
PP '56 - !59 (USSR)
ABSTR,kCT: Bindheimite which is forri!d i4r, cun-sequence --f zhe oxidati~.v
of boulangeri-be was found in the oxidat-o-., zone of qui,~e a
series of polymetallic deposits of the eastern Baylca.l re"Ii~,n.
Furthermore a considerable distribution cif m~~-meldeqlte -v,-A~:,
obsevred which substitutes motasom-aticallv c r uI 4; 1 - e the
pi7eoonc.~ of sccrodite. In "lie present, paoe.~, On the, one Lani
thF~ gradual ~,--ransit ions from cFruss~-to cver mimeti~si~e -IL
bindheimite. ocher were obserued wh2.ch vc'-ve Jrr,-nd 1-.
radloiaetrii3 invPst,gationv and a ope-t!,ul an:iI-~-;IS . 3--
other hand the change nf 1roeudom--rpho~iei cP the,
substitutpd by a mixture oil cerussitp and beudan",te towa:-15
boulangeri-~e or the devolopment of mimct-~site a1ong -K~,
in and on +hp "cr),stals" (,oniposed of bindhplmii-p (Fig 1)., The
radiogram recirded by the honey-c-.~lc~r~--d shl--,wo a
C,-rd !!3 di--~t.Inctly.markt.,d diffraction picturc-, and K-) I-iznf, pa'"lory

On La'.-Lial Betw,~en Mimp~es-ite and 3 L),.",i -
,~vrresponds to ' he s -,andwrd (Tab'l e 1 Th.? rad, fc-,.qrams
culat-ed for ocher are given in tab-le 2,. it wac z
the pinetration of antimony into th,~- Crysta] M
e a
t~~slte proceeds by a gradual displact~ment of ars 4
lh-! distarban,.-e of -,he mimstesite stru--ure,, An almot~- per-'-2~~
removal of arsenic causes a rear ra-ngamer, o" the
.1-nto -a '.-.A,ndhe.Itisite ;~tmwtarv, The
bindhcimite vau ininumorous oasezi -in Ih.1 Yet--a-m-
~rnnsformation of b'ndheiLit, r
in'Ln3kqre The
rus s e - b e u d-, i, -t : ji x '" t t r e z) rn -, c -; m..: m, e - es ivi a rb s5 i
,n - I -,.I
carrici taut mi-nroche,--iL,al
..m erv Ion detF-rmina. A,*. on a of minerals of `~fjm
deposit in the middle section of th,~ :::oun.-.a-Jr.
h~-,imite forms most -frequently pseudomorphc-,z;e- - Dn
T-ie c' emical analysis of 171-1
n
OLI-I,-'U--3 that bindhei:-,4.t~- r
~.-:,.-assed 'by mimet-aire --mall veins
-vardo bou-a
iorie places uurfacc-s are filled by granular
~Flig 2). Th~-se fac-.s sps~~al: in fa,-,or of 'he f.,a-,t -,hat the
Card 2/3 aff Lnity -:)f learl to. arsenic, and antiil~oni th,~

On' Mutual Subsllitution3 Between R.imetesite and SOV/2o-128-1-42/~:"
'Bindheimite
zone is approximately equal. The development of lead-containing
arsenic- or antimony minerale depends obviouslir on the higher
concentration of the one o::- other anions. V-e radiotgraw.*.in wr_-re
taken in tho X-ray Laboratory VSEGEI and calculated by Ye, 11,
Sokolova. The spectrum analyses were carried out in 1954-55 by
Ye. Ya. Smirnova in the Spectral Laboratory VSEGEI. There are
2 figures, 3 tables and 1 ;deference.
ASSOCIATION: Vsesoyuznyy nauchno-iseledovatellskiy geologicheskiy inst-itut
(All- Union Scientific Research Inst-.Ltute of Geology)
PRESENTED: April 89 1959, by A. G. Betekhtin, Academiciar
SUBMITTED: ~March 19, 1959
Card 3/j

IMNIWVIGH, I.A.
And of valeatinite In Spassbqa Mountain (eastern Tranebmikalla).
Zap. Veen. mine Own 89 no.3-.343--346 160. (MIRA 13-.8)
1. Vessoyusun nauchno-Iseledowatelleldy geologicheskly institut
(VS]Dla), Leningrad.
(Trausbaikalla-Valentinite)

DUBIMAp V*No; LM=VICH# I-A-
Maeralog7 of'oxidised zinc ores Ma camploz metal deposits of
eastern Tramobaikalia. Trudy Min.wiw. no.l3f43-61 1629
(HIU 1612)
M%nobaikalia-Mme ores)

DUBININA, V.N.; KORNILOVICH, I.A.; SOKOLOIA, Ye.P.
Pyromorphite and other exogenatic minerals of Lhe apatite
group in the complex metal deposits of,eastern Tranabaikalia.
Trudy VSEGEI 96:137-149 163. (MIRA 17:9)

DUBININA, Mi.; KORNILOVICH. I.A.
Halloysite from the Sherlovaya Gora deposit. Trudy VSEGEI 96:
151-160 163. (MIRA 17:9)

I .4 f
KORNILOVICHY I.A. ~ .. .
Idoyrite from the Sherlovaya Gora deposit. Trudy VSEGEI 96:
161-163 163. (MIRA 17:9)

KIJTSI'IIA,, L.M.; VOYEVODAf L.V.; KORNILOVSKAYA, L.D.
Dipole moment of lt3,5-triphenyl-.pyra-.oline_,L2 in the first
electronic excited state. Opt. i spektr. 18 no.3;520-922
Mr 165. kMIRA 18:5)

WIGRZYNOWSKI. L:KORNILOW-PIOTROWSKI,.Z.
Problem of group therapy of tuberculosis In health resorts.
Folski tygod. lek 5 no,15:582-583 1.1 Apr 1950 (CLKL 20:1)
I* Of the Infirmary of the National SocW Insurance in Oborniki
Slaskie, near Trzabulca (Director-Leslaw Wagrsynowski, K. D.)

NIECIUNSKI., Witold, mgr; KORNILOWICZ, Jan, mgr; DOMINIAK, Wladynlaw, mgr
- -I -- ------
lim,olng probleus in now centerB of developing industry.
Inst bud ialesz prace 15 no.47:1-122 164-
4

137-58-4-6540
Translation from; Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 31 (USSR)
AUTHORS- Lerner, V.S., Kornilltsev, Yu.A.
TITLE: Automatic Measurem-e-Fir-oT-the Level of the Fused Mass in
Electrical Lead-s:melting Furnaces (Avtomaticheskoye izmere-
mye urovnya rasplavlennoy massy v elektricheskikh pechakh
svintsovoy plavki)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 14, pp 24-25
ABSTRACT: A description is offered of a periodically-functioning in-
strument consisting of a bar and a cable let down by a driving
0
mechanism (DM) every 20 or 30 znin, or at some other time
interval actuated by a time rclay (TR) and an electronically-
recording automatic balanced bridge (BB) with a disk record
and an electric circuit. When the bar touches the melt as it is
lowered, a voltage relay is turned on, the DM stops, the BB
is switched on, and this measures the resistance of the feed-
back resistor of the DM and records the distance the bar has
been lowered, or in other words the level of the heat. Then the
TR switches off the BB circuit, raises the bar, and actuates a
Card 1/2 disconnect switch when the bar is in its raised position. The

13-1 5 -4-
Automatic Measurement of the Level (cont.
interval is counted off, the TR operates, and the cycle is repeated. The
level can be measured within the range of 500-2000 mm.
M. L.
1. I-Ietlallurgy 2. Equipment--Design 3t Equipment--Operation 4. ~Ielts
--Level--Measurement
Card 2/2

SOV/ 137-58-8- 16348
Translation from: Referativnyy zhurnal, Ivle'Allurgiya, 1958, Nr 8, p 16 (USSR)
AUTHORS: Lerner, V.S., Kornilltsev, Yu.A.
TITLE: An Automatic 45o--w-er-c-ontrcil--C-i-r--c-u-ir-cf-an Electric Foundry
Furnace for Smelting Lead Sinter (Skhema avtornaticheskogo
regulirovaniya elektricheskoy moshchnosti rudnotermicheskoy
pechi d1ya plavki svintsovogo aglomerata)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr Z4, pp 2Z-26
ABSTRACT: A description is provided of an automatic power-control
system (ACS) in an electric foundry furnace developed and
tested by the VNIITsvetmet at the Leninogorsk Lead Plant. The.
AGS circuit is adduced, its principles of operation are de-
scribed, as is the equipment used in the ACS. In the conclu-
sions it is noted that 3 variants of the AGS based on measuring
and controlling the resistance in the electrode -slag-hearth cir-
cuit have been checked out in operation.
M. L.
1. Furnaces--Control syste= 2. Furnaces--Circuits 3. Sintered
lead--Processina
Card 11 U

AUTHORSs Lerner, V.S., and Kornill-tsev, r,..A. -SOV/115-58-1-28/50
TITLE: Measuring Alternating Currents and Voltages by the Compen-
sation Method (Izmereniye peremennykh tokov i napryazheniy
kompensatsionnym. metodom)
PERIODICAL; Izmeritellnaya tekhnikag 1958, Nr 1, P 56 (USSR)
ABSTRACTs The automatic control and adjustment of many processes
requires precise measuringg recording and adjusting of
alternating currents and voltages. But the control instru-
ments produced by the Soviet instrument industry are not
adapted for this purpose. The automation laboratory of
VNIITsvetmet has solvod the problem by using a revised
Card 1/2 version of a common &Utomatie potentiometerp EPD-17. The