SCIENTIFIC ABSTRACT FILIN, V.V. - FILINOV, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413110002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MITUS, I.F,., inzh.;YILIN, V.V., inzh.
Suspension devices of cages of a multicable hoist for freight
and workers. Bevop truda. v prom. 7 no.4:24 AP 163.
(MMA 16:4)
1. Treat po proyektirovaniyu zhelazorudrqlch predpriyatiy
Krivoroshakogo basseyna,
(Mine hoisting)

BMRI* V.F.1 F3WjLX *
pAp __
mra4ftiAn school of proarassivo pmetims fbr
steel waime of tho zaywozbatal I punt. mat. i gwnm%d.
pme no*306-87 fly4o 165. (MA 181n)

P.-
EF -

M4U'15~',~~-~.*VLigl --:zlNah~
,=M
--FILTN,--Yu. A2,,--PEROV) Nvile, EMALOV,
Leningrad Polytechnic Institute#
"influence of the Vacuum and the Protective Atmosphere Malting on the Titanium
Casting ProperiteW
WW16M y Second Symposium on the Applicaiion of Vacuum in Metallurgyp
c ujyajqW
0

A., BlMkWV, L. V., PaOV, N. I- and FILIN, Yu. A.
Uningrad Polytechnic Institute
"Influence of the Vacuum and the Protective Atmosphere Melting on the Titanium
Casting Properties."
paper presented at Seocond Symposium on the Application of Vacuum in Meta.11urgy.

KLIN, Yu.A., lnzb.
1. " -: I
Structure and properties of cast titanium prepared by induction
furnace malting. Metallurglia 1:167-177 '58. (MIRA 12:9)
(Titanium alloys--Metallography) (Founding)

BUTALOV. Leonid Vladimirovioh. kand.takhn.nauk; YILIN, Turiy Aleksandro~----__
----vich, insh.; SLITEKATA, I.M., inzh., red.; OVIRTS, V.L., takhn.red.
(Mastering the technology of making shaped titanium castings]
Opyt osvoeniia takhnologil izgotovleniis fasonnykh otlivok iz
titana. Leningrad. 1959. 17 P. (Laningradakii dom nauchno-
tekhnichaskoi propagandy. Cbmen peredavym, opytom. Seriia; Li-
teinca proizvodetvo. vYp-5). (KMA 13-3)
(Younding) (Titanium)

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20516
ig
S/12 60/000/003/001/007
A105YAl 33
AUTHORSt Nekhendzi, Yu. A.; Butalov, L. V.; Perov, N. I., and F.ilin,
Yu. A.-
TITLE: Casting properties of low-alloyed titanium
PERIODICAL: Liteynoye proizvodstvo, no- 3, 1960, 2-4.
TEXT: Investigations showed some chemical changes of titanium at tem-
peratures of 1,0000C causing a deterioration of the mechanical properties.
New processes are being employed in the production of argon shielded are
welded bars, pipes and various rolled goods of titanium and its alloys. In-
tricate casts, free from casting defects have been achieved lately ' High
melting temperatures (1 7250) and a low heat conductibility (0-04 cal/cm mocO
affect the hardening time and fluidity of titanium. The casting properties
of titanium melted in induction furnaces, containing 0.8 - 1. VP carbon, have
been tested by the Chikell test (Chikell, I. - Ref. 1: "Liteynoye proizvod-
StV011, no. 1, 1959). The-testing device consists of a 25 mm, thick disk with
vertical channels 1 - 10 mm in diameter. The filling-up conditions of the
vertical channels are analogous to the filling up of vertical sections of
Card 1/5

20516
S/128/6,3/000/003/001/007
Casting properties of low-alloyed titanium A105/A133
thinwalled casts. All channels more than 6 - 7 mm. in diameter were filled
up to full height. At 1,8500C the vertical channels of 10 mm in diameter
fill up to the full height, 5 - 6 mm diameter channels fill up to half their
height. The temperature effect on the fluidity of 1~~" carbon titanium is
shown in Figure 2. The beat filling of forms is achieved with vacuum smelt-
ing and pouring. Figure 3 shows that, the overheat being the same, the flu-
idity of titanium and steel are close. Channels of smaller diameter fill up
better with steel because of a less intensive heat transfer; wider channels
fill up better with titanium than with steel due to the low heat conductivity
of titanium. The linear shrinkage of titanium is similar to that of steel;
therefore patterns for steel casting may be used for titanium casting. The
smelting method and gas content of the metal affect the quantity and location
of blowholes. Vacuum smelted titanium does not show more blowholes than
steel. At identical smelting conditions the structure of titanium casts is
finer. Figure 4 shows dependence of primary crystals on the cross section of
castings and overheating temperature. Higher temperatures increase the grain
size. Titanium hardens faster than steel; therefore the filling of molds
has to be accomplished faster to reduce the time of interaction of titanium
Card 2/5

1
2
o5i6
S/12 60/000/003/001/007
-Lsting properties of low-alloyed titanium A105yt,133
and gas-phase. The elimination of blowholes may be achieved by degassing
during the smelting or by filling the furnace with inert gas producing a low-
cr pressure. Both systems secure good casts. In contrast to steel, titanium
moistens the walls of neramic molds forming over the meniscus thin, solidify-
ing metal "tongues" affecting the origination of a thin crust. The richt po-
sition of the mold is ofareat importance during the pou.-in,-; a minimum of
'.orizontal surfaceseshould be ensured. There are 7 ficures and 3 Soviet-bloc
TeferQncos.
Figure 2:
26U
D (1) height ofspocimen;
05
(2) overheating temperature.
r~ 16L7 -
120
2 TemnL-pamypo nrp:epeh
Card 3/5

NEKHENDZI, Yu.A.; BUTALOV, L.V.; PEROV, N.I.; FILIN, Yu.A.; Prinimal
uchastiye: GAVULOV, V*N.j inzh.
Founding properties of -low-alloy titanium and the mechanical pro-
perties of titanium cas-Angs,. Titan i ego splavy no.6:240-250
o6l. (MIRA 14:11)
(Titanium -aIloys--Testing) (Titanium founding)

MDROZOV, N.V., kand. tekhn. nauk; MKRTUMYAN, A.K., kand. tekhn.
naukj ANTIPOV, T.P., nrkh.; KOCHESHKOV, V.G., lnzh.;
LISAGOR, I.A., in2h.; TSAPLEV, N.N., in2h.; IVASHKOVA,
V.K., kana.tekhn. nauk5 SHIKUNOV, L,Ya., inzh.; FILINI
Yu D inzh.; MOSTAKOV, V.1.1 BURUCHENKO, P.1e., kana.
Mm. nauk(de.ceased]; PANKRATOV,.V.E'., inzh.; RUSANENKO,
B.R., glav. red.; ROZANOV, N.P., zam. glav. red.;
ONUFRIYEV, I.A., red.; YUDIN, Ye.Ya.,, red.; NASONOV,, V.N.,
red.j ISIDOROTI, V,Y., red.; MAKARICHEV~ V.V., red.;
POLUBNEVA, V.I., red.
[Ways of improving design details for-the seams of
exterior wall slabs] Puti uluchsheniia konstruktivnykh re-
shenii stykov panelei naruzhnvkh stan. Moskva, TSentr.
bluro tekhn. informatsii i nauchno-issl. in-ta organizatsit,
mekhanizatsii i tekhn. pomoshchi strolt., 1962. 78 p.
(MIRA 16:8)
1. TSentrallnyy nauchno--isaledovatelinkiy i proyektno-
eksperimentaDnyy institut industriallnykh zhilykh i mas-
sovykh kullturno-bytovykh zdaniy (for-TSaplev). 2. Nauchno-
issledovatellakly Institut betona i zhelezobetona Akademii
stroitel'stva i arkliftektury SSSR,,Porbvo (for Mostakov).
snyy nauchno-issledovatellskly institut novykh
3. Vseso*
stroitelinykh materialov Akademii stroitellstva i arkhitek-
tury SSSR (for Pankratov).
(WallQ

VNCHM, A.S. I FILIII-KOLDAKOV,
, , .., t
Polarographic determination of the 9olubility of oxygen in wine.
Izv. vys. ucbeb. zav.; pishch. takh. n0-3:141-144 158
(MI;A 11:9)
1. Krasnadarskiy inatitut piahcbevoy protVablannosti, Kafe(Ira
fizicheskoy i kolloidnoy khimii.
(Wine and wineraking--Analysle) (PolarograplW)

,:~__FILIN-KOIJUKOV, B.V.; POMVk, L.P.
Determination of acids from tobacco smoke by potentiometric titra-
tion in a nonaqueoxv� medium. Izv.vys.ucheb.zav.;-mfbhchtekhno.5:
165-169 160, (MIM 13: 12 )
1. Krasnadarakiy injititut, pishchevoy promyshlennosti. Kafedra
fizichookoy i kolloldnoy khimii I Kafedra tekhnologii tabaka.
(Tobacco--Analysis and chemistry) (Acids)

ALESHIII, Ye.P.;_FILIN-KOLDAKOV, B-V-
Nrminal oxidases in germinating rice seeds. Dokl. All SSSR 134 no-3:
724-726 B 160. (MM 13:9)
1. Kubanskaya risovaya opytnaya stantsiya i Krasnodarskiy institut
p1shchevoy promyshlennosti. Predstavleno akad. A.Le KLirsanovyr3,
(Oxidases) (Germination)

FILINA, A.
When they relaxthe control. Okhr. truda i sots, strakh.
5 no.5;26-27 My 162. (MILRA 15;5)
(Employees,, Disrais3al of)

Country :USSR T
CLtosjrY= :'.Human and Animal Physiology, The Aervous System
Abs. Jour. :Ref Zhar Biol. No 2, 1959, No. 8420
A'utIL-1-c- r ;Iiolokov I.', Filina, A.A.
Inat Itilt : - - -
TitIc :A Correlatija between Netiorhumoral Substances
land Pareses of Varying Severity following
Disturbances in Cerebral Circulation.
Orir . '-Pub. :Zh. nevropatol. i psikhatrii, 1957, prilozheniye
1-2
Abotract The sympathetic effect of finger-tip or
venous blood from patients with severe pareses
wits significant in half of the cases. With
pareses of moderate severity the effect was
significant in a fourth of the patients; in the
remainder, at well as in patients with mild
par,esis, the.effect was weak. The extent of the
sy'APathetic effect was almost always equal an ,
the affected and the "healthy"sIde. Vagus sub-
stances were not present on the affected side
in severe pareses; with pareses of moderate
Cl,~rd: severity, they failed to be detected in only one
1/2

MOLOKOV, I. N.; jg~31~v A. A.
Dynamics of nourobumoral substances at various periods of
cerebral blood circulatory disorder. Acetylcholine and the
activity of cholinesteraBe in hemorrhages into the brain. Report.
No. 1. Nauch. trudy Inst. nevr, AMN SSSR no.1:298-306 160.
(MIRA 15:7)
1. Institut novrologii ANN SSSR.
(oovrn) (=LuEsTERAsm) (BRAiN-moRRHAoi.0

FILINA. A.A
Neurohumoral ffabstances in the proserine treatment of poat-insultus
motor disorders. Zhur.nevr.i psikh. 61 no.10:1469-1476 161.
(MMk 15111.)
1. Institut nevrologii (dir. - prof. N.V.Konovalov) AMN SSSR,
Moskva.
(APOPLEXY) (NEOSTIGMINE) (NEUROCHEMISTRY)

_~~NA~,~A.A.
I
Adrenalineliko substAnces in the acute stage of an Insult
in hypertension. Zlrur. nevr. I paikh. 63 no.4.,482--489 163.
- (MIRA 17:2)
1. Iaboratoriya ne3rrofiziologii (zair. - Prof. F.V. Bassin)
Instituta nevrologli (dir. - prof. N.V. Konovalov) AMN SSSR,
Moskva.

-F1J,IXA, A.I.; SHCHERBACHIN, G.P.; ZARINSKIY, V..A.
High-frequency, ti.tratioA. Report Ro.6i Determination of fluorine
in fluoropolywritt coataWng and free of chlorine. Zhur. anal. khi rn.
17 no.8:990-992 :11 162. (MIRA 15:12)
1. V.I.Vernadsk,,I, Institute of Geochemistry and analytical Chemistry,
Academy of Sciene:es, U.S.S.R;'and Scientific-Research Institute of
Rubber Industry, Moscow.
(Chlorine-Pwalysis) (Polymers) (Flourine compounds)

FILINA ASTROV, V.
I- -
The second coordination confbrence-of road specialists o~ socialist
countries. Avt.dor. 25 no.5:26-27 My 162. (14IBA 15:6)
(Road construction)
I
11~

ASTROV, V.A., inzb.; FILU OIK& insh,
Instruments-for measuring the smoothnese and nlipparineRo of
p~vamelfts, Avt.dc,r. 23 M,1:19-20 Ja 160.
04M 13:5)
(Pavemento) (Mmeuring Instruments)

KRYLOV, Yu*S.; FILINA, G.P.
Discussion cOnce:ming proposed standard technical specifications
and roads, Avt.dore 24 no.502 NY 161e (MM 14 t 6)
(Road constraotionr-.Standards)
F

13 7- 58-3- 5082
Translation from: Referativny-y zhurnal, Metallurgiya, 1958, Nr 3, p 89 (USSR)
AUTHORS: Mozheyko, Yu. P., Chizhov, S. G., Filina, I. S_.,
Lisitsyn, V. D.
TITLE: Automation of Colk4-stamping Processes (Opyt avtomatizatsii
kholodnoshtampovochnyk-li protsessov)
PERIODICAL: V sb.: Kuznechno-shtampovocbn. proiz-vo. Leningrad,
Lenizdat, 1957, pp 165-176
ABSTRACT: Description of automatic punches, automatic presses, and
an automatic production line;. their adoption promoted an in-
crease in labor productivity and resulted in a reduction of
manufacturing costs.
Ye.L.
Card 1/1

25(l.5) PHAM I B00f EXPLOITATION SOT/2294
Mose~. Doe Asuchno-takhnicheakoy PrOPAZkndY 1-ni Y.Zo Dzerthinskogo
Novoye v tekhmologil vYnckoproizvoditelOnoy 1lBtOTQ7 shtax:pOvkl;
aborni-k trudov kon.1crentoil. (New Features In the Methods of
High-productivity ahcot Moral Stamp=gj Collect-'am of Coors.-
:we Transactions) Moscow, Mastigiz. 1959. 226 p. 8,000
oples printed. r-
Sponsoring Agencys Obahohostvo po rapprottr=enlyu "IltIchas"ich I
nauchirry1ch znWily XW=.
Reap. Zd.i V.T. Moshcherin, Doctor of lec=lc&l Sciences. Profassorj
Eds.s V.D. Oolovlev, Candidate of Technical Solenousp Docent, and.
Ts.X, JAnskoy, CandIdate of ~.echnioaa Sciences. Docsintj Md. Of
Putilshing Houses G.N. _'okolevj Tach. Ed.t B.I. Model';
Nana Ing 94. for Literature an Heavy Machine Building (ftahgIz)t
S.Ys.. 001OVIA, Xciglamer.
?MtPOSEs This colljetion or papers in Intended for ongimere ArA
technicians I ioat metal a-tamping. It may also be useful to
students of vuZes &W takhrillcums.
COMAGE: This collection deals with the desigsi &W features of
acsixt current problems In sheet micua stamPina. A-'so discussed
a" Processing methods still In the experimental stage. Several
Articles deal with the mechanization &nd automation of stamping
processes anJ describe recentl., developed methods. such an
explosion formIng, thic una or auzommiric diary ;s,"aXrr *--..-.-..
and press blocking with the us. or red!=cti,46 1-zopes. No
personai.%tion are mentioned. References follow several of
the &rticles.
Artn.yev, S.I. I Engineer, CoOkiy Motor vekkicl& pleiarl
N- F-st-UrO-8-In the AutamcLon of Sheet Metal Stamping at
the Goekiy Motor Vehicle Plant 160
The article discusses devices for automatic removal of
formed Parts from the press. devices for automatic food.
in of shear metal into the die, and devices for complete
automation of the forming process.
Nikolayev. V.V-. and JL%1. SOFQkiaJAvtozavod iiagni
tikh&chev&. Moskva '4o2~'W_hC;tozaVeh1r1e rlsiir ine,,i Likha-
che ~ : I - ' Experience of the Motor Vehicle Plant i=al
Llkl"cbwv with Hlgh-prodcictivLty Progressive Die sets 169
Compound, combination. and progressive die sets -Lth
rwctilLnoor and circular fawning motion or blaziss are
described. MechAnizatim of fv*dLng and removal of
stamped parts and scr&p at* discussed.
2111"-L-S. [Engineer. Zavod '-xr&mn&y& Zarya," LenLnzr*4
nars "Red SioirimO" Plant)). Transfer KachImai fre,
Mixing Contact Spring. 199
Arrangement and OPOrstim Of di Miversal tranxfor
siachls* for =king springs for flat relays Is described.
Reducticruln costs, ties. and man-hours are obwa - --------
1.1. lEngiriver. Zlvod "M-railloisd.liye.. Loviingrad
_(Ei'alf-kirad Metal Products Plant)1. Transfer Machines for
Making Safety-razor Blades 206
Fabricating procemsea and machinery for automatic Jim,
are df-~ribiid, and informatLogi on tool life. hear treat-
sent. StindLng. and Packing of blades is given.
Ltnsko Ta.N. [Candidate of Technical science@. D.ant,
L__Y0
mos... R.R17ne Tool and Instrument Institute). SolectLain
of a Crank Press for Required Force and work Parameters 217
The author d!)cussom flywheel affect. the masnLr
'g of
nominal force (capacity), the magnitude of force at
various angles of the Crank. the work delivered bry motor
and flYwho*l, and the vork of doforowition. j&commmnd&tj..
for selecting the proper press for & given stamping
operation are presented.
AVAILARLZ: Library of Congress
Card 9/9 C0/4jr
10-21.59

VATNTRAUBJ David Abramovich; KUZNETSOV,
Jrina Stepanovna; _;5HILOV, Viktor
rea.~,Gw, b.'P,,, red,izd-va
Dmitriy Petrovich- FILINA
Stepanovich; TSUh&W,~T-fte.-
[Gold extrustion; areview] nolodnoe vydavlivanle; obzor. Le-
iiingrad.(Leningradskii dom nauchno-tekhnicheskoi propagandy.
Seriiai Goriachals. i kholodnaia obrabotka metallov davleniem)
No.2. 1961. 47 p. (MIIIA 15:6)
(Extrustion (Metals))

VAYNTRAIJB, David Abrarovich; KUZUETSOV, DmItriy Petrovich;-EILLUA-r-
-Jrina Stepancvnal; SHILOV, Viktor Stopenovich; TSUKILER, G.Ye.,
red ; red. izd-va
I [Cold extrusion] Kholodnoe vydavhiranie; obzor. Leningrad.
so.l. 1961. 62 p. (Extrusion (Ifetals)) (MIRA 15:4)

LISITSYNj Viktor Dmitriyevich; BUDZILOVSKIY, Abram Yefimovich;
ROMANOVSKIY, V.P., kand. tel
~Fj;LNA rin"L &22-11
iT~m chn.
nauk,, red.; KURE-Png, G.N... red.; BARDINA, A.A., tekhn. red.
[Special automatic die stamping nachinesISpetsiallrqe shtam-
povochWe avtOMILty. Pod obshchei red. V.P.Romanovskogo. Mo-
skva Mashgiz,, 1.962. 51 p. (Bibliotechka shtampovshchika,
noo31 (111RA 15:9)
(Forging machinery)
(Shoot metal'working machinery)

ACCESSION NR: AP4o14253 S/0133/64/000/002/0163/0167
AUTHORSs Kovalenko, V. S.; Muravlyev, V. N*;
TITLEs The effect of Zr on the nature and distribtition or nonmetallic inclusions
in carbon steel
Vol, j_q
SOURCE: Stall# no. 2j 1964o 163-167
TOPIC TAGS: carbon steel.. steel, nonmetallic inclusion, inclusion, zirconium)
zirconium dioxide, baddeleyite, alumina., zirconium sulfide, iron sulfides manganese
sulfide
ABSTRACT: The composition and distribution of nonnetallic inclusions in caebon
steel were studied by determining the quantity of ferrozirconium and the method of
its dispersal in steel. I-LP was established that; 1) Zr was an active deoxidizer
and that it formed zirconium dioxide inclusion3 (baddeleyite), the content of which
increased sharply with the addition of Zr up to 0.3%. Simultaneously, the quantity
of alumina was lowered; 2) the taddelayite inclusions were often distributed in
bands parallel to the direction of metal rolling (the quantity and length of these
bands were decreased when steel contained 0.09-0.1-1% Zr),- 3) the introducing of Zr
into h- ladle produced better results than its introduction into the oven; 4) Zr
Card In

ACCESSION NR: AP4014253
adnLixtures up to 0.10% transformed plastic sulfidlis of Fe and Mn into nonplastic
ones and replaced some Fe and Mo Further increave of Zr caused the appearance of
stable carbosulfides. Hexagonal. sulfide ZrB2 was formed in steel containing more
than 0.30% Zr. "The chemical arialyses were made by 0. M. Shcherbakova (deceased),
A. P. Vazhinskaya, and A. V. Afe,naslyeva." Orige art. has: 1 table and 4 figures*
ASSOCIATION: Donetskiy n,-i. irstitut chernoy me*~allurgii (Donetsk Scientific
Research Institute of Ferrous Metallurgy)
SUBMITTED: 00 DATE ACQ: 03M&r64 ENCL: 00
SUB OODEs ML N0 REF SOVt 005 OTHER: oo5
r1ard 2/2

FILIN, A.P., doktor tekhn. nauk, prof I. (translator];
NOVOZHILCV, V.V., retEenzent; OSMSKAYA, A.A.,, red.;
KONTOROVICH, A.I., teklm. red.; KRIAKCRIA, D.M.p tekhn. red.
[Modern methods of calculating composite statically indeterndnate
systems]Sovremennye metody rascheta slc)zhnykh staticheski neopre-
delin7kh sistem; sbornik Btatei. Leningrad, Sudpromgiz, 1961.
875 P. (MIRA 15:12)
1. Chlen-korrespondent Akademii nauk SXR (for Novozhilov).
(Structures, Theory of)

Tum,~"Ra' A.S.; -j", A,-
Yinetlas of tin m0nOl)ulf','dt, sublfivtit~nra -, V/ . 1--f a. u-,h,~ za-- . -,
t.ive~. met. 8 no.M'C-85 16~. k']AZRA
1. LaninRradskly politekhricheslkl-y Rafeira obsInchey
metallurgli.

IUTHO'11~_S
T ITLE -
PZI~IODICAL:
!1/109/62/007/003/011/015
D409/D301
Stafeycv, V.I., Wang Shou-chueh, and Filina, L.N.
Triodes with N-shape characteristic
Radiotellchnika i elektronilka,- v. 7, no. 8, 1962,
1404-1403
T'7 T: The properties of triodes are considered, in uhich
the negative resistance is related to a uidening of the s-pace-charge
re,-rion. A qualitative theory for such triodes is proDosed. Two
types cf triodes are described; (these were developed in the x-rinter
of 1957/58, while Tdang Shou-chueh, member of the Tnstitute of App-
lied 2hysics of the AS Chinese People's Republic, worked in the
Lboratory (see association)). Uhereas similar triodeEi, dcvcloped
at that time by other investigators, were of- little practical inter-
est, the triodes developed by the authors have much better charac-
teristics, -and can be used in sswitchingf devices.. The current-volt-
age chai-acteristic of a triode with base-resistance modulation, is
analyzed. The theoretical cun*ent-voltage curves of such triodes
Card 10/3
i MISR I 3M2 r2l" RON 1111

S/109/62/007/000-/011/015,
Triodes vrith N-shape characteristic D409/D301
are plotted for different values of do/vI, (do bcing'~Iie distance
from, the collector p-n junction to the opposite surface, and 'J 0 the
w,idth of" the si-)ace-charge region for zero voltage at same jun6'uion).
From the firure it is evident that the larger do/wO7 the broade- the
negative-resistance region and -the closer the characteristic to Lhat
of an ordinary transistor triode. The abo-ve theoretical considera-
tions were used in tlk preparation of N-triodes. Virst, a lo%.I-'Lrc-
quency triode was prepared frorc, n-type germanium wit'a a rosi'-Civity
of about 40 olm-cm. The cut-off frequency of such triodes docs -aot
exceed several tens of kilocyles, and their peak operatiag .-joint in
also inconvenient. Therefore another type. of N-triode was prcpared
by the method o-f' diffusion melting. A very thin n-type base layzr
Has formed by the diffusion of antimony in a p-type germa-aiuin I.C.ycr.
The base contact was formed by the alloy :Pb-LSb, and. Lhe craitter by
tilc alloy in-Ga-Sb. The addition of Ga improves the injection
properties wf the emitter. ThL, current -voltan*c characteristics of
such a triode. are shovm. The 'base layer is very thin, but highly
conductive. Therefore its resistance cha.-nges sharply wit"a the col-
lector voltage. The negative-resistance region corres-pond-s. 'L-o a
Card 2/3

pip"
vi S11091621007100810111015
with N-shaoe characteristic D409/D301
0.1 volt ran,-re oZ variatfon of the collector voltage; the mauititudc
of ti-ie negative resistance is of the order of several ohm. in the
cut-of.f state, the current equals the reverse current of the colliac-
tor p-n junction, and is practically independe-Lit of voltaLre shifts
at the emitter. Normally, the collector current is of the or(~er ol'
0.1 milliamp., up to voltages.of several tens of volts. The cut-of"
I L
frequency of the negative resistance is normally several mercacycles;
but it could reach several tens of megacycles. There are o figures..
-'s3CCLATION: Fiziko-telthnicheslcl institut im. A.F' ioffe J-di 3~'SR
(Physico-technical nstitute im. A.F. Ioffe of the
.~~ USSR)
3U-1-111:1117aD; December 16, 1961
Card 3/3

GRINGOLITS, L.A.; KOZYRXV, S.K.; BIROTTA, B.L.; -IL , - M.D..- YURKH'VICH'
V.S.; GURIVICH, Ya.D., redalctor; BMEEMAN, r.~- Vve-Tu-shc hiy
redaktor; POLOSINA, A.S., tokhnicheskiy red.aktor
[Kanual of wages in the petroloun industry] Spravochnik po
zarabotnoi plate v neftianoi promyshlon-aosti. Izd. 2-oe, parer.
i dop. Koskva. Gos..nauchno-tekhn. izd-vo neftianoi i gorno-
toplivnoi lit-ry, 1956. 342 p. (KIRA 9:10)
(Wages) (Petroleum industry)

I
Devices for controlling the quality of concrete, reinforced concrete,
and mesh-reinforced concrete. Stroitel' no*4:22-24 Ap 161.
(IMA 14:5)
(Concrete.,460-ting)
,C.

FILINA, N.A.
*;~~ . -
Radiation and host balance elements of a cotton fields Trud7 SAW
no,58,43-76 154 (NLRA 10M f
(Soi;r radlat%n) (Atmos?herlc temperature) (Cotton)

KULNVA, A.K.,inzh.; FILIUA_._11.,V_.,inzh.,
Ifew SW-52 ar,4 1P-53 braiding mchines. Tekst.prom. 19 nooZ;
40-42 F '59. (Textile iwwhinery) (MIRA 12:5)

KULEVA, A.K.; FILINA, II.V.; MIUAYLOV, N.A.
Now ShP-24 braiding macbine. Taket.prom. 19 no .12:49-51
D 159. 041RA 13:3)
(Braid) (Textile maebinery)

FILI114, 0. A.
"Case of Stomach Cancer in a k, 13-Year-Old Girl Developed from an
Ulcer." E2~~~ No. 3, 1948.
Chair of Hosp. Pediatrics, Omsk Med. Inst. im. M. I. Kalinin.

----BORTSOVA It P.- GA~LkyUIX)IrA p-B.;- pOjLAVS
0 ; . UA. A.V SIPICHO, N.P.;
PAVIOV, G.D.; PODUIIDVA, A.T.; LOVA. N.I.; AIEKSAIM.MVA, R.P.;
ATARTNOV, A.G.; VOROBIYEVA, YO.I.1 GAIPYANTS, E.M.; GELLEI, D.Ta.;
PARSHIIIA, M.A.; FILINA. II.A.; CHUVALY.&YEVA, Ye.S.
Solecting demuleifiers for crude oils processed in GrozDyi refineries.
Trudy GrozNII no.4:17-26 '59. (MITIA 12:9)
l.Grozneuskiy n6ftYanoY nauchno-issledovatel'skiy institut (GrozMI)
(for Pavlov. Podunova, Lova).
(GroznYI-Petroleum-Refining)

BORTSOVA, M.P.; PAVLOV, G.D. [deceai3ed]; FILIWA, R.A.; RARTIROSOV, R.A.;
SHPICHKOY N.P.; WEVEZA, M.I.
Plant experiments in the demult3ification Gf Ozek-Suat oil and
the preparation of demulsifierij. Trudy GrozNI1 no. 15:34-41 163.
(MIRA 17:5)

A. - -- - -- - - -- -
Filinat S. A. - "The preparation of a plWalological solution for serum reaction in
syphillis, with Yerevan waterp" Sbornik nauch. trudov (In-t gematologil i perelivanlya
krovi. Fak. khirurg. klinika Yerevansk. mod. in-ta)., 111,, 1948,, p. 41-46
SO: U-435% 14 August 53, (Letopis 'Zhurnal Inykh Statey, No. 15, 1949)

MINA$ S. A.
Filim., S. A. - "The use of nonsaponfiied ra:Ws blood in Wassermann's reactiont"
Sbornik nauch. trudov (In-t gematologii i perelivaniya krovi, Fak. khirurg. klinika
Yerevansk. med, in-ta), 111,, 1948,, p. 93-c)8
SOI D-43559 14 August 53, (Letopis 'Zhurnal Inykh Statey,, No. 15, 19,49)

FILIIU, S.A.
Comparative evaluation of the immunological features of human
and animal blood, Izv. AN Arz.SSRe Biol.nauki 12 no.12tl0l-
104 D 159. (MIRA 13:6)
1, Nluxdrava Arayanskoy SSR,
(BLOOD) (IMMITY)

FILIKA P.A.
Compound analysis of the cerebrospinal fluid in syphilis. Lab,
delo 6 no.6:10-11 N-D .~60. (MIRA 13--11)
1, Nauchno-iseledovatellskiy institut perolivaniya krovi imeni
R O.Yeolyana (dir. K.A.Intonyu) Hinisteristva zdravbbkhraneniya
SSR, Yerevan.
;;;~~MILIS-DIAGNOSIS) (CFJUMROSPIIIAL FLUID)
Mim
ONE

FILINAP S.A.; PCGOSY~1,11, N.'Kh. \\
I--- - - . I-, I
Reactim of ccmplament fi~ati-n ac rx teOt f'(,- t-Szoplat5mosell
in donorr. Zhur. f-ksp. i kiin. med. 4 164.
(MIRA 17,8)
1. inatitut gematologii I perelivaniya krovi Min~sterstva
zdravouldirancniya AruVanskrq

FILINA, S.A.
Mechanism of the reaction with Sabin-Feldman stain. Izv. AN irm.
SSR. Biol. nauki 17 no.4tl0l-105 Ap 064. (MIRA .17,6)
1. Nauchno-iseledovatellskiy inatitutgematologii i perelivaniya,
krovi Ministerstva zdravookhraneniya kAWSR, Yerevan.

_f~LIN- POGO-IMPip N.Kh.
isoh9molysin and isokemoagglutinin content of the blood serums in
donors. Probl. gemat. i perel, krovi no.3.,10-12 165. (MIRA M10)
1. Nauchno.-Issledovatellakiy Institut geratologii i parelivaniya
krovi inani prof. R.O.Yeolyanix) direktor - K.A.Antonyan) Mini5txgratva
zdravcokhraneniya Armyanskoy SSRp Yerevan.

FILINAt T.
I
Instrments and eqalpmont at the Ezhibition of the Achlevements
of the Na-!,ional Fconomy of the U.S.S.R. Stroitell 9 no.lOt22-
26 0 163. (MIRA 16:11)
1. Starshiy inzli.-metodisi, Vysluvaki dostizheniy riarodnogo
khozyaystva SSSR.
N

7TLII'A, T.
Foundations. Inform. biul. VDNKTI no.10:20 0 164 (MIlk 181l)
1. Starshiy inzh.- metodist pavillona "Promyshlennoye stroitelt-
stvolt na Vystavke dostizlieniy narodnogo khozyaystva SSSR.

F " L T,,T T. A.
BuAlding
Efficient methods of building partitions, B-Iiii. stroi. tekh. 10, No. 5, 195~3.
9. Monthl List of Russian Accessions, Library of Congress,
June -1953, UnA.

S/097/61/000/003/002/002
AO53/A133
AUTHOR: Filina, T.A., Engineer
TITIEt Devices for quality tests of concrete and reinforced concrete struc-
tures
PERIODICAL. Beton i zhelezobeton, no. 3, 1961, ill - 118,
TECT; The article refers to an exhibition of equipment, devices and appa-
ratus for investigating and testing the quality of concrete and reinforced con-
crete, which took place in 1960 and comprised 80 models developed and produced by
30 organizations. The devices can be divided into impulse, resonance, impact,
radiometric and mechanical ones. The exhibited ultrasonic RX56 (IKL-5-B) de-
vice was recommended for serial production. The device measures the time re-
quired for an ultrasonic pulse to pass through concrete, rock, frozen ground, ice
etc., and by this makes it possible to evaluale its quality and strength. The
Institut stroitel'stva i arkhitektury AN Latv. SSR (Institute of Building and Ar-
chitecture of the Latvian Academy of Sciences) has presented the W43-5 MMZ-5)
device (Fig. 4) to measure the frequency of natural bending and twisting oscilla-
tions of prismazic specimens of building materials and the logarithmic decrement
Card 1/9

S/097/61/000/003/002/002
Devices for quality tests of concrete and.... A053/A133
of the fading of the signal within a frequency range of 300 to 11,000 cps. The
device permits to select the economic components of concrete mixtures under any
prevailing local conditions and to determine the best operation conditions. So-
yuzdornii presented compensating Hk-1 MA*6) [MK-1 (PIK-6)] micro-timing device
for the testing of road covers, structures made of cement- or asphalt-concrete,
etc., by the impact method. The device measures the difference in the passages
of signal waves emitted by the impact on the assigned acoustic basis. The impact
frequency varies from 1 - 100 per see. The Moscow branch of the "Orgenergostroy"
Institute has developed two devices to determine the degree of density of concrete
mixtures, etc., viz., the radioactive densimeter (Fig. 5) and the radioactive
probe with universal control panel. The radioactive densimeter determines the
volumetric weight of joncrete after being poured and consolidated, within the
limits of 2 - 4.5 t/nP. The device operates on the principle or absorption of
radioactive radiation from the source by the concrete and consists of a pin 40 cm
long, at the end of which the radloactive source of gamma radiation is built-in;
readings are taken off the control panel. The radioactive probe with panel con-
sists of a metal tube, comprising a scintillating counter with a semi-conducter
amplifier, transmitting pulsesover a distance of 100 m. The probe -*without
source - registers the radiation of the radioactive inr'Lcator in the bore hole,
Card 2/9

S/097/61/000/003/002/002
Devices for quality tests of concrete and.... A053/A133
I
and, - with a source '- it registers the dispersed radiation of the source, which
characterizes the density of the material. The panel counts the pulses coming
through five channels from five sources and records them on a tape. The Tsen-
tral'naya eksperlmental'naya baBa (Central Experimental Base) of the Academy of
Building and Architecture USSR has developed a portable device for determining
the structural strength of conorete; the device operates on the principle of a
ball rebounding from the concrete after an impact and can be used for a rough
evaluation of the quality of concrete. TsNIL has developed thet1w (PN) device
(Fig. 8) for measuring the stress of reinforcement drawn over a form or frame.
The device is suitable especially for measuring electro-thermically prodlAced,
stress in reinforcement. NnC[4TP has exhibited a WK-1 (KRK-1) frequency meter
to'd'etermine the stress in reinforcement by the natural oscillation of the rein-
forcing element. The dynamometer of the t(WHA-A-1 (TsNIL-D-1) type (Fig. 10)
developed by TsNIL of the BSSR Ministry of Building measures the stress of rein-
for~ement in the course of production of prestressed reinforced concrete strua-
tures. The device consists of a metal bracket with two lugs, a flexible el'e'm'e-nt,
a deformation measuring device and movable catch between the lugs. The Depart-
ment of Hydrotechnical Installations of MISI im. Kuybyshev has developed a device
for measuring the internal compression stress in concrete structures of hydro-
cam 3/9

8/097/61/000/003/002/002
Devices for quality tests of concrete and.... A053/A133
technical installationsi it consists of a receiver (stress pickup),and a record-
ing instrument of an acoustic, inductive or tensiometric type. Thelpickup is
placed inside the concrete structure and is connected by cable to the recording
instrument, the load on the pickup being communicated by a liquid to the membrMS.
The deformation of the membrane disturbeii the electric equilibrium of the sensi-
tive element, the disturbance being registered by the instrument. The rlng-dmpad
Ak-3 (DK-3) dynamometer, developed and produced by NIISK ASiA USSR is intended
for measuring the ma=itudes of supporting reactions in statically undeterminable
structures. These dynamometers, having a capacity of 1-000 kg, serve for experi-
mental investigations of uncut reinforced concrete beams. The master dynamometer
3rd cathegory of the Tokarl system DS-50 for stress measurements up to 50,000 kg
is used to calibrate hydraulic presses, testing machines and stressing devices.
The9A-1 (ED-1) electrodynamometer is intended for measuring tensile stresses.
These two dynamometers have been developed by NIIOMTP; the ranges of the measure-
ment are 60,000, 100,000 and 150,000 kg. To measure the sand molsture the WT-1
(VP-1) electronic hygrometer is recommended. NI17sement has presented the AM-2
(DM-2) device for determining the specific surfaco of cements and other powder
like materials. It operates on the principle of determirring the air permeability
at low air pressure (below 1 mru Hg). The method has been suggested by B.V. Derya-
C~rd 4/9

S/097/61/000/003/W2/002
Devices for quality tests of concrete and.... A053/A133
gin, CorTesponding Member of the USSR Academy of Sciences. Yenaklyevskaya nauch-
no-issledovatellakaya laboratoriya (DONN32) (Yenakiyevo Scientific Research Lab~-
oratory) and the-Tsentrallnaya laboratoriya stroitel'stva kanala severnyy Donets-
Donbass (Central Laboratory for the Construction of the Canal Savernyy Donets -
Donbass) have presented a device for the quick evaluation of the degree of water
permeability of poured hydro-technical concrete. The device is calibrated with
the aid of concrete samples of a known degree of water permeability. NIIZhB has
developed a device to deter-mine the amount of air contained in concrete mixtures.
The device in of the compression type using a pressure of a - 2 atm; the quinti-
ty of air involved is calculated aacording to the Boyle Mariotte law. The samer
institute has also worked out a vibro-viscosity meter (Fig. 14) intended to de-
termine the structural viscosity of morUr and concrete mixtures with fine fill-
ers. The device consists of a metal fratme, an electric motor, a flexible shaft
and a vibrator with a variable kinetic moment, two metal Cylinders and hollow
balls. One cylinder is filled with the mixture and the other with a control liq-
uid of a known viscosity. The bottom of the cylinders consists of a magnet which
keeps the ball down until the test starts. The variable kinetio,moment of the
vibrator affords a wide range of amplitudes. The time which elapses from the
start of the test to the moment of the r1se of the ball is taken with a stop
Card 5/9

8/097/61/000/003/002/002
Devices for quality tests of concrete and.... A053/A133
watch. The West Siberian Branch of the Koademy of Sciences presents a number of
devices for examination of "armocement" such as: The multipurpose installation
for carrying out bending and twisting tests under static and dynamic load, fatiguo
tests, vibration tests, etc. The specimens are 1,200 x 300 x 10 mm plates and
are tested in a vertical position, which permits to ignore the effect of weight
of the sample. Another device serves to determine the pourability of "armocement",
the device gives the time which 300 cm3 of mortar require to pass under vibration
through a wire net of 100 cm2 after being consolidated by vibration during 5 - 7
see. The article describes a device for measuring the thickness of the protective
cover of "armocement" structures. Another instrument developed by the West Si-
berian Branch of the Academy of Sciences Is an electrodynamic deflectometer in-
tended to determine the sagging of structures under static and dynamic load. The
device (Fig. 18) has been designed in accordance with the S.A. Grag system to
which certain improvements have been added. The device is equipped with strain.
gages which transform the relative deformations, developing during the measure-
ment, into electric values. There are 18 figures and I Soviet-bloc reference.
Card 6/9

GAL'BINSHTEYN, Z.N., inzb.; WINA, N.F., inzh.; NAUMOVA, M.V., inzb.;
FILINA T.A., inzh.,-KHODCS, M.M., inzh.; GOLIDMAN, Zh.I.;
~ t ff-'V'G.,- SNESAREV, M.M.; VULIFSON, Ye.S., inzh.;
KONSTANTINOVA, L.A., inzh.; SKOEELEVA, A.M., inzh.; TELINOVA,
Ye.V., inzb., KHEYFETS, L.S., insh.; SELENEVICH, A.S.;
NEDOVESENKO, M.V.; VOLKOVA, A.Ye.; NOVITSKIY, L.M., nauchn.red.;
NEFEDOV, S.F., red.; FDSTOTSKIY, V.K., red.; GORDEYEV, P.A., red.
izd-va; YUDINA, L.A., red.izd-va; VDOVENKO, Z.1., red.izd-va;
GOLIEERG, T.M., tekhn.red.; KORDEKOVA, N.I., tekbn, red.
(Album of new construction equipment recommended for adoption)
Allbom novoi stroitellnoi tekhniki, rekomenduemoi k vnedreniiu.
Moskva, bosatrolizdat, 1963. No.l.[Industrial construction] Pro-
myshlennoe stroitel'stv. 116 p. No-3-[Con8truction for tranporta-
tion purposes] Transportnoe stroitel'stvo. 91 p. No.4.[Rural
construction] Sel'skoe stroitel'stvo. 71 p. No.5. (Mlding
materials, products, and elemental Stroitellnyo materialy, izde-
liia i konstruktsii. 41 p. No.8. (Construction and road machinery
and equipment] Stroitellnye i dorozhnye mashiny i oborudovanie.
104 P. (MIRA 16:8)
(Building materials) (Road machinery)
(Construction equipment)

OSTROVITYA11OVY ur!-aAi-yrj:
~'flect of the dil-uent and tf-mrjer-atune on ti-,e
"INKII(natu,ral rulDber) edhe,;ive. FWL:ch. zt,udy :'TILP
163.
1. KaCedm tekhnolc)I,ri-i ob,.tfi ifclskcvsi~(),,~o
irir.tituta legrkoy p-romyshIcrnost,".
'u
1, M i%~-Q ---Vq
!, ,
A

T M 1 n I u, Fvx-) ncv,, r-v-v+-7
A 7~~i-,L;6
669
.

AUTIHOR: Filins T. Fl. - Perlin, L L% YaManoky M. Z.

-)n o r 6 P f-,!-, u, ~r -~n
of the temperature,' dearce. and dl~rati the d v-
mag n 3 a
b I If r. 7
Ig 196% 8 --8r'
TsiretrWye metally,
6 (RJ Rr no.
CE
7
.
-. -
-
,
:
TOPIC VAG&-. - deforza+~ion-effe-atil---deformatton,resiatttnee, magnesitm 01V1, metal-
tensile test, true y1eld point, neck deforme.tion
o~k` n;z by pressure
,
0 Cnc of the major parameters required 1,o dr-termzt- ~he '.--i.--Te~hanical

tlic pro-esses of metalwor vress-ure,,as w~,-' r -er
-
-
~ design
.y
1 1, 1:4
yie-
on
tool, is resistance to deforma-1
-he authors
R11,Yg

-7no A1 im- t) A s, I.Yvs, jpre sp~~v--

q

L! ae -rqp rye, n n
-MA
Cord L~ 2

MW
A
A RMO
M-1 N trill

ACCESS ON NR: AP5017609
fr= 5 to 110 'ons. Analysis of th.- curves of' Se plotted on thE basIs cf the test
9, in the preaenc- -f' i fixf,`
with A I
degrees
deternline 9- Tor higher degrees of deformaticn* 11,e reason for this may be that
-r. temperature In acomnpani-d by Fin In(-roaq, 'r. 11,
.1a t ~ T- ai q and decreaae ~ ri ther
he
he ottained values Of 3d MRY le !)Bc" IYT qP'
prennsing processes. To faeilitate the determination Of Sd it is expedient to con-
5' T- Pg ran sOf 3d - f(t, *C) for differert test chiratinnr. c-, *.h- ~f the
Thip, of c(rarse; nr-vidf-s -nl,v t ..... .h- t
'OT,
IF-f' -.w-tion haii
A 57,S) CX-IA I ON none
SUM17"L M. 00 ENCL- 00 SUB Cr-DL?: M
M RMF SOV C409 -WA

IWgD.-Q - ------ FMP(Q/aT(m)jj/_LWP(t)jff 112. XJ&J41~11 M
ACC NRt , AP6010304 SOURCE CODE: UR/0136/66/000,(003/0074/0077
AUTHOR: Yermanok, H. Z.; Skoblov, L. S.; Fll~nas T. Mo
.ORG: none
TJ.TLE.-. Calculation of working stresses during pressing of hollow shapes in dies
with built-in core-fin
SOURCM Tevetnyye metally, no, 3, 1966, 74-77
TOPIC TAGS: stress analysis, die, metal pre sing, metal friction, friction
ABSTRACT: The d Mj alloy shapes forg in core-fin dies may be divided into five
basic
groups (Fig. 1): a, with cylindrical external and internal contours, round
tubes; b - with cylindrical external contour and shaped internal contour; c, d
with shaped external contour and cylindrical internal contour; e. fs gg loop type
(the area of orifice fbr these 3 groups of shapes is incommensurably small compared
with the cross-sectional area of the shape); h, is- J, k, I - with shaped external and
internal contours. In this c3nnection,--the-author corrects the known formulas of.pres-
--j
sing stress for the pressing of round tubes in core-fin dies (Perlin, 1. L. Teoriya
pyeasovaniya metallov. Izd-vo Metallurgiya, 1964), since Perlin failed to take into
account the friction of metal against the die core-fin. Assuming that this fin repre-
sents a triangular prism whose sides are friction surfaces the author derives the
.,d 1/3 11MC: 669.2/2.:621.97
~%p
Ml ~ 01 11 1

L 28860-66
ACC NRiAP6010304
7-7.1
:jv 75
Card 2/3

28860-66
ACC NRt AP601030,
formula for friction against the fin:
a
k
2
0*8D0 do dax
Tfin T
aino rp 0* 8D. a
bod4
0
0.8D2 0.8DO
Tfin 0-d-
sin 0,8D code ak
where Tfin is friction against the fin, Do.d. ~Ls the outside diametter of the forg-.
r
ing, r is the.mean friction stress at the fin surface. This as well as the othe
fin
calculat),on presented shows that, after some corrections, Perlin's formulas may be
used for the analytic determination of -working -stresses -during the pressing-of hot-
low shapes in dies with built-in core-fins. Orig. art. has: 2 figures, 9 formulae.
SUB CODE: 11, 13 SMI DATE: none
Finned tub2s 18
Card 3/3 1
-4-44

,41 0 0 00 a**** 0 too 00 SO 46--a *00 W"M o 0 o 0 0 0 o 0 0 0 e-0-0
I
090 0 00 0o *000 too
a
a IS 16 is vartiml, Itu ids 1611 not 41
r 4, -L L_ *_AL r, 9 0 -1-A 00 1 a
-:46%
00 00
:0 A A _041

I u 00"11*111694ulministra lion of Ill (60 mg. foltowml by
00 Itir 40 uill.) gave complete or pArlial dc