SCIENTIFIC ABSTRACT KOSHELEVA, I.M. - KOSHELKINA, Z.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825110010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUSAKOV, M.M.; KOSHFJTVA, I.M.
Flooding oil from hydrophoW porous media with water. Trudy MNI
no.22:181-197 158. (MIR-A 12:4)
(OLI field flooding)

KUSAKOVp M.M.j LUBMAN, N.M.j KOSHEVNIK, A.Yu.; KOS]IL,'LFVA, I.M.j
MEKENITSKAYA, L.I.
Studies of the physical chemistry of oil layers. Trudy Inst. geol.
i razrab. gor. iskop. 2s71-80 160. (MIRA 14:5)
(Oil reservoir engineering)

j za
Relation liet,,Ii2otl w0.- oil'
Vyst)kt)-,r,. soed riD. ~,3r'P-'~365
i O'ne o-I,lTrLlll,)t,, -, / ~ ly
1-F p
165.

KOSHELEVA, I.T.; TOLSTUMINA, A.S.
.
so,, cultivation in tb,!) northern Ob Valloy (with oummary in
34glishl, PochvoyedemLe no.2:72-78 F 156. (MLRA 10:5)
1. Fochvenrqy institut im. V.V. Dokuchayeva Akademii nauk SSSR.
(Ob Valley-Soils)

Country : USSR
C--tcL;c)ry -Soil ScicllcQ - CILLtivation - Ipprovercmt
Erosion.
Abs Jour: I=iol , 11c) 14, 1958, No 63128
Axrtli,,)r KoBheleva, '!. T.; TolstWthina, ;..S.
Inst
Title ProbIL-ri of Sc:!-l Galtivation in Nurtlicrn
Fri Wye .
Ori(; Pub: PcchvovcLIc,.u-YQ, 1~~57, Nu 2, 72-82
a.bsti-,.ct: Methods of the soils of H-,,7L,iL;rn
Priob'yc wure Glcycy---.l-;dzull-'.c,
liC,~ht-lona,iy soil. un(lur tundra
(Salckhai'(23'my-, Station), suporf).cially L;).L;ycy-wc,^J:-
ly-l;odzoL,c, soil undir ,. lroun,,- ceclar
callopy (-L,--rLZOVS!~Clya StatiOll), C~lltl SUIILrf~~Ci~lly
Cara 1/4
J-59

Country . USSR
Cator,ory: Soil Science. Cultivatim. IqjTovc~~nt
Erosion .
.'.ba Jour: RZhDiol .., 'io 14, 1.958, no 63128
glayey-pocIzol-c avara[;u-lcv-.W so:kl undur coaar
G=en Gorrm amma (colutea) J_?_7 (mimity-
M=siysl:ar- Station) wore corpared with their
cultivatud var:'=ts The followinj3 a[;rochoiaical
aoil ina-.ccs arc; 1:wesented: pH, cxchmi~;c ac-idity,
content of exchmiGeable Can and KS, L
-,f total N, of
active forms of P and K, of hums, mid of the
group and fractimAl composition of tho huims.
The aencral foaturos of tho cultivat:Lon of soils
(of the faimi~y-Mansiyakaya Station, for exayxplc,
where the b-iolocical rotation of Liattor in culti-
vated soils Jx riost intensive) aro: an increase
Card 2/4

17
AUTHOR: Kbobeleva . T. 10-58-3-14/20,
TITLE: Micromorphology of Tundra Soil as a Potential Indicator of
Its Origin (Mikromorfologiya tundrovykh pochvo-gruntov kak
vozmozhnyy inddkator ikh genezisa)
PERIODICAL: Izvestiya Akademii Nauk SSSR, 'eriya Geol-raficheskava, 1958;
Nr 3. pp BB - 92 (USSR)
AB6TRACT: At present the method of investigating the microstructure of
soil is widely applied in soil science. This method is being
worked out at the Soil Institute of the AS USSR by students of
the Academician, B.B. Polynov, I.I. Feofarova, Ye.I. Parfenova,
Ye.A. Yarilova and others. During recent years valuable re-
sults have been achieved by using the microscopic method in
investigating t.1le structure of frozen specimens at the Insti-
tute for the Study of Permafrost at the AS USSR (Konnova, 1957).
There is some reason to suppose that the application of the
micromorphologi,2al method will be useful in determining the
origin of alluvia. The author gives some examples of investi-
gating tundra soil by using the micromorphological method
0
(carried out by I.I. Feofarova and the author, assisted by
Card 112 Kosheleva; the thermic and X-ray analyses were made under super-
t

10-58-3-14/29
Micromorphology of Tundra Soil as a Potential Indicator of Its Origin
ASSOCIATIONs
AVAILABLE:
Card 212
vision of Professor N.I. Gorbunov and Ye.A. Shurygina at the
Soil Institute of the AS USSR)4The further study of tundra soil
microstructure and of other alluvial specimens will providE' in-
teresting material for paleogeographical reconstruction purposes~
There are 4 figures, 1 table, and 5 Soviet references,
Pochvennyy institut imani V.V. Dokuchayova (Soil Institute
imeni V.V. Dokuchayev)
Library of Congress
1. Soils - Fliorostructur8 2. Soils - Arctic regions -
Analysis

ZMUVA, I.T.; NOVICHIMYA, L.N.
Spotted tundras of Western Siberia and their algal flora, Bot,zhur,
43 no.10:1478-1485 0 158- (MIRA 11:11)
1. Botanichaskiy institut imeni V.L. Xomarova All SSSR, Leningrad;
Pochvenvy7 institut imeni V.V. Dokuchayeva AN BSSR. Moskva.
(Siberia, Western-Tundras) (Algae)

X059FIWA, I. J-. and TTvnormy; r,. A.
"Soil Cryogeneous Processes and their Influence or, the T13ndry Landscape."
report to be submitted for the Intl, Geographical Union, 10th General Assembly and
19th Intl. Geographical Congress, Stockhoin,Sweden,, `~-13 August 1960

IVANOVA, YeA.; ROZOV, IN.N.; YEROLYINA, i.A.; N.,I.; w--LN'' V.J-A.:
UIMTSIN;Ii, R.A.; Prinimali uchaEtiyc: Ye.N.;
BUDIIIi., L.P.; VISHTWAYA, I.V.; GELASIMOV9; 1.P.;
KOSHH,I-Pli~, I.T.; v%',UX')V, Ie.M.; '04'1141,t, Ye.V.; JOEJI-aV, I-ii.;
V.0.
New materials on general geography and roil clas~Aficati.)n of the
polar and borpal bolts of Siboria, Pocl,,vovedenie no..11:7-2) N
161. OMIRA 141-12)
(Siberia, Northern--Soi-Is--Clas5ification)
(Siberia, Northern-GeDgraphy)

K()TjL'1TIY,OV, D.D.; KOSHELZU, L.A.; SIMIRINA, O-V-
Composition and genesis of clay minerals in sediments of the
middle and upper Jurnasic of the Sudak-Koktebell folded zone
in the eastern Crimea. Trudy VNIIGAZ no.7:48-58 '59.
(MIRA 13:5)
(Crimea-Clay)

SBCHUMI, P*I., hxndmd.,,mLuk; KWMUIVA. L.1.
. ~~
trAVand SPOCtrft Of VOW snake venom; MUmin=7 report.
Tnuly I-& LT-11 41,06-44 965.
MM 113912)

USER/Dol iva CYLI
.fv)s Jour x Diol., ir), IP1218
. . . . ..............
Ills" lnn~scian S-non"Gif'-i c E., -,i*-,,c Im;d~ia`.o for A- Ic. 1:-1:0-
Ti-*L-.lc 0_-.~;auic -iiiiieval Flax.
Orig IVb nauc"no-tehl' n. no
I'lo 1, 33-36.
Cara 1/1
115

KOSOLEVA; L,L. (.Koisbaleva# L* .f. I
Effect of.basia elements-of mineral nutrition on the growth
and develOpment of fIAx. Vestai AN BSM. Ser. Wal. nav, n004,
46-51 1 U. (MMA l7s 8)

KOSHELEVA, L*L* [Koshaleva, L,.L.]
Effect of phosphoruv on some physiological processes in I'lax
plants in ontogeny. Vestsi AN BSSR. Ser. biial. nav. no.2:34-41
:64. (MIRA 17:11)

KOSRELEVA, L. M.
USSR/Chemistry - Synthesis Ethers
Aug 49
"Use of Double Halogen-Substituted Simple Ethers for the Synthesis of
Symmetrical Ethers of Dimethyleneglycolg" 1. G. Ali-Zade, L. M. Kosheleva,
K. S. Aliyeva, Lab or Org bynthesial Azerbaydzhan State U imeni
S. M. Kirov, 3 3/4 p.
"Zhur Obshch Khim" Vol XIX, No 8
Ethers of dimethyleneglycol which resulted from the interaction of dibromodimethyl
ether with alcohols had the following structure;
__~ CH20-R
----CH2M
where R may have either a normal or an isomeric structure. Synthesized diethyl, dibutyl,
diactyl, diisomWI, and diisopropyl ethers of dimethyleneglycol. Shawed that
increasing molecular weight of symmetrical others of dimethyleneglyco decrease
their specific gravity. Submitted 25 Apr 48.
PA 149T29

GOA
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A I S. S L & NITALLUNWAL VINAMI CtA%%VX.ATW,
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kil .06
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-016
.4 Now
ago
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see
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be*.
tie*
MOW -villil -*A GaW,iii
Vib U S AT 10 35 a ad 0 m w I Er of 5 a a 39 v =9
0 0 0 0 0 0 g
go so 0 0 0 0

ALIYEV,Sh.B.; KOSHRIEVA,L.M.
Character of the decompouition of diphenylethane in the preaence
of kerOBene refinery producte. Izv. Al )zerb. SSR no.6:15-22 Je
154. (MIRA 8:11)
(Cracking process) (Rthane)

GUTMYA. V-S-; PURURAMIS, B.F.; KOSIM VA, L.M.; ALIYNV,A.1p.
, "", -:',
Activated silica from sarpentinits as an adsorbent for extracting
aromatic hydrocarbons from petroleum fractions. Dokl. Azerb.SSR
10 no.1:3-10 154. (MLRA 7:7)
1. Institut nefti Akadendi nauk Aserbaydzhanskoy SSR.
(Silica) (Petroleuw-Refining)

KOMEWA, L, M., FUEDOVA, A. J!., PjSHNP,~4,A7ZADE, B. F., MAYEVA, !;. Z"
SULTANOV, G. A., FMLILOV, A. ME., AIM EIBATOVA, SH. E.
Possibility of Abundance of Seven-Membered Naphtene Hydrocarbons in
Petroleum
Raman spectra of -hro fractions boiling at 12?-133 and 133-1380
respectively were analyzed for establishing the individual compound of
specially prepareJ narrow fraction of benzene "KC" (source "NeftyaiM~e
Kamni" at the Caucasus). The 127-1330 fraction exhibited the line 710
cm-1, tentatively attributed to methylcycloheptane, found in the tested
petroleum as impurity. It-will be attempted to find me-thylcycloheptane
,55) Dokl, Ail Az SSR,
in petroleft by chemical methods. (RZhFiz, No. 8, 10
10, No. 6, 1954, 421-426.
SO: Sum. No. 7W~, 8 Dee 55 - Supplementary Survey of Soviet Scientific
Abstracts (17)

P , B.F.; XOSHBWA, L.H.; MYRATOVA. Sh.l.
.
Formula for calculating the amount of petroleum fractions (with small
amounts of aromatic hydrocarbons) charged into a column for adsorptive
separation. DoklAN Azerb. SSR 11 n0,-7:447-457 Jl 155. (MLRA 9:1Y
I.Inotitut nefti AN Aserbaydshanskoy SSR..
(Petroleum)

mzKmjYBV, S.D.; FISIDIAMMDE, B.F.; KOSHELICVA, L.K.; XYBAToVA, Sh.g.;
r,ASHIMOVA, F.A.
separation of individual hydrocarbone-frem petroleum. Report no.l:
Separatibn of cyclehecane Lin Azerbaijani with aummary in dussianj.
I-zv. AN Azerb. SSR. Sor. fiz.-tekh. i khim. nauk no-5:53-65 158.
kHIRA 12:1)
kqrclohexane)

smAvirHits ttuvjiorzxcAtiA
0 XrO EMMARMUX FOMMOMB M3 FERM"A
BAKUNCRON HEOTH
TlU WswWsy" towwo rw Cameml wilt ApplUa tbwdw%v7 a
Ofttleft ct CbMUU7 IVA CbftSt4 loajr~ ot Viols,
p61. %I Mo. ftl. am, mom IM
suftue" cc ore lobpk" fie be P---- at ebvft Wtl-d
um,M' " M"b I".

PISMUNAZZAM, B.F.; 1SWULZADR, I.G.; KOSIMLIVA, L.M.; GASHWVA, F.A.;
MAIMSDOV, P.A.
Hyd-roaromatic hydrocarbons of the 140-1750C fraotion of the
petroleum In "he Kirmaki, aeries of the Buzovny field. Azerb.
khim..sh=. no-1:53-641 159. (MIRA 13:6)
(Buzovny region-Petroleum-Analysia)
(Hydrocarbons)

PISHNAMAZZADE, B.F.; ISMAILZADE, T.G.; KOSHELL-VA, L.M.; EYBATOVA, Sh.E.;
IWEDOVP F.A. %---
Hydroaromatic hydrocarbona of the fraction 140-175% in crudes of
the lower formation of tho Karachukhur Field. Azerb.khimahur.
no.3:65-75 160. (I-EM 14;8)
(Hydrocarbons) (Petroleum-Analysis)

PISHIW-IAZZADE., B.F.; -- KOSHELEVA, L.M.; SULEDMOV, G.N.
Synthoeis of low moleculax weight aromatic hych-ocarbons from
a natural aromatic concentrate. Azar' -khim.-hur. no-4:35-43
160. (MRA 14:8)
(Ilydroccx bons) (Alkylation)

PISHMAMAZZADE, B.F.; KOSHELEVA, L.M.; SULEYMANCYV, G.M1.
Production of low molecular V6UM aromatic hydrocarbons
from the bigh boiling patroleum fractions. Azerb.khim.zhur.
no.5.-17-21+ 16o, (MIRA 14:8)
(Hydrocarbons) (Petroleum-Refining)

PISHNM4&ZZADE, B.F.; KOSHELEVA, L.M.; SULEYMANOV, G.N.
Production of xylenea based on aromatic bydrocarbonB of the
intermediate petroleum fraction. Azerb.khim.zhur. no.6:59-68
16o. (KIRA 14:8)
(Xylene) (Hydrocarbons)

34887
Ir -,l '16~1
) , -,
10
k 0
F. , isr--.ailzade, i.
H
A., Gashwaiova, F. ~1., :~-.-"-,toval
T' ITLE: Deter:-,.-in~ticn o-f "'he natui-c of ani
7wdroc-r'ons in the fraction of a boiling -.oint u-, to 2000C
0i the m~trol.-unl tho 3luzovninsl.o-e !~~nosit (Kirna',
-Tl!~To~;TC~-, '-ecfer-tivny- zhurnal. Zhimiya, no. 3, 1062, -u- s
- - - .-."l'- 1961, ~0 - P. t7r-ct
32(.Azerb. 1-him. 7h. no. 3,
T'-le charnctoric3zics o~ the ~,.asolinc-li.t-.roin 'rac'ion, -'anal o.
0 1 - I u I-
220 C o--F' notrolcum from the Buzoviinskiv dei)os-it in the n 1-1 in 10'-'-
mation determined. It -:,;as -found that the li-lit, fr--ction t t.,e
final b. 150 C had no 0romiatic h,y.1--oca rDons; -,,hc- inc-lim-, -'racticnS
-40 - 175 C and 175 - 200 0 cortain 0.731/'~ and 4.12'., r,);:l -2~ t i c 1: r 0 ca r'-- on Z
respectively. The .,,,ide z-asoline-lirrroin fraction is a. .b a d
--thil'-na hydrocar'cors. ~2 r-, v on4
,.--action with 71-36c, na-,))- n~, i-vi-dugl h-, ro', -.-o'.:~t-
4, 0
..c hydrocarbons -.-.,ere 011ii-I in thc: fraction of b. p. cS 1 - I C
Card 1/2

S/081/622/000 '003/0~5/090
D2tormination of 'Uhe nature ... B1 ~i 9/1310 1
t he se, 1 4-,HmOt'v1-cYc I ol-ax--ne (41 .7s"') 1 nn-' 1 and 1 1 -c... clo-
iioxanc (10.'-~ -and prel'o,.An-.~te. The nat,,,,rrz; of thc arcmatic 1-IYC'L:.,Oc,~_,-
-1Z~~ of the aro!;,,rtic cnncortrato- in t~,.e cI,inn
bons was d0tor:-.iine"I ~or 76
140 - 1750C. 13 individual hdrocarbons fonnd
mainly 9 or 10 carbon atorns. o'L the 175 - 200 0C frnction 1- c:n -
tified; the nature of two in-.'Iiv
luu.Ql hy'rocarbonis v.-o t
1,2-diethylbenzene and 1,2,~',5,-tEtia,,ioth,,lben~ene. 50-, of 1-o::-. j C
0 ~r .7 L I-
Ilyd-rocarbon-v isolated from 11.0 - 175 C raction dnd.>C3~z', aro-,.atic
bons seDaratcd 1 'OC ft
75 200 f action havc their bo4lin- ooint
thar tne terrainal boilin no, nt of' the corr,-~.-L:~onlinr fraction. Iro-
mlf-tic hydrocarbons in 140 - 1750C Ifraction co,.i,er,-)onJ,in,- to
o
~-ocarbons -Found 'n 'ho frz:ction, of b. p. 61 - 1,;0 C,
L U
1,2,4-, and 1,3,5-trimethylbenze-nES. ' bs trEtc te r I s no t.- e: C o..,:,, 10 to
1:.7,tion
Card 2/2

PISHNAMAZZOE, B.F.; -KRALIIDV -A.Kh.; KOSHELEWA L 14 - EYBATOVA Sb.Z.;
0 1
RZAYEVA., S.Z.; MMEDOV, F.A.
Individual hydrocarbon composition of straight-run gasolines
from the Gyurgyan maritime petroleum field of the Sub-Kirmaki
series. Azerb. khim.zhur. no.4:45-58 15Q. (MIRA 14:9)
(Gasoline) (hydrocarbons) (Gyurgyan-Pe~roleum)

MEKHTIYEV, S.D.; PISHNAMAZZADE, B.P.; KOSHELEVA, L~M.; EYBATOVA, Sh.E.
Separation of individual hydrocarbons from petroleum. Report
No.2: Separation of methyloyclopentane and methyleyelohexane.
Azerb.khim.zhur. no.6:3-12 159. (MIRJ% 14:9)
(Cyclohemirij) (Cyclopentayle)

FISHNARAZZADE, B.F.; ISMAILZADE, I.G.; KOSHELEVA, L.M.; MEDOV, P.A.;
GASIIM,,IOVA, F.A.; EYBATM, Sh.E,
Nature of aromatic and hydroaromatio hydrocarbons in the fraction
iolow 200OG of the Buzovna oil field of the Kiinaki series. Azerb.
khim.zhur. no.3:41-53 161. (MMA 14:11)
(Buzovna--~-Petroleum)
(Hydrocarbons)

FISHNMAZZAM,, Blp*; ISMUL=p 1,G,-p XCUMLEVA., L.M*j SYRATOVA, Shog.
MiMdW, F.A.; KULIK07A,
Nature of hexahydroaromatic hydrocarbons from the 140-175' C
fraction of Surakhany selective oil, Azerb,,khim,zhur. no,5s
9. 21 161. (MML 15 5)
(Hydrocarbons), (Surakhuy.~-PatroleuL--Analys:is)

AUTHORS: .1chna,ziazzade, B. F., Isnailzade,- 1. G. , Kosheleva., L. Ll* f
By.batov.
T ITLE: !,xamin,,,tion of the nature of hexahydroarormatic hydrocarbona
in the 140-17500 frae'tion of Balak%_ano heavy oil
PERIODIC~,~L: Refurativnyy zhurnal. I"Llimiya,' no. 18, 19062, 442, abstract
18:,i103 (Azerb., khim'. zh., no..,6, 19061, 27-36 [summary in
Azerb.1)
TEXT: Ti.enty-five hexahydroaro-matic hydrocarbon's 0.110, 23 of which are
monocyclic and 2 bicyclic, have been'found by opitical methods'in the
dearomatized 140-175 C fra:ction of heavy-Belakhano oil. Predominant
amoni; monocyclio hydrocarbons are: propylcycloliexane
lohexano (2.65;'), 1'-methyl-3-eth lcyclohexane ('2.31j,'
1-methyl-2-ethyleye y
and 1 -ethyleyclohexane (2 0 ' 2bicyclic - hydrindarie
-mothyl-4 .07,"); among the
(2.3G- '-) -Of the MI found, the largest group, was the
disub~tituted; the mono-, tri- and tetrasubstituted were, respectively,
Card 112

3/08 116?100010 18/032/D~9
Examination, 6f ujo nuwral6f ... D15S/BIDO
20.09, 24.80 and 12 . Ifb hydrocarbons with a s'.Ide chain containing
> 4 0 ato.,Tis- were discovered: in t lie IM complex. ~~stracterls note:
Complete trapslation.1
Card 2/2

PISHNAMAZZADE, B.F.; ISMAILZADE, I.G.; KOSHELEVA,,~.M.; EYBATOVA, Sh.E. -:
MAMEDGV, F.A.; CRUDZHEVA, T.M.".. MAMEDOV, G.M.
Nature of hydroaromatic hydrocarbons of the fraction boiling
at 140-1750C from Kirmaki series in the Neftyanyye Kamni
offshore field. Azerb. khim. zhur. no.2:3-11 163.
(MIRA 16:9)

PISHNAMAZZOEY B.F.; ISMAILZADE, I.G.; KOSIJJ~LE 1. ; EYBATOVA, Sh.E.;
MAMDOV, F.A.; ORUDZHEVA, TA _YAx_.L.Y
Investigation of the nature of the hydroaromatic hydrocarbons of
the fraction of 140-1750~ftvm the petroleum of the Neftyanyye Kam-
ni field. Nefteper. i neftakhim. no.10:12-14 163. (MIRA 17:2)
1. Institut neftekhimicheakikh protsesBov, g. Baku.

XOZHV.VNIXOV, P,V., prof.; OLIMMOVIOR, V.I.; TRAVIN, G.Ye.; KOMBLEVA, L.N.
Results of diapeneary treatment of ak in diseases in Leningrad. Vast.
darm. i van. 32 no.6;41-48 11-D 158. (XIRA 12:1)
1. Iz Leningradekogo gorodBIcogo kozhno-venerologicheskogo dispanaera.
(SKIN~DISXASBS, thibr.
dispensary se:rv., results (Rua))

".ill.; LAPIN, S.K.;
EYpdieney of -uslrg metal ccrid:-ctor
Trudy 2-go p-,41 1~'):3]9-12,p 165.
r
1-4brratoriya po peresa(lke organot, j. t]-tty,el All," SSSR J. kaf-?ara
pllt,~Ior I cheskoy anat.cmil
i t a in S e. CVl v n 0 v

BOTVINIK, M. M.; KOSHELEVA, M. I.
e--
"Reactions of N-imidazolyl derivatives of histidine and histidine peptides vith
serine hydroxyl."
report submitted for 7th European Peptide Symp, Budapest, 3-8 Sep 64.

KOSHIMA.M.M.: C.UUMSOVA,V.I.
Determination of silicon In fluoride salts by spectrum analysis.
ZKY.10. 21 nb.4:46o-461 155 (nu 8-.6)
1. NauchW Institut po udobrenlyan I ineektoftagisidan
(Sodium fluorlds,-Analysts) (Calclux fluoride-Analysis)
(811.1con)

5 (2)
AUTHORS'. - __-Kosheleva, Ms M..., Kuznetsoya, T._I. SOV/32-25-8-23/44
TITLE- Application of Several. Additions at the Determination of Rare
Elements by Spectroscopy
PERIODICAL: Zavodskaya laboratori3ra, 1959, Vol 25,_Nr 8, pp 964 - 965
'(USSR)
ABSTRACT: k method.for the determination of gallium, indium, thallium,
and-germanium.in pyrite, pyrite cinders and Cottrell precipi-
tated dust was developed by.the addition of calcium fluoride
( 2 : I *at Ga- and Ge.-aeterminations) or sodium fluoride to
the sam-ole (!-: 2 at Kn and Tl determinations). In this case
the evaporation velooi.ty of the rare elements and the density
of the blackening of the.spectral lines increases. An electrode
with side openings (Fig 1) was used for the analysis and the
spectra were photographed on an instrument XSA-1. Three series
of standard samples wore prepared according to the above-men-
tioned examination substances and the calibration diagrams were
recorded. The reproducibility error was determined and it was
found to be approximately 10.0% for Ga, 9.0% for In, 8.0% for
Card 1/2 Ta, and 5.0% for Ge d4itermination. The analysis results obtad-ned

Application of Several.AddLtions at the Determination SOV/32-25-8-23/44
of Rare Elements by Spectroscopy
were confirmed.by analyses carried out-in.the Gintsvetmet.-.
There are 3 figures.
ASSOCIATION: Nauchnyy institut udobreniy i insektofungitsidov (Scientific
Research Instituteof Fertilizers and Insectofungicides)
Card, Z/Z

KOSHELEVA, M.M.; KUZNETSOVA, T.I.
Spectral determination of bo.ron in nonaqueous boratea. Zav.lab. 27
no.3:312-313 16,1. (MIRA 14:3)
1. Nauchr;yy inotitut po udobreniyam i insektofungisidam im. Ya. V.
Samoylov4.
(Boron-spectra) (BorateB-Spectra)

KOSRELEVA, M.M.; KUZNETSOVA, T.I.
Development of spectral methods for analyzing the extraction of
dispersed elements from raw materials, products and waste of the
sulfuric acid industry. [Trudy] NIUIF no.164:42 159. (KRA 15:5)
(Trace elemants) (Spectrum analysis)

KOS), C / e Ylt ) /V Iq I
USSR/bUcrobiology - General Microbiolo(Zr. F-1
Abs Jour : Ref Zhur - Biol., No 3, 1,958, 9777
Author : Bekker, Z.E., Ostroukhov, A.A., Smirnova, A.D., Koshelev
,N.A., Fadeeva, N.P.
Inst
Title Growth Manifestations in Submerged Cultures of Peninillium
Chrysogenum Thom.
Orig Pub Antibiotiki, 1956, 1, No 3, 40-47
Abstract Mycelial cell s of P. chrysogenum Q 176 in a s~ibmerged cul-
ture on a Stoun and Farrel. medium in a 1000 liter appara-
tus with mixing at 200 rpm and aeraAon of I volume of air
per volume of medium per n-Inute, undergo very character-is-
tic transformation during cultivation, which may be provi-
sionally represented in the form of 6 growth phases. The
I phase: germination of conidia (begins in 13-24 hours
from the time conidia are inoculated in the nutrient me-
dium). Conidia swell and form one or several growth tubes.
Card 1/4

USSR/Microbiology - General Microbiolo(g. F-1
Abs Jour Ref Zhur - Biol., No 3, 1958, 9777
II-phase: Expansion of hyphae (begins in 36-48 hours
from the time of conidie. inoculation in the nutrient me-
dium). Still no activity is Yr-nifested in the culture
liquid.
III phase: Accumilation of reserve substances (observed
after 48-56 hours from the time of conidia inoculation or
after 24-36 hours from the time of rycelium transplanta-
tion from the inoculatiAg apparatus to the fermentation
apparatus). Large numbers of fatty inclusions appear.
Activity of the culture liquid is very low.
IV phase: Disappearance of ftitty substances and the be-
ginning of vacuolization (observed after 36-48 hours from
the time of transplanting :Inoculated mycelium into the fer-
mentation apparatus). .4ctJ.vity of the culture liquid is
notably increased.
V Phase: Formation of larC-,e central vacuoles (observed in
48-72 hours from the time ef transplanting the inoculated
Card 1/4

USSR/,Microbiology - General Microbiology. F-1
Abs Jour Ref Zhur - Biol., No 3, lg!i8, 9777
mycelium into the fermentation apparatus). The activity
of the culture liquid approaches the maximum level.
VI phase: Preautolytic condition (observed usually after
72-96 hours from the time of transplamting inoculated my-
celium into fermentation aPparatus). The activity of the
culture liquid usually reat-hes the maximum level. There
follows complete autolysis, which cannot be considered as
a growth phase. The activity of the culture liquid most
frequently is noticeably lawered by conq)arison with the
activity in phase VI (sometimes by 1-1 - 2 times and more).
For all these phases the ml.croscopic condition of the my-
celium and the characteristic cell properties -under micros-
copic observation are desc:Abed, utilizing special methods
for e>armin ion. The grovth phases may be grouped into 2
main stages of development, The first stage-- from I to
III growth phases- is evi(!,,ently characterized by a hiE~Ier
level of 6xidation and increased intensity of assimilation.
Card 3/4

BIWITEREVA, M.N.; KOSHELEVAI,',N.A.- KHIUIHANOVSKAYA, V.E.
Formntion of active DroteolytJe enzyt3en as rolnted to the growth ~nd
nutolysis of submerged Actinmyces cultureq [with summnry in English].
Miltrobiologiin 27 no.1:32-38 Ja-F '58. (MIRA 11:4)
1. Institut mikrobiologii AN S.SSR, Moskva.
(ACTINOMYCES, metRb.
nrotease form., rclstion to growth & Autolysis in
submerged cultures (Rue)
(PROTEASES
in Actinomyces in submerged cultures, relation to
growth & autolysi~,i (Rue)

11 BEKHTZMAq M.N.; KOSIE4LEVAs N.A.; KHRZHANOVSKAYA, V.E.
Physiological properties of Actinomycea lavendulae as related to
cultural conditions. Trudy Inst,, mikrobiol. no. 6:234-244 159-
(MIRA 13:10)
19 InBtitut mikrobiologii AN SSSB14
(ACTINOMYCES LAVENDULAE)

17(4,)2)
AUTHORS: Shaposhnikov, V. IT., Acadenician, Bekhtereva, SOV/2o-124-1-57/69
M. N., Kosheleva, N. A., Khrzhanovskaya, V. E.
TITLE. The Possibility of Controlling the Procesa of Antibiotic
Formation in Actinomyces Violnceus (Vozmozhnost' regulirovaniya
protsessa obrazovaniya antibiotika u Actinomyces violaceus)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, lir 1,
pp 198 - 201 (USSR)
ABSTRACT: Two stages of the process of fermentation were detected
(Refs 1,2). The Products of fermentation are mostly formed at
different periods in the ccurse of development of the culture.
They are very rapidly formed during the second stage when the
culture stops growing. It is not possible to completely
identify the 2 stages in tl:e formation of antibiotics with
the regularities of bacterial processes. Antibiotics differ
greatly from bacterial processes and their structure is varj
complicated. Their characteristic features are given. It was
observed that an intensive forr~ation of antibiotics often
coincides with the moment of exhanstion of one or the other
Card 1/4 element in the culture medium. In this connection intermediary

The Possibility of Controlling tile 1'roccss of Antibiotic SOV/2o-12ij-l-'7/69-
Formation in Actinomyces Violaccus
products can be formed as well av. I.-roducts of autol.,,-tic de-
composition. The mentioned prodi,cts serve as -a source for
the formation of sing-le molecule particless -)f antibiotics.
From this aspect the mothod of exchanginG culture media during;
fermentation gains partIcular importance for the problem
mentioned in the title. So far the -authors have found that
the development of the Act. violana-us Nr 719 really represents
a 2-phanse process. (Figs 1:2). The inost intensive formation
of the antibiotic takes ,)lace during; a rapid decrease of
growth of the culture. Morpholo.--cL~l chang~-es of the culture
of the Act. violacens can be cbservcd which are doubtlessly
a result of the change of its physicli)Uiciil state with in.-
creasing agre. As the calculation of the izoductivity of the
culture on the basis of on uninterruptedly charging medium
does not resiilt in a correct comparative eotima-tion of the
bioc)iemical activity of thL mycelium, special experiments
were carried ont. The nor:-.ially bred mycelium was put into
small flasks for a time of 6-8 hours. The amount of myceliura
did not exceed 0-5 9/100 ml. The initial pjT_
Vqllle 7 was
Card 2/4 maintained (Fi. 3). In the course of thin, experiment it was

The Possibility of Controlling the -rocess of Antibiotic SOV/2o-124-1-57/69
Formation in Actinomyces Violacoun
proved that a young mycelium (42 hours old) is not yet
able to form an antibiotic. Only later, e.g. after 72 hours
the rate of production of antibiotic was of 4500 relative
units per 1 g mycelium hour. The substitution for the
hitherto used medium Nr 1 by other sorts of media accelerated
fermentation and development of the culture. This is why
the most productive age varied somewhat. In order to find
out whether a young mycelium is ready for the formation of
the antibiotic a young and an older mycelium were put into
media with different pH-values during fermentation. It was
thus proved that the pH-values from 6 to 6 do not cause a
young mycelium to produce an antibiotic. In the old mycelium
the production remained unchanged between 5.6 and B.S. The
elimination of nitrogen from the culture medium led, however,
to an increased production of the antibiotic, even in the
case of a young mycelium. The increase was up to 117 relative
units. This process was accompanied by clear changes in the
structure of the cytoplasm. There are 3 figures, I table and
Card 3/4 3 Soviet references.

The Possibility of Controlling the Procecs of Antibiotic SOV/2o-124-1-57/69
Formation in Actinomyces Violaceus
ASSOCIATION: Institut milcrobiologii Akade-,11ii nauk SSSR ( Institute of
Microbiology, Academy of Sciences,USCR)
SUBMITTED: September 13, 1958
Card 4/4

SMPOSHRIKOV, Y.N., akademik; KOSHEUVA, N.A.; KOIMNIKOVA, I.G.;
BAYKOVA, L~A.
Effect of the sources of carbon on the biosynthesis of Ctrk5to-
glutaric acid Jm cultures of Psmidomonas fluoresoens. Dokl.
AN SSSR 157 no.,ltl8O-l8Z -T1 t64 (MIRA, 17 t8)

KOSHELEVA, N.A.; NETTE, I.T.; BAYB'.OVA, L.A.
Keto acid blosyntbesis in mycobacterial cultures on media with
normal paraffins. Prikl. biokhim. i mikrobiol. 1 no. 6,.
617-622 N-D 165, OMIRA 18:12)
1. Institut milkrobiologii IM SSSR. Submitted June 22, 1965.

KOSHEWA, 1W.G.
Effect of hypothermia in prognant animals and of animals and of
aminazine administration on the course of pregnancy, labor, and
condition of offspring. [vith summary, in English]. Akauh. i gin.
34 no,5:17-21 8-0 15a (MIRA 11:10)
1. 1% laboratorii normallnoy i patologicheskoy fiziologii (zav
prof. N.L. Garmasheva) Instituta akusheretva i ginekologii (dir:
- prof. P.A. Beloshapko) ARV SSSR.
(HYPOTHMMI.A. effects,
on pregn. animals & fate of offspring, eff. of chlorpromazi-
ne admin. in various temperatures (RUB))
(PREGNANCY, physilogy,
eff. of hypothermin on pregn. animals & fate of
offspring, eff. of chlorpromazine admin. in various
temperatures (Rua))
(CHLOM%IAZINE, afects,
on pregn. animals & fate of offspring after admin*
in various doses & in various temperatures in artif.
hypothermia (Rus))

FOSHKLEVA, ;".G., Cand Jed Sci ...- (di.,is) "Reaction of the
pregnant animal and 4P tne foetii,s to c. of
-ooling (Z~
cold and ad--rdnisLration of aminazin) At--AIiU;m-=Rt. periods of
preg~nancy." Len, 1959, 16 up (Acad Sci US,,R. 1ji.A of Physiology
im I.P. Pavlov) 1')0 copies (KL, 26 59) 1-31)
- 113 --

KOSHFJMlp NeGo
kregnancy and labor in women following the removal of a lung.
Akush i gin. 36 no.lt=1-1:~2, Ja-F 360. (KMA 13 s 10)
iPMRAVOlp COTUCATIOlis OF) (IJJVGS-SURGMU)

-KOSHELEVA, N.G.-(Le.ningradv TSentr.KorLnogvardeyakiy per., 6, kv.8)
Course of pregnancy, labor anti fetal develoWent in rats following
hypothermia at various stages of pregnancy and restoration oft body
temperature under various conditions. Arkh. anat. gistA embr.
38 no.l.*25-30 Ja 160. (MIR& 13i7)
1, Laboratoriya normallnoy i- patologicheakoy fiziologii (zav. -
prof.N.L.Garmashova) Institute, akusheretva,i inekologii AMN SSSR.
(RURIGERATION ANWTFESIA) MUS)
(PREGNANCY)

KOSRELEVA, N.G., kand.,- med. nauk
Phagocy-te reaction in pregnant women and puerperants imminized
with stapYqlocoocal anatoxin,, Akush. i-gin. 40 no 1:32-35
ja-F '64- ~MIRA 17:8)
1. Bakteriologicheakaya labox-atoriya (zav. - kand. med. nauk
A.P. Yegorova) i otdeleniye poslerodovykh zabolevaniy (zav. -
prof. S.G. Khaskin) Institute. akusherstva i ginekologii (dir.
prof. M.A. Petrov-Maslakov) INN SSSR.j Leningrad.

L E V,11~ Al. -11V
KOSHELE VA N. N.
Zelenin, N. I. Kreking Slantsevykh Smol S Khloristym Alyuminiyem,
Goryuchiye Slantsy, 1934, No. 3, 35.
SO-t Goryuchiye Slantsy #1934-35 TN. 871 G74

KC; , It'.
IQ,irl. Pror . nr .7: 51, '-N,-,'l!, J1 1,S!. L~ ! 7
cori-Polm'-lo)
1~roduction of chlo-,inc jn
w 11
colLit

YAKOV.U-PV, A.D.; KOSHEIEVA, N.V.; 0JCr,(31-L-;"NK0, I.S.
"-*.- `-'i-
Obtaining organic disj~6rsiono and coatings on lhei bas~~ of acrylonitrils-
butylacrylato copolynn~rs. Lakolmau. :-nat. I ik',, jwim. no.3:3-5 1630
(14IPA 16:01)
1. Loningrudskiy taklinologich.,mkiy institut im. Lensoveta.
(Protective coat.ings) (Acrylonitrile pol)-n,,--!i-s)

YAKOUM, A.D.; KOSHELEVA$ N.V.; OURIMMO, I.S.
Protective coatings with a base of organic dispersions of
polyacrylordtrile. Lakokras. mat. i ikh prim. no.4:18-22 163.
(MRA 16:10)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.

KOSH:,e,LEVA,
Water economy of the apple tree under conditions of sufficient and
unsufficient moisture. Izv. All Turk. SSR. Ser. biol. nauk no.l:
26-34 161. (14M 14- 8)
1. Institut zemelediya Ministerstva selIskogo khozyaystva Turkmonskoy
SSR.
(APPIZ--WATER FSQUIRMMS)

KOSMIZVA~ R.V.
Growth of roots and shoots of the Reinette Simirenko apple
tree in the foothill plains and foothills of the central Kopet-
Dag. Izv. AN Turk. SSR 3er. biol,, nauk no.1;63-66 162.
(MIRA 15:3)
1. Nauchno-issleduvatel'i3kiy institut zemledoliya Ministerstva,
sel'skogo khozyaystva Turldnenskoy SSR.
(KOR',,T-DAG--APPLE--VARIETIES)

ACC NRI A P 7 0 o'6-9'2 7'
SOURCE C15DE:
AUTHOR: Koshelevj4 T.,.I. (Moscow)
ORO: none
UR/0198/67/003/001/0055/0061
TITLE: On the stability of a toroidal shell
SOURCE; Prikladnays nekh&nike, v. 3,, no. lj 1967. 55-61
TOPIC TAGS: toroidal shell, =:2j2jt1=* shell stability, she13
buckling, shell deformatioh..-3NFA.4 7.)VE.O&Y
ABSTRACTt The buckling of a cloged toriapherical shell under uniform
external pressure is investigated. The linear theory of shells developed
by A. 9. Vollmir in his Stability of Elastic Systems (Fizmatgiz,
Moscow, 1963) is used in examining the axisymmetrical mode of buckling
of a torispherical shell vithan arbitrary.shape and a reRular vaye
forming along the arc in its cross section. The diffprential equations
describing the disturbed state of the shell (i.e. equilibrium equations,
strain-displacement relationships, elasticity relations, etc.) in
displacements are taken from the above publication and are used in
solving the problem by the Bubnoy-Galt.-rkin method. It is assumed that
there is a state of membrane stress ijk the shell prior to buckling;
analysis of the stability of this prebuckling state of stress is the
Card 1/2 UDCs nongi

-- ACC-NR: APToo6927
kernel of the problem under discussiom. A system of algebraic equations
is obtained, from which the values of the upper critical pressure
(characterized by a rigidity parametex, V) can be determined for the
given geometric ratios a:/h and a/H of the shell and the number of waves
Nwhere h is the shell thickness, and a andIR are the radius of the
revolving circle and the axis of rotation, iespectively. The values of
V calculated for various ratios a/h and a/R;are shown in diagrams. A
simplified formula for 7 in a closed form ii also given. Orig. art.
has: 4 figures and 29 formulass [WA-523 [VK3
SUB CODE: 20/ SUBM DATEs.-25Jan66/- ORIG REF: 002/ OTH,REF: 003

27211
S/081/61/000/014/007/030
Do B106/B110
AUTHORSs Vert, Zh. L., Karpova, R. h., Kosheleva, T. V., Tverdovskiy,
I. P. ~ r -
TITLE: Overvoltage of hydrogen se~paration on disperse Pd-Ni alloys
PERIODICAL: Referativnyy zhurnal. Khiiniya, no. 14, 1961, 87, abstract
1466o6. (Sb. tr. Gos. in-ta prikl. khimii, no- 46, 1960,
240 - 244)
TEXT: The results of measurement of the hydrogen overvoltage '9 on disperse
Pd-Ni alloys in 0.8 N NaOH at 241C are described over a wide range of 'I by
the Tafel equation (coefficient b - O.1gj - 0.15 v). The value of T, at
constant i rises on Pd-Ni transition, and is independent of the aly0y com-
position in the ranges with the following nickel contents (in %): 0-25,
25-75, 75-100. An investigation of the sorption of hydrogen by disperse
Pd-Ni alloys (RZhKhim, no. 1, 1954, 192) has shown that the extension of
the first range coincides with the complete filling of the d-level of Pd
with electrons. It is assumed that the symmetrical position of the ranges
Card 1/2

L 01795-66 (m)MVP (14)/- (cY/T/ t)
n WP( Ttp(c)
ACCESSION NR:.AP5020979 tiR/0144/65/0001008/0102/0107
AUTHOR: Kosheleva, V. Yu.; Gelld, 'P. V. Golltsov, V. A.
TITLE; E ffect. of_pl!!!se hardening on the hydrogen permeability of an iron- nickel""'
alloy
SOURCE: IVUZ. Chernaya metallurgiya, 1,,io. 8, 1965, 102-107
TOPIC TAGS: iron nickel alloy, metal h.-&dening, hydrogen, permeability mea-
surement, hydrogen permeability, solid mechanical property, temperature depend-
C
ence, electric resistance, crystal latti e 'defect
ABSTRACT: A study was made of the teniperature, dependence (20-1110 C) of the
hydrogen permeability, theyield-and tensile strengths, and-the hardness of an
Fe-Ni allo (28. 6% Ni) in equilibrium an&hardened conditions. Phase hardening
of the Ni austenite significantly increaseddts hydrogen permeability and the ener-
gy of activation E of this process- at 350-1190 C, E ('45 kcal/mol) was about
1. 5 times greater than E for austenite in iNquilibrium conditions. Recovery of the
diffusion characteristics of the al oy was ilispecially intense in the 400-500 C
range Increasing the annealing temperat#e further to 700-850C had little effect
Card 112
I'V

L 01795-66
ACCESSION NR: AP5020979
on permeability and E. Phase hardening'gignificantly increased yie d strengths
tensile strength and hardness,but had onj~' a little effect on the modulus of elas-
ticity.of the alloy. Recovery of mechanicill eristics developed strongly ata
c
ar c
The increase in ectric re~flis n
-600-700C. el ta ceAvith temperature increase of
the phase hardened austenite stopped at al;iout 440 C. The coincidence -of the
01
recovery f e ctric resistance and hydrogen permeability is attributed to the
possible hyp rsensitivity of these
P rE
procesEf6s to similar defects. The mechanical
L t
nZi
.and diffusio haracteristics are sensitivi, o different defects in the crystal lat
tice. The first is apparently determined by the subgrain structure while the
second is determined by the nature and dii;tribution of vacancies, dislocations
and other s1milar defects in the crystal Rittice, Orig. art. has: 3 figures
ASSOCIATION: Ural'skiy politekhnicheskAy institut (Ural Polytechnical Institute)
0-3
SUBMITTED: I 1Jul64 ENCE,: 00 SUB CODE: MM G5
NR REF SOV: 008 OTHER: 001
Card 2

KOSPIFLFVA, Me.
Case of forced application of a ligature to the root of a
lung due to a defect in the UKL-60 apparatus. Khirurgiia
.18 no.12:97 D 162. (MRA 17:6)
1. Iz khirurgicheskogo otdeleniya (zav. - V.Ye. Kosheleva)
Saratovskogo tuberkuleznogo gospitalya invalidov Otechestvennoy
voyny (nachalinik M.D. Plekhanov).

ACCESSION NR: Ap4o3go3
S/0148/64/000/004/013.9/0.123
AUTHOR: Gelld, P. V.; Golltsov, V. A.; Shteynberg, M. M.; Kosheleval V. Yu.
TITIE: The effect of Plastic Deformation and Subsequent Aunealin on the Rate of
Hydrogen Penetration in Austenite
SOURCE: IVUZ. Chernaya metallurgiya., no. 4., 1964., 119-123
iTOPIC TAGS: plastic deformation.. annealing, interrupted quenching, Fe Ni alloy.,
induction fu=ace,, hydrogen permeability., Ni austenite., activation energy., pro
exponential factor., polyterm,, crystal structure imperfection., complicated.
migration
ABSTRACT: The authors investigated the diffusion of hydrogen in an Fe-29% Ni
pose of determining the water
aLLoy melted in a 60 kg induction furnace for the pur
permeability of work-hardened austenite. The specimens were reduced by 25% since
this degree of reduction intensified the work-hardening of Ni austenite. quenobing
erm below
from 365 C affects permeability and a disruption appears on the polyth
which the process is characterized by activation. energy and a pro -exponent:Ua
ifactor corresponding to equilibrium austenite. Anneal-in at continuously
Card

ACCESSION NR: AP4033703
increasing temperatures lowered the parameters of austenite permeability, as calcu-
lated., from -the high-temperature sections of the polytherm to values which approxi-
mated those calculated from the low-temperature sections. In order to obtain data
which would supplement earlier studies of the imperfections accounting for the
anomalous changes in hydrogen permeability, the authors investigated the recovered
hardness during a 30-minute ann aling of 10 x 10 x 2.5 specimens reduced by 27~.
At 500 C hardness was recovered by 10 and activation energy of permeability by
32%. The authors conclude that the recover7 of diffusion characteristics occurs
within a lower temperature range than the recovery of hardness. Hydrogen perme-
ability parameters, as affected by plastic deformation and Annealing, have au
erponential relationship p - expE analogous to that determined in earlier studies
for phase-hardened austenizZo Experimental results are explained in the light of
an earlier theory on crystal lattice imperfections which affect diffusion by en-
training hydrogen and making migration in their vicinity difficult. Orig. art.
has:
ASSOCIATION; Urallskiy politekhnicheskiy institut (Urals Polytechnic Institute)
sumamm; 2&Tul63 DATE ACQ.: 07May64 ENCL: 00
Card 2/3
7. i

KOSHELEVA Ye
Our practice in traixdng speoWists. Avt.transp. 40
no,11:1+8 N 162. (MIR.A 15:12)
1. Nachallnik otdela kadrov ;2-go taksomotornogo parka
Leningradskogo avtoupravleniyac
(Highway transportation workers)

S/081/62/000/022/010/086
B177/B186
AUTHORS: Kosheleva, Ye. D., Lo1zhov, P. F.
TITLE: Spectral analysis of tungsten in chrome-tungsten-
manganese steel, usinfi-, the~3c-l (FES-1)
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 22, 1962, 123,abstract
22D67 (In collections Teor 'iya i praktika metallurgii,
no. 4, Sverdlovsk. Metallurgizdat, 1961, 176-180)
TEXT: The article describes a modified method, previously devised by
N. V. Buyanov and others (RZhKhim, 1959, no. 19 997). The width of the
outlet slit was changed from 0,085 to 0.06 mmy-and a more convenient
method of drawing the analytical.Unes was pToposed. Reproducibility qf
the analysis, determined for a sample with a 1-5~66 concentration of W,
showed an error of 1.8,/.. [Abstracter's notes Complete translation.]
Card 1/1

KOSHEIZ A -.Ye.]D.; LOMOV, P*F.
__A2q~~ .
Spectrum analysis of tungsten in chromium-tungsten-manganeso
steel by means of the FES-1 photoelectric flaw detector.
[Sbor. trud.] Nauch.-issl.inst.met. no.4:178480 161.
WIRA 15:11)
(Tungsten--Spectra)
(Photoelectric measurements)

PASHKOV, A.I.; KiMCAYEV, N,K*, duktor akon.nauk; POLYAIISKIY, F.Ya..
doktor istor.nauk; TSAGOLOV, N.A., doktor skonom.nauk-; BE21WI,
R.R., kand.ekonom.usuk; PRIKAZOIKOVA, Ye.V., kand.ekonom.nauk;
SHMOV, N.S. Frinimali uchastlyev LKVA, Ye.F., mledshiy
nauchnyy sotrudniko, KMORNA, V.F.0 adshiy niiu`chnyy sotrudnik;
CHIZHOVA, L.G.. m1ndshiy neuchn;ry sotrudnik; VILOSKAYA, V.S.,
starshiy nauchno-takhnichaskiy tiotrudnik; Z=, I., red.; MOSKVINA. R.,
tekhn.red.
(History of Russian economic thought) latoriia rueskoi ekonomi-
chaskoi mysli. Pod red. A.I.Pachkova i N.A.TSagolova. Moskva, Izd-vo
sotsisllno-ekon.lit-ry. Vol.Z. 13poch of premonopolistic capitalism]
Epokhe domonopolistichaskogo kapitali2ma. Pt.2. 1960. 676 p.
(MIRA 13:11) -
1. Akademiya nauk SWR. Institut okonomiki. 2. Chlon-korrespondent
AN SSSR (for Pashkov). 3. Institut ekonomiki AN SM (for Kosheleva,
Kbutorna, Chizhovs).
OCconomias)

ALEKSANDROVA, I.L.; VZOROVA9 S.I.; BRAAlWESq R.I.; GEWIMOVp I.F.;
DARINSMp Anatoliy Viktoravich.1 KOMMAKOVA, V.I.; KOSHELEVAp__
Ye S LEVINAq BA; LIZOGUBp VA.; RODI&WVAg F.A.v red.; TA,
& V0.910. # tekbn. red.
4
[Reader on the economic geoV-Apliy of the U.S.S.R.) Kbrostomatiia
po ekanomicheakoi geografii BSgi'.l posobie dia uchitelei. Mo-
skva, Gos. ucbebno-podagog. izd...-wo H-va prosv. RSFSRq 1961,
342 P. (MIRA 14:8)
(Geograp]:Vp Economic)

KOSHEIZVAt Ye*S.
Stu,dy of cities in the course ort the geography of foreign countries.
Geog. v shkole 24 no. 1:31-40 J&-F 161. (MIRA. 14:2)
1. 280-ya shkola ~eningrada.
(Cities and towns) (Geography-Study and teaching)

KOSIELEVA _Ye.S.
Study of our cities in the indepondent works of students. Geog.
v shkole 25 no.5:.49-56 S-0 162. O-MRA 15:9)
1. 280-ya shkola Leningrada.
(Geography, Economic-Study and teaching)

KosunrysKly, 6. f., KARPOV., G. D..
Peace
Struggle of nations for peace is the great contemporary movement. Vest. Ylosk. Uzi. 7
no. 4, 1952.
August, 1952
9. Monthly List of Russian Accessions, Library of Congress, 14~ Unclassified. I

j-4 V
M
SUBJECTs USSR~Roligi4 and Geography 25-5-19/35
AUTHORs Koshelevskiy9 D.I., Docent
TITLE: Geography Refutes Religion (Geografiya oprovergayet religiyu)
PERIODICALt Nauka i Zhisn' - May 1957t No 5* pp 45-48 (USSR)
ABSTRACTs Geography has played an important part In defeating re-
ligious pre4udices. one of the most important problems in
ancient times was the question about the shape of the earth.
Although Aristotle had long ago developed the theory of its
spherical shapeg the church during the Middle Ages had done
everything possible to obstruct all scientific research. It
was not until the XV - XVI century that extensive voyages of
famous explorers and their pr4ctical knowledge helped to over-
come the conservative attitude of the clergy, A revival of
art and science led to the development of geography as well.
The shape of the earth was acknowledged as spherical and many
facts about its dimensions were found by scientists. In this
connection the expeditions of several Russian explorers are
mentioned, among them Bellingshausen and Lazarev, thet dis-
Card 1/2 coverers of the Antarctic,

KQSHELj3VZKIT, D.I
, red.; UnMOVSKATA, Te.A., red.; PLATONOV, G.V.,
red.; SOLOVITEV, A.I., red.; KHAIN, V.Te., red.; KAFLO, P.A.,
red,; CHISTTAKOVA, K.S., takhn.red.
(Philosophical problems of natural science] Filosofskie voprosy
estestvoznaniia. Moskva, Izd-vo Mosk.univ. Vol-3. [Geological
and geographical sciences] Geologo-geogreficheakie nauki. 1960.
468 p. (MIRA 13:10)
.(Geology) (Geography)

NOSIELEVSKM D-T--
"Philosophical problems in natural science. Vol. 3. Geology and
geography." Reviewed by D.I. Koshelevskii. Geog. i khoz. no.9:
81 161. (MIFL-k 14:11)
(Geology) (Geography)

S'OV/l26--C,-4~--31-/34 - ,
AUTHORS: Koshelevskiy, R,_M,.. Orlov, L. G. and Utevskiy, L.M.
TITTLE: On the Causes of Appearance of "Austenite" Lines on
Electron DiffractiOrL Patterns of Ferritic Specimens
(0 prichinakh -Doyavleniya lini:- "austenita" na
elektronogramnak,h ferritiiy!Oi obraztsov)
PERIODICAL: Fizika Metallov i IletallDvedeniyel 195B9 Vol 6, Nr 4,
pp 764-765 (USSR)
ABSTRACT: To establish the causes of thie phenomenon a series
of heats were produced usiii~:- (-:71ectrolytic iron which
was preliminarily pur-'-fied in hydrogen. In a vacuum
hij:~h frequency furnace Eure iron and binary, ternary
and quaternary alloys of lron with (up to 2%) Cr,
(up to 2%) Mn, (up t,,) 2%) Ili, (up to 1%) Mo, 0.4% Sil
0.1~' P, 0.1% Sn were used, It can be seen from the
reproduced photographs, Figj, that none of the obtained
electron diffraction Datterns contained "austenite"
lines, not even after carburising and nitriding. Only
introduction into the alloys and into the pure iron of
0.1% Cu resulted in an appearance on the electron
diffraction patterns of continuous, bright, slightly
Card 1/4 blurred lines of the face centred cubic lattice with a

SOV/126 - 6-4-31/3-"'
.On the Causes of Appearance of "Austenite" Lines on Electron
Diffraction Patterns of Ferritic Specimens
period of 3.62 R1 Fig,2~ The authors assume -that
cop,.per,from the section of the specimens dissolved
durin6 etching,deposits an the specimen and covers J_t
a thin layer. To verify this ascumption, a specimen
of a pure alloy of iron (without copper addition),for
.,hich electron diffraction patterns show only the lines
of the a-phase,were etched electrolytically under
conditions which were standard for the given case in an
electrolyte of a IN solution of KC1 saturated with
citric acid; preliminarily copper was etched with the
saine solution. The eloctron diffraction pattern from
the surface of the,specimen showed, in addition to
the lines of a-iron,, -Te.-Vy clear characteristic
(austenite) lines, If t-he e-bchin(~ is prolonged with
such a copper saturated electrolyte,. the specimen
becomes coated with a r0ddish layer of copper which can
be seen by the naked eye. and the electron diffraction
pattern will show only copper lines, Fi6,3, Deposition
of copper onto the specimen will take place even if a
Card 2/4 positive potential of 10 to 12 V is applied to it and

SOV/126-6.-4-31/34
bn the Causes of Appearance of "Au,,,tenite" Lines on Electron
Diffraction Patterns -of Ferritic Specimens
the more so in the case of chemical etching, Spectral
analysis of specimens of pure iron and of alloys, the
electron diffraction patterns of which do not show
copper lines, show only -traces (less than 0.01%) of
11austenite". Thus, it was established that duri-nG
etching of iron specimem; containinL; even slight
quantities of copper (hundred-ths of a Dercent) it can
deposit on the surface of the specimen.and then show up
-on the electron diffraction pattern at a rate depending
on the content of copper in the. specimen and in the
etching solution. The -lattice period, determined by
electron diffraction, for copper deposited on ~he
specimen surface, equalled in every case 3,,62.
Massive specimens of copper have a period of 3,65
which is in agreement with the data of Shishakov and
Pinsker (Refs 6 and 7), although they differ from the
values determined by X-ray diffraction, It can be
considered proved that thore are no inter-layers of
austenite (except for the ordinary residual austenite)
Card 3/4 in specimens of low carbon steel. Even if as a result

On the Causes of Appearance of "Austenitell Lii-ies on Lblectron
Diffraction Patt-erns of Feri,itic Specimens
of internal adsorption above Ac the inter-crystlallit-
t1l I o
zones become enriched with allo,~in6 eleraents, Y do noi,
become enriched -to a sliSficient extent to conserve int-er-
layers of high alloy auE;tenite during subsequentslow
cooling (or in -the case of high temperature te,,i~,perin6)
alon6 the boundaries of the original austenitic Grains,
There are 3 figures and ? 'references, 2 of which are
Soviet, 5 English.,
(Note: This is a conde.-ased
ASSOCIATION: Institut metallovedeniya
(Institute of Metallogra~.hy
TsNIIChM)
translation)
i fiziki metallov TsNIIC1,11
and Lietal Physics
SUBMITTED: May 9, 195?
Card 4/4

BORMMW) V.G.; ZAIDMANp I.D,;_AWULWj)aXjLR.14.
Effect of conditions of cold rolling on the magnetic properties
of ~ranBfozmer steel. Stall 23 vo.1:65-67 A 163. (KIRA 16:2)
1e Zavod "Uporoahstalle
(Rolling Obtalwork)) (Steel-Magnetic properties)

BOR1SENKO, V.G.; KOSITUMMY, R!_M.; VAYNSHTOK., M.I.
Refining transformer steel during heat treatment. Stall 23 no.1:81-8/+
it 163. (NIRA 16.2)
1. Zavcd "Zaporozhatal'I.
(Annealing of metals) (Steel-4istallograpby)

MVELISON) M.I.; 2KITIN, A.I.; YANISHEVSHY, V.V.; BOYKOj G.G.; KUMETSOV,
N.I.; BULAPOVA, I.A.; GORSHKOV, V.I.; KATSMAN, I.A.; KUKAM, A, YE.V.,-
RYZHOVA, V.V.; TUROBOVA, V.I.; CINIEDBYEVA, Ye.M.; KOSHELKINj- M.V.
Development of highly efficient velitilater models CRGRES operating
according to a 0.66-1610 system for electric power plante. Prom.
energ. 18 no.7:8-9 J1 163, (MIRA 16:9)
(Electric power plants-Electric equipment)
(Fans, Electric)

- r, ;
Z. if.
Koshelkina, Z. V.
"""he stratigraplrv and conchiliofauna of tho
valle-y an~ of the Verl-hoyansk re,,7ioml deprer!sion,"
USSR. "lorcow Geological Prospectin insi-. imeni !%
191~6. (Dissertafion for the De,-ree of Canr!irlate in
Sciences).
of' "lle Vil~-Ily
'-~In H-J-1ler EA---c-l+ion
Ord7lionildd-e. ~'o!~covl
Knizhnaya letopis'
No. 21, 1956. ~Ioscow.

KOSEMIKIRL, Z.V.
Stratigraphy of Jurassic sediments in the Vilyuy Lowland and
VerhoyanBk frontal trough, Trudy MRI 33:89-100 '58.
(KRA 12:12)
(Vilm Lowland-Geology, Stratigraphlo)
(Verho7anak range--Geology, Stratigraphic)

34 ( 5 ) ,
AUTHORi Koshelkina. Z. V SOV/20-127-3-47/71
TITLE; New Data on the Stratigraphy of Jurassic Deposits in the
Drainage Areas of the Rivers Molodo and Syungyuyude
PERIODICALt Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 3, pp 641-644 (DBSR)
ABSTRACT: The author gives a detailed and precise description of the
stratification of Jurassic sediments along the river Molodo
(eastern surroundings of the Andbarskiy Massif), which were
investigated by Ya. G. Lifits and N. 1. Yungerov (1957). The
description is based on respective investigations of the oross
sections and the composition of fossil species. A description was
equally given of the masses further south on the river Motorchun.
The suites and their names proposed by the scientists mentioned
are not in accordance with the rules of stratigraphic nomen-
clature so that they caunot be used any longer in geological
mapping. These suites are so similar to one another as far-as
their lithographic composition is concerned that they can hardly
be distinguished under field conditions without knowledge of the
most essential faunal complexes. The L o w e r J u r a 6 a i o
is divided by the author into two stages: D o m e r 9 k i y
Card 1/2 Pi d) and T o a r s k i y (1 1tr). Accordinglythe Middle