SCIENTIFIC ABSTRACT ZAIKIN, B.A. - ZAIKIN, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963430001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BORDUKOVAP N.V. pkwA.biolognaidcj WKIN# B.A,p agroncm; GLIIMA,, YO.Y.
alreonom
Rov to prevent tba.spreading of PI,Wtophthora infection* Zashche
rast, ot vred. i bol, 8 no.8*3&.40 Ag 063. (MnU 16 s 10)
1. Mookovokaya kartofel.Inaya-,tokalkologiobegkaya laboratwiya -
assoyusnogo instituta ushchity 3-astanLy.

"y /P, i--I,
- , - p - --.- .--

meow

56-4,36154
~UTHORs Zaykinp DvAo~
TITLEt On the Energy Levels of Mucleonts in Spherical Nuclei
(Ob urovnyakh Mra~ nuklonov 'v eferoidalinykh 3radrakh)
r
.(Letter.to the tor
PERIODICALs Zhurnal Skeperlm. i Teoret. FizIki, 19579 Vol- 3.3, Hr 4,
Pp- 1049 1051 (USSR)
.4 BSTRACTj For an ellipa a-uhloped potential well the nuoleon leveile cari be
-a which con-
calculated by meano of the pert4bation thioryj 1,
nection the extension into a setIes is carried out with th~i
deformation parameter. But since this series b%dly isonver,ges,
it cannot be used for the higher levels and for largo deforma-
tions. A method is theoretically developed which penaits to ob-
taiin a spectrum of higher staiee in an ellipse-shap,ad poten-
tial pot at any deformations. 7he calculation of the energy
spectrum leads to the solution of a transoendertal equation
with regard to which'devel-ops from the Joiriing together
of the wave functions at u w u . At present energy apectre.
are numerically calculated in ~Irn ellipse-shaped potential pot
at various deformations.
'Card 112

'On the Energy Leve In of Nucleons in Spherical 1110161
ASSOCIATIONt Phyaical Inetitute AN USSR imenI P.S. Lebedev
(Fizicheskiy institut imeni P.N* Lebedeva Akademii nauk SSSH)
SUBMITTEDt Juna 28, 1957
4VAILABLES. 'Library of Congraso

ZAMago D. A. 0 CaMidate PtWs-*th Set (die$) 'Tba tbaM Of OMSyeaifia 12u-
~Iei, aaco-rding,'Ab- the model of independent partialls", %meow# I",).-a pp
(Aced Sol USSR" Phys Inst in P. N. rAbodev),, 15o oyples (KLj, No 25;, 1959., 126:1

21 (7) Zaikinj D. A.
AUTHOR: BOV/56-35-0-42/6D
-U-n-W-eDeviation of the Equill.brium Shape aj.'
TITLE:
Atomic Nuclei Fro I11iry
m A:xial Symmi (0b otkloiteriii
ravnovesnoy formy atomnykh yadur ot aksiayjii)y simmetrii)
PERIODICAL: Zhurnal eksperimentallnoy i tiOreticheskoy fizikiq 1958,
vol 35, Nr 1 Mp PP 529-530 :'JSSR)
ABSTRACT: The analysis of the experimental data concerring the
levels of atomic nuclei showel that some nuclei have no
symmetry axis. It is interesting# therefore, to investigate
the behavi3T of nucleons in a potential f'ie^,.d withou~7
axial symmetry. As an example of such a f1*141 an infinitoly
deep potential well with vertical walls is i-avestig6ted In
this paper. This well has the,,shape of an ollipsoid with -the
semiaxes a R , a R , a R 1. wtore R detioton the radius of
X 0 y 0 z 0 0
a sphere of corresponding ei2ii. The problem of obtaining
the states of the nucleons ir.such a well U.n be reduced to
the-solution of the equation '2M) PX z i (r)
+ :P + P
Card t/3 E17i(rI within this ellipsoid. Calculations (according

On the Deviation -of the Equilibrium Shape o:~ 56-35-2-4,-./6o
I;OV/
Atomic Muclei-Prom Axial Symmetry
to the,methods of the perturba.tion theory) mre discusned.
The degeneration with respect:i;o m is cancolled totall.y
already in the first order of,!;he perturbaiion theoryl~
The calculations carried out In consideration of the
second order give rather long formulae for the energifis
which for a a 0 (axial symmetly)-are converi;ed into tLe
eorrespondingMoszkovoki formulae (Ref 2). ror the example
of the s-shells and p-ahells t~s behavior o' the nucle,on
levels may be investigated qualitatively, The corresponding
expressions for the energy levals and for tLe wave _'unctions
are given explicitly. Accordinj to these expressions, the
spherical shape is best suited for an occupied shell. Fox-
an occupied shell, beginning w:3h the third nucleon,
the equilibrium shape will dif:'er from the iipherical
and also from the axial-symmet-,?io shape. A numerical
exampleia given. A similar ant4lyais of the leviations of' the
eqailibrium shape of real nuolti from axial symmetry will be
published in a following paper '~The author t'hanks A. 8
Davydov who discussed the results of thin pu:per. There axe
4 references, 2,of which are Scviet.
Card 2/3

[it M~m

AUTRORSt. SOV/56-v36,-;I
-Davydov,, A.. S, Zaik jya As- -31162
TITLEs on the 0 a oi 11 ati 6'n'~'s of aces of an Atomic Nuclede
r
oTebanizrakh poverkhnos',Oi atomnogo yadre.)
(0 k
PERIODICALs ~hurnal i3ksperimentaltnoy i teoretione-skoy fizi,ki, 1959p,
Vol 36, Nr 19 pp 233-237 (USSR)
ABSTRACT; The authors investigate the-si-ability of a nucLeus.with
respect to the variation of tjje value rcorreapondIng to.

laquili ium for the minimum o' ti I ener1rr. Oa the aimple
poten a
'
r
model
;nio oocjill&tor :!.,Leld for tho
f the aniobtropic harm
individual nucleons, the foll.,)wing in showns The energy of the
first excited state, which correspoxvis to the r-oscilla:tions,
is nearly of the same order ef magnitude as t.he energy of the
y of tha
singls-nuo leon excitation. Me reduced probabilit,
reduced quadrupole transitims to levels corresponding to the
71-oscillations, is some hundved times lower than the correspond6g.:
probability:of,transitiori.tol:the first rotaticn level of an
azially-symmetric nucleus. k3cording:to,the auth,-rsf opinion,
these results confirm the hi;h stability of tk,e ohape of the
nucleus with respect to r-oscillations. The firtit part of this
Card 1/4 paper deals with the potential energy-of the ourface oscillations

-31162
Oil ihe '-rosoi I lat ions of the Surfaces~of.. al j SOV156w 36-11
Atomic Nucleus
nucloons:1tith the maso m are assumed to
-of the'nuclaus*,The
move in a potential of the type
2/ 2.
V (m 4) 2 7-1 (xk/R kere it holds that
k k
2 --R e (21r/3)k) , where/!~and
k xP (10i ik -Y 4 t holds t~,at
rdetermine'the shape of the~nucleus. Besides, A
3
RIR~R3 so that k.-Oholds. The energy of each nvoleon
depends on 3 quantum numbers nk- Por each filled shall it holds
that 'En 0, and the ,otal energy of the nucleons vhich
A sk fk
fill several shells (magic nicleus), can be written down as
EM,- tw(,Co + (1/2)1) ~2)1 2 (n, + (3/2)), where D>0
s
-denotes the elasticity of the nucleus with res;e:ot to
A -oscillations. The minimum energy of the nucleti with filled
Card 2/4 ahAlls corresponds to the s1herical shapa of thei nucleus. In

f ~.,th_
e'-Sluiftoes W, ::307/56-36-1-31/62
Dnl
~At 01hi
*f ~ijL t*i' the' a~'Urf ace of
-the secorA chapte a a one 0 -an
r the
atomic rucleus art? calculitted. The Sqhrddinger.(8hredirjger)-
equation for the determinition of the energy cT these
osoillations is explicitl,, written down. The solutions ~f
this equation are to be found in form of periodic even
functions (with the 'Period 2V/3) of.)-. The awhore confire
themselves-to dealing wiih the first four tern3 in the
corresponding expansion :z% series. Expressions are written
down for the difference Ijetween the grouad state and the
first eirIcited 'r-oscilla,,ion level. Vie authors investigate
especially the filling of a shell with 9 -'5..The third and
last chapter of-the preednt paper deals with the excitation
probability of the r-os-aillations. An expression is written
down 'or the transitionprobability of the nucleus from the
ground state to the firste)(Cited 4"6 scillatior. state under the
action of an electromagietic fie& Thereducod probability of
the first r-osoillatioa sta,te,is some hundroe, times smg,ller
than the corresponding'excitation probabilit),of the first
rotational state of thf rracleus. There are 6 refe'rences,
Card 3/4 3 of which are Soviet.'

2051 507/54;-36-5-4V71;
UjId"t Do A#
THM On the Problem. of th Adal'AuVmetry of, Atomic fuclei CK
voproau ob aksiallney asimmetrii atomnykh yader'jl
MODICAM Zhurnal eksperimentslOnoy I teoretiaheskoy finiki 1,959,
Vol 36,, Nr 51 YP 1510-1571 (USSR)
AMIRACT i Already in a pre vione paper (Hof 1) the author investigated the
eqailibrium shape ol nuclei on -the basis of the bebavior of
nucleons in an infi-Ately doep potential well with vertical malls;
the ellipsoidal nuclei (semiax-es a xr0, a
3 J~ were subjected
r0r aZ r
4
Y
to a coordinate tra nsformation (ellipsoid -+ spluire with r 0), and
it was shown that In the new variables the operator of the kinetic
energy of the nual(on may.be decomposed into 2 pturtst into
-(h' 2M? and T^; V^ i -tion f be
-Ayt accopling to the degree of deforms;
expanded In a serilis which is,broken off after tbe-firat termo As
deformation paramet.'ers f and ram used, which may be represented
as functions of th~ semiaxee. j~-io identical with Bohr's y'-, ? is
in first a
ro
proximation
ortional to Bohr's 9 0-0/4"O
If
1P

Card 1/3 .
p
p
p
/
I and thus also Lei considered to be small, the problem of

On the Problem-of the Ae-A-1 Agaymistry--of - At--Ao Nuolei SWA-6-36-5-45/T6
nuclear asymmetry may be investigated on the-basis of the
perturbation theory. In the present "Letter to.thet.Rditor* the
author givea an:oxample for the oalculation of thet energy levels
of nucleons in 4.apendenoe on and 1* aocurately up: to tems of
the seoond order for and f-states; the coAte with 11 s 3
.-and- /ml- *A in iizplioitl~_ written down. -A numerict.J. evaluation- of--
the energy fok --arious configurations shows that the energy minimum
may correspond lo a nonaxial equilibrifim shape. Thts, for the
folloydng canfigiration of nucleons of one type ('IvD2('Ip)6(Id)4-,
which corresponis to the 4 24_nuolous, tbas orgy adnimim is about
&0. 3 and x7 Q'; for the oonfipraticA (1197.1 2j1p ~(jd) 10 (2s)2 (1f)2 9
which. correspot its to the T141nuo 8u9, it is shoutAp4.2 0
and r96
By means of thu modeL used by the author it is thua found thal the
equilibrium altape of a nuoleus may aotually doviele from axial
symmetryo w1doli fact in also in agreement with the results obtaine-d
by Goylikman ('(of 5111 Davydov and Filippov (Ref 6). There are
-6 referenoea,3 of which are Soviet.
ASSOCIATICK: Fizicheskiy institut im. P. 14. Lebedeva, Akademii nauk SSSR
6ard Z/3 (Physico Institute. imeni P. V. Lebedev of the Academy of Sciences,

~;OT/56~37-2-31/56
AUTHOL 9 galki
TITLE: The'-Ground-Levols of Odd-Non"spherioal Nuclei Aooordihg t,)
the Indepen4ent-paxtiole Model
PERIODICAL: Zhurnal ekslerizente'lincy i teoretiahasko.7 fizikil 1959,
Vol 37, Nr 2(8)0 v 540-545 (U.59R)
ABSTRACT: Thi-s is a calculation of the level scheme of this nucleons in
a pheroida ) poteAti":vell by,*eann of the metiod of
aq;mptotio ixpansione of spherical functions@ fti mathe'malical
-eft0ountsved In this approach are dicaussea. 'The
d iff Ioul tie$
determinati(in of the energy levels, of nucleons with the cukas
M reviraino, in a square potantlal~iolil which it, space has
the shape ol' an ellipsoid of revoliM6n,isreduced to the
solution of.Ahe Sohroadinger equation
A

A + v er*) v('r)ipj
z w ore a denoteg
2H 2 2 1
K

the.veloo
ik A

pf light I a. andp .*he. spin, and noiseatum operotors
of the nuolvoup and x a dimensionless oonstame The potential
Card 1/4 V(it) has the form

on-a herioal Nuclei Acoordbg to the Wepnilstt-
Thd.~,Orouztd of Wd 9 it p 4
particle Model
I Y2-)/a2: 2
i ith-in the ellipsoid (Z + + 5
V(1)
the ellipsoido
The estvio-o.Xesaand b of ~ the ellipsoid ake-iAtorelated ~y the
oondition;that the volume in indepondsvi.of ~hj degree of
deviation from a~b+a r ~r denotihg
01 .-0
the radiuO ofa-ephere with the saaevolunee Thi solutich-of
the abovo.i8ohroadingor.60justion is'.expressed tkrou4th sphiroidal
funotionso.The numerioal ailoulatiois. of the enirv levola
OfAhe nu,ileons has been oatried out on:tha dealroule coftputer
"Ural" of~the Fizicheekiy institut Imeni P. 1. Lebedeva. AS SSSR
(Instituti of Physics imeni P.N. Lebedev of thii All USSR)
for values of 359 42 and 50 Mev of th4 constant V and for
values OA00 0.70, O.aO, 1.20, 1.25 1.35t 1-50? 1.70, and
2.0 of thO ratio b/a 'of the' somi-axest. It.appetu7s from the
aaloulatiine that the,eneirgylevels'and their orders are only
little dependent upon the conatent.V (within th~ range of
V under oonsideration). The variatt$n of the constant % of
t9e apin-s'pin coupling exerts a considerable inj!luence upon
Card 2/ the order of the levels. In a dia P
.4 va the level scheme of the

BOV/56-37-2-31/56
The' Ground- Levels of ~M, 4Mon-spherioal-Ruclel &6oordlng,to the Independent-
palr.ticle Model
nucleone-in asquare', poten.tial 4011~,Whioh, hat been COMY004
-for V Id 42 Rev and x 30 it shOln.'Thi,nualeon levels 6how
a quatiiatively-roughly similar.beha4ior,lthe ~Iffezlvnoos-
beinR limited todetella. The caloulAted resulie we *re.compared
with -Wi.exporimental data for the spin and pai,ity of the
i4al nuolei- which showed good
::ground tevels of oad non spher
agreement. IV has ..been proved -experimentally Vat a great
-number of the nuclei in.v.s.stiot-od- in this stud:r have-very
low isaneric levels. These levels can also be Adentified so-
t '
cording,to the scheme.se ~up in this Paper. Tho results of
this identification are compiled in a second table. The level
scheme of nucleons found herein shows a good agrdeme 'nt with
the spin and parity values of Ahe ground levels and of the lor
isomeric levels determined experimentaUy. This'level abheme
in general shows an agreement as good as that by S. G. Nilsson,
but it lacks the other's drawbacks. As a concluslon a nmaber
of dets,ils are discussed, There are 1 - figure p 2 tables..
and l7ref erencesp 6 of which ex~e Soviet.
Card 3A

BELYAN., va.i zArKiN. D.A.
Fwwi,~Ual statoo of non'spherima.mmu-mn nuclei. Izv
AN SSSR~ . Ser.' fiz. 25 no.g.-no-alis 161. (HIPA U:9:5
1. vizi~heskiy inatitut imani PiN. Labodava AN SSSR.
(Nuoleij Atomic)~7

ZAYKIh, D A. '-rct.fiz,-rv.t. 1:.,;.u1..
26 no. 2:2"7-2-7, 51 i' Ia.
(-'- ~---,
(,'-Ucla4r reuctions)

L 16146.43
----'I,AZGESSION: NR. A t30011850
well -orbit interactio S .4 provides a camp r1son botween, the
the 11-and the spix: n te a
'jacheme-oI the energr levels thus obtained and e xtpe rime ntal data relatlie to the
P Cl j
~splns and parities ol the ground state and the wer isoraeric stale of 4 Id ru e
--Ahaving forrns differi ig strongly frorn the spherical. Chapter 11 regards the
nroblerr, of the T)oq 91 ble de viat ion of the f( rm of atomic nuclei frcm an .,_iaIIv-
M r . -a', fC -n
t r) jr] I i n't a caiculation ia )eriorrned for the nnzr~y iov!.j of
Inucloons in an infini.ely deep, rectangular, nonmdally- iyrnmctr.cal, vt!li. The
ic-alculation is Pqrforrned for atates of the nucleona which. in ~he inataji(.~.- of Lho
Isphericatly-ay.-nmetrical well, pass to th! t;-, p-, d-, itnd f-staten. I'ae pertur-
I
fba-tion method empic yed is analogous to d ic method us-ec by 3. A. Mus z (Dws ki
i(phys. Rev., V. 99, 1 155, 803) in calculating the energy tevels of iucle )iq in a rec.-
ztanvula_ aid-aliv-svnmetrical. well. Chaoter 11 adduc4is also tho ~csit,,.s of

77
L 161~"3
.-'-..:1ACC&5S1ON-MR., kT3001850
-,c region of single-je.: ticle ex-
1'y illations, and sho~va that tbis level lies in the
us nessions aie obt4il ned here for the wave Nmctions o4!
cituians -o e-W-Wle exp
i - :-- - - the aused In Sec. 9 rij
~the -y-vibra"on sb;tee of the nucleus, The express ors are
calculate the probi tbility of ulectran-iagnaitic excitation of th,s fir [It y - i,~;bration
level. TI-Lis proba ~dllty is found to be 2 to 3 ordt rd of magnitud e arn a I le r than *1~e
prc,bability of the ilectromagnetic exciu.tiun of the firot rotatioual It -:1 of the
a~dalll-r-syrmmetrl( al nucleu,-3. Sec. i0 eraixiatoii the applicability of Ji--~ qlialitaN ee
regults obtained u real nuclei. Conclutdons: (1) The scheme of r-u( ~ i on ene r.;y
,lavelfs constructed here for an axially-afrnmetrical. rectangulaz well accords eatio-
q factorily with exp( rimental data on the opins and parilics of the grotakd states and
,low isomeric statt s of odd nuclei differing strongly frarn the spheri(.;~l shape; t-ie
accordance thus o)tained is better than hat for the acteme of K. Go:11ried (Phyil.
:Rev., v. 103, 1956, 1017). (2) The enerj~y-levol scheme constructed hare affords
Tan accordance witi experimental data eoual!y as good as that of the scheme ofS.
G. Nils son (Dan. If lat-fyn. niedd., v. Z9, no, 16, 1955), but is free of tk.o defect of
~th,- Nilsson -icharre that a greater degree of aphericivi than that actu~Llly observed
iniu3t bo po;Ftulatei6 (3) Gamparition of the au-zhoz** a,:htme wilh, the Nilfison
acherno shows tha- the author'n achern,5 in letti critics I wich re~jpect n the saloc -
TIMI of the for-En a'' th3c rwian ft-Ild, particularly for gritater degreen oi nonaphcr~-

-A
7
L, 1614643
ACCEISSION NR: A.T3001850
A05
in -tll*: N11g a o :-. a cht t n-i 6) for the hualei PIA and -AG'O"l- 09 to'! whicK the vigil Ili.[
-Lram
ithe quadru-poie mornent and, c~onseqaently, the aign ai the a~onapftericity p. eter
j 13 ia unknovm, accords much better with experinnent. if ~ is afisamec to &-3 negxtLva,
ithat ia, if these at clei are aasurried to b,: fllattcaed. Both tho aut'i )r's and th~i
IiNlls-~ion scheme d( not contridict the hyTot4esig of a flattened (crm c,l the odd 1911-
tope s of th.: actini lea; only a depeniabic measurement of the signs (i their qujid-
.rupole mor-,ents cLn provids a definitive answer to this problem 110til the
autho anci the N, U s son scheme vie Id ar ;iclpatcd valut!s of 1 1 ar,,j l3le fcr
L~Le loj,, isomeric tates of t~-e nuclei W,,,3 an;..' 09") for whic;i Me : )ln!i arid Lre
.paritieg are not kiown. (7) The calculation oi the nu-cieon energy ieii a i_-i a nun-
adal, infinitely d.!cp, well in Lerms of tic parametere 0 and N t"t (_-1arar_tCr,z!
the form of a nucleus showo that tne mocel of infinite iarticles or, iLl fdml.') 40 8 t
.form admits the rossibil-ity ~jzf a nonaxially-symmetriCiLl' equilib.-itim lorm of
atomic nuclei &F pov~uiated :)y AS. Dav)-cio-t and G. F. Filippov ZhElF, v. 35,
440i Nucl, Phys., v. 8, 1958, Z37). i,8) j.,treat atab.lity of tho foni. u_1' atorn;r

4 5
OWN
oil IN
o', r el -.3 e e 4, c r 9 M F 7 r,;
7, AN '.'SR)
I A
Card 3 15
a %C m L

ZAIKIN,. D.A.; SERG-nEV, V.A. ~ I.
fluitleon Interaetion vith 113 and HO at low energies. hY. AJI MR ,
So,-.fiz. 30 no.1:11.8-155 Ja 166.
(WRI, :Lg-.I)
1. Fizicheskiy institut Im. P.N.Lebodeva AN SMIR.,

SAIM, Dja
Sme characteristics of foot-end-mouth disease in a =re
1W:iere stock is drivem away to pasturage* Taterinariia, 37
n:)*4:33-35 AP'60. (MIRA16:0
1, Tadzhikokiy nauchno-Usledovatellskly institut zhircitiao-
-vodstva.
(TA.jIKISTAJI--qOOr-A"-MOIJTH DISEM)

AID P 395
Subject uSSR/Aeronauties
Card 1/1 Pub. 13 5, 9/18
Author : Zaikin, F., Col. of the Guard, Eng.
Title : Economy of Aviation Equipment in Complex Climatic
Conditions
Periodical : Vest. vozd. flota, 8, 49-51p Ag 1954
Abstract The author diBCUS;3es problems of aircraft maintenance in
complex atmospheric conditions such as low temperatures,
high humidity, et,,,. Examples of dealing with these pro-
blems are given. Na mes of officers are mentioned.
Institution None
Submitted No date

ZAIKa., G.
Potentials of Alsksei TknobAnkoo Mashinostroitell no,5:&7
MY 163. (MERA 16:",'j
(Volgograd-Boriag machinery)

MI
WMI G.
Efficiency promoter. Nashinoatroitell n0.100 0 '62.
(MM 15810
(Volgograd-Kachina-shop practice)

--ZAIMv G.
Stand for vheel &jjp7mnt. Avt.tramp. 38 no-7:26-27 Jl
160. (Kru 13:7)
(Automobile$-ftiels)

m
ZAIKINv G.
Golden hands. Yashinostroitell no.9:12-14 S '64.
(MI 17: 10)

:E-ItT,?.I~liF;~~1Yiii~li9l:~f~l..'.!-%t3~~~~~IFZ-.,~re.NX~;~nl--~k MURVIntfO-3 UV 5--X
Work of refe- in t~n Volgograd p'.an- "B~.rikadly*ll
~.(;nr;o groups (1,111U J!7: 3)
14TI no.1:12-13 '0'4,-

ZAIXINO G.G.
Some isuggestiom of immovator Q.T.ftrabin.,K"hiu0stroitell n0.101
33 0 165. (MMA 18110)

Mashinostrultell no,10225
(MIRA 16:12)

ZAIKIN, Gel*, Inshenero
-- ,
Using conical roller bearings in lococotIve'l, yest,PMZ MM n0.3-'44-
52 1 156. OCAA 10: 1)
(Locomotives) (Roller bearings)

ekbn.nauk; IVEBANENKO, v.M., karxi.tekhn.nwA; ZARIN,
GENICH, B.A., kand.t
G.I.t inzh._.__..
Increasing the fatigue strength of axles by means of bil'L turni--livnp.
Trudy TISNII MPS no-221:149-160 '61. (MlftA 1.5,71)
(Car axles)

V.M., kandotekhr).naliki ZAIKIII, 0#100 in2b.
-stinr- the. strength101 , the.-pr--ss-Joint Of the wheel aqJ axle in-
conneitlQn with axle ctrergUiening by moarls of burnishIn Tmdy
TFNII no.221,161-17i., 61. 'resting)
(Clar axles-

ZAIKIN, G,V# I MONCENKOP V.P.; IVANOVP Dip.
Stopped driUs, Hashinaotroitell a*.ls26 Ja 162. (11M. 15:1)
(Twist driUa)

ZAIKIN, G.V.
Drilling dyn=ometer. Stan.1 instr. 32 no.7132-33 JI 061,
- (141RA 14.6)
(Dynamometer) -
.f

JIM I.
ZAJY
29733
17rS v borlbye aa orfayiizatsiorlio-icb~ozy-ay.-,tvierinoye ukvj--plyeniye I:oLlkhozav.
Botlsbyevik sov. Latvii, 1949, No. 15, S. 17-25
So: letapis, No. 40

.. -UIM, I.I., insho
Using oroas circulation pothods In watft-dlgchar&4vg lastal],atione.
Gidr.strol. 28 uo.3:53-55 Kr 159. (KIRA 12:4)
(Spillways)

M_
-14-06Y
SOVI a- -1 siw3' A-
AUTHOR: Zaikin, I. I. ,Engineer
TITLE: The Utilization of Lateral Water Circulation In
Water Spillways (Primeneniye poperechnoy tsirkulyat-
aii na vodosbrosnykh sooruzheniyakh)
PERIODICAL: Gidrotekhnicheskoye stroitel'stvo, 19501, Nr 3, pp
53-55 (U88R)
ABSTRACT- As a result of lateral-water circulation in the (lam
spillway, many apital water streams arv formed in
the tail waters, all of the same progrei3sing speed
at which surface streams flow in one direction, and
bottom streams - in another, without, fo:~ming a back
wave. The actual level of tail waters -is formed at
the end of the spillway. This peri,~iits the build~-rs
to shorten -the length of bracing of ta:LL viatEr,-.
The utilization of lateral circulation also imrroves
the process of energy dissipation, A 'basic part of
the energy is dissipated on the spillway and the
rest of energy and pulsation, evenly distributed
Card 1/2 along the flow, do not damage either the apron or

SOV/98-~~'9-3-13/17
.I The Utilization of Lateral Water Circulation in Water Spillvl~-tys
11 .- I the apronwell. The author describes latorato:.-y
tests he made on models, with guiding slields in
one case, and with obliquely disposed bu,ttres;3ei!i
in the other. In both cases the results were satis- -
factory. There are, 4 sots of diagrams.

K'_ L o7862-67 EW(d)/EWP(c)/EW~(v)/&iP(k)/D-~E(l) 1JP(c)
CC NR* Ap6011252 QA~ SOURCE CODES V66/11~jlio_6/0091s/00514
'AUTHORSo Levykinj F. V.1 Zalkin, 1. M.) Sqpq~xhnikoy 9. Ya.1 Cyra vp V~L Ya
-bROs none
.TITLE: A method for ultrasonic inspectionq0t bent bars. Class 428 No,, 179978
obrastsys
tovarnV* snakit no. 6, 1966, 94
SGURM Isobroteniya, promyshlemWe
TOPIC TAGSt ultrasound., ultrasonic emitter.,-ultrasonic equipments ultromonic glaw
detector, ultrasonic inspectionj ultrasonic sensors ultrasonic wave
-ABSTRACT: This Author Certificate presents a method for ultrasonic infqmction of
bent baras based on 'the utilization of surficial ultrasonic waves. To increase the
sensitivity of the recording apparatus used in detection of cracks, the angle throuEft
which the emitters are turned is so chosen that the ultrasonic rays pr(xtuced. bT the
emitters and moving along the cylindrical surface of the neck of the bont bar
intersect at the center of bend. To decrease the influence of errors on the accurac
of inspection and to maintain a constant angle of intersection of the ultraaonic rayss
the eviltters,, in the course oC inspection, progress along the outer aw-Jace of the
nock cpposite to the surface baing chocked on the inspected rod. To daternine tho
dipioniiona of tho detected crack, the transverse size of the cracks is measured with a
feeler operatin on the principle of roflex# The dotomination of tho longitudii'AL
(Wnensiona is aftained with an oeho-Wasuring feolevo
Etbeli/ SUBM DATE2 05FGb63
.6-6
2LaU,3 6 al P16

DMITRIYEVA., A.I.; SHUSHON', A.A.; 111RONOV1 K.M.; DERBENU, S. 1.
LOVA, N.N.; ANDREY1,11,
GRANICIRIOVA-1-Z.P.; OU-NO-J, N.M.; KIUAY
V.V.; YAMEV, V.S.; OSIM"A, V.K.;
SF11U.'OV, G.N., rauchnyy sotr.; 7,AjX-U1"--I,1L4 TALI 14ISMUM,
G.N.; MORKOV111p V.A.; GAIAGAN, V.A.; RAZWAYCV, A,A.; red.;
~SOKOWVAI 'V.Ye.p rod.1 TRISHIHA,,~~,A.j tekbn. red.
[Manual on the Industrial primary processing, of flux]
Spravochnik po zavodskoi pervichnoi obrabotko-Itna. lzd.2.,
Perer. i dop. Moskva, Rost,ekhizdat, 1962. 755 P.
(MIR4 15:12)
l.. TSentrallriyy nauchno-issledovatellskiy institut JU'%~'Agykh
volokon (for.Dmitriyeve, Shushkin, Miranov, Derbene~i,
Granichnova., 01=1, Mikhaylova, Andreyev, Makeyev, Osilywa).
4
2. Vsesoyuzny1 nauchno-iss-ledovatell9kiy institut okhrany
truda (for amurnov). 3. Upravloniyo zagotovk I pDrvicbn.-y ob-
rabotki 1,111a KallnintiVaro novnarkhoza (for Zalkin, Talinishnikh,
1-forkavin, Galngon# 1,1w)"n).
(Flax) (Flax I)rOCGZSJ,Dg Mchinnry)

Dissertation defended In the Botanical Institute iment V. L. Komrov
for the academic degree of Candidate of Biological Satenceas
"Introduction of Maple Into the Moscow Area and Its Breeding for Leaf
Color..*
Vestnik Akad Nauk No* 4. 1963# ppo 119-145

CHEN, N.G. FEDOROV, O.G.; FEVRALUT, K,D.; POLETAYEV, B.L.; ZA11,190 I.P.
Study of the a2ternal__ carrosion off tba -pipes of a vaste41oat
boiler, From, energ* 15.ao.&'30-U 'A& !6af (MMA. 15:1)
(Boilers-COrTosion)
(Steam~ipes--CotTosion)

4-1.ZAIKIN, L.N,, inzh.
~ I,
~,
Organization of wire broadcasting in rural areas. Vest. sviazi
24 no.3:22-23 Mr 164, (MIRA 1?:4)

~-!41mqf'
IN"NY-ZOO -Z a tit ROW
ZAIM91. K,D,; GOPOKBOVA, N.P.; STEFADUI Z.A#; ZAIKINO T.A.;
MOISEYXVI V.S.
Treatment of angina pectoris vith nitranol. Khim. i md. no 143:
17-20 '61. (MMA 17-.;)

ZA]Xri, V#De (Moskva)
la'47 '~4'1-'W ~
Proceemes of healing In #Wocardial Infaret. nin,wed, 36 no*58103-110
(H DtA 11 S 7)
1. Is kafedry propimdevtiki vnutrennikh bolesney (zav,, ..deystvitellnyy
chlen AH9 SSSR Prof. T.Eh. Vaellmnko) I kafedry patologicheakoy &%Oxtomii
(zav. - chaln-korreenondent AW SSSR prof. A.I. StrukoT) I Yonkovs1rogo
ordena Lenina meditainekogo Inatituta Iteni LR# Sech-inva.
(WOCARDIAL INFARCT, phynloloj7
heitling (Ru))

SOMOV, Kikhail Grigorlyevich; ZAIKIN# Hikhall Fedoroviah;
-- MORDOYMUs V.P., red,
(Kopeyok] Kopeisk. Chaliabinsk, Challabinskoe knir.IULOO
Lxd-vo. 1959. 229 P. (MIRA l3t2)
(Kopeyok--History) (Kopeyok-Economic conditlons)

AZBELI, 8 M.1 ZA9NA1H,-H-14-WUKOVP P.1.1 SAVINO I.M.1 NOVBDVO
retsenzent; KUHLAMOV, P.G., insh.,, red.;
TOFOTNIKOVAp L.P.,-WAA. rod.-
Aftepair Of failures Of-the, ChW dindel-locowtivel Ustmenis
neisprawbatel teplovoza ChM32. Moskva# Traussheldorltdat,
1963. 53 P. OGRA 1.6; 5)
(Diesel locomotives-FAIntenance and repair)

GRINEVICH, G.P., doktor takhn. nauk; ZAIKINO M.N., kand. tekhn. nauk
I
Over-all mechanization and automation OF~W and un:Uiading.
Hekh. i avtom. proizv. 18 no.6:14-19 Je 164. (MrIII 1719)

WKIN) M.N., kand. tekhn. xgxk
-Increasa labor a-oductivity in loading and unloa4izigs P'.6kho
i avtom. proizv. 17 no.6,-I-I, A 16.3. (IfIlk 16:7)
(Loading and unloadinij)

UIKIH, M.N.
Researob in the field of mchanization of loading and mloading
operations. Biul.tekh.-ekon.infom.(toa.naucA'I.-Lssl.ir;jit.nauch. I
tekh.inform. no.6:80-431 -162. (MIRA 150)
(Lceding and unloading)

Kwim U a K Mi 0
SMCDUMOV, A.Ya.,- WMWV, V.A.- I m 4
"Freight routing and iMTovement of itua efficiency" '~,y
V T..Qoipov. Ravlewed ty MA. Samcdunov,, 'r.A. ~Herlvvdcv,
M:N. Zaikin.. Vest. AN SSSR 32 no.UtI45-146 N 1627
(MIRIL :15:11)
(RallrWs-F~-eight)

ZAIKINO K.N.
tht fl*ld of lnftstrUa tramsP='UtLOO- B:Lul-takh--
skon.informsood.nguoh#_issl*inatonatiah.1 takh.inform. no.5r82-
83 162, (K= 150)
(Transportati-on-Researah)

ZAIKI Ns M.N., kand.tekhn.nauk.; SHMIRIN, V.A,, Jrand,UiklLn.nauk
Basla trends in the dwelopment, of transportativn In containers
and packets. 1,11ekh, i avtom.proizv. 19 no,W3-17 A 065. (MIRA 18:3)

ZAIKIN, M.N., kand. tokhn. nauk; ANTOWV, V.A., kand. tekhn. nau~,c
Basic trends in the dcvolcr7.mf.-n* of cnntinuous ccnveyin~, aystemi,
Yokh. I avtorp. prolilv. 19 nu.9:1-4 IS 165. (MITA 18:9)

9,
ACC NRt AP7001748 SOURCE CODE: UR/0193/66/000/010/002"*'b6ii
AUTHORt Zaikin, M. P1.
ORG: none
TITLE: New types of electroerosion machining instruments
SOURCE: Byulleten' tekhniko-ekonmicheekoy Informataii, no.'10, 1966. 29-31
TOPIC TAGSt industrial instrument, elect roarosion, elactroarcelon tuchining, metal
electroforming, electrode design
ABSTRACT: The article discusses a new process for producing coppet or brass alec-
trodes by drawing through dies made of hard-alloys such as T15K6 or VK8. The
dies are small plates 1 to 1.5 mm thick, soldered to steel mandrels after being cop-
per plated by an electric spark process, which erodes the surface and diffuses copper
particles into the hard alloy. This.can be done on a universal electrocrosion
machine, which grips the. end of the copper electrode rod 6-8 MM in diameter after it!
is fed automatically through the die, where a pulse ebarge transfers copper particles;
to the die face. Before drawing through the final die., the rod Is perfectly con-
toured by preliminary dies, grooved rolls, and contour burnishing. Tubular electrodes:
for piercing machine parts with holes more than 2 mm In diameter and length can also
lie drawn in lengths of 1000 mm from copper or brass, pipe by dravivg through similar
diec clamped In-4-turning laths. Electrocrosion electrodes for planishing interior
Card 112 UDC2

ACC NR,
AP7001748
hollow surfaces more than 6 mm In diameter can be made from steel rod wound %rith
copper or brass-wire laid in a spiral groove. which to cut an a copying lathe.
OrIg. art. hass *1 figure.
SUB CODE: ll/ SURM DATZs itme

A
Country: H u. r, i a
Acaderuc DeCreos: -not given-
Affiliation:
Source: Timisoara, Timisoara Medicala. Vol VIq_No_:1,_Jan-Jun 1961, pp_62-70,
Datai "Studies on -t'r,.o :Iaso-Pharynglan lore. in Children Eetween, 0 and
15 Years o-,!' Mge In an Isolated Co-==i4.,-y During the Spring Season."
Authors:
ZATMAN
S A._
PRA EL -N
S,
LEVI 3.1~
~Isu t~ 0MIgione
*)Work Rerfo theL& 91ria ot the Inst i
bio v -KDt- Aoldd-rharmaee rl%nsti ite
9--jd t a ,,rmed a~, U0.
Oro
(Sectia de Epidemiolqgie a Institutului de, Igiena si LaIoDrato,
Mlorobiologie I.M. F. J. I Timis
Goara,

ZAIN.':No 114.!~.
11,111C.-sal -I r--11" v. 14,11~0
..r - 1. 1 .
okcn. WaMe CIOS, ',Pqto nounr. I I.-Ahe 1e.
no,'Is23-25 JI 1650 18,9)

ZAI-XIT'It- 111171LATIL FAWLIUCM
KMTAVTSIVY. Zvon Tasillyevich. doktor takhmichaskikh aauk; 301PUROY.
Alaksondr Konstentinovich. inzhener; U Kikboil Favlovich-
UDALITSOV, A.M., glaynyy redaktor;
nauk, redaktor; KCRSHUMOT, B.S., kondidat takhnicheekikh nauk,
redaktor; GRISHIM.-:V.Ko. inzhenar* redaktor-
[Strangthening filets of large shafts by surf'sce 9eo4jqg* New
construction of ring electrodes of alectromachining tools.
Vibration equipment for electric spark machiming for hard,ening
and natal coating] Uprochnanie galtalet krupvykh vo%ov poTarkh-
noatay='naklepw. Novato konstruktatia kolli.sevogo, alsictroda
elaktroerozionnogo stanks. Vibratsionnala ul,t4porlas dlia elaktro-
aroxioanogo uproobnentia I pokryttle metallov, Kosl:ys, 1!)56o 11 pe
(Paredovoi proizvods tva ano-takhni cha skit opyt. Ser.8, ftchsaichs-
skoe uprochnenie detalet i netody alefetricheakoi ob.,.-abc.tL-.L metallov.
No.T-56-252/6) (I(M 10:5)
1. Moscow. Institut takhniko-ekonomichookoy informatail.
(Ketal cutting, Zlectric)

1;1~-E,(-14ri'~-OiZir-wl;rm~izaI amp 6-0A M6r.R&-V!M 54 MR-41799
ZAIKIN N.
Problems of weed control. Zashch. rast. ot vred. i bu:I. 3D
no.5s6O 165. OCRA 1816)

a. -I II PI; i L'". -1 F, T- r w 19 ED W-ffrml .Ma a fit 9ta
SHII'O'rF P.A, doktor 'takhn.nauk; -KRIVOSHNM# A.Ye., doktor vikhn,nauk;
a
DEMIDOVIC11p M., kand,tokhn.nauk; RUDYITSK TYj L..%, kand,tokhn.nAuk;
FLOROV, K.V.p kand.tokho."uk; SHAPOVAL, I.M., kand.-Wkhn.r-&-ak;
OLErITICHENKO, V.G. Lwb,; ZAIKI -N.A., in3h.1 TITVII,, Ao*r.t itzh.
Replacing alloyed steals by high-strength cast ir.:)n :U2 m&nufactu:!ing
machine parts. Vashinostroenie no-4:59-61 Jl-A~ 165, (KRA 18%8)

WKINO N.D.
---------------------Kqchlnery-manufactr,,-ing-laboratory- -at- the - Leningreul-&*momic.
16
cottncil.- VAdhinostroitelt no.4s47- lp 163. (tan I -. 5)
(Leningrad-Engineering laboratories)

ZAIKINP N.I. (Kiyev)
Expand the links of clothing industry enterprises irith the tradlr4:
organizations. Shvein, prom. no-3:22-26 14y-Je 161,.
I' MI u I'l.- 9)

na
ZAIKINV N. uchnyy sotrudnik; PMUNOVq V.Ya.,, nauchnyy sotrudnik
..E.
Need for an expansion of business camections between tlbj~
industry eaterprisee and trade-organizations. Tekst, prm. 23
no.6s26-19 Je 163. (MIRA 16t7)
lo UkrainskLy nauchno-iseledovatellskiy inatitut, torgovIi i
obehohestvennogo, pitanlyu.
(Textile induatu)

~~4iWar P-M
HM
ZAIKIN N N,,* wonom,
-----Pyrote-ohnles-1,1- plant-- protec tiort.---Za$bOb.-rast.-Ot--rred,- I -tolt- -- --
8 no.9t6O 3 163. (MIRA 16;10)

Seminar on herbicides. Zashch, rasto ot vre4. I bo2. 8 r-o.221.51
D 163 (MIRA 171,3)
-1--Starshly agronom-po gerbitaidam Mintaterstva ssl'.%koZ*-khozy&ys-
t;a SSSRII

IMASIDVSKIT, TO.S.;
Modernization of "quipmat, Ifsshinos trot t01' uo.4122-2,5 AV '57-
(XLRA 100)
(Lathes)

441 rip Aj-'~i
AUTHOR: Zaikin, N.N. 122-4-19/29
TDILE; - A- discussion on the application of the "configm:mVion
-diavamll-method fox, hydraulic systeras, (Diskuss;Lya o
primenenii mettioda ctrakturnykch razvortok gidrcisl atom.
P&LIODICAL:- I'Vestnik riashinosti~ceni7awt-(R-.ig~-neering J(YL:mal), 1,9157,
NZ~., pp. 81:8-27CU-.S.S.H.) -
ABSTRACT: Rep7o:Lt on a discussion meeting concemed wit-h,pmposals
by the Candidate of Te~hnioal Sciences A.S. ShashkGi f-or tha
preparation of configuration diagrams in hyttraulic systems.
Shashkin,, A.S. read a report on the essence of Vue method and
the specification of configuration diagrams (193:~perience in
the compilation of configuration diagrams of hydraLilic systems
published by ITEIN AN USSR 1956). Configuration diagrams are
intended for improving the introduction and opezation of
hydraulic systems, particularly of the complex type. They
permit familiarisation with the system and analysis of its
work in the minimum time. The desi&m methods can also be
based on configuration diagrams. Starting with technical
requirements, the elements of the working cycle aze specified
for whi&.L typical pipe circuits are then established. The
1/3 complete system is composed of the elementary circuits. Tbe
approved variant among the configuration diagrarLs e-mmined is

-A discussion on the application of the "configuration diagra:z"
method f or hZrdraulic systems. (Coat.) 122-4-1p129
j _twn
developed into a design study from which the hydra-1 Ic Sys
is finally designed and detailed. The acibntific use of con-
figuration diagrams lies in the wider application of electro-
hydraulic analogies and of model research into hydraiLlic systfims.
E DO and U.S.
ydraulic symbols proposed by the author, by EN
H
standards were compared. The compilation of a National Stan-
dard was advocated on the basis of configuration qymbols, rather
than conventional s.7abols. In the discussion, ILikhachev pointed.
out that existing documentation on hydraillic systems in the foim
of eemi-diagrammatic schemes is too complex for familiarisat-ion
and too laborious in design. Configuration diagrams are
advanced methods and their introduction on an indust:cial sceile
will-facilitate desiga, familiarisation, and operatioa.
Yevsyukov, V.V. noted the need for published informa~~ion oir-
the new method. Vorobeychuk, Yu.G. discussed the U.S. Stand-
ards in which he saw considerable adwutages. In thia setting
up.of the Soviet Standards some intemiational imi ication shaald
be sought. Kuznetsov, M.N. stressed the importance of improving
documentation gand making it more widely available in order-to
derive the benefits of the new system. Yermakov, V.V. commini-
2/3 cated some experience in the study of hydraulic systems at the

A- discussion on the application of the "configuratioa, diagram"
method for hydraulic systems. (Cant.) 122-4-19/29
Moscow Machine Tool Institute (Moskovskiy Stankostroltellniy
T-nst:Ltut) and noted that electrical analgies are no-; always
applicable. The conferen,~e, after hearing a letterfrom
3/3 Professor A,1. Voigh-chiain, adopted resolutions in favour of
- promotinr, liao-
G the new methods and on the need for a unified texT
logy.
AVAILABLE:

ACC NR.. APY00532-t 'OLMLCE CODE: U*13V66/c --1&12/~45~/:)462
OLJ
AUMOR: Iveronova, V. 1. Tikhonov, A. N. Zaikin 1). N , Zvyragina, ~A. P.
ORG: Moscow State University Im. M. V. Lomonosov (14oskovskiy gosudaratvenrTj =iver-
sitet)
TITLE: D~~tcrmin_,,,tion_ of the phonon apectrum of cryatals from the pp!Thific hcat,
SOURW'E: Mika 'Werdogo telai v. 1, no. 1,,-), 1966, 3459-3462
TOPIC TAGS: phonon spectrum, distribution function; specific heat, c:-IGtal prop,~rty,
theri-,Aodynamic function, aluminum
ABS7RACT: By using an Dpproximate relation between thefrequency dintribution Nnc-
tion and the s-oecific heat, the authors demonstrate that in the haimonic approxina-
tion it is possible to calculate the ihonon spectrum of crystals fron the .,pecif:1c
heat and fro m other thermodynamic functions. The approximate freqtency distribution
function ir, obtained directly from the experimental data on the specific heat. '.he
determination of the approximate distribution function ic facilitatee, by the fact that,
in the approxi=tion considered, the pho-non spectrum is a continuous und piecewice
smooth function with a derivative haveing a finite number of discont1ruities. rl?~e
resultant approximation is a smooth function which carries a minimum cf characteriztic.
Infoxmation (line structure) and satisfies the equation with a specified accuracy.
By way of an example,-the frequency distribution function of aluminum, obtained Irom
the Integral equation using exporiaental information on the specificheat of aluninum,
Crd 1/2

ACC NR: AP70058207
-is presented. It.is noted in the conclusion that the method can be used withou-t
modification to~ deterrAne the energy spectrum of any Bone syst-em fro=.its ther=-
dynamic functions. Orig. art. ban: 2 figures and 9 formulas.
SM CODE.- 20/ SM DATE: 03J&n66/ ORIG REF: 005/ OTH REF: 003

ZAIKIN. P.P., insh.; IMOPETS, X.S., insh.
Preventing hrdraullc smashes in steam ouglites. ftergotile 6 no.8:19-19
Ag 158. (Steam engines--Safety measures) (KIRA 11:10)

AUTUORS: Zaikin, P.P.; Kropets, E.S., Engineers 91-58-8-13/34
TITLE i Preventing Hydraulic Shocks in Steam Machinery (Predupr~zh-
deniye gidravlicneskikh ndarov v parovykh rrash-Inakh)
NMI ODICALt Energetik, 19581 IIr (11 pp 10-19
ABSTRACT: Serious damage.can occur in steam machinory ir, two wa,,rs-.
-1) b__ stopping - the- machiner without first 13mi tching -of f
y
the condensation system; 2~ by st6pping the water'-Je-, air
-pump while-the machinery-.is-still-working.--.-Both-c.ause a
pressure differenco to arise and water is sucked back into
the low-preosure cylinder. To prevent this/the Lyudinovs-
kiy lokomobilInyy zavod (Lyudinov Locomobile Plant) devised
a safety valve to be fitted between the machinery and the
condenser in the exhaust pipe. This consists of n hollow
spherical brass float mounted on a vertical axix which rises
Card 1/2 when water is fed back from the condenser to seal off the

Preventing Vydraulic Shocks in Steam Vachinery
entry to the rnachlyiery, The valve waa testee. In the Asnt
and proved effective in both thq davaging circumstances
mentioned. There is 1 diapram.
1. Steam machinery--Operation 2. Valves--Applications
Card 212

AUTHORs Zaikin, S.A., Mining Engineer SOV-12j-58-10-21/29
TITLEs On an Improved Concentration Technology for Kerch' Ores
(Ob uluchshenii tekhnologii obogashcheniya Jo3rchenskikh
rud)
PERIODICALt Gornjy zhurnal, 1958, Nr 10, pp 68-71 (USSR)
ABSTRACT: The total expenditure for the concentration process at the
Kamyshburun Concentration Plant is 30-35% and the expendit-
ure for raw material is up to 65-67% of the cost of 1 ton
of concentrate. These percentage figures are reversed at
the concentration plant of the Yuzhnyy gorno-obogatitellnyy
kombinat (The Southern Ore Concentration Triast - YuGOK) of
the Krivoy Rog basins expenditure for raw material - 36%
and expenditure for concentration processes - 61% of the
cost of I ton of concentrate. Research condiicted by the
Mekhanobrchermet Institute showed that this difference -gas
explained by the application of a less expenaive but obsole-
te technological concentration process at tho Kamyshburun
Plant. Moreover concentrateo obtained at thl.s plant wore
of a poor quality as to content and extraction of irons
The Inotitute propooed a now concentration process witf, a
Card 112 new method of concentration in jigging mack,ines and maemetic

4- V,~AaFll ~5 rVIFWI
SOY-127-58-10-.211/29
On an Improved Concentration Technology for Kerch' Ores
separators with powerful magnetic fields. The results of
the research are presented in tables 1-4 and the now achome
is described in detail. It was found that ",he new method
of concentration would increase the iron content in the
concentrate by 2% and decrease the losses a,:' iron in tail-
ings by 1-21/06'. There are 4 tablon, I flow cliart and 3
Soviet references.
ASSOCIATION. Mekhanobrchermet
1. Ores--Processing 2. Industrial plants--Equipment
Card 212

ZAIKINI S.A.; MMIAZIN., V.I.; WIRGUIJSO V.S.; -.SHUPOV, L.P.
Inproving-crushing flowsbeets in-mining and--ore-dressing-,
oombineq. Gor. zhur. no.10:74~76 0 161. (FJFA 15:2)
1. 14ekhanobrehormet., Krivoy Rog.
(Crushing-machinery)

VINOGRADOV V.S., inzh.;-ALITSHULEil, M.A~,- kand takhn.-nauk; TOLYAKOV,
v '~Uzifj' V,I.,, dcktor tekhn.
V
.G.,, Anzh.; U.-,OCh=, A.N.., inzh.; FA
nauk; ZAIKIN S A inzh.; OSTROVSKIY, G.P.,, inzh.[deceased];
inzh.; BOBRUSIEIII, L.G., inzh.; RUSTAFOV, I.I.p
inzh.; NIFRIN, LI., inih.; GOLOVANOV, G.L.-, inzh.; KRASOVSKIY,
L.-41.0 inzh.; TSUMALEVKOO L.N.#- inzh,j RAVIKOVICH, I.F., A"nzh,;
BAZILEVICHp S.V., kand. tekhn.nauk; MRIN, I.P., inzh.1 ZUBAREV,
S.N.9 inzh.; TIKHOVIDOV, A.F., inzh.; SHITOV, I.S., irigh.;
GAMAYUROVO A.I.p inzh.; KUSE4BAYEV, inzh.; DEFT]YAREV,
S.I.p inzh.; VORONOV, I.S., inzh.; BMUMI, G.M., inzh.1 BARYSHEV,
V.M.p inzh.; GOLOVIN, Yu.P.,, inzh.; MARCHERKO, K.F.j irizh.;
IlYCHKOV' LX., inzh.; RE.TIMMIKO, A.M.#)~nzh.j KAJJANOV, V.F.0
inzh.;..PATRIEJffEVj inh,[deceanad , ROSSMITp A.F,,, lnzh.;
SOSEDOVP 0.0.p inih.; POfU-tOVSK37, M.A., inzh.p retsenzont:
-POIDTSKO S.M., red.; GOLIDIN, Ya.A.p glav. red.; G0LUM'ATl-lIK0VA,G.S.v
,red.- i-zd-*a;-BOLDYTXVA., Z~.A-.,, tekbn.--red.
(Iron mining and ore dressing industry]Zholezorudnaia pro-
avsblennost'. Moskva., Cosgortekhizdat, 1962. 439 p.
(MIRA 15:12)
1. Moscow. TSentrallrVy institut informataii chernoy rwtaUurgii.
(Iron mines and mining) (Ore dressing)

r~AWWIN, V.I.; SRUPOV, L.P.
Use of ball-free Hills for the comminution of iron quartzites.
. Obog. rud no.6:39-41 161. (FIM 15:3)
1'. Mokhanobrehormats
(Crushing machinery) (Iron ores)

7.41
Converting an are dressing plant to remote-c*ntrol oparations.
aor. thur. mo.?:34-317 JI 156. (WaA 9:9)
1.1fachallulk TSentrallno7 abogatitallnoy fabriki rudouprawlenlys
Ingulets.
(Ingulets-Ore dressing) (Renote control)

ZAIKIN, M.D.; GOROKHOVA, N.P.; STEFADU, Z.A.; ZAIKIN, T.A,; ..
MOISEYEV, V.S.
I . Treatment, of angina pectoris with n-ttranol, Khim. i mal. no.16:
17-20 161. (MMA 17:8)

~t2~~__ St_:;tKt
ZAIKIII, T40,; arkbitektor
Planning and construction of the "Kopytovki" microdistvict. Gor.
---(MIRA-141. 0
(Moscow--City planning) (Apartment houses)

- ZAIKIN, . ~ - -
Tjjjj~ a-vibration iubs"d In COACTOq work of hydraulic structures.,
Gidr, @trot, 26 no*5.-46-47 NY '57. . (MU 1.0 tO
(Concrete construction)

SIUMOD, A.M.;
VULIFSON, N.S.; ZARETSKIY, V.I.; PUCHKOV, V.A.;_W
AffrONOV, V.A.; SHWAKIN, M.M., akadenik
Mutual transformations of cyclols and cyclodepsipeptidep studLed
by the mothod.of fragmentary mass spectrometry. Dokl. All SSSR
153 no.2:336-339 N 163. [MIRA 16:12')
1. Inatitut khimil prirodnykh soyedineniy AN SSSR.

VULIFSONP N.S.; ZARETSKIYO V,I,; ZAIKINj V.G.
Maeo spectrometric study of natural cowarins. Izv, All SSSR,
. I Ser. khim. no.12:2215-2218 D 163. (MIRA 17:1)
Is Inatitut khimii prirgdnykh soledinaniy AN SSSR.

'ft--'FSON, H.S.; TCRGOV, I.V.; ZARZTSKIY, V.I.; IZONOV, V.N., ANANCHENKO, S.N.;
ZAIKINO V.G.
Mass spectrometric determination of the configuration Wip1merle
tart. alcohols in the D-homosteroid aeries, Izv,AN S&H.
Ser.khim. no.ltl84-196 Ja t64. (PM l7s4)
1. Institut khiaii prirodnykh soyedimeniy AN SSSR.

ZARETSKIY, V.I.; VULIFSOF,", N.S.; KISIN, A.V.; MOM. A.M.;
AUTITMOV, V.K.; SHEMAK1311, M.M.
Mass--spectrometric study of-cy-
clols -containing aromatic rinip,
Izv. AN SSSR Ser. '(him. no.M2076-4079 N 164 (111RA 18%1)
1. Institut khimii~priroftykh soyedineniy AN SSSR*

vu I, isoli al
I.'anS :3piictrt.~;,-,etr~j of naLur
155 no. .5-11.04-11(f7 -AP '64-
1. pl,-I.rodi-,ykh voyeadlr-Pniy Al*, SSSR.
akademilro'a

ZAIKIN, Veaiamin Hikhaylovich,, inzh.
-
Standard logic elemontso 1?,vvys,uchab*z*v.; einktromokho
no.10s,1231-1233 164, (;47IRA X8,11)
i. Gidrofizicheskiy Institut AN UkrSM.

r.
FE~V,
WIT
ACC NR s AP6021781 SOURCE COLE I MI/0413/66/000/aL2,1(3049/0049
11MENTORSt Malitsov, G. S.; Zaikinj V. V.
ORGo none
TIT LEt- Mothod for componsating-signal phano drif to in narrow-bond fi:., terija Clais
all a0a 182761,
.-SOURM: Izobra,t P 19661 411
Onlya, pronqahlonnyyo obraztuyp tovarnyyo,znakip no. 12 -
TOPIC TAGS: fAlter circuit, electric filter, phase shift
ABSTRACT: This Author Certificate presents a method for componsatlnr, signal
pha~s,q drifts in narrow-band filters with an automatic tracking aystem for the
voltage phase at the filter output. To simplify the device and to decrease ths
remiLting phase orrors, quadratic phaae Compensation in used to introduce into
the output signal a variable voltage with regulated amplitude shifted by 1: goo
relative tothe voltage at the filter output (see Fig. 1).
[Card
UDOs 621.394.66:6a.3a .665-