SCIENTIFIC ABSTRACT MELNIKOV, V. K. - MELNIKOV, V. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033510011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SAYASOV, TU. S. . IGL I H IKOV, V. K.
Theory of the capture of particles into the synchronous accelera-
ting regime alloving for the nonconservation of the equation of
motion. Zhur. tekhn. fiz. 30 ao.6:656-664 Je 16o.
(XIM 13..8)
1. Institut khImicheskoy fiziki AN SSSEL, Moskva.
(Particles (Nuclear)-Capture)

M~INIKOV, V. K. and SAYASOV, 1U. 3.
"The theory of particle capture into synchrotron acceleration reE:,..e
with account of non-conversation of motign equations."
Paper presented at the Intl. Symposium on Nonlinear Vibrations, Ydev, USI~R,
9-19 Sep 61
Institute of Chemical. Physics of the U_5Si Academy of' Sciences, U_33,k

I)~),, -7 ~
S/020/61/139/001/0()3/018
j :2 -Z Cl, 1 11'(;222
AUTHOR: Hellnikov, V.
TITLEi Determination of the capture region for a system approaching
to the Hamiltonian system
PERIODICAL: Akademiya nauk SSSR, Doklady, v 139.no.l. 1961, 31-33
TEXT% Given the system
+ f(X~Y,T, 6), 0H g(x.y,t,
where H H(X:,Y) is ana.~ytic in x,y; f(x.y~t,J ). g(x~y,t,f ) are
analytic in x,y, L and coatinuous together wi.th the first derivative
in t, and 21K-periodir; 1.11 tL Let (x,-y,) be a whirl of the ffystem (1 0)
(i,.e. (Ijith ~,= 0) . where the maximal nei,,hborhood of (To.yo ) which is
filled up by clcsed trajectories of (I ~ lies in a bounded region of
the plane. Let all positions of equilisr,ium of (1 0) be simple.
Theorem '-. Let- (%sye) be an arbitrary saddle of (1 0), Then there exists
a coordinate transformation
x 't t;f(u+ P-P(t, i-))C0qtP-- (v+ ~-q(t. ~-))slnf
Card 1

Determination of the capture region S/020/61/!39/001/003/018
C-111,IC222
+ ct(u+ f P(t. f, ) )ijintf (v+,;-q(t ';co.9 (f,
Y - Ys CIV- I
where ovand .? are conatant; p(t, 1, ) and q (t.,;~ ) are analytic in L in the
neighborhood 'of ';, - 0 and 2 TC-periodic in t ard have continuous first
and second PaTtIS3. der~7atlVeS with respect to t, so that the system (it)
in the now variables assumes the form
0H0
4 -- -h u + g(u, V, t.~
+ +
v u
where N>O. f (0, 0 g(0, 0, t, ~F 0, and the development of
*H - T(u,v) in the neighborhood of (0,0) begins vii-th terma of at least
third order,
(II,.) is called the standard form of (11") ~n the neighborho3d of the
saddle. The solution Oa /t)~V (t)) of (11,t) is called a boundary
solution if it is defined for all t being greater than one t ot
jue(t)j+ lve(t)j --!00 for t--*Ow , and there exists a tj so that !Lju~.(t)1O for t-poo
7t - Y d
has continuous partial derivatives vith respect to tA,~ Re f- and V- Im
which f or all t '~p tsetisfy the Cauehy-Riemannian conditions,
0
Theorem 5: Let G 0 be the maximal neighborhood of (X09y c ) filled up by
closed trajectorles of (1 0),, All positions of equilibrium of the saddle
type lying on the boundary of G c are numbered clockwise from 1 to n. The
motion on the closed trajectories of (I lying in G is carried out
C
also clockwise (if it is not the case then it can always be reached by
replacing t by -t), Let (X i(t),Yi (t)) (i=1,,'2_..,n) be the solution of
(10) tending to the i-th position of equilibrium of the saddle type for
t -31, -co and tending to the (i+1 ) 8t position for t --,.,+oo (for i = n, the
(i+1)8t position is the first position of equilibrium).. Let the
co
ij(t,)= ,,O)~i(t)--g(xi(t),Yi(t),t-tO,O)ii(t)~ dt
-Vf(Xi(t)"J(t)'t--t
Card 4/5

25471
Determination of the capture region,_ S10201611139100110031018
n 2V ClIlIC222
,be so that Ii(to)dto> 0, For 5>0 let G- CG be the set of points
CA C
0
r
of GQ the distance of vhich from the boundai-j of G C is greater thanO
let G + '-->G be the 8-neighborhood of Then for sufficiently small
CIS a
E > 0 there exists a 0 so that alcl solutions of (To which for
t = t originate from the region G_ a hile their
o c~g (,,.) are oscill ting v
trajectories for tZ~t do not leave the region G + '"here 0
for t ->+O. 0 C S(4-7),
The author thanks S.V.F3min for aid- There are 4 Soviet-bloc and 2 non-
Soviet-blo-, references.
ASSOCIATIONsOb"yedinennyy institut yadernykh issledovaniy (United
Institute of Nuclear Research)
PRESENTEDs February 21,, 1961, by P.SAleksandrov, Academician
SUBMITTEDi February 1, 1961
Card 5/5

MEL'NIKOVA V.K.; SAIUNTSEVA, V.R.
I
[Lines of force of magnetic Ifteld] 0 silovykh liriiakh zag-
nitnogo polia. Dubna, Ob"edinennyi in-t iadernykh issl.,
1962. 9 p. (MIRA 15-4)
(Magnetic fields)

-TELINIKOV)
I
I V. K.
["Qualitative description of resonance phenomena in a non-
'Linear syster, (I)]Kachestven-Tioe opisan-te rezona-nsnykh i--,vle-
nii v nelineinoi sisteme (I). Dubna, ObIledineraVi irt ia----er-
rrjkh issl., 1962~ 16 p. (MI"'A a5:10)
(Cyclotron resonance)

MELINIKOV, V.K.; BLUM9 E.Ya.
Hh,perimental, method for determining the integral coefficient
of beam absorptivity for a furnace medium. In?,h.-fiz.shur.
5 no.8:34-39 Ag 162. OaRA 15:11)
1. Institut energetiki AN Latviyskoy SSR, Riga.
(Heat-Rad.iation and absorption)

W
S/020/62/142/003/007/027
L/ C 35
AUTHOR: 1~_ Inikov., V,'
-Lj_ _-
TITLE. The behavior of the trajectories of a syst-m which is very
similar to an autonomous ffamiltonian system
PERIODICAL: Akadehi-ya nauk SSOSR. Doklady, v, 142, no. 3., 1962, 542-~1,4r)
TEXT: The author considers the system
H/ y + ~ f ( x,y, t, -c y H/ ~ x + d g( x, y, t , 6
where 9 H(X~Y) is analytic in a certain neighborhood of (0,0); f and g
are analytic in a neighborhood of x = y =f = 0 , 2 Zo-periodic in t and
cont,-nuous in t together with the first derivatives with respect to t.
Furthermore, let for x=y=O , ~H/-) x = ?H/) y = 0, L = ( ~ 2HI,~12)(D 2H/~ Y2
- () 2El/~ X)Y) 2> 0 . Besides (1, ) the author considers the system (1 0)
which arises from (1e ) for E = 0 and which has a vortex point in (0.0)
under the above assumptions.. Instead of the variables x,y the author
Card 1/4

S/020/62/142/003/007/027
The behavior of the trajectories C111 /C335
introduces the new variables H = H(X.vy) , q =,-p(x,y) . -here ~f in a
f ,
certain sense acts the r6le of time on the solution curve3 o 1 and
is defined with the aid of the orthogonal trajectories of the solutions
of (1 0);ip satisfies the equation
PH D P 3 H 1
Ty -,;-x - J x 4~yl =
After two further transformations of the variables the author brings (I.,
to the form
u = AAA (v) + 'p- 2R(u,v,t,/,-) v = ,k au + 2, (U,V,t,/,-)
0 A,- -
where 1,A- R and S are analytic in u,v, ~v , continuous in t togetheT
with the first derivatives witn respect to t and 2m-C-periodic in t,
while A 0(v) is defined by 2 -rl~
A (v) = --I- C. f(x (t + V)-,Y (t + V),t,O)~ (t + v,
0 2 m 0 0 0
+ g(x0 (t -, V). Y 0(t -t- V)t~O)x 0(t + V) dt
Card 2At

S/020/62/142/003/007/027
The behavior of the trajectories C111/C333
where (X 0(t), Yo (t)) is a 2~-m/n-periodic solution of (1 0 the function
A0(v) is analytic in v and has the period 2'C/n.
The behavior of the trajectories of (IC ) is described with the aid of
the function A O(v). 2
If A (v) possesses no zero, then every solution of (1,, ) with 0
beg-inning in the domain H m, n < H(x "V) < Ha, n + 4~. 9'0 f ort 0
will remain in the domain H(X,Y)< R m,n - '"-o or H(xl,y)> Hm n + ofor
all t> c 0114, (theorem 1 ) .
If A 0(v) possesses simple zeros, then (5 /4- ) is further transformed, and
that in order to obtain a system analogous to that from the paper of the
author (Ref. 1 . DAN, 139, no. 1, 31 (1961)). Und~ir the assumption that
A0(v r) = 0 , aAo' (yr)> 0 ' the author gives without proof two theorems on
the behavior of special solutions for the transformed system. The author
Card 3/4

S/02 62/142/003/007/027
The behavior of the trajectories C111 YC333
asserts that one can show with the aid of these results that under certain
assumptions the neighborhood of x-y=0 is decomposed into pairwise dis-
Joint domains Gk (k = 1,., m) such that every solution of (1c ) beginning
in G in the moment t = t comes into the domain Gk in the moment
t = to + 2kX (0< k:!~-m), where m can be arbitrarily small for sufficiently
small 6 / 01
There are 2 Soviet-bloc references.
PRESENTEDi September 4, 1961, by N.N. Bogolyubov, Academician
SUBMITTED: August 26, 1961
Card 4/4

3/020/62/144/004/007/024
B 12 V. B 108
AUTHC F (..I 'nikov V. K.
Tnc lines of forct, of a m,~rnetic field
P I C L) I C AL Akade-~iya nauk 3jjR. Dokl-idy, v. 14,, no. 4, 1-462, 747-750
X'7: 1 -n
Thc: motion 01 '1 plasma in a riven magetic field can be studied by
r_4
findinF thQ lire~-, of force of this fic:ld. As -an example, th_ -rrotational'
field riven by the scalar potential H 0z + P(x, y, z) is investigated. The
function (x, y, z') is periodic ir, z with the period 2tand satisfies
2.
the Laplacian equation. : .,-(x, y, 7.),Iz - 0. From t~,e equations forthe
0 2
lines of force of this field, the equations du/dz - F,'(u, v) H and
'JIV//J7, -- -F,l(u, v) H' follow for the trajectories shown in Fig. The lfull
1 0
lines in FiC. 2 show t~ie section of the si~-,niratrix of the
equations for the lines of force in the plane z-z 0. The dashed line is
found after replacing z by -z in this system of equations. The arrows
Card 1114~~*

The I'nes of force of ...
j.')2(-~/6211 ,4/004,1r'!--7/,-,24
-,1-"5//B1 a
ni ark the ]i --fc tion Df -Iis:)larement o " t~,e )o ~ n to of the sect ion c~iu s ed
1 1, Y
a z-ii.9-A.-icement '~z~2~ .~~omc 3--)Lut~,on8 csin be outside the sharlle,l refion
in Fir. 2 v.,hen z increases. The oelcenta~~e of solutions outside this
sha,led re-~.ion depenIs on the distance ,3. For Ho-,; this dist-inc,~ tenis
He
toward z,--ro as e 0 -,,;here , C). A helical field /disturbed b
y a corrupated
field) With three turns h-is the tra3ectories shown in Fig. 3. There are
4 figures.
ASSOCIATIONs Cb"yedinennyy institut -a,lp-rnykh is,31edovaniy (Joint Insti-
tUtC' Of NUClear "?esearch)
p R 7.3 :~,-T`D: "arch 7, 1962, by N. N. BoFolyubov, Academiciarf
3 U B?~: i T-ED iFebruary 17, 1962
IC
C
Card 2/4"

MELINIKOV, V.K,, inzh.
Survey of devices for measuring radiant heat flow in furnaces.
Teploonergetika 10 no.7:47-51 JI 163. (MIRA 16:7)
1. Inatitut enorgetiki AN Latviyskoy SSR.
(Furnaces) (Heat-Transmission)

S/020/63/148/006/004/023
B112 Bla6
AUTHOR: Mellnikov, V. K.
TITLE: A qualitative description of a strong resonance in a
non-linear system
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 6, 1963, 1257-1260
'-~TEXT: The system
x - 1'y + f
(X9y9t)1 y - -,-X + 9(X9y1t) (1)
is considered, where '0, and where f(x,y,t) and g(x,y,t) are analytic
U
functions for JxJ < R,, Jyj < R,, JIm t I < "o (R0 0, ,o ~ 0). Furthermore,
f and g are assumed to have the period 2n with respect to t and Dower
series expansions with respect to x and y without terms of the first
degree. Conditions for strong resonance are derived and,for this case,
the course of the trajectories is described. The method may be applied
to investigating the stability of radial oscillations in an isochronic
cyclotron. There are 4 figures.
Card 1/2

A qualitative description of a strong ...
ASSOCIATION: Ob"yedinennyy institut yadernykh
(Joint Inatituto of Nuclear
PRESENTED: November 25, 1962, by P. S.
SUBMITTED; September 1, 1962
S/020/63/148/006/004/023
B112/B186
issledovaniy
Roaearoh)
Aleksandrov, Academician
Card 2/2

HELINIKOV, Y.K.
Lima of force of a magnetic field composed of helical
currents moving around a tore. DokI. All S&A 149 no.5:1056-1059
Ap 163. (MBU 16:5)
1* C[bO'yedinennyy institut yadernykh iwledovaaiy. Predstavleno
akademikom L.A.Artaimovichem.
(Magnetic fields)

.81-66. , EViT(!)/T IJP(c)
L 2.17
WC NRg XM 6362 SOUIRC171 C
601 am: UR/03?1/65/000/004/0099/03.0(;
ZTE M-R 1--allnikov,
Ve K.-4talnikov, V.
B
Institute of Power Endneoring, V1 LatSSR (Institut onergetiki"All TatSSR)
-for the ex;wrizental detormination of tho dogma-of blaokness of solids
TITIL~ Method
SOURCE:- AN LASSR. IW~Mstiya,~ Sor3qa.fizicheskikh 3. +,ekhnicheskikh nauk, no* 41F
:1963,~99_lo6
TOPIC TAGS: radiometer,, optle black body, furnace, 'refraotoi-y, metal property
-ABS- 0- describes--an exper me -'apparstualor determining
.Lo,AC-j:, The articl. I ntal
the blackness of hard materials at pressures of 50 - 130 n/n2 and tez-
0
~peratures upto 1200 C. The principal units of the apparatus are a model
:of a blatk'body, a',radiometer, a heater, and a hermetic chamber. Serving
Ck a an Lelectric tubular furnace, w!~ldei4~ ~Pnd
as the model-of th
I=de 'of steel The results of th6'1fiVestiga#On__of` ceirt'ain.metals and reft*ctorieff
are given.' results for thi'ietals sh64 tthat '6ilov ataidspheric pressure
the degree'of.blackness is mainly determined by the surface oxidation.,
The values obtained,for the coeffleiente of emission for the refractories
,!were found to be In strong d1zW'eeaent with existing data.
The~authdr concludes that the results obtained. make it possible to
further reseArch in-to the ealAsIve characteristics..of,hard ma-
peratur
terials 0 hIgher tam ea'andL lower pressures. Orig. art*, has: 5 figure
--3 formilas, and- 41 tablail' - fJPR_S7--.,
_SUHK DAM' 07Atw65_/ ORM REF: 005 OM REFt. 001
SMCOM. 21. 20

,14ELINIKOV, V.K.; BLUM, E.Ya. t
Reply to A.-S. Nevskii's remarks. Inzh.-fJ-z. zhur. 10 ro.1:137-138
Ja f66. (HIPIA 19:2)
1. Institut energetiki All Latviyakoy SSR, Riga. Submitted July 5P
1965.

KKLINIKOV,--~T.K.; SERGEYEV, L.I.: SAKHOV, N.S.
Radioactive phosphorus as an indicator and stimulant of physio~'-
ogical processes in woody plants. Trudy That. biol. UFAN SSSR
no. 43:99-102 165 (MTRA 19:1)
1. Institut biologii IrELBhkirskogo gasudarstvennogo universiteta.

L 58334-65 n Po;4/Pab-I0/Pi-41 G)
W
V VI AT
'36/64/0op/668/0001/0010
ACCESSION NM AT5010442~ UP/313
AUTHOR z k -'r.
:.TITIAvwz :On-the-dcompensation-of perturba.tion-of.a---helical magnetic field-
I ose(m. T -atomnoy energii. Doklady, no. 668, 1964. 0 kompensar-
SOURCE:: -notitut
tsii vozmushcheniy,-vintovogo~ magnitnogo, polya", 1-10 -
makneti- -frap- -z field configuration
_MPIC IMM i~
-p asma perturbation _C a
2
magnetic fieid-f-er-ru-METW-1-Moma, containment
ABSTRkCT*. Continuing -earlier--vork by~'Qne. o~f -the- ~_a_uthors ___(Mell nikov,.- DAN
no. 5j io56 `1~63)j who- roposed the Idea of -emponsating the pertutbations_~*"a -
I p
heucal magnatic-field resulting from the drift- of . some part of the -force lines
the.authors rep
from the regioi bounded by separatrix.branches, ort that they have -
confirmed experimentally the conditions under which the perturbations can be com-
pensated for. They also show that-in tbe-case-vhen-the-CC-ILDenzation -conditions-are
Th
not, satisfied,, the drift. of the force lines,becomes stronger. e particular p
~_turVation considered is that:-of a triftlar: helical magnetic field-by a c=binatioli
of a bift-Lar vagnetic field and & Conat=t perpendicular rAgnetic field. The ex-.
_Nd

~,
.V~3
~r. -"- -
, ~- ~m ~1;w ~
, , - m
~'A ..... . . .. I
"I
A -
2

L 2.10-1-66 FWP(e)1F4(m)1WF(w)1EW(c' (i)/T/EWP(t)/94~(b)/WA(e) P/Vd/WH
'FY
ACCESSION NRi ~AP50232931. UR/0371/6 /000/004/000
5 99/01d6 i
AUTHOR: Mainiko V8 V. (HeVn1
0
TITLE: Method of. experimental -determination of the emissivity of solids
SOURCE: A14 LatSSR.. tzvesti a. Seriya fizicheskM i.tekhaicheakikh nauk, no. 4
yl~
1965 99-106
TOP-I, C JAGS black body radiation, metal property, ptmissivity, refractory
ABSTRAM-- An experimental device for studying the degree of-blackwas of some
ry materials at,pressure bel tmo
metals:and rdfr4cto s ow a spheric is~described.
-Basic ally,, the device consists of a sample~of a black body, a radiometer, a
heater, and a seal4:chadber. It was I..used to.measur e the emissivity of steel,
r hite.V and: refractory - clay at pressures ranging from 50 to 130 N/ca2,.* -1
j and tempe ures up to-1200C. Ila the case of the',-nietals, it: was. -found that
emissivityNit Presauies,below atmospheric is.determined chiefly by the oxidation
of the~surface~ thl a finding is in ag, teeaient,with ex.i9ting data.. However,
the.values of emissivity obtained for ..refractory materials were found to be in I
'sharpAisagreement withexisting.dat ~Tt is concluded that,data obtained with;
A

L.2107-.66.
I ACCESSION N R: APS023293
this tevice .,can e usedJor prac*ti&l pur6oses only in the first approximation.
prig. art. has: . 5 figures- i 2 tables, and3 formulas.
[JR]

ASSOCIATION: Institut. eneigetik-i All. Latv SGR t(Power,.Zhoneering -Institute.
AN LAtvS9R)-'
r)
SUBWTTED: _074pL6_~`_ EftCL:,. '00 - SUB
CODE: _9
00 ' I
NO. REF sov:~
5 MR: -001
O ATD S S
0

ACCESSION HR:,APS020722 UR/0057/65/035/009/2385/1339
XMIOM Karmanovt F* V.,~ Hollnikovi, V. K':
53
'TITLE: On.compensating distortions of a heli agnetic field
cal m
SOURCE: Zhurnal takhniche-skoy f lzikl v. 35, no. 8, 1965, 1385-1389
TOPIC TAGS:-, helical magnetic field, combined magnetic field, transverse magnetic
field# perturbationi plasma-confinement
-One of'the authors has previously given a theoretical treatment of dis-
ABSTRAM,
tortions of ~- a. helical magnetic field and their compensation 1(V.K.Mel'n11.cov. DAN
SSSRP - 144.1 No. 4, -747, 1962; ibid,149, M6.5, 1056, 1963; Trudy Moskovatc. matem.
obshch.,- 12,.'39' 1963). Because',of the-large distortioni of-the separatrix pro-
duced -by comparatively small. perturbing f lelds,. the authors consider it over-opti-
mistic to.46ticipato only-a small loss of particles to the walls of a stellarator.
.0wing,to-the-toroldal geometry of the tube.- The present.paper reports an experi-
mental. test- of -the helical f leld perturbation compensation theory. A triple 11811-
cal. f ield -of 150: cm, reciprocal pitch was prodmed in a, 5 on radius, 230 cm long
cyllmrical_~chav;ber by it 7 am rddius.winding; a 100 cm reciprocal pitch double
1/2
I Card

'66.
L .2490-
ACCESS ION M. AP5020722
helical perturbing.field.w.as.produced by a 5.. 6cm radius winding, and.a plane cam-
pensating f iold normal to the axis of, the chamber was also provided.- In addition
to ~ thes4: f lelds, there was a 400 Oe uniform magnetic field parallel to the axis
oUthe,_chamber.-_.Eleetrons were injected at one end of the chamber, apparently by
a hotfcathOde that wasrotated to assure an axially symmetric beam, and were caught
on a1luoresceni screen at the other*end of the chamber. The electron patterns on
the fluorescent screemwere photographed for differefit strengths of the main heli-
cal field, the perturbing helical field, and the compensating field anS1 are cam-
pared-viththe-'predictions of the theory (loc cit supra), which are deiived'here
anew.:..The experimental results were In agreement.with the,theory authors
Ider it th I I mt duty-to expsess their gratitude to Nrl , ye-x.-
ons 119M
c
and P. 'F-r; val
a 6-Sednnvkh uable advice and assistance
.&V -6y,
or as
with the work. Orlga~~drt* has.~:13 f mul and 7 figures.
ASSOCIANOW.none
SUEJU MeaG4 ENUMAO SUB CODE: EK# ME
NR MF si*'.. 003 OrHER: 000

MLLIN"OV, V.M.
Childbirth in the case of conjoined twins. Zdrav. Bel. 7 no.6:58-
59 Je 161. 15:2)
1. Iz rodil no o otdeleniya Zhlobins%6 rayonnoy bollnitsy.
'MOR (WTETRICS)) Wivi)
fT

I- MINIKOVe V.M., In%han.r.
Irrigation in Egypt. Gidr. i mel. 8 no.12:4q-59 D156.
(KIRA 10:1)
(FCrpt-Irrlgation)

AUTHOR: '~!'--V/99 -5 9-1 -5/13
Mel'n'' ;7 Engineer
TITLE: To Increase the Operating Efficiency of Irrigation
Systems (Povysit' proizvo,litel'nost' orositel'n,,kh
sistem)
PERIODICAL: Gidrotekhn'j_ka i melioratusiya, 1959, Nr 1, pp 29-30
(USSR)
ABSTRACT: The total length of irrigation canals in the USSR
is 500,000 km, and at the height of the season,
total water deliveriea are 8-10,000 cu m per
second, of which about 50~o are lost by filtration.
The author recommends the use of prestressed pre-
fabricated concrete parts for the lining of these
canals and irrigation structures, and the use of
ceramic and asbestos - cement pipes. Losses of
water as well as the water-logging and salination
Card 112

v /) 9 _:~ 9 - 1 - - /,
- -j :)/ i3
To Increase the Operating Efficiency of Irrigation Systems
of irrigated land will be greatly reduced. He
0
also recommends the introluction of the sprin--
kling method
Card 2/2

300) SOV/99-59-11-1/15
AUTHOR: Zasukhin, S.V. , and Engineers
TITLE: Some Urgent Problems in the Development of the Country's
Water Resources
PERIODICAL: Gidrotekhnika I melioratsiya, 1959, Nr 11, PP 3-8
(USSR)
ABSTRACT: This article deals with the development of water re-
sources in the Soviet Union, particularly in relation
to irrigation and water supply, drainage and reclama-
tion work. The authors first review recent work in
these fields and the current state of water resources
in the country. For the period 1952-1958 over 9 bil-
lion rubles were invested in water resources, of
which about 7 billion rubles were for irrigation.
During this period the overall irrigated land area
increased by 1,100 thousand hectares, 540,000 hecta-
res of which were in the cotton growing regions. In
this same period 2 million hectares of land were drai-
ned, and between 1956 and 1958 480,000 hectares of
land in Lithuania, Latvia, anZEstonia ' vaie . drai-
Card 1/4 ned, In connection with large scale land reclamation

SOV/99-59-11-1/15
Some Urgent Problems in the Development of the Country's
Water Resources
projects in the Baltic states. As of January 1, 1959
there were about 150,000,000 hectares of irrigated pas-
ture land in the entire USSR. Between 1954 and 1958
50,000 bore and cartesian wells were sunk. Among the
technical facilities in use on water resource develop-
ment, the authors mention 5000 excavators, 3,700 bull-
dozers and 3000 scrapers. 20 billion rubles are to be
invested in water resources development during the
1959-1965 period; the irrigated land area will increa-
se by 2 million hectares, by over 1 million hectares
in the cotton growing republics alone, during this
period, drainage work will embrace an area of approxi-
mately 4 million hectares, and 79 million hectares of
pasture land are to be supplied with water. Reference
is made to a resolution of the Council of Ministers
of the USSR entitled "On Measures to Assure the Com-
plex Mechanization of Work in Cotton Growing" which
pointed to unsatisfactory utilization of land and wa-
Card 2/4 ter resources in irrigated areas; the authors also

Some Urgent Problems in the Development of the
Country's Water Resources
6OV/99-59-11-1/15
note non-utilization of land with a guaranteed water
supply,particulariy in Kazakhstan and the RSFSR, as
well as in Azerbaydzhan. The problem of reducing
the amount of manual labor in irrigation operations
is treated; mechanization of cleaning irrigation
systems of deposits and vegetation deserves special
attention. The need for wider use of sprinkler sys-
tems is dealt with; the USSR, state the authors,,has
developed and successfully tested sprinkling equip-
ment which should be put into serial production.
Necessary also is expansion and improvement of the
drainage system in order to combat soil salinity in
the cotton growing regions of the republics of Cen-
tral Asia, Kazakhstan and Azarbaydzhan. Another se-
rious problem is water loss in irrigation systems
through filtration. In addition it is noted that
irrigation systems are poorly equipped with water
distribution and measuring equipment; communications
Card 3/4 and transport facilities are inadequate at present.

Some Urgent Problems in the De-1,relopment of the
Count:ry's Water Resources
SOV/99-59-11-1/15
The authors dwell on the subject of necessary land
reclamation and development work, particularly in
areas outside the black soil belt. Improvement in
the mechanization of this work, the development of
new excavators and machinery for land reclamation
work is also treated. The importance of rational
utilization of pasture land in dry areas of the USSR,
and water supply on this land is stressed. No less
important is the problem of water supply to livestock
farms and the need for increased mechanization in this
field. The authors conclude with a note on the res-
ponsibility of state and collective farms vis-A-vis
irrigation systems, and the role of scientific-re-
search institutions in their further development.
Card 4/4

PLEKHANOV, G.V.; AFODVYSOTSKIY, K.S.; MELINIKOV, V.M.
Review of the book "Mine bratticeaff by IA. Z. Bukhman and P.G.
Molotkov. Gor. zhur. no.6t8O Je 163. (KM 16:7)
1. Glavnyy Inzh. shakhty "Magnetitovaya" Vysokogorskogo zheleznogo
rudnika (for Plekbanov). 2. Komandir 4-go Voyenizirovannogo
gornospasatellnogo otryada Tysokogorskogo zheleznogo rudnika
(for P6d+fsotskiy). 3. Nachallnik ventilyatsii shakhty
"Magentitovaya" (for Mellnikov).
(Mine ventilation)
(Bukhman, IA.Z.) (Molotkov, P.G.)

WLINIKOV, V.N.
Selecting tha optimum color of enraeshing fishing gear. Izv.~Yg.-
ucheb.zav.,'.pishch.tekh. no.ls99-102 163. (MIRA 16:3)
1. Astrakhanskiy tekhnichaskiy inatitut rybnoy promyshlennosti i
khozyaystva, kafedra promyqblennogo rybolovatva.
(Fishing nets)

MIIIIKOV, V.N.. inzhener; SHEMM, M.Ye.. inzkiener,
ll~?,~~-:- " 11: `tL j ~:~- -!71~,
One hundred Wenty fifth anniversary of the first Ebissian
industrial exhibition. Vest.caah. 34 no-11:91-93 N 114.
M 7:11)
(Russia--Industries--Exhibitions)

GORLISMTEYN, D.K.; GUDIA'OV, A.A.; KOSOLAPOV, A.I.; LEYFTSIG, A.V.;
'Ll[EL'I"IKOV) VJ,.; MOKSHOTSEV, K.i3.; FRADKD, G.S.; CHERSKIY,
N.V.; TROFDAUK, A.A., akademik, nauchn. red. vyp.; HOMEO'll,
I.S., glav. red.; KOHEMYATSKIY, I.A., zam. glav. red.;
SHATALOV, Ye.G., zam. glav. red.; BONDAREEKO, V.I., red.;
GRI1,113ERG, G.A., red.; YELOVSKIKE, V.V., red.; RUSANOV, B.S.,
red.; SEM21OV, G.T., red.; TKACHRIKO, B.V., red.; KALANTAR011,
A.P., red.izd-va; GUSEVA, A.P., tekhn. red,
(Basic stages of the geological developrient and prospects for
finding oil and gas in the Yakut A.S.S.R.] Osnovriye etapy geo-
logicheskogo razvitiia i perspektivy neftegazonosnosti IAkut-
s'!-.oi ASSR. [i~y] D.K.Gornshtein i dr. Moskva, Izd-vo ANI SSSR
1063. 238 p. (1-111RA 16:12)
(Ya'-utia--Petroleur, geolog,,)
(lakutia-Gas, Natural-Geology)

s/o96/62/000/002/003/008
E193/E383
AUTHORS Rassokhin, N.G., Candidate of Technical Sciences and
Mellnikov, V-,N., Engineer
TITLE Corrosion- and erosion-resistance of zircontum alloys
in circulating water
PERIODICAL Teploenergetika, no, 2, 1962, 6o - 62
TEXT Experience has shown that zirconium alloys provide
most suitable materials for jackets of heat-emitting elements of
atomic-reactor piles, in which water is used as the moderator and
heat-exchange medium. The efficiency of reactors of this type
can be increased if the active zone of the heat-exchanger operates
under conditions of stable surface boiling. Data on the behaviour
of zirconium alloys operating under such conditions are scarce
hence the present investigation concerned with the effect of
various factors on corrosion- and erosion-resistance of a
zirconium alloy containing O~95% Nb, tested on tubular specimens
(10,3 mm in diameter) in a specially designed apparatus The
experimental conditions are given in Table 1, the chemical analysis
of the water used in the experiments being given in Table 2
Card (q5)

s/o96/62/000/002/003/008
Corrosion- and E193/E383
After each experiment , the test piece was removed carefully
from the testing machine, dried, photographed and subjected to
microscopic examination and spectrographic analysis The
results can be summarized as follows-
1) visual0examination of specimens tested at temperatures of
up to 320 C showed that surface boiling had no effect whatever
on the erosion of the alloys studied-, 6 6
2) variation of the heat flux in the 0.3 x 10 1,5 x .10
kca.1/m2h range, under normal heat-transfer conditions. had no
effect on the rate of corrosion of the Zr-Nb alloy irrespective
of the presence or absence of surface boiling The rate of
corrosion did not depend on the presence of the vapour phase
in the stream of cooling water,
3) a changeover from pure convection to surface-bolling
conditions did not affect the intensity of the formation of
encrustation on the surface of the test piece,
4) the composition of the surface encrustation depended on
both the heat-transfer and water-flow conditions,. Wben both
Card 2/16

S/096/62/000/002/003/oo8
Corrosion- and E193/E383
corrosion productsand hard-water constituents LAbstracter's note
calcium salts] were present in water flowing over the test piece
the encrustation in the convection zon%onj%~jtnT4 of the corrosion
products, that formed in the surface-boiLling zone comprising
mainly the mineral constituents,
5) Localized (even of very short duration) disturbances of the
normal heat-transfer conditions which caused the temperature of
the test piece to rise above the permissible limit brought about
localized corrosion. On returning to normal conditions, the
process of corrosion did not cease, spreading to previously
unaffected portions of the test piece- There are 2 figures,
2 tables and 4 references, 3 Soviet-bloc and 1 non-Soviet bloc
The English-language reference mentioned is., Ref. 2: R.T,Esper
W,E- Hopkins, Cb. Jacklin, J.H. Phillips - Proc~ Amer. Power
Conf.,, Chicago, Illinois, v.20, 697-708, March, 1958.~
ASSOCIATION. Moskovskiy energeticheskiy institut (Moscow
Power-engineering Institute)
Card 3/ 6

S/096/62/000/002/003/oo8
Corrosion- and E193/E383
Table I Key. I - No, of experiment, 2 - No, of test piece,
3 - Duration of test, hours, 4 - Heat-loading on the test piece,
kcaJ/m2h, 5 - Rate of flow of water cooling the specimen, m/sec
6 Water temperature, 0C 7 - At the entry of the experimental
zone, 8 - At the exit of the experimental zone; 0
9 Temperature of the external surface of the test piece C,
10 Water pressure, atm,
(See Card 5/6)
Card 416

', --'L ' 11 -0 V , I - N -
.-- , r
En-4 neer' s manual- )n oyen T ~ t m; nin-. lzd. e-. , rerer. i i-),. . --va , ~-' -dat,
I 4~;~ I . (- 7-147--'.4 "
j
T,,2-,f 1. 1-14 I'll' 2

IELINIKOV, N.V.; SHEYMEYSTER, Sh.Ta., gornyy inzh.; !~ LtNIKQY,-YN. ,
gornyy inzh.
Plan for strip mining in the Akkermanovka iron ore deposit.
Gor. zhur. no.4:14-17 Ap '61. (MIR4 14:4)
1. Institut gornogo dela AN SSSR, Lyube.-Asy Moskovskoy obl.,
chlen-korrespondent All SSSR (for Mellnikov). 2. Giproruda, Leningrad
(for Shekhmeyster). 3. Orsko-Khalilovskiy metallurgicheskiy kombinat
(for 1491'nikav).
(Akkermanovka-Iron nLLnes and mining) (Strip mining)

!~;L'NIKOV, V.N.
Visibility requirements for stationary fishing gear. Izv.vys.
ucheb.zav.; pishch.tekh. no.1:114-116 164. (K[RA 17:4)
1. Astrakhanskiy tekhnicheskiy institut rybnoy promyshlennosti
khozyaystva, kafedra promyshlennogo rybolovstva.

KNLIHIKOY, T.H.
Reaction to intracutaneous introduction of staphylococcus and smallpox
vaccine in stimulation of the higher sectors of tho central nervous
system. Zhur.mikrobiol.apid.1 im=un. no.4:79 Ap 954. Off-RA 7:5)
1. Is Uf1makogo inatituta vaktain i syvorotok i kafedry patologicheakoy
fisiologil Bashkirakogo meditsinskogo institute.
(Staphylococcus) (Smallpox) (Phenocoll)

USSR/1,1edicine Typhoid Fever
Card 1/1 Pub. 148-8/26
FD-1628
Author Mel'nikov, V. N.
Title The effect of drug-induced excitation of the central nervous system
on the course of typhoid fever toxicoinfections in white mice and
the accumulation of agglutinins during convalescence in rabbits
Periodical Zhur. mikro. epid. i immun. 7, 33-38, Jul 1954
Abstract The effect of phenamine on the rapidity and lethality of typhoid fever
toxicoinfections in white mice and of phenamine and strychnine on the
production of LWglutinins in rabbits was investigated. The results of
the investigations are presented on six charts. No references are
cited.
Institution Ufimak Institute of Vaccines and Serums imeni YRchnikov (Director-U.S.
Yenikeyeva; Scientific Director-Prof. N. I. Mellnikov)
Submitted October 13, 1953

U.SjR / Microbiology. Microbes, Pathogenic to 11,11an and F
Animals. General Problems.
Abs Jour Ref Zhur - Blologlya, No 5, 1959, Nc- 19550
Author Mel'n1kov, V. N.; Gadeleva, A. D.
Inst Ufim Scientific-Reaearch Institute of Vaccines
and Sera
Title Concerning the Effect of Intervals Betweer
Immunizations on the Titers of AgglutinlzinE
Sera
Orig Pub Tr. Ufimsk. n.-i. ln-ta vaktsln I syvorotok,
1957, vyp 4, 75-79
Abstract No abstract given

USSR / Microbiolo~,y. .Laerobic L~acil!L.
C>
Abs Jour: Ref Zhur-Biol., No 15, 1958, 72196.
,,Wthor ;,.,Ieltnikov, V. N.; Krasilvnikova, T. V.
Inst : Ufa Scientific-Research Institute of Vaccines and
Sera.
Title : Materials for the Sti~dy of Toxin Formations of
Tetanus Bacteria. Report I. For...,iation of Tet-
anus Toxin Undor Difforant Conditions of Gulti-
vation of' Tetanus Culturo.
Orig Pub: Tr. Ufiitisk. n.-i. in-ta vaktsin i syvorotok, 1957,
vyp. 4, 1?5-180.
Abstract: No abstract.
Card 1/1
73
Card 1/1

MEL I N 11 F C:VI V. IN.
'i I r-, -* lj-i 1 ~ ty c I, I f 5 :~ r:,r7 e-; - -- - I rZ W a '-E :- El U :- ~ -,a ~e - *,S - ' E:
-;,. -~Chi rig a bi I t v. Trudy *"I' RO 1 6~ .
( M ., FIA 1 ~ ! ".)

MrJLLER, R.L.; DAIIIIA)V, A.V.; MAUOVA, T.P.; ~MLIIUKOV, V.N.; NIKOLISKIY,
A.B.; REPINSKIT, S.M.
Kinetics of solution of germanium in acid and basic solutions of
hydrogen peroxida. Vest. LGU 15 no.4:80-87 '60. (%IIRA 13:2)
(Germanium) (Hydrogen peroxide)

RASSOKHIN, N6G., kand.teklin.nauk; MEPNIKOV, V.N., inzh.
Corrosion resistance of zirconium alloys in t~e c4rcu2atinr water
medium. Teploenergetika q no.2:60-62 F '62. 'K3,_ I j: 2- )
k
1. 'Iloskovskiy energeticheskiy institut.
(Zirconium--Corrosion)

MELNIKOV,_ V. N.., Li-Chi-Min, NEFEDOV, V. D., RYUKIIN, Yu. A., TOROPOVA, M. A. Wsa)
"Study of' Isotope Effects in Beta-D~!cay of' Naturai lzotopej of' Learl".
paper submitted for the Symposium on the Chemical Effects of Nuclear Transfonnation
(IAEA) Prague, 24-27 Oct. 1960.

:/12
A ~) s
AUTHORS: Preobrazhenskiy, B.K.; Tsvelikhovskiy, V.P.; Mellnikcv, V.N.
TITLE,: Ion-exchange separation of a group of elements. TV. Elemor!tF (-,f' thf,
III. -analytical group
PERIODICAL: Hadiokhimlya, v. 2, no. 1, 19~0, '13 - ~7
TEXT: In the present paper :. method of io~i-cxchange separat'lon fcr
elev ants of the third analytical , -ui~ Is (lescribed. ;L can be applied in raJ!c-
chemistry (to the preparation of elements with or without carrier), or analytical
chemistry. Many investigations were already made to separate some elements of
this group, but if separation from a more complex mixture has to be carried out.
none of these methods can be used without knowing the behavio-; of the other ele-
ments. In the present paper the following references are given: Ref. 1: --,.T.
Ryabchikov and V.Ye. Bukhtlyarov, ZhAKh, 9, !96 (1954); Ref. 4: I.E.
Ye.P. Tsintsevich, Zav. lab., 21, 29 (1955); Ref. 6: A.K. Lavr-ukhina, L'1~1.
119, 56 (1958); Ref. 7: B. Lister-, T. Chem. Soc., 312'~ !~-f. 8: -.-
Huffman, J. Am. Chem. Soc.. 73, 4474 (1951); Ref. 12: O.V. A 't5huler 't, a
ZhNKh, 3, 1192 (1958); Ref. 13: T.A. Belyavskaya et al., ZnAY0'., 13, 668
Card 1/6

To.-ex-change separatinn of a group -X elerrfntF. T%
Re f. I t) :D.I. Hyahchikov, and V.F. Os"pova, ZhA,,'I,, 1~
-he pr--sent me-,hol the authors considered two ~rlncl,-',
--Ial sclectivr_- complex-forming agent for each elc,rijero_ ro-,,l 2) f I.
,inns for the separation with varying ccroientraticii,, A' a slnglt~ c.*r.- 1-x-f(-~
agent. In order to avoid hydrolysis of sGmie of the :;vest1v 'at,~Cl
min --ral acids were used as elutrignts. Hydrochlorllc ind solutior.- were
study chloride complexes. It was observed, however, that data give:-. 5-. i..
a-Qd F. helson have to be checked. The present experiments were carried (~Jt
thekY-2 (KU-2) sulfo-styrene cation exchange resin (-6% divinylbenze!.-
capacity 4.7 mg equiv/g) and the strongly basic 4-17 (AV-17) anlor-e~,,,hangr- res-
in, or Dowex-1. The resins were used in H4' or Cl- form, and I - 2 1
100 mm columns were used. Flow rates of' about I drop,/~Fidn were mairita-:.-.1 -:Ii
separation was controlled by means of radioactive Isotopes or spot te~t~~. :',C.
details concerning the technique are described in previous papers Li(ef-
3, 119 (1 58); Ref. 19: ZhNKh, 2, 1164 (:957); Pef. '.C,: hadio'~hdmlyr,.,
68 (1960)1. The first experiments demonstrated that th- ~7,1,,ric-nts
cannot be separated using only one ion-ex&.anj-- cation- ano
change resins must be used. The following methou ;,.z de -eloped by the presc.-A
authors: the concentrated hydrochloric aold Sol,ition Lht M- tdrc-
Card 2/6

3/186/60/002/001/012/022
Ion-exchange separation of a group 6f elements. IV.... A057/A!29
all the elements is passed through the column with the anion-exchange resin. Tine
elements which form anionio'complexes are adsorbed, and thus two sub-groups are
.separated. The elements adsorbed on the anion-exchange resin w-~re removed selec-
tively by varying the HC1 concentration (corresponding to the c--)nstant of the
anion complex). The elements which are not adsorbed by the anion-exchange resin
were passed into the column with the cation-exchange resin and were then removed
selectively. The conditions for the partition of the elements are presented in
Figures 1, 2 and 3. If rare earths have not been removed preliminarily, they can
be washed out quickl3r with 5'N HN03 after elution of aluminum wid are separated
by special methods ( s. 18, 19). Fe and Ga are removed from the anion-exchange
resin together and c?ef be separated later on the cation-exchange resin according
to the greater tende 0y of iron to form neutral complexes (like FeCl
2+ 3) or the
less dissociated HFeCl4 (compared to HGeC'4). Ni and Tl+ are removed almost
together. Oxidizing the latter by saturating the elutriant with chlorine, Tl+
can be removed before Ni?+. Thorium must be removed by sulfuric acid from the
cation-exchange resin. Elemeints separated on the cation-exchange resin do not
form anionic complexes in HU solutions, even here separation occurs due to se-
lective formation of mainly neutral complexes. Thus Ni and Tl (.-an be removed
from the cation-exchange resin with 1 M HC1 solution, but not with I M HNO
3 solu-
Card 3/6

I . s/i86/6o/ooP_/oo1/o12/022
Ion-exchange separation of a group of,elements. IV.... A057/A!29
tion, i.e., the anion of the-acid is,important, indicating that complex formation
occurs. The adsorption of several elements on the cation-excheange resin stops
already in 2.5 M HC1 solution and they can be removed although they do not form
anionic complexes. This indicates formation neutral complexas, for instance
of the type [MeCl.10, for the elements Cr3+, ~+, Ni2+ and Tl+. Cr3+ forms a stL-
ble neutral complex. Thus chromium*can be easily separated from all other ele-
ments. This can be applied to serial analyses of metals, etc. The three refer-
ences to recent English-language publications read as follows: Ref. 3: K. Kraus
et al., J. Phys. Chem., 58, 11 (1954); Ref. 5: 1211HC~ BOR 6n,4m., 20CL 0.4705it MCL
K.A. Kraus, G. Moore, J. Am. Chem. Soc., 75, 1 ! I
91 "" I Ti if: Z, Co, F,.r,,
!460 (1953); Ref. 9: J. Benedict et al., J. z . .
0 Mn I i .
Am. Chem. Soc., 76, 2036 (1954). There are 3 E - J'n Zn
Cd
figures, I table and 19 referenoes: 10 Soviet-
bloc and 9 non-Soviet-bloc.
Cd ~;l
Figure 1: Separation of the elements of the H Gil
-exchange res-
III group, adsorbed by the anion
in from concentrated HC1 (anion-exchange resin f 2 3 4 5 6 763 fU ff 12 Q 4 f5 fS, 1718 19
of AV-17 type or Dowex-1). 10 free volume; (9) free volumes of the column
cation.
Card 4/6

S/1 86/ ~"1/003 /020 '020
~51 /A 12 9
eW?,S:
-2 fT LE
v e1 Inikov, y ukh i n"'U 7 3 zP-ag:L~'
Grache
Separation of Cd log wi t-hout a carr-'er from a cyclotron -.arget
PE.110DICALi Radiokhimiya, v 3, no 1, 1961, 116-116
IW^
T-::'X TThe radioactive isotope Cd log i3 formed ;,,hen irradiatne silver ~n P_
'109(d, 2n) Cd'09. The CdlO9 decays
cyclotron according to the reaction: ~.E;
by X-capture with a half-life of -70 days. The energy of the monochroziatic
gnm a-emission E = 87 kev. in addition to Cdl09 the long-lived 'soto:~e
of silver Agllom (T=270 days) is also formed according to the roactJon -
AE109(d,p)Agllom. The problem of separating Cdl09 without a carrier is re-
daced to the separation of micro-quantities of Cd from larger quantities of
silver and copper. Reference is made to certain other methods of Cd sepa_ra-
tion from silver, such a..- the thiocyanate method (Ref 1), the ditison method
(Refs 2-4), the diethylcarbamate method (Ref 5), and it is pointed out that
all these methods Pale unsuitable for the separation of U109 without a
Card 1/5

S/l86/061/OC-,/OC_I/-020/020
log
Seraration of Cd without a carrier A051/.1199
caz,rier in the Dresence of very large cluantities of copper and silver.
authors recommend the following method of Cd'09 separation without a carrier:
The target on which the silver was placed was submerged into concentrated
nitric acid and the silver layer was dissolved. After vashing the target
with distilled water, the combin . solutions (nitric acid and aqueous) ware
transferred to a triple-mouth fl-.3k (~Fig 1). The solution was heated. 71-e
silver iodide and copper semi-iodide were precipitated by adding a 1 z so~u_
tion of HI, while mixing. The solution was separated from the precipitate
through a porous quartzite filter with a pore size of 20-35 into a seua-
rating funnel. The precipitate was washed 2-3 times with a 151 solution of
after which the solution was poured into a quartzite container through
the lower tap of the separating funnel and was evaporated until dry. The
precipitate was processed twice with distilled concentrated HC1 17ith subse-
quent evaporating until dr and was dis3olved in 10 ml of 2n HCI. '."he
further purification of T69 from copper and traces of silver was conducted
by using an ion-exchange column. The column with a diameter of 10 mm and a
length of 70 mm. was submerged in - -17 (AB-17) resin vrith a grain size of
50-100 . The resin was washed eliminating iron and transferred to a Cl-con-
Card 2/5

S/18~0)403/001/020/020
Separation of Cd log without a carrier A051 ,129
tainer. The initial solution was passed through a column at a rate of 0.15
ml per uinute. Then the column was rinsed with 70-80 ml of 2 n HC1, whereby
traces of copper were removed. Cdl09 was evaporated to the required volume.
The radiochemical purity of the obtained sample was checked by taking the
gamma-spectrum using a scintillation gamma-spectroi#eter With'automatiO re-
gistering of the gamma spectra. A NaI crystal was'.used as the scintillator,
having a counting efficiency of the gamma quanta with.a 100 kev energy
equalling 18%. Fig 2 jb�ws the famma-spectrum of the initial nitric acid
solution containing Cd and Ag 10M. The 87 kev energy peaks belong to
U109, and the 447, 883, 936 and 1382 kev peaks belong to Ag1lom. Fig 3 is
the gamma-spectrum of the AgI precipitate. The gamma-spectrum of the Cd109
sample formed without a carrier is shown in Fig 4. The presence of the only
line with an ener of 87 kev in the spectrum indicates the radiochemical
purity of the Cd19 sample obtained. The integral change of the activity of
all ~he gamma-lines with an energy over 100 kev proved that the radioactive
contaminations of the sample are much below 0.1%. There are 3 graphs, 1
diagram and 7 references, 3 Soviet-bloc, 4 non-Soviet-bloo.
Card 3/5

7:7
V
"~nc Effcta of' ~Y-e In terart I on In an'!
report prezented a. the. Intl. Coaference on HIph En,!rv-
Gen,~va,
4-11 JiLly 1902
Inat. of Theoretieml and Experimentml Phyalca, ~baccrw, MR

8/056/62/042/005/041/050
B108/B138
A"JITHORS; Grashin, A. F., Mellnikov., V. N.
'T LE:
, n - n interaction in nucleon electromagnetic form factors
I
P_--'RIGDICA.L: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 42,
no. 5, 1962, 1404-1409
TEXT: The isovectorial form factors of the nucleon with consideration of
7, - q interaction as calculated by W. R. Frazer and J. R. Fulco (Phys.
Rev-, 117, 1609, 19060) involve some inaccuracies. For this reason the
i)resent authors calculated these electromagnetic form factors in two-meson
4proximation, using the results of A. D. Galanin and A. F. Grashin
(ZhZTF, 41, 633, 1961) for the n + n--:O~N + R amplitudes. Rescattering
corrections are ignored. Use was made of an expression for n
interaction that is more general than the Breit-Wigner model:
HL (X - Xt)
6, arctg (PI M = -.k
I X X (X) + Q
(9).
Card 1/3

S/0 56/6 2/04 2 /005/041 /05 0
n - n interaction in nucleon ... B108/B138
This led to the absorption part of the nucleon form factor:
I m Fv, (1) 81g, I q,~ (1) 1, ,, -) -x 0 0)
A, ix-x,l'
FI"
x JX (x) - L~ (x)) I X (x) ~-+2x (x) I;
x
I m JF~ (1) = 1 -!-9l I p, rx/-OT X) (11 where
W Ix-X412 x
x(X(x)-L,(x))V(x) -b[-+~(X)-Q(x)Inx
X(x) and Q.(x) are arbitrary polynomials; the xk are the roots of the
2
equation X(x) + Q(x)-[--x - 0, Re-11---x,>O; g . 14.51 E - 4/m - 0.151
Card 2/3

3/056/62/042/005/041/050
n - n interaction in nucleon B108~B158
m and ~j are the nucleon and pion masses, respectively. Results
consistent with experiment can be obtained for the case of kinematic
resonance at an energy of about 750 Mev (effect of the Q-meson). There
are 3 figures.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
Akademii nauk SSSR (Institute of Theoretical and Experimen-
tal Physics of the Academy of Sciences USSR)
SUBLITTED: January 6, 1962
Card 3/3

AUTHORSs
TITLE:
S/05 62/043/006/047/067
BIIIYBI02
Galanin, A. D., Grashin, A. F., Mel'nikov, V. N.,
Nikitin, Yu. P.
I
Nucleon-nucleon scattering in two-meson approximation with
consideration of the nn-interaction
PERIODICALs Zhurnal eksperimentallnoy i teoreticheBkoy fiziki,'v. 43,
no. 6 (12), 1962, 2245 - 2254-
TEXT: The explicit calculation of the two-meson contribution to the
nucleon-nucleon scattering amplitude has been possible do far only for
large values Of the orbital angular momentum 1 >)-I. The accuracy obtained
was + p2/p2 )/(l + 1), where p is the'lpl'on-mass and p is the -auclapn
m-omentum in the c. m. a. In order to achieve more accui results, the
absorptive part of the NN-amplitude must be calculated by using the
nN-amplitude in the nonphysical domain. In the present work this calcula-
tion given by X1 (x)=eO1(x) sin 81(x) = Q(')(x)V-Xllx(,)(X)-iQ(t)(X)V-xl;
Card 1/3 V_XCtg6j(X)-X(')(X)/Q(')(X); I.O(S), I(P), 2(D), (5)

S/05 62/043/006/047/067
Nucleon-nucleon scattering in B111YBI02
was performed for 442 0(4mp (t is the momentum transferred and m is
the nucleon mass) using the nN-amplitude obtained by A. D. Galanin and
A. F. Grashin (ZhETF, 41, 633, 1961). The un-sba1tering having the iso-
topic spins I - 0 for even~:l and I - 1 for*odd I was taken into
account. X(l) W, Q W (x) 'are arbitrary polynoM'ials in x, x being the
square of the three-dimensiofial meson momentum. The accuracy achieved is
found to be NtAm and ~%Jp 2/m2 in nonrelativi8tic approximation. The
calculations showed that the NN-amplitude depends dnly weakly on a RA-sm-
plitude which is free from resonance. In practice, it is the S-amplitude
of the nn-ocattering only (isotopic spin I-0) that affecto the central
forces between the nucleons, but also in this case-the NN-acattering
experiments fail to give any insight into the parameters of the nn-ampli-
tude. It is only the nn-amplitudes with kinematic resonances vanishing
near the point of resonance that make significant contributions to the
NN-amplitude, in particular to the spin angular momentum forces and tensor
forces. In the simplest case of a kinematic Poresonance at 750 Hev
(x-meaon) it is impossible to make the results from the two-meson approxi-
mation of the electromagnetic nucleon form factors and from the elastic
-Card 2/3

S/05 62/043/006/047/067
Nucleon-nucleon scattering in ... BlIlYBI02
NN-scattering ampl'itude consistent with the experiment. Finally, the
present results ar6 compared with previous data. There are 1 figure
and 2 tables.
SUBMITTEDi JUlY 5, 1962
Card 3/3

RASSOMINO N.G., kand. tekhn. nauk; ATTENSHTADT, K., inzh.; MELINIKOV,
V.N.g inah.
Experimental study of beat emission during the boll'Ang of vater
in airoular channela. Trudy MEI no#6301-58 165.
(MIRA 18-s.12)

e a

TV ET ~::)V M6" 1,14 FK01V
1~ .'~ .- , ai;i p It ,
-r' irf.-ntal study -,f hycirmut,- cr-.31v.ance durJng the "'~).j c'
vapor arid Water 1r.'"xt,-re In cirrular ch~irulplls ollth llte7n--.il
,r,,,dy ~!,,
ni at ciiatting slirfaco. -,o.(,I-,73-.7P 165.
0-,*R~-,. "P 1~

0(3,0), 94(l)
AUTMR. Sok.lcv., T..3., Candidt. of T-hl..1 S.t .....
TIT", A sci..tirto c..r.r .... on the of uttras-d I- the
Lose." lg.ti.. or matter
7=0121CAL. 1-..Liy. y..hM -h.bu,kh -.d..iy, ftedloL.khnik., 1959, Vol
2. Or 3, p 380 (U=)
ADSTB=. Proa Psbrukry 10-14, 1050, the Se,,uth Scientific C,afam..* on
the Appll..tion of Ult-..-d for the f V. t-
as, cdavened in L!osegm at the 11,sk,wakly Obl&st-noy pedo,,-.t~h-
bl; --. I.;K. Krap.hoy (ki ... ~ West P.dg.gic.1 losti-
tat., i."1 N.K. O-m, 1-y.). Ab..t 500 rum t..tru.tor. f- v-,
Leningrad. Ore... , .*,. K--., St.1t.gr.d ead .. t- the
Gorman Dm-_tJc I.Pbli:p"d P.1-4 pr?I.ip.t.d in ".
14. or. ,b. 80 p or. ver. -4 .%, the -f.-- Th.
... ti-%-r. rg-i..d t this r
d2.tI
.soawti... I. i"t"T of
P"P&&stim o a t~:!oajlp
t 1-4 1. ..., bodies, 4-..etr.ti. 0 c...-
tit.1 ph---' Ia sob-1. end -.. At the first pl-.Iy .... i..,
C-4 1/3 the p,,p.r of V.P. No.dr- wo. -d 'Phy.k-l Pli-j~l- of T.ch-
U.. of L-A.-Ilt.,l. p.p.
dustry.. Tb a pra
th_;,
_b It
tiDa Of Silicl Gel =d ItsDarL~tl-'; P~'
I ~_.P:! to i,. pb-
Is.t I- of the Uol ... I.r K--- r..or7 f
P
f We'-- -tth . IA-it-d Aplit-d.-j Lj, -7t. Th,;ry
__A~
-h Z.It..' sud s ,per of Pr-f .... r P. K-h.,, I-
d. VIA.:!Irc d f It-..-d - rop.g.tion to j-
quAds ees the !nubth.:tr!;Ith. F.'- of R.B. jWjy-t..,. S.A. Vol-
yan, L.G. B.Itook"T., 0,A: 11-'r I I IUl~l rtl-ll I
.h
rants, W.a. Shirk-L , L P. j N.L. ryukh _d
:.A. 0.1.-Th. pp.r J.i.tly B.D. V.p.
..Arse, N,!; K*e 1. ead V.P. _'-t~d I. the -
re :hI. tb .t of
bl-
2r. ft.th.rd d.,i .... d ~ r.p%d
.t.te of tr.4 ly i..o..I yoo-i
C-rd 2/3 ..r. ..bj.ot off th: reports of ...T 'A'N. Tr.rj-. A.I.
R3-_, L.D. Firo.hik.~, L.P. Lei-dl., P.L. L' k..hl., I *L. M-
chanko 4;d others. The report of L.A. 01'ah-kly, A.T. lrl~..,_
&- and oth:r. dealt with the application of altmsw,d '.Id-
Ing. 1. the ..tiqu. of r....,ch ..th.d-, the ~-r- f
the T,7",'ath.' or. -4, D.t. 9-1-7ae-1, Y.F. W-i-
r - rb... -p-t. d
tag ..tb. fond it-.,-d. ?h
tI. b,.:rp M"
iof tdI...I id dl.. se. the ..bA..t f th.
of
-te.y- and th r.t irz ~th
.tmti- t end f.1j.. i.g -;,.1t. J.ji-
ed G-b.,s!,I -4o ..t.1
_ ypl,,,
ij.T
Ul ~.._4.1
3- Prft~V, 'LD c 'dl :..t.r f, I
_Tjr_ -:t t
"*d L
C-d 3/3 purp fr-.. -!I.p
Ing L:t .... t.i. prob 1,71.1
.;1 ;pp d t t
f -it - Th. -b , of p.rti,lp-t -b_ f ..b-
SUMITM. rII 1 949 1.4

~I~Z7L WMIZI ~/, I//'
KARPUKHIN, V.V.; ZAYCHENKO, G.K.; ZILIBEWAN, A.S.; POPIAVSKIT. VA.; SOKOLOV,
B..&.; HIKITIN. N.G.; DVORYANKIN, M.M.; MELINIKOV, V.P.; OLICIMV, P.P.;
BABCHENKO, V.m.
Two-zonal electric furnace for the caking of solid alloys.
Prom. energ. 14 no.1:40-41 Ja '59. (MIRA 12:1)
(Electric furnaces)

MELINIKDT, V,P.
About the article "Flanged joints made of laminated wood plasticaw
letter to the editor. Bum.prom-31 no-3:26 Mr 156. (MLHA 9:7)
l.Glavny7 mekhanik Glavtollyulozy.
(Laminated plastics)

ICLINIKOV., V.P., inzh.; SLATIN, V.A., irzh.; NOI~-AREMAN, K.L., inzh.;
-... I -IFATOV, A.I.J. i-r:,zh.; 6HYxURO, L.A., inz~i.; TYUTYUNNIKOV, B.D.,
i.nzh.
q~uaiVaquipment to the reinforced-conerete-
lat u.% g1va -bigk-
products plantsl Tran p. stroi. 12 no.3:30-33 Mr 162.
(MIRA 16:11)

ALEKSLrfEV, Ivan Mikha-flovich; MELINIKOV, Vladimir Petrovich;
SHVYDCHENKO, L.I., red. --
(Manual for niral 'buildersl Spravochnik :3ellskogo stroitelia.
Rostov-na-Donu, Rostovskoe knizhnoe izd-vo, 1959. 509 i,.
(MIHA 17:4)

i---
I . :
i -
! .
I .

HZLINIKOV. V.S.
Reducing trnds expensea in oolling mnnufsatured gooda.
25: F34-1)4 157.
(Russis-Annufacturea)
Izv. KPI
(F41RA 11:3)

KFWVIKOV, V.S.
- Resources for reducing trnde ernenses in selling mnnuf-ctured goods.
Ixv. KPI 25:159-1%33 157. (MIRA 11:1)
(Russin-Mnnufoctures)

~EL'NIKCV, V.S.
4
Reinforce control over the observanre of standards. Der. prom,
12 no.1:14 Ja 163. (JAJRJ4 16: 1 ~
1. TSentrallnyy nauchno-issledovatellskiv institut mekhanicheskoy
obrabot1ki drevesiny. (Lumber-Standards)

TE~LCIJ , Ilikolay Leon'. 11"evich; retsenzent;
K,
Cji3SCN, A. Kh., red.
[--rterfercrxe re,*,i(--, f --r,
ting systems' Forekhous toich voat -s ei~ c~.
noi informatsil. I ZA-vo Ilsviaz"!

MaIMOV, V. so
PA 20/49TIO7
USS/Radio Facelvero oot 48
Vacuum Tubes - Diode
"Measuring Senaltl7ity of Recel7ers With the Aid of
a Noise Diode Tube," V. S. Mellniko7, Engr, 3 PP
"Vest Svyazi - ElektrosTYa%'" No 10
Treats subject under the following: 'sensitivity of
a receiver, measurement of noise sensitivity of a
receiver, changing h to microvolts, circuits and
construction of noise diode, system of output
measurement, and method of taking readings. In-
cludes three diagrams.
20/49T107

a a a a ;144464c0*4 cr ew ell 14
IS 0 a a a a a 0
to It of w ts is It to to a a n is Is a 0 It u a
III is

A N 1, V. so m
a L_ 84 a
et#

sm
U

00 L 6646M fwodm
NMKAIW. IL--A. e --An" May- 00
.11111114 ~ low 41 - Ammbw,-Mw
1 is undiior
00
fNL -00
00 UP40%ank""m h
00 bdWy. - Mel ~ da I " 6 Of UWARdMWM Vftt((V
e
00 -Kom 4M.Wks" The rift(4 com&. IN s
umd-biky offAm ftw hw*qxr4m %,Mt.
*0 as*
00 go
0*
00,3
COO
Ille

001
6
i
Iva
Z; 00
coo
=Iba
Its 0
00 t: 00
130*
tie*
*ON woo
-Ir

0 Ir
An A, 1 4 Od 0 4 0 '1 W7 It I Q Cl 3
TTR

0 0 00
00004 0
Is 4 igo 0 0 0 0
0 0 6 0 a 0 0 0 Is 0.

MELTIKOV) V. S. and NIKOLAYEV, B. A.
- ---- -- - ~ .. 1.-
11 Brief Rei-jort on ReEi.Llts of Obsen.,ations ot' Short-Wave K! Tele!,~~Gne
Reception," Radiotekhnika, No 'I,
Central icientific Research Institute of Cumirwitcations, Ministry ot, C~:i:m;u:llcations
(TsNIr,)

., ~E - I :,,*IKOV, V. 3.
If-re-uency Hadio Tele7raphy". One of a 3eries of Teleco-mmunications- ~ev-ures
driven oy axrerts in the s-~-cntifi-c re3e--rch in3Litutes and ea-~cational insti~uLes.
SO: Vest. 3vyazi, p 24, No. 6, 1952.

MELNFK 011.9 V .
"Frequency wireleS3 telegraphy."
So. Radio, Vol. 5, p . 39, 1952

V.
Te'err-nh, `-Iirf-less
Radlotcilof~r.-i-lhy. I-
- R,clio !10- -",, 195';
2
1-:ontlily Qat of Rusgian Apcesslons, Libr-ry of Conj- -, A,itrjBt
- res- - I

1,TsL'NIKOV, V.
"Frequency radio -telegraphy," Radio, No. 5, Publ. of the Min. of Communication-, 1952.

MELINIKOT, V.S.
'--
Calculation of the antenna ccmpling of the shortvave receiver for
main-line radio communication. Elektresviazl 10 ne.3:5-12 Mr 056.
(Radio--Antennas) (MLRA 9-?)

KEL'NIKOV, V. (Moskva)
Lead outs from television antennas. Radio no.10:45 0 '57.
(MIRA 10:10)
(Television--Antennas)

AUThGR KELINIKOV V.S.,Ordinary Member of Radio society. 108-5-5/13
TITLE Fecullaritle-d-of the Operation of Coupled Long Lines in the Case of
Aperiodic Coupling.
(Osobennosti raboty svyaz&xmykh dlinnykh liniy pri induktivnoy raspredel-
ennoy svpzi - Russian)
PERIODICAL Radiotekhnika, 1957, Vol 12, Nr 5, PP 37 - 41 (U.S.S.R.)
ABSTRACT The special case is investigated where there is only one inductive coupling
between two electric lines aid where capacity coupling is lacking. This can
be attained if there is an electrostatic screen between the two linesyThe
system of aifferential equations is derived and then the wpecific case with
two lines of ii-ifinito length is investigated. The coupling between the two
is taken to be weak. Equations are obtained from which the following con-
clusions may be drawn on the condition that there must be only one feed,
namely at the beginning of one line, and that there must be no reflections.
1.) The voltages at random points of the coupled lines, which have the same
distance from the outset, are moved in quadrature, their amount, however,
changes along the line, passes from one line to another and vice versa.
2.) The points on any line consist of two components: one basic component,
which coincides with the line voltage according to its phase and ite charac-
ter of changing along the line, and an additional oemponent, w4hich coinci-
des with the -,r-,1tags of the nsighbouring line as regards the phass and the
Card 1/2 character of rne change. This latter component forms a certain reactive po-

Feculiaritiss of the Operation of Coupled Long Line@ in the 105-5-9/--.3
Case of Aperiodic Coupling.
wer in the two coupled lines on
in the two lines does not change
loads at the ends of the lines are
ease with travelling waves in the
(1 illustration)
which occasion the total reactive power
with the length of the lines. Then the
determined for developing a working pro-
case of a finite line length.
ASSOCIATION Not Given.
PRESENTED BY
SUBMITTED lo.lo-1956
AVAILABLE Library of Congress
Card 2/2