SCIENTIFIC ABSTRACT SMELOVSKIY, V.P. - SMELYANSKIY, M.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651420016-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SMELUISKIY) V-P.p dotsert; KUDRYAVTSF.V, L.A.
Gomplications in the urinary tract during tra=atic urethral
strictures. Kaz. med. zhur. 4:25@-27 JJ-Agl63 (MTRA 17:2)
1. Fakulltetskaya khirurgicheskaya klinika (z-av. - dotsent
M.P.Makaror) Kuybyslievskogo meditsinakogo Instituta i urologi-
cheskoye otdelenive (nauchnyy rukovoditelt - dotsent V.P.
Smelovskly) Kuylynhovskogo -,ezhoblastnogo goonitalya dlya
l.nvalidov Otechestvenno7 voyny (nachallnik - V.P. Kolevatykh).

KUCIIINSKIY,I.N.; PYTKLf, *i.Ya.; ZISMO, z-F-j GoLir-owry, 60.1 CIIEBAJMKI
G.M.; ZALrriKIT, R.O.; HYA193SKIT, V-S.j DARD;K072 A.F.1
KHATAVNER d, I
., A.I.9 SM=VSM V.P.; BALT"ER, M.A.
Abstracts. General problome In urology. Urinary bladder.
I
Urologlia 28 no.5:87-95 S-0163 (M:fRA 1724)

st-thlovsKly, V.P.P dotsent
Fistulas of the upper segment of the female genital canal.
Akush. il gin. 39 no.3:23-28 My-Je'63 (MIRA 1'7t2)
1. 1z kl.:Lniki fak--ulttetskoy khirurgii ( zov. - profs S.Ls Libov)
i ak-uEshersko-ginekologiche-skoy klinlk-i ( zav. - prof. I.T.
Millchenko) Kuybyshovskogo meditsinskogo Jnstituta.

I-Ar,of rooting (in stmage) of potatoes by ms1elt by-
641111de R. Duakds, E. BAumanis, and T. Smeltm.
Lahqw PSR &*411% A ked. VLO4 1"S, No. 7-, 10342(in' -
Russian: Luvian summary).-Potato plants were sprinkled
with soln. of m-leic hydraiide (1). with a detergent, at a
rate of th-2 kj. in IODD 1. HtO per he. out month before
the collectJou of crop. Of the tubers collected 9"% could
be stored until the out semmou without developing spimuts,
and were suitable for all purposes except seeding; I did not -
prevent budding of the sprouts. but arrested their further
growth. The wt. and starch low In storage was decreased
-by a factor of 2--3, vibmin C content was preserved. ond
_Retabc@iu@d!.@!t@Sstor!Lp aj_4qwe

SMELTERIS, ya. (sineitarlsp J.], prepodavatell
"New navigation tatles" by V.Kondrashikhin. Reviewed Ly IA.
Smelteris. Mor. flot 23 no.4s2l Ap '63. @WRA !6tlr)
1. Liyepayskoye morskoye uchilishche,
Navigation--Tablep)
Kondrashikhin# V.)

DIIDNIKV I.F.; fWFLY, G.N.; STFPANOV, R.M. (Roscow):
"Some results of experimental investipation of stability of cylindrical
shells."
renort presented at the 2nd All-Union Congre39 on Theoretical and Applied
Mechanics, Moscow., 29 Jan - 5 Feb 64.

ADCOCK, W.J.; 51ILY, Jiri@ inz. [translator]
Mining operation mechanization and its develolnent in Great
Britain. Uhli 5 no.5.-177-180 My 63.
1. Hlavni inzenyr machanizace Narodni qwavy uhelneho prumyslu,
Londyn (for Adcock).

T' irdnc loa,",:r. Frriha. 2. no. 2,
ar.
SO: ITc)ntl-.I,,, t,,f Fzt:A, Furonean Accer--im7,
June 1@,55), "ncl.

, v,), . 7, 1. - . i, wa@, I? @,?, i rpin a,
Yining --@chln-s. r. 6311. A-1 .1. ; ) I -
I ze-ch-),31 )
. - --)nt' ,.- : -it -)'@ '-.st @-uro-ein -cce-@sinns :,C. V-)I. 4., 1--o. 12, LJec 1157, Uncl.
I - .. , h. 1 .1, 1%

CZFP,IIOSLOVAKIA / Farm Animals. Honey Producing Bees. U-11
Abs Jour : Ref Zhur - Biologlya, No 16, 72236
Author : Smely, V.
Ti tl e a
'j-jf_@r Insulating Material and Its Use in Bee-Keeping.
Orif Pub t Vcelarstvi, 1956, 9. No 11, 166
Abstract i A newly produced insulating material, polystyrene, con-
tains 97 percent of air and three percent foam (by volume).
Due.to its lightness (1 m3 = 30-35 kg) and low heat conduc-
tivity (0.027), this material is suitable for the prepara-
tion of walls, bottom and other parts of the hive. It can
be,prepared with ease with the usual carpentry tools.
Card 1/1 - 82 -

yocv$o@vh- Smc-4y, Ekokr,
llydnyg@llatctl nt .50, with PtOl in C.11. vieldnig 2.W
di-Afr@ (M), in.
IU7.5-1(N* (front SICOH-calls). IX (1.52 S.) Wa-, ron-
vill'ttldlwy tre:ttritent with 2.5 mi. (11SCH02 wid 1.5 mi.
to the conTslu'llding Ill.
63-77@.@ Desulfumtinct by boiling iii Cills-McOlf (1,1@
81irs.witt,
whichlon -.0mquent hydrripmation with PtOg ykIJM 'itli,
ing. di-Ve W, m. IW-1.2'
(froin C4114-McCill). X was zdw. obtaltird in 70-tol. yio4l
by a alternative syntlz4s including trrainicut wl
500 m" VIII with (IISCH:),, and BFEtIO, tubsequent dt-
sulfllj@'t6yj and bydroge,wtion, Alk-. hydrnl *%,,!Js of
X bv@ lx)illng with 5'70 incthArtWic KOIT r-ive 212 nig.
free it@id. in. StiniLuly, trcatineuZ r4 Are $-
the %
froat te k.:@.
chlorkle of sisucinic i" atul C11'sNO With CuO ra" df-ffe
yieldl, n1iiie Me 1-dLixotwetylvidetutc, h" Itn-4 priti',
c
from Ole Ile ester chloride. rd adirlic acid and it,v @31
dcoumpti. to do-Me tn.
04 .50 iti 22.2'% vicid. IV. Selectire recluctiQn of un-
seurated 1.4-@ikvtDnvs. Ivan Irniest. &ZI
Desullurati,77 -#XTrie-- of di-E., j
c,m-
SidcqLbly On tile nclivity -f tile tl%(%l R.11kry
I by disiolving 4.0 X. IA and 20 rng. hydrixpiumne io 4
rLix
P
rni. (11S,010t and droppiliz into tha ctx@kd solis. 4 mi.
After MI lin.. the ritiva, wi-q %hz&kcu with C,11
and 1041, %uln. of K,C(h. and the CJ-14 waq evalid., ltavinil
6.0 k. @lmtir vis,,AnA liquid of 1. Desulltim'Lion of I by
bQin.K 1 -211. in 120 mi. ith4. HtOH with 2.5 oil. vu."ision
Of 1twity Nt W4 (cf. Paylic, C.4. 40, 0MR) lp"
di-Fild4)dtxaisc-f.lj-ikorbox*ie (U), N.a. m. 27,
as the gole protiuct. Alk. hydroly3is of U pt" the ft-or I t
(111), at. AtWoCous ppc&4urc witli itcutallst,

I ' V. , CR06-6
1N,rj,p)PAj V smr-'ey
fh@kt fi't-' "wt-n at"Ictivatcd by N)iIiag 2 111!.. W14h WICID
9.111e a fi@Lctico "Wch W'ii -kitutifivt 3S a mix%, a r'81A It'
;md 411"0 of the convponding mmad. C-Acr, prol)"IAly ji-i-I
lVe 1,W). ChAt-AcitriZed by C'(416.
w-fric an'dVAS Atrid by @;ArogcoMi,to
a 12-4r. im'Ictivati4vi was U-st.41,
'"ve a WA)-rng, frartion, ba.13 1-35-45'; which on alk. hy-
(ITOIN-13L-1 ylef&d crym;44, m. 1254% piribubly of HOjC-
wherem 1% 6-hr. Wac.
livatM -:utwlym pmduccd a fractinn, bqqj 133-70. apInvently
Of IV. ide--tified by hydroKuwAtion which Vve It and rdtcr
, rulysis ykldcil n1. A pwalkt expt. fromn 4.7 g, I
hyJ
K.Ivr a 1.13-g. fractiill, [1.-% 124-7*. which vnis chrxmiate-
Siraphed on A110, yiddinf by alk. hydrolysis of thc liguint
('111.1te 40 trig. cryit. acid, m.-
l(j7-9*, confirtntA by coulxnettic au3ly%is. Attempts wem
nade at ove(corning difficultics enmantered In tht prelm. to(
dk-.uIjnwYIiv wid-j of tilt type
CITCO(C] 1,).C(.),R (Y) by pre-pg. addn. compdg. of V with
lllthr,i,vie fff), howrvtr, ivitlv@ilt sucmi. The adduct
Of 19 :md V1 obl@d:icd by heming 5 fint. powd. mixt. of .1.(i
9.VI with G,S 7. V (it - 4, It - lit) fcrrr,3 ctystils. m.
78-1.1' if rorn rY@,!,j4xAnc!-C4T'f#), ykWing tin &&pua. c:y@tab,
m. lfnma C,II,AcOII)- SirnlvrlY was wvpd- the
m1duct of di-Ale witli
VE front 0-7 g. VI and 1.0 Z. V (n - 2. P - Me), G,rotiTig
jv@ctjlcs, ra- (fom Coll,). wid yieldLiq; os
crymids m. AcOll),

" ii", i, I .I '. .kel
ZL
ly
Vzalmodeistvie karboksil soderzhashchlkh
kauchukov s poliamidami i epsilon-kaprolaktanon
Interaction of earboxyl-containing butadiene-styrene rubbers with
polyamides and epsilon-caprolactam
IUAC S 111:224-35
1,eport presented at the Intl. Sympozium on Macromolecular Chemistry, Moscow,
14-18 June 1960.

- SMELYXVOV, A.
Work is a basis for national prosperity. Sov. profsoiuzy 18
no.3s28-29 F 162. (MRA 15:3)
(Efficiency, Industrial) ,

SlITELYAFOV, N. N. and N. F. KOSARTY(.-V.
Ispravlenle porokov otlivok. Mc3kva, YashgIz, Ic.410. 221 p.
Repair of casting defects.
SO: Manufactiwing and Mechanical Engineering in the Soviet Union, Library of
Congress, 3953.

SMELYAKOV, N.H.
%@r @ .@. .. @@ I .
[Production of castings with inserts] IsgotoTlenie arairoyannykh otlivok.
Sverdlovsk, Goo.nauchno-tekhn.isd-vo mashinostrott.lit-ry [Uralo-Sibirskoe
otd-nia] 1953. 190 P. (KLRA 6:12)
(metfia castings)

KUZZIXV, H.Ya.; SKVOWSOV. A.A.; SHILTAKOV, N.H. (authors]; GKUN', M.A. Lre-
viewer].
Response to X.IA.Kuzeley's, A.A.Skyortsov's, and N.N.Smoliakov's book
OFoundry master's manual." Reviewed by M.A.Okunl. Xryl.rod. 4 no.8:
p.3 of cover. Ag '53. 1 , I - @,;. (XLIU 6:7)
(Founding) (guzelev, K.IA.) (Skvorteov. A.A.) (Smaliakov.N.N.)

JLuZgLNT, mikhail UkovIevich; SKYORTSOV, AlekseY A`natOIIYsVtCh
4 - --% ---. -; ZOBM,B.Y., kendidat tekhnichemkikh usuk,
roteensent; 44WIUY, A.&.,, lotsent. otvetetvennyy redaktor;
YOUTANSKIY, L.N., twhener' re"ktft; GOWMNAII, B.S., Inshoure
reUktorl 30"OF,.A.1f., inshener. redaktor; MUM, B.F., inshamr,
redaktor; ZVX=w, X.M.. Inshener, redaktors, NOWIM, AeS., Inshomrs
redaktor; XISTWT, B.A., lushener. re"ktor; RAZUWVA. M.S.. inshener.
radektor: SIDUUMOO I.&., Inshener, redaktor; 202003M. I.A.. ksm",
do% takhnichasirikh nmk. reduktor-, DUGINA. N.A.. takhnicheekty
rMe ktor
[FowAry woricer's bonAbook] Spravochnik rabochago-li tat shchilm
Ud. 2-os, dope I power, Moskva# Go** nauchno-tekhat isd-wo
mashinastrolt. lit-ry. 1956. 634 p. (NZRA 10t4)
(youndue)

t-f
PHASE I BOOK EXPLOITATION 399
Noskov, Boris Alekseyevich,, and Smelyakov, Nikolay 4!@o@laye@vich
Konstruirovantye litykh detaley (Design of Cast Parts) Klyev, MashgIz,
1957. 210 p. (Biblioteka konstruktora) 8,600 copies printed.
Sponsoring Agency: Nauchno-tekhnicheskoye obshchestvo mashinostroltell-
nay promyshlennosti. Kiyevskaya oblastnaya organizatelya.
Reviewer: Ryzhikov, A. A., Doctor of Technical Sciences, Professor;
Ede, Scroka,, M. S.,- Tech. Ed.: Rudenskly, Ya. V.
PURPOSE: This book In designed an a manual for ong1neers 8 designers
and technicians engaged In machine building. It may also
be used by foundry engineers.
COVERAGE: The authors.stroos the importance of castings in machine
design. In this book they describe the elements of design
of ferrous and nonferrous castings. A few chapters are
devoted to various methods of casting such as investment
Card 1/5 precision casting, pressure casting, centrifugal casting,

Design of Cast Parts
399
Design of the Outer Contours of Castings 80
Design of bosses and projections 83
Draft on vertical walls 85
Design of horizontal sections of castings 89
Determinination of parting line 90
DimensioniAAg of Drawings 92
Tolerances and dimensional accuracy of castings 94
Inner Contours of castings (use of cores) 101
Allowances for machining 108
Standardization III
Ch. IV. General Rules for Design1ng Cast Parts 212
Ch. V. Design of castings 114
Ch. VI. Design of Gray Cast Iron Castings 222
Ch. VII. Design of Castings of Modified Cast I"n and Cast
Iron Containing Soherical Graphite 230
Card 3/5

1?esign of Cast Parts
Ch. XVIII. Bimetal Castings
Ch. XIX. Considerations In
Ch. XX. Wality Control of
Ch. XXI. Defects and Correction
Conclusion
Bibliography
AVAILABIE: Library of Congress
399
190
Selecting Casting Methods 191
Castings 196
of Defects in Castings 201
204
205
Card 5/5 00/VM
6-3.1-58

Reinfor,.-id. Castings
TAUE CY COMIMS.
Foreword
:30V/1249
3
Ch. I. Reinforcement of Oastings 5
Wtc@hanical cohesion of metals and. their fusion 6
Formatic-a of intermediate wnge.,3 dar= to the interaction of metals 10
Solution of a nigh -melting metal in a lov-melting meta-L 10
Advantages of reinforced castings 11L
Iooeq.liz-@J. baxaeatrig and Increasing vear resistance 14
Pr-i"-ntion of br-Ittle failure and corrosion 17
E,.on,=y of scarce metals 19
Raising the quqlity of caetings and reduction of rejects 20
improving produc-lbility of castings 24
Redur.ing ldr)or input for machining and the cost of castings 27
Perfo:ctlon of the method of producing castings 30
Obtaining r4sv physical propertits of castings 35
Applications for reinforced eaztIngs 36
Card 2/4

Reinforce4 Castings sov/lAg
Ch. II. Production of Reinforced Coatings
Brake shoes and casting molds
Pulleys, wheels and flywheels
Turbine diaphragms and pistons
Parts of internal combustion engines
Cooling plates, electrode holders and francs
Tvo-laysr rollis
Anvil 'blocks, homer heads and other parts
Bimetallic parts and tools
Reinforcement in special types of castiAg
Ch. M. Defects in Reinforced Castings and Hov to Prevent Them
Defects in reinforced castings
Control of the quality of reinforced castings
Ch. IV. Design of Reinforced Castings
52
52
61
65
72
78
82
86
97
123
126
12B
130
136
Card 3/h

KUZEU'V, Mikhail Yakovlovich; SIIVOi,T8OV, Aleksey Anatollyevich;
Nikolay Nikolayevich; DUI31TSKIY, G.M., doktor
teklin.- nauk,, retsenzent; ZOBNIN, J.F., kand. tekhn. nauk,
retaenzent; KOROTKOV, V.G., kand. tekhn. naukj retsenwnt;
LEVCHRIKO, P.V., kand. tekhn.nauk, retsenzent; YUKURIN, P.I.,
kand. tokhn. nauk, retsenzent; PASTUKHOV, A.I., kand, tekhn.
nauk, retsenzent; PORUCHIKOV, Yu.P., kand. tekhn. nauk,, re-
teenzentl- ROZENBERG, I.A*9 kand, tekhn. nauk,, retsenzent;
SERGEICHEVI II.F., kand. tekhn. nauk# retsenzent; FILIPPOVj
A.S., kand. tekhn. nauk, retsenzent; YAROSFMKO, Yu.G., kand.
tekhn. nauk.. retsenzent; BAZAROVA, N.V., inzh.9 retsenzent;
BLAINK, E.M.p inzh., retsenzent; VOLPYANSKIY, L.M., inzh.#
retsenzent; ZAKHAROV, B.P., inzh., retsenzent; MYSHALOV, S.V.,
inzh.l. retsenzent; RAZUKOVA, M.S., inzh., retsenzent;
SHABALIN, L.A., inzh., retsenzent; SHKUNDI, R.M., inzh., re-
tsenzent; DUGINA, N.A., tekhn. red.
(Handbook of foundry practice] Spravochnik rabochego-
liteishchika. Izd.3. Moskva,, Mashgizj, 1961. 5E,4 P.
W IRA 15:4)
(Founding-liandbooks, manuals, etc.)

ACC NR: '-OURCE CODE: UR/01113/66/ooo/024/0041/oo42
.INVENTOR: Bushmin, M. Ye. Sme1yakov, V. V. Mints, M. Ya. Pungin, L. M. ,
Tolstikov, V. F.
ORG: None
TITLE: A digital Infrasonic phase-frequency meter. Class 21, No. 189485 (announced
by the Klarkov HiFher Master Engineering Academy (Khar1khovskoye vysaheye komandno-
inzhenernoye uchilishche)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 24, 1966, 41-h2
;TOPIC TAGS: digital system, phase meter, frequency meter, logic element
ABSTRACT: This Author's Certificate introduces a digital infrasonic phase-frequency
:meter with intermediate time-pulse conversion containing a standard generator with
loutput connected through controlled rectifiers to the inputs of addition and subtrac
ition pulse counters, a shaping network and a registration unit. Measurement accurac
!is improved and speed is increased by using a frequency divider connected to the input;
Icircuit of the subtraction counter in series with a controlled rectifier, together
.with a control unit based on logical elements and a reversible counter. One of the
;inputs of the control unit is connected to the shaping network, the other input is
iconnected to the subtraction counter and the outputs are connected to the controlled
,rectifiers.'
Card 1/2 ux: 621-317-761:621-317-772

0 0, Rachels I Kano-'
prib"Ov
V V,SoittAkkov. limerilirroctits rikknikj,
!@PtAkt, 10,rOG. J)j). '25-29. 111 PIOSWI.
Aualy%6 o(dYhrvat asp"tj of the "Icutt.
tion and design (4 eloctrinuagactic dcvicc@
havilic a Z-sttapcLl farovahle Core.

-SAE Y, ev
AID Nr. 979-5 29 May
DEEP DRAWING ON DROP HAMMERS (USSR)
.yjkov. Kuznechno-shtampovochnoye
Saparovs:,-1y, S. V., and_Ya,_E,_S_mLq1
proizvodstvo, no. 4, Apr 1963, 25-27. S/102/63/000/001/004/004
7he Kuybyshev Aviation Institute has developed a special hydraulic unit (see
illustration) which makes it possible to use the "elastic die-rigid punch" method
for deep drawing on drop hammers instead of presses. Elastic die I is placed
into. steel contairier 2, which is fastened to the drop halnmek ram, For better
elasticity.and more uniform distribution of pressure exerted on the blank, the
Card 1/3

AID 11'r. 979-5 29 bSay
DEEP DRAI.-JIM ON DROP ROZERS [Cont'd] S/182/63/000/004/004/004
-top part of the container is fille4 with water hA a rubber bag filled with
granulated rubber is placed into the bottom par". of the container. The top part
@7

AID-Nr--979-5---29 -May----
DMP DRAW= ON DROP HARMS [Cont0d] S/182/63/000/004/004/004
(wito fluid) of the container is separated from the Oottom .part by a rubber
diaphragm. Floating piston 8 placed within steel cylinder 3 carries studs 7,
which pass through the cylinder lid 3, and carry holder 6, blank I , and
.3
hold-down ring .12. Interchangeable punchg is fastened to lid 10. The re-
quired fluid pressure In cylinder 3 is maintained by means of spring valve It
in distributor box 4. Accumulator.5 receives fluid from cylinder 3 during
the deep-drawing process and returns it by means of compressed air. The
deep-drawincr process is completed by several strokes of the ram with the re-
duction obtained in a single draw controlled by the spring of valve 14. After
completion of the deep-drawing process, accumulator.5 is filled with compressed
air which, with valve 14 open, forces the fluid into cylinder3 and moves the pis-
ton 8 upward, removing the *drawn part from the punch. Interchangeable tools
(punch 9, holder 6, and ring 12) are made frorn icase-hardqned carbon steel-
for the deep drawing of duralumin, carbon steel, and alloy steel sheet 3 mm
thick and heavier, and from zinc, wood, or plastic for tha. 11eep drawing of
thinner gages. Experiments with hard-to-form materials were performed
with preheating of the holder, blank, and ring. The method makes it possible
to obtain draw ratios 8 to 100/6 higher than those in conventional dies. ISS)
Card 3/3-

SAPAROVSKIY, S.V.; SMELYAXOVp Ye.F.
New method of the deep drawing of parts on sheet-metal working
hammars. Kuz.-shtam.proizv. 5 no.4t25-27 Ap 163. (MMA 16 14)
(Deep drawing (Metalwork))
(Sheet metal working machinery)

.1;t?,voy Vlaltmir,:)v-A' ri, ?,.r)XfiJtoV, Anatolly DaltriyevJ-@hi
FAR'-ANOVA. Viktoriya
T,T
VY9V P Ya imb-'retsenzent; KOROBOV,
V. K,, ka,.-oi. teklm. nalik, retsenzent; RAZUMTKHIN, M.A%j
@- )f.., rei.. FETROEVSKAY.A, N.Yo., red.
[Flubt.- pad forminvi Shtaainivka rezinoi. Kuibyshev.,
106 p.
(IMA 18:7)

SOURCE CODE: UR/0182/66/ooo/ooh/0023/0024
AUTHOR: Sorokin, I. N.; S!LparovskiZ, S. V.; Smelyakov, Ye. P.; Sixillmeyster, B. D.
ORG: none
TITLE: Stretch founing of metal sheets with vibrations
SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 4, 1966, 23-24
TOPIC TAGS: metal forming, sheet forming, stretch forming, vibration forming
ABSTRACT- Th effect qf,, vibration in stretch forming has been investigated in
formin@@ @Loy sheets (200 x 300 x I mm). Vibrations were applied
either perpendicular to or in the direction of the stretching pressure. Perpendicu-
lar vibrations with a force of 110-355 kg, a frequency of 45-70 Hz, and an ampli-
tude of 0.3-0.8 mm increased considerably the relative deformation at the same
stretching pressure. The relative deformations achieved in the first four stretch
-forming steps were T.0, .12.5., 1,565, and 1T.P% without vibratio and 3.1.01
and 26.6 viifi Vi7br-ati@@.- Vibration in the direction of stretching pressure-at a fre-
quency of 20-30 Hz and an amplitude of 0.09-0.22 mm had a similar effect. H in-
creased the relative deformation in five steps from 7.5, 9.5, 12.0, 14.0, and .16.o%
to 13-5, 16.o, 20.0, 24.o, pnd.,2T.0%. Thusp* vibration- -increases the relative
deformation and makes.it possible to achieve the desired shape in fewer steps or to
use a lower pressure to achieve the same relative deformation compared to

L 26272-66
ACC NRs AP6012612
conventional stretch forming without vibration. Vibrations applied simultaneously
In both directions reduce the stretching pressure by 30% and Increase the relative
deformation from 22.5 to 33.0%. Orig. art. has: I figure and tables# (WW)
SUB CODE: 13/ 'SUBM DATE: none/ ORIG REF: 001/ ATD PRMS:

MDCHALOV, V.A.; MATYUSIICHENKO, D.D.; KRIVITSKIY, A.A.; GLEZER, G.N.;
OPARIN, I.M.; KHEYMAN, E.L.; SMETNEV, N.H.; EPSHTEYN, A.L.;
GUSEV, B.Ya.; LEYKIN, L.P., MARCHENKO, G.M.; FISHKOV, V.G.;
SAPROVSKIY, S.V.; LYAKHOVSKIY, I.I.; SMELYAKOV9 Ye.P.,- VAYNMAUB,
D.A.; BUDYLIN, M.M.; NOTKIN, Ye.M.; KUR, G.Ye.; AROUSETEYN, N.A.;
SUKHAREV, V.I.; VINOGRADOV, K.N.; BOBROVSKIY, N.S.
Innovators' certificates and patents. Mashinostroonie no. 2:
103-109 Mr-Ap 164. (MIRA 170)

L
ACC@AR't- I JR/0276 /66/000/006/V017/V(l 17
AR1303 1776 SO(IRCE CODE-
AU-1-10R., Sm elyakovt Kaluzhskiy, 1. 1.
Ye. P. ; Sap@rovskjy
TITLE: A study of the process of pulsed de@ with fold formation
SOURCE: Ref. zh. Telthnologiya mashinostroyeniya, Abs. GVIJ.5
REF SOURCE: Tr. Kafedryproiz-va letatelln. apparatov. Kuybyshevslc. av-iate.
in-t, vyp. 20, ch. 2, 1965, 19-40
TOPICTAGS: deepdrawing, deformation, pulsed deep drawing
ABSTRACT: A method was developed for pulsed deep drawing with fold forma-
tion. With this method, the mechanical diagram of the deforming material is
improved considerably by combining the drawing elements (without clamping) and
@y the intermittant application of pressure and the sizing of the flange after the
latter loses its stability. It was found that the degree to which the flange Is
strengthened during one pulse may serve as a criteron for selection of the
amount of the depth increase in drawing. The magnitude of the increment of the
drawing depth for a single pulse can be calculated either from the derived formu-
las or by a graphic method of solving equations with a nomogram. Orig. art.
has: 8 figures. Six references are given. [Translation of abstract)
-.1/1~L4aUB-C-QDZ.--1-31-UDC:-621.-983.-3--- vIbration forming

ACC M' AR7, 00.1,383 SOURCE CODE: UR/0276/66/000/009/VO21/VO21
AUTHOR: Saparovsk-ky, S. V. Smelyakov, Ye. P.; Kaluzhskiy, 1. 1.
TITLE: Study of the stepped cupping of parts using a sheet-stamping hammer in a
special setup
SOURCE: 11cf. zh. Tekhnologiya mashinostroyeniya, Abs. OV144
REF SOURCE: Tr. Kafedry proiz-va letatelln. apparatov. Kuybyshevsk. aviats.
in-t, vyp. 20, ch. 2. 1965, 3-18
TOPIC TAGS: stepped extrusion, extrkision ratio, metal extrusion, buckling,
bend-ing, cupping
ABSTRACT: The process of cupping of each stage can be.dividuJ into bending and
eNtrusion of Ulu blank prior to the moment of bucklir-,;@ of the flange; oxtrusion with
folds on the flime; and straightening of folds and Moderate extrusit)i-_ Th-z extrusion:
0
force is 1-iahust at the first stage; it is 30-40% lower than in conventional extmsion.
A . 1 0
Experimental data ihow that stepped cupping perrnits the use oil an (-trusion i'atko
20-251/o low@@r than that for conventional stampill-'. 11"tern-Aittent loa'.@ing ill'!jo red,icei
C.rd 1/2 UDC: G21. 983. 3. 00 1. 1

ACC NR: SOURCL CODE: Ull/0276/66/000/009/VO21/VO21
AUTHOR: sinclyakov, Ye. 1-1.
Dqtcrmination of force required for sizing the flange in extrusion with
folding
SOURCE: Ref. zli. Telflinologiya mashinostroyeniya, Abs. 9V143
REF SOURCE: Tr. Kafedry proiz-va letatelln. apparatov. Kuybyshevsk. aviats.
in-t, vyp. 20, ch. 2, 1965, 41-54
TOPIC TAGS: metal drawing, metal extrusion, force determination, flange sizing,'
extrusion, folding, sizing
ABSTRACT: Calculation of the force required for sizing a flange is cited. As an
initial condition it is assumed that all folds formed during production are
cylindrical in shape. Monograms were plotted for facilitating the use of the
results obtained. The monograms were verified experimentally by pulsed drawing
with folding of sleeves 50 mm in diameter from D16AM. The tests have confirmed
that the force foi, sizing the flange calculated from monograms insures a normal
extrusion process. Orig. art. has: 6 figures and a bibliography of 5 reference
items. S. Shirman. [Translation of abstract] [AN11
Card 1/1 SUB CODE: 13/ UDC: 621. 983. 3._00
J. I

Influeace of staric fastars an the propt:rties cd kes con-
Dis 4E2C(j) taining tb* biphenyl nudeIV4. VIn - Risrazo 4,rd from m-
and p4minabenzayl derivadm of I and 2.2
I left '"vet- -7
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m;. -d subst--stivity Ln It 11-c-0 Tylve I P C.H., Yf
4 4 bi henylene (III j. 4.30. 70. wt-C'411. IU 5:5) 63.@If_ f-
C.H. 2 2 Aimethyl-4.4 hjphrnyL@, IV, .52-9 '41, ---( . 1@
IV. L530, 14 rypt I] p "N., P-CJI.. &A - W 114.111.
Ma. V. ft-C'U., III. W. 74; @Cjq -it, 27;
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fr 14. to prWuc" a hypsixtimmic shift is-
hat fn)m [11 In IV in type H whe" tht iv, r",up to
""tiv tj&ched to t1w b,ph-yl murtru. It tt" 4@- It"up
t- rj@ tx-nd to Ill 1i, i v j-,r- -uvv
h,h'. h- 0 " _-I@! h-, - -0, 1-k "Ik.tnte
I'll ,, 1%f .. typc I , ! 1- d the
flli@-Ulj @-t fejK)rt11f 14 14 4,1.1 m p gl,@-n, @ "N_
f, 140, t.C.H.CON'li , V @ [11 2X-. - @'.I 1.0).1411
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14-.*, hP VI Ill, MCI -it de@@np 31m*): Ila-
VI TV ! -6, 11 influenct of steric structure on t1s*

of mrnoew dyes Jeri-AtIves al Wphenyl fluo,ene
andbmaphthyi P -@j k
IN.1 W1 , " ': 12
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400 illp, If. CJI.. A p-OIN gToup L% btt'hmhrnmc in a&-
rivs )I but this ellect d@ a-' @@y thfough 2 rinci
The mime plRnar deriva. of Mi, and ffu@rpnp have gr-tver
17

KRASOVITSKIYj, B.M.; SMELYAKGVA,_i---@--
Partial reduction of 4, 41-dinitrobenzani3-ide. Zbur.VKHO 6
no-5:588 161. OUM 14:10)
1. Kharlkovokiy gosudaretvennyy universitot imeni A.M.Gorlkogoo
(Benz-anilld )

KRASOVITSKIY, B.M.; SMELYAKOVA, V.B.
Relationship between the structure and properties of dyes,,
derivatives of benzanilido. Part 3: Disazo dyes from 4,,41-
dia*ino derivatives of pbenylacet anillde and of benzoic-
benzylamido. Zhur.ob.khim. 31 no.7:2256--2259 -TI 16f. (MIRA 14M
1. Kharlkovskiy gosudarstvennyy iniversitet imani. A.M. Gorlkogo.
(Denzanilide) (Aso dyes) (Aoetanilide)

L :12go8-65. FWT(m)/EPF(q)/T/FWP J) Pe-4/Pr4i RPL/A1;W-,/AP0C (b) /AS (mp) -2/
ASD(a)-5/B3D/ESD(gs)/ESD(t) RM@JW
ACCESSION NR: AP4047177 S/OOSIL/64/017/004/0558/0564
AUTHORS: KrasovitskiV, B. M.; Smelyakova# V. B.; Nurmukhametov, R. M.
TITM@-Absorption and fluorescenco-spectra of-cortain-azomethine-'l
derivatives of benzidine and Its 2,-21 and 3,31 di cb1orosubstitutdo
7A
SOURCE: Optika I spektroakopiyat v. 17, no. 4# 19640 558-564
TOPIC TAGSt absorption spectru fluorescence spectrum, bensidine
ABSTRAM For comparison with similar tests on salicklal aniline
and its derivatives (DM SSSR v. 143, 1145, 19621 ZhM v. 37,
2432, 1963), the authors investigated the absorption spectra of the
condensation products of aniline, ortho-, meta-chloranilines, ben-
zidine, and its 2,2' and 2,2' dichloroderivatives with salicylic and
2-oxy-l-naphthoic aldehydes in dimethylformamide, and the fluores-
cence spectra of frozen solutions (77K) of these substances in the
same solvent. The doubling of the salicylal aniline molecule causes
Card 1/3

L 129o8_65
NR: AP4047177
0
a bathochromic shift of the absorption and fluorescence bands, evi-
dencing appreciable conjugation between the two halves of the
disalicylal benzidine molecule. Disalicylal benzidine and its 3,31
dichloroderivative differ very little in their absorption spectra;
their fluorescence spectra are also of like character, but the flu-
orescence intensity of the latter,is much larger than that of the
former. At the same time, the absorption and fluorescence bands of
2,21 dichloroderivative of disalicylal benzidine are less intense,
owing to the spatial difficulties in the grouping of the biphenyl,
and are shifted towards the short-wave end of the spectrum compared
with the disalicylal-benzidine and disalicylal-3,31-dichlorobenzi-
dine. The rules characteristic of the derivative of salicylic
aldehyde hold true also for the absorption and fluorescence spectra
of the products of condensation of the foregoing amines with 2-oxy-
1-naphthaldehyde. Plots of the variovs spectra and of the time
variation of the fluorescence intensity are presented. The azo-
methine derivatives of the diamines of the benzidine series are
Card 2/3,

r. i2go8-65
ACCESSION NR: AP4047177
shown to be more immune to radiation and exhibit stronger light ab-
sorption and fluorescence than their "halves* with shorter chains
conjugated double bonds A table of the malting temperaturest
analyses, and yields of th; various-substances is presented. orig.
art. has: 10 figures and 1 tables
ASSOCIATION: None.
SUBMITTEDs 23Sep63 ENCLt 00
:SUB CODE: OP UR REP SOVs 004 OTHERs 007
Card 3/3

AUTHOR: 'Smelyan, G. SOV/25-58-12-23/40
TITLE: Automatic Engineer (Mashinijt-avtomat)
PERIODICAL: Nauka -i zhiznl, 1958, Nr 12, p 65 (USSR)
A13'1@'TRACT: Cybernetic engineering has already proved the pos-
jibility of designing automatic machine replacing
the functions of human brain. In this category
belong the firot "Automatic Engineer" constructed
by Soviet scientists and engineers, This device,
i small specialized computing machine, governs the
operation of trains without the presence of men.
The new cybernetic machine was tested on the Mos-
co,N-Kuybyshev railroad.
Card 1/1

FAYNBFRG. G.S., inzh.; SWLYANETS, S.G., Inzh.; OKUSOK, A.A., inzh.
Planning power supply for mines and pits under construction.
Shnkht.strol. 8 no.1:5-9 Ja '64. (WRA 17:4)
1. Vsosoyuznyy nauchno-issledovatel'skly institut organizatsli i
mckhanizatsii. shnkhtnogo stroitel'stva.

. T ,, '. 1.4 i. 'i _, I I i@ . , 4 !i ". @ . ; F , '0 , ,, S . r , " . , @ 117, " @ . , '-' , ; Y- r. " i , , -1 r @ :, : , ,
-. ,,_A 1- . @- I . m - , " - I . 1. 1 t@ , . @ I . , . , . . .
i,. i ., I n, z k, .
Industrial testing of the ONK-10 equipm@,-ntl. Shakht. strol,
9 no,7:2'1-28 JI '65. (MIRA 18:10)
1. Vqeqoyu;,,nyy nmijohno-Jsaledovatellskiy institul. organizatsit
I mokhanizatall shaklitnogo stroltellstva.

VOYEVODIN, A.V., kand. sell-kokhoz. nauki KUDEL', K.Ye., nauchnyy sotrudnik;
MURAROVA, 0.1.; NIBYTY V.A., TAPASENKO, kand. Yolog. nauk;
-S.MELYANETS, V.P.j PALASKAS, D.N.; WRORATIN, V.A., atarphiy naucbnyy
sotrudnik, DORDUKOVA, M.; XACHAYEVA, V., semenovod; GLINFA, Ye., agronom;
SREVCHENKO, A.B,, asplrant@ HOCHAROV, K., GLEBOV, M.A., kand. ekonom.
nauk
Results of herbic-'de testing. Zashc:h. rast. ot vred. i bol. 9
no.7;23-26 164. (MIRA 1812)
1. Vgesoyuznyy institut zashch-Ity rasten!y (for Voyevcdin).
2. Ukrainskly nauchno.-issledo7atellskly institut zashchity
rasteniy (for Kudell, Smelyanets). 3. Nachalln'-k Klyevskoy
oblastnoy stantaii zashchity rasteniy (for Yurarova).
4. Zaveduy-ushc-hiy M-4ronovsklm punktom sIgnalizatsil (for Nibyt).
5. Nizhnedneprovskaya stantsiya obleseniya peskov i vinogradarstva
na peskakh, TSuryupinsk, Khersonskoy oblast! (for Taresenko).
6. Zaveduy-ushchiy Kckandskim nablyudatellnym punktom,, Ferganskoy
oblasti (for Palaskas). 7. Azerbaydzhan:3kiy nauchno-issledovatell-
akly Institut khlopkovodstva, Kirovabad (for Korobatov).
8. Zaveduy-ushch4.y Yloskovskoy kartofellnoy toksikologicbeskoy
laboratoriyey (for Bordukova). 9. Sovkhoz "Voskreaenakiy",
Moskovskoy oblasti (for Kachayeva). 10. Moskovskaya
kartofellnaya toks!kQlcgicheskaya laboratoriya (for Glinka).
II. Wualnskiy Inatitut rasteniyevodstva, selektsii -A. genetiki
imeni V.Ya. Yurlyeva (for Shevehenko). 12. Nachallnik Xurskoy stantaii
zaahchity rasteniy (for bocharcv).

ACC NRI AT'1005W6 At Al) SOURCE CODEt UR/0000/66/000/000/0076/0084
AUTHORSt Troyanakiy, V. B.; Smelyanakayal A. V,
ORO: none
TITLE: Solution of one-group critical problems by the wave method
SOURCE: Moscow. Inzhenerno-fizichaskiy institut. Inzhenerno-fizichookiye Yoprosy
yadern.vkh reaktoroy (Problems'of nuclear reactor engineering and physics); sbornik
statey. Moacow, Atomizdat, 1966v 78-84
TOPIC TAGS: nuclear reactor, transport equation, breeder reactor
ABSTRACT: The critical dimensions of reactors of several different geometries are
found using the general solution of the one-group transport kinetic equation in the
breeder material. The Fourier integral expansion of the general solution is of the
form
g) @ At es dx'e is-0 a (X' -- X3) + & W + X3)
8_XS I+Wu
where x, % -' is the dimensionleas Olate'r'iial parameter of the breeder material
.X11
determined by the characteristic equation
st 'v it + L (I
=X cl; Cl Zia
Card 1/2_,

/4129. RAW p locts 0 do .----,tmmmmmnL
for kw4k~ =k" MW
DOWN Am A. R. Cmmwm
-Twu.
BOOGW hindomw5umd fAmdays for "Wpm
ugully comprim a pair *of mocticaft IGP"uW
ft"Ormcm W" am cult*. tbo ftd tMadarwr
bdog do feg*thV &W4tnWffmw wM 6100164
supoied (mm the Im. wwIng of Ow nal" trundbCam
aw tw woo (the "laim" (Tudbam) @ cc .1. 1 .
ffom tw suloWdocow. 7@4 wmwkty WWI" of
wim Owromw k qxwOcw to tk mow
_P --w
. -_ ---Rif I -I -is dip
dffttc mA MfWkjM$ ftims,
Oasllyw mow paw.
d"= hm
t6 fmkikis wffer& And SkAURAftwily kew It
sculthv to fig""I $A cunclift fm tm mplallas
tmgformw. ThblsqWtchnpou4%ewkhsoawofdw
ckcuk vulants v4wUed OW Odta nflants TOM-cl-
pme aw uw of nkys v4th dmma whAines. SWkf
dM&Wtia me do rM wfth In mients Oka SetuMW
trudcrawt for loftmoorgetim of tM mliM Dfi-
criwjmticm bctvwcn kvwml *rA extaml AW-
dmilts k mq*W 00 06 ill ma& vouft by
"bb"e ;wmt It" kwamd in the Imin tnuls-
fonrAr cim& Pmbkm of av&OwmK MWIN
an dw cond4uv& N. V. KJWX

A@JIITTORS Li e ly "55 - 5e-@
S _anskaya,,-2_1a., En-ineer, Fabrikant, -2,./77

TIT LZ': Conference for the Checking of the Proposed Direotivea
for Relay Protection (Soveshchaniye po rassmotroniyu
proyekta rukovodyashchikh ukazaniy po releynoy zashchite)
PERIODICAL: hlektrichestvo, 1958, 1[r 4, PP- 83-84 (USSR)
ABSTRACT: In December 1957 in Moscow a conference took place for
the evaluation of the proposed directions for relay prow
tection of station and substation elements. The project
had been worked out by the "Teploclektroproyekt" Institute.
The conference was called by the Department for Relay
Protection at the Commission for Long Distance Transmission
of the ENIN imeni Krzhizhanovskiy of the AS USSR and by
the MONTOEF (IMoscow Branch of the All-Union Scientific
Technical Society of Power Engineerin,q Industry), Repre.
sentatives of the power engineering systems, of scientific
research and training institutes, of projecting organiza=
tions and many others took part in it. Profossor A L%
Card 1/3 Fedoseyev, Doctor of Technical Sciences, said in his in.

Co.nfercrcc for t',v of t',c Pro.-,uze@ DlrectlYee 105) -5,0-,',-2,',/37
for *.,.c1ay Protcctioi-.
Uotinov discusaed a number of :,)roblems ir. connection
--;ith the orzanizzation of the publication of these
@irc:ctionz and showed proble-is in the field of relay
.)rotection. I. A. Syron@yatnikov evaluated the Zeneral
state of relay protection in the uson.
AVAILADLE: Library of ConZ;ress
1. Relay protection-Directives-Conforence
Card 3/3

LOW. S.B.; SM&TANSKATA, B.Ta.; YBDOSEM, A.M., prof., doktor takhn.
nauk. red.; LMMIINSKAYA, Te.T., red.; AKHLMOT, S.M., takhn.
red.
[International electrical engineering dictionary] Neshdunarodnyi
alaktrotakhnicheakii slovar'. Izd.2. Moskva, Gos.lzd-vo f1z1ko-
m9tem.lit-ry. Group 16. [Relay protection] Releinala sashchits.
ig6o. li4 P. (MVU 13:3)
1. International Blectrotechnical Comission.
(Dictionaries, Polyglot) (Blectric relays--Dictionaries)

L 9828-6-
ACC NRi AP6003970 SOLUCE CODE: Ult/01()/,/65/()00/()(~/0()93/0093
AUTHOR- Sarkisov. M. A.@; Rok2tvan. 5. r,.: Unpenskly. B. S.; Sharov. A. N ,
Zh!ilin, 1. V.; Fedoseyev, A I Kgrolry.j. .; Kheyriln. M. K_.; 12EMWenko. V. K.-I
0 me
I _EjLrovj ",. j@t.; Azartyev. D. I.; Krikunchlk. Ag-0 ; j-'9;xUr'x0 I. P.; @:izonov. V, II;
.; Kartsev. V.
Khvoghchtnsy@g@Z @ L.; Smelyannkaya, Be lip; Kozhin. A.-N.;
V. A.* -,mFr-1f0-V. HUSka
Losev :i. B.; Dorodnova, T. N.; Rubinchik, A& As
ORG: none
TITLE.: Abram Dorlsovich Chernin
SOURCE: Elektricheskiye atantsil, no- 5, 1965, 93
TOPIC TAGS: electric engineering, electric engineering personnel
AW)TRACT: An engineer since 1929, A. B. Chernin hp worked for years in developing
new techniquO3 and equipment for relay protection:qf electric power systems. In
this 60th birthday tribute, he is credited with leading the group which produced
the directives on relay protection, contributing to the development or a method for
calculating transient processes in long distance 40D-500 kv power transmission lines
and with aiding in planning of the electric portions of power stationse substations
and power systems. The results of his engineering and. scientific work have been
published 46 timeap he is a doctor of technical sciences (nines, 1963), and has
taught for 30 years at the Moscow Power Institute, Orig. arts has: 1 figwe- fi'FR
SUB CODE: 09 / SUEN DATEs nons
H LJ
wd 1A

L 51400-65 Etff(l )/EPA (S)-2,/E4T(m)/EV* )/EWP(L)/EEC (t)/EWP(b) Pq-4/Pt-7/PL-4
I J P (C. T-GG/W H
ACCWG
ION NR:' AP5010703 UR/0181/65/W7/004/1-006/1=
AUTHORs Mashkovich, H. D.o. gaelmomms 3. N
TITM Concenting the nature of dielectric losses in glasses at atermwe frequetk-@
cies
SOME: Mika tyerdogo tela, V. 7, no. 4. 1965, im&ion
.octric SOW diel
TOPIC TAGSt alkali free glass, dielectric lossi diLl
tr1e, microvave lose
ABSTRACT: Apparatus is described for the measurement of the dielectric constant
and the tangent of the dielectric loss angle of a solid dielectric at 3 en IM11re-
length in the temperature Interval 100--300K. The measurements were made by a
cavity method at a Hol load by determining the change in the q and In the resonalt
t
length @f the cavity upon introduction of the sample. The cavity was excited "i@
a type 511 generator through a coupling aperture,, and the indicator vats a galvani*-L@.
meter. The lAnear dimensions of the oavity were varle(I with a aderometric scrw,
and measured with a micrometer scale. results are shown in M. I of the
Enclosure
and indicate that the dielec@-c losses in alk&U-free glasses bAre a
Card

L 51400-65
ACCESSION 'NRO.- A P50107 03 ENOL40SURS: 01
;anO and
Fig. 1 Dependence of t
of glasses on the temperature
I - Glass 1, 2 - glass S49-2j
3 - glass 2, 4 - pyrocerande;
solid line - tanG, dashed e--
MU
cad 3/3

SM19LYANSKAYA,G.A.; KOYYMAN,B.Te.; SOK(AfA,O.A.; GORONOVICH,D.I.
@ t,'-
Yield method for testing corundum ores of the Semiz-BW deposit.
Sov.geol. no.21:102-107 147. (NLRA 8:8)
(Semiz-Buga region-Corundum)

1
1. S;'@@LYAYS",rA, Mi.
2. US SR ('@00 )
4. Labor find L-boring Class-vi - M-dic-?! Care
7. S?,7.nitoritun at the factory. Sov.zhen No. 1 1953.
0
9. Monthl Llst of Russian Accessions -, Library of Congress, April _ 1953, Uncl.

.2 r
mill 11
lit"

BLIZIMJKOV, Turiy Nikolayevich; KARAKOZOV, Idnard Arkad'yevich;
SKZYANSUT, redor Andreyevich; S3110VA, To.I., vediishahiy
red.; POLOSINA, A.S.I'takhnred.
LIntroducing now drilling equipment; practice of petroleum
workers of the Chechan-Ingush A.S.S.R.] Vnedrenis novoi
burovoi takhniki; opyt neftianikov Chechano-Ingushakoi ASSR.
Moskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi
lit-ry, 1959, 92 p. (MIRA 13:1)
(Ghechen-Ingush A.S.S.R.-vOil.well drilling-Rquipment and supplies)

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Owtsill AND VIOP149,11 '"40
of a - -- - -
BUMIOT, P. AND ENWTITZUO V. 1. .00
0 0 Tests of r*fnot:;; M -w-sno at h1o t4mp*ra- -*o
00 tures. Kea& I a 92--" (1930).-A diseription of -00
1-09
0* tests with re M atery a vader a preavurs of 1 kC./sq-
MIS
em. at high temperatures Is givem. The experiments were made
: : Adl 0
a In electric k1lns of Stager and Hlroch4loeht, Grog block@ bepn
to deform at 1250 to 135M.
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SMELYAN-:111t 1. 5).
The t@ldymltizntlon of qunrtz in -111a, brick in the presence of ininerBlizers and by
,rartivl replacing of auprtzites by send In the bintches, for silica brick making. I I
Budnikov and V. S. Stelyanskil. TrenF. Ukrainlan Sct. Research Inst. Silicate Ind.
kU. S. 5 R.r75, 28(1931); j. Soc. Glass Tech. 17, 314-15A.-The YmaimvjtC_AYt3v=sjW
quartzites investigated have the following av. corpn.: S10299 52%, Al 0 3 1.65, Fe20 0
1.76, CaO T).74, YgO traces, loss on ignition 0.39. The sp. gr: is 2-d5 and m.p. RO
From 62 batches of these quartzites with different addns. silica bricks have been prepd.
Conclusions: (1) The quartzites were of av. quality in comparison with pure cryst. and
so-called amorphous quartzites. They were slowly transformed, so that to obtBin Ist-
grade silica bricks either the burning te_-p. should be high (1460-700) maintained for
24-8 hrs., or the quartzites should be mixed with those easy of conversion. (2) of 3
mixts. with different grnnulometric compns. the most suitable had the followIng comFn.t
109 grains fror.. ') to 2.5 m., 40% grains from 2.5 to lmm., and 50% from 1 mm. to dust.
(3) the open-hearth slags undoubtedly promote the tridymitization of q-jartz and the ob-
taining of uniform, dense bricks with true and strong corners and edges (without holes
and flaws). These properties Are obtained by addn. or 1-3% of open-heartY slags. It
is not reoorm.-.ended to Introduce into the batch more than 3% of open-hearth slags, as
Incr-ease above thin does not correspondingly increase the tridymitization of quartz.
(4) Phosphorites of Isyum are excellent mineralizers, promoting the transfor-7Rtion of
quartz into tridymite and the obtaining of a uniform dense body. The optimum quanity
of this addn. is 2-3"' of the wt. of the dry substances of the batch. (5) Water glass
is A more active mineralizer then open-hearth slags and phosphorites, but it gives a
less dense body. The optimu quantity is 1%. (6) Mn oxides promote the conversion of
quartz into tridymite. (7) Con] ashes of the av. compn. SiO 237.10-4?.45, A1203 38,00-
( n" --P)

to -up 0 6 0 0 6 0 a 0 0 0 0 0 0 0 0 00
03 1 1 1 Y A t 4 it it it W is &6 It is if a ;6 V a Ji 11 6 M a is it a W a 1, 41 a a a Op
A L-L-L-L-1 G It I a L'a A ?_ 1-1--V -Y *A-111. M go -a-"- k I t I_ JL, CA -b
; A -1 A48 0
00 A : ..p I.
@40101 - .
00
so -
00
00 -
00 Manufacture of Arsit-grade silica brick for tm g%W ladvifty from cqgWft#
Uat'llitflL I S SUKLVANSKIS AND A S Fispmapt, rows VkqJ ib V, I grift,14 -00
nit Sibrule Ad 18(1931); Ctmos. AhoodF(In J. Aw. Crew Sm.) 11.43n.- lbrin
00 vesligated quartAtes have tbe following plopt. jet: compet. S(1W 97.22. At.(% O.W.
Fr
O
0 M Val 11) W
2 114
M
O tram
i
ition I
0
38
S
f .00

00 a .
.
s
.
m
gn
ractonne"
irger
.
. re
g
%. sp. gr.
rvm34(17.'A1*) The cipts. have been carried out oil lah. and com. walev to study the in. -00

00 dware of different wJdnL wW canditiew of manul. an the rate of invrr-4= of quartz in .00
vilim btick. The stficts brick obtained am lested in in o1wri-litarth furnace. Con. 00
fluviviii; 0 The inm6pted rryst. quartaltes are slowly transformed during liting
I

00
TIwy are quilaltic for the manuf. of firist-grade silicis brick if the batch is well mined see
in all edge mill. carefully niol", and fired at Seger cww It; for 24 he- (21 Thmah =**
00 J 1-y a firwr granul.Lr campa, the ins-mion of quartir is entire intensive, the atitficts rec.
I
h
f 0

00 a ,winswn-
t
e uw o
a grind of quartzites subjected to a ccintrol sieving ififutigh a sieve
itit h qnwninlg% of ri inni. The contents of vain% in site It-% than 05 men. should be =00
00 nearly NO% fly the um of such a grind silica bricks we obtained having a greater

400 their nal %irrnsth anti tii%tance against the action of dutt ~nil slar M The intro,
Z
vi into the hatch of more than 2% of lime is unneces,@arv. as it lowrr% the rr.
041 fracumnet% of silica brick without increasing the invritims .,I tpiarls (41 It.ita-i"11
the fniii4lairt- n( the batch Imorov" the minhiv id themlics, Ltick. lh@vnAs id"imlurr goo

goo
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boo

ee
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:o (67 hand nuiding) should be limited 6Y 111i ability to retain thr rrsulanty 4 %lis
g:
00 of thrEr-n 1-k-k (3) The 4ddiL of 23% of sand do" not 4mrr the quality ne j
Ith-v btick (8) The Adds! Of previously fired 1hr quantity .4 :130 1,,
*41"
@
in enswe measure
in
rr
the i
;
1
l
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k 00
00 ,
n't,
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q@
00
not at intricate shispris tv great mist, bosevvr. such an addu is UnframMA14V fr@
00 the ecoomnic point as view and only compbcatn the pfocclaol m&md, (I)TIfebtsst 99
Go furnace throat duo is a good mineraffiter for the ittvtsr@iocf of quartz into tridyinite
00
NY its introdur(im Into (be batch. it the other coaditigm remain comu. evil thdrim
00 lized silica lwick we oMs;nr& Tbr optimucts quantity 4 this addin. it 21", One ad 00
00 Vantage of ibi% mineraliter is that bring a du4t it need an# lie viturml, Its dissid- go
vantase L- fit fluctuating cbem. comlin, depending on the pbys $late of The material-
eo chuged Its the blast Ittrawe and of the work of the furnace. (91 Well tridymitized of
00 silica brick am obtaivied with steliling slags as minetahorn. The optimum quart.
00
lity all this addin. Is 2%. Tlirk advantage is that newly sit of the re prewist
00 it In the fwm of subaskle. The distedvaintsw is the fiftc@mty of fine grinding com- 00
00 plicated by their high hardness. (0) The addn 44 UMJA%@* dar% not inflortirr thr
00
Inversion of quartz. altboutfis its introduction in the quantity 4 it 2.5% is desirable. as it
00 t%m4ikra14y divreaws the wa%te 4 iffiren twick and aid* its retaining frue "wor" arid Do
00 edges of the twkk. (10) T1hc &Mo. of re4twing agrnl@ such &% colie and rhayrnal con 00
so -blerablY Prim"Otra the Inversion of qmnz Into tridymite; especially good retfujis are so

go .btained with charcoal, Ile introduction of these addas (when Irrruffinmif minsTalit-
rrs are u-&-d) is &Lie arm-my to Increase the por""t of the -it" Work, it. tbevfnal
`
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00 .11, OIN'trAw if' their quantitY inerrows the difficulty of nuilding.
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tit- _M4641MIS '@61 141-001 11111 44 R.11MAMY AIM;
007 k.-Iouill MAIrl.A. S1.4le ws re,t 15 I'vell little- or
(,%*.Jttlfr StAill.
00, khAA.1% AM Nil% 11M 4111-1, , I va'a
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14 l'bt iNVellig4l"l Cry IAIIItW 4THIMilillell &if dMIY lf**Il-
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furm"I ittlefild filing
A W 1. it 71 1 4. our. red hill 11101. pikk-6 Nit le 11 the - - IT boo me "Mmm.
1. 41 76 factumew a" fir utwi IF c hown. I r . low a varypirl
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vilermiter"tiumn 44 the batch. 80.1 fritatimeam 4d
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1.; son trow I he lact carno ad Ir wll low fit naps salwa I" irk "flit
.1 SlAilliAnal 41,641,011 1. harc-T.14tV I"prartaill thrininaluar
owns Into the In... 4 61.4tis SITAIcr Ohms A Inin It is
'A"i sit betaken
h-vostly #so InItsialita, into the hall. Is 15 Via 1.
ailit'd, lokk , bell Illn.$. 4 41rAt Wc is lItAnn(AC1111"t
NaratiAl altrimon thavnM lie gsvwn I., the Xnatiol quality "I
Inna, I line usills shatntal was i4oitAin litifullsoot unstak"I
limit, I best hamital 1. .1aamil 'i it, @,, 51". jj Prev little, in the
time* I Ise titrain lom k vibrit initimbliaal inlas the furnaer
Amid not-num n,aasw than 1', uni.lim- (3) The all.14
OkM ad (I:L% t. (I on4alAsaw-s inctrAses the marchAniVAI
tairrisigib W the girr" Ims, Is 4nal Itntriat thar " A-le. (4 1 the
in the I worlos Imich cul 2.19r@ finarts aminal rain
caswi, the stnalolkne tal the Itinais itwevis heirk asnial
:hars in,( limart the pi.fity #4 0-1 Assillurr.0"I'al
namialut. .4 the Ina . nnt" ra, "' th htv of nA% cuss
miclarrably The lu:lsl Tmimilute"Itu"huntes] by the paw
"Wisty of the lpern beark Icia"S their frgutAr shape. (6)
bt &6#s " wel,ling" %Ugo) Air untigmuht"lly ricellml n In.
4`1`1108110. I-COM-41"ll 0 In.M dtfillill 11T.IAMUShmill"
Ihnol. of lasimartalotar I.m. .I libly ... star. thew shmostal lar
Invarly Almnail ASIA Caseffully 1111%val .1111 Ow .114.1 lisle pa's,
Pelf. It IIW IASIL inais-Aliman it still IAkFH
Ow $66% parl"104t, she (billmil with 0
hmrfg%i nuillind I lie opil"nit" P44"lity 44
this matablinto is I A 1'. V, !444%
JbM lablinIal till 90111.111% "1 till.. the botA 41%oll 1 Or . CatAt
dust. ur, sidl twitart. the *Attw quAntite of painvilets,411 chat
Cog 95 A Minting MSVUt Anal In iturivisor the portimily avict
lbernsal strength of Dituat 11mus ubwb causitatom 16%
dap and I V@ rLarctsul. I c . I be sit called Mitch I hisissis
@.,Isrjls castled bruwa I hrL4%1. hass a Inch" ther"tol 24~b
thars. the valailar Ihns. in (win
A vt:nal rwidimf Himma
jdufmg nt&nutwtufvl arbi in it set Its ow"Awarth
turnam The -hataNIVAIIIAf n( 14mb INK41141 thr lem.
partaturvis In ciparn harassib ,it&ms is its vivistrubal c1t.
VrMWJ "drACIMNIC" (71 Pass 1111114 1114fillittalshla IN1114,11
148MIN the 11111VIlliedtfal CtylitAllinalf Ir"ttSittl It I$ Otir~Y
its foing the fitinig tempirraluir ln.Srw now III not Main-
lAin this larinpart4turr almost 11% br. Tb"v is on wearervot
..I rotting the 16ing triviltrialuiv highass; thin %W rum 1;
""'t Ibi- is suit '" hm"u"' ad low 41~ 4d Im -
utams$.n 4.1 short, d4nmr Asial Im-frassir in ysrll 04 IN*" Wills
daws. (11) (it) I hno* Islamic basis hatch N.L I is fteambot
nsorv mable than the ordinary Din" front a 10
quissriAtes; (b) Din" tmm botteb Ne. 21. owd I. the
cTaww W ?Pm,-bearlb furnacm b wairly as stallik as Dimmis
tif batch No. I avid plant Dims from amorphim qmW
itsm, but in the hmfis od own bvwtb hwmm k In momme-
ob&( lem slAble 1"'Au-c;4 iledet-rem I rdrwtwtmm; (t)
Din" frons batch NO 3 uwd so cog"oons sid apowbometti
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.4 10 t
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the
10 OR pity" POOPO I" OF A** brick domm! lm4Wy on the
000 mrs-Wasetric ceempu4tion al the ma"t a blow density
om S
of the brkk =
ob@slamd b
ta "am im
between the fttk Rz ramts based an
.
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=
See T%Ptrimtnt&l Witclim Of ask Optimal filling up al a given
Yoluam wilb grains of diferval 41mmemalm wm under-
0 On taken by the muthem Nim ka-das two 0 to 0 mm.
way prepared. truterial a( digmat paumionsetirk mm.
p1mitims was located Into a cylimdae mW mb&ken 40" to
1
All a vokme of 290 cu. cm., mW the vokum weight was !
0 of
cak-Wed based on the initial tpad Anal vowum ot the
inalerial led amW am On "aw pamdey. The ftsmats ob.
lained damongrated that nusinag of bigbeft dasWtV and
vOW-1 m*bt may be obtained wben all trwtioso are used

. Seraiwal of the coarw
In Op"Wiste p4opoit
(ractims resulted In chanwo kw Ow mot. The (torm of
pain don I" Indutwe tin diravity ol the mask but the
use of grains of an angular (am. owing to their advantage
A
In 11W 1-bysiruchemical pnxvsmw duriag the Ariati prorrti. I
S. IS twommmeWed. The best results a - obtained with
compamitions calculated on the basis of the Littow curve
f
96
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1
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a
tained was 1
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it t
o
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milt WA4 lowered by using coarser pribig (corrgetigiat for
I a the fter silica brick.
7n 1
r
j,
j
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m-11.14T vonum. in Pf"ring I)ir"s brick from A "m
"If h A 141se panutst"I compopsition awl & rMuml content
1-1 lljnc@ 11rick PrellgArri frona 4
- Wh . nk%mk caum OIWUO.
din-A-, we" not cfeqtfovW by firing te" The num of
fr-mlinas contains grains of quArtfte of 8 mm. itad
Almut .10 tOW"S 0( of 0.5 my". "Cesum of the
lwewnre R brick of 50 to W% of Nam
graim &fill gbout 31". of lime and other oticks, about I
12
; r
A
4 xLa%s is formed in firing which shows pow beet
livily of I" hrirk. Electrodinals contains about 1.6%
of $line and a nia
ximum of 3-SM70 of grains up to 04 now
The em"rassition of elem-trodimmo is quxu lk ev~
17. tritymice 06. anti fflaft about 3.8%
rmits of tcti of ttectrudia" brick in the red of m da-
Irse.Al furnace of the MdmrmW waks. Darlime On iki-

mon. bodinj. arml refining of metal% v
Minimum a"
h
e
k
f tb
b
i
k
b
9
r
4
amv o
e
r
c
mesa a" evimle L u
wepedi@
1wick in Ae road of an 3-tom dwtr*W Furnace
4.3 fusiom, The rainicnigm awksmical strength of #AKh
,Isn&4 is double thAt of tirdin
b
irk
hi
t
o
M
l
-
. mai
i
us
r
t
c
ary
ofiriat tmasesses a higher beat resistivity. To rain the
vrft@torincm of MnAs to 1730T.. S. prepared a Mau
brick with a silicrous binchns anti without base.
04W
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KAN 0 0 to I., a a t S. 2 0 PU a 1, W a
W, I WIN ..j.
Goa INAIVISAill
004
Sm"Iyes" L SILAIVA xmIcK WITH At'lliumus
Nawk -IJ1440061W. led. Otturnpor- &
No 44. pp. " .9 43 (19M).-A method 199
29k bond (withmi
f
i
k
ith
f
M

000 ica
ir
r
w
*
Iniriti
ortioring
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Lw*mnent of t& fim buW by
re
see
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on
0 t
I-mvi, Ils, ch"aiml composkja of them bakk
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;

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r
e A
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m
ne" of nwh brirk depenris bamicOr = the I

00:1 of the raw tnaterials. vAHm brkk with & rcirwtorimm nj
'
177
1c,
0
y be obtained *boo using 9MMUkes with a
h &r
iah Cont
nt f
f
a
Th
d
k
00
.
e
ree
nm
r&
m&" (m
&. etc.).

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I-xki is that the forer have 4 W" commut &W
th
h
h
hi
=t
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we
ave a
gher fefrac
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t
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is a P*wd- 9UAtts millOW. t. I.. uw"ilt C. A. M,
1 4DO
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es - 1
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. Alt
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r
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of lbe rhwws brork shtmkl twd@v"-l

see
Iola*, I I^,
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- - I- -I r
I jrf r / r t ( ( --j
k@ I.1. ; -
Rdfs$ftl7 =@@Wi@L 1. &JMMLIA@d. lk@ Am 2m
N". 30, 19W; Cbmw
maww loomw *@ do WrAd ma�Wbb. *@@so 4bm.
imllmd of . im bbidw b a powdwW gown wAmraL
ca.. nw*m*L

TechnolojzY of Ce;Camic Sb!jpes (Tekhnologip Koramicheskikh
hdelff). P. P. BUDNIKOV, A.S. BMIT101, V.I. PFREVALOV,
und)a.s. a-myANSKIT. Published by Gosstrogzdat, Mloscow,
1946. 524 pp.) 208 illustrations. Price 36.25 rubles.
Reviewed in Steklo i Keram., 5 (11) 23-24 (1948).-Part I
covers raw materials. Technological properties and the
scientific basis are presented in the light of modern
physicochemical views. Part II covers structural ceramics;
Part III, stone-ceraxic shapes; and Part IV, refractory
shapes. Parts V and VI are limited to glazes and ceramic
colors. Numerous errors in the book are pointed out. It
is approved as a text for chemical-technological institutes
and faculties by the Ministry of Higher Education.
e , '7'

A
A
00 A
00
00
99
3k
00
000
oe"
go :1
Cal ova DINAS W1= ALWOM Mm. a,
yeaskil.and V. D. Telglair. J@@ U 9-21
uqo). - mio-quality otmes salfieum, rer asks ovens was
prepared from a aixUwe of $% Owwwk qmwtsitom and
15A Vince swap
Done"ming 39% < 0.088 M., using a
C&D binder. ?be addition of Uds charge of 0.5% (based
ON
"3) - forr"Glacus giser"INW9 I&PrQvgd Uw Porosity
reheat growth, tampmetwo of dotermatiom wWkw losip
vow reelstanee, and beat soadmativity. Transformation of
quarts was Not affected to a marked extent, but the form-
tion of hematite crystals refteed the resistance to ewbon-
contalsing asesel homes, the SMUON of large amousts of
forruglemw substems" to imaresse triftnitimation to not
recommended. Blass propmrad fromi Wo above charge but
using an AN binder U MmOt IS.C*C) eampaired favorably
witb Din" made with Irom bluder. Characteristics
war as foUowoj sposirle gravity 2.373 and 2-Y?2, ooWes-
siv: strength 356 and 3yy kg./M.2, porosity 20.0 and
a ILA 14TA&LURSKAL W1841082 CLASSOCATON
$sow
4P 40
!
1-**
I
%9
1010
vo
too
AV j jj I Od 0 0 9 1 V 0 9 A 4 2 9 T
0 0 0 *1 0 0 0 0 0 0 0 0 0 0 0 0 0 0

00
00
0 0 0 0 a
0 * *-a- 0-0 0 w V 0 0 0 0 4V 4vwv-w

00 20.2%,, reftectorine'so 1710 ad 1710 G. towwatur*

Of d6fOrMSUOR VAdW ImA at 2 kg.1m.1 16% and 1654 a.
00
00 ,
F*b*st growth 0-28 ad 0-75JI# beat soadustIvIty 1.70 and
*
of 1.50 ad./ hr.m.
C9, Wear rssjgt@"o 0026 ad 0.1,7 ga./M.2,
00 tridyalto 9ontent W3 md 63.1% WISSOM11to wat"t 19.0
00 and 23.5%, Sad qrAwto MaW U,6 and U.0% for Man~
00 with on and Lrem Umdwp rm; Uw4y. a still greater de-
gree of trUjultiqation, was obtained frm the mommi obarge
having 40 < 0.0w M. =01 a mmodmom grain also not over
so 3 m. Thw properties of Stmem with Na binder wwo mot im-
so paired by using a abarp ~18tift of 60 Owruch qwtaltoss
00 25% Prooklatov quwtsitsev and 10 Dimme swap. Most ottes-
00 tive ratio@ of mWsQm0 9W from IsI to Is2j the first ratio
so to preferred,, ad aMelate ememmike dould be 1% XmO wd IS
00 CO. likopol ma or" am be ueed w Us binder. For beat
00 romIts" aharg" sentaftlag 90 or awe of Orrush qm"Ittes
00 should have the followisd emdemw@tris Sompositions maximmm@
craim sism 3 M
15 to WO
5 to 0
088 M
d
b
t
.,
.
.
ou
., an
a
J#O%,C 0.008 ft.

SO
90
0000000000000000000000000000000o ****goo*

Acs
Apparatus for dowmk*q Ow MormW obbilky of 90m btkb
101' C@1110 OWOM 1 8 KAINAMM11 A%P I S SJORL'IANO& 11
/-jr,mbla The apparitu-t4wi-im- -4
.. Igh-k Ityrn in mbkh the front Anil 4,i It mailii air the trst two. k
I tic hon4cr i% hqatr-l with two Sklit toolt; after 3 to 4 hf . th,
t"tilwrAlure ot"%ide tht front eAll knot le"thats MOOT mut
I 1L., no obt. n, 1,ult up to eimi, The front wall is then sultjmt"l
14P copid (impling to 711* or '10b* is ith A wAirr spray, Afirr thr.r
1jr.at -h- k vjmlr@, 11w front wall brkA were subjeortrof to Ljo jlm@
.*., t-o .9th quartz *ami Therrinal stability wAs tvaluale-I
dots thr Nam. 4 tr4a,stom to abrasmoo Lem in weight tit loriuk
I-IjUkil 11) '$1$' 04% VrAlrf 16n far ihoM Cool'd f"'PM)*L Th@
bfk k VICIV tAkm ("an pAftiflon wallo, near the top of the vrriiml
fiu@. but lorick from the Isontorn of the oven rAn Af%n, be tiril foc
fhl. millulit'll :1 photnruph4 . B.Z.K

SKELTANSKIY, I.S.
'C#iartsites from deposits In Ovruch and their preparation.
Ogneupory 21 no.2:59-65 956. (K[aA 9:7)
l.MLarlkovokly institut egaeuporov.
(Ovruch--4mrtztte)

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drimal
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@1940
00 ,
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.
.
. J.. cbm 'd.
tark. IOU. No. 3, a-M.-Tk A. IN I
M
b
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SMELYANSM, M. YA.
USSR/Electricity
Electrical Equiyment
Testing and dtandardization
Oct 48
"Comment on D. B. Mondrus, S. M. Margolin,, and V. M. Zillberman's Articlep 'Standardiza-
tion of High-Frequency Equirment.'" G. V. Der-Shvartel C.nd Tech Sci, Moscow Power
Eng Inst imeni Molotov, M. Ya. Smelynnakiy, Engr,, Tsentropromelektropech MEP) 3/4 p
"ElektricheBtvo " No 10
States views on subject (See 69T27)
PA 22/49TI6

sm-y"SKIY, N. Ya. . Docent
USSR/Electricity - Furnaces, Electric Oct 51
Modeling
"Electrodynamic Modeling of Electric Heating
Equipments." G. V. Dershvarts, Cand Tech Sci,
Docent M. Ya. Smelyanskiy, "Tsentropromelek-
tropech"
"Elektrichestvo" No 10, pp 47-51
Discusses the principles of electrodynamit'
modeling as applied to the design of elec heat-
ing equipments, particularly induction furnaces
and current feeders. Submitted 23 Mar 51.
20IT44

AID P - 1484
- Elektrichestvo, 2, 87-88, F 1955
Card 2/2 Pub. 27 - 35/36
Institution: Chair of Electrothermal Installations of the
Moscow Power Engineering Institute im Molotov and
"Tsentropromelektropechl 11
Submitted : No date