SCIENTIFIC ABSTRACT NIKOLAYEV, A.I. - NIKOLAYEV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137110002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NIKOLLmvt L.I.
am ASU an ths &%two of the 1~14qlasl "Olfletty of protolm.
Top@ mdo Mine 7 no. 10"I Jls-IP 161o (KMA Us4)
I* Famearsh imutuse of maelea ad 0mcoleat Nialat" of
Anith of 9** m am Cuir of Nlwobisua of the Nedial
ImUtsUp Tasbhmte
(FAMIM)

N IKOLA V.V L A. 1. WADISWA, A.Kh.
. kand.md.nauk; AL
ftlaUm of Us mystbosis of mtLbodL*o to the @tat* of owl*Lc
&*I&. hoport No.2. Had. sbw. lbb. no,2s75-77 F 062. (NIPA 1584)
1, Is Immiso-Usledmtellskogo Lnetituta routComlogLip radlelogii
L wAA1401 NiMateretwa shavookhranodys VzOR (direktor - prof.
D,N.Abdu%mdww).
(NU=C ACIN) (ANTIGM AND AIRIBODIES)
(QNWN--UOMM)

NIKOLAYEV, A.I.; GAZIM, A.:.
Content and the specif",., radiav!tIvity of dlffers~r,, -,,r
au.1fur in the tumors and tissues of rnts follcnilrg t1lip In-*.,,,'.!on
of togged mathlonine. Vop. m(A. khlm. 11 no.OU-'ll #~~.
XPA
1. Nauctino-IssledovatmIlskiy Institut v~ntfpn,7~lorA'.',
I onkologii Ministerstvft Mravookhranenlys Uzh-kskuy SZF,
Tnahkente

�R
i Abibumadm
WMj
TOPIC IM."! "a"um *4~0~
A=-Rf=: Ridlat vWMW is u-mmari U"d tu ibe tmalwat 'r U411cm
many rVAIstlan ftgrn-tz taxavoke mdiAtIcw sinkn~-tm. 71o fvAhiam, with tba
Mr chl-m-lAq vri-k-b L4
rt-r- bavl, ritcktlu ware rArtalhad WIth CO-30
-4-lmt5jfimW4 of 60 ReVIOU". Ah & VUJA tkO Qf U" UO
la*i to likas kmvt (z v norm&', 51jr-l%g tha U7~m&i&'dcm with T roWs-
;*--ti"ta Wltb a Imar Lxwon7i* m=bar at %ha beT-imsxlmg af -.W t2mmumat )ln-l
1, 11

I
1- --1 e. ~
f4vv4
Gz

i vo

WtKOLAyrv MILIMAK, H.Sh.1 MOROZOVA, G.A.
A ~I.
Changes In the imunological specificity of tisew protal"s In uhite
stice under the effect of nenicillin. Antibiotiki 10 nn.6047-550 Je
165. (MIA 1917)
1. Nauchno-iiialmdovittel'Oly institut mritgenologil, radiologit i
onkelolli Hinisterstva Mrnyonkhrefonlya Ust*kskoy SIR, Tashkent.

r ACC Nal SCURCE C(TE,
AMORt Nikolg3rev. 1.0 MukhawdzhAn=. Kh , R. 1KjaU
d1olo "d 0,iccl2a (UzLekvkIy institut
ORGI Uzbek Institute of Roent Pnol "' I ' '-
0 11~0
rentgenologiio radiologil o ologi ; zbek."'
Z k ~ndtutu of Vaccinqs ai-A
(Usbeksidy institut vaktaLn I spovotok)
TITLE: Effect of certain complex crvpowids of trace elemw-,nts (n tht -hagocytic
activity of loukocytes and agglutinin formAtion In IrrAdL4Lej urt non-irradiat"d
rabbits 7f j
SOURCE: Zhurnal ovikroblologil, epldemlolo,,il I innunobiologi ill, 19~
I no. -
TOPIC TAGS: -&~ it., antil- A,,-, v: niriniron
immunity, radi,A!-1,jn bloloj_--,~.- ?fftct
ABSTRAM The authors studied the foot of Goaside (oomplox
und of oobalt ohloride with the am1de of n1cotinio noid)q
OW$ Vitamin 81jo forramide I (complex compound of ferrous ohlo-
N
ride with the an do of Mootinto neld)o ferramide 11 (oomplex
001opowA of ferrous oulfate with the aside of niootinto oold) nnd
ouprie glutuside (oomplex ocupounA of ouprio chloride with glutQ-
Ainlo aold) on the phagooytio Rativity of leukooytes and antibody
formAtIon In-rabbits lumnised4winst Stavhylooooo a aursus',and
irradiated (500 r)#, -An thoid ooppor aid oobalt ooWoundi--s-tiew-
UDCt 616.9-022-06: 516-Wi-;8]-W5-T77-7-
1/2 6 5-Dj 3 616.jc5 -0(?8
-4�_ _2)__ ___jj
QKd -?, I -

NIKOLA .,- AKHMADIYFVA, A.Kh.; VAKAPOV, G.F.
..
Formation of antibodies to sare-olysine and ths~lr effect cn th.e
antineoplastio activity of the preparation. Diu!. eksp. biol.
i sod. 60 no.7195-98 Jl 165. (PIRA PR18)
1. Usbekskly nauchno-iBsledovatellskiy Inatitut rentganolog!A',
radiologii I onkologil (dlrektor - prof. D.M. Abdurasulov;,
Tashkent.

1VMWVq Mikhail FWorovlch
akedsmUp *tv. red.; NIK
n%,iw,*A61e# akedomikp otv. red.;
Nuawt F.A09 akediakv otv* red.1 ?00=, IoLop akaiiemikv
ofto redel MKBTM, SJO akedomikv nd.; TUDIV, V.M.p
skadsmik# ved.1 OVSIAIMW[O;, A.I., red.; YOKETIV, A.Ye., Zvi.;
K~W, N.M. red. & PUZAKOVA, 1. F. 9- W. I DEMA 9 V.$I..$
t4wh% red. 1* 1
(Complete collected works in seven volwme] Polnoo sobranto so-
chimsU v seri toaakb. Moskva,, lid-va "Kalos.0 Vole.1-2.
1963. (MIRA 17:2)
1. VassayumWe ak#Aoziya so11ekokhoq4Wxtv*wVkb nsuk Inal
V.I. L*Wna (for Groben', Mellkov# Wikolaytv, awtwv, -udin).
2o Ch2on-korresposident V3*acyvsmW &Wor-ii sellskokbox7eystyan-
raft nauk iveni V.1.1aniam (for O"pw1kcv).

sluumt A.Z. -
Role of the form of the buw In tho bdmwlor of pilla foaWlstlaws
Nwm*.trady LU no.94~103.IU 062. (X[PA l6d)
(TOWKtatlaw)

L&YWT* X*T., dakUr tekhn, a&*, prof*; HIMkIKUT, ze.rs kAnd. taidin. naur.;
VINDIAUW# Aotes inuildo tokhme vauk
111I Mill Ifloation of @woo from dust a" prospects for its is*
Is Ift'.rars"d Ovel velfleatiou'. Plebes. 0~6, w61. WASM-22
159. (MM ISSO
101"UM 'kh Iskepwova An ~.*
Soma saves-Industrial appliastie")
aw Parifiestion)
iesi vairiestion, UMorground)
l

NMIKOV, TO.F.; NIKOLARVO Aj.;~,~IWOLAM, Mu.
IAcowt~Lc dust collecting pilot pWt of the Institute of Gas
Investigations of the AcedwW of Valences of the U.S.S.R. and
the results of first experimutal invvettgatlow. Tlr~ ZGI
16052-362 161. (NIRA 160)
(Gases-rWifleation) (Dust collectors)
(91trooonle wavem-laftstridil applIeStIcna)

-iilly F#,d.,)n,vIch-
y z,ovI L d,ceave(I)i
SOVKIN, Va.
v'v t(l -I; 't, i r 0Y c -to
:3FATINOV, rikhall
SEVA~,'T'Y)I&Ii, ldla~j~rlr Ylt'j-1ilevich; MIKHAYEV, N.J., r-.d.
(Increasing tho pmiuc I'll vity and improving, th8 quality of
-urfnr
es -ubjpct4,d to irritJing) fovyAnnle 1;roi,.vofjIte1'-
I uluch.,11-onle 1-overkhnosti prI 11ilifovRtAl.
~:Iilz!noo J-J-v,~p 1110, I(P
?,uiLr .3
01.1'A 17-.'1)'

A 7
S 0 U RC E. Ilysukoproizvoditc,"noye shlifovaniye. Ed. by Ye - N. "~~4 a
tekh. rnashinritz. In-t mash-Inoved, AN S55R. 1-1, oow, I (I - v o AN' '~>57
196Z, 1-"4-133r I
T E XT: The objective of thr.- pre-aent exper-mental investic4nic"n, was th,(~ study
t.-i,-- effect, of varioas touchnological far-tors, un tlic- pr,-):IA,,jrtIvi!y of ti,ie ,rzinulzrig p;ocs~ss
t of th.-, nonunifoi-rnitieq ()' '-iigh-spc P
and o7a t~ie O"e ~ro;-;Id I'lir ed o
lions were miadc possible by a novel tu-bohrlical r-c~I-C.GGA*Ce grinder. Experi-
mental grinding was performed un tl-le -iphericalkly gro-m! race ; off b Ca r ing 5
of E.X, 15 (Sj,,KhI5) Stecl, and tile fallowing 'were eravr.: (1) Con-
of ordivir,, i riinding relative to Cie.
Im -Wh
;7
Zia A-1
favorable effect of an inc ase in tlti-c-p iiifidi4r. - -
vxc,dilctivity of the spherical grit.ding proce s,; and on thn, !-;, gh quality of t.,- t stirfact,
01~! ground parts. (2) Additional r1ludy and clo-ient control ovei tiir.- prlncipa
technological facvr)rs -If the grinding procc.-is is reqiiired, it high, productivity,
Card 1/3

Per.-.ulii -ition of the internal sph--rieal . . . . S/795/62/006/000/003/007
cleva--i:4 quality, and good accuracy of :h-: ,iurface i, ta be obt;-.ined W,,tj,. a
I rific constimptioa of Ov grindin,, tool, (3) T.- I
-1.%1I If% Valov:!; of th(, princiim!
14ictors diffcr subfitanti;;Ily in high-sspecd grinding from those. oblain-
A A I j I .'.,I
ing in crdinary grinding. In p;~rtti%.n'ar, tYc-. question of the o;ti: ,I increase ir-
ci t-h~! part and oFthe transverse fee;I arises; controlling f--,ctOr herC is
no longe r the productiv:t-l oi the grindin- F, Sn' n-,~t thr qua ty cJ Ihc roi;rd
sui-Lace, which indirectly is o v. -'or the nervici~ liie Ir t",,e
a criter,
hi g ,-i-1;pced internal spherical grincing, -a nev;- ;ncrvv-,t- in rat~O, narnely,
v fv
pL-rdpr.-
process. (5' This sign-Ificant increasc ir, feed rate rf tht part ;.-. hiFh-.spt-vd g ind -
irat .-oves the surface quality ar-ld mi.;irnizeq t'--.(- tpprarance of hot sp,-J-5. T h C.
I
latnzr ii, attributed to the decre:,ise in contact time hrtv-~ct-:- p.-irt And, srinrllinj? 6 i s
and, iiente, to a d ecrea-ge in the rie ti-it:rmat" c 114'. c in n r, c D n?:-A c r) n Th C
.olb-,%ving recornrnendation5 are rnadc: Of U-,C
(a) I -- ., ;, A 1 S Lt r- C! a ,, Vic
g~-ind.-'ng disk from 30-40 m/3fc to 50-60 (b! .'evd, Of -.1 a part "C' ~C
I
inci-cased fr,:mi 100-250 nihnin to ~~G'0/450 mh-nil,; ir. mnacihineq w-110-i a Inc-ch-lrii-
.-idl drive. '. the transverme feed !;houldl bv Z.7-3.2
recommendations should br,- errployr~,d in tl-.k- (-A many existizg
circ;u'lar grinding machines in the and tool inrlu and al-so m the del"
I
an I doveiopment. of a more iive inodel of thc 73 -5M,'(LZ-5.M)
I-
~avd

of the intc.-rial 5p.inc rical
'[)
~Irj:lldirng machine, produced by the factory
that, 0111 specific P~.-O'-,Aucnivity of vullcanite grlniing disks is f omcv.,ht~t r in
6phi.~rical, grInding than in ordinary prinding. Additional svdUcs ar,-- re(iuired
dvvelop -ic;-,v abrasive lools and new nic-hods to- -,phcric4 grinding. There are'
figurea and 5 Russian-language -';,ovict referenceb.
Card 3/3

~ACC~Mgi M6030469 -SOURCE 'CODE: Ult/0413/66/000/016/0095/0095
INVENTOR: Rob,lev A. V Mironov. S. S.; N11WIaleX. A. K.., Strakhov, G. N.;
Shabashov,-iia-017.;25ergivy6lv, L. W.; Goryun v L.
IORG: none
TITLE, Copper-base alloy. Class 40, No. 185068 (announced by the State Scientific-
Research an-3 _ Design instituts, for Alloya and Proces8ing of Honferroun Metals
(Gosudaretvennyy nWhno-i~~1sd-3YattA'skiy i proyektnyy Institut splayov i obrobatki
tsvttnykh metallavy
JSOURCZ: Izabreteniya. promyshlennyye obraztsy. tovarnyle anski, no. 16, 1966, 95
TOPIC TAGS: copper c%romium alloy, zirconium containing alloy, vanadium containing
alloy r 0,000e40"000" NLLtlyj 0400"R 43095L 09A.,Lop
ABSTRACT., Thle Author Certificate introduces a copper-base alloy covits tf ing y~roffilua
and zirconiumXlTo Imprrve the alloy physical and rwchanical propertleol tts chemical
compi;9-1tion to set as follows: 0.2-1% chromium, Ol_-_Y.Ff -zirconium. and 0.01-1.0%
*vanadium. IND)
SUB CODES ll/ SUBM DATIS 1OFeb65/ ATD PRESS: 5076
669.35'26' '292'296

-3-

T

I
WMI I.T.9 XMLfiMq A.K.9 ZHATmOm"s L.s. Ruirmon, t. r.
im roar4em to rosouttems at the j~A4 ne~ or aw awtmi
ftMtUe of Vw CM, OowvWy 25 woUt490-492 160~
(NM 2302)
1, POrwraratekly 41swom mV 0
(fwvwwrldl&-~TqbrlA)

A. U.; SAFLN',, R. Sin.; KAIRASSE.-Wrp A.P %G.
"Lwast4ption of mass traneffier and chealsorbtion In a rotary-type apparatus."
report submitted for 2nd All-UnIon Conf on Heat & Mws Transfar, kinsk, 4-12
My 1964. .
Kazan' ChmIcal Technology Inst.

WGDLVOVSKff. T.K.; fIrLOIArlff. A.K.; MYORTSOT. G.G.
studyl" 81141" la oea-c"t worklalp. maxWO&I OMOUG&
26 w-5137-W IV 160o (MINA 1387)
1. Swore-Zapwkwyo goobwmwlmlye (for moddsamkir, Elkowm).
2, 14090YVAWWY MWtM-lG$lO4OVaSOl*GklY 1MOtItUt StdrO66010611
I Imbeaermoy loalt (for VA"rtsov)o
rswlp nIaLng) (lanalidoe)

It A Nakelowlah.. SYMMA, T', r*d-; I-MUMTSUTA. F., tgkhn.
ll*Sft =A radlel Ivids I radlo,, NesWat fts, ls&owg polljo U"s
1958. 37 P. (WA 1119)
(ft"O) (r*ala. VWlulr 1111ob. 1870-71024)
V.

**T-,`IAY"V, A.
N Tr, . ,y, jj /V
L-50 NTMATMTO A. V. Csnavy
radlotekchn!ki, Chast' I (Princirlps of ra(]Jc, enCJn'!crJrgq
Part I). Yo~cow, Gos. Izd-vo ht-irf po voprosan av7azi I
radlo# 1950- 311P- DLC TK655U-K(.4-; QJIT- No- 193-B-
An expositicn of +hv rencral principIcs of NIndiu
onjineering" (ET v.Uch the author rcans Iii&,. frequmcy
engin,jo-rin() In Uie broadest nenso as well as Uric
y of the pmcec- es -~;s-d 'n radio eng'
th~or
equipment. Th o:)k wan approvrd b. the '.41nintry nl~
Higher Educatlt . of tfie .1 an a mmiual f~)r ',,!Cher
t;diocls of electrical engineerIng.

KOTMOSMOT. Vlaftair Alcksandrowtch: KIKOTATV. Alsk"adr KlkhWI*vlch;
~~# W.L... Avotesvemwy
redlator
(Potselples st radio smisooriqj Onaevy radletelLbalkle Nookvag Gas.
Ist-wo Ift-ty pe voproome owlest I redlo. ft. R. 190. 3" p.
Exieverizal (am 719)
(awls)

HIKOLAYET, A.M.; GOLUEMVt L.O.
-- ~1~-jjdrodynasic characteristicat of a fluidized bed. Tz-. 7"
uabob, save, khis I kblxo tekhe 7 no*50554V 164 WRA 18ti)
la lafedra khimlchaskogo m"hinootroymlya Kasmakoge khtsikt-
tookbnologichaskago Instituta Imni S.M. Kiron*

DCRONINP V.,'I., lnzh.; NIKOILAY-EV9 A.M., doktor t.,*,J,r,-r;wi.'
Inveatigating a pulro '-il!f' f .' '..
KIlim. i neft. mashinotr. ro.2:,,-() F It,5.
W,-.). 9.~ ,
i...% 1 1,

TORONCrv. T.G.1 NIKOIATW. AoK.; PRU=MN. S.D.
See utters of Urup Leland* Snob, Sakhal. kespl. naveho-isels
lost. AN SSU nool#:53-73 156. (XIM 11: 5)
(UM Islaid-41sa otters)

: MOKAUT A.No
Djummi" of the populatles of goomMtka beavws Is the U.S.S.R. Traft
$W&,, kaml. asugh.-I"I. lmto An Son W. 91108-121 #60.
(KIM 1414)
(B"vere)

MUCLAIICW, A296-
Distribstim, abunftfto, mW bi2lea of sea otters. Th* sew.
IWO kwe 1196121214-217 9610 Om tit, 6)
lo likhalindkly ko*lek&Vy nauchnew-lusledowatellskly Institut
sibirsksge stdolont a AN $Me
Tplaclic Ocoan--Soa atters)

19
124-57-2 -Z45Z
Translation from: Referatitnyy zhurnal. Mckhanika, 1957. Nt 2. p 131 (USSRI/
AUTHORS: Galeve r.. A. F. , Szekeli, Ya. , Nikolayev, A. M.
TITLE: Determination ot the C--itical Velocity of the Shalt of a Suspended
Pendulum CentrifuHe (Opredeleniye k.-iticheskoy 3korosti vala
podwearo% mavdtniko%ov tsentriiugi)
PERIODICAL: Tr. Kazansk. Ithim. -tekhnol. in-ta. 1955. Nr 19 ZO. pp 307-
315
ABSTRACT: Bit-liographic entry
1. Ontrifuge,;--Equipment 2. Shafts-Velocity
Card 1/1

I I-olaycvv, A. If.: "rhvc3attration of "c, -mn~- ex,~h=x..c ir. a -ot,-.r,7
'fin Fi- er vAuc--,i~j*o-n
ivril Thit. tn4mt D. 1. Y -0,eloyel.
UrAn Glircicotnc inoloj-
Vonno-dw 1956. (Dl:jicrf.,%tlon for tl~e of Dcwcfr,-~ In
SO: YntnhmtyrL letorpis'. No 27, 19r,(j. 'Yoicow. Pares 94-109; 111.

SOV/124-58-1-834
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1. p 109 (USSR)
AUTHORS: Zhavoronkov, N. M Nikolayev, M.
14_~~ ---A
TITLE: Determination of the Eddy Viscosity of a Turbulent Flow in a Rec-
tangular Channel (Opredeleniye vikhrevoy vyazkosti turbulentnogo
potoka v kanale pryamougollnogo secheniya)
PERIODICAL: Tr. Kazansk. khim. -tekhnol. in-ta, 1956, Nr 21, pp 177-193
ABSTRACT: Its order to investigate the distribution of the mean velocities
over the cross section of a rectangular channel, the authors divide
the flow into three zones, namely. a Isminar sublayer, an inter-
mediate layer, and a turbulent core. Formulas are obtained for
the velocity distribution and for the turbulent viscosity coefficients
in the above -mentioned three zones of the flow. Bibliography:
6 references.
Ye. M. Minskiy
Card 1/1

Aleksey Ir-p"I
t I...
Kirov) awurded sai degree of Doe Too.-& S,i for 20 Jun 54~ d"Alonne Of
I nampoobmen"I
dissertationt "Hemenrch in croinges of irmss/in roti-itory Appimitim" lit
the Council, :4os Chemico-Technol Iririt imeni Mendeleyaw; Prot lio QP.
15 Feb 58.
(Eyaus 6-59120)

MMUM,.A.. M.., ZKAVORONKTqp H. M..p and gn=Ollo A. P.
"MWwrImental. Verification of the "Two-film" Theory In Absorption
Processes."
PaWrt submitted for che Conference on Beat sad Mass Transfer,
Mask, BM, June 1961.

NnMLAM, A. K&P UFI%p R. 5.9 and 22AVORONK-40 N. M.
"TavestlAption of the "Ical Absorption md Chealcal
Sorption Proctoses in a flotationary TyW of Apparmitus."
Report subaitted for the Conference cNi Beat wd *so Transfer,
KLnuko MR. june 1961.

NnWAYVIA A. M.p ZHAVOMMVo X- M., and POMMAROV, I- I-
"ftzj~ Loads and Was Tmnsfer In a RotatLonary Disk
xxtrector."
Report submitted for the Conference on Heat and Mass llwwfer,
Kinsk, WSR, june 1961.

VA"Mo Vilrool
smat at bmt 0=6m"w 8-tive"m = tolow"twe ccadltlom
As a am it ommslrAa alw*m~U stlUi. 1swevlo,odeb.
U" Edb-ftft. & m*5s$994162 IQ. (Nm 341u)
1. K"Ummy ---A - obookly Imutut imai S.M.
Ki"Wo Noreen , - NNA -
obat msv~m)- Mt""*
Zp'U) (Amoula)

1"A~r~
S51M NRI 001667
AG AP3_
T'H I ) R IAikhaylov, 9. M.; A. M.
TjTr*
Mi Generalized equation for the settling of apherical pArLiciej.,
SI01;IR1I"E:___MdmIya i tekhnalogiya topliv i mmel. r,), 6, 196~;.
TOPIC TAGS: equAtions, free aettlir4~ spheril-.41 pa~Lvl;~' , 'Ia74__~_ -tie
v U, M.- 4 ~__ - __n'
turb.ullent rotion, trar-nitional mQUon, Paymold3 Axrh_imc~jvi n,Lr~ber
IMTRACT- The proposed new geniral c-quation for re3tric'...r.1 6:,-1 fret. SettlAng of
vphvrical partdcles as r-hown in %he en,,,Irsure im, valil for all thren xy3-tems of
notioni lAmlaar, turbulent, and tratir-Itional, -The of the equAtion
is givem. Ita w~curacy Comparen with Irom kncwn
hydrodynamilc equation!;!
ASSPXIATION: Khlmiko-tekhnologicheski- ir.3titUt iM-, Yir.m), kazan (C_h(,mi-,_.iI
Tech_m)lojry- Inatitute)
SUBVITITFIJ., 00
PA 7 E L' 0; 1
SUB CIOD . aone NO HEY ov';i W) T~ 71ER C$O~
C a.' d 1

SWIN, R.Sh.L!YQUZVtv.A.M.&~=AVOftM07, N.M.
nob of Uw pmes"s of fteleal abompuce ead suffilowpti=
In a roWy-tM appmtus, TrW KK]ffl noo)Ov341-352 162o
(NnA 16~10)

flolmix, N.M.
PONIKARNp 1.1.1 NIKOLAZT, A.M.; Mil
Lbdt lads md ~s trmOor in a rot*tLvg-"sk extreaW,
WI* UM 00.30052-3" 162. (ICMA 16 110)

PONIKAROV,, I.I.; NIKOLAIVV A.M.
-
Brflelesey factoor as a criterion for the comparative evaluation
of extraction apparatus. Traly KKKI no.30060-364 162.
(KRA 16slO)

POWMAROV, I.I., inzb.; NUTLAM, A.M.,O rloktt.;, twelkhner,&4 4'AV(rf..',:Kcr,
, f
0
X.M,, akademik 'I
lumatigatirg Ww llmdt lo"s,of a rotary.-disk extraction apparatus.
WA.uashinostr. no.6tl6-18 %-D 163o (KMA 1712)

HIKHAYLOV# G.M.; lGKpt4F.V _ A,X. ~.. 4..
,~j --- - --
Cootwrtlimd roonliwOr nf the hydraulic$ of a fixed Crawjl4r bed.
lvw,vyw.veb*b.nv.;khiu.l khim.tokh. 6 no.5061-WA 163.
(MIRA l6s12)
L Kaxanakty khtniko-iAkbaologichookiy institut in~nJL girovs,
kafedra khimilchookogo mashinostroyaniya.

KONSTANTINOV, TO.N.; NIKOLAYFVA-~!_
Naas tr4nsfer In the r9atific4tion of wiltIccaponant
mixtures. Izv.vy*.ucheb.z%v.j n4ft' I gas 7 no. lo53-58
164. (MIRA 17:7)
1. Kazanakiy khimiko-takhnologichaskly institut Iseni S.M.
Kirov&.

FOINSTANiNOV, 7*.N.; NIKOIAYEV, A.M.
Mass transfer during the rectification of four-cczpm*rt alituran.
I". vys. ucheb. sav.j kbim. i khiz. tekh. 7 no.3s492-496 164.
(PIPA 1?:10)
.1 1. Wasanskiy khimiko.-tokhnologichaskly institut Imeni Kirov&,
, kafedre khlmichookogo mashinostroyeniya.

DORCANDII, V.J.; NIKOIAT-c-lis A.M.
Ultimte load of a Vjlsod extraction column. Izv. v7s. ucheb.
sayal khIms i Mix, tekh, 7 noo3i497-500 164.
(XIPA 17sIO)
1. Kamnskiy khlmiko-tokhnologichookly institut Imeni Kirova,
kaf*dre khImIcheskogo mashinostroyentya.

~ r-sir, tj e r 11 r t, Ti-,; -3 7 C- hn
Ihqjq 4
1. Kvfodra
9 k hT '. 0 1 h f~ s ?, C, n 13 .7x-

DILLUM, gaves OwistafaravIch; IHIKHOV, G.S. . daktar kbim.
Pak a rot'"nWass (;TQTN I a. IrQW, soVkhoss muk,
maul red L
or libeessuklml OWAM lWr*&Ili&, NO-
dwap lpismbwftia "w"abl~tIt 1965. 6) P.
OGRA AM

Mulmolt Eiviqgv, A.M.
Ggnoralftsi reguUrlties of the bydrodymalos rf a gre-n-.slar Ay*r.
l?,T.vTs.ucl*tp,&*r#; Wlm. 1 kMm*tokbe 8 no*21)2-,--333 165
11CRA !Std)
1e yaravlavsklly t-shbulctlobasidy InstitAlt t Ksgaukly k1hbILA(-
tekbeclaglabaskiy InstAltut lmni Kirows.

ClIcksocise ~Clstekmwe lick,
k
e, I it k 4o e I ock4w e lsek4wel* ck
I
0 .0
ie 0 TIOC &C %6t C Tick i
C I kit 'I k
0 & aoLk... ~o
e,IICkGiyw C it 4LSWA
Pw nshqmft 9'm (I
IA44b, 3 t
I

1 0
ore I uf *1 z Icem
pt
0
~ to I m
i ~ I
,~5t 0 p
10
I ~
~~
60

0 0 6 0 0 0 0 0000 10 0 ts 0 0 0 -0 0 0
0 4 VI 14 ti 11 0 111 r j: to 0 It b p a 6,
-100
00 A
doe
Sit.,
I
we* t t t fit- t Ittfillf fill 1111

~ - T t 11 T- "
- r ~, -A. ~ ~ L A .
s`50/1591 Mmufacture of skin milk Brynta cloeso fro-a r*w's milk) Tyrabotka
tashchal br,,/nsy Is obosshirennege korovl*go moloks.
Majac- b"MMI 0, ?Mt 5-6. 1040.

&-.AL -%JAL
VIM
w
!to* 0 0a w a
ve
-00
ll~ dom.
46 Mom
"go
ago
1 vo
~l NE
0, jj a- mks"-. 100
0
*00
ve
t"aft"m clam"~
some w
ISO
roe
111%O
00 00
to -

VMLAEV, A.
23396. Opyt ~Mvare a.Topove. Moloch. Pr r-st', 1.049, No. 7, c. 12-14.
SOt LMIFIS 10. 31, 1949

t 4 t f s T ,F Ir w wv iFrwn jot ItAt it ?F-z Ir U- W- w au P 4
h _A & S Ill Ir L~j I -,L fA A i4 P j V -A I K s-
nowWWSWO A
M."Aaw room. I*. %a. a. Aml am swoo-,
Ma. Otwom
MWWWWO6000948 edge age
I--1~42 lie 0 0 0 0 0 * * 0 0 0

xx alrba, 1.1i.; SOCIRL910 Te.S..; SORMIN. T.T.
r--mwo~-
(Ue$wwti*u* on cbsese mklagj Sbomlk t4khmolagichiseldift
Imtr&%ell po prolsvodstvu syrov. Moskva, ftebehop stet,
MOO 182 pe (Kim 1213)
1. N~eela (1923- U.S.S.R.) QIGTAOYO IAPMTIQRIYO orlodellaey
praWablemoiti. Obsome-larletloo)

Igriculture
li&k_tng sour, milk products, Moskva, Pishchepromizdat, 1952.
Monthly List of Russian Accesri-ms. Library of Congress, Dece:Jer, 1952. "!r.IJ.:;STFTK).

0- TANOTA, 11.9., r*dskt"-.- XISINA. Te.l.,
NQUAme. A ip.*-Aomlxt V.I.; I
A
T~lwwwwtr rwMktor
Efteguttes of tavd she@@] ftoisvdfttvo S"rdftb drrewo Nookme
ne;awwnsts"t. 1952. zzg p. (an 10, 1)
(amwee)

A Ndw&Nw-
GdMWGWOdWM 7(lm)-~mW&Uwmlnw SAWS
lame Vw a I w" #A ~ ls4v
~;
don,
Ildim.. Is w- - go% qM044 bw owe"
gonna" -600,
N2 am* ", Kaddsoa
- oft

IUKOLATW, A.
Choose
cormt md me" officlext method for wly parefflulng of dwosee Nal. prom. 130
so* so 1952.
2
9. nntUl List of Russian Accessions, Libra" of Congress, -November -1954, Uncl.

1. rilmayu, A.
a. I= (6w)
40 Choose
7. UltlAg Md KPOMING of Choose, Hol. prow., 13, No. 10, 1952.
9. V&JVU kW gL lasslan Accoggisms. Library of Cosorem !!t!!!ff .1953. Usel;aelfled.

:i 1'--0 IA Uf
,,Ibpmtws wlth eta-Vlard fartening b-Ats. NnIxh. pr*-. 1~, ny.6:
35 197. (WIMA 10:6)
(Cr*(,m separators)

Kmv~, 11a"mir ftdomviah, NKCUIW, Moksoy MOUrlovicht
=WSW. sale# "Ots"Gov Ammou-i - I T.
gap. 0 tomm.wea.
-*eMwlqW of dmool %1~*Imols Wn. ftekno I
Uut$ Im. I" v (=A 1169b)
ismso

I - 1:
i;ly A "eksev !A kiln." 'o.. A- .!I *1 7 -,It, it-l-'r ~ I _..i
. ': ) ; A )
~ 'J'T'an il 9 1 0 0 j 0 ) k I ro i . ; t, I ' ~ ri,) 2 . r. FA vAk , r e Iv n s., n z s~ ra ~ * . i - r. A . A ',,'A ,
L.E.., reds
[Tfchnology Of r~,003t3j oyra. 2. izi. IT a kv aj,
PJvhchavala prr--~:!hlennost', 19(4. 263 p. WIRA 17-9)

ALEKWYEV, V.N.; KOZHMIIKGV, I.N.; LEBEDEVA, K.S.; FAKARID,
A.M.; HAVEHKOVA, A.I.; 1,1HOLAYU, A.M.; ROZANW, A.A,
--------------
ITPchnological Jmtructiona for the production of choose)
Tekbnalogicheakie Instruktall po lroizvodstvu syra, Ut-
vorzWony VSNKh. 2. lzd. Poakvap TSintipishcheprm,
190, 161 p. (MIRA l8s5)
1. T5intrallnyy nauchno-Isaledovatellakly Inatitut welodoll-
nrly I syrodeltnoy promychlonnoatt.

NEMM A w0mv. I.1., professor, sawoftpehahly; 98MIAs NoTe, pro-
-- reaverftraIrtor.
Wale of oessialtation slallose for womems In the proventisa of stillbirth.
TOP'Pedlas. 21 ",3345-50 V#-Je 153. (WIM 6s?)
11 A berd"immialeglabsews k1lama uninamdaw Ipsudwesvenaw
pedlatriabookqp mAlteladtalp lastitula (for BU*IqM &M Begerev).
2. *livaimpadekly gendaretwooWy podlatrIckeekly madlSolaskly Icativas
(for 1hateva). (StillUirth) (Obstetrics)

DARUGA, V. K.; IAZUTAIN, 1. 1-; NIXOIIAYLVj, A. H.; SAMAK-J, V. K.; SINITS'I'lli.
B. 1.1 TSYPIN, S. G.
Neutron par"g* through carbon and an iron-c-arbon mdxtjr,*. Atom.
energ, 17 no,D60-63 J1 164, (XIHA 17%7)
AL

MASIAM N' HP V. 1~1. ; 141KOWIN J., A. N. ; . 13. 1. ; T.;Yr,-' N , S. G.
Attenuation of beasm of fission neixtr,~na in Iron-wnter
Atom. energ. 17 no.1365-66 JI 164. (Mli(A

WI 4.4 44499avj,
ACCESSION MRs AP4042264 9/0069/64/017/001/0060/0063
,AUTHORS: Darugs, V. K.r Lazutkin, 1. 1.1 Nikolayev, A. N.1 Sakharo*4,.
,V. X.1 Sinitsy*ns B. 1. Tsy*pin, G. G. ---------
TITLE: Study of the passage of neutrons through c-rbon and through
.a carbon-iron mixture
SOURCEt Atomnaya energiya, v. 17, no. 1. 1964, 60-63
TOPIC TAGS: reactor material, neutron cross section, neutron in-
tAriction, neutron spectrum, fast neutron spectromntry
ABSTRACTi In view of the fact that theoretical calculations are
inade difficult by lack of detailed information on tho crosn sectiona
for the interaction between neutrons and matter, the authorn consider
the spatial distribution of neutrons of different enorgies passing
through layers of carbon from 10 to 130--150 cm thick. 'llie passage
of neutrons through an iron-carbon mixture containing 37.0, of iron
CGrd

ACCUSION We AIP4042264
by volume was also investigated. The 8-2 channel of the DR-5 reactor
served an the neutron source. The measurements were made under con-
ditiona of semi-infinite geometry,'and the neutrons with 6 > 3 MeV
leaving the channel had the same energy distribution as the fission
spectrum, becoming softor at low energies. Sulfur and aluminum
threshold indicators, thorium fission chambers. and proportional
racoil-proton counters were used an fast-neutron detectors. Thermal
and epithermal neutrons were detected with copper and indium reso-
nant indicators. To permit comparison with the available results,
the experimental data were converted into neutron attenuation func-
tions of an infinite flat isotropic source. The experimental data
show that the neutron relaxation length in iron increases for low
energies, while in carbon it remains practically Constant over a
wide range of energiese Consequently the addition of iron to the
carbon decreases the relaxation length of the neutrons in the upper
groups (H > 2 NeV)'# whJle the addition of carbon to iron decreases
the-relaxation length of the neutrons in the 1-1o5 NeVe By choosing
twd

&0=01(0 Nits AP4042264
q
v

-T -

01
Neutron mIttenuation funotion to oarboo fo:
different energy groups. The deteotors
Used wares
1 - Al 27
2 - S04
3 - Cu63
4 projortionol oounter
:5 The
a neutron fluxt r*l. units
a OF
CPR
40

- L 2-097-61.~-.
ACCESSUM URt AP4043991 S/0089/641/017/002/0145/01-A
AUTHOM - Daraga, V. 9. Nikolayev. A. No, - Pinkhaelk, D. S. ; Siniteyon. -B. L
-Nunn
TrrLX3' Study of passage, of fast neutrons 11 rough sodium
B.)URCS: Atommaya energiya. v. 17, no. 2, 1964, 145-146
TOPIC TAGS: fist neutron range, neutron range. sodium, neutron detector,
proton recoil counter
ABSTRACT- The authors have determined the ranges for neutrons of greater
than 0. 5 Mev energy in a sodium prism of 13 x 1370 x 18 mm. The measure-
menta were made in the B-2 arrangement of the BP-15 reactor (see C. 914 Tsywoh~
Atomnaya nereiia 12, 300 VOW). Detectors wed wore A12-1 (n, Na
S32(n. p)pA. 4 2
Mg 4(n-. p)Na , and a proton recoil counter. The ranges for neu
trana.with energy 3 &Uv, measured wtth the f1r2t three detectors were about
.same (20 amh boway r. the proton recoil counter gave 40 am. "The authere are
grateftl to for the help with the experimental arrangemmt,
Codi/3

I-QkMm .67
ACC US AMOS (N) SDM'= ODME: UW00"16610WOW04WbW
AUFMI INNIMMo A. 9.1 swkbamvo V. K.; a-"-tgao -x- I.; NmdiWwld4 v
!TI=: of r"% rl"lon ~tftnf am% stftlot
I
In water
WOM AtoomWa 4=WgUao we 209 nee 59 1966v 42"23
lOP2C TANS nm%M dUtributime fast matme rAutm abowpLion, rft~Ur
- Ab n I
tut oqfalpmto N65 R"-
'AUIUMs swUsr mprima*a and tbmmtloa or uW
PWNNG at MWAV~ thm"A date and dwmnels in qixm bow restirietW to
. - Aan" ftm lftlkftpio ~d e"lftftl&a mcw4mt the im"Ugato the ilb.
f2son" st stwow 40210drisal sbomwls in water md the mg- 0t rmt timim
nommow tam I-- a IN usma "we& , rho szpsrl~tm Uwe weft with -stdkllatj~
162 of the M65 ressUr. Me mrstim mr4res um Uo asUve ~ ot am reasur.
20 BUMANN 4WIlaftled dmmn*U WA dlawtws V* ~d " m. So asmUm
Wwo WAfW ad dwmmm t"Odou lou"Unt lifth Impm flo on thmmb"

S/191 60/000/001/012/01"
B016/BO54
AUTHORs Nikolayev, A.
- mmmw~
TITLEt Plastic in the Building Industry
Plastic:eskiye
PZRIODICALt
savey, 1960, No. 1. pp. 49-54
TEXTt The author 11sts the fields of application of plastics in the USSR
building industry, laying greater streas on prospects than on actual use.
He states that at all leading scientific research institute# of the
Akadsmiya stroltelletva i arkhitektury (Academy of Building and Architec-
ture) scientific research departments and laboratories are studying the
us* of plastics. The author describes the individual materials used in thp
USSR together with their advantages, and gives the physiconechanical con-
stants for some of them. Specific applications and instructions for con-
struction and fitting are given for each case. The following groups of
plastics and their products are discusseds 1) Building materialat aood-
fiber and wood-chip boards, polymeric concretes, glass-reinforced plastics
including anisotropic glass fiber CRAM (SVAN). II) Heal.- ani soundptoofing
Card 1/2

"., xzOlATw.AJL---.
Cerials, Vroblew Involved ta the processing ot tbermatottind
sempresslea-wl" materials based on, phowlic remisse Met*
maser m,3131-33 060o (NM 13 16)
(PUwties) (ftenol condemestioa products)

IMOLAM, A-IL; SMIN. Ll.
mom i
follissoles of p3msmv to wAlatme. nest.maq a*.6tk3-" 160.
1
(azu 13:10)
- - (Micm)
j

MOLMY. A.W.
plastics as wdern InjUlog vajortals. nest.muser ***oil '609
(OW 13SII)
(nastles) (%IldIvc satertals)

MIGEROVICH, Kolgwl Isayevich. doktor tekbn. nauv. pror, IMLAM
Move A.Mes ratompmts 9W.-p
s"OloPAWKWAy Logo# teMme redo
(71"U,; liulldift mterUds =d artAelsel StroitelsWe mterialy
i Als"lua is plasumm. Noskvkt vass.vabs Rdarg.led-ve
hl%MktA9datp 19Q* U9 p* (NM 1581)
21 D"Stvitsis ChUs Akadmil sUaltolOafta L arkbitaktwy
~ (rar ;=Vy.
(ruffitles) (balldft mtwials)

Nixoumr_~k.x.
Cwt"s probbm Invol" speclaUsatlow Is %W mamfa4two of
Pl"tr ses". p2"toolm W*681-3 1620 (MM 1415)
(Pl"tics lsimtry--%"Pmt od suppu")

UULAnT, A.S.1 GLADCMNKO, I.P.; 5AZAROV, TA.
ft~ipb% PWFtAS 4"WdIS t440 M"t.
NoW w.M46-9D 062. ) Of NUUMtW MUr&Sb. (=A 1611)
(IWR"Wtle rabrles) (K& U)

PIKOLAIEV, A.W.; TAFtT=V, V.G.; VITENEIMG, A.R.; XAUMT-A, V.V.
Proteetion of the Intornal warfaces of abomical apparatus. Plast.
memy no.607-40 163* (MINA 16 110)

XIKOUIZY,, A.N.;,GLADCHEWjKO, I.P.; UTMOV, N.V.; IZGEMV, V.9.
tzparleme in the use of plastics in constructicm. rl"t.apggmy
no.1005-59 163. (KM Milo)

ACMUCK 09 AP4009835 0191M/000/002/0052/0054
AMORI Miko N. , Tartsevo V. a.; KQ11kOvO X$ V-i UtenbMs
Ae me I mvvwywmo 1 0 a -Nwrwano 0. S. I Namoofto V. V.
TITLIs Glass plastles for construotlonal purposes
30UWZt PlastIches3dys wss3P, no. 1, 1964, 52-54
TOPIC TAM plastics, glass plastics, binders, polyester, realn
PH-1, spo3W resinap styrene,, glass lubricants, WAss fillers* plas-
t1c tubes, hoxmethylenedludne, metaphenylene d1an1no
ABSTRACT: A very s1mple and effectly* tahnologIcal process for the
contlnuous mwwfacturs of &twp*d products from glass plastIcs Is
described. Mw products obtalnod on the stretching apparatus are
charsaterlsed b7 h1&% strw4th and can be applied In various Indus-
trial fields. Mw r*3&t1cnWIp between the hardeners and the process-
IbIlity of resla an the eant1wous apparatue 18 1nvs6tI%t4d for a
styrone-epaxide compound at a hardening twqWstavs or I C. The
properties or the styra ot-spoidde oampowA w1th dIfferent hwrdenevs
cmd 1/2

ACC=310H URS AP4009635
are tabulatode ew influence of now lubrIcente, As-lo AP-lo Mo
M-3. an Uw strength of glass pleatlo we Invest1gatod. 2w rela-
tionddp between the strength or glass plastle p1pes, under ax1al am-
presslan and the glass filler content is estabIldsed. 3magestione
for the beat cholce or b1nders, lubricants and fillers are given.
Glass plastic rods or small d1ameter made on the continuous mch1no
have a high breakIng sUwWth ~Wlar to the *Uwgtb of @tool
cables. S~Ige art@ b"i 2 tablqse
ASSOCIATIGHt none
gun 00 DATE AOq: 10ftb" IML: 00
WD 00181 CR,, NA NO Ra Sort 000 O~ 1 000
Cwd 2/2

41PLArEw A.M.
Optlomm volume pf pr3duction of molded goods from Owermoseto.
ting plastics. Plast.wasy no.31l-3 164. (PaItA 1713) ,,I

MINQIAVT. A. 5,
Cp4hM SOW volume of wticlas ~ufacturod fros polywric
notarials with Vie extrusion mawd's rl"t, wizzy iwo 5#1-)
164. (MM 17 15)

NIKOLAMP A.M.1 GLAMTnO, I.P.1 RIRGAUZ, G.C.1 DOBKIN, R.D.t SFEULCR, F.A.
I -~~ ~ "-
W1ndov cKsomontir imdw of glass plastics. Plast. sassy no.7t6C~-63 ~65.
(PCRA 190)

SOV/ 1!7-58- 10-Z0951
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 10. p 71 (USSR)
AUTHOR: Nikola
TITLE: The Rolling of Metal Powder* (Prokatka metallicheakikh
poroshkov)
PERIODICAL: lzv. vy9sh. uchebn. zavedeniy. Chernaya metallurgiya,
19S8, Nr 2, pp 113-IZI
ABSTRACT: 1he results are presented of theoretical and experimental
investigations in the field of the rolling (R) of metal powders.
An investigation is made of the influence of the major R para-
meters on the thickness and density of the strip, R speed,
roll-separating pressure, and the work of R. Descriptions
are offered of defects in strip arising in the R of powders, and
of possible flowelteets for the R of metal powders.
Yu.G.
1. Metal powders-Proces.,;ing 2. Ro.1'r-g,
Card I/ I

SOViI37-5~i 2-4117
An Exiens,ometric Method for Determination of Specific Pressures (con!.)
were inclined at an angle of 300 with respect to each other. In order to measure the
total pressure, wire resistance strain gages we, c attached to the two press,j!e
screws of the left working R. Indications from the measuring rods carryinp f~e
gages, the combined pressure gages, and the gages mo nted on the pressure sc;ews
were calibrated with the aid of a special attachment on a tension testing mach.re.
Inasmuch an the experimental conditions permitted registering the specific pres
sures in one sectional plane only, seven specimens were pierced in order to deter-
mine the pressure distribution over the entire deformation area. The readings of
the gages were recorded on an ascillograph of the MPO- 2 type, the rate of ad-, ance of
the filrn amountintAp I m/sec (in the case of specifk: pressures) and 0,05 m/sec
(in the case of the total pressure). The tests demonstrated that the values of 'lie
total pressure, measured directly and computed from the specific pressur~r pr a C -
tically coincide in the case of piercing -A,:thout a mandrel and &%-erge by Cr
more during piercing operations with a mandrel. This latter circ,;mstarice i
explained by the downward lisplacement of the axis of piercing with respec, tr 'he
axis of the roll stand and by the radial distribution of the spot strain gages-
D.
Cdrd 212

18.6c0 77161
SOIV/129-6o-1-9/22
AUTHOR: Nikolayev, A. N. (Candidate of Technical Sciences)

TITLE: Porous and Dense Iron Powder Strip
PERIODICALt Metallovedenenlye i termicheskaya obrabotka metallov,
1960, Nr 1, pp 28-31 (USSR)
ABSTRACT: Investigation was made of strips rolled from Sulina
iron powders (AK, AS, AM, AOM) and powder APZhM,
electrolytic powder, obtained from steel chips, powder
from pyrite cinder obtained by the chloride method,
carbonyl iron powder and powder reduced from finely
6
C. The unit weight of dry powders
ground oxides at 500
was 0.4-41(g/cm3. The powder was rolled as supplied, and
also after screening, anneali Iriding, and reduc-
ril'
$42
'
t
h,gh mill
tion. Rolling was done on: klj wo (roll
diam 50, 60, 70, 75 mm; Maximum width of strip 80
(2) four-high mlll (roll diam 75, 100 120, 150, 180,
and 340 mm; max width of strip 350-mm). After rolling
the strip was nintered. During the experiment the
Card 1/4 thickness, dennity, strength, and homogeneity of the

Porous and Dense Iron Powder Strip 77161
SOV/129-6o-1-9/22
Table 4. Properties of strip made of AOM powder,
after rolling for increaning the density and
after annealing (Bintering 1,2000 C; annealing
after rolling at 7000 C for 1 hr).

3
fP 21), 5 16.9
to 31.2 251.8
Is 10.7 24.3
30 30.2 22.1
60 2M. 8 23.4
Card 3/4

ACIMWO 0.104 MEMM. T.G.1 FF-TAMI.A.-EP: ~40 TU.N.
tolling titanium powder Into a tbtm strip using the method of
the forkly Pelytoobetcal Institute., Titan t a~Plmr no-31152-
M 060. NO; 13 M
(Titanium) (Metal powder products) (Selling (Metalwork))

S/148/62/000/002/005/008
f 9193/083
AUMOR:
TITLE: Causes of the formation of oxfoliation cracks In
metal-powder pressings
PERIODICAL: Izvestlyp vywohikh uchobnykh zavedeniy, Chernaya
metallurgiya, no. 2, 1962, 101 - 103
,rF-'(T: The mechanism of the formation of exfoliation cracks
in metal-powder pressings can be boat explained with reference
to Figure 1. When a preened compact is ejected from the diet
it expands due to the elastic "aftor-off*ct" and a crack to
formed in the section a-& . The magnitude of the elastic
nfter-offect in the direction normal to the direction of
compacting pressure can vary from 0.15 - 0.3% for better-
quality industrial powders to 1% for poor-quality products.
When this problem is considered, the elastic expansion of the
die itself is usually ignored. However, the dimensional
changes associated with thin effect An the came of a
cylindrical die with the 0D/1D ratio or IA-3*0 and the
Card L/4

Causes of the formation * ...
S/148/62/000/002/005/008
4'193/1&383
die had cracks, those made in the reinforced die cracked only
when a certain height of the compatt was exceeded. All these
results provided support for the view that elastic expansion
of a die in one of the main causes of oxfollation cracks in
powder pressings. If-formation of cracks of this type is to
be avoided, the following condition must be fulfilled:
d
+ 6
where c in the elestic deformation of the die recess.
d diameter or any other dimension of the die recess
in the direction normal to the direction of the.
applied pressure,
total wall thickness of the pressing in the direction
of.dimension d ,
relative deformation of the pressing due to its
elastic expansion,
6 permipsible deformation of the pressing.
Card 3/4

39923
1.14,00
S/226/6Z%0 00) 001 01,1
10034203
AUTHOR Nikolayev, A. N.
TTIFLF The effect of pressure on the density of piessed metal powder articles
PERIODICAL Pofoshkovays metallurgiya, no. 3. 1962, 3-9
TEXT This wofk links the theory of pressing metal powdets with the theory of pr"s-,Aoiking of metals
A new formula is deduced.
I - q'CPln P (161
I-P
where a,-vitW strength of the metal of which the powder nmade. C-cocfficient. and p - tetiti%e denuty, tho
forniuld determines the pressure necessary for obtaining pressed metal pouder P(.XJUcts of cnv given
density, without experiment. The formula is true for a relative density higher than when frKisan between
the particles upon ptessing is high. i.e. no lubricant is introduced, and indicates that a 100% relative
density can not be attained. There are 7 figures and I table
,%SSOCIATIW Got'kovskiy politckhnicheskiy institut im A A. Zhdanova (the Goikiv PolytechnKil
Institute im. A. A. Zhdanov)
sunmirrED April 4, 1961
card III

L3303
S/2a6/6a/000/005/005/007
919)/3)63
AUTHOR: Nikolayev, A*N*
TITLE- A vertical sintering furnace
PERIODICAL: Poroahkovays metallurglys, no. 5 1962, 89-98
TFAT: The main disadvantage of the conventional, horizontal
sintering furnace to that up to 60%, of the furnace heat-output Is
used up to heat the conveyor belt. trays, etc. In addition. a long
time In required to attain uniform heating of the sinteredarticlesad
to ensure uniformity of structure and physice-sechanical properties
which causes additional heat looma.The object of the present inve-
8tigation, conducted at the Gor'kiy Polytechnical Institute, was
to explore the possibility of impro-ing the efficiency of the
'I interiiig process by using vertica) furnace@* The principle of the
design of one type of such a furnav%intanded for continuous sin-
taring of bush*@ or similar parts, is demonstrated In Pig. t.
Another vertical furnace for the fabrication of metal strip by the
powder-metallurgy technique, shown schematically in Fig. 3, com-
prises the following main compensates I - device for trimming the
adges and p"esseatic cleantagg a - bakers 3 - rolls for compactirg
Card 1/4 1 .