SCIENTIFIC ABSTRACT KORNEV, YU. N. - KORNEVA, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824710014-4
• 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

27731
S/200/61/000/009/001/003
D219/D301
Determination of transients ...
r~ U, U 1
rC71 t X 0((u2 - ul)
r~- 2 ~U2 ;U2 (u1 - U2); (3)
b t (3 X
with the boundary conditions ul(t,O) 1, U2(t,l) = 0 . Because of the
series structure the solution for any number of terms can be taken, with
the exact solution obtained every time within the interval rLj, T, + n+1)
The subsidimT solution is obtained first as Eq. M)
d t
F, (p) f I (t) (t) - a2 (t) dt, (7)
? t2n+l-,9,,'D 2 2 n
where Eq. 7a T2n+1 T = a It +(2n + 1) t] -
Card 4/7

27731
S/200/61/000/009/001/003
D219/D301
Determination of transients ...
(in it symbol *--. denotes the correspondence between the rendering and the
original and I(T) - Bessel function of the given order), Applying to Eq.(6)
the perturbation theorem and considering Eq.('j)-the final expression for
the transient ul in the original is obtained as
OD n. . e-((n+l)of+ n6l. (T) +
U ul(t) = 2 Eo (4 Ee- (ck+PrL
n= lip)
e- (8)
where + f dcL
T7 - t- T- n, f (t) d -f(t) 40(A1T(t) dt,
1 dt
2n + 112n + J(T) 0
t T2n + 1 T 40y[j + ( 2n + 1) t],
Card 5/7
4-

27731
B/200/61/000/009/001/003
D219/D301
Determination of transients
and I (:V) - a unit function with delay +Yi. The experimental curve of the
transient was obtained from a model heat exch4nger with counter flow, for
whichok= 2.074, P= 1.294, T, 18-38 sec;'U2 - 11-55 sec. the first term
of series (8) has the form
CC
U10 ~2e -ok e- + (a + e- (Ok+~) t 19 (t) dt
where f (9
-to
IQ (T) t LLTI + 2 Q(~f I, (T) dt.
2(t + 1) t + 1 T T
0
Comparison of the integral curve with that of the transient obtained from
the experiment is shown
The experimental curve was obtained using a model of indirect flow heat
exchanger f or which 0' - 3.794, P - 1 - 931 , rC1 - 45-09 sec. 'C' = 22.67 see.
The divergences'between the theoretical and experimental curves in both
g Taphs are due to the fact that in the basic equations, mixing between
Card 6/-7

9/200/62/000/005/001/W5
104?/1242
'AUTHORSt Devyatov, B,N. and Kornev, YU*'N6
TITLE& Application of the burman-Lagmnq series to
the analysis, of trarnsient chemical engineering
processes
!PERIODICAL.- Akademiya nauk SSSR. Sibirskoye otdaleniye.
I%vestiya, no-5~ 1962, 14-28
TEXT: T.1e characteri7,ation of fransient processes often
requires the analysis of-systemb of equations containing partial
:'derivativese Generally, it is not ex edient-to seek an exact sol--~:
; p
-'~Iution because the correspqnding functions are transcendental. Such
'~ieystems can be solved indirectly, in the form of convergent Burman~-i.
d 1A

3/200/62/000/005/001/005
1042/1242
'~.Application of the Burman-Lagrange...
Lagrange series. The latter are obtained by decomposition of.an
analytical function F(p) in terms of ~nothe'r function w (p)
F (p)
The coefficients dn nre obtained by expansion of F(p) into a Mae-
latirin series, in the form
dA (12)
;The entire process.is ill.ustrated by several oxamples of decompp-
of r(p) aa a-function of f(t) and of paxameter-dependent
:forms into a Burman-Lagra'
nZe series and by the char c~eri7ation of
matual engineering problems. There are, 2. figures.
2/3

3/200/62/000/005/00 5
1/00
1042/1242-.
.;'Application of the Burman-Lagrange....
'AS90CIATIONs Institut avtomatiki i elektrometrii Sibirskoge
otdeleniya AN SSSRt Novosibirsk (Institute,of
Automation and Electrical Measurements#
Sitibrian
Section of the AS USSRt NoVoodbirsk)
-Di
SUMITTE JulY 59 1961
Card j/3

. DEVYATOV, B-.N. (Novosibirsk); KORNEV, Yu.N.-(Novosibirsk)
Determination of the transfer functions of objects with
monotonic limited characteristics. Izv. AN SSSR. Otd. tekh.
nauk. Energ. i avtom. no.lsl69-176 Ja-F 162. (WRA 15:3)
(Automatic control)

- - - - - - - - - - -
1 9 so of u 13 0 1 4 12 Is m aq so, .9, 'a' is A g 0 it 10 r it a
e A Id I A L , --A-
A-1- AA, 0 fC AQ.U jA k k4-9 1 1- A 1 4 C.. s
00
00 r"- p d terdWWg im - dem. V&. .00
00 C waiwig, X"Mce"Ye wom6dir)
k ir"Assiskuys s
3. 12-IO.-Emim temoves w"e N &W Im
./P ffoln
00 tbw 1"VT portift CA kbe slope lb" from the uppgf .00
00 the Partin f"KWWO matt to N and Ito to 11
fwtwe
Ttw tevtfol k 1, -00
fur for IM amw P4*tkm of lbe
0 moot Tuffe .40
AO
00
00 Soo
00
so 3 coo
09
00 Ae
00 see
'00
us 0
Soo
lbld*j ~&p &%t dat Do
I a tw 0 1 v a 9 A a 3 0
tv to SO 1*1 Olt It lot Olt Oct a R got *0 A Ol X4
0000 0 0* 90 -0000090906000000000
0 :'100 * 0 0 0 0 0 0 0 a 0 0 * 0 0 0 * 0 Oi* 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

V Gov 44 "o
A-1111-a-L.-It 1 .4 t a A-
go be
lu"tri
Nkla
"d
low
w
060,40
t_'~6
.-so
.00
0
A -ea
zo
too
so
940
*04
!As
tloo
0601
low""
0* c AW
so a
C4
set
Tbu 60 -ka,
10111MANOWSW
Md bow
XT1101141
preelmoaft
10 8 PIONO
so
Go 'r
0
0 slow %IV.%* 1.
ti told" woo am# dal
-;--S r--
I Ir
u I -
44 a a it w
o 6006,9000000060040N.:9,
0
Olin 46401949006004l'0 Goes 0
wee
It'll a~i a- Lql
------ too
a 3
It-
00000000000*tooe
solos 000 0*0*0000006600

R/Metals Diffus ion
~
he Influence of Carbon on the Self-Diffuzi,on of
On," P, L. Gruzin, Yu. V. Kornev, G. T.Xurdyumov,
Of~r
Orr Mem, Acad Sci USSR, lust of Metal Sc:L: and Phys
f Metals, Cen Sci Reslust of Ferrous Metallurgy
"Dok Ak Nauk SSSR" Vol No 1, pp 49-51
Preliminary data touching on the influence of carbon
on the self-diffusion of gamma-iron was obtained
during investigations of the self-diffusion of pure
iron. It was shown that the addn of carbon strongly
influences the parameters governing the self-diffu-
sion of iron. Current article sublects this problem,
to a special study. Concludes that tbe addn of car-
bon in iron decreases the energy of the bond of the,
austenite lattice. Submitted -12 July 51.

journal of the Iron and Steel inst,
June 1954
hetallo'&aphy
i Ths DefamfimUoa of the to LAW461
(Dokkdy MIS a
By measuring the mount'
otik6n condensing rom & atnuun of atoms passing thro a
mall thin-waited aperture, the beats of iubliniation, of
y4rou and iron in austanita containing 5-8 kt-4/, OU
carbon were datorminod as 103-5 4: 0-0 kg. cal.1j. cit. ind
43-5 +. 0-3 k. W.1g. at. mpoct!vely.' The heats of salf.
diffivilon (Q) for purt y iron mid for awitertite (6-8 at..% of
carbon)worocalculatedaaBOamd 28-5k.c&L/g. mt.rmpact_
ively. The ratio QtA! we4 0-67 for pure iron'and 0.68 far
kustanite, which corresoonds to that of pure non-ferroua meWs
with the co-ortlination number 10. 019 avvrox. 0-68)- - Thad
"'L in U i~ metals but also firraotid
tzt no MY f."'P5. -
i Et-Elt, is ~he~--fcrfld that the energy of activa-
tion of self-diffusion 'can )ie used as a meesure of thO bond.
idrstiFth of crystal lattices of both pure nistals and solid
~soliitions. Frovii the drits. obtained it is concluded that the:
Naition of'b - 8 at.-% of carbon, diminishes. the bond engy
is
f the y-iron lattico'from 103,6 to 0.5 kf. CA/g. At.. 10
apparatus anti experimental technique are mribed.-v.,9;-_j.

USSR/Chemistr7 - Physical chemistry,
Card 1/1 PUb4 22 -,21A5
Authors Kornev
Yu. V and Golubkin, V. N.
Title betoi;~~ a vapor pressure and heat of sublimation of cobalt in a
.1050-12500C temperature rangre
Periodical Dok. AN SSSR 19/4, 5657567t Dee 1, i954
Abstract The method employed in measuring the vapor pressure of metallic cobalt (99.3,16'
Cot O.ep Fe" 0.1% Cut 0.1% 0), in the presence of a Co6O radioactive isotoPe,~'
is described. This m-thod working on the principle of a condensation targot
and radioactive indicator make's it poseible to express the vapor pressure re-
lative to the rate.of vapor discharge from the nozzle by means of a certain
equation. The vapor-pressure values for pure Co. obtained at 1050 - 125000:
temperature range, are shown in the table. Nine references: 5-USSR; 31-USA
and'1-4crman (IM"1953). Table; graph.
Institution Central Scientific Research Inatitute of Ferrous Metals, Institute of
M,etal.lur,-
,y, and Physics of Mleta4ls
Fres,ented by: AcadeTaialan G, Vj IMrImmov, Jitne A 1954
Radioactive Isotopes
orig Pub Fiz. meta-UOv i uLetallovedenie) 1955, 1) iio 2, 286-29q
Abstract See Ref. Zh- Fiz- 1955, 21531; 1956, 31407
Card : 1/1

USSR/Thermodymamics Thermachamistry. Ecluilibria. B-8
Physical-Chemical Analysis. Phase Transitions.
Abs Jour Referat Zhur - xhimlya., No 6) 1957, 18456
Author Yu.V. Kornev,.-V.N. Golubkine
Title Determination of Vapor Pressure of Solid C alt and
Tron with Radioactive Isof-pes..
Orig Pub : Probl. metalloved. i fiz. metallov, sb. 41 1955, 432-448
Abstract : The vapor pressure P of solid Co and -Fe was measured
by Knudsen's method with the application of a condensa-
tion target and radioactive isotopes. logP (atm) for
Co = 7-585 - 20-815/T x lo3 (1050 to 12500)p the,subli-
mation heat of Co Is 95.2 � 0.8 kilocal/g-atom;,for-
Fe logP (atm) = 8.52 - 22.60/T x 103 (1191 to:13500).,
-e sublimation heat is 103.5 :k 0.6 kilocal/g-atom.'
X
Using the bibUographic date concerning the activation
enorgy of autQdiffuslon (Gruzin P.L. Pr1bl. metalloved.
i fiziki metallov, sb- 3, MetaUyrgizdat,, 1952), the
Card 1/2 158

USSR/Thermodynamics - Thermachemistry. Equilibria. B-8
Physical-Chemical Analysis. Phase Transitions.
Abs Jour Referat Zhur - Khimiya, No 6, 1957, 18456
authors determined the ratio of the autodiffusion activa-
tion energy to the bond energy (evaporation heat) for Co
equal to 0.65, which coincides with the value known for
non-ferrous metalls vith face-centered cubic lattice ,
(Dekhtyar I.Ya., Zh. tekhn. fiziki, 1950, 200 8) 1015)
as well aa for Ve and austenite (RZhMet, 1956, 658~-
Card 2/2 - 159 -

k At, 41-461, till jGl!!;;Tr-

JrCmv,YU.v.
Gama,--ray defect-detection laboratory.(Fron: Nucleonics. 12, 11,
78-79, 1954). Zav.lab.21 no.7:874-M 155. (MLRA 8:10)
(Radiology. Industrial)

-A
Science and Engineering).. by jLi~V"illyevich Mornev, Moscow,
Gosudarstvennoye Izdatellstvo Kul 1tEEj_-PrcWe-fi_fe_V &~y Litir-
atury, 1956, 69 pp
The brochure has three chapters: I. The Atom, 41actrons, and the
.4tomic Nucleus; 11. Radioisotopes as Sources of Great Energy; and III.
Radioisotopes as Tracer Atoms.
The subdivisions of the various chapters are as follows,
1. Atomic structure of matter, how atoms are built, radioactive
Orobe, nuclear model of the atom, how artificial racIioisotopets are obtained.O:--
a.nd properties of radioactive radiation.
2.
"Radioactivi eye" in metallurgy, "eyes" of current production., ra&W'
lit
radiation in measuring technique, radioactive mineral prospector
_.healing rays, gamma-sterilization, marvelous rays-aid agriculturists, actioA'_'-
of radiation on properties of metal, gamma rays accelerate chemical reactioxw~~-

XORHZV, YU.V.
TvVerature control circuit used In high-frequency heat treatment.
1sx.tekh. no.1:51-52 J&-F 156. (K6RA 9:5)
(Induction heatlW-Measurement) (Electronic 2essursuonts)

per g-atom was obtained 13y-both metb6d.. -The sublimation of
Ag proceeds in the f6ria'of one-atom. vapor. The measurement
metzlods. and the equiWent are described in detail.
v-a-p-- 6-F-ibi-Ove
Card
azure dependence Of the pressure of silver r a 0v
pure Ag: logP (mm) -68100 2 303-RT + 9.465, and above
AU-Ag alloy: logP -69800 2~303RT + 8.993 within the
3ard 1/2
UPSR/Physical Chemistry. Thermodynamics, Thermochemistry, B-8
Equilibriat Physical-ChemIcal Analysis, Phase TransitionB.
Abs Jour; Ref Zhur-Khimiya,:No:,5, 1957,14642
Abstract; termperature range from 1020 to 115301C. were derIved. The
heat of sublimation of Ag was found to be 68 kcal per g-
atom by both the above mentioned methods. The factor of
the thermodynamic activity of silveQ Ag for the alloy
Au-0.3Ag computed from the experimenf-al data corresponds
to the equation W Ag = exP(-1700 / RT)-., which points at
the closeness of the solid Au-Ag solution to the regulw
one. Contrarily to the ear.11-er publi-shed data (IRZI-Shim,
3.955, 11280)~ it was established that silver evaporates
from the solid phase as a one-atom vapor; not many-atom
complexes were detached (in the range up to 600 mass
units).

AUTHCH KORNEV Yu. V.0 ZUBKOVSKIr S.L.~ PA - 2723
TITLE I a m Method7for the Investigation of the Process of Sublimation of
Metals.
(Novaya metodiks, izucheiniya protsesia sublimatsii metallov -Russian)
PERIODICAL Atomnaia Energiia,1957v Vol 2j Nr 4, Pp 352 -356, (U.&S.R.)
Received 5/1957 Reviewed 6/1957
ABSTRACT The paper under review discusses a new method for the determination of
the heat of sublimation with the aid of radioactive isotopes. By means of
of this method-is it possible to measure directly the rate of outflow of
a saturated vapor from a small hole. The authors a lied the method of
direct counting and.used the radioactive isotope GrO's The preparation of
the chromium specimens for the experiments is discussed. The chromium to
be investigated was brought into an effusion chamber of aluminawith a
small opening for the,discharge of the chromium vapors. A block dkgram
shows the way of operation afthe measuring arragement. Another figure
shove the vacuum furnace of ~Ytz with double water-cooled walls. In the
experiments a vacuum of -2,lo mm barometric pressure was used. The
effusion chamber containing the chromium wa+rought into this vacuum
furnace. The activity was meastured by & ring counter with the usual coun-
ting device.
Res,ults of -the measurementat The paper under review determines experi-
mentally the dependence ofthe activiy ofthe target upon the time t at
the constant temperatures T, - 16240 K, T2 - 16690 K. and T 3 - 16920 K.
Card 1/2 The coefficients a and B were found for the temperatures Tl, T2 and T3

~.c ~i.-;
"Determination of the heat of sublimation of silver by two methods," with
Vintaykin, Ye. Z., page 494.
"Some Date on the Importance of thermodynamic M[Lgnitudes in determining
Interaction between atoms in solid solutions," page 485.
lix boak ProtAle-m-4 -,if i4)6cowi
"i'Laralk truAo-v
Mc~- articlse W this book in-exant roe U1tV of invastigar-uns aanduot*d tq Ztv-
is-3uln,g body, lusts of fro.9 art bat, ixf
. loal WAaUwgy, a p of th& 1"ont, SoL Pt"- I
lootited in Dnopropetrovuk, Th& inTeatig&tIon-a U-CM
W111h phase Ux allep. attftr4okbeulns ftrA PrxfW60o,
dlfff"I~rk (st"Aled w1th the aid of radlc~dotim- laotupos), 4-M oarteW
ot-%Or qlz~qk~tirlt

KORNEV, YU.V., kand,fis.-mat.nauk
'~~ Mnitative tootopon In jqatAillurv. Dost.naukl I takh.1 pored.
opov prom.1 strolo no.2:80-103 ~8- (MIR& 1-110)
(Motallurff) (RcAiotootopes-Incluntrial applicationa)

SOV/137-58-9-19677
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 221 (USSR)
AUTHOR: Kornev, Yu.V.
TITLE- 0et~heMoMm' of the Magnitude of thermodynamic-Quantities in
the Evaluation of Interatomic Reaction in Solid Solutions (K
voprosu o. znachenii termodinarnichoskikh velichin dlya
otsenki mezhatomnogo vzaimodeystviya v tverdykh rastvorakh)
PERIODICAL: Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n.-i. in-ta
chernoy metallurgii, 1958, Vol 5, pp 485-493
ABSTRACT: The absolute value of the vapor pressure above a pure
metal and the partial value of the vapor pressure of a compo-
ment above a solid solution and also the partial molar binding
energies (BE) are regarded as the characteristics of inter-
atomic reaction in metallic alloy9. Earlier the concept of
thermodynamic activity was introduced instead of the concept
of the molar fraction in order to make'it possible to apply the
fundamental equations for ideal solutions to real solutions. The
author developed a formula for the BE of a solid solution ,
from which it follows that under certain conditions a strengthen-
Card 1/2 ing of a solid solution is possible as the result of the reaction of

SOVI 137-58-9-19677
On the Problem of the Meaning of Thermodynamic Values (cont.)
the atoms of the components, whereas under other conditions there it; a
tendency towards exfoliation in the solution. It is shown that for the study
of the mechanism of diffusion it is also necessary to know the activity of the
components of the solid solution's and their variations with temperature and
concentration. The author examines a method for determining the Har-
greaves point of condensation, which consists of the following: The alloy is
located in one end of a sealed, evacuated quartz ampoule which is heated to
a specified temperature Th' The other end of the ampoule is cooled to the
temperature Tc at which one of the components begins to condense. The
activity of the component in the alloy is determined by Th and Tc. The em-
ployment of radioactive isotopes makes it possible, by measuring the radio-
activity of the target upon the same exposure of the pure metal and the alloy,
to assess the activity of the component directly. On the basis of the relation-
ships deduced in this work it is shown that the bond stability is higher in the
solid Ag-Au solution than in the pure Ag. Likewise the temperature relation-
ship of the coefficient of activity of Ag in the Au-0.3 Ag alloy was found.
1. Gold-silver alloys--Thermodynamic properties 2. Silver--Thermo- G.L.
dynamic properties 3. Vapor pressure--Determination 4. Diffusion--Analysis
Card 2/2

SOV/137-58-9-19783
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr9, p?_39 (USSR)
AUTHORS:- -'Korhe'v, Yu.-V.-; VintAykin, Ye. Z.
T IT LE: etermination of the Heat of Sublimation ..of Silver by Two
Methods (Opredelenive teploty gublimatsii serebra dvumya
metodami)
PERIODICAL: 5b. tr. In-t metalloved. i fiz. metallov Tsentr. n.-i. in-ta
chernoy metallurgii, 1958, Vol 5, pp 494-502
ABSTRACT: The Knudsen method wai-used, that is, the method of
measuring the rate of outfldw of saturated steam through a
small opening into a high vacuum. The rate of the outflow was
measured by the condensation on the Ta target of the atoms of
the portion of the- atomic beam bounded by the collimator. The
heating of the effusion crucible was effected by the induction
method, with a high-frequency generator, with a precision of
� 10C. The apparatus produces a vacuum of the order of
5-10-6mm Hg. The radioactive isotope Ag110 was used as the
metal investigated. The weight of the condensate was deter-
mined by the radioactivity of the target. The following equation
was formulated for the relationship between the temperature
and the vapor pressure: logloP = 68, 100/ 4303 RT + 9.465.
Card 1/2 The following method was also used: The atomic beam
SOV/137-58-9-19783
Det ermination of the Heat of Sublimation of Silver by Two Methods
emanating from the effusion opening was subjected to an electron bombard-
ment. The iate of formation of ions due to this is related to the rate of
effusion and,' consequently, to the vapor pressure. By creating an electrical
field it is possible to measure the total current. However, in this case,
errors might be caused by the ionic current produced by the residual gases.
To eliminate this the mass -spectrometric method is used. The ions pro-
duced as a result of the electronic irradiation are formed into an ionic ray
by the stretching and the accelerating lenses and the collimator. Passing
through the magnetic field, the ray is decomposed into the mass spectrum.
The method indicated permits one to measure the current corresponding to
a specified mass of ions. The investigation showed that polyatomic com-
plexes are absent in Ag vapors. The mean heat of sublimation of pure
(99.99%) Ag taken irorn 6 measurements constitutes 68 Kcal/g-atom.
G. L.
1. Silver--Siiblimation 2. Steam--Measurement 3. Silver isotopes (Radioactive)
--Applications 4. Vapor pressure 5. Temperature 6. MaLhematics
Card 2/Z

40790
S/263/62/000/0081003/004
1007/1207
AUTHOR: Kornev, Yu. V.
TITLE: Simple electromagnetic spectrometer for the identification of radioactive isotopes
PERIODICAL: Referativnyy zhumal, otdel'nyy vypusk. 32. lzmcritel'naya tekhnika, no, 8, 196Z 52,
abstract 32.8.332 (Sb. tr. ln-t metalloved. i fiz. metallov Tsentr. i-i. in-ta cheinow me-
tallurgii, v. 6, 1959, 481-484)
TEXT: A portable magnetic #-spectrometer of simple design is described. In this device electron beams
are focused by a transversel homogeneous magnetic field according to the Danesh method. Electrons are
detected by means of an end-window counter. The fi-spectrometer consists of an electromagnet, a vacuum
chamber and devices for measuring the magnetic field. The radioactive isotope investigated serves as an electron
emitter. The bending radius of the spectrometer chamber is 150 mm. The (strength of the magnetic field is
3000 oersted. The resolving power for internal conversion electrons is 1.5 %. Such simple devices are parti-
cular by usefull when working with tracers. There are 3 figures and 2 references.
[Abstracter's note: Complete translation.]
Card 1/1

FOROYKOV, I.V., prof.; FORNEV, Yu.V. doto,; VjjtjKOV, V.~%,
1. X1.
[Selected chapters on physics] Obdelln.ve glavy
Moskva, Vysshala shkola, 1964. 218 p. 18- -0

IASHKEVICH, A.M.; TERM-ITIYEVAs A.A.; IVANOVAS L.S.; BOIRODULIKA, M.A.;
VELICIOIKO~ I.N.; NIKULENKO, V.S.; KONSJIU-IA,, T.I.; SHAKHCVAf T.P*;
NYASHINAp A.A.; YASINSKAYAq Z,A. p- AGALITSEVA, N.B.; MMIMENSMAO
Ye.G.; lalETSMER, V.L.; KONONOVICII, L.K.; FEDORAYEVA, A.M.; TKACIIUKp
L.Ya.; VYATKINA, G.A.; SLOIJSHCH~ V.S.; RACHIVSKAYA, L.N.; PORT14AYA,,
R.Yu.; KARAKOVSKAYA, E,M.; POKROVSKAYAp M.A.,L-D',01EVA. A.I.;
YERSHOVA, K.F.p otv. red.; Prinimal uchastiye red.;
IAGAIREVA, A.P., otv. za vypusk; NIKITINA, I.P.,, tekhn. red..
(Economy of Novosibirsk Province; co3lection of statistics] Narodnoe
khoziaistvo Novosibirskol oblastA; statisticheskii abornik. Novo-
sibirsk, Goostatizdat TsSJ SSSRI 1961. 331 P. (MIRA 15:6)
1. Novosibirsk. Oblastnoye statifiticheskoye upravleniye. 2. Na-
challnik Statisticbeskogo Upravleniya Novosibirskoy oblasti (for
Yershov). 3o Zamestitell nachallrika Statisticheskogo Upravleniya
Novosibirskoy oblasti (for Kamancv).
(Novosibirsk Province-Economic conditions)

.s/o6 60/000/005/010/021/XX
B024YB070
AUTHORS: Rozentall, L. V., Burdygiis,2 G. I., Kornevaz E. D-
Zhurina, F. G. . ........
TITLE: Plasticization of Triacetate Cellulose Filmal by Means of
Ester Mixtures of ffi-gher Synthetii Fatty Acids
PERIODICAL: Khimicheskaya promyshlennosti, 1960, No. 5, PP- 15 -- 18
TEXT: This paper deals with a study of the plastioizing effect of
eaters of higher synthetic fatty acids (C 6 - C16)' It follows from the
experiments that low temperatures favor the combination of the plasti-
cizer with triacetate cellulose even when all traces of diluents and
solvents are removed from the film. At higher temperatures and higher
relative atmospherio humidity, this combination is checked. The number
of double bendings endured by the film increases with the increase in
the number of carbon atoms in the alcohol radical of fatty aoid ester;
under the same conditions the plasticizing effect also increases at
lower temperatures. For the same number of carbon atoms in the a!,.id
Card 1/2
S/064/60/000/005/010/021/XX
Films by Means of Ester Mixtures of B024/BO70
Higher Synthetic Fatty Acids
radical of the eaters of higher synthette fatty acids, their plasticiz.-
'Ang effect increases with the increase In the molecular weight of the
alcohol radical. There. are 5 tables and 4 references: 3 Sovi.et and
I German.
ASSOCIATION: NIKFI (motion Picture and Photography Scientific Research
Institute)..NIOPiK im. K. Ye. Voroshilova (Scientific
Research Institute of orgs.nic Semifinished Materials and
.-2yes imeni K. Ye* Voro=si ov)
Plasticization of Triacetate Cellulose
Card 2/2

SMIRNOV, O.K.; LEVI, S.M.; RYBNIKOVAt A T.; KOTWA, E.D.; POPOVA, O.V.
Hardening and plasticizing effect of water-aoluble ethers
of hexamethylal melamine and some mono-# di- and triatomic
alcohols and polyglycerins. Part 1: Ethers of hexametbylol-
melamine and of mono-, di-p and triatomic alcohols and poly-
glycerine. Zhur. nauch. i prilil. fot. i kin. 8 no.6:401-404
N-D 163. (MIRA 17:1)
1. Voesoyuzrqy nauchno-issledovatel'skiy kinofotoinatitut
(NIKFI) i Nauchno-iseledovatellski institut organicheskikh
p Y ( Opi 1~.
o1uproduktov i krasit-3le NI x

ROZINTALI, L.T.; BURDYGII% Gols; NORMA. A.D.; ZHURIYA, 7
mixt'ies
Plasticlsatibn of collulose.triacetate films by
of
enters of higher synthetic f&tty acids. Khimprom. no.5:367-370
Jl-Ag 16o. (NIRA 13:9)
1.-lauchno-imeledowatel'skly kinofotoinatitnt i Nsuchno-iseledo-
vatellskly 1natitut organichookikh poluprovodnikov I kraelteley-
In.1-Ye-Voroshilava.
(Cellulose acetate) (Plastlefters) (Acids, Fatty)

KOMEVA) E.D.; RYBNIKOVA., A.I.
Synthesis of monmethyl ethero of.ethylene glycol and
diethylene g2ycole Zhur.prIkl*:khim* 34 no.8:1875-1878
A,9 161. (MM 34:8)
(Ethylene glycol)
(Diethylene gl~rcol)

ACC NRs AP7006061
SOURCE. CODEs UR/0213/66/0061005/0817./0822
AUTHOR: Korneva. F. R,
ORG: Bl~ick Sea 2;pe-rlmental Scientific Research Stationt institute of
Oceanology, AN SSSR (Chernomors1caya eksperimentalfnaya nauchno-
issledovatellskaya stantsil--ta Instituta okeanologii AN SSSR)
TITLE: Distribution of foraminifera In the surface layer of sediments
in the eastern part of the Mediterranean Sea
SOURCE: OReanologlyag Y. 6. no. 5. 19669 817-822
TOPIC TAGS: biology, oceanography
SUB CODE., 08,06
ABSTRACT:
Study of the four maps of the distribution of foraminifera in the
,surface layer of sediments in the eastern part of the Mediterranean Sea
published in this study reveals th4t aecretory bottom and agglutinating
foraminifera clearly tend to be found near the coast., From the coasts
to the central regions of. the sea there is a consi'derable reduction in
their number and the number of specie3. Howeverp plankton roraminifera
'in the surface layer of sediments are found J.n the largest quantities
in the central part of the sea and their number decreases toward the
.coastal regions. The map of the percentages of bottom and plankton
foraminifera shows that on the shelf near the mouth of the Nile River
the bottom forms constitute 100% of all the foraminifera, On the shelf
in the eastern half of the Hediterranean as twhole th6 percentage is
as Areat..aa..99%j_but in 'the sediments of the continental alope.g.t~o J
Card /2
=77~
ACC NR, AP7006061
r
Ca leditcrr~nean ecrease
si~exm parts of the 1A d a to 50%o Bottom foramin-
Ifera are found in these same quantities on the plateau between Crate
iand*the coast of Africa* 7he sediihents of tho central part of'the sea
arq:c.haracterized b a content of bottom rorandnifera less than 5
%6
Orig. art. hast 4 figures and I tabl*9 JPRSt 39ple
Card 2/2

BMATOTA, Z.1,; VOYTSILI, Z.A.; OMOVITS, &.No; ITANOTA, Ye.A.; MIKINA,
V.A.; I.N.; ILIHKO, S.A.; IMINOTA, I.G.; KOZYWA* T.Pe;
ITSINA, It.P.,; KRUGLOVA. Z.K.; STMZHOTA, A.1e;
KMOTA, L.G.; TARABOVA, A.S.; USHMOTA. NJ*; FILIPPOVA* Y**Aeq
vedered*; TMIXOT, A.T., toklui.red,
Usaosoic and Cenozoic stratigraphy of the Went Siberian Lowland]
Strati6raftia, mozosola I kaluouota, Zapedno-Sibiriskol nisionnosti.
Kaskva, Gos.ueuchno-tekbn.isd-,rc neft. i gorno-toplivnoi lit-ryg
1937o 147 P. (MIRA 12:2)
1. Gosudaretvennyy voymnyy Zapadno-Sibirskly nefteranvedochnyy
treat.
(Siberia, Weatern-Geology. Stratigraphio)

rLImovA, I.G.; KO M TA9 F.R.
Ksgosole ammonites and pelecypods from the Teloguy key borehole
(Western Siberia), Trudy SHIGGINS no.215-.18 '59. (MMA 12: 11)
(Yeleguy Valley-Ammonites)
(Teloguy Valley-1amellibratchiats., Fossil)

IVANOVY V.I.J. akademik; KQRNE-VA, G.M..; SUCHKOVA, L.A.
Open cycles in the cellulose molecule. Dokl. AN SSSR 156 no. 5:
1112-1113 Je 164. (MIRA 17-6)
1. Institut organicheskoy khimii AN KirgSSR. 2. AN KirgSSR (for
Ivanov).

AMAMIAMDOVA, G. B.; KOYW- EVA, G. M.'
V-ie of ultrasound for the extration of substances from plants.
I Izv.AN Kir,SSSR.Ser. est.i tekh.nauk 4 no. 6:17-24 162.
OAIRA 17:5)

KORNIENA, Gelina Petrovna
Of the Question about Functional Uterine Hemorrhages and their Treatment
with(Progesterom)
Dissertation for candidate of a Medical Science degree. Chair of Obstetrics and
C~rnecology (lechfaka) (head, Prof. A.M. Foy) Saratov Medi cal Institute, 1955

NIKITIRA. Ye.V.; POPOVA. L.I.-, AYDkROVA, R.A.; KASHCHENKO. L.1.; PROTGPOPOV.
G.F.; UBUK1171VA, A.U.; TKACHENKO. V.I.; "* ; QBOZOV. A.O.;
GOLOVKOVA, A.G.; VVIDANSKIY, A.L. nauchtnWretmk1tK; TSYBINA. Ye.T.,
takhnicheakiy redaktor
[flora of the Kirghiz S.S.R.; guide to plants of the Kirghiz S.S.R.]
flora Kirgizakol SSR; opredelitall rastenii Kirgizakai SSR.. Frunze.
Izd-vo AN Kirgizekol SU. Vol-7. 1957. 642 p. (Y12A 10:9)
(Kirghizietan-Botany)
-0

: USSR
CAT T;j~owl : Meadow Cultivation. L.
ABs. jouR. : anmoi,', Vo, 3,, 2-959., t!O, 106142
AIMHOITI :
UST, : AcadwW of Sciences, Kirgis SSR-
TITL3 A Yethod of Detezuinizg the Planned Goverap in a Oon-
-un=us Study ot Fastum Vegetation.
ORIG. PUB. Tr. In-ta, botan. AY KirgSSH, 19,53., vyp. 3j 77-79
ABSTRACT No abstract.
A Z H D
1561
MITINA, Yenafa Vasillyevna; UBUKEYLVA, Abida U.; KORNETAY I.G.-
otv. red.
Fwormwood of Kirghizia and its economic significance] PoIyDi
Kirgizii i ikh khoziaistvennoo znachenie. Frunze, Izd-vo
AN Kirg.SSR, 1964. 53 P. (MLIA 17-8)

KORMA, I.G.; POPOVA, L.I., red.; ANQUINA, N.G., tokhn.red.
EStation soobotanical Investilptions in the Susamyr Valley]
Statsionarnys goobotanicheokio inaledovaniia Susamyrskoi
doliny. Frunze, Izd-vo Aked.jisuk Kirgizekoi SSR, 1959.
174 p. (MIRA 13:7)
(Busamyr Valley--Phytogeography)

._L 5153i.66.'
ACCESSION NII.- AP502093.71 UR/0170/65/009/002/0165/0162
632.517.4
AUTHOR: Giniburg, I. Korneva. 1. V.
TITLE: The effect of the turbulent number Pr,c an the friction iuid heat tr a for of a plate
1Jn turbulent gab flow
SOURCE: lrzhenen. o-fizicheakfy zhurnal, V. V, no.2, 1965, 165-162
TOPIC TAGS: friction coefficient, -heat transfor, plate, turbulent flow, gas flow, Prandtl
ntunber
iA13STRACT: no following expression was obtained elsewhere (Ginzburg, 1. P. IFZh,
No . 8, 1964.) to detaxnaine the relationship between Lite heat content and flow rate In the
cage of nongradient flow at arbitrary PrL and I?rv (where L and-v are laminar and turbulent
flow, respectively):
Nh,
+
Card 1/3

KOWINA
Seasoml variations in the numbers of Cullcoldes pulicardis L. and
Oullcoldes fascipennis Stseg (Helsidas) in Toronezh floodland
biotopos. Ned,peres. i pares. bol, 27 no,1:97-98 Je-r 158a
(MIRA 11:4)
1. Is Wedry biologit Toronerhalrogo gosudaretvannogo maditainsicQgo
institute,
(11CWTSO
Culicoldes, seasonal vartations (Rue))

KOMWAV K.T.
ft the fa-ana and seammal cyales of the pop3lation of flies
(Diptera Belsidam) In forests located aboo the flood le"l
in the Vormesh ftovinces 11adeparawo i pa=wbbola 29 no*64
706-708 160o (KM 1412)
1e Is kafedry biologii Tumeabskogo gosudustwe ogo neditsin-
okog'O Institute, Swe kafe" - Prof* Tool'i Urrovs)MYS).
mvixdp-~~)

KORNEVA, K.T.
Fauna and larval biotopes of midges of the genus Culicoides (Diptera,
Heleidae) in Voroneth Province. Zool. zhur. 40 no-11;1733-1736
N 161. (MIRA 14:11)
Medical Hiwh School of Voronevh.
1. Department of BioloF
(Voronezh Province-Diptera
(Insects, Injurious and beneficial)

OPTIMA LT.
11,-, - 47
Variability of some morpbologtcal charactarv In biting midges
Culicoides fascipennis Staeg., C. Subfascipennis Kieff. and C.
vexans Staeg. Zool. zhur. " 1'.10-4:620-622 165.
(MIRA 18:6)
1. Kafedra biologii Voronezhskogo gosudarstvennogo meditsinskrogo
instituta.

KO,RflEVA, L. A.
TOrriitrial "petic 1 Jan -51
Fieid
"Anomalous Geomagnetic Field and Its Equivalence
in a System or Currents in the World Ocean,"
L. A. Korneva, Navy Hydrophys Inst, Acad Sci
USSR
"Dok Ak Nauk SSSR" Vol LXXVI, No 1, pp 49-52
Problem consists.in checking the 4M, thesis by
V. V. Shuleykin on poctibility of ~xplaining,an-
omalous geomagnetic fid by fld of elec currents
in world ocean. ~Checks on artificial magnetic
globus and - measurements of-ocean currents con-
rirs- vie theoryt-
l7ft,69
-7-R,vA1.r -1-4 3.2 73

ti *1 4 41 "6A-1 5i
00040168~ Mugu. c, old lurth.
"Ustern Conponent of the Earth s Me4petic Fieldi"
A. Korneva, ftr E~Ydro*j~x Inet, Acad Sci UM~
!14* Ak Nauk SSSR'I Vol LMM, No 6, pp 6T9-68o
Seim of, the "anomalous" field from the actually
observed terrestrial field vould considerably
facilitate soln of the problem of the origin of them
anowalou magaetic field and the general problems
of the earth's main mwm tic field. Author gives
the chart of Isolines Y const of the eastern

KORNEVA., L. A.
"Anomalous Geonnnetic. Field and Electrical Currents Which
Are Connected With the World Ocean." Cand Phys-Math Sci,, Marine
Hydrophysics Inst., Acad Sci USSR,, 1wbecow, 1953. (RZhGool, Nov 54)
Survey of Scientific and Technical DiBsertations Defended at USSR
Higher Educational InetitutionB (11)
SO: Sum. N0-5210 2 Jan 55

-KOROVA, L,Ae
TIIIII~
Plotting and analyzing maps of an anomalous geomagnatle field.
Trudir NGI 7:32-40 156- (nu 9:9)
(Blectromotive force) (Terrestrialelectricity)

--- --KORNEVA, L.A.
Making scale models of a geomagnetic field. Trudy MI 7:41-66 156.
(Magnetism, TerrestrIal-Blectrwechanical analogies) (IOU 9-.9)

=Not OF ,AvAtimur-

3644d,
6o-62- (1056), In

ifff-t cM31d. A

XT

XORREVA, L.A.: MASHKOV. S.T.
device for recording the periods of sea waves and Its
testing. Trudy XG1 15;56-64 159. OGRA6 12:6)
(Oceanographic instruments) (waves)

'KC.IUWA x L.A.
$tatistical characteristics of the variabiiity of wave elements
in the shore area ot a deep sea; results of work-with A.A, Ivanovis
photographic wave record6ri Trudy MGI 23:44-65 161. (miRA 14.11)
Waves)
Photogrammetry) .

KORN9VA, L.A.
Some reina,* of studying imve attemiation with depth.
Izv.AN 833R. Ser.geofis. no.12*.1815-1824 162. (MIRA 16:2)
pUy inotitut, Chernomorskoye otdoleniye
1. Morskiy gidrofizic*
AN UkrSSR.
(Waves, C"ng of)

KORNEVA., L*A,t kand,fiz.--matem,nauk
~Stoz~s basin" for hydrophysical research. Vest. MI SSSR 32
no.10:65-67 0-162 (MIRA 15:10)
(i;4raulic laboratories) '

KORIWA, L.A.; LIVERDI, V.P.
- -. . - - -:, m....... .
Statistical characteristics of wiVres in the deep sea and ocean.
Trudy Mor. gidrofiz. inst. AN URSR 30:17-34 t61,.
(MIFM 17: U)

-,E-f~-f ~'*!'-:~.t-,,J~
- * -~7 " -- -. I -,

rn!gldur (1cviyLirg, Ln tle ~ioa ic-,d loss
oc the ~-'Iavg~? of wtwos ol,e 'o turlmlent frIction. Trudly Por.
C i~d -of ~N, Ul:L;'R 3 (1,11 RA 18:2)
oll-tal -~X 11he o0 wilr; lbid.:31-41+

GBNGRIMOVICH, A.I.; KOH VA. L.2.; IMTAZ&YBV, A.M.
Amparometric titration of antipyrine with iodine chloride.
Dokl.AH Uz.SSR no.5t.40-42 '59. (KIRL 12:8)
. 1. Tashkentskly farmatsevt1cheekly Institut. Predstayleno
alcad.AN UsSSR 3-Tu.Yunusov3mt.
(Antipyring) (Iodine chloride)
d

NIKITINA, Ynnnafa VaBillyevnaLKORILEVA Q
_ red..;._YUTETJKO,
N.P.9 red. izd-va; ANOKHIHA, M.G., tekhn. red.
(Flora and vegetation of lie pastures and meadows of the
Kirghiz Ala-Tau]Flora i rast.itellnost' pastbishch i seno-
kosov khrebta Kirgizakii Ala-Too. Frun2e, Izd--vo kkad. nauk
Kirgizskoi SSR, 1962. 282 p. (MIRA 15:9)
(Kirghiz Barga--Pastures and meadows)

j N& G&
Dissertationt "Feeding Cycle of Soils and the'Obtaining of High
Yields of Sugar Beets in Kirgiz SSR.6 Cand Agr Sci,, Kirgiz Agri-
cultural Inst imeni K. I. Skrymbin, 8 Jun 54., Sovetskaya Kirgiziya,,
Frumze, 26 May 54.
SO: SUM 284, 26 NOT 1954

KILIC.HBYSKIY. A.L.- KOMMVA. M.G.
*6 ~-7-75~--;
q
Fertilizers are an important ~ssans of increasing crop yields] .
t
breniia - mashchuyl reserv powyehentis uroshainosti. Frunse.
Kirgizakoe goo. tsd-voSI955. Z.? P. (MIRA lOj2)
(rartilisers and manurate)

YORIOVA, II.K.; URINEVICH, I.P.; DORCIP-MV, G.A.; ZARUBIN, IN.0".; L-EEPORSKU, S.7.
~~ --- . -- ... ...... - -- --- -
An efficient design of the parts of high-Papaciti open-hearth
furnaces. Metallurg 10 no.8:23-24 Ag 165.-
(~Cl RA 18: 8)
1. DonNIICHermet i zavod im. 1111cha.

KORNEVAJO NJ.; ANDREYEV, V.L.; DOROFI",TEV, G.A.; GRINEVICH, I.P.; VINOKUROV,
Y,e.B.; TKACIIENKO, V.A.
Study of the operation of ports in heavy duty open-hearth
furnaces. Stall 25 no.4024-325 AP 165. (MIRk 18111)
1. Donetskiy institut chernoy metallurgii.

KULIKOV, V.O.; BORNATSKIYj I.I.; ZARIJBIN, N.G.; DOROFLYEV, G.A.;
KAIJJZITSKIY, Ye.A,; KAZAKOV, A.A.; KOVAL', R.F.; KORNEVA N.K.;
TRETIYAKOV, Ye.V.; TRUNOV, Ye.A.; Prinimall u sfi ANDF ;Vv
cha ye - -V P V.L..v
GORDIYENKO,, V.V.; GRINEVICH, I.P.; GUBARI, V.F.; DOLINENKO, V.I.;
ZHEPNOVSKIYp V.S.; ZHIGGALOVA, Z.I.,- KOMOV, N.G.; KURAPIN, B.S.;
OLESHKEVICH, T.I.; PRIKROZHE14KO, Ye.
Mastering the operations of 1550- and 900-ton (mega - gram) capacity
open-hearth furnaces at the rilich metallurgical plant. Stall 25
no.8:805-807 S 165. (14IRA 18:9)
1. DONNIICHERMET i Zhdanovsk:Ly metallurgicheskiy zavod imeni Ilticha.

KORNEVA, N.K.; BORODIKIIIN, A.P.
Selecting the shape of bottom damperse Koko i khim. no,.4t
24-28 162.. (MM 16t8)
1. Kuznetakiy metallurgichankiy kombinat,
(coke ovens)

I KORNEVA, N.K.; DOROMEVp G.,A.j GRIMUCH, I.P.; VINOKUROVO Ye, B.
-
Determining the optinum frequmey of re r8ing the fuel spray
in open-hearth furnaces. Metanurg 9 no-5:22-23 My 164.
(MR& 17t8)
1. Donetakiy filial Ukrainekago nauchno-issiedovatellskogo
instituta. metallov i savod in. Illicha.

133-58-4-9/40
AUTHORS: Xonovalov, K. N,1 Danilov, P. Me)
Teder, L. I., Drobyazko, T. T. and Shtepa, A.S., Engineers.
TITLE: Gaseous Heating of Ingot Heads (Gazovyy obogrev
pribyllnoy chasti, slitka)
FMIODIOAL: Stall, 1958, Nr 41 DP 311-316 (USZR)
ABSTRLCT: The use Iof an-oxygen-coke-oven gas mixture for heating
the hot tops of ingots weighing 5.6 to 6.7 tons developed
on the Kuznetsk Works is described. The following
.optimal parameters for injector burner (Fig.1) were
established: the diameter of the oxygen nozzle - 5 mm;
the diameter of the mixing chamber - 16 to 18 mm;
the diameter of the outlet 17 mm widening to 21 mm 4 the
diameter of the tube for the gaseous mixture 1 1/2 .
Oxygen pressure 4-7 atm. coke oyen gas pressure 200-350 mm
H20. Consumption of gas 40-70 m~/hr and of oxygen
15-30 m3/hr. Experiments were carried out on 6-ton ingots
of open hearth steel using the usual and experimental hot
tops (of a smaller cross section but better insulated)'.
Floating hot tops (Fig.2) were also tested. The duration
of heating varied from 60 to 90 min, dependin~ion the
Card 1/3 level of metal. The influence of gaseous hea ng on the

Gaseous Heating of Ingot 'Heads 133-58-4-9/40
The pressure of coke oven gas should be increased to
2-3 atm. (to avoid cooling of the burner). A maximum
oxidation of titanium of 25% is observed when heating
is carried out with an insufficient amount of protecting
acid or fluid basic slag. The necessary amount of slag
5 to 7 ks should be added in 2-3 lots. By introducing
into the slag titanium oxides and aluminium. powder, the
oxidation of titanium can be prevented. The quality of
the metal obtained is satisfactory. Saving in metal due
to a decrease in crop top - 6%. Further development of
the process in order to decrease crop top to 6-8% should
be carried out.
There are 1 table 8 figures and 7 references, 6 of which
are Soviet, 1 Engiish.
ASSOCIATION: Kuznetski-y metallurgicheski7 kombinat
(Kuznetsk Metallurgical Combine)
Card 3/3 1 1. Steel--Manufactilre , 2. Ingots--Heating 3. Slags--Properties

KURBITOV, Yu.L., insh.; KORNEVAO.M.~,,,inzhe
improving the don ign of ope:n-hmwth furnace ports by modeling*
Stall 23 no.3t263-266 Mr 163, WMA 160)
1. KusnetWdy metallurgicheakLy kambinat.
(Open-hearth furnaces--Mode~s)

GORUN~ Ye.G., 3tar .ahiy nauchnyy sotj-u(jjiik; MCKAN, LA, mladshiy
nauchnyy aotrtidnik; KORNk;VA,_G.I., laborant
Production of puffed corn wl.th ingredients. Trudy VNIIKq
no.lotl55-158 159. (MIRA 14:8)
(Corn products)

GORUN. Ye.G.; KDRWA, 0.1.
1~
Puffed corn. ZDux.i ov.3pram. 13 no.8:22-24 Ag 160o (min 13:8)
1. Wentrallnj7 nauchno-inaledovatellakly Inatitut kouservnoy L
ovoshchesushillnoy promyshlemosti.
(Corn products)

GqRUW, YO.G.; KORNEVA 0
-Uning yellow corn for flakeo. Xono~ i ov. prm. 16 no.10:2&-29
0 161. (MIRA 14:11)
1. - TSentral I rjyy nauohno-issledantel skiy institut konser
ovoshcheaushillnoy promyshleianobti,
Ojorn (14aize))

GOAWI) Ye.G.; DMTRUY,'~VA, Ye.T.j KORF-A.) 0.1.; DULOvily G.I.
Technology of the production of Food concentratas frm corn mal.
Trudy VNIIKOP no.11:77-81 162. (i.jRA 171-9)

Iri beth Par

MOGIIJOVSKIY, U.N.; ORIWA. S.1.
_.E__
Bleaching of v1scose fiber by sodium chlorite. lrhim.volok.
no.6:25-26 '59. (MIRA 13:5)
1. Vessoyusnyy nauchno-isslodovatel'skiy institut iskusetvannogo
volokna.
(Rayon) (Bleaohing) (Sodium chlorite)

VYA7AMEIN., N.S.j RAZUVAIEV., G.Ae; KORWA., S*P*
I Reducing properties of triethyl tin hydride. Zhur.ob.khim.
33 no.3:1043.-1042 Mr -t63, (MIRA 16:3)
1. Nauchno-issledovatellokiy institut khimii pri Gorikovskd,R
gosudarstvannom universitete imeni N.I. Lobachevskogo.
(Tin organic compounds) (Reduction (Chemistry))

VYAZAINKIN, N.S.; FAMAYIN, G.A.; KOITIEVA', S.P.
Interactton of triethyltin hydride with organic derivatives
of tin, mercury, and bismuth. Zhur. ob. khim. 34 no.8:27'r'7-
2791 Ag 10-'4. rlo))
11 1Nauchno-issledovatellskiy Institut khimil pri Gorlkovskam
gonudarstvennom universitete im. N.I. Lobachavskogo.
allCL ~ %U"LLU.L
,~.zoroua cozC. -'iera prepared thia =0vh0(l..
oris. arr. has-,
SUB CODE: 07 SUBM DATE: 290ot65 ORIG R--Fe: 003 / OTH REF: 001
ccrc!

ACC NR: AP7012419 S.OURCE CODE., UR/0079.-661;036/0111'2025/2026
AUTHOR: Vyazankin
S.; Gladyshevq Ye, M; Korneva, S. P.; Razuvayev, G. A.
ORG: Laboratory of Polymer Stabtlization, AN SSSR, Gorlkly (Laboritorlya
stabilizatsii polimerov AN SSSR)
TITLE: Reaction of triethylstlyt- and triethylZermyllithium with ethylenic hydro-
carbons
SOURCE: Zhurnal ol~shchey MIMI, v9 36, no* 11g 1966, 2025-2026
TOPIC TAGS: lithium compound, hydrocarbon resin, silane
SUB CODE: 07
lithium, d-n-d-'tr1__
A13STRACT: -A convenient hie-thod of synthesizing triethylgermyl
ethylsilyllithium by the reaction of lithium with triethylgermylnercury or
triethylsilylmercUrY in tetrahydrofunm or benzene medium was developed.
TriethylGermyllithi= and triethylsilyllithium are highly reactive, adding
readily to unactivated multiple bonds in benzene medium. Reactions were con
ard ethylene and propylene, yielding
ducted between triethylsilyllithium
tetraethylsilane and triethylpropylsilane, respectively. Triethyl-n-hexyl-
silane and triethyl-n-hexylgermane wexe produced by reaction of the lithium
salts with hexene-1. (The reaction Of -the germyl salt required more rigorous
conditions.) Triethylailyllithium and triethylgerw1lithium react with
Card l/ 2
UDC: 547.245+547.246

VYAZANKIN, N.S.; GLADY311EVY Ye.N.; XORNEVA, S.P.; RAZUVAYEV, G.A.
Disproportionation of hexaethy1digermana. Zhtir. ob. khim. 34
no. 5t1645-1647 My '64. (MIRA 17:7)
1. Naiiehno-issledovatellskly inctitut khimll pri Gorlkovskom
gosudarstvennom univeraltete -1meni Lobachevskogo.

VYAZANKIN, N.S.; RAUFVAYEV, G.A.; KORWEVA, S.P.; KRUGLAYA, O.A.; GALIULBA, R.F.
Reaction of triethyl tin hydr.de and Its analogs with diethylzine.
I
Dokl. AN SSSR 158 no.4:884-88" 0 164.
(141RA 17: 11)
1. Iaboratoriya stabilizatsii polimerov AN SSSR, Gcrlkiy. 2. Chlen-
korrespondent All SSSR (for Razuvayev).

~LARKo, o.P.; IUKEVID1011A, Zh.M.
Intestinal micreflora, In nonspecifte ulceratlVe COlit1s. Pre-
linin&ry report. Zhur. mikrcobioL, epid, I Jmmmi. 43 no. 12
78-81 JTa 166. (MIRA 19-.1)
1. Hauchno-issledovatellskayn laboratorlya po proktologii i
Idinika Miniaterstva zdravookhraneniya RSFSR nit bazz Gorodskoy
bolinitsy No. 67o Subutitted April 3, 1965.

-KORNFVA: V.D. [Kornieva, V.B.); KAIIN-111, V.R.; IPBANOV, (I.A. [Lobanov, III.A.);
ZIIIZITIIIOVA., N.A. [Zhyzhynova, 11.0.]
Use of synthetic fibers in the manufacture of Gobelin fabrics.
Leh. prom. no.4:9-10 O-D 155. (MM 19:1)

rNe
AUTHORS: Zakharkin, L.I.p Kornevs, V,V. 62-11-7/29
TITLEt Allylic Rearrangements of 1.1-Dichloro-3-Phenylpropene-1
and Related Compounds (Allillnyye peregruppirovki
1.1-dikhlor-3-fanilpropena-1 i blizkikh soyedineniy).
PERIODICALs Izvestiya AN SSSR9~Otdelenie Khimicheskikh Nauk, 1957, Nr 11,
PP- 1344-1348 (USSR)
ABSTRACTs Here it is demonstrated that under the influence of the
sodium-alcoholate on l.l.-dichloro-3-phanylpropene-l.an
allyl-prototrope rearrargement to 1.1-diahloro-3-
phenylpropene-2 takes place. In a further reaction with the
sodium-alcoholate diethylacetal of the cinnamaldshyde and
the diethylketal of the phenylethinylketone develop. It is
demonstrated that under the influence of the sodium-alcoholat*
on 1.1-dichloro-3-aetoxa,-3-phenylpropene-1 the diethylketal
of the phenolothinylketone is obtained. There are 12
references, 5 of which wre Slavic.
ASSOCIATIONs Institute for Elementorganio Compounds of the AN USSR,
Card 1/2 (Institut element oorganiolieskikh soyedineniy kkademii nauk SSSR)

A~THORS: Zakharkinq L. I.,-- Korne~j~~---- SOV/62-58-7-9/26
TITLE: The Addition of Sulfur Chlorides to RCH.CCI 2 in Ifeutral and
Acid Medium (Prisoyedirieniye khloridov sery k HCH~-.Cci 2v ney-
trallnoy i kisloy sredetkh)
PERIODICAL' Izvestiya Akademii naul: SSSR, Otdeleniye khimicheskikh nauk,
1958; Nr 7, pp 852 - 856 (USSR)
ABSTRACT: In the present paper the authors describe the addition of
sulfur chlorides (mainly sulfur monochloride) to the CCl 2- CH
group in a neutral medium as well as in a medium of concentrated
sulfuric acid. It was found that sulfur monochloride easily .
combines with RCH--~CCI 2 (in the presence of anhydrous ferric
chloride), on which occasion
7"
(R.-CH-CC1 3)2
is formed. The addition of sulfur dichloride leads to the same
disulfides with a simultaneous chlorination of the CC1 2 -CH
Card 1/2 group.The addition of sulfur monochloride to RCH - CC12 in a

The Addition of-Sulfur Chlorides to HCH~- CCl 2 in SOV/62-58-7-9/26
neutral and Acid Medium
sulfuric medium takes place according to the type of conjugated
reactions and leads to a-dithic-dicarboxylio acids
(RCH -- COOCH It was also found that a-mercapto _i-chloro-
)2'
Z5 -
valoric acid separates hydrogen chloride when heated, and that
it converts to tetrahydrothiophene-a-carboxylic acid. There are
7 references, 3 of which are Soviet.
ASSOCIATION; Institut elementoorganicheskikh soyedineniy Akademii nauk SSSR
(Institute of E1mental-orgmaic Compounds-.,AS USSR)
SUBMITTED: December 28, 1956
Card 2/2

UKEUKIN, L.I.;_KORWAt_T.T.
Some couversions of 1,5,9-cyclododecatriene* Dokl4x SSSR 132
no.5:1078-1081 Je 160. (X= 13:6)
1, Inatitut slementoorgmicheskikh soyediueniy AkeAsnii nauk
SSU. Predstavleno W"emik= AONO lesseranovylcLe
(Cyolododecatilaue)

ZAIUDZY,11, L.I.~ KOMWAp V.V,
~ I-- .
Synthesis ofW-aminododecanolo acid. Izv. AN SSSR. Otd. khim.
nault no* 1;159-160 Ja 061. (~= 14:2)
1 1. Institut elementoorganicheskikh soyedineniy Al! SSSR.
(Dodocauoic acid)

ZAKHARKINp L,L; KORNEVAq Mal KUNITSKAYA, O.M.
Synthe3is of 1, 10-decanedicarboxylic acid from lo 5t 9-
cyclododecatriene. Izv.AN SSSR.Otd.khim.nauk no.10t1908-1909
0 961. 11 (KIRA 14:10)
1. Institut ele.mentoorganichttskikh soyedineniy AN SSSR,
(Dorlecanedioic acid)