SCIENTIFIC ABSTRACT SHPETNYY, A.I. - SHPICHINETSKIY, YA.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549920016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTBOR SHPETNYY k.I. PL - 2952
TITLE -T-h-e-E-nergy Distribution and the Angular Distribution of the
Reaotions Be9 (d,n)BelO resulting from Neutrons.
(Eilergeticheskoye i uglovoye ra2predeleniye neytronov iz
reaktsii Be9(d,n)B'O,- Russian)
PERIODICAL Zhurnal Eksperim, i Teoret. Fiziki 1957, Vol 32, Nr 3,
PP 423 - 431 (USSR).
Received: 6/1957 Reviewed: 7/1957
ABSTRACT The present paper more aocurately than before investigates the
energy spectra and the angular distribution of the neutrons
resulting from the reactions Be9 (d,n)BelO in dependence upon
the energy of the inciding deuterons within the domain of
from 0,5 to 1,6 MeV.
Experimental Order: The bundle of fast deuterons coming from an
'Wlectrostatic generator, according to the magnetic analysis,
impinges.on a thin target of metallic beryllium. The energy of
the impinging deuterons amounted to 0,5; 0,8; 1,0; 1,2; 1,4
and 1,6 MeV~ The neutrons created by the reaction mentioned
were recorded by means of the traces of the recoil protons
in the emulsioit. The author examined 33 photoplates with
400 to 800 traces of photoplates each.
CARD 113

PA - 2952
The Energy Distribution and the AngiAar Distribution of the
Reactions Be9 (d,n)BelO resulting from Neutrons.
The energy spectra of the neutrons are shown in form of several
diagrams. Five groups of neutrons were well dissolved in all 10
spectrai they correspond to the five states of the nucleus B
formed. For each maximum the energy Q of the reaction was
comPuted, and the mean values of Q are given in a table for
cer'tain values of the deuteron energy Ed' This table contains
also the corre pondin values of the excitation energy E for
the five state: of B16. The measuring results obtained hxera
agree well with the results found previously.
The angular distribution of the neutroftv-~ror the five states
of the BI() is shown in form of a diagram. Only the fourth
excited state with E X - 3,62 MeV is created by means of a
mechanical stripping process.
The angular distribution of the remaining four groups of
neutrons is characteristic of a process in which a compiund
nucleus is created. This angular distribution, however, also
points in the direction of an interference of-the proceus of
stripping.
CARD 2/3

VAL?TER A,K.; VATSET, P.L; KOLESNIKOV, L Ya.- TONAPETYAN, S.G.
(Tonape-tian, S.H.]; GIw-PJ4YAVSKIY, K:K. (Cherniavslkyi, K.K.];
SHP . [Sgpetnyi, 0.1.]
, ~! 124-A.-I
Neutron yield in the reaction Be9(t, n). Ukr. fiz. zhur. 6
no.4:457-460 il-Ag 361. (MIRA J-4:9)
1. Fiziko-tekhnicheakiy institut AN USSR, g. KharIkov.
(Nuclear reactions) (Neutrons-Emission)

VALITER, A.K.; VATSET, P.I.; KOLESNIKOV, L.Ja.; TONAPETYAN., S.G.; CHERNYAVSKIY,
K.Y,.; ~~~ -
Neutron yield from U6 (t, U) and 1,j7 (t, n) reactions. Atom.energ.
10 no.6:577-586 Je 161. (MMA 14:6)
(Neutrons) (Lithium-Isotopes) (Nuclear reactions)
I- - - --- -11-11~~ 7
Z~~ - 117- ~ ~ :Zil"-~ L

VALITER., A.K.; V~TSET, P.I.; KGLESNIKOV~ L.Ya.; TONAPETYAN, S.G.;
CHERNYAVSKIY, K,K.; SHPETNYY, A.I,.
Neutron yield in the reaction of tritions with fluorine and
aluminum nuclei. Zhur. eksp. i teor.L'fiz. 40 no.5:1237-1243
My 161. 1. (MIRA .14:7)
1. Fiziko-tekhnicheskiy institut AN Ukrainskoy SSR.
(Nuclear reactions) (Tritons(Tritium ions)) .(Neutrons-Measurement)

C4
~mte r
ri s a.

Ln the northeajt2rli U.S.S.R. 17,1. AN' S33F. Ser. geclL. no.
F 164. i I MA, 175

SHPErz-Tms Golf.; ZAMWIS, Holt.
Dimat potentimetric date2mimtion of milfides in watera,
zav.lab. 31 rw.3s272-M 165a
(MRA ISM)

..' ; 0 * 0 o 0 * * o ; ; ; ; i zp~e
R5 i e -1 1 - - - ~'~ it 12 0 a' 0
6 11 12 13 14 11 14 1? is 19 a I at 9 3011 MV 14D XV 101141
I __ 1-1- '. 1- 1- N ~ 4- '.
A_L__L I-L-1- a ?-a-
06 0
S)Mtheus In the series of sujfur4MtMi.jn Ch~mo_ .&0
tbAlapsulic substa=s, isWn1lT0-I-UAPh*YI) I&.
00 Wd# tnd tulfone, .00
vu Gabel atu, I" it. Shbritr
(Khatkov State liniv.). J. (;On. CIUM. (U-
.g:S.R.j 1~'
00 1 _~!i 2113-20(tW)(in Russian).-In order to investigate the was hydrolyzed according to Lellmana, with a 2-hr. refluz
effect of the naphthalene nucleus on the therapeutic prop. instead Of 0.5 hr., to 76.5% olacompd. (M). m. 142-3'. 1 .00
0 d LU were diazatized and converted to the Cl deriv%. by
ertics of sultones and related compounds 9everal desivs. " .09
0 A were prepd. I-C,.11,NHAe was nitrated according to addn. to the diaxonium solas. of CuCl in HCI (I g. CuCl
d 8 cc. coned. HCI per g. baw) and the Cl derivs. were
Ferrtro and Caflisch (C.A. 23, 1407) with Yields varying tered off after 10-12 hirs. standing; the yield of I-Jklaro-
from 45 to 95%; m.p. of the mixed 2- and 44somers, 1&3- 4-aifj,~naphlhakne, m. 85', wus 45-W7 ; that of the j-
:g. 5*. The mixt. (20 g.) in 320cc. EtOll was treated with a ailro Wmer, m. M-1% was 42%. &nden-Lition with ;;o 0
coned. soln. of 4 g. KOH and refluxed 10-12 firs., then Na.S according to Hodigson anti Icrigh (C.A. 31, 7M73)
t at 00-70' for several hrs.; alter standing 12-14 firs. gave, res?.. 3(~-601je 6ij(4-xiJra-l.nap)ahyl) julfide (IV),
4-7 I-at"bro4-Poitfoxaphthalexe (1). in. 190-1*. pptd.; m. Z32-5 , and of the 24somer (V), in. 2Lr2'; both zoo
the LrAte on standing 2-3 days gaire 2-2.5 g. mixed I- weecrystd. from AcOll. ToIg.rVthcxewasadded3:Xj
amino -4 -nitromplithalene and I -acetamido-2 -nitro - a 00
cc. AcOll and 0-07g. 313.8% HAand the mixt. was heated
qg~ ;v naphthalene, m. 160-75% from which recrystn. from EtOH on a steam bath 2 b".. then dild. w'th 160 to give 967. of 4, 09
I gave I g. 1. The combined yield was but 10%. In an the sulfoxide (VI), m. 211* (from Alel'h). V(0.35g.)in
improved method of sepn.. 20 c. nitmtion mixt. was hy- 60 cc. AcOll anti 0.18 cc. 36S% 11,0, were be.
atetl on a
*0 Z drolyzed according to Lellmann (Ber. 20, 891(1887)). and steam bath 3 hrs.. kept warm 1.5-2 lirs , then dild. with
i- the resulting mixt. of 1,4- and 1,249orneri C
41 M (78 701 M' IfjO to give 712.2% St(2-ni:ro-1-xapALthyl) jultoxidt tn.
158*) in 250-M) cc. hot FtOAc was rapidly cooled to yield 210' 'o I ase
~frornl%ltllh). V1(Ix.)in3:A)cv.AcOlIaod 66
the 2,I-OvNCi#lIsNHAc (N) which wa* removed, gradual Plot,. HXhwa hr,.Xt
removal rd the solvent left 3.6 8. (25%) of 1. Ob. 9 a rd .5 hrs. on a 31cam hAth; diln 0
1
with 1110 gnve K-07C suffo M,
0*
Z21-21 (kant dil. AcOll). N in a
'tlh ",.( C~ ~AU 6 variety of conditiow% gave .'..'Muctic mists., contrary to
oil was tn Aftenberg (Ber. 9,9CO(frid,
'. M ') and John (BkU. soc tkim.
0012 i0; ,~of he 0040
or"Y s7)). G~ It. Kosou off __,rz
(2) 28. 5IS(IS'
11 1-j AS..ILA -ITALLUPGICAL WRIt4lUffit aa"
via- 41tilla"t
S. Ica,) rw 0 U a
if 14 13 A' 0
T
It . I Xx 0 00 4000 4400 0 01
U D zj it aw 4K K`x
0 a
00 00 0 0
00
te 0

00000000000*00 - - -_ a M. ~ J
V .10 jell UJI Ull Musiltal &1 #26) At
k k . q . , L
N-ix W U 't -8-
L_ A.
so Reaction of sodium disulddo with chlorides of some
00 /A Aromatic adds. It. Vu. 4L). cm. 1 1. P - Mprict 0
(Kharkov State Univ.). J. (,Pa. (!*,at,, 17,
09 -C 2277-V(lLW)(iu its 1%,11ilig
treated with the thmretical atilt. of S. N,drd io-lio min
00 coned., and cooled gave Naptit,alfl(). a yellow "gill.
p-(hNC41I.COCI (4 C.) was ground itt u chilled usuctat
and treated with 21c. NaS, (front :3.t$ 1. NajiS); the
00 itin temp. rose to 10-12', and after stirring 0.5 hr. in the cold
0 and 0.5 hr. at raout temp.. the mixt. was Altered and the
crude product was washed with BtOH and lito, ago
00 taken up In 30 mi. hot CH". and pptd. by MOR to givr
0 28.2% bufp-milrabeasoyi) distal)ide. m. 17.k41' (on further
crYsta., at. Phthaloyl chloride (2 Z.) wa~
treated in 3 ml. EtOll at 3-7,* with a1c. Sa,,SI (front 2.5
s. NA.S) at GV; after 1-2 hn. in the cold and 12 hrs. at
room temp., thewhitc ppt. was Mitred off and washed 1~. zoo
with E1011 ead I A) (crude Product at. 104-11 *); evapn.
of the HtjO cit. X-Ave purv phthato.W wellixtuffide, C&HA)*S,
M. IW-10* (12.5%). No disulfide wras isolated, appar
0 0 cudy because, if such is initially Itamcd, it spontaneously
00
decamp. into S arld the manctsulfide. p-Ac.NIICJ14.
SOtCl (9-4 c.) with julid Na%% (from 4.S c. Na-h). warmed
on a mearn bath until completely solid, leached with zo*
hot 11.0. filtered. and washed. gave (15.2c; bij(N-acrsyl-
jalfamil.W) dijulfide. darkens at 140-W sad decomp. tto 0
This. ou beating with 15% fICJ, save S and sullartilic
acid (and some HIS); 51 liCT bas the same effect o.1
Wing, while catted. Ile) is' effective on long standing.
A I L A ETALLUPGKAL LITE RATURE CL&S11FKATIGO - - -- - -
411
it KAM-
r U 0 it a i jr P
U is 41 to I: aal, DNA[ Is Lt If Sk it n; tt It ot aa IT 1 1 x.
*zo 0 0 00 0 0 0 0

a 0 0 a 0 o 0-0 G"o S 0 0 0 o 0 a a o * 0 0 0 0 40
0
0 o 0 0 0 so 0 0 0 0 go 0 ore- 0 go 0:0 0 0 0 0 0 0 0 0 0 0 a 0 0
-
I I "T :1
e
00 i, v ji I ~A m, LX'
0
00 -
go

Acyl derivistitres of Stavaraten J-amino-4-hydroxy-
ph"ytairlsenosside). L. F. S111.1's, .-d N. 1'. ltogullct~.
I'li"I Clu.m., Z1. S73 '-
Ih:.,. 1',skl,id. rno- 'tj. A
V
ill.$ I.Sl- Fu 0.5 g. Sov.tr-it t ) its :1 tail. f [at) ;ind :1 tail.
00 1-.1011 i-iddrd t tail. AvAlmid I tail. AiCl; Atc-rhimitims.
*0 1, '41 A'' 1. 1, of 1. ,, IS5 1; -00
0111, ill cohl t.r FiOll. -i. tit %,mm 2 V NAIA.-. -410
00 1 k(l.5 g.). all 2 fill. 11's), tt'.1ted .:th 0..'.
mad 10 tail. CICIIICOCI g.tvc 3-ddoro.
Acoll
tail
00 .
.
,uelyl deriv. of 1. titcompr. 16t# 7W (kruiles. tit. 179 M'
00 trolli clicil. by v"ry T.1pid cry,tit.). w1. I's W.1trill "itcr.
F(01 I, 1-'.t0. .111:1 AkiliM 4, 1-1 10~01. ill 'ill. Illillff.11 36,11.
00
wArr Ill t.md 11 liti. %ith 2 tail. 1110
) tit 2 tail
1 (11
5 Is
.
.
.
,a S list. F(Oll S.R. J,,sr.. m. 233 1'. ti- of
NAt)Ac mid AcOll m)lu. jitv, ;t .57', yuld Itit. :M9 i;
ille I)r,.Iu,.t a, C'ut-F.Illy C'. N1. K'~Ajwl`f

00 2

zoo

I.t
00 0 e 0 0 0 0 0 0 0

Struture of oridatioa prodaU of dlayl oulfids. Yn. 0.
("isbel' and (Kho'kov MAI(' UIJIV.)~ AMP.
L
MACM chells.) 21. cf.
Levits, CA. 14, 4jS7.-Rcfiuxluj :V) mi. Cll,:CllClfjllr
And #W.5 9. Sati I hr. in 2M ml. hot RtOll gave :11,67V
diallyl sidfidt, b,- r W. This (I X.) in .1 till. AcOll with
1.2 till. 30% HgO, g4ve 39.5% diallyl sulfoxide, b.-1 52".
41W ObtJintA in 22.21/'0 yield froin the Grignud relRent
from 15 ml. Clfj:CflClf,Ijr with 6 till. SOO,. Thus the
11A), treltmvntd(M3 not aflect thedouble 6inds,
G. M. K,~Ilifmlll

SHPEYYFRP L.F.; PAVLOVSKAYA, M.le.
Synthesis of nitrogen derivatives of phenocyacetic.acid. Report
No.1; Azophenarlacetic acids. Ukr. khim. zhur. 30 no.1:63-65 164.
(MIRA 17:6)
1. Kharikovskiy sellskokhozyaystvennyy institut imeni
V.V. Dokuchayeva.

SHPEYER, M.G., inzhenar.
OperatirW, hoating networks. Energatik 5 no,3:5-7 Mr
(Haating from central stations)
157,
(KW 10;3)

'OV/94-56-12-14/10
TITLZ: Conference on the Development of District Heating in
U'e USSR (Soveshchaniye Do voprosam dallneyshego
razvitiya teDlofi-k-atsii ~;SSR)_
PERIODICAL: Promyshlennaya ia'58, ~-r 12, -on- 201-~"'
A-1.3 In june 19~_)3, there was hield _JT, Ioscov.T an A _7~n 071
ijonforenco on the futtire development of district h-.ea7;-'jL'n _'7
in the 'USSR called by the 1-ioscov; Directorate of tU-_h._-
Scientific-Tachnical Societ7 of thhe Power inclustry and
the High Pressure Steam Commission of the Power institui-
Academy of Sciences USSR. TE)e confieje:1ce -.,as atu~endedi
b-v reor-asentatives of the Academy of Sciences, 0- Uate
_;-lans 'Uss-tif RSF;SR and UkrSSR, co-im-cils Of 17ational
1~conomy, Scientific Researc]a Inst-itutues an,3- o-pe-rat'ing
and ma-L-ritenance organisatu-Jons. -211ne at-It-endance was 237.
u
!~n-ineer B.I.Dub of ~he !~imistry of Power Sta-Liozis
I Zed that further d opment o, a-strict 'Lo-'er--ting wou_ia
-13 U- evel
be based o1i t1he constructiou of lai-c- --at`== `n-
Q'v
-in
, d super-hi6lh stealu condit~ ons -j-- C C
c
turbines tuYpes _VF2-50, VT-50 and '~-':---1%C0. ~~:Oczc-r of"
Technical Sciences S.F.Koplyev of th,e -Do-,jer T-S~J-t~7_,tu_3 of
'.ard 1/4 __ 4- -

SOTr
!J/94-58-12-14/19
Conference on the Development of District Heating in the USSR
the Academy of Sciences of the USSR~poLntea out.
difficulties arising from the absence of a standard
procedure for making technical and economic evaluations
of various systeras of heat supply. The Power Ln-stitute,
Academy of Sciences of the USM is doin-- worr-~ oa this
C3
-oroblem. Professor L.A.?,Ielentlyey of the Leningrad
laboratory of the Power Insti:ubutue,Academy of Sciences
of the USSR,noted that at present the effectiveness of
combined geheration of heat and electricity is not very
.-reat because of the great lag in the construction of
0
heating systems and the -inadequate use that is being
made of pass-outs on turbines. The rate of development
of district heating must be considerably accelerated.
1- 4-
A.A.Nikolayev, of Teploele-11-u'ro-proyelcu, pointed out Ghe
need to construct large heat and electric power stations.
Professor Lozhk-in of the Central Boiler Turbire
Institute pointed out the advantages of steam.-Gas
installations for district heatin- -ou--ooses.
,a.L.Os-urovskiy of Tillosener6o -p-ciii-ted out that, t-re
Card 2/4 extensive housing construction of L;oscow would requii~e

Conference on the Developm-ent 0i" D'istur i c t in the j-' SR
0
many more heat and power stations in the near future.
The development of district heating in leningrad was
described by I.S.1anin of Lenenergo. V.D.Blankman of
.Kiyevenergo gave a similar account in respect of Xlyev.
The conference decided that the min directions of
heat supply development should be as follows: heat and
electric power stations should be constructed instead
of boiler houses for industrial process steam supply;
when heat supply from Heat and Electric Power Stations
is not economically justified large boiler houses
should be provided for heat supply to both industry and
housin6; the use of gas or liquid fuel will greatly
reduce the capital costs required for heat and electric
power stations; in calculating the economic effect of
heat supply the correct basis is the cost of fuel that
is displaced when the heat supply is provided.
C'ard 3/4

SOV/94-58-12-14/19
Conference on the DevelODment of District Heating in the USSR
A number of detailed recommendations are made about
the best ways of developing district heating in the
future.
Card 4/4

AUTHOR: Shpeyer, M.G. (Engineer) SOV/96-59-6-19/22
TITLE: -on the Construction of Thermal Systems
(Soveshchaniye po voprosam stroitellstva teplov7kb- setey)
PERIODICAL: Teploenergetika, 1959, Nr 6, pp 90-91 (USSR)
ABSTRACT: An All-Union Conference or" the construction of thermal
systems was held in Moscow on the 11th - 13th March; it
was convened by the Moscow Directorate of the Scientifi---
Technical Society of the Power Industry (Distri--t Heating
Section). Representatives of the Acad.Sci. USSR,
GOSSTROY USSR, GOSPLAN USSR, Gouncils of National
Economy, design, oparatip-g, and erection organisations.
and educational and research institutes participated in
the conference. Thirteen reports were read and a number
of commi-mications wGre made. Ye.Ya. Sokolov Tead a
report on 'The Dresent state and future prospects of
district heating'. The reports by Engineer S.Ye.
Zakharenko of Mosteploset'stroy and Engineer A.A. Gerbko
(Mospodzemstroy) dealt with the need for a review of
methods of laying heating systems. Engineer A.I.
Card 1/2 OdnOTOzO7 (Glavleningradstroy)described the specially
difficult conditions oll laying heating systems in

SOV/96-59-6-19/22
Conference on the Construction of Thermal Systems
Leningrad. Thq report of Cand.Tech.Sc-i. A.L. Sk7,,rOr+"S;DV
of the All-Union Th-ermal-Tecl-mical Institute stressed the
need to mechan-se the constraction of heating systems as
L
far as possible. 3ngineer A.A. Lyamin of Mosenergoproyakt
descrited the use of read7---made reinforced conerete duc-.ts
for the construction of 'Large diameter heat supply pipes.
Cand.Tech.Sci. V,,P. Vitallyev of ORGRES discussed costs of
different methods of making heating systems. Engineer
M.G. Sh-peyer of 'APeploelektroproyekt discussed the
mechanical strength of different- types of heating supp",,7
system constru(;t-Lor, The Conference noted the need to
introduce new types of construction and thermal insulat-Jon.
The Conference requested various responsible bedies to
test a, number of types of construction. Other
Card 2/2 detailed recommendations were made.
There are no figures, no references.

I SHPMR, M.G.
11 1 --,
.
I~rdrapnenmatic nothod of rinsing, heating networks and syntens.
Vocl.i san.te~b. no.7:9-11 Jl '59. NIRAA 12-'9)
(Hnating pipes)

--- -,
SBPEYER. M.G.
Conference on outlooks for the development of districts heating
of cities in the U.S.S.R. Prom.energ. 15 no.4:50-51
Ap 16o. MR& 13:6)
(Heating from central stations-Congresses)

ZELIKSOL, Irdson 11,1.aiseyevich; SHPEYEii., _~ikhail~ Grir, yovich;
- or 1,
S11,11"L"NIKOVA, L.N., r-,~2f~.;~ORUPOV, N.I.,
[17-eat insulation of the piping of heat distribution networkF]
Teplovaia izoldatsiia truboprovodov teplovylcch setei. L'*;oskva,
GosenergoizdA, 1962. 127 p. (1,11IRA 15:10)
(Hez--tinG pipes) (Insulation (Heat))

~._ SHPEYER, M.G., inzh.
Plenary session of the Central Heating Section of the Scientific
and Technical Society of the Power Industry. Elek. sta. 33
no.6:93-94 Je 162. (MIRA 15:7)
(Heating from central stations--Congresses)

SHFFmay M.G., inzh.
Conference on the O~er&tion 64 nmnicipal central heatinguet-
works. Elek. sta. 34 no.8:94 Ag 163. Om.& 16:11)
.' I -

KRAY."OV, M.A., professor; SHPEYAR, S.Ye.; KRj&SNOPMO, R.A.
Clinical course and picture of acute poliomyelitis. KLIn.med. 34 no.4:
66-?3 AP '53. (MI-FIA 6:?)
1. Klinlkm nervnvkh bolezney Minskogo meditsinskogo instituta.
(Pol iomyel it is

311PEfER) V. M. (:-..-ngr.)
"Excavation of Ground in Jigging Basement P-its for Residential ard Public Buildings." Cand
Tech Sdi,, Sci Res Inst of Construction Engineering, Academy of Architecture USSR, 5 Mar 1~4.
Dissertation (Vechernyaya I-Insk-.-a Moscow., 24 Feb 54)
so: sum 186Y 19 Aug 1954

SEIPEYER, V.M., kand.teldm.nauk; BARON, F.Ya., kand.tekhn.nauk; GRISMTEVA,
M.D., mladshiy nauchnyy sotrudnik; SOLOVIY3VA, M.S., mladshiy
nauchnyy sotrudriik; PETROVA, V.V., red.izd-ve; OS3RKO, L.M.,
takhn.red.
[Information for organizing mass construction of settlement',
buildings of few stories in economic regions] Ukazaniia po
organizatsii massovogo zhilishchnbgo maloetazhnogo stroitellstva
poselkov v ekonomicheakikh raionakh. MOBkva, Gos.izd-vo lit-ry
po stroit., arkhit. i stroit.materialam, 1959. 63 P. (MIRA 13:1)
1. Ak-ademiya stroitelistva i arkhitektury SSSR. Institut argani-
zataii, mekhanizatsii i tekhnicheskoy pomoshchi stroitel'stvu.
2. Sotrudniki sektora organizataii zhilishchnogo stroitel'stva
Nauchno-issledovateltakogo institute organizataii, makhanizatsii
i teklmicheakoy pomoshchi stroitellstvu (NIIOMTP) (for Sfteyer,
Baron, Greshneva, Solovlyeva).
(Assembly-line methods) kConstruction industry)

�HPATE41 __v R Ikand.tekhn.riauk
I N
Build cheaply and efficiently.
NTO 2 no.4:35-36 Ap 16o.
(MIRA 13:6)
(Building)

VIRIGO, G.S., inzhener; SHPZM, V.N., inzhener.
PreT)aration and assembly of large-block cornices in the construction at
Moscow State University. Mekh.stroi. 10 no.12:26-27 D '53. (MLRA 6:11)
(Cornice work)

Cfi-UDNIY, Aleksaildr Yakovlevich; SHPEYYER, L.F., otv. red.;
FISHCHRIKO, B.V., red.
[Problerm and exercises in organic chemistryl Zadachi i
uprazhneniia po organi-cheskoi khimii. Kharlkov,
Izd-vo Kharlkovskogo gos. univ., 1965. 130 P. (MIFLA 18:12)

68-1-10/21
AUTHOR. Simachev, L.V., Peleshuk, M.I., Gekhtman, D.Ya.,
Shpeyyer, N..A. Pryakhin, L.G. and Gerasimov, V.I.
TITLE: Comments on the Paper of R.Z. Lerner "On Changes in the
Composition of the Voke Oven Department for a considerable
Increase in the,Number of (;oke Ovens in a Battery".
(Otkliki na statyu R.Z. Lernera 00b izmeneni-i komponovki
koksoVogo tsekha d1ya znachitellnogo uvelicheniya chisla
pechey v batareyel)
PERIODICAL: Koks i Khimiya, 1957, B0.1, PP. 35 - 36 (USSR)
ABSTRACT: These relate to the paper published in Koks i Khimiya,
1956, No.4-. The authors agree with the proposals of R.Z.
Lerner (batteries of 100 ovens) and consider that 4 batteries
of the proposed type should be urgently designed.
There is 1 table.
ASSOCIATION: Glavmekhanomontazh and Koksokhimmontazh.
AVAILABLE: Library of Congress
Card 1/1

LUSHKOV, Natan Lazarevich; RAZDUY, Feliks Ivanovich; SHFSYZW, Beniamin
Matveyevich; VEYNGARTIN, A.M., otv.red.; STOLYARSKIY,
TSAL,'R.K., tekhn.red.
[Hydrogen in welded seams and its elimination] Yodorod v
svarnykh shvakh i bor'ba a nim. Leningrad, Gos.soiiiznoe izd-vo
sudostroit.promyshl., 1959. 55 P. ~ (MIRA 12-7)
.. (Electric welding)

SMYZMAN, L,R,,-Ic&ndidat tekhnicheskikh nauk.
---
Utilization of waste heat by means of heat pumps for refrigeration and
hQat supply. Trudy LTIKHP 11:63-73 156. (MLRA 10.-6)
1. Kafedra kholodilln7kh ustanovok.
(Heat pumps) (Refrigeration and refrigerating machinery)

"Investigation of the T-rapezoidal Threading Proces-- Done b,. 11-'illing." Cand
Tech Sci, Tallin Pol:.,technic Inst, :,'in Fi;~Iher Education U-55R, Tallin, 1955.
(KL, No 14, Apr 55)
SO: Sum. 1N0. ['04, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Hli--her Educational Institutions (16).

135-9-8/24
AUTHOR: Sbpey-Lman Candidate of Technical Sciences
TITLE: The "ACT-f' Type Friction Buff Welding Machin (Mashina tips,
"MCT-1" dlya stykovoy svarki treniyem)
PERIODICAL: "Svarochnoye Proizvodstvoll, 1957, # 9, p 23-24 (USSR)
ABSTRACTt Detailed description is made and operating information is
given on machine "INICT-111 for friction welding of high-speed,
stainless, carbon steel and other metals. It accommodates
work pieces of 8 mm to 32 mm in diameter and 380 mm in total
length, is driven by a 7 kw electric motor and has a pneu-
matic mechanism which produces the axial setting pressure and
operates the clamping devices. This machine is designed for
mass production of parts, but it is readily re-adjustable and
hence is also applicable for series production. The machine
"MCT-211 which is mentioned, is designed for piece work and
differs from the "MCT-111 type in the design of clamping de-
vices (it utilizes the conventional three-cam chucks for
various sizes of work pieces).
The article contains 4 drawings and 1 diagram
ASSOCIATION: VNIIESO
AVAILABLE: Library of Congress
Card 1/1

s/1i7/6o/boq/ol1/025/035
A New Friction-Welding Mkbine A004/AOOI-
"_Z 7
Card 2/4

85452
5/117/60/000/011/025/03=1
A New Friction-Welding Machine A004/AO,01
blank to be welded and produces the --ecessary axial stress to press both blankS
together. The ele::tric and pneumatic systems of the machine ensured the r~~guletion
of the axial stress during the haatIrZ and forging of the blanks, -111-e carriage is
displaced along the bed guides by the pusher. The blank clam-ped irL t-he car:niasz~.
z device of . h
chuck is pressed against the blffink revolving in the clampin; the ead
stock, thus heating the face ends of bcth blanks, and spLLning t-he metal :Ln the
-1orm of a burr, whila the carriage shaft is displaced, The quanti-ty- o~` extruded
metal and the carriage sha-ft displaceme-n't. hwiing attaLned +1-.e magnitude stipid, ated'R
by the te&-nology, the terminal switch Is reversed and, t1liz-ough the coil Of tha
electromagnetic valve and reversing magnetic st-arter, acts on motor 1. Compressed
air from the receiver 8 enters the carriage and produces a fo:i:-ging. st:`ess.
taneously, the pro::ess of reversing braking of the motor begins and continues
u-r,.til the contaOts cf` PKC (RKS) speed csntrol reLF1 9 are disc-~:,-nnqct-ad and th'e
motor slops. Within 0.8-1.5 seconds after the motor has stopped, the electric
system reverses thle alectropneumatic valves, th:--is lowe:f-ing the catch wedge. The
new machine welds alloyed steel blanks of 10 - 20 mm diameter and lorvi-carbcn steel
blanks of 10 - 25 mm dlamet-3r, The maximum to"al length of the blanlks may amDizit
to 380 mm. DlL4rJ--,g -the heating prco~ess the axial st~--q-=s prescing th~- blanks to-
gether can be within the z,ange of 2,r,:,0 - 2,500 kg, whi.Le thIS -=tz-ess during fo-ngL'ag
Card 3/4

r, n w e -i
-z%--y nstitut elektrosv -~~hn
Lis 5
,-,~~mldovaniya.

.26) EFA/EPR/EPF(c)/EW(m)/BDS AFFTC/ASD/APGC Paa-4/Ps.
L 167~
Pr-4 BONIN
ACCESSION NR: AP3006475 S/0145/63/000/004/0058/0079
AUTHOR: Berger, Ye. G. (Candidate of technical 'sciences, Assist
ant)# Kel'zon, A. S (Candidate of technical .sciences, Docent); J
a
Pry Llov, V. 1. (Docent); Smirliova. 0. Ye,, (Engineer); Troitskay
V. (Engineer) Shu zm L R. L. (Engineer)
-4," 1-_=M;;;;_ - . i - 1_'A
xial rotors
TITLE: investigating vibrations of a system of coa
SOURCE: IVUZ. Mashinostroyeniye, no. 4, 1963, 58-79
TOPIC TAGS: aircraft turbine, gas turbine, self centering, self:
aligning, turbine compressor, free turbine, rotor, coaxial. rotor.: J1,
high speed turbine, vibration, elastic bearing, ftgid bearing,
damped bearing, critical revolution, vibration amplitude, vibra-,';_~.
7DS !,consisting,
tion free k
ABSTRACT: The object of the investigation was the self-aligning'
dynamic conditions in aviation gas turbine enkines2' of
a compressor, a compressor turbine, and a free turbine. The system.
Investigated consisted of an aircraft gas turbine engine with ait
Card

L
9 3
ACCESSION NR: AP3006475
8-stage axial compressor.flexibly coupled with the turbine and- a A
free turbine. The free turbine was mounted coaxially with the com-.
pressor turbine (Fig.. 2) but rotated independently. The engine
operated in the range of 25,000 to 45,000 rpm. The compressor-and. I
turbine used the full range of operational velocities; the fre
turbine did not exceed 25,000 rpm. The experimental study was-made
a f ton two
with an 8-stage compressor having a rigid horizontal sh
bearings - either or both elastic or rigid. The various relatio
ships derived are presented graphically in Figs. 3-5. It is shown.
that self-aligning conditions may be achieved by adequate design of'
the rigid and elastic bearings.\\ Self-aligning may occur in coax ali
rotors of any type aftiTr passing the critical speed. Apart from
the system shown in Fig. 6 of the Enclosure, other self-aligning
systems exist. It is characteristic of these systems that both
bearings situated between the coaxial rotors are rigid a-ad the
mounting of the system to the stationary turbine body secures 4 de
grees of freedom without counting the rotor revolution. In this,
category of coaxial rotors, the amplitudes of vibrations increase
Ccird 2 __6

L 16799-43
ACCESSION NR: AP3006475.'
slightly during passage through the critical speed and because f
self-alignmnet sharply diminish thereafter, which ensures a wid
range of vibraticn-free operational velocities* Orig. art. hash:
T
43 formulas~and 8 figures.
ASSOCIATION: none
SUBMITTED% 00 DATE ACQ: 30Sep63 ENCL.* 03
SUB CODE: PR :NO REF SOV.* 007 OTHER: ODL
iq
C,rd 3 ~6

0 0
2, 10 11 32 u
21
'A 15 ;6 27 $4 D 16 It U
12 11 14 15 16 11 IS it JD ID ZZ ZI
M
U V IV X AA 04 CC _gf., j, _I
A a b It Y it Y.
----------

0
go
L
~ f ~ 11111tllnc~ Of ILUOYS t0 pit Witter. A. 1. Shultui anti
00 Ir V. d. ShIn4rman. Rops. ceiv&al All. Mflal, (I.cum ..Go
gtu ) No. 17 229-W(in German 233)(IOU).-In study- _64
ing - "W~~of metals in H&SOa qWn. (N - 1). undt-r
con i tions similar to those in pumping mine water throuith

A pip . . 3 kitkis W tuclads were Investigated: (1) gray cam .00

! irm c onig. small smits. of P. Cu. Sri + Cu. 41 + Cu. M.,
C
2
00 1 or +
u. (
) special alloys of the mond type. Niowl,
Niti oit und stattilem high-CT cost irott anti (M 1-tonit,. 00
I fir
grot IjLqt were used for comparison. Of file metal, of
) (1) the most resi
t
S
C
S
00 a,

00
;fon n-
s
ant were
u and
b-Cu M-1-
sampl": however. thew were not ai gt"l j~ the
roo
iror wit. Of the metals of group (2), the most rv,tinlant
0 wivs tainlem Cr cast Iron. which in corrosion t"kiance 0

:0 VICe ded many tim" that of bronzes. Trit.,, werr aiv? 0
mat Willi natural pit water. S. L. Mado"LY

0 woo

00

0 0
=6 0
0
00 :19
00

t VALLUFCKAL LITF447
CLAJSIFICATICk
.AD
S~

0
T w 14
MI L 04 0 4

it or 61
U 1-1A

*.Oooeo*o
ooo;g

t of St rt it r,
q a

0 0
00 0

A U JO a
a) &I ae a
0 A A A 1
Apo (
botfil
0
4 J
~
aI.._(SoliiLl
ANO ravvratTli _

rid V. 31. Sbpeiingan
III AUM to Pit-Wow. A. I. Shultin A'
-
4
u,Wa; (1.xniagrad). No. 17. 1034 422-233; C
l rd
t
C

x .
ra
en
(Rep.
.4ng the rrsifitatuv
; R.Raijin, with German summary.] j;~Lud
29,5401).-Il
~ 1). Under itions similar W
id solution (p
i
c ac
ak
of metals in sulphur
in,e water through pipea, 3 kind- of metals wem' filviv-
i
ng m
those in pump
ted: (I) grey czat iron with small amounts of phosphorus, ptr. tin
6lenum &.T")Ptwr;
l
09 min or mil
y
cop1wro antimony " coPrr, molybder
ecial alhqs of the Holm typo, Nimol. Ni.itesifit, awl stainless high
s
In
2
i
stm.
(
) for compar
p
mium cast-iron; (3) bronzed The last were used
r
h
ro
c
gmup (1) the most resistant metris were tin-copper and antinump-coppe
In (2)
bronwa
th
d
.
e
as
cast min samPICS; however, them were not so goo
h was magiv tinit-A
hi
j
~
0
c
-iron, w
inlew chromium cast
the most resistant w" stA
Rile with
Teats were also m
uv
b
h

0

0

.
roa
e
t
isag
more resistant W corrosion t,

0 G.
natural p

Z
too
0
0
0
go*
0
0
V
Moo

00
:
6 0
t2oo
00
IrTALLURSKAL LITERATURE CLASSIFI
CATION

9-V Z-7

oodl
0

183040 .11 MY aft viiianamt Kjaw vowin.
algal
; Ire &
U U AT
0 10

J. , , - 0
up IP 01 it K a Inc M it a jUO a I X4 An A S a ad 0 x 0
It
i
.
)12

o
0
.
V
0::90600
00000 000000606000 0 0 000000000
'
0
:
0
:
000000000000 00000*0000 0*0*000
: : : : 0
"
9
:
0
0 0 0 0 9 0 0 *
0
o
: 0
6

$9**ooo**oo9*oo
low 11011119well
-AL-b. P 9
11 1 0
I_j_JL -116 w, Xt.,
VILL! A&-W.CL W It J_ -11 1 J - JL_ I a j d,
Torsion Visloodmater for SWL 11. 1'. l-~,Iivslw)v will
1
1
Si
Nt
i1
i
It
rut
t M, KI I it. I
timaitt. 1113T. %,,[. 1
tirg
m,
, N,,. 5. May.
.
ve I ill. (III Itilmimt). The amthum have coustriwitA sm apj~tratlln
so (tir t lit, ift,ti-rutimit ioll of t lie vistvait V of liml(ell Rings bV [tit, tomimild
mellitmi. A vvdiettloteel uirvcitrt~yillg lit i(A Itluvrelitilt plate ithic-11
'
i* illitill'"pil ill 41tv 0111A Inilvdiltitt'n (lit, vW4 lutrt 4il
tho iitntrumetit.
'1110 fill-Aiml lm,illwod 11%. I-tilMilig flit- NVID, in 1111,11"1m"1 fly 1111,11lus it(
0 fill diptival kleviut'.

A A rTALt%`wA.K&t tilrdi.1wor tLAWFICATIOW
A, L_7L
0
die 0
coo
-so
to
L S to rw 0 K 0 1 N DO 7 13 1 0 V
u u AV 00 LS, 414:
" Orpip Of6c wit .4 'C'M it
0 0 0 0 0 900 0
0 so** 9 A-1111 4

z 1 4 s 4 1 1 1 to it
k IF I L
A 12 11
A 1 Ig"Millunnumvill It-

OD
3
1)
jj
I
M
* all IZU J416 I&V Siva 41 41 41 41 ac
-
__- _
_,
.
_
C.0cwt
1$C1t%%1S A.0 P#C'fQ' It I I.rf.

CA
-
00 j::

I!Ag'j "' the "'CA - I'll't -fcfllvum 0' Me -sale...
0 AD
It I
:1111,

If t

'
votull
I) All (
.3f 10 49 '1 kild )r;,
.
I
I
w
vk.vtl 1.!,N, 14w
Wa t 11

00
00 f
.1l.ttvr4k.
1 %,ttx.ltw
so 4

it

0
rv All R Ili vI In IT 11 it If It I N 0 w I. a 0
~10 A I a
0
00,

J? Al w 31 Ij Ij Id Is M V Is 40
'
In J
1
d
x I a I H
L '
u
-t
4
l- M a I
a I y
"
t. -y
O o
go

C!st cAparity Of Salcm-lime-teffous oxide stags- It
11
.
.
II'm cap", 11"', "1 'u
);,
Imbla", 1-0 %%'- 'I"Id -00
.
-p- % -.11 1 fill)
fl
I
t
.
im "
i
"
t
'
t
"
l
"
J",

11"I V"lv ItW Ninp.
coo
go 0
goe
!:Zoo
O's ~**tjr
00 v
!.06
U
zoo
lit
A WALLUNGKAL Lllf"AtUltl CLMIMA"C' lj--
-Ov 1 1*412.1 .11 0.1 0.1 ......
u T- T-ir- 1 -1 F---A --- r
84 't " T- -If -j is a 3
KJO It IU~
to cv ty it wai mramig Ka n it C9
*
T'1 0 0 0 4 0 0 0 0 a
0

01 v Wall-*
I A-A - I.. '. - T -
-a I f A h A I L IL-h It. --I- #_,t_4T
Determination nt graphite in mAlleable cm t Iron. V
R. V. li'lenevskiya. Za2jka* -'rJb.
.a _shr1_zm"1'k=)-The metbod deKTibed I% in ad~pti.n
00 it 81
of the wen-known method of weighing a circle of paper
of the same size a3 a pbotomicrograph of A rAAished sjx-ci-
men, inapping cut areas cormpoQding to the graphite,
cutting thrin out and weighing the piem. ResWts are
um"Ily within 10% o( the true grAphite content if 4 or 5
so ions U re U.Ad.
Noe
00
0
ASM.ILA mETALLURrKAL LITEIIAILRE CLASSIFICATION
I jd.;~ % 1., 4 A A.. 40.1m,
t: iolcv:j .11 r., as( MIL131019
ON ILAJI coc 1INv M
U it AV -a 'Lli" An A 1 11 ISO 0 0 9 1 jr of I a a 3 9 0
Kfi, W11 P9 Met liKHM(S. I XA dno
.T.0, 10099!
voisoooo 000009000000000000000600000.000001

1 . SkPI,,YZYAI[j V. !"'.
2. U33R (60U)
4- Steel Castings
CD
.L
7- Mechanical properties of steel parts, produced from shaped castings
and forged products, Vest. mash., 32, No. 11, 1952
9. Monthly Li~st 2f Russian Accessions, Library of Congress, APrilp -1953, Uncl.

VLabomtori lastallation for Vdartaitiluk thi T ency a
i
Li
F
1
i
n
i
z-
tw
or
zina
(c
1PL
- (
kirg. . 31. 8
Stwl to Hot Or5c
Russian]. : A s*W temiog
"Xkt-v lu0j (-it 12 1 ZI) till
Z~ it, - I ~er e~aluuting the tendency to hat crack-
'
cmturo of the
in of steel spocimena. Duriag a tcst,tha tmnp
11 en, Uie.stres. to whieb it is nibjectccl and the free
-intrution dti. og Cooling rMill tho cry"JuLation
tempesatum to room temperatmo ara ovaluated. 'I'Lle method
is that two similar speulutomi us cast simultanemWy and W-a
-
terppemture of
then allowed to cool. The contractioti and
one, which ia allowed to.contract freely, is reco~da& The, U
Foratrution ofthootberisprowntedbyan applied load whicll~
19 melullred and recorded. A -serien of tc.As 6 a!so deecriW
in wbich tendency to hot cracking was wvuluawd from the
behikviout of frame-shar'.0 ipecimelift. W-:1111ts for rvivew,
alluy SteeN nre prcrdult~.M tt. X.
Ait
aft

V- M-
USSN/Miscallanaous-Metallurgy
Card 1/1
Authors Gulyaev, B. B., Shpeyzman,, V. M.,, and K*valenko, P. E.
Title Metal fillIng of a channel in a oand-zold
Periodical Lit. Praizv. 1, 15 - 17, Jan-Fab 1954
Abstract The basic specific features of metal filling in a o4nd-mold channel
are as follows: 1) During the process of mold-filling the temperature
'If the mold decreases but its viscosity increases. The filling of
the xo1d is done in a comparatively short time within which no sta-
tionary motion may be obtained. 2) Chilling of the metal leads to the
appearance of solid phases which may have already originated during
the filling of the mold and this is the reason for discontinuation
of motion lasting till the completion of filling. The ability of
the metal to fill the mold is usually defined as its flowabilitys
Throe references. Table, graphs.
Institutiont ....
Submitted : ....

SI-peyman, V. Kr~_zovs'~:aayaa, Ye. A. `2-2-23/060
TITLE: A Sim-olified 1,,e+',od for tke Detori~7,inat`on of 11u:.J_Oity Of
L.aterials Uscd i-C, Weldin~; (Uproshch-,nnyY -.metodl o-rc-c:r_,leniy_-
viazhnooti i.iaterialol, rimenyayemy':h pri ovarke) -
11-11-ITODICAL: Zavodsl~aya Laborat or 1956, Vol. 2A,, Nr 2, pp. 107-108
(TT--,? ) .
~:.D.'j'2 11UX T The methods employed hithert-c for the determinatior, of
crystal viatez, e-ither called for complicated apparatus, or
uorked vrith a 1 acru-_-acy. The ureoent method consis
ts of
a ccliection of the hum~_dity sel,~_-rated from the sa.iDlle sralt-
~_d in va-3---.o by an-'7i~-;rle. The a)-,plianae used here
is conl-3tructed cu_alc,gov.sl~r tc thlat accordinG to G.7 . Datalin
~f -_Zrf!-C)L~z' J- o +'-,, e
for ttll~ St~ej aCnord4
-;6r-e conta-,n
7-acuum s 14cs-Dilorous
ai`iydricle 4:he ~pt4on 4 s -o-,;n.'ed a' the
L u
sn~_ off a Clas2 t Ic a 1- e s t u -; k i n t oa furnace. The
:;U!~-O is con~ec-+f~d v,,~ a mn-r.,eter and can be evacuated (to
a'c ou' 0, 1 m_m) . Previ cuS o t inve.--t. iCal ion t he s a:--pie i s
doo-sicated at 105 - _1110'- f" -'-- crd-r to remove the adsorbed
Car,~_ 11/2 and ~-.y~zosoopic 1-u:.,id_J'.y. TIv-a doterr.-inatior. of crystal vlanter

V
PHASE I BOOK EXPLOITATION -SOV/2577
Lushkov, Natan Lazarevich, Feliks Ivanovich Razduy, and Veniamin
Matveyevich Shpeyzman
Vodorod v svarnykh shvakh i bor'ba s nim (Hydrogen in Welded Joints
and Its Control) Leningrad, Sudpromgiz, 1959. 55 P. Errata slip
inserted. 5,000 copies printed.
Resp, Ed.: A. M. Veyngarten; Ed.: L.L. Stolyarskiy; Tech. Ed.:
R~ K. Tsal.
PURPOSE: This book is intended for production engineers and foreman.
COVERAGE: -The authors discuss the causes and sources of hydrogen
impregnation in welded joints, formation of cracks and flakes,
and methods of determining hydrogen content in the weld metal,
fluxes, coverings, and ferroalloys. They present data on the
effect oll moisture in the coatings and fluxes on the hydrogen
content of the weld metal and make recommendations for reducing
or eliminating the tendency of welded joints to develop cracks
Card 1/4

VEYNGARTE11, Abram Rikhaylovich., kand. tekhn.nauk; DELLE, Vasi14
Adoliyevich, prof., doktor teklm. nauk; NOSK121, Aba
Vladimirovich, kand. tekhn. nauk; SOKOLOV, Nikolay
Nikolayevich, kand. tekhn. nauk; TOVSTM, Yevgeniy
Vasillyevicla, kand. tekhn. nauk-; SHPLEYWA11, Veniam-3m
Matveyevich kand. tekhn. na-uk; Lr-BEDET,-r.T-. -,Ya-nT.-U1dm.
nauk, retsenzent; ALESE1211, D.V., inzh., retsenzent; MESIKIN,
V.S., doktor tekhn. nauk, nauchnyy red.; KLIORINA, T.A.,
red.; TSAL, R.K., tekhn. red.; KRYAKOVA, D.M., tekhn. red.
[Shipbuilding stoelli'JudostroitelInaia stall. [By] A.M.
Veingarten i dr. Lenizigrad, Sidpronigiz, 1962- 303 p.
(MIRA 15:11)
(Ship!)uilding materials) (Steel, Structural)

FA~CE~SION NR: AP4044928
-and 1 tak
Orig.-art. has: 7 figurest 6 formiulaso~
e, 7
ASSOCIATIONs 'Fiziko-iekhnicheski~ A;. I O-,f f e 'AN: SSS%'~
Len ec-nn itut6~. AN",
ingrad-(Ph~sic6t' b6di-Ingt

SUBMITTE;D.-. 24Feb64l.:"::

I .0

OTHERt 04-
7,
NIR'REF SOV 015
SUB CODE: 14Mf' SS
"
..
-
77

-d 13
_Cal 3

FLID, R.M.; KRASOTKIN, A-Ye.; S.HPICHMTSKAYA, L.S.; CHIRIKOVI, A.Y.;
BI:LYY, A.F. , 13ARATS , 9-.-1. ~, -KRUPqS-ff.-ff7r--- BEWANINA. Ye.T.
I
Effect of alcaline admixtures on Catalytic oxidation of primax7
alcohols to aldehydes. Xhim.nauk i prom- 3 n0-5:683 158.
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii im. M.Ve
Lomonosova.
(Alcohol) (Oxidation) (Catalysts)

L i~6998_66 i-:dP(j)/C,~,j-r(m)/T IJP(c) ROM
ACC NR: Ap6o27271 A) SOURCE CODE1 UR/olgi/66/000/008/0006/0008
AUTHORI ShpichinotakMap L. 5 Orloval N. V.
ORGI none
TITLCI Preparation of thermostable polyformaldehyde by using cationio-t caf at
;SOURCE1 Plasticheskiye massyp no. 8, t966, 6-8
TOPIC TAGS? tin compoundq catalytic polymerizationp polyformaldehyde plastic
:ABSTRACTI The polymerization of gaseous formaldehyde in the presence of SnC14 was
:Btudied in the inert solvents toluonep white spirit and mothylene diacetate, the latter
:ibeing used as a solvent for polyformaldohyde (PFA) at the acetylation stage. The ef-
Ifect of catalyst concentration, temperature and duration of polymerization or PFA con-
icentration on the polymerization was determined. A slight increase ip catalyst con-
0-6 molq/1) to 0.005 m1/1 (15 x 10-0 molell) causes
icentration, from 0.002 m1/1 (6 x I
~a sharp drop in the viscosity of the polymer, viz., from t.94 to 0.65- The viscosity
~is higher in methylene diacetate than in white spirit or toluene. A rise In PFA con-
1contration causes an increase in the molecular weight of the polymer because at low
!PFA concentrations the chain-breaking reactions are more prevalent. Of the impurities
!H20, CH30H and HCOOH, the most active chain-breaking agent is H 0 Under suitable
'polymerization conditionsp FFA of the desired molecular weight ~from 20,000 -to 135,000)
.can be obtained. Thermostable, PFA is obtained in two stagest polymerization of formal-~
iCard 1/2 U`DC1 678.6441141.011536-495]t678.o44.8

L 46998-66
ACC NR: AP6o27271
dokyrio and acotylation of PFA to block the terminal (;roups of molecules. The optimum
!conditions for the acetylation were deteminod3 it is best carried out in a homogene-
~ous modium with methylene diacetate as the solvent for PFA. The PFA obtained is sta-
'bilized with a polyamide resin and diphanylamine (or phenol derivatives)q which pro-
vent its thermal and oxidative degradation. /It can be worked by extrusion and oasting
!Orig. art. haso 2 figures and 4 tables. 15
SUB CODES 11/ SUBM DATES none/ ORIG REFS 001/ OTH REFS 006
2/2
C ~-' - --

- . i I L . . ; - ..
- - -1 - fF.- - - I- -,-. - j ,
3 ) -
rSKATA P. S.
Opyt primeneniia kisloi. diety pri vialo zazhivaiushchikh
ranakh, Azeslil;; of a?plication of acidified diet in sluggish
wound heaMie Klin, mod.,, Moskva 29s6 June 51 p. 86.
Xharllmv,

SHPICHINY,TSKAYA, F.S.. kandidat meditsinskikh nauk (Kharlkov)
In vivo diagnosis of thrombosis of the abdominal aorta. Vrach.
delo no.5:523 'rly 57. (MIRA 10-8)
1. Terapevticheskoys otdeleniye (zav. - kand. med. nauk P.S.Spichi-
netakaya) otdelencheskoy bollnitsy at. Oanova vrachabno-sanitarnoy
sluzhby Yuzhaoy zheleznoy dorogi,
(THROMBOSIS) (ACRTA--DISFASES)

- -SHPICHINETSKA-mk'~S ~hpychynetslkal, P.S.], kand.med.nauk
Case of necronephrosis following transmembranal use of rivanol.
Pad., akush. i gin. 23 no.1:62-64 161; (WRA 14:6)
1. Terapevticheskoye otdeleniye (nachallnik - P.S.Shpichinetakaya
(Shpychynetslka, P.S.1) 2-y zholeznodorozhnoy bollnitsy Yuzhnoy
zholemoy dorogi (nachallaik - S.D.Pokhiliko);
(KIDNEYS-DISUSES) (PREGNANCY, MIPLICATIOM OF)
(RIVANOL-)

SARATOVKIIII. Dmitriy Dmitriyevich, 2AON,'DV, A.?.. kaaI.Lid-,j-. tekhnichesicikh aauk,
retsenzent; BAKSHTEYN. S.Z., kandidat tekhni,-I:ezkikb nauk, reteenzent;
SHPICHIMTSKIY, S.S., redaktor; KAMAYNVA. O.M. , redaktor izdatelletva;
L 6 f=Twff two,, ftTVLqWheqkiy redaktor
[Dendritic crystallization] Dendritnais kristallizatsiia. Izd. 2-ce,
ispr.i dop. Moskva, GoB.muchno-teklin.izd-vo lit-r7 po chernoi i
tsvetnoi motallurgii, 1957. 125 p. (!~gRA 10: 10)
(Solidification)

4 r Ij I, JU 3 n U A A .7 A 15 4i
1, 1, LS Q It. L "A 4 0 t .."0e

0 mn-Frm Anon Used in Prind". S. S1114~[Iipvt4ii (Adilraf.
1
0 1 PayqmlAie 1.0. lm. 43). .4 -
1 I.34L3d-5W.- llitiltumian.1
00 Th'. towilithium, load-Ondium. Irmil-mx1lium-fi(hium,and fi-ml
lithilm, ralvium an, reviewed. 'rho &Wys am divid,41 i111,) 3 gmulas with
rvm-,ni I,P Owir mitability for uw In printing: (1) Alloj%# fi..ving a Brinell -00
kinlim-424-29. Them include (a) lead-modium-lithium all,, %. with "Hom
1 1-7 1111.1 lithimil 0-034)120~. And (b) lead--sodium &Wvs aith 1-1-1.7"',
i: ;.40
-lium. TIP". allovs start
.,4idtfv at ", -3-24,_ C., % W,h 6 1-" hi0i for
see
llov
1.- 1110 tervotypo aj, and the I&N-v t-odium vontent n-wh,rm Ov.
edhov- unouital'to tx4num- of t1m, white tarnimh formed (on exi-un- it) air.
' =00
iL'I
Allm- Ntviiig a Brinell hardiu-ma of :1a-23. (a) IA-ml --hum lithium z0 0
Os 1411'.%g (.i,-. III the V11U."tic, (lithimn II-XV41176 and ~.hmu and
7
zoo
ih~ i-A lithium i-alvium alloys tl%wA- to the t~ut(-tic ilithiulls 41.1.5 49-
.5 A11.1

09 Th,w:aJJ,.v& start to jIoljdifv at 2135 -MA, V., d., not zoo
ilprn~le m air. and have a twta6ilitv an jumNi as ft-ad-antimony -tin alitivo. V.
49 1 3, Ing a hashmw of 13-14f. (a) 1,vad~Nliuai lithiusii all,,vK . Ith
90 _.Imm ii-2- 41-4 and lithium 04)6 0-12-1_;b) 1,,-l .lium all,kvx %ith ..1mris 0 0

60 111, (1.101... an(l 10) liqui-lithium alkIrs ;ith lithium O.P9 And Thm.
' 0
- aM,t-tart to Aidifvat 340-320
C.. baye p(.Q-miorI-rtvi~tI(Ig pn,f%-rtk,,
'

60 f an- mt6
fact.Irv for filling e6-trotvm-
~UA
00 Z601
00 -106

00
es
V! ~T Rf ~L-`J,F ICAIlf,. ::90

'

79 j V I V
1A AM 4J
t( A:~O n IV.

0 0 0 0 0
~
I
0 0 q 0

6 0 41 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0
I 1 0 10 11 11 11 Is is is it to x
A A L
jb
0 a 14 J6 11 10 1 N It 0 13 U 0 J6 U 19 Is All 41 U 41 44 4 !09
A I I M, W-CC~M N 4
14k. 'NO dip 'j.tfal
OvertM110% Mtlf-
-LOW-Tia &ad Tia-ft" 80111M and Timins MUShA111- E. S. Shpichisutlik
" 1- '- ROPI'berg (2'-D& JfdaUV, IM5. (2). 27-32).-~[rn it.
review of the fiterature-N. A.
90
00 21
w
-S
A I S L A &ITALLURCKAL LITERATIARE CLASSIMATIOM
I.J0.0 .1p .3.1 oat 4113)1001 fill 11 40 O-W M
u r it I ~ 11 "' V TA ars I IV ado a f-SwIts,00 3 9 1,
" IF 1V Ir at K K J, ~ u r A I
0 0 0 0 0 0 0 0 0 * 0 0 v 0 0 0 0 0 a
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 6 0 0 0 a 0 0 0 0 0 0 0 0 0
W
F-0 0
r.0 0
see

9 : :
1, L
*a j
00 2
of 4;
00 a ~
00 r"
00 X~'
00 j
so
: 0 9 0 0 *
6 A 4-0 1
I W 0 1 U . X a 36 V is P11931 1113 his 1611 UPC
J
A.A. A_L a A P Q
ASn-SLA
-34-
ti
42 43 a Is E
THE INFLUENCE OF SMALL MN CONTENTS ON THE P%FERTIES OF CUPPM
AND ALPHA BRASSES. 1-1-S. SHUCHENEMY AND 1. L. BDGERIBERG
(TSVL?T. METALLY, 19.46, (1 8 60 "
NP (In %Bvisn) S, and R
studied the effect of suall quantities of iron(O. 005-0.S%
an the mechanical properties after deformation and annealing,
the grain-mise and the corrosion-realstance of copper and of brasses
containing 3,10, 13p 20, and 28% sine. The effect of iron on the
mechanical properties of the alloys IS 80,n mU8,11 and
OL620 at elevated temp. was also examined. Iron in copper and
copper-zinc alloys incre son the hardness and strength, decreases
the elongation# and inhibits grain growth. Iron markedly effects
the p&astieity of brasses at elevated temp. Up to 0~3% iron in
copper and *- brasses does not appear to be a haraful Impurity.
Sfter annealing at 600*45CPC.p alloys containing up to 0. 15
% iron have properties practically identical with those of iron-frog
afTAAQ~ ~061TLJWE CLASSil-ICATIOU
-00
Go a
r.6 0
as*
Z ago,
;;0*
so*
400
No*
U ',jj:A111 is NO 9 fix N 5 a a 3 1
0 0 0 0 0 Is
Sol' 44 0 010 0 0 0 0 0 00 00 00

Solid solud ?nm of tithlunt In IrAd, h'i."1111 it"I
S. ShpichatMI'Lil (Ill't. G-1'r-A 1.1-4
Acad. U S.S.R., M--0,
Khi.. A .4. ,i.51. ObA M i Nr-;. Kki-.. A kad. N-k
S.S.S.R. 15.M-95(19171.
P1.4.1 all.." "141 - 41113 1 1 .t .4 1 1 1%, 1,-t 11"
1-undmi- (-I -pL_* ..... -- -0-1 m
L44. -, f", :.-A
171-3sefie'urr,
"I.- ;I fim 1. .4 "'Ild Ct 1,
A Ia. -In ".4-1 from L.0" I.,
ri. -.1 fr, of Il... "'I'd 'All 4
't, .; - -)
, ~ .... I '-%
1.2A. "; I T;" 01 m.
If(- soly. of ].I ill I'll voilit" lm., , the S01l`1k'1h-r-I v
CtLitelier equation. Ily extral-Litioit the oly. of Li ill
111) at the eutectic J~int (235.15,) w;t,% 2.6 -tild at 'NI,
il~:V% At. C: . 'I'll, lunim- of allov. G.,
lite first 21its. aftrr c.tstietit mt.[ Own grmitt div i1tt,piveil t,,
10.5 11 11fill'.11 at 0.113 OP9 ,I.

T*rnjuy alloys, 0l lead with I"usu and littisurn.
Pusodiu anti 1:. 5, S. A.
Chem _Shpicbin,,skil 11,15t. (,.en. :in(, Intifg.
.. Acad. Iki. Il.s.S.lt.. N Srkjor,j
,Fsj.-Khim. inal.. I"il.
Nazilk S MIA, hrl " Srorc. Khirn.. Abiti.
.S.S.R.
pfccelfing 44101t. Ph., cf. C.A. 36, 47911; and
N.t.l.i %%ith Up tit 1k) at. ~,,
ill Us al. Sjlj)j,,,ij
It, I hrruml
p it's lylk 11111111,11 hudlir" an't were stud-
),At. ()it the jlh.l,v jj.jKr,jnj the muMer of the
ill 1111,hij I jitc.,,% ill t-tyjIll. ill ,,I 14411h Anti
1) pmwi. I'lic ilywitt fminett :1 cuWtit-it'. (1) in.
I
contained Li 16 at. ';, Na 5 at. %,and the refit Ph.
ill. 2115, cisnuint-d Li 12.3 at. "T, Mt,21,4-5 at. %, Anil
rest I'll, .%fill 0) t entectic lorined hy N:tl'h anti
Is. fit. MW. an't c,,Iitg Li 1.1 and N't :15 A, V;,. Oil
d6graill %*A, Orml). --tl file rxj~t"Icr C4 .1
IWFtljl)jlillC tYlW t.mm,bric, ,I the triple
~()Jitl Stilts. jit :)V) ;ill([ 241', rrprdeft unly a% in upproxi.
nuttlon, were al- tictil. The Ahiyi with grcitmt hard-
HrA4 )Wd NA 0 .0 1 41.14 Anil Li OAX; M. H.

C-4
I' INS 17 41
I I It 13 It It 11 14 IS 4 17 U tl a
NP a
G A
AA
AI L. a L -1 1 L ii r Q a I f v W_A~ ff
A Alp iN(I rittlilt
Z 'Thermo-tioctrk Me
00 bW 01 DstwmitSimg tM .06
A 5OM4wubihty Limits ot auxt.
00 INS. it. (to).
0 In bs* the ths"is""' I)efer'115'itim wotlubilitp,r
j, nwiganx,pe in alurninju rffu).vlvtfic
0
1111, 0 NN) I% "hich Mign"I with '616 pill RaVe "wilt. ill I I
00 j -A"ft. 114ti. 1111 141) 1%, 1"Ahn-ith"t.1 and
A I ; 114:1. 10 .7 -.00
00 a '1111 litinil- 11,41wry 71. 314) aild Iy
!SAO
0*
j
dA
_01111
06 CS
CLASSJFKATPON E-Z--
A I a - S L A atTALLURGIC.1, LITIFIRATURIE
A-. 'C"
;T-T- T gl'~l I W all ilt
S.W., C- 2.(
tl~3.0 __ I I --- VISO
1A 1 4 _v An I S 0 cw o a v IM 5 a a 3
;0 U Sip tV it V K K it K %I K cg tt it cc mict n I 'u `0114
0 4 0

PHASE I TREASURE ISIXID B13LIOGRAPHICAL REPORT AID 470 - I
BOOK call tio... TN67l.F6
Authors: RQULIBERG, I. L. and SHPICHINETSKIY, YE. S.
Full Title: DIAGRAMS F THE RECRYSTALLIZATION OF HETALS A~0 ALLOYS
(Manual)
Transliterated Title: Diagrammy rekristallizatsii metallov i splavov
(Spravochnik)
PUBLISHING DATA
Originating Agency: None
Publishing House: State Scientific and Technical Publishing House of Literature
on Ferrous and Nonferrous Metallurgy
Date2 1950 No. pp.t 280 No. of copies: 3,500
Editorial Staff
Appraiser: Volovik, B. Ye., Prof. Doctor
TEXT DATA
Coverage: This reference book contains 299 diagrams of recrystallization of metals
and alloys. The diagrams are three-dimensional and show the relation between the
grain size (average surface expressed in micros square), the amount of plastic
deformation (expressed in %) and the temperature of annealing (in centigrades).
A short outline is presented explaining the present day concept of this kind
of re-crystallization diagrams and factors which determine them. The values
have been taken from experimental results. Each diagram is supplemented with
some additional data, such as the exact composition of an alloy, type of sample
1/4

DiagrarW rekristallizatsii metallov i splavov AID 470 - I
(Spravochnik)
taken., kind of plastic deformation, time of annealing, and time of cooling.
In some cases the original grain size is indicated. The table of contents
indicates the metals presented on the diagrams.
In many cases some important data are missing - such as original grain, size
temperature of deformation., recovery prior to recrystallization, and the amount
of small impurities etc.. which limits the value of those diagrams. However
they are based on a very extensive literature (listed at the end of the booki
and also on numerous tests made by the authors and by other Soviet metallur-
gists. Thereforel the book may be of use in determination of grain growths,
Table of Contents Page
Preface 5
1. Introduction 7
2. Basic regularities in recrystallization 8
3. Separate elements in the diagrams of recrystallization 12
a. Critical stage of deformation 12
b. Temperature of the beginning of recrystallization 13
c. Grain growth at a great degree of deformation 14
d. Uneven grain growth 15
2/4

SLAVINSKIY, M.P., professor, doktor [deceased]; FILIN, N.A., professor,
dokto.r, retsenzent, SMG-11 T )mndldat tekhnicheakikh nauk,
retsenzeat, ROGELIBERG-." A~..,' Fiiil r6t-uenzeat, SAMSOKOV, G.V.,
redaktor: KAMAYRVA, O.M., recialctor; MIKIJAYLOVA, V.V., takhr-icheakiy
redaktor
[Physical and chemical properties of elements] Yiziko-khimichaskie
evoistva elementov. Kookya, Gos. nauchno-tekhn. izd-vo lit-ry po
chernoi i tsvetnoi metallurgii. 1952. 7053 p. (MLRA 9:12)
(Chemistry, Metallurgic) (Chemical elements)

DNESTROVSKIY, Nikolay Zellmanovich; BOGOLYUBSKIY. V.I., inzhener, retsen-
zent; LLTARENKO, Ye.H., inzhener, retsenzent; '%UPIC Tway, TO.S.
redaktor; SMODUBTSEVA, S.N., redaktor; BERKNOR, U.G., Ze1=1cTT3-9777
reclaktor.
[Drawing of nonferrous metals and alloys~ Volochenie tevetufth metalov
i splavov. Moskva, Gos.nauchno-tskhn.izd-vo lit-r7 po chernoi i
tavetnoi metallurgii, 1954. 270 P. (MERA 8:3)
(Metal drawing)(Nonferrous metals--Metallurp.7)

ROGELIBERG, I.L.; SHPICHINETSKIY, Ye.S.
Brittleness of nickel. TSvet.met. 28 no-5:63-66 S-0 155.
(KIRL 10:10)
(Nickel)

VYSOTSXAYA. Veronika Nilpolayevne; CHIPIZHENKO. Andrey Ivanovich; MALITSBV,
M.V., kandidat tekhnicheskikh nauk, reteenzent; SKIY Ye S.,
I
kandidat tekhnicheakikh nauk. retsenzent; EMYNESt9S~.A.,nznener,
retsenzent; FOMIN, N.V., redaktor; KAKAYMVA, O.M.. redaktor izdatelf-
stva; KARASEV, A.I., tekhnicheakiy redaktor
EPhysical metallurgy] Metallovedenie. Koskva, Gos. nauchno-tekhn.
izd-vo lit-ry po chernoi i tevetnoi metallurgii. 1956. 360 p.
(Physical metallurgy) (MLRA 10:1)

T. N., inzhenr, retsenzent; SHPICHIIIEMKIY, Ye. S., redaktor; KAMAYEEVA,
C. M., redAktor;i--datellstva; EVENSON, I. M.,, tekhnichesk y redaktor; SMIRYAGIN,
Aleksey Petrovich
[Industrial nonferrous metals and alloys] Promyshlennye tsvetnye metally i spla-vy.
!zd. 2-e, perer. i dop. Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, 1950". 559 P. (MLRA 9:7)
(Nonferrous metals)

--- I . --- -
S
- 1 CH I N ET,'
o F . sv~.Iyj It's, ~71-
I .
I
I

ROGELIBERG, I.L.; SHPICHINETSKIY, Ye.S.
Chemical coryponition of "Dapassivatad'? nickel anodes. Met.
met. 29 no.8:68-70 Ag 156. (KLRA 9:10)
1. Giprotevetmetobrabotka.
(Electrolytes-Conductivity)

AUTHORS: Ror-el'berE;, I.L. a-ad Shp Ye-S.
CD
-~:~en C.--lciu= and Stront`= 'or
T I 'LIE' A-Lic),.,s of I'lic'.-el --:itia -L
Cores of Oxide Catl'hcde~_ of Radic Valves (Splavy ni-,Lelya s
vol'Trac-om, kal 'tsiyeim _J strontsiyiem dlya kernov oksidnykh
!-~atodov radiolamp)
FERIODICAI,: Tsvetnyye Metually, 195?, No.11, pp. G? - ?4 (USSR).
ABSTRACT; The authors levievi existial- alloys (Soviet and foreiE~n)
,,i_;od for maz: z radio-valve, oxide-cathc c cores (Tables 1 and 2)
ail,, describe ..-or'_- carried out In 1951-19515 on nel:r alloys. Th)e
t
-~,rsaan~_l oonsi~3.-ed of metallurGists and electric-vacw1ir, tech-
.1--,---4sts inz,,1,adin6 -he authors, R.I. Fuchkov, L.1d. Baranova.
U~ U
B.F. 'Nii~,-oanova, V.S. Pai~!:ho_rnonlco, L.IT. Ufanina A.A. 11ekrasov,
3,F. Dobrushina, A..i';. 1,1,cakovskaya and others knot iaamed). Th e
4- 4
f allcys 'or -Z~,t4on, t1- oduct-on-
t-echnolc)Ly and the f_echanJcal -rc-
L . perties of the zroducts are
dealt w-1-1), The recoz,~,.ei 0
-ided alloys are ifi-Ga (0.1-0.25c,-'),
-ST (
0~1-0.25%) and Ni-W (2.5-3.736) which ccritribute -ood
e::iis,sion nro,.erties and lonG service. The initial charactueristicr3
ST)eed off activation and life of valves with cathodbs on rii-Ca and
ii-Sr cores are Dract`cally idenl-i-al and are considera'ly
e of valves -uith cathodes of tV5,
J:11-111 t1jos _pes A, B or .~.EK
e s-r) c c i a I 1v under hard con.J4 tions. A poszibl~ `sadva.-ata-e,

_%iloys. of riickei with TunrL~sten 7 Calciuia and S-rontium for Cores of
13
Oxf'-fte C-2thcdec of Radio V 1~lves
01.11'_~ve__ s the iicreased conductivit.,~, be-,;-e,--n heater a:ad core
.-.-ould appear to 1L.;it the applicability .0-f these alloys
because of current but aut.L.ors cive datua to sho7
that this disadvanta-e is not ful-l,7 confirmed. velves v.,ith
iqi-T'T allo
i Y cathode cores ~7ere 1"oland to possasc hi h. emission
-)erties,7
----o lonr;, life and --ood resistance to vibration and
011-her i)roperties superior to t_'.ose of valves wit.'- standard
J_
-0-es. On the other hand he activ-Uj-
, U "on of' the ii~-Vl core
ives is slob, Z)
--er thal-I t1c;at of ,ii-Ca and core valves.
The B-L-V; and ni-Ca alloys are cur.-ently beinr.- used in v_-'r-Jous
v-1ves; allov tulns Lre beirt: produced at t.'--.e Rpvdinski3r
i.;c,.r.-ferZ,c,uc Yetals ".1orl.-s and strip of all thre.- new
is -~~--Jrc- -;-,duced at tlie ex-periii,~ntal ~.)lant of the
J
L:
G41-.-rotsve+--:,-,etob~,)bc.t',ca or,on_isatioxn.
The--,-e a-re 92: fir-ures, 9 tab,-s and 14 refercnces, 3 of ~7_1,_ich
Russlar-, 2 1 French and 21 En,--lish.
ASSOCIATION:
AVAILADLE: Of
1. Cathodes (Electron tubes)-Development 2. Nickel alloys-
Applications

SOV/ 137-58-10-20788
Translation from. Referativnyy zhurnal, Metallurgiya, 1958, Nr 10, p63 (USSR)
AUTHORS: Luzenberg, A.A., Rogel'berg, I.L., Shpichinetskiv. f
TITLE: Production of LNO-grade Plastic Nickel with Minimal Non-
metallic Inclusions (Poluchenive plastichnogo nikelya marki
LNO s minimal'nym kolichestvorn nernetallicheskikh vklyuche-
niy)
PERIODICAL: Byul. tsvetn. metallurgii, 1957, Nr 22, pp 28-31
ABSTRACT~ In the production of LNO-grade Ni strip at the Kol'chugino
Plant im. S. Ordzhonikidze, rejects due to cold brittleness
came to as much as 1516 of the weight of the finished product.
It is found that the brittleness of Ni strip is related not to an
increase in the free C contents, but to inadequate deoxidation
in the desulfurization of Ni. A new process of treatment of Ni
melt and of introduction of Mg therein for degasification and
desulfurization is suggested. The method of deoxidation sug-
gested was tested with various types of mix and made it pos-
sible completely to eliminate rejects due to brittleness and
oxide film. !. Nickel-.-Product4-on 2, ~1-;cke1--ImPUZ-i_t-_;es 3. 14ickel
Card 1/1 --Me~~hani_cal propertdLes 4. Oxf.de films--,Metallurgical effe-2ts G.E.

DNNSTROVSKIY, Nikolay Zinovlyoevich-, PCK&RMSEV, Sergey Nikolayevich;
SHPICHInTSKIY, Te.S., kand. tekhn. nauk, * retsenzent; POSTNIKOV. '
N.N., i=h., retsenzent; RZHRZNIKOV, V.S., red.; KOSOLUWA, R.F.,
red. izd-va; BXUM, A.P., tekhn. red.
[Concise manual on working nonferrous metals and alloys] Kratkii
spravochnik po obrabotke tsvetnykh matallov I splavov. Ho'sk7a,
Goe. nauchno-tekhn. izd-vo lit-ry po chernoi metallurgii, 1958.
406 p. (HIR& 11:8)
(Nonferrous metals-Metallurgy)

/7' /::3 /* IV 15
PRka :1 KOK f-TYWITH-110111 SOV/3505
Spravoch-nik po mashinostroitellnym mater-alam v ahetyrekh t-makh,
tom 2: Tsvetnyye metally i ikh splavy (Randbook on MacUne-Builcling
Materials in 4 volumes, Y. 2: Nonferrou-s Metals and Alloys) Moscow,
Mashgiz, 1959. 639 p. Errata slip insertaid. 25,000 copies printed.
Ed.: G. I. Fogodin-Alekseyev, Doctor of Tevlinieal Sciences, Professor;
Ed. of this vol.: M. A. Bochvar, Engineer; Ed. of Publishing House:
V. I. Rybakova, Engineer; Managing Ed. for Infomation Literature:
I. M. Monastyrskiy, Engineer; Tech. Eds., T. 7. S-okolova and
B. I. Model'.
PURPOSE: This book is intended for machine designers and metallurgists.
COVERAGE: The book presents compreheaf_~i,%- tabular and textual (-*at&
on the chemical composition, physicall a='. msebanical propertiez,
microstructure, heat treatment, a~7plicatlons, etc., of various non-
ferrous metals and alloys used in machinery manufacture. Metals
dealt with are aluminum, magnesium, copper, nickel, cobalt-, titanium,
zinc, and cadmium, together with certain prerdouB and rare metals.
Special materials considered axe bard alloye (iacimding 4~intersd
carbides), cermets, and ply metals. Special alloys, such ae beaxlng,-
Card 1/22

Ch. IV. Nickel, Cobalt, and Their Alloys (Shpichinetskiy, Ye. S...
Candidate of Technical Sciences)
Effect of addition elemeats on the properties of nickel 258
Nickel alloys for radio-tube parts and electrical equilnent 265
Corrosion-resistant, heat-resistant, and scale-resistant nickel
alloys 270
Electrical resistance, thermocouple, and magnetic alloys 286
_HWents for etching nickel 294
Cobalt and its alloys 295
References 301
Ch. V. Lead, Tin, and Their Alloys 303
Lead (Shpichinetskiy, Ye. S., Candidate of Technical Sciences) 303
General characteristics 303
Chemical composition 305
Card 10/22

Handbook on Machine-Building (Coat.) SOV/3505
Physical and mechanical properties 308
Tin (Shpichinetakiy, Ye. S., Candidate of Technical Sciences) 309
General characteristics 309
Physical and mechanical properties of tin 310
Lead alloys (Shpichinetskiy, Ye. S., Candidate of Technical Sciences) 313
--------------------
Bearing alloyB (Shpagin, A. I., Candidate of Technical Sciencep) 320
Tin-base bearing alloys 320
Lead-antimony"babbitts 329
Fusible alloys 339
Solders (Shpagin, A. I., Candidate of Technical Sciences) 344
Tin- and lead-base solders 3"
Tin-lead solders 35i
Lead-silver solders 353
Card 11/22

GORBLIK, S.S.; SHPICHINETSKIY, Ye.S.; MUKHORTOV, N.F.
Investigating softening and structural changes in deformed
"cunico" alloyn under the effect of heating. Izv.v,-B.ucheb.-zav.-, tavet.
met. 2 no.1:113-1?0 '59. (MIRA 12:5)
1. 14oskovskiv Institut stalt. Kafedra fiziki metallov i rentganografii.
(Copper-nickel-cobalt alloys-Testing)

BAWSHIN, K.Yu., kand.tekhn.nauk; VINGGRADOV, S.V., inzh.; GLAZUNOV, S.G.,
kand.tekhn.aauk; ZELIKRZ, A.N., kand.khim.nauk; KISLY-AKOV, I.P.,
kand.tekhn.nauk; KURITSYN.A, A.D., kand.tekhn.nauk; LEBEDEV, A.A.,
A.A., inzh.; LUZHNIKOV, L.P., kand.tekhn.nauk; POM3RARTTS3V, S.N.,
inzh.; RUDIIITSKIY, -A.A., doktor khim.nauk; SMIRYAGIN, A.P., kand.
tekhn.nauk; TRETIYAKOV, V.I., kand.tekhn.nauk; CHURSIN, V.M.,
kand.tekhn.nauk; CHUK'UZOV, M.V., kand.tekhn.nauk; SIFLAROV, M.V.,
knnd.tekhn.nnuk, SHPAGIN, A.1., kqnd.tekhn.nauk; SHPICHIIWTSKIY,
Ye.S., kand.teldm.nauk; POGODIN-Al SEYEV, prof..__G_ko~ teiiin._-'
nauk, red.; BOCHVAR, M.A., inzh., red.toma: RYBAKOVA, V.I., inzh.,
red.izd-va; SOKOLOVA, T.F., tekhn.red.; MODEL', B.I., tekhn.red.
[FLgndbook of materials used in the machinery industry; in four
volumes] Spravochnik Do mashinostroitellnvm materialam; v chety-
rekh tomakh. Pod red. G.I.Pogodina-Alekseevs. Moskva, Gos.nauchno-
takhn.izd-vo mashinost-roit.lit-ry. Vol.2. (Nonferrous metals and
alloys] TSvetnye metally i ikh splavy. Red.toma M.A.Bochvar.
1959. 639 P. (MIRLA 13:1)
(Nonferrous metals) (Nonferrous alloys)
(Machinery industry)

1; p;
o: X.

MALITSEV, Mikhail Vasillyevich, prof., doktor tekhn.nauk; BLRSUKOVA,
Tamara Aleksandrovna, dotsent, kand.tekhn.nauk; BORIN, Fedor
Andreyevich, dotsent, kand.tekhn.nauk; GOLOVIN, A.F., prof.,
general-mayor inzh..rtekhnicheskov sluzh~y, retsenzent; USOV,
A.F., dotsent, kand.telchn.nauk, retsenzent; PANCHOKO, Ye.V.,
dotsent, kand.tekhn.nauk, retsenzent; KRIMER, B.I., dotsent,
kand.tekhn.nauk, retsenzent; SEPICH . -qrrv. VA.S., red.; KAMAYEVA,
O.M., red.izd-va; VAYNSHTEYN, Ye.B., tekhn.red.
(Metallography of nonferrous metals and alloys; with an atlas of macro-
and microstructures in supplement] Ketallografiia tsvetnykh metallov
i splavov- s -orilozheniem atlasa mAkro- i mikrostruktur. Pod obshchey
red. K.V.Aal'tseva.-Moskva Gos.nauchno-tekhn.izd-vo.lit-ry p0 chernoi
i tsvetnoi'metallurgii, l9k. 372 P. (MIRA 13;9)
1. Kafedra motallovedeniya Moskovskogo institute tsvetnykh metallov i
zolota im. M.I.Kalinina kfor Mal'tsev, Barsukova, Borin).
. (Horiferrous metals--Metallography) -

SHPICHINETSKIY, Ye.S.; NOVIKOV, I.I.
Nickel brittleness in connection with retrograde solubility
of grain boundaries. Isel.splav.tsvet.met. no.2:101-103
16o. (141RA 13:5)
(Nickel-Brittlenees) (Crystallization)

86079
S/180/60/000/005/030/033
E193/E183
AUTHORS- Agafonov A.G., Go omolzina, Yu.A., Rogellberg,_I.L.,
and Shpichinetskiy., Ye.S., ,
I Nosow)
TITLE~ Crystallization of Grap ite on the Surface of
Technical PdFiEty Nickel A
PERIODICAL: Izvestiya Akademii nauk SSSROtdeleniye tekhnicheskikh
nauk 9 Metallurgiya i toplivo, 1960, No.5, pp. 223-224
TEXT: The object of the investigation described in the
present paper was to determine the causes of the formation of black
spots on annealed nickel sheet. To this end, specimens of nickel
sheet, containing M3-0-10016 C, and small quantities of Si, Mg
and Mn, subjected to vacuum annealing for 3 hours at 800 OC
followed by cooling at the rates of 2-3, 10-15 and 150-200 6C/min,
were studied, The results of electron diffraction analysis showed
that the black surface film (estimated to be 10-6-1o-5 cm thick),
formed under these conditions, is pure graphite, Microscopic
examination confirmed this finding and revealed that graphite is
first precipitated at the grain boundaries and then spreads over
the surface, In analogy to the hyper-eutectoid steels, presence
Card 1/3

86079
S/180/60/000/005/030/033
E193/E183
Crystallization of Graphite on the Surface of Technical Purity
Nickel
of silicon in nickel intensified the crystallization of graphite,
The rate of cooling after annealing had a marked effect on the
phenomenon studied. At the cooling rate of 2-3 00/min, the
formation of surface graphite film took place when the carbon
content in nickel was ',>, 0.04%~ When the cooling rate was
increased to 10-15 OC/min, the minimum carbon content leading to
the formation of the surface graphite film was found to be 0.06%.
No graphite film was formed on the surface of specimens that,
after annealing, had been cooled at the rate of' 150-200 OC/min,
Crystallization of graphite on nickel surface can take place also
when annealing is carried out in a reducing atmosphere, In this
case, graphite is crystallized also from the gaseous phase.
it has been shown experimentally that in the absence of carbon
in nickel, no formation of the surface graphite film takes place
during annealing in a reducing atmosphere, This indicates that
when such film is formed under these conditions on nickel
Card 2/3

86079
S/180/60/000/005/030/033
E193/E183
Crystallization of Graphite on the Surface of Technical Purity
Nickel
containing >,- O.Wo C, graphite particles precipitated from the
metal act as crystallization nuclei for carbon which condenses
from the gaseous phase during cooling,,
There are I plate (opposite page 222) and 8 references.-
4 Soviet and 4 non-Soviet,
SUBMITTED~ May 26, 1960
Card 3/3

28563 9/137/61/000/0()9/059/087
A06oAioi
jy- / '3 0 dv.,- Ilea
AUTHORS: Rogellberg, I. L., Shpichinetskiy, Ye. S.
TITLE- On the problem of the optimal composition of alloying elements in
alloys for the emitters of secondary electrons
PERIODICAL- Referativnyy zhurnal, Metallurgiya, no. 9, 1961, 24, abstract 91158
C'Tr. Gos. n.-i. i proyektn. in-ta po obrabotke tsvetn. met.", 1960,
no. 18, 215-220)
TM: An analysis is carried outcf the literature data on the dependence
of the coefficient of secondary electron emission d' of metallic alloys upon the
concentration of the alloying elements. To establish the optimal compositions of
the materials used as emitters of secondary electrons, the binary alloys of Cu,
Ag, and Ni with admixtures of Mg, Be, Al, and Ti up to I - 9% by weight were
investigated. The 6' was measured at an acceleration potential of the primary
electrons - 300 volts (6 00) at the maximum 6(e' ax)- Before testing the alloys
were activated at temperAures equal to 0.52 - O.E9 of their melting temperature
(reckoned in the absolute scale). It was established that the nature of the
dependence of (T 300 and 6m., upon the concentration of the alloying elements is
Card 1/2

2t)56'S/137/61/000/009/059/087
On the problem of the optimal composition A060^101
the same for all the alloys studied: with low concentrations of the alloying
metals the 6' does not depend upon the concentration and only exceeds the 6' of
the base inetal slightly, taking the values 1.5 - 2.8; an increase in the
concentration of the alloying metal causes a stepwise increase of 6300 and Omax
up to the values 4.6 - 6.5 and 5.7 - 8.5 respectively, which then do not change
at a further addition of alloying metal. The width of the step-wise variation
region for 6' does not exceed 0.1% by weight. The concentration values are
found at which the 15~ undergo the jump. They are (in %. of the second element):
Al - Mg (0.3), Cu - Mg (0.6), Ni - Mg (0.8), Cu - Be (0.35), Al - Mg (0.2),
Ni - Be (M), Cu - Al (0.8), Cu - Ti (1.1), Ag - Be (0.2). The results obtained
make it possible to conclude that the optimal compositions of alloys for
secondary-electron emitters are determined by two factors: From below, "he
range of the possible compositions is restricted by the specific requirement,
to obtain the greatest possible F(as compared with unalloyed metal), and its
upper limit depends only upon the mechanical properties of the alloy (flowability,
deformability, etc). There are 16 references.
[Abstracter's note: Complete translation]
A. Danilin
Card 2/2

IF
28562
3/137/61/000/009/058/087
A060/A101
AUTHORSt Rogellberg, I. L., Shpichinetskiy, Ye. S.
TITLE: Aluminum-magnesium-bronzelan alloy for secondary-eleotron emitters
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 9, 1961, 23, abstract 91153
("Tr. Gos. n.-i. i proyektn. in-ta po obrabotke tsvetn. met.", 1960,
no. 18, 221-232)
TEXT: Copper based alloys with admixtures of Mg for the manufacture of
emitters of secondary electrons are discussed. Their important drawbacks are
poor technological characteristics: large interval of crystallization, low
flowability, considerable evaporation and oxidation of Mg in the process of
smelting and casting. An additionall alloying of the indicated Al alloys is
proposed for eliminating these drawbacks. Ternary compositions were investigated
with Al content up to 10% by weight and Mg content up to 4% by weight. Their
coefficient of secondary electron emission waa measured in a range of primary
electron energies 100 - 700 volts, and their mechanical properties in the
temperature range 650 - 8500C were determined. On the basis of the experiments
carried out, a concentration region of alloys which possess the required
Card 1/2

28562 S/137/61/000/009/058/087
Aluminum-magnesium-bronzejan alloy ... A06OIA101
operational and technological characteristics was outlined in the phase diagram
of Cu-Al-Mg. As the optimal alloy, a bronze with 5 - fA Al by weight and 1%
Mg by weight [Ep . AMr6-1 (Br. Amg 6-1)] is proposed, the production of which
in the form of strips has been mastered on an industrial scale.
A. Danilin
[Abstracter's note: Complete translation]
Card 2/2