SCIENTIFIC ABSTRACT MILLIONSHCHIKOV, V. M. - MILMAN, D. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134310015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L
ACC NRt AP6008762
The most revolutionary -discoveries are expected from''the study of
physicochemical life, pr .'su cellular level to the mole-
ocesses from the b
-caar level. Study of these processes may yield new understanding of the!
'I' rnechanism'of heredity, and inay allow control of heredityW ermittin
p 9
~rnan' to create new and valuable forms of microorganisms, plants, and
animal6.
er
In the field- of energetics power engine ing the.author cites the
idevelopment of new 6thods for the direct conversion of thermal and
M
gy, and,the mastery of the MHD,.-,
!nuclear energyto electrical eney
~techniqucs.- :X/
The gathering an pro-
facilities for communications, control, the d
ceasing of information, -and more complete automation in industry are
istressed Ias the most important elements of technical'progress. Parti-
'Cular attention must be paid to the problems of computor technology and
-reliability. Technical cybernetics will find broad application in pro-
~uctiqn, planning roject.-design, and management.
Further investigations Eire ne~6ssary. in the follo*ing areas: the
principles of self-adjustment and self- organization in technical systems;
~the~ development of.the principles of form identification; the theoryA~__
Card 316.

ACC N.Rs AP6008762
'relay systems and finite automata; and information theory and bionics.
I
'Research on the development of complex automated systems for engln6eli~~-,
ing calculations, selection of optimal variants, and retrieval of technical",',
information is most important.
Aspects of the quantum generator will be investigated: Its efficie"ncy -1
and.power, the assimilation of new wave ranges, increase in frequency
;stability, and the search for new sources of quantum generator excitation.
Further improvements in the. application of quantum electronics are
anticipated,
-tool Industry
The, necessity of improved quality le vel.in the machine
'is em asized, and the need for rapid adoption of now hydroextrusion,
ph
aigej electrochemical'
electric disch. and ultrasonic machining processe
-1s'underllned. Also,~ new electronic beam, ultrasonic, and cold welding--.""O,
techniquea- must be mastered and assimilated.
The Impo ance of resdarchln the science of materials leading to
it
w,hi ngth and'fidi I
.'the productioi, 66i~, ghastke at-resistant a a
ei rob eI c e.serioiis'the _eti-w
..asserted'. sqiv' dp'la'stIcity1will ren or
cal research 'd-hr:01" C: a cts. ~ahd 1he' effect. of
fee
stal 4P e
fillers.
c4a

96 -66
58
.:.ACC1__W1t_._ AP6008762
The development of perfect, defect-free'single crystals of certain
~.oxides will make the production,o high -plasticity. materials possible.
ithes''e- materials will be superior to metals, as they will be much stronger
than the. best steels and will have. greater Infusibility and resistance to
the action -of aggressive environments.'
Th
6 n6men clature of branches of the chemical industry 0 r6,1ewed
t
-and the impor ance of this'Industry in the development of the national
Part
economy to ein p*hasized. icular attention must be paid to the develop
ment of scientific -principles for the mechanics and chemistry of polymers
in order to produce materials possessing high- and low-temperature,
to of semf
chemical, and .04q#
p" qtqoi es -conducting
6166tro'nexchange eii a. The 'search for new stabi-
polymers, ion ahd
'lizers and plasticizers for poljMerW and their effective protection against
biol. gical corrosion must be further developed.
0
'In the field of Inorganic chemistry research must be oriented to the
Improvement of strength and other mechanical. properties of pyroceratnid
:ceramic, and other materials.
Attention must also be given to. the -development of new geophysical
and,geochemi6al methods, and to more. precise geophysical instruments,,',
I Card 5K

L a6581-66
ACC NR, Ap6oo8762
and also to now method6 for mineral prospecting. The final part of the
,.x--port deals with the organization of the scientific community, its problems,:;
and conditions governing successful achievements. Millionshchikov stresses!
Ahe importance of concentrating scientific skills and means for developing
1
Ahe most urgent trends., Increased efficiency on the part of scientific
personnel and rapid practical applications of sCientific results are
mentioned.
_iuthor points out tfiat'n'o't all branches of industry and ec
The
6tiomy In
'USSR operate at the same level ot efficiency., Despite the availability of'
-~,;'first-, class scientists aiid research institutes (for-example in the chemicali
-.'fteld), there is a lag in the development'of technological processes and
.'in building plants and facilities which utilize new developments.
The author' emphasizes the necessity of economic analysis of the
industrial structure to demonstrate.the difficulties and-expressed hopes
that the recently established profit-jncentive systent will expedite -the
'-successful development of.scien-ce, technology, a~q!~~4?pomy.~
LAM PRESSs 4229-L7
SUB CODEr .20# 05s 07* 096 10 SM DATE I none
tam 616 'J,

NILLIONSHCHIKOV, V.M. (Moskva)
------
Contribution to the theory of differential equations in locally
convex spaces. Mat. sbor. 57 no.4085-406 Ag 162. (IURA 15:8)
(Differential equations) (Topology)

8/020162/146/005/003/011
B1121BI86
AUTHOR., Mill ionahchikov.,.-,T_j
.TITLE: Theory of differential equations with a small factor at the
derivatives in linear topological spaces
PERIODICAL: Akademiya nauk SSSR., Doklady, Y. 146, no- 5, 1962, 1021'-1024
TEXT: A.. S. Tikhonov's and I. S. Gradahteyn*'s theory of differential
equations F-nidxi/dt - f i(x11---9xk#t) .('.0 1#2#**epk)1
(3)
nI> n 2> ...I >n k >1-0 (i = 1 9k)
(cf. Matem. sborn.v 27 (69) ' No. 1 (1950); DANv 65# No. 6 (1949); DAN, 66,
No- 5 (1949); DAN, 81, No. 6 (1951); DAN, 62, No. 1 (1952)) is generalized
'for arbitrary linear topological spaces L. The following theorem in
derived: Let the following conditions be fulfilled; The not of equations
dx/dT S'f1(x1Px2P**'09xk9t) its uniformly asymptotically stable with respect
'bard 1/2

3/02o 62/146/oO5/003/Oil
Theory of differential equations ... B 12%166
to a certain set R of singularities; the equations
dxl'/d-i - fj~xj1,x1.,...,Xk1' t* + En
dxil/d.r , an 1-nifi(X!PX2'1")CiOt* + 'E'11T) (i 29*..tk) (5)
depend continuously on the parameter; Cauchy's proble.m.for system,(3) in
unambiguously solvable for all the initial data of a certain domain St
then the solution z(F-,t) of the initial value problem
(x1(t dvx~.(t 0)1...Ix k(to))x11x29Of**~9xk,6) (39
-will uniformly tend to z(O t) if & tends to +0.
1962:
PRESENTED: may 12,
by I. G. Petrovskiyg Academician
SUBMITTED: May 6j-1962
Card 2/2

III LLIONSHC H i1KOV)
V V. H.
Recursive and almost periodic limit trajectories of nonautc-monous
systems of differential equations. Dokl. AN SSSR 161 no.1:43-44
Mr f65, (MIRA 18:3)
1. 14oskovskiy gosudarstvennyy universitet. Submitted October 13,
1964.

MILLIONSHCHIKOV, V.M.
As;Zpt-o-trc-IJ6hnvior of noIntion3 to linear systems with small
perturbations. Dokl. AN SSSR 162 no.2t26&-268 my 165. (MIRA 18:5)
1, Moskovskiy gosudarstvennyy universitet. Submitted January 19,
1965.

MILLI ONSHCHIKOV, V.M.
Stability of the characteristics indices of limiting solutions
to linear systems. Dokl. AN SSSR 166 no.1:34-37 Ja 166.
(MIRA 19:1)
1. 14oskovgkiy gosudarstvennyy universitet. Submitted July 23,
1965.

MILLIRUD, B.T.
iw
Increase the production of sugar and decrease Its cost. Sakh.proz.
30 no.10:5-7 0 056. (NM 10:1)
1. Shpolyanskly makharnyy savod.
(Sugar industry)

V
Spinal 9
:Ith fe-1114 OXI
longing to the tPrauTy IvOem Fr~), L,,Ij 'I -c
ffepd. by ren-4ink med"IA r.i.,
tionbetween md 4nd r"01pr o *,A t I t!
PeO, CtYSt:Lls tMil " Vilrtlm(

r'l z-

! " . ~ v~ %~ ~, - .~, .Z~ I t , - ~
t, 1-.". , ! . . : .
, - - ~ ., - -:~4 ~ '.- ,
.-- j ..44-1i ~.- - ~~- -."6 -. ~ -

e strWard.
DWsLndL-W1Toer(Tech.-Univ.iBtx t. - Ada #m.

C
A
yi

-,
sent aductors at ternary system
Y
FejOr7aG401 is a foaction of the cotapa. 'ne changes of
r
;

I
the cond4 mu be EXPUlued by the presence of partly occupted
e;d

.
;x~. sites fa the spiud lattkA of FeA, Addas. of
TIOj (a excess of Ahe coam, of the emp,y space, are not In-
oaxporafed Into theUttice. Za*", is only incorporated &t,%-
+
these tpaces It there is am insufficient no. of TP
ions present
to occopy all emptr s"ca. Zm++ however owcupies tctrv,-
Ifedrg Intemic*s. :.he changes in resistivity and pmfAblUty;
tatemp. mildcompa. an
it.
Salosibtfl;V

DIAtrt 492cp~j-.--,
so Semiconductors Of ructurs, Part n.--
J' Millner and 1. Waldhigger (institute for
UnIversit!i, Budapest)
Received October 2, 1936
Act& Chimica-Acadeciae Scientiarun Hungaricas
1958, voi 16, Ur 1j P I
SUMMARY
The 4evdapmeat of ecyatal structur as juaction of wOMPE144160 of 4401""WAGes
EWJ ZA n9ablithed by X-ray diff""m wdko&
*16 ad Structure alter We Chat-q-tslu #PCCifjC rtsiguVity all a fusetba at Owfe.
dMan cata be "thfactarily liturprded by eauoldering,tho poWbUicks a( claitevia exchamp.
t&k*vd (Sam de number of itoo(III) and irutqlf) laus acturylas the actsweal Plem 419.
dm vow 1,4*0-
OL

S/1 94/62/000/003/036/066
D256/D301
AUTHORS: Koncz, IstvAn, Millner, Jo'szef and Nagy, Oszk&r
TITLE: Securing tightness of joints in high-vacuum systems
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 3, 1962, abstract 3-3-98zh (Veng. pat., kl. .21 f,
31-44, no. 147593, 1.10.60)
TEXT: It is proposed using forced cooling of metal to insulator
Joints (e.g. glass or ceramic) during soldering in order to elimi-
ftaie the otherwise occurring mechanical stresses. The parts are
thermally treated prior to soldering. The coolant is circulated in
a short-circuit system. /-Ab-stracter's note: Complete tranblation-7
Card 1/1

MILLNER, Jozaef,, okleveles vegyeazmernok
1- -.1 0
Soldered joints of metal and ceramic parts. Finoznmechanika
2 no.6:177-182 Je 163.
1. Hiradastechnikai Ipari, Kutato Intezet.

78-3-4-20/38
AUTHORs Millner, Teodor
TIiM The R61e of 'Covalent Binding in the Intermetallic A 3B-Phase
With the Structure P A (Roll kovalentnykh_ovyazey v inter-
metallicheskikh A 3B-fazakh so etrukturoy A W)
PERIODICALs Zhurnal Neorganicheskoy Khimiit19589Vo1-3jNr 4,PP-945-945(USSR)
ABSTRAM In the system Cr-Fe the non-magnetic 6-phase occurs within
the range of from 43 - 50 Cr in the homogeneous solid
OtS-phase at lose than 8009C.
In the o-phase the atoms are bound together by covalent
bindings* The author assumes that all atoms of the A 3B-phase
with A-W-structure can also form the a-phase.
There is I figure.
ASSOCIATIONs Budapeshtskly nauchno-iosledovateltakiy Institut tekhniki svyazi
i ob"yedinennoye lampovoye i elektrichoskoye A/o "Tungaram"
(Budapest Scientific Research Institute for Communication Tech-
niques 'and the Electric Bulb and Electric Company
"Tungaram")
Card 112

76-3-4-20/30
The R61s of Covalent Binding in the Intermetallic A 3B-Phase With the Struc-
ture ~ -W
SLTUITTEDt June 25P 1957
,.- I.,
Card 2/2

78-3-4-21/38
AUMORI Millnerp Teodor
T2TLEi Bindings in the Structure ~_W
of the Metallic Phases A B (Roll kovalentnykh avyazey v
strukture A-W-metallichiskikh faz A 3B)
PERIODICALt Zhurnal Neorganicheskoy Khimii9l958,Vol.39Nr 4,PP-946-948(USSR)
ABSTRACTi In the reduction of WO 3 in dry hydrogen at 550 0C WO is com-
pletely reduced to the unstable modification A-W. he re-
duced final product has the formulat WO 0,005-
In the O-W-modification covalent bindings occur. The author
assumes that in the intermstallic compounds of the' A 315-type
with A-W hafnium crystallizes. In the UK 3-phase the
uranium atoms are also exchanged corresponding to the struc-
ture P-W with covalent bindings. The conversion O_W-*OC_W
occurring at 6300C can also be explained by the occurrence
of covalent bindings. There are Lfigu:re, 2 tables, and 3
references, 0 of which are Soviet.
Card 1h

78-3-4-21/38
The R81s Played by Covalent Bindings in the Structure -W of the Metallic
Nase s
A,SSOCIATIONs Budapeshtskiy nauchno-iseledovatelOokiy institut tekhniki
avyazi i obl'yedinenncyelampovoye i elektricheskoye A/c
"Tungeram"
(Budapest Scientific Research Institute for Communication
Techniques and 'the Electric Bulb and Zlectric-Company
"Tungeram")
SUBMITTEDt June 25, 1957
Card 2/2

AbcawasAkaft avail% 1w
ulews Nato -WIMW31tvnm MAVO&M -3190 Wage 71d
A *X-,A glo T p
,pjAj ly)oA VI-I )o "jvtqmjaUVsqjaOjp% all-opm" wq pulp= 9 PM
t spil--aim aq~-t"- jo dlaq Qqj "A pffsep M-" wq tiler-b-v
-on-IV p UnIva Immaq., ftL IVWWM:lf ,(g) &I
'MI "MAI 'P"V'JNhJl'nV'AMPN 'VPJF) jmm nPOAM Irww"
UNNUM p an so AN-wmp*wnv.
a
,00
p 00
too
r 00
00
00
of
*0
'a
r 00
,
.00
00
04 0 0,0 0 0

MA
d %~ d #Mmh*m is 9 - &M am is mftuw
lrivodw P116gil r~ Kmw (X4r Kim. KVWAfdrfs
LL 1 1),
W sm An*. Im UL Mh In Hun-
owkw.l Cf. Not. Ak. IM 0. $0. A doia&d &*tfr4~)n of tim- o,A,me
WANk mAbW wimm Krkohmwye" A wAAMM by M.
so-bbe -'s F
40

000000000 0000
ff'sc sweents a era as-f-WA
**'*so ow
if*,* ps pip pto !1119 ?Wwave"a

too
POO
000
404A 01 Pee
Soo

too
Im"PIONO siv moo *"$#A
'UP3 bmpj" all r, will lot
O
i
W
g
p
f
"$
OMM
*so

I
I P
l Irv 00

i
4
I
a 1
0
A A A a a] - - - - - - - - - - -

1-154% Pit 407
PEI for the ;imultis-
NO, . anti K.41PO&.
bed 11 tikingilatt",
1. Ika '',e
Plutitmts oi KMsf,4
inn rucastureraent ut
and KMprO, %waS
i frAlows (a) tile
cent KOH, (b) the
t exceed A minutes.
it be pirrixived by All
Untainitig unkno%n'
Oxidixing power of
that of a nuffinvolar
action cocifivient of
- using a NO.
.d by
2 z5 and r
antions the milli-
pm-%ent m a litiv
ined. Then a suapk
and int
ml ut the ongurtal
too nit
too int
5 minu tat and needs
Ition of the (USSAT.
.ctxt X011 -AAutic,41%
1 (01161.1 ill the liter-
ictit findlogs. This;
Ir the Imulutact"&
7
"j

o' Simutriacous ft4me spedrophotaratteic det4cr-:
mistatioa 'of CAlcigau It d hadz=_-
I U res Mikramet-
kadrazdArs epords t1telkil - A* .
If
F Pun (fla"garian, jaur=nao CCUIAON j1j..'U
Aral - W. 59, i4S~, No, to.. pp.~304-109,
71igs'. 4 txltO
Detevnildation, ot calcium. stiontium-and Wum; in
Uquatfils Imfutions. containing all three Claradats at the
name tinte, usiag.tfte~ Ifectcruats "el PE] gpoctrophota-
~'MCCCC and ita (tame qttachmCut with oybocogafl; frailtal
(Opdrhum'p. tours "fol F hydrop" '444 (JuR4
n
Stm and aric) Ur
an1Tgb"a'r1'a*mV Were meiw, Rage 0
-d In. th, r f
100 mg to 166o mp. it was (bund that 9trundunt and bar-
Aum interferai with Me characteristic ap6ctml -lines df
calcium ftt 424, 5 4'and 624 m1t; fuctheru=6
calcium
anti hatluat InteNtre with too-tin" Of ilt(Ont4fro At 460-
and 670 (nit, and Mcluto.aad Strandum to turn Infer(dij
with t(Ul Utt" (it LWOU018 At 74S d44 - 874 WX Therefuto
okillin wiw at'pl Mp using an Ultravlotet.-
sensitive phatocc
-11'a64 i o,i mm atit, antl barium at
910 !110 pilug a CLA -valitive pho(mell Rn'l a Q'z (not A.W.
Ay the fatru(Wetis
-in ii( thim junceduat ccrov wis negUg(bW
it t1ke Ctentents to t detmainrA wtve llrmnt in A=
Of 0- to Boo jig/ad a~nod the con'Contratfoll p( the
etenjontS rnage(l from o to z2od pg1ml. Error was � i1%.
Mtecruinat4j" of calcium, Istroutiunt and bad-lat fit a I
tag vmqite. d6wivW (it I tal of wmfcr, afoinijed (a(* tLe
flamo took only a few mittiAm Corapo4ftionofffiv cathotle-.
eatkilan Uyar.ol it shigto electronic tube or floQrescence
light ra"K W
cletermin(A by this ine(had.

MILLN~~~ : 112GEDUS A. : DVORSZKY, V.
1 9
-T-Few-method for deter.-dnAtion of impurities ih metallic titanium, -7-articulau-1y the
oxygen and carbon content. P. 554.
Vol 10t no. 12, Dec. 1955. KOITAS3ATT LAPOK. Budapest, Hungary.
So: Eastern European Accession. Vol 5, no. 4, April 10.56

IIJLLN-~' , T.
!,'ILLN T. Report of reseErch in the field of wolfrem; also, rernarks by F. niry
and others. p. 99.
Vcl. 16P No. 1, 1955.
K02LE-1EINTYU
TECHINCLOGY
Eudapest, Fungary
Sc: East~ European Lccessicn, Vtl. ) 11 . 5, Mzy 1956
J, io

content on the thermal expansion
Cal I&M, 'a"
x 3 properties of the a"Alled Owet
irou-nLcket alloys. T. hillin rand It W clesit (Ijung.
bct tlufulp"r I. Acrd I WeArad. ~ki- Hunt. 14,
(195fiXin F.'nsILAO.-In the vuctiurn-tube industry th e-
I
Ah,Nx of Ow Dumet tyrv -tuat are used for seath to Is
is g *3
ag

', - ---- - ~~, - - .- ~::- . - .. ~~i---'-
~, - -*- , - - - -'I - , . - - DI I
: - -l - - =
. w. - - -: ~ f , .- -.- II : --- ~ r .1

L
AUNGARY/ Analytical Chemistry. Analysis of Inorganic G-2
Substances,
Abs Jour: Referat. Zhur.-Khimiya, No. Bs 1957, 27221.
Author : T, Millners A. J. Hegedus, M. Dvorszky.
Inst : Academy of Sciences of Hungary.
Title New Method or Determination of Impurities, in
Particular of Oxygen and Carbons in Various
Samples of Titanium.
Orig Pub; Acta techn. Akad. sci. hung 15, No. 3-4,
361 - 372.
Abstract: The sample of Ti is treated with Brd. vapors in an
evacuated and hermetically closed vessel of fire-
proof glass. The forming TiBre is.separated from
bromides of Fes Mg and other metals, as well as
from TiO
.2, which forms in the result of the inter-
Card 11*2

MILIXER, T.; WEIESZ, R.
60~ 19ffect of manganese content on heat expansion-and magnetic
propertiea of so-called Dumet iron-nickel alloys. P. 131
KDZLEMUMI Mapest, Vol* 18,, no. 1/h, 1956
SOURCE: East European Accessions Idst (EEAL) Library of Congress
Vol* 5. no. 8. August 1956

~-A
WN
Distrt hSM AVe
11W tofIUIU4 at email 4FAAGS ties a(imniftin an Ike
hardlegi; at blab famsefstur"01 iqfn German)
L.~~Sasa. Acts TeckWici AeaArmW
Vol. to. 1957, -No. 1-2, pp.
a., I tab.
The favourable propertk4 of tungsten wit" used in
an
lincandescent I d radio kpbes may be ensured by
about I of IC
jaddfug , Na, Al. 81. O4. Coulpounds to
te
8e Initial tungst c acid, thin Processing It Ulto MOW
powder and pfedsed rods. DucWg tba,aluterlaq of thm
iods.'the additiolis eVapatate to ack all Metit that,
,finally only a 10-6 MM concentration, 41 f0
remains. In order to Inves"Hatetha influegicear,141=
low additives, an apparatus was built (or the & "mill
!ailart 461 the hardue" at high temperatum-of
liuds'o tun stan- inatats Iq the Wporsturs . Ofte of.,
12(rC: to go. The tungsten wifts maWla wItIt. 04MRIVIS.
W& had an average k4rdfiess of 2WPHWKt
WSW of
Wir", without such additives had avuagq
a ISO PHU. Traces of 81 wasiderably Impeded,
jM loss of Wdow of the tuagatell W11194 lavestig d
&I

LITIAIER., T.
Effect of small quantitdes of impurities on the temperature-dependent hardness
of tungsten; also, remarks by P. Turi.
p. 333. (NqFnjar Tudomanyos Akademia. Muszaki Tudomanyok Osztalya. Kozlemenyei.
Vol. 20, no. 3/4, 1957. Budapest, HunCary)
Monthly Index of East European Accessions (EEAI) LC. Vol. 7) no. 2,
February 12,1~8

M
-jj.jC.-l-,jnn ,jnri -)ro,)ertipn ot' ier~nical v.-..
Qup,;tlons of th~, nrof n
from the -no:.nt o", ,imv of natura). acience. 2113.
K07,LT-i-TIM. ,r, fol. 21, no. 1/h, 1957, Budapest, ;fun(-_,ar-,r)
SO: ~-Ionthl:~r Lirt of' llist 7uronean Accessions (;-IIAL) IP. lol. 6. no. 12, --c. 1957.
T
Uncl.

V'Ll, I I I ri (: r, T) V L'~- d a Y,
HUNGARY/So3id State Physics - Structure of Deformed Materials E-9
Abs Jour : Hof Zhur - Fizika, No 3, 1958, No 6029
Author :Millner Tivadarv Prohaszka Janosj. Harvoth Antal
Inst
Title :Influence of Small Impurities on Secondary Recrystallization
of Tungsten Wire.
Orig Pub :Magyar tud. eked. Musz. tud. oazt. kozl.,, 195T, 21, No 1-ka,
349-361
Abstract No abstract
Card 1/1

The influence of inequalities vpnparinff on thr.- r1liAmeter of a timrstm virn -n-"
the influence of th- heat-extractinr ~I'fcct around an incmclercent filmrnt
unon thr- lifp of in incande!!cent lamp. P. 169.
(K0MI;-'-T,N'YEI, Vol. 21, no. IA, 19~7, Hunrary)
SO: ~-Ionthly List o" Ear-f- T~'itrop(~.m .',cc,-ssiong if% rol. 6,
Uncl.

riu"refl
Awd
Ell
Mf
C2 0, ~RF
the it
rednetim of Wij, and -if tb~ 'AidaLpx, 01 O-W "'y 3,4. n
If 3 % 11"7 ;- -'apix ;-w~
livilly fTC-111 p..

Wil Al

F.
VAArs 432c A
Daa an 64 W-N SM. Old
WOU ffeductIft-Witil Tiv~Aar
d
MWoer an
Andres Hegedus. MQOqr
RM7MMFylW-VlxWJydnaj! XammAs 14,
950).-The thermal decompa. and redo. &m-
37-44(
moniurn tungstate in air, a stream of H, a H-N mist., dry
mojst NHs, the redn 'of WO, in dry and moist NH3,
and the niftiditTan of tf- una -%V In gases of varying N
content were studied by thermal and x.r4y analytical
'
methods.
In redn. of ammoulum tungstate with NHs
first on ammonium W bronze, then W oxide *nitride, then P-
W nitride, and finallya-W near 000* are obtained. During

nitridation of P
-W with NHa a new phase t-W nitride Is ob.-
tained the characteristics of which are between those of 0-
'
d S
W
i
id
-
an
n
tr
es. X-ray data are given for~*-W ni(ride
"Andrew W. Z4;;-j.

Distr:.' 4E2c
4
.-A
Reduction of Idde
l
l
=
ant, en system. cuire-
ammon
AX
St
... IN~ar0itentech
.
a Ver. MO =ImpiriZ
1l
B
d
H
Z
)
g
aram
un
.
. astorl. u. a
gem.
u
.
apest,
-M.:~J50-9(1950)~-Thermogmvimetric and x-ray diffrac-
tion studies are made of the decompn. of (NI14)SW04
(1) In sk; the redn. of I in H, 30/70 11-14 mixts., and dry
and wet NHs: the redn. of WOo in dry and wet NHa;
and the vitridation of a- and P-W in N-contg. gases. In
the atm. decompn. of I and In Its redn. by 11 or H-N mixts.
a deep-orange ammonium tungsten bronze (NIL)*~
WOAGO~.u, tetragonal. a - 7.60, e - OMA., is formed
at 390-M*. Further heating gives WC)j, which is then-
reduced as found cartier (C.A. 51, 127164). In dry or wet
NH# beginning at WO% I gives a pseudo-tetragonal am-
monium tungsten bronze. metallic In appearance, not iso-
morpbous with the alkali metal tungsten bronzes. At
higher temps. are formed an oxide-nitride phase, then a
-
P-nitride phase (W,N). and finally, at -QM*. a-W. No J'-t
Poxide (WO,.m) or O-W step is found. The reda. of
*
, then the oxide-
WO& by NHj gives 0-oxide at -5W
nitride phase, which is further reduced Ps above.- Powd.
O-W and dry NHs at BW4701 form WN, a new nitride

a" designated as -i-tungsten nitride (11). At 700-M0
hMf
which when cooled
reduced to ct-W
It is
raduall
F
j
,
g
y
W In P-nitride. It decamp. la N at 700-
N,,$ larrus
9W* or In It at 20-SM' without clmge of crystal StMetUre;
a.
the "Itride-
onal
It 13 tetra
hase 6 not formed
,
j
p
g
4
A
i
Id
61
M
f
0-n
tj
M. c 0.0
8
.
tridatiou o
ej
V9 11te
A, pn. WN#.)O.

SZADZCZKY-KAP=Sg glemerp akadem!Lkus; VADASZq Elenerg elnok; FOLDVARINS
VOOL9 Mariag a fold as &3vanytani tudomanyok doktora; EGYED, Laszlo,
lev.tag.j ZRO Tivadar, lev.tag; KERTAI, Oyorgy
From wrogeoloff to halo ol also, remarks by E.Vadasz and others.
ogyp
Mussaki koal NTA 27 no.1 205-68 160. (EIAI 10:4)
1. Pauar Tudomanyon Akademia, Mussaki TudomarWak Oaztalya (for
Ssadeasky-lordoset Vadaszg, Foldvarine Vogl, Egyodv Millner)
(Geology)

KEUNERO Tivadart lev.tag.; BOGNAR, Gezaq e1nok
National econoKic importance of technical physical reaearch in the past
and its prospects in the field of the vacuum, engineering industry. III.
Also, remarks by G.Bognar. Kuszaki kozl KTA 27 no.1/2:111-132 060.
(EEAI 10:4)
1. Magyar Todumamyos Akademia, Kuszaki Tudomanyok Osztalya.
(Electron tubes)

S/08 62/000/017/062/102
B158YB186
AUTHORS: Millner Tivadar Pukker, Karoly, Martin, Korn6l,
Dvorszky, Magda
TITLE: Procedure for producing alumina of.high electric insulating
capacity
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 17, 1962 1 383, abstract
17K256 (Hungarian patent 148074, March 31, 1961)
TEXT: A coating of corundum is used for insulation of heating coils (for
instance, an electron tube) at high temperatures.. The authors have found
that the electric insulating capacity of this coating Is considerably
improved if it is introduced as pure a-corundum and burnt in a neutral,
but pieferably in a reducing, atmosphere. Pure alumina, burnt at 10500C,
is used as raw material. The powder is burnt in a tubuiar furnace (thermal
response to 15000C - 1 hr, holding at 15500C - 3 hours, cooling to
11000C - 1 hour). The alumina must be burnt in a stream of hydrogen,
nitrogew, or a mixture of these or any other gas in vacuum. The product is
ground in a ball mill with the addition of 0.1~ steatite. A film obtained
iard 1/2

S/081 62/000/017/062/102
Procedure for producing alumina... B158 B186
from this powder by already well-known methods (for example, electro-
phoresis) is applied to tungsten coils. The electric insulating capacity
of such a film is demonstrated by the fact that among 10 electron tubes
incandesced for 1000 hours no breakdown was observed, whereas in the same
period of time 6 breakdowns occurred with the 'lame type of lamp using a
film-ooated coil prepared by an old method. [Abstracter's note: Complete
translation.]
Card 2/2

AUTHORS; ~fillner, Tivadar;
magda.
S/196/62/000/017/004/005
E19VE155
Fukker, Kiiroly; Martin, Korji~l;
TITLE: A method of preparing alumina of superior electrical
insulating properties
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.17, 1962, 8, ab'stract 17 B 70 P. (Hungarian Patent
Cl. 12m, 5-9, no.148074, Mai-ch 31, ig6i).
TEXT: To improve the electrical insulating properties, it is
proposed to purify alumina by heating it to a temperature between
700 and 1700 OC either under vacuum, or in an atmosphere*of nitro-
gen or of hydrogen. Alumina is used for the heaters of indirectly-
heated electro-vacuum devices. For example, ground clay is fired
in an atmosphere of hydrogen under the folloWing conditions:
in 0.5 hours the temperature is raised from normal ambient to
1100 OC and then in the next half hour it is raised to 1500 0C.
The temperature is maintained for three hour's at 1550 OC and then
is reduced in the course of one hour to 1100 *C and then gradually
Card 1/2.

A method of preparing alumina of ... S/196/62/000/017/004/005
E194/E155
to room temperature. The resulting alumina, mixed with 0.11,Q
steatite and milled in a ball mill, is used for electrical
insulation on the tungsten cores of heaters (in electronic tubes),
being deposited by cataphoresis. The insulation of the heater is
checked by measuring the leakage current when 150 V is.applied
between the cathode (wliich is negative) and the incandescent
tungsten heater. If the alumina has been trcated in hydro--,cu
atmospheres, then of 100 lamps all have leakage current Ieb -!:an
20 microamps, and 60 of them have leakage current less than
5 microamps. If the alumina has been treated in air, of loo 1-mmps
only 17 have leakage current less than 100 microamps, and 85 are
in the range of 100-900 microamps.
[Abstractor,s note: Complete tranalation.j-
Card 2/2

- MILLNER Tivadar,, Wademikus
Behavior of NtOW materials in tungsten. Muszaki kozl
MTA 34 no. 1XI 55-106 164.

L 31339-M EWP(e)/EWP(t)/EWP(k)/ET1 IJP(
AUTHORt Mllnori To-?4illner, To (Henber MTA)
ORG: none
TITIB,: Behavior of foreign-a;ubatanco traces in tungsten proper #d6r-metaLbxrjC
SOURCE: Acadejida scientiaram hungaricase Act& technic&. v. 50, 1965. 203-227
TOPIC TAGS: trace analysis, tungsten conductor, powder metanurgy, incandescent law
croep-, solid mechanical property
NI
ABSTUACT: The PerAirmance of tungsten wires made especially for use In
incandescent lamps by powder-metallurgical techniques with various
.types and concentrations of dopfa was investigated in term of mechs-
nLc&1 and crystallinity characteristics. Creep experiments and autors-
,dLographk studies *a the tLn-mLlver model system were described. It
wps found that the significance of the dope type and concentration an
i'the performance of the tungsten wires is great and th t the of
a facts
should be considered In mawfacturs, Tabulated data 'and photonicro-..
graphs were presented to illustrate the salient fLudings.'Orige .. art* hass- 14
hgures and 8'tables. Cjmj
SUB C018i Ij / SUIN DATE: lW%y63 / ORIG REF: 004 OM RM 025

MILLOIK, Fereno
Systematic maintenance of collective farm machinery,
Mezogazd techn I no.8:22 161.

MILLOK, Fereno
-----------
R-J"& on the maintenanoe. Mezogazd techn 3 no.4:19-20 163.
r7

MILLOK, Forene
Service guarantee. Mezogazd techn 3 no.10-10 f63.

MI L I WN,, A. Sh.
--- I
Ch&W9 in representation quotas and terms of sessions of local
governmental organs and systems of Incal governmental organs in the
Akor~aljan S.S.R. during the postwar period (19k5-1957) Vch.zap.
AGU no.5:111-121 1 58- (MIRA 12:1)
(Azerbaijan--Local government)

LESHCHENKO# V.G.-, MILIMAN A.Ya.
Use of botoresistance In automation circuits for textile industry.
lzv.vysgcheb. zav.; tekh.tekst.prom. no.4:102-107 '61.
(MIRA 14:9)
1. Vaesoyuznyy nauchno-issledovatelgskiy institut tekstillnogo i
legkogo mashinostroyeniya.
(Automatic control) (Textile machinery)

MILI v.,A.;#f; KUtM, V.P,
.NOW-- ~
Sow probLmW4Wy&m winding from the warping beavj6 Izv,
TM u0bobi, savo o, . tookst. ~rcu. no.4182-439 163.
(K[RA 16t n)
1. Vassoyusrqy nauchno-looledovatellokiy inatitut logkogo
I toketillsego masbiwetroyenip.

MILIMAIT, A.Ya.
Investigating the transient processec In zhrcarl Vnscn diu-ing
its transport by friction rollers. Izv. vys. ucheb. zav.; tekh.
tekst. prom. no.i*0:126-133 164. (i,"IRA 17:12)
1. Vsesoyuznyy wtuohno-Issledovatellskiy institut legkogo I
tekstillnogo mashinostroyeniya.

MT1,'MANo Ma,
Investigating the dynamics of yarn tension in its unwindirg from rolls.
Izv,vys*ucheb*zave; t-p"tekst,prom, no,5zlD7-3,12 164. (MIRA 18g1)
1. Vassoyuznyy nauchnco-iseledovatellskiy institut legkogo i tekstillnoge;
maBhinostroyenlya.

MILMAAWS84ENG8
1. MILIMANp B.S., Engineer,
2. USSR (6oo)
600
Engineer, Stankolit Plant "Modified Fig Iron in Machine-Tool Mlding" Stanki i
Instnment, 12, No. 59 1941
9. 1W Report U-1503, 4 Oct. 1951

YILIFIAN B.
Vysokokachestvennyy Nodifitsira-vannyy Chugun (High-grade modified pig
iron). Moskva, Yashgiz, 1945
102 p. Illus., Di.agrs.
Literatura: P. 102 - 103 -
Brief account of the properties of modified pig and some of the basic
methods fro the production of subject pig. Supplementary methods for
increasing the quality of modified pig by annealing and tempering.
Brief discussion of internal changes during modification.

USSR/Metals - Cast Iron
Feb 51
"Regulation of the Structure and Properties of
Cast Iron With Spheroidized Graphite," B. S. Mill-
=",, Cancl Tech Sci, Laureate of Stalin Prize,
TANIITMASh
wlAtey Proiz" Wo 2, py 6-11.
DUcuoses addn of Ce,- Ca and Mg to liquid cast
IV= to obtain spheroidal shape of graphite. An-
&Xyzea relation between structural factors and
miech properties of cast iron with, spheroidized
gmphite and outlines tech methods for obtaining
required str=ture. Gives classification of
USSR/Mou" -,Cast Iron (Cont'd) Feb 51,
so-~called high-strength cast irons by structure of
metal matrix (perlitic, ferritic-.9- needle structi~res):
and tabulates mech properties -of several'grad4sa,''
Several examples illustrate ifidustrial'application''.,
or.-high-strengtb cast iron as substitute for steel.

The introduction cit's
gi.p.tecring Ne 51, 5, 0-12-M?rTl-.
-&M,~n !10",
ccn 1953, 3, 31ar., 106-100). Tho method of
co.operation between the Russiau scientific research Instituto
for technology and machine construction. 31ARPY
and the steelworks of the UAS.R. is de.3crilm Inu
of recent research is iven.-L. J, L.
- - - - - - - - - - - -
gG 09 4u c c4 cc C. FS 0. N Pb siU%I
Ap
7
J

KILIKU. B.S., kandt"t takhnichookikh nauk.
I -
Usic cheracterletles of hIgh-strongth spbs"Idal grapblt.e amst
Iron mad possibilities of using It as a substitute for *$"I In
_AV mablve construction. [Trudy] 20111PAIR no. 55:5-15 153.(K[8A 7:7)
(C"t Iron)

KILIKAN B 8 kandt"t tokhnichaskikh nank. redaktor; KRYLOV, V-1.,
=&f:nA"zre**n*r, redaktor; NaW, B.I., tekhalcheekly redaktor.
[High-strength cast Irom with graphito spherulem. Part 2. The
technoloa of cast Iron productIQ Vysakoprochal chugun a
sharovidayin grafltom. Chast' 2. fekhnologila poluchemila chug=&,
Moskva, Gas. sauchno-tekha. Isd-vo mehimostrolt. lit-ry, 1955.
(Moscow. Wentral'ayi nauchno-Iseledovatellskit Institut tekhnologil
I mashinostroentla. ([Trudy], vol.75) 9:5)
(Cast Iron)

MILIMM, BeS., laureat Stallaskoy promil, kaadidat tekhmichookikh *auk;
' "fM, 1.0.. laureat, Staliaskey preall, kmuA4d&t tokkalchtakikk
sank; BUXAM, P.Z., kandidat td*alchooklft soak.
Casting standards for ki&-strongth spheroidal-grophite cast Iran.
Standartizatella um,96:45-48 N-D 055. (KUU 9:%)
(Cast Iro&--Staadards)

AVRASIN, TA.D., kandidat tekhnicheskikh naulc; BRM, P.P., professor.
doktor takhnicheakikh nauk, BMSHTXYN, K.L.. kandidat takhnichaskikh
nauk; GEINROZOT, P.A.. starshty nauchnyy sotrudnik; GLIM, B.M.,
inshenerl DAVIDOVSKAYA, Ye.A.. kandidat tekhaichaskikh nauk; TBLCHIN,
Y.M., inzhoner; YAHAMIN, N.L. kandidat fisiko-matematichookikh nauk;
IVANOV, D.P., kaadidat takhaicheskikh naulq TNOROZ, L.I., inzhener;
KOHJUX. M.N.. Imadidat takhnichaskikh nauk; KORITSKIT, Y.G., dotsent;
nOTKOV. D.T., inshener; KUDRTAVTSBV, I.V., professor, doktor tekhat-
cheskikh nauk; XULIKOV, I.Y., kandidat tekhnichaskUh nauk; IMMOT.
V.A., kandidat tekhnichaskikh nauk; LIKIZA, A.F.0 inzhener; NATTWEV,
A.B., kandidat takhmichoolrikh nauk; MILI 19- B.S., imadidat takhniche-
skM nauk; PAVWSHIIN, N.M., kandidat tekhni-aw-skikh nauk; PTITSTI.
V.L. inshener [deceased); RAKOVSKIY, V.S., kandidat takhnicheskikh
naule, 11AMHTADT, A.G., kandidat takhnicheskikh nauk; RYABOHOKOV,
A.Y.. professor. doktor khimichaskikh nauk; SIGOIAYEV, S.Ya., imadi-
dat tekhnicheskikh nauk; SKIRYAGIN, A.F., kandidat takhnicheskikh
nauk, SULIKIN. A.G.. inzhener; TUTOV, I.Ye.. kandidat tekhnicheskikh
nauko MWSHCROV, M.N., professor, doktor takhnichookikh nauk;
TSYPIK, 1.0., kandidat tekhnicheskikh'nauk.- SHAROV, N.Ya.. inshener;
SHXRMAN, Ta.l.. dotment; SHOUT, B.A., kandidat tekhnicheskikh nauk;
YUGANOVA, S.A., kandidat fiziko-matecatichookikh nauk; SATILI, B.A..
doktor tekhaicheskikh nauk. re Uktor; SOKOLOVA, T.P., tekhnicheskly
redaktor
[YAchine builderts reference book] Spravochnik mashinostroitelia; v
shesti tomakh. izd-vo mashincetroit. lit-r7. Vol.6. (Glav. red.toma
A.A.Satell. Isd. 2-oe, ispr. i dop.) 1956. 500 P. (Km 9:8)
(Machinery--Construction)

/*
DUBASOV.,P.I. [deceased], ksndldat tekhnicheskikh nauk; MIL'UN, B.S., kandidat
tokhnichookikh nauk; ALUSAUNT, NPA~* Inmener, -- .. momempomw
Reat-reslatant cast Iron. Standartizatalls. no.2:-58-61 Mr-Aip 157.
(KM 10:6)
1. l2entrailwy nauchno-isslodovatel'skly lustitut tyashelogo mashluo-
stroyenlya, (Cast iron-Standards)

LMNITEW, Te.A.-, LUKITANOVICH, V.M.; KILIKAN, B.S.
Mectron microscopic Investigation of the structure of
spheroidal graphite in cast Iron. Dokl. AN SSSR 112 no.
3.-461-"3 j& '57. (MLRA 10:4)
1. Institut fisicheakoy khtmit Akademil neuk SSSR I ?Sentrallnyy
nauchno-tooledovatellakly institut tekbnologii I masbinostroymniya.
Prodstawleno akadamtkon M.N. Dubininym.
(Cast Iron) (Graphite)

sov/2a-58-*-3?/39
2IMt Costerence on Cryatallisatiou of act" pa
krist&l.11sataii astallov)
VM=DICAU Zsvestlya Akadoali Nauk SM Otdoloniye Tekhalctesklxt
Bank, 1958, Mr 4. VP 153 - 1i5 (U=)
ARS"Uns This confersuca was bald at th* Instltut zamb.4zovvds=tja
AN IM (Institute of mechanical Scgln sting or sba Ac.sc.
11101) *a Jame 28-31, 1958. About 400 people parti'l Z&d
and Wea participants included specialist. 1. 'J. rLM: of
reamdry, metal.L%Lr!7 7, Physics. welding,
SL crystal lograpb.a. and other
ervoical ebe &try, Sathemati
sub Gets. In a dition. to Sovist jarticipeats
visitors includad Professor D. Ca k.1 (Nast Ge~cany)
Z. Chvorinoy (Czechoslovakia). This conference on
"74ts"'Gation at &stall was the fourth conference relatl-ng
to the, Somaral- problem of the theory of foundry processes.
00&f*re=e am C17stall4sation of metal. SOT/2-56-37/39
Omstallisatiog .4 gast 1,,,. 1.A. St&9Z&xwv and
"Poyj=&, zZ.Vneir paper -Investigation of %be
0.111"tion of sagnesina-lucculated iron*. reported
1MXt&1 &%a relating to the con"tions of
Q.8I=C8tIA& &ad the structure of castings made of
BRAP86IMS-Insculated iron; %hay presented a theory of
" swausation of magnesiumi-I t
I.j cula *d iron.
0111 M. In a p tr IX attgation of the PMC*sa
ex vWX00111a a uz roidal Graphite in iron-, C*rAid,rd
%M t.flues" , and characteristics of
MO metal OIL the formation of graphite inclusion..
PVQ9464Qr D. Czikl (Bast, Geraw) presented a paper on
4276talli"tion of graphite In cast iron which was
lusaftrated by extensive actaxiographicai information-
T". Maj&ngaAa and A dealt with the prob'...
at latracrystalline liq~ &M-a of silicon and its jAf;,uoc*
ea 00 structural diavas of cast iron.
1.1- XJWrOaWV and I.Ts._1Sy dealt with the jWcbAAjS ct
49801matua- of contras of crystalli"t Ion of graphite
IM1 4441"IMP 8"8 of White iron And .1. Influence of the
b~__ MPGO& of CrYstall1sation. an the distribution of alloying
41480'ets"60tW000, the individual phases of LIMM-carbou
AUOF4- I-'- ftlli Proposed a method of hardening
Of alloys from the liquid state using an extremely h%6,
Or"& of cooling; Investigations relating to thin
SOW" enabled conservation Of saturated solutions of
"N"a 'A Iron wh1ch COrrszVOAd to the liquid state^
2- U. ZILV k0 kIY dealt with the javstigatIon of
417stal.11
-*utoon the Primary "ructurs and the Propert-los
.Or. quasi 12 'FOY

MILIMOY B. S. (Cand. Tech. Sci., TSNIITMASH)
"The Formation of Be-11-Shaped Graphite and Prospects for Receiving High Test
Iron"
All-Union Conference of Foundry Workers, endof 1957. Moscow
Mashinostroitell 1958. No. 0 5, p. 48.
L-L

AUTHORt Millman, B.S., Candidate of Technical Sciences 128-58-6-5/17
TITLEs The Formation of Sphero-fdall Graphite and the Progress in the
Technclol,;-y of Ifigh T-;.,3t Cast Iron (Obrazovaniye sharovidnogo
grafita i razvitiye t.ixhnologii vysokoprochnogo chuguna)
PERIODICALt Liteynoye Proizvodstvo, 1958, 11r 6, ,jp 11 -17 (USSR)
ABSTRACT: An experimental investigation of magnesium treated iron by
the use of a special device(designed by engineez I.Y.Vali-
sovskiy) (Fig. 1) for measuring the surface tension of metal#
and another device for determining the changes in inter-phase
tensio-. (Figure 2), was carried out at TsNIITIZASh to determine
the nature of ~h~:nomena leading to nodular crystallization of
graphite. Additions of various elemento were tried and the
influence of sulphur and gas contents was studied. It was
stated that the spheroidizing element concentrates more in the
center of graphite spheroids than on their periphery, and that
the quantity of this element contained in the spheroid has no
infiuence on its formation. Th13 proves that surface films
(on spheroids) with a high contont of ouch elements are not
the main factor in the process of spheroidization. Typical
Card 112 graphite spheroids were obtained by melting low-sulphur iron

128-56-6-5/17
The Formation of Spheroidal Graphite and the Progress in the Technology
of digh Test Cast Iron
in a vacuum. In this caue the graphite contained no spheroi-
dizing elemento at all. Fundamentally, spheroidizing effect
of magnesium consists in de-sulphurizing, binding and removing
the gases desolved in liquid iron, and in the lowering of the
temperature range within which graphite crystallizes. Recom-
mendations concerning the technology of melting magnesium iron
are given. L.V. Illyicheva and N.Yu. Popova participated in
investigations at TaNIITMASh. M.A. Studnits participated in
experiments connected with the use of radioactive isotopes.
There are 7 photos, 11 figures, and 23 references, 16 of which
are Soviet, 2 English, 4 German and 1 Japanese.
AVAILABLEt Library of Congress
Card 2/2 1. Graphite-Cryotnl structure 2s Cast iron-Chemical properties
3. Magnesium-Applications

SOV/128-58-11-9/24
AUTHORS: Millman, B.S., Illicheva, L.V. and Studnits, M.A.
TITLE% On the Desulfurization of Cast Iron by Magnesium (0 desull-
furatsii chuguna, magniyem)
PERIODICAL: Liteynoye proizvodetvo, 1958'.- Nr 11, pp 15-17 (USSR)
ADSTRAM Contradictory opinions exist in works published on the
problem of desulfurization by magnesium of cast iron (Ref.
1-5). TsN1ITNASh carried out investigations on the desul-
furization of cast-iron with the use of radioactive isotopes
and by autoradiography. The theory on the inefficiency of
liquid cast iron desulfurization by treating it with mag-
nesium is rejected, and it is proved that all the sulfur,
bound with magnesium into magnesium sulfides or more com-
gel, plex compounds, passes from the metal into the slag and
partially into the upper layers of the cast metal. It is
concluded that a particularly careful separation of the
slag, formed after addition of magnesium, from the liquid
metal is necessary to ensure a full desulfurization, which
Card 1/2

On the Desulfurization of Cast Iron by Magnesium SOV/128-58-11-9/24
is independent of the subsequent heating,
There are 3 sets of microphotos, 1 graph, 1 diagram and
6 references, 5 of which are Soviet and I German.
I. Cast iron-Processing 2. Sulfur-Separation 3. Radiolsotopf
--Performance
Card 2/2

BERG, P.P.. doktor tekhn.nauk; BIDULTA, P.H., doktor tekhn.nauk; MECHIN.
V.P., kand.tekhn.nauk: DOVGALHVSKIT. Ta.M.. 1wnd.tekhn.nnuk;
ZffUKOV, A.A., inzh.; ZINOVIT-AV, N.V.. Inzh.;-KRTLOT, V.I., inzh.;
K=TAVTSU, I.V., doktor tekhn.nauk; LANDA, A.F., doktor tekhn.
neuk; LEVI, L.I., lcand.tekhn.nauk; KALAKHOVMIT, G.T., insh.;
XMINAN,,.B.S., kand.takhn.nauk; SOBCLEV. B.F.,, kand,takhn.nauk
[deceased].. SKOKCRMHOV' S.A.. kand.tekhn.nauk; SMINO Polo$
kand.tokhn.nauk-, USMOV, A.D., kand.takhn.nauk; PRIEM, L.K.,
Insh.; KHRAPKOVLXIY, I.Ta., insh.; TSTPIN, 1,0., kand.takhn.nauk;
MMLINIKOV. 2.M., kand.takhn.nauk; POGODIN-MMSEYBY, G.I., prof.,
doktor tekha.nauk* red.; BOLKHOVITIUOT, N.Y., prof,, doktor takhn.
nauk# red.toma; LANDA, A.F.. prof., doktor takhn.nouko red,toaso,
RIBAKOVA. V.I., inzh., red.izd-va; SOKOLOVA. T.F., takhn.red.
Clandbook on materials used in the machinery industry] Sprevochnik
po mashinostroitelOnym materialam; v ohetyrekh tomakh. Pod red.
G.I.Pogodina-Alskeseves Moskvao Go~.nsuchno-t~khn.ixd-vo mashino-
stroltolit-ry, Vol.3. (Cast iron] Chugun. Red.toma N.F.Bolkhovi-
tov I A.F.Landa. 1959. 359 P. (MXRA 13:1)
(Keahinery Industry) (east iron)

18(203) SOV/128-59-9--12/25
AUTHOR: Millmn D.S., and Aleksandrov N.F., Candidates of
'T-e-c1M1zM'r-3-o i en c e s
TITLE: Healb-Stability of Siliceous Cast-Irons
:PERIODICAL: liteynoye proizvodst7c, 1959, Nr 99 PP 35-37 (USSR)
ABSTRACT: The contents of silicon in cast iron determine the
structure and properties of the latter. Silicon lc-
wers the solubility of carbon in cast iron, dimini-
shing thereby the graphite contents in perlite, For
cast irons. containing 2% to 3-%o of silicon, the in-
clusions o� lamellar graphite are specific. But, the
cast irons containing over 5% of silicon possess a
more dispersed graphite structure. Silicon belongs
to those alloying elements which help to form an an-
tioxidation protective film on metal surface. On the
basis of research, the authors of this article main-
tain that siliceous cast irons with Si-contents amoun-
ting -to 5%-60,a' possess a high heat- stableness, this
being due to the following factors: Formetion of fer-
rite structure which is stable at high temperatures;
Card 1/2 formation on -the metal surface of a spinel-t.-y-pe film

Heat-Stability of Siliceous Cast-I-roiis S)IT.
which prevents diffusion of oxygen through it)- forma-
tion of dispersed globular graphite inclusions that
do not hinder the appearance of a continuous protec-
tive film which eliminates the possibility of cast
iron oxidation from the inside. There are 5 graphsv
3 tables, 3 photographs and 5 Soviet references.
Card 2/2

GOROZHAMN, A.H., kand*tekhn.nauk; NOVITSKIT. V.K., kand.takhn.nauk;
KRYANIN, I.R*, dbktor tekhn-.inauk; IODIODVSKIY, S.A.1 kandetakhn.
nauk; ZADTZH3MSKIY, B.N., Imud.takhn.nauk; MILIMAY, B*S.i kand.tekhn.
nauk; KZDCMW, N.I., kand.takhn.nauk; TSYP tekhn.
nauk; LIVIN, M.N., k&nd..tskhn.u&uk; RAI=, A*Lo, inzft~; MASS,
A.M., kancl.tekhn.nauk; CHERNM, B.Z., kand.tekhn.nauk; ASTAPOYEV,
A.A., kand.tekhn.nauk; YERK&KOV. K.A., inzh.; GRIBOYMOV, Tu.N.,
kand.tokhn.nauk; MYASOTJWV, A.N., insh.; 30GATnW, YuM., kand.
takhn.nauk; UNMOT, Te.pe', doktor.t~khn.uauk, prof.; SHUMAN, L.A..
kand.takhn.nauk; PERLIN, P~I.. itsh.; MOSHNIN, Ye.N., kand.takhn.
nauk; PROZOROV, L.V., doktor tekhn.mauk; CORNOVA, Z.I., tekhn..
red.
y a-the mamifacture of bqWy mobinery]
fiashelogo sashin6stroestia, Moskva,.
Gom.nauchno-telchne'10-4o -m"shlnostrott. lit-ry. Part! ljr~teel swIt-
SW wj~tftli - pro$-
g
6
'T iiiage ~c
It -ii;~ rz plefto, txj6hiz
~k&61a! Morabotica, cbr&bo$kiwqWU11ov- davlonlem.1 196o. 2& P'. (woo'cove
3~ntralluyi nauchno-4iiiiedovatel 'skit institut tekhnologii I mashi-
n6stroenita. E?ftdi) no. 98). (KIM 13 --7)
(steel) (Tounding) (Forgivc)

val p
Oat
At
v a
14
a oil'
&
A A

MIL'MAN, B. S.
Doc Tech Sci - (diss) "Problems of the theory and practice of
the production of high-strength cast-iron containing ball-shaped
graphite in the cast state." Moscow, 1961. 32 pp; (State Com-
mittee of the Council of Ministers USSR for Automation and Machine-
Building, Central Scientific Research Inst for Technology and
Machine-Building "TsNIITMash", ONTI); 150 copies; price not given;
list of author's works at end of text (10 entries); (KLI 6-61 sup,
212)

GORSHKOV, Andrey Andreyevich,, doktor tekhn. nauk; VOLOSHCHENKO, Mikhail
Vasillyevicho kand, tekhn. nauk; DUBROVp Vasiliy Vladimirovich,
kand. tekhn. nauk; KRMARENKOI Okaana Turlyevna,, kand. tekhn.
nauk; MILIMM, B.S v kand. tekhn. naukv reteenment; KIXHNU,
NJ.,'EEa-,,tekhz. nauk., reteenzent; TSYPIN, I.O.v kand. tekhn.
naukj, retsenzentj RIKMGI D.B., red,; GORNOSTAYFOLISYMA,
M.S., tekhn. red.
(Handbook on iron founding of high-strength pig iron) Spra-
vochnik po izgotovleniiu otlivok iz vysokoprocbnogo chug~na.
By A.A.Gorshkov-i dr. Pod obshchei red. A.A.Gorshkova. Mo-
skva, Mashgiz, 1961. 297 p. (MIU 15:2)
1. Chlen-korrespondent Akademii nauk Ukrainskoy SSR (for
Gorshkov).
(Iron founding)

MILIMAN,, B.S.; POPOVA, N.Yue
Search for new methods of obtaining spheroidal graphite cast iron.
Lit. proizv. no. 5:10-12 My 161. (KERA 14:5)
(Cast iron--Metallography)

~# LYASS, A.M.; TSYPIN, 1,0.; KRAPUKHIN, VA; VALISOVSKIY, I.V.;
MIL12!AN
KLOCHNEV, N.I.; AVEMUKH, N.M.; KADNITSOV, V.G.; LIPNITSKIY, A.M.;
RUSSIYAN, S.V.; SKOBNIKOVf K.M.
"Iron founding handbook" edited by (doktor tekhn.nauk, prof.] N.G.
Girshovich. Book review by B.S.Mil'Wm and others. Lit. proiav.
no.8s46-47 Ag 162. (KRA 1511l)
(Iron founding-Handbooks, manuals, etc.)
(Girshovich, N.G.)

TSIFIN,, 1.0.; MILIMAN B.S.
- ~v
I.V.Kudkavtmev Is,, N.M.Savinals, A.F. Aotashova's article OFatigue
strength of steel and cast iron power press crankshafts.v Kux.-shtam.
proisv. ~ no.1:45 Ja 163. (MIRA 16:2)
(Cast iroD.-Fatigue)

MIL'a"JI, 13. Z~.; AiA-)ufiNv;V, bi. i.
------
"Investigations of some properties of spheroidal graphite cast iron in heavy
castings."
paper submitted for 32nd Intl Foundry Congress, Warsaw, 13-17 Sep 65.

A 4"
PAZIN. GA.; NIL'MAX$,,RvT*q kand. tekhn. nauk, retwenze"t. GIAIKOV' K.N.
Aq'A*F*q t*khne
TAIROTA, A.L., red. lzd-va; UTABOT
red.
[wow mthods, of manafacturIng spludUs for teztl2s mchlnorrl
Sme Instody proltvadstva tekstll'm$&'vVrs**n. Moskva, Son.
sawome-telft. lad-yo mahlaostroit. lit-ryl 1958. 57 "6"
(S~Imlng mah4nery)

MILIMANP D.
*On One Property pf Regular Space," Dokl. AN SSSR 22, No.7, 1939

MILIMANS D.
"Concerning a Clissification of the -91mctral Pointa of a Linear Operator,,m
Dokl. AN SSSR,, 33,-No-4,, 1941
Inst. Hath,,.t AS UkrSSR

Chmactedatko of ememlej powts of regw
4!;~~~ Doklady Akad. Nauk SS~5k (N.S.)
57,119-122 (1047). (Runi2n;
'rhis note conWdm extrenw points ol regularly convex
*eta in tht conjugate R* olf a complex Banach ?space. [See
Krein and Sinulian, Ann. of Math (2)41,SWS83~19401,
Esein and MB'MjLn, Studia Math. 9, 133- 138 (1940), these
Rev. 1, 335; 3. 90, for real spams.3 Theorv~n 1. if T is is
hounded --et in RO and I" ia its ur*-cirmsure (that is, closurt

matical ftvis~wB. 1948. V61 9. go- 4

Mitremal &S- Dokl4dy.-I~
POW*
-1244
Z41 1244 (Russlan~
;
IT
:he repr~esemn 'ion theoreM
t
Uri
Op6ratious 6aires, War4
e=rval OZq,91~~nd by Stow~
75,"1 (193, theorem 833,,
-afity- Let Q),.- a compa#~,
normed "6 of all ceaW~".I~
(2 and let u 1)~ Ian isometri&'
to itself. Thief, there tmista~'
f.w a ho :~rph ism qV of
.nd only if y(' +,I(q)X(w(q))'
.(J an theo if U is an,
A th Banachl~ s3ace L, ont~','~
e 1~
in the u-*- ogy twitweea'.
too
rhe unit sph in and
set o of rrn one such
.:f. ";f f
-he I M of the SC4
Corollarv-41,,' h isornetri~
i extreme polo of I he set. Of
exceeding o nrm-e th~
mapping q+-*,f,, tlefint-d by
L homeomorp "im of Q with
IU
in the w'-toik logy, wher-6
Then f.r* is i'ii*-horneamon
-eme points of;~ r.. The fa6
le urut sphere, f Cq ks eithea
-;(W., for ill q ill Q; thb
rtieS. A (:,'M. . proof is gi%,O
Kelley ETran"~ Arner. Math
Rev 9' 2911 ~ -~ ,
M. &y (Pri~~oto., N.

-wwv &lung
N6;~7
eq
T

x

I*

ur
UN 14LI iI)l
III! )o 'V
110 11
~ce 01. IT.'
e pu,
aql u I p
jo) oz (x
r-ql Z~su;
AAAU I PU
Aq
.3

with
On the theory 9j
K-1d. Nauk SSSR (NT) 76, 14(v-.
(Russian.)
This paper contains a number of applicatio=L
point theorems to rinds with involution as mr
=r I Nalmark [Uspehi Matc-m. Nauk (N.S.) 3, no. 5(,
(1948) - Amer. Nlath-Suc. 'rransi-ition no. 25
Rev. 10, 308, 12, 111 ]. The ring R (with identitr
lutionr-x*) is assLuued to be --i-t-duced" in th'
flxc) - 0, for every functional f positive on R
all x), implies xc =0. AA s-reduced ring is rcd~
sense of ' NaUnark Ccf. above translation, p. 49,.'
duced symmeuic ring is s-reduced. Tht: ring R
surned to possess a rel, ular norm I i.e. every pos
tional on P, can bt- extvi~docl to a p,isitive functi<
completion of R tknder the glvt~n norint). The sl '
positive functional-., an R such th.iL f(e) = I Is a c0
the space rf con)ugate to tht- spa(e If of all Her,
nients in R' and iN comilact in tht: weak- Ir-tol;W0
A hornornorphism r--A, ot R into tile ring a
Operators on a ftlb4cr~ ~pact, Inot neces~-Irily
or finau s a represenutric
A r.-
then (cK. Cotivri-sek, -vt-rv jcK can lit- obtair
way and ctie carr-4spo-ridaig,'% (A, cept-t-wntation Ji
Jeterminoi by t Lip t;) all "or). ch
( L
co tdcment hzIl is said to bc exactly" b
epre-sentation A, with cyclic VV-CLor f
(~igenvoriror of Ak wi,.h ej~%~nv;ilue either Mira
maxIcKf(h). Tht rcpie-i4-.m.itwn III this case L4
(Ictermined Lip to an t~quiv;ilt-n, (.- it and orily if,
JTed positivi: Junction.il is an poinir j r
sabset of 11, vach of %~ lost, 1, r,1.li;Z,1j I
the bamt~ represt-c.-atif-ii, is, -!r III " JIILtN;jTJ.
Tile pro;ier! % ; pri ii,ip, %t.:h -I rv-pm
cid evt-rv 'UvIl 'llaxill, WI St.! 11a, I,1;oCIAl1~-i %, :!'h
I thr- rredtK
i.o.
'Ile re;,t~ -er,;iii-n~ -i-+ I!
E. P. - ~ i,: !: "'To,

NN man D The fachd gitructure of a convex bicompact
ftowpositions of Me"ns-
Njuk .zSSR (N S.) 83, 3S7 .360 (19~
11"tt, re -3 v%iih gig-, ial i,r,,I-
s suits on covering
i
!he snick of extreme points . notM,('71 and defifl!
thase nf the author'!s em 11ur n-c- f)"k
57. 1 P) 122 ! 1047), 59. 1045 -100 !104~). 60, 2S 2-,'
,ith D A. f4jjtnjI1j); them, Rev. 9. 11)2~ 4.41), 44A 1
dl'; 'lC!t'-rTn1n~d
For eacb f, in K there is a r-minimum closed Ezt r(f,) in
(.I -y-mirinitim -y-rlcm;ed set -f '-f.) in A)surh that f~iz In the
1--i - onv-< hull of Fff~) T,, i~auh f, 'it K owre
-ii,onds i norrn,dtzf~J Tiorri measure 1, on V/ My a tofK)
lovical tn4f nicasure-theorrit( it deromIK)-iii1on thcorrm ther.~
-xisy ft-du, e~f rinont, il I ny,~rlng-., i F.- i-- n 1 of r(j.) W161
qjw~ :al propf.-Ttips, anionR Thrin Ihat c (F,r, F,'~ -0 if I
I ~ Is ,hr,wft 11*c, fi~iat t() PaCh t Jnonp~ al dowl su'bsrt Fu(r
'here is ;in wuh that F ix r( f.)

1jr it. - -- - - I - -, - --7- --, z -- _~~ I-- - _--:7~~
- -in- - - ' A - --:"
tires an r and sotmwhat-Ill ~ re Oncrai Bord tl~easureson . I
tin its y-topology).

1, MILIKO, Do
2. 53SR (600)
41 FUNCTIORS
7. Integral reWesentatione of functions of eultiple variables,
Dokl. Ali SSSR 87 No. 1, 1952
Odessa Engineering Inst. of Cougmnications
Describes a class of bounded closed sets Q in a real Euclidean
sp n-dimsenionaltapace E n containing a certain closed subset-(boundary) over
which the following iKtegral in integrateds x(oo) wal x1q) ds (I ;q0) for
all x in the linear space R consisting of real afid. continuous f0tione in Q.
Indicates a method for determining the measure s(I;qo) in Q. Presented by
Acad A. No Kolmogorov A Sep 52.
252T75
9., Monthlj List of Russian Accessions* Library of Congress, ROMM 1953. Unclassified

USU/Ifttheoatics Indeterninaten janAreb 53
"A Mthod of N. ~ 1. Lobachevskiy -for Finding the
Integral Solutions of Whole-Numbered Linear Now-
582100" Equations," P. G. Kontorovich and D. I.
Millmn
usp at Nauk, Vol 8, No 103), pp 145-149
Shm that N. 1. Lobachevskiy's method ("compute
Collection of Works," (Polnoye Sobraniye Sochi-
way), Vol 4, "Algebra or Calculus of Finites,"
State Tech Press, M-L, 1948) can be extended to
an azbitrary linear hom geneous vhole-numbered
250M
n
s7sten of eqs E ajixi-O (J-1,2,..,m), vhere n~n.
rates Th. Skolem's Germn-language survey (Dia-
pbantische Gleichungen, Berlin, 1939) fails to
mention Lobachevskiy's priority. Submitted
T Oct 52.
19
Q
250TTO