SCIENTIFIC ABSTRACT TERENTYEV, G.V. - TERENTYEV, M.V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755330008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TERENTIYEVI G. V., Cand Med Sci -- (diss) t'Osteosy'nthesis
medial and lateral
in zPattaxIx fractIres of' the femoral neck (clinico-
experimental study)." Yaroslavl 1957- 16 pp (Min of Health
RSFSR, Mos Med Stomatological In:tl4ull~a~~f Hospital Surgery,
State Yaroslavl' Med Inst) (KL, 1-,1~8, 122)
- 104 -

TEREIfTtYEVp G.V.$ kand.med.nauk
Rare variatims 1n tho location of the deep fomoral artery and
owes of its absence. Sbor.nauch.-trudeVinederemadolnst* 18zl,14,
120 158, (MIRA 16r2)
la Kafedra operrativnoy khirurgii I topograficheskoy anatomii
(zav. kafedroy doktor med.nauk P**P. KUik) Vinnitskogo goau-
darst7emogo moditainskogo institatao
(ARTMIES-AEUCEHITIES, AVD DEFORMITIES)
(EMMMES, I04M-ELOOD 3UPPLY)

TERENTIYBY,_G.V kand.med.nauk
flouravascular zone in the regicn of the hip* gUr.nauch.trud.
*n.der.med.inst, 18 no.D29-33 158. (MIRA, l6v2)
1. Kaf-Ara operativnoy khirurgii i topograficheakoy anatomii
(zav. kafedroy dokto-r med.nauk P.P. KuM) limitakogo govu-
darstvemogo meditsinskogo institutae
(MUMITIFS, LOMBLWD SUPPLY)
(EXTR941TIES, LMM-INVERVATION)

TERENT'U-W,-G,V. kand.med.nauk
Cape of ancmaly of the vena cava superior the aortaj, and the
bz#ches of its archese. Sbor.nauch.trud.Vin.dermed.inst. 18
no,2tnO-113 158. (MM 16t2)
1. Kafedra operativnoy khirurgii i topograficheakoy anatamii
(zaro kafedroy doktor med.nauk P.P. Kulik) Vlmitskogo gcou-
darstveimogo meditainakogo institutao
(BLOOD VESSMS-AMMITIES PlID DEFORMITIES)

TERFNTIYEV, G.V. (Vinnitsa, u1. Bugdan.-i Eluiollnitakogoo d,27, kv,l)
Variants of the branches oll the acrtic arch. Grud, kbir. 6 no.4:55-57
JI-Ag 164, (MLA 1814)

TMENTIYEV, G.V.
Use of proteolytic enzymes in a compound treatment of chronic
highmoritis. Zhur.ush., nos. i gorl. bol. 24 no.5:72-73 S-0 964.
(MlRA 19:3)
1. Iz laboratorii biokhlmii (zav. - dotsent K.N.Veremeyonko) i
klinicheskogo otdola (zav, - kand. med.nauk Ye.A.Yovdoshchenko)
Nauchno-i8sledovatel'skogo instituta otolaringologii Ministerstva
zdravookhraneniya UkrSSR (dir. - zasluzhennyy deyatell nauki
prof. A.I.Kolomiychenko).

TEMWYEV. Me.
Review of A.K.Matveevla book "Geology of the co&I deposits of the
U.S.S.R." Izv.vys.uchab.2av.; geolA razv. 4 no*2j142-143 F 161*
(KDA 14:6)
1, Kemerovskiy gorayy institut,
(Coal geology)
(Matveev, A.K.)

TEREMIYEVI G.ye.
Tectonic movements during the formation of the Erbek series
in Tuva, Geol.1 geofis. 4:1#4-,52 162. (JURA 15;8)
2. Xemerovskiy gorW Institut.
(Tuva A.S.S.R.-Geology)

VMEENTINT, I.
Pn4vig naroda; stroltel'stvn Bolliihoro Ferganniogro kntlala im T. V. Stallpa.
- A
Lpeoplele feat: the constritetion of the Great Ferghana Canal/. Mos)-va, Gos.lzi-vo
knlkhoznoi i sovkhoznol lit-r:,, Ic)ILO. 110 n. porti., map. DIC: hV;66.G7T4
SO: Soviet Trapmrfation and Cqmmication, A Biblingraphz.Librar7 of Coni-ress,
Reference I)epartment, Washington, 195?, Unclasstfied.

TXRXIFTOYXV. 1.
Uperience in drifting in shale mines. Mat.ugl. 2 no.12:11-12 D 153.
(MLEA 6:11)
1. Brigadir prokhodehikov shakhty No.10 kombinata 26tonslansts.
(Oil shale) (Mining engineering)

24(5)
AUTHORS% Novozhiloy, Yu. 7.~ Terentlye-!, 1. A. SO'1156-36-1-18162

TITLEj The Two-Nucleon LS-Potential 4n the Nonrelativistic Meson
Theory (Dvukhn1A!_onnyv LS-poten-!.sial Y nerelyativistakoy
mezonnoy tecrii)
FERIODICALs Zhurnal eksperimentalinoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 1, pp 129-139 (USSR)
ABSTRACT: It is of interest to investigate the question as to what
potential that is dependent on velocity can be derived from
the meson theory wi"Hout using the perturbation theory. In the
present paper the 119-potential is derived within the framework
of a meson theory which is nonrelativistic with respect to the
nucleons. Short mention is made of several arguments against
such a theory, However, in the case of the two-nucleon problem
the Yere discusseri .~:~nrelati7istic method of dealing with the
problem is perfectii justifiel. A favorable c~ircumstance is the
resona=fi-light behavioz of (7r- N)-saatterire. Therefore, the
center of mass of the matrix elements for (x-,N)-scattering is
not in the nonrelativistic. domain, and it is just these matrix
elements that occur in the volocity-dependent two-nualeon
Card 1/3 potential. As to the interaction Hamiltonian, the.bere discussed

The Two-Nucleon LS-?otFintial in the llonrelati-.ristic 5071/56-36-11-18/62
Meson Theory
method of calculating the potential dceq n~' depend essentially
on the type of interaction. In the present paper the potential
caused by pseudovectorial binding is investigated. Calculations
were e~.a.,:r'ed o-~it on the basis of the theory cf the scattering
of "c:!o-;ded" particlec.'Ref 6). Hcnarrializatio,- _'r. calculations
carried out wit'hou; ilic. UP.", 11, theory presents considerable
difficul-_Jas whiu'-., h:7.weve:~, df) not -arise in t,-,e present paper,
becaU5e here only the linear approximation -.v-lh respect to I
veloc:_"y J.a used. The problem ca~-, 'hen be renc.-malized in the
same manner as in the static -~as~:!. The first chapter deals in
full detail with %he int.-tial formulas for the potential, and
in the second chapte7 thr~ potential is calculated. Details of
caiculations are not diSOU3sed because of aimilarity with
potential calculation in the static Gaso. The last chapter
gives a short account of an azymptotic development for this
potential Wl~. Th-3 e%presqionq found for this potential for
J
the first time make it possibla to form an opinion as to the
extp,n--. t-o which the repreBentations cf the nonrrelativistic
Card 2/3 meson theTry for (11 - 11)-icattering in t~e rangf~ of low

The Two-Nucleon LS-Potential in the Nonrelativistic 507/56-36-1-18/62
Meson Theory
energies are correct. The authors thank Member of the
Academy V. A. Fok for valuable indications concerning the
problem of asymptotic potential development. There are
10 references, 2 of which are Soviet.
ASSOCIATIC,;: Leningradskiy gosudarstvennyy universitet (Leningrad State
University)
SUBMITTEDs May 26, 1958 (initially), and Sept'ember 27, 1938 (after
revision)
Card 3/3

TEREENT'YEV, -~-. A.
Cand Ph7s-Math Sci - (diss) "Semi-nhenomenolorical theory of'
. it ~ ---I .
scattering of nucleons by nucleons LeninCrad, 10E IC T)P;
(Leningrad Order of Lenin Stnte Univ imeni A. A. Zhdanov);
180 copies; price not given; (KL, 7-61 SUD, 220)

s/o54/61/ooo/co1/OO2/GO8
B117/B203
AUTHORS: Mityureva, I. A., Perekalin, M. Id., Terentlyev, I. A.
TITLEt Two-nucleon problems with 8emiphenomenological meson
potontial
PERIODICAL: Vestnik Leningradskogo.universiteta. Seriya fiziki i
khimii, no. 1, 1961, 19-24
TEXT: In the present paper, the authors discussed the two-nucleon
potential obtained by Yu. V. Novozhilov and I. A. Terentlyev (Ref- 3:
ZhETF, 36, 129, 1959). ThiB potential was modified by using the Lorentz
transformation instead of the Galilean transformation. The authors
attempted to compare the theoretical conclusions with the experimental
data. The potential was tabulated, and the proton-proton scattering as
well as corrections with respect to-the magnetic moment of the deuteron
were calculitted. The calculated values were compared with experimental
data. A consideration of the formulas for tho potential showed that they
were very extensive. The integration in finite form cannot be made.
Numerical computations are necessary. Such computations were made with a
Card 1/3

S/054/61/000/001/002/008
Two-nucleon problems with ... B117/B203
,,CTPEJIA,, (Strela) computer, and potential tables were compiled. The
formula for the 633 phase written down by Anderson (Ref. 6: H. Anderson.
Proc. of the Sixth Annual Rochester Conference, Intersci. Publ. 11. Y.
1956) was used for computationij. On the basis of these computations, it
is possible to compare the relative potential contribution due to the
exchange of a meson with the potential contribution due to the exchan&e of
two mesons. The minimum value for R in the tables was 0.4. In most cases,
the main contribution to the p3tential is supplied in the initial region
by the terms dependent on the cross section of thelrNscattering (usually,
W is particularly large). For spin orbit forcesl for instance, WL
6r L 60
(isotopic triplet) and W66 (isotopic singulet) are particularly large.
The spin orbit potential is the fastest-dropping part; for R >2.5, it Plays
the role of a very slight correction. It had been shown earlier that an
asymptotic integration was possible in the formula for the LS potential.
This may also be applied to the static part. Calculations showed that an
asymptotic expansion for R >2.5 was justified. The proton-proton scattering
was chosen for checking the theory, since a great number of accurate
Card 2/3

S/05 61/000/001/002/008
Two-nucleon problems with... B117YE203
experimental data were available for this case. A comparison of
calculated and experimental data showed good agreement with the theory
for energies of 18 and 40 Mev. As was expected, the agreement deteriorated
at higher energies.- Finally, the authors investigated the LS forces and
the magnetic moment of the deuteron. When calculating (AA)LS' they
neglected the contribution of the wave function of the D state; a pheno-
menological wave function with the following parameters was taken for the
S state: probability of the D state, 4%; effective deuteron radius,
1.704-10-13 cm; radius of the nuclear core, 0-5610-10-13 cm. This gives
a minor positive correction (Al")LS - 0.00207 nu clear magnetons. Thus,
the probability of the D state increases by.36 %. The authors thank
Yu. V. Novozhilov for conducting the work, and I. V. Mukhina for making
a number of computations. There are 1 table and 16 references:
2 Soviet-bloc and 14 non-Soviet-bloc.
Card 5/3

TERE)IT I YEV., I. A.
Public review- ccmpe tition in using hidden production potentialities
'~h.-ekon.inform. no.6.,79-
at the V.Iadimir Economic Council. Biul.te!~
80 161. (MIRA 14:6)
(Vladimir Province--Economic councils)

MITYUREVA, I.A.j PMKALIII, M.Mq TERENVYEV, LA.
Two-nucleon problems with a semiphenomenological meson. potential.
Vest LGU 16 no-4:19-24 161. MIPA 14:3)
(Nucleons) (Protona-Scatterinj

TERENTIM, I.A.; MI, F.I.I.
Expressing the Pmplitude of the 21~-*Iffi reaction in term-B of
the phases of 'r-TI and IT-11 scattering. Vest. LGU 16
no.16:5-.18 :61. (MIM 14:8)
N
(Mesons-403catterinq/
(Nuclear reactions)

"If
2-4;qeo 0/1-6/n/Y
AUTHORS; /Kuni, F.
TITLE: A method
spectral
22 0
S/056 1/040/003/020/031
B108 BP2109
M.f Terentlyevl_.;_,_A.
of successive extension of the range of known
functions in the Mandelstam representation
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 401
no. 3, 19611 866-878
TEXT: The authors perform an approximative calculation 'of the nucleon-
nucleon scattering amplitude on the basis of the Mandelstam representation.
The aim of the study is to establish a semiphenomenological method of
determining the amplitude of nucleon-nucleon scattering from the amplitudes
of pion-pion and pion-nucleon scattering. Part I of the paper deals with
the Mandelstam equations (Refs. 1, 2: S. Mandelstam. Phys. Rev., 112,
194.4t 1958; K. A. Ter-Martirosyan. ZhETF, 12, 827, 1960). In part II,
it is shown how from the absorbed portion of the amplitude, given in the
physically meaningful region, the spectral functions in Mandelstam repre-
sentation may be found for a successively extending range. The reactions
of pion-pion, pion-nucleon, and nucleon-nucleon scattering are given by
Card 116

A method of suooessive ...
22140
S/056/61/040/003/020/031
B108 B209
a (qj + n (q2) (Q + n (qj), (A. 1)
(qj) + q&) (Q + :g (_ q2), (A. 11)
(qj + Q (_ q2) + g (q4) (A. I 11)
(ql) + N (pi) - W + N (p2). (B. 1)
ql) + N (p1) - q1) + N (p2), (B. 11)
N (p~ + Ps) - 0 + n (q2)
N + N (pl) - N (n:) + N (p2), (c. 1)
N (nj) +F1 (- p2) - pl) + N (Q. (c. 11)
(nj) + nj) p~ + M (pl)
respeotively. n(q) denotes the pion with the four-momentum q;
,Card 2/6
(A,11)
(A.III)
(B.I)
(B.II)
(B.III)
(C.I)
(C.II)
(C.III)l

221110
3/056/61/040/003/020/031
A method of successive B108/B209
X(p) and '9(pl) are the nucleon and antinucleon with the four-momenta p
and pl, respectively. The Mandelstam system of equations is found by
writing the unitary conditions for the spectral functions of the above
reactions in approximation for elastic scattering. When the partial
amplitudes h1 V2 are given, the expression
A, Im hj(v~ P, (cos X). (80)
follows for the absorbed portion of the amplitude in the case (A.I);
1 denotes the moment of momentum, v the momentum, /. the scattering
angle in the c.m.s., which is related to the relativistically invariant
variables a 1'~ (q1 + q2 )2' a2 -(qj _ ~4)2' a3 - (q, - q3)2 (1)
by the relations
f7j = 410 + 4V2, U2 2-0 (1 + cos X). as =i - 20 (1 - cos X). (81)
where p is the mass of the pion at rest. When NJ - const, the Al are
Card 316

2214u
S/056J61/040/003/020/031
A method of successive ... B108/B209
found from Eq. (80) for all regions where the spectral functions
A13(61, 63) - 0, A12(al' a2) - 0 (82). This region is termed the
region of zeroth approximation with respect to the absorbed portion. If
Al(al, d-3 is known in this region, the spectral function
01) + a3) may be found from
is I .cdy A, (x, TI) A I (it. (12)
A TI) d -1-, (12)
- W (t -
0 RS
(T); X, Y) = X + Y +2xy 2
Yj - 4R$ rf:--:-4j&T )~
x I x' + (q xj~" Jy2 + (ij - 4~&~ yj~", (13) (13)
in regions where
an < 41i~. CrI < 1, (as; (Y(o) ((YO. 4jx~.
which are termed the regions of zeroth approximation of the spectral
function A 13(6l' d3)' By extending the region in which the absorbed
Card 4/6

22140
S105616110401003102010311
A method of successive ... BlOBIB209
portion AI(C11 a3) is known, one may, by Eq. (12), extend the region
where the spectral functions A 13((519a3) and A 12019 a2) are known, so
that the region of this A 1(a,, Cr 3) may be extended anew. This extension
is only possible if X A((Y a3) (that portion of A 13(clo 63) which is
due to inelastic scattering with energies a land a 3) vanishes. The
calculation for pion-nucleon and for nucleon-nucleon scattering is
analogous. The phase of nucleon-antinucleon annihilation into two
pions may then be expressed in terms of the pion-pion scattering phase
and of the absorbed portion of the pion-nucleon scattering amplitude
if the integral equation of the latter for a fixed scattering angle can
be solved by the method of N. I. Iluskheliahvili (Ref. 6: Singulyarnyye
integralInyye uravneniyap Gostekhizdat, 1946). The authors thank
Yu. V. Novozhilov for advice and hiB interest in this study. There are
6 references: 3 Soviet-bloc and 2 non-Soviet-bloc.
Card 5/6

22140 V,
S/056/61/040/003/020/031
A method of successive ... B108/B209
ASSOCIATION: Leningradskiy gosudarstvennyy uriversitet (Leningrad State
Univorsity)
SUBMITTED: September 20, 1960
Card 6/6

NOVOZHILOV, Yu.V.; TERVITT'r,11, I.A.
The inhomagurrecus P(STI Igroup in the theory of elementary particles.
Vest. LOU 20 210. lot 5-19 t6l. (K RA 1 S; 7)

INOV(YLHILOV, Yu.V.; TERENVYLV, I.A.
Symetry of elementary particles in the theory of inhomogeneous
groups. Dokl. AN SSSR 165 no.3:53C-533 N 165. (MIRA 18:1-1)
1, Leningradakiy gosudarstvennvy universitat im. A.A. Zbdanova.
Submitted February 10, 1965.

LTI f, i r L ---v artlcann. P,)k;.. AN S-S'2
3 C D 0-IRA 18.,12)
lira. t,AV,.,Jvnova.
28,

I
'I"R:~NT"HN, M.,
And over the Pacifiz Ocean... Kryl. rod. 16 no.9.,1-2 Q 115,
0
(MIRA 18,12)

TKUW'YrV _I-K-, inzh.,
Friction a~~ ventilation losses in turbine vheels. Izv. vyV.
uchebe save; energe 2 no-7:74-79 J1 159- (MIRA 13:1)
l.TSeintrall W kotloturbinn" institut im. I.I. Polzunova.
(Turbines)

8( SOV/143-59-11-12/19
AUTHOR: Terentlyev, I.K., Engineer
TITLE: Research on the Structure of -the Flow in the Clear-
ance at the Extrer.-,ities of the Active Arch of a Stage
with Partial Admission
PE'RIODICAL. Izvestiya vysshikh uchebnykh zavedeniy, Energetika,
1959,4Nr 11, pp 94-99 (USSR)
AR3TRACT: The article deals with 4 sets of graphs showing the
results of the research carried out b7 the Central
Boile:r: and Turbine Institute imeni I.i. Polzunov.
Betalls of Ehe experiments are given. both the guid-
ing and the rotating blades had "TN-2" and "T-2" pro-
files, The 1-It and 4th sets of graphs (Fig 1 and 4)
show the changes of the flow pnrameters tit the ends
of the active arch considerinj-P its periphery, middle
and root sections, respectively. The 2nd set of
6-raphs (Fig 2) shows the chang~'-s of the reaction degree
at the extremities of the active arch (middle diameter).
Card 1/3 The 3rd act of Irraphs (Fig 3) visualize-, the chringes

SOV/143-59-11-12/19
Research on the Structure of the Plow in the Clearance at the
Extremities of the Active Arch of a Stage with Partial Admission
of the! angle of incidence of the florloupon the rota-_
ting bladesl4the changes of the r-eTa-tive velocity as
well as the changes of the velocity (wl) in the gap
at the ends of the active arch (middle diameter).
Pneumometric tubes having low sensitivity to a flow
non-urLifOrMity were used as measuring instruments
for establishing the flow and exit angle parameters.
The practical advice based on the experiments is as
follows: to lower the loss component at the ends,
it is necessary, at moderate speeds, to use rota-
ting blades aith rounded-off inlet edges. The gap
between the edges of the rotating and guide blades
must be elimin,~,.ted or reduced to a minimum. There
are 4 sets of graphs and 2 Soviet references.
ASS6CIATION: Tsentr.al'nyy kotloturbinnyy institut imeni I.I.
Card 213

SOV/143-59-11-12/19
Research on the Structure of the Flow in the Clearance at the
Extremities of the I'letive Arch of a Stage viith Par+-.ial Admission
Polzunova (Central Boiler and Turbine Institute
imeni. I.I. Polzunov)
SUBMITTED: June 27, 191)0
~ f
Card 313

TZWT'YBV, I.K., In2h.
InvestigatinS active stages with partial feed of the working
medium. Ener,vomabinostroanie 6 no.4:15-17 Ap 160.
(MM 13:8)
(Steam turbinee)

TERENTIYEV, I. K. Cand Tech Sci -- "Study of aerodynamic characteristics
and energy losses in steps with partial supply of active mixture." Len, 1961
(min of Higher and Secondary Specialized Education RSFSR. Len Polytechnic Inst
im M. I. Kalinin). (KL, 4-61, 201)

3 35 .3 2
3/14 3/6!,"oO0/0-! 211")041,0o-,
D2019/D305
AUTHORS; Markovp N,M~, Candida-,e of Technical Sciences, -and
Te rent, Eng-~neer
TITLE-. Ventila-zion. losses of a turbine body due io pressure
gradient Ln the rim blades
PERIODICAL,! Izyes"iya vys9hikh uchebnykh zavedenly, Erie r~7e ti ka,
no, -12... 1961, 55 - 59
TEXT: The results are given of an expe.-imental study of the In
fluence of a pressure gradient in the rim blades on the magni-,ude
of ventilation lossee, An experimenta' 'rrubine vias used, The expe-
-L
rimental error in. dei.erminLng the ventiLation losses NB.' did not
exceed 3 %, Two tllirbine whsel-m of mean diame-ter 600 mm anc! b--,a.:ie
height 23 mm, were investigated, The results of the experimer.~,~ are
9hown -in two fi'guresc It was found that- the preseric,~- of a con-side
rable pressure-gradient on the -inaczive part of the 7-,.trbine wheq.
leads lo a subs-.anzial increase in ventilation aosses. The nagnL'U-,-,-
de of the ventilaiion losses, due to -Lhe pressure grad-'en-,, can be
Card -1/4

33,532
S,/ -14 3/6 -j/rJ`O(-,),, G- 1, -2/00 4 /r'k) 5
Ven 44 1 a- I Orj I :,sses of a turbine D299/D305
estimated by cal.,.-lilations. The method, thereby, adop-.ed wag flrs~
bete par,.,3.,La-, noy stip~--n: t!~:,-
used by L.,V. Kart,~3ev CRef. ~4 0 rasc.-I
biii- s podsr;;~,jm rabo~hego te-a, II7-,r-- vaZov n.-
L
1959)~ Wl*~h -omrarative-.-Ly small pressure gradients -at the tnacive
parT, of the iurbine vih,-el, one obtains
N N IZ
BZ, P ZO tlB
2
6(N V D- EYI PO &a6 w
~,2
B Z~~ D 2 1LD 0 H D'() H D
s ".kw
where -4' of the me,!A'-,vr, thrLign r~ie
1ILD
rim, tli-'s was ex~erimeatally determined, it expresaE-z
ihe rat-o of the a--7Vial,. d:s,--harge -Ilo the theoietical dis-c-harge,
computed on ihe ass7.~-np-tlon cf' -Isen*.-Yopic -flOw -V7.lth reSpe--. -tG the
parame-.-ers cl~ -"-,he mediurr, in front --.f and behind the 'urbir.? vih=-c-l,,
Card 2,/,;

33332
S/14 6`000/012/004/005
Ventilation losses of a turbine D299YD30/5
The experimental curve for T* is shown in a figure. The velo~~ity
IL D
(W -9 ILD)O' entering expression (2)9 is calculated from the pressure
gradient at the Inactive part of the wheel; the pressure ~~radient
itself is determined from the discharge-balance equation. The quan-
tity NW entering expression (2)v equals the ventilation losses f,:~r
A p = 0.. and can be estimated by means of well-known fGrmulas, 2a:h
as
2,( n )3
HB = K(l - F_)1pQD 1000 (kw).
The calculated values for the ventilation losses are in good agree-
ment with the experimental results. There are 6 figures, 1 table
and 3 Soviet-bloc references,
ASSOCIATION: Tsentrallnyy kotloturbinnyy institut imeni I.I. Pol-
zunova (Cen-.ral Boiler and Turbine Institute imeni.
I, I. Polzunov)
PRESENTED: by Turbinnaya sektsiya nauchno-tekhnicheskogo Soveta
(Turbine Department of the Scientific-and-Technical
Card 3/4 Council)

VentilaTion losses of a turbine
SUBMITTED: October 18v 1~160
33332
S/143/61/000/012/004/005,
.. D299/D305
IJ/
Card 4/4

s/o96/62/OUO/003/002/008
EI-94/9455
MITHOR: T,ere f. I vov-. T-K . . Candidate of Technical Sciences
TITLL: Tile influonce of' "partlailt delivery on the reaction of
a turbine stage
PLNIODICA.L: Teploenergretika ~;0-3, 1962, 18-21
'I'LXT: If nteam is delivered to a stage not around the entire
pcriphery but only over a cortiAin arc, i.e. if the delivery is
it rr %rtlalfl, the re., 'iction of Lite stage is affected. Working
nMdiuni leaks throutdi tile moriolonal gaps at tile edges of the
active arc. Tests show th-it in tile inlet section, working
stibstance leaks in from the non-active part and that this call
occur at up to 40% reaction. Since stagos with partial delivery
msually have onlY 5 to 1011'a reaction, this effect is likely Lo
occur'. At tile other end of the nozzle segment, working substance
leaks out. On the basis of this view of flow dJatribution the
reaction of a stage with partial delivery can be calculated. The.
following expression is then derived for a reaction P of a stage
with partial delivoryl
Card 1/3

s/o96/62/000/003/002/008
The influence of "partial'! ... E194/E455
-H-
Ca +
where 9 the velocity factor, a, nozzle blade angle.
The values of ji and P are given by the following equations
SKP.I y+yutv-?-0,7
( CO
%. 9CP (YC' -1C - sin -so
- ~p) - ~jr ~-2 - 7iV c ~ns
C, t,
Ce Y P.
wher.e ajcp the distance between the
1-olide blades, in; ~ - the height-of
Cc, -- the height of the guide vanes,
Lfio gtiido vanosi q) - tho flow ractor
Card 2/~
edges of 'the runner and
the runner blades;
DCgr - the mean diameter of
t ough tho gap between J

It
s/o96/62/'000/003/002/008
The influence of "partial" ... E194/E455
M
the edges of the runner and guide vanes; ~Pc-r - the stage flow
factor; sp - the gap between the shroud and the diaphragm;
a~ - the flow factor through this gap; p", - the clegree of reaction
at the periphery. Eq.(9) may be used to determine the degree of
reaction of a stage with partial delivery under various operating
conditions provided that the reaction of the stage is known for full
delivery, with allowance for leakage through the shrouding. The
calculations were checked against test results obtained in the
TsKTI, particular attention being paid to accuracy of measurement
of reaction, and the comparison shows satisfactory agreement
between calculated and experimental values. There are 2 figures,
1 table and 5 Soviet-bloc references.
ASSOCIATION: Tsentrallnyy kotloturbinnyy institut
(Central Boiler and Turbine Institute)
~j
Card 3/3

F"
TEREVVYEV, I*Ks, kand,tekbn.nauk
Results of the determination of the degree of moisture in stean
using an electric calorimeter, Izv*vyo,ucheb,zav,; ener 5
no,11:123-126 N 162, %R~ 15M)
1. TSentralInyy kotloturbinn inatitut imeni IJ. Polmmova.
(I cteam) Wilero)

MARKOV, R#%,4 kand.taklin.nauk- TERENTIYEL.I.4., kand.tekhn.nauk,
0
UNWHOV, N.N.., inzh.'
Some results of the experimental study of the affect of steam
moisture on the characteristics of turbine stages. Izv. vys. ucheb.
zav.; energ. 6 no.3:68-74 I-Ir 163. (RIRA 1635)
1. TSentrallnyy kotloturbinnyy institut imeni I.I.Polzunova.
Predstavlana, sektaiyey parovykh i gazovykh turbin.
(Steam turbines)

kand.tekhn~naiiki TPRENTIrEV,
Testing of the moisture traps of a condensing a
Energomashinoatroenle 10 no.3:45-46 Mr 164.

t tin
z ":5 t.'~ -7 j7y e
t,j~Aj tj,,~! w;,T'rin- r-.eejj.,,m tri turbine 3tnrf!l, lzv,
tO Fl.",
vyL;. 9 no.1:54-T,
i I I 'N"ay W:5.
I'm

A_CUEZS1(X7 Mi AP300"635
T IT 1,,,?
S/0155/63/000/OCYT/0015/0016
Mom effoective are shieldir,-, during exgon are welding
iq/63, 15-M
SOME-, 8varochnoye proizvolstvo, no- 7,
TOPIC VLGS: arc velding, Caq-Ghielded are welding, TIG wel4lng, aluninim,
al=imm allay, double shielding, c!xtended-nozzle sbAeldimgr
ABSMC!T: Tvo ne-j, improved chie-liLing met-hodm hwre been developed for U-se
in TIG woldinG of m1=14n= and its auqr~.'. The first =akvte %L"e of an CLuxil-fary
streem of argon in addition to the =in strecm, ttc foir-cr preventing Incidental
air m7ren's f rcm e.-ef 1,3cting , the bLtter. =in nozzle is vflindrical (see
-;:IS. 1 af !-~nclosurc), whicb, as folmd earlier, Sivr~,~, bs-tt-_r ablelding Ih=,. a
conicaL riozzle. U-! awillary is ermicra-11; it., producas a dIverginq
strcrm aramd th-z! main otrc~!:r- In!Liminar-Y opti,-_-1
shielrlLng, ii; obtained by thc -,j' thr~ :-:7~tm 'Lrcza to
J_~_ lf~M W1 UZIOUt ehaaging t~`_ aZl~ca c mzLz~m). -cu. Zac uff ---:t a-ii-I
stresm was fomn'! to depend On thva :oaicity of the a=_*illairr nozzle, angle a.
and tlh~ art-on cons urrap tion. -At a cnmotc~nt cms=ption o.", 6-5 l1rain in

the mein atre.= and vith a 5-= slr-,c,3 bctw~-en the nozzle and tht. -,~--rtp th-~'
best ehielding uas obtained with En argion caas=-ption in tl~e auxille-r-f
, '0
of 13.5 I/m.in an-A n-i an- or 50 dr-C;rcco. D(Yible chicliling prcv'
ed
a of 2 C,
be 35; more efflactivo thvm single shielding. Me acccad method also uses a
extended beyond
the elec-
nozzlc~ vith a cylindrical inner ourface, but it is
trode tip no that it almost toacht-s tht- work. This monthod pr(riidt-d the moot
afficlent shielding witla the lcrrc!~t argon con5unipll-ion. For instance, for r-a?dng
welds up to 1-2 mm vide, the re-quIred corns=_ption of argon for ordinary sin~,71e-
Arean, shielding is 12 l/min; for double st-maza, 9-5 1/min; and for extended-
nozzle. shielding, 3.8 1/min.
ASSOCIATION: none
A,
SURMTED: 00 DATr-, ACQ: 02Aug63
SUB CCDF,: VM 110 PEP SCV- 001
Card 2)1:9.-
=L: 01
001

la,
uff Lill":
7 Lx'~l 6 6
01 1 ' ' - I L
ACC NR:--'Pd'502-5610
URCE CODI,',:
UR/0135#35 000/010/0-k6/obf8j
-2'er n
AUTHOR: T e +1 .2- 1410. (EDei ear); Barutkin, F. Ye. (Engineer); Konovalov, G. s.
(EngineeyrT 5
ORG: none
TITLE: Effect of welding conditicns on the density of aluminum-alloy welds
SOURCE: Svarochnoye proizvodstvo, no. lo, 1965, 16-18
TOPIC TAGS: aluminum alloy, alloy welding, alloy weld, TIG welding, MIG welding,
weld density, weld porosity/AMg6 ;3,lfZ;j-,Ttsf4 alloy, YAll lloy
ABSTRACT: T1 I ~/' 4g ~11 Ts~ end
W effect of welding conditions on the porosity of P1 6, A
VD1 aluminum141joy welds in sections 2.5-T-0 mm thick has beerT -studie-d. Alloy speci.
wens werLV~T G Qlded with a one- or three-phase arc and filler wire or MIG welded.
Welding current was varied from 51 to 295 amp and welding speed, from 5 to 35 m/hr.
At low welding speeds (5-17 m/hr), weld porosity decreased with decreasing welding
speed and with increasing specific heat input. At 20-29 m/hr, weld porosity de-
creaned with increasing welding speed, but increased with increasing heat Input. At
weld:Lng speeds higher than 29 m/hr, increasing the welding speed at a constant heat
inpirt decreased weld proosity. Weld porosity depends primarily on the temperature
of t'ne melting pool and on arc p::-essure. Lower melting-pool temperatures and higher
arc pressures reduce porosity. The hydrogen, which is the primary cause of weld
CoM _IL2
t,_ _V14 D UDC: 621.791.856.3-01.1:669-715

ACC NR: AP502561o
porosity, is produced by the disscciation of aluminum hydroxide, the moisture in the
are zone, the diffusion of hydrogen from the parent metal, and the liberation- of
hydrogen from the molten parent and filler metals. Therefore, the optimum welding
cond!.tions for-obtaining dense, poreless welds in aluninum alloys are a melting-pool
temperature not exceeding 800C, keeping the pool in the molten state for the shortest
possible time, a maximum cooling rate of the molten metal, and an arc pressure suf-
ficiently high to break up complAely the oxide film that forms on the pool. Orig.
art. has: 4 figures. [M31
SUB CODE: MM, IE/ SUBM DATE: none/ ORIG REF: 003/ ATD PRESS: All'~41

T-,'RT!I'IY-,V, 1. -S.
T,;RENTIYPV, T. S.: lllnvestig~ti~.n of certain factors affecting the
sueface cleanliness and precision of w..rkirg apertures in re-
pairing tractor machinery." Min HiCher Education USSR. I.--nin-
grad Ord r of Lenin Forciitry Engineering Acad imeni S. M. Kirov,,,
Leningrad, 1956.
(Dissettation for the Degree of Candidate in Technical Sciences).
Krdzhnaya Ieto2is', No 2,3', 1956

TMENTIYY.V, I.S.
Heav7-fned ruichinine, of holes. Trudq MA no-83:159-165
'59. (MIRA 13:4)
(24ntal cutting)

TIHNNTITIV, I.S.
Rigidity of vertical diii1ing machines and precision of mcbInIng.
Trudy LTA no.83:167-172 159. (MM 13:4)
(Drilling and boring machines)

TZRJNT TV,.. 1. S.
Effect of metalworking lubricants on surface smoothness and pre-
cision of machining holes. Trudy LTA no-83:173-1?6 159.
(MIRh 13:4)
(Ketalworkin& lubricants) (Metal cutting)

TZiUZ'T2jiu`V Ivan St8Tanovich: ZAZEqSKIY, Ye.l., inzh., retsenzent;
BLYWAAG, V.A., knnd.takhn.nouk, rod,; VARKOV.5raAY.A, A.I.,
red.izd-va; %SHG1C-,?I1i1UA, L.Y., toichn.red.
Drilling machines and their operation] Sverlillaye stanki i
rabota na nikh. Koskva, Gos.n&uchno-tekhn.i%d-vo mashinostroit.
lit-ry, 196o. 2o6 p. (MIRA 13:9)
(Drilling and boring machinery)

L 07960-67 EWT(1)
I7ACC NRs
AT6031326 SOURCE CODE: UR/3138/66/000/435/0001/0012
AUTHOM Rerilo=v.-A,-M, ; RoppyytJ.; Terentlyev, 1. V#
ORG: none
TITLE: Some peculiarities of the solutions to the Schrodinger wave SgaatLons for
potentials with a Coulomb tail
SOURCE: USSR., Gosudarstvennyy komitet po ispoltzovaniyu atomnoy energii.
I .
Institut teoreticheskoy i eksperimedtallno fiziki. Doklady, no. 435, 1966. Neko-
toryye svoystva reahenly uravneniya Shredingera dlya potentsialov a kulonovskim
khvostom, 1-12
TOPIC TAGS: Schrodinger equation, wave equation, scattering matrix. Coulomb
tail
ABSTRACT: An asymptotic form of the wave function rr) at has
4
been found for the potentials of the type The character of
o 'was determined. Aconnec-
the singularity at the point
tion was found between the coefficient in the asymptotic formula derived
Zc
and the residue of the scattering nriatrix at the pole which
Card

L 07960-67
Wt-d-k-R-AWO-Ti-~F26
corresponds to the bound state. Conditions were obtained under which the devia-
tion V(z) ' at small t - from the purely Coulomb potential does not destroy the
higher gy'mmetry of the spectrum of levels. Orig. art. has: 24 formulas.
SUB CODE: 12/ SIJBM'DATE: 17Mar66/ ORIG REF: 007/ OTH REF: 007/

I tl?,L:~11--~.Lli.-.~t~.,~-~---.--".,~. -.-- - 1--p-2--.1 -_-- ~ ---- .-l----------
!, -.".
for measuring autacorrelation funcliong of stationa-.7
ritndom prooesses. Izv. vyao uaheb. zav.1 radlotakh. 8 no.3t
374-376 MY-Ja 165. (MIRA 1819)

TKWT'TMV, I.Ys.
Using chemical methods for marking, steel places. Stan. i instr. 29
no.2:35-36 7 158. (MIRA 243)
(HarMcng devices) (Chemistry, Technical)

TARWZI UV, K.P..smennyy master
Some shortcomings of the FEW-192-2 machine. Tekst prom. 19
no.2:57 7 '59. ZMIRA 12:5)
1. Tuzhakayu pryadillno-tkatakELya fabrika.
(Cotton machinery)

MIKILkyL(No Sol TERENTOYEV, L,; SHIRYAIR~ Go
The QkZ-53B dump truck_ Art. tranaP. 43 no.12t42-45 D 165.
(MDU M12)

KUZ'-KNI LA., kandetekJm.nauk- 'r&RSW'YYV L,I,,, inzh,
.Y - - -, ~ --- - - - - I - -
Regulation of the Volga-Akhtubs Canal by self-erosion.
Trudy Gidroproekta no-4;255-265 160o (KRA 15:2)
(Volga-Akhtubs Canal-Regulation)

TMNTtYEV, L.L.
Report from Penza. Ywhimostroitell no.9:3 S 161. (MIRA 14:10)
1. Predgedatell Penzenskogo sovnarkhoza.
(Penza Province-Machinery industry)

I - .
.71 _- , - I _ - -I- ~ - I
BLOKHIIIA, A.; ~XIENTI-Y]CV, H.-, SKPJKOVSK.IY, A.
"OW-W, , -
Repairing semi-axle sleeves wi.th a metal drawing process. Avt.
transp. 35 no.1,30-31 A 157. (HLRA 19Q)
(Zles)

T_-ANUTlYIN. H.
Traininig, work on the shift. Sov. profsoiuxy 6.no. 9:48-50 Alg 1-58.
I (MIRA 11:8)
1. Fredi3edatell teekhovogo komiteta profeoyusa. brigadir slesarey-
montszhnikov Tambovskogo vagonoremontnogo zavoda.
(Tambov--Trade unions)

-- --- MENVYEVO --M. - -- - - - -
Labor productivity in agrlcu]~ture e. the preeprit-day stage and ways
to Increase It. Vop. ekor. nc.12:26-31 -D 'g-0- (MIU 13:12)
(Agricultur6-Labor productivity)

MRM
I- TLRENTIM, M.., inzh.; SOKOLOVSKIY, K.., inzh,
Unloading stone in the Gorkiy docks using double-jaw grabs. Hach.
tranap. 19 no, 2:42-43 F 160. (MIM 14:5)
(Gorkiy-Electric cranes) (Stone-Transportation)

~-TFRR- UTIMIN M
7-~ ----
Further development and the consolidation of the collective
farm system. Vop. ekon. no.10:42-50 0 061. (YIRA 14:10)
(Collective farms)

TEMIN 11EV M. ip-b.; BELOV, A., inzh.
- I
Integrated brigade of Kazan' harbor. Rech.tranap. 21 no.7:56
J.1 162. MU 15:6)
1. Gorlkawskaya normativno-issledovateliskaya stantsiya.
(Kazan-Longshoremen)

TERENT'YEV, M., inzh.; BELOV, A., inzh.
I
Improved system of operating the "Gants" crane. Rech. transp.
21 no.9:47 S 162. OITRA 15--?)
1. Gor"covskaya normativno-issledovateliskaya stantsiya.
(Cranes, derricks, etc.)

LaLL~~ - --- --- I Waz~l I
=lWYEV, M.
Stand for testing oil IA=I~ of the ZIL engines. Ayt.trarap.
40 no.12:46 D 162. (KIRA 15:22)
(Motortrucke-Engines-Testing)

a -mm U-M
TERENT11EV, 14.
In the effort for a vigorous iipsurge In agriculture. Vop. ekon.
no.90-15 S 163. (MIRA 16%9)
(Agriculture)

OSADCHIY, F., lnzh.; GOLOSOVO V.; NOVIKOV, K.; MITIN, V.; RYBCHENKO, G.;
KLZNETSOV, V.1 TERENT'YkV, M., inzh.; MATKUZHIN, Zh.
Exchange of experience. Avt. transp. 42 no.lls47-51 N 164.
(MIRA l7sl2)

vn~ Fl

TEMITIYEV, Mef'odiy Ivanovich
[Millicns of rew apartr-ents] Yilliory ncrykh ),.varti--. izd.2.,
perer. i dop. Yonkva, Izd-vo 'VTsS-rS Frofizdatu 1958. 200 p.
IMIRA 14-13)
(Housing)

TERz;1471Y;~V. M--~iWJIY W.INUVICh
I'Ifteen million new ar)art.rents, by M. Tarent'yev." Moscow, Trade-UnIcn
Publishing house, 1960.
lo6 P. II'lus.
Translated from the original Russian: 15 (i.e. pyatnadtq:-tl) millionov
novykh kvartir. Mo!icow, 1957.

Olm mamu Xqh, IARINA, L.M., redaktor; RAKOV, S.I.,
- Vctk-?e-dMor
te i cii;-s
(militons of new apartments] Milliony novykh kvartirs (Moskva]
Izd-vo VTsSPS Profisdat, 1957. 125 p. (MIRA 10:9)
1. Zemastitell predsedatelya TSentrallnogo komitets profsoyuza
rabochikh stroitelletva (for Terentlyev)
(Housinc)

TERU.T'YEV, M.K.
__
[Correlation between a rise In the productivity of labor and
wages during the period of the large-scale building of cor.-
munism in the U.S.S.R.] K voprosu a sootnoohonli mozhdu rostom
proizvoditellnosti truda A zarabotnoi platy v period rnzveriyu-
togo stroitellstva kommunizma v &'M. tiovocherkas.-k, Novocher-
kasskii politekhn. in-t, 1960. 0/1 p. (MIRA 15;5)
(Wages and labor productivity)

TARINT111Y.,bl-T-g. CGADIKOO M.P.; BRAGINS11Y. B.1.; SLOBODIN, V.M.; YIS11EAN,
Ill, I.Ye.; TSYI.'fXOY, M.Yu.; BLDIROYAH, G.G.; TYUTIN, V.A.;
ABRAMOV, V.A.; YRAM.S.V.; KOBOHIKOVA, I.A.; 1ARNAUKHOYA, Te.I.;
OBOLINSICIT, X.P., ILOIN,S.A.; GAVRIIAW. V.I.; YRIOTDKAU, S.K.;
WASHRIKOVA. Y.S., redektor; IAPIDUS. M.A.. redaktor; RAKITINA,
TO.D., radektor; YJWOTOVA, A.F.. takhnicheskiy rodaktor
[Manuel for students of collective farm economy) T pomoshch'
izuehaiushchim skonomiku kolkhozov. Moskva. Goo. izd-vo salkhos.
lit-gy, 1956. 423 P- (MIRA 10:1)
(Gollective farms)

nun I UV, M. I
-,- - - Ir.-
The computation of production costs on collective farms. Vop.ekon.
no.4:80-87 Ap '56. (HLU 918)
(Collective 7arms-Accounting)

Tti&#PYZT; Uaik'Leont 'yevich
(The cost of collective farm production] Sebestolmost' kolkhozuoi
produktgil. Moskva, SelIkhozgIx. 1957. 244 p. (MIRA 11:1)
(Collective farms--Costs)

TERM,YLV, M. L.
"System of Purchase Prices, Cor4itions and Order Agricultural Produce
Procurement in the USSR."
paperh distributed at the 10th International Conference of Agricultural Econcuics
Mysore, India, 24 Aug - 4 SeP 58.

I
P I IMIVOI No LI ,
..-~ ~ i -.-I '
rrice determination of agricultural products, rop. ekon. no.300-66
Mr 058 -, (Agrioulture-Pricee) (UM 1114)

TERENTIYEV, Makar Leontlyevichl-kand. ekonom. nauk; KINELIHOY, 1.G.,
-- - --" -red-.-;-GLAZUNOVA, H.J., red.izd-va; NAZAROVA, A.S., tekbn. red.
[Agricultural planning in collective farms] Planirovanie sellsko-
khoziaintvennogo proizvodstva v kolkbozakh. Moskva, Izd-vo
"Znanieo" 1961. 40 p. Qlarodnyi universitat kul'tury.- Sellsko)-ho-
ziaiatveniVi fakulltat no.11) (MIRA 14:20)
~Collectlve farms)

~ (:-: - N -N , N F- V, i,-,! . I "I., , f
Clac,.-ory : USJR/Gonuml :Irobloms - Probloms of Toaching
u
Ab.- jour t Rof Zhur Fizika, lio 3. 19~'7, No 5545
.luthor i Toron'lle 1:,M.
Titlo Toachinr; thu Topic "Ifoat- Enginots" in tho VII Clasa.
Orir, Pub Fizika v shkolc, 1956, Ito 5, 2"-27
u
Abstract No abstr!..ct
Car,~

TEPOINVY-Ev Ili. 11-1.
Terentlyev, 1171. 11. "The study of heat engines in the physics
course in the ninth class of intermediate school." Acad-
emy of Pedagogical Sciences RSFSR. Sci Res Inst of Teaching
Methods. Moscm, 1956. (Dissertation f4br the Degree of
Candidate in Pedagogical Science)
So: Knizhnaya letopis', No. 27, 1956. Moscow. Pages 94-109; 111.

TERENT I YEV. -H.Bods,
Studying beat engines in nintb-class physics courses. Fiz. v
shkole 17 no.1:39-47 JA-F 157. (MLRA 10-2)
1. 443-ya srednysya sbkola, Moskva.
(Heat engines--Study and teaching)

JiF2U-'XEV4 Mikhail Mokeyevich; DROZHZHDI, Yu.N., red.; SHCHEPTEVA, T.A.,
YF
tekhn. r-
(Studying heat engines in the ph7sics course for the ninth grade]
Izuehenie teplovykh dvieatelei v kurse fizW IX klassa; posobie
dlia uchitelei. Moskva, Gos. uchebno-pedagog. izd-vo M-va prosv.
RSFSR, 1958. 125 P. (MIRA 3-4:7)
(Physics-Study and teaching) (Heat engines)

?CEROVSKIY, A.A., kand.pedagog.nauk, starshiy nauchnyy sotrudnik;
BUROV, V.A., uchitelf; GLAZYRIII, A.I., starshiy nauchnyy sotrudnik,
pensioner; DUBOV, A.G.. starshiy nauchnyy sotrudnik; ZVOMTIN, B.S.,
nauchn.vy ootrudnik;KAKMTETSKIY, S.Te., uchitell; KOSTIN, G.K.. pre-
podnvatell; MIRGORODSKIY, B.Yu., uchitell; OREKHOV, V.P., prepoda-
vatell: ORLOV, P.P.. propodavntall; RAZUMOVSKIY, Y.G., aspirant;
RWAIMSW, I.M., aspirant; TXRMT'Y3V,.-M.M.. prepodavatell;
KHOLYAPIN, V.G., prepodavatell; b WAImMAm, N.M., nauchnyy solrudnik,
uchitelf; VOYTMUCO, i.A., uchitell aredney shkoly. pensioner; STA-
ROSTIN. I.I., propodavntell; MOGILKO, A.D., aspirant; SDMIN, N.K.;
KOPNKOVA, L.A., red.- LAUT, V.G., toklin.rod.
0
[New school equipment for use in physicB and astronomy] Novye
shkolInye pribory po fizike i astronomii. Pod red. A.A.Pokrovskogo.
Moskva, Izd-vo Akad.pedagog.nauk RSFSR, 1959. 161 p. (MIRA 12:11)
1. Akademiya pedagagichaskikh nauk RSFSR, Moscow. Institut metodov
obuchnniya. 2. Laboratoriya metodiki fiziki Instituta matodov obviche-
niya Akademii pedagogicheskikh nauk RSM (for Pokrovskly). ). Sred-
nyaya zheleznodorozhnaya shkols st.Kratovo, HoskovBkoy obInsti (for
Burov). 4. Institut mstodov obucheniya Akndenii pedngogicheskikh nauk
(for Glazyrin, Dubov, Razumovskiy, Rumynntsev).
(ConUnued on next card)

?OKROVSKIY, A.A.---(continuod) Card 2.
5. Institut metodov obucheniya Akademii pedagog.nauk; srednyaya shkola
NO-315 Koskvy (for Zvorykin). 6. Sradnyaya shkols No.212 Noekvy (for
Kamonetskiy). 7. Kruenodarskiy podinstitut (for Kostin). B. Srednynya
shkola Uo.18 g.2my (for Miriorodskiy)j 9. Rvazanskiy padinstitut (for
Orekhov). 10. Stalingrbdakiy pedinstitut (for Orlov)..11. Moskovskiy
gorodskoy pedinstitut; arednyaya ahkola No.443 Hoskvy (for Torentlyev).
12. Bnlashevakiy pedinstitut (for Kholynpin). 13. Inatitut motodov obu-
choniya Akademii pedagog.nauk; arednyaya shkola No.215 Monkvy (for
Shakhmnyev). 14. Moskovskly pedinstitut im. V.I.Lenina (for Steroatin).
15. Pedinstitut im. V.I.Lenina v Moakve (for Mogilko). 16. Zaveduyu-
shchiy narodnoy astronomichf3skoy observatoriyey Dvortsa kulltury Moskov-
skogo nvtozgvods im. Likhqcheve (for Semakin).
(Physical instruments)

TERMUITEV, M.M. (Moskva)
Uniflow boiler. Fiz. v sbkole 19 no.1:93-94 Ja-F '59.(HIRA 12:3)
1. 443-ya arednyaya shkola.
(Boilers--Hodels)

POKROVSKIT, A.A.. starshly nauchnyy sotrudnik; ZVORUIN, B.S.; KUZ'MIN,
A.P.: RURTAIIMV, I.H.- TKUITIM, H.H.; MIAVRATEV, U.N.;
DAVTDOVSKIT, G.P., red,;- h., takhn.rad.; KCR-
HMVA, V.I., takhn.red.
(Demonstrative ex-partments on heat and molecular physics] %-
monstratnionnye opyty po molokuliarnoi fizike i teplots; posobie
dlin uchitelei. Pod red. A.A.Poicrovokogo. Moskva, Gos.uchebno-
pedagog.izd-vo M-va proov.RSFSRO 1960. 169 p. (MIRA 13:5)
(Molecules) (Heat)

UWNTIYEV, M.M. (Mosh-A)
C -
Demonstratlug the role of a condenser in a steam power installation.
Fiz.v Phkole 22 no.1:67-U -Td-F 162. (KMA 15:3)
(Ste,am engineering-Study and teaching)

T OH EANT, 77;-;V~, M,,~ 'I- ., ) r, 7'f:.
..............
1. " , , -4 1 ,
U. -,I I r~ -, '! ., *, -Ird fr, r - e,; -, ! I-, ;~ " P tr!~ )f !If ~tne~ '
?~ '- [ ., I.. A r ! I ", , it (k 1, ?A -1. P, -~ ~ )
~, aAl~:, ~ - 1 11 P

GODNIV, T,N.; TMM ITM', M.V.;PARMON, K.P.
Relative energ7 of chlorophyll extraction from different plants
by Inactive solventes Sbor.nauch.trud,Inst.biol.AN BSSR no.li
3-7 150. (MLRA 9:1)
(Chlorophyll) (Xxtraction (Chemistry))

B/056/60/039/006/043/063
?0 0 B006/BO63
ATUTHOR i Torentlyev,,M. V.
TITLEt Muon Decay From the K-Orbit
PERIODICALs Zhurnal skoperimentaltnoy i teorstioheskoy fizikit 19609
volb 39, No. 6(12), pp. 1734 - 1736
TEXT: The decay probability forp. 9 -+,)+-,j has been experimentally
determined for.the case where th~ meson in the atom is in a bound state.
It was found that the decay probability ~,Q) (where 'r- :tZ/137) first rises
and then decreases sharply with growing ;-at '-~;0.2~ is smaller than
the decay probability, of the free muon. in contradistinction to ex-
perimental results, a monotonic decrease of ?,(') with growing f has been
found by a theoretical study of ~.(R) which is correct up to teims linear
in j..In doing sot the author started from the assumption that the muon on
the K-orbit of the atom having a point nucleus is in a bound state'. The
author studies the effect produced by taking account of the finite nuclear
dimensions; uniform nuclear charge distribution and a radius of
Card 1/4

88451
Muon Decay From the K-Orbit 8/056/60/039/006/043/063
B000063
R - 1.2-10-13A1/3 are assumed. The following is written for'the spectrum i
of the electrons formed on muon decay by taking account of all effect*
1
making contributions of the order of So or
dW w' (01 + E(Ds) dy,
w0 - 1610 (3 - 4y) y2, X0 = 0210/19W,
t-2y T(1-20 2 Is (i - 2y) 2 Is
(DI + are tg + -Tgr ,
2
1 -29 N2 In% 2E (I -2y) + El 2 4j2jjL-M2y)
02 rc tg
(a 4 + X0 X02
X (2y- I + XO=(2y-I)'+E2, t O.MVIiR,
2
where y. electron energyj u - mass of masons I G weak* inter-
action constant. The following in assumed for the interactions
U + )/F2 and the muon wave functions
int + 5 )'?'Z5 5 A,~
are given ass
Card 2/4
WN.

88451
Nuon Decay From the K-Orbit 8/056/60/039/006/043/063
B006/B063
T~r) - (0)(r) .4. ~(')(r)
?~' . P
0 PR) 3/2 r