SCIENTIFIC ABSTRACT NIKISHOV, A.S. - NIKITCHENKO, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136920020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NRt AP4037066 S/0129/64/000/005/004410046
AUTHORI Gindin,' 1. A.1 Lazareva, M. B.; NikLahov, As S.; Rink,
L. P.; Starodubov, Yao D.1 Yarov, le At
TITLE: Mechanical properties of structural alloys at low tempera-
ture
1 SOURCE: NetallovedenLye j termicheskays obrabotka metallov, no. 5,
1964P 44-46
~TOPIC TAGS: allay, structural allay, austenitic iron allay,
KhMilWAR alloy. Khl2NZOT3R alloy, Khl6G9AN4 alloy, KhN35VTYu aft
titanium alloy, OT4 alloy, copper alloy, BrKhOR alloy, ZhS6KP alloy
steel, martentitic steel. VHS2 steel, E1659 steel, cryogenic alloy
ABSTRACT: Mechanical properties and fracture tests of Kh25Nl6G7AR,
Khl2N2OT3R, Khl7G9AN4, KhN35VTYu; austenitic iron base alloy* VNS2
(EP225) and 91659, martensitic steels, ZhS6KP hLgh-strength alloy,
OT4 titanium alloy, BCKh08 copper alloy. and other [unidentified)
alloys vore investigated at temperatures in the 4.2-300K range.
Cmd 1/3

ACCESSION NRt AP4037066
Specimens (either flat with a cross section of 1.5 x 2 mm or round
and 2.2 ma in diameter) were tested in a heat-treated condition
(shown in the article]. With a decreasing test temperature the
resistance to plastic deformation and the tensile strength of all
alloys increased. This was found to be particularly pronounced
in the case of VNS2 alloy which at 293 77, and 20K had a tensile
strength of 97.5, 155.0, and 180.0 kg/222 (annealed at.950C, air
cooled. and tempered at 620C for I hr). All alloys were iound
to maintain some ductility at temperatures as low as that of
liquid hydrogen except for E1659 steel and OT4 alloy which failed
with respective elongations of OZ(st 20K) and 0.7% (at 77K). The
elongation of the VNS2 alloy, an the contrary, was found to increase
with a decrease of temperature from 15% at 293K to 20Z at 20K.
9GKhO8 copper-base alloy was also very ductile at low temperatures
(at 4.2K an elongation of 18AX). A simultaneous increase of the
ductility and strength of VNS2 alloy might be explained by some
changes of phase composition under the affect of low-temperature
datormation. All th materials tast*4 at temperatures 4own to Un
yielded uniformly, &:me 1~ith, some without necking, Only in the case
of the VNS2 steel did the straLn-streas curve at 20K have a saw-lLke
Card 2 / 3

5
-tT
1:7,7
M= ~ivcmblhdtlou --tenalle'
-of strength
ou Li2d -itipture- llfb
to
1W0
y
Alf,
dl
'forged-I dt"920C -VAUk. Una
am
. . . . . .....
rom:#40tatuta 4-A454- W, 1
tiolt -'of iom-
mm. j,,e origa of area of
"6'mr-'456,1iii __ _h " *`ai_161i:4_,d~~ nilly,
--Za ress -:o :,~correspondi
o
g nto _-a~jA 106 jjr'x
stin
f
,b at -1-200C f ol-164e'd
qu a ng;-;~4041' 4* On'.
a ediohd deformit oil vi A redii6ti
b, --iist ii
-Af rtuc trititme3it-the
giu&
y
__.un
ii rasa ~bf: -.-k 2 10O.-hr
92 om ~sn
t
613on ng Ttgur_ep~~ or ccrAven lonAl
4te. 3 ~td __T;
0:. hr. .~:-bomlitie& tfe
atmen ,of IMA02m,
`10
'a ill igk4l, re a] water -:at 6odc A'.
Vith m: at IOC :Lz:tng
with- a-gin- .-for 21- hi)` ji6iiiWit-thii, t4istle strength.
g,
Oc' undst AL strcslt,~
"Of `71 A_
in.t
F.~
wt.,
Vp_

,,-,pqduolkovnik.
The shape of foxholes. Voen.vest- 36 no.4:58-60 Ap 156.(XLYA 9:8)
(Intranchments)

A
RADOtESELISKIY, I.D.; NIKJSIIJV, I.S.; PSHEKOVA, V.P.; 6MOLYANKIN I A. B.
Investigating the pr~jce3s of grinding reduced iron sponge and
developing a procedure for obtaining iron powders ~,f varying
bLLIk weight. Porosh.met. 2 no.5:51-54 S-0 162. (!-LIi,,A 15:11)
1. Instituu metallokeramiki i spetsiallnyki, splavov All Ukr6SR.
(Powder metal-urgy)

NIKISBUV K 14.
. -1 y ~ , -~%. ;i .J~ ~ - I
Deterudriati-11 of the firLu~il ;";I.ar.~lve .4ridex Of U114LX a, cr--
,I geofiz. n ..) ." ~7 L4(, t " . ( I -i T ',.A I ; - 4
1 . Inst i tut ge,lcgi-i 'I " , i ,, iaia -2 birshogo otaeleniya All
oj,t,4-cs)

LLPM, B.G.; NIKISHOV, K.N.
Reiation of the composition of garnets to their genesis. T7-Wy
IAFAN AN SSSR Ser. geol. no.9:99-102 163. (MIRA 16:12)

I,IKISHOV, M. I.
WhYficG - Geographical Atlas J"/Feb 52
'( New Educational Geographical Atlas," M. I, Niki-
shov, Cen Sci Res Inst of Geodesy, Aerial Photog-
raphy and Cartography
"Iz Ak Nauk SSSR, Ser Geog" go 1) PP 53-58
New geographical atlas of 60 pp contains an intro-
ductory part, 24 pp of special physicogeographic
and social-economic maps, including 2 maps indi-
catiog pressures and winds in January and July, a
may showing growth of new cities under Soviet rule,
industrial centers and transportation roads, api-
culture and animal husbandry ani Stalin's plan of
Improvement of nature. Cultural maps show locations
of 800 r-cientific institutes-in 250 cities. 205T52

t- acl te c ...u:7 t I - t h
J.
D v 0 C~ . V 7, 1
MonthL List of Russiqn Accessions Lihr!iry of Congress ~Ilc I

Al -. ~ , .
f ~
N1 .. kand.geograf.nauk; LAPSHINA, T.M.
Results of the evaluation of the "Geographic atlas of the U.S.S.R.
for the neventh and eighth grndes of secondary schools." Sbor.st.
po kart.no.4:65-73 153. (MIRA 10:12)
(Atlases)

NMSHCYVP M. 1.
"The Next Tasks of Economic Cartofraphy," Sb. Statey po Kartografli, 110 4,
3-8, 1953
The author considers the main task of economic cartography to be the
development of methods for the representation on economic maps of the manifes-
tation of the privelpal economic rules voverninf- contemporary capitaliffln
and socialism. (P2Veol, No 1, 1955)
SO: Sum. No. 536, 10 Jun 55

SIXISHOV, K.
Agricultural map of the U.S.S.R. and work with it in school. Geog. v
shkole no.2-48-52 Kr-AP 153. (KLRA 6:5)
(Geography, Zoonomic-Kaps) (Agriculturs-Kaps)

NIKISHOV,R.I.. Imndidat geograftcheakikh nauk, redaktor; YAKIMOVA.M.A.,
~Me*Wsevennyy redaktor; USMABOV, A.G.. tekhniccheekiy redaktor
[Geographical atlas for classon 7 and 8 of the secondary school.
Union of Soviet Socialist Republics] Geograficheakii atlas dlia
7-go i 8-go klassov arednel shkoly. Sojus Sovetskjkh Sotsialisti-
cheskikh Respublik. Moskva. 1954. 76 p. (XLRA 7:8)
1. RussiA- (1923- U.S.S.R.) Glav-noye upravlantye geodezii I
kartagratil.
(Geography--Xaps)

. NIXTqgnw J'-,lr -; ZASLAVSKIY, I A - ; IAMPINA, R.N. ; SOLOVITIV, A. I., radakt or;
- I.. 43MIrOVA, L.M., redaktor; SHLINSKIY, I.A., takhnicheekiy redaktor
[deceased]
[Workbook to be used with the geographic atlas of the U.S.S.R. for
classes 7 and 8 the secondary school] Posobie k rabote a geograft-
cheakim atlasom SSSR dlia 7 1 8 klaasov aredLnei shkoly. Moskva,
lzd-vo geodezicheakol lit-ry. 1954. 115 P. (KIRA 8:4)
(Atlases) (Geograptw-Study and teaching)

HIKISHOV,Koksim Ivanovich
[Azerbaijan SSRJ AzerbaldzhanskAia SSR. Moekvn, 1955. 18 P.
(AzerbAijftn) (MLRA. 8:11)

NIKISHOT, K.I., kandidat geograficheskikh nauk; TWUNA, S.N., rodaktor;
N.I.. tekhnicheskiy redaktor; SIXONOVSKIT, A.Ya, tekh-
nicheakly redaktor.
(Geografical atlas of foreign countries; for class 9 of sectndary
schools] Geograficheskii atlas zambezhnykh stran; dlia 9-ge klassa,
arodnoi shicely. Koskya, Glarnoe uprarlente geodezii i kartografil
KTD SM. 1955. 79 P. (Atlases) (KIRA 9:5)

NIKISHOV, M.I., kand.geogr.nauk
A ffyw Improvements in editing work. Sbor.:JL.po Kart.L,-..~ -~, 15:~.
(MIRA 10:12)
(Cartography)

KORMATIM, B.A.; LAPSHINA, T.K.; LI.KISHOV, M.I.; SOLOTIM, A.I., rodaktor-,
SHAMMY, T.A., rodaktor; red&ktor.
(Work manual to accompany the atlas of foreign countries for secondary
schools] Posebie k raboto s geografichookim atlasam zarubezhjayirh stran
dlia sredaei shkely. Moskva, Izd-ve geodezichoskei lit-ry, 1956. 54 p.
(Atlases) (KLaA 9-6)

NXISHOVL Makelm Ivanovich; LTSYUK, V.N.. red.; SHAXkROVA,, T.A., red. izd-va;
tekhn. red.
[Agricultural maps and atlases] Sellskokhoziaistve=ye karty i
atlasy. Nookya, Izd-vo geodez. lit-rv, 1957. 182 p.
- - ___1ftPplement1 1957. 50 P. Of Maps. (KIRA, 1l,.7)
(Agriculture-gaps)

PWE I BOOK EXPLOITATION 278
Tsentrallnyy nauchno-lasledovatellskiy institut geodazii, aeros "yem)d i kartografli.
Issledovaniya po kartografii (Research in Cartogmphy) Moscow, Geodezizdat,
1957. 97 P. (Its: Trudy, vype 3-17) 1,700 copies printed.
SPONSORING
AGENCY: Glavnoye upravleniye geodezii i kaatografii MVD SSR.
Ed.: Bashlavina, G. N.; Tech. Ed.: Rcctaaova, V. V.; Ed. of Publishing
House: Shamarava, T. A.
PURPOSE: This collection of articles is intended to inform the general reader
and the specialist of the latest achievements in MA,-) making and to
suggest some new ideas and improvements.
COVERAGE: See Table of Contents
C ard 1/7

Research in Cartography
2',78
The author mak a numerous suggestions an how best to present an agricultural
map and outlines 33 typical farm and Fan1mal husbandry regionz, although the
regions are not outlined with respect to any definite geographical areas.
There are no diegrams or references.
Gurari, Ye. I., Candidate of Economic Sciences. Some Questions on the Pcesenta-
tion of Industries in Economic School Maps 21
The author discusses the difficulties connected with the presentation of W
large concentration of industrial activities e.g.01he Ruhr, Lancashire, etc)
In a small area without omitting some of the activities. The author suggests
making two or more maps of the same area and illustrates this with the ex-
ample of Z6". He also suggests sane symbols to be used for such a map;
these symbols are shown an several maps drawn by the author, among them a
general economic map of Moravia. The'author believes that the lack of adequate
information on potential industrial resources, such as the possibilities for
power development or the e:dstence of unexploited mineral wealth is one of the
major defects of all present-day economic school maps. In his opinion poten-
tial industrial resources s!Aould be included in B(.h:)Ol maps on economic con-
ditions in a given area. There are 7 maps and I Soviet reference.
C ard 31'T

Research in Cartography
278
Kel'ner, Yu. G., Candidate of Geographical Sciences; Lozinova, V. M. Candidate
of Technical Sciences; Naumovap A. 1. Fjcperimenta in Making Canposite
Physicogeographic Maps of the USSR for Use in Schools of Higher Learning 39
The author emphasizes the importance for schools of higher learning, of
composite landscape maps, i.e. maps showing all the topographic features
of the given region. As an example, the author describes the map
"Prirodnyye usloviya SSSR," scale I.-4,000;000,intended to show natural con-
ditions of the country as a whole. This map was prepared in 1950-53 in the
cartx)graphic division of the Central Scientific Research Institute of Gecdesy,
Aerial Photography and Cartography In 1943-47, the study and preparation
of composite maps in the Institute uf Geography of the Academy of Sciences
was led by GeraBimorv, I. P. and Lavrenko, Ye. M. Analytical landscape maps
were also compLied by students of Moscow and Leningrad Universities. The
author commends Ivanov, N. N. for introducing a better method of showing
the amount of humidity in a given area by using different colors. The article
contains suggestions on how to deal with various types of vegetation (e-g-,
coniferous forests) and with phenomena like drainage or evaporation in the
preparation of a composite map. There are 18 drawings and 8 Soviet references.
Card 4/7

Research in Cartography
278
Karporv, N. S., Candidate of Technical Sciences. Contemporary Foreign School
Atlwes 57
The article surveys a number of atlases published outside of the Soviet
Union. It does not, however, discuss each individual atlas. The article
is divided into chapters, each dealing with one particular aspect of atlas
making, such as the utilization of space.the gazetteer, the projections
and scales.. the system used in compiling the atlas illustrations, etc.
There are 29 titles of foreign atlases, of which one half re-fer to the Soviet
satellites and China. There are no diagrF- . The article praises foreign
atlases for presentation and for richness of pictorial material.
C ard 5/7

Research in Cartography
278
Kopylava, A. D. On Possibilities of Using Colored Hachures in Printing
Map Backgrounds 79
The article refers to the reseazeb an the above sub~ject done by Sadchikov,S.F.
in the division of cartographic printing at the Central Institute of Geodesy,
Aerial Photography and Cartography. As an illustration of what is consid-
ered general practice, the author mentions the hatching of ocean depths in
various degrees of blue. The article surveys the experience gained in the
field of optimal utilization of colors in dotting and hatching map back-
grounds and makes a number of suggestions on how to draw hatch lines. The
author recommends using three and never morelthan four colors for such draw-
ings. He also prescribes exact specifications for the thickness of the hatch
lines, for the type of print used aver the hatching, etc. There are I table
of 15 maps and 3 tables vith specifications. No references are listed.
C ard 6/T

Research in Cartography
279
Bashlavina, G. N., Myshetskaya, Ye. N., Candidates of Technical Sciences
On Further Imprave~ent of School Atlases in Accordance with the Change
in the Geography Curriculum 87
The authors analyze the content of school atlases for the 4th, 5th, 6tb,
and 7th grades and suggest a number of improvements in presenting the
material. In addition, the authors urge, pursuant to the recent changes
in the geography curriculum, the inclusion in future atlases of maps
bearing on the new topics of interest, such as map reading, topography,
regional geography, etc. Special emphasis is laid on the study of the
particular oblast in which the school happens to be located. There are no
references.
AVAILABLE: Library of Congress: (QB275.M64)
GC/GW
may 26, 1958
Card 7/7

NIKISHOV, M.I., kandidat geografichaskikh nauk.
'"~~Algrci ~_I atlas of the U.S.S.R. Good.
(Russia-maps)
i kart. nc.3:450-65 Mr 157.
(MIRA 10:8)
(Geography, Economic--Kaps)

' I ~' i,
~ h, ~ , 'v /
NIKISHOV, R.I., kand. geogr. nauk. . -
Dovelopments in compiling complex agricultuml mps of the U.S.S.R.
Trudy TSNIIGAIX no.117:3-20 157. (MIRA 10:12)
(Agriculture-Kaps)

:,UTjT0;(. 3ivi SLOV 1: 1i I -~-. .
-1 -. .' Geographicil
Brifflim-154-
TITLE;: The 1,ublication of .n ricultul-,al Atlas of t~.( USSR An,
Important Task for Soviot Cart 0graphy (Iz!ar-,iyc, Atl,-Lg:l 31!1'-
skor-o khozyaystva SSSR - vazhnaya zalacha sovetskoy kart',, r' -if-
PEFICDICAL: Geodeziya i karto6ruf iya, 1 '~,3, :1 r
1) _ 3-7 (USSR)
A -3 ST 1UL C'J.': This atlas is one of tl.c, :..ost vol~iii,'In6us ;iorks j,iiblighpd by
the Central Office of Geodesy arid Surveyirw. In tl.-'Ls at!a-3
the d~-stribut-43ri ~.;' U,.- I i vidua I t-S U.1, 1 tj: f-.3 ,f
cultivations of arici;l turf-. i:i t!ie! !ISS':, 14n t ~ 1~.-
dividuall Unio.. Rcl~l:blics a.--' i-i the econo;:,1(-, listrcb is s
for Vio first ti::ip - Tl.e a-ric,-,Iturai mua~;s of Vi,~ Ireat
Atlas of 1 )37 are hi. ~.ly obsolete . '21;e COU:Xil :.'f ~, 1: t',)I'S f--
t~ke atlas conai~lts of: i'rc-si(lent - Div,~ctor of C.,, All Unio.-
Scieatific Research Institute for -'-:'conoi-,iics of A-riculturt
,, iiauchnu-igslc-dovatt,`s' "iy
A. I. Tulupnikov (Vsesoyuzny
.
~-'-onomild sel'sko_(. khozyaystva); ncrs: tl,e
F-1~-.q.wv, V.
and 1. S. Varu~-ilsyan; ti.e D,.)ctors of Sciv-.c~s: i..*I.'.'i-.'.',--Vi-,.
7
F.F. Davitaya, I. A. '-'cr~;-'Iin, V. ~',. 3,,!(,v'.-ev, ~'. - 1' 1--s'-
C,Lrd I/ /4 Yu. 0. Saus1-!,-i--,, A. 1. -1-tuo

'.LT,e Publication of an A,~riculturul Atlas cf' tl.~- ','SSR - S" 7,
An Itajortant Task fur Soviet
Sciences: A. r. ... Letinov, V. T V,
and V. B. Zhi.iuyda; t:o~ re:resentatives (,-f' t:,:
A,.--ricult;ire of tht~ USSR ~-,f t~ic RSFSR
sel I skogo ~)-.oz-, -,tystva SSSR und "~:inisterstvo sellsk-oL:(,
?hc)z,faystva RSF'SR). R. ';. KartA3.'-.CJV, '- I. :Lyl'-'V~ i Y;t
Usikov aad others. At prese.,-,t t'.t: PrOJeCt CG,'1C,,r.ti,1'-- t'..
atlas is worked ut, It -ias a,-rovel by tLe Council of E'11--
tors and by tile Ce.itral Uffice )f ~Ieadesy a : Survt~yin,--.
Numerous remarks co;iiin. fro7t t',e iastit,.ti,ng
taken into accGuntAn the ro`2cting: Tl,.e tries cf
culture cf the USSit U'l.-I of t.'-.e Union Re,,ublics , t1.(.
Union Acadeinj of '~L-ric,,,.ltural Sciences i,,--1eni "'. i.
AS USSR (Vsesoyuziiaya ,-11'a,lemiya
S53R). (In3t-itutfsof Econ~):iics, ~;,,o.:-ra ~ty, Soil gci~~:,ce
tl,c- Council for t-e StuIj of Productive Forces, the Aca;~m,~,
A.-riculture imeni K. A, Ti-ii-yazev,
Akademiya i.-,eni A. TJ..-..iryazeva) t1:e All-Union L13t-~tu'e`
Botany, the All Union Institute Gf A,-,ii.-,a.' Bree-i-i,,
Union Institutu Cf A ric-lltu.-All --nL:ineuri-~, Fe,-tiliz---rs
lard 2/4 A-ricultural S-il Science,

t T:-rfl-- S-,-/1
:.;(~scriw I.I.: ti t,-: I L
of A, I. i u I t
Ins t i '., te f F S-
t -i t'-L t
A
t 1 a s "-s s
S--~Cti--D.'! l: ~:izS C, 11 i C a A I I I. a L
le-sity ol' :.opulaLi~i. L:;u ~istri:,utiu.i s
USSR. Section II: !"a:.s c ? rn i, --- s,, t.
St:ction Ill~ s "'S511, c
ar -e.9 t j., rioul ture ,y Is e c t'.
S-~ct.,Dri IV ani V: .11 .-'- 3". -i r: -2xable
a til izati ,f I-t-1 I r 3 - r-_
fallow -r(,u-iil, ij
.aterial in the ti:-eg ~A* -.It I C t 1
Llr,-.,it part of t~.(- 'ltlu-,; f., 1,, f3 --1 1, i,- I
1 LSt 3eCti(In rcs-ects r ''.V~:' 0, :"(-,~t
a qurv~-y f a t C 11; 1 T-1 e 3 :or
c~:lturu durii,,,- the 1!18*,. g A~ out
ra -3/1-1 - r -s S
t,~:iderl is ar, utt-ic- :.,font

1 4 C;j t j f ~., A. 4 C "I I
I... ortant Taol. for Scvi(,.t r'
-,,I to t 1 !:, t
t i + S,,,1,
in- -in i a as s
1. Agriculture 2. Mapping--Applications 3. So i h7 4.
5. Irrigation systems 6. Drainage
Ca~.!

VIKISHOV, M-1-,kftnc.gpograf.nauk
Method of compiling provincial agriculti=al maps.
no.10:3-17 '58. (MIRA Lz~":!
(Agriculture-Hape)

I C-
'ikis,.ov, ?,'.I.
TITL-- riC'11tU- -l LtlaS of tu~~e ',k--ainr-,::-taa
Izvectiya A!Cale:.-.ii na,,ik Seriy:~
I-
kaya,
T This i- -1 reviow of the above-mentioned
published by t,ie Kfqw -,tate ',:niversity, in

-lard 1/1

1�91m,_~MMDA TS , G.N.Cdecaaaad), red.; SHAMOVA, T.A., red.izd-va;
FADMUIOVA, V.V., tekhn.red.
(ComPilation and editing of mWicatural ffaps and atlases] Sostavlenis
I. redaktirovanis sel'skokhostaistwennykh kart I atlasov. Moskva, Izd-vo
goodez.lit-ry., 1959. 271 P. (14oscov, TSentralinyi nauchno-lesledo-
vatel'skii institut geodecii, aeros*emki i kartografti. Trudy, no.
130). (HIRA 13:10)
(Agriculture--Maps)

SUKHOV, V.I., prof., doktor tekhn. nauk; YUROVSKI7, Ya.I., dotB.,
kand. tekhn. nauk; LIOUT, G.N., prof., doktor geogr. nauk;
starshiy nauchnyy sotr., doktor tekhn. nauk;
BYKOVA, 14.G*, red.; DFIEVA, Y.M., tek)2n. red.
(Making agricultural maps] So5tavlenie sellskokhozyaystvennykh
kart. Izd.2., perer. Moskva, Iad-vo sellkhoz. lit-ry, zhurna-
lov i plakatov, 1961. 310 P. (MJRA 15:2)
(Agriculture-44aps)

NIKISHOV, M.I.
IAtter to the editors. Izv. All SSSR. Ser. geog. ni. 4:174
Jl-Ag '61. (MIRA 14:7)
(Climatology--Charta, diagrams, etc.)
-Z -t .,
if, ' "

11
.-j!IKISHU'kLj---
Agricultural maps in republican, territorial, and pravinc'.&1
atlases. Good. i kart, no,9:41-451 -'7 (MI!~- 14:9,
(Agriculture-Maps)

NXISHOV, R. 1.
fkps representing different branches of agric,E,',ure and stock
breeding, Sbor.st,po kart.. no,12i46-66 16,1, (KIrtA 15-4)
(Agriculture- -14aps)

NIK-ISHCJV M.I,
Agricultura.1 maps of the republics of the Union and economic
regions of the R.3 F.,S R. Sbor.st.po kart, no,U36? 76 :61,
(;~MA 15--.4)
(Agrl-culture-- 4~ps)

6ONDARCHU"K, V,G., akadem-ik, otv. red.; KOROLEVA, M.A., glav. red.;
KOCI,IJM, A.D., red.; HADUL, M.M., kand. geogr. nauk, red.;
BILYK, G.I., kand.biol. nauk, red.; GEYDE2,'Al;, T.S., kand.
biol. nauk, red.; ZAMOHIY, F.K., doktor geol.-min. naiLk, Prof.)
red.; KUGUKALO, I.A., kand. ekon. nauk, starshiy nauchnyy stor.,
red.; MARDIICH, A.M., dotsent, red.; 14UKCIELI, I.F., kand. geogr.
nauk, starshly nauchrWy sotr., red.; PRIJUIOTIKO, G.F., kand.
geogr. nauk, red.; ROMANETKO, I.N., akademik, red.; TALINOVA,
N.N., red.; BY"USEGENS, L.M., kand. geogr. nauk, retsenzent;
DIDKOVSKIY, I.Ya., kand. geol.-miner. nauk, retsenzent;
KELIKER, Yu.G., kand. geogr. nauk, retsenzent; HADEZHIII, F.F.p
retsenzent; IijKL%WV., dolctor t.ekhn. naul-:. retnenzent:
PIDOPLICYN, I.G., retBenzent; KURDjfjAj II.P., rqd.-kftrtogr&f;
RwHiNsWA,, Z.P., red.-kartograf; SLEPTSOVA, L.M., redaktor-
kartograf.
[Atlas of the Ukrainian S.S.R. and the Moldavian S.S.H.] Atlas
Ukrainskoi SSR i Yoldavskoi SSR. Moskva, 1962. vi p. 90 p.
of col.maps. (MIRA 15:5)
(Continued an next card)

BONDARCHUK, V.G. - (continued) Gard 2.
1. Russia (1923- U.S.S.R.)Glavnoye upravleniye geodezii i
kartografii. 2. Akaderiya nauk USISJ, dii-ektor Institutil j,00lo-
gicheskikh nauk Akademii nauk USSR (for Borldarchak). 3. Nachall-
nik kartosostavitellskogo tsekha fabriki No.1 (for Koroleva).
4. Zarestitel' predsedatelya Gosudarstvennogo planovogo komiteta
Soveta I-,.inistrov USSR (for Kochubey). 5. Direktor Instituta eko-
nomiki Akademii nauk Moldavskoy SSR (for Radul). 6. Zam-estitell
direktora, po nauchnoy rabote Instituta botaniki 4,kaderii nauk
USSR (for Bilyk). 7. Dil-ektor Botanicheskogo sada Akademii nauk
14oldavskoy SSR (for Geyderan). 8. Zaveduyushchiy kafedroy geomor-
fologii Kiyevskogo gosudaretvannogo universiteta (for Zamoriy).
9. Institut ekonomiki Akademii nauk USSR (for Kugukalo).
10. Zaveduyushchiy kafedroy fizicheskoy geografli Kievskogo go-
sudaretvennogo universitata (for Marinich). 11. Ukrainskiy
nauchno-issledovatellskiy inatitut ekonomiki i organizatsii 6all-
skogo khozya~~stva (for Mukomell). 12. Direktor Ukrainskogo
nauchno-issledovatellskogo gidrometeorologicheskogo instituta
(for Prikhotlko).
(Continued on next car-d)

BONDARCHUK, V.G.--(continued) Card 3.
13. Direktor Uk--ainakogo nauchno-issledovatellskogo irBtuituta
ekonomiki i organizateii sellskogo khozyaystva, Chler.-
korrespondent Vsesoyuznoy akademii sellskokhozyaystveraWkh
nauk im. V.I.Lenina (for Romanenko). 14. Direktor fabriki No.1
(for Tallnova). 15. Chlen-korrespondent Akadernii nauk USSR
(for Pidoplichko).
(Ukraine-41aps) (Moldavia-Maps)

NIKISHOV , M. 1.
Cartography at the service of the onemicalization and inten-
sification of agriculture. Geod. i kart. no.4:3-6 Ap 164.
(MIRA 1718)

,;.r . " . .. I .
'I , I i . - . .. : - I

RIKISHGVP M.I.
Some problems of economic cartography in the light of the
decisions of the 22d Congress of the CFSU. Geod.1 kart.
no.6:3-8 Je 162. O%M~A 15:8)
(Cartography)

I
BYUSHGENS, L.M.; GRYUNBERG, N.V.; YANVARUA,
Compiling complete regiorAl atlases; on the publication of
the atlas of the Armenian S.S.R. Geod. i kart. no.11:57-63
N 62. (MIRA 15:12)
(Armenia--Maps)

NIKISHOV, Im. 1.
Methodology of preparing agricultural atlases for tre var`.~ ~s prc-
vinces. Geod. i kart. no.11:53-57 N :63. MRA 17, C-)

NIKISHOVY M.I.
New book on economic cartogrbyhy. Gooa. 1 xart. -.().2;69--73
F 164. (MIRA 17~3)

NIKLHOV, M.I.
1"..;. l.,,rln*.,i boob and g"r-
gra-'r L - MR'.) ',;,. -_ -~ ~- - ;cn. U~- -A, . t,4:, L, n,:~. 5L 09-71 My 1Q,
(M'J~ 27,~S)

~,RYURBEHG, N.V.; KAhD V, N.". M.1.; Y ~,Cll,
[,,ontents ;,r-,,l mf-tl- AB cif ~,hf-
countri-s I-,r
met.ody gos a t br;:~:.riykh
LavieniiEL eecin k r z a ru
v nauchno-spravochnyki, a t-Di,.jakh. Moiikva, lzd-ve "NP ~ra. P
11;64- (M-COW- `lIntrillifil-Ir!

D4T 11
ACC NRs Ap6016922 (A) SOURCE COM UR/OOW/66/000/005/0073/00176
AUTHORS: Kellner, Yu&_G&; Niklaborg-~.
ORG: none
TITLE: The second scientific and technical conference on cartommpbr LSeld In
Leningrad from 26 to 29 January 19667
SOURCE: Geodexiya i kartagraflya, no. 5, 1966, 73-76
TOPIC TAGS: cartography, geographic conference, industrial development,, economic
geography
ABSTRACT: The second scientific and ._carUa=DWr was called
by the Geographre--all -SooietN-- SSSB (Goo' __5_SSR)\An
graficheskly obahchestvo
Leningra-d-on-M-n. 26--29a iro_m_a1r_-
. __W. More than 300 individuals participatedp
-WE3 of the Soviet Union, representing many different universities, institutes,
societies, and other organizations,, and covering many different fields of related
study: geodesy, geology, hydrology,, geophysics, geography, and botany. Seventy
reports by individuals from 30 different organizations were given: 20 at a plenary
session, 17 at a symposium on Maps of Natural Conditions and Natural Resources, 16
at a symposium on Socio-geographic Maps, and 17 at a joint mating of the two sym-
posia, Four basic problems received most attention at the conference: 1) organiza-
tion of thematic mapping, 2) mapping natural features and natural resources,

id Aib'
-and Nikish _6
UA~ "; ..' - - .
6~~ 64rto' hy
lconbiai grep
ere:~.gqog*,; ~'SbP Odt I
i 'ide Carto phy~, by A. I
4, grAl
krev ew.,.s m
jiahdd-by~'~,t e'~' tate-- extbook shing Off tea
Prein razhen skin -pub
or -the Minis ry o ucat on of the.~ R3FSR,: -.In, 195,3 amd containing
t
T6. fact that - ih4 -,book' does.. not shou the breika,-in'of the
cops ructibi of, i'
_00cif d lypes ofeconoulic maps to
k-i t d
~'-.,.'cona djare Ik Aefect, i I.,
b
bu u, 'genera -them oo a --ra e good.

N'IrTnHQV M_ r
The Ccmlttee on StAlln Prizes (of the Council of Janisters UMM) In the fields of
science and laventions announces that the following scientific v*rM,, popular scien-
tific books, and textbooks have been subrdtted for eoqpetitiom for Stalin Prizes for
the years 1952 and 1953. (Sovetskaya Mature moscow, go. 22-40, 20 Feb - 3 Apr 1954)
Raw Title of Waft Nanimated by
Nikishov, M. I. "Geo.,raphical AtL_-s o. the ~gntral Eci._.itific
Zaslavski y, i. i. LSSR" (for the 7th and Research nstitute
Tarasov, A. P. ,,Lh 7radts of' secondar-j of juo~_iesy, Aerial
Yakimova, M. A. schools ?noto~raphy and
Lapsrdna, G. M. ~~,rto.-TaPhy
Davydov, V. i.
SO.' W-306&, 7 JULY 1954

(g.Kagan)
Letla carry out preparatory op-trations ahead of time. Strol.
truboprov. 5 no.10:2--24 0'60. 04IRA 1):10)
(Pipalinee)

USSR/Soli'd StatR Physice Systems, E-4
Abst Jcrarnal: Reftrat Zhur - Fizika, No 12J. 1956, 34667
Author: Galaktionova, N. A.. Nikishova, F. B.
Institution: Nc-ne
Title: Effect of Titanium on the Structure of Iron-Cobalt-Aluminum Alloys
Original Peri4xiicalt Piz. metallcv i metallovedeniye, 1955, 1, No 3, 506-509
Abstract: An investigation was made of the structure of the alnico-5 type alloys
with addition of Ti (0-8 - 5%) after hardening (cooling from a temperature of
1,3000 im a magnetic field at the critical speed), in high-coercive state. and after
tempering fcr an hour at 850r-. The investigation methods used were metaliography,
electron diffraction, X-rays, dilatcmetry, and the change in the magnetic proper-
ties. The added Ti contributes to a breakdown of the 1812 phase, increases the amount
of the iron-rich Pphase, and lowers the degree of dispersion of the latter. In the
absence of Ti, specimens in the high-coercivity state display a broadening of tho3
lines in the X-ray diffraction patterns. In the 5% Ti alloy one observes a resolu-
tion of the doubletP a considerable increase in the period of the A phase lattice,
and no change in the lattice period of the t8~ phase. A treatment of the obtained
experimental results is given.
/ ael 1

SOTNIKOV, V.S.; BEIANOVSKIY, A.S.; NIKISHOVA, F.B.
Adsorption of ions of certain metals from water during silicon
washing. Part 4. Radiokhimiia 4 no.61725-731 162. (MIRA 16:1)
(Metals) (Silicon) (Adsorption)

NTKISHCVA, G. D.
"Interference-- 6pec*lros(,,-)p,., by Means of Fiseaux Bands. Cani Phys-Math Sci,
Khar'kov State U, Min Higher Education, KharlIkov, "~54. '~KL, No 2, Jan 51j)
Survey of Scientific anl Technical Dissertations Defended at TJ:`7 "!g~;er
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

USSR/Fitting Out of Laboratories - Instruments, Their Theory, Construction, and
Use, H
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 61950
Author: Sinellnikov, K. D.Jt-~i~~-k--
Institution: None
Title: Use of Wedge Interferometer as an Interference Monochromator
Original
Periodical: Uch. zap. Khar'kovsk. un-ta, 1955, 64, 125-126
Abstract: Description of a method of utilizing a wedge interferometer with
multiple layer dielectric coatings for the segregation of individual
components of ultrafine structure of complex spectrum lines. In-
dividuai components are segregated by slits formed by foil strips
which are cemented to the wedge of the interferometer. The low il.-
luminating power of a wedge interferometer renders this method
sk~itable for use with so,,Lrces of hUh luminosity.
Card 1/1

Category USSF/Optica - Physicad Op~.ics K-5
Abs Jour Ref Zhur - Fizika, Nr, 2, 1957, no 4,-,31
Author Si-nel'11kov. K-D
Title Use cf the Wedge Iriterfercmeter as an Interferometric Monochromator.
Orig Pub U. zap. Khax kcvsk. un-t, 1955, 64, 125-126
Abstract It 1e proposed tc emTloy a wedge interferometer with a multi-layer dlelec-
tric coating to separate the components of the hyperfine structule. A
mask with naXTOV slits that separate the necessary components in the
different orders tv placed over the wedge interferometer. The mask for
the visible region can be made out of foil. Thv work requires prelim-
ina y monochramatization and a strong source of light.
Card 1/1

KRASOVITSKIY, BA.; IIATSKEVICH, R.N.; NIXISHOVA, T.K.
Relationship between the structure and certain properties of
azo dyes containing amide groups. Dokl.Afi S&TI 108 no.1:91-94
Y17 156. (KLRA 9:8)
1. Khar'kovskiy gosudarstvennyy universitet imeni A.M. Gorlkogo.
Predstavleno akademikom A.V. Topchiyevym.
(Azo dyes)

IBM wx*lT-m~-4x-2#-Rl-: a-'Wr

S/03 63/029/003/011/020
B 1 12Y3186
AUTHORS: Granovskiy, ~u. Adler, Yu. P.,
Nalimov, V. V., an"6 Komissarova, L. N.
TITLE: Sifting experiments for investigatin,3 the extraction of
zirconium from tributylphosphate
PERIODICAL: Zavodskaya laboratoriya, v. 29, no. 5, 1963, 521 - 326
TEXT: Those influences which predominatingly affect the procebc of extrac-
tion of zirconium from tributylphosphate are selected by the method of
random balance. The following vfr4.abl.s are codified: concentration of
the metal (A), concentration of the acid (B), concentration of the reagent
(C), volume of the restricted phase (D), extraction time (L), revolution
velocity of the mixers during extraction (F), volume of the re-extra..7ent
(G), number of re-extractions (H), re-extraction time (I), revull;tion
velocity of the mixers during re-extraction (J), time of phase separation
after extraction (K), time of phase separation after re-extraction (L).
The results of the experiments are represented in the dispersion diagram
(Fig. 1). The selection of the predominating effects A, 31 C, AB, BC, and
CD was obtained under conditions at which 78 effects (12 linear and 66 pair
Card 1/2

Sifting experiments for ...
interactions) could be of importance.
0
S/032/'3/029/003/011/020
13112/B186
There are 6 f igares anr- 5 tables.
ASSOCIATION: Moskovskiy gosuaarstvennyy universitet i Gosudarstvennyy
nauchno-issledovatellskiy i p-royektnyy institut redko-
metallicheskoy promyshlennosti (moscow State University and
State Scientific Research and Planning Institute of Ilare-Metal
Industry)
Card 2/2

'nfrared

ITTYTTAN, Ya. A.
USSR/Hydrology - Alluvium Oct 51
"Determining the Discharge of Bottom Alluvium in
Middle 4sian RiverE," Ya. A. Nikitin, Engr
"Oldrotekh i Keliorat" Vol III, No 10, PP 54-57
Subject is important in the design and use of dame,
particularly across mountain rivers. Nikitin tabu-
lates coeff of discharge of alluvium and presents
.data for many Asiatic rivers.
191770
191T70

-NIKITAN? IU.4~ SHAIJALINO Ye.F.
A process opposite to the 'J/--*/,.-4-ydecay in a Coulomb nuclear field-
Zhur. eksp. i teor. fiz. 4j no.3:1119-1120 162. (KIRA 15:10)
(masons) (Neutrinos) (Miglear reactions)

GABRIYF,'LnVA, M.G.; clll,'~VOV, A.N.; PAPYIA~', .,. Y,9... ):'XIT'.'.~., ;.G~
Separatior. of fluortre ~r tree product'or. of d,7,ub-- --u~err.-r,,~.tp. te s.
.1
Kbim. prom. 4-1 no. 12:9"4-925 D lt~5 (.4, -:, 1~1 -1 )

',4769-66
AP60314bf-- /oo o9=63/oo64
ACC NR: 0
AUTHOR: Gabriyelava, M. G,; Se nov, A. N.; Nikitash, V. G
ORG: none
TITLE: A new method fordefluorination of phosphoric acid
SOURCE. Khimicheskwja proqrshlennost', no. 9, 1966, 63-64
TOPIC TAGS: phosphoric acid, defluorination, sodium fluosilicate
ABSTRACT: A new method for defluorination of raw phosphoric acid has been introduced
at the Krasnourallsk CoppEr Combine. The method differs from the conventional re-
mval of volatile fluorine compounds which involves evaporation at the acid concen-
tration stage by the precipitation of sodium fluosilicate with soda-sodium sulfate
solution prior to the concentration operation. The soda-sodium sulfate solution
(which also contains A1203, Fe203, NaCl, S102, etc.) is obtained as a by-product in
the mnnufacture of aluminum and contains approximately 7% NaC03 and approximate)y
15% Na2S04- Stoichiometric quantities of this solution are added to the raw phosphoric
acid at 60-65C. The precipitated Na2SiF6 is separated by settling and filtering or
centrifuging. The sediment is washed twice with water; the washing liquids are recir-
culated by adding them to the defluorinated acid (wash I) and to the soda-sulfate
solution (wash II). The precipitation remves 75-80% of total fluorine from the raw
acid; the residual fluorine content depends on the solubility of Na2SiF6 in the given
Card 1/2 - -UDC -

L 44769-66
'ACC NRj AP6031407
.raw acid batch (23.7-25% P205) the glass and cement
The Na2SiF6 obtained is used in
industry. Compared with tH-e conventional defluorination by evaporation, the meth
described has the following advantages: simpler equipment and a simpler flow-sheet,j
lower fluorine content in the vapors of the concentration state, lower corrosiveness
1 and better hygienic conditions. [BNI
SUB CODE: 07, 1.1/ SUBM DATE: none/ ATD PRESS: 5079
Card - 212

SOV/ 137-58-10-21658
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, N'r 10, p 17 3 (USSR)
AUTHORS- Livanov, V.A., Shilova, Ye.I., Golokhmatova, T.N
Nikitaveva
TITLE: Methods of Hardening Aluminum Alloys Intended for Operation
at Elevated Temperatures (Puti uprochneniya alyuminiyevykh
splavov dlya raboty pri povyshennykh temperaturakh)
PERIODICAL: V sb.: Legkiye splavy. Nr 1. Moscow, 1958, pp 88-122
ABSTRACT: Investigations were performed in order to determine the
effect of various degrees of cold hardening, as well as of con-
ditions of artificial aging (AA), an the mechanical properties
of sheets of D16 allov (A) at room temperature and at elevated
temperatures. The initial material consisted of hot-rolled
sheets of the D16 A which had been tempered only, or were
tempered and subjected to natural aging for a period of five
days; the sheets of the A were work-hardened by means of rol-
ling with reductions equivalent to 5, 10, 15, 20, 25, and 30%.
AA of work-hardened sheets, as well as sheets which have not
been so treated, was accomplished at temperatures of 150,
Card 1/2 170, 190, and 2000C, the soaking time being 6, 8, 10, and 12

SOV/ 137-58-10-21658
Methods of Hardening Aluminum Alloys (cont.)
hours, respectively. Optimal AA conditions, established on the basis of
studies of properties of the A's at room temperature, were maintained dur-
ing tests at elevated temperatures. The laws governing the changes occur-
ring in the properties of the A relative to the temperature of AA are ident-
ical both at room temperature and at elevated temperatures. Specimens
which have been aged at 170- 1800 possess maximal values of a. and 11-b,
but exhibit very low values of 6 . At lower temperatures of AA (130-1500),
the strength characteristics of the A's are somewhat impaired, but the b
values are increased. Conducting the AA at a tempe ratu re of 190 - 2000 re -
sults in a lowering of all mechanical properties of the A. It has been estab-
lished that the strength of tempered and naturally aged D16 A is favorably
affected by work hardening at temperatures of 100-2000. Work hardening
(5-20% reduction) increases the (T b of sheets of the D16 A by as much as
10- 15% at a temperature of 1000 and by 13- 18% at a temperature of 1500.
Optimal conditions for processing of sheets of D16 consist of tempering
operations and work hardening by means of rolling with reductions of 5-20%
followed by AA (130-1500 for 10-20 hours). Problems on the nature of hard-
ening of an A by means of mechanical working of it after the operations of
tempering and prior to the process of AA are dis( ussed al'oy: __Hr-,jen4j-,g
Card 2/2 1. Ailminwn al-'oys--'emperature fa-tor..
E K.

S/I ---',7/62/ Or,(,/', C)5/,Cd,/ -150
A006/A 10'
AMORS: Nikitayeva, 0. G., Kutaytseva, Ye. I., Romanova, 0. A., !!,arpovich,
Yu. , KoFlit'yeva, 11. B.
T ! TILE Me effect of aluminum purity an the mechanical properties and
heat-resi&tance of aluminum alkloys
P=ODICA.:, : Referat-vny-y zhurnal, i'-Iietallurgiya, no. 5, 1~'2, 7i, abst-ract 514-12
(V sb. "Deformiru,,emyye alyumin. splavy", Moscow, Gboror~~'iz, 11961,
30 - 43)
7ZIX~
The authors studied the effect of Fe and Si a~'_mixtures upon the pro
perties of deformed Al-alloys at room and higher temperatures. For the pre~'ara-
tion of grade 16, 19, AN -I (AKCh-1), Z 20 (D20), ~ 21, (:)2'-), B 95 (V95) and
A.Yr 6 alloys, three Al grades were used, namely. A! AGO, and ABC)OO
(AVOOO); ?4g- and Zn-metal, and addition-alloys Al-Cu, Al-Mn, Al-Ti, Al-Ni, AI-Fe.
T'he strength of pressed rods made of D16 and D19 alloys increases somewhat at
room temperature with a higher purity of the initial Al. The mechanical proper-
ties of forgings in short-lasting tension of D20 and D21 alloys, do. practically
Card 1/2

The effect of aluminum purity on...
not depend on the initial aluminum grade. The strength of AYCh-1 alloy forgings
decreases with higher Al purity. The endurance strength of semi-products of al-I
alloys decreases with a higher purity of the initial A!. A decrease in contami-
nation of V95 and V96 alloys reduces somewhat the number of cycles untill *UiLe
breakdown in repeated static-loading tests. It is not expedient to use hil~n-
purity A! (AVOOO) to raise the heat-resistance of sheets and forgings made of A!
alloys at 2000C.
T. Rumyantseva
[Abstracter's note: Complete trwislation]
Caxd 2-12

S/ 1 37/6
ACC6/A !G,
AUTHORS. Shilova, Ye. I., Nikitaye-a., 0. G.
Tl=: The effect of plastic deformation on processes of softening
Duralumin-type alloy A 19 (D19) during heating In a temperature
range of 175 - 3000C
PERIOIIECAL: Referativnyy zhurnal, Metallurgiya, no. 5, 1962, 72, abstract 5!436
(V sb. "Deformiruyemyye alyumin. splavy", Moscow, Oborongiz, 1961,
124 - 130)
Studies were made of the nature of structural changes which take
place under the effect of plastic deformation in a solid-sollution type Dig ailoy
containing in %: Cu 3.88, 149 1.88, Mxn 0.7, Fe 0.3, Si 0.25, produced under
industrial conditions~ To obtain coarse grains the sheets prior to quenching
were annealed under the following conditions: heating at 380 - 4000c for 4.5
hours, cooling at a rate of 50 degrees/hour down to 250OC; subsequent air cool-
ing. The sheets were then heated in a 6altpeter bath at 512 - 5130C I-or 15
minutes and water-quenched. Plastic deformation of the alloys in quenched and
aged state causes 2 types of structural changes which affect in a different manner
Card 1/2

20265
S/160/61/000/002/003/012
E073/E535
AUTHORS: Shilova, Ye. I. and Nikitayeva, O.G. (Moscul-7)
TITLE: Influence of Small Degrees of Plastic Deformation on
the Properties of the Aluminium Alloy AC11fo (Dlb) with
Various Grain Sizes
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1961, No.2, pp.68-71
TEXT: Deformed aluminium alloys which are hardened by heat
treatment (quenching followed by natural or artificial ageing)
become considerably softer on heating in the temperature range
200 to 250*C. The degree of softening depends on the composition
and also on the ztructure. In this temperature range A1-Zn-Mg-Cu
alloys show the highest degree of softening, whilst alloys of the
system Al-Cu-?1g show the least softening. Slight degrees ~f
deformation in tho cold state and a coarse grain structure have a
positive influence on strength and the authors of this paper
studied the simultaneous influence of these two factors, The
investigations were made on sheets of the aluminium alloy D16
(4.6% Cu, 1.38 % Mg, 0.6% Mn, 0.35% Fe and 0.25% SO from normal
Card 1/6

20265
Influence of Small Degrees ... S/180/61/000/002/003/012
E073/E"735
production batches. After cold rolling to 2 mm, a part of the
specimens were annealed for 4.5 hours at 380 to 4000C, cooled with
a speed of 50OC/hour to 290*C and then in air. Directly after
rolling and after annealing, all the sheets were hardened by
heating in a saltpetre bath for 15 inin at 500%, followed by
quenching in water. After quenching, the sheets were straightened.
All the sheets, including some which had not been straightened,
were then tested at room temperature after artificial ageing for
30 days and also at 200, 250 and 3000C Furthermore, the time to
failure at loads of 20, 10 and 4 kg/mm respectively, was deter
mined at 200, 250 and 3000C. Sheets hardened from the cold rolled
state differed from those hardened from the annealed state only by
the grain size, which was approximately four times smaller for the
first than for the second state. Slight deformation of both
sheets (c = I ~o 3%),after hardening,increases the strength by
I to 1.5 kg/mm , the yield point by 2 kg/11W12 and reduces the
relative elongation by 2 to 3 units. For the hardCned material,
the deformation during straightening has a considerably greater
influence on the mechanical properties at elevated temperatures
Card 2/6

20265
Influence of Small Degrees s/i8o/61/000/002/003/012
E073/E535
than it has at room temperature, thereby this influence is greatly
affected by the original grain size of the material. Fig.2 shows
the influence of the degree of deformation,e,%, during straightening
of sheets quenched from the cold rolled state (continuous lines)
and annealed state (dashed lines) on the strength, a kg/mm2 at
200t 250 and 300~C for degrees of deformation: I - 0,4112 - 1%,
3 - 2%. Small degrees of deformation have a very positive influence
on the long run strength of coarse grain material; considerable
differences were encountered between the behaviour of fine grained
and coarse grained materials at various temperatures. Fig.3 shows
the influence of the degree of deformation, c,%, during straight-
ening of sheets qlienched from the cold rolled. (continuous line
curves) and the annealed (dashed line curves) states on the long r n
strength at 200, 250 and 3000C and the stresses 20, 10 and 4 kg/mm ,
respectively. T, hours is the time to failure of the specimens. The
following conclusions are arrived at: in the temperature range in
which hardening phases are rejected from the solid solution the loss
in hardness is small (200-2500C for the alloy D16). The strength
characteristics in short duration and particularly in long
Card 3A

20265
Influence of Small Degrees s/i8o/61/000/002/003/012
E073/E535
duration runs can be considerably increased by applyin coarse
grained naterial with grain sizes of the order Of 400 )1 which,
after quenching, has been straightened by straightening rolls or by
stretching with a degree of reduction of I to 2%. At temperatures
above 2700C coarse grained material which has not been subjected to
deformation possesses the highest strength. Coarsening of the
grain in cold deformed semifinished products can be produced by
quenching from the annealed state. Differing grain sizes can be
obtained by controlling the annealing temperature, the heating
speed and also the degree of deformation in the cold state prior to
annealing or quenching. The strength increase obtained for tne Al
alloy D16 by means of slight deformation of coarse grained material
after quenching, can also be applied for other aluminium alloys,
There are 3 figures, 1 table and 15 references, 11 Soviet and
4 non-Soviet.
SUBMITTED: September 6, 1960
Card 4/6

20265
Influence of Small Degrees ... S/130/61/000/002/003/012
Z073/E535
Fig.2
isa, SW
28
24-
20
as 0 /067 as it? /470 as s 14qq as 5 q v
Card 5/6

Influence of Small Degrees ...
Fig-3
0 1 2 0 1
20265
s/18o/61/000/002/003/012
E073/E535
W. 'Yee
LL
2 0 1 2 0 1 2 0 If,%
Card 6/6

S/806/6Z/000/003/006/018
A14THORS: Shilova, Ye. I., NikitayS~~~.
Ti'WLE; On the "recovery" phenomenon in the aging of Duralumin-ty-pe alloys.
I
SOURCE: Akaderniya nauk SSSR. Institut metallurgii. Issledovaniye splavov
tsvetnykh metallov. no.3. 1962, 61-67.
TEXT: The paper describes experimental evidence on the appearance of the
it r,ecove ry" phenomenon, i.e., a lowering of the hardness and stre~,�th of a naturally -
aged Duralumin-type material upon short-term heating to 200-300 G to the values
first observed directly after quenching, a lowering which upon subsequent aging is
recovered again. It is postulated that the "recovery" state of Duralumin is not
structurally identical with the freshly-quenched state. A16 (D16) and J119 (D19)-
sheet material (compositions listed) were tested in two states: (1) quenched, 216-
straightened, and cold-rolled; (II) tempered and quenched without straightening.
Specimens of both batches were tested immediately after water quench and after 5-
day natural aging. Experimental short-term high-T soaking in a saltpeter bath
lasted 30, 60, 120, 240, and 360 sec at 2000G; 0, 20, 45, and 60 sec at 2500; 0, 10,
20, and 40 sec at 300 0. These times were in addition to a warm-up period of 15-20
sec. Specimens were then water-cooled at 20-25o and one-half buried in snow (to
maintain the freshly-quenched condition) and one-half exposed to aging in air. Test
results (over-full-page tabulations) show that an up-to-6-min 2000 heating of D16
Card 1/2

On the "recovery" phenomenon in the aging ... S/806/62/000;003/006/018
and D19 leads to a small loss in strength, the magnitude of which is dependent on
the composition of the alloy and the antecedent state of the matirial: D160) loses
2 kg/mm2, D16(11) about twice as much, D19(l) loses I kg/mm I D19(II) about twice
as much. Further aging does not alter the tensile strength of the material. Hence,
2000 does not constitute a "recovery T" for these alloys. Heating to a 2500C affects
D16 and D19 differently: Di6, in either state I or 11, loses about 5 kg/mrnz tensile
strength after ZO-60 sec heating, but subsequent aving leads to full "recovery" of
r'n -2 in state I and about 4.5
the initial strength. D19, by contrast, Loses 3 kg/ rn
kg/rnm2 in state 11, but does not recover in subsequent aging. Total recovery occurs
upon heating to 3000C, if the "soaking" following the warm-up is "0" sec. With
longer 3000 soaking, the alloys gain in strength by high-T aging (as indicated by an
appreciable decrease in elongation). In both alloys, the rnost total softening occurs
in specimens not exposed to straightening. Of the two alloys D16 is more intensely
softened by heating to 250-3000. The recovery phenornenon is observed in high-T-
aged unstraightened D16 specimens. No recovery occurs in 2/o- straightened speci-
0
mens of either D16 or D19 upon short-term heating to Z50-300 .It is hypothefilzed
that the decrease in loss of strength occurring as a result of recovery treatment on
sheets straightened after quenching is attributable to the presence in such sheets of
a block-type substructure which affords a hardening up to higher T than that effected
by age-hardening. There is I figure, 2 tables, and 4 Russian-language Soviet
references. ASSOCIATION: None given.
Card Z/Z

S/129/62/000/011/005/007
E193/E383
AUTHORS: Shilova, Ye.I., Candidate of Technical Sciences and
Nikitayeva, O.G., Engineer
T ITL L q-e-chanical properties of the alloy C-416 016) plate
at elevated temperatures
PT.*i(IODICAL: IMetallovedeniye i termicheskaya obrabotka metallov,
no. 11, 1962, 23 - 27
T!-IXT: Tlie object of the present investigation was to deter-
ini.ne the mechanical properties of alloy D16 plate as a function of
its composition and method of' Vabrication. The composition of
tiio alloy varied within the following limits 4.12-4.79 Cu,
1.28-1-56 M,9, 0.5-0.6 Mn, 0.3-0-38 Fe and 0.26-0.30 Si. The
experimental specimens wero tested after one of the following -treat-
ments : . cold-rolling and solution-treatinentwith and without sub-
sequent stretching (straightening) operation; annealing and
solution-treatment with or without subsequent stretching operation.
The experimental work included the following: tensile tests con-
ducted at room temperature on specimens aged naturally for 6-30
days; tensile tests at 200 0C conducted on specimens held at the
Card 1/3

s/i2q/62/ooo/oil/005/007
Mechanical properties .... E193/ E383
temperature for 0.5-loo hours; tensile tests at 250 OC on gpcci-
inens held at the temperature for 0.5 - 20 hours; time-to-rupture
tests at 200, 250 and 300 0C. Conclusions: 1) Alloys with the
alloying-element content near its lower limit have the lowest
strength. 2 ) plate that has been straightened by stretching
after the solution-treatment has a higher UTS and yield point (both
at room and elevated temperatures) than material that has been
solution-treated only. 5) As long as the plate is stretched after
solution-treatment it does not matter whether the material has been
cold-rolled or anneaied before the solution-treatment: the strength
of both types of materials is about the same and higher than that
of unstretched plate. 4) Although sonic plastic strain (about 1~.,
during the stretching operation) is necessary to improve the
mechanical properties of the plate, the variation in the degree of
plastic deformation (in the 1-31o range) during stretching has little
effect on the mechanical properties of the alloy ludied. 5) The
stretching operation after solution-treatment is the most important
factor determining the time-to-rupture of the plate at 200 aC, the
beneficial effect of this treatMent being much more pronounced in
'~3rd 2/3

S/129/62/ooo/oil/005/007
2,1echanical properties .... r-193/E383
coarsoly-grnnulor material. 6) The creep properties of tAe plate
at ~'.50 and 3000C depend much more on its grain size than on the
stretching operation. Specimens solution-treated after dnnealing
have a time-to-rupture twice as long as those that have been
solution-treated after cold-rolling and, consequently, have grains
three to four times smaller than the former material
There are 3 figures and 2 tables.
Card 3/3

SHIILVA, Ye.I. (Moskva); MESHKOVA, O.V. (Moskva); IIIKITATZ-,VA, O.G. (Moskva);
YELKM, A.G. (Moskva)
Effect of grain size in D16 and D19 alloys on crack formation
and the strength of welded joints. Avtom. svar. 15 no.8:14-20
Ag 162,. (HIRA 15:7
(Nonferrous alloys-Metallography)
(Sheet metal-Wolding)

ACCESSION MR: AT4037665 S/2981/64/000/003/0237/0250
AUTHOR: Shilova, Ye. I.; Nikitayeva. 0. G.; Kozlovokaya, V. P., Vasillyeva, Ye. N.
TITLE: Heat resistant alloy-D 19
SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deform iruyemy*ye splavy*
(Malleable alloys), 237-250
TOPIC TAGS: aluminum, aluminum alloy, alloy D 19, heat resistant aluminum alloy,
copper admixture, manganese admixture, magnesium admixture, duraluminum,
duraluminum mechanical property, duraluminum, corrosion resistance
ABSTRACT: According to its composition, the heat-resistant aluminum alloy D 19 of the
Al-Cu-Mg-Mn system is an intermediate alloy between D 16 and D17, and is intended for
sheets, pressed semifinished products, and rivet wire. The alloy contains 3.2-4.3% Cu.
1.8-2.6%Mn, 0.03-0.15%Ti, 0.0005-0.005%Be and no more than 0.3-0.5% Fe orS!,and
0. 1% Zn. In the present paper, the authors report the results of a general investigation of
the mechanical properties of D 19 alloy semifinished products. Initial studies concerned
the influence of natural aging time (0-30 days) on the mechanical properties of quenched
sheet specimens having various compositions, i.e.: Cu and Mg at the lower limit; Cu and
Mg at the higher limit; Cu at the higher limit and Kg at the lower limit; Cu at the lower
Card 1/3
1 -

ACCESSION NIL- AT4037665
limit and Mg at the higher limit. Before quenching, the speciments were in the annealed
or cold rolled condition. Other tests were made to determine the effect of heating to
200 and 250 C on the mechanical properties at room temperature of sheet specimens with
different histories of heat-treatment and strain hardening. The mechanical properties
of sheet and wire specirn~ents were also determined at elevated temperatures (up to 300 C).
Furthermore, creep rupture tests were performed on sheet specimens at 175-300 C, and
zero-to-tension fatigue tests on specimens previously subjected to various heat treatments
or strain hardening operations. Itivets of D 19 P and V 95 were tested at repeated zero-
to-maximum shear loads at room temperature and at 175 C. Finally, specimens of D 19 and
D 16 alloys under various conditions were tested for corrosion resistance in 3% NaCl or
or 3% NaCl + 0 1% H20 On the basis of the results obtained, it was concluded that: the
ciuraluminum ~pe alloy2L 19 is a heat-resistant alloy; at temperatures of 20 - 150 C its
strength is equal to the strength of D 16 alloy, while at 170-250 C its strength is higher
than that of D 16 alloy by approximately 8-10%. Under a repeated static load, the strength
of D 19 alloy is similar to that of D 16. Alloy D 19 has a reduced rate of strengthening
during natural aging; therefore, cold worldng operations can be performed with this alloy
during a longer period of time (6-8 hours) than with alloy D*16; this property is paiticularly
desirable for riveting material. Products made of alloy D 19, In contrast to D 16, do not
exhibit a tendency to intergranular corrosion during heating in the temperature range
t-orcr. 2/3

-!`,-,jAJ1-,,-'L03 Of a
7 alloys
-Is -1 -tlr
..)j~~ , e C,
`6 a'-oy, 9 alloy, 'FLA 7 a-, lo~-, a
alloy, 65 a., )y Dl alloy, -L I i. -Loy
j 5 r n r, L,- r, li,:t o1o:,ga L-1. -,n , corrosion s ti-Jimil ', ty
limi,~, am" tilo tanclency 'Lowar,,s c.-ac;: for-maLlon during wolding of the al:,)ys fon,--od
b y t.' -1 C, Lo 3 :)Oc,-Mens were prommi in c,
t".,:C--Cr)0C an'ti ,oro for 24 hr, 7ho roofliclen, of'
crack formiation rliLring ~;j' cLLia L-~ accrr('Lnr to tho f o mul i,
Z/Cr
'eld
2- .3 tho totln-' .rjnj-t:,, 1" c ra c'-.; art,' is the total 'r
wold
-he ox '!'he
- peri-mentua' results aro shown 7a ph 1, ca' ],,r 9 tj o
C.rc[

L 3~884-66
ACC "2601",
1,13
WA
-~,arvo3 conriec7-ni",
limit ~k_:~/Fn2) for alloys 01, -~ije System
Al-Cu-It-;h kn the temnereC- wIG'

natural'
I.y aged state at norrini
temperature. Y
4,7
117-
,Y(4
7
ji
r ci

I'l, iint'l rej f
c hrosults f~-,)m short-tiino no:., rq-. -1
pliase compoGition. Orig. art. ha3: i La6do
SbB GO~Z 1'L/ SILFBM Fiki-E 16Sop65/ 6F,!G: REF: Cill/ 0%'E 'L-C-T :OCQ
Card -3/3

ACC NRi Apo'036439 SOURCE CODE; UR/0370/66/000/006/0089/0096
AU7HOR: Shiloya, Ye. 1. (~b6cow); Nikitayeva, 0. G. (~bsccrw); Vasil'yeva, Ye. IN.
("'b5cow) ----------
ORG: none
TITLE: The effect of grain size on the properties of AK4-1 aluminum-alloy sheets
SOURCE: AN SSSR. Izvestiya. Metally, no. 6, 1966, 89-96
I TOPIC TAGS: aluminum 7copper, magnesium alloy, nirkel containing alloy, metal
property, grain size/AK4-1 aluminum alloy
ABSTRACT: AK4-1 aluminum alloy sheets (1.5 x 1200 x 3000 mm), cold rolled from
fully annealed plates of various thicknesses with reductionoof 0.5, 10 and 614%,
were solution annealed at 525 ' 3C for 15 min and water quenched. One group of
d-,eets wasarticiaLbj aged at 190C for 12 and 24 hr, which produced grain sizes of
22-38 p. Another group of sheets was naturally aged for 3-720 hr. It was found
that the auration of natural aging has little or no effect on the elongation. The
yield strength and tensile strength are not affected by aging for up to 15 hr, then
-ncrease rather sharply, and after about 48 hr remain on the same level. The
I
mechanical properties, especially yield strengthof naturally and artif ically aged
specimens increase with the decrease of grain size. The optimal grain size was
found to be 30-40 ji, which is obtained by a deformation of 10-15%. Subsequent
Card
_1 12 JMC- 669-715

ZAYTSEV, A.N. (Kiyev); KHOKHnYA, B.V. (Kiyev); NIKITCHFNKO, M.P. (Kiyev)
Advanced technology for the repair of freight carB.
45 no.12:69-73 t 163. (f-URA l?j2)
1. Nachallnik Darnitskogo vagonoremontnogo zavoda (for Zaytse,r). 2.
Glavnyy tekhnolog Darnitskogo vagonoremontnogo zavoda (lLrr Khokhu-lya).
3. Nachallnik planovogo otdela Darnitskogo vagonoremontnogo zavoda (for
Nikitcheriko).

ANTSTFEROV, M.S., kand. fiziko-matematichankiM nauk; jLIKITCHENKOj---
R.F.j insh.; BALAKIREVA, N.G.,, inzh.
Apparatus for laboratory hydraulic modeling seismic phenomena
in mine workings. Nauch. soob. IGD 112118-325 161.
(MIRA 16:4)
(Blasting) (Hydraulic models)

BARONP L.I., prof., doktor tekhn.nauk; LICHELI, G.P., gornyy insh.;
_~WTQHEHKo_,.__~, inzh.
Study of the action of a blast in a fractured medium. Gor.
zhur. no.9:43-46 S 162. (KRA 15-9)
1. Inatitut gornogo dela im.Skochenskogo, Moskva.
(Blasting-Models)
dwa

~ NIKITCHENKO, inzh.
InterlOcking self-supporting tile. Stroi.mat. 8 no.3:1.2-13
Mr 162. (KRA 15:8)
(Hollow tiles)

IAVRUSIIIN, V.F.; TSUKERMAN, S.V.; NIKITCMIKO, V.M.
Synthesis of some unsaturated ketones containing a th-io-phene
ring. Ukr.khim.zhur. 27 no.3:3?9-384 161. (MIRA 14:11)
1. KhBxtkovskiy gcsudarstvem univeraitet im. A.M.Gorfkogo.
Ketare7l
Thiophene)
~

LAVRUSHIN, V.F.; TSUrMlkN, S.V.1 NIKITC~IIFNKO -1-K.
- .14 ~'V~
Synthesis of thiophene analogs of di- and trimethoxychalconeE and
their vinyl analogs. Zhur.o~.khim- 31 no.9:284'-285C 5 '61.
(MIRA 11~:q)
1. Khar'kovskiy gosudarstvennyy universitet imeni i..M.Gor'kogo.
(Chalcone) (Thiophene)