SCIENTIFIC ABSTRACT KONAKOV, P.K. - KONAREVA, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824130002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,KONAKOV, PaK,,_:
Reciprocity principle in irreversible-process thermodynamics.
Inzh.-fiz. zhur. 9 no.3:369-376 S 165. (MITRA 12:9)
1. Institut inzhenerov zheleznodorozhnago transporta, Moskva.

KONAKOV, P.N., elaktromakhanik
Improvement in the operation of the lGIM circuits Avtom,, teleme
i aviast 4 no. 12136 D 160, (MIRA 14:1)
1. Distantsiya signalizateii i evyazi Komoomollsk-na-Amure
Dallnevostochnoy dorogi.
(Telephone, Automatic)

BLINIMR, I.D.j iush.;I;QMRLAp L.P., insh.
Interoommunicttion systen amplifiers in ISP control panels. Avtom.
toles. I svias'3 no.Ilt2l-23 N 159 (MIRA 13:3)
1, Konstruktorskoys byuro Glavnogo upravloulya eignalizatell i evyazl,
(Transistor amplifiers)

KORAKOVA, 17. M.: Mster Mad Sci (dirs) -- "A omparative evaluation of the e--F'-
fectiveness of certain mothodn of treating rheumatism". KhartIcav, 1959. 12 pp
(DarIkov Med Inst), 200 copiee (KL., No 15~ 1959,, 119)

SULIKOVSXA,YA, N.A.; MDRMTA, N.M.; ~FASIKO, N,P, (Kharlkov)
Diuretic effect of cortin In the treatment of cardiac Insufficiency.
Vrach.delo no.9:9?5-976 S 159. (MIRA 13:2)
1. Kafedra terapil I (saveduyushchty - doktorl-med.nauk N.A. Sultmovska-
ya) Ulcrainskogo instituta usovershenetvovanlya vrachey i Mrs^
klinicheelmqa bollultsa.
(ERM--PAILURB) (CORTIN)

SULIKOVSKAYAt N.A.; KRIVOLUTSKAYAq 0-14 KONAKOVAt KX, (Kharlkov)
Clinical and pathophysiological characteristics of the action of
corglycone in cardiac insufficiency. Kaz.med-zhure no,5:107-108
s-o 6o. (ICU 13:11)
(HwT FAnuRs)
(CARDIAC GLYCOSIDES)

KONAKOVA, N.M., Cand. Med. Sci-, - (diss) "Comparative evaluation of the
effectiveness of certain methods of treating fteumatism," Kharkov, 1961,, 14 pp
(KhaA.ov Medical Institute), 22 copies (XL-Supp 9-61', 190)

GOLITSIN) 14.F.; HONANMVZ M.K.
Replacing mdtal 2ining of the elevator shaft with wood-lined
oections. Sbor. rats* predle vnedr, v proizvo no.2:17 161o
(IURA 14': 7)
1. Nizhne-Tajillskiy metallurgicheskiy kombinat.. Vyookogorskoye
rtidoupravleniye.
(Elevators--Meintenance and repair)

KoNmwmu, S. 1.
Compressed loess-type Rocks from Rudnyy Altay. Materialy po inzh.
geologii, No 3, 1953, 125-126.
The physical properties of the loess aret specific weight 2.73, volumetric
weight 1.85, porob#y 32-38%. Sharp predominance of a powdery fraction and
absence of a sandy fraction distinguish the described loess-type rocks from the
stony loess of Central Asia. (RZhGeol, No 1, 1954)
SO: VI-31128, 11 jan 55

CA
17
Pkffm9C$WW im#NWY 'a P*knd.
trscmyd Chem. 5(291) 614--.o(1049).-The PfQii" Of the
/Polish phumamtk-, ~, mustry sinct 1945 il fVvirwril And
the new productA Which an to tye produced during low-55
are listed. Frank Gonet

KIYENYA, Igor' Makarovicho kand. tekhn. nauk, dots.; KONARDOVA
T.Fa&~d.
(Switched and regulated transistor diodes; lectures on
the subjects "Ionic and electronic converters" and "electronic
and ionic devices" for fourth-year students specializing in
"Electrification of railroad transportation and automatic
control# remote control, and commimications in railroad trans-
portation"] Perekliuchaiushchie i upravliaerqe poluprovodni-
kovye diodyj lektaiia po distsiplinam, "Ionnye i elektronnye
preobrazovateli" i "Elektromye i ionnye pribory" dlia stu-
dentov IV kursa spetsiallnostei "Blektrifikatsiia zhelezno-
dorozhnogo tramplrta i avtomatika, telemekhanika i sviaz'
na zheleznodorozhnom transports." Moskva$ Vaes. zaochnyi in-t
inzhenerOV 2hel-dor. trRn8P,j, 1964, 16 p. (MIRA 18s9)

LEPAYEV9 D.A.; SHTEKM, N-Ya.; KONARDOVA, T.F., red.; TRUSOV, N.S.#
____ ----------
takhn. red.
[Use and repair of electric appliances at home]Ekepluatatsila i
remont bjrtovykh slaktropriborov v domashnikh usloviiakh. Mo-
akva, Goomestpromizdatt 1962. 94 P. (MIRA 16-.1)
(Electric motors--Maintenance and re~ftir)
(Electric apparatus and appliances

GOSIN, N.Ya.;
Tj,
jq~AgPQV~A
red.;
TPJJSOV,
N.S.,
tekhn. red.

(Over-all mechaiitzation in seasonal brick plants.]Komplekanaia
mekhanizataiia na sezonnykh kirpichnykh zavodakh. Moskva,
Gosmestpromizdat., 1962. 110 p. (MIRA 16:3)
(Brick industry-Equipment and supplies)

Frar,~Isek
L"clalp,rient for the-rinal procesi-ing -of busait. 2'klar a keramik
14 no. 7:209 JI 164.
Research Institute o-r Connp-lex N)chanizatirmi imi
.;-al,c,irtation of' GlaBs and Fire 7erami:~ Industry, Pragne.

KONAREKI
Melting attachment for production of basaltic aalt 919 sum A
XMMIK Vole
(Ministerstvo lehkeho pruqrslu) praha. No- 49 4r.
1954
SOURCE: East European Accessions List (EM ).Library of Congress,
Vol. No. 12s December 19%

KORAM, A., Inzhener.
M.,j~4
Automatic control apparatus for mine machinery,
noollt23-24 N154,
(Mining machinery)(Autonatic control)
- -- - ME
mast,ugl.3
(MM 8:3)

ACC NR2 AM7003442 Monograph Ta/
_Kanarey,__A. B.; Mityashkin,
Abramov, A. M. ; Zelikov, I. I- Idzon, M. F.
D. Z.; Nikollskiy, L. A.; Pronina, Ye. M.; Romanov, Talanova, G. A.
-innyU
Manufacture of gas-turbine engines Reference manual (Proizvodstvo gazoturb
dvirrateley; spravochnoye posobiye) Ed. by M. F. Idzon, Moscow, Izd-vo
0
llmashinostroyenlye", 66. 0472 p. illus., biblio. , index. 5, 000 copies printed
TOPIC TAGS: gas turbine engine, metalworking machinery, hot machinincr., metal
machining, metal stamping, metal welding, mechanical metal cutting, hot
forming
PURPOSE AND COVERAGE: This reference manual contains technical specifica-
tions for the design of parts and units of gas-turbine engines. Information is
given on their manufacture by hot forming casting, cold forging, welding mechani
t2
cal and electric processing, and also on equipment, technical control, automa-
tion of production processes and production- organization. This book is intended
for technologists of machine building plants, engaged in the production of station-
ary and transport gas-turbine engines. it winalso be useful to designers and
students of senior courses of the respective departments of institutions of higher
Card 1/4 UDC: 621. 438. 002. 2(083)
ACC NRs AM7003442
learning. Professor A. A. Kuindzhi made a series of valuable comments during
the preparation of the manuscript. Candidate of'Technical Sciences 1. 1. Pudkov
and Engineers V. Ye. Popov, N. I. Sokolov, G. A. Sharonov, A. V. Magdich,
D. K. Domnikov, D. I. Braslovskiy, Yu. S. Fedorov, Ye. P. Rogozhkin, 1. Ya.
Degtyarev, V. D. Andreyev, S. M. Skakallskiy, were of great assistance in the
preparation of the manuscript.
TABLE OF CONTENT [abridged]
Foreword -- 6
Ch. 1. Technological aspects of a design (Written by Engineer A. B.
Konarev) -- 9
Ch. 2. Manufacture of parts by hot forming (Written by Candidate of Technical
Sciences L. A. Nikollskiy.) 38
Literature -- 91
3. Casting of parts (Written by Candidate of Technical Sciences I. L.
Zelikov) 92
-C
-.2/4

ACC NR: AM7003442
Literature 150
,; 71 . .
Ch. 4. of parts by cold working (Written by Candidate of Technical
Sciences A. M. Abramov)'-- 151
Literature -- 205
Ch. 5. Manufacture of parts by welding (Written by Candidate of Technical
Sciences Ye. M. Pronin) -- 206
1 Ch. 6. Machining of parts (Written by Engineer M., F. Idzon) - - 283..
Liier~ture 389
i'Ch' 7. Machining of heat resistant steels and alloys (Written
I . . -by QarA idate of
Technical Sciences K. F. Romanov) -7 31910
Literature 401
Ch. -8. Machining of parts by electrical methods en by chnical,
j _Ca4ctj4ate,Qf. Te
D. Z. Mityashkin)* 40i'
i Card 3/4
G 3. 9,; g. 29

AIM'1003442
Literature 440
Ch. 9. Org.~nization of production (Written b
Y,
Literature 465

KONAREVP.,B.k-U., uchitell khimij
Butler6y'a syntheses. Khlm.v shkole 14 n0-5.-25-26 3-0
159. (MIRA 12:12)
1. Srednyava shkola g;Alevola. -
(Butlerev, Alshandr Mikhallovich. 1828-1886)

KONAwP,Nt.,-.Aq.Mtel' orednoy shkoly (g.Aloyskp Altayukiy k~W)
Use of Academician A.E. Fermn's books in the teaching of
chouletry. Xhim, v shkole 16 no.1137-4 Ja-F 1604 (KIRA l4d)
Oersmany Aleksanr Evgenlevicho 1883m1%5)
(Chemistry-Study and teaching) -

KONARBV,_B. (g*Aleyak, Altayskiy kra7)
"Holy water" ard silver. Nauka i zhiznl 27 no.6:49 A 160.
(MIRA 1327)
(4ligion)
(Water-Sterilization)
(Silver ions)

---------------
KONAREV, B.N., uchitell
Quizzes in chemistry.in night schools. Din. v shkole 16 no.2s
47-48 Yr-kp 161. (KMA 14t 6)
1. Shkola rabochey molodezhi, g. Aleysk.
(Chemistry--Study and teaching)

F111110" tow 'OUs 14.0 !11 61
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Adw" im WSW d"Ido
-N& " OWMER In
0 poems d Now sew
,me voklom -isoj of I$ water %amp,-
(Ilyd'o,bm. Mal.. 1941,11 pan
from this L"'t, Dva district wv give- C-- 194"

-'Ov
DIOKM&Sd= d gdlbdM iS WAM Md Al~ =&Wfi 6001 led
MW modem =d 1W dt"m im P~ d we= dofidls*
M. Ka"m fffydr*CAWW. Mat., 1941, A 97-102).-[SO4") of 29
`Wcrwatir h= the Lower Don district us given (cf. C.,
led'M I). J. J. B.

aj*m" bm"" amw .4 in Wafer
I& ago"" wAresm firm no Kmlatov-
(144tothem. U&#., 1041. 11, 103 - 1171, ISO "1 4-1 17 If It ipwi~f'
m"w(vomIkof4ww Moidtottlet loft'. Il

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WSR/ Chemistry Reacti0a pracedfires
Card 1/1 Pub. 151 2/33
'Authors I Konamrs H, 1, ,and Solokin V A, So
Title About reaetions-inloolutions between zirconium nitrate and iodates ot
alkali metals. ~Part 20- Composition of Zr-iodate deposits settled in
solutions containing potassium iodate
Periodical Mir, ob, khIm,, 24/8.0 1279, 1283., August 1954
Abstract The composition 6f crystalline Zr-iodates was determined not only by the
concentration of Krc~ but also by the acidity of the solution. Itwas
established that fresh3,T deposited Zr-iodate to unstalale and, during
longer stay uith the mother liquor, it reacts with KI03 and iodie acid
forming hmiodate and anaiadate. The effect of K103 or iodie acidt om
the rate of conversioa of deposits into crystUline state, is explained,
one USSR reference (1954), .-Tables.
Ins"Itution
Subi,,Atted March 15, 1954

_.-leactions (a solition betweeit zgi6gu~m nitrale tad
-iodates of the alkAll raetkrw. M. T6_clect qrFt alkali
MRIM on the. C_=_P_OU--uO_Q_OTIhe thoolum N the
reActica. Af_L. Kanaftv end A."ISIVIiv-1n.
TGM. CUM. UI$_TR_I_q_;_"MFM"IIAKr7a_,,. ~-
tiou).-Sce C.A. 49, 61"alk.
-7-

WITR k M4
I Kj-
qmzffmy of M 39 nit -w-

ZOLOTTXH, Tavdokiya Vaoillyevna. kandidat takhnichaskikh nauk; ~ 16~4.
kandidat khImichaskikh nauk, redaktor; UDALITSOT. A-N., gUvW
rodaktor
CHigh pressure viscosim or (up to 5000 kG/sm2)] Viskostusitr vyskakogo
davleniis (do 3000 kG/V). Tema 4. no. P-56-406. Hooky&, Akedealis
nauk SSSR. 1956. 9 p. (14IaA 10:3)
(Viscosimetry)

USSR/Inorgwiic Chcmiatry - Complex Compounds C,
Abs Jour Referat Zhur - Khimiya, No 2, 1957, 4o88
Author Panteloyeva, A.N., Ropina, V,V,,
0 n)
Title On the Influence of the Nature df the.Acid on the
Composition of Freshly-Precipitated Zirconium Iodates
Orig Pub Zh. reorgan. khimii, 1956, 1, No 3, 392-399
Abstract A continuation (see R&Khim, 1955, 5483) 23536, 26023)
of the investigation of Zr iodates. From nitric-, hy-
.drochloric-, and perchloric a4id solutions Zr was preci-
pitated as Zr (1), Zr(OH)2(103)2 and
(OH)3(1103
Zr(OH)(10 3) (11). Fractional precipitation of indivi-
dual hydrQ-ioddt'as is possible. The authors attribute
the formation of precipitates of varying conposition
(from I to II) to the preseuce, in the solutions, of the
ions zF(,,M)3 Zr(OH);J--"' and Zr(Ml) + with which 103-
2 3
Card 1/2

~~acffcas bi-, solution b4tweed, 24 te, gnd
f0ditca of the 11k9l nietak. TH.- MWIMIt r"11 WfIfte Olkau
juatats 019 We cr Q the zifo~lfwwwlta and the
J4
Preefriftation, rd
M-1. 90aaf--y-Zhur. O&SAcher
Kkina. t1ha edliur- K.
_M. _jCh Ue 0.011V or
Str(Ouger (atIC pff 0.07).. inuatu and trRodate-P
'isolated (nntiucna~ and
N-1-1465"WL4 (hOt. fiept31(A3tf.-); at, high mnems. af MKOs
tltm are fcrtrteft &~10.~.MlOj mad
(ulat increly t4c add hexaWatc).- M.

soioovxim, A- S- L XONAMW, 14- L; ADATW, D.P.
Ixtraction of uramql nitrate with dilsourl mothylphosphonate. ZhIW.
imeorg. khIm. 5 no.8:1861-1867 Ag 160. NIU 13:9)
(Uranyl imitrate) (Phool3honle acid)

SHOBIK, L.Ye., inzh., ved. red.; KQNAREV~ ~M. ., kand. khim. nauk,
red. ; SHREYD3R,, A. V. , ka"n-d-7-ta-M. nauk, red. - POKOKAFEV,
V.A.', tekhn. red.; SOROKINA, TA, takha. red.
(Protection of metals from corrosion;-wear-resiatant, fir4oh-
Ing, and decorative coatingal4ashohita metalloy ot korroall,
isnosoatoikie, otdalochnye I gakorativays-pokrytiia. Moskva,
Filial Vaes. in-ta nauchn.i tekhn. informatsli. Nos.14. 1958.
(Peredovoi nauchno-tekhnichookii I proizvodstvennyi opyt.
Tema 13. Nos.H-58-19/2, M-5MO/5, M-58-95/8) M-58-96/9t
M-58-100/10, M-58-169/19, M-58457/26, M-582/27)
(MIRA 16:3)
(Corrosion and anticorrosives) (Electroplating) .

ZAYTSEVA, L.L.; UNARM, M.I.; MWGLOV, A.A.; CHEBOTAREV, ?.,T.
Double sodium sulfatea of rmre-carth elements. Zhuro neorg. khim.
9 nosllt2554-2558 N 164 (MIRA 1811)

'NT. T.
.3 ooll U
_5 -'4 'c su-i M 4~'~ nt 80 f
--v. ;4 IK oK tit r n,
!an'thantirn compouM, cerium onrnpn,!n.-i
F ;;flte structuro. -31t~~!O I!
-)than
:
a .-urn, cerl'.'r!4 and
-c .'jt Z't '!o-'l " ()OC M.~Prr"A.,
Laliwaft"ni uAd guitum CerIMM 5'.ffato takes nlace with thp fnprnoH~ -1
;nWrrnerjiqto
'A-
1; fn C t r 1v M '; .1 Mkill llhe8

ol l4k,"(F"04h, , Nft2go-l
'"M" r"Ourt, ,~I, Whi(+ Lhi, the
.4~0, Sm md Grd r-*,SeN wlth dl?i~l of UN- r1m. eardh
;1~ d"firIcLion, Character I-S tics al's! ur'! uuivclrf.-mB gnlt4
Ka2,'K)4,
ca;. Tlh-e a t.-4)i Lt ty r ".g(~ of 'hiv bjpfAry
c-~trth t2lements of the uenurn !4uucc,~iip ~a- i f,~l

-,c m um a u a t 7 5 0- 1 1 90k-' 1 -9 AA", 0.. 1 R, "Orma"lor,
Ilse anhylrous binary Ao-dium Sm and Gd
- d
int rplan-ai
-Tie
OTIg. axt. haz-,

OT H E A:

.71A 1, ILI 11 AIT:
LZ P ~-I: 9
proj)ejrtie:~ of t-la hyd
rare-Aarth stilfate!t of the tarbium, subg--oj-,. Zhur,neorg.~,i-,-ljr.
no.8..'1761-17770 Ag 165.
51Amitted Maq

tv - T~A - K
AUTHOR: Konarev, M.U. 131-lo-6/6
TITLE: The Berovichi-Combinate of the Order of the Red Banner of Work
for Refractory Production (Borovichakiy ordena trudovogo
krasnogo znameni ogneupornyy kombinat).
PERIODICAL: OgneuPorn 1957, Vol-124 Nr lo, PP- 472-481 (USSR)
ABSTRACT: At present the "Combinate" is a large industrial enterprise with
almost 8ooo laborars and throws out 500000 t of refractories a
year. The Combinate consists of 5 raw material mines with under-
ground mining, 7 manufacturing departments for refractory pro-
duction and a number of auxiliary departments. In the 16th and
17th century pottery articles were manufactured in Borovichi and
in the 19th century the production of fireproof bricks was taken
up. Up to 1919, when it was nationalized, the works were in
private possession. During the years 1928 till 1940 in the caurse
of the prewar five-years plans the Combinate was largely de-
veloped. By the aid of great loans a technical reorganization of
the works was carried out and new products were introduced. In
the autu,.in of 1941 the works were put out of service as a con-
sequence of war damage and their equipment were evacuated. In the
Card 1/2 first five-year plan after the last war the Combinate was given thw

The Berovichi-Conibinate of the Order of the R,-,d Banner of Work 131-lo-6/6
for Refractory Production.
task to reconstruct all manufacturing departments and mines and
to surpass the prewar level of production by improving the oper-
ation. In table 1 the output of production is given for the years
194o, 1945 and 195o. In table 2 the output of the burning of one
cubic meter of the useful volume of the annular kiln is auoted.
For the purpose of improving the production results the introduction
of the method of half-dry pressing was highly sponsored. The in-
ventors and rationalizators of the Combinate participated in
raising the technical level, the efficiency of labor and in im-
proving the operation. The status of the rationalization work in
the combinate is explained in table 3. Furthermore the social in-
stitutions and the housing problem for the personnel is described
and a number of improvements yet to be carried out is quoted.
There are 3 tables.
AVAILABLE: Library of Congress
Card 2/2

KONAREVp M.U.; REDIKO, G*S*; RADTN, Va.
Using Kirovograd clay at the Borovichi Refractories Combine. Ognsupory
29 no.:Ll*.495-496 164. (MI RA .18 11)
I, Borovichakiy kombinat agneuporov.

(2)
AUTHOR: Konar SOV/131-58-12-2/10
'jo e v
TITLE: Construction Problems of the technical Equipment of the
Borovichi Kombinat of Refractories (Zadachi tekhnicheskogo
pereoenashcheniya Borovichskogo kombinata ogneuporov)
'13
PERIODICAL: Ogneupory, 1954 Nr 12, pp 536 - 539 (USSR)
ABSTRACT: In the works department Nr 8 the annular furnaces were
rebuilt2 and in the department lir 2 the second tunnel
furnace was taken into operation in August 1958. In
January 1950 the first rotary furnace for burning clay
in chamotte was taken into operation in the Kombinat. The
plastic pressing of refractories was replaced by semi-dry
pressing, and furthermore the mechanization and automati-
zation of the manufacturing processes was carried out
in the department Nr 5. A hydraulic press as well as the
4 KP-200 and SM -143 presses were installed in the depart-
ment Nr 5. At present$ 10 SM -143 presses, 8 friction
presses, an.800--metricton press and others are in operation
in the Kombinat. The rebuilding was carried out mostly
with loans granted by the Gosbank. The technical level

Con'struction Problems of the Technical Equipment of the SOV/131-58-12-2/10
Borovichi Kombinat of Refractories
of the mines was increased. A 3mall-eized materizl-
handling machine of the Glavgormash qystem was tested,
and 3 machines of that type are now being built at tho
ToMM of the Kombinat. Of late ceramic blocks of own
production have been used in the mines for the purpose
of propping. In the first three and second three months
of 1958 the Kombinat ranged first among the plants of
the Leningrad sovnarkhoz in the socialist competition.
It is regarded as the most important task to substitute
tunnel furnaces for the obsolete annular furnaces, with-
out decreasing the current production of the Kombinat.
Considerable importance is devoted to the adaption of
the heat aggregates to natural gas, which has been approved
already by the Gosplan SSSR and the Leningr.%dakiy sovnarkhoz
(Leningrad sovnarkhoz). Further measures for the riechani-
zation and automatization of the production are planned.
According to the plans, the general production of re-
fractory clay will amount to 1,200,000 .-,etric tons in
Ca--]~" 1965. There is I figure.

KONARUy H.U.
Improveme.nt of eeonomio indiesi36 Ogneupory 29 no-3sl42-143
t64* (MM 170)
1. Boroviohskiy- kombinat ognouporov.

19--22S-D
AUTHORS:
I OOS(31-03
2,3970
S11311611000100610031003
B105/B206
TITLE:
PERIODICAL:
Gordeyev, N. P., Zegzhda, V. P.,-Konarev, M. U., Shalkov,
K. A., Konovalov, Ya. A.
Experience in the use of graphite containing refractory
materials for pumping over liquid metals by the electro-
magnetic method
.Z(.
Ogneupory,
,,no. 6, 1961, 292
TEXT: This article deals with the problem of the transportation of
liquid metals by means of electromagnetic pumps, for the oolution of
whiah Mgh-quallty rafraptory mittoriala ft-Pe R00fianarY, The 111411 thormall.
dild 419Ag IlLdbilityl hon-wottability by nidtfilri and other prolwtion of
graphite containing refractory materials led to the assumption that they
are suitable for thin purpoue. The testing of graphite containing
refractory materials In steel discharge ahutes, made according to the
method of the VIO, Vaesoyuznyy institut ogneuporov (All-Union Institute
of Refractory Materials) jointly with the Borovichskiy kombinat ogneuporov
(Borovichi Combine of Refractory Mqtsrtals) phowed p9sitive resp_i~�; ~tiq
CIA1.4 ~21

23970
S/131/61/000/006/003/003
Experience in the use of graphite B105/B2o6
graphite containing chamotte products were highly resistant against washing
out by the stream of liquid metal, and warranted an increase of the
stability of the discharge-shute lining by four to ten times. The All-
Union Institute of Refractory Materialsjointly with the avtozavod im.
Likhacheva (Automobile Plant imeni Likhachev) experimentally produced a
graphite containing chamotte lining for an electromagnetic shute for
pumping over liquid crude iron, as well as an electromagnetic measuring
hopper in an iron foundry. After three tests of pumping over liquid crude
iron, the 6 m long shute lining did not show any signs of washing out or
destruction. The development of the induction method for pumping over
liquid crude iron will necessitate the establishment of a special depart-
ment for the manufacture of graphite containing refractory materials.
There is 1 figure.
ASSOCIATION: ~Vsesoyuznyy institut ogneuporov (All-Union Institute of
,Refractory Materials) N. P. Gordeyev, V. P. Zegzhda;
Borovichakiy kombinat ogneuporov (Borovichi Combine of
Refractory Materials) M. U. Konarev, K. A. Shalkov, Ya. A.
Konovalov
Card 2/2

~fft
M.U.; SITALKOV, K.A.; 47.Ye.
in celebration of the 22nd Con_flref;B of the CPSU. Ogneupory
26 no.10:441-443 MI.- 14:3a)
l& Borovichesl:iy kambinat ogneu.-orov.
(Borovichi-Ilefractories industry)

KONAREV, N.S. (Rharikov); MAYWRODA,-.A.R., (Rmr-kov)
PotentiiU for Increasing the traffic and carrjdmg-aapacity, of
WMA- 16:12)
Zameslitia!.`njachal Wvgluz~y~A,;jie .(for Konarev).
2. ?Tachallnik tekhniohidkogb Otdelli zldifib"
dvizheniya
Yuzhnoy dorogi (for Phyboroda).

NAUMOV, Georgiy Karpovich, kand. ekon. naukj4QNAREVj, Vikoltq
Semeqp7~#hj inzh. I SILAYEV, Nikolay Ivanovic9;-K~uk-. ekon.
nauk dots.; FERAPONTOV9 Gennadiy Viktorovichx inzb.;
CHERNUKKA, Nikolay TimDfeyevich, inzh.; 60LITSIN, Boris
Vasillyevich, lnzh.,- KRIMS, Grigoriy Kharitonovich,, kand.
ekon.,nauk, dwts.; KOLTUNOVAx M.P.,, red.
[Economics,of-xailroad freight transportation]Ekonomika gra-
zovogo khoziaistva zhelezmVkh dorog. Moskvaj, Transportp
1965. 238 p. (MMA 16z12)

OISSHKO, G.I., land. tekhn. nauk; YEFIMOV, P.I., Imnd. tekhn. nauk;
MEMO, E.M., insh.; KONAREV, N.S., inzh.; RAZAROV, I.?., iuzh.
(Kbarlkov) .....
Increase the dally average mileage of diesel locomotives up to
900-1000 km. Zhel. dor. transp. 41 no.10:59-62 0 159.
(MIRA 1332)
(Diesel locomotives--Performance)

XONAREVI NaSo
Public Scientific Rosearch Institute.of the Southern Railroad,
Zhal. dor. transp. 47 no.702 31 165. (MIRA :18:7)
1. Direktor Obahobestvannogo nauchno-issledovatellskogo instituta,
Khartkov,

('ijltivated Plants. GrwIrm. Ji.-P~-O.noua G-1- "re
Tropianl Cereala.
-,c-f Z`iur -8-; olog,lya , No - -5. 1 ~159, No - '10',54
V. ; Kuramshin, G.
B7swcj-r-TZTj-j:Ljate Ac.,J.Sci. USSR
teriisticv in the Formation -.)f Yielda
in Different Cvrn Varieties
kh. 13fishkAri", ).957, R0-10s 33-35
At the Botanical Garden of D,,Shkir- Affiltiate
of, the Academy of Science-,i USSR a detailed
study was made of the h-irvei4t for.-,iatj.(.)r. in
three corn varietiou. Data are Siver- On ti-le
the yield of roughage aria
I produce
the percentage of cobs in Vte following
otages: tasseling, flowering of the cobs)
and aili-lhy and waxy utapie of ttio grnln. In
Bashkiria the late ripellint an-
g vv~rietias guar
tee the production of. a high vield or veseta-~
CARD

C~~REV~1" proftj otvared,* BEWZERSKIY, A.Y.. rod.; GINMI, P.A.,
prof., red.; SMSUV, L.I., prof., red.; HAZILKIN, I.A.v Imnde
biolog,nauke red,; IMAN MAKOT, M.G., kand. sell skokhoz.nauk, red.;
POROYKOV. Tu.D., red.; VALEM, G.G.0 tekhn.red.
(Biology of nuclein metabolism in plants; reports at the Joint
scientific session of gov.25-280 19583 Biologiia nwdeinovogo
obmana u rastenii; doklady ob"edinannoi nauchnoi seseii, 25-28
noiabria 1958 g. Ufa, 1959. 181 p. WRA 13:6)
1. Akndemiya nauk SSSR. Bashkirskiy filial. Ufa. Institut biolo-
gii. 2. Chlen-korrespondent AN SSSR (for Beloserskiy). 3. Insti-
tut biologii Baahkriekogo filiala Akademii nauk SSSR (for Konarevg
Ka,zilkin,'Khanislamov).
(PLANTS-K&TABOLISM) (RUCUIC ACIDS)

KONAREV, V. G.
Konarev, V, G. "The relationship C/N in plants and the formative processes",
(Sumnary of the paper), Soobshch. o nauch. rabotakh chl6nov Vsesoyuz. khim.
o-va im. Mendoleyeva, 1948, Issue 3, p. 24-26.
SO: U-3261t 10 April 53, (Letotis 'Zhurnal Inykh Statey, No. 11, 1949).

Z
_CC IZ. M _A Is V A 4 41 4W t
A It A- I-" --2-J--A-j- g-ji r 1 1 7 V 9 eA
4f -0- A
A
Age variation, In rAlts of it pleat and the Isaillectric
0o
point of the protoplasm. V. G. Korl;4rty~,, Publady
00 Akad. iveas.s..y.R. sq, wen
00 lixed by atc.-CI ICI& snins. and treat rd with buffemi fuchiin
list illielec. tkiint Was calcil. Kraphirally from the
00 inirmity of color of tLi%* and avidic loctisin -i obtained.
!'he inmilphisto of tilt- 1%tialost-Trils shown A hilthrr degree
f cya"ophilic fffi-Vt in the tolmative W'surs. than ill tile
1wrinanent tissues. The displacentent of the Isorlec.
IKiut tawud the neutral point on aging of the ptant is ac-
ximpanied by the narrowing of the sone of simultaneous 1.,;l e:
j C
d eing by hoth " and basic luchsin. Nspliaccinent of
X haselec. point in different tissues begins to be dixtro.
40 ible bdowe the external symptom of differentiation become
00 This makes the method of interest in the study
00 appr",
Coo
'If NY stages of tissm differentiation. The iuviec.
"
at was Md. for a variety of cases: sprouts from com. A*
s,
00 a PlIte potato showed loorlec. point at pit 3.0 in the initial
evil%, 3.8 in liffrustoltit of the sprout. while In the rootlet
the values were 3.7 and 5.0. resp.; the dowrr-carrying
shoot ill the beet plant gave 2.7 for thcJnitI&I crils and 3.6
fw dermAtoten of the shoot. and an onion so showed 2.9 4:0 o
in the Initial celts. 3.8 in tlr- dertriatogris of the &hoot, and
3.4 in the Initial cells of the rootlet. K.
too
10
too
M
W1 ~V ASA-S --(TALLVRGKAL UTtRATLAIC CLASSIFkCATION-
L lued
idnaso -;-4- -------- . ..... 1woo
40
U S 11 10 Is a Fla 0 4 a I W
K a It 0 PC tt t1 1 2 1
19 of Win 0 1

KONARLV, V. G.
Konarev, V. G. "The carvon-nitrogen regime and forr-,ogenera.tive pro
cesses in
plants," Uchen. zapiski (Chkal. gos. ped. in-t im. Chkalo (, Natural and
geographical scienc;s series, Issue 1, 1949p p. 43-84 --- ~Bvabliog: 27 items
SO: U-3566p 15 March, 53 (Latopis 'Zhurnal Irkykh Stateyp No. 14, 1949).

KONAEWY, Y.G.-
Behavior of nucleic acids in plants under conditions of starvation met&.-
bolism. Doklady Akad.-Nauk S.S.S.R. 89, 551-4 153. (MA 6:3)
(CA 47 no.16:8196 '33)
11 V.P. ChkELlov State Padagog. Inst., Chk:aloyg

KONAREI-T, V. G.
"Nucleic Acid8 and Form-Producing Proceaaes in Ligher Plants." Dr Biol
Sci, Inst of Biochemistry imeni A. 11. Bakht Acad Sci WSR, :L6 Dec 54.
Dec 54)
Survey of Scientific and Technical Dissertations Defended at U,ZR
higher Educational Inntitutims (12)
-'0-, Swn. No. 556, 24 Jun 55

KOKAREV, Vasiliy Grigorlyevich.
Chkalov State Pedagogic Inst imehi Chkalov. Academic degree Of
Doctor of Biological Sciencest based on his defense, 16 December
1954, in the Council of the Inst of Biochemistry imeni Bakh, Aced
Sci USSRO of his dissertation entitled: "Nuclein Acids and Form-
formational Processes in Higher Plants."
Academic degree and/or title: Doctor of Science
SO: Decisions of VAK, list no. 11, 14 May 55, Byulleten' MV0 SSSR,
No. 15, Aug 56, Moscow, pp. 5-24, Uncl. JPRS/NY-537

KONAM v
-f!-
Affect of nutritive deficiency on the content and nature of
nualsic acids distribution in connection with growth proceases
and tisaus differentiation in plants. Trudy Inst.fiziol.rant.
8 no.2:299-311 154. (KLRk 8:5)
1. Chkalovskiir Gosqdarstysim" pedagogicheekly inatitut,
W edra botaniki.
(Botany-Physiology) (Nucleic acids)

KONARSV, V. G.
TH # We-bihiikvif -AQ-
ffect of TeMAIU415-441i "pro.
"islas 444 paste Acids In the pm of Coled crawl- V~ C',
r framitrMIChkalov state pmgvg. just.). BisithiffliYS-19,
tat-RIUM).-The grains were was~%'td In Wapy water,
rhised. and sprouted at 20% Wheo 3-6% of.the "as were.
judged to have lasted, they were subjected to the
LMefts of vem&tIon as follomi rye at 2-4* for 55
YS.
winter wheat at 24* for 45 days; soft summer
at IOL-12* for 10 days; hard summer wheat at
2-41 for 14 days. Dlochcm. and histitchem. , analyzes
of the germs were nude prior to and at the term nation of
the vernalization procesi. A marked accumulation of nu-
clek acids, especially of dbanucldc acid, accompattici the
pcaccu-qf-gmIq vernalization Indicating a hfSh level of
nucleic." ij, - -I---------
nudcWtoteins and Magna to Assume i-h-411
nuelde acids are directly clated to the
quant. changes which titim Platt In the living embryonic
tMucs Of the grain during vernalization. B. %J,,_

Tho rdA'd light In to fdM41144 of
Ab4t quats. V. G.-Kou=v And N. V.-Stepcheaka
Chkalov_ Sate--Pttda~~. Inst., Chkalov). A
,t Af4d. NaUk S,S.S.R. 05. 321-4(1954).-As shown by
expts. with pea sprouts, in the absence of light there occurs
a rttudmion of transfet of P into the plant and the sy-4theds
of nucteoproteins Is hindered. The latter phenomenon,
under conditions of ctiolation. occurs at the expense of
both -protoplasmic and nuclear nucleoproteins, The
mecl=i= of action of light is not c1W but appean to be
connected with photos)nthetic prw=ws anti producti.

7

UM/ Biology Biochemistry
card 1/1
- ---------
Pub.. 22

uthOd
t -G,
gonarav#.T

Titl(f The role of. Nand P In, -the formtioa of albimina and nucleinia,aelds'in
'plants
Periodical. t Dok. AN SSM 100130 -.515-517,' Xam 21, 1955
Abstract Experiments showed that ths.par~ticipation of Haad P ia the formation of."
plant albumina is done through the nucleinic exchange* The combined
presence of ff and P in: the medium was found absolutely necessary for the'
formation of nucleo-proteides. ff and P were found not only to be
necessary for the formation of nuoleinic acids but also for their
roalization in the albumin synthesis and for other processes connected with
the growth and morphogenesis of plants. Ten references; -6 USM, 2 French,-
1 US'A and I German (1938-1954) ToXes.

Institution The V. Po Chkalov State Pedagogical Institute, Chkalov
~Presented by, Academician it. I. Oparial November 17# 1954

U58n/ Biology - Biochemistry
Card 1/1 Pub . 22 - 45/5c1
Alathora t Konarevj, V. G.
Title t Distribution of' nueleinie acids at points of growth In the sprout and
root
Pericdical t Dok. AN SSSR 102/20 361-364, May 11, 1955
Abstract t Biological data are presented on the distribution of nucleinie acid in
root/sprout points of sunflower and beans. Six Russ. and USSR referelaces
(1905-1954). Tables.
institution : State Pedagogical Inst, in. V. P. Chkalov
Presented by : Academician A.. L. Kursanov, February 10, 1955

a NA RC- V
USSR/Plant Physiology - Growth and Development.
Abrj'Jour Ref Zhur Biole, no 6. 19581- 24672
1-4
Author Konarev V.G.
Iast Chkalov State Pedagogical Institute.
Title Lidit Influence an the Behavior'of Nucleic Acids, in
Tissue in Connection with Growth and Morphogenesic
Phenomena in Plants.
Orig Pub Uch. zap. Chlalovskogo ped. in-ta, 1956, VYP. 8, 375-402
Abstract The distribut-ion of RNK Zr-ibonualeic acid7 jaccording to
Brashet) and of WK Ld-esoxyribonucleic acid/ (according to
Feulgen), as well as-the sizes of the -nucleus and necleoli
in separate tissues were studied in gremavA eLtiolated
sprouts of peas, beans,- sunflower, squash, and potato
plants. The etiolat6d sprouts were marked by a decrease
in the content of RNK and DIK, with the decrease becoming
Card 1/3

=.AJWq V*Ge
Age -induced change* In the nucleu And the state of desoxlribonucleic
acI8 (with mmmary In Ingllsh]*' Isv.AN SSSRs Ser.blole no,4:395-1102
Jl-Ag 058 (MIRA 11:8)
1e Institut b1ologli, Bashkirskiy filial AN SSSR.
(IMSOXMIBONUCLEIC ACID)
(PIANT CILLS AND TISSUES)
(STAINS AND STAINING (MICROSCOPY))

n a Ike 01
AUTHORt Konarev, V. G. 20-2-54160
12ITLEt Ribonuoleic Acid and the Isoelectric Point of the Cytollasin
(Itiboaukleinovaya kislote i izoolektriolieskeya tochka
teitoplazmy).
PERIODICALt Doklady AH SSSRO 1958, Vol- 118, 11r 2, PP. 393-395 (USSR)
ABSTRAM The isoeleotric point (=IEF) is determined by means of acid
and basic dyes. It represents one of the essential indices of
the electrocolloidel properties of the cytoplasm and is fairly
often used for various purposes in the cyto-physioloeical,
characterization of objects (references 1-9). The mechanism
of the cytoplasm-IEP remains undetermined and its pcosibilities
of use are for the time being very limited. It became evident
(references 10-12) that the basophilia of the embryonic cells
is connected with the presence of free ribonucleic acid (.RNA).
in the cytoplasm. 'When this acid is destroyed by ribonuclease
the cytoplasm partially or entirely loses the capability of ad-
sorbing basic dyes. This gave rise to the concepti o---.v that
the cytoplasm-IEP is exclusively caused by free R11A (refer-
ences 7-9), In this connection the question rises whether the
basophilia is identical with the IEP. In other words, whether
Card 114 the fairly,complicated IEP-determination still keeps the same
RibonucleiO Acid and the Isoelectric Point of the.Cytoplasm. 20-2-54/60
importance whon a technically simpler determination of baso-
philia according to Brashe (Brachet, reference 12) is avail-
able. The following data on the nature of the IEP and on the
relation of RUA to the IEP may contribute toward a solution
of these questions the author thinks, The IEP was determined
in preparations of plant tissues which had previously a)
either been treated with ribonuclease or b) not been treated
with ribonuclease (according to reference 4). The preparations
were dyed with basic and acid fuohsin and for the purpose of
desorption of the dyes placed in buffer solutions of Hak-
-Iliveyn with pH 212 to Blo (with intervals of 0,2 pH) for
1-3 hours. The results are expressed by intensity-curves of
the coloring at various pH of the solution. Eosin# toluidine
blue, methylene green and methylene blue, azur Ii and pyro-
nine were also tested (figures 1-3). From the results may be
seen that the treatment of the preparations with ribonUGleave
in all cases shifts the zones of coloring toward the neutral
medium. The removal of RNA according shifts the IEP toward
the neutral side of the cytoplasm which is determined by the
dye-pairt acid fuchain-basic fuchsin (ficure 1). In this case
ribonuclease does not remove the relative difference between
C ard 2/4 the tissues with regard to the IEP-position of the cytoplasm.

Ribonuoleio Acid and the Isoeleotrio Point of the Cytoplasm. 20-2-54/6o
ASSOCIATIONs Institute for Biology of the Bashkir Branch AN USSR
(Institut biologii Bashkirskogo filiala Akademii nauk 333a).
PRESENTEDs October.g,, 1957, by A. L., Xursanov, Academician
SUBMITTED; December 10, 1956
AVAIL&BLEs Library-of-Congress
Card 4/4

AUTHORS: K~onar .. j/ 20-120-2-53/63
~~~Zakirov' S. Z.
-Y-alsako-,ra, T. N.
TITLE: The Pyroninophi2y of the Nucleus as an Index of the State
of Desoxyributiucleic Acid (?ironinofiliya yadra kak
pokazatell sostoyaniya dozoksiribonukleinovoy kisloty)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol- 120, Nr 2,
PP- 409-411 (USSR)
ABSTRACT: it is said that in the case of tissue dyeing according to
Unna (references 1,3) pyronine is adsorbed by the cyte)nlasm
and the nucleole, which contain ribo-nucleic acid
methylene green on the :-+-her hand is adsorbed by the
nucleus-chromatine which contains desoxyribon,,.-leic acid
(DNIA). The authors found out that th- pyroninophily ,f the
nucleus occurs more frequentlyin the udrt:jichym, namely in
sclerogen cells of the small-cellular parenchym on the day
before their transformation into mechanical elements,
furthermore in cells which surround the bigger vessels
during the phase of their formation. When the plant starves,
pyroninophily ,)ccurs in the nuclei of young tisffues which are
Card 1/4 ricn of UiIA, also in meriatem. Single nuclei fu.-thermore

The pyroninophily of the Nucleus as an Index of the State
of 'Ueeoxyribonucleic Acid j 21' - 3 71/ 6 5
preserve their adsorbing power for methylene green by
gaining them pyroninophile ~,.ubstance. 'Such "transit ion"-auclei
become dirty green or brown in the case of Unna-dyeing.*The
nuclei of the vessel-forming cells of the dermatogen, the
companions of the sieve-type oells and of the Drocambial
system, become onlypyroninophi-le in the case oi. a mont
extreme exhaustion oi ~sie plant. in the following the slithors
describe the nature of the pyrainophily (reference3 30 9-14)
and state the fact of a commonness between the phenomena
~of the artificial and natural pyroninophily. 2 very imp,;-rtant
circumstances point to this faCL. 1. Tne,nuclei which litive
a natural pyroninophily 3how a quite clear nuclear reaction
according to b'ellgen kielgen ?) without a preceding
hydrolysis in I N HC1. 2. The artificially produced
(according to an Acidity-hydrolysis)"as well as the naturi-.-Ily
produce.-~ pyroninophile iuclei distinguish themselves by a MCh
affinity Lo the acid dyo - the permanent green (zelenyy
prochnyy) which is, :ts It is known,)a quite specific reacent
Card 2/4 for free histones (references 15,1 . From all those facts we

FYroninoPhilY of the Nucleus as an Index of the State
of' Desoxyribonucleic Acid SOV120-12.0-2-53163
see that the weakening of the adsorption of methylene green
and the occurring o' pyroninophily In the cell-nucleus as well
under the infltience ot an acidile-,-hydrolysis, as in the case
of a change of tho physiological state of tissue, are
connectod with the change of state of DNA in the nucleus:
a) In the case of molecule-depolymerizationi b) in the
case of partial chemical degradation, namely the splitting
off of purine bases and the formation of apurinic acid which
can re3ult in a Fellgan reaction without a preceding -
hydrolysis. a) In the case of a weakening of the binding.
of DN2; to the protein in the nucleoproteides. To wind up,
the method of determination of DNA in the nucleus is
aesaribed. By means of this method it is possible to show
the different qualities of the nuclei not only within.
homogeneous tissues, but even within the cell during ~ts
division. Thiii method car, be used for the evaluation of
changes due to age or functional changes in the cells in the
decision of several questions of cytochemistry and
cytophysiology. There are 17 references, 9 of which are
Card 3/4 O.oviet.

Th- Pyroninophily of the Nucleus as an Index of the SOV/20-1-20-2--53/63
'Itat=.of Desoxyribonuelcie Acid
ASSOCIATION; Institnt himloj~ii Bashkirskogo filiala Akademii nauk-.SS-SR-
(Institute of Biology of the Bashkir-, BranchAS USSR)
21TED: January 11, !0"8, by V. A. Engellgardt,Member, Academy of
Sciences, USSIR
SUBMITTED: December 29, 1957
1. Plants--Biochemistry . 2. Plants--Color 3. Plant pigments
--Chemical properties 4. Nucleic acids-Determination
Card 4/4

AUTHOR: Konarev, V. G. SOV/20-122-2-3f,/42
I T L E: DIversity of Inc3al of Ajdtotic OrIgIn (0
raznOKaonestvennouti yader, voznikayunhchikh putem amitoza)
PERIODICAL: Doklady Akademii nauk 33SR, 1958, Vol 122, Nr 2, pp 29'1-2ug
(USSR)
ABSTRACT# The physiological divergity of divided cells was proved by
single-celled orgai,isms (flef 1). It -was possible to observe
differences between the complexes of daughter chromosomes with
regard to the equipotential point (EPP) in the anaphase and
the telophase of the karyokinetic division of plant cells
(Ref 2) Recently it became known that nuclei caused by amitosiv
may be heterogeneous (Refs 3,6). This property is demonstrated
by the size of the nucleus, the size of the nucleoli and by the
relation and distribution of the chromatin and of the karyo-
lymph, and by the behavior of the nucleus towards coloring
substances etc. In most cases these differences are insignif-
.icant and not always reliable. A new method was used by the
author tL detect d1mvIty. It is based on the determi-
nation of the state of the deoxy-ribonucleic acid (DRA) in the
Card 1,,'5 nucleus. For that purpose the absorptive power of the DRk is

Diversity of Nuclei of Anitotic Origin SOVI/20-122-2-37-/42
examined with regard to methyl green or pyronine according to
the polymeric state of its moleculs (Ref 7). The author found
that the pyroninophilic phenomenon of the nucleus characterizes
a certain stage of the depolymerization, but also of the chem-
ical degradation and of the weakening of the DRA-bonds in
proteins. The pyroninophilic phenomenon develops in a natural
way as a result of progressing age, of disordered metabolism
and may also be caused by the influence of various factors
uDon the tissue (Ref 8). Experimental results with the epi-
dermis of bulb scales (Plli~m cepa) are listed. At the begin-
.ning of.preservation the amitoses are accompanied by cell di-
visions. Towards the end of preservation, particularly with the
germ development of 'the bulb in spring, the divisions cease,
and con,,puliently bi- and polynuclear cells are formed (Ref 9).
The -diversity of the nuclei caused by amitosis manifests
itself oy L-iie ract that the DRA of a (maternal) nucleus is more
resisLant againBt the influences of the depolymeric factors
than the DR.I~t of the daughter nucleus. With growing age of the
tissuethe heterogenity increases; the absorptive power for
methyl green is reduced, the affinity for pyronine increnses
C". 2"Cl 2/ in the daughter nucleus. The utmost manifestation of diversity

On the Heterogenity of Nuclei'Caused by,Azit08iB BOY/20-122-2-37/42
of the amitotic nuclei--is the formation of a p3rro-
ninopailic daughter- nucleus-.- This., coincides with the loss of
the capacity of cell'.diviaion--and-with the appearance of bi-
nuclear celle..There are:3 figures and 10 references, 8 of
which are Soviet-.-
ASSOCIATIONt Inatitut~biologii.Biashkirskogo.filiala.Akademii nauk SSSR
(Institute of Biology, Bashkiriya-Branch, Academy of Sciences,
USSR)
PRESENTEDt January. 1 1,~ 1958, by V. A.. Engel-Igardt., Member, Academy of
Sciences, USSR
SUBMITTED: Deeember-29" 1957;
Card 3/3

41
R-'T
,10"16fm awl
1--. 149 1
AA
A fix
Ll
fi
hot
tj
vott

prof.; TAGIM, R.N.. red.; PARSADANOTA,
X.G.. red.izd-,va; VOMIZA. R.I.,, takhn.red.
A
[Nucleic acids and morphdgenesiolof plants) Nukleinovye kisloty
i uorfogenes rastenii../mosky s.izd-vo w7yeshaia shkola,"
1959. 346 pe all~o (KIRA 13:6)
(Nucleic acids) /(Plbnti~-Metabolism) (Morphogenesis)

Kommv LWA.,
The ribomicloic acid - pyronino complnx. T81tologila 1 no.4j
4o8-4i4 Jl-,Ag '59. , (MIA 12: 10)
1. Sektor biokhtnii i gistokhimii rasteniy Instituta biologii
Bashkirskogo filiala AN SSSR, Ufa.
(Nuclaic ACIDS) (PMONINE)

XOMAX-9, V. G.
lc~
3clentlfic session On nucleic acids In plants. Izv.AN SSbq.
Ber.biol. no.4:6.11-634 JI-Ag 159, (14M 12:9)
(NUOL1110 jiojj)S)

KONARICV V.G
prof. otv. red,; DOBMOV, L.G., prof.# red,;' SWIM,
L.I., prof.. red.; NETUPffATA,*S.V.,*kand.khim.naulc, red.;
GAFUWTA, T.I., red.; KOBrAKOV, I.A.. tekhn.red.
[Biochemistry and physiology of the formation of corn] Biokhi-
miia i fiziologiis formiroveniia urozhais kukuruzy. Ufa, 1960.
141 p. (KIRA 13:12)
1. Akademiya nauk SM. Bashkirskly filial, Ufa. Institut
biologii. 2. Chlen-korrespondent AN KazSSR (for Dobranov).
Uorn (Kaize))

I I , , %Z.~.
."""AR"- , YIMSUOTA. G. I.. POLOVyANWX
Tu-M7-- . A. F., CHgEHIN, 1. F.
OTho State of Nuclei.a Acidg in the Plant Cqjl.n
Report Presented to the Ith International Biochemical Congress,
908cov, 10-16 Augu,t 1961

KOT-11kREV, V. G., KURAIM3141N, G. S., SAKlb',UTDI!'OVA, S. M., and NIETUPSKAYA, S. V.
NSSP'~-
.Stages in the Mntabollsm of the Plants of Crop Rnising."
R-3nort presentel at the 5th International Biochemistry Congress,
Moscow, 10-16 Aw 1961

KONAREV., V.G.
[Studying the foci of Bashkirian forest pestslissledovanila
ochagov vreditelei less, Bashkirii. Ufa, 1958. 89 P.
(MlRA 15,10)
1. Akadomiya nauk SSSR. Bashkirakly filial, Ufa. Institut
biologii.
(Bashkiria-Troes-Diseases and pests)

AKHMBTOV2 R.R.; XONAREVO V.G~
Relation between RNA and proteins of cellular Btructures. Dokl., AN
-SSSR 146 no.5.-1220-1222 0 162. (NIRA 15:10)
1. BashkirBkiy filial AN SSSR. Predstavleno akademikom K.Msis'akyaq6m.
(NUCLEIC ACIDS) (PROTEINS) (CEUS)

KONAREV, V.G.; AKHWTOV, R.R,
Relation betw6en RNA ani protoplarsmic lipoids. Dokl. AN SSSR 150
no.6z1375-1377 Je 163. (MIRA 16:8)
1. Bashkirskiy filial AN SSSR. Predstavleno akademikort N.M.
Sisakyanom.
(NUCLEIC ACIDS) (LIPIDES)

KONAREI, V*G,
Second scientific nonference on nuclale acids in planLs. Tz7.
AN SSSR. Ser. btol. no.21331-334 Rr-Ap 163. (14111t, 17:5)

.KONAREV,,__,K.G.; SAKHAUTDINTOVA, S.M.; BURAKAYEVt1i, B.M.
Histone proteiis of embryonic and differentiated plant tissues.
Dokl. AN SSSR 160 no-5:1197-1199 F 165. K
(MIRA 18.2)
1. Bashkirskiy gosudarstvennyy universitet. Submitted June 9, 1964.

KOIXSANOV, F.F.; FEDOROV, Ye.K.; KONAREVA, A.S.
Roasting oxidized nickel ore pellets in gas. TSvet. met. 36
no,10:26-29 0 163. (MIRA 16:12)

KOL&UNOV, F.F.;-A2~~A ~A.S.; Prinimall uchasti7e.: ABROSn4OV, vov" inzh,;
GAVRIN, E.G. p imho; SUYETINA, G.F. p lab6rant; OIENNIKOV, B.I9,
laborant; PANCV,, O.V., laborant
Felletizing Ufaley depbsit nickel ores with subsequent
roasting. (Sbor. -trud.) Nauoh.-issl.inst.met. no.4.54-62
161. (Ufaley Range-Nickel ores) (MIRA 15:11) 1
(Ore dressing)

Prinimli uchaaltUes ABROSDOV, V*V*;
KOLESANOV F.F.; KONAILEVAL- ~-S- PANOV O-V-
p .F.; OLENNIKOVp
GAVRIN, E.G.; '�#YETINAO G
with subseque t
Nodulizing fine oxidized nickel ore by tumbling ,,n
RA 160)
vet. met. 35 ho.5347-52 1,62.
firing. TS
(Nickel ore) (optering)

L 284T P
1-66 F.WT((a)/EWP( )17t'~ b L(;L~Wj
o-1-7 9-7 r
SOURCE com un/013/66/000/010/0079/0079
IMNTOR- 12eanikolo
Xyt H. S.; Karmilova,-L. V.; Konareva. G. P.; Plechova, 0. A.;
Vollfson, S. A.; Brikenshteyn. A. A.
ORG: 'none
TITLE: Preparative method for heat-resistanicoZ21~merslof Class 30i
NO. 181808
SOURCE: Izobreteniya promyshlenny7e obraztey, tovarnyye zaaki, no. 10, 1966, 79
TOPIC TAGS: heat resistant copolymer, trioxane, cyclic etherp copolymer
ABSTRACT: An Author Certificate has been issued for a preparative method for
heat-resistant copolymers of trioxane and cyclic ethers such as 1,3,6-trioxacyclo-
octane, 1,3,7-trioxacyclodecane, 'or 1,3,8-trioxacyclododecane. The method involveo
bulk copolymerization.of the monomers in the presence of cationic catalysts, first
below the mp -andithen, aboM* the- mp, of themonomers. (B01
SUB CODE: OL111 SUBM DATE: O2Jun64/ ATD PRESS:,6'd 0 6
Card l/

84249
S/076 60103410091010,10212
B015SO56
11,12-10
AUTHORS: Miller, V. B., Levin, P. I., Konareva, G. P., Neymqn,
M. B., and Yenikolopyan, N. S.-I -------------
lif
TITLE: Application of the Kinetic fiethod of isotopes or
Investigating the Oxidatio of Methane4in the Presence
of Nitromethane
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 9,
pp. igBO-1986
TEXT: Two of the authors (Ref- 7) observed that in the oxidation of
methane with small additions of NO 2, a slight temperature rise occurs.
The latter is due to the formation of nitromethane, which acts as a
catalyst and, at first, decays quickly into formaldehyde and carbor.
monoxides, and in.the further course of the reaction it maintains a
constant concentration for 1-1.5 minutes. For the time of concentration
constancy of the nitromethane it may be assumed that nitromethane either
does not take part in -the reaction, or (which is more probable) is used
up, but is re-formed in the same quantity. In the present case, it'-was
found b the kinetic method.that the latter assumption is correct. The
Card 173

84249
Application of the Kinetic Method of Isotopes 5/076/60/034/009/010/022
for Investigating the Oxidation of Methane In B015/BO56
the Presence of Hitromethane
114 140~, and the C14H NO from marked acetic
C H 4 used was produced from BaC 3 2
a,.id was obtained by a method developed by P. 1. Levin 1,Ref. 11), and
formaldehyde was separated by distillation from nitromathane (Table,
results of separation). Three series of experiments were carried out;
in the first, a mixture of 74-0 torr CH 4 + 146 torr 0 2 + 4.7 torr
C14H3NO2 was used at a temperature 0f.473 OC. The activity curves (Fig-3)
show that nitromethane is formed from methane, and that nitrcmethane is
not isolated. In the second series of experiments, c14H 4 was oxidized
besides nitromethane, and it was found that formaldehyde is formed partly
direct from nitromethane and partly from methane (Fig. 4). To exploin
the part played by 0,9 a third series was carried out with
220.3 torr CH 4 + 4.7 torr C 14H3NO2 at 4730C, and it was found t Ihat In the
presence of 0 2 the maximum concentration of formaldehyde is fot~r timess
lower, and is attained three times more rapidly. The fraction of form-
aldehyde not formed from nitromethane, is formed by a reaction of Metbane
Card 2/3
84249
Application of the Kinetic Msthoj of Isotopes S/076/60/034/009/010/022
for Investigating the Oxidation of Methane in B015 B056
the Presence of Nitromethane
with nitrogen oxides. The isotopic exchange follows the scheme
C14H3 NO2 + CH 4 '-"' C14 H~ + CH 3NO9 . The formation and consumption rates
of nitromethane in the presence and in the absence of oxygen were cal-
culated. 2-3 methane molecules are oxidized for every nitromethane
molecule. There are 8 figures, I table, and 11 references: 10 Soviet and
1 US.
ASSOCIATION:
SUBMITTED:
Akademiya nauk SSSR Institut khimicheskoy fiziki
(Academy of Sciences USSR, Institute of Chemical Physics)
December 18,.1958
Card 3/3

MIEYAV GOP
YENIKOLOPYAN9 N-S-; '[o"
oxidation of h7drocar~s.
Homogeneous catalYois in the gas phaO es on the Oxidation Of
. nitromethane admixtur
Report No,2: Effeet 00 no.2t2 '30-235 F 161.
metbane. Izv. AN &WR. Otd. khim. Muk (MIRk 1412)
1. Institvt kk4.j cheskoy f isiki AN MR.
(Metbane) (Oxidation)