SCIENTIFIC ABSTRACT SHCHERBAKOV, V. - SHCHERBAKOV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548820019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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I-VRGLR;, A. , inzh. ; S111CM11RBILKOV, V. inzh. ;ZUBKOV, V, inzh. ; S14E-K,-LI14, V.
inzh.
Rubber cleaner for separator siuvPs. Ibik-.-elev.prom. 25 no.?:
16-1? il 159. (KILA. 12:11)
1. Gor 11covgkiy iraghinnstroitellnyy zavod im. Voroblyeva (for
Morgun, Sbcherbakov). 2. Gorlkovskiy mmllnichnyy kombinal. No.1
(for Zubkov. Smekalin).
(Si,-ves)

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AUTHOR~
Shc~ V,
TITLE:
FE2IGD-','CAL: t!o,
TEXT: Potential ",-i S o :-rcventin,- tc s~~,,aceslllpc by
are di ccu~j~--7e In wl2ere a nlnnet'2 T-Ull
concentrntico, !D~l ::.,eteoroid --h!yvers theory) collio~orz could
occur hourly, It -is t1rat in Ilav 11~ the "Ex-,1oi-er" satp] lite
was damaged by a meteoroid sho,.ver - the Aquar,-ds, Since i,) a a
large rart of the me-leoro-ld's energy is tt=sfoi-ed `-,ea~, onl.-
super-heat-conductin1f, metal if invented, could -,.-ithstland ',;,e ef Fe- of
such a collision. The use of radar is the only reli-lb-le of --4 :1--
meteoroids, Since the dia:7.eter of a -.ietooroid P Y
exceed one cc:, the rad4o
ev~-n
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SHCHERBAKOV.- V.
Improvement of an X'l detector. Radio no.8:56 Ag 61. (PlIRA 14: 10)
(Radlo detectors)

V nutVAOV, V,; KUZLOV, Yu. (st,,
2 A
o;d..); KOPEYKIN, V, Puslikino);
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in-- ad); l'-AL Torzho-'-)'; ~XA-RTYN-1
ReFlaired by amatuevt--, Radio no-8.47-48 Ag 161. (',,LUA 14!10)
(I- --.Ievision- ',epairirl~;)

SIJCIMRlkFOV,.-.IT, *,n,h,
lalety of c kir~mys~ Tekh. Mrol. 20 no.12:112-13 161.
(AURA 15: --,')
1. ChIlen 1.4tcb"Yedineniya zhurnala "Tekhnika molodezhill.
(Astronautics)

SHCHERBAKOV, V., inzh.; KORTNEV, 0., inzh.
Hydraulic giant for the cleaning of petroleum tank vessels from
petroleum product reBidues. Rech.tranap. 20 no.6:45-46 is 161.
(141U :L4.- 6)
1. Astrakhanakoye TSentrallnoye konstruktorskoye byuro Ministerstva.
rechnQgp flota.
(Tank vessels-Cleaning)

SHUi'~,R3,AECIV, V, inzh.; Si3,';ATULIN, Sh, inzh.
Gleanin- petroleum tank vessels from gasoline residues. Recn,
transp. 21 no-3:25 Mr 162. 04IRA 155:4)
1. Astrakhanskoye tsentrallnoye konstruktorskoye byuro,
(Tank vessels--Cleaning)

KOTIKY I.; IROGOV, V,; P~.; ?-ZYGDN, L; 314CHL114bAkov, V.; ROGOVZR,
BUTKEVICHI P.
Innovators of the Lenin&rad Metalworks to the 22d Congress of the
CPSU. Mashinostroitell no.9:30-32 S 161. (ml-~ 1/,. 10)
(Leningrad-Machinery industry-Technological innovations)

S/01-c-/6 2/CCC/C C 91001111001
r
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AU""HOIZ: Shcherbakov, V. , Claptain
TITLE: A ruler-stencil for plottin.- the trail of radioactive car, taxinat ion
PERIODICAL: Voyennyy vestnik, no. 9, 1962, 116
MXT: The 70-crl long, threc-section ruler (Fi-.) is siitpic in design
accurate3
saves tiii,~e estimating radiation contamination resulting from suniace nuc-lear
c--.zplosion and can be folded and carried in a map case. The ruler can be ra----e oAf -
dura-lumin alloy or any transparent material. It consists of hi-n"-,es (1 and 2), a
protractor (3) for measuring the direction o.-C the mean orind, a millimeter scale (4)
for measuring distances, a -r--ph (5) far determdning the areas of contarLinat-ion
C C)
zones according to their radii, serniellipses (6) for tracin5- the racd-Joactive trail
on the map and an axial line (7) which coincides id4th the axis of the trail. a^--
ference tables (8) can also be included. The circles cut out on the top lelCt and
right hand sides of the ruler are used for plotting contamdnation zones. The
dimensions of the major axes of the semiellipses are given in cm. There is 1
figure.
Card 1/1

VI
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Cwi vainer~'as_-:Jstarce to fam
- , E, Sov. shakht. iO no.?-,'
il- '61. (MIRA 14! 8)
1. NachaVnik sha;rhty No.6 "Novovolynskayall tresta Novovolynskug-_110
(Coal miners)

6 1,T (~'l i. LAY, 0 V I v . - i 11 n 1 1 .
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Tlu,out.h t;lectro 11
(Photoe2c-.ctric oells) 15-4/-)

SECIEWBAY.C1, V.,
-4 -1 162 a ( 111111, 15 - , )
:--clar antemms -'or,!- down. Tekl- mol. rx~`19 "'Y :, A
(itadar in aeror.--i; tics 1~

-SHCELERBAKOV, V.A. (Leningrad)
Study of a relay-type stabilization system which is being acted upon
by external moment. Izv. AN SSSR. Otd. tekh.nauk.Ener-.. i avtom.
no.4:155-163 il-Ag t60. (MIRA 13:8)
(Automatic control) (Stabilit7)

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SO: V---chern-jaya -'A skva, lul, lj47 kProliect ffl7836)

ZAKHAROV, A.A., kand.tekhn.nauk; MDCHAN, S.I., kand.tekhn.nauk; SHCEERBAKOV..
V.A., kand.tekhn.nauk-, BRAUDE, I.Te., inzh.; IV-rANhTr,--S--I-, 4nzh.;
WD]tl, Z.G., inzh.
Reliability of steam superhtaters. Elek.sta. 30 nv.1:91-94 Ja '59.
(MIRA 12:3)
(Superheaters)

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AUTIHORS: Vdovenko, V. M., Corresponding 214'ember 90V/20.-127-1-34/65
AS USSR, Shcherbakov. V, A.
TITLE; Paramagnetism of Radioactive Solutions
(Paramagnetizm radioaktivnykh rastvorov)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 1, pp 127-130
(USSR)
ABSTRACT: The present investigation deals with the magne-~ic properties
of aqueous solutions that were either irradiated by radioactive
isotopes dJswlved therein or from outside by a A,r-radiation
source; furthermore, an investigation was made of the influence
exerted by these magnetic properties on the time T10 the spin
lattice relaxation of the water protons. The time T 1 which is
required to brin.~ about the thermodynamic equilibrium between
the spin system of the protons and the "lattice" - represented
by the solution in the present case - may serve as a measuring
value for the signal intensity of the magnetic nuclear resonance
(Ref 2). Provisional results obtained are given. The relaxation
Card 1/4 was measured with a somewhat modified spectromoter devised by

Paramagnetism of Radioactive Solutions SOV/20-127-1-34/65
R. V. Found and W. D. Knight (Ref 3); the signals were recorded
by an oacillograph. The magnetic field was gene:rated by a
permanent magnet. The measuring method applied was the same as
the one described by A. 1. Rivkind (Refs 5, 6). The outer
152, 154
radiation source was given by Eu . The following was
investigated: Na 24C1 in 10'/'. H 2s0 41 1-n H2S350 4' Sr '9(NO3)2 in
I-n H2SOV Zr95(C 20 4)2 in 1% H2 C204' Cd115Cl2 in 0.2-n ECI and
0-5-n HC104 irradiated with Eu152,154. Experimental results are
summarized in table 1. The measure of the decrease of T 1 was
given by the ratio of the signals A of the radioactive
solution to the signals A st of a non-radioactive standard
solution of equal composition and concentration. An increase
of A/Ast in the presence of radioactive substances may be
observed from table 1. Figure 1 shows an oscillogram,
Card 2/4

Paramagnetism of Radioactive Solutions SOV/20-127-1-34/65
figure 2 the dependence A/A,t on the time and on the dosage,
as well as the dosage increase in dependence of time. In saoh
case involving solved isotopes, a slow dropping was observed
after a marked rise of A/Ast , in spite of a persisting action
of the dosage. Dilution caiased at first a corresponding dropl
later on, however, a rise of A/Ast up to the value that had
been measured before dilution. In the case of solutions
irradiated from outside, on the other hand, A/A St remained
constant (Fig 3). On the strength of the relation derived by
Kozyrev and Rivkind (Ref 5), the paramagnetic concentration
was measured, and it was found for solutions with S 35 and Zr 95
to be in the range of from 10-4 to 10- 2 mol, and for solutions
6
irradiated with europium in the range of 10- . The decrease
of TI may be caused partly by stable paramagnetic particles,
and partly by radicals formed in oonsequence of radiolysis
Card 3/4 of water and the solution components. On the basis of

Paramagnetism of Radioactive Solutions
SOV/20-127-1-34/65
J. L. Magee's work (Ref 11) the concentration of HO and HO 2
was found to be of 6-4-10-4 mol and 1-5-10- 3 mol respectively.
There are 3 figures, 1 table, and 11 references, 5 of which
are Soviet.
ASSOCIATION: Radiyevyy institut im. V. G. Khlopina Akademii nauk SSSR
(Radium Institute imeni V. G. Khlopin of the Academy of
Sciences, USSR)
SUBMITTED: January 21, 1959
Card 4/4

- - - - - ?- ". aM.-
VDOVBUKO, V.),.; SHCEMAKOV, V-A,
Proton relaxation in aquecus solutions of diamagnetic salts. Part
1: Solutions of nitrates of elements in group II of the periodic
table. Zhur. Btmkt. khim. 1 uo.1:28-35 Ky-Je 160 iMIRA 13:6)
1. Radiyevyy institnt ineni V.G. Xhlopina AN SSSR. Leningrad.
(Nitrates) (Diamagnetism) (Protons)

VDOVENKO, V.M.; SHCBERBAKOV, Y.A.
Proton relaxation in aqueous solutions of diamagnetic salts. Part
2: Cations of alkali metals and halide anions. Zhur. stinkt. khim-
I no.1:122-124 My-je '60. (MIRA 13: 8)
1. Radiyevyy institut imeni V.G. Khlopina AN SSSR, Leningrad.
(Protons) (Alkali metals) (Halides)

i
VDOVENKO, V.M. SHCHMVAKOV, V.A.
Proton relaxation in aqueous solutions of diamagnetic salts.
&,feet of polarization paramagnetism. Zhur. struk. khim. 1
no.2:268-269 J1-Ag 160. (MIRA 13:9)
1. Radiyevy7 institut im. T.G. 2hlopina AN SSSR, leningrad.
(Protons) (Diamagnetisl)
(Uranyl compounds-Magnetic properties)
"Wk.

V""il."G, V....; ,
Proton relaxation in LL-quecus solutions of salts.
Part 4: Hole of the ionLc strLctL-rc. Zhur. :Arukt. khLn. 1
no. L: 500-':,(-'l '- D '6c. ("1711 14:2)
L.
1. '.-ad'-'yevyy -Jnz;LL,-Jtv.t L~6.,i imcni V.G. Ehlopina, Leningrad.
(Conpl3x ions) 0--rotons)

s / c 20 c 0 3 / C. 32 9
BO 04 /BC-' 0

A HIT ',I' IJRS V. J,,J, C~-,rresponding llk-mber ,)f Qi- AS USSR
L%.i,, i nYe, Y. 0. B. and Sh-.h,~rbakov , V. A~

T ITLE; f P rot-.-.n~ flydrog,?.r Per~.Vd~, Sclu-nions
Ir-ad-a,~e%i W';th L',gh'.
PERIODICAL, D-',-';adi Ak ad--7u,-, -- ra,,;k SSSR; ',960, Vol N-. 5

6,15 A47
T EXT; T~, pa pi~ r 4 w i th .hc- p rob~j em cf -,?du rg rel a x;&ti or,
-:,r -- n a q ur~ -., u 6 s o ! u r, i onq by t h -a 7- f fo fC. nrad a -
T. rn~ s I
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r, r~a- t ~ors I-ake p 1 a: e .~nde r th c- ac 41- ~r c f -.;'I t rav i 1-~ 1 e, 1 ight
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f r, 1 Jr... fg) r, 1, .Vie, ~ u r ves t-od t-oward atu rat, tori. The ef-.
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f !-ad i L I Ail u I d vari i sh be
Lusp of them r
s- h 1 Fq~,me, imuqed,._a,~ A e., ~Ilumina%i.iv ii 9t.opp,J, The authors,
--d ac e f per3 1 3 t% i ng f r Th,_iL; ~ I-fia ~_ f f ec t
,.all qpd rl (I ~. b. y r re e r -ad ali , t-jl% by prclu-ts ;c,-,-rzd .;7..de- them Y a~~Tion.
rr 1 r,-, f irrad i a 1,-~d 11, -o a ~,:ignal:~ prop.-irtional to
.)G- I ed
th e , r t,"n i ty t,~~ f mp.-.han -. ~.af a- t-i -,n -, under *,hp --)l ut. , Or. ;-,#* -,:~_xygerl ~ The
Gde %he ref rom th.:i '.hc- ~ffe, 1~ Dbs~r-c-d is _-au,~ed ty dissol-,
--g-zer -as 1r, F_ g would then 'rorrespord the degree of 02
't the -i'ver. H,0- --on Th~ rnentii-,n
~k ;,L r,_rit t,,i A TJ U T, r_ r
_F, Pijrrpa ana thank Yl G ik- for a -u si
a;-%d 6 re.fI-%r-?rv:ee: 4 So, a-~,. and 2 US~
ASSOC TPLT ION Radiv-yy _mn. V, G~ Kniopina Akadem.,,.~ nauk SSSR
(Radium G.--K-h' np~- of %h~i A-ademy of
Scien-.es USSR)
SUBMITTED June 23; .GEO
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Card 3/3

-UTHCRS; Ste'-13nov 0 and Shcherbakov, V. A~
TITLE: felaxa,.-.on ~_r of diamagnetic salts
1951. 64
K I . 0. -65
PERIODICAL: 'a 7 V
TEYT; 17 ~s cf Zrz-ial e r S; y c 1 1,; t 1 3 r 1 s o furanyl salts, which
the auth-Drs '-.ave a' r,~au-_`Y dessribed, ~Ref - V, M. Vdovenko
7" rv"-~
V, A Sli ch,~ rbak~ v kh mi, i r 26, (-,96o)), Such a studs is
of importunce iz,.fn,matior~ or. the nature of this ion and
4ts hydrates, bul aLs:i, res-,~ecl to ano'.her' quest,.on the authors have been
. 1 4 4th a T
dea "n- me'hod ` -he present *.Ncrk hardly differs from the
L
cne they hav de S r e d in tie of this series. U0 4 was
prepare.; 'lie --ld v.,:7h hydro~~-en reroxide from aqueous
Solut.4ons Of 'ETO was disscived in the corre-eTw-d-
inl- sell.-,ficn, with a -ertam excess of acid, hydrolysis was
excluded (ti-_ -)f sol.],Inn was abl-lit 0) The concentration was con-
tral 1 ed :7 ar. ---an r-. - al 1 Y Only ir. ~;ie case of hydr-~r~hloric solutions, the
Card

S./- ';7~ /4'/002/0C 1 /005/006
;Z. r~7
Pro ton re I axe. t i on /B 2 8
gravime t r rR -- 7,d w as a c z~ 1 4, e i T'.ne reaults are given in the
E! t'-? Table The ratics Ti/-zo jver.--- cal~-ulated by a method des-
-ire ani --n .- j
.".ib-ed ~r 17 As ma'-" be seen fr:- Figure, +he influence
of the urj~-..n-j i pi-t'.%ri rolIXOLT.~.on 'I/T,,) depends on the
nature of +he de,,enden-e is -!~nfi-ned by the values of the
'C!: ohiftMa-rd above a, by r.- values for -r4/-cO (Table). The
molar relaxat c
lather .raluos arc, allure-; r, '.I~e saiii~ for hyir--,~hl ori ~ and nitric solutions , but
are rni :h h i r r c:e r r4 and I _Ir~: s:,.Iur~lons The correlation
0 n - i-,n -.n one
b e t w e en sh. i and ratin -v :/T rcr '..e _:ra y1 ' hand and the ionic
radi,L on -he Is c' Spe-,ia'. -,r~-eS~ ~cf~ The most imuortant
conclusion dra-,-.n '-Y ~;-e a-_;thors iS 'i-.at the de.;-ree of covalence of the bond
U - 09 dr,es nc, r-?mai- ~o!,Stant, bu- dcz-ends on the nature of -,he anion in
'_2 * ^
the solu-~-,on. if --.rc ccnsiders the an,-on capability of complex formation
with uran-~l then the ex-planati-on, of -he above effect as being due to the
formation of :-.!va!_-_nt bonds icn-anion is rathE6r unconvincing, especial!,,,
since s~abilitv cf the 4'j',CreaSeS in the order
C10-