SCIENTIFIC ABSTRACT KORNEYEV, N. I. - KORNEYEV, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824710019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Our Readers Suggest
SOV/3-59-3-9/48
The authors make suggestions on the methods of in-
struction and point out that in some cases a cor-
respondence post-graduate studentship should be
established for plant workers who have success-
fully graduated from the academy but reside in
another town,
Card 212

PHAS9 I WQ& EXPIDITATION 307/3T91
3oveshchanlys po obrabotka zh^roprochrWkh splavov, 140600wo 195T.
Obx,mbotka sharoprochnykh splavov. jabornik douladov...) (T3vat
Want at seat-Resistant AuOys, Collection or Pap rm assi at
M

R. '~;',500
the Conference), Moscow, lsd-vo an SS"' 1960
copies pAntod.
Sponsoring Agencies: Akademlya nauk SSSR. Institut mashinovadealra.
alra v0 tokhnologil mashinostroyenlya; AhcaAemiyz nauk 33ML
InStitut matallurs" In. A.A. Baykova. Nauctuo" movot PC problem"
abaropro*hrykh splavov.
IMAR. Zd.% V.I. Dilroxhin, Xzxdsml,~ianj 31. of P&AblLmtLtng Ibuses
V.A. Xotov; Tech. gd.t V.V. Druzgull.
P`MWSZ$ This bODIC 16 intended for =4t4nUr9iSt8,
COVZMIKI The book consists of thirty papers "ad at the Conference
Oa the Treatment . of Beat-ReaistanC Alloys hold in Moscow by the
Committee on KuhIne-BuildIng Technology. institute of the
-
1
'
-
195?.-
&at of- Mac 'fia~de- 0~ Academy Or Sol.once& USU, .-
the
in
P"rf deal with four principal areas or olloy astailurgyj
coating. forming, machining. and welding. The alloys (together
with refractory carbides, borldeft, nitrides, sumd OxIdom)
arm "so"wed sapsoally in Connection with their application
in the manufacture Of turbIm bla,404, heat on&Lnox. boilers,
T*&Gtor
ontainers for hIgn-terpora:ure modis., Use, casting
C 8004da al-cutting tools. no psrsorAjltlAs am mentioned.
:~~
m
or
Some 4f tho
A
tiOles are aOcOxp*ftlvd by reforenass, mainly
3owlet.

SS anow- r , , , _bIn S
cast tau or
r Ja&doo r a" TU.
to-Zer' X-r-I "- SkUAMT. 3-3. Psvz"r, and T*.j_-JLIz4vaov.
-
Tr"WWOWIM&I CmOitions 1n
the 1ressworking or fiofracto~
Alloys Of Molybdonuat wW ChrOjux Bass
33
And a.1-Alaksudrav- trf&*t ftP "r~k
ii.at-AssIstant 3taols mit HnIghT p ra-

R*T-' Deep DrA-44 of Pro4acta From Hoat-ftol4taot ft at
Application Or Deep prgsz-_.g 53
nip "T V TA " '?.I-( -93'OnCLYA- PIRAtiG WOrIcAbUtty arA
Al
P#rtiss Of tAnlux Alloys 93 DotorzInedt by the
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of a3z
Working
-Ur*Ov
or. Special Pastures Of the a-.8-ving G:f
.I
'=~-Alloy Shoot

-Rs"at"
r9 "poett"na a" ""a,
"t to
Standu-d Parts
-Mfaratt Fastenars.- Bolts, Rivets, 3:0.1
Precision Drop PsrAnI of Steel ITUrbPoom;prossorl

11- ftvOsId Of Manufacturing Iarbine-Bleda Sisn" pro,
IX-I'VI-J'114LAT, Alloys With HIAIAIUX 91ohInInd Allo.,=c.fi Along
the JUS40
IrT
KikOl'skLye L.A. Special IP,gtur#a of
the Drop Porting of Tita-

Nik ILyax.
Q _CA~ Wgldi~S Of Turbine Par,.& y,,d, or Hoa,.Itsjistant
109
glactrIG-krO and 1166tr*glaa Welding of
Bftst-X6siatLnt Alloys
213

:PEM- I BOOK UPWITATION SOV/4708
Korneyev, Nikolay ITMOVichp Honored ScIential and Technologist, Doctor of
Tec5ffc-II Sciences, Professor-, -and Iv3A Grigorlyevich Skugarev, Candidate of
-Technical.-St-lences, Docent
Osnoitrf;zIko-khimi-cheskqy teorli dbrabotli metallov..davleniyem; termcmekbani-
cheskiye faktory obrabotki metallov i splavov (Fu'ndamentals of-the Physico-
chemical Th4ory- of Pressworking of Metalsif 7herwmechanics.1 Factors in the Work-
ing of Metals and Alloys) Moscow., ka3hgiz, 1960. 315 P- 51000 copies printed.
Reviewer: 'G.A. Sairnov-41yayev, Doctor 9 Technical Sciences, Professor; Ed.:
G.M. MAkovskiy, Engimper; Ed. of PubUshing House: L.A. Osipova; Managing Ed.
for Literature on Heavy Machine BuiALng: S.Ya. Golovin, Engineer; Tech. E4.:
t.:r Chernova.
PLONXIE: T~Is book is intended for sciontific workers', process engineerspand
designers working in the fields ofmachine, building and pressworking of metals.
It can also be used by students attending schools of hioer. technical educatto'n.
.COVERAGE: The book deals with the fund iental regularities (necessary as the
scientific basis of ihe pressworking process) in relationships between themo-
mech&Ucal factors.. of presevorking an(I the srructure and mechanical properties
Car&--1/7-

27042
S/182/61/000/004/002/007
~0 D038/Dl12
AUTHORS: Korneyev, N.I., Morokhovets, G.M., Filatov, F.I. and Manych, V.P.
TITLEa Investigations on the technological ductility of stainless steels
PERIODICALi Kuznechno-shtampovochnoye pro,Lzvodstvo, no. 4, 1961, 9-12
TEXTs The authors state that perlitio and martensitic steels are highly ductile
during hot deformation, and that heat-reeiatant iron- and nickel-base steels have
a limited ductility since their ductility 13 determined by the content of alloying
elements as Al, Ti, B, etc. The article deals with an investigation on the forge-
ability of the Soviet martensitic and semi-austenitic steels listed in table 1.
The X 17" 2 (K)-.17N2) and 3H736 (EI736) steel grades were tested in the preliminary
deformed state without heat treatment, and the M904 (FJ900,34 925 (E1925),
34 961 (EI961 ) and 9H 643 (E1643) steels in the forged and deformed sta'to withcut
heat treatment. Forgeability was evaluated on the basis of results of tensile
compression and impact tests at temperaturea of 600-1300'C. The test results re-
vealed that the EI-736, EI-961, and EI-643 ateels can be press or hammer forged or
rolled within a rather wide temperature ranige, and with a high degree of deforma- X
tion, as shown in table 2. However, the permissible total deformations listed in
this table apply only to the upper limits ow-, the temperature range, and cannot be
Card 1/5

27042
S/182/61/000/004/002/007
Investigations on the technological .... D038/Dll2
used for the lower temperatures. Gas-turbine discs forged with a degree of defor-
mation exceeding 65% and completed below 90000 show sharp anisotropy of mechanical
properties, especially impact properties. The EI-904 and in particular the EI-925
steels have poor forgeability (Fig. 3); whilst undergoing forging operations, they
should not be heated above 1100-112000, and total deformation ought not to exceed
50-60%, even in the preforged state. These steels are also sensitive to the rate
of deformation. In hammer forging they show almost twice as much resistance to de-
formation as in Ires:3 forging, even at temperatures as low as 900'0. In the case of
large forgings or in the processing of large (10-ton) ingots the sensitivity of
the steels is a serious limitation. Some heats of the EI-904 and the EI-925 steels
showed a considerably better forgeability, however, and can be hot worked at 1200-
8501C without difficulty. On the other hard, other heats of the same steel develop
forging cracks after being heated for forging to 1150 � 2000 but become ductile on
being heated to 1200-1240 C. Presumably, this difference in behavior is caused by
a differing content of delta-ferrite. This assumption was confirmed experimentally
by flat-die bammer forging of two experimental heats of EI-925 steel ccntaining q and
19% delta-ferrite, respectively. The authors conclude that further work should be
done to establish the dependence of the effect of delta-ferrite on the ductility
of steel. There are 5 figures, and 2 tables..
Card 2/5

KABANOV, Yu. Kq_!~ ~IMV~11 _I TGAREV, 1. G.;
,; PMNZRj S. B.; SKL
MUGU) V. F,
Amtra-strong proBsed steel Bomifininhed articles. Biul.tekh.-
ekon.infom.Gos.nauch.-isel.inst.nauch. i takh.inform. no.10:
37-38 162. (MMA 15: 10)
(Deep drawing(Metalwork))

ACCESSION NR: AP4012434 S/0129/64/000/00210055/0068
AUTHOR: Kabanov, Yu. N.; Ko. X.-J.';'Kalugin, V. F.;~Skugarev, X.G.;.
Pevzner, S. B.
TITLE: Technology of hot work hardening of steel. during rolling and compres-
sioh
SOURCE: Metalloved. i term. obrab-metallov, no., 2, 1964, 55-58'
TOPIC TAGS: VLIsteel, Martensite steel, austenite steel, lel rolling, steel
compression, steel strain hardening, steel work hardening
ABSTRACT: A technology; for hot work hardening of steel during rolling and
compressiou was developed using martensite class VLl type steel for testing.
The carbon content in the austenite has a vital bearing upon the process after.,
work hardening had been attained. It was established that work hardening is
augmented with a carbon content up to 0. 5%. Steel wit!., b~ carbon conte'n",
of 0.6% or more is subJect to brittle fracture aXter'hot'work
harj!,T-1.ng.
Card

KHABAROV, N.D.; TARASOV, V.I.; OGURCHIKOV, L.G.;_KORNEYEV, N.I., prof.,
doktor tekhn. nauk, rukovoditell raboty
Production of high precision shaped sections of steel. Stall
24 no.11:1052-1055 N 164. _ WIRA 18: 1)

KORNEYEV) N.J., doktor t9khri.:nikuk; D?41TRIYEV, A.D.; KALJJSIN, V.F.,
EVA G.A..
V`teldin. nauk; GRIGOR"Y-
Rolling bimetallic titanium-nichbium and aluminum alloy- titanium
sheets. Biul. tekh.-ekon. inforn. Goq. nauch.-essI. inst. nauch.
i tekh. infor-a. 18 no.2:161-17 'T 165.
(MIRA 18:

H
CC M AP5026735 SOURCE CODE: UR/0286/65/000/017/0011/0011
INVENTOR: Khabarov, 11. -D-. Tarasov,,_Y.,-j.; Ogu~c
nom-
TITLE- Sectional drawing die for sizing complex metal shapes. Class,T, No. 1741W.
(announced by the Organization or the State Committee on Aviation Technology SSSR
(Organizatstya gosGraA-t'v-enn-o--go- komiteta po aviatsionnoy tekhnike SSSR))
SOURCE: Byulleten' izobreteniy itovamykh znakov, no. IT, 1965, 11
TOPIC TAGS: c& "uAal drawing
ABSTRACT, An Author Certificate has been issund for a sectional die for draving or
sizing complex shaped bars. The the consists.of two or more sections held in a
housing.' To eliminate the pointing of the,front end of the bar, the outside surface
of the the sections is made conical, with an angle greater than the friction angle,
thereby ensuring close tightening_of the die sections.
SUB CODE: 13/ SUBM DATE: 13Mar64/ ATD PRESS: ~:
80
I Card Ill/ um. -62i.7T8-,oT

L 22842-66 7,t.T(e)/pvT(m)/T/3.jP(t)/ UuP(k) JD/lAT/DJAM
ACC NR, AF0ULj2Ff'
SOURCE CODE: UR/0413/66/00(.1/1)06/OL)57!0057
INVENYOR: Bulanovo A. V.; Korne ev. V., J. Kal US
V. F.
ORG:. none
TITLE t- He t.ho d of producLn&:.&,'l- brica t for hot workLng of metals.
M-D-c U!
Class,23, No. 179869
SOURCE: Izobreteniya, promyshlenn1ye obvazteyo tovarnyye znaki,
not 6, 19661 57
TOPIC TAGS:, lubricant, me t 4 1, hot Vork.ing. metal lubricatLonometal
!lubricant
ABSTRACT:, This Author Certificate introduc.esa method of producing a lubricant for
hot working of metals based on gl2piagborosil cate Plass, To improve the lubricant.
1
quality and prevent -crack formation -on the surrace of metal parts, the alumino-
borosilicate glass is impregnate&vLth sulfite-waste liquor -which is:follo by
wed
drying and application of, a. metal_ powder such J~s copper or iron. [ND],
SUB CODE:' 13/
SUBM DATE':
Card
C
L
~L~rd
i6n--of`-iis- ten -ite 1~-to--c-ta-r-te.-n-9-ite occurred in a' A partial
teel during
Card
I
ZCNR:-AT7005723
rolling, while a reverse transformation occurred with tempering, probably
because of nitrogen diffusion In the %-phase. t% relatively low
(1.85.104 kg/=2) mDdulus of the normal elasticity can be nxplaincd by a
high degree of strain hardening. A teltsile strength of.about 272, 280 and
290 kg/mm2 was obtained with aiging at -200, +100 and 3950C, respectively,
at an almost constant elongation of 0.75% in the -200-+300*C range.
Nontempered and tempered (regardless of the. conditions) sperirens had a
0.98-0.99 ratio of (0.2) yield strength to tensile strength. Transverse
specimens had a slightly higher tensile i;trength than tite longitudinal.
.The metal also had a low stress sensitivity factor of 1.07 and 1.17 for
Jongitudinal and transverse sperlmens, resprtctively. The beat strength
-characteristics were obtained with aging at 3950C. Subzero treatment to
bring about the y--a phase transformation wau unsuccessful, probably
because of the stabilization of austenite. The ductility (the elongation-to-
hardness ratio) was constant for all aging conditions up to 4500C. The
.fatigue strength# determined on the basis of 106 cycles* was 90 kg/=a2.
Orig. art. has: 6 figurese-.! (HSI
SUB CODE: 11.,13/ SUBM DATEI ~.none/ ATDI PRESS: 5117
cnrd2/2

ACC NRs AP7004792 SOURCE CODE: t~/0413/67/000/001/0127/Olii--~j
I
INVLNTOR: Pevzner, S. B.; Korneyev, H. I.; Skugarev.J. G.; Halashenko, Yu. V.;
Yemel'yanov, V. B.; Zakharov-a,G. V.
ORG: none
TITLE: Method of welding dissimilar metals. Class 49, No. 190182
SOURCE: Izobreteniya, promyshlennyye obraztey, 1.ovan1yye znaki, no. 1, 1967, 127
TOPIC TAGS* dissimilar metal welding, smt=L vacuum welding, v*bd" metal extrusion,
WEA-01-V6 Tj0QNW0A-6GC1
ABSTRACT: This. Author Certificate introduces mel:hod for welding dissimilar metals.
Articles to be welded are heated and extruded in vacuum. To improve the weld
quality, they are extruded through a die. '[AZI
SUB CODE: 11, 13/ SUBH DATEt'none
Card 1/1 UDC: 621.791.4

s/o64/61/000/004/002/003
B11O/B2O7
AUTHORS: Zhigach~, A. F., Popov, A. F., Vishnevskiy, L. D.,
Korneyev, N. N.
TITLE: Direct triethyl aluminum synthesis
PERIODICAL: Khimicheskaya promyshlennost', no. 4, 1961, 27-31
TEXT: According to technical and commercial calculationag the direct
synthesis; Al + 1.5 H2 + 3 C2 H4 Al (C2H5)3 was found to bemost
suitable among all triethyl aluminum syntheses (TEA). The present paper
lists the results of studies on the direct synthesis and a two-stage pro-
cedure with comparatively low temperatures and pressures. After drying,
hydrogen, ethylene, and nitrogen contained 0-004-0-007 g/m3 moisture,
0.001-0-045% oxygen. Gasoline of the "Reacusall (KaloshadA(roCT 443-56)
GOST 443-56) type was dried with Na. Aluminum powder K-3 (PAK-3)
~MCT 5194-50)(GOST 5194-50)t activated by means of 50-60 hr grinding
on the vibration mills constructed by VNIINSM, proved to be best suited.
Per 1 part Al, 2.5-3 parts ga30line, containing 5% TEA were used to
Card 1/12

s/o64/61/000/004/002/003
Direct tri6thyl aluminum synthesis B110/B207
prepare the suspension. Firstq the reaction conditions were investigated
at low pressure (20-30 atm), then the effect of technological factors upon
aluminum conversion and output. A 1.2 1 autoclave was charged with
50-80 g of a 10-20 g Al containing aluminum-gasoline suspension and 400 9
of a 150-200 g TEA containing gasoline solution. Subsequently, hydrogen
was introduced and stirred until hydrogen absorption was finished, cooled
to room temperature andt at 70-750C, ethylene was introduced until . -
ethylene absorption was terminated. UP to 91.5% aluminum was obtained
with titanium hydride, containing 3% hydrogen (TiH ,,5), at a 30-atm
hydrogen pressure and 1100C. The aluminum increased from 33-7% to 91.5%
with increasing TiH concentration from 0-55 to 3-34%, the output of
reaction mass per hour from 4.4 to 14-7 g/kg. Table 2 shows the effect
of the TBA:Al ratio. Table 3 shows the effect of the hydrogen pressure
upon TEA formation, Table 4 the effect of temperature upon hydrogenation.
By increasing the number of revolutions of the stirrer from 300 rpm to
2800 rpm, it was possible to increase the Al output from 30-40% to
61-98%. Table 5 shows the reaction of diethyl aluminum hydride (DEAR) as
a function of ethylene pressure. A 95% output could be obtained within
Card 2/12

3/064/61 000/004/002/003
Direct triethyl aluminum synthesis B 10/B20~
0-75 hr at 20 atm. Only the direct TEA synthesis was performed in the
18 1 autoclave with shielded stirring mechanism (Fig.). Aluminum powder
was filled into the mixer 2 into which also "Kaloshall gasoline from
measuring vessel 1 was introduced. After thorough stirring, the gasoline-
aluminum suspension was introduced into vibratory mill 3 together with
the concentrated TEA solution from measuring vessel 11. After grinding
for 50-60 hr, the suspension entered the collector 4. Then, via measuring
vessel 5, it was conducted to reaction vessel 6 into which concentrated
TEA solution was introduced from measuring vessel 11. The product was
hydrogenated at 1":0-11500 and 15-25 atm hydrogen pressure, ethylated at
75-800C and 3-10 atm. The reaction products directed into the collecting
vessel 7, were passed into centrifuge 8 to separate fine-disperse
aluminum. The purified TEA solution was passed into the measuring vessel
11, via the collecting vessel 10. A higher alumintLm percentage (80-98%)
than with the laboratory apparatus was obtained, which is due to
additional aluminum activation caused by intensive stirring. The following
quantities in kg were consumed per 1 kg TEA: aluminum, in practice:
0.27, theoretically; 0.236; ethylene in practice: 0.805, theoretically:
Card 3/12

s/o64/61/000/004/002/003
Direct triethyl aluminum synthesis B110/B207
0-740; hydrogeng in practice: 0.027, theoretically: 0.024. There are
I figure, 6 tables, and 19 references: 4 Soviet-bloc and 15 non-Soviet-
bloc. The reference to the English-language publication reads as follows:
Ref. 13: H. E. Redman, US Patent 2787626, 1957.
Card 4/12

ZHIGACH, A.F.; POPOV, A.F.j VISHNEVSKIYj L,D.; KORNEYEV, N.N.
Direct synthesis of triethylaluminun* Xhim.prom. no./+:249-253
Ap 161. (NM 14 W
(Aluminum)

KORNEYEV, N.N.; POPOV, A.F.; ZRIGACH, A.F.
Activation of aluminum for the direct syntheais of trietbylaluminum.
Khim.prom. no.9t645-656 S 162. (KRA 15111)
(Aluminum)

XORNEUT, N. N,; POPOT,, A. 7,; ZHIGACH, 1. F.; VOLKOV, 0. 1.
Synthesis of diethyl alwdnm chloride via, trietbyl alaninumi
sesquichloride. Rhin. prom. no.:P178-180 Mr 163,
(MIRA 16:4)
(Alwdnm compounds) (Aluninumi chloride)

ACCESSION NR: AP4041778 S/0191/64/000/007/0021/0023
JAUTHOR: Sakharov.skaya, G. B.; Ko neyeir. N. N.; Nazarova, D. Ve;
Sobolevskiy, M. V.
TITLE9 Reaction of polyorganosiloxaneiliol with trialkylaluminum i
i'SOURCE: Plasticheskiye massy*, no. 7, 196:, 21-23
IjTOPIC TAGS: polyorganosiloxanediol, triethylaluminum, polyorgano-
i alumLnumailoxane, polyorganoaluminummil.oxane property
i'ABSTRACT: The reaction of polyorganoal.loxanediols with triethylalumi-~
I;Inum yields polyorganoaluminosLloxanes. When trLethylaluninum and
ipolydimetbyl- or polynothylphonylailaxatnediola-1, n with a short chaLti
i:(n - 2:3:5) are taken In a 1:1 molar rj~tio, triethylaluuinum reacts
with only one hydroxyl group of the dia-A to form compounds of the
Itype:
t -R
No- 1-0 -A4'~
3

I.ACCESSION NRs AP4041778
:!In contkast, in the case of p`olyo*rg&nos1Lloxsned1ols with a long chain:1
(e.g., n - 37) triethylaluninum (same molar ratio) reacts with two
'hydroxyl groups of the diol to form compounds of the types
IC-H
HO- --0
-0-A
"10
:;!An equivalent amount of ethane is separated in the course of the
,.reactions. Polyorganoaluminosiloxanes are viscous oily liquids soluble.
They exhibit a hydrolytic in-
,;,in hydrocarbons, ethers, and acetone. S
:;stability, owing to the pros nce of the ",AI-R group. Their hydrolytic-..?
stability can be increased b; replacing ilhe radical R by O-SiR3 or
,.another group resistant to hydrolysiss, The synthesized polymers are
reactive as a result of the presence of the OH group and can be used
..ias intermediate products in the synthesis of now polyorgenost onesto-
Orige art. hast 2'tables.
WCESSION NR: AP4041778
ISSOCIATION: none
;UBMITTED: 00 ATD PRESSt 3048 ENCL: 00
WB CODE: GC NO REP SOV: 003 OTHER: 003
3/3

SAKIIAROVSKAYA,, G.B.; KORNEYEV, II.N.; POPOV, A.F.; LARIKOV, Ye.l.; ZHIGACH, A.F.
Reaction of trialkylaluminum with water. Zhur. ob. khim. 34 no.10:
3435-3438 0 164. (MIRA 17:11)

SAKII.AROV.SUY~, KODIINEYEV, N--,.N.;_NAZkROVL,, ma.
mac-li.cn of polvorganosilcx-inediolin w"h ti-IL-1kiialuninim. Plas~omassy
no.7:21-23 164. (111R.4 17:10)

--l- I.--- .-.I!- -.'I,--

A F
Ito t.

L 2926-66 EYJT(m)/EPF (C)/Ellip(j)/T/E~,,IP(t)/~IIIP(b) IJP(c)/RPL JD/MV/RM'
08
ACCESSIOR HRI r Uli/01 ~0/6~/OVOO0/1 604li6os"
- Al 4- 66-095.264
AUTHORSt Itorneyev, ff. 9 Shvindlerman, G4 S.; R~d ki!!~s L. 1.
TITLE: The synthesis and cata4tio activii,
7 of ieq2rqpen
T]jenylj,lu%jRum,
iSOURCE: VysokomolekUlyaM7e soyedineniyal, V. 79 no. 9, 1965, 16o4_16w
TOPIC TAGS: catalyst$ catalyeisi aluminum compound# aluminum organic compound,
!Ziegler catalyst
1ABSTRACT: The synthesis of isopropenpherW:Laluminum by the reaction of aluminum,
hydrogeny and isoprene and Its use as a component in a Ziegler type catalLatlin the I
polymerizationlof ethyleneUve been kvestigated. The aim of the i~v-e`stigation was
to test wbethe~ the introdu6tio'n of a .double bond into the alkyl radical stabilizes:111
the alkyl-aluminum compound towards oxidation and also to study the catallytio
properties of the synthesized compound when used an a component in a Ziegler type I
catalyst. The experimental
-results are shown graphically in Fig. 1 on the Racloeur
It is concluded that the introduction of the double bond into alkyl radical
stabilizes the AI-C bond towards attack by.water and oxygen and that the catalytic
effectiveness of isopropenpheny'l-aluminum is similar in magnitude to that of
trietbylaluminum* The author6.thank B, A* Krenteell for his help and valuable
rd 1/3

L 63W0-65 -W(*)IMff IJP(c) JD
ACCESSIW-N-R:. APS021971 UR/0286/65/000/014/0023/0023
662.71 1 547.419.6
V ;r 141,
AUTHOR: ZhIsach. A, IN P 8119yestroy D i Aronove K. I., Larikov
, Na yo
Ye, I--- Anti in S. -.vev.
tikLnA~-.j N .-=
yv, 5)
TITLE- A method for activating aluminum. CIgss 12, No. 172780
n a
SOURM Byulloten' IsobrateMy I tovarnykh arakov, no. 14,,1965, 23
TOPIC TAGS i aluminum, powder metal prod~ctlov,# polder metalluE aluminum powder
W
I
ABSTRAM This Author's Certificate Introduce* a Mthdd for activati"Weluminum il
pulverizing it In a cavitation mill with a shielded electric drive. The method to
simplified by. grinding the aluminum for 3-10 hours until the particle size to
0.5-1 1j.
ASSOCIATIONt none
SUINITTIM WON MCLI 00 Sus con I M
No ar smi, Ooo. O=R 1 000
J:

177U- -- ----
ACC AP6006312 - - SOME W)RI. U11/0413/64/000/00P/021/0%~
AUTHOR: Kqp~wy, N*N# n4pch A.F.;,Ko t---,- Ko-rotkov, Ye. ff.
_P _stj_lK- Ye
ORO: none
TITIE
Method of preparing triethylaltminun
SOURCE: lzabreteniya, proaphlennyye obraztsj,,, tovarnyye =ajd.. no.2, 1966, P-7
Class 12,, No- .177884
MFIC TAUS: organic chemistry,. ceiiun, neodp.d=, catalpt specific reaction
ABSTRACT: A method of VreParing triethYla:LumJnl- by direct eynthesis via formation
of diethylaluminun bydride. in the p,-
.esenee of a bydrogenation. catalwt is presented;
it is distinguished by theltMe of,lmthanldes,; such as lanthanum, ceri=, neodpdun,
Or their hydrides as catabuts .1 for the purpostr of increasing the ,ratd of hydro-
genatioa amd the efffe-leney ok the process,
ATD POSS: ~~O
SUB CODE: 07 SUBM DATE.
Cqrd 1/I nat 6jid's 547.212,256,2*05

L 23841-66 M(n)/Np(j)/T~,~ , ';Ijp(c) ~j1)/WW/JW/RH
ACC
W~ _iA P i f60_7 1-2 0 SOURCE CODE: UR/0079/66/036/002/0350/0352
AUMOR: ~hinkin, D. Ya.6
Korndyeva, rnegev
G K. - KO iLpo
ORG: none
TITLE: Reaction of tri&&_vl(arybandno91laneii -and hexaalkyldlailazanea with triamyl-
aluminum
SOURCE: Zhurnal obshchey kh1miL, v. 36, no. :1, 1966, 350-352
TOPIC TAGS:
organoaluminum compound, organasAlicon compound..
ABSTRACT: The. reaction of arganosilazanes and. organominosilanes (hexamethyl-.and.
hexaethyldisilazanes, triethyl- and triphenyLtminosilanes) with trialkylaluninue (tri-
ethyl- and trilsobutylaluminuo) was studied and found to form aLkylaluminum organo-
silylamines. The reaction can be represented as follows.,
_t, At 3
-SI-N-AI-R+ RH
R
a R
etc.
A_
WC: 546.297 + S47.256.2
L Card 1/2

L 23841-66
I

ACC NR1__
L~A
INVENTOR: Popov, A. F.;J~
._grppyeyj Re N.,; Korotkov, Yes Us; Zhigach,
As F.; Rybakova, L. A.; Zakharov.-d Kuritsyn, V. A.; Kroll, V. A.;
L
~Lebedev, S. I.; Rabotnov, V. V.; Solovlyev, V. V.
ORG: none
TITLE: Preparative method for alkylaluminums. Class 12., No. 188973
SOURCE: Izcbreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 23',
1960',-ig
TOPIC TAGS: all-laluminum, chemical synthesis, aluminum compound,
ABSTRACT: An Author Certificate has been.issued for a method cc pre-
paring alkylaluminums. The method involves the reaction of aluminum
with hydrogen and olefins in the presence of trialkylaluminum and of a
halide of a group IV or V metal. (W. A. 77J
IBO
SUB CODE: 07/ SUBM DATE: i8Apr64
UDG; 547.256.2.07

Liman (Stalinakoy obl.), ul.Kriipskoy, d.86, kv.))
Treatment of perforating gastric and duodenal ulcers as shown by
data fron the Krasnollman Hospital of Stalino Province for the
period 1'955. Uov.khIr.arkh. no-3:83-85 Ily-Je '59.
(MM 12:10)
(PRPTIG TWI-41W)

.Iffect of lignite waste products on grape yields (with summary in
English3. Ukr.bot.zhur. 14 no.4:47-51 157. (HIM 11:1)
Uzhgorodolkiy derzhavniy universitst. Kafedra f4ziologit roslin.
(Transearpathia--Lignits) (Fertilizer; and manures)
(viticulture)

WE YIIV. N.V., inzh.; KESILIMAN, V.A., inzh.
Finish boring of body parts using floating cutters. Mashinostroitell
no.2/3:3&-39 &B 156. (MIRA 12:1)
(Drilling 4nd boring)

KORMCM, N.V.
Gear shaving on lathes. WAshinostroltel' no.12:15-16
D 15 9. (MM 13:3)
(Gear cutt Ing)

XORMEV, N 4Z. - Author of an article "Experimental Stachybotryotoxicosis in
Laboratory Animals" Author's name given as Korneev.
SO: Veterinariia; Vol. 25; No. 4; 36-37; Mosk-ia; April 19L8 Uncl de g
Trans No. 108 by'L. Lulich
0000,0-00 0 '0L0 69699099 0 0 0 Is

XOP14EYEV, N. DOCENT
Lime., Chloride of
Galcium, chloride as anti-narcosis stimulant. VetBrinarriia 29 No. 10, 1952.
nwa,cm
9. Monthly List af Russian Accessions, Library' of Congress jDne-arnher 19 56;2 Unc I
A,

KORMIEV, N,Ye., dotsent; ZHULEIIKO, MI., dotsent
Ditilin for rel"ing the-musculature of swine. Veterinariia
39 no.1:62 Ja 162. (MIRA 15:2)
1. Moskovskiy tekhnologicheskiy,inatitut myasnoy i molochnoy
promyshlennosti,
(Ditilin)
(swine)

BAIASHEVj L.L., prof,; GRIGORIYEVj, N.G.# kande biolo nauk;
ZHURBITSKIY, Z.I., prof.; PETERBURGSKIY, A.V.j, prof.;
POPOV, P.V.v kand. sellkhoz. nauk; IUDKEVICH, P.Ye., prof.;
SOKOLOVp A.V.; TURCHIN, F.V., prof.; SHKONDE, E.I., kand,
sellkhoz. nauk; SHTERIIBERG, M.B., kRnd. biol. nauk;
VOLIFKOVICHp S.I.0 akademik,, red.i KORNEYEV N.Ye-, kand.
veter. nauk, red.; NAYDIN, P.G.,, pro .. re ; OV, B.Pop
kand. sellkhoz. nauk, red.; POPOV, I.S., akademik,, red.;
ROMASHUVICH, I.F., kande sellkhoz. naukj red.; RODE, A.A.,
prof., red.; ROZOV, N.N., prof., red, FA7UWWj--L*0W.-rItrmhI'
[Chfticalization of airiculture; scientific and technical
dictionary handbook] Khimizatsiia sel'skogo khoziaistva;
naucbno-tekhnichookii slovari-spravochnik. Moskva, Nauka,
1964. 398 P. (MIRA 17:10)
1. Chlon-korrespondent AN SSSR (for Sokolov). 2. Vsesoyuznaya
akademiya sel'skokhoiyaystvamifth nauk imeni V.I.Ianina (for
Popov)

. KORUYEV, O.P.'
t,
Vo es of the Ukraine. Hauk.sap.Kiev.un. 15 no-3:9-91 156.
(Ukraine--Foxes) (MLRA 10:7)

_6NJVC
KORNIEV. O.P.-tKornisia.v. 0.P.]
A brief historical outline of the protection of nature in the
Mcraine. Mat.'pro okhor.pryr.na Ukr. no.2:3-10 160. (MM 13:8)
(Ukraine--Natural resources)

KOTOV, M.I.;(" V. O.P. Cl;ornieiev, O.P.]
Y.G.Averin as an outstanding promoter of the protedtion of nature.
Mat.pro akhor.pryr.na Ukr. no.2:111-113 160. (MIRA 13.:8)
(Averin, Viktor Grigorlevich, 1855-1955)

KORNETEV, P. K., Cand Blo Sol -- "Effect of I*skpre-sowing
of seedelg corn growth and development." Leng
1961. (All-Union Order of Lenin Acad Agri Sci im V. I.
Lenin. All-Union Sol Res Inst of Plant Cultivation) (KL,
8-61, 237)

DIRINIK. B.N.; - ~~ Ift ar ~ raUlr-tor: PROZOROVSKAYA, V.L.. i
redaktor
[Mttlng*zachluei &n& cutter-lomAeral Trubovye mashiny I gorays .
koubalay. Moskva, Ugletakhtsdat. Pt.l* (Cutting machines] Trabons
mashiny. 1954. 168 p. (HM 8:4)
(Coal-4daing mehinery)

KORNEYEV3, P. YA,-"The Problems of Inarmwing the Remoteness of Control of Installa-
tions with Dispatcher CentrziLlization of the Time -Code*" Min Railvayv
USSR. leningrad Order of Unin. Inst of Railroad Transport Engineers imen
Academician V. IN. Obraztsov,, Uningrad, 1955. (Disserbation for the
Degree of Candidate in Teelvaical Science).
so Knishanay letopis'
No 29 1956

BUTANOV, V.A.. inzh.; KDRNRYIV, P.Ta.. kand. takhn. nauk
Improve train commmications on directions with heavy,frelght
traffic. Avtom. telem. i avias' 3 no.5:35-37 Mr 159.
(KIRA 12:8)
(Railroads-Communie%tion s7stems)

68059
SOV/106-59-10-9/11
A. Mo
AUTHOR: Korneyev, P. Ya
TITLE: -1rerMrmn"K"ft!1i ~-e Dynexic and Static Inductance of
Pulse Relays.,
]PERIODICAL: Elektrosvyazf, 1959, Nr 10, pp ?1-76 (USSR)
ABSTRACT: The equation describing s. relay circuit containing R and
L, when a constant voltage E is applied to it, is
E - Ri + dLi
Tr'.
and L is given by
L - apw2
where a is a constant, depending on the length I and the
cross-section of the magnetic circuit; -IL is the perme-
ability; w is the number of tu on the relay. Since
the mathematical expression for ji as a function of i is
not known, this value cannot be f 'ound analytically. The
dynamic inductance can however be found by obtaining an
oscillogram of the function i - f(t) and then finding
the dynamic inductance L(i) from
L(i) E Ri
Card 1/4 al

68059
SOV/106-59-10-9/11
Determination of the Dynamic and Static Inductance of Pulse
Relays
This involves graphical differentiation of f (i).
The author then shows howthe method proposed by
Shilldiner (Ref 1) substituting graphical integration
for differentiation can. be applied to the growth or
decay curve. Both these methods are laborious. The
third method considered is that proposed by Kovaleaov
(Ref 2) in which an osaillogram. of the current is taken
and from it is constructed the corresponding relationship
between the magnetic f 1w: and the inductance (P, L - f (t).
Starting from E - Ri + W d4)
it is seen that
W d Idt - idt
By integrating over the limits 0 to t and denoting It
t
and idt -- g, is obtaitLed
0
Card 2/4 W me g

68059
SOV/106-59-10-9/11
Determination of the Dynamic and Static Inductance of Pulse
Relays
where Q and g are the corresponding quantities of
electricity. By plotting the obtained value of W
-.1-4)
along the ordinate and time along the abscissa, a curve,
is obtained, the ordinates of which are proportional to,
the instantaneous value of the magnetic flux. Finally,
the dependence of the inductance on the current value is
given by
Qk 9k
R1
Lk 3.k
where Lk is the particular inductance corresponding to
a given value of W c Of the three methods of
determining the dynamic inductance for different values
of currents, the Kovalenkov method is the most accurate,
and the results Of its application to a IR5 type relay
Card 3/4 are tabulated in Table 1. The static inductance can b4/

BUTANOV, V.A., inshj JOR14TXV, F.Ya., kand.tekhn..nauk
Principal double track lines with heavy traffic require automatic
block systems on both tracks. A-vtom.. telem.i sviazi 4 no*3:
13-14 Mr 160, (MIRA 13:7)
(Roilroads-Signaling-Block system)

TIM1014IROV, I.G., prof., doktor tekhn.nauk;ZkqIh tekhn
~YEV,_?.Ya.,_kand.
nauk; DEVZOROV, A.V., kand.tekhn.nauk; GUBIN, I.N., inzh.
Automation of production processes in classification stations.
Zhel.dor.transp. 44 no.5:50-54 My 162. (MIRA 15:5)
(Railroads-Hump yards)
, (Automatic control)

TIKHCi,IIRO'V, I.G., prof.; KORN!"MN, II.Ya., dotsent; UYANOV, V.A., ascistnnl,
Discussing the uso of centralized traffic control on double-track
linos. Trudy BIIZHT no-9:5-28 161. (MiFuk 16-.9)
(Railroads--Signaling--.Contralizod traffic control),

KORNE"iEV, F.Ya., kand. teklin. nauk, dots., naucIm. red.
(Automation and electrical engineering in railroad
transportation] Avtomatika i elektrotekhnika na zhe-
leznodorozhnom transporte. Minsk., Izd-vo M-va vysshego,
arednego spetsiallnogo i professionallnogo abrazovaniia
BSSR) 1963. 40 P, (MIA 17-.9)
1. Gomel', Belorusskiy institut inzhenerov zhelezno-
dorozhnogo transporta.

131UNKI-Ny Dmitrly Aleksandrovich; KO"NEyf-,V, S.G., red.
--,. ~
[Path llacross imPossible,11 Put' "cherez novozn,,Oz)lno.
bovp Knizhnoo izd-vo, 1964- 32 p. " Tain.-
(MIRA 1834)

SNYTKO, M.K., kand. geogr. nauk, red.;, KO, IEYEV, S.G., red.; POPOV,
Y-R., tekhn. red. -
[Tourist routes through Tambov Province]Turistskie marshruty
po Tambovskoi oblasti. Tambov, Tambovskoe knizhnoe izd-vo,
1961. 142 P. (MIRk 16:3)
(Tambov Province-Guidebooks)

ZUBKOV, Boris Vasillyevich,, Inzh.; KORNLYEV, S.G., red.
(Ray, opark$ explosion; tales about the new and the un-
usual in metalworking] Luch, iskra, vzryv ribrabaty-vaiut
metall; rasskazy o no-vor, i neolycluium v obrabotke r~etalla.
Tambov, Knizhpoe izd-vo, 1963. 70 p. (MIR-k 17:7)

VIADIMIROV, Sergey Vladimirovich; ZOLOTAMAO Klavd1ya Aleksandrovw;
IA-ASWVA, Izollda Petrovva; MIKHAYLOVI Vladimir Vasillyervich;
SIDELIKOVSKAYA, F.F., kand. khim. nauk,, red.; KORNEYEV, S.G.,
red.; POPOV, V.W., tekhn. red. -
(NonWing polvmers]Nestareiushchie polimery. Tambovp Tar,
bovskoe knizhnoe izd-vo, 1962. 78 p. (MIRA 15.13.)
(Polymers)

DEBRO, Ivan Fedotovich, inzh.; KQ.~L=_, Sq.,, red.; POPOV, V.N.,
tekhn. red.
[Semiconductor thermistors and photoresistors]Poluprovodniko-
vye termosoprotivleniia i fotosoprotivIeniia. Tambov, Tam-
bovskoe knizhnoe i,zd-vo, 1-961. 3.10 p. (MIRA 16: 1)
(Thermistors) (Photoelectric cel.1s)

BARDOT, Vyacheslay Illich, inrb.,- KORMEV) S.G., red.; POPCV, V.N.,
tekhn.rad. ---
[Mechanization of cold stamping operational Mekhanizatsiia
kholodnoshtampovochrifth rabot. Tambovp Tambovskoe knizhnoe
izd-vo, 1960* 15 P, (MIRA 15:5)
(Sheet-.metal work)

AUTHOR: Korneyev, S. G. SOV/30-58-8-17/43
TITLE: International Council.of Scientific Unions (Mezhdunarodnyy
sovet nauchnykh soyuzov)News in Brief (Kratkaya spravka)
FERIODIM: Vestnik Akademii nauk SSSR, 1958, Nr 6, pp. 1o2 - 1o6 (USSR)
ABSTRACT: In the years 1882 to 1883 the first P01W year in which
Russia took part was carried through. The International
Research Council, founded in Bruesels(Bryussell) in July
1919 was transformed into the International Council of
Scientific Unions. The Soviet Union joined the council
in 1955 and is member of all international scientific or-
ganizations which are connected with this council. In
March 1955 Professor.A..V.Khillo general Gacretary of the
councilf officially invited the AS USSR to join the inter-
national council as a member. Therefore he affiressed himself
to the embassy of,the USSR in London. In the permanent
endeavour to extend international scientific cooperation
the AS USSR accepted this invitation. In August 1955 the
seventh general plenary meeting which then was held in Oslo
admitted the AS US~R into the International Council of
Card 1/0 Scientific Unions electing as a member of the councilb

International Council of Scientific Unions. News in SOV/30-56-8-17/43
Brief
bureau V.A.Engellgardt, Member, Academy of Sciencesp USSR.
This was acknowledged with gratidude by B. Lindblad, pre-
sident of the council, as well as by L.Berkner..(U9k)06i"0wly
elected president. Apart from carrying through the inter-
national geophysical year the council plans to investigate
together the oceans especially the Indian Ocean (IAndiyskiy
okean) in 1960. A special committee for oceanographic vorka(SEM)'
(spetsialinyy komitet po okeanologicheskim rabotam/SKOR/)
which should prepare these works was established. The year
of the Indian Ocean (God Indiyakogo okeana) is to be carried
through in 1940. There is also mentioned the'question of
building a special ship for the international oceanographic
investigations. The eighth plenary meeting shall take place
in Washington (Vashington) from October 2,to 6, this year. It
shall deals among others, especially with the biologic effect
of nuclear radiation. The question of the interstellar space
and of the open *i*&aU,* discussed. By actively taking part
in the works of the council the AS USSR amplifies the inter-
national scientific cooperation and reduces the tensions in
Car international relationship.

SANTYWV, Yovgeniy kleksandrovich; KOWEYEVj S.G., red.; POPOV, V.N.p
tekhn. red.
[Shoulder to shoulder]Plechom k plechu. Tambov, TambDvskoe
knizhnoe izd-vo, 196o. 13 P. I(MIRA 16:3)
(Pervomalskly (Tambov Province))-Machinery industry workers)

KORNEYEV, S.O.
Soviet-Indian scientific relationships. 1z ist. nauki i tekh.
v stran. Vost. no.11155-172 160. (MIRA 14:8)
(Russia--Relations Weneral) with India)
(India--Relations KGeneral) with Russia)

0 _ , e -. PO V,
ALITSHULIER Genrikh Saulovich; KW y d.~' PO V.N.2
tekhn. red.
(How to learn inventing]Kak naunhitisia izobretat'. Tambov,
Tambovskoe knizhwe izd-voy 1961. 324 PO (~MU 15: 8)
(Inventions)

KORNEYEVO S.G.
Scientific relations of the Academy of Sciences of the U.*S.S.R.
with Japanese scientists. Iz ist.nauki i tekh.v stran.Vost.
no.2:135-156 161. (MIRA 14:9)
(Russia--Relations (General) with Japan)
(Japan--Relations (General) with Russia)

KORNEYEV, S.G.
Scientific relations of the Academy of Sciences of the U.S.S.R.
with the scientists of tbo United Arab Republic., Iz istonauki i
tekh.v stran.Vost. no-2:159-173 161. (KIRA 14:9)
(Russia--Relations (General) with the United Arab Republic)
(United Arab Republic--.Relations (General) with Russia)

ALITSHULLER.. Ganrikh Sauloviah; pp.~ky~V., _S.G.# red.; SEMOVA,
A.M. red.
(pund&msnt&ls of javentiAg] Oanovy izobretatelletva.
Voronezhp TSentrallno-Chernotemnoe kni2hnoe izd-vop 1964.
239 P. (MIRA 18:11)

KaRNSM, Bergey Mikheylovloh
_-
.......
[Agreement on electric powor supp3,v among socialist oripattations]
Digovor o anabobanii elaktroenergiet asubdy sotstallaticheektal
orgenizat at last. Moskva, Gos. tad-vo yurid. lit-r7, 1956.- 105 p.
(Ilectric power) (MIRA-11-16)

PETROV, K.A.; NIFANTIYEV, E.Ye.; GCLITSOVA, R.G.; BELAVENTSEV, M.A.;
KORNEYEV' S.M.
Eaterification of phosphoroas and phenylphosphinic acids. Zhur,-
ob.khim. 32 no.4:1277-127) Ap 1620 (MIRA 15'4)
(Phosphorous acid) (Phosphinic acid) (EsterificatiQn) -

------------
. . ... ...
S/0000/63/000/000/000/0072
ACCESSION NR: AT4033987
'AUTHOR: Petrov, Ko A.;,Nlfantlyev, E. Ye.;'Goll-tsova' R, G.;
_!~qr~ey
I TITLE: Polymers containing phosphorus. IX. Syn thesis of acid polyalkylexie
pho.sphites, phosphates and thionphosphates
SOURCE: Geterotsepny*ye vy*sokomolekulyarny*ye .ioyedinenlya (Hetirocha'in macro-
Molecular compounds); sbornlk statey. HDSCOW, Izd-vo "Nauka," 1963, 68-72
TOPIC TAGS:' polymer, phosphorus containing polymer, polyalkylene phosphite, pol
Y
alkylene phosphate, polyalkylene thionphosphate, linear acid polyphosphite, poly
phosphite synthesis,,.spatially discreet glycol, polyphosphite oxidation,'Poly-
phosphite alkylation
ABSTRACT: Linear acid polyphosphites wcre synthesized by reesterification of di-
ethyl phosphite with spatially discreet glycols, then converted to polyalkylene
phosphates by NO oxidation or to thionphosphates by reaction with S. Successful
syntheses (P~Oceiure:,described) were obtained with pentandiol-1,5, hexandiol-1.6 i
diethylene glycol, t~iethylene glycol, diethanolamine, pentafluoropentandiol-1,5
1,4-3,6-dianhydrosorbitol,,.and p-dihydroxymethylbenzene. A neutral polythion-
j phosphite was obtaln~d by alkylation of an ammonlum-salt of polyalkylenethlonphos-
I-phoric acid. "We would like to thank S. A. Pavlova, associate at the INEGS AN SSSPV
rd

.... .. ......
i ASSOCIATION: AT4033987
I for her help in determining the molecular weights."' Orig. art. has; 2 9r ph
table and 3 chemical equations..
ASSOCIATION: none
SUBMITTED: 19jun62 DATE AC4: 30Apr64 ENCL: -00
~,SUB CODE: OC NO REF ;.OV:' 012 OTHER: 003
2/2.

PETROV, X.A.; NIFANTIYEV, E.Ye.,- GGLITSOVA, R.G.; KORWYM .5.14.
,-. . - - I - 7- -1 - .1--,
PhSOPILorus-containing polymers. Part 12: 'Synthasia of
polymeric analcgs of phosphorus-containing iniecticides.
Vysokom.s6ed. 6 no. 5:929-933 My 164. (MIRA 17:6)

KOWZYEV, S.T.
Conservative methods of treatment in tympano6enic labyrin-
thitis. Vest.otorin. 24 no.608-LA 1~-D'62. (141RA 16:7)
1. Iz kafedry bolezney ukha, gorla i nosa (zav. - deystvitell-
nyy chlen AIM SSSR prof. B.S.Preobrazhenskiy) lechobnogo fakull-
teta II 14ookovskogo meditsinskogo instituta imeni N.I.Piragova.
(LABYniull ( EU.)-DISMES)

WRMMK, V.
Phell-tic cutters used for cutting out damaged spots of
automobile bodies, Ayt. transp. 36 no.12:40 D '58. (min n:12)
(Pneumtic tools)

KORNEYEV, V.
From a train to an ai--~Plane. Grazbd. av. 21 no.7:25 JI 164.
(MIRA 18-.4)
1. Zamestitell-nechallnika sluzhby perevozok Zapadno-Sibirskogo
upravleniya,

NORNEYSV. V.
Utilizing the stripped layers from gypsum quarries. Stroi.vat,
3 n0.11:2&29 N 157. (KIM 10: 12)
I.Glavny7 inshener Alekeerevskogo gipeovogo zavada.
(Plaster-Testing)

KOBVIYNV V.; LMS, Ta.; RAMY. V.
A such um~ded,book'-f-o-r-loo*om'otlv& creaws (*Basic electrical
engineering for i0emotive,creawi.0 A.B. Urokhovich. S.1r. Krylov.
Reviewed by V. Kornsev, IA. Lose. V. Rakov,) llek.i topl.tiaga
no.5:47-48 Ky 157.. (KIRA 10:7)
1. Kashinist-instruktor elektrov'osuogo detVii Moskovkm (for Korneyov).
2. lachallulk ellq~by ~okomotlvnogo khosymystva Ommkor dorogi (for Lox*).
3. Glavrw tekhnicheekly skepert Tekbutches go upravlenlya Minleterstya
puter soobahchenita'(for Rakov).
(alectrlolty) (Slectric rallroqds)

-KORUYU. -T-
Yulfillwnt Of'061100tIve Agresmients
Sets. trud ne.4:45-W Ap
In mchinsrY m%nufacturing-plaOsi
(ML 10tO
(labor contract)

KOPIMM, V., inzh.; VA21MOV, B., !Lnzh.
" F4 1IM111jej 01 Oil 111295~ '
ft the efficiency promater did no-
Promotion of Industrial jifficiency
rate. no.10:31-32 0 1,58.
(lifficienoy. Industrial)
so to the Office fort he
and InventionO Izobr. I
(MIR.A 11:11)

KORNigy1v. V.
Trade Union sanatorium. Mast. ugl. 8 no.8:25 Ag 159.
(MIYA 12:12)
(c= )ams.-Disusa An HyGixxt)

10=w, V.
Vhat the workors wero talkLng about* Y&staugl. 9 no,4tl5 Ap 160,
(=A 13:11)
(bade unions) (Donato Inin-Coal miners)

SHMOT, V.; ICMTBT T. - Masao'. X.; cum. B. (gaungs"k)
SAMOV, . (g.=kty-, Rostovokoy oblasti); UMM I. (g.Shakhty,
Rostovskoy oblasti)
Our wown heroes# Mmst-ugl- 9 uo.5:9-11 KI 160.
(MLU 13:7)
(Wo=n " miders)

KORNEYEVY V.
May good work go far. Scv. shakht. 11 no.3:12-13 Yx '62.
(WRA 15:5)
(Dovetb Basin--Coal mines and mining)

KORRYEV p V.
(t-
Seventh Congress of the Trade Union of Coal Miners. Sov.shakht. ll
no.6:14-15 Je 162, (MRA 15:6)
(Coal
miners) (Trade unions- -Congresses)
.

~_L_4_-_'"
Ile
d

KORNEWt V.9 instruktor; TROSHINg V-t instruktor
Kixed crews of creative cooperation. NTO no.3z43-" Mr 161.
(MIRA
1. VBeaoyuznyy sovet-vauehn6-tekhnicheskikh obshchestv.
(Kuybyshev Frovince-Petroleum industry)

, KORIMYEV) V.
Work well done. NTO 3 no. 5:9 MY 161. (KIRA 14: 5)
1. Chlen Nauchno-tekhnicheskogo obahchestva shelkotkatskago
kombinata NRigao Audumab g. Riga,
(Riga-Silk manufacture)

GAVRYUK, M., kand.te-khn.nauk; KORNEYEV, V., inzh.
.r-- -
Course line laying instruments. Mor.flot 22 no.1:17-19 -Ta
162.~ (MIRA 15:1)
1. Pachallnik spdotoditellskogo fakullteta Leningradskago
vySshego inzhenernogo morskogo uohilishchm im. admirala
Makarova (for Gavryuk). 2. TSentralinoye proyaktno-konstruktor-
skoye byuro No.1 Ministerstva morskogo flota (for Korneyev).
(Rulers (Instruments))

SCHASTNEV.. P.N.; CHERKES-ZADEI, N.M.., uchiteltnitsa; KORNMEV, V., uchitell;
AZARGVA, Ye.
Editor's mail. Geog.v shkole 24 no.6:68-71 11-D 161.
(14IU 14: 10)
1. 5-ya shkola g. Batumi (for Cherkes-zade). 2. Gnilitskaya shkola
Chernigovskoy oblastl (for Korneyev). 3. Starosta krayevedcheskoy
organizatsii I-oy iredney shkoly imeni Lenina, g.Buynaksk (for
Azarova).
(Geography6-Study and teaching)

KORNEYEV, Y.,_RqUovnik,, kand.istorichaskikh nauk
We should inculcate a apirit of being true to the military, oath
in soldiers and seamen and demand a strict observance of military
ruleR and the norms of cowunist ethics. Komm.Vooruzh.Sil 2
no.]jt66-71 JI 162. (KORA 15:7)
(MLUtar,y discipline) (Naval discipline)

~ORNEYEV, V.,_polkovnik, kand.istoricheskikh nauk
Train soldiers and sailordi in.the revolutionary and battle traditions.
Kamm. Voorush. Oil 3 no.ls65-70 Ja 163. (MIRA 16:1)
(XIlItary education) (Patriotism)

KORNEYEV, V., inzh.; ROMKO, K., inzh.
Controlled clock station (m a motorbus route. Avt.transp. 41
no.4s2D-21 Ap 163. (NIRA 160)
Olotorbus lines) (Time cloqks)

BLASH, M.; KORNEYEV, V.
Reviews and bibiliography. Avt. transp. 42 no. 5:61-62
MY 164. (MIRA 17:5)

w blai~
M--
KMNMVP V.A.
Wification in the method of addition in spectral analysis.
Zav.1ab. 28 no.2:182-183 162. (MIRA 15:3)
(Spec,tr= analysis)

KORNEMM,X-&--
Determination of iqwit:lles in the preparations of rare earth
elements of the cerium 07oup. Zav.lab. 28 no.2:184-188 162. -3)
OMM 15.
(Rare earths-Spectra)

VAKULIU, A.A.; VIYUNOT, S.F.; GCRIH, T.I.; IVASHCE17MO, P.S.; KOHOVA.
A.G. -, KORIUM 01 V.A.: KOROSTEMA, M.Ya.; LOBACHHT, A.Ta.-.
LASHNAVOT, -I.Ya.; KALYCIMMO, T.T.; HOROZOTA, A.M.; PANSHIN, I.A.:
FROSVIROV, A.B.; ROZHKOTA, H.T.; YUROYA, X.F.; FXDMENko, V.P.;
TSMMI.TRNNXO, P.Ye.; SHUGHENKO, I.S.; FEWROY, N.A., red.;
I22BOLDINA. S.I.. tekhn.red.
(Brief manual on the cultivation of fruits, berries, and grapes
and the management of nurseries in Stalingrad Province) Kratkil
spravochnik po plodovo-iogodnym kullturam', vinogradu i pitomniksm
dlia Stalingrodskoi oblasti. Stalingrad, Stalingradakoe knizhnoe
izd-vo, 1960, 215 p. (mIRA 14:3)
1. Stalingrad (Province) Upravleniye sel'skogo khozyaystva.
(Stalingrad Province--Fruit culture)