SCIENTIFIC ABSTRACT SIDORENKO, V.V. - SIDORENKO, YU.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550510001-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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-m-1;7 -jv
i,-i L ry :J 1.yl Grc~u,
on ttie n of" Phof;:.horoi-.:~ Thlo .;ith Haloi] 1L1'e:YL- an., Acyl-
D1vtn!`Kiy, 1. "al:-.r."mik, V. V. Si-_Zorcn".O'
--*~r" Vol TA"
T_--';,u-'L; tr -.:: ul t --f ~~ctabli-~h: it Lr entir-ly
-c -. r r yout, tt~-~-, r-~.~ctuion -)f thio ,sL-r '-h :~ci,ir of tr-,v&.'.-.nt phosphors
wit'n huloill alky~_~ ~~nd Thi:l r~acti.-n ctin trsicoi by rjerm!! of, lirbuzov's
theory f r m,:" 'ho:; of CID~ , rvi n:, ','L - a of biv~~ rul ~ur.
uh~:itt, -i bit,~ Ne!7mc--y~3nov 1.~. Yitr 1948
-Aw

S/06 3/6 2100 7/00 5/X, 3/006
A057/A 1, 26
AtMHORS: ~;hchekoLikhin, A.M., Biagoveshchenskly, V.S., Sidorenko, V.V.,
,,nisov, O.K.
TITI:-: Fluorine derivatives of acetylene hydrocarbons. ,~ -fluorinated per-
'N:,'(.)gr-,.-nprop Inc s
PERIOD11CAL: 1:hiirnal vsesoyaznogo khimicheskogo obshchestva imeni D.I. Mendeleyeva,
v- 7, no. 5, 11962, 5BO - 582
preparation of ~ -fluortnated perhalog,~npropineu al t*-e ty-
(,F,,j1a I ;,-Hal wa6 Inve.,itigated (11 Hal = C1, i3r). By meanz; of
hydroh,,ilugcri~;tion of nono~-.ydrohalogerpro~~,y'-LlreS OVer*. C31cinated sodium hydroxicle
-it 210 in a nitrogen strea re -
m was zyriLhesized:
_',,3,3-,~r'~fluoro-l-chlo:,opropine-1; 3,.3-difluo:,o-l,_3-dich~.oropropi:-,e-i; * 'Inci
1-f'-,,.zoro-1,3,3-trl~ch'Loropropine-1. it Is demonstrated that ~,;, -fluorinated ;xzrhalo-
gqnpropines Five only dihalogen derivatives in a reaction with halogenes ln chlor~7-
nated solvents without heatinj,. infrared spet,-~ra of -2-p- obtained
Ehowed for these compounds the characterisl~--c absorp..' in band at 2,2?,',0 6eing
thus somewhat different from corresponding literatu--e data. The band shift J.s ex-
Card 112

Fluorine derivatives of ....
A3 7 /A 1 C2105
pla ined by 'the effec ', of the haloger, rieaz- to -.he carbon --. tom, wi'Lh Ll,he L-!:,_'e
This observation be discussed in further pajers. The p,-e3ence of
bond was nroved ~.,Iso by a successive addit-ion of two and four i-.alo,~en atoms.
fact that -fluorlina7,ed pe rh2 loge npropi ne s :,eact with chlo:-ine, -or bvom~',-,e in
absence of a so~venL, in '_iFht and at room temperature by explosion, while In ti-P
presence of chloroform, or methylene chloride only to dihaaosen derivatives I,-- ex-
pLnilned by the assumption that the deacTivating effect of the trimethyle,-.e
(in -elation to an electrophilic attack) is spread only on one 7-L-bond an'd has
just a weak effect upon the other. The tetrachlor derivatives were prepared in
sealed ampulas at elevated temperature, the ~:etrabromilna dezriva-zives on-y by ~rra_
diation %..,ith ultraviolet light In a quartZ vessel. Basic ex7erimnental data are
presented in a table.
SUIeM,ITTED: October 26, !96!
Card 212
P

SID.OFENK03 V.V.i i.'.IJZN--'TSOVP 6.6., doktor ae ol. -m-Lneral. nauk, otv.red.;
SIi-!-;NGKR, I.A., red.izd-va; DIMMUNA, R.A., tekhn.red.
[Geology tLnd petrology of the Shakhtama intrusive complex]
Goolol.,lia i petrologila Shakhtaminskogo intruzivnogo kompleksa.
Nookva, Izd-vo Akad. nauk SSSR, 1GI61. 102 1,. (Akadomila nauk
SOSSR. Geologicheskii muzei. Trudy, no.") (MIR-A 14:7)
(Trans IXL i kal ia-Rock z,, Ivneous)

KREYNGOLID, S.U.; BDZHEVOLINOV, Ye.A.; LASTIOVSKIY, R.P.; SIDORENKO,. V.V.
Determination of iron in whter, acids, and salts by a kinetic
method with the use of stilbene complexon. Zhur. anal. khIm.
18 no.11:1356-1361 N 163. (MIRA 17.1)
1. VsesoyuznTy nauchno-is3ledovatellnkiy institut khimicheskikh
reaktivov i osobochistykh khimicheskikh veshchestv, Moskva.

BOZHEVOLINOVP Ye.A.; KREYNGOLID, S.U,,, LASTOVSI,',IY, R.P.; SIDORENKO, V.V.
Use of ltzminescent reagents in the kinetic method of analysis.
Dokl. AN SSSR 153 no.1:97-100 N 163. 0-9RA 17:1)
1. Vsesoyuznyy nauchno-issledovatel'slAy institut khimi-
cheskikh reaktivov i osobo chistykh khimicheskikh veshchestv.
Predstavleno akademikom A.P. Vinogradovym.

GEiLMAPI-GALKINA, A.S.; ZLOKAZOVA, T.M.- MELINIKOVA. V.P.., SIDORENKO, V.V.
Uje of hydrocyclorir,-:i in for ~',e of
soliqs In alumina-bearing sint~,,ri. TS--Tet. 34 nci.1-52-11.1.
.117
Ja 61. (MIRA '.;3)

i.' *,'i,. 'j, . . ~ ~i i - n na
V i J
K, r
L 1 tit i I,!-- ~~Itk:ra
c, ri .;,j 1, ru Ora I o Vu "Irl- k?,~ ril
Ul riy na
i 17
rim ldz~AVWI.) -IL

BIAGOUSHCHOSKIY, Vladimir Petrovich; UDRPAXS) zjAWA.j1adLmjrur1ch;
RAKOV, V.L. otvetstvennyy re&ktor; IS liiKa. -. N.T",ieda kt or
FRUNKIN, P.S., tekhnicheskiy redaktor
[Radio measurements in pulse equipment] 12mereniia v impullonoi radio-
apparature. laningrad, Goo. soiuznoe izd-vo sudostroit. promyshl.
1957. 263 p. (MLRA 10:4)
(Pulse techniqueo (Illectronico))
(Radio measurements)

-9-
S/'-20/60/000/004/019/028
EO*i2/E414
AUTHORS: Sidorenko, V.V. and Utkin. (I,A~
TITLE, Automatic Measurement of Counting Char~-:teristics Of
Gas Discharge Coun4er6
PERIODICAL., Pribory i tekhnika eksperim4nta 1960, No~4, PP,133 134
TEXT~ The s-heme suggested by the present authora is shown
schematically in Fig.l. It includes tne 64 (PS 64) ~,caling
unit 3 and the '-~)M -.09 (EPP-09) pen recorder 4~ Two
additional stages, namely a pulse amplifier and A valve volttmeter (FigO
have been added to the PS-64 scaling unit, The pulse amplifier
is based on the 61H8C (6N8s) d-uble -.riode, The se-ond half :?f
this double triode is operated as a cathode follower who.~�Iz. outpu! j,
is fed into an integrating ~.ircuit. 1he amplifier is conne;-ted
to the limiting stage of the PS 64 .scaling unit (shown to tile lef",
of tile dotted line in Fig.2), The valve voltmeter is in the form
of a balanced cir~luit, the "zero', beinj: est-abli5lied by the
33k ohm potentiometer. The signal entering the pen re:order 'As
taken off the 51 ohm resistor on the e.,,tremc- right of Fig.2, Tht-
voltage applied to the -.ounter I is -.ak-~n from the midpcint of
the potentiometer 7 (Fig.l.) connected to he high voltuge
Card 1/4

s/12o/6o/ooo/oo4/o,.9/028
E032/E414
Automatic Measurement of Counting Characteyisti--3 --f Gab Dic--harg-
C'411 rl k
rectifier 9. The motion of the druri it ps7r? s*:twA-r iti
coupled to this potent iometer so that its the drum rotates., th,~~
voltage applied to the counter is uniformly int-reased, At tht,
same time, the scaling unit a:Lepts thi pulses from thE- -,ounter and
the count rate is recorded by the pen re,~order, There are
3 figures.
SUBMITTED. June 20, 1959
Card 2/4

S/120ye6/000/004/019/028
E032/E414
ALLtOlli-ItiC MCZIStlrC[,1C1lt of Counting Characteristics of' Clan Discharge
Counters
Card 4/4 Pig.2.
N-c. 2. Ciema YCH.711ITNIH ll%IUY.I[-COII it nastironaro BO.IbTltCTra

PHASE I BOOK EXPLOMTION SOV/5-512
Dolgirev, Yevgeniy Ivanovich, Pavel Ivanovich ~U.Ieyev, and Vladimir Vladimirovich
Sidorenko
Detaktory yadernykh izlucheniy (Nuclear Radiation Detectors) Leningrad,
Sudpromgiz, 1961. 222 p. Errata slip inserted. 4,300 copies printed.
Ed. (Title page): K. K. Aglintsev, Professor; Reviewer: V. A. Kozlova,
Engineer; Ed.: I. G. Azarova; Tech. Ed.: R. K. Tsal.
PURPOSE: This book is intended for technical p3rsonnel who, although not special-
ists in nuclear physics, are engaged in operitions involving nuclear radiation.
It may be also useful to personnel who operaLe or design X-ray and radiometric
equipment.
COVERAGE: The book discusses the principle of Dperation, basic properties, and
structure of various types of contemporary radiation detectors, and presents
their connection diagrams and testing methods. Reference material, includinp,
characteristics of industrial gas-discharge counters, scintillatior phosphors
and photoelectric multipliers, is given. Nuclear radiation, X-ray and radio-
metric quantities, and their measuring units vre briefly discussed. The
Gard 1/~,

Nuclear Radiation Detectors
SOV/5512
authors thank A. B. Dmitriyev for his help on Chs. !I and III, and E. I. Dom-
brovski, A. L. Dudnik, and V. A. Antamonov f.)r their suggestions and advice.
There are 79 references: 54 Soviet (includt-ig 5 translations), 24 English,
and I German.
TAUE OF COMM:
Foreword
3
Ch. 1. General Information
1. Nuclear radiation 5
2. Radiometric quantities and their measurizg units 12
3. On methods of detecting radiation 15
Ch. 11. Ionization Chambers
4. Volt-ampere characteristic of gas discharge 16
5. Types and structurea of ionization chambers 19
6. Current ionization chambers for measuring a-radiation 21
7. Ionization chambers for measuring P-radiation 23
Card 2~~

4oo
27702
S/12o/61/000/003/012/041
E202/E135
AUTHORS: Sidorenko, V.V., Ivonov, V.P.,and Yershov, N.A.
TITLEs Universal recording dosimeter
PERIODICAL: Pribory i tekhnika sksper.im*nta, 1961, No-3, PP-78-81
TEXT3 A particularly robust and economical, transistorized
gamma-dosimeter is described. This instrument in designed
specially for the continuous monitoring of radioactivity in the
sewers and other not easily accessible ducts. The probe which
houses one or two G.M. tubes is made of chromium plated steel tube
but may also be made of plexiglass if the beta count is required.
A cable, which in some cases may be over 100 a long, joins the
probe with the box housing the energizing, amplifying and
registering circuits. The dosimeter registers within the range of
0.002-200 r/hr. In the case of using a thin-walled probe which
is intended for a maximum working depth of 20 m, a sensitivity of
0.2 mr/hr is claimed. The negative impulses from the G.M.-tubes
are amplified in a two-stage voltage amplifier followed by a
normalizing circuit of a blocking generator. The standard
instrument carries a microammeter but provision is made for the
Card 1/2

27702
Universal recording dosimeter S/'120/61/000/003/012/041
E202/E135
inclusion of a self-recording instrument. The total power
requirements are approximately 150 Ww, which with the standard
two supplying batteries of 18 v each, gives a working life of
about 400 hours.
There are 4 figures.
SUBMITTED: June 22, 1960
Card 2/2

2 9 5 1~1
s/'12o/61/000/004/002/034
00 0 E032/E514
AUTHORS; Ivanov, V. P. and.Siderenko. V.V
TITLE: Selection of pulsed-supply parameters for gas
discharge counters
PERIODICALg Pribory i tekhnika eksper-*.taenta, 1961, No.4,pp.35-38
TEXT: A disadvantage of gas discliarge counters is their low
resolution and tbis limits the maximum co*;nting rate which they can
accept. This disadvantage can, at least to some extent, be
removed by the use of pulsed supplies (Ref.1, W. Lichtman,
Nucleonics, 1953, No-l,. 22). Under pulsed-3upply conditions the
counting rate is given by
N = F [I - exp(- HrP). = ffp); (1)
where F is the supply repetition frequency, T is the length of
the supply pulse, H is the number of y-.quanta absorbed in the
counter per second per roentgen and F is the dose rate. In
designing such devices it is frequently necessary to determine the
upper limit of the intensity P beloo which the :.ounter
Card 1/6'~

Selection of pulsed-supply S,/120/61/000/004/002/034
EI)32/E5i4
characteristic is linear. It is shown that this upper limit can
be calculated from
p +
I V1 - exp(- H-rPo)l, (4)
Ti --V 1 - exp(-H.,-r)_,,
where ~ = X/100 and X measures the de--)arture from linearity,
i.e. 100(N - N L )INL � X%" Th--s is i transcendental equation
and can be solved graphically. Analys.is of Eqs. (1) and M.and
also experimental data obtained with low-voltage halogen counters
3 show that
CLI-36P (SI-3BG) with a working volum- of 14 mm ,
a) the length of the linear region of :he characteristic for given
"non-linearity" X is inversely proport.ionai to the duration of
the supply pulses,and b) the supply repetition frequency has no
effect on the working range of the counter characteristic, although
it does affect the sensitivity of the -,ounter. In order to obtain
a linear counting characteristic in a ,ride range (up to 2000 to
3000 r-/hour- in the case of the SI-3BG -:ounter), all that is
required is to arrange for the automat.-c adjustment of the supply
Card 2/t,

Selection of pulsed--supply ... S/120/61/000/00'i/002/0311
frequency F with dose rate P. The formula giving the relation
between the (lose rate and the frequency is shown to be
F(P) = F0HTP 1 1 - exp(-IITP" 1-1. (8)
Counters operated with ptilsed stippliett atill retain their plateau
and hence there is a certain optiminn ttmplitude of tile supply pulses
which must be determined experimentally. Fig.9 shows the counting
characteristics of the SI-31IG counterf; with F = 2000 cps. The
curves are calculated from Eq.(I) and the points are experimental.
The numbers marked on the curves indicate the values of T in jLsec ,
Fig.6 show5 tile countir-kv, characteristics for T = 2usec and the four wr
difFerent frequencies, marked on the curves (in cps).
There are 6 figures and 3 references: 2 Soviet and I English (quoted
in ~Cxt) .
SU131,111 VVED: November 18, 1960
Card 3/4'

A'.--'T~~ I0 -.,o Mos I I c I or-i3lin
T ITL E - A. U ovic c fu'.~ ~~c ov i:'~
PERIODICAL: Priljory i iio. 4, j961,
r). 158 - i,-,9
TEM Tl---:2 instrument t'iat is ~)ricfly ~'o:jcribc--! 'icre
rccorc.s tae occui,rence of i:-!I)ulses arrivin:: at a r-te not
.-reater than 15 - 20 ii.i-)ulses/secoad over - consi('(-rable yerio(I
of tim'n- aich i.:r)u1so that arrives causes n stc1P-:)y-ste:)
S~-;-itc!l to Z.iovr 0--qc T'iis r-,ius,-s L -)-xpor tanpc tcj 'oc-
step-:)Y-stc'~ s----itcA am:
tz~i)c are also 0,--z)ratec'. nerioclically, for tr-.i1cc every ;::inute
or every .:our, I - -1
L)j , timin:- device vhich t'in tjiie sccJe on
tlie ta?e. The _J1.,pulse siZnals are applied to a sensitive relay
type P