SCIENTIFIC ABSTRACT KOMAROV, P.P. - KOMAROV, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824020019-5
• 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

0
0 0 0 0 01-9-0 0-0-0 0 0 0
0

I

4
-
I I I I I 1 11 11 11 It 4 [1 146 It 34 a 4"Ot"Pot it it W is 14
4 % a 0 0
AA
4.1 ;1 to, Cis 64ill

0 a 4 tit 0
11
*so

!.so

-_so
A

I

164fino, *$lot S.

q
1
lit toil lh,' jonij-' %A, so' -lit. OW
6114"1 44

41colutiowl, in durittio"I W

fffactfwtif. cir. I fool
ffw,#A 11411~ 4 est,fit ird WIM4 Miss.

ho'C, %viv kAllkit 41"t
lit illkin,1111AI tW&X1UCtk%% 44

8
6

1114 ISS in ttW 1A6. WKIll! thot itlidW641 IX'MVSM INU Call-

-os
0
,
!~
livrof mt with mifficiont ocur. (Ise moonill, vaoried sivisr
litik-

00 j
~
fF,,nsUl,.tt,u1l,

-00

cdhl!,~ ortfilitil ill Ow 611,
%*% IA hilt" thall lit tbAl
'

-00
l
Of
ltfllj~tj inittiltl Wity. I Ilil WAI JAIVIl (I.
inliklots' A IA%
,tV
o
-
t.
Vh.hI
i
Ul
biWil
m
4h
4
t
4
k
~

"
illool

4.
l.
e
1
-
u
%
. ti
nts "'
n
,
v
l
p(
tclit
11

moo
90,3

my

=00

waq 44,vtorif toy Ok' littAllititY DI NA011
Uloal. 4LA INS

nwomlity rmc it) litme, than 6 .71 ~ tit the *I.
4W mituhine

coo

he yjrhI drijilft,ol. Witlein 11w tertip. rmuce
44 1*)-2' tin

w

'mct tof temp. v4IIAlisoll, wai !,111411. M
telitim. tit .41"

4

the yis-1.1 dr-4,1k4l, 'file quolikisr #4 On- Illit".1s"I
1,4111,
tu-1 not istitirsk-wilt cn,cl (lit If%,- fillA ('"Ifelft 4

Pulp
having ;A inscit. tof 11'~. Ill-atcA %ill, 5~_e 11Y VIL of

k-Auitic vx14.%t 92' yivjd~l A 1.1,miuct k4mitg. 721-jl3r', tit
a.

goo

Itco-wh

also

xo0

Igfifl

us*

Is f-jitj 44t spot, Gin

-

sout"
rl~

oo
-r-f I
I r
,, ; * ; * * I I
*40 u a AV to Al
a a it a It Ise it It of

V-7-AT 'As a "it 0 a I, 1 19 0 9 As 4

til
1 1
,
I
3 2 V
4 90 0
40 1* -0

0 * 0 0 0 * 0 0 4 i 0 0 0 * 0 0 : :
-0 * 0 0, 0 0 0 0 0 0 * 6000 0 00
i
l
0 si
101 IS 0 0 0 0 0 0 0 6 0 41 0 0
: 1111, 4** 0 0 GO 0 000 1200 00
0 * 0 01
00-411061A

11 - ~ V , , -- - 1.
4 1 4 1 a 9 is it it is w fis 11 to 9 4 If a 34
A--a-t I- It- I- -A. V-1-t-L-A If-,V; go a -A -
ch; in the vlwwty~
mm,
isimaw't ovVI 111tv 4(1,K%hlly of
WC&,,W Sma 1 11
a viwo%it Lab. CIP11. oil
&
the Ulf WIW%t
~4114-0)1 St"-"
As YvI
44 tom
'I IWIVIwil ow
.4 'A l1w owfvl~ illvixNft~
'4114) 44 lotowNfils of
it
a, A 41I)LO-PrICAL LITSOSI&AP CLAIIJOKATKO cr-.-tr
*00 1 q
Z7. I 1 -0% 1 .5 ii-
V14AJI 4w 4- it
u a AT $a As
C I$ IF ;
- . - - a a , ,
1w IT it it it 0 at sr if it ft lox (at tat to a I im
to
0 000 0 0 0006 0 IS 0 0 0 0 4 0
40 0 0 0 0 4 0 0 0 0 00 00 00 0 a 0 0 IS 0 0 S 41&

KOMAROV~_ F.
Komarov, P.
"Effect of acid strength on the process of suirite boiling of
cellulosdp", Materialy Teentr. nauch-ionled. In-ta bmiath.
prom-sti, Iosue 37, 19480 p. 7-35 __ bibliog: 12 items
So: U-3566, 15 I'larch 53, (Letopis 'Zhurnal Inykh Statey, No. 13,
1949)

MIMI III
-COP
NMokI rt'gvkh NUttdo. F. J!~_~ au-I S. D.
Otitouavsldi . Zkw. U6skki Kkow. ().(;ca..Chcm.) 20.
r7 Kamnunaff i

2. UsSit WO)
4. '41ood - Chemistry
7. Chemistry of wood." N. I. Nikitin. Reviewed by F. P. ko,,aro ur. r
-1. kh Ta.
25 no. 12. 1952.
9. Monthly List of Russian Accessions, Library of Congress, Yarch
1953. Unclassified.

40
KOMAROV'- F. P.
2. USZR (600)
4- Cellulose
7. Producing reactive viscose, Bum. prom. 27, No. 9, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February
.1953. Unclassified.

F. P.
2. US;"R (600
Cellulose
7. New rroblers In research concerning, the oxidation of
cel-Iii-I-ase, Bum. prom- 29,
ric. 1, 19,53.
9. Monthly List of Russian Accessions, Library of Congress, MaY
-1953. Unclassified.

xcKARov, P,P., kanaidat takhatcheakikh nauk.
Effect of molecular inhomogeneity of viscous sulfite cellulose on
its
reactive capacity. Bum.prom. 29 no.2:14 Kr 154. Wak 7:5)
(Sulfite liquor) (Cellulosa)

whiteness, respectively. Apparently the bleachIng process is af-
fected specific-ally-by the lignin- p-resent in the C. Viscosity-ard-- -
mechanical strength of C were decreased. slightly. Lowering of C
Card 1/2
-- - ---- - ------------
MMMMI-ca-r-P-roru6Ys jja-W;j~ Application. Wood Chemistry
Products. Cellulose and Its Manufacture. Paper., 1-23
Abst Journal: Referat Zhur KhimiYa,, No 19) 1956y 63373
Abstract: viscosity by bleaching with I depends on the fom of C being
bleached.
.Greatest decrease in viscosity frcm 440 to 280--239 millipoises was
observed on bleaching of refined C. Increase in amount of I decreases
the viscosity only slightly. On combined bleaching of unbleached C
with a solution of calcium bypochlorite and I (without intermediate
washing) a whiter and stronger C was obtained than by hypochlorite
bleacb!,ng in a single step. Bleaching with I appreciably lowers
cellulose impurities*but-not more so than h;ypochlorite bleaching.
Chlorinated sulfate C is bleached much less well by I than sulfite C
of equal stiffness.
Card 2/2

NMNIN, Hikolay Hikolayevtch; KOMMY, F.P., kandidat
takimicheskikh
nauk, retsenzent; SAPO?HITSUT;-F-X.'. kandidat
tekhiicheskikh nauk.
retsenzent; ROUNDINER, N.A., kandidat takhnichaskikh nauk,
retseazent; BLOSMYN, 1.1t, inzhener, retsenzent; 6BYMAN,
A.A.,
inzhener. retaentsent; ZAMORUYZY, B.M., Inshener,
retsenzent;
11~=V. Y.K., redalctor; POOROV, V.K., redaktor izdatelletva;
KARA IK, N.P., tekhnicheskiy redaktbr
[Technology of woodpulp] Tekhnologiia tselliulozy. Moskva,
Gos-r
lesbumizdat-vol-I. Lsulfite-callulose manufacture]
Proizvodstvo
sulifitnoi tselliulosy. 1956. 748 p. (MLRA 9:7)
(Itoodpulp)

KOMAROT, F.P.
MONOWASO
Hydrogen peroxide bleaching of woodpulp.Bu .m.prom- 32,no.3t2-5
Mr '57. MIaA 10:4
1,Wentraltuy.v nauchno-ttssledovatellskly institut teallyalosuoy
i bmashnoy proitshlennoi
(Wooapulp) (Hydrogen peroxide) (Bleaching)

t C~ V-
Obtaining high-quality viscose. Bum.prom.32 no.8:2-5 Ag 157.
(MIRA 10:12)
1. TSentrailay nauahno-Issledovatel'skiy institut teellyulosnoy
i bumazhnoy promyshlennosti.
(Viscose)

LYUBIXOVA, 1?0 tKUZIHIRAO S.D.; IMUNSKAYA, K.P.; KOKAROT,
P,,?,
Daterrdning the degree of cellulose polymerization for
production
control. Ohm. prom. 32 no.10:7-10 0 157. (MMA lItl)
1. TRentralinyy nauchno-issledovatel'skiy institut
tsellyaloznoy i
bumohnoy promyshlenuostl.
(Woodpulp), (Polymerization)

KOMAROT, F.P.
Absorptive capacity of viscose. Bum. prom. 33 no. 6:5-7 Js t58-
(HIRA 11:7)
1. TSentralInyy nauchno-issladovatellskiy inatitut teallyulozaoy
i bumashnoy prouVehlennoati.
(Viscose)

KOMAROT, Y.P.
Improvement of the quality of bleached sulfite pulp.
Bum.prom,
35 no-3:4-8 Mr '60. (KM 13:6)
1. Mentralirgry nauchno-iseledovatellskiy institut
tsellyulosnoy
i bumELzhnoy promyshlennosti.
(Woodpulp)

IKOMARGE.-Y- -P.
Amount of chlorine dioxide expanded in bleaching woodpulp.
Bum.prom. 35 no.8:11-13 Ag 160. 1 (MIRA 13:8)
1. Wentrallrq7 nauchno-Iseledovatel'skly Institut
tsellyulomo-bum-
shnoy proWshleanosti.
.(Woodpulp) (Chlorine oxide)

Characteristics of the chlorination of sulfate pulp. B=,Prom,
36'no.3s26-28 Mr 161. (MM 1414)
1. Veesoyuznyy nauohno-iosledovatellskiy inatitut tsellyuloznoy
i
bumazhnoy promyahlennooti.
(Woodpulp)

KOMMOV F F
Petter.results.in bleaching woodpulp by,using chlorine
dioxide. Bum. prom. .36 no.8:11-12 Ag 161. (I-MU 14:8)
1. Voesoyuznyy nauchno-ts,31edovatellskiy izwtitut toollyulo%no-
bt=azM*y prcWq4e=wt:L.
k4oodpulp) (Ghl-orine oxides)

KOMAROV, F.P.
---~~Iaa~china peculiarities of refined woodpulp. Bum. prom.
36
no.12:11-12 D 161. (MIRA 15:1)
1. Vsesoyuznyy nauchno-issledovateliskiy institut
tsellyulozno-
bumazhnoy promyslilemosti.
(Woodpulp)

KCMOV, F. P.; GUGNINA, 0. P.; RUZHNIKOVA, T. Ye.; SMORODMA, T. A.
Some problems in the bleaching of woodpulp Trudy 1J71IIB no.47:
76-85 1610 ?MIRA 16:1)
(Woodpulp) (Bleaching)

KOMAROV, F.P.
Bleaciihing of birch and aspen woodpulp. Bum.prom. 37 no.9:
20-22 S 162. (MM 15:9),
1. Vsesoyuznyy. nauchno-issledovatel'skiy institut
bumazhnoy promVshlennosti.
(Bleaching) (Woodpulp)

KQAAROV, F.P.
Selecting the technological flow sheet for pulp bleaebin
B=. prom. (361 no.60-5 Je 163. (KIRA :C6-.75'
1. Vaesoyuznyy nauchno-issledovatellekly institut tsellyulozno-
b=azhnoy proavablernosti.
(WoodptLIP) (Bleaching)

yoj,,U7~
and Yorc-stx-"
Ileconstruct-lon of Plantations of smauvaluc. T.'Q step, 1" no
D~X D1,H 2
, ' 195 Uncl.
cessions, Library of Congress, -
9. naLhly List 2f aussian Ac

2. US-Sq (600)
4. Tree Planting
7. Broader introduction of overall meebanization into shelterbelt
forestry.
Lees. khoz., 6, No. 2, 1953.
Monthly List of Russian Accessions, Library of Congress, May -1953.
Unclassified.

M ko V,
gfecja and Waad control..
i'B:3. JOUR X".r ZiIIII. N,2.20573
~Ti' !OR
1115T. Zhitamirakaye Oblast Learned Soclinty- fo- the
TITL~, The Application or chomicox Compuunds to
Control vicads in Forontry.
iaform. Zhitoip. ohl.
bid*_t-va-dlya poshir. polit. ta vauk.
zr-ant
4 T
_B!~*)._._,"-_-T Experiment a, rigadak Forest: Range,,
using, e.oldium rps.1te- of 2,4-0 to control wead.9
-in, the foraist- mxraeriea, have shown thpit .this
herbicide considerably em-pprerndd tho wooda,
while at the some time strongly injuring the
saplings cf the tree speciog. Awong 25 APOC-
ion of troe saplings 1-5 years of age, 23
proved sensitivo to 0.6% conconfratiou of
2,4-D, and only the five y-vinr oLd hornbeemandf
European older saplings Xere resintant. The
.Dinaemination of Political and Scie4tific
D z 1/2 Knowlodge

KOMAROY, Fedor - 'SKIT, Vladimir Rikolayevich.-
G.S., red.: GEM. H.R., red.; SUKffAREVA, R.A.,
tekhn.red.
[Experience in modernizing machine tools] Iz opyta
modernizataii
metallorethushchikh stankov. Mosk7a, Mosk.dom
nauchno-tekhu.
propagandy im. F.E.Dzerzhinakogo, 1957. 21 P.
(Peredovoi op7t
proizvodatva. Seriia uKashinostroenie,* no.9) (MIRA
10:12)
(Machine tools)

NZ Z;,
KOKAROV, F.V., inzhener.
Our achievements before the Gireat Anaiversary, Mashinostroitell
no.11:13-17 11 057. (du lot lo)
'T
I.Direktor zavods *Frazer" iment, HA. Xalimina.
(Machinery industry)

82685
S/12,3/60/000/008/005/017
-2S-- Aoo4/Aooi
Translation from., Referativnyy zhurnal. Mashinostroyeniye, 1960,
No. 8, P. 70,
# 37775
AUTHOR: Komarov, F.V.
TIME: The Automation of Cutting Tool Manufacture
PERIODICAL- Opyt raboty prom. Sovnarkhoza (Moak. Bor. ekon, adm.
r-n)-, 1958,
No. 9, pp. 40-48
TEXT-- The author reports that the production of standardized
tools at the
"FrezWPlant increased from 1955 to 1958 on the average by 70%,
chiefly on account
of an au:tomation of the production processes. A description is
given of the
automation of a centerless grinding machine for the grinding of
the outside
diari.#~er of the effective part of taps, which is equipped with
bunker feed. For
the grinding of the tap shank part up to the stop an original
automatic device
was made, which does away with the fatiguing operation of
advancing and removing
the grinding disk and increases the efficiency by 2.5 times. A
thread-rolling
ma&Ane was designed and manufactured for the threading of the
blanks, equipped
with a mechanism for sorting the tap blanks according to diameter;
the efficiency
Card I/P

62685
S/123/60/,000/008/00.5/017
The Auil-omation of Cutting Tool Manufacture Aoo4/AOOI
was increased by 2-3 times. Automatic lines were introduced at the
Plant, a
combination of several machines, and the operation of machining the
square at the
tap shank part was automated. At present, 6K6 (sKB-6) is about to
finish the
working plan of a large-scale automatic line for the manufacture of
taps of 4-5
mm in diameter. The line will be constructed of completely new
automatics which
are going to perform all tap manufacturing operations from the blank
to packing.
The automatic line makes it possible to increase labor efficiency by
5-6 times.
Moreover, an automatic line for the manufacture of circular D16-M16
screw dies is.,
being designed which will also result in an increased efficiency by
5 times. It
is reported that by 1965 a 65% increase in tool manufacture is
expected at the
Plant, while labor efficiency will rise by 46.5%,-and the increased
tool durability
will save 922 million rubles in the course of the Seven-Years Plan.
There are
7 figures.
Translator's note: This is the full translation of the original
Russian abstract.
B.L.D.
Card 2/2

KOKAROT, F.V. - -4: t
, . I--,' T-,-- -zt?.,re;r
Perspective plan for the re-equipment of the "Frozer"
Plant.
Mashinootroitell no.1:3-7 Ja 159. (MMA 12:2)
1. Direktor savoda uFrezer."
(Factory management)

RAZUKOV. Ippolit Mikhaylovich, profoo doktor ekonom.nauk;
SBMGALIMP
Lev Takovlevich, dotsent, kand.takhn.nauk; TEMY, Georgiy
Vasillyevich, prof.. doktor skonomonauk; TATUR, Bergey
Kusniche
prof., doktor ekonom.nauk; KATSMOGN, Boris Yakovlavich,
doteent, kand.takhzinauk Edeceased]; LETMO, Viktor
Alsksandrovich,
dotsent, kand.okonom.uauk; KURAVOYST. Kikhail Samenovicho
doteentg
kand.tekhn.nauk; XONAROT F Inzh,q retsenzent; KHT, G.Ta.,
S
doteent, red.; kA.0 red.izd-va; SOKOLOVA, T.F., takhno
red.; SKIRNOVA, G.V,,, takhn.red,
[Organising and planning machinery plants] Organizataiia i
plani-
rovanis mashinostroitallnykh predpriiatii. Pod red.
I.M.Rasumova i
LoIA,, Shakhgalltara, Koskva, Goo.nauchno-takhn.izd-vo
mashinestroit.
lit-ry, 196o. 491 p. (KIRA 13:6)
(Kachinery industry)

S/118/60/000/06/02/003
AUTHOR: Komarov, F.V., Engineer
TIT! Mechanization and Automation~`of the Toolmaking Industry
PERIODICAL,* Mekhanizatsiya i avtom atizatsiya proizvodstva, 1960 /V
No. 6, PP 7 - 12
'A
TEXT: The statewide specialization plan for the tool industry is
still not
approved and many Sovnarkhozes are organizing centralized tool
production for the
own region only. The "Frezerf plant-in Moscow will be "specialized'
for producing
about 1,600 tools of different designation, the Sestroretskiy zavod
(Sestroretsk
plant) about 800, and the Tomskiy Instrumenta-11nyy zavod (Tomsk
Tool Plant about
400-.- Most of the available machine tools for 'the finishing
operations on tools
are obsolete. At the "Frezer~' the average utilization coefficient
of metal is
0.45, because of too little use of machining by plastic deformation
for high-speed
steel. Rolling, cold and hot stamping, rotational forging and
precision casting
eliminate many intermediate cutting processes. A new experimental
"rotary compres-
sioN machine (Photo, Figure 7), at the "Frezer~' plant is described
briefly. Such
machines of different dimensions are planned to be used in automatic
lines. The
reconstruction plan of the "Frezer~' plant includes full automation
of the production
Card 1/2

S/118/60/000/06/02/00)
Me-.hanization and Automation of the Toolmaking Industry
of machine-manual threading taps. The special design bureau(;K6-6
(SKB-6) has
c=pleted the project of two automatic linev~ one for making 4-6 mm
diameter taps
at a rate of 9 million annually, and one for making round M6-MlO
threading dies
(operati.-ns before heat treatment)'at a rate of 4 million
annually. These lines
will raise the present output 4-5 times. Another line planned
(Figure 10) will
perform finishing of cylindrical 3-6 mm diameter drills, 3 million
drills annualliT
Origstankinprom,IENIMS SK3-6 and SKBTI are working on combinations
of machines
Into "quick-resettabl~l'-Wu-to-matic lines at the "Frezer~' plant.
There will be 50
automatic lines including 30% modernized machine tools, 56% type
machine tools,
and 14'99 only special machines. BY 1965, 84% of tools have to be
produced in auto-
matic processes. There are 10 figures.
Card 2/2

GLAGOLEVA, L.A.,. kand, tekhn, nauk, dots.; PROSKU11AKOV, A,V,,
kand,
tekhn. nauk, dots.; IpATOV, kand. tekhn. nmk, dots.;
RAMYOV, I.M.., prof.,, doktor ekon. nauk; PURTOV, S.G.,' inzh.,
gtarshiy prepodavatell; VURAVIYEV, MI.S., kard. tekhn. nmk.,
dots.; GRACUEVA, K.A., kand. tekhn. nauk., dots.-,
KONADQ14-Z-K-----
inzh.2 retsenzent; TOBIAS, D.A.p kand. tekhn. nauk, red.;
SAIZAIISKIY, A.A., red, izd-va; ELIKIND., V.D... teklm. red.
(Problems for the course in the organization and planning of
rachinery plants]Sbomik zadach po kursu. organizatsii i plani-
rovaniia mashinostroiteltrqkh predpriiatii. Pod red. IX.Razzu-
mova, L.A.Glagolevoi. Moskva, Mashgiz', 1962. 261 p.
(Machinery industry) (MIRA 15:12)

KOMAROV, Fedor Vasillyevich; KRAINSKIY, A.I., red.; FREGER,
D.P.,
red.izd-va; BZLOGUROVA, I.A.P tekhn. red.
(Trends in the mechanization of engineering and manage-
ment operations at enterprises and in organizations of
the Moscow City Economic Council] Napravleniia mekhani-
zataii inzhenernykh I upravlencheskikh rabot na pred-
priiatiiakh i v organizatsiiakh I-losgorsavnarkhoza; ste-
nogramma doklada na Vaerosaiiskom soveshchanii po mekha-
nizatsii i avtomatizatbii inzhenernogo i upravlencheskogo
truda v promyshlennosti I stroitellstve. Leningrad, 196
15 P. (MI RA 16:103
(Moscow-Office management)
(Moscow-Electronic data processing)

IMMOVO F.Vo-o insh.
MachaniviLtibii'of-managems-nt-work in Italy. Makh. i avtom
proiav, 17 no,5:50-54- My 163. (HIRA 16:65
(Italy-offtee equipment, and supplies)

K%IAROV.. Fedor,Vaoill evicti RUNYANTSEV,.S.N.s red.; KOGAN, Ye.L.,,
04
tekhn. red.
(Machines help to administrate] MashirV pomogaiut uprav-
liat'. Moskva, Izd-vo "Znanie#" 1963. 37 p. (Novoe v
zhizni, nauke, tekhnike. III Seriia: Ekonomika, no.23)
(I-Mlk 17: 1)

.KOMAROV, FoVo;.KOGAN# A*Po
i I -
I D&termining the coefficient of shift capacity for Industrial
equipment, Hashinostroltall no.5s36-38 Yv 165. (MIFU 180)

POPOV, A. RYAZAhVSSV, V. XOMMOV. G.
Problems pertaining to the elevator storage of rwr grain
'harvested
in separate stages. Muk.-elev.prom. 25 no.3:19 Mr 159.
(KIRA 12:6)
1. Dirketor Bjys~,ogo elevators. (for Popov). 2. Biyakly elevator,
sameatitell direktors, po kachestvu (for kazantsev). 3.
Zamestitell
nachallnik-a Omskogo oblastnogo uprawleniya kbleboproduktov (for
Komarov).
(Grain-Storage)

KOMAHOV, G.
Radio - Receivers and Reception
Simple frequency modulation receiver. Radio No-5, 1953.
Describes a tqo-tube superhet designed for the reception of FM
broadcast
stations and the sound accoManiment of TV centers operating on
frequencies of 56.25,
65-75, and 67-68 Me. The receiver sensitivity is only about le5 mv,
so that-it can be
used only by avateurs living not more than 5-6 km from an FM
station or television centero
255=8
Monthl.y Li~st of Russian Accessions Library of Congress, June
1953. UncI*

i
KOSTANDI. GO O(Laningra4; !~MtAROT. G..(Zeninua4
Ultra-short wave YK radio receiver set made of the parts of a
*Koskvich.0
Radio no-7:40-42 JI 153. Off-12A 6:7)
(Radio, Short wave--Receivers and reception)

BROVKOVICH, D.; GALKIN, X.; KOKAR(M~.,q.; FRDOSETEV,
K.. redaktor; SHITIKOVA,
Ye., radaktor; IRBMM~,~X."rCeri6lcheskiy redaktor.
(intrafactory business cost accapting] Tnutr4z&vodakii
khosraschat.
Moskva, Goefinizdat. 1955. 146 p. (MM 9:4)
(Factories--Pinanes)

jur.
KOWOV, G.
Business accounting In Plant sections. Fine SSSR 18 no.4-.28-32 Ap '57.
(ftotorise--Acoounting) (KU 106)

_ILK ~07. G., dotsent, 'cand.biologichaskikh nauk;
ATAYEV, A.A., starshiy
Prep6davatell
Economic significance of the oleaster wd buchthorn. Uch.
sap. LGPI
no.6:15-17 158. (RIPA 13:9)
(Oleaster) (Buckthorn)

Aitlvj-
KOYAH)"', G.A., Cand Tecri 6ci -- (disq) "flutitor's rupotb of
IAM
dissertation competition "4x the scientific degree of
Candidate of Teciqvmical ~cicnces on t4e theme, of
correction, describa ble42 characteristic equations
of the fifth and sixth degrees" '.'os, 1956, 16 pr) with
diagrams
(!,'in of Hiaher 'ducation USSR. Mos Order of Lenin Power
5ngineering
Inst) 160 conies. Oiblingraphy: pp 15-16 (10 titles)
(Y,L, 27-5B, 109, 110)

10MOVe 0, Ao
Ways of Improving the surface swothwas of plAned wood* Per.prows
9 lio-11:8-9 N 1600 (NM 13:12)
1. Nookovskly lesotekbnlcheskIy.InstitUt&
:(Plaldne machines)

KORSTSKIT, B.A.,., Inzh#-KO!4MV, G.I.; ZHURAVLEVO T.N.;
Using preliminary and consecutive cementing in the Kuznetsk
Basin. Shakht. stroi. 8 no.5t22-25 IV164 (MIRA 17t7)
1. Yegozovskoye shakhtostroppravlenlye ( for Koretskiy). 2.
MmNIrshakhtostroy (for Zhuravlev.-)o

ZHURAVIZV, V.N., inzh.,-__~PIAROV, G.I., inzh.
Eliminating water inrushes through shaft lining at
the
"Karagailinskaia" No.1/2 Mine. Shakht. stroi. 8 no.9:
22-24 s 164. (MITRA 17:12)
1. Nauchno-issledovatel'okily inalitut stroitallstva
ugollnykh
i gornorudnykh predpriyatiy.

PHASE I BOOK EXPLOITATION SOV/6086

Nauchnoye soveshchantye po teplovym
napryazheniyam v elementakh turbomashin.

2d, Kiyev. 1961.

'hc4
Teplovyye napryazheniya v elementakh turbomashin. dbklady nauchnogo
soveshch-

aniya., vyp. 2 (Thermal Stresses in Turbomachine Parts;'Report3
of the Sci-

entific Conference. no. 2). Kiyev. lzd-vo AN UkrSSR, 1962. 174
p. 1800

copies printed.

Sponsoring Agency: Akademiya nauk Ukrainskoy SSR.
Insiftut mekhaniki.

i

Sciences UkrSSR; Ed.:
:d-
Reap. Ed.: A. D. Kovalenko. Academician, Academy o

T. K. Remennik. Tech.
Ed. - A. M. Lisovets.

PURPOSE- This coliection of articles to Intended for
scientific worker's and t

bine designers.

Card 1/6

!r' 7:n'7:7*

:Z14
SOV/6086
Thermal Stresses Mont.
COVERAGE, Thti book contains 18 articles dealing with
investigations connected
with thermal stresses in turbine components. Individual articles
discuss ther-
moelasticity, thermoplasticity, thermal conductivity. and
temperature fields.
No personalities are mebtioned. References accompany 17 articles.
The con-
ference recommended broadening the theoretical and experimental
Investigations
of aerothermoelastic and aerothermoplastic problems, the
development of inves6
tigations of general problems, of the theory of thermoclasticity
and thermoplas-
ticity based on the thermodynamic principles of reversible and
nonreversible
processes, the development of effective calculation methods for
thermal stresses
taking Into account plzatic deformations and creep In thin- and
thick-walled struc-
tural members under stationary and nonstationary operating
dotiditims, -the.de.
velopment of experimental-research methods for thermometry and
tenstometry in
cdnnee'tion with modern operational conditions of mechanical
structures. and the
broadening of Investigations of problems in the thermostrength of
structures.
especially of those operating under conditions of frequent and
afis~rptemper:at~we
changes.
Card 2/6

Thermal Stresses (Cont. SOV/6
086

Shevchenko, Yu. N. jKlyev). Application of
the Theorem of Reciprocity

of Work to the Investigation of Elastic-Plastlc
Problems
62

Shevchenko. Yu. N. (Kiyevl. - State of Stress of
Rapidly-Rotating Non-

uniformly Heated Disks Under Power- Law,Plasticity
Conditions With

Straiii Hakdehing -
75

Vollmir, A. S, , and P. G,
Zykin,(Moscowl.-, Stability "in the Large" of

Shells Under Creep Conditions
81

Podstrigach, Ya. S. I an, V. Yu. - Kru
Uvovj. On the Effect of
y:
v~ic
V u~
hke
;

Inertial Forces an the
Staite
c
~
'.
,
esa aused by Periodic Changes In the

Temperature Field

Komarov. G. N.. Z. 0.
Kastyuk,'M.. A. Ustinovskiy., and G~ A. Tablyeva,

jR_iyevj'_._ Measuring
Temperatures and;Deformations in a Medium-Thick

Disk
97

Card 4/6

1%

TOYNITSKIY. Mul inshenar-I KOKAROV, G.P.. inshener.
Experience in using"Anduction gauges for heat control devicialin
electronic feed controllers of YTI systems. Znargatik 5 no#3:20
22 Kr '57- (KM 10:3)
(Electric controllers)

K014MV G.P.,, inzh,; da�lmoy, Yu.N.,, iiizh.
Automating of the opor.0.4-n of hjgh-Msrurc regenerative
hi,.aters. Elek. sta. 31 noog:21 Ag t6o. WIR,` 3-4:9)
*"27
(B*Uers)

KOHAROV Ganna yjg~lq gh, insh.; CHEXHOVOY, Yurly
Nikolayevich,
lnzh.; SHIROKIY, D.K., kand. tekhn. nauk, retsenzent;
SAVCHENKO, L.Ya., inzb., red. izd-%,a; MATUSEVICH, S.M.,
tekhn.
red.
(Automation of industrial processes in a thermal electric
power plant]Avtomatizataiia proizvodstvennykh protsessov
teplo-
voi elektrostantsii. Kiev, Gostekhizdat, USSR, 1962. 116 p.
(MIRA 16;2)
(Electric power plants) (Automatic control)

SOLYANIKV B.L,, inzh.; YASTREBF.N-:!.TSKIY, M,,A., kand. tekhn.
nauk; KOMARMP
G.P., inzh.
Determination of the.raliability.of automatic-regulators under
operational conditionsIn-thermalzelectric power plants. Teplo-
energetika 12 no;4s29a-32 Ap 165. (MM 18: 5)
1. TSentralfnyy nauchno"issledovate-3.1skiy institut, kampleksnoy
a-,ftomatizatsii i Kharlkov--koye,upr&N-leniye-energ&zchozyaystv&.

GILIKAR, A*S,, Inshemor; YNBSKIM, V*P,, Inshener; NOWOV.
G.T.'j
Inshener, ~-
Kethods for over-all nechanisation of aggregate warehousesin
concrete and mortar plants used for industrial construction,
Stroi.prou. 33 no.9:16-22 5 155. (MM Q.-1)
--Wo-Acrate)

SITKOVSKIY, P.A.,I,KGKAROT
'0~~-ARUSENTSZV' T.F.; KRMOMTSKIY. R.N.;
KAKATZV, K.Got kandoteklmens-ilk,& SKIRMOV, A.V.,
kand.tekha.asuk;
AFANASIYZV# I.Y.; VOLOWK0. I.F., kand.telrlm.nauk.-
BMTAROV. 5.A.;
KONDRATIM, V.V., KARLINSKAYA, K'~I.; NIKOLAYEV, H.I..
kand.tekhn.
nauk; DOROKWV. S.M.; FISHCHMV, P.V,-. KLIKIRROVA, A.V.;
ROZMrM.
Zh*I.; 1PANISYST. V.V., kand.teldin.nauk; KULIKOV, P.-Te.;
SHINAMOVICH,
S.V.; LELITSIM, K.V.,.retsenzent; BRAUDR, I.D.,
retsensent;BMISHIT,
A.M.; retsenzsnt--.GR1a0RYAXTS, A.S., reteenzent; IGNATIUK,
G.L.,
retsenzent; KALABUGIN, A.Ya.., retsenzent; KREKEWSKIY, N.D..
retsenzent; POPOV, K.V., retaenzent; OBIOTA, V.P., red.;
LZTIWG
V.Ta., red,; SOKCILOVA, N.M., tekhn.red.; YZIMOVA, A.F'.,
tekl2h.red.
(Handbook for hydraulic and agricultural engineera]
Spravochnik
gidrotakhaika melioratora. Koskva, Gos.izd-vo
sel'khoz.lit-ry,
1950. 766 P. I (KIRA 12t3)
(Hydraulic engineering) (Agricultural engineering)

Kommy, G.V.. inzh.
Mechanized aggregate storage in concrete and mortar plants.
Mfekh.strol. 15 no.12:5-10 D 158. (MIRA 11:12)
(Building materials-Storage)
(Loading and unloading)

MMAROV, V.A.; CMKMVAt Ye.A.; KGRL11QV9 G.Vo- LMITCHIK, Z*I-
Mechanism of the- catalytic action of metal oxides In the reaction of
decomposition of formic acid* Test. WU 15, no*16:120-133 1606
(HM 13:8)
(Metallic oxides)
(rormic acid)
(Catalyetw)

/dal' 63/000A)
/66
~,2
Y

10
B
6
,
.
J,
WTfi6R'*v

J
Y

TITM, ~t:46tlfti. dc. I q u id'

i41..-!.'!, 2
I Q6 66-

"in
-1 ta
Un ift.~- g Q a

0'
-A
L i-
7

J.
"

f
Aw.
TEXT "-Sbfrmi!4461 :_Wl
OA
PR h6;ibk-yg
tau
na4bs*
A"

aq-,:
pro,
,
.
,
,
at-
;4raf qn .,4*,

_
0~111 0 t e~

it's

V _!j

'

~ ~j
J~

f

7

TROSTYANSKAYAj, Ye.B.; KOMROVj, G.V.; SHISHKIN, V.A.
Bonding of laminated plastics by means of high frequency currents
or ultrasonic waves. High frequency and ultrasonic welding of,
articles made of laminated plastics with the use of addition agents.
?last. massy no.1200- 2 16 .(KMA 16:1)
at;d plastics-Welding)

JAL' S/12o/61/000/002/029/042
E210/
E594
AUTHORS: Komarov, G. V. and Regell. A. R,
TITLEt ethod of Recording the Peltier Effect at the
Boundary Between, a Solid and a Liquid Pha.4e
6,
PERIODICALt Pribory i tekhnika eksperimenta, 1961h-No.2,
pp.160-161
TEM A. F. loffe (Ref.1) predicted and W. G. Pfann at al.
(Ref.2) and J. M. Bardeen and B. S. Chandrasekhar (Ref.3)
confirmed
experimentally the influence of the Peltier effect on the
movement
of the boundary between the solid and the liquid phase of some
metals and semiconductors. It was found that in the case of an
instantaneous change in the direction of the current after
establishing the boundaryin the equilibrium icondition, the
initial speed of movement of the boundary will be
V0 = 2PJ/q8
where P is the Peltier coefficient for the boundary between the
solid and the liquid phase, j is the current density at the
phase boundary, q - specific fusion heat and 6 - the density of
the material. This phenomenon enables controlling the speed of
Card 1/j

Simple Method of Recording ... S/120/61/000/002/029/042
E210/E594
growth and, consequently, the quality of the produced
crystal and
also determ.ilLing_ the magnitude of P for which it is
sufficient
to measure the initial speed of movement of the boundary
until
it changes appreciably under the influence of the temperature
gradient. The previous mentioned authors observed the
movement
of the phase division.boundary by means of a microscope and
they
recorded the position of the boundary at time intervals
between
5 and 40 sec. For a more objective and continuous recording
of
the movement of the division boundary of the phases, which
enables
obtaining more accurate values of the initial speed,.-the
authors
of this paper carried out the experiment described. For the
observations they used bismuth, which has a considerably
higher
Peltier coefficient than other metals and also, due to its
low
fusion temperature, the experiments can be carried out in a
glass
ampoule. . The glass ampoule (Fig.1 A), 10 to 20 cm long,
about
I cm diameter,with molybdenum leads, filled to about half
with
bismuth, was placed horizontally into a cylindrical furnace
n with
aslot at the top for illumination and observation , The
temperature
gradient was in the axial direction so that a phase boundary
was
Cavd 2/5

Simple Method of Recording S/120/61/000/002/029/042
E210/E594
obtained which was perpendicular to the axis of the ampoule.
The image of the phase boundary was projected by"Ithe microscope
M and the mirror 5 into a dark chamber. The meniscus at the
phase boundary enables arranging the illuminatorand the microscope
in such a way as to obtain a mirror image in the microscope fromi
the solid phase without any light reflection from the liquid
phase. It is also possible to have an opposite distribution of the
light and shade. Inside the chamber there is a drum (7 with a film
JTJ placed into the jacket K' with a horizontal slot parallel to
the drum axis. For obtaining a sharper image, a cylindrical lens
41 is fitted into the slot. ' The slot w1th the cylindrical lens
is fitted in such a way that from the field of view a strip is
cut out which is parallel to the axis of the ampoule and will
consequently be perpendicular to the phase boundary. A uniform
rotation of the drum by means of the motor and the reductor
enables obtaining on the film a graph of the movement of the phase
diviaion boundary with tim.e. An example of such a graph is shown
in Fig ..2; on the longth.(vertical)axis the magnification is 220
times, on the time (horizontal)axis / the time markings denote 1 see
Card 3/5

Simple Method of Recording ...
9/120/61/000/002/029/042
E210/E594
intervals. The microscope has a focal distance of 2 cm, giving %
a magnification of 100 times (magnification of the projection
220 times), length of the photocamera I m. For a film sensitivity
of 65 r00T (GOST) units, clear pictures can be obtained for a
film speed of 2 cm1sec, so that a movement of the boundary could
be
recorded with an accuracy of 5 1L along the length axii and an
accuracy of 0.1 sec on the time axis, which is higher than the
results published by the earlier mentioned authors. A further
advantage is that graphs can be produced more easily. There are
2 figures and 3 references: I Soviet and 2 non-Soviet.
ASSOCIATION: Leningradskiy gosudarstvennyy pedagogicheskiy
institut (Leningrad State Pedagogical Institute)
SUBMITTED: January 11, 196o
Card 4/5

milli
BRGVKOVICH~ D.A.; FOPOVS A.A.; ZINUI, A.I.; KOMAROV G.V
ABRosm, P.i.; ZAVIYALOVA, A.N.* Y 0. S.
tekbn. redo
(Industrial planning in an economic region; practice of tbf3
Rostov Economic Council] PlanirOvaniO PrOzVshlernOsti V ek0lo-
micheskom raione; opyt Rostovskogo sovnarkhoza. MosWaj Ekonom-
izdat,, 1962. 187 p* (MIRA 15M
(Rostov Province-Economic policy)

GELtMAII, A.S.; GRY'1XVIC113 G.P.., prof.; GUIIIEVICII, G.G.~ ZOTOV;
V.P%;
KO,,W.,G*V G V FAUX' S.M.; FIMI-10111 A.V.; TRUBI11, V,A. g v.
.9 j, la
red.; SOSHIII, AN.., zam. glav. red.; ILTIFIVIOVP S.F.,, red.;
ORFRIYEV, I.A., red.; KFOMLOV, B.A., red.; Z12-1111, P.A., red.;
KHOMOSHCH2 I.L., inzh,,, red.; NAUMOVA, G.D... tekhn. red.
[Handbook on loading,, unloading, and conveying operations in
constru2tion]SpIt-Avochnik po pogruzochno---razgruzachnym i trans-
port,nym rabot-wri na stroitel'stva. Pod red. G.P.Grinevicha.
Moskva, Gosstroil-clat, 1962. 376 p. (IMPA 15:9)
(1-tatoria-1 bandling) (Building materials)

gzg t
ma
Ka4AROV, V. A.; CEMKKOVA,'Ye. 'G. V.; L=CHIK, Z.
I.
Mechanism of the catalv~" action of le"Ilic
oxides in the
reaction of decomposition of formic acid. Part
1.4 Composition
of the reaction products. Zhur. fla..khim. 36
no.:12t2577-2581
D 162. (MIRA. 16:1)
1, Leningradekly goaudarot"nnyy universitet imeni
Zhdanova.
(Formic acid) (MetsLUc oxides) (Catalysis)

KCMAROV,, V.A.; CHERNIKOVAO Ye#A.; K Y.
FZfeot of admixtures to aluminum, and iron oxides.on the cata-
37tic decomposition of-formic acid. Zhur. fiz. khim. 36 rio.3:
540-545- Mr 162. (MIRA 17:8)
1. MoakovAiy gosudarstvennyy universitet imeni Lomonosova,

s11811631005100310111046
B102/B180
AUTHORS:
TITLE:
Komarov, G. V., and Regell, A. R.
Conditions for the vibration of the solid liquid interface
in bismuth
PERIODICAL: Fizika tverdogo tela, v. 51 no. 3, 1963, 773-777
TEXT: The movements of the bismuth crystallization front in various
tem-
perature distributions was investigated in an exj~erimental.
arrangement
similar to that used by Pfann et al. (J. Electronics, 2, 597, 1957).
Crjstal1taticn ftmt vibrations were found to be rolated to the
temperature
gradient.. In the experiments this was varied between 10 and 100
deg/cm.
Vibrations occur if the gradients exceed 40-60 deg/cm, becoming
complex
and irregular, with rising amplitiide-si, zass the gradients
increase. When
the gradient is reduced, regular vibrations (period ~3 ~;ec, amplitude
-,15g) are established at 60 deg/am, and at 40 deg/cm they cease.
When it~
is raised,regular vibrations do not start until 60 deg/cm, becoming
irregular again at higher gradients. At constant gradient regular
vibrations can be maintained for hours. First the authors consider the
Card 1/2

S/181/63/005/003/011/046
Conditions for the vibration of the B102/B180
possibility.. of the effect being the result of interaction between the
main thermal flow due to the temperature gradient and the additional
minute flow due to periodic solidification and melting at the front..
Approximate calculation shows that the additional temperature gradient
is~,
smaller by almost two orders of magnitude than the basic artificially
maintained one. The vibrations cannot therefore be attributed to this
interaction. Two other possible explanations failing, the authors
finally
assume that it might be due to increased convective flow with rising
temperature gradient, which would cause a changeover from laminar to
turbulent motion for the liquid at the front. This,in its turn, would
cause the constant supply of heat to the front to become variable.
Therel
are 5 figures.
ASSOCIATION: Leningradskiy gosudarstvennyy pedagogicheskiy institut im.
A. I. Gertsena (Leningrad State Pedagogical Institute imeni
A. 1. Certsen); Institut poluprovodnikov AN SSSR, Leningrad
(Institute of Semiconductors AS USSR, Leningrad)
SUBMITTED: October 1, 1962
Card 2/2

ACCESSION KR: AP4032769 S/0181/a/006/ool./0334/0334
AUTHORS: Komarorp Go Ve; Regellp A. R.
TITLE-. The cause for oscillation of the solid-liquid phase interface
in bismuth
SOUWEi Fizika. tvardogo tola,, v. 6 no, is 1964.# 334
TOPIC TAGSt bismuth, so3ld-liquid phase, solid liquid interface int
face
er
oscillation
ABSTRACTs In their former work (Frr,, 3. 773v 1963) the authors
described the
onditions at which the solid-3iquid phase interface assumed an
oscillatory motion
about-some zone of equilibrium, Such oscillations exist only at
relatively high
temp~xature gradients (about 50 degrees (G)/cm), It was later
observed Iby studyirg
particles of bismuth oxides floating on the liquid that convection
currents
originate at some mo6ent as the temperature gradient is increased.
These turbulent
currents alternately melt and solidify a layer at the interface,'thus
causing the
oscillations of this zone.
ASSOCIATION: GosudarstvennM padagogichoskiy institut*im. Ae I*
Gertsena# Lon-
ingrad (State Teachers Institute)
Cord

L 00765-66 EwT(I)/T GG
ACCESSION HR: AP5012562 urVo18 i/6q./OoT/oO5/1486~48g
ALTMOR: Komarov, G. ~. q;f ";R':'e g e IA. R.
TILTIZ: ation of a growing bismut crystal on the Peltier coeffi-
cient for the interface between the solid and liquid phases
SOURCE: Fizika tverdogo te-la, v. 7, no. 5, 1-965, 1486-1489
TOPIC TAGS: Peltier effect, bismuth, phase transition, thermo-
electromotive force
ABSTRACT- The authors measuredtbe coefficient of the Peltier effect
between the
solid and liquid phases of bismuth by a method prcmosed originally
Irl A. F. loffe
(ZhTF v. 26, 478, 1956) and employed later by others. A de-cription
of the methcd
3, 1963-,
~Ip arDaratus was given by the authors elsewhere v. ~7
The values of the Peltier c,~efficient obtained 'r, this manner
19
_1 e bismuth was
-Merable fluctuations which did not dI-r.4 nit:h very T, r
ese flu-ctuations are attributed to the dill*eren', of the big-
nu'h crystals grown from the melt. To check on this assur,7' ion, the
Peltier coef-
ficien, -was mea"red with the current flowing in a 11recti-T. --lu-1-
that the bisTwith
S - rd i , 1 ed. This made it possible to determine lhe cripnla' icn
~-' the gro-wing
`~-y x-ray means. Th~e results showed that the c--Clcient. depends on
Card I/P

7'
L 0-",,65-66
-ACCESSION NR: AP50125bL,
the orientation of the growing crystal and is a function of the
angle between the
ysta-1. The values of
"'rection of the current line and the trigonal axis of the cr-
-:he thermo-emf coefficient axe calculateti f-~r 11~e c '1" ard
Ilquid phases of bis
--n-' at the me', f ing temperature. In the case cif * hc S,-,
'71,11 Values wore 12C i
D r70 10 ~iV' deg in the directl-~i!z ~0 the axis.
To7 the liquid, the emf coefficient was "U; ~,V;dc,~Z. 71-;~-:;
~:.Jffcrs greatly fr--n
~f -tiV customarily cited in thp Ylho Feltier effect coeffi-
~ieatl flucti-e-teci between 2 and .714 L;V. -he ;v:,~--~ -~r- -
irvnstigate the in-
f"luence of impurities on the Peltier effect ia a '~he authors
A. 'I. Zaslavskiy-,azid-the members of his laboratory for the
labor-consuming
work d e t ing the crJentations --)f -_ur samnles." ~~rig. ar-t. has-
_L .61-ire and 8 forrinilas.
im. A. 1.
Le_n1ngradskiy gosu
s e ria
_~_Leningrad State Fedv.E~,),j~ All SSSP,
~en_ifigrE~i Cjj~s conduct o.r. s
SUB_Mj=: 14Dec64' ETICL: 00 51:P. CUPF SS
BOV: 005 GTHER: 00 5
Card 24/2

TRCGTYAI%KM, Ye.B.; KCMRW, G.V.; SHISHKIN, V.A.
cured by chemical velding. Plaot. massy
(MIRA 18:12)

A=-NK-__-AFb000971 SOURCE C9DE: UIR/0266/651000/0221005610056t
IN'iENTOR: Trostyanskaya, Ye. B.; Komarov,,G. V.; Shishkin, V. A.
ORG: none
TIIFLE: Bon&4 euxed glass-reinforced plastics. Class 39, tL ~.l
6~38�
SOURCE: iv--breteuiy L to7srnykh ao. 22, !?~65, ~'-5
TOPIC TAGS:. glass., reinforced plastic, chemical bonding,
unsaturated polyester,
S1 CT: An Author Certificate has been issued for a method for
bonding Xlass-reino-
forced plastics based on unsaturated polyesters or other binders
which can be cured
ly additional polymerization. Me method involves coating of r-he
surfaces to be bonded
viti, a monomer (e.g., styrene) solution vith added polymerization
initiator, joining
of the surfaces, and high-frequency or ultrasonic heating. 4~- (BO)
SUB CODE: 1l/ SUBM DATE: 24Sep62/ ATD FRESS:
M 678.T44.3-134~622.029.42-.621.'4.02'~',

ACC NRs AP5026525 SOME CODEt UR/0286/65/000/bi-9755K970-069
LH
AUTHORS-. Tr Shishkin, V A.; Golovkin, 0. S.; KomaroT, G.
ORO: none
TITLE: A method for vulcanizing Class 39, No.
SWME.- Byulletant Imobreteaiy i tovarnykh mkov, P.*,, 119p~ 196;5~ 69
0 I.V
TOPIC TAGS: vqjsaqLz&qorf, rubberTlmonomer, initiator
AB.Vj.RAMt This Author aertiticate -ing, To iwrease.
_presents a method for vulcanir
the strength and thermal atability-of the union, the curfaces of the
funation are
covered witu a mixture of a proper monomer and an initiator or with a
vulcanizing
aggent. The surfaces are then brought into contact vith one anothw,
and the zone of
contact is heated intansely.
SUB CODE.-* is/ SUBM DAT& 05Kay64

__777
-- - --------------- :-:
L 20375-66 ZWT Qjtw (M_ (n )~6 -
jj/
Ace NR: AP6006541 JDAW
SOURCE CODE: UR/0191/65/OW/011/00ii/b6if;~
1
AUTHORS: TrR2, ~anska~Y~e.& Komaroyp G, V.; Shishkint V. A.
'~ORG: none
TITLE t LJoIning of hardened plastics by the method of chemical welding
:'SOURCE: Plasticheskiye massyr no. Ill. 1965, 22-27
TOPIC TAGS: polymer, plastics ultrasonic welding, welding tachnalogY,
weld
evaluation, adhesive bonding
!ABSTRACT: The object of the investigation was to test currently held
theories on,
Iand to study the optimum conditions forp chemical welding of hardened
plastics.
welding was accomplished by a high-frequency (1-3 Kwt, ~O_Kcarcle)
welding installa-f
I installation of type U7X-
,tion and ultrasonic we,&- 1~utilizing a generator of
:type UZG-10. Uicrosections of the welds, - ~er V. M. Gutermm, K. M.
Kogan, and M. M. Kotina (Plast, massy. No. 4, 58, 1960), were
Investigated by
.microphotograplW. The weld strength of the various welds was
determined, and the
tol
increase in temperature in the weld during welding was raaaaured. The
exparimen
,results are presented graphically (eee Fig. 1), and a table in which
the atrangth-,

L 20375-66
'ACC NR: AP6006541
A
Pig. 1. Rate of temperature increase in zeu -
the weld during the hiph-freq dy vreldirg
of the glass-textoliti?KkST-V of 1. 15 mm
thickness (area -of well-3--EiTand 6 mn
t3
karea of weld 6 cm2). Fie-lct atrength. f#0 -
KAST-V, 1-5 mm thic'kz I - 2.0 fZ0 -
kv/cm; 2 - 2.9 k-7/cm; 3 - 3-0 k-r/cm; 4
4.4 kv/cm. ( ------ ) KAST-V# 6 = thick:
1 - 1.25 kv/cm; 2 - 1-75 kv,/cm; 3 - 2.0
kv/CM; 4 - 2-5 kv/cm- 600 ff M 49 'F'
a Z5~_ 105- MO;
of welded and glued bonds is compared is presented. rt is concluded
that at room
temperatures'welded bonds are of the same strength as glued bonds and
are superior
to the latter at high temperatures. Orig. art. hast I table and 9
graphs*
SUB CODE:13,11/ SUBM DAM none/ ORIG REFt 016/ OTH REF: C108
Card 2 2 vmb
time, see.

ACC NR,
AR7000863 SOURCE CODE.- UR/0058/66/060/009/EO34/EO34
AUTHOR: Komarov, 0. V.; Regell, A. R.
TITLE: Oscillation of the crystallization boundary of bismuth
SOURCE: Ref. zh. Fizika, Abs. 9E277
REF SOURCE: Uch. zap. Leningr., gos. ped. in-ta im. A. 1.
Gertsena, v. 265,
1965, 163-171
TOPIC TAGS: oscillation, Vcrystallization, crystallization
boundary, bismuth,
temperature gradient
ABSTRACT: An analysis was made of the flow of the crystallization
boundary of
bismuth. The test equipment made it possible to control the
temperature gradient
from 10 to 100* /cm. and to observe the behavior of the solid
-phas e- liquid phase
interface by recording the shift of the crystallization boundary
with time. Oscilla-
tion diagrams of the interface are presented for various
temperature gradients.
For the temperature gradient below 40-60 deg/cm, the
crystallization boundary
is stable and there is no pulsation; for the temperature gradient
above 40-60
Card 1/2

ACC NRI AR7000863
deg/cm, the interface begins to display an oscillation motion
which becomes more
complex as the temperature gradient increases; following which the
oscillation
amplitude increases. The introduction of small tin additions into
bismuth does not
affect the nature of oscillation of its crystallization boundary.
The origination of
pulsations of the crystallization boundary is associated with the
interaction of heat
flux q in the melt, caused by the temperature gradient and the
additional flux dq'*
produced by the periodic hardening and fusion of small sections of
bismuth. Other
possible interpretations of the phenomena observed are given. P.
Parkhutik.
[Translation of abstract] INTI
SUB CODE;*$- 20/
CoM 2 2

GORSKIY, B.Z.; POGREBNYAK, Z.F.; OROBCHENKOI Ye.V.-P
PRYANISHOINOVA, N.Yu.;
IVANOVAp M.I.; KOMAROV, G.Ya.; KOMAROVA, Z.K.
Waterproofing additive for the manufacture of insulating and
sem1hard wood fiberboards. Der.prom. 11 no.5:12-13 rw 162.
(Hardboard) (Waterproofing) (MIRA 15:5)

XORMT. I.
Graphic calculation of high-fr6qupacy amplifiers. Wio no.5:
32&-32d Hy 156. - (K URA 9 '- 7)
(Amplifiers, Electron-tube)
M

AID P - 4941
Subject USSR/Electronics
Card 1/1 Pub. 89 - 8/18
Author Komarov, 1.
Title Graphical calculation of,bandwidth amplifiers
Periodical Radio, 8, 4 unnumbered inside pages, Ag 1956
Abstract The author presents a graphical method of calculating
narrow-and medium-bandwidth amplifiers which are used
in i-f superheterodyrie receivers and in h-f television
receivers. He gives several nomograms and charts as
well as connection diagrams.
Institution : None
Submitted : No date

KOKAROV, 1.
--Now --
Apply stan4ard plans widely in building.
Prom.koop. no.1:4-5
ja o56. (HM 9:6)
1.Zamestitell predeadatelya, pravleniya
TSentropromeoveta.
(Construction industrr)

Bee Culture-Equipment and Supplies
"Cold method of waxing frames". Pchelovodstvo., 29, No. 5. 1952.
9. Monthl List Of Russian Accessions, Library of Congress, August -19
Uncl.

KOHAROV,'I. (Moskva); DUGIN, N. (Chita)
jtdged by comrades, Fozb.delo 7 no.5:8 IV 161* (KRA 14:0
(Factories-Fires and fire prevention) (Courts of honor)

TI (m)./M(h)
i1st Luc Lur i4arraz-.t officari
bone
-7-1
Chemical alarm un a ship f3
3 C::': Starshina-serzhant, no. 11, 16-17
TO'PTO TAIIS: naval training, chemical decc-taninaticn, nucltar
C,,-:-n'.e -r-. a as ii r e
C 7 .1r, article written in an easy, conversational
'5 -:~reser-ted in order to deSCr4 '-e I.,-e 3--larin exercises
conducted
a -,Pval- shi- in connection wityi nucl- c-ern-1-cal wa- a
rf re
e first alarM 319.ra-L 901,irl~ie~, --le -K-aS .:-1-~e7-. to start
!"-e task- of .:eF3pir,:- ~-:.e c r e w
'ocir ur the assig-ned -o3i'~Icns o~~-.e:,!Zencv teams took
7rescribed safety measures. -,as ma3-:e:s ar,~-: -rotecti7p clothinp
--e7a.-ed and ventilat' on vg,-,tg , eXCe-t4 n, :--sr.,ced, viit~,
'?k-~I'
9 ~-. ~-O 0 1- eY, W a 3t C
s 'or cl-,emistry), were closed. LI 0 he
C a 1/2 - -2i-

L 220-1-1-66
ACC NR: AP6009024
alert against a chemical attack. The defensive water system for
a :3.. o f uoisonous and redioactivo nl rt C IP~ 9Wfi _'~ 7- U t ~
p t oopera-
decontam,'nation materiais aLa equlj:zent v.,ere icept ready
1,313. -he decontamination duty and
-_'3~a-eg were dscussed. Cat t y To- e s
`ctqCLIL(~n Of apParatus
cv e,,'frthe e='Loratllon ne-
_T, was
art
:::us'~ te 'N 3 .
ca- "13 r: 7e
3 C, DE: 05- 15 9TTB'bl D 1, 'TE Ncne OR!" REF: C C C=7 COC

KABANOT, Vladinir Grigorlyevich, kand.tekhu.nauk, insh.-polkoTiiik;
XONAROT, Ivan Andreyevich, kand.tekha.nauk, polkovnik;
padpolkavalkI CHBOTAW,
Yla4ltmir Petrovich,ikapitan*,.KZSHCEMRTAKOV, G.G.,Ired.;
ANIXINA, R.F., takha.rad.
[Brea ting underground field fortifications In average and
soft soils] Tozvedento polevykh poduamsykh soormshanil v
erednikh I slabykh grantakh. Moskva. Vaen.lud-vo N-va
obor. SSSR, 1959. 125p. (MIRA 12:7)
(Military field engineering)

IOMROV, I.A.
I%rforation of Reakelle dIverloulum, Yest.kbir. 83 no.22:88
159. (JaPA 13 t5)
1. Is rayounoy bollultay (clavw vlaah - I.A. romarov) mt. Tygdav
Ammrskoy ablasti. Adres avtorat Amrsb%ya oblastl, at, fygda,
rayon&Va bol 'nits&.
(HIOMIS DIMICULUN ocaplications)

ale
I. A Canct Led Sci (diss) "Fulaiunary coinpli-atuions folludnz mitral
10"0
7 CorL';.issurOtO,L-7y," ~Ioscolv,017 pp (Acari. of Ilied. S,,i. USSR)
(KL,, 3' 60, li'.7)
m
-9 M MINOR:", Or I

Dynamic study of blood coagulation in patients after mitral
awmissurotomy and In tbromboembolic ccmpl-leations in the Ungs*
Xhirurgila 36 no#9t$7-91 3"60o
L rz sordealmogo otdeleniya (zav, - prof* S.A* Kole=dkow) i
blokhimichaskoy laboratorii (~&v. - doktor biologichaskikh
nauk- 7e*F*-'Stepsnpm) rhatituta grudnoy khirurgii AM SM
(dir. - j=of. S.A. Kolesnikov, nauobn~7 rukovoditell akad.
A.N. Bakulev).
(BUIOD-XOAGUUTICII) (HITRAL VALV&68URGHRY)
(PUIMARY MWLIM)

KOMAROV, I.A. (Moskva,, Mlonetchikov per..,d.20,kv.11)
Pulmonary complications following mitral commissurotcmy.
Grud. khir. 2 no.3:~-~19 My-Je 160. (MIRA -15:3)
1. Iz serdechnogo otdeleniya, (zav. - prof. S.A. Kolesnikov)
Instituta Vudnoy Wdrurgii AMN SSSR (dir. - prof. S.A.
Kolesnikov, nauchnyy rukovoditall - akademik A.N. Bakulev).
(MITRAL VALVE--SURGERY)
(LUNGS-DISEASES)

KOMAROV I.A. (Kalininp u1. Nbvopramyahlennaya-#-d.40p
kv.10)
Fluctuation of prothrombin indicators in the
capillari6a, veins
and arteries in different diseases, Klin. khir.
no.10:75 0 162.
(It 16.7)
1. Kafedra obahch,&y-khirurgii (zav.- prof. A.G. X,~rav
Kalininskogo meditainskogo'instituta i
khirurgicheskoye otdoleniye
bolinitay Vo.6 Ulm
MEMO)
~h"

KMIMVI I. A.
O=parative data on flAotuations In the indices of
prothrom-
bin andblood coagulatiod tine during their
aimultaneme do-
teraitation in blood taken from capillaries,, veins
and ar-
teries* Proble gemat. i perelo krovi 8P no*1142-45 A
163o
(MIn 1635)
1. Iz kafedry obohchey khirurgii (zavo-prof.
A.G.Karavanov)
Kalininskogo meditsinskogo inatitutao
(BWOD.WAGULATIM) (PROTMMBIN)

a SOV/124-57-7-7746
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 7, p 39
(USSR)
AUTHOR: Komarov, I. A.
'PiTLE: Design Calculation of Turbine Nozzles With the Change-of
-state Equil--
tion (Raschet sopel turbin po uravneniyu krivoy protsessa)
PERIODICAL: Sb. nauch. tr. Kuybyshevsk. industr. in-ta, 1956, Nr 6,
book 1.
pp 229-231
ABSTRACT: In terms of the coordinates s-i the author writes a
change-of-state
equation for agas or,-su~exheated steam &sFib-flows through the
nozzles
of a gas or steam turbine. Permitting calculation of the
cross-section-
at area of the flow channel, this equation makes possible a greater
pre-
cision in nozzle design. The method which the author proposes here
is
an approximate one, for it is based on the arbitrary assun-iption
that the
velodity coefficidiAii ~~ j7dinains constant along the entire
length of the
nozzle.
V. Kh. Abiants
Card 1/1

KOMAROV, I.A., kand.takhn.nauk
I-- -
Effect of the number of revolutions of a turbine on steam
consumption. Sbor. nauch. trud. Kuib. indus. inst. no.8:
275-276 1919. (MM 14:7)
(Steam turbines--Efficiencies)