SCIENTIFIC ABSTRACT NAUMOV, A.A. - NAUMOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136130003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AP4009468
8/0051/63/013/WG/0818/0820
AUTHORI Burskav,V.S. - Naumftk0v.PA.
JITLE: Investigation of the composition of the gas cloud 6f an alternating current
arc
SOURCE: Optika I spektrookoplya, v.15, no.6,1903,81"20
TOPIC TAGS: ac are cloud, arc cloud composition, plasma composItiont plasma analy~
sts, electrode evaporation, alloy analysis, steel analysis, chromium, Iran, Spec-
troscopic analysis
ABSTRACT: The purpose of the work was to determine the absolute and relative can-
centratIons of the atom of the electrode material in the sane of an alternating
current are and to compare the results yielded by two different procedures, namely,
doterminatlon with reference to the contours of the spectrum lines and by analysis
of the condensate of the vapor with the are burning In a closed vessel. Most of the
measurements were carried out with chromiun and iroa ele~trodeffi. 1por the spectro-
scopIc deterninstlons there were ed the 4244.4, 4274.8 and 42,69.7 1 lines of Cr
and the 4043.8, 4063.6 and 4071.7ut lines of Fe. 7be line contours wore determined
Card 1/2

AP4009468
f rom spectrograms photographed by means of a met-up consisting of a Fabry-Ferot sta-
Ion crossed with a KSA-I spectrograph. The procedure employed in collectiag and
analyzing the vapor condensates is described else k-re.(V.S.Surakow and A.A.Vankov-
skiy,laah.-fia.zhum.No.10,19,1959). The results are tabulated and shown In a fig-
ure. The results yielded by the two entirely different procedures differ by tons
than 10%, which indicates that both procedures are suitable for Investigating the
composition of plasma. Additional experiments to determine the relation between the
conhentration of elements In electrodes and In the arc cloud wers carried out using
low and medium alloy stool electrodes. The results obtained for the chroodum-tron
alloy electrodes show that the concentration ratio of Cr to Fe In the are cloud is
1.2-1.3 higher than the concentration ratio In the alloy* This ratio to fairly cons-
tant so that there Is direct proportionality between the rolatIve concentratlon of
the elements In the cloud and In the alloy electrodes. OrIg.art.hast I formula, I
figure and I table.
ASSOCIATION: none
SUBUIT' i 2W~bG3 DATE AOQ: 03Jan64 XMCW 00
SUB CODE: PH MR REF SUVi 007 OTUR: 604
Card 2/2

NAU"KOV, P.A.
Determining the degree of inhomagenity and concentration of atoms
in the flame of a low-voltago pulse disaharge. Teploriz. vys. temp.
2 no.21l7b-180 Mr-Ap Ib4. (141RA 17:t,)'
1. Institut fizilci Akademii nauk BSSR.

L o8357-67 E~(l)
_VC NR,
AR602813~ SOURCE CODE: UR/0056/66/000/005/DO33/DO311
AUTHOR: Burakov, V. S.; ~hukovskiy, V. V.; Naumenkov. P. A.. Yankovskiy, A. A.
TITLE: Investigation of atomic absorption spectra of an electric discharge with
spatially separated emitting and absorbing layers
SOURCE: Ref. zh. Fizika, Abu. 5D235
REF. SOURCE: Tr. Komis. po apektroskopii PJ4 SSSR, v. 2, vyp. 1, 196h, 478-483
TOPIC TAGS: abs,,.ption spectrum, atomic spectrum, electric discharge, gas discharge
spectrosocopy
ABSTRACT: A method is proposed for obtaining atoqq
:c qDsj2rpti t based on the
spatial separation of the same electric discharge into absorbing and emitting layers. i
Unlike the existing methods of atomic absorption analysis, the proposed method en-
sures the production of atomic absorption lines with high excitation energy. A study
is made of the i-ifluence of the discharge parameters and of the method of introdu6ingi
the substance ir the discharge on the character of the spectrtua. The possibility is
discussed of usJig the obtained discharge to meaoure the relative probabilities of the,-
transitions and -.o solve analytic problems. [Translation of Abstract]
SUB CODE: 20
nat

L 01246-67
TICC NR. AP603'0708 SOURCE CODE! UR/0368/66/005/002/0133/0137
AUTHOR.-- Burakov. V. S. Zhukovskiy, V. V.;-Naumenkov, P. A.; Yankovsk
A A
ORG: none
TITLE: Investigation of atomic absorption spectra of an electric discharge with
radiative and absorptive layers separate in space
SOURCE: Zhurnal prikladnoy spektroskopii, v. 5, no. 2, 1966, 133-137
TOPIC TAGS: atomic spectrum, absorption spectrum, pulse discharge, spectral
line. oscillation strength
ABSTRACT: A simple method is described for obtaining atomic absorption spectra
wit the idd of pulse discharge. Possibilities are analyzed for practical applica-
tions- of the results in st)ectral analysis and for determining the relative oscillator
sttrengthe of multfplet lines. Orig. art. has: 2 figures and 1 table. [Based on
authors' abstract] INTI
SUB CODE: 03/ SUBM DATE: 27Aug65/ ORIG REF: 0091 OTH REF: 004/
~wd 1,4 hs UDC: 535.34

llaunenl-ov,
h e c on t e r1 t !-i Rica t ho-] c f --m I-V T i,-, nn t h r, to rri , I t s ,i mb If,, i i t Y,
nyrny, 'jr~-r, in the fifilh. 11-n-l-Iv. --ventr.
P nd S',r~on,
material from tho -~nr-l-'~;h :-0-cry'l City -n!zt
mpri V. F. Foter,'?:ln. -o s c o
Candid,-te in lediaE-o~aca` Scipnc;:~-ll
..To. 1-10 f; c 0")

AUqlqt A.;~'
Variations of pressure in a hermetically closed crauial cavity.
ftsioleshar. 42 no.8t660-667 Ag 156. (MLIA 9311)
1. Xafelra nornalluoy fisiologit 1-go lAningradekogo meditainy
inatituta in. I.P.Paylova,
(BRAII, physiology,
pulse & pressure in hermetically closed cranial
cavity (Rus))

CC)Ur.try :ROAfN L'. T..StrU C:,t
C--teG'-rY:
606,92
;,b6 jour, RZhIC'i,
3.
j,utiicr Nalir.1 I I'-'-
mc- sure*
,,ut 0r_ 1, j c
Title
Orig Pub Rev. c"'..., Nc n, 630-631
,*,bstr--ct: No abstr.cl.
Card

KAM13AROVO Yu.G.; MEKHTIYEV, S.D.; Prinimali uchustiye: SEROV, A.A.;
ITAMESTINIKOVA, V.M.; DZHAZALIYFJA, R.D.1 ~AUMETS, A.M.
High-speed py-rolysie of the ga6ollm4 fraction in a Pilot
plant. Kh1m. Prom. n0-5:346-348 My 163. (MIRA 16:8)

NAUMETS, I.A.
Expansion of the Saratov Hydrolysis Plant. Gidroliz. IL
lesokhim. prom. 16 no.6:25-26 163. (MIRA 16-,10)
1. Saratovskiy gidroliznyy zavod.

NAUNETS Nikolay Ivr,.novicbjp ispolrWayxiskehly obyazannosti prof.
i"; UIRKOVICH, 3ergey Vladimirovich,
ispolnyayushchiy obyazannosti prof. kand. tekhn. nauk;
ABAYEV, I.I., inzh.; FERCHUIKO, A.G., st. pepod.;
SHABANOV, A.D., dots., kand. tekhn. nauk, retsenzent;
YUSTINSKIY, E.A., inzh., retsenzent; ANTONOV, V.P.,
tekhn. red.
(Hoisting machinery used in building] Gruzopod"emnye
stroitelIrVe mashiny. 2-ia chast' posobiia po kursu
stroitel'rWkh mashin. Kuib~-shev, Kuibyshevskii inzhe-
nerno-stroite. in-t. 1962. 416 p. (MIRA 17:2)

-MUMS, V.I., lmndidRt takhaicheskikh nAuk.
Determining the tractive force required for noving tamping-typs
rollers. Strol.1 dor.mashinostr. 2 no-7:23 J1 157. (MMA 10:7)
(RoRd rollers)

~/ ~~ I' *r, -,--if,/ -
t(- . -7
MAUMNS, V.I., kand.
mo'.~
Daterrdnlng
mash1nostr.
tekbu. vmk.
efficient speeds for *oil compacting rollers. Stroi. i dor.
2 uo.IU21-22 N 057. (MIRA 11:1)
(Rollers 0krthwork))

RAUMS, N.I., kand. tekhn. nauk.
Calculating bending machines. Stroi. i dor. mashinostr. 3 no-1:29-
30 A 158, (KIRA 11:1)
(Bending machines)

YAMTS. N..I., kand.tekhn.nauk, dots.
Designing soil-tamping machines. Stroi. i dor. mashinostr.
no.4-20-21 Ap '58. (MIRA 11:4)
(Soil stabilization)

NAUMETS, Z.P,, aspirant
Importance of PPLO --'n thle etiology of infectious s:~nusi-,iB '.-,
turkeys. Veterinariia 41 no.1:6(~-62 Ja 164.
(MIRA 17*-3)
1. Ukrainskiy nauchno.-issledovatellskiy institut eksperimentall-
noy veterinarii.

YAUMMO, L P.
Nachinery operators stand with front rank. fighters In ful-
filling the resolutions of the party. Mekh.sil'.hosp. 10
no.11:7 N 159. (MIRA 13-3)
1. Predsedatell kolkhoza im.Shevchenko Zolotnosirago rayona,
Cherkasskoy oblasti.
(Zolotonosha District--Collective farms)

NAUFIK, A.
/ .-
Ostso-articular tuberculosis in rural are" in the labin district.
Gruslics. 20 no. 5:663-692 Sept-Oat 1952. (CIXL 24:2)
1. Of Inblin Regional Consultation Center for Tuberculosis (Head-
W. Kwit, K.D.). 2. Vork done for the Institute of Tuberculosis.

NAUNIK, AlekstAnder; PIETRON, Iftizimiarz
A case of ulcerative stenosis of the duodenal bulb related to duodenal
diverticulum. Pediat. nolaks. 33 no.8:970-972 Aug 58.
1. Z Oddzialu Chirurgii Dzieciecej P.S.K. Nr 3 w Lublinie Ityrektor
SzT)itnla I Kierownik Oddzialu: dr med. A. Naumik. Adres: Lublin. ul.
Sklodowskiej 116 n. 6.
(PIOPTIC UIM. in inf. & child
ulcerative stenosis of duodenal bulb with duodenal diverticulum,
case report (Pol))
(DUODVM, diverticula
with ulcerative stenosis of duodenal 'bulb in child. miae report
(P01))

VAUMIK, Aleksander; PIMON, Knzimierz
A case of acute occlusion of the lower duodenum. Pediat. polska 33 no-8:
973-976 Aug 58.
1. Z Oddzialu Chirargil Dzieciecej PSL Nr 3 w lublinie Ib'rektor Svpitala
i Kierownik Oddzialu: dr med. A. Naumik. Adres: Lublin, u1. Sklodowskiej
46 m. 6.
(INTM'PINAL OBSTRUCTION, in inf. & child
duodenal, case report (Pol))

MUNIN, Aleksander (Lublin, ul. Sklodowsklej 46 m. 6,)
54--rgical aspects of gastric and duodenal ulcers in children. Pediat.
Dolg)m 34 no.1:1-12 An 59.
1. Z Oddzialu GhirurgiczWo P.S.Z. Nr 3 v Lablinte Kierownik Oddzialut
dr imd. A. Ykum ik.
(PVTIC UIM, in hif. & child.
Burg (Pol))

HAUNIK, A.
Prof. Witold Klepacki. K.D. Pediat.,polalm 35 no.10:1177-1179
0 160.
(OBITUARIES)

GOL4)VM Mikhail Pavlovich; NATNOV, AOF,)P retsenzent;_NAUMM . A.N.0
lr~h., retsenzent; RAMODIN, V.N.,, inzh., reteenzent; SOLDATENKOV,
A.G., retsenzent; YEFIMOV, G.P., kand.tekhn.nauk, red.;
MEDVEDEVA., M.A., takhn.- red.
[Design and operation of motor operated loadersl Ustroistvo i ek-
pluatataiia avtopogruzchikov. Vloskva, Vses.izdatellsko-poligr. ob"-
edinenie M-va putei soobshcheniia., 1961. 77 p. (MIRA 14312)
1. Abkhasian A.S.S.R. Statisticheskoye upravleniye.
(Abkhazia-Statistics)

NAUMKIN, D.I.
Lisulation of signal!ng cables anG sigm! light 'uuwatiorz frcm
u I
traction current effects. Avtom.,, telem. i sviaz, 9 no.7:32 JI
165. (~CEA 18:8)
1. Starshiy inzh. Nizhnednepro,,,8x-IjzIcvqkoy distants1i i`ridneprovskoy
dorogi.

INAWKIN, D. 1.
Measureme-lit of ~,he value of a code current in tra 'k - i rcui ts.
Avtom., teloin. i -;viuz' 9 no.1-1:28-29 N 'tj5.
( M! FiLA 18: 12 )
1. Starshiy 4.nzh. !Iizi~ied.~,,eprovL;k-'L,.-lovskoy :11s,an'--ii
Pridneprovskoy &,rog4

NAURKIN, Ivan Fedorovich. gornyy inshener; BABOON. I.A., redaktor;
.- --- A -- OffaMft Ot'"'W"T , redaktor; ALADOTA,Ye. I.. tekhnichookly
JWAU,
redaktor.
(safety engineering In underground coal mining] Tekhnika
bezopasnosti pri podzemnot dobyche uglia. Nosk7a, UgletekhIzdat,
1955. 303 P. (Kicrofilml (MLRA 9:1)
(Coal Mass and miningr-Saftty measures)

VAUMN, I.P., Inzhener.
I --
Fires in nine ventilation shafts. Bezop. truda v pfam. 1 no.1,16-19
Ja '57. (Km io:4)
(Kine fires)

NAUKKIN, Ivan Pedorovich; KIKA OV. S.F., oty.red.; GRISUr21KO, N.J.,
--- - - " - , red. tid-v.a; PROZOROULATA, Y.L.. takhn.red.
(Safety engineering in coal mines] Tekhnika bezapaanosti v ugollnykh
shakhtakh. Moskva. Gou.nauchno-takhn.isd-vo lit-ry po gornomu delu.
1960. 373 P. (KIRA 13:4)
(Coal mines and mining-Safety measures)
(Coal mine rs-Di son ties and hygiene)

NAU14KIN. 1.
Coming in 1961. Sov.shakht. 10 no,3:41-42 Mr 161.
(MIRA 14:7)
1. Glavnyy redaktor Gosgortekhnizdata.
(Bibliography--Coal mines and mining)

NArimiaN Ivan Fedorovich,- GELESKU1 V. N. , nauchnyy red,;
red. ; NFSMYSLOVA, L,?A. , tekhn. red.
L. G. I
[Safety engineering in coal mines] Takhaika bezopasnosti
na ugoltnykh shakhtakh. Moskvs, Proftexhizdat, 1962, 210 p.
OCRA 16.-6)
(Coal mines and mining-Safety measures)

DUBETS, Stepan Grigorlyevich; PLOTNIKOV, Aleksey Mikhaylovich;
NARVIKIN, I.F.P nauchn. red.; BYKGVA, I.V., red.
[1ndustrial training of miners of horizontal and inclined
workings; the coal industry] Proizvodstvennoe obuchenie pro-
khodchikov gorizontallrykh i naklonnykh vyrabotok; ugollnaia
promyshlennost'. Moskva, Proftekhizdat, 1963. 102 p.
ONURA 17:4)

.TA'-TVKT'l)
llaurd,in, K. 1.
IlEncouraf,inp the older studmits to stud thr-i,l tj,.(, konsc-rol clar!
or,-anizaticn.11 Yin Edu ~3,t tion ',,Iosco,,-; 3t.atr, Pedal-ni-IC-i .
'I Tnst
imeni V. T. Lerii-n. Pescow. (Disserta,~ion for 1-he of
Candidate in Fedapogical Science)
So: Kn-.zillna,,,a Ieto-is'. ."G.

CHERTAVSKIKH. A.4; TlKHONCV* B.S.1 FAIMINks I.V.; NIKITIN, V.I.
NonoxidiziM armealing of 0T9S4-4#,-2.5 bronze in endothermal
gas, Trudy Giprotevetmetobrabotka no.2.4:30?-313 165.
(MIRA 18:11)

7'
UTHIORS: Savitskiy, Ye. M., Tere,~~hova, V, F and ltlau~2kin
ITTLE: Erbium and its Alloys
ERIODICA L- Tsvetnnc-. metally, 1960. Nr 1 P,r) 4~-48 (USSR)
BSTRACT~ The authors have investigated the physic-o-mechanicalL
properties of erbium and its reac tion with a few of the
metals commonly met in industry. These investigat,.ons
are a continuation of a cycle of r~ublished szudies carried
out at the laborator-j of rare met al alloys of tLe
AS 'USSR
Institute of Metallurgy on the physL-_o-chamir~,~!
,
properties of rare eartn met-a-1-sa nd their alloys
(Refs 3 to 8), IM e t a 11 ic P_ r b i um o f 9 -9, 1 5o/6 p u r i tw as-
used for the study, It contained the foillowin~- c .iiie
imp ur i t j. e s -Ild 0 , 1L,'Io Ho 0,28%. Tu 0, 1% -Y
T h I0, . 2% 5Ca 0 . 029o'. Fe O.Oi% and (.-~A Tlae Micro-
structure of the original cast me tali�c arbium i~3 shown
in Fig 1 The hard-ness of metall ) 1-
ic erbium (H
130 to 135 kg/mm2 (Vickers). Its 1
hardness af er remeltI11.7

in an argon atmosphere rose by 10 e
tc 1','> kg/iam Tl'f:~
density of erbium was determined by a hydrcstaLJ -c metho-u.
xd 1/5 arid also by X-ray analysis, The results were re_-Pec'~Itrel-

:_, 1, -
/ ., - 1-1
S/I.-
- , (-.,) , 'i ~j. ~ , - -L / ~'- " -,

(~,, i -"/ -)
I
I
1. i - - I.J . . . I . I

Erbilum anJ its Alloys
area was observed, Aie authors hiave studied tLe TIr7sIC(1-
chemical reactions of' erbium with the basic.
of industrial alloys - M-,-, Al Fe, Ti. and i3. Ailovs
were cast of' rhe ~it)ove meuals with -,i(Iditions of 7- wt.~)10
erbium. Fir ;~ show- the microstructure (if an Al-5L/j
erbium allrv Fip 4 that of an Fe--59/o erb-Jum alloy arid.
Fi6 5, that of' u turit,--ilum-erbiurn alloy, It-, was !'oun(l
that erbiim in quantities of 5~/~ can be inelted wil~h
PjIff., Fe E,nd -i'i with the forinat-.Lon, in all case.,,, of
2-nhasea -mixtures , f the eutectic of peritecT.-,c -G-
y
For all alloys, erbi-wa is a
'ind stren erker. 1 4-, s not: alloy witli Ta. -~15 er'-- 1=,
0 *;h ~ Aoe,
is extremely rare -ind e)rpens-ive, it cannot be used as
an allo-7ing element for industrial alloys. Tt~~ fic-M~;
of appl.",cation can bF! in (:,on.,;truction of i~reci.31
instrwnents., in eler~tionic aroaratus and in
directions where its, particular -ph~7sicai proT)t-.,rt-les
(eg fer-,omaL_Ynetisru, Optical properties, etc) cat- ',-Np
exploited. The farther study of erbium an,-i its allcys
Card 4/5 mus t; concentrate on the C-)MpleX Of T)hy~ir!o-rhe.-111I')-L

,!V
Erbium arid -1 ~ s Al loy
p r o pe r t JJ- e svi i i~, 11 t-, he a -L -R o f d P, ve I o p i q s pre s A on
with sL)ecial phys',cij -'rover-ti-C
There are fl-urei,
1 table anfil 11 rf:~ f'~- - rf- r,.(- of which are snviet
I 6urman an -n ~,, J i Fl-

22802
JL4 1~, IH
S/136/61/000/005/005/008
EIII/E152
AUTHORS: Savitskiy, Ye.M., Terekhova, V.F., and Naumkin._O.P.
TITLE.- Ultra-light lithium alloys
PERIODICALi Tavetnyye metally, 1961, No-5, PP. 58-61
TEXT, Of the three metals with density under unity, sodium,
potassium and lithium, the latter is both the lightest and most
suitable for use in alloys. Considerable use has been made of it
for deoxidizing and degassing (Refs. 1-3) and in the USSR it has
been used as an alloying addition in light alloys. The object of
the present work was to see whether super-light lithium alloys
could be produced by adding magnesium and aluminium, which would
be suitable both mechanically and in corrosion resistance for use
in instruments and construction materials. For preparing binary
magnesium-lithium alloys, lithium was fused under a LiCI + KCI
flux and then magnesium was added, the temperature not exceeding
700 OC, For high-lithium aluminium alloys the same procedure was
used, but if the lithium content was low it was added to fused
aluminium. Melting was effected in armco-iron crucibles and after
removal of flux alloys were poured into copper moulds. The ingots
Card 1/6

22802
S/136/61/000/00.5/005/oo8
Ultra.-light lithium alloys EllI/EI52
were extruded at 200-240 OC to 10-mm diameter rods, the extrusion
flow pressure decreasing from 70 to 30 kg/mm2 with increasing
lithium content. Alloy compositions and densities (determined by
apparent lose in weight in paraffin) are given in Table I (where
headings of first and second columns are "alloy compositions, %
by weight from charge composition" and 1fdensity, g/cm3,,,
respectively, words in first column are "silumin"). Five alloys
with densities 1.05-1.30 g/cm3 were studied further, Their
coefficient of thermal expansion is given in Table 2 (where the
second column is headed #'coefficient of linear expansion at -85 to
0 OC, degree-I x lo6vi; the footnote being "for calculating the
coefficient the average of the length change on heating and cooling
was taken"). The mechanical properties of deformed (extent not
given - abstractor) alloys are given in Table 3 (where column
headings arei 1) composition, % by weight; 2) hardness HV, kg/mm2i
3) compression strength kg/MM2; 4) relative contraction in
compression,~ 5) nature of fracture; 6) tensile strength kglmm2;
7) relative reduction in cross-sectional area, %; 8) specific
strength, In column 5 alloys 1, 2, It, "ductile, no fracture test",
the others, "brittle". The footnote to column 8 reads "specific
Card 2/6

22602
S/136/61/000/005/005/oo8
Ultra-light lithium alloys Elll/E152
strength of magnesium 7.4, aluminium 2.3, lithium 2.211.
Corrosion resistance in 3% aqueous NaCl (weight.loss, g/m2.hour)
and in 90% humidity air (weight gain, g/m2.day) is given in
Table 4. In this table the heading of the 1st column is
"composition, by weight", 2nd and 3rd columns the two corrosion
parameters given above; words in 2nd column "reaction with
solution". The authors recommend ternary allots with 7-155ju Al,
15-2501. Li and 6o-ftojo, Mg as structural alloys when lightness is
needed; alloys with densities below unity can be used as a filler
for tubes to make them rigid and.yet light, as vibration absorbers
under oil in instruments, and for other purposes.
There are 1 figure, 4 tables and 5 references: 4 Soviet and
1 English. The English language reference reads;
Ref-3: Robert S. Busk, J. of Metals, vol.188, No-7, July 1950. V
Card 3/6

SAVITSKU P yevgenly Mikboylovich, prof., doktor khim. ziauk;
TEREMA', Vera Fedorovna; BUROV, Igor' Vladimirovich;
log Pukratl7evich;
MMOVA, Inesta Aleksandroma; NAU14KIN, 0
HUIMR, G.G., red.izd-va; WMA7, -A.P., U-J&w. red.
(Rare-eartb metal allays]Splavy redkozemellnVkh metallov. Mo-
skva, lzd-vo Akad. nauk SSSR, 1962. 266 p. (VIRL 15:12)
1. lAtboratoriya redkikh metallov i splavov Instituta metallurgii
im.A.A.Baykava (for all except Milkh1n, Guseva).
(Rare earth metals)

RAUM~, 0. P.)
tpecial properties of scandium, its oxidation, and its use as a getter"
report presented at the Conf. on New Trends ir the Study and Applications of Rare Earth
Metals, Moscow, 18-20 Mar 63

1AGVI
44

IMYS V.I.; IULIU POF; NAUKA114, D.P.; TERUBOVA, V.F.
MRgnatic proportion of scmdiano Zbtw. ekap. i teor. fiz. "
no.ls387-389 Ja 163. (MIRA 1625)
1e MDakovskiy ggsudarotvennyy universitet I ~wtitut metallurgii
AN M.) R.
(Scandium-Magnatic properties)

mum=
up(ayib
M-P-W-PIT Tj -7~~".707

7
C' lij ',jag
blu%~-,WWWWW ~~*mnpo 4
0'

Ids '11, con
vlable
for- theIr., walstance,

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--
t
-fte Mad

-OLL"..,
7:77 ~-711 7 77
1-7"~-'. - . 7-77- .

13/053103/079/002/005/004
B102/Bl"
AUTHORS: Savitekly, To. M.# Terekbova, V. F., Kaunkin, 0. P.
LE
TIT T I The phyaloo-chomical properties of the rare-earth metals,
scandium and yttrium
PERIODICALt Uspoidit isioheakikh naukt Y. 79# no. 2v 19639 26) 293
TEXTt This is a review article that covers the most Important literature
of the last 10 years. It contains the following chapt,*"i 32"trom
structure of the rare-earth notalel (2) Chemical propertleal Physical
properties-(lattico structure, density, melting point and polymorphome
transition point, vapor pressure, boiling point and evaporation tompors'-
ture, thermal expansion, electrical ro ortleav speolfic heat and thermal
conductivity, magnetic properties), Mpusobanical properties (olaptle
constants and their temperature dependence, methods of investigating the
mechanical properties,,hardneseg mechanical properties In the aas~ of
deformationo pressure treatment of rare-earth metals)* Thers, are 14
figures, 15 tables, and 110 references.
Card 1/1

ACCESSION NRt kp4oo4686
5/0126/63/016/005/0663/0668
AUTHORSt Neumkin, 0. P.; Terekhove, V. F.; Savitakiy, Te. M.
TITLEj Anisotropy of properties of scandium single ory'stal
SOURCE: Fizika metallov i metallovedeniye, v. 16, no- 5, 1963, 663-666
OPIC TAGSi anisotropy, scandium property, sciandium anisotropy, scandium single
I
rystal, thermal eaf, scandium micrahardness, scandium, magnetic property, single
crystal anisotropy, oryatal anisotropy, magnetic property, single crystal, scandius
RAM The electrical, mechanical, and magaetio properties of acandium single
talo have been investigated. Specimens (9 x 6 x 14 mm) were prepared by the
M~TtT'Ilod of recryatallization annealing. At room temperatures the crystal exhibits a
clooe-packed hexagonal atructiLre, determined by the Laue method. The specimen is
shown to possess an anisotropy along the principal direction of the hexagonal
lattice. The magnitude of anisotropy deterMin-3d by measuring the thermal emf along
axes a and a waa 200Y., using the expression e, + P(-.. . Measur ijig the
mierchardness on the planes (0001) and (161-0), this value was 100%, whereas the
inverse paramagnetic permeability in a field IxLrallel and perpendicular to the
Card 112

ACCESSION NRi APOo46M
c-axie gave a value of 3Wu at room temperature. The miorohardness on the (00011)
plane was 210 kg/mm2 and on (161-0) it was 102 ~:g/mM2. "The author la grateful to
R. M. Liberman (Giredmet) for procuring the apecimena, to V. Sh. Shekhtman (-L"arL im.
A. A. Baykova for helping in crystal orientation, and to A. A. Babareko 02L~T im.
A. A. Baykova~ for his advice." Orig. art. has: 4 figuxes, 2 tables, and 2 formulas.
ASSOCIATION: Institut metallurgii im. A. A. Baykova (institute Of Metalluxgy)
SUBMITTEDt 16Jan63 DATE ACCj: O3Jan64 ENCLi 00
SUB COM MM NO REF SOVt 004 OTHYRt 006
Card 2/2

SAVITSKIY, Ye.M.; TEHEKHOVA, V.F.; NAIJMKIN, O.F.; BUROV, IS.
Obtaining single crystals of scardium, yttrium, and gadolinium.
TSvet. met. 36 no.5:51-52 KY 163. (MIRA 16:10)

NAUNKIN, O.P. (Moskva,); IATOV, D.V. (Moskva)
Electronography of the oxidation of thin scandlum film. Izv.
AN SSS*R. Met. i gor. delo no.5:141-144 S-0 163. (KIRA 16ill)

-
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5ro, d'rti6liai
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t~atV*dltidfth6pi_ rties'dithe 'Aiiii C'ontrol iu-rifier
-ope
*
hetfl lil. Oki
g.. art':~ iis: 4~ J
Likres~.r
N

Aif~f R:
T 1 1 n es i-a t,n
SOURCE: k; sssft. I.nsz,4 tu L zro 1
lography of light r, 107.11 W, i
TOPTIG TLAGS alloy, rare earth motai, zih;ijo mot.al
developod, and somo pro-,url-loc, o.j7 ness, thermal
suser-ptibility, of Lho ,,ryat;,A1,i wc~ro The Monoci".-I*.~1::; woro
by high-temporaturo vacuum ani,ealint, ol,* 11,7,t.Alud metal specd-norj.,; n r-rh
degree of crystal :)rjentaron. ija oxporimontnl regults are :)r(-.
(see Fig. 1). In a-,--c.-ti-)n, t~he phase aingrams were determined ','r)r tnp b~~-ja--
systems: 5c--Er, b, Ge---~;c, Ce---G(j, ;c-Ai, Y--Sn, and (soo
Card -L13

L
ACC NR,
A", 0,
I/z 10-5
cl
vog fqa fLlq 7,-Il fq,9 VOtl 11061 0,Y
Fig. 1. Anisotropy of tho opecLfic I . I
mono crys taLS 01' '-)C. 3usceptibi'iL'r 1;j
Ca,d

Acc NR:
f
~7 L9, -f ~lcl '25
700 fso,
vil~l. Y 60
10"
C 6 va
Sc,at
Fig. 2. Phase diagra:.~ -l' ~no %,-s4lem Co~'C.
Orig. art. hi,3: 13 fi--lwos.
SUB cuiji~:
Card 3/3

L 32667-66 EwT(m)/Ewp(~() T/&WP(Q/ET1 IJP(C)-_jD/JG/GD
ACC NR, AT6o16409 SOURCE CODE- UR/00oo/65/00016667(lb~f/6053--'.
AUT'iORS: Naun~cin. 0. P.; letrekhova, V. F.; Ghistyakov, 0. D..* Savitski , Ye. 1-1.
JHG: none
TITLE: Purification of metallic scandium~y d stillation
V
SWRCE: AN 53M. Institut metallurgii Metallovedeniye legkikh splavov (Metallography
of light alloys). Moscows Iad-va Nauka, 1965, 51-53
TOPIC TAGS: scandium, metal purification, high purity metal
ABSTRACT- Preparation of metallic scandium of 99.4--99.6% Puri by distillation of
the technical 96--97% material is described as a continuation of the study of the
p1lysical and chemical propert es of this metal by Ye. M. Sawitskiy Ve F. Terekhova,
0. P. Naumkin, and 1. V. Burov (Tsvetrrjye metally, 1963, No. 5,.51J. The distillation
was performed at 16-50C and 1k)-4 mm Hg in an apparatus presented schematically in Fig.
1. Microscopic study of the obtained product shows improvement in its structure. The
hardness and electrical resistance are lowered while ductility of the purer material
is increased. Detalled chemical analysis of the product is reported. The authors
express their gr4titude to A. N. Shteynb!Lrg (IffeT im. A. A. Baykov for spectral
analysis and to R. M. Liberman.(Giredmet) for collaboration.
Card ].a

L 32667-66
ACC NRt AT6016409
Orig. art. has: 2 figures and I table.
SUB CODE: 11,0V SUBM DATE: i(Ssep65/
0 0 a I
~-4 0 ~c
tIO 43 UN '40
m 0 c id 0 g 0
-H 0 0 0 0 :3 0
5 -H M -H
C14 4-3 -TJ5
_4 td c
r4 0 Z
~o 'FA 43 1 1 1 1 0
9 411 "1 -~3
ORIG REFt 005/ UrH REF: 002
01,

JP(c) JD/JG
.2008-66
UR/037(1/65/000/004/0176/01a
669.01?A2
AYM
R:. Nounkin., 0. P. (MosCUMMMV) rekhota, V.
T. (Ibscow); Savitaki 00 MG
W F -g- T C
a cow) %
TITLE: -Phase diagram and the
Me LOrties Of Alloys of the aluminum-scandium
system
Yf,
SOUR.CK: M SSSR- IzvestLya. H.-tally, no. 4, 1965, 176-182
TOPIC TACS: aluminum, scandium, alumfilum scandium alloy, aluminum scandium
:system:
_'_ABS .TRACT-:,IA large series of aluminum-scandium alloys melted from 98.16- or
-9.9. 5X-'V,ur-e Se and 99.99Z-pum AJ. has been studied. On the basis of the results
obtainidi a4hise diagram.of the AL-Sc system (see Fig. I of the.Enclosure) was
_::PlC!ttea. -investigations' showed that Al and Sc have- unlimited solubility in
the -liquid -state The roon-temperaturs a -ubillty of Se In Al is approximately
oL
005 and. that of Al In Sc, 841' compounds: ScAL3, ScAl
3mately 9
::-mid-S Al 2
unds -we
el .,.were Id6ftifiedTA ttle anderaick dxftsolii-
-on"
2 1"m r
cations --the microhardne" Is 55. 330. 370~ and kg/mm.. for ScA13, SCA121
JA

~209846L_L_'_

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SAVITSKIY, Te.M.; TEREKHOVA, V.F.; HUROV, I.V.; NAU14KIN, O.P.; MAUNA, ;.A.
Alloys and compounda of rare-earth metais. Izv.Afi SSSR.Neorg.ma-.
1 no.10:1648-1659 0 165. (MIRA 181.12
1. Institut metallurgii imeni A.A.Baykova, Moskva. Submitted
July 5, 1965.

.7-
L
iACCES
161WOV019/60-3/0466/6468
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wit.

ACC Nitg AP6035677 (41A0 SOURCE CODE3 UR/0413/66/000/019/OOZ6/0026
INVENTOR: Simonov. V. D.; Shakirova, A. it.; SavLn, V. P.; Zvereva .
V. V.; RomanoVickg V, I*'; Maunkin P. V.
OKGz none I
TILTLE: Preparation of thiolcarbactatea. Class 12, No. 186437 [announced
by Ufa Branch of the All-Union Scientific Research Institute of Chemi- ~
cals for Plant Protection (Ufimakiy filial Vaesoyuznogo nauchno-isaledo--i
vatel'akogo institute khLoLcheskikh aredstv zaahchity rasteniy)]
SOURCE: izobretenlya, promyshlennyye obrastay, tovarnyye znakL,
no. 19, 1966, 26 0
0?1
TOPIC TAGS% thiolcarbamete, carbamic acid/salt, alkyl halide
ABSTRACT: In cite proposed method for preparing thialcarbasates of the
general formula
"" >NCOSR,
R-1
(where R', R", and R"o are sa urated lkyle) b$ the reaction of salts
of thiocarbauic acid with alk 1 hailid:s on heating. saturated alkyl
halides arm used as the alkylition reagents and the process 1* cou4mete.

KC MR, AFf3UJ-'YbJ6I
I
at 100-130*Gt 5-10 eta Is an inert folvestv 00500 Petroleum stbalro
I [W.A. 501
- I
sus coDas 071 $VAN DATZI 09MOV65 i
I
"IT*
c.,d 2 / 2

NAUMKIN, V..M.
Introducing the lDGKh tupoort pump, Blul. tekh,ekon. inform.
nauch.-issl. inst. nauch. i tekh, inform. 18 no,6:7-8 Je 165.
(MIRA
Goo. .%
180)

CHERTAVSKIKH, A.K.; NAUWINA.I.V.; Prinimal uchastiye WSDIOV, V.A.
Use of generator and natural gases for the nonoxidizing heating
of nonferrous metals. TSvet. met. 35 no.3:74-77 Mr 162.
(MIRA 15:4)
(Nonferrous metals) (Furnaces, Heating)

SUV/46-.5-2-11/34
AUTHORS: Naumkina, N.I., Ta-rtakovskiy, B.D., and Efrussi, M.M.
TITLE: Experimental Study of Certain Vibration-Absorbing Materials
(Eksperimentaltnoye issledovaniye nekotorykh vibropogloshcnayu-
shchikh materialov)
PERIODICAL: Akusticheskiy zhurnal, 1959, Vol 5, ~r 2, pp 196-201
(USSR)
ABSTRACT: Vibration noise can be reduced by covering appropriate
members of machings and structures with layers of vibraticn-
absorbing (v.a.) materials which are characterized by hi6h
internal mechanical losses. If a metal rod is covered by
a thick layer of a, v.a. material, then the mechanical
losses and consequent noise reduction are determined
primarily by the losses in the v.a. material itself. if
the layer of the v.a. material is thin, the loss coefficient
I of the composite rod is a function of the product T121~2
Card 1/6 where and E2 the loss coefficient and Youn6le
12 are

SUV/ 4 6 - b -2 -11/ 34
P,xperimental Study of Certain Vibration-Absorbir16 Materiais
modulus of the v.a. material. The present paper reports
measurements of -r,2 and E. of V.a. materials at acoustic
frequencies. Measurements were made either on rods or strips
of v.a. materials, or, if these were not stronL enouc~~i~ a
metal rod was covered by a layer of a V.a. material ana tile
system was measurod as one unit (Ref.2). In either case
vibrations were produced by means of an electromar-net. Since
v.a. materials are normally non-magnetic, a piece of
Permalloy foil was wrapped round the free end of the tested
v. eL. rod or strip. The apparatus used to test strips or
rods of v.a. materials by themselves Is shown in Fig.l.
Vibrations were recorded by means of a microphone placea at
a certain distance from the sample. The voltage across the
miarophone output was proportional to the vibrational velocity
of the rod or strip, and from the maximum of this velocity
the resonance frequency and Young's modulus were deduced.
The loss coefficient was deduced from a record of decay
of the resonance vibralLions of the sample:
Card 2/6 12 = ( I/ IT ) Ln ( An/An +1 )

SOV/46-b-2-11/ -54
Experimental Study of Certain Vibration-Absoroin6 gateriais
where An and Anj are successive vibration amplitudes.
When the internal losses of the material were small
(Y~2 '