SCIENTIFIC ABSTRACT FADEYEV, N.N. - FADEYEV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412330002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 28, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

20529
Theoretical fornrula for the weight. S/535/61/000/138/oO/oO
E031/EI77
sk'nning and structure of the spars. The effect of sweepba:k is
also shown. Statistical corrections due to such faztors as the
effect of the fuselage, the weakening effect of sundry or--fices,
the weight of stiffeners and the effe--t of structural design
requirements are also briefly discussed. The weight of the
remaining elements of the wing may also be determined analogouslyt
although the statistical corrections are not constant, the total
-effect varies but slightly. M.N. Shullzhenkc is mentioned in
the paper for his contributions in this field.
There are 11 figures, 1 table and 5 Soviet-bloc references.
ca-y-d 2/2

FADEYEV, N. . kand.tekhn.nauk
Theoretical formula for the weight of a tapered wing. Trudy W
no-138:28-47 161. (MIRA 14:11)
(Airplanes--Wings)

FADEYEV, N,, kand.tekhn.nauk
Theor7 of the soaring flight (to be conoluded), Iryl,rod, 24
no.3117-19 W 163. OaRk 16 #4,)
(Gliding and soaring)

L U!JU-63
ACCESSION NR:
M)S'
AP3001465 S/0085/63/000/004/0025/0026
AUTHOR: Fadeyev, N., Candidate of technical sciences
TITLE: Theory of soaring flight
SOMMEs Kryllya rodiny, no. 41, 19630 23-26
TOPIC TAGS: soaring flight, motorlesB flight, sailplane, thermal upcurrents,
wind translation, cruise control, sailplane
4BSTRACTt The article (concluding installment of a series of 2, begun in no. 3,
193, of the same periodical) provides the theory for soaring flightsin thermal
,upourrents for the purpose of achieving the greatest.possible mean true airspeed
(TAS), The theory is based on the assumption that existing upeurrents are suffi-
ciently intense and sufficiently closely spaced that, upon passing through an area
of loss of elevation,,a Bailplane will always encounter a now updraft. The theory
is developed, first, for straight-line soaring in which the author investigates
the advantages gained by cruising in substantially straight-course flight through
a raw of thermal updrafts and downdrafts instead of spiralling upward in the up-
drafts and descendding straight through the downdrafts. The optimal indicated air-
speeds (IAS) in the updraft portions and the downdraft portions, respectively, are
Card lW_
-----------------I------- ...................

L lo599-63
ACCESSION Mi AP3001465 0
as obtained graphically from the sailplane polar. The advantage gained by using
some flap deflection to increase the time of permanence, reduce the sinking speed,
and, hence, increase the overan gain in elevation within the updrafts is mentioned.
The effect of wind translation in a field of thermal upourrents is explained. The
discontinuous-bubble-like shape of detached the=als originally emanating from
heated areas of the ground and the self-perp6tuating nature of cumulus-cloud-capped
thermals are mentioned, and the vectorial addition of the wind velocity to the TAB
vector of-the sailplane is pointed out. FlAght in a prescribed direction is ex-
plained in terms of the vectorial addition of the mean-TAB vector with the prevail-
ing mean wind vector, including those portions of a flight in which the sailplans
spirals upward within a thernal bubble or chimney and is simultaneously displaced
horizontally by the prevailing wind. Flight to a prescribed destination with re-
turn to the point of departure and triangle-trek flight: The planning and conduct
of- flights over two or three prescribed route segments, with due consideration to
the mean TAB vector and the mean (and possible time- and route-sepent-variable)
wind vector, is described. Assuming that the thermal activity may fail to ma-
terializ* at some point of a flight, the footprint of attainable landing areas,
which is circular (and encompassed within a semi-apex angle corresponding to the
slope (L/D) max in the absence of wind and has the shape of distorted oval in the
,presence of wind,*is explained and graphically illustrated. There are 7 figures
Card A A

3J111120- 58-2- 314 /37
AUT1TOR_':SolbiLskij, B. P.,
- ii 0 If. P. and Panas..-Ichenko, V. A.
TITTLE: A Device for Cutting ThicT~.-~e~s (Prisposobleniye d1ya
rez.1,zi tolstosloynylch plastinok)
1-12WITODICAL: Rribory i Tel:hnika 1055~, Nr 2, D 112
(US3R)
ABST-UCT: In cuttin'r; thick plates thcre is t1lic dancer of the
pl-ates becomin- contaoinated by radioactive amatorials. I n
the process of cuttin'r.) the plates should not come into
contact with any surf -ace, ~)r the f in-ers of the experimei-,,ter,
-which are not absolutely free from contwpin.-tion by radio-
active substances. The device shovmi in Fi7,.l ma7 be used to
cut- such plates uithout the danger of contarriii)ation by
radi,active substances. This is achieved b-,r using two
plexigi,ass plates with longitudimal grooves 2 run deep which
are built in-to a wooden body 12 ~x 14 x 15 cm in size. The
plate to be cut is attached to this body and is t-hen moved
into the cutting and breaking system. The breakin6r devicc
1/2

~~OV/ 1-:'J- 53-2-34/3?
A Devic,,, for Cutting Thick Plates.
contains a holder which stops the plate from falling out.
Complete sectional drawing of the device is shovni in Fig.l.
Thore is 1 figure only.
ASSOCIATION: Institut radiatsionnoy gigiyeny (Institute of Radiation
Hj giene)
SUBMITTED: July 16, 1957.
1. Radiation"-Safety measures 2. Cutting tools--Operation
Card 212

VA~SJLIYEV, N.V.; DiVIIIISKlY YU-1,0-7 A.f . ; ~'A P47,
0 tj
Overall mechan;zed unit for 'the Fro,-.uct~rn ;f lliu~e.. ?,l, ~ . r.
-I ~ . - :-. - :. , ,
inform !71 no-"l-31-
32 N 16 11. (MIRA 18.~-2)

VASILIYFV, N.V., inzh.; DIVINSKIY, Yu.L., inzh.; KNAKHOVSKIY, A.A., inzh.;
FADEYEVI N.P., inzh.
Equipment for the preparation of flux. Lit. proizv. no.11!
19-20 N 165. (MIRA 18:12)

FAICYN, I.Se
- 1.
Spawning type and fertility of now, commercial flounders of
Sakhalin [with summary In Inglish]. Zool.zhur. 36 no.12:1841-1847
-D '5 7. 11:1)
l.Sakhalinakoye otdolenlye Ukhookoanskogo instituta rybnogo
khozyVstva.
(Sakhalin-71ound-)rs)

FADZM, H.S.
Idst and brief biological characteristics of flatfishes inhabiting
continental shoals along tho eastern coast of southern Sakhalin*
Vop. ikht. no.13:26-34 159, (MIRA 13:3)
1 Sakhalitskoys otdolenlye Tikhookeanskogo nauchno-isoledovatellskogo
i;stituta morskogo rrbnogo khozvaptva i okeanografii (TINRO)
(Sakhalin-Flatfishes)

.- YADIYLT, N. S.
Abundance of flatfishes in the waters of Sakhalin. Trudy sov.
Ikht. kom. no.10:173-175 160. (MIRA 13:10)
1. Sakhalinakoye otdnlenlys Tikhookeanskogo nauchao-iseledovatellskogo
inatitut morskogo rybnogo khozyaystva i okeanografii-(SakhTIRRO).
(Sakhalin--Flatfiehes)

TADEYEV, N S.
Features of the biology of flounder, Priroda 50 no. 3:1-13
mr 161. (MIRA 14:2)
1. Sakhalinskoye otdeleniye Tikhookeanskogo nauchno-iseledovate3!-
skogo instituta morskogo rybnogo khozyaystva i okeanorgrafiip
pochtovoye otdaleniye Antonovop Chekhavokogo rayona.
(Flounders)

Dissertation lefendel for the degree Canlilate of Biolo--rical
,werr--4rf-&~ at the Scientific Council or the Far-l','Ist Affii.ate
"Tniustrial-Biologle-il and Morplinlogical Characteristics of the Yellow-
Finned Flounder of 6akhalin.11
Vestnik Ik-:A. Nauk., No. 4, pp 119-145

FADEYEV, N.S.
Yellowfin floundor Limanda aspera in the eastern part of the Bering Sea.
Trudy VNIRO 48t281-291 163. (KRA 17:2)
1. Tikhookeanskiy nauchno-issledovatellskiy institut, morskogo rybnogo
khozyaystva I okeanografii.

Clamping device for graining machines. Osod. I kart. no. 11:63-
64 x 16o. (MIRA 13t12)
(Map printing)

FAIDEYEV, 0. P. Gand Teoh Sci -- (diss) "Study of the effoot of open rotors upon
--M-ie-~performance and axial stress of sinking o4rifugal pumps." Mos, 1957.
13 pp (Min of Higher Eclacation USSR. Mos Uinirw, Inst im 1. V. Stalin. Chair
of Vinity, MectuAnics), 120 copies (KL, 4-58-63)
0
-40-

PADIM, O.P... kand.tekhn.,-Wr
4
Axial force acting on the aupporting body of a peat pump having
a working wheel without a front cup. Torf-Yrome 37 no.2:7-9
16o. (MIRA 13:6)
1. Tallsidy gormyy institut.
(Fast machinery)
,oo

FADEYEV, O.P.
Controlling centrifugal mine pumps. Nauch. trudy MGI
no.23:195-207 158. (MIRA 15:12)
(Mine pumps)

~ADEYEVP 09P., dotasent, kand. tekhn. nauk
- - -e- --
Increasing the operational reliability of loading artesian pumps.
Nauch. trudy Tul. gor. inst. no.4:205-209 161. (MIRA 16:8)
(Mine pumps)

1. FADEYEV, P. 1.
2. USSR (600)
4. Geology and Geograpby
7. Sands of USSR. P. 1. Fadeyev. Part 1. (Morcow, hoscow LInIversity Press, 1951).
Reviewed b,,- M. P. Petrov. Sov. Kniga, No. 6, 1952.
9. 4W Report 0-3081, 16 Jan. 1953, Unclassified.

MOROZOV, SX.; SERGffZV, Te.M.; FAIMYXV, P.J.
Kara Kum eands. Uch.zap.mook.un. no.177:3-8 156.
(MLRA 10:5)
(Kara Kum--Sand)

YAMM. P. 1.
I_rm~ WO.-
Composition and properties of sands in the Usboy Valley. Uch.
zap.Mook.un. no.177:9-20 156. (KMA 10:5)
(Uzboy Valley-Sand)

FADZYEV, P.I.
Strucural characteristic* of surface sand strata in the central
regions of western Kara Kum. Uch.zap.Mook.un. no.177:21-28 '56.
(MLRA 10;5)
(Kara Kum--Sand)

FADIM, P.I.; AVXFLOCHERA, N.V.
Deformation@ of drainage canals in the Heshchere Lowland. their
nature and causes. Vast* Hoak* uns Sor* biol., pochv.,geol., geog.
13 no. 11151-161 058. (MIRA 11:7)
1. Hookovskly gosudaretvenMy universitet. Xafedra inshenornaV
geologii i gruntovedonlys.
(Neshchers-Oansla)

Permeability of sands to water in the geshchers. Lowland and
some methodological problems in determining the seepage
coefficient under field conditions with reference to the
design of drainage structures. Test. gosk. un. Ser. biol.,
pochv., geol., geor,..14 no-3:161-170 159. (MIR& 13-6)
1. Kafedra grantovedenlyn.i inzhenernoygeologii 14oskovskogo
nniverelteta.
(geshchera,-Soil percolation)

FADEYEV, P. I. - -_
q- -
Characteriatics of sands of southwatern Turkmenia. Zemlevedenie
5:43-60 160, (Turkmenistan--Sand) WMA 15:8)

FADEYEV, P.I.
Granulometric analysis of sands by the sieve method. Vest. ~osk.
un. Ser. lp Geol. 16 no.1:71+-78 Ja-F 161. (MIRA 14'3)
-1. Kafedra gruntovedeniya i inzheneruoy geologii Moskovskogo
.universiteta.
(Sand)

KCTLOV, F.V., kand. geol.-min. nauk, otv. red.; LEIZI,WK, V.M., doktor
geol.-miner. nauk, red.; BELYY, L.D., doktor geol.-miner. nauk,
red.; BYEOVA, V.S.p kand. geol.-miner. nauk, red.; GORIKOVA,
I.M., doktor geol.-miner. nauk, red.; GM W EV~ A.M., red.;
YENELOYANOVA, Ye.F., kand. gool.-miner. nauk, red.; KOL01MISKIY,
V.V., doktor geol.-riner. nauk, prof., red.; MAKEYEV, Z.A.,
doktor geol.-miner. nauk, red.; POLISHIL, D.Ye., kand. tekhr-
naukv red.; POPOV, IN., doktor geol.-miner.-naukj prof., red.;
PAIKLONSKIY, V.A., prof., red. (deceased]; RUBITSETEYN) A.L.,
doktor geol.-miner. nauk, prof., red.; SERGD:EV, Ye.M., doktor
geol.-miner. nauk, prof., red.; kand. geol.-
miner. nauk, red,; ZOLOTOV, P.F., red. izd-va; ASTAFIYEVA, G.A.,
tekhn. red.
(Materials on the engineering and geologictil properties of rocks
and methods for their study] Iwhenarno-geologicheskie svoistva
gorrWkh porod i metody ikh izucheniia; materially. Voskva, Izd-
vo Akad. nauk SSSR, 1962. 362 p. (MIRA 15:5)
1. Soveshchaniye po inzhenerno-geologicheskim svoistvam gorrykh
porod j rietodam ikh izuchoniya, Moscow, lcf57. 2. Chlen-korrespon-
dent Akademii nauk SSSR (for Priklonakiy). 3. 1,:oskovrkiy gosudar-
stvennyy universitet (for Sergeyev)- 4. laboratoriya gidrogeolo-
gicheskikh problem, Akademii nauk SSSR (for Kotlov). 5. Yafedra
110snovaniya i fundamentyn F-oskovskogo institute inzhenerov vodnogo
khozyaystva. (Rubinshteyn).
(Rocks) (Engineering geology)

FADETEV, P.M.
Increase In labor productivity Is the moot important task of the
seven-year plan. Ugnl' Ukr. Vol-3 no.5:4-9 Itr 1")9.
(141RA 12:9)
1. Zaveduyushchty sektorom ugol'noy proryshlennouti TBentral'nogo
komitata Kommunisticheskoy partit Ukrairy.
(Coal inines and mining--Labor productivity)

Z/011/62/019/010/003/009
E112/E435
AUTHORS: Fadeyev, P.M., Zhigun, I.G., Shumakova, L.B.
TITLE: Waterproof paints, based on synthetic resins
PERIODICAL: Chemie a chemicka technologie. Prehled technicke a
hospodarske literatury, v.19, no.10, 1962, 4654
abstract Ch 62 6282. (Lakokras. Materialy, no-3, 1962,-
50-51)
.TEXT: Paints, based on straight resins, such as polystyrene or
the epoxies, although waterproof are too brittle for practical
application. The addition of bitumen reduces brittleness but
causes deterioration of the resistance to.both, low and elevated
temperatures. The general usefulness of the resin composition is
thus impaired. Best results were obtoin~d with coats based on
epoxies or polystyrene if plasticizers such as dibutylphthalate
and titanium white, cement and'other fillers were added. These
Fompositions proved useful as insulating layers against humidity
and water in the building trade. 3 tables.
[Abstracter's note: Compiete translation]
C~rd 1/1

ACCESSION NR: AR3000211
B/bOBI/63/000/006/0671/0671-
SOURCE; RZh,, Xhimiyaj Abs' 61e2j
AUTHOR: Fadayev, P, 22iigun.. 1. 0.; Shumakova,, L. B.
Synthetic resin base waterproof coatings
CITED WACE: Lelwkrasochn 'no.'3, 1962,#
mterialy i ikh primeneniye,,
50-51
TOPIC -TAGS: synthetic resin,, coatings
TWSIATION: Waterproof coating compositions are described., uhich dry
at 20" and have for their basis PS resins (PS) and epoxy resins EDF-1
and EDF-3 4R), Toluene solutions of resins we" used. Cement, mrble,
flour and marshalit were used as.fillers. In the making of light coat-
ings the best results were obtained on using titanium dioxide as filler
or pigment. it was found that pure PS and ER base coatings,, notwith-
3tanding some good characteristics, are too brittle* Addition of bitu-
Card

ACCESSION NR.i AR3000211
men increases elatticity of the coatings, but lowers their frost resist-
ance and thermal stability, CozVositions containing bitumen can be used
for interior waterproofing, It is shown that optimal characteristics
are exhibited by compositions containing PS and 'ER ;with added plastici-

A
3 9
S/191/62/000/066/013/016
B117/B138
Fadeyev, Shibanov, G. X., Gusarova, Ya. I.
--c-
Hardening of epoxy resins with quinoline derivatives
'0:-*iIODICAL; Plasticheakiye massy, no. 6, 1962 - 60
59
An attompt was made to harden epoxy resin 041-3 (10F-W with a
mixture of cyclic compounds of the quinoline group (quinoline, isoquinoline,
zet'.-lyl and dinethyl quinoline). These heavy pyridine bases are inexpen-
sive ana easily available as by-products of coke production. Their use as
..ardeners made it possible to increase thle filler content (cement) to
25C~,, of tw'he %"Qi~;Ihlt of the resin and thereby to lower the cost of the ad-
hesive composition by two thirds. A special aavantage of this composition
s its !on- life (up to 46 hro). its strength, however, is lower than that
of resin hardened with polyethylene polyamine (40 kp/cm 2 as against
"dem 2 - 800C for 0' hrs.- Adding
0 k. ), but may be increased by heating at 60
7
a certain amount of polyethylene polyamine made it possible to increase the
strength of the composition at room temperature (16 - 200C) from 40 to
Card 1/2

S/191/62/000/006/013/010-
Hardening of epoxy resins with... B117/Bl3a
2 2
70 kp/cm , after heating (6o - aooc) from 73 to 130 kp/cm . o clarify the
tion of quinolines during hardening, a resin hardened at 80 and 1200C
rias extracted with boiling benzene in 6 hra. Only 9 - 10~; of the pyridine
base3 did not react. Attempts were made to glue concrete samples with the
ad'-esives described. Mechanical tests of the samples gave satisfactory
reSLltS. Investigation of the use of pyridine bases as hardeners for
epoxy resins is continuing. There are 3 tables. The most important
reference ist L. S. Narracott,.Brit. Plastics, no. 26,
120 (1953).
Ca=:: 2/2

')V G.11. ; SH-FIELTYANK1111.1, III. ' .
FA-DEYEV, F.M.; ~
Role of furfur-olein In the hirden!n;7, r.-f f*7ir-f'lir--,r'!-,~i,,,i,-,-,-,-O~tor,~ mortrmer.
Mast. missy no.7.,19--20 '61,. i0)

FADFYFV, P.P., inzh. (Chelyabinsk)
Device for the automatic check of voltage circuits. Fnergetik
14 no.1:26 Ja 166. (I-IIIIIA 19: 1)

q 0 0 0 0 off 04-60
fit to iiii 0.
It LI if of a b It 0 or for " v U for
, I of
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A A L- A -k-1- A a. X P 2 a1 .1 Als.
A.4 I -K) ~4 of to
?y EV, -00
all
00
00-4 TM vest of 5-mishol" isseaut 1 .00 tuream. roo
V. A. SbwfrW and P. V. Foodtv. "frIOMNO. V., 10. M
IM).-Mam with up to 3% off 5 can be uted fairly froor
lorativic relfbic Intruders. in pulf-tifffugh jumar" tho,
uw of X-frowle. Mitsui raoswe Imwil porroportiocull to the '00
anit.olS. Upto34m'of$intlwnwoutrtmdtsina3.i)- ~oo
3.5%collneol. 111ant with only I1IIIeSv&uwsD)-2.S% ocI I11111111110
lost. The hurviinvul of metal Its hilloo-to heated with S-
Ir
"mix. marul may coverrod up during Sud"Mactit rollIng
-tely In horating 1'. Soll"41a fir
I.I,folinf 11"Ptoll h%16 I. I.. tw ..Hbl V.1 111111wo awl III a**
J; I
fulford film Itisifl", ll,"h
*0
to 0
goo
fee
zoo
ttoo
use
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tIlISAIJI41 CLAWPOICATION
Iof IF up it 0 a 11 Pow a is a I W go I a 4
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714, 1* 0 00 0 00 9000 0 go 00 go *1* 00*0 0 OL 0 0 0 0 0 000

S/133/61/000/004/014/015
A054/1127
AUTHORs F P. V.
TITLEt Continuous pouring of rimming steel to obtain wire rods
at an installation of the UIChM Institute
PERIODICAL: Stall, no. 4, 1961, 383
TEXTs At the Redvinskiy metizno-metallurgicheekiy zavod (Redva
Metalware and Metallurgical Plant) a method for continuous pouring of rim-
ming steel has been developed. Ingots of this rimmed steel were rolled to
high-grade wire rod raw material intended for the manufacture of wires,
splints and knurled screws. The quality of these products was not different
from that of the same products made from conventional gross output wire
rods. In an electric aro furnace of the UIChM Institute,, 10 trial melts
of rimming steel were made and poured through a 230 x 140 mm crystallizer.
Wire rods made from thee rimmed steel ingots practically did not differ
in surface quality, internal structure and mechanical properties from
conventional gross output billets rolled into wire rods. When rolling test
ingots to 53-mm2 square wire rods, waste was approximately * of that ocur-
ring in rolling of conventional ingots.
Card 1/1

ORLOV, S.I.; KHUDYAKOV, A.N.,- KRIVONOSOV, V.So; - ADEYEV P.V-,*
PETROV, K.M.; D'YAKONOV, V.A..
At the Ural Resenrch Institute of Ferrous Metallurgy, Stall
.21 no. 4:366)371,383 Ap 161. (MW 14--4)
(Rolling mills-Accounting) (Steel--Meta.Uurgy)

LAPOrYSHKIN, N.M.; SLIVCHANSKAYA, V.V.; KOKAREKO, N.M.; FADEYEVI F.V.; _
PRAVDINA, T.E.
Rolling electrical steel slabs prepared by continuous casting on
strip mills with hot reelers. Biu:LoTSIICHM no,4:38-40 161.
(MDU 14:10)
Io TSentrallnyy nauobno-iouledovatellakiy inntitut chernoy
metallurgii (for Lapotyshkin, Slivchanskaya), 20 Novolipetskiy
metallurgicheskiy zavod (for Pravdina).
(Rolling (Metalwork))

- ---------
FADE'YEV, R.
USSR/Chemical Technology - Chemical Products and Their 1-28
Appliocktion, Food Industry
Abs Jour : Referat Zhur - Mimiyu., No 4., 1957, 13983
Author : Tikhomirov A.p Fadeyev R., Batalov A.
Inst : All-Union Scientific Research Institute of Poultry
Industry
Title : Now Continuous Operation System of Processing Freshly
Killed Ducks and Geese,
Orig Pub : Myaonaya industriya SSSR, 1956, NO 31 16-19
Abstract : The All-Union Scientific Research Institute of Poultry
Industry has designed and built a.-opecitien of a conti-
nuous operation chamber for heat processing of killed
geese and ducks at 720. Provision of the chamber has
made it possible to mechanize the processes of picking
of water fowl and to evolve a conveyer line processing
system having an output capacity of 2400 geese or ducks
per shifts Operations of heat treatment and picking,df
Card 1/2 - 418 -

S/0258/64/00h/002/0325/0329
ACCiZSION lilt: AP4037109
AUTHORt Fadeyev, S. 1. (Moscow)
TIT'jEi Problem of a piston in a trodium which is being, homogeneously deformed
SOURCE: Inzhenerrvr7 zhurnal, v. L, no. 2, 196h, 32,5-329
TOPIC TAGSt piston, deformed medium., gas dynamics, adiabatic flow# homoeenoous
deformation, shook wave, spherical symmetry
ABSTRACTs Lot t, r, U, p, p betime, linear coordinate, velocity-, pressure and
density of gas in motion E; tj)r1.,Ul,pl)(Dl are the analogous parameters in motion
Ej; &,'k, B are constant coefficients of proportionality. &n upper index (1)
denotes parameters of the gas before the shook wave, and (2) after the shock
wave. Lot a medium with spherical symetry, which is being homogeneously deformed,
be characterized by the following parameters at time Ti
P", (r) coust, PM (T) M const.
GO

-'ACCESSION NR3 APLO37109
When t - T., a spherical piston begins to move from the center of syranetry according
to'
(2)
where F(t) and dF(t)/dt are continuous, single-valued functions on the entire
interval of time of motion, The problem is to determine the gas motion which
arises, The author restricts consideration to a kinematic pattern of motion E.
He finds the trajectory ot particles in a neighborhood of the pistone He seeks
an approximate solution and studies motion of a piston with positive finite
acceleration for t.N Tp (d2F(t)/dt2) > Oe For determining motion ~L he uses the
method of decomposi7ion in the parameter (Y - 1) (Y # 1) - 1A. Solving two
inequalities simultaneously, he finds the time t(2) and the place r(2) when the
shoc': overtakes a particle moving with velocity ?~ r(1). 4 qualitative flow
pattern for A> 0 and A 1). An explanation is given of this result. As an
application the hydrodynamical processes in a discharge tube are treated by the method of the "magnetic
piston". The author thanks A. A. Nikol'skiy for his advice.
ASSOCIATION: Institut mckhaniki AN SSSR (institute of Mcchanies AS USSR)
Card 1/1

FADEYEV, S.I. (Moskva)
Acceleration of plasma by a magnetic field. Inzh.zhur. 2
no.3:68-73 162. (MIRA 15:8)
1. Institut mekhaniki AN SSSR.
(Plasm (Ionized gases)) (Magnetic fields)

FADEYEV, S.I.
Tor a more efficient utilization of the equipment. Put' i
put.khoz. 6 no.12:7-9 162. (KCRA 16:1)
1. Nachallnik otdela avarki Glavnogo upravleniya puti i sooruaheniy
Ministerstvii puteylsoobBhehaniya.
and supplfes)

1WJ0,)/kwTMADs-. "ncAsDASD--3AJP(c)AFn/sw Pd-4/
ACC8S$10N NP: AP3000723 3/0256/63/003/002/0367/0373
AUTHOR.* Fadey v, S. I.- (Moscow)
: .
TITLE; SLmilar flow of ideal conducting g s
SOURCE: Inzhanernylyzhurnalj V. 3, no. 2, 1963) 367-373
TOPIC TACS: similarity solution, energy conservation, detonation, perfect gas
ABSTRACT: The similarity solution has been analyzed in a perfect, conducting
gas with large but finite thermal conductivity. The flow is assumed planarp
cylindrical or spherical with a time-displacement relationship given by equation
Btn
.where
Y- linear coordinate
B constant
_Card 1/2

L, 18034r63- ---- --
ACCESSION NRs AP3000723
t a time
n 0 2/3~ 1/2, 2/5 for plane, cylindrical and
spherical expansions~ respectively.
~,A similarity transformation is carried out on the flow equations, and the perfect
gas law and general: results are stated. A particular solution is then carried out
Jor the case of istrong detonation in planar symmetry (n.2/3). Humerical, results
:are obtained for temperature, pressurep density, and velocity fields for various
.thermal conductivity values. In the limit of the conductivity approaching infinity,
4t is shown that the temperature gradients disappear. "The author thank* A, A.
Nikollskiy for his advice and comments on the work." Orig. art. has.- 32 equations
and 4 figures,
ASSOCIATION- : Institut mekhaniki AN SSSR (Institute of Mechanics, Academy of
Sciences, ULSJR
suana,rTLD. OlOct62 DATE ACQ: 2lJun63 EX L 1 00
!SUB CODE: AI NO REF SOVs 005 OTW: 002
2/2

L -92o-66 EwT(l)lWlp~)1,&X.CIFPF(n)-2lEdG(=)IFAA(d)IEPA(w)-21FCS(k)IEWA(h)IZWA
ACC NR: AP5026 694 SPURCE CODE: URI 0258165/005/005/0950/ 0954
WWAT
AUTHOR: Fadeyev S. 1. (Moscow)
maw
ORG: None
TITLE: Hydrodynamic acceleration of a plasma in a discharge tube
SOURCE: Inzhenernyy zhurnal, v. 5, no. 5, 1965, 950-954
TOPIC TAGS: plasma a2geleriltinji discharge tube, hydrodynamic theory, Idea,
gas,. thermodynamics, plasma shock wave
ABSTRACT: The article considers the one dimensional plane motion of a non-
viscous, non-heat conducting ideal gas, determined by the evolution of energy,
(per unit of area) according to the law:
W WMI WM - 0.
where W(t) is a continuous function, together with its derivatives. The problem re-a-
Card 1/3 UDC:533.95

L 7920."
ACC NR: AP5026694
duces to the solution of the problem of a piston, the law of whose motion is conre
C$7
ed with Eq. (1. 1) above by an equation expressing the conservation of energy.
We havw:
IV (1) (Pul + --P-) d"
2 'r-t
or, taking into account that in the region of the gas discharge plasma, where
I rho=O,
dp pot
+
the law for the conservation of energy can be written in the form:
W (o) ~-, P- r + di.
t ds
Here r* is the law of motion of a piston, whose role is played by the surface of
Card 213

L 7920-66
ACC NR: AP5026694
the explosion; ro is the law of motion of the shock wave; rho is the density;
p* is the pressure on the piston; the internal energy of the quiescent gas is ne-
glected. The results of theoretical calculation are compared with experimental
data, Orig. art. has; 16 formulas, 5 figures, and I table
SUB CODE: ME, TD/ SUBM DATE:05Jul64/ ORIG REF: 005/ OTH REF: 000
C.rd 3h

Fill, Dill YEIV, 3. 'Kh.
--
Stcves with cylinders for liquefied ; :, . .. ~ .-I, :
I ..
26-28 163

FADEYEV, S.M.
Locking washer with flexible teeth. Standartizatsiia 28 no.2:
47-49 F 164, (MIRA 17:3)

FADEYEV, Sergey Pavlovich(decensed]; ZYbIll, VJ., doktor tekhri.
nauko retsenzer.t; PORI(OVSHY, AJ%., kand. tokhy,.. nauk,
dots., nauchn. red.; PUFAYEVA, G.I., red.
[Preparation of a course project on machine parts] Kurso-
voe proektirovanie detalei mashin. Moskva, Vysshala shkola
1964. 302 P. (MIRA 16:2)
1. Zaveduyushchiy kafedroy "Detali mashin" Vsesoyuznogo
zaachnogo mashinostroitellnogo instituta (for Zybin).

FADVIEV, V.
Panoramic photography. Sov.foto 17 no.6:46-49 Je 157. OSPA 10:8)
le'jtari;hi,y mastur tookha "Normal" avtoutvocla Jr, Llkhacheva.
(Photography, Panoravic)

FADETKV, V.
* -
mprove lifesaving. Voon.znan. 14 no.1:14 Mr 159. (MIRA 11:4)
1. KnehAllnik UprAVlentyp apnontellnoy slixzhby TSentrnllnogo
Komiteta Dobrovollnogo obshchestvA sodeystviyA nrmii, nvintsli. i. flotu
SSSR.
(Lifesaving)

FiJ)Z'M, V. (g.Kirov)
Fire in a hospital. Pozli.dolo 5 no.9:23 9 159.
( I-11BA 13: 1)
(Kirov--flospitale-Fireo and fire pravontion)
6
:, - " 1-- --, - ~ ~ - " _v.- * - -1 1--
. - -:, 't -. - I. I . ~..- - ~. ~ I-

FADEYEV, V.A.
Reproduction of the hare Lepua europaeus caspicus Ehrenb..
in western Kazakhstan. Trudy Inst. zoo], AN SSR. 23:150-
168 164. (MIRA 17:11)

FADEY", V.A.
-------fffe~h-rare earth content of rocks in the northern Yorkboyansk
Range. Inform.blul. HIIGA no.13:54-57 159.
041HA 11:5)
(Verkhoyansk Range-Rarn earths)

FADEYEV, V.A.
Rhythmicity of igneous processes as a basis for the division
of lava formation. Inform. sbor. IIIIGA no.31:36-45 162.
(MIRA 16M)

FADMV.V.A.. inzhener; GORSHMOV.A.D., Inshener
New upholstery filling material. Der.prom.4 no-5:27 KY'55-
(KLRA 8:10)
1. MebelInaya fabrika no.2 tresta Mongormebellprom.
(Upholstery)

PADRYEV,V.A.. insheser; OCRSHUKOV.A.D.. inzhouer
Device for veneering curved surfaces. Der.prom.4 no-7:24 Jl 155.
(MLRA 8:10)
1. Mebellsays fabrika no.2 tresta Hoagarmebellprom
(Moscow--Veneers and veseering)

YAM=. V.A.
Mackin*-tool atteekniants for dowel halo drilling. Der.prom. 4
0.11:20-21 N 155. (MM 9s2)
:
.Gl*wzyy inshomer sobellney fobriki No.2 treats Mesgormeboll-
r
(Woodworking uachisery-Attachment)

, !!~ V.A., ..inshener.
"0
Device for the io&nufacture of round table frames of plywood.
Der.prom. 5 no.1:19-21 J& 156. (MLHA 9:5)
1. Nebellusys fabrike, Io. 2 treste, Kosgormebellprom.
(Furniture industry) (Veneers and veneering)

%-YADInY.
Preparing and veneering curvilinear panels. Dereprom.5 ne.6:20 Jo 156.
WaA 9: 9)
l.MobelOsa.va fabrika n*.2 trests, Mosgermebellprom.
(Plywood)

--FADNM. V.A., Inshoner.
YinishIng beech to resemble more valu^ble types of wood. Der.proa.5
no.8:19 Ag 156. (XLRA 9:10)
I.Hobelln^ya fabrikR no.2 tresta Mosgormabol 'prom.
(Vood finishing) (Yurniture industry)

FADKYEV, V.A.L-lAzhansr.
Inlays with use of rolored compositions. Der.prom. 5 no.12:?I-
22 D '56, (MRA 10:1)
1. Mebellnaya fabrika no.2 trenta Mongormeballprom.
(Cabinetwork) (M4rquetry)

FAMEY, V.A., inshener.
Design of holiow tops for round tables. Der.prom. 6 no.1:23 Ja '57.
(KM 10: 2)
l.Mebel'na" fabrika No.2 treat& Nosgormabellprom.
(Tables)

YADMV. V-.A._, inzhanar.
I 1 .1
Chamfering device. Der. pros. 6 no.5:21 My 157. (KLRA 100-6)
(Woodworking machinery)

I rADNMO V.A., inzh.
New designs of the sliding parts of circular extension tables.
Dor.prom. 7 no. 7:24 Jl 158. (MIRA 11:8)
1. Yoskovakays mebellneya febrtka No. 17.
(Tables)

L oho44-67 E,..fT(1)/F-IT(m)/E7dP(k)/WP(t)/ETI UP(c) JD
ACC NRi AR6022140
SOURCE CODE: UR/0276/66/000/002/B004/B004
AUTHOR- Shpvplpv- A- S- - Paripvau V va
TITLE: Summation of systematic and random errors in the determination of
precision machini ccording to linear dimensions
,SOURCE: Ref. zh. Tekhn mashinostr, Abe. 2B29
~REF SOURCE: Tr. Kuybyshevsk. aviats. In-t. 20, ch. 1, 1965, 63-70
ITOPIC TAGS: machining, machining error, error,error determination
ABSTRACT: The error of machining by linear dimensions in the general form is:
mh, where a to the value of the variable systematic errors within the
limits of the batch of parts, and *Ai mh Is the field of Instantaneous dispersal of
machining errors. The problem considered is that of the theoretical probability
of error summation due to changes In the magnitude of the systematic error in time
according to a linear law. It to pointed out that for each part in the batch the numeri-
cal value of random and systematic error appears to be of random magnitude. Tablem
and charts are cited for error determination in machining by linear dimensions, with
allowance for production risk, and for determining the percentage of rejects in a
1/2 UDC: 6

NRs
6-1
~ch (of parts) in the nonsymmetric arrangement of the dispersion field of dimen-
ins in relation to the field of tolerance. Four figures, 2 tables, and a bibliography
4 reference items are given, 4 Tikhonova. [Translation of abstract]. I
CODE: 13/
kh
k
Card 2 / 2

F
I
AD E7 D
9 V-~o; ,';*A*
Diffcrono,j Urle lntr~lsivo 1.~A ; of trazi
4 ~
trot,, zap, ur mA a
. OfIRA 18j10)

USHAKOVA, G.V.; FADEYEV, V.A.
Ixodid ticks parasitizing on hares in western Yazakhstan. TrudY
Inst. zool. AN Kazakh. SSR 22:174-176 164.
(MIRA 17:12)

.YADVE V,G., vitae-aftiral, rodaktor; POZNAKHIRKO, A.B., kapitan
, I -
ranga, rodaktor;ZUDINA, M.P., tnkhnichaskly redaktor.
[Concise dictionary of sea terms] Kratkii morskoi slovarl.
Moskva, Voen.isd-vo Ministerstva obor. SSSR, 1955. 119 P-
(HLRA 9:4)
(Russian language-DictionRries) (Navigation-Dictiounries)

-.,- I -- -- -- -- V, G-
PVCHATIN, A.A., inxh.; B1211KO, M.P.; KAWISKIY, V.K.; XARTASIO;V, R.D.:
SU7YRIM, M.A.; YADIZZY, V.G., red.; IGOSHIN, M.G., red,; JWTAKINA,
H.S., tekhn.red-;
[Manuel for helmsmen for lifesaving cutters) Posobie motoristu-
ralevomu spasatellnogo katers. Moskva, 1957. 188 P. (MIRA 11:5)
1. Veasoyusnoye dobrovollnoyeobshchestvo oodeystviya armii,
avistaii i flotu.
(Navigation) (Motorboa te)

FIDEYKV, Vlndimir Georgiyevich, PECHATIN, Aleksandr AleksAndrovich, SUROVIKIN,
- ' " 'Vlnalfilnv Dmitriyovich, IGOSHIN, M.G. , red.; AMIA]IOV, B. I* t teldin.redo;
[Underwntt!r man; arrangement and use of the "Podvodnik-l" diving ap-
paratual Chelovek pod vodoi; untroistvo i iSDOllzovanie vodelaznogo
appnrnta "Podvodnik-l*. Moslr-va, Izd-vo DOSAAF. 1958. 149 p. (MEkA 11:9)
(Diving, Submarine)

KALAKHOV, Z.S., kapitan 1 range sapass; SHAKHGEDANOV, A.A., inzh.-kapitan
1 rang&; LOPATIN, A.M., kapitan i rangs; YJMITANOT. N.V., kapitan
1 r-ngs; BOGOYAVLENSKIY, D.N., kapitan 2 rang&; GORODMO, B.K.,
kapitan 2 rang&; VALIKOV, I.Ya., inzh.-podpolkoynik; NOVOSILITSET.
0.N., kepitan-loytenant, BIRDEBIRG, M.N., inzh,; FAIMM9 V*G.9
vitse-admiral, obehehiy red.; KASMOV, A.I.. red.; ~T]&4IKOVA,
N.A., takhn.red.
[Practical seamsnshij~] Morskaia praktiks. Koskva, Voen.izd-yo
X-va obor.635H. Pt.l. 1958. 416 p. (KIRA 12:6)
(Navigation)

I ISO() a,,~o 114 0,14 96
e2967
_c/128/0O0/Oli/bo4/0O7
A033/A133
AUTHORS: Fadeyev, V. G., Tsyganenko, G. I., Slobodyanyuk, L. Z.
TITLE: Casting the stern post of the atomic icebreaker "Lenin"
PERIODICAL: Liteynoye proizvodstvo, no. 11, 1960, 2'1 - 29
TEXT: The authors point out that the development of the electroslag
welding method has made it possible to facilitate the manufacturing processes of
large-size body-type castings. The introduction of this method stimulated the
development and fabrication of the low-alloyed -.-,-2 (SL-2) and ,.- -30 (SL-30)
grade steels possessing a good weldability. A typical example of the utilization
of such a technology is the casting of the stern post of the atomic icebreaker
"Lenin", composed of 9 parts Joined b.,,r electroslag welding (Fig. 1). While this
structure cast In one piece would have required 135 tons of metal, the fabrication
by combined casting and welding consumed only 123 tons of liquid metal; the maxi-
mum weight of the separate castings did not exceed 25 tons, the maximum overall
dimensions of the blanks being 5.5 x 1.7 m. The nine stern post parts were made
from SL-2 steel, cast in dry sand molds. The c~oatjng mixture was prepared of 85h
Millerovo sand and 15% clay paste with a humidity )i' Y,":, a gas-permeability oil
Card 1,4

22967
8/126/60/000/011/()04/007
Casting the stern post of the atornic icebreaker %enin;' A033/AI33
150 units, compression strength of 0.45 - 0.55 and r,.ipture ::trength of 1.15 - 2.0
kg/cm2. The core mixture was composed of 60.4% MUI-Orrvo z;ar"i, 30-2% spent mix-
ture, 9A6 clay paste and 4.0,4 KTI binder. This mix.ure 11a~l a humidity of 5.5 -
6.5%, a gas permeabilit-y of 90 wAts, a eompres2lon s',reng,, .n of 0.45 - 0.50 and a
rupture strength of 2.5 - 3.0 kg/(-m2. ' The -ore~~ if I~he -.ollld par's of tile atern
post (2, 4, 5, r(, and 8 in Fig. 1) were wilh a mixture composed of 67% Mil-
lerovo sand, 13% clay paste and 20% marshallite, of 90, wAtz gas permea lbility,
compre*sJon *trength 0.45 - 0,55, rupture strength 1.5 - 2.0 kg/c~2 and a humidity
of 6 - 7%. Most of the parts were molded In Uiv ground or In caissons. Round ,
chills were placed in the joi-ning spots between structural ribs and casting bodies
which proved to be a good remedy agaln3t. hot cra,~ks In steel castings. Owing to L/
the impossibility of ensur-Ing the feed of tide ;a-3tings by shrinkak;e heads only,
internal chills made of screens 6 - 8 i= in diameter and pieces of SL-2 steel were
placed into the solid parts of the caetings. The utilization of shrinkage heads
and chills made it possible to increaze the output of serviceable products to
78.5%. The gate system was so calculated as W allow the meLal feed by a great
number of feeders which ensured a relatively rapid filling of the molds with metal
and excluded the possibility of warming up one of the metal parts. To ensure a
directed solidification of the castings independently of the metal feed, the
Card 2/4

222967
I. J10()1I.1()yj
Casting the stern pozt of the atomic icebreaker "Lenin"
feeders were positioned in two and even three rows, ';G WELL, iL Liv;
thu lower parts of the casting., were -rilled.. (,-UOL--(i III Liv:
WOW-" fol' 35 - 90 h. After the livad.; quid p(mvJ.nj,, h.-ill b-.-n r,!mov-
ud the ca:Alngs were subjected to normtliz.Ation at 00 - !JAPC 'Uld V~)o -
wiLli zubuoquent tempering at 600 - 6201(; tuid cooling III Lh-., :Ur. To Lit-
f()2111atiOn of cracRj, which wore detvcLud during the ga. cuLL.Lng or
on the first castings, the further cuttinjL of zhrlnkar_,~.- h(--ad.-; wan effueLod at'Ll-v
annealing at 9500C with subsequent slow cooling in thc fur-nt(-.-,-- 1.1eldlyw- dia.,;
ried out with YOHW -131115A (UONI-13/45A) clectrodez. There arQ 1) rigur,.-o.
Card 3/4

2z967
,;/I~
-,; ,/uo/wo/o I 1/00/oui
Caoting the stern post of the atomic Icubruaker "Lenin" A033/AI33
leij,,urv 1: UVout of brunking down the riturn port of tho iu,~bruaker "L-nin" Jntu
separate cast blanks (I - 9)
V~
l1wim 1. CICUA P11.16111,M] BXTCPIIIYCD)IJI ACAUKDA4 ORCHItil- lift D?ArJli-lllje
JTIITWC 3uruTODKII
Card

GRACREV, Viktor Anatollyevich; STOYLIKI Mikhail Alekseyevich. Prinimal
uchastiye EADEffft-VA";-FEDOROV, V.V.., kand, tekbn, nauk, retsen-
zent; MERKUSM, R.N., kand. tekhn. naukf dotsent, red.; BORUBOV,
N.I., tekhn. red.
[Railroad transportation in the peat industry) ZheleznodorozbMi
transport torfianoi promyshlennosti. Moskva, Cos. energ. izd-vo
1960. 291 P. (KIRA 14:1-01
(Rallroadqj Induatrial) (reat induutry)

L53974-65 EWT(I)/EPA(s)-2/EWT(M)/]~il~(i)/T/EiIP(t)/EFC(b)-2/M'~~,'~j Pt-7/Fi-h
JTJP(CT"7'D/GG
iAOCESSION KR: APS011450 UR/0048/65/029/004/0647/0649
AVIHOR; Kotellnikov, No V. Sokolov, L. N.; Fadeyev, V. 1.
TITLE: Dotermination of optimum current density in electrolytic preparatioA of
films /Report. Second All-Unio I I I
a-symposium an the Physics of Thin Ferromagnoti,
Films Rela in'likutsk 10-15 July 1684/_
SOURCE: AN SSSR. Izvestlya. Seriya heqkaya, v. 29, no. 4, 1965, 647-649
TOPIC TAGS- thin film, ferromgn'etio-thin film ejectroplating
st _!~_ 1'4
ABSTRACT: _Tho magnetic.and other proportles-of -films -propared_by electroplating
depend- to'sode degree.on the ourredItI-denaityl *tpxt- determination of the beat current
density expericontally is a difficult problem. Hence in the present paper a pro-
cedure.to facilitate determination of the optimum current density Is proposed. The
calculations may also be of help In preparing thin films on conducting substrates.
Usually, in current density calculstLon,o in view of the high resistance of the
electrolyte as compared with the electrodes, it to assumed that the electrode
potential is constant. However #_~onq_aan -realize condttions whore the potential
will vary appreclablyl and- w~i_th it the -current density* By carrying out a test
Card.

I V. 1.
FADEYEV, V. I. Centralized Coirtrol of a Pi2e-Driver Operation (Kompleksnoye leniye
Mekhanizmami loprovoy Ustanovki), Pp. 14-15
Simplification of operation of a pile driver is briefly described. A change in
wiring diagram assured saftey of operation and reduction in personnel. (Drawings
and disgram).
SO: PROWSHLENNAYA ENERGETIKA2 No. 10P Oct- 1952s MOSCOW (1502,270)

FA13
Tres planting on saline soils, Pat' i Put, khoz, no,7*40 J1 157.
- (MLRA 10.&8)
1. Nachallnik Kartalinskoy distantaii zashchitnykh lesonasaahdaniy.
(Windbreake, shelter belts. etc.)

FADITEV, V.I., inzh.
City passenger tranol)ortation in the summer of 1960. Gor.khoz,
Moak. 34 no.6:29-30 Je 160. (MIRA 13:7)
(Moscow--Transit Ev:,stems)

, PEROV. V.A.. nauchnyy red.; SALITA, Te.G.,
_!ADMVL Vasil!y IvpAqv~ch-
red.; NMLIS3[rT, D.A.. rateenzent; TWWrN, P.S., takhn.red.
[Nodern epipment for the crushing and comminution of ores]
Sovremennoe, oborudovante dlia drobleniia I Isselicheniia, rud.
laningraA, 1959.241 p. (Leningrad. Mauchto-iseledovatellskii,
I proaktnyl Institut makhanicheskol obrabotki polesnykh isko-
'paemykh. Trudy, no.123). (NM 13:7)
(Crushing machinery) (Ore dressing.-Iquipment and supplies)

ZLUOZBEK, Vladimir Vatolavovich(deceasedli Prinimali. uchastiye:
SLUTSKIN~ L.A., inzh.- FADEYEVJ V.I..-in2h.; SHMIN, M.Sh.,
doktor tekhn. niuk, pr-OT-.9retoenzent; ANTONOVICHI S.A., kand.
tekhn. nauk, retsenzentj GARBER, Ye.D.,, nauchnyy red.; 111KITINA,
R.D.., red.,- KRYAKOVA, D.M,j tekhn. red.
[Automatic control of ship systems]Avtomatika sudovykh siBtem.
Leningrad, Sudpromgizp 1962. 145 p. (MIRA 15:10)
(Marine engineering) (Automatic control)

FADEYEV,-V.I., inzh.; KUGAKOV, G.M., inzh.
Rational designs of the metal molds used in the production of
wall industrial panels made from cellular concrete. Trudy
BashNIIStroi no.1:242-248 162. (KRA 17:3)
0. 0

48-7-6/21
AUTHORS: Voroblyev, V.D., Illin, K.I., Kol'Chinakaya, T.I., Latyshev,
G.D.., Scrgeyev, A.G., Trofimov, Yu.N., radeyev, V.I.
TITIX The Spectrum of The Electrons of the Internal Conversion of Active
Radium-Containing Thorium Deposits
III(Domain H1 . 1360 to 2700 and 3500 to 9000 Gs- Cm.)
(spektr elektronov vnutrenney Xonversii aktivnogo, osadka radiotoriyal
III (Oblast' HS = 1380 to 2700 1 3500 do 9000 Gs. cm) toriya)
PERIODICAL: Izvestiya Akad. Nauk SSSR, Ser. Fiz., 1,057, Vol. 21, Nr 7,
pp. 954 - 961 (USSR)
ABSTRACT: 1.) The Intensities of the Conversion Lines. In "lie determina-
tion of the relative Intensities of convers-ion lines the fact
was taken into account that a portion of the atoms ThC" falls
down from the source due to the ot-emission on the decay
ThC1C,!t'4 ThC". This circumstance leads to the fact that ~Ii he intensi-
ty of all conversion lines developing on the decay ThC"-:;.-VThD
decrease by 34 in comparison with the Intensity of the lines
of other nuclei. Therefore the intensities of all lines which de-
develop in connection with the decay ThC""11_7 ThD were determined
Card 1/3 with regard to the line L which develops in the same decay. The

118-7-6-21
The Spectrum of the Electrons of the Internal ConVersion of Active- Radium-Con-
taining Thorium Deposits
III(Domain H 3 . 1380 to 2700 and 3500 to 10000 Gs. cm.)
intensities of the other lines were determined with regard to
the I-line ThB--+ThC. In order to connect all intensities with
each other the relation of the L - and I - lines intensities to
the source was determined, the latter being covered by a foil
in order to prevent a falling down of the emission atoms. De-
tailed calculations and explanations are given. The authors esti-
mate the accuracy of their measurements of the absolute intensi-
ties with 5 - 10 ~ for the intensive lines.
2.~The Conversion Skectruni In the Doming . 1360 to 2(00 Gc. cm
In the study of this jortion of thc spectrum -1 scrics of -r-asurc-
J
rents were made. In every series the pcsition and intensities of
the lines were determined. The average values of H and of the
intensities are given In table 1, as well as the ez1gy of the
electrons and of the corresponding Y--transitions, the identi-
fication of the lines and comparative values of earlier works.
It may be seen that the values obtained by the authors for 11
and for the intensities differ marl:edly from earlier obtained
values, where a photorecording of tile electrons had been e-mployed
Card 2/3 Figures 1, 2, 3 and 4 represent some parts of the spectra of

4E-7-6/21
The Spectrum of the Electrons of the Internal Conversion of Active Radium-Con-
taining Thorium Deposits
III(Domain H 3 = 1380 to 2700 and 3500 to 9000 Gs. cm.)
conversion electrons in the doma-ii, 11.0 = 1360 - 2600 Gs. Cm.
3.)The conversion spectrum in the "rigid" domain,/ Certain lines
discovered by the authors are recorded on figures 5, 6 and 7,
their energies and intensities on table 2. There are 2 tables,
7 figures and 16 references, 8 of which are Slavic.
ASSOCIATION: Department of Physics, Leningrad Institute of Railroad Transporta-
tion Engineers
(Kafedra fiziki Leningradskogo instituta inzhenerov zheleznodo-
rozhnogo transporta)
AYPILABLE: Library of Congress
Card 3/3

AUTHOR Za-RNOVOZA-I.,&ISrUK, Z:M.,TATrMVGD.,RtXhNN~4, A.S., 56-It-V523
SZRMWA.G. PADMVV.1.
TITLY, Spectra of tnT-E_,5_Y_na-=onversion i;lectron3 of the Active Precipitation
of Radiathorium Ii.
(SPektr elektronov vnutreriney iconveraii aktivnogo osadka radlotoriyaIl
- Russian)
PERIODICAL Zhurnai Sksperim.i Teoret.Fiziki,l957,Vol32,Nr 4 pp 662-689(U.S.s.R.)
Received 7/1957 Jeviewed 8/1957
ABLSTRACT Investigation of the active precipitation was carried out within the do-
mdn H 5oo-13t3o cm magnetic spectrometer (widtn of lines 0,25v/,, angle
of tne spectrometer in tne horizontal plane 4o', height of diaphrggM 16 mm).
Tne magnetic field was measured Dy the metnod of proton magnetic resonance.
Registration of electrons was carried out ny means of 2 self-extinguishing
GM counters. The position andthe intensities of K and L conversion electron
energies or the electrons are computed according to the formula
ZKL L - r;z - Mz - Zz+Az where jsZ and 1Sz denote the binding energies of
p q A Lp Lq I Lp z+Az
X and Lp electrons in the normal atom, and M is the oinding energy of
Lq electrons in the atom in wnich no Lp elections are present. The decrea-
se of the quality of the shielding effect can be explained by the increa-
se of the charges AZ.(Z Z+Az z Z+l z . Theoretical compitation
Lq Lq)/ (r;Lq - r,,q)
of the quantity AZ is complicated and at present not yet Possible. Tne
Card 1/2 spectra of the internal conversion or tne active precipitation of radia-

V f\ A V-- -,~ -- -I \1 , 1~ -
'
AUTHORS: Krisyuk, E.-
M., Sergejev, A. G., L-.,tjshev, G. D., 56-5-1o/46
Illin, K. I., Fadeyev, V. I.
TITLEt The Decay Scheme of T12,8 (S khewa riupada T 12o8)
PERIODICALt Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki, 1957, Vol. 33
Nr 5, PP- 1144-1146 (USSR)
ABSTRACT: The toonversion spectrum of T12o8 was ploted by we ans of 3L semi-
circle spectrometer and the followin-t lines were found:
E,t in KeV Multipole order Inten3itj in %
211,4 Mi 0,32
233,4 Mi 0,34
252,54 Idi ill
277,35 21 8,4
485,9 - OP5
51o,84 22,6
583,2 E2 83,2
763,2 Mi 2
86o,5 Mi 12,3
2614,3 E3 loo
Card 1/2