SCIENTIFIC ABSTRACT TYUTIN, A.A. - TYUTINA, K.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857810005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S119LV611000100610501077
D201/D302
AUTHOR: _T YI-It -in -I I -I. - I-
T IM E Radioelectronic method of laminar z~nd volurac radio-
g r ap hy
P E KI 10 D I C~ LReferativnyy zhurnal. Avtomatik'a i radiocleh.tronika,
no. 6, 1961, 6, abstract 6 E36 (Elektronika v medit-
sine, M.-L., Gosenergoizda'U, 1960, 361-376)
0
TEXT: A method is considered of intc-rpreting a radiograi'.1 obtained
from X-raying a certain object by plane X-ray in a certain prc:scrib-
ed manner. The block diagram of a computer arr,:ngement for this pur-
pose is suggested. The X-ray photorraph is scanned by a light becut.
'rom a low after-glow CRT. The receiver is a photoelectron imulti-
plier, The output of the latter is applied to the input of Cn ana-
logue computer i.dth an integrator as its bassic clement, New diag-
C.3
nostic, possibilities of this method zxe considered. Z_',,J_)str_-cter's
note: Complete translatior,2
Card 1/1

inzh.; FROLKIN, V.T.; 14A,
TYUTIN A.At MUS, G.V.
In regard to V.T.Frolk-in and G.V.14arkus' article. Izv. vys. u--heb.
zav.j radiotekh. 4 no.113-18-119 Ja-F 161. (MIRA L4,*-4)
1. Institut elektrotekhniki AN USSR (for T tin).
(Amplifiers (Electronics)

31981
S/142/61/004/004/002/018
C/ 0) E192/E382
AUTHOR: Tvutin. A.A.
TITLE- Determination of the parameters of an equivalent
quadripole by means of a multipole circuit matrix
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiatekhnika, v. 4, no. 4, 1961, 398 - 405
TEXT: A method is considered of calculating the parameters
of an equivalent quadripole by using the parameters of the matrix
of the original circuit (network). This is based on the principle
of separating the group of m coordinates from a set of n
independent coordinates. It is assumed that a multipole
(original) network is described by a matrix of generalized
parameters W . The relationship between the dependent and
independent variables of the system can therefore be described
by the matr:Lx equation:
Q = WX
(2)
where Q is the column matrix of the independent variables
(drive vector),
Card 1/4

Determination of the ....
31981
s/i42/61/oo4/oo4/oo2/oi8
E192/E382
X is the column matrix of the dependent variables
(unknown vector) and
W is the square matrix of the order n of the
generalized parameters of the network.
If m independent coordinates are separated from n independent
coordinates and n-m components of the drive vector Q are
equal to zero, the matrix equation of the system is in the
following form:
QQ = W, X1 (gq)
where Q1 is a new drive vector identically equal to Q , since
only m of the n components of the vector Q are
not equal to zero,
X1 Is an m-dimens.ional vector whose components are to be
determined,
W1 is the normalized matrix which can be determined from
the formula-
Card 2/4

31981
S/142/6i/oo4/oo4/002/018
Determination of the .... B192/2382
W, = W11 - W12W22- 1 W21
(3)
Matrices WiK in the above can be determined from the original
matrix W by separating Its first m rows and columns by
vertical and horizontal lines. Eq. (3) is used for determining
the.formulae for evaluatingf'the equivalent parameters of the
quadripoles. A common-base'quadripole (tiree-terminal network)
is first considered and formulae for its normalized matrix are
derived. The same procedure Is followed for an interconnecting
quadripole and the resulting formulae are used to determine the
parameters of an equivalent quadripole on the basis of the
admittance matrix of the original network. It is shown that if
the equivalent circuit is in the form of a common-base quadripole,
its equivalent parameters coincide with the corresponding elements
of the normalized matrix. On the other hand, if the circuit is
in the form of an interconnecting quadripole, calculation of the
equivalent parameters is4arried out in two stages: first, the
elements of the normalized matrix W1 are determined and,
Card 3/4

31981
s/142/6i/oo4/oo4/0o2/ol8
Determinatton of the .... E192/E382
secondly, the parameters of the equivalent quadripole are
evaluated from the normalized matrix.
There are 2 figures and 3 Soviet references.
ASSOCIATION: Kafedra radioperedayushchikh ustroystv Kiyevskogo
ordena Lenina polltelchnlcheskogo Instituta
(Department of Radio-transmitting Equipment of
Kiyev Order of Lenin Polytechnical Institute)
SUBMITTED: July 1, 1960
Card 4/4

TYUTINP L.A.
Concerning a certain method for reducing mmItiterminal networks to
an equivalent foux-termiz3al network. Radiotekhnilm 17 no.3:10-19
mr 162. (MIRA 15:2)
1. Deystvitelinyy chlen Nauchno-tekhnicheakogo obshchestva
radiotekbniki i elektroavyazi imeni Popova.
(Electric networks) (Equivalent circuits)

TOLIMANCHUK, L.F.; j'YYLIN, A.A.
Inveroe function generator using diode elements, IZV, VY0. ucheb. zav.;
radiotekh. 6 no.1:24-32 Ja-F 163. (Mipa 16'3)
1. Rekomendovana kafedroy vycbislitellnoy thkhniki Kiyevskogo ordena
Lenii* politekhnicheskogo instituta.
(Oscillators, Transistor) (Pulse tecbni4ues (Electronics))

0 A L
NESTERENKO, A.D. (Kiyev); KARFENKO, V'P. (Klyev); UUTIN, A,% [Iiutln, A.0.1
(Kiyev)
Convergence and oensitivity of four-arm bridge c1rcultI3. Avtowtyka
9 no,6s64-68 16.4. (MIRA 18:1)

TYUTINP A.A*
DetermAnation and use of secondary paraMtAra in the mctlod
of subsidiary circuits, Mat. mod, i elek. tsepi nu.1:226-237
163. (MMA 16:11)

TURKIN, AX, inzhq-Tffljj& 'Yev., inzh.
Operation of feed pumps with superhigh pressures and hydraulic
clutches. Elek. sta. 33 no.7:21-27 Jl 162. (MIRA 15:8)
(Electric power plants-Equipment and supplies)
(Pumping machinery, Electric)

171
824-36
S/102/60/000/02/03/005
16,6900 C111/C222
AUTHOR: Tyutin, A.0.
TITLE: ComRuting Amplifie for a Specialized Integrator With Periodization
of.the Solution
PERIODICALs Avtomatika , 1960, No. , PP-50-61
TEXTs For the experiments-carried out according to the method of Tatel-l-baum,
S.I., Corresponding Member of the Academy of Sciences Ukr.SSR (Rof. 1) the
author uses a wide-band computing amplifier described by D.M. Mae-Kay (Ref.2)
and P. Davis (Ref. 3). In the present paper the author-gives a theoretical
investigation of the device. The author's investigation method bases on the
consideration.of the transient responses as well as on the consideration of
the-especial problems of the device, e.g. performance of mathematical
operations at video signals. The method of V.S. Sigorskiy (Ref. 4) is used
and recommended to be especially effective. The author proposes a scheme
for the calculation of the device for a prescribed linear'range of
varia tions of the output voltage and the boundary frequency of the working
range.
Card 1/2

Computing Amplifier for a Specialized S/10 82436
C 111 Y60/000/02/03/005
Integrator With Periodization of the C222
Soluti-on-
There are 4 figures and.10 references : 6 Soviet-ar.'. 4 American.
ASSOCIATIONs Institut elektrotekhniky AN URSR (Electrotechnical
of the -Academy of Sciences Ukr
SUBMITTED: 07ctober 12, 1958
stitute
Card 2/2

TYUTIN, F.G.;
Prc fi 1 e an'.; tal,
gas !?ta+,(-n
of boreholes. Trudy ~q.;~T 7~~- dZej~g.4 -
1. Labcra to-,-iya gcrnc,?,~ cl,~ 7
vatel Iskogo 1 nstil tu t-- I c~ze:ij

TYUTIN, P.G. Noscow)
Changes in mechanical strength of coal depending on the time of
degasification caused by free liberation of gas, Izv. AN SSSR.
Otd.tekh.nauk no.8:147-149 Ag 158. (MIIIA 11:9)
1. Institut gornogo isla Akademii nauk SSSR.
(Coal-Tasting)

Some preliminary findings on the opening of the gasified span
of experimental gas producer No. I at the Lisichansk "Podzemgaz"
Station. Podze-i.g&A.ugl. no.4:11-15 '57. (MIRA 11:1)
l.Vaesoyuznyy nauchno-isaledovatellskiy Institv.t Podzemgaz.
(Lisichanak-Coal gasification, Underground)

TYUTIN, F.G.
Gas as agent reducing the mechanical strength of the coal seam
during its hydraulic fracturing. Podgem.gao.ugl. no*2-'51-54
fen (MINk 12:9)
~- 7.
1. Vsesovusnyy nauchno-insladovatellskiy i proyel-trqy institut
podzennoy garifikatiIii ugley's
(Gases in rocks) (Hydraul,ic mining)
(Coal gasification, Underound)

TUT IN, F. G.
_
4.0114-
~ '
uhanges In the mechanical strength of coal along stopee as can-
nocted with gas drainage from seano. Ugol' 34 no.4:48-52
Ap '59. (Coal--Testing) (Mine gases) (MIRA 12:7)

OA
TMIN, F. G. Cand Tech Sci -- (disis) "Variation 4f the mechanical pwip
0, V'kA~J,94-'N t "
a
;. i~~
strength of coal imm*4; its rpa-;;r--a-ti-on--4-m4!~i ~ga " Mas, 1959. 17 pp
e-
(Inst of Mining,A cad Soi USSR), 150 copies (KL, .4-A-59, 115)
,all
-35-

TTUTIN, F.G.
Underground investigation of the hydraulically fractured zone
along the 17 soan at the Lisichansk "PodsemgasN Plant. Podzem.
gaz.uglo no.4:22-25 '59. (MIRA 13:4)
1. Vuesopmnyy nauchno-iseledovatel'skiy inetitut Podzemgass.
(Lisicliansk-Coal ganification, Under&ound)

AUTHOR: T,-,~utin, F. G. (Moscow) SOV/24-5C-8-30/37
TITLE: Var 1 ility o f the IMLechanioal Strer6th of Coals Depen,.;-ME;
on the Time they were Allowed to Become Degassed under
Conditions of Free Gas Emission (Izmenyayemost'
~_,ekhamicheskoy prochnos~vi u6ley v zavisi:josti ot
vremeni degazatsii ikz~ -.)ri svobodnom v,-idelenii .-asa)
C,
P.&RIODICAL: Izvestiya A-kademii Nauk SSSR Otdeleniye Tekhridichesklikh
Nauk ('SSR)
1 19587 Nr 8, pp 147-140) U
ABSITRACT: Althoup_h the question of sudden outbursts of coil and gas
has been of special si~;nificance, -the quantitatfve side of
the phenomenon has not boei-i sufficiently investi,.-atcd.
The formulae dedu(,-ed in tiie 1..-.orks of S. A. Y_hr-';_,,tiLuiovich
(Ref 6) and that of A. A. llikollskiy (Ref 3) do not
account; foi- the fact bliat in some ingtances ',;h,-:, sudden
outburst of ~;as anj coul would riot occur at all wid th!,,t
it is necessary to talke into consideration the par~uieters,
that characterize the variability of the strerit~bh of coal
on its degasification. Consequently laboratory experiments
(Refs 6 and 7) could not suffice as they did not reflect
natural 6eoloE;ical and industrial pit-tiork conditiors.
Cazd 1/3 In this paper -the author presents the results of experiments.

SOV/24-58-8-50/37
Variability of the Mechanical 3trenSth of Coals DependinS on the
Time they were Allowed to Becoiae Begassed under Conditions of
Free Gas hbission
obtained under natural conditions in shafts and conducted
according to the method proposed by M.M. Protodyakonov
(Ref 4). In Tables 1 and 2 are givea the names of
shafts and the aggregates of the seams worked. The
specimens of coal taken directly from the ccal face are
termed "fresh", the others, taken after a lapse of tirae,
differing in each particular instance are termed
"degasified". Mathewatical relations are derived for
calculatinS the jiechanical strength coefficients and
graphs are included expressin6 the strength variation
as a function of 'Uhe degassixib time. Eq.(6), p.140,,
e-xpresses the relation between the strength coefficient
of coal, the degassing time and the gas saturation.
An increase in the strength of the coal with the progress
of degassinb is due to a weakeninS of the wedFin6 effect
of the molecules of the free and of the adsorbed gases
on the walls of the fine cracks in the coal. With
increasing gas removal the molecular forces of coheEJon
L
Card 2/3 between the walls of the micro-cracks become stronger

SOV/24-58-8-30/37
Variability of the Mechanical Stren6th of Goals Dependin6 on the
Time they were Allowed to Become Degassed under Coiditions of
Free Gas Emission
and this may lead to the closin6 up of these cracks.
.L
There are 5 f'~,ures, 2 tables and 8 referencesl
all of which are Soviet.
ASSOCTATION: Institut ~orno6o dela Akademii nauk &.SR
(Institute of Tilinin6, Ac.Sc., USSR)
SUBTAITTED: July 27, 1957
1. Coal--Mechanical properties 2. Coal--Degasification
3. Coal--Sampling 4. Coal--Test-results. 5. Mathematics
Card 3/3

~ I
V & k- I 4;bo k'
., ;-~. ~F# G~.Cand Tech Soi -- (diss) mModlftostAan of certain mechanical
is 'j Fth)C;hAl O~ +4,4iv ID-S-1 J,
properties of coalSaeoerdint-to6"9---B'ituration,u444r-gariM Mos, 1956. 16 pp 20 cm.
(Inst of Mining Industry, Aced Soi USSR), 100 copies (KL, 14-67, 87)
-23-

TYUTIVI-F.9
Distribution and state of alag and filling material in burnt-out
arena. Podzens gas, ugl. no. 2:25-31 158- (HIILA 11:7)
1. Vaesoyuznyy nauchno-isaledovatellskiy institut Podzengaz.
(Coal gasification. Underground)

VASILIYEV, K.F.; TYUTIKOV, G.T.
Method of calculating pressure hydraulic coal conveying
recommended by the All-Union Scientific Hesearch and Design
and Construction Institute for Hydraulic Coal. Mining. Trudy
VNIlGidrouglia no.4:66-72 164. (MIRA 18:3)
1. Vsesoyuznyy nauchrio-issledovatellskly i proyok,*,no-
konstruktorskiy institut dobychi. uglya gidravlicheskim sposobom.

TYUTIN, I., inzh.
Dr7 cargo motorship "Novyy Donbass." Mor.flot 22 no.12:37-38
D 162. (KRA l5sl2)
1. Upravleniye po zakazam i nablyudeniyu za stroitellstom flota
Ministerstva morskogo flota.
(Freighters)

TYUTIN, I., starshiy inzli.
New parisable-dz7-goods freighter. Mor. flot 21 no.9:2-829
s 161. 0,11R; 14:9)
1. Upravleniye po zakazam i nablyudeniyu za stroitelletvom
flota Minlaterstva morakogo flota.
(Shius--Cargo)

[Electromagnetic pumps for liquid metals) Elektromagnitrye nasoBy
dlia zhidkikh metallo-v. Rigap Izd-vo Akad. nauk Latviiskoi SSR,,
1959. 113 p. tables (in pocket) (KIRA 14:8)
(Pumping machinery, Electric) (Liquid metals)

T/61 7) a/ /, r.
ALATORTSEY, S.A., nrof., doktor telchn.nauk-, jUUMEY, A.V., I-jind.tekhn.
nauk; ANCILITIOV, I.L., inzh.: Bal]ISKIY, S.I., inzh.; BELOUSOV,
V.G., inzh.; VIHITITSM, K.Ye., laind.tekhn.ne-&,; VLASOV, Y.M.,
inzh.; VORONTSOV, N.P., knnd.tekkui.nauk; GIPS~Wl, H.K., inzh.;
GLUZMAHt I.S., kand.teldui.nauk; (YJRIYXV, S.V., kand.tetdm.nauk
[deceased]; DEMIN, A.M.. kand.tekhn.nauk; TEGU11NOV, G.P., kand.
tekhn.nauk; YWIMOY, I.R., inzh.; ZOKOV, L.I., kand.tekhn.
nauk; ZWTOM, N.M.. inzh.; KO'U.ACiMV, M.H., Imnd.tekhn.nauk;
KOTOV, A.F., inzh.; KUDINOV, G.P., inzh.,- LAPOVENKO, N.A., kand.
tekha.nauk; MAZUROK, S.F., inzh.; MELINIKOV, N.V.; MUDRIK. N.G.,
inzh.-, NIKONOV, G.P., kand.tokhn.nouk; ORLOV, Ye.I., inzh.;
POTAPOY, M.G., kand.takhn.nauk; PRISZDSKIY, G.Y., inzh.;
RZHE'VSKIY, Y.Y., prof., doktor tekhn.nauk; RYAEHIK, V.I., kand.
takhn.nauk; SIMON, B.A., kand.teklin.nauk; SITHIKOV, I.Ye., inzh.;
SOROKIN, V.I., inzh.; STASIM, V.U., lmnd.tel-Jm.nauk; STAKWiVICH,
Ye.B., inz-h.; SMCHNIIKO, A.A., inzh.; NIP-
TYMOVaIY, L.G., inzh.-, FISENKO, G.L., kand.tekhn.naulr-; FbIlMaOT,
B.M., inzh.; MUTLAYEV, M.G., inzh.; SlMSHKO, Ye 'F' " rof., dok-tor
tokhn.naul:; TEUIGOREV, A.M., glavnyy -red. [decea,,dj;
(Continued on next card)

IMATORTSEV, S.A.--(continued) Card 2.
KIT, I.E., zanestitell .-lovnogo red.; MM&qKO, Ye.F., zamestitell
otv.red.; BUGOST~IVSKIY, Yu.K., red.; BYKHOVMAYA, S.H., red.;
D1011ISITLT, A.I., kand.telchn.nauk, red.; KOZIN, Yu.V.., red.;
SOKOLOVSKIY' M.M., red.; YASEMOV, A.I., red.; DEMIDYUK, G.P.,
kand.tekhn.nauk, red.; KRIVSKIY, M.N., kand.tekhn.nauk, red.;
LYUBIMOV, B.N., inzh., red.; MOLOKANOV, P.L., inzh., red.; REISH,
A.K., inzh., red.; RODIONOV, L.Ye.. kand.tekhn.nauk, red.; SGA-
VUTSKIY, S.O., inzh., red.; TRAMWi, A.I., inzh., reel.; TRYHOV-
SKIY, L.G., inzh., red.; FIDELEV, A.B., doktor tekhn.nauk, red.;
SHMOV, A.M., kand.teldm.nauk, red.; TER-IZRAEL'YAJI, T.G., red.
12d-va; PROZOROVSUYA, Y.L., tokhn.rod.; KONDRATlYINA, M.A.,
tekhn.red.
,(Continued on next card)

ALATORTSET, S.A.--(continued) Card 3.
[Mining; an encyclopedic dictionary] Gornoe delo,- entsiklo-
pedicheglcii spravachnik. Glav.red.A.M.Terpigorev. Chleny glav.
red.A.I.Baranov i dr. MoBkya, Gos.nauc!,no-tekhn.izd-vo lit-ry
po gornomu delu. Vol.10. [Minin-- coal deposits by the open-cut
method] Razrabotka, u_-ol'nykh mostorozhdenii otkrytyra aposobom.
Redkollegiia toma; IT.Y.Mollnikov i dr. 196o. 625 P.
(MIRA 13-2)
1. Chlen-korrespondent AN SSSR (for Kellnikov).
(Coal mines and mining) (Strip mining)

TTqIN .11 ekhnil-.
Dellivek,V, oil to cutouts and transformers under pressure,
3nergetik 5 no,6:19-21 Je 157. (MLRA 10:7)
(Fiectric mtoute) (Mlectric transformers)

TTUTIN, I.S.
Motorships of the type "Beloretak." Bi4l. telch.-ekon.inform.
Takh. upr. Min. mor. flota 7 no.5128-36 162. (KMA 160)
1. Starshiy inzhener Upravleniya po zakasam i nablyudeniy-u za
stroitallstvom flota.
(Motorships~'

S/0056/64,/047/005/Ia26,/Ie28
ACCESSTW NR: AP5000339
'Gap: 0110vev,
IIIJILEzi inelastic scatt erinq of- rieutrinos~ by deuterons
;3'.OURC2: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 47,
-io. 5, 1964, 1826-1828
TOPIC TAGS- neutrino, deu-eron scatterLng, inel&stic scattering,
differential cross section
RSTRII~:T. Ln view of the D'hysical feai;ibility of low-onercly experi.-
U.Ls dealinq with the possible existettee i:.f a neutral- 1-.,cL:!_rIro cur-
rent in the universal weak-interaction Hamj.'tonian, th.-~ authors use
-~tion for
the cross sc
CCI~C:

L 165066
51 NR AP500033,9
as N-,.
appr il6wed- afid --farbi
oximatidfis of - thea idderi- trArisitions, resulting
from the expansion of the exponential in the matrix element, are the
samiv- as for f3 decay. Plots of the differentiaL cross secti.on as -a
furvztion of the relative energy of mation and -:ables of the cross
sections as functions of the total reaction energy are presented.
"Vie authors thank 1. S. Shapiro ~--or interest and for valuable ad-
vice. One of the auth_0_rS_TFU-(-,.,, is grateful to L. A. Mikaelyan,
V. G. Vaks, and A. 1. Larkin of the for
interesting discussions." oriq. art. hits: 2 figures, 3 formulas,
and 2 tables.
ASSOCIATIM.-Wone
SUBMTTED.- 30Apr64,. EUCL: 00
SUWCODE: UP MI REF SOV: 006 OTHER., 003
Card 2/2

- , '.. , , , `z . ; , ~ Yt 1 ,, f 1 .1 ,1 ~ I.T .
Inela3tlc acatte.:-ng of nel-tr4r, cT, li~:uterrjno. Thur. -' -,,; --. r .
z j - - . .
fiz. 47 nc-5:11826,182F !.' I i'll, . " -! -, ~, ~-, P, : - I
- 4 ;

AID N37., 99P-17 23. Jtme
INDUCMD RA DIATIVE, PROCESSES IN C LA' .3 )SICA L AND QUANTUM
THFORMES (USSR)
Sobellmant 1. 1., and J. V. Tyutin. Uspekhi fizicheskikh nauk, v. 79, no. 4,
..-.Apr 1963, 595-616. S/053/63/079/004/002/004
It is shown that although induced emission is not a pure quantum effect, In the
i---r'quaEd-;e1assica1lirnit the transition-from-quantum -formulas Is quite.unique- In
particular, there Is no classical analogue to the quantities determining the In-
-ducod"ert th--alb ------ point out -that-
jission-power and e sorr ionpower.
their analysis -of induced emIssion in terms of classical theory is warranted
by. the recent inter est in masers and becaus e a g ene r a 1 clas sical theory for
the-interaction of radiation of nonlinear oscillators with the field was never
fully developed, The article deals with a s,
.1stematic development of the clas-
aical theory of radiative processes, compares -In dotail the classical theory
with the quantum theory, and shows ibut under certain conditions clasn_~ical
[CS1
systerns can amplify incidont radiation.
Card 1/1

SOBELIMAN, I.I.; TYUTIN, I.V.
Induced radiation processes in the quantum and classical theories.
Usp. fiz. nauk 79 no.4:595-616 Ap 163. (.MIRA 16:3)
(Radiation) (Qnantum theory)

UKHAROVp V..I.;._ Y 'IT I
L-
The Adsmollo--~stto theorem for an arbitrarl SU(")-natiplet *
IM. fiz. 2 no.4:705-7(r) 0 165. (MIRA 18:11)
1. Institut teoreticheskoy I eksperimentalynoy fiziki Gossudarst-
vi:mnogo kamiteta po ispollzovani-yu atmnoy energii SESSR.

TYUMT,
71
'Ar'lon-bex7mi at
Tgd. riz. 2
` 21 N 165,
teoret-i
kolnitfi;",V.

L F_WT(m)/T/E??A(m)-,2
AM 10i AP5028020 13OURCH CODEt uK/OA86/65/o02/ 0 T
AUMOR: Zakhar6v,-'i.' T. V#
W-1 n
ORG none
TMEs.. Effect of mass splitting within the-barym octet on IRP scattering
SOURCE: Zhurnal eksperimentallnoy I teoreticheakoy Miki. Fialms Y redRktalyu
(Prilozhenlye), v. 2, no. 8. 1965P 383-38T
TOPIC TAM quantum electradynamics, strong nuclear interaction, tqtrange particle,
bavron
ABSTPACT: The authors shown that an account of the baryon m-asu difference! can quall-
tatively change the baryon-baryon scattering picture even If the Influence of broken
unitary symmetry is neglected. This is Illustrated with the two-channel ~1) sratter-
ing reaction with zero spin Ap - Ap; Ap - (E3)Tul/2# wbere,(FN)T-1/2 -,ft73 ep
th P
E'n, as an example. A simple model of he interact on to considered, with
unitary symmetry and zero force radius. It in shown that In the limit of SUM sym-
metry there is only one common level In the systems Ap and (EN)fr,1/2- If these sys-
tems are analyzed in the same manner even after account to taken of the mass differ-
encep there are no grounds for expecting the level to be located at one of the threnh-1;
oldsj or the appearance of two levels (In Ap and (EN)T,1/2 scattering). The existence
of a virtual Ap level In the model In question can be explained on,11 by the fact thAt
the Interaction Is resonsnt In some Irreducible representatAons of 80(1) - Such a
Card .1/2

L
ACC NR, APW28020
character of the interaction is natural if there exists some higher trmnetry of In-
teremtion,, for example Su(6) or SU(8), where the different SUN representations are
unified in a single supermultiplet. Although inclusion of terms corresponding to the
effective scattering radiusp which are sinall in the real case,, could greatly change
the derivationsp It Is seen even from the discussed example tbwb the breaking of uni-
tary symmetry in the baryon masses can (Vialitatively change the BB-scattering picture
obtained In the SUM-symmetry approximtion. Authors are grateful to Is ft. Kok-!,
zarev for numerous useful discussions. Origo art, has: 5 formulaso
SIM C
ODEt 20/ MM PATEI OlSeO5/ ORIG MW: 005
C~urd :a*

us,*R/ Miscellaneous Botany
lam -17/
Pub. 86~ 40
Aithors 1: Tyutin.. M. G.
WX
T STropical fruit
Nriodical sPriroda. 3*91-92, Mar 1954
Abstract- I The plantings of tropical fnAt trees (Solanum muricatun). imported from
Peru and other South Americim couatrieso Is announced.
Institution The Scientific Testing Station.. Simferopol
Submitt ed

TYUTIN, M.G.
,T,
Tropical fruit (Solam, muricatum). Priroda 1,3 no-3:91-92
Mr 154. (MLRA 7:3)
1. Simferopol'skaya opytno-selektsionnayn stantsiya.
(Tropical fruit)

1. TYUTIN, M. %G.
2. US3.R (600)
4. Sweet Potatoes
7. The sweet potato, a forgotten crop. Sad i og. no. 11, 1952.
r~ . 0
9. Monthl List of Russian Accessions, Library of Congress, March -1953, Uncl.

11
I il
I
A

L U1~2-66 W(l)/EWT~W (~)/EWP(b) 'IJP(a) AT/JD/JVI
ACC NR: AP6000889 S OUR CHCODE: UR/ o18l/65/007/ W/3682/3684
!AUTHORS: Arkhangel'skaya, V. A.; Nikitinskaya, T. I.; TvLti M. S
..~__TORG: none---
TITLE: Effect of oxygen on the Ionic conductivity of fluorite
crystals
SOURCE: Fizika tverdogo-tela, v. 7, no. 12, 1965, 3682-3684
ITOPIC TAGS: calcium fluoride, electric conduct'vityj impurity con-
ji
ductivity., crystal lattice vacancy, temperature dependence
5
ABSTRACT: -The authors report an obaerved change in ionic conductivit;
2.
lof GILF2 aryatals when ions are Introduced in the lattico. The
procedure and research apparatus were described in earlier papers by
ione of the authors (Nikitinskaya, FTT v. 1, 835, 1959; v. -5, 3224,
11961). The investigations were made at temperatures 350 --'.650K, in
!a region where the conductivity of CaF is.sensitive to structure.
2
Card 1/2.-

ripa22-66
ACC NR: AP6=889
0
'The temperature dependence of the ionic conductivity of CaF, with or
3+ 3+ SM3+
:!;without rare-earth impurities (Er Ho and Dy3-), in con-
:cent-rations up to 1.0 mol.% , can beo described ~y the relation cr = a
;exp (-u/kT), where u = 23 kcal/mole = 1.0 ev for all the investigated
,samples. The fact that impurities do not affect the varlation of the
,conductivity Indicates that in the temperature region 350 -- 600K the
conductivity is governed by anion vacancies, and not by.interstitial
2-
Ahions. These vacancies are in all probability produced by the 0
~introduced
in the crystal. The presently available data are insuf-
~~ficient to explain all the results. Orig. cart. has: 2 figuref) and
11 formula.
~SVB CODE: 20/ SUBM DATE: lOju165/ ORIG REF: 005/ OTH REF: 005
Card 2/2,
,r7

PA 2,'1,Lr'Y!1~
USM/Engineering 00 t 48
Automobiles
Trucks - Performance
"A Few Observations on the GAZ-51 Aatomobilmi" W.
Tyatin."'., 1.~ IreznI fr. - Engineers; ~ ip
t"Atrt omo-bil,!Yc -c Noi,10!
-Thwebde no doubt that the GAZ-51 is a better truck
than tho6e manufactured in foreign countries for
similar purposes. Truck operates well as a unit.
However, individual parts need improvement. Per-
formance of axles, particularly for front vhpele,
must be improved.
FM 28/49T18

I F-4 I
TYUTIN, P., podpolkovnik.
Electrified model showing the operating diagram of devices for
night vision. Voen.vest- 37 no.10:74-76 o '57. (MIRIL 10:12)
(Infropd rays) (Night vision)

TYUTIWp P.I.; KOZHEVVIKOVA, le.p. (Sverdlovsk)
Use of a petrographic method for the study of minerf-1 particles
in animal tissues and urine after the introduction of quartz-
containing dusto Arkh,pat. 23 no-4854-61 161. (MI11A 14:6)
1, Iz kafedry patofiziologii (zav. - prof. Ya.G. Uzhanekiy)
Sverdlovskogo meditsinskogo instituta (dir. - prof. A.F.
Neiev) i Berezovskoy opytnoy stantsii po bor'be s silikozm
(dir. N.N. Liberm= Ldeceased)) Inatituta gigiyeny truda i
proftabolevaniy AM1q SSSR (dir. - deystvitelln3ry chlen AMN SSSR
prof. A.A. latavet).
(FOREIGN BODIES) (LUNGS-DUST DISEASES)

TYUTIN, P.I., petrcgraf
Using the petrographic method to determine the minar composition, dis-
persion, and specific surface of dustB. Sbor. rab, pcx. ailik. no.3;
147-153 261. (MIRA 15:10)
1. Berezovskaya.opytanaya nauchno-issledovatellskVa atantsiya po
borlbe s o~l$kozom Instituta gigiyeny truda. i professionallnykh
z0olovaniy AAW SSSR.
(Mine dusts-Analyais)

TIUTIN P.L., petrcgraf
Composition of mine dusts and ash from the lungs of silicotabermlosis
patients. Sbor. rab. po silik# no-3:129-146 161. (MIRA 15:10)
1. Berezovskaya nauchno-issiedovateliskaya stantsiya po borlbe s
silikozom instituta, gigiyeny truda i profeosional.Inykh zabolevaniya
MI S&W I
(MMULOSIS) (LUMS--DUST DISEASIZ) (MINE DUSTS-ANALYSIS)

PETROS,YAN, G.A., inzh.-, TYU'IN, S,,A.p in-~:h.; MATVEriVA, V,T., inzh.;
SOANCHA, A.P., inzh.
Concerning E.F.Kirpichev ani A.P.Koniaev'3 article "Results r
testing MP-VTI ash collectors having scrubbers with 4,100 mm.
diameter." Teploenergetika 11 rio.2-i% F 64. (MIRA 17:4)

Y
TAUTIM, SMEGF~ PIETROVICIi.
The U.S.S.R.j an economic and social survey, with
statistical tables. 2d ed., rev. and f-nl. London,
p. incl. illus. (maps) tables, diagr3, (1 fold)
"First putrlished, Junel5th 1944".
Chapter 3 contains data on the most
Azov and Caspian .5ea; on Arctic and Pacific oceans
with nuips.
8 maps, 18 diagrams and 67
Merhuen& co., Z-19452. 234
iniportant Forts of the Black,
and Valtic sea, complete
DLC: HC335/T727 1945
SO: Soviet Transportation and Communications, A Bibliography, Library of Congress,
ieference Department, Washington, 1952, Unclassified

FYOTIN, V A -
TICRENTOYEV, M.L.; OSADOKO. M.P.; BRAGINSKIY, B.I.; SLOBODIN, V.M.; FISWAY,
Z.A.; LEVIN, I.Ye.; TSYNXOV, M.Tu.; BADIRIYAN, G.G.;-TYUUNT-11
ABRAMOV, V.A.; MYER,S.Y.; KOBC11IKOVA, I.A.; KARRMINIALUKUH0 , e. .;
OBOIXNSKIY. X.P.,- WIN.S.A.; GAVRILOV. V.I.; YRNYDMAH, S.M.;
KAIASHNIKOVA, V.S.. redaktor; IAPIDUS, M.A.. redaktor; RAKITINA.
Ye.D., redaktor; YOOTOVA. A.F.. tekhnicheekiy redaktor
[manual for students of collective farm economy] T pomoehch'
izuchaiushchim ekonomiku kolkhozov. Moskva. Gos. Izd-vo selkhoz.
lit-rY, 1956. 423 P. (MIRA 10: 1)
(Collective farma)

BADARIYAN, G.G.1 CiIERaIIJC3IIKPI, S.D.; ZIJZJK, D.T.;
XBODASEVICH, BX.; FRAYERIP S.V.; 6USAROV, Ye.I.; KAZANSKIY,
A.M.; KASSIROV, L.H.; KARREV, S.A.; AERAYDV, V.A.;
VASILIYEV, N.V.; BUGAYEV, N.F.; SAPILINIKOV, N.G.; KASTORIN,
A.A.; RUDNIKOV, V.H.; YAKOVLEV, V.A.; PERWYKINIV.I.;
ISAYEV, A.P.; UZIMIULT, N.N.; ILIRI,'S.A.; 1WRIN, V.A.;
LUKIYANOV, A.D.; SHAKHOV, Ya.K.; ILICHKV., A.Y:.,, kand. sell-
khoz. nauk; KOGAV, A.Ya.; TSYNKOV, M.Yu.; BABIX, L.T.;
GORBUNOV., I.I.; KGVALEV, A.M.; ROMANCfOIKOj G.R.; BRODSKAYA,
M.L., red.; IVANOVA, A.N., red.; GUREVICH, M.M., tekhn. red.;
TRUKHINAI O.N., teldm. red.
(Economics of agriculturelF,14onomika sotsialisticheskogo sell-
skogo, khoziaietva; kurs lektsii. Moskva, Sellkhozizdat, 1962.
710 p. (YJRA 15:10)
(Agriculture-Economic aspects)

TYLT Ml, V. A.
36272
SpetsializatsiYa i razmeshchaniye kolkhoznoro -oroizvodstva v leningradskoy
obl-7tstt. Zapiski Leniner. s.-kh. III-TA, V'P. 5. 1948, a. -1-17
SO: Letoois' Zhurnallny)di Statey, No. 49, 1949

KCIOBFNIN, V.11.4 BLOKII, '-,,A, A-B'1zkh.. !!,-*,..!,. lok'..or kh~.,,.nau~.; T--fTJTlt;,
v Al
Effect of anili-reptienol-fcrrialcieliyde ro-siris on, ,-he cj~e-.~tric
prorertiess of SKS-110 rubber. Khim.prom.[Ukr.] no.1;14-16
Ja-M- 165. (MITIA 118--4)

AREFIYEV, T.I., kand. ekon. nauk; BRASLAVETS, M.Ye., prof,, doktor
ekon. nauk; BROZGULI, M.M.; VLASOVJI U.S., prof., doktor
ekon. nauk; DUBROVA, P.F., doktor ekon. nauk; YYESAULOV, P.A.,
kand. sellkhoz. nauk; ZALITSMAN, L.M., prof., doktor sell-
khoz. nauk; KALIM, P.A., dotsent, kandidat sel'sko.-
khoz. nauk; NOSTSEIZTSKIY, N.A., kand. ekon. nauk; KRYLOV,
V.S.P kand. dellkhoi. nauk; LIBKIND, A.S., dots., kand. ekon.
nauk; MAKAROV~ N.P., prof., doktor ekon. nauk; OGLOBLIN, Ye.S.,
kand. sellkhoz. nauk; POLOVENKO, S.I.,kand. ekon. nauk; POPOV,
S.A., dots., kand. ekon.nauk; SAPILINIKOV, N.G., doktor ekon.
nauk; TISHCHENKO, G.A,, prof., kand. ekon. nauk;,WIN. 4A..,
prof., doktor ekon. rauk;YANYUSHKIN, M.F., kand. exon. nauk;
PYLAYEVAP A.P., red.; FREYDMAN, S.M., red.; SOKOLOVA, N.N.,
tekhn. red.
(organization of socialist agricultural enterprises] Organiza-
tsiia sotsiallsticheskikh sellskokhoziaistvennykh predprilatii;
kurs lektsii. Moskva, Sellkhozizdat, 1963. 662 p.
(MIRA 16:8)
1. Zaveduyushchiy otdelom ekonomiki Vsesoyuznoqo nauchno-
issledovatellskogo instituta sakharnoy svekly (for Areflyev).
2. Odesskiy sellskokhozyaystvennyy institut (for Braslavets).
(Continued on next card)

AREFIYEV, T.I.--
3. Moskovskaya akademiya im. K.A.Ti-
miryazeva (for VlaBo-v) otdalom ekonomiki
i organizataii Naue-iirio-'-ssiedo-~,atellskogu instituta sadovod-
stva im. I.V.Michurina (for Dubrova), 5. Mookovsk-y Gosudar-
stvannyy universitet im. M.V.T,omonosova (for Zalltsman,
Polovenko). 6. Zaveduyusbwldy kafedroy organizatsii sel'sko-
khozyaystvennogo prolzvodstva L,5ningradskogo sel'skokhozyay-
stvennogo instituta (for Kall-m), '7. Zaveduyushchiy otdelom
ekonomiki Nauchno--iseledovatel.15kogo Inatituta ovoshelinogo
khozyaystva (for Kostseletskly). 8. Ilsesoyuznyy nauc)uio-
issledovatellskiy institut ptitsevodstva (for Krylov),
9. Moskovskiy ekonomiko-,statisticbeakiy Institut (for Libkind).
10. Vsesoy-uznyy selIskokhGziayetvenniy institut zaochnogo ob-
razo-vaniya. (for Makaro-v), 1l". Zaveduyushchiy otdelom ekonomiki
KrasnodarBkogo nauchno--issledo,,,ate_1',skogo instituta selldkdgo
khozyaystva. (for Ogloblin). 12. Kafedra, organizatsii. ael~sko-
khozyaystvennogo proizvodst-ira Leningradskogo sel'skokhozyay-
stvennogo instituta (for Popov-). 13. Zaveduyushchiy kafedroy
Sovetskoy ekonomiki Vysshey partiynoy shkoly (for Sapillnikov).
11j, Voronezhskiy sellskokhozyaystvennyy institut (for Tishchenko).
15. Leningradskiy sel7skokhozyaystvennyy institut (for Tyutin).
16. Direktor 5evero-Kavkazskogo filiala Vsesoyuznogo nauchno-
issledovatel'skogo instituta ekonomiki sellskogo khozyaystva (for
Yanyushkin).
(Agriculture-Economic aspects)

FEZ
a"
(Economics of collective farms on non-Chernozem soile] Ocherki
ekonomiki kolkhozov nechernoremnoi polooy. Moskva. Gos.izd-vo
solkhoz. lit-ry, 1957. 358 P. (MIRA 11:3)
(Collective.farms)

HINCHENIO, N.I., kand.tekba.nauk; TYUTIN. V.I., lnzh.
Ways of improving the performance of the gear transmission
of traction motors. Trudy TSNII M no. 202:71-115 160.
(KEU 13.12)
(Locomotives--Transmission devices)

-Ilqp Np- V. T.,, J nzh.
Amalyzing the wr;rY -f ela5orjr; re, a h -._ et., --. Pt
-I " f m r-, 1 rfb-
to tha wheel pair, Ti-x~dy TSNfT yp-, rc,.288a'-09-125 165. (~111!4' 13-2.0)

-JRRIN' V.I., inzh.
Use of design da+,a in evp U
jua~inj7 ~,he difficulty of repairing
0
tmiler cars of dilfferent, design. Trudy TSKII MPS no.230:113-130 262,
(Locomotives-Maint-enance and repair)

MINCHINKO, N.T., ka-ad.tekhn.nauk; TYUTIN, V.I., in2h.
Lengthening the service life of locomotive gearings. Vest. TSNII
M 19 n0-3:54-56 6o. (KERA 13:10)
(Locomotives) (Gearing)

PRU.9AKOVA., I.R.; TYUTIN, V.V.
Utilization of small timber at plywood factories. Der. prom,
12 no.7:12-14 J1 163. (MMA .16t8')
1. TSentrallnyy nauchno-issledavatellskly institut fanery i
mebeli.
(Plywood industry)

TURKIN, A.N., inzh.; 12MALKOV, Yu.G., Inzh.; MIAMIULIN, N.Ye., inzh.;
TYUTIN, Ye.V., inzh.
Use of hydraulic clutches as direct controllers of once-through
boilers. Elek. sta. 35 no.6:28-32 is 164.
(14M 18: 1)

WX W'W Z7Z

00
4
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00 scrubber 0.37 cu. rn., surface 70 sq. m., vol. of free since
.49

0 O 027 cu. m.) In series. Top water was sprayed In a quan-
0
P tity of I Vol. swr 16.9-142.6 vols. of cxmtact gas. Only
of a) thyde was remuml
An Increase In the
th
70-757 .
4
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0 0
"
is guantity of water did not affect the results. 77healdehyde
410
In umv"ified butadiene before treatment wiss 15-20%.
egit after, 4-7%. The method is up-satisfactory. for the aide. =0 0
hyde sbo4l~l not be higher than 0.05%. A. Pestoff
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S/137/61/CCO/G'!*-~/11'~.3,/"23
A060/A101
AUTHORS: Kudelya, Ye. S., Tyutin&,_A__Yv-.-
TITLE: Determination of small quantities of aluminum in steel
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1961, 4, abstract lIK21
(V sb.: "Vopr. proiz-va stali", no. 8, Kiyev, AN USSR, 1961, 996 -
101)
TEXT: Methods have been elaborated for determining 0.08 - 0.1% Al in steel
with are excitation of the spectrum under the followirg optimum conditions: the
arc current 5 amps, analytic interval 2.5 mm, gap width 0.01 mm, stationary elec-
trode - Cu rod 2.2 - 8 mm dia., time of preliminary roasting 30 - 110 see. The
mean relative error of the analysis is �5 - 6%. To determine the Al in the steel
by the analytic chemistry method the batch of steel shavings is dissolved in
H004, The solution filtered off is neutralized with NaOH up to PH 6.6. The
precipitate formed is washed, dissolved in HNO? and 30% HC104, adding NaCl. The
solution is boiled to remove Cr, in the form o a chromyl chloride, as well as
Sn and As. The remainder is diluted with water up to 50 - 100 ml, the content
is filtered to eliminate S102. The solution is poured into a hot solution of
Card 1/2

S/137/61/ooo/oli/113/123
Determination of small quantities of aluminum in steel A060/AlOl
NaOH (100 g/liter) to precipitate the hydrates of Fe, Ni, Cu, T1, and M--,,. The
mixture is transferred into a 500-ml flask and after cooling it is filtered, To
250 ml of the filtrate one adds 10 ml of 15% solution of (NH4)2~PO4, 20 ml of
25% solution of NaCl, 10 ml of concentrated HC1, one neutralizes according to
methyl red and thereupon adds NH40H up to the basic reaction of the solution.
Later one adds a warm solution of ammonium aceta:te and keeps on the warm plate
for 50 min. The solution obtained Is filtered and an AlP04 precipitate is ob-
tained in the filter. The latter is washed and roasted at 1,0000C, The precipi-
tate is wei&ied and the Al content is determined from its weight. There are 5
references.
L. Voroblyevi.
[Abstracter's note: Complete translation]
Card ~/2

L 18061-63 EWP(q)/EWT(m)/BDS AMC/ASD Pad MIWIJG
NR: AT3ro2i6g -/,24 P), A ?0 10091C () 7 3100 71?
1
AITTHORS: _Yemellyanonko, Yu. G.; Prok~orenko, Y. Y,j Tyutina, A. Yo.
TIME: Electrolytic extraction of nonmotnIlle inclusions from stdnless steel
307ARCE: AN Ukr RSR. Viddil tekbnic~mylrh naul-. Vbvros:~ proizvodstva stcli, no. 9,
~:LC?63, 73-78
T-OFIC TIGS: . stainless steel, nonnetallic inclusion , electrolytic extraction
ARS'ITRACT, A new method for seperatinc7 crrbidjl~rclusions from steel is discussed
in detail. The m.atIzd is b.?.sed on the rrincirle of an simultaneous solution of metal
nnd c!~rbide, vtl?dc'-i can be achieved b-r P rroN.-r cho-Ice of the electrolyte ccnpositlon.
A scheme for the device used in the ex-perinent ir. presented and the vrorkdng pro-
cedure is ex-olained. Ti-ds method is ch---rnci:eri 7eO by the full preservation of the
O.xide fraction and by the solution of crrbides ccntrtined in steel. The crrbide
solution occurs bacause of the pollri 7.-tion o-P metnI)ic surercc and an increase in
the nnode passil.-ition (77.Y-ch does no~~ f~ffectu the c~',rbides). The nutbor concludes
thnt the new method provides a rapid nnd nceurnte daterminntion of oxide inclusions
in stainless steel. Orif7. nrt. h~s: I trible nri I fienzes.
Card 1/2

L 18061-63
ACCESSM NR: AT3002169
: ASSOCTATION: none
- SUBMUTTED: 00
.SUB CODE- ML
DATE AGQ- lomay63
NO R'er SOV- 00!
0
EiC!,: 00
07rics R! 000
C.:;rd 2)2-

7EI&L.IYAIJENKO, Yu.G,; PROKHOIU, JK02, K.K.; -T)TTINA2 A.Ye.
Electrolytic separation of norame-tallic incluaiom-, In stainless
steel. Vop. proizv. stall, no.9:73-78 163. (MM 16:9)

TYUTINIA, "Invef-ti~,.-ttion of electrnde procesce~; in.. t~e of
lead-nickel. sla~7.11. l.'oscrr,', 195. !.'In Hirhr:r F-ducation UZ-1.R. 11-:osc,7v
of Lenin C$,emicotechnological inst imeni D.I. Mendeleyev. (Dissert-ItionF
for the Degree of Cnndidate of TechnicaL Sciences).
SO: Knizhnaya letooist No 45, 5 November 195c, Mloscow.

/ Y07-ItIq k (4 kWWd&&A
AUTHORS Tyutina, K. M '.~ and Kudryavtsev, V. T. 20-3-44/59
.TITLE Note on the Electro3.ytic Deposition of a Tin-Nickel Alloy from
Chloride-Fluoride Solutions (Elektroliticheskoye osazhdeniye
splava, olovo-nikell iz khlorid-ftoridriykh rastvorov).
PERIODICAL Doklady Akademii Nauk,, 1957.. Vol. 1.15, Nr 3, pp. 58o-582 (USSR).
ABSTRACT This method of deposition on the basis of tin are of considerable
interest to electroplating. Coatings with such alloys are distinguished
by~a number of valuable properties., some of which are utilized in ins
dustry with good results as protective and protective and decorative
coatings on steel products. This new method, mentioned in the title,
where the alloy contains up to 650/oof tin, possesses a practical as
well as a theoretical importance. Apart from its resistance to diluted
mineral acids, the coating emerges from the trough with a glossy sur-
face and a nice pink shade, making any polishing unnecessary. The
coating consists of 350/,Ni and 650/aSN and forms an intemetallic
compound, which can only be produced by electrolysis. The composift
tion of the electrolyte and the electrolysis conditions are given;
2,2L - 2)5 N NiC12+ OA - 0,5 N SnC12 + 7 N NaF + 110 N NH4 F;
Card W3 PH - 4,0 - 4,5. Temperature of the electrolyte 45 - 550C. Current

Note on the Electrolytic Deposition of a Tin-Nickel 20-3-44/59
Alloy from Chloride-Fluoride Solutions.
density 0;5 - 4,0 A/dm4. The production efficiency with respect to
current amounts to 96 - 9BO/b. Anode surface relation. S S
Sn Ni
1 '. 2o. The average anodic current density O~5 - 1,0 k/dmll over the
total surface of the anodes. By the addition of flucric salts of
sodium and of ammonium to the chlorous electrolyte the cathodic po-
tentials of the tin separation reach more negative values than those
of nickel in the identical. solution. This apparently takes place
because of the formation of solid complex ions BnF and SnClF2,
which need a higber activation energy for discharge, The presence
of fluoride effects an approach of.the potentials of tin and nickel,
which enables them to be deposited simultaneously at the cathodeo
This is proved by the so-called decomposition curves (fig. 1). A
considerable depolarization -takes place which, apparently is dependent
upon a diminuition of the free energy at the formation of the chemical
compound, that is the Sn-N--'- alloy. The investigations of the authors
have shown, that the composition of the alloy is little dependent on
the Sn- and Ni- concentration in the electrolyte and on the character
of the cation of the fluoric acid, which,, however, is of great imporn
tance in the modification of the physico-chemical properties of the
Card 2/3 deposits. The range of current density, where glossy deposits are

20-3-44/59
Note on the Electrolytic Deposition of a Tin - Nickel Alloy
from Chloride- Fluoride Solutions.
produced: depends on the temperature and on the pH-value of the
electrolyte. The interval. of permissible current densities shrink.-
with the increase of both. Operating codes were worked out for a
diminished Sn- content and for a.c.coatings and for current rever-
sion. The two latter factors had almost no influence on the compo-
sition of the deposit, they impaired, however, its quality to a
considerable extent. There are 2 Slavic references and 1 figure.
ASSOCIATION'. MoscowChemical-Technological Institute imeni D. I. Mendeleyev
(koskovskiy khimiko-tekhnologicheskiy institut im. D. I. MendeleyevA)
PRESENTED*. By A. N. Frumkin, Academician., Tanuary 23, 1957.
SUBMITTED' November 2o, 1956.
AVAILABLE: Library of Congress.
Card 313

Distrz IfE2c
0
n of
alloys tora chlaride-fluo ride electrolytes. 'I6L=--XH-uTP
and X. _Tr1judrya ,~Iur.,Prikkjd. Ahsits. it, IU54-
;8(lma e tutg. NiC12.61120 300,
a all JYC
SnC11.2fI30 50, Nal? 30, and NH4F 35 g./I. at 50*1
Ni anti Sn dis-~Avecl readily with a c.d. from O.r~ to 4 *0
Sri take
atup./sq. dm. The anodic potentials of Ni and n
ScWawly were different from those when both inetals
were connected fit parallel as an anode. The current dis-:
tribution on Sit was ab3ut 20 tinics hmater than on Ni.
Electrolysis with a combined anode, so that the workingarca'
of N! was 20 times that ef Sri, continued for 10-20 firs. with
an atiodic c.d. front 0.5 io 1.6 amp./sq. dw. and it cathode
C'd. of 2 atrip./sq. drit. and did not change the relative concti.
of Ni anti Sri in the elu:trolyte. The current efficiency of
NI was 97-100% at it D. - 0.5-5 anip./sti, din. and for So
*-10.1% tit a D. = 0.5-3 atrip./sq. dm. 1. Bencowitz

AUTHORS: Kudryavtsev, N. T., Tyutina, K. Y. SO,;/ 156-58-3-6/52

TITLE- The Cathodic Polarization in the Electrolytic Separation of
a Tin-Nickel Alloy (Katodnaya polyarizatBiya pri elektro-
osazhdenii splava olovo-nikell)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Khimiya i khimicheskaya
tekhnologiya, 1958, Nr 3, PP. 435 - 438 (USSR)
ABSTRACT: The presence of sodium and ammonium fluoride increases the
cathode potential of tin to the point where it approaches
the separation potential of nickel from chloride solutions.
The potential in the simultaneous separation of tin and
nickel at the cathode is a higher positive quantity than the
potentials in the individual separation of tin and nickEl.
The course of the polarization curves in the separation of
the alloy and its constituent parts from chloride-fluoride
solutions was traced: based on an analysis of these curves
it was found that the nimultaiieois deposition of tin ajid
nickel on the cathode is accompanied by a corisiderab.ie de-
polarization.
The nature of the polarization was investigated according to
various methos (suggested by Vagramyan and Gorbachev)~ It
~.Iara 1/2

The dathodic Polarization in the Elec-~rolytic Separation SOV-456 -58-3-8/52
of a Tin-Nickel Alloy
turned out that mainly chemical polarizations were concerned.
This is due to the fact that the complex ions of the deposited
metals are very stable. The experimental results obtained are
illustrated in diagrams. They show the cathodic polarization
in the electric separation of tin, nickel and the Sn-Ni-alloy
(Diagrams 1 and 2); furthermore, the change of the cathodic
potential with the period of e~r trolysis (Diagram 5). and
the dependence of the lg J on T at constant polarization
values (Diagram 4). There are 4 figures and 4 references, 3
of which are Soviet.
ASSOCIATION: Kafedra :?khnologii elektrokhimicheskikh proiz-
Nodstv Roskovskogo khimiko-tekhnologicheskogo instituta 4-m..
D.I.Liendeleyeva(Chair for the Technology of Electrochemical
Industries at the Moscoff Chemical and Technological Institute
imeni D.I.blendeleyev)
SUBMITTED: January 29, 1953
11.1ard 2/2

TTUTINA, X.M.; KUDItTAVTSJT,, N.T.
Anodic process in tba electrodeposition of tin-nickel alloy,
from a chloride-fl-jorida electrolytR. Zbur. prikl. khim. 31
no.7:1054-1058 JI 158. OMII& 11:9)
(Tin-nickel alloys) (Electroplating)

So.) PHASE I BOOK EXPLOITATION SOV/2216
SQw&Ahchan1ye po elaktrokhimil. 4th, Moscow, 1956.
" t 1,
Trudy... ; I abornik] (Transactions of the Fourth Conference on Elect-
rochealstry; Collection or Articles) Moscow, Jzd-vo AN ESSF,
1959. 868 p. Errata slip inserted. 2.500 copies printed.
Sponsoring Agency: Akademlya nauk SSSR. Otdol only* khImiaheakikh
nauk.
Editorial Boardi A.M. Pr=kln (Rasp. Ed.) Academician, O.A. Yesin.
Professor., S.I. Zhdanov (ResP. Socretary)o S.N. Xabanov, Pro-
fessor, S.I. Zhdanov (Reap. Sacretary)i B.N. Kabanov, Prcfe3som
Ta. M. Kolotyrkin, Doctor of Chemical Sciences, V.V. Lo3ev, P.D.
Luicovtaav, Profeasorl Z.A. Solov-yeval V.V. St..der. Profe3vor;
and O.M. Florianovich; Ed. of Publishing Houses N.G. Yagorov;
Tech. Zd.t T.A. Prusakova.
PURPOSE: This book is Intended for chemical and electrical tngl-
nears, physt llurgisto and researchers interested in
CT3 ctrocheml3try.
_11-8 .50at Oi 0.611.4
O11RAGE, The book contains 121 of ,,a 111 ,sports prenan,,,, at
the Fourth Conference on Electrochemistry sponsored by the Itepa
nt rt
0 0f Chemical Sciences and the Institute of physical Chemistry
A%demy Or Sciences, USSR. The collection partalsta to dirrerant
branches of electrochemical kinetics. double layer theories And
galvanic processes In metal clectrodepoalton and industrial elect
olysia. Abridged discussions are given at
sion. The majority Of reports not the end of oAch dlyl-
included hez~ have boost
Published In periodical literature. No personalities a" mstntloned.
References are given at the end or most of the articles,
-Polukarov,.Tq. M., and X.M. Gorburova (Institute of PhymIcal
as I
of
Chemistry, Academy lenc elTheoratical
rocry alIUS ";n So 4C4
Problems on the Elect Sc At I lztI OfOA 1 oys
_"dubert-R. (Deceassed) (France). Mechanism or Anode Dis-
solution
410
A.A., and.K.M. Gorbunova (Institute Of Physical
Chemlstry, Academy of Sciences, USSR). So=e Regularities
Of the Eloctrocrystall Izat Ion of Metals Under the Influence
of an Alternating Current 414
_Xsl&hcwj- R. Kinetics Of' Nuclei Formation During the Electra-
deposition of Metals 421
Kinetics or the joint Dl-~charge of Ion,
During the Electrolytic Deposition of Metal$
427
Transaction& or the Fourth Conference (Cont.) SaV12216
,-Xu.oryavtaev. N.T., and (Institute of Chemical
Yev). Cathodic Polarlzmtl~n
During the Electrodepositlon of a TIn-Nickel Alloy 435
-.-Peyr Y.L., and A.L. ROtIn!,an (Prcsyektnyy I natichno-
ls:1tezd-.vatel-3kiy Inatitut nikeleyoy. I ol~vy_
annoy promyshlennosti-Planning and Sclentlrc Re3laron
In Itute of the Nickel, Cobalt nd TIn Industry). Joltit
DI:tharge of Tons and the Problem of Obtaining Metals or
H.Zh
_Purity 440
Levin, A.I. Role of a Cathode Surface Discharge and the F,,r.
matlon, of Passive Films In the Process Of Metal Electro.
deposition 447
_Imaylov A.V (Institute Or Chemical Technology Imeni D. 1.
Mendeieyevl.KInttlc$ Or Catnod-le Processes Durlng ttio
Ilectrodepoaltion or retain From Aqueous 451,
Card 18/34

25(l) FRASE I BOOK EXPIMATION SOV/3161
Nauchno-tekhnicheekoye obshchestvo mashinostroitellnoy promyshiennosti,
Kiyevskoye oblastnoye pravleniye
Zashchitno-dekorativnyye i spetsiallnyye pokrytiya metallov (Protective,
Decorative., and Special Coatings for Yetals) Kiyev, mashgiz.. 1959. 291 p.
4,200 copies printed.
Editorial Board: P. K. Lavorko, N. I. Litvak, and A. P. Eycfiis (Resp. Ed.);
Ed. of Publishing House: M. S. Soroka; Chief Ed. (Southern Division,
Mashgiz): V. K. Serdyuk, Engineer.
PURPOSE; This book is intended for technical personnel in the field of protective
coatings for Lz L-iz; 4
COVERAGE: The papers in this collection, presented at a conference of the NTO
Mashprom. held in Odessa, deal with the mechanization and acceleration of
metal-coating and plating processes perfornied by spraying, electrolytic,
and other methods. QLmlity control of protective coatings is also discussed.
No personalities are mentioned. References follow several of the papers.
Card 1/;(
7--'

Frotective, Decorative, and Special Coatings for metals sovI3161
TABIE OF CONTENTS:
Preface 3
Kudx!yavtsev, N. T., Doctor of Thchnical Sciencesand,K_M. Tyutina, Candidate
of Technical Sciences (Moscow). Electrolytic Deposition -of ffii4lidkal Allay
From Chloride-Pluoride Solutions 5
Dvoyrin, Ya. D., Engineer. Electrolysis of Tin From Solutions Containing
Hydrochloric Acid 14
Shreyder, A. V., Candidate of Chemical Sciences,and M. A. FigellmanEngineer
(Moscow). Investigation of Steel Brittleness Under Cathodic Treatment and
Electropliting 21
Likhacheva, T. V., Engineer (Kharlkov). Application of High-luster Nickel
Plating in Mass Production 37
Savellyeva, A. I., Candidate of Chemical Sciencesand G. S. Chernobrivenkc
*scow). New Electrolyte for High-luster Nickel Plating 45
Card 2t7___-

MRTAVTSEY, H.T.; TYUTINA, K-M-; FIRGER, S-M-
Improving the anticorrosive and decorative proportion of zinc
coatings by alloying them with nickel. Trudy WHTI nooz6:96-
104 159. (MIRA 13:9)
(Nickel-zinc alloys)

NUDRYAVTSEV, N.T.; TYUTDiA, K-K-; BARABOSHKINA, N-X-
Blectrodepoeition of the alloy tin-biamth. Trudy HMI no.261ll3-
119 '59- (MIRA 13:9)
(Tin-bis=th allo7s)

KMTAVTSEV, N.T.; TTUTINA, K-K-; TARLYKOVs X-M-
Blectrodeposition of the alloy tin-antimony. Trudy NMI no.26:120-
3.27 '59. (MIRA 13:9)
(Tin-antimony)

KUMYAVTSEV, IT.T.; TYUTIITA, K.M.; MIKHATLOV, N.I.; GLAZUNOVA, V.K.
Causes of the formation of dark- snots on the surface of zinc
plated parts. lzv.v7s.ucheb.zav.; khimA khim tekh. 3 no.l:
166-169 160. OIRA 13:6)
1. Kafedra elektrokhimii Moskovskogo khimiko-tekhnologicheakogo
instituta Imeni D.I. Mendeleyeva.
I (Zinc plating)
(Zinc--Corrosion)

GHVAHKIN. LV.
KMYAVTSU, N.T.-;__T~NTIN
betermining the thickness of tin-nickel coatings. Zav.lab. 26
n0-3:301-302 16o. (MIRA 13:6)
(Tin-nickel alloys)

31084
S/539/61/000/032/013/017
D4'!04/D301
AUTHORS? Kudryavtsev, N~T-2 Tyutina, K.N., Chvankin, I.V. and
Tsupak, T.Ye.