SCIENTIFIC ABSTRACT FEDOROV, YE.S. - FEDOROV, YU.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412710002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FOMOVO Ye. S.
I I I W
'14ft~i4wv
At*,OxPt to place Monic weights under one law. KristaUagraglila
nb.3:85-96 155. (MM 10%2) -
(itomic weights) j

Durgsdorf, V. V., "Investigation of the Protection of Power STutci-s Rom ld.ghtlin-11
A. 1. Gershengorn, N.P. Yemollyanov, ON. Livanova, A.I. Rog * .Ye.t
.,acrieva, arla - - - %)o
Fedoroy wera reported to bo associates of tho laboratory. (ZloUrichestvo, lio. 2,
1949). Central Scientific Rosaarch Electrical ZrWineQrinr, Laboratory (Tsl=),
ILWstry of Po,.,r-.r Stations.
.310; W-27801, V~v SePt. 1953
`-W
OW

TAMSON, Mstvey Samnovioh; TSY IMIY,*Tladisir Abremovich. PrWooll
uabastiye: LABUDIN, I.A.,-- FZDCROV. Ta,L.; IMLO, 1.0.; MUMMIT,
A.L.; PMSNOY,.A.N.-. FUITIN,-X.N.; ITANff. 1.I.; MYR, I.T.;
ITD
9 TSOMOTA 1, 1, . red,-, 0199MO
NILG.: tekh
[The HInamis Trdds" Factory; a brief account of the l7namis Trude".
ITINture lactory in Leningrad] Inmia truds-, kratkii, ocherk isto-
r1i laningradekogo armaturnogo savoda Maxia trade," 1960~ 207 v.
(KM 104)

KRAKHMALINIKOVA, G.A.; KIRENKOV, I.I.; Prinimali uchastiye: LEYKUM, V.Ye.;
F'3DOROV Ye.V.- UGOL',NIKOVj V.I.; SEMENOVA, L.I.
Spectropyrometric unit designed by the All-Union Research Institute
of Metrology. I=.tekh. no.5:18-19 Fq 162. (NIRA 15t6)
(Pyrometers)
12

FJDOROV, Ye.Ta.
Calmlating the lift oapacity of a plans wing of finite #pan In
a supersonic flow. Trudy ux 24:77-86 15o. (KIR A 10: 7)
(Airfoils)

Diasertation: "Flow of t Limited Stratim of Liquid Armuid an AT-~,Itrnry Prof Ile." Cani Teci,.
Sci, Kazan' Aviation Inst, iatzaril, 19~3. (Referativnr~r 1-:oscowt Apr 54)
SO: 5UM 243, 19 Oat 1954

Flow around wing profiles in wind tunnel* Trudy KAI 31!3-9240-
(KIaL 100)
(Aar-odrnamics) (Airplanes-Wingm)

FEDOSEHKO, R.Ya., kand. tekhn. nauk (Moskva); REYNVALD, O.A. (Reinvalds,
Bk
(Riga); GNEVKO, D.G. inzh.,(Minsk); ZAROZHNYY, A.M., inzh. (Mino
VOYTKO, A.M., inzh. Wnsk);_LMXROV) Ye.Ya., inzh. (Minsk);.
AIZENBERG B.L.p doktor tekhn. nauk
ijiad)
Protection of closed-loop networks. Elektrichestvo no.2:
83-89 F 165. (MIRA 18:3)

--c X
L
4 K Lkir n)
AP50261736 SOURCE CODE, UR/0286/65/000/017/0012/0012
IMNTOR:
A'I
ORG: -none
--TITLE.---A-machine--for windin rrr~igated strips -onto - pipes.- -Class-7, No.___174168-----
SOURCE: Byulleteul izobreteniy i tovarnykh znakov, no. 17, 1q.65, 12
TOPIC TAGS: pipe, metal forming machine tool sheet metal
ABSTRACT: This- Author'Pr Certificate introduces:. 1. A machine for winding corrugat
ed strips onto pipes to form ribs*- The device includes a stand which has a holder
for -mounting wd rotatingthe -pipes, -a -shaft- and -a-winding carriage with a device for
corrugatin .g.the-strip.- .This carr.age reciprocates in the horizo ntal plane along the
0aft. The operation of the machine is automated by installing a loading mechanism
,on the stand with a reloader for the blank workpieces made in the form of a hopper
with inclined upper and lower guides for the blanks. The unit also contains a weld-
er, -a -cutoff -tool- and a plate' with- gpooves -for moving the-blank workpieces. - These
three devices are Interconnected. Hovable arresting devices mounted on the lower
guide keep the blanks from moving during welding. The welder is made in the form of
two movable electrodes, and thicutoft tool holder is mounted In the housing of oce
of these electrodes. 2. A modification of this machine in which the carriage Is
Card 1/2 UDC: 621.774.03-AlS.7
.-V

L 6374-66 11736
-AC"R:_~5025136-
equipped with gears for primary and secondary corrugations and with a step distribu-
ter mounted I:n the carilage housing. 3o A modification of this device with provi-
sion for simultaneous wi:ndi,ng cf.'several~pipes by interconnection of the holders us-
i.ng a cross-shaped turret mounted.on the shaft of the machine.
SUB CODE: IE/ SUBM DATE: 04Mar63/ ORIG IMF: 000/ OTH ITT: 000

AUTHORSt Berengilova, V.V. an(~~~~-_Ye- SOV/132-5EI-12-2/14
TITLEs A NOW Type of Aluminum Deposite(Novyy tip mestorozhdeniy
aluminiya)
PERIODICALi Razvedka i okhrana nedr, 1956, Nr 12, pp 10-17 (USSR)
ABSTRAM TheAuthore.desoribe a now type of aluminum deposit dia-
covered near the town of Kyakhta, in the Southern partof the
Tranebaykal region. The deposits are composed of -utile-
bearing sillimanite sdUjr~a from which silumin and aluminuin
can be extracted by the eleotrothermal melting process. The-
Kyakhta ore field is composed of a series of separate de-
posits, but on the whole. the reserves of sillimanite-con-
taining'aj:YAsts are practically unlimited. These SeXists also-
contain large reserves of ores from which, in the oonenntra-
tion procesap rutile and pyrite can be extracted. Moreoverv
the sillimanite seblsts of the Kyakhta region are an excellent
refractory, acid proof and electroceramic raw material.
Card 1/2 There are 2 sketches, 1 map, I table and 3 Soviet references.

A New Type of Aluminum Deposit SOV/132-58-12-2/14
I
ASSOCIATION: Glavgeologiya pri Sovete Ministrov RSPSR (Main Geoj,,gical -
Frespeit1rg AdImin-Istration,, MWsters of the RWSR)
There are 3 references, of vhich 2 are English and 1 is Soviet,
Card 2/2

wo

0-0-0-6-0-6 *-Or-*-* 0 0 0
$46000111 ***see
a 16 0 Is it m 'a Am 41-4111-4111-
A I ILI US Ad
POCKIIIII; ..6 V0,001111.41 "a
06
ES

3.3-fu gee
be a VIIIIIIIN 9 61, ge
for May.
MA Swok frow-ims
a
AbodroAd
W Joe*
lEaSUmb sum-
C"WfWnigu" baw, V*, NIL
Soo
wwy
f.
11"Affe
oo
l
to Ism a dwiffiodall Of w4stbw IML t
MA
94k P Aolb6qjAjt-- off
.900

see

00
-00
so
7-71- *be. bd~tftv
too
same" to Iola". at Dv bee 91441141111 111&1, qw ale. All

0
U 0
0
4b ir- 19 11 1
n w
09
t, Ig 00
0
0
*
* o
0 . . *
o
j

000000000000 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0

JV

I ~-i~rhnk
-AL ILI
00
A
Ell. Ap,
00 A
v a
4
Ae 4

00
Akefooft Wavit low Iff"WA, $elm O"llradebtaiwe 1
(Aod""
so U-S.M. Immlia, CwNrarAwlmAl Awl
PUI&W by
%
W
kl
11
P
604 -
%
omw
latak.
t.
.
A
l

09
i a
mmlft The Arat valow Oppeaml In 190 at the hNIMAIN of the *twkomn &*mks:
1
l O
Ar

1
i
w pf""I Whar.
jjwk So
W. EJ _QL
jh . FAA
-
I- Palt" Of arimloml PAPE". criticul mvieve
aml M&
Ggmpk'"Q"*(A)Phy*AIR hy, (b) T" (C) phj!~! of the (a)
vln~ of OF. ftrth-s M I au w I
qrz( ) TM co"(fats OF -0-Kyhow
am Ocav"kaffy dh*tal Nfla f*W VIP Pictkuts I throba"Callem The
Wumd appme" W-ammmy, ON fmat beim Val. X111
.
F0 b It"

Ora

ry of

&ad

1,4
DMDW%.DGS.DrL
Sft"Lb"KAL t"INAT11111 CLAIWKATIC*
T-7.
It 4m ASM
11
r, a ad 0 a 0 1 a a 0 a a 2 -1- T_
.90
.00
.44
00
'00
Asee
so*
gob
000
go
age
wee

, ie, ies
fAThe Climte in the Imland in the European Part of USSR Depends on Local
Weather Conditionss" 1949s Moscow,

FEWROVO E. E. and A. 1. BARANOV
Climate of the plain of the European part of U.S.S.R. in space and time.
(in Russian).
Trudy.Inst. Geogr. U.S.S.R. Acad. Sci.., Yzscow, No. U., 1949, 214 p.,
figs.p diagrs., charts, tables, bibl.

"The Formation of Dry Weathers," Problemy Fizicbeskoy Geofrafii (Problems of Physical
Geography), Vol. 16,, Symposium, Moscow, 1951.
U-1483, 25 SePt 51
J
-T

A
4.2--205 351.577.38:55 t.Sijl.6
F~dofov 't E .d Ch,~ A., Formirovenie %asuslitivykh pogod I putt ikh voz.
lit wt
of dmug nither and poisibilities of its modification.]
Meteorological Abst. l6fiqA..1trefs. DLC-Thetyp"ofd
Vol. 4 No. 2 leather, which occur in the European pirt of the U.S.S.R.. are dcscribed in terms of Fedorov-
Feb. 191-53 Chubukov scheme of "complex r,,Iimato(~S "; the radiational balance of this area during tht
summer months. the air tna~s 6.7rncteristics and tha geqraphical factors producing drought
Aqueous Vapor and conditions are diqcussed. The pavilible effect of the planned afforesRation in altering the climate
Hydrometeors of thk area and the ways by which this effect cnn be achieVed are analyzed. .50jeriffeddinji., 7
if. Drought ptevention 2. Forest Influences I European U.S.S.R.-LL.D.
-all
RM
~l aw
-TT 2M,

TIMOV, Y007498 lashener.
Seismic prospecting by the reflected ,mve method iu western
Baghkirta and eastern Tatar A.S.S.R. Trudy Akad.naft.prom. no.l:
176-179 154. (MLU 8:2)
( Basbkiria-Prospecting--GeophysioaI methods)
PeospeotIM-Geopbysical methods)

professor; FEWTECHENSKIT, P.P.; WCHINSKIT, I.Te.;
~~~Unft, G@T,, professor; BOSHNO, L.V.; ALISOV. B.P.; BIRYMWT,
N.Ro: GALITS017, AsPal GRIGORITIT, A*Aot akedemik; ZMHSON, Me#
prolesur: KURETOV, N*S.: XBROMOT, S,P*: BOGDANOV, F~N*; LIU0XV#
A.R.: SOKOLOV, V.N.; YANISHXVSKIT, Yu.D.; SLMOYTINKO, V.S.; USKA,-
NOV, R.F.; CHUBUKO7, L.A.; TROTSINKO, S.Ya.-, VAMEMM, G.Ta.-,
SOKOLOV, I.F.; STYRO, B.I.; TEMNIKOVA, N.S.; ISAYET, B.A.; DHIMaMCV,
A.A.; H&LYUGIN, Te.As; LIZENMAA. Ye.K.; SAPOZHNIKOVA, S.A.; n1IPO-
VA, L.R.; POKROVSXLYA, T.Ve; BAGDASARW, A.B.; ORIOVA, V.V.-, Fz-
BINSHTEN, U.S., professor; MTIZVSKIT, V.Tu.; SHCHERBAKOVA, Tejai;
DOCHKOV, A.P.; ANMLISXAYA, L.Ye.; D"AYNVA, A.V.; UTRSHU, A,S.;
RUDHZVA, A.V.; RUINNKO, A.I.1 ZOLOUM, M.A.; NERSESTAN, A.Ge;
MXUYLOV, A.N.; GAVRIU)V, V.A.; TSOMAYA, T.I.; DEVIATKOVA, A.M.;
ZAVARINA, M.V.; SHMETER, S.M.; BUDYXO, M.I., professor.
Discussion of the report (in the form of debatea) [of the c-urrant
state climatolo&ical research and. methods of developing it]. Inform*
abor*GUGKS no*3/4:26-154 '54. (MIRA 8:3)
1, Chlon-korrespondent Akademli nauk SSSR (for Fedorov). 2. Glavnayu
goofizicheekays observatoriya In. A.I.Vosykova (for Predtochouskiy,
letedev, Tanishevskiv, Isay-ev, Rakipova, Pokrovskay-S, Orlovs, Rubin-
shteyn, Budyko, Shcherbakovag Anapol'skays, Dunayeva, Rudneva,Gavrilo.T.
Zavarina)~ 3a Ukralnekly nauchno-issledovatellakily gidrcmeteorologicho-
aldy, institut (for Buchingk1y).
(Contitvsd on next card)

FMROV, Ye.Ye., professor; PROTECHROSKIT, P.P., and othera.
Discussion of the report (In the form of debatea) [of the current
state climat ologioal research and methods of developing it]. Inform.
abor. GTJGHS no,3/4t26-154 154, (Card 2) O"A 8-.3)
4. Vaesoywny7 institut rastenievodstva (for Selyanitor, Rudenko) 0
5* Bioklimaticheakay& stantaiya Kislovodsk (for Boshno). 6. Moskclv_
skiy gosudarstvann" universitst im. M.V*Lomonosova (for Allsov).
7' Ministerstvo putejr soobahchenlya SSSR (for Biryukov). 8. IOU-
t~t geografii Akademdi nauk SSSR (for Gailteov, Grigorlyer). 9* Geo-
fizichaskaya komissiya Vseaoyuznogo geograficheskogo obahchostys (fer
Eygenson). 10. Ministerstyc elektroolvantsiy I elektropromyeblennosti
SSSR (for Muretov)e 11. Lenlngradski7 gosudaratvannyy universitat im.
AoA.Zhdanova (for Khromov)e 126 -Mutrallnyy nauchno-iseledovatell-
ski3r gidrometeoralogicheskiy arkh,,*v (for Sokolov, Zolotarev). 13. Go-
sudarstvenna okaanografichookijr institut (for Samoylenko). 14. TSen-
trallny7 institut prognozo7 (for Ubmano-7. Sapozhniko-ea). 15. Institut
geografii Akademii nauk SSSR I TSentr,&IIW Institut kurortologii (for
Chubukov). 16. Hauchno-issleclovatellsk:17 institut imeni Sechenova,
YFata (for Trotsenko), 17* ArktichaRU7 nailchne-insledor%tel'skly,
inatitut (for Vangengeym). - (Continued on nexi. card)

YEDOROV, Ye.Ye,, professor; PRIMCHENSKIT, P.P.. and others.
Discussion of the report (in the form of debates) [of the curren".
atitte of climatological research and methods of developing it]
In:torm.abor. GTJGXS no*3/4:26-154 '54- (Card 3) (MM ;33)
18o Dalinevostochuyr nauchno-issledoratellskiy gidrometeorologiche-
skiy institut (for Sokolov)* Igo Institut geologii i geografii Ake.-
demli nau Idtovskoy M (for Styro). 20. Rosto-7skoe upravlenis
gidrometalushby (for Temnikoya). 21o Morakoy gidrofizicheakiy Insti-
tvt Akademii nauk SSSR (for Dmitriyev). 22. Vaesoyuzny7 institut
reateniyevodetva (for Halyugin). 23* Akndemiya riauk IstonskoY SSR
(for Liedemsa). 24. Akademiya nauk Armyanskoy, SSR (for Bacdazaryan).
25. Leningradskiy gidrometeorologicheakiy institut (for Milsvekiy)o
(Continued on next card)

)OROT, Teje.. professor; PMTFCHZNSKIT, P.P., and others.
Divaussion of the report (in the form of debates) [of the current state
clJmatologioal research and methaj of devvloping it]. Informabor,
GWTMS rio-3/4;26-154 154. (Cara 4) (MMA 8: 3)
26,, Goavdarstvenna gidrologicheskiSr inatitut (for Bochkov)s 270 LLL-
zalchakiy nauchno-iseledovatellskiy gidrometeorologiolieskir institut
(for Uteshev)o 28* Upravlenie gictrometaluzhb7 Armyanskoy SSR (for Nor-
oesyan). 29, Ioningradskoye upravleniye gidrometaluzhby (for Mikhaylov,
Devyatkova). 30a TbilisskU gosudaretvannyy universitet (for TsomUqa)*
31. TSentrallnays aerologicheakaya observatoriya (for Shmeter)o
(Climatology)
Q Y',

FILIDMO, Ta.l.; CHUBMT, L.A.; MONY, It To redaktor; MAROOLIN.
Ta.A., redaktor; ZDMIAEDVA, T.A..- 5B-n-Icbeskly redaktor.
(Climate of arid regions of the U.S.S.R. and ways of improving
it) KlImat sasuablivykh raiordrSSSR i puti evo uluchshanila.
Moskva, Izd-vo Akademila nauk SSSR. 1955. 93 p'(MLRA 9:1)
(Russia--Climate)

BMMILOVA, ~
Now type of aluminum deposits. Razved i okh. nedr 24 no.12:10-17
D 158. (MIRA 12:1)
I.Glavgeologiya pri Sovete Ministrov RSFSR.
(Kyakhta region--Sillimnite)
N

s/169/62/000/008/013/090
E202/E192
AUTHORS: Fedorov, Ye.Ye., and Bagdasarova, A.M.
,rITLE: of July 22, 1959
PERIODICAL: Referativnyy zhurnal, Gcofizika, no.8, 1962, 18,
abstract 8 A 123. (Tr. Sakhalinsk. kompleksn. n.-i.
in-ta,' no.10, 1964 177-181).
rEXT: An earthquake occurred on 22.7.59 in the region of the
village Onora of th' Tymovskiy Rayon, Sakhalin oblast', with a
strength of 6 bal. The position of the epicentre was 50* 121 N
lat., 1420 171 W lon ; the depth of focus was 20 km. The
ca ordinates were plotted using four methods: epricentrail average
line, hyperl)oles'andt,the method of azimuth determination. The
discrepancies amongst the results did not exceed'14 km. in the
village onora, in the two-storey houses 75% of the stove pijpes were
broken, separate walls of the stoves collapsed. In the single-
storey houses 15% of the stove pipes and separate stoves collapsId.
Big cracks in the walls appeared in many houses, and the window
panes fell out. Buildings which found themselves in the plain
Card 1/2.

s/169/62/000/008/013/090
Onora earthquake of July 22, 1959. E202/E192
portion were mor*e affected 'than those on the terrace. During the
earthquake one could hear a rumble and thunder. The earthquake
in Onora is ascribed by the authors to the lift along the fracture
passing from NW to SW along which the chalk rocks of the western
range were folded over the tertiary deposits of Tym'-Poronay
Depression, with the plane of the fault fissure falling to the
West, Photographs of the destruction, tectonic diagram and graph
of the determined epicentre are given.
rAbstractor's note:. Complete tran slation.j
Card 2/2

FEDOROV, Ye.Ye.
Control in the sluicing method of sampling by means of a
mineralogical analysis of loose sediments without elutriation.
Trudy VAGT no.8sl54-156 162. (MIRA 1511l)
(Aldan Valley-Ores-Sampling and estimation)

FRWROV, Yu., insh.
By force of,habit. Mast.ugl. 8 nos9125 8 159. (MIRA 13:2)
(Cheremkhovo--Mining engineering--Study and teaching)

FIDOHOV, Tu., inzh.
Readers' letters. Ayttranap. 38 no,2;53 F '60. (MIA 13;6)
(motor vehicles)

OSTAPENKOt No; KRYKINY A.; DULINEV, V.I.; OSETROVp V.S.; TOPALYAH, N.M.;
YATSYSHIN, A.I.; TITOK, V.A.; TEPIFANOV, Go;
WTEGATEV, Yu,
Controlling little-k animal diseases. Vaterinarlia, 42
.12
no-8:119' 4 Ag t65r' (KIRA IS: 13.)

YFXMV, YU.A.
Alectrocracking of petroleum products. Xhim. v shkole 15 no.4s75-76
Jl-,Alg 160o (MIRL 13:9)
1. Pedagogicheekly institut, g. Cheboksary.
(Chemistry-JUperiments) (Acetylene) (Cracking process)

Fyj(gtovt Y%t.A
Iffect of 11aliva on the penetration of certain substances into dental
tissue under experimental conditions. Stomatologita 36 no.6:3-7
M-D '57- (KMA 11-.2)
1. In blokItimichaskogo otdeloniya (zav. - prof@ D.Te.Manoylov)
TSentrellncgo nauchno-ist~edovstsllskogo rentganologicheskogo t
radiolbgickieskogo institute (dir.- prof. X.M.Pobedinskiy)
~(TIWK) . (PHOSPHORUS IN TIM BCDY) (SALIVA)

YEDOROV, Yu. A.
Use of agar bydrocolloidal plastio mterial in dental prosthesis.
Stomatologile. 38 no.6t65-66 Jr-D 159. (KM 13:4)
1. Iz 6-y stomatologichaskoy polikliniki lechobnogo oblyedineniya
khozraschatnoy seti Laningradekogo gorodskogo otdola zdravoothra-
nemiya (glavnyy vrach L.N. Ivanova., kousulltaut ortopedichestogo
otdalenlya - kand.me-d,'nauk Te,D, Volova).
(DUM PROSTHESIS)

GAVRILOVAS V.A.,- FEDOROVS Yu.A.
Caae of a patient not being able to use his maxillary rosthesis.
Stomatologiia 39 no.6s7o N-D l6o. PRA 15.1)
1. Iz Vladimirskoy gorod"k bollaitsy No.l.
(TZTH, ARTIFICIAL)

FEDOROV, YU.A.
Effect of phoi3phorue-calcium and fluorine compounds on experimental
d6jital caires in1white rate* Dokl,AN SSSR 137 no.6tl481-1484 Ap
162. (HM 14:4)
1, TSentralln" nauchno-isoledovateltakiy institut meditsinakoy
re4iologiij Pervyy Leningradakiy meditsinskiy inatitut imeni
I.P.Pavlovu. Predstavleuo akademikom N.N.Anicbk,)vym.
("W-P -DISEASES) '(CALCIUM GLICEROPHOSPHATS-FRISIOWGICAL EFFECT),
(SODIUM FLUORIM-MIOWGICAL EFFECT)

FF
Increased liability to dental caries due to imizing radiation.
Dokl. AN SSSR 140 no.5:3.195-1198 0 161. (MIRA 15:2)
L: TSentmllnyy nauchno-isoledovateliskiy institut meditainpW
radiologii i Pervyy laningradakiy meditsinskiy institut
I.P.Pavlova. Predstavleno, akademikom N.N.Anichkovym.
(TEETH-DISEASES)
(X RAYS-PMIOWGICAL ErFECT)

TEDOROV, YusAe 1'eningrad)
Standard Crowns and pivot teeth of plastic. Stomatologlia 41
no.4:95-96 Jl-Ag 162. (MIRA 15:9)
(DENTAL PROSTHESIS) (PLASTICS IN NEDICINE)

- Mad I irtir) I
Six supernumerary tooth, Stomatologiia 42 no.3t9O My-Je'63
(~M 17 t1)

FED09OV, -Ytt*A~p
'Study of various.changes in teeth and-so.as indices of the phosphorus-
calcium metaboliam in white rats. Dokl;. AN SSSR 150 no.2;438-440
.1tr 163. 01IRA 16:5)
1. Nauchno-issledovatellakiy institut atomatologii,, Odessa.
'Fredetavleno akademilom N.N.Aniohkovym.
(TEETH--DI.$EASES) (CALCIUM 146TABOLISM) (PHOSPHORUS METABOLISM)

i- 12
!EDOROV, Yu.,A.
Stud[y of the local effect of calcium glyceroph6sphate and sodium
fluoride'on the experimental dental caries in white rats. Dokl.
AN SSSR 161 no.1:244-247 Mr 165. (14M 18: 3)
1, Irauchno-isslodavatellskiy Institut stomatologii, Odessa.
SubaLitted August 22,, 1964.

L 2-087-66
CC NRt AP60129'14
SOURCE CODB: UR/0115A5/0(-'O/CO5/00
AUTHOR: Fleyer, A. G.; Fedoroyt Yu* At
ORG: none
TETTE: Accuracy of automatic recording of.time ~~ignals
S)URCE*. Izmerltelynaya tekhnikap no. 5# 1965P 12-13
TOPIC TAGS: sqrvoeyatemt radio broadcasting, measuring instrweent, time signal,
S~'.gnalrecording
A11TRACT: Th e Novosibirsk State Institute or Measures and Mettsur-
5 -ut 6-w-a-fff-o -atf-F6 me ntto
-Ing Devices ns-devel7o-ped 87"
f H-e -seco-n-T slKnals broadcast on shortwave and longwave radio. The:
only portion of this devioe carryln~ a metering load Is thq eleo-
-An --th
-Lraszord~ed-by -V~V MM601 xi~~
tnal- -&--..t ------- -t aohe
tlme~-- 411 P _eo W1 the-rad-t
7- arthe th itiput -o;r O_reoe~lver-re
'e gd~'- ---them Me --a -al ro. a Ampulsa- f orme(L-- ln-~ -
W s gnbtl:- Ii
&
d a- oomparl
V-;7e recor Ing --(Ievioo,* artiole presents son of these.,
...t-io paths from,the point of view of time signal recoy~Ung area
r)oulting from changes In amplitude of the signal at the output
.0:! the radio. The results show that the scoond method has an
,,,j i/2 UDC: 529,--781

Sts

ACC 14R. AP600875 MCE CCT~,': URroil
AUTHOR: Fleyer, A. G. Fedorov, Tu. A.
ORG: none
TITLE: Instrument for automatic reception of radio signals of exact time in seconds
SOURC& Izmeritelinaya tekhnika, no. 2, 1966, 82-84
TOPIC TAGS., time measuremont, time signal W
10 1 Seconds E!186
ABSTRACT: The development of a device for
automatic locking into exact~time (seconds)
radio signals is reported. The device
includes (see firure) quartz-olocl%master From
oscillator 1, quartz-clock frequeyi&y .iIF channel.
divider 2, 1:10-ratio scaler '3, phase
shifter 4, 1004-ratio scaler 5,
fo I I owe rstage 6, motor 7, radio
receiver 8, signal-recognition device 9, --------
digital printer 10, visual reading device 11.
The time-radio nignal Is recognized by the area of coincidence of the radio etgnal
with a locally generated 11 -shaped gated pulse. The error of time. signal rc,?cr)tion
is claimed.to be about 20 or 30 (Asec. Orig. art. hast 3 figures and I tablt,. 1031~
SUB CODE: 09/ SUEK DAM none/ (RIG MWj 0031 ALTD PRESS I
Card ill
,s9,r1A,

FEDOROV, Yu.A. (Moskva)
Vibrations of a closed circular cylindrical shell in a field of
random acoustio.pressurs. Insh. zhur. 3 no-3:498-503 163.
(mm 16:10)
1. Inatitut mekhaniki AN SSSR.
(Elastic plates and shells-Vibration)

Yu. A
Method of determining the produotion volume of electr3c welding
equipment. Avtom, s*var. l8no.5s66-69 YT 165. (MTRA 18:6)
1. Institut alektroavarki im. Ye.O..Patona AN Uk-jCISIR.
. ..... ....
-wr
-~,z :7
A" In 1-5
M
a
qgi iL,.L-

ACCESSION NR: AP4043526 S/0258/64/004/003/0525/05j2
AUTHOR: Fedorov., Yu, A,.,(~Oscow)
TITLE: On nonlimear oscillations of rectangular plates under action of random
forces
SOURCEt Insshenervy*y zhurnal, V, 4, no, 3, 19616 525-532
TOPIC TAGS: nonlinear oscillation, elastic rectangular plate, varying load,,
argodic function, mean square intensity, forcing functioni linear differential
equation, correlation function, generalized load, generalized coordinate
ABSTRACT: The nonlinear oscillations of an elastic rectangular plate (fixed at
its edges) vere investigated under randomly varying loads, both in time and in
space* The plate vibration equations with dissipation are written in the form
D&Aw (w,0) 4- ph Lw + 2php 8w
AAM + L7(w, 0
(W 0)
+ ass

ACCESSION NRs AP4043526
Thickness h is assumed arzil compared to lateral dimensions a and b. The load
(x,y,t) is considered to be an ergodio function of time and an arbitrary fUnctionz
q
of the coordinates. A awl-I parameter A in defined
Cal:
10
Yhere q2 is the mean square intensity. The deflection v and the forcing function
are then egonded in power serie:j in wk and,a set of linear differential equa-
tions are obtained in 'Wk and ~k- The equations are oubeoquent3,7 solved for Vi
4) and stress 0* up to zeroeth and first approximations in I.A. Correlation
xx
.'functions are thon developed
for a generalized load defined by
4
(XI V. 9) WMIXI V)
and generalized coordinates defined
(:ard 2/3

sin 0"", V
h, (e)
10
'amn (Omn
The spectral d--nsity of each function is
i ditermined. From these results expressions are obtained for the mean square
deftection and stress. In these formulae,,- torms appear which are expressed b~r
Ith' correlation function of the generalized coordinateso including first- and
r-ixth-order terms and their integrals. As an example the caso of plane acoustic
-.,-aves with random frequency and amplitude are analyzed,. acting on a square plate*
The results show that the I:Luear theory gives a better value for tAe mean square
strose than for mean square deflection. Orige art. hass. 34 formulas and 4
!figures.
ASSOCIATION: Institute makhanild AN WSR (Institute of Mechanics AN SSSR)
SUBMITTEDs 29JuiG3 EXCLs 00
SUB CODE: HSOGP NO REFISOVs 002 OTMMI OM
Card

IZWLISKIY, V.A.;_~DORqV, Yu.A,_,.
EMcVof'substitution of the benzene ring with a naphthalene ring,
in-compoundb having individual qhromophoric systems. Miur. VKHO 9
no. 3059-360 164. (MIRA 17:9)
L"tAboratoriya krasiteley i probleny' tsvetnosti pri Moskovakom
gosudarstvennon pedagogicheskom Institute imeni Lenina,

]ZHAILISHY, V.A.; FEDOWN, Yu..A".
Effect of benzene nuoleus substItutIon using naphthalene ind
anthracene Fart,l., Ab3orp-Lion spectra -.r moro and dinitrophe-
nylethyl A2pha--napbthylamine. Zhur. rb. khim. 34 no,1208742-
3M D 164 (M,,IRA 18e1)

IZMAILISKIY, V.A.; FEDORGV,-Ttk,Aw-
Spectrum genetics of the derivatives of benzylideneaniline and
beny.lidene-l-naphthylemine containing N02- and NM62 groups.
DOI. AN SSSR 158 no.4000-903 0 164.
(MIRA 17:11)
1, TALboratoriya khimii krasiteley i problemy tsvetnosti pri
Moskovskom gosudarstvennom pedagogicheskom institute im. V.I.
Lwbia.

S/032/62/020/001/002/017
B1251BI38
AUTHORSs Zillbershteyn, Kh. I., Kaliteyevskiy, N. I., Razumovskiy,
A. N., Fedor
TITLEs Hollow-cathode discharge for analysis of impurities in
.silicon
PERIODICALt Zavodakaya laboratoriya, v. 28, no. 1, 1962, 43-45
TEXTt The authors studied the spectrum analysis of impurities in
silicon with the aid of a hollow thermionic cuthode. These impurities
were concentrated by treating Si powder with fluoric and nitric acid
vapors on a teflon film. Teflon films with a standard and with the test
specimen were put at the bottom of a hollow carbon cathode which was
heated to 550 0C. On complete volatilization of the teflon specimen and
standard became attached to the bottom of the cathode. The spectra were
taken by a hollow-cathode discharge in a helium current (10 - 15 mm Eg,
discharge amperage 900 ma) , using an WIr-22 (ISP-22) -sp e c tro graph and
type CU-2(SP-2) photographic plates. The spectral lines of both the
volatile and non-volatile impurities had maximum intensity at 800 1000ma.
Card 1/3

5/032/62/028/001/002/017
Hollow-cathode discharge for ... B125/B138
Since the impurity elements in the teflon could not be determined
accurately enough by the present method the silicon powder contained in
the two half cylinders of a hollow cathode (Fig. 1) was pretreated by acid
vapors. The impurity concentrate was attached to the interior of the
cathode by two drops of a solution of polystyrene in benzene, Discharge
in a composite hollow cathode takes place in the same way as in an
ordinary one,, The spectral lines of the volatile impurities Zn, Pb, In
have maximum intensity at 400 - 600 mal but remain almost constant when
the amperage is further increased. Those of the lese volatile impurities
Fe, Ni, Mn, Mg and others have maximum intensity at 600 1000 ma. The
totality of the elements was therefore determined at 800 goo ma with a
2 min discharge. Screens between the cathodes prevented undesirable side
effects. Under the conditions described, the absolute accuracy of
quantitative analysis is 3-5-10-10 g Ag, Mn, Cu; 6-10-10 g Ga, In;
(3-5)-10-9 Gg Al, Nil .(6-7)-10-9 g Mg, Fe. The accuracy of the Mg, Al, Fe,
Cu determination-depends on the traces of these elements in the cathode
material. Reproducibility is poor. The measuring arrangement is similar
to that of Yij. 1. Korovin, L. V. Lipie (Optika i spektroakopiya, 3
, 3, 334
.
Card 2/3

B/032/62/028/001/002/017
Hollow-oathode discharge for ... B125/B138
1958)). The present paper was the subject of a lecture delivered at the
soveshchaniye po spektrookopii (Conference on Spe--troscopy) in July 1961
in Gor'kiy. Kh. 1. Zillbershteyni Prlryutko et al.. (Zavodakaya
laboratori'yal XXV, 12, 1474 (1959)) are referred to. There are 2
7-
figures and 19 , 5~viet references.
ASSOCIATIM Institut khimii silikatov (Institute of Silicate Chemistry)
Fig. Is hollcweathode used for analysis
(dimensions in mm).
,FIG. (Dqp Kr
Card 3/3

'3/032/62/028/006/011/025--l
B101/B138
AUTHORS: Zillbershtayn, Kh. I., Firyutko, IA. M., Kikitina, 0. N.9 and
Fedorov, Yu. F.
---------------------
TITIZi Techniques of the spectrochemical analysis of semiconductor
silicon
PERIODICALt Zavodskaya laboratoriyal ve 28p not 6j-1962, 68o - 682
TEXT: The spectrochemical analysis of semiconductor silicon already
described (Zavodskaya laboratoriyal v. 25, no. 12, 1474 (1959)) is
supplemented by some data. (1) The prevention of contamination of the
samples during pulverization was investigated. Comparison of silicon
monocrystal plates, agatet piezoquartz and leucosapphire as pulverizers
showed that contamination by Cu, Ca, Als Mg# Fe and Ni is prevented only
with silicon monocryq.tals. (2) Initial crushing of the eample occurred by,
crushing thecrystal wrapped in a ftoroplast-4 (fluoroethylene) film
between ftoroplast plates in a hydraulic press . (3) The solutions -of the
nitrates of the elements to be investigated, used as standards, were found
to remain unchanged after storage for seven months in polyethylene bottles.
Card 1/2
NP,

-V
S/032/62/028/006/61/025~,
Techniques of the..~ B1OI/B138
(4:i) Spectral analysis of ftoroplast-4 and polyethylene showed that.the
first-named polymer contains fewer impurities (Al, Ca, Mg, Fe, Cu, Si).
(5) The preparation of thin-walled electrodes by means of a hollow-
cylindrical cutter with qentral drill is described. The cutter grinds thet
electrode to 4 mm; diameter and the drill makes a hole of 3-5 am diameter.,
Output of the devices 40 - 60 electrodes per hr& There are 1-fi,
3 tables.
ASSOCIATIONs Inatit*ut khimii ailikatov Akademii nauk SSSR (Inatitute'of'',
Silicate Chemistry of the Aoademy of Soienoss USSR)

ZILIBERSHTEYN, Kh.I.; PIRYUTY-0, M.h.; NIKITINA, O.N.; FEDOROV, Yu.F.;
NENAROKOV, A.V.
Rapid chemical concentratUon of silicon in the preparation of
samples for spectral analysis, Zav. lab. 29 no.10:12(6-1267 163.
(MIRA 16:12)
1. Institut khimii silikatov AN SSSR.

L 2122-66 IW(1)/94P(e)/&?(-M)/EPF(c)/Sip(i)/~FPF(n)-2/94P(t)/Z.4P(b) 10(c)
ACCESSION NE: AP5024556 UR/0070/65/010/005/072?/0731---~'
548.0
AUTHOR: Zil'bershteyn, Kh. I.: I o ffe
F949jov YM.
TITLE.,-. - Elegtron. , p.qraAa "A -in irradiated- monoervatals- of
_qqa with-
impurities
aluminum
-731
SOURCE: Kristallografiga, v. 10, no. 5, 1965, 727
TOPIC TAGS: irradiation, radiation damage, quartz, EPR,, electron paramagnetic
i resonance, x ray
ABSTRAC71- The EPR was investigated in natural, and synthetic single crystals of
mpurities. Samples 6 x 4 x 2 mm
_Ltzk~onta ning'different amounts of aluminum i
were irradiated at room temperature with a dose of 104r, which was sufficient to'
cause saturation in all samples. The EPR spectrum (first derivative of the absorp-7
tion curve)-was recorded at both 77K and at room temperature (see Figs. I and 2
of the Enclosure). At room temperature when H11C the width of the main peak was
15.9 oe and g was 2.00; the width of the satellites was 3 oe and g was .97 and
2.02 oe. When the crystal was oriented in a different direction the satellites
disappeared. The structure and the shape of the central pqnk changed, but the g-
factor remained practically constant. The EPR spectrum at 77K (Fig. 2) was almost
Card 1/4

L MI-61
ACMSSION NR: AP5024556
identical to-that observed by'J..H. E. Griffiths et al. (Report of the Bristole
1 -Conference on Defe6ts in Crystalline Solids, Physical Society, London, 1955, P. 51y,
at 20K. The,group of equidistant lines was attributed to a hole center associattd'
with aluminun and was described by the spin-Hamiltonian and the values of constants
determined in the above-quo'-ed paper by Griffiths. The maximum value of the
g-factor of the second group of lines observed at 77K during rotation about the
vertical axis was 2.021.i the minimum value was 2.004. The nat"re of this signal to
unknown. It was found that the intensity of the EPR signal observed at 77K
decreased linearly with Increasing annealing temperaturelbecoming zero at 35
OC.
g",
't~ P'T'~P' U4MOM
R
-s"
OU'J'A

ACCESSION NR:- AP5024556 ENCLOSURE: 02
;,N
4-z

8/1 23/61/000/024/t02/016
Ao04/A1O1
AUTHORS: Fotyagaylo, M.V., Minkov, M.A.,..Pedorov, Yu.G.
----------- :_
TITLEs New drill design for deep-hole drilling in heat-treated steels
PERIODICALi Referatlv,nyy zhurnal. Mashinostroyeni-ye, no. 24, 196!. 53, abstract
224B329 (Y.ab. "Novoye v instrumental'n. proiz-ve", Leningrad, Leniz-
dat, 1960, 27 - 38)
TEM The authors describe a drill for the high-speed annular drilling of
deep holes 50 - 100 mm In diameter in heat-treated alloyed stsels of a hardhess
.of H.B 300-32D. The drill has acapacity of up to 6.0 m/hour. The drill consists
of the body and T 15~ 6 (Tl5M5) sintered.,oarbide Inserts. To divide the chip over
its width there are three edges at the cutting'part of the insertion tool. The
radial clearance of 10 mm is sufficient to remove the fine chips being washed ,
out. The drill direction is ensured by three BK_8 (VK-8) sintered-carbide in-
serts. The authors present a drawing of the drill and a table of geometric para-
meters-which ahowed the most steady results during the testing. They describe
the equipment of the horicontAl drilling machine especially modernized for this
purpose, the oil tank for the high-pressure supply and removal of the cutting
Card 1/2
:M N~"
Tp~

S/123Ai/tw/n24/bo2jt16
New drill design Xor deep-hole drilling Aoo4/Aloi
flilid and the anti-lbration bushing. The pump capacity is 200 liter/min at a
pressure of 15 kg/cm . The drill life during the drilling of holes 55 mm in
diameter without resharpening is 4;500 - 5,000 mm, the width of the wear chamfer
at the back edge not exceeding 0.3 - 0.74 mm. The machining finishing is v 5.
The cutting*spe6a is 105 - 115 m/minj the feed 0.15 - 0.17 mm/rev. The authors
give some recommendations to ensure high-effloiency drilling. There are 9
figures.
I. Briskman
[Abstracter's notet Complete translation]

IYIMM

FROSORYAKOV, Igor' Vladimirovich; MOROV. Yu.G., red.; TSV6VKOV. A.T., red.;
MURASHOVA, K-Ya., tekhn.red:"---*1i
(A collection of problems in linear algebra] Sbornik zadach po
linsinoi algebra. Moskva, Goe.izd-vo tkahniko-teoret. lit-ry,
1957. 368 p. (MIRA 11:2)
(Algebra-Problems, exercises, etc.)
Nt

GELIFAND, I.H.; PYATETSKIY-SHAPIRO, I.I.;_ M OROV, Yu.~-
Determining the structure of a cr7stal by the nonlocal search method.
Dokl. AN SSM 152 no.5t2045-1048 0 "63. (KRA 16:12)
1. Chlen-korrespondent ANSSSR (for Gellfand). -

VAYNSHTM, B.K.; GELIFAND, I.M.; KAYUSHINA, R.L*; Tpq~q~Yu.G.
. ....,
Use of the R-factor minimalization method in determining
crystal structures. Dokle AN SSSR 153 no,1:93-96 N 163.
(MIRA 1711)
1, Chleny-korreopondenty AN SSSR (for Vaynshteyn, Gellfand).

BEIESTOVy A*V~ (Read District Veterinary Doctor), MMSTOV, V.AG- (Candidate of
Veterinary Sciences)j, KLYAPISWo I.A.., SHWIMVA., V.I* and MAKAROV., N&V.
(Veterinary Doctors)., WWMHIN,, S.A., BUCHINOVj, I.N., LWEN, A.F., MOMI,,
Yu. I., and FILIMNOV) Is Ya. (V6terinary Kedical Assistants, Ullyanov Oblast'.,
-Wr-e-nti'A'sk bistrict).
"Protein hydrclysates in dispepoia in newborn calveu..o"
Veterinariyap volo 39p noo 3) March 1962 pys'.71

FEDORGV,,Yu.I.,__uo,hastkoM markshoyder
Fixing of permanent surveying signs in tho transformation chambers.
Ugoll Ukr. 6 no.6:40 Je 162. (IMU 15:7)
- (Donets Basin-Mine surveying)

ANIIDVICIII, V.Ya., kand. tekhn. nauk; GORODETSKIY, I.M., inzh.; DYU-IN T.U, inah.;
FEDOROV. Yu..1.49, inzh.; CHMUAVSKIY, I.Sh.
Investigating the dynamic loads in the transmission of the T-25
(T-7.4) tractor during starting. Mekh. i elek. sotse aellkhose
21 no.3tl-4 163o (MIRA 16tS)
1, KharIkovskiy traktornyy zavod.
(Tractors.-Transmission devices)
nil
7-1

3370s.66 1:'A'T(1)/4-,IT(M)/EWP(i)/T/W(t)/FWp(b)/~,i[A(h)/ZWA(c) IJP(c)
ACCESSION M AT5020496 JD/GS UR/0000/64,1000/000/0476/0490
AUTHORSt 1~q4!orcvg Tu. LI-Boadarenkop S, Do
~-TITLEs--The~!-- o-of-acid-resisting-light~sonsi-tive-eml-sions-to--produce--lo 1
an
-inhomogoneitles. vith high resolution in single vs &I and fi]As Df pr~nj"a,
or.
and silicon
SOURCE s ,~Nezbivuzovskayn rauchno-tekhnichookaya k-onferentalys, po Mike
e 3~40- -T' --k--
vi -n . OMS ,
Poverkbnostny-ye i kontakta .3 yavleniya v poluprovodnikakh (Surface and coatact
phenomena In semiconductorls, Tomsk., lad-vo Tomkogo univ.4,"' 1964, 476-490
------- - - --
TOPIC TAGS i --~ gersaMtm,.- 012ioon~. simalsion,,--semiconductor, etched crys tal,.. ultra-.
violet light$_ photpengraving-
ABSTR>s ~.'PtiotoosMitivi--*a~Jd.~-reoisting emilsion r use In photoengraving at -i
semiconduotor-parta &ad squir iinductor surfaw 142yntheisized and tested*
Etching agen-14i vere paredfor use on i silicon, film of germMM
gall :Wjrman no #nd
and silloonp iljljoon=08-1-1
t des *W i reenid4?1eingle crystals. Sensitizers
that Incresev the sensitivity of the swilsions to ultraviolet light are indica,;*4
Over 20 1weptatlons-inoluding natural conoidep organosilicon compoundep
1/12,

L 3370-66
ACCESSION NRs -AT5020496
cinnamic Alddhyde, emulsions Wsed on azo and diazo compounds and polymeric poly-
esters-were tested. The photoengraving method consists of preparation of sur-
faces, application of emulsioup exposure, developmant, heat tanning, ultraviolet
tanning, etching,, and washbig and drying, It was found that the esters of poly-
styrene and cinnamic acid, polyvinyl alcohol, and cinnamic acid have high d_-
electric characteristics that change negligibly with time. It was also found
that some of the resins that were synthesized are universal for photoengraving I
emulsions for the above-mentloned semiconductor materials, The sensitized exul- I
sions that were used retained their ability to be tanned by ultraviolet rays for i
several month,94 Orig. art. MAI. 4 graphs# 3 photographs# 1 table# and 6 formu- i
las.
it'
ASSOCIATION8
SUBMITTSM WNW RMLI 00 SUB COIXI 88
NO RV SOV 000 OTH311 000
Card 2/2 A-L
Y.,
X
t:16

A.Lp kand,tekhn.nauk,- FEDOROV, Yu*Ka inzh
GRISHKOV -a U-= 0
Pressures and torques in rolling on blooming mine. Izv.vyo.ucb8b.
zav.,- -mashinostr. no.10t:W-177 161:* (M.M 14:22)
IV. Tsentralvnyy nauchno-iooledovatellokiy institut chernor
metallurgiia
(Roning(Metalwork))

FEDOROV, Yu.K.
Tropopause characteristics at the Oasis Station in Antarctica.
Meteor. i gidrol. no.12:17-31 D 161. (MIRA 14:11)
(Atmosphere)

FEDOROVV Yu.K.
.Results of determining the characteristics of the tropopause
from radlosounding data at the Antarctic observatory of Hirnyy
in JUILY and August 1958. Trudy TSIP no.11804,41 062.
(MIRA 16:4)
(Mirny7 station, Antarctica-Atmosphere)
W7

GRISHKOV, A.I.; LOKTIOKOV, G.I.; IVANOV, G.M.
Investigating the coefficient of reaistance to the movement of a
strip along the roller table. (Sbor. trud.) TSNIICHM no.29xll3-120
163. (KRA MO

Rlsa.in temporature In the 31.rettonphoro over Antdi-otica during the
wintogr of 1964; aocording to observations at Mirnyy. Meteor. I
gidrol,. no.604-35 Je 165. (MIRA 18:5)
1. 9-ya Sovetskaya antarktichaskaya ekspeditsiya, Mirnyy.
--T

MORMOV.. Vol',,,@ SOVAUNYOP N.7.1 XIIIEDIUMAAip T.N.1 r-'DORCV, YIJKe
Zhemodymmld properlleg of &uterhm and trititur-emb5tituted
MrMw-war twiatccmi4 hydrideso i ekspera khIme I no*4*.
46,2-!o67 165a (KRA 18:10)
rhmpr6peLrm. ~-Iy kh!m-;-kr,-takhn6lcg--*chsekiy inatitut.

FEDOROV Yu KjJnzh.; BOGHISHCIIE,, V.G., tekhnik
Volumatric planning in the State Institute for the Design
:and Plannin of Mine Construction in the Coal Industry,
Shakht. stroi. 6 no.6:14-16 je 162. (MIRA 15:6)
1s Gosudarstvannn institut po, proyektirovaniyu shakhtnogo
Sta*tellatva. kammmgollnoy promyshlennosti.
(Coal preparation plants)
133
i7 R

B/137/62/000/094/066/201
A052/A101
A A9V
AUTHORS: Fedorov. Yu1_,__N.,._Serebryakov, A. G., Kostrygina, N. A.
TITLE: YKA-2 (UKL-2)automated ultrasonic unit for internal flaw detection
in sheets
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 26, abstract 4Di48
(V sb. "Prom. primeneniye ul'trazvuka. Kuybyshevsk. aviats. in-t".
Kuybyshev. 1961, 174-180)
TEXT: The method and installation for automatic internal flaw detection
(laminations, non-metal impurities etc.) in rolled sheets are described. The
described equipment is based on'the shadow pulse immersion ultrasonic method.
UKL-2 unit is described, and the general design scheme with the block diagram
are presented, The unit is used in the industry and has the following character- 4-~'4
istics: the tested sheet size - 1.5 - 15 x 1,000 - 1,500 mm; the admissible
curvature of the test sheet is up to 10 mm, the maximum weight of the-test sheet
- 200 kg. The speed of control is 0.2 m/min and the maxitream area of the detected
flaw is 25 M2.
[Abstracter's note: Complete translation] A. Leontlyev
Card

S/260/62/000/007/001/004
1006/1206
AUTHOR: Fedorov, Yu. N., Serebryakov, A. G. and Kostrygina, N. A.
TITLE: Automatized ultrashoic device YKJI-2 (UKL-2) for sheet control against internal defects
PERIODICAL: Rcferativnyy zhurnal, otdcln'yy vypusk. 40. Pribory tochnoy mckhaniki 1, i ispyta:cl'nyyc
ustanovki, v. 7, 1962, 19-20, abstract 40.7.112. From collection "Prorn. primeneniye
ul'trazvt*a. Kuybyshevsk. aviats. in-t". Kuybyshev, 1961, 174-180
TEXT: A device is-described for the automatic control of a sheet against slight defects (dislocation, non-
metallic incorporation ctc.) with equivalent surface of the order of a few square millimeters. The equipment
is based on the ultrasonic shadow impulse immersion method with the application of pairs of transmitting
and receiving piezoelectric transducers. The sheet to be analyzed is submerged in a water bath, which pro-
vides accoustical communication between the transmitting and receiving gages situated symmetrically on
both sides of the sheet. The $ages arc put into horizontal motion along the sheet by driving screws, the sheet
remaining motionless. At every passage of the gages, 50 mm of the sheet is checked. Arriving at the end
positions, the sheet moves up a pace, and this procru is repeated automatically until the whole sheet is con-
trolled. If a defect appears, sound and light signals arc put in operation and the motion is stopped auto-
matically. App.-oximate coordinates of the defect are evaluated following the scale. For a more exact location
of t%e sheet defect one can use a manual gear and an electronic-light indicator. An essential diagram of the device
Card 1/2

Automatized uIttasonic... S/260/62/000/007/001,'004
1006/1206
is given. During the running-in or the device, a batch of 100 sheets was checked, 8 and 5 mm thick, of di-
mensions 1000 X 1000 and 550 x 550 mm. The minimum defect discovered was around 2.5 MM2. Rate of
contrel 0.2 m2/min. Maximum weight of analysed sheet not more than 200 kg. Maximum allowable curvature
of analysed sheet not more than 10 nun.
[Abstracter's note: Complete translation.)
.00,
Card 2/2

ACCESSION NR: AT4013980 5/3070/63/000/000/0008/0100
AUTHOR: Fedorov, Yud' N.; Serebryakov, A. G.; Kostry*gIna, N. A.; Tsy*ro, O.L;
Shchukin,
TITLE: The semi-automatic ultrasonic apparatus UKL-2 for inspecting sheet metal for
internal defects
SOURCE- Novy*ye maahiny* i pribory* dlya Ispy*taniya motallov. Sbornik statey. Moscow,
Metallu r-gizdat, 1963, 98-100
TQPIC TAGS: -sheet metal inspection, ultrasonic Inspection, piezoelectric transducer,
metal defect, metal sheet
ABSTRACT: For detection of internal defects (laminations, non-metallic inclusions) in
sheet metal, a semi-automatic immersed ultrasonic inspection device has been developed,
In which several pairs of transmitting and receiving piezoelectric transducers are used.
The transmitter 4 and receiver 3 are placed symmetrically on opposite sides of the test
sheet 1. (See Fig. 1 of the Enclosure.) Water is used as the immersion liquid in the test
tank 1. With the aid of power-driven threaded spindles, the transmitter and receiver can be
moved horizontally back and forth along the inspected sheet with a speed of 6.8 m per minute.
During this movement, the sheet Is stationary. At the end of each passage, the transducers
Card 1/4

ACCESSION NR: AT4013980
are arrested, and the sheet is raised by the width covered by inspection during one passage.
At the detection of a defect, a sonic signal 6, a light signal 7, and an automatic stopping
devic8 are triggered simultaneously. The approximate coordinates of the defect can be
determined by taking readings on scales. For more accurate locating of the defect, a
manual drive and an electron beam indicator 9 can be used. The drive mechanisms for the
sheet and the transducers are mounted on the test tank structure. Adjustment is provided
for different sizes of sheets to be inspected. All automation and electronic elements are
unified in one cabinet, in the upper panel of which the controls are installed. The electric
scheme of the installation is described, with some simplifications but In considerable de-
tail. The receiver and transmitter each contain ten piezoelectric transducers, 10 mm. in
diameter and 1 mrn thick. The frequency of ultrasonic vibrations is 2. 8 megacycles/sec.
The circular quartz plates are arranged In two'vertical rows, overlapping 40%, permitting
the inspection of a 50 mrn wide strip during each horizontal path. The resolving capacity of
the installation was determined by examining sheet specimens with artificial defects,
repynsented by flat bottom drillIngs, not fully penetrating the sheet and closed by plugs of
the mme material. As a result of these tests, it has been established that the minimum
size of a defect detectable by the apparatus Is 2.5-3 mm2. However, this size depends on
Card 2/4
'7

ACCESSION NR: AT4013980
many factors, such as kind of defect, sheet thickness, surface condition, degree of flatness,
and is 3. 5-4 mm2 in practice. At the present time, three UKL-2 installations are in opera-
tion at the "Krasny*y Vy*`?orthets" plant In Leningrad. Orig. art. has: 3 figures.
ASSOCIATION: none
SUBMITTED: 0 DATE ACQ: 20FebG4 ENCL: 01
SUB CODE: MM NO REF SOV: 001 OTHER: 000
Card 3/4

ACCESSION NR: AT4013980
Fig. 1. Schematic Illustration of ultrasonic
Inspection equipment.
I - metal sheet under Inspection
2 - test tank with water
.3 - receiver
4 - transmitter (sound generator)
5 - defect recorder
6 - sonic signal
7 - light signal
8 - stopping device
9 - electron beam indicator for accurate
locating of defect
10 - electric vibration generators
11 - amplifier
ENCLOSURE: 01
Card 4/4

ACCESSION NR: AT5061226 I'fM, S/000q/611000/0W/0174/0180
AUTHOR: Fedorov, 11u. It. Ser6bryakov, A G.; Kostrygina, it. A.
Itr, -is
tt"tion for the monitoring of internal
--t-e-ts in a shee!
iyu
,SVJRCE: vsesqyuzn2*,rL mezhVUzovsksya konferentsiya Po promyshlennamu prf-menen,
uvb r* 1.960. Proriyshlernoyp Primenenive u-I'trazriLka (Indus-
trafrind! ; Tr, d-1 KOr I er-iil,
TOPIC TAGS: ultrasonic defectorcop~j sheet material. Internai defect/'wu'-~
ABS MM k171, The Ma;-2 apparntus V d:evel6ped to detect automatically flake forma-
-Lions or ~,xtern&l ii..1usions in sheet metal, and is bas-2d on an ultrason-ic
J re
Inmersion method usiM several pairs of Lransmitting and .:e1v1_xg
-
--,Reek -m-in-y
t~- etba _ahav u. I 6r the xft'!16SUrw.
-L-T~1- -:1-P, "stad nbtat acoustically with the transrait
ter one
whl ch move aver *I:ie stationA.:-y
mm w-id.!. After euch pFasage of the pirkupf, th,- sneez i&
6 .3c "ne
Card 1/3

L 18211-65-
ACCESSIMN Fr`: Anooi226
to d A O= ally
CZ)Uria Lre -)roduced and the scenting Is s prpe ut tic ap-
proxima, te coordinwtes of the fai.;-l* txe read on acrles, and & more accurate .1 et-er -
Ln.np-t'Lor, is mijid~, manually with the aid of a :athode raq tube indicator. The
t4v? ant-M-stinsr meclumiras, and the picL-aps are described
IN.
tam vith maximum shf-et c1 1. ature 10 mm. The mnxirmnn sheet
5'v
w~-,.gn-~ i-.lz~vj xv,, The scanning ratc- is 0.2 m '-rtLn, ana ',hv rmin~nnzn qe:--t size
2.
Orig. art. han: 6 figures,
ASSOCIATION: None
SUMITZED: UMay6l ENCL: 01
SUD CODE - GP, IE HR REF SOV: 000 TIMM - 000
Card 2/3

LOD.
Diagram of m:hod

HGANOV, 1. P KOZLOVY A. P. ; PTDOROVP Yu. N. ,. SHEYNIN, G. M.
Increasing the productivity of machining. Mashinostroitell no.3:
-12-13 Mr 165. (MIRA 18:4)

Dfissertation: "Investigation of the Work on Highway Bridges Under a I'Vovable Load." Cana
Tech Sci, 1,"foscow Automobile Highway Inst lineni INI. Molotov, 13 A-)r 54) (Vechernyava Moskva,
j4.()sr(y.,f, 2 Ap'r 54)
90: SUM 243, 19 Oct )-954
"-s

KRYSENKO, N.B.; ILIYUSIHKINj, N.D.; YASONOV, F.D.
Diatr4ution of zinc, lead, copper and sulfur in the products
of cake melting in slift furnaceso Izv, vyo,*u^.heb* zav.; tovet,
met- 4 no.5:97-100 161. (MIRA 14:10)
1. Zavod "Ukrtaink". Rokomendovana kafedroy metallurgii
tyazhelykh tavatnykh metallov Severokavkazakogo gornmetallux-
gicheakago instituta.
(Zinc-Bleotrometallurgy)
.(Eleotromet-allurgy-By-products)

FEDOROV, Yu.P.
-----------
Ust of N31thotriptiew and "lithagogiew medicinal planto
compiled by Avicenna. Mad. shur. Uzb, noo7t69-71 JI 16),
(MIRA 17:2)
I.'Iz kafedry farmakologii (zav. - prof. I.E. Akopov)
Xubanskogo meditsinakogo, instituta imeni Krasnoy Armii.,
Krasnodar.

AFANASIYI--.V. A,,kM.; Yll,,'.!OLENKC,, V.A.; USELEV, M.t zas-;,.,, (jayf,tell
nauki I tekhniki RSFSR, drkt-,)r teklr.. nauk, prof..-
14EDNIKOV, 1,A.; SIOBODCHIMOV, A.Ya.;
,TYAZIIELOV, II.M. FMORfjv YU.P.; '~7 JEY, I.Yu.1 WRKOV,
AN., doktor tek=.naux, pro=., retsenzent; FTEEOROV, Yu P.,
kand. tekbn. nauk, naucim. red.
[Structural mcclianics iu examples and pr6blems] Stroitell-
rMia meklianika v primerakh A zadach.-~kh. flock-vap StroI-
izda-t, 1964. 3LL p. (1-11RA 18%1)

ZUBENKOP K.L.
KMSENKO N.Sel; FEDOROV, TUOPO;.
----------------
of anoclic dissolution in a
Drcas processing by the method
10:25~2S 0 165.
milfamine electrOlYtso TSvet.meto 38 noq (KM 18tl2)

AUTHOR: ining Engineer SOV-127-58-8-14/27
TIITLE: Methods of Preparation and Regeneration of Heavy Suspensions
.(Sposoby prigotovleniya i regenerataii tya%helykh suepensiy)
PERIODICALi Gornyy zhurnal, 1958, Vr 8, pp 63-65 (USSR)
ABSTRACT: The author describes different heavy suspensions used at home
and abroad for-concentrating processes. The use of these sus-
pensions simplifies the whole operation. Substances with
high specific gravity are used as weighing compounds in the
suspensions; magnetite, ferrosilicon, barite, galenite and
others. Granulated ferrosilicon is w'jdel3- used abroadq and
is also prepared in the USSR by the Chelyabinskiy zavod ferro-
oplavov (the Chelyabinsk Plant of Ferro Alloys). To obtain
the beat conditions for the concentration of various ores,
hbavy suspensions must contain ferrosilioon with a 15% con-
tent of silicon with grain dimensions of 0-074 mm. Such
ferrosi'icon is not produced at the Chelyabinsk plant. The
conten:.' d the weighing compound.in heavy suspension3 Yaries
according totheore to be processed. Different wetting agents
are used abroad to reduce the viscosity of the suspension"
when large quantities of the weighing compound are added.
They are not used in the USSR. The author also describes dif-
Card 1/2 ferent methods of regeneration of the suspension, when it

SOV-127-58-8-14/27
Methods of Preparation and Regeneration of Heavy Suspensions
becomes soiled with slimes from conogntrated ores. The metheil
varies according to the composition of the auspension: magnetio
separation for ferrosilicon, flotation - for galeniteq sepam'-
tion in-hydrocyclones or a combination of all three methods.
There are 6 references, 3 of which are Soviet, 2 German and
I American.
ASSOCIATION: Institut gornogo dela Ali SSSR (Institute of Vining Industry of
A.S. USSA,
1. Ores--Processing 2. Ores--Flotation 3. Ores--Separation
Card 2/2