SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824320019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

11 XONOVALOV, 1. N.
2. um (6co)
4. Plant Introduction
7. Changes in the life functions of plants as related to their trans-
plantation to new regiom
Trudy Bot. inst. All SSSR. Ser. 6 No. 2, 1932
9. Monthly List* of Russian Accession$* Library of Congress. Harch 1953, Unclassified.

AR T YUS f I Ehp',C~
Frult - Morphology
Morphology Of pod and berry types of frult. Trudy Bot. inst. AN SSSR., Ser. 7, No. 2. 1951
Sian A 2
9' imthk List f -cc-es-SI-Ons, Library Of Congress, June
-------- - - 953% Unclassified.

1. 1. N. KC-LOVALOV
2. USSR (600)
4. Catalpa
7. ChanZe in the eTrthm of growth of nulberi7 ,Md catalpa due to ada-ptability
dmring acclim--tization. Dokl. AN SSSR 88 no. 1. 19~3-
9. Month List of Russian Accessions, Library of Congress, -Anril 1953, Uncl.

ZALUSKIY, O.V.; SIMIMUTOVA, O.A.; VOZNBSBMIY, V.L.; KOBDVAWY, I.V.,
redalciorl, , , A.Y--,-Fg~ r4l~~,-,,
TAEDYMA, T.14., redaktor; KAWAKIN - 6F
AIIDNS. R.A., tekhnIchaskly redaktore
[Uslvc. radioactive darbon 014 in the study of photosynthesis]
Xetody premnstdia radloaktovmgo ugleroda C14 dlia tauchenlia
fotosintexa. No&va, lxd-vo Akademii nauk SSSR, 1955. 88 P.
(Photosynthesis) (MLRA 8:11)
(Carbork-laotopes)

XOMUVALOV, I.S.; KOIWMSIfAU, N.V.
11~i;~~ ;.'7 -
Change in the physiological procesose
acclimatization. Trudy Bot.lnst.Ser.4
(Acclimatization (Plants))
of plants In connection with
no.10:101-138 '55.
(Mwk 9: 5)

fit, at m m, mu
of physia ogliml adaptation of pUnts to eavironnimW coad
lionm. N. Kutiovalliv,and U. N. Miklmlem IV, L.
fr(mt "Wely dill't-mit roq-tagillic
rvqiwis Itave'kca potelt In (lie Uningrad Rataukaf Park
(if tile Aculauy Of-Scicacc ter 5 Ytnatm aud te.-acd ficir thric
re"Pective phii(my"ttmitic itatns:ty, fly wilig thr. t"'hilique,
_401 Lwtiqte its ttieqp-siudics, No-t of thc tests were um.hi
during tile Periods of inax. growth (July) mild actIm Coll )I
tile Amwinimiscill Other te.'I'l Incluiled abb tile
August lKirilicl.. Tfic tucasmement- corsL~tcd chicily ill
frachig (lie in(culify tit pligivi-writficsis ill tanis ljfcx)~Ig.
td, dry matter/1w. Mint- n~igimdilln All flu"re ::.CvtTc
climatic rovironnictit nm cuJimcd with a hiOcr intcttqty
it( jilustosytt(hr~i4; le_~% wmivity ill T,hi;(vsy lit hvti~,uct ivit y
duritig tile da"; quit duclwdiug cnwlitingl, cif the envircu.
tugnt.~ This l4vilut a vagice vi'2~nmris glowth. J. -N. J.

IONOVAW ~ I. - ~Lqulngrad)
~
Changes in the physiological processes of plants during acclimtination.
Uchessp,Uzouno 115 no.10:67-69 155. (KLRA 10:5)
(Ioningrad Province--Trees)
(Acclimatization (Plants))

SOZOIDT, T.S., dek-tor b1ologichook1kh nauk. professor, rodaktor; SOEDIOT,
S.Ta., doktor blelogichosidkh mauk, professor, rodakt*r; ILOIN,
N.M.. dektor bielogichookikh nauk, professor, rodaktor; NOWYAWY,
Ij_q..,doktor biologicheskikh asuk, professor, redaktor; S-0090A,
I.... kandidat famatoevtichookM nook, redaktar.
[Now useful plants; recommendations of the all-Union coafereaco es
the introduction of now useful plants Into cultivationj Isvp polosay*
rastealia; rokomeadateii Tessoluzzop moveshchaniia pe vvedealin as-
vykb polosoM roattall v kallturu. Koskva, 1956. 67 P. WAA g16)
1. Akadmiya mok SSSR. Botmichaskiy izatitut.
(Plant introduction) (Plants, Cultivated)

MIKHALEVA, Te.j.; KONOVALOTIJ
Adaptive variations In the gas exchange of Persian walnut plants durinir
acclimatization. Trudy ~ot.inst. SerOA no.11:47-61 '56. (MA 9:9
(Photosynthesis) (Acclimatization (Plants)) (Walnut)

BRIIIIANT, V.A.; KONOVAIDT, -1:4'.%_..
Survey of some results-of research in the field of plant physiology
and ecology done at the V.L. Komarov Botanical Institute of the
Academy of Sciences of the U.S.S.R. Trudy Bot. inst. Ser. 4 no.12:
5-6 '58. (MIRA 11:7)
(Botanical research)

KONOVAIA)V, I.N.; KKKAUVA, U.N.; ZAKKAN, L.M.
Soma nev data on the ph7siolegical nature of front resistanco In
plants. Trudy Bat. inst. Bar. 4 no.12:299-312 '58. (MIRA 11:7)
(Plants--Frost resistance)

46

' 12!
Ii
A

LIVOV, S.Do, otv,red. [deceased]; XONOVALOT, I.N., prof., doktor biolog.
nauk. otv.red.; VIKH31T, rslf~ ZPAARAYETI. Rj..
takhn.red.
(Results of and prospects for research in plant development;
collection of papers based on data of the 2nd Conference of the
All-Union Botanical Society. Nay 9-15. 19571 Ito,-,i i parepektivy
iseledovanii ra&vitiia rastanii; abornik rabot po materialam II
delegatakogo S%2da Vaesoiuznogo botanicheskogo obahchestva 9-15
maia 1957 g. Leningrad, Izd-vo Akad.nnuk SSSR, 1959. 222 p.
(MIRA 12:12)
1. Voesoyusnoye botanicheskoye obahchastvo. 2. Chlen-korrespondent
AN SSSR (for L'vov).
(Botany--Physiology)

KONOVALOV, I.N.; SYMLIW. Z.H.
V.N.Liubimenkols scientific work and the nubsequent develop-
ment of his theories. Tmdy Bot.insteSer*4 no.13:7-12 159.
(HIBA 13:3)
(Liubimenko, Vladimir Nikolnevich. 1873-1937)
(Plant physiology)

KONOVALOV. I.N.; MIKHALIVA. U.N.; SHCHIPOTITIV, F.L.; POBEGAYW, A.I*
Changes in the physiological processes of plants resulting
from their adaptation to now conditions of life. Trudy
Bot.inst.Ser. 4 no-13:113-135 159- MRI, 13:3)
(Walnut) (Acclimatization (Plants))

XIRITALOV, 11.P.; EDHDVAWT, I.N.
Accumulation of oconouically valuable substances in plants under
different envIronmental conditions. Trudy Bot.inst.Ser.6 no-7:
40-47 159. (MIRA 13:4) %
1. Botanicheekly institut in. V.L,Komrova AN SSSR (BIN),
Leningrad.
(Planto-Chenical composition)

KDNOVALOV, I.N.-, LITVINOV, M.A.; ZAKMAH, L.K.
Variations in the nature and physiological characteristics of the
toa, fungus (Medusemyces gisavii Lindau) due to the conditions of
cultivation. Bot. shur. 44 no-3:346-349 Mr '59.
(MIRA 12:7)
1,Botanichookly Institut im. V.L. Komarova AN SSSR, Leningrad.
(Antibiotics) (Yeast) (Acetobacter)

I - -KONOVAWV. SAPOZHNIKOV. D. I. ; MEL 1140. Z. M.
Iffect of Darwin's theory of evolution on the development
of research In certain branches of plant physiology. Bot.
shur. 44 no.11:1546-1552 N 159. OCRA 13:4)
1. Botanicheakly institut im. V.L.Korarova Akademii nauk
SSSR, Leningrad.
(Plant physiology)

XONOVALOV9 I.N.; LERMANj R.I.; MMALRAt Ye.N.4.SIIILOVA, N.V.
$hameteristics of changes in the physiological processes of plants
is related to their,adaptation to new environmental conditans
[with summary in English]. bmdy Bot. inst. Ser.4 no.14:7-53 160;
(botany-ftology)(Plant paysiology) (Leningrad Province-.Iklnut)

KOBOVALOY, I.N.1 ZMUOTA, I*V.#, ZBOVIYU, L.S.
Xffeet of gibberellic acid on growth characterietico and winter
hardiness of woody plants. Bot. zhur. 45 no.12:1721-1731 6 1601*
(KMA' 13 jj~)
1. Botanicheskiy Inatitut imeni V.L. Komarova Akademil nauk SSSR,
Leningrad.
(Gibberellic acid) (Woody plants)

SHKOLINIK~ M-Ya.,, red.; KONOVALOV,-I,-N-.,red.
"Physiology of irrdgatdd vheat" bytil.S.Petinov. Revieved by
M'IA.Sbkolinik, I.N.Konovalov. Iz*. AN SSSR. Ser. biol. no-4:
653-656 Jl-Ag 161. (MIRA 14:9)
(WRFAT) (PETINOVj N.S.)

ZINOVIYEV, ~.S.; KONOVALOV, I.N.; CIWMTYAYEVA, I.I.
Effect of gibberellic acid on the interruption of d
arboraceous plants. Bot..zhur. 46 no.12%1761-;986 D I
(MIM 15.1)
Botanicheskiy Institut imeni V.L. Komarova AN SSSR i
Voesoyuznyy institut sel'skokbozyayatvennoy mikrobiologii
Vuesoyuznoy akademii sel'skokhozyaystvennfkh nauk imeni Lenina,
Leningrad.
'(6ibberel-lic acid)
kTrecs

KONOVALOV, I.N.; LERMANp R.I.; MIKHALEVA, Ye.N.; SWTANNIKOVA, A.I.
Changes of physiological processes in plants in the course of ,
their introduction as related to their frost resistance. Trudy
Bot. inst. Ser. 4 no.15:68-83 162. (MIRA 15:7)
(Plants--Frost resistance) (Plant introduction)

MANOLYLENKO, Kseniya Viktorovna (f~razanskajva); RAYKOV, B.Ye., prof.,
zasl. deyatell nauki, otv. red.; BAKHTEYEV, F.Kh., prof.,
retsenzent; BOBROV, Ye.G., prof., retsenzent; KANAYEV, I.I.,
prof., retsenzent; KONOVALOV,.I.N., prof.., retsenzent;
BELKINA, M.A., redT-I-zd-va; AREFI~tVA, G.P., tekhn. red.
(A.F.Batalin, the outstanding Russian botanist of the 19th
century)A.F.Batalin, vydalushchiisia rusakii botanik XIX veka.
Moskva, Izd-vo Akad. nauk SSSR, 1962. 130 P. OGRA 16:2)
(Batalin, Aleksandr Fedorovich, 1847-1896)

.KONOVALOIV, I.N.; VASILIYEV, A.V.; MIKIIALLWA, Ye.H.; DZHALAGONIYA, X.T.
Characteristics of changes in the physiological processes of
some subtropical plants as related to their origin. Trudy
Bot. inst. Ser. 4 no.16:75-100 163. (MIRA 17:2)

KORYAKINA, Valentina Fedorovna; KOVOVALOV, I.N.p Otv. red.;
VIKHREV, S.D., red. iz&-vii ~ - S.IIRNOVA'* A:-.V. I - tekhn. red.
[Characteristics of the growth and development of peren-
nial forage plants] Osobennosti rosta i razvitiia mno-
goletnikh kormovykh rastenii. Moskva, Izd-vo(I'Nauka, it
1964. 286 p. MIRA 17:3)

Nikolayevich; VIKHREV, S.D., red.izd-va; SOPOKINA, V.A.,
tekhn.red.
(Physiology of introduced.plants.) Fiziologiia introdutsiruezykh
rastenii. Moskva Izd-vo Akad. nauk SSSR, 1963. 61 p, (Komarovs-
I
kie chteniia no.16). MIRA 1712)

KONOV.NLOV, I. N.
I- -
"Increase of frost resistance of woody plants by control of growth rhythm."
report submitted for 10th Intl Botanical Cong, Edinburgh, 3-12 Aug 64.
AS USSR, Leningrad.

MANOYLENKO, K.V.j ~~Nqy~~ I.N.; ZHUYKGVA, I.V.
Study of the combined effect of gibberellinp he~qroauxin and mineral
nutrition on woody planta. Bot.zhur. 49 no.litI600-1608 N 164.
(MIRA 18gl)
1. Botanicheskiy institut imeni V.L.Komarova AN SSSR, Leningrad.

RADCHEUKOJ, S.I.; XONOVAT.-OV, I.N.; P=OVA, L.M.
Co:Ld resistance of corn In the Karelian Isthmus., Trudv Bot.inst, Ser,4
no.17s53-72 164. (MIRA 18il)

MANCIYIENKO, Keeniya Viktorovna; BAKHTEYE;V, F.Kh., prof.,
retsenzent; KANAYKV, I.I.v profop retsenzent* KONOVALAOV
,
I N prof , retsenzent; YAKOVLEV, M.S., prof.0
Ille es*elnzent:, RAYKOV, B.Ye.p zasl. deyatell nauki prof.,otv.
red.
Nikolai Ivanovich Zheleznov. Moskva, Nauka 1965. 203 P.
41IRA 18:12)

...... K(DTOVALOV, T. T.
I
Effect of forced vibrationn of barB on the honing proceBo.
Stan. i instr. 36 no. 12:&.9 D 165 (MIRIL 191l)

KUZMSTSOV'.S.I.i SMBRENNIKOV, O.V.; DEREVIANKIN, V.A.; VO$KOVA; P.I.;
PAVWV). FA; Y,'OVTYUTOV, 1A.A.; CHL-240DANOV, V.S.; STOLYAR, B.A.;
2KONOVALOV I .; LIVER, V.B.; MIYCHEITKO, V.S.; SMIR1110V, B.A.
L'.V
"Production of alumina" by A.I. Lainer. Reviewed by S.I.
Kuznetsov and others. TSvet. met. 34 no.11:85-" N 161.
(MJRA 14:11)
1. Urallskiy politekhnicheskiy institut (for Kumetsov,
Serebrennikov, Derevyankin). 2. Ural'skiy filial All SSSR
(for Volkoval Favlov). 3.' Urallskiy alyuminiYevyy zavod (for
Yevtyutov, Chemodanov, Stolyar). 4. Bogoslbvskiy alyuminiyevyy
-zavod (for Konovalov, Liver, Miychenko). 5. Sverdlovskiy
Sovnarkhoz (for Smirnov) jAlumina)
(Lainer, A.I.)

KONOIA10V T V
I- I'*_
Gemesis of Yeravninsk iron ore deposits. Geol. i geofiz. no.U:60-
68 164. (MIRA 18:4)
1. Institut zemnoy kory Sibirskogo ot(leleniya AN SSSR, Irkutsk.

KONOVALOV,.K.
All schoolchildren get breakfast and luRch-in the school ng
.room. ---Qbahahastv.. pit.. no.601 le. 163. (KMA 1 :12)
1. Direktor tresta stolovykh Miybyshevskogo rayona Leningrada.

KONOVALOV, KA.. inzh,
Signal light networks with semiautomatic block systems should be
standardized. Avtom.,, telem.i sviazO 6 no.4:29,.30 Ap '620'
(MIRA 15:4)
1. Lergiprotrans. (Railroada-Signaling)

K~qll OV, -K.A. .,
_.~Ir
Selection of a standard semlautotmtic bloc-k cystem network.
Avtom., telem. i sviazI 8 no.11:16-19 N 164. (MIF,~ 17-12)
,,radskog,o -gosudurstvennogo provaktn,,-
a. Rulmmodit-ell grappy Loning 0
izyskatel'skogo Juatituta lulosudarstvennogo proizvodstvennogo ko-
miteta po tranaportnomu stroltellstvu SSSR.

jKONOTAI=,-K--A-, ingh.
Design vorkerB need good handbooks. Avtom., telem. i sylazo
no.4*41 Ap 1630, (MIRA 16:4)
1. Lengiprotrane.
(Railroads-Signaling)

Me. g ,.t nf Ri

- KONOVAWV. K.D.: G4UZINOV, X.V.
Investigating blast furnace combustion zoneo. Trudy Ural politelb.
inst. no.105,18-29 160. (MIFA 14:3)
(Blast furnaces-Combustion)

LAA14 EWT 0) is) j 01 (Ud _)Y_ D
ACC NRi AP5024914 UR/0382/65/000/003/0139/0144
.AUT11ORt Konovalov, K.D,j Kochney, H.
OR!5-. None,
TITLE: Results of tests and approaches to the optimization of an external to the,
ele trical
blast furnaceAnstallation for the removal of_qmlphxtr.frQM cast iron c
stirrigylf~) 14 ;1
SOURCE: Magnitnaya gidrodinamika, no. 3, 1965, 139-144
TOPIC TAGS: nctal refining, cast irop refining, cast iron desulphurization, electro-
magnetic chemical refining, magnetohydrodynamic stirring
ABSTRACT: Research on cast .iron desulphurization by chemical additives andelectrodyna~
mic stirring is discussed. AC electromagnets were utilized for stirring. The frequen
CY used was 50 c/s; the Initial sulphur content of the pig iron was between .08% and
,147'a. mixtures of Al, CaF and CaO, Pig.1; NaCl, - Fig. 2; and Na~_1003, - Fig 3, were
tried. Up to around 60% of sulphur could be removed. Analysis , observations and expe-
riments with a mercury similitude model point to 26 c/s as the optirmm freq"enc-l. Kea-L_
ting of the desulfurator/iron interface is considered,ne Icessary. Electrical features
of the power supply and of the controls are given. Orig. art. has 6 figs, 1 table.
Pigures on card 2/2. ~1
Card 1/2 UDC 669.162.267,6 + 538.4

2260 K-onovalGv. K.M.
Stroitellstvo I 14ekhanizatsJya Rabot Na Zhivot-Novodcheskikh Fermakho Posob*v
Dlya Agrozootekhn. lursov. Ashkhabad, Turkwngosizdat, 1954. 44a. s M.
19sm. 10.000 EKZ- 50k. - Na Turlm. Yaz.-
(54-56039) 636.o83.1:69.*636.oo25

IWNILOV, P.M.; XONOVALOW, I.N.; TBM, I.I.; CHUMAYXVICH. M.G.
Improvements In the technology of calting wd pouring transformer
steelc 3FIz.metA wetalloved. 1 no.1:139-142 155. (KLHA 9:3)
1. lusnetakly metallurgicheakty kowbinat imeni Stalina.
(Shoot steel--Notallurgy)

L i t L!,2
MweJ3 of

KONOVALOV, K.N.
I-W -O-,-Ww0WOWw;w,
geating ingot deadheads with gas. Blul. TSNIICHM no.16,.W-* 157.
(KIU 11 a., 5)
1. Manstakly motallurgichookly kombinat.
(Stool castings)

-- --- --N.- -ULUW, A. N. - TELER, -L. 1-. 1-
,xUwTUULFLUv) . A9!OALLU,
SHIRIMCIN, E. N.,, and GWAYEVICH, M. 0.
"VhcuumA~reatwnt or the NX 15-#teel and Commercial Experience of
the Vacuum Transformer Treatment."
paper presented at Second Symposium an the Application of Vacuum Metallurgy.
/ - -, , ( .5 - ~~'
-fl-i-

133-58-4-9/40
AUTHORS:Xonova19X-,,--X--ff., Korneva, N. K., Danilov, P. M.1
f6d-er-,-L. I.. Drobyazko . T. T. and Shtepa, A.S. , Engineers.
TITLE: Gaseous Heating of ingot Heads (Gazovyy obogrev
pribyllnoy chasti slitka)
PERIODICAL:,Stall, 1958, Nr 49 PP 311-316 (USSR)
ABSTRACT: The use of 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, the
diameter of the tube for the gaseous mixture 1 1/211.
Oxygen pressure 4-7 atm., coke oyen gas pressure 200-350 mm,
H20. Consumption of gas 40-70 m2/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', dependin15 on the
Card 1/3 level of metal. The influence of gaseous heating on the

Gaseous Heating of Ingot Heads 133-53-4-9/40
quality of 6teel was studied on transverse macro-teinplets
cut out from the upper part of ingots after crop end
(Fig-3). Chemical analysis indicated oxidation of
alumi-nium, manganese and silicon (Fig.4). When bunkerite
was added and carrying out heating under a protective
layer of slag (by adding chamotte furnace slag etc.)
with a small addition of deoxidan1sl the oxidation of
elements was stopped. The experimental results are shown
in the Table. It was established that gaseous heating
is possible, the quality of metal did not deteriorate and
the yield of good semis increased by 5-7% due to a
decrease in crop head from 17-18% to 10-11%. Similar
experiments were carried out with stainless steel lKhl8N9T.
The results obtained indicated that the heating conditions
(the ratio of the consumption of gas and oxygen and
heating intensity) have a deciding influence on the
oxidation of titanium and the quality of the macro-
structure of steel. The following optimal conditions
viere established: Heating 2eriods.
I II III
Card 2/3 duration of heating period, min - 30-40 30-40 20-30
oxyGen pressurel atm 6 5 4-3

tx A. I
t
a r 6
wo
9d 6 'o

2v I 3q/6C/Ox~~-X-/%-VO I I
AVnVM. P1 zhuk- D a X.F., N. V., Yl-"-,-'. V.-
Il-! P K-Lu-&.
TrrLZt Cm ~h. ?=1-1" or T'snsfz~*r
POT=CAL: Mat&11-x, 060, Ila. 6. pp. 18-22
TEO, Inf*reat:= Is Siven on In th, tr-
foroor St.. I.01tIng a.
-~ffff^ ..... .. ...
RiCh (M-tak X. ~TJ-i C-bln,!) -1 %1-
..t&19
lurg-ciheak!y a-ve 4
ad Ptod b7 V*e ~Zr.*7~;etsstal w-
1- h!ri -tvnt of C -1
3 tra obtsieid I- the --to 0.3--Q.40 c onJ 0.03G-.C!-~; X- 'n~e
carbon I-a midlx*d trr --he am and the,n b7 gase=s aiqgqn. lie
d
t:penda on the Ir- I. the "to! (no. .."r After
,loettrg the --A! Is =z:-t*1 to - treatr,nt. In the 1.tdle. At tht
ant -h- calting p-ess Is ccnftc-.*d In a h10:1y orgmi-d -r. ':he
r. 00--7 -t 0.- cre -! li~o 1. :=ad -to Ut. so thn- ~'. -111-1-z
and the soalting Stage ars toobined. After repeatell -ag famttlan -!~t Lx
.bJected to ox7a= bLu-; Oaring Uw Kea- Vie carbm content :.s
OA the Probleot or T~-afvrcer 3test Melting
0.02-0;01-(. Until t-WzLng at e.. Ch.iy.bl-k PI-t. e-
brourp about w1uh Lmoo re atul ~bzeVmt elininition of cart
-n --7 bl-inz tot
pool Ith pm-tly. -to -Aistion -A the -Itinq stage, h.- rein
cesubined; L-It-ously 11th the ~hlrge 2.5 t 1ren ore and 1.0 t ll~ are
Lntrofteed It waS 2u-42 thAt At- co-nt of rejects was at ill
the lanta rho 4*;-e=c* of aw
-face d.feetz In slobs on tl-.o
turepl. th. ladle L. gl- and h-a ~gat the
.bt.iiied at a t--p.-t- or 1570-15t0 C. The content of -t.l.
produmd by the e=-rated Plante In mpreseittftd kV gre-h,. The v,%^1 :~Iuce;!
at VA chelyabinZ ZZ=t contained the h ghedt-lis or dirb~. -'Ur.
mancane and nick... The cetal fro% DD:Prospet-talt rontained lk~ I-dt
~ts. or trben. *~Ifur and cl~A- (-- 0,COI)9). ",. -tal f- tri. !W-t,!,.
ConbLne cont"n4d oce csrbon and -1-t. 40% of 'the no't4 em-21-d *.CCi5-0.OC9;
a. M-sftrxltj~ of a ;wr tent of TI were "votled In all the ~vtals. DA o,,
the out;ut of hith-gr&d~ rolled &-teeta rade of notal whtch - rm~-.ed bu
ikf."-.l ond pients, do not imt-t. the d-tig" or -.~ or v:. vt!i-
tedviclogy. since an. effect of the used tedutolczy on the wt,~t was not
establW.ed. Thom art 2 svta of grs;~nx and 3 tables.
AMOCIATI= tTs~-==O- r-h*Iy&bI"k2j cats,11urgiche3kly zarod (Ove'yabinsk
Natall=Wcal Plant) r-inotskiy metallargicheskiy k=b1nat
(r=n.tsk Cobin.)
Card 2/2

KONOVALOV, K.N.; ASHCHENKO, V.Yeo
Technology of smelting and pouring cold-rolled transformer
steel. HetaLUurg 7 no*7:17-20 JI 162o . (MIRA 15:7)
1. Kuznetskiy metallurgicheskiy kombinat.
(Steel ingots-Testing)
(Sheet steel--Magnetic properties)

!ACCESSION NR:. AF403,9474 S/0133/64/000/003/0229/0M
op A. (Engineer)'
AUTHORS: K Glasov, A* He (Engineer); Danilovp P, Me
(Enginaer); FZ~chsnlcop V. In. (Foginser)
TITLE: The effect of ingot nold lubrication an the surface quality of steel
SOURCE: Stall, no* 39 19640 229-231
TOPIC TAGSt steel., lXh18N9T stainless atools steel malting, steel pouringj, Ingot
niold lubricants oxidizing lubricants reducing lubricants evaporative lubricants
.refractory powders slag powder, naphthalenes anthracensp petrolatums lakoil
lubricant,
~~ABSTRACT: The effect of ingot mold lubrication on the quality of the surface of
.stainless steel ingots (3XhlW9T) was studied experimentally. The casts were
produced by both top- and bottom-pouring methods, 7he results showed that the
addition of oxidizing or reducing powders to the usual lubricant did not eliminate
the fozmation of crust and of pitted surface, while evaporative lubricant applied
-to cool molds decreased the m=ber of pits but iner"sed various defeat& asnoel"
Cd-,d 1/2

iACCESSION NR: AP4019474
with the formation of crust* A was also determined that the absence of lubricaft
or the use of the refractory and slag powders as substitutes for lubricants
increased the number of scabs an the ingot surface, and that the presence of
imoisture or of organic matter in such powders increased the degree of surface
pitting* Adding dry borax to the I'lakoil" lubricant improved somewhat the surface
qualitys whereas using naphthalenes anthracenet and petrolatum as lubriunts
i
:created reducing conditions during steel pouring and resulted in a uniform "lubri-
cating" layer of soot on the mold walls and produced a greatly improved gar-oral
appearance of the ingot surface. OrdS. art. hams 3 figurese
ASSOCIATMN; Nusnatskly =UUurgichaskiy kombinat (Kuznetsk MetaLlurgical
Combine)
SUBMITTEDt 00 DATE AOQ: 27M&r64 NICU 00
ISUB CDDE: ML NO REF SOV, 003 OTHER& 000
CO'rd 2/2

KONOVMV9 EA. , -irlzh.
S:)-~ne equ&pq of surffs-e dknfectn in stainle-it, at~ep-4 S L-a 11 21 5
no.2~153-157 F '65. . ( f -I- RA 18 .-, -I )
1. Ka,:netskly melvallurpichp-skiy kombinat.

GLAZOV, A.N.; KONOVALOV, K.N.; MIONASTYRSKIY, V.Ya.; PASIICIONKO, V.Ye.
Improving the quality of ingots of ShKA15 ball bearina stiael,
0
Metallurg 10 no.WO-21 Ag 165. WIRA 18:8)
1. KuznetsKy metallurgicheskly kombinat.

MONTASTYWiKIY, V,Yd.; DUBROVIN, A.K.; LASKARON,13'KIYY E.N.; GLAZU1, AJI.;
MIKHEYEV, V.G.; TE Ut, 1,
DANILOV, P.M.; KONOV&QY, 'DF .1.
Improving the technology of smelting, pouring, and heating
0 - 2Kh13 steel ingots. Metallurg 10 no.12:14-16 D 165.
(IMRA 18:12)
1. Kuznetskiy metallurgicheskiy kombinat.

ZHURIKOV, V.N.; ILOIN, M.A.; KRASAVIN, N.N.; PISKUNOV, V.T.;
RUSINOVI I.V.; SUVOROVA, L.I.; TSIKOTO, I.A.;
fLONQYA~jQy,, L.,, red.; MUKHIN, Yu.p tekhn. red.
[Reader in agricultural economics] Kniga dlia chteniia p0
ekonomike sellskogo khoziaistva. Moskva, Politizdat,
1963. 287 P. (MIRA 17:1)

ALIPEROVICH, Yuriy Izrailevich, zhurnFLU;m; KQ;()V..tA,OV, II-J. vea.
[In the fields of the Alturel Ila uoliiakh %-,,
Skva, Politizdat, 1964. 1,14 fj- Omillu, Js-.2)

DUKENEITICH, Vadim Ignatt-evich; KO-OVAUM.--~~~' ~- ~
SKOROXHODOVI-A.A.p reteenzent; RADVKIN, V.P.j, red.; SYRCHINA,
M.M., red-SAIA-0k; MALIKOVA, N.T., tekhn. red.
(Steel costs]Sebestoimosti stali. Sverdlovsk Metallurg-
izdat, 1962. 57 p. NMA 15:7)
(Steel-Costs)

,,KOF,OVALOV, Leopolld Anatoltyevich
[Analyzing the potentials of the cost reduction of
electric steel] Analiz rezervov snizheniia sebe-
stoimosti elek-trostali. Moskva, Metallurgiia, 1965.
U3 P. WIRA 18:7)

KONOVALOYj L.A.; GLUMITLYN, I.V., red.; KOVALEVSKIY, M.A., red.
izd-va; MIIYEKOVA, G.M., tekhn. red.
(Business accounting is a means of mobilizing internal
potentials] KhoziaistveraWi raschet - uslovie robilizatsii
vnutrennikh rezervov. Moskva, Metallurgizdat, 1963. 25 P.
(MIRA 17:3)

KONOVALOV, L. - ____
For themselves. Okhr. truda i sots. strakh. 5 no.5-.10-11
My 162. (NIRA 15:5)
1. Takhnicheskiy inopektor Wovosibirokogo oblsovprofa.
(Berdsk-Radio industry~--Hygienie aspects)

o A/0 Vp L- 0 V
k IIRA 18j8)

MATITSEV, M.V.; f~OVALCVt L.I.
Possibilities for increasing brick production. Stroi. mat.
11 no.2t26-27 F 165. (MIRA 1813)
1. Glavnyy inzh. Cheremushkinskogo keramicheakogo zavoda (for
Malltsev). 2. Fachallnik tekhnicheskogo o-tdela Cheremushkingskogo
keramicheskogo tavoda (for Konovalov).

Uri, 7%..
Phy It r 4, t,,
lb~
ro 8 q i
k~ Ag 6
1. Submitted May 5, 19614.

USSH/Cultivated Plomtsi Coreals;
Abs Jour: Ref Zhur-Biol-j No 1T) 1958: 77575-
M
Author : Terentlyev, V.M.; Stasenko, N.N.; Konoval N.
Inst :Institute of Biology AS DSSR-
Title :On Several Features of Growth and Development of
Grain Crops on Peat Soil.
Orig Pub: Uyul- In-ta biol. AN DSSR, vyp. 2, 1956 (1957),
94-99.
Abstract: observations were conducted for the development
of plants of Kitchener wheat on peat and mineral
soils. On the peat soil, tillering and shooting
up was more intensive, but in the fruit-bearing
organs, less dry substance accumulated than on
the mineral soil, in connection with which the
Card 1/2

WSKOP Lev Maksimovich; KONOVALOV, L.,- red,; TROYANOWSKAYA, N.,
tekbn. red.
.[Advamed Practices shoad be kwwA to each agricatural
worker] Peivdovoi opyt - kazhdowu rabotniku.sellskogo kbo-
Siaistva. Moskva,, Gos izd-vo polit. :Lit-x7 196l. 46 p.
IMIRA 15:4)
"Sellskaya zhi=" (for Krasko).
1. Sotrudnik gazety
(Agriculture)

18596
S/081/62/000/010/062/085
B166/B144
AUTHOR: Konovalov, L. I.
TITLE: Heating rubbers in a high-frequency electric field
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 10, 1962, 0'59, abstract
10?427 (Tr. Mosk. in-ta khim. mashinostr.9 v. 21, 1960,
125-130.)
TEXT: The Process of raising the temperature of polychloroprene and
styrene-butadiene rubbers (SBR) %o 1000C in an alternating electric field
at a frequency of 10 Mc/s (for polychloroprene) and 2a-25 Mc/s (for SBR),
with a field strength of 300 to 350 V/Mm and a h.f. oscillator efficiency
of 31w,'o was studied. The temperature was measured by a needle-type
thermocouple with the current switched off. This method gives more uniform
and rapid heating than the use of hot air, (15000- Heating a plate of
SBR 60 to 100 mm thick takes 2 min; heating a bale-of polychloroprend
rubber measuring 150*200-60 mm takes only 40 to 45 sec, at a specific
electric Power consumption of 0-17 kwh/kg and 0.11 kwh/kg respectively.
The industrial use of high-frequency currents for drying and decrystalliz4
Card 1/2

h0969
S/081 62/000/016/040/043
B171/B186
AUTHORSs Rozanov, S. P., Konovaloy, L. I.
TITLE: Investigation on electrophysical properties of rubbers
PERIODICALt Referativnyy zhurnal. Khimiya, no. 16, 1962, 556, abstract
16~341 (Tr. Moak. in-:ta khim. mashinostr., v. 21, 1960,
107 - 124)
TEXTs The dielectric constant (a)9 the angle of dielectric losses (tan 6)
and the coefficient of dielectric lossem,in CIAC-3-0 (SKS-30), CVE-30A
(SKS-30h) and in ohloroprene rubber (CP) were inve tigated with th:/help
of an universal 4-meter in the frequency rangg of ;00'kc/sec.-25 M aeo,,
at 20 - 150OCe For SKS-30 and SKS-30A, the experimentally obtained value.
of E was -2.5 (calculated value 2.2T) and changed only'little with
frequency (w). tan 6 ine'reases-fneignificantly with the increase of (d.
Both 6 and tan 6 remain constant when the temperature changes but they
increase with the increase in plasticity of rubber. For CP, & decreases
and tan 6 increases with the increase of 0, & increases and tan 6 decreases
as the plasticization of rubber progresses. With the progress of sulfur-
Card 1/2

KC-'OW-LOV, L. P. ; Ib!VE,,,3KIY, A. I.I.; V. --.; En-~S.
- L~ 1. 1
S'ue--,,M Boilers
Feeding scheme of boilers operating without a vrater caretaker, Elek. sta. 24, 111o. 1,
1953.
9. Monthly List of Russian Accessions, Library of Congress, May .1953. Unclassified.

KCKOV 1111-0 Anzhener.
%mWOW-"OOW-
Water level regulator In coadennere and other vessels. 3mergetik 4 ne.9;
11-12 S 156. (Food-water regulation) (Km 9:10)

.KONOVALOV. L.P., inzhener.
Operation of automatic controllers of combustion in boilers Inerr-
tik 4 no.10:6-7 0 156. (" -9: 11)
(Combustion) (Automatic control)

AID P 4370
Subject USSR/Heat Engineering
Card 1/1 Pub. 110-a - 15/19
Author : Konovalov, L. P., Eng. Dnepr Power System
Title : Self-starting of a s1l.-and-by turbopump
Periodical : Teploenergitika,~ 4, 57, Ap 1956
Abstract : The article gives a description of a self-starting
turbopump carrying water to the boiler drum installed
at one of Wbe power plants In the south. The installation
is controlled by the feedwater pressure. One diagram.
Institution : None
Submitted : No date

insh.
Steam pressure regulator for turbine end packing. Bnergetik 5 no.10.-
8-9 0 '57. (MM 10:12)
(turbines)

A ITT HOR Konovalov, L.P., Engineer SOV/91-58-3-5/28
-----------
TITLE: The Automatic Loading of Grinders with Coal (Avtomaticheskaya
zagruzka meltnits uglft) Exchange of Experience (Obmen
opytom)
PERIODICAL: Energetik, 1958,,Nr 3, pp 8-9 (USSR)
ABSTRACT: The author reports thnt application of an ER-Sh electronic
regulator for controlling the coal load in power-plant mills
is a success. The regulator, combined with - heat laboratory,
co'ntrols the automatic unit as well - ' --ature measure- .
ments (SNATI). The reg.1--ktor -- -Justed to control both
mills wiltb or without separator and intermediate hopper. A -
diagram showing the load regulation of the coal grinder with-
out separator and intermediate hopper is given. The regula-
tor was constructed on the basis of the electronic regulator
ER-III and can be substituted by other control units (electro-
mechanical, pneumatic, hydraulic, etc.). The described
electronic regulator was installed at the Kennedi ball mills
of 5 ton/hour capacity. The mills nre working without se-
Card 112

SOV/91-58-3-5/28
The Automatic Loading of Grinders with Coal. Exbhange of Experience.
parators and intermediate hoppers. Every boiler has 2 mills.
The maximum productivity of single boilers is 70 ton./hour.
Anthracite dust (ASh) was used as fuel.
There is 1 diagram.
Card 2/2
tLx-xqy-anw-caroon s-urac=a-.L - s-ceels.
Card 1/2
ALA, Mi A-e1UU)tJ41
fine
4
8 3
-NI
b)
00
Fig. 1. Fatigue curves: a - 45 steel;b
40KM steel for v ious values of 4a-lar--V
Curves 0*- tests with*constant stress
Orig. art. has: 4 formulas, 7 graPhat and 2 tables.
SUB CODE; 11, ZO/ SM DATE: none/ ORIG REF: 009
Card 2/2

r

YAROSLAVSKIY, N.G.; -IMS7 L.-V.
Long-wave absorption spectra of complex compounds of aniline with metals.
Dokl. AN ISSSR 162 no.W44-14~, YV 165. (MIRA 1815)
1. Submitted November 9, 1964.

KONOVALOV, L.V.o insh.
Relative duration of the operating period as
load graph of a crane gear. Vest.mash. 41
(Craneo, derricka, etc.)
a characteriotic of the
no.7-.33-35 Jl 061.
(KIM 14:6)

EDNOVAIDV, L.V., inzh.; SPITSYM, 1.0.,, Imnd.tekhn.nauk; FRNYDMG. s.j.,
We of crane parts. Sbor. VNIIPTUSH no,25:3-16 159
(MIRA 13: U)
(Cranes, derricks, etc.)

KONOVAIDV, L.V., inzh.
Value of the wheal-flange factor. Sbor. VNIIPTHASH no.25:52-"
159. (NM 13:11)
(Cranes, derricks, etc.)

KONOVALOV, L.V., insh.
Durabilit7 Of parts of crane mechanisms. Vest,mash. 40
no.9:7-11 S 160* (MIRA 13:9)
(Cranes, 'derricks, etcj (Strength of materials)

S/145/61/000/005/005/009
D221/1)306
AUTHORS: Shuvalovj SOA.9 Candidate of Technical Sciences, and
Konovalov, L.V., Engineer
TITLE; Consideration of variable loads when calculating
fatugue resistance in bending
PERIODICAL: Izvestiya vysshykh uchbenykh zavedeniy. Mashino-
stroyeniye, no. 5, 1961, 51 - 59
TEM The authors suggest the use of a unified method of fatigue
tests for components working with variable stresses in order to
assess the effect of metal training by various loads. Experiments
Parried out by BHMJnTMAW (VNIIPTMASh) and QHMW 11M (TsNII ChM) em-
ployed variable symmetrical loads in bending on a MBn -12000 (MVP-
12000) program controlled machine. Specimens were plain round,
without stress concentrations. The amplitude of stresses during
each test was continuously varied by a cam mechanism following in
section AO (Fig# 1) the step function of
Card 1/8

B/145/61/000/005/005/009
Consideration of variable loads D221/D306
MMIn
where M V Mplax, M,,, (dil &M[Axo are the ctirrent, Piftximum and
minimum amplitudes of bending moment; nc - number of half cycles
of load per period of stress amplitude variation (pOr one turn of
cam); a,-- V4 is the exponent that characterizes the changes of
stress amplitudes within the range o' Gmin (curves 1 and 2 in
max 7
Fig. 1). The selected law of variation corresponds to cyclic loads
of cranes. The total life of specimen N, is determined by N = n
where A is the number of cam turns until the destruction of the
specimen. A graph is plotted for steel 40 on the basis of experi-
mental data . The analysis of curves indicates that an increase bet-
ween the maximum and minimum levels of stresses shifts the fatigue
line to the right. There is a simultaneous level increase in the
maximum stressing. With adequate accumulation of results due to
Card 2/8
281-71
S/145/61/000/005/005/009
Consideration of variable loads D221/D306
similar tests, it will be possible to provide empirical relation-
ships between the life duration and load curves which would form a
basis for calculations of a specified service term. At present,
the calculation of components subject to variable stresses is. being
carried out in respect to the equivalent load or limit stress.In
thd case of the intermittent law of fluctuations in the stress am-
plitude
dni
N 1 (4)
is employed as stated by S-V. Serensen and L.A. Kozlov (Ref. 4:
Vestnik mashinostroyeniya, no. 12, 1953). In the above equationo
dn i is an infinitely small number of cycles of loads during the in-
termediate stressing of lit Ni is the number of cycles prior to
destruction with a stress of di on the endurance curve.and in the
case of a constant amplitude of stresses. Coefficient a is a cha-
Card 3/8

S/14~76'~"/000/005/005/009
Consideration of variable loads D221/D306
racteristic resistance to overloads of the material, ?v is the num-
ber of fluctuation periods of the stress amplitude during the life.
Substituting the differential dn. from Eq. (1) into*
N ='nck, (2)
as well as N from the expression of the endurance curve, N'oIM
N CIM
0 -1, the author deduce
N' 3
4 d,
"I'n (at %1n) =a, (5)
fam-1 No (a... - -.In)
where d 'is the continuous limit of endurance in the case of a
constant amplitude of stresses with a symmetrical cylce; No is the
i)uinber of cycles corresponding to the bend of the endurance curve;
N is the number of cycles of destruction given by Eq. (2); m is
Card 4/8

IM71
S/145/61/000/005/005/009
Consideration of variable loads ... D221/D306
the cotangent of angle of the inclination between the endurance
curve and the horizontal axis. A clearer notion on the "relief" of
surface which is formed by values of a is obtained from a special
graphq shown in ',Fig. 8. This is polotted for steel CT 45 (ST 45),
and for different combinations of &max/o~-l and c~nin/o` -1" Analysis
of data indicates that the characteristic of a decreases with the
rise of ultimate strength of steel. The relationship is involved.
Simplification in calculations is achieved by assuming a = 1. This
results in 4 % errors for llsb~Ctll steels and 5 % for hard materials.
It appears that in the case o-f variable amplitude of stressesp the
continuous limit of endurance rises with respect to the maximum
stress, or a sharp bend of fatigue curves takes place when a grea-
ter number of load cycles will be required for the destruezion of
the component. Consequently, prior to the accumulaiion of an ade-
quate amount of experimental data, it is necessary to determine the
equivalent number of cycles by assuming a = 1, and excluding
Mmin O~Iin
F_ .~ -_