SCIENTIFIC ABSTRACT SIDOROV, N.K. - SIDOROV, N.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550510011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YINWOW*nt* OFSMG 4W PW4-~*-M'd-1% holdillow,
U411" w0ditION 404 is & dwenWAV"bk 9*110", All, L.
Kalil &net N K ,.;hlovv,v (N. C., Cl 1,111VA.
InVII.Allad Fig., is, 77741(1011.-
in reruile ml And lit the distu. fw*41,w above 4tll)*. the thaw".
!-Cuvor M.'UMA ooTuf at 472. bill. &W. steel d2h ma moth
intru%ifir% depending on the typet of the oil. In tra"ion%
'NOO-41W thew maxims are abartrot oml 2 maxims for each
(im-tion. 4.11-44.1 and 444-41oll ma, appear; the fusee. shift
-lightfif fee 10tieff *lives With IrCTVAMMI Mon. temp. In
the opirctra of crtewle oil achowlew. am Alst% In a chorteenalit-
graphic whotion all) lime appear. the On" of I cc wave-
.length appealing prc vair 1~10 the bottom. The
interesity of fluorewence Is muck high" in the Ammon-
ofeaphic "Jumn: esposum required air 15-24) min. Thus
this itirihol rAn the uml few ident.&-ation &net Intel. awalyous
it( oil. S. I*Akswer

I-) I Do v-C3\) # Aj. K
Sim CIIII-i'll *;. K.
"Investigating Luminescence Spectra in Petroleivi and
Petroleum Products in the VisLble Region." , 7and Fhy-~6th Sci,
SarnLov State U, Saratov, 195.t. (RZhKhim, -Jo 3, Fab 55)
30: Sixi. 11c. 631, 26 Aug 55-Survey of Scientific and Technical
Dissarta,.ions Def,mded at USSR HI&er Educational Institu-
tions (14)

Category USSR/Optics - Physical Opti:,s K-5
Abs Jour Ref Zhur - Fizika, Do 2, 1957, No 4981
Author Kats, M.L.,_Sidornz,_XZ_
Title Fluorescence Spectra of Pelroleums and Their Fractions ir tho~ Liquid
StAte and in a Chromtographic Colilmn.
Orig Pub Uch, zap. Saratovsk. un-ta, vyp, fiz.,, 1.954, 40, 3~59
Abstract Three specimens of petrolleum were investigated. Distillation ir-to frac-
tions were carried out in ths., Gadaskinapparatus, and the chromatography
in A120 3 colu"s. The 1vaLinescence spectrum-s of the petz-oleums and their
fractions were obtained photogrsphically in the test tubes or directly
in the colunns, the excitation being with a PRKA tubj with a FS-4 fil-
ter. The energy distribw;ion in the spectra wa-s not determined, and only
micro-photograms were COn3idered. It was established that the fluores-
cence spectra of raw petraleum in the visible region are chara7eterized
by the presence of the 472-476, 5015-510, 540-5,L-5, an-_4 6~zo.-625 millimicron
bands. The first band is ascribed to 6ils, the second and third to texa,
and the fourth to asphalternes; analogous maxirw were found al8o in the
spectra of the fractions in the wli*-=s, The investigated specimens of
Card 1/2

- Physical OptLes
Ref Zhur - Fizika, No 2, 19571 No 4981
the petroleums differ from each other by the tatica of the inte-nalti"
of the bands.
Fractions with a boiling ttzperature below 2000 do not glow; the
increase in the intensity of the lumiassceAce of the remaining frac-
tion that is produced by increasing their boiling temperature is con--
nected with a corresponding increase in the contents of the aromatic
compounds, responsible for the glow. In the columns, the color of the
glow of the zones varies in aU cases downward from orange to violet.
A coineeftmirNW-establishal between the relative intensities of the
glow of the components and their relative concentration, on the basis
of which it is indicated that it is possible to work out a fluoreaceht
procedure for a quantitative component analyais of pstroleum.~. The
authors reach the conclusion that the absorption spectra of petroleums
in the visible region are not characteristic and cannot serve for their
identification.

N
or WTILM3 AM TIP 5M
tun rt ppa 1. .
!AHT.Pl~
ats, 11,L. arx: Sidomv. II.K. I urh. h~VL% W.TmAto
IC,55), 5!A-5,Y4, astr. In Rot. 2L Elm (Rot. J, I j
c3mu. tlozmy), 19%, (23). 7594). Fl%wrozoazo ol-ectra of mirrow petrO141414
fractium boill&-t tamen 300 and 500cC wern cwnloic(4 and timae at carry
su6swreas extrtacd frut Uw vocroltym Imotluin by ad=r-pum. tamineactsiod
of 1. etroUt; i fractions la e-wood tq me I re:iercc in Uvia of C ~rry :,01sultmes.
Tho Irw molecolar wreldtt carry -,~V~sEntves j,rfluco lilcmQ imvdradlucl(m
and Utu hiii molecular violdtt zubz;t3nees lfjs~G iYalke rzndlul..n.

11 AID P - 1777
Subjedt USSR/Chemistry
Card 1/1 Pub. 78 - 15/26
Author Sidorov, N. K.
Title Oil fluorosce
Periodical Neft. khoz., V-33, no-3, 63-65, PIr 1955
Abstract The fluorescence of oil and of oil products Is attributed
to their tar cont*nt. Zxperlments have shown that with the
increase of the molecular weight of tare their capacity
to fluoresce diminishes.
Institution: None
Submitted No date
tA
m ~ oc 0 rosical optics 12963
loptice Irizits, Igo 5,
1.110, 1 in Irozen
Abe Jour sidorlov) %ir of petrojeus ?ro&ucts
A,,tnor 6
- .inescetLce spect'r t. saroto',
-Lust L in-
Title solution. za 1954 is' sarstovex.
, elhegonix
11611a. 596-08 o4a s+, +A&9
orig I'llb 1.955, 006 +-,,Wffatvr" Of IQ-
r -~f the sectra
Vas saae at 0 taro
(-3.83P) scc;~P*~-,
.
westiotioll Jj& OSY940 83A ultra
An f liq fractions e& 00
t.Werature 0 petrole%= excited by filter t100,
P,b~trsct Minescence of gxav is 'e, we
Vuen f the 1,30-3250 tar-fr" frLc be
:7-~.~tvs +
sUbstOnCee) 824 at 10V
,me gxovs 0 tur e in ~~.'Iatter case illto
114kt- t room tejVGV&-rWtUTe- .19 resolved tre
ti.C83- G-U Va.13.ijacTons The gx0V Woe-
lVectra Of Iden of 450 rovs.
ort-veve M%i 8304 1,58 ial"Oc
ou 0
tv
ca~ Corti 1/2

TmMoaft at RM'Pum, im *cu. & V.
Peterburg3kii and N. K. Sidorov DAL A had. Namb. SSS.R.. 1953,
105, 1049-10$2 ; IfAins., 1956. AWY, No. ISW9,-
On treating Icives of pouto and apple with 4'CaCt, srin. no move-
ment of "Ca into the It-Aves below was ob-%crved. In oats, peu
and rye-F~ccdlhigs in water cuiture there was no marked trAmsfe.-
of Ka from one past of the rwt uystem to auother. In the sum-
flowerwith III' appl[W externally tho b*slpetal rate of movetmut of
the P vrjs 50-60 cm./br, AaOogous resulta were obtained with
clover an4 potato. Tht) mbange of 'IV Nttwcen %tam arWn
from the same tuber taket place through the tuber. (R M.

,/:;,I S 3110
6/0 51/60/009/001+/03e'_'/031+
E201/E191
AUTHOR: Sidorov, N.K.
TITLE: Ram-a-n-s--ca-t-te-Frng irunctions
PERIODICAL: Optika i spektroskopiya, 1960, Vol 9, No 1+, pp 546-~47
TEXT: Plachek's formulae for the Raman scattering functions
were derived by Kondilenko et al. (Ref 1). The present note
shows that these formulae can be deduced quite simply from the I
knowiedge of the intensity components of the scattered light 'Y
(Ref 2). The note deals with Plachek's formulae for polarized
and unpolarized light. The paper is entirely theoretical.
There are 2 Soviet references.
SUBMITTED: May 27, 1960
Caid 1/1

'I/
vi-
A UT11 i0 _1 ZSidorov, N. K.
S/058/6z/ooq/oo3/o4o/o92
A061/A101
TITLE: Theory oil molecular and Raman scattering of light by gases In Ithe
electroGtatic field
PF-RIODICAL: ]1-?f1LPrat1vnTj zhurnal, Fizika, no. 3, 1962, 9, abstract 3V-'
("Rev. phys. Acad. RPR", 1961, v. 6, no. 1, 5 - 12)
The intensity of light scattered by molecules in the longitudinal and
transverse directions is determined by the tensor components of molecular polari-
zability, averaged over all equally probable spatial orientations of the molecule.
an electrostatic field is applied to gas, these orientations are not equally
probable any longer, and are determined by the distribution function of the values
of t1ie molecular potential energy in the field. General formulas are obtained for
the polariLability tensor components, averaged over all molecular orientations in
the fi,~Id. From these formulas, equations are derived for the dependence of -the
scattered light intensity and depolarization on the square of the electric field
strength. These formulas are applied to Rayleigh and Raman scattering. In both
Card 1/2

Theory of molecular and Raman scattering ...
S
V058/6 PJVY)/w3/()4,D/()9 2
A061/A101
cases, the relative change of intensity is of the order of 10-6 in fields of the
order of W5 v/cm.
[Abstracter's note: Complete -translation]
M. Kovner
0
f*
Card Z/2

S/081/62/000/020/001/040
B166/B186
1WHORs Sidoroy, N. K.
TITLE: Theory of molecular and Raman scattering of light by gas*&
placed in an electrostatic field
PLRIOLICALi Referativnyy zhurnal. ' Khi:aiya, no. 20, 1962, 17, abstract
20B82 (Rev. phys. Acad. RFR, v. 06, no. 1, 1961, 5-12)
TEXT: Expressions are obtained for the intensity components or Rayleight Ind
and Raman scattering in gas subject to an electric field. Field dependence
is valid only for molecules having anisotropy of the polarizability teneor
(Rayleigh scattering) or anisotropy of its derivative (Raman scattering).
The expected effect ic positive (intensity in the field is greater) and
proportional to the square of the field strength. The polarization of- the
scattered light in the field increases. The effect is not great, howevers
5 0
mith fields of - 10 v/cm tne relative change of intensity AI 6' OF-I OWIO
is, for the gas: -10-7 _ 10- 6 (Rayleigh scattering) or -10- _ 10,5
(Raman scattering). i:Abstracter's notes Complete translation-1 Of",
Card 1/1

5/051/62/013/oob/005/027
WVE120
AUTHURS. Sidorov, N.K. , 5tallmakhova, L.5. , and 11ratAnova, 1,,'Iq
TITLE: Contours i~nd intensities of the Rar~an lines of
xylelles
PERIODICAL: Optika i spektroskopiya, V-13.,no.6, 1962, 783-790
TLXT: Contour measurements of the Raman lines of o-, m-
and n-xylene are made using a.46C-4 (I)FS-4) diffraction 'grating
spectrometer. The lines are excited by the 4356 X mercury line.
Data are presented graphically and also tabulated, full comparison
being made with the work of other authors. Methods of calculating
the intensity standard S are discussed- This is characterised
by an invariant tensor a' derived frow the polarisation of the
molecules. As values of S for the xy-len*s have not been so far
calculated, a comparison of experimental and theoretical values of
S for toluene is given. It is shown that the formula for 5
derived by H.J. Bernstein and G. Allen (J. Opt. Soc. Amer., 45,
-1955, 237) s
Card 1/2

L 4-97Utk2, ZPF(0)/&'NT(A)/EWP(J)/=A(C)- --Po
ACC98-160 NR i AR5012233
SOURCE: Ref. zh. Fitika, Abe. 3D98
;,AUTHOHS: Kayner. N. A.; Berezin, V. I.; Bratanoval L. I.; Ftallmaldma" L. B.;
iS~dorov, W. K9
ional spectra of certain hetercy L balide-substituted aramt1c
compounds
C SOME: Tr. Komis. Po nektroskopii. As assR. vyp. 10 1964, 1o6-113
TOPIC TAGS: vibrational spectrum, deuterosubstitute, force constant, Influence co-
:efficient-, Raman scatteringg aromatic compound
TRANSIATION: A calculation in mq*e and an interpretation is presented for the
vibrational spectra of diazines,_Ip-triazine, a-tetrazIne, and some of their deutero-
substitutes, and also If-oxide of kyridine.j Systems of force constants and influ-
ence coefficients are obfiifiie-&,, aMI&e role of the position and mmber of hetero-
atoms is ascertained. A meaourmenL in made of the true Integral Intensities and
Card 112

~L 49781-65
ACCESSION MR: AR5012233 10
widths of Raman- scattering lines of chloro-p bromo- ud todo-benzene and pyridinev
and also the degree of depolarization of these'lines. Sme eleetro-optical yers-
meters of the pyridine ring are determined.
SUB COVES, 00 OP Mc 00

L 0350-6:' EWV1VEWT(x)/EPF(c)/EW7 (J)/T~ IM0 RM
2/02o6/0212
ACCESSION NR: AP5019753 1W00511651019100
~'4 q ' " 0
5,375 00~
AMOR: Sidorovl__N.' K.; Bratan 1. ;-,Stall makhava,
ova,I L 9.
TITLE: Main parameters of Raman lineiL.-d"monobalides of benzenes and.tbeir
epeT
ence on the temperature and on the solvent
SOURCE: Optika i spektroskoplya, Y. 39, no. 2, 1965, 2o6-2l2
TOPIC TAGS: Raman scattering, benzenc~, balider- line width, line intensity.. de-
poUrization, thermal effect, solvent action
ABSTRACT: The measurements, claimed to be the first performed on the substances in-,
question, were made by a procedure det4ribed in detail.earlier (Opt. i spektr.-_ Y. 1
13, 783, 1962). The quantities measured were the absolute intensities and the.tru Ie'
values of degree of depolarization and width of FAumn line. of chlorobenzene, bromo-:i-
benzene, and iodobenzene. The resulta are presented in the form of a table,, which 1
linto aloo the trace and'the aniactrojW of the derivative, polarizabi ty t o
Studies were also made of the effect of the temperature on tne abw "te"aities.
n'"4
of the lines belonging to different vibrations of the 'chlorobenzene.3Mamoben-
zene molecules, and the effect of varJous solvents (Carbon tetrachloride, bexane,
etbyl alcohol, acetone) on the absolul:e intensity and width of Raman lines of ben-
7
Card 1/2
7

;7 11 iZ'
L.63380-65
!ACCESSION NR: AP5019753
.zene balides. All solvents decreaso the- scattering ability ~.of
correlation is found between the properties of the solvent and the deviation of the,:
scattering ability from its value in the pure liquid. An attempt Is made to recon-
cile the experimental data on the Ro=tw line width with the existing theories, and
it is concluded thect none of the the
.Pries are satisfactory. "Undergraduate students-',
N. A. PetzushkinifInd L. P. EpinikVi4rticipated in the work. , Pe authors thank
A. Koyne?qrS; a discussion of the work, and alBOM. L. Kats -dAd A. G. Finkel'
minterest in the vork." Orig. art. has% 1 figure, 1 formula, and 2 Table~.- [02
ASSOCIATION: none
SUBMITTED: o4my& ENCt.- Oo SUB Cow: OP
-No REF SOV: 017 OTO R 008 ~ATD PRESS
Card 2/2

L 2719-66 EYrr(l)/r IJP(c)
ACCESSION WRt AP5011TIW uplol"165100010031016210163
AUTHORt Sidoroy. N. X.,, Qtal$xqkh aj L. 51~~
TITLE: Concerning the choice of an absolute-intensity, scals for
SOURCE: Ime Fizika., no. 3., 1965j 162-163
TOPIC TAGS: Raman scattering, Rami spectroscopy, line intensity
ABSTRACT: The autbors state that V the vessel containing the scattering substance
is uniformly illuminated in a plane perpendicular to its axis (as in the case when 1,
a standard elliptical illuminator is used)l then a better scale for the determina-'
tion of the absolute intensities of Raman lines is not the one proposed by Bernstein
and Allen (J. Opt. Soc. Amer* v. 45p 237p 1955),, but a scale R n (5b,2 + 13g,2)
(5b,2 + 13g,2) 802 which can be readily obtained without measuring the degree oi4v
on-(~' and g' are respectively the trace and the anisotropy of the ten-
depolarizati
sor of the derivative of the polarIzability with respect to the normal coordinate)a
A brief justification for thin statement In presented. rjwwivg the experinental
value of Rj, it is possible to determine the absolute intensity of the Roman line
by mean of the formula, (5b12 + 13~;12)AV _.i.-26 x 16-'s cK4/96 Orig. art. bas:
l f OTMAUS
Card 2/2

L
ACC NRs At,6012859 votmer mm: (iii/0',I(,A/60'j/ooh/0351/0~353
ALITHOR: Berezin, V. 1. ; Zubov,_ V. A. ; Kato, N. L. ; Kovner, M. A. -, Sidoroya N* K#;
Stal'makhova, L. S.; Sushchinskiy, M. 14.; Turbin, Yu. P.. ShubalovL~T. K.
ORG: none
TITLE: Intensities and line thresholds of stimulated Raman scattering
SOURCE: Zhurnal prikladnoy spektroskopii, Y. 4, no. 4, 1966, 351-353
TOPIC TAGS: laser, stimulated emission, Raman scattering, stimulated Haman sc
ABSTRACT: The relative values for the threshold I for the intensity of the excitIng
light necessary to attain stimulated Raman scattering In toluene, chlorobansenso
and pyridene have been measured. Using a theory of SES developed by P. A. Apanasevbh
and B. I. Stepanov (Zhurnal -prikladnoy apektrookopii, v. 1, 1964, p. 202), the
authors derived the following formula
SO/V 3 n3 /D. W
1B/1 - ('-/6y(ll-/6)B V 0 B.
where L is the integral intensity ot the SM line, 6 Is the line width, ve In th*
frequency of the scattered light, n in the,index of refraction, and the
subscript B identifies these quantities for benzene. The eqwrinental values or
Card 1/2
be unity. Since tne vaLuez ca D%v,,J lul 0 Ass"E"'
'is (nD) Vei-reused in the calculation$-
values of nfor the D-line of 80di
has; 17 formulas and I table' 004/ ATD FFM:412410
DATE: l7NaA5/ ORI
Orig. art.
ICS)

0
.3~00rtrl)v, N.F,11.-, iwsm,rs, s.B.
Technich! prngress in the Leningrad Association of Optical
and Mechanical Enterprises. Blul. tek-h.-ekon. infom. Cos.
rannh,-Isal. Inst, nauch, i takh. Inform. 1? no.12956-58 D 164.
(MIPA 180)

L ~6981_62
1P 0
ACCESSION NR: AP5007756 5/0192/65/006/001/0066/PO69
Fialk6y, -A-. S Baver; A. 1. lam
AUTHOR: Smi tnov N. Chay M.I.
81dorovo N.
Rabinovich, S.M.; YurkqVq -M
My, I
-TITLE, The g6jeture-of the-various modification f pj~v~ytio carbon
SOURCE: Zhurnal struktumpy khIm11 0
V. - --no!-
TOPIC- TAGS: pyrolyticearbon,stttdture,-.Interb64bUr
y region, mosaic structure
carbon anisotropy, carbon-azimuthal disorientation,,.- psituriiL ~ aphite structure, bydro
gr
carbon pyrolysis
A13STRACT: like- structure of pyrolytic,carbon-wag~attidled b crostructural, electron
mi
microscopic, X-ray and microdiffraction enalysisto determine- We --- conditions of -stru
formation,_Aepending on the temperature, method of heating and -atmosphere of the reac-
tion space. Vi-iidiiii-lWdrocarbons-(propatz,~-bu%pe, etc.)*-were used as 161ourced The
equency IiAxic-d6ii-lumace-or-by-an exterfot__~
tine In a high-it __:7-

-a b--o v- e- -3 0-0-0-C- the pr 66W~ct ~-O U~r UAAAU
Cdrd 1/2

L 26926-6 &1G(J)/EWT(m)'EPF( W_ EWP . . . . . .io
0 `4V WhOW WAR
b
Ps-4 RPL
W/JFW/RM/WH
ACCLWION NR: AP5006976
AUTHOR: A. S.: Baver, A. I Sid* it' kun Me
rov
Rabinovich, S. Me
st
TITLE: P hi,. A, on,. ructures propertles
pamtJ
SOURCE: Uspekhi Widit V4 '34t - n0#- 3t- 1965u_ 132453
-TOPIC-TAGS., pyrolytic E*aphitei-by4rocarbon-Aecomposittoji!' hydrocarbon
pyrolysis mechanism graphite-structuret --- griap4ite property, graphLte-
ABMILCT: An-u-0-46-date compe-ehe'rivive'-review -of West~rn_ and-S64iet lkeratti
--isid- -0
eparation, structure, proper"i i0olications Upyrolytic:_'
on- -the pre
graphifi~_ (PG)-has-,been presented.' , -Soytq,sources comprise about.25%---
inces- the- I propierti9
-of the total of 120 refere n the. last fe~~ un clue, e":
-searchers and engineers rlt6us scien-1
of P attr va
G acted attention of n
tific and* technological fieldo, FG J# valuable not o-tily" as-A
unique propertle*-but-- rt A#. material or,-pr r
also-Ak Opp ation al-,
other cially -C
pyrolytic mate fals, -espe 6Wyik arb4ded-Aft ~V'
trides which might become increasingly - important lh-the
card

'Q,
AP5006976
Purely scientific ifitd st i6 the t ady:' f- PG iA iv r
re 8 0 0. er ed from its prope es
which depend only-,6n-,changes-inl-s,lxuc.tur-e,-------
Soviet researchers contributed to-the, study of PG in the following
fields:
-the'-
1. -Mechanism of C6
hydrocarbons. P. A.Tesner and
workers advanced the theory-of--d--rect
,7
of hydrocarbon molecules into ca:_,"bon and hydrogen on-a -h e-ated-'substrater
and introduced the concept of "th eshold" concentration of carbon, at which,
carbon black begins to form in. the 'gas phase. ---They also explained. re-
tardation of pyrolysis by hydrogen. ---A. P. Rudenko contributed to the
hydro-
hypothesi of iiiWtiple'dehydrogeitation-cohdens;ktio-n of aromatic
carbons. V. A. Poltor iy and P. S. Shafitarovich
ak and V. V. Voyevodsk
and B. V. Pavlov presented ex-p-C rimental evidence of AM-Uree;radical
mechanism in the-pyrolysis of propane-and methane. The authors.of the:-
review concluded that the free-radical mechanism of the formation of PG
C

6-6r,
k~MIOWNR:: AJP5~976
is the most credible, butthat the multiple:,d ydrog'en*tIon-eqnd6niMIon-
mechanism ccupled with radical- lymerlzation-o'ght a' id -ed
PO u ~o_ to, be cons er
The authors summarized different points, of view into one coherent th e-6 ry
c an -pyrolysid-of hydro rbons,
on the me h ism of high- and low-tamperature ca
Mar!.yas n, and P. A. Tesner:studied the kinetics of deposition of
PG films in the low-temperature py~olysfs of methane and concluded -that
the temperature coefficient of the pyrolysis rate is high. The catalytic,
effect of the surface (active- alumina,', on- the cracking of hydrocarbons was
V. Benevolenskaya - -aiid - V.-P., ~Kejl-tsev.
studied by 0.
nt contrit...utions were,ma Fialkov
2. Structureof-PG. Rece de.Oy A.
nd co-workers on the x-ray,study of the- c ryatal -st ructure), V~ f._'_Xa6a
T. Kaverov on the determination.6f the degree of graphitil
zation as a runcticon-of-the-c?2 rpacii3g---(betiN~g~qn-t4y_~-rs-),. and A.'S.
Fialkovandco-workers (Zh. strukl' khimii,~ v. 6, no, 1965)-dn-kw ray
and electron-microscope study of We microstructure of PG.,~
Card 315
- ---------
-K

FIALKOV, A.S.; BAVER, A.I.; SMIRNOV, B.N.; CHAYKUN, M.T.; SIDGROV, N.M.;
RADINOVICHO S.M.; YURK(FISKIY, I.M.
Structure of pyrolytic carbon of various modifications.
Zhur.strukt.khim. 6 no.1:66-69 Ja-F 165.
(MIRA 18sl2)
1. Submitted Jaiinary 16, 1964.

SIDOROV, 11.11.
Summertime recreation of workers in Kuyb7shev District.- Gor.khoze
Mosk. 34 no.6:20-22 Je '60. (MLU 13:7)
1. Predsedatell ispolkoma Kuybyshevskogo raysoveta.
(Moscow-Rec;reation Llreas)

SIDOROV, N.N.
Party and state control over jobs is in operation. Gor. khoz.
Mosk. 37 no.7:4-5 J! 163. (MIRA 16.11)

SID-OROV, 11. N.
"Determining the Critical Porosity of Samis", Giroteldi. Stroi, No. 3.1, 1949.
Cand. Tech. Sci.

SIDMOIF, N.N.. kandidat takhnichaskikh nauk.
. - ~ - .- - .
Investigation of the critical porosity nf sands using a single-
shear dev.4,-~ot. Sbor. LIIZRT no.144-20-28 152. (mraA 8:4)
(Soil mechanics) (Sand)

SIDOROT. N.Ne, kandidat tekhnichaskikh nauk.
~, a.-, .-. I
Preparatory turfing in building railroad embankments on marshes.
Sborf- LINIM no.144:29-63 052s (KM 8:4)
(Railroads-Construction) (Soil stabilization)

LEBEDEV. h1khail Nikolayevich, kandidat takhnichaskikh nauk; ASHEN, Soflya
Mikhailovna, kandidat takhnicheal-ikh nauk; ZMIYEWO. Sargey Mitro-
fanavich. kandidat tekhnichookikh nauk; KRYWOT, Georgiy Nikolayevich,
kandidat tekhnichookikh nauk; SIDOROY, likelay 11kolarevich,kandidat
takhnicheskikh nauk; PAUL', T.P., Inzhener, redaktor; TUDZU11, D.M.,
takhnichookly radaktor
[Building] Stroftellaos proisvodntvo. Pod red. M.N.Lebadeva. 2-e
parer. izd. Moskva, Goo. transportnoo sheleznodor. Izd-vo, 1954.
489 p. (MLRA 13:4)
(Building)

SnMOV, N.N., kendidat takhnicheskikh nauk.
---~~Imb=rater., lnv,*stlgatlons of the characteristics of resistance of send
to @hear. Trudy TSKIIA no,18:53-84 136. (MM 9:10)
(Sell mechanics) (S&vA)

,Z,5fl ,,,k&Adidat tekhrAcheskikh n&uk, dotseAt.
_ " 2.Ly
4?
,~:2
J~
aw
Effect of sand moisture on its critical porosity. Sbor.LIIM
no.150:83-85 '56. (MM 9:n)
(XwA) (Soil mechanics)

BZMZ&YIIMV. V.G.,prof.; TARO&BUKO. M.A.; PROKOPOVICH. A.G.; HUCHINOV, I.F.;
SOROKIN,
ed.; BOBROVA. Te.N..te
JXQ(&.AL.Y. khn. red.
�;D
[Research on the strencth of Jand foundations] Imeledovanila
prochnosti peschanykh DRnovanil. Moskva, Go@. transpabol-dor.
izd-vo, 1958- 139 P- (3alaushkin, Veasoiuznyi naucimo-imeledovatell-
skii institut transportnogo e~roltel'stva. Trudy, no.28)
(MINA 12:2)
(Younlations (Sand)

. 't I- -, 1 11 , ~ ... I I , " , , , . '-; 'T ". .
, 'I . .&MIlilwil ., I.*- - -D'107, irin~.
.. , I - ~~ - I-
:_ 11.1 ~ ,-,
~7, -%--. 1. 11 Z,..:? no.147:157-1~') `,?. 0.11-." 11:11)
( ~oi 1

B3RhZ-;V-S-:,'V, V.G., prof., dol:tor tekhn.nauk; SIDOROV. N.N.0 dotsent, k-and.
tekhn.nauk
Using reinforced concrete shell piles. Sbor.LIIZHT no.164:187-197
159. (MEU 13:8)
(Concrete piling)

BmzAgmv, V.G., prof., doictor tekho.nauk- SIDOROV, N.H., dotsent,
kand.tekhn.nauk - P
Testing the strength of sand foundations of bridge supports.
Sbor.LIIZHT no.164:'-98-208 '59. (HULA 13:8)
(Bridges--Foundations and piers--Testing)

SIDOROV, U.N., dateent, kand-takho-nauk
bome characteristics of the displacement resistance of sands.
Sbor.LIIZHT no.164:209-218 '59. (KIRA 13:8)
(Band-Testing) (Soil mechanics)

L3 of
9.', ral, 12 11

BEREZANTSEV, Vsevolod Glebovich, doktoz! takhn. naakg prof.; KSENOFONTOV9
Aleksandr Ivanovich, Icand. tekhn. nauk, dots.; PIATONOVp Yevgeniy
Vladimirovich, prof.;__�IDQROV-,-IIikoj*y Nikolayevich, kand. tekhn.
nauk, dots.; YAROSRINKO, Veevolod Alsksandrovi-ch-I Iffw-d. tekhn.nauk,
dots.; GOLIDSHTEYN, M.N., doktor tekhn. nauk, prof.9 reteenzent; '
TERLETSKIY, V.P., ir-zh., retsenzent; LLPIDUS9 L.S., inzh., reteenzent;
ZHEMTSOV, I.V.g irzh., retsenzent; GWTOV' N.M.0 inzh., reteenzent;
SILIN, K.S., #ph.,retsenzent; SURODEM, V.P., inzh., red.; NHITROVO
P.A., tekhn. red.
[Soil mechanics and foundation engineering] Makhanika gruntov, oBno-
vaniia I fundamenty. Moskva, Vass. izdatellsko-poligr.. obOodinenle M-va
putei soobshcheni-iag 1961. 339 p. . (MIFLA 3-4: 8) -
(Soil mechanics) (Foundations)

SIDOROV, N.N., kand.tekhn.nauk, dotsent
Study of the deformation proj:perties of sand in the phase of
displacements. Sbor. trud. LIIZHT no.146:64-75 162. (KUU 16:9)

SPIDIN, V. P. ;_,SIXMV9 Y. N. ~ KOSTANDOV, A. I. , red. izd-va;
CHERMSK.AYA, Ft., takhn.red.
(Study of soil subject to triaxial pressure) Issledovanie
gruntov v usloviinkh trekhoanogo ashatiia. LeningrRd. Gos-
strolizdat, 1963. 89 P. (MRA 16:7)
(Soil wahanice)

ABELEV, Yu.M., dektor tekhn. nauk, prof.; ABELEV, M.Yu., inzh.;
BAKEOLEIN, B.V., kand. tekhn. nauk; ZBEHEZANTSEV, V.G.,
doktor tekkm. nauk, prof.; WALM7, S.S., dok+-o-- tek-1m,
nauk; GODES, E.G., inzh.; CORBUI;OV-POSADOV, 1* 1., doktor
tekhn. nauk, prof.; DAU'.ATOV, B.I., doktor tekhn. nauk,
prof.; DOKUCHAYEV, V.V., kand. tekhn. nauk; KRUTOV, V.I.,
kand. tekhn. nauk; KSENO.FONTOV, A.I.p kand. tekhn. nauk;
MARIUPOLISKIY, G.N., kand. tekhn. nauk; MIORkiESKUL,N.N.,
Inzh.; P&(LEY, Ye.M., inzh.; SAVINOV, O.A., doktor tekhn.
nauk; SILOAV, NA., kand. toklm. nauk; WORODINSK17,
Ii. .., kand. tekhn. nauk; SOKOLOV, N.V., doktor tek1u,.ziauk,*
Yj IDKD;, A.Ya., irizh.; SHASMOV, S.A., kand. tekhn.nauk;
MOV, M.L., inzh.; YAROSHENKO, V.A., kand.teklLn.nauk,
t-oceit.wd]; UALEM, Ye.P., kand. tekhn. nauk, nauchn.red.
[MaLual for the designing of industrial plants, apartment
houses, and public buildings and structures; foundations]
Spravochnik proekl,irovshchika pron7yshl(inrqkh, zhilykh i
obshchestvennykh zdanii i sooruzhenii; osnovaniia i funda-
menty. Leningrad, Stroiizdat, 1964. 268 P.
(YJ,1A 18:1)

S[MAYDEA, ShIka markovich. Pztnimali uchastiye: GALIFEUN, S.V.;
rloy-Aff)VI N.S.$ dots.; SIDOWV,,_~IJI,., nauchnyy red.; RUSAKOVA,
L.Ya.p ved. red.; SAFROKOVA, I.M., takhn, red,
(Manual fir geol.-Iml angineem On linear studies]Spravochnik
I
,nzhenera--geologa lineinykh izyzkanii. Leningrad, Gostoptekh-
izdat, 1962. 284 p. (MIRA 16:1)
(Engineering geology)

STDOTIOV, 1:
Motors, Electric Avg 49
'The Problem of Classifying the Characteristics
of Serlell Traction motors,- N. N. Siderov, Cand
Tech Sol, jmjmw%d Just of Railroad Mransp
pp
ftiektricbeetwo" No 8
DevelLoved a sysimm for Classifying the
Cheractm-letle Ow I of series and acupomd
traction motors. Bumested, a EwthOd for
quantitative evaluation of themao curves by
c(uparlem wlik Vie ldeallf cmpleti~17, m-
setwatm, series cbm-acterimt1c. Includes
shmpe rp%s 12 traction notere
mw nume.

R02INFUID, V.Ye.; SJDOROV, S.-N.; KMN, S.ye.; RAKOV, V.A., redaktor;
VIKRINA, G.P., ",f-fek'hnic'htskiy redaktor.
1-1 [Slectric railroads] glektricheakie iheletnye dorogi. Koekva, Goo.
transp. zhel-dor. izd-vo, 1931. 536 p. (KLRA 8:2)
(Ilectrio railroads)

SIDCROV,1.1., kandidat takhaicheskikh nauk, dotsent.; SHELOSHKOF.I.K.,
Rand1dat tekhalchookikh sauk; ASSEM,G.A., Inshener; PMKS,A.T.
inzhener
Improving the electric circuits of direct current truak line
electric locomotives. Sbor. Ll MHT iko.145152-71 '51.
(Electric locomotives) (MLILA 8:10)

AID P - 6o8
Subject USSR/Blectricity
Card 1/1 Pub. 27 - 12/3-9
Author Sidorov, N. N., Kand. of Tech. Sci., Dotsent, Leningrad
Title Calculation of temperature rise curves for rheostat
elements with changing heat transmission and thermal
capacity
Periodical Elektriches';vo, 8, 59-61, Ag 1954
Abstract General formulas for different types of resistance ele-
ments are presented. The heat balance conditions are
discussed. 1 diagram, 2 tables, 3 Russian references
(1907-1951).
Institution Leningrad Institute of Engineers of Railway Transporta-
tion
Submitted F 6, 1954

-,SIDORO,V 'I N N., kandidat takhnicheskikh nauk; SUSLOV. B.V., inthener.
~ , - 7 e. ; MZ4
System of cab suppvrts for new types of main line electric
locomotives. Vest, TSNII WS 15 nn.1:41-45 Ag Is6. (KLRA 9:12)
(Mectric locomotives)

ROSINMID, Vitally Yevgenlyevieh; CHEBOTAREV, Yevgeniy Viktorovich;
SIDOROV, Nikolay Nikolayevich; BOIZOV, Nikolay An&reyevich:
TRAIMTMAN, L.K., -red ..; 7RIDM, A.M., tekhn.red.
[Princinles of electric traction Oanovy elaktricheakoi tiagi.
Moskva,'Gos.energ.izd-vo. Pt.l. ITheory of train movement, traction
and braking chara.-teriatics, traction calculations and testing]
Teoriia dvizhaniia DoezdA, tiagovye i tormoznye kherakteriettki,
tiagovye rAschety i ionytanlia. 1957. Ill p. (MIRA 10:12)
(Ilectric railronds)

ROZEMLID, Vitaliy Yevgen 'yevich, d-r tekhn.nauk, prof.; -
nikolay Nikolayevich; XMIN, Sergey Yefimovich; VLASOV, Ivan
7-v~-n6vich-,'SIDOROT, X.I, lnzh., red.; MD11, G.P.,tekhn.red.
[Electric railroad@] Blektricheskie zhel~2nye dorogi. Izd.2-oe,
perer. Pod obahchei red.T.I.Rozonfellda. Moskva, Goe.transo.
shel-dor.izd-vo, 1957. 431 p. (KIRA 11:1)
(Blectric railroads)

51DOROV, N.N., kand.tekhn.nauk. dotsent.
Braking distance for high-speed trains. V 6st.TSKII KPS 16 no.6:27-33
S 157. (MIRA 10:10)
1. Leningradskly institut inzhenerov zheleznodorozhnogo transporta
imeni eked. V.N.Obraitsova.
(Railroads--Brakes)

ROZENFELID, V.Ye.. prof., doktor tekbn.nauk; SIDOROV, N.H., kand.tekhn.nauk.
(g. LenIngrad)
Book about single-pbase current electric traction (nUsing
commerclal-frequency single-phase.current in railroad electrification'
by A.S. Avatkovs Reftwed by T.N. Rozenfelld. I.N. Sidorov). Zhel.
dor.tranap. 40.no,;gi
(Mh 11112)
ton) (Avo*ov. A.5.)
Ae

SIDOROV. H.M.,kand.tekhn.naukdots.; MILYUTIN, S.V.,kand.tekhn.nauk
Conversion of d.c. traction motor characteristics for a "odified
field. Sbor.LIIZHT no.159:124-127 '58o (MIR& 12:2)
(Electric railway motors)

SIDOROV, N.H., dots., kand. takhn. nauk; SHEIMSHKO, K.K., dots., kand,
11 ,i_. nauk (Leningrad)
Now textbook for railroad technical schools (121actric traction
system* by N.D. levashev, G.K, Astaflev G.Ae AlItsbuler.
Reviewed by Y.N. Sidsrov, K.K. SholeshkO Zhol. dor. transp. 41
no.5:92-93 X7 159. (MIRA 12:7)
(Blectric railroads)
(Levashov. B.D.) (Astafley. G.11.) (G.A. Alltshuler)

ROZENFELID, Vitaliy Yevgonlyovich; ISAYEV, Igor' Petrovich; _S!K~QJM
"IkQL jj!~~b; DYADIKOVO A.M., kand. tekhn. nauk,
~ikoja ay
retsenzent; KALININ, V.K., kand. tekhn. nauk, red.; BDBROVA,
U.N., tekhn. red.
(Electric tractioij]glektrichaskaia tiaga. Moskva, Trannsholdortz-
dat, 1962. 346 p. (MIRA 16:1)
(Electric railway motors)

SIDOROVp_N.A-.
Truck tramportation in Moscow. Gor.khoz.Moak. 36 no,js23-26
Ja 162. (MIRA 16s1)
1. Zaveduyushchiy otdelom transporta i avyasi Moskovskogo
gorcJMwgo komiteif Kommisticheakoy partii Sovetskogo Spyusa.
(Moscow-Motortraeks)

SIDOROV, N.N., prof. (Leningrad); TRZYMUND, NoD4. dotsent (Leningrad)
i
OAmdamentale of eleetric tractionu bor S.I. Obipov, I.A. Mironov.
Reviewed by N.N. Sidorov, N.D, Treixmd. Zhal.. dor. tranap. 45
no.3*-95-* Mr 163. (MIRA 1696)
(Electric railroads) (Osipov, S.I.)
(Mironov, K.A.)

SIDOROVY N.P,, student; TSFAS,1 B.S., dotsent, nauchnyy rukovodltell
An elementarv error in N.M.Beliaev's textbook"Strength of
materials,' Sbor.dokl.Stud.nauch.cb-va Fak.mekh.-Qell. Kuib.
sellkhoz.inst.no.1;71 162. (MIRA 17:5)
1. Kuybyshevskiy sellskokhozyaystvennyy institut.

SIDOROVO N. T., Cand Tech Sci -- "Theoretical and,experl-
mental stud~w of certain diagrams of telegraph AnuUllap-
-tlZiiiPion sem-icondactor trio e8." Len, 1961o (Len Order
1, "-e'-
te
~
of Lenin Inst of Engineers ransport im V. No ObraAt80V)
(KL, 8-61, 249)
- 307

VCYYTENKO, I.P.; GORODNICHIN, N.T.; DEREVYANKO, L.V.; ZAKRASNYAM,
F.D.; PARSHIN, V.F.; PURTOV, L.P.- SIDOROV ILZU"SHAPOVALCVP
I :i~,
I.F.; KOI-IJU-tOVA, Ye.V.,, red.; tekhn.red.
(Telegraph devices using noncontact switches) Telegrafnye
ut3troistva ra beakontaktnykh perekliuchateliakh. Moskva I Izd-
vo ",IIVj)jz'#'~ 19(d.. 295 P. (14IRA 170)

38520
S/186/62/004/003/013/022
C E075/E436
AUTHORS: Belov, ,3.%*,, Zhelezkov, R.V., Polyakov, N.T.,
Sidorov, N.V.
,r ITIX: Radiometric method for the determination of isotopic
composition of cerium separated from the fission
products of heavy nuclei
PEP 101) 1 CAL :Hadiol0limlyn, v.4, no.3, 1962, 334-340
'A r A mettiod is described for the quantitative determination
ofl~he L.,,;otopes of radioactive Ce, isolated radiothemically.from
Ce 1, Ce143, Cel.44 and their filial lsotNes Prl 3 and Pr
To determine the activity of ce144 and Prl 4 from the O'-ray
spectra, a P-spectrometer was used with an anth"racene crystal and
photomultiplier. Determinations of Ce141 and Cel.43 were carried
out using a scintillation. y-spectrometer. Analysis of.impulse
amplitudes was realized with a multichannel analyser ;-nV-100
(AT-100). The total activity of the products was measured with
the 4--;*--counters. The formula for the calculation of the
activity of Cel.44 is A = K144 x N144, where N144 is the total
number of impulses/min registered in 53 to 100-m channels. The
Card 1/2

S/186/62/004/003/013/022
Radiomatric method ... E075/E436
value Of i~144 was found to be 18.9 + 1.2. The activity of Ce143
was calculated by formula A = K143 x N143, in which K143 was
found to be (1.05 + 0.05) x 102. A similar formula was used for
Ce14i, where K141 was(l.40 + 0 'o8) x 102. Activity of Pr143
was found either from that OF Ce143, taking into account the
accumulation, or by calculation from the total activit ed
lZi %jXr
3
by the 4 IT-counter, of the combined activities of Ce e
and Cel4~ ---) Pr144. Errors in the determinations of the
activities did not exceed + 1010'. There are 4 figures and 2 tables.
Sli I IM 111"PEO: may 6, )96t
Card 2/2

1A A Y~
V, j V.
jism
nic ncll'i r-e I-Ibc Je 3.
eye, dLvenstis. VOP- Pit. 22 no.3:63-~,' F! A 1'7
lz Lsvoj~y-v djr,;Zhn)f

TROYANOVSKIT, Yasiliy Yasillyevich; SOLWSJCV. A.M., in%hener, retsenzent;
SIDCROT, N.Y., inzhener. redaktor; FOPOVA. S.M., takhaicheskiy
[Electric clocks] Ilektrichaskie chasy. Ixd- 3-0, parer. i dop.
Moskva, Gos. nauchno-tokhn. izd-vo mashinostrolt. lit-ry, 1956-
226 p. (MIJU 9: 8)
(Cl,)cks, Blectric)

SIDOIIOV N V. jr,zhenaro
0 - ..;"a; a. Avtom.tolom.i oviazi no.9:19-21 157
jaectric lieht Clock ~Mlft i0: 8)
.3, Electric)
(Cloc,,,

SIDOROV, Hikoley Ta.T111yevich; SUKRRTEV. Te.M., kand.tekhn.neuk, red.:
SHURYBROV, S.A., red.i-zd-va; GUROVA, O.A., tekhn.red.
(Operation of electric clocks] Inmpluntatsils elektrochasovykh
untroisty. Moolm, lzd-vo H-va kommun. khoz. RSYBR, 1958- 141 p.
(Clocks, Electric) (MIRA 11:5)

133-1-12/24
AUTHORS: Antropov, O.F and Sidorov, V.V., Engineers
TITLE: An Increase in the Durabilitj of Banks of Electric
Yurnaces (Uvelicheniye stojkosti otkosov elektropechey)
PERIODICAL: Stall, 1958, No.1, pp. 48 - 49 (USSR).
ABSTRACT: With the use of oxygen, the durability of the banks made
from the usual magnesite bricks of electric furnaces deterior-
ated. For this reason, the durability of banks from dense
magnesite bricks was tested on a 10-ton electric furnace. The
design of the lining is shown in Fig.l. The results of the
preliminary tests indicated that the durability of furnace
banks, when using oxygen, can be improved by applying dense
magnesite or chrome-magnesite bricks and lifting the banks by
130 mm above the usual level. zfforts to increase the durability
of the imll blocks by changing the composition of materials
(additions of chromite ore, scale) were unsuccessful. There
is 1 figure.
ASSOCIATION: Zlatoust Metallur5ical Works (Zlatoustovskiy
metallurgicheskiy zai
AVAILABLE: Library of Congress
card 1/1

SIDOROV, Nikolay 'Lasillyevich; NIKOIAYEV, M.I.v-.red.?*.ALMAZOVq V.Z.0
SALAZKOV, N.P., tekhn. red.-
(Maintenance of electric clocks]Ekspluatatmila elektrochaso-
vykh ustroistv. Isd.2., perer. i dop. Moskva, 12d-vo M-va ko*-
mun.khoz.RSFSR, 1962. 241 p. (MIRA 16:2)
(Clocks, Electric-Maiateaaace aad repair)

L 1636~4Z EWT (in MAP,
ACCESSEON NFL: A.F4045845 810075/64/M91060/1049 052,
AUTHOR: Belov, S. V.; Sidorov,- N. V.
TITLE: Radiometric method for i~Lo~a~nal si~ji Of CeM_Ce144~ and Sr89_Sr90_
mixtures in sampleii of low total activity
SOURCE: Zhurnal analiticheskoy khimii, v. 19, no 9, 1964, 1049-1052
TOPIC TAGS: beta spectrometry, radiochemical analysis, Isotope analysis,
cerium, strontium,: praseodyinium, yttrium
a method for ana
A13STRACT: The pirpose of this~ work-was to develop lyztng-~
mixtures of radioactive isotopes with low radioactivity using scintillation spec.,1'
trometry. The p - apectrometer consists of an anthracene crystal scintillator
(20 x 6 mm) and a 100 channel analyzer AI-100. The specimen is placed 3 MM
from the crystal. ',.he background of this spectrometer is very low; throughout
the whole energy range(O. 196-2. 18 Mev) it doee not exceed 1. 3 cpm. Beta i
spectra of radioactive Isotopes of cerium, praseodymium, strontium and yttrium
Card 1/2

L :L0'363-65
ACCESSION NR: AP4045845
are shown. The obnerved amplitude distribution beginning from the 20th and 50thi
channels results only from the -emission of praseodymium- 144 and yttrium- 90 i
respectively. The magnitude of the activity of Ce144 and Sr89 Is found from the
difference between 1he total activity of the i5ample, easured with 4 counter and
the activity of Ce14'1~Pr 4
144- and Sr9O--L--. Y 0 respectively. The method
has great advantages for analysis of low actWIty samples due to Its high if-count-
ing efficiency as weLl as due to the high accura!:y of its results as compared with'
analysis by absorption curves using aluminum filters. The error of measurernent:
of the activity of thick specimens does not exceed 10-15% while for thin film the
error does not exceed 5016. Orig. art. has: 4 figures
ASSOCIATION: None
SU13MTTED: 12Aug63 EWCL- 00
SUB CODE: GP, NF NO REF SOV: 000 OTHER- 000
Card 2/ 2

g'
a
--a
I Doxit"Vil WSJ 1. a 0 Jew
V J-6 CAPM -ALJO IX A~ k 4
4 4~11 . -
too
'71~0 40
Ail A modrk 0 1 00141 NO) '. V41 4;
0. Te N' V.11 of a
ken finds C8141YSIS Pr"W. by clOctro-l'usWisk for Jr. 44) 40d
S. R.) If. 1W PoWn
and Richardsnri tnell-I (cf. C. A. 19. XW, andL'U" bad approx. the same activity. lat-Tause the Ist it-
U. S. homoens,im W be roilall,1, I. c'. *A". of the plornof ing
I "M 'folk. C. A. 1) vim used. Natural Itsivartitc oxideq in the no- of the Ft.,side*. proctes!"I viiih a me. .4111111
(PC TWA. FcO 27.3. AlAh 1.4 &WWI St(h 0.9%) am pare iderable vel'Wity. floweverr. Ore lormatioin of more
AlAh 14.b%) mut K N(h 133%) were used " initial mate- complex conthiustion between Fe oxides and peor"Oteft
rimls. The reslLwfiem aim] 1"t for 64:11vity of the catalyst guaranteeing its activity at high ttmp. and pirokwAgift
was ratrinl (air in the prev";4v described app. its work depended on the tone of citistence of the alloy
under the folltminif conditions: fal the reduction: 5 mi. in the liquid state. a- was slitarn ljy the increase of ac.
IV Is f the catalyst 41 ;.' nor. mesh) %as reduced at atm. pm- livity of the catalyst at =5' awl :1111) aint. Tharduration
*tire with %V-111 nint. lot"ing with the vul. velocity of o4 conling of similar catalysts for let. 21 hol. soil d min.. me see
joi0x4pt Ibillierictivity resp., had practialtv imp effect on its ft~ivity. although
... J'I'l I-v flu. X14.4-fifelit In Ili, cm. jw-ing from the Ituslu-ting of The catalyst usiriewhat dectram-4 its sctivity~ zoo
:0 '3 Irs'.11,41 4,1141111.-1 at Ami .9 if,, %.4. %,. W 4-ro'hind "I no-flivi tin the activity of a**
Ihr,-istKlV%t. 4000
00 11~ Inner. 11'Nowarn,104% fitasa 4 111"A 1114anefift &ndt the
00 of promoters with itwju*kms of tbr S., tmw&~. &w AU) see
"Uter. h"c ahe transition from cumpleirly fused falow
to card onsteriod was obtrivrd. Thearusly-<ibeda. - was
Wer of Fe oxidation its both layrrip diwirriord that U som .4, .00
otidisird more thoin I. Atkin. of KNO, osidisrel The crots.
Ilia, firlitile introducing the Kill into the alloy. %of MR zoo
11! A. A. Pookinorsor
iiLISMI-SILA IdIALLUKK41. 1.1111461%,01 CLASSNIK&A"
112-
1-11304 -1- 0- 41H 4--
0 AV 10 AS
Is It a mt C, it Is I, A 1 4 ad a a a I far of 9 do
to 0 0 0 0 S 0 a 0 0 1 we a 3 a 99
00 ;
0 0 0 9 0 * 0 0 0 0 0 0
+60 a a is al
0 0 0 0 0 0 10 0 0 0 0 0 * * 0 0 0 0
: : : M :

w w 0 a W a 0 a E

0 PAl As a A
JL~ "I A
1-
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0: a SON 2,101). MIO 13 25, C&O O.W1, C(h M.70. A-
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000966966*999 4-00*400000:0

SIDOqOV, N. V.
Kinetics of the syntnesis of ammonia under high presure. 1. temperature
The
conditions in the reaction sono. A. A. Wedenskii and X. V. dorov (LAnin"
St
High Pressure Inst.). J. Apiplied 2M. (U.S.S.R.) 19 1115 1 (in Russian).
7-69rMW
-In conventional lab. columns, operating on the countercurrent, heat-exchange
principle, under pressures 2 up to 833 kg./sq. ca., the temp. distrIbution
along the reaction zone is nonuniform; with a 5.4d. catalyst columnp 13 M.
in dian.1, 40-4A am. high, grain site 1.5-2 ma.,, the temp. rose sharply from
510 to 6rn-65V over an initlal segment of the catalyst zone equal approx.
to 10% of its length and then fell to 520-5000. Because of this temp.
gradicut,, the usual app. In unsuitable for kinetic studies of the process.
Calcus. by tho equation,6 2 - K (T - L ),-Ow - G - A 7- - 0 (whereo e - beat
of reaction evolved3along the lengthA/ of the reaction zone; T and T
temp. of the gas (5100) and of the wall (~000), reap.; K a total coca,
of heat transfer from the gas to the wall m 174pDM
D = diam. of the catalyst column a 0.002 a.; G - wt. of gas; a -'sp. heat
of the gas), dividing the catalyst column into 10 vol. elements of 0.5 al.
each, and computing for each element of length4l,, the mt.4 G of Nl~ formed,,
by Wedenskils (unpublished) formuladG . WA/(100 4 A) where W - vol. rate
of ga a entering the zone element; d, Of IIH3; A = Percentage of NH3 in
the gas along.4)) # for P - 100j, 300P 500v 859 kg./Gq. on., Yield data
showing that in order to insure uniformity of temp. over the reaction zone,
it Is necessary and sufficient to distribute the catalyst nonuniformly.
In particular, the catalyst must be dild. inthe first segments of the re-
action column. Practically# it was shown that it is enought to dil. the
catalyst uniformly through admixt. of grains of an inert material; the

r. I b( if 11) ,, , f I . Y e ,
6!nlng Mashinontroitell no.lz43 ja 16:,:.
(M:.;~.k -LB: 3)

-4 4' 6
L 217 - I ENO Or WT0VrV__.
(t)-- Pb-4/P*_5/Pr_4/JPs_4/Vu-4.
ACCESSION KR: AT5010593 MV3147/"/003/0W/00)6/002*
AUTHOR: Breatkin. A. P.: 9ramenitakiy. P. K.; Sidonw. - N. TA.
TITLE: Inventigation of the safe auperaaturation of the orpz"n by inert Meaft
under different aured .
ly
SOURCE: AN SSSR. InstItut evoIntaigpo ii. orgauftm v
_I fixioloot. Funkta
usloviyakh tzmenennoy gazovoy aredy, T* 3t 19649 1-6;-A
TOPIC TAGS: respirationt decompression,'respiration supersaturationg inert gmj
nitrogen
AMRACT: -In studying the mechanism of development, and particularly the' pro-
it ,r
phyl~xis of di-cZiii~ression disruptions, important R-erm-lne that
supersaturation point by Inert gasses.which leads to the first
PtOMS Of
this type-of ditiruption. In experimentally-determining t4e level of a given,-~.
supers aturation point and assaying, its- quantitative characteristics, it-
pecessary to consider the specific nature of supersaturated g s4luid ISO-
ilutions as well as the formation o~ gas bubbles in thia tissues and !esPp!ec11a111gj_
,in the blood of the
113

L~4217445~
ACC=ION NR.- AT5010593
The authors studied 5 dogs and 6 cats. Each animal was Initially ex-
,amined fo determine the maximum pressure of dissolved nitrogen which at
~normal pressure did not evoke symptoms of decompression. This was
done by exposing animals to pressures of 2. 2 atm and higher for 4-6 hr,
~with subsequent rapid decompression to normal pressure. The pressure
in each subsequent test was increased by 0. 2 atm. That yressure of nitro-
gen which did not produce decompression symptoms was used as a measure':.
of the resistance of the animal to this factor. Animals were carefully ob-
served for symptoms of decompreasston In all phases of the experiment.
Indices of decompression sickness were extremity bends, panting, or
general discoordination.
I Results of the experiment Indicate that the coefficient of safe super-
isaturation should not be considered a's constant for'different situations.
When the absolute pressure under which the organism Is saturated by an
Inert gas is increased, the coefficient decreases. Whether the mechanism
of the coefficient change is due to physical inid chemical factors or to
changes in the function of the organism to not known. It was conicluded that
fthe maximum supersaturation of tissues by an Inert gas can be inore ac-____
213

L 4a174-65 -
ACCES.1"ION MR: AT5010593
icurately determined as a function of the relationship between thi-pressure'
of the inert gas and the surrounding'pressure following decompression rather
than as a function of the difference between these two values. The concep-
tion that the limit is constant Is incorrect, since when the pressure of a
Aissolved inert gas is increased, the value for the limit is also sharply
Increased. Conversely, when the preisure of a dissolved inert 'ga's is-1-n-
creased, the coefficient of safe, superaaturation decreases, a relationship:
which Is In agreement with the results of other investigations. T,
bRg. art, hm 2 forKUMA Md-2 t= W.-
ASSOCIATION: none
SUBMITTED: 06 ENCLs ~00 ~.SUB 00DEt PH, LS
NO W SOV s 009 OMERt b04 ATD'PRMSS
14i-
Card

6 - b6 EWG(a',-2/rWG(e',/EWG(J)/EWG(r)/EWG(v;/EWT(1)/FS( )-3 Pb-4/Pe-3..
_1rFZ;,/AM_ (;ZMD
ACCESSION NR: AT5=6io DR/3147/0/003/000/0145/0150
AUTHOR: SidorQv. N., Ya.
TITLE: Method of determination of hemodynamic indices in chronic experiments with
dogs during a ex!_.WjwuM.(in a pressure chamber)
SOURCE: AN SSSR. Inatitut evol onnoy tiziologii. Awktaii organisma
.yUtai
150
.ueloviyakh izmenennoy gazovoy srWt- V.
TOPIC TAGS: pressure chamber, excess pressures experimental methodq'instrumentationt
cardiovascular system measurement, blood pressure, pulse frequencyg respiration,
bate, methodology, dog, high partial oxygen pressure
ABSTRACTdExperiment's w ere performed to'aetermine.the" b*e-M method for obtain-
ing the blo-o~d-npir-e-s-a-urii-(aiist-oi-je, 'fit-eral systolic), i~e_ra_te -of tra:~ei
of
the pulse wave as an indicator of the tonus of the large arteries, the pulsee-
frequency (by rneans of EKG), and the respiration rate of dogs subJected
'to high partial pressure of oxygen in pressure chambers. The tat-ho'.
.9-8-dD ori~ hic method j6r-
a
of N. a tMer Method
measurem eM 6f. b 0 pres sure, and the method of V.
Nerninskly for determInation of the rate of travel of the u1se wave In ma or,
MtRglse ~~ave In r!~a c~i
LCPr -F171-

1, 4-2186-~5

ACCESSIO14 WR: AT501010
~arterfes were modified for purposes of the experiment. The Savitskly
.method required the greatest amount of modification.- the differential ma
nometer was replaced by a piezoerystal, which simplified the proceduri
,and mcreased the accuracy of registration of the differential curve, and
the optical system of the mechanocardiograph was replaced by a UBP-01
amplifier and an MPO-2 oscillograph. In order to register diastolic
pressure by the Frank-Vexler method under conditions.of increased baro-
metric pressure, the highly sensitive air capsule with optical registratioil;
:~was replaced by an angular sensor mounted in plastic. The same angular 1!
sensor was used for registration of the rate of travel of the pulse wave.
The methodology developed makes it possible to directly determine the
dynamics of the following hemodynamic indices: diastolic and lateral sy
tolic pressure; rate of travel of the pulse wave as an indicator of the tonus
of major arteries; and rhythm of cardiac contractions. - On the basis of
data obtained with the above methods, it is possible to calculate the follow-
ing hemodynamic parameters: the stroke volume, the minute volume, and
iperipheral resistanm.-
isI
Card 2,13

SIDOR07, 111. Ye., (Engr)
Dissertation: *The Effect of Various Factors on the Expansi,)n of an Oxidizing Zone in a
Blast Fumace During Operation Under High Gas Pressure." Cand Tech Sci,, Moscow Order of
the Labor Red Banner Inst of Steel imeni I. V. Stalin . 10 Jun 54. (Vechernyaya Moskvas
moscowp 1 Jun %)
SO: SUM 318, 23 Dec 1954

,/Convet~ter Iron ~ifh: reduced Ma0ganaso' content.
mela
Q-P. Ir(OkI,, and,
~,7 gop
2, OZ-7- A111 .26
content Was obtai~;R "HIRAneate conto. Fe 51 ,C*O
11.8, 810s 14,M CIO/Si% -- 0,81 with a 6.21% 11.1crtwe

Translation from. Referativnyy zhurnal, Metallurgiya, 1958, Nr 5 p 34 (USSR)
A UTHORS, Onopriyenko, V. P., Sidorov, N. Ye.
TITLE- Some Concepts on the Problem of the Utilization of Fluxed
Sinter at Plants of the Ukraine (Nekotoryye soobrdzheniya k
voprosu vnedreniya oflyu.-iovannogo aglomerata v usloviyakh
zavodov Ukrainy)
PERIODICAL- Byul. tiauchno-tekhn. inform. Ukr. n. -j. in-t metallov.
1957, Nr 3, pp 3-10
ABSTRACT The need for fluxed sinter (FS) for blast furnaces has in-
creased after this material was first introduced and adapted~
its increased consumption is attributable to its lower Fe con-
tent and to the increased intensity of the smelting processes. A
deficit of FS may be supplanted by means of introducing stand-
ard or lump ore. Both methods are uneconomical; in the first
instance the proportion of fines in the charge is increased (which
makes it necessary to reduce the intensity of forced smelting as
well as the amount of ore being charged into the furnace); ir, the
second case, owing to the lower Fe content of the ore, the pro-
Ca rd 112 duction figures for smelting operations decrease while the pro-

137-58-5-8q-34
Some Concepts on the Problem (cont.
duction costs of pig iron become greater. In order to obtain additional amounts
of FS the output of continuous sintering furnaces may be increased, but only
up to a limited extent. The most effective method, therefore, is the introduc-
tion of additional continuous sintering furnaces. In order to improve the qual-
ity of FS it is advisable to build sintering shops on the same premises as the
metallurgical plants, to install sifters for screening fines, and design new
systems for cooling of the FS in order to prevent it from breaking up.
M. 0.
Blast -furnaces--Operation 2. Sintering--Applications
Card 212

18(5); 25(5) PHASE I BOOK EXPIDITATION SOV/1574
Kyyiv. Ukrayinslkyy naukovo-doelidoyy Instytut inetaliv
Vprovadzhennya novoyi tekhn1ky I tokhaologiyi namt zavodakh
Ukrayiny; zbLrnyk,.t- 3 (Introduction of Now Techn1qws and Technology
in Ukrainian Metallurgical Plants; Collection or Articles, Vol- 3) oylv'
Derzhtekhvydaw URSR, 1958. 192 p. 1,000 copies printed.
Exec. Ed.: H. Afonina; Tech. Ed.: P. Patealy".
PURPOSE: The book in intended for metallurgists employed in rolling and
slabbing operations.
COVMWE: This is a collection of 11 Ukrainian articles, caWl*d by 22
authors, s=e of whoin are referred to as minent specialists. The svbjects.
dealt v1th IL, the articles axe: use of lluestone-fluxed slM in ma"n pig
iron, use of blast-furnace gas und r increased pressure, use of o3wgan In
taking steel in open-hearth and Bessesier furnaces., description of a now
method of "intensified" squeezing of slabs in blooming mills. Same design
details, vith direct references tonctual plants and certain operational
Card 1/4

Introduction of New Techniques (Cont.)
SOV/1574
practices are also featured. Introduction of full mechanization of roll-
Ing processet at steel-worko Is taking place. Numerous diagrams accompW
the text. Scue articles have bibliographic entries, maInly Soviet.
TAKE OF CONTENTS:
Foreword
3
Onopriyenko, V.P., and N.Y*. Sydorov. Quality or IAmestone-flumad Slag
and Its Use in Ukrainian WeTA11MVeal Plants 6
Onopriyenko, V.0., I.S. Lysenko, A.I. Soldatkin, and B.A. P*trukhln. Flwmd
Slag Obtained From Kerch' Iran Ore and Lineotone-Turtle Stone 21
Poki7shkin, V.L. Formation of Metal and Slag In Blaot Furnaces 39
Zaytsev,1.A.4=e_P%dQ&ms in the Now Teehnology of R-11sm the High-
phosphorus Pi,g Iran in Open-hearth Furnaces Under Application of
oxygen 58
Card 2/4

Introduction of New Techniques (Cont.)
SOV/1574
Byelokurov, S.I., Ye. 1. Bwbinek, S.T. Zeykav, P.Ya. Kravtsov, ad , -
S.I. Stupell. Use of Calciva-Sillcon in the Deoxidation of Steel for
Making Wheelt and Tires 87
Leve., N.Fe. G.A. Klesieshov., and S.S. SandenWro'ka. Effect of Nowistallic
Adzdxtures Upon Sam Propertles of Btassimer SteelP DeozIdized by
Calcium-Silicon 92
Aleksandrow, P.A., V.V. Klepands, and To Ta. Fqeznlk. Ways of Ineraw-
ing the Durability and Wear-resistence of Rolls in Rolling Kills 103
Do1zhenkor,, F.Ye. Unused Possibilities of Awasenting the Parfonmee
of Suall-roll Slabbing M1118 Working Large-olze Slabs 117
Filipow, I.N.. Steel Rolling According to Techn logical Performance
Charts; Cmlpdlatim of Charts 140
C ard 3/4

Introduction of New Techniques (Cont.), SOV/1574
Kas lymov, S.F. Introduction of Hochan' zation and Autawtlon in
Ukrainian Me-.&Uurgical Plants 154
AVAILABLE: Libxary of Congress .
GO/Vp
5-28-59
Card 4/4

_._QMPRIYMO, V.P., kand. tekhn. nauk; SIDOROV, N-Ye., kand. tekhn. nauk;
LIVOMM. V.I., iuzh. 11--" 1.-
Adding limatone to the burden to-increase the speed of the ore
mintering process. Trudy Ukr.nWh.-isel. inst. met. no-4:5-13 '58.
(KIYA 12:3)
(Sintering) (Limestono)

KARTIASIVICH, I.N., inzh.; KUKANI. B.Ge, inzh.; tekhn.
nauk; CH W OT, G.I., insh. P-1
PrIoduction and use of high-basic XrIvoI log ors minters the Makmovia
metallurgical Plant. Blul. TSNIICM no.6:4-7 1 0 . (KM 1115)
Okkeawke.-Sinter r

SIDOROV, N.Ye., kand.tekhn.nauk
Effect of certain factors on the dimensions of the oxidizing
zone in blast furnace hearths. Trudy Ukr.nauch.-Isal.inst.
met. no-5:74-82 '59. (MIBA, 13:1)
(Blast furnaces)

S/137/61/Q00/010/004/0%
A006/AIOI
ATIZ:~Off-54 SidorovLAV. Lyaenr(o, 3~. S., Antonov, V. K., Zaporozhqts, W, P.
TT.711.3 On ths use of haated and oxygen-enriched air during the sintering of
I r,-*.n or,3.9
FRKODI~~Alj Ref'-Yreti,rnyy zirirnal, MetaZlurgiya, no. 10, 1961p 12, Optraot 10%.
("So. tr. Uk--, ni-i.. in-t.metallov", 1~60, no. 6,.34 1- 44)
TEC"I Laborwoory sintering was perforx*d with a 22&,z = high obArge layer,
2.x 4.59 C EL.-A 1.0 kasicitV~ When sintering Krivoy Rog ores, an increae* of the
&Ir ip to 100 and 3000C, *ntailed a reduction of specific,fuel am-
aumption *rtv 12.1r, wnd 25.0% and raised the output from 73.4 to 85.5% ( + 10
sint5eing Kerch ores air heating up to 200 - P-500C raised the
iagra-L, of Aa vz1a'.1-lity from 20 and 13% to 30.7 and 26.9%. Th-9 use of air, heated
oy gas sombustion over.a oharge layer during 25
% ofthe whole vIn-
time, raiBed t",.a.efficiency by 3.5%,..the output from -,76,3.4,080.-*'- aivo*
').2 Waz redl;oed from 20 to 180% in.ihe 'Infilt-rated air. Air heating oyor vs.
3 5~ ihc,.,Id prooped as foliovat a) by gaa C'oMWation, (Q 1,4W kcal"/-
a'; its cons";mPt-'~z) of 13 jr-3/t of- si&.er and about 20100C air,tem"rature, makixg it
,7ar-l 1/.2