SCIENTIFIC ABSTRACT SIDLYARONOK, F.G. - SIDOCHENKO, T.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550420018-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~IDLYARONOK, F. G.
SIDLYARONOK. F. G. -- "Physicochemical Investigation of F-ctracts from the
Selective Purification of Oils from Sulfurous and Low-Sulfur Petroleum
from the Eastern Parts of the USSR.* All-Union Sci Res Inst for Process-
ina of Petroleum and Gas and Obtaining S .,nthetic Liquid Fuels (VIIIINP).
0
Moscow, 1955. (Dissertation for the Degree of Candidate of Chemical
Sciences.)
SO: Knizhnwra letolAg' , No. 4, Moscow, 1956

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ahstr. In Chen. Ab.9tr., 1 r,56, vol. 50, 1 )OGG). High rnoleculnr aromatic twdrioril..,
=Uov,- CroPi high and I" j3ulphur crudes are ccrposad of a,rLIxTAxa of pQl'NC5'C1!R1
'
1
;
(3-6 rIMs In the aqataga nolcoule) aronatio hydroczWbons aid sulphur campound!J4 i
the lattcr are similar In their proporules'to tho arccarle cqMo=1s. We'
Gizas Irwasricatcd wore polycycltc compounds coAtaintng ox~gcn, sulphur 6id
nitrogen In the ring. Tho hydrocarbon fraction of the arcriatic hydrocarbons;
and Sums was found to consist o~ aromrfo md naphrAwnic rino. with allphazfc~
t o
U4 twere
o 46-&% of the noiecul
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VICIght. In the oil traction the ratio of aromatic to naphthenta rings varleb
-3 to 3-4. Ift ews, U~ ratio varies from 3-.4
frw 2.4 to I to 2 to 2 and 2
arotantio rings to 1-2 naphthanic rings to 2-3 to 2 and 3-4 DO 1 or 3-4 to 2 cr:':
2-3 to 1-2. The cyclic fraction of Come contains rore ari=~Ltle than t
naphrhonic rings. Hydrogenation converts the aromatic carvounds and guzas Intoj*
polryelle naphthenes Qomaining 4-6 rIngstrioleculo. TW polycyalle
naphthones obtained In hydrogenation luve an average dispersion eforacteristla
of naphtlonic hydrocarbons, an average viscosity Index of 5-C4 and on an
average tho paraffinic side chains form around Woof the molecule. At a
paraffin side chain content bolo", 50%, tim Viscosity Index bacomes negative*
The polycyclio naphthenIc hydrocartons obtained from gums by.ttAir coq)lota
hydrogenation wo characterized by meir hl~h viscosity, and very, 2ow vlscaslUil
Index (close to 0 or negative).

65-12-3/9
AUTHOR: Sidlyaronok, F.G., Zherdeva, L.G. and Potanina, V.A.
TITLE: On the Problem of Structural-group Composition of oils
-W (K voprosu opredeleniya strukturno-gruppovogo sostava masel)
PE,o(IODICAL: Khimiya i Tekhnologiya Topliva i Masel, 195?, No. 127
pp. 22 - 31 (USSR)
ABSTRACT: A comparison of results of determinations of structural-
group composition of finished oils and fractions of aromatic
compounds, obtained by adsorption separation of extracts from
selective refining of raw oils is described. Calculations of
the group composition were carried out by the following methods:
1) catalytic hydrogenation with the calculations according to
Vlugter and Waterman; 2) catalytic hydrogenation with the
calculations according to the formulae Van Ves and Van Westen
(direct method); 3) without hydrogenation using the Vluglter
Waterman and Van Weston method; 4) the n-d-M method, and
5) Dinsli and Carlton method. As a basis for comparison with
other methods, the results obtained by the Vlug'ter, Waterman
and Van Weston method with catalytic hydrogenation were taken.
Data on the physico-chemical properties of oils before and
after hydrogenation (Table l)- group compositions determined
by the above methods (Table 23; limitin,6 and mean deviations
of the values for group compositions determined by the above
Uardl/3

65-12-3/9
On the Problen~ of Structural-Group Cimoosition of Oils.
methods (Table 3); physico-chemical properties of the initial
and hydrogenated polycyclic aromatic fractions, their group
com-oositions and deviations in the composiltions determined by
the'above methods (Tables 4, 5 and 6, respectively); the
comparison of group omposition of the fractions determined by
the density and M-Jo methods (Table On the biasis of the
D
results obtained, the following conclusions are drawn:
1) Methods of calculating Group composition without hydro-
genation in a number of cases give considerable deviations in
comparison with the 'data obtained with hydrogenation; 2)
on calculating group composition of finished oils, the following
methods can be applied with equally good results: catalytic.
, t -,an and Van Weston
hydrogenation accordin6 to Vluglter Uatern
the direct method of Van Nes and Van Weston, the method of
Vluglter and Waterman without hydrogenatio-n and the n-d-M
method; 3) data on the determination of Croup composition
of pol7cyclic aromatic compound-s obtained w"thout hYdroCeLiation
deviate considerably from ti-e results Dbtained with the 'hydro-
genation. The deviation increases with increasing refractive
index of the fraction investigated; 4) -U-'-..e Dinsli and Carlton
uard2/3 method gives more accurate contents of aromatic rln's-s then

. On the Problem of Structural-group Comosition of Oils. 65-12-3/9
other methods (without hydroF J_
,enation). The deterrau'nation of
the content of other structural [groups - this Biethod Sives
considerable deviations. There are ? tables and 18 references,
8 of which are Slavic.
ASSOCIATION: VNII NF
AVAILABIE: Library of Congress
Card 3/3

ZIEEUDEVA, L. G. and SIDLYARONOK, F. G.
"The Stnucture and Properties of Aromatic Qonyounds Contained in the
High Boiling Petroleum Fractions," P.
and Properties of the High Molecular Weight Fraction Of
Uon of Papers , Mbecov, Izd-vo AN 3W, 1956. j70vp- (Inta neft:L)/!
.on of papers publ. by AU Conference, Jan 56J. Nbecav.
This article considers the structwe andproperties of aromatic compounds
from two types of eastern petroleum- Tuymazy petroleum paraffinic, autrur cantsinizw)
and Emba. petroleum (low paraffint lov sulfur content). It was determined that
high molecular wtight aromatic ccuipounds separated from sulfur -cwtalning
petroleum consist of a mixture of polycyolic (3 - 7 cYc]Aw in an avezvP molecule),
mostly condensed aromatic hydrocartosaP and sulfur cowpounds sW3Ar In their
properties to aromatic hydrocarbons. The caloulatim of the alwtural group
composition from PhYaicochemical constants without hvdrogenation shown cmwlderable
disagreement with the composition determined on the basis of hydrogenation, and
therefore cannot be used for fractions of polycyclic high molecular weight
aromatic compounds.

SOV/081-59-i6-58483
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 14o8 (ussR)
AMIORS. Zherdeva, L.G., Sidlyaronok, F.G.
TITLE- The Structure and the Properties of Aromatic Compounds Contained in High-
Boiling Petroleum Practions
OF.P.70DT-7AL: V sb.: Sostav i svoystva vysokomolekul. chasti nefti. Moscow. AN SSSR,
1958, PP 54-68
AE37RIACT- The structure and the properties of aromatic hydrocarbons (AH) of paraffin
sulfurous oil (from Tuymazy) and of low-paraffin, low-sulfur oil from
Emba) were investigated. High-molecular AH from sulfurous petroleum are
a mixture of polycyclic (3 - 7 cycles in the neutralized molecule), main-
ly condensated AH and S-compounds with similar properties. In -the neutral-
ized molecule of aromatic fractions the content of aromatic and naphthene
cycles is different. A. Nekrasov.
Card 1/1

-59- 16-58555
SOV '61 1 0
ziiurnaL, Khimiya, 1959, IIr 16, 417 (U"33R)
~I~UAL~: L;idlyaronok, F,G., Zherdeva. L.G.
.'iie Ciiemical Composition and the Properties of Extracts From
-'elective Purific,tion of Oils
H i ij ICA L: 1'r Vj,_,j, n.-i,, in-t po pe-rerabatke nefti i gaza i poiucheniyu
4skusstv. zhidk,, topliva, 1958, Nr 7, PP 34-48
A._~.' k2lp: -'he physical-chemical properties and the chemical group co,-..Dosi~.'Jon
of extracts from ~;elective purification (by phenol and steam sol-
vents) of residual oil raw material from sulfurous paraffin-base
petroleum, low-sulfurous Emba and Baku paraffin-base petroleum, and
also of a distillate of a mixture of sulfurous Petroleum were in-
vesti.-,ated. The 4nvestigation vras carried out with the aDul4cation
oC deresinatiun, deparaffination, adsorption separation on Si02,
f :.,. 2 1 o c u I a r ~ 1 41 Z; t i LL ~! t 4on and hydro~renation and also by snectral
~n%-,-.i"L;ation of the narroa fractions. The dependence of -.he che::~'
cal composition of the extracts on the character of z'--e :at~ria_
-.,.e :.-ipthods of pul-ifica-tion has ')een eitablislied,,
Ye. Pokrovskaya

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SOV/81-59-16-58484
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 4o8 (USSR)
AUTHORS: Zherdeva, L.G., Sidlyaronok, F.G.
TITLE: The Chemical Composition and Properties of High-Boiling Fractions ani Oils
of Secondary Origin
PERIODICAL: Tr. Vi;es. n.-i. in-t po pererabotke nefti i gaza i polucheniyu iskusstv.
zh1dk. topliva, 1958, Nr 7, pp 221-244
ABSTRACT: The comparison of physical-chemical properties of directly distilled frac-
tions of Romashkino petroleum (b. P. 300 - 4oo0c and 420 - 47000 with
fractions of catalytic cracking boiling in the intervals of 300 - 4000c;
330 - 4oooc, 42o - 4500C and 450 - 5000C has shown that the fractions of
catalytic cracking have considerably higher values of density, refraction
coefficients, specific dispersion and iodine numbers. The chemical com-
position of the fractions are given. The naphthene hydrocarbons from
fractions of catalytic cracking have a lower degree of cyclicity and a
higher content of paraffin chains in the average molecule; at the same
time the degree of cyclicity and the concentration of aromatic rings in-
Card 1/2 creases and the naphthene rings and the paraffin chains in the average mo-

33586
S/2o4/61/001/005/004/008
~11062 E07-5/E484
AUTHORSs Zherdeva, L.G., Karzhev, V.I., Sillchenko, Ye.I.,
-D&_tushova, E.P- Robozheva, Ye.V., Sidlyaronok, F.G.,
Lebedeva, N.M. : - ---
TITLE; Isomerizatiort of hydrocarbons from petroleum paraffin
waxes
PERIODICAL: Neftekhimlya, v.1, no.5, 1961, 639-647
TEx'r, Restiltm are givon of investigation into the isomerization
of -jolld pnrarrin waxes sapnrAted from high-sulphtir crudes in
refineries. 98.619 or the waxen belled betwoon 350 And 450*C.
Their melting point was 51*C, sulphur content 0.03% and oil
content 211. The waxes were typical commercial Waxes with
relatively high oil content. IsomerizAtion was conducted in a
laboratory flow apparatus under hydrogen pressure. Molten wax at
lOO*C mixed'with hydrogen was fed into the reactor filled with-
100 Ml of catalyst. The reactor temperature ranged from 390 to
430*C. Industrial platinum catalyst was used. In some or the
experiments, 3% wt benzene was added' to the wax to elucidate, the
infl e Of Aromatic hydrocarbons on the processei of chain
Card 116

33586
s/2o4/61/001/005/004/008
Isomerization of hydrocarbons ... E075/E484
rupture and Isomertzation. Table I gives optimum reaction
candition-i together With some properties of the products. The
presence in the products of isoparaffins Is shown by the fact that
a considerable lowering of their solidification point occurs after
treatment with urca. Three fractions of the products were
selectively dewaxed and clay-treated. Yields of the dewaxed oils
varied from 82 to 75%, for the fractions boiling between 300 and
350*C, to 38% for the fractions boiling between 400 and 4506C.
Solidification temperature for all dewaxed oils varied between
-30 and -310C. The wax separated during dewaxing contained about
90%4 urea addu,~table material and therefore is slaitable for adding
to the feedstock. IsomerizatAon of wax of m.pt. 58 to We gives
large quantities of paraffins boiling between 350 to 450*C, which
have a special interest for oxidation to fatty alcohols and acids.
Oils solidifying below .40'C were produced by & two-atep dewaxing,
the second step consisting of urea.treatment. The olls have:
relatively low viscosities (3-5 to 10.1 ca at 50*C and 2.5 to 3.4 ca
at 100*0 and high viscosity indices (115 to 142)- Viscosity-
gravity constants or the oils are below 0.77, densities lower than
Card 2/0 L(

33586
s/2o4/6i/ooi/oo3/oo4/oo8
Isomerization of hydrocarbons ... E075/E484
0-83 and refractive index n2o less than 1.4660. It is concluded
D
that the oils consist of highly isomerized paraffinic hydrocarbons.
The content of aromatic hydrocarbons in the oils varies from 8 to
12%. It is thought that they are mainly homologues of
naphthalene. The oils obtained in the experiments in the presence
of benzene have almost no resins, whereas the other oils contain
0-5 to 0,71; resins and are somewhat darker. The aromatic
hydrocarbons improve oxidation stability of the oils as measured
by sludge f,)rmation and acid value after testing by method VT1.
'fore viscous oils (SAE 10) were obtained by adding 2% Acryloid 150
and polymethaerylate I'D" (obtained in VNII NP) to the oils. The
viscosity index is thus increased to 182 -187. It is concluded
that the-isomerization constitutes a possible commercial process
for the production of lubricating oils with high viscosity indices.
There are 10 tables and 17 references, 5 Soviet-bloc and
12 non-Soviet-bloo. The four most recent references to English
language publications read as followsi Ref.8: P. Schenk,
A,B.H.Varvorn, H.I.Vaterman, A.B.R.Weber. J. Inst. Patrol.,
v.42, 1956, 205; Ref.91 E.L.Breimer, H.I.Woterman, A.B.R.Weber.
Card 3/9

33586
5/204/61/001/005/004/008
Iaomorization of hydrocnrbons ... E075/E'184
J. Inst. Patrol., v.43, 1957, 407; Ref.10; Brit. Pat. j. 66027,
28 M~rch 1955i Ref.lls I.W.Gibson, G.M.Good, G.Holzman.
Industr. and Engng. Chem., v.37, no.16, 1959, 16.
ASSOCIATIONj Vsosoyuznyy nauchno-issledovatollakly inatitut po
pererabotke nefti, gaza i poluchoniyu
iskusstvermogo zhidkogo tOpliVA VNII NP, g. MoskVA
(All Union Scientific Research Institute for Oil
and Gas Refining and the Production of Synthetic
Liquid Fuel VNII NP, Moscow)
SUBMITTED: July 28, 1961
Card 4/$ 1~

SID-IYAHON'Ch', ZfERDFVA, L.G,~; itOZ11DE')TVF!ISKAYA, A.A.; FjEI"I.JSffVA,
1. .; SLAEKOVSVAYA, n.A.
TI--lingy the extracts of' phenol purifieption as plasticizer filltrs
for synthetic rubbers. Trudy VNII W1, no. 9:52-67 163.
(MIRA ],7-6)

NED4AN, M.B.; KOVABLSKAYA, B.M.; Y-AZVIKOVA, M.P.; SIDNZV, A.I.; AKUTIN, M.S.
Destruction of condesnation resins. Part 3: Thermoozidative der
struction of hardened epoxy resins. Vysokom.soed. 3 no.4:602-606
Ap 161. (KMA 14:4)
1. Nauchno-isaledovatellskiy institut plagticheskikh mass.
(Epoxy resins)

-AFFTC/ASD/S.SD7-Pr-4/.
EPF(c)/SPR/D1P(J)/.EWT (m)1BDS/&'3(s)-2_
Ps-4/Pc-4/Pt--h--RM/MAY/Wd 172-
ACCESSION NR: AP3000688 S/0190/63/005/005/0649/0654
AUTHOR: Kovarskaya, B. M.; Akutin, M. S.; Sidnev, A.-I.: Yazvikova, Me pe;
Neyman, M. B.
TITLE: Investigation of the thermooxidatiire decomposition of a polj6irbonaLq_.~,
SOURCE: Vysokomolekulyarnyye soyedineniya, V. 5, no. 5, 1963, 649-654
TOPIC TAGS: Diflon, polycarbonate, thermooxidative degradation, thermooxidative
decomposition
ABSTRACT:. The thermooxidative degradation of the Soviet polycarbonate "Diflon"
(mol. w-t., 18,000) has been studied. Thermooxidation was carried out at 240 to
300C and 92 to approximately 700 mm Hg of oxygen with equipment described pre-
viously by the authors (M. B. Neyman, B. M. Kovarskaya, M. P. Yazvikova, A. 1.
Sidnev, M. S. Akutin, Vy9sokomolek. soyed.,3, 602, 1961). it was found that the
initial rate of change of pressure in the system, i.e., the oxidation rate (W 0
is directly proportional to the oxygen pressure and increases with temperature
according to the law WO = a exp(-E/RT), where E = 36,500 kca 1/mol. The.weight
Card

L 10624-63
ACCESSION NR: AP3000688
loss of Diflon at 300C and constant initial oxygen pressure increases linearly,
with time after a certain initial period; the higher the initial pressure, the
greater the loss. Analysis of the degradation products revealed C021 Col H2
(traces), H20 , CH.0, and bis(hydroxyphenyl)propan~; hydropero'xides were riot
detected. It was concluded that the degradation is an autoaccalerating chain
reaction with degenerate branchings which are evidently due to hydrooeroxide
decomposition. The reaction is speeded up by du pwsence of impurities in"Produced
in the starting materials. Special preliminary purification of Diflon by multiple,'
reprecipitation improved oxidation stability by about 50%. An oxidation mechanism'
is suggested which shows that oxidation not only gives rise to gaseous products
but also alters the structure of the polymer chains in which aldehyde and hydroxy
groups accumulate. This is confirmed by the fact that the thermal stability (in
the absence of oxygen) of oxidized Diflon is far lower than that of the intitial
Diflon, owing probably to the decomposition of the aldehyde groups and to addi-
tional oxygen-containing groups which facilitate ester bond cleavage. Orig. art.
has; 10 formulas and 8 figures.
Scientific Research Institute of Plastics
2
Card //,,;)7-..

ACCESSION MRs AP3001579 S/0191/63/000/006/0026/0029
AUTHOR: Akutinv M. S.; Kotrelav, V. X.; Kovarakays, B. M.1 Kostryuk6va, T. D.;
,Tarasa7, V. V.; Sidney, k- I.; Rodin, Z.; Nitchev 0. N.4 layman, M. B.
.TITLE: Casting of polycarbowtes under pressure.
SOURCE: Plastiaheakiye massy, Do. 6, 1963, 26-29
TOPIC TAGSx Diflon, polyearbonate, thermal oxidation
ABSTRACTt The change in molsoular vaight and zachwdwa properti" of a poly-
carbonate "Diflon' under laboratory oxidation and an pressure-oasting was studied.
Polycarbonates are destroyed more rapidly by pre"ure oasting than by th4rmal
oxidation. Apparently, this awelaration In oambined with the presence of modbani-
cal destruation- 'Tbe m1nisava --t of time and twqmrsture for trawforming the
polymer to the visoous-flw4W state shwald be used In order to reftoe the extent
of destrLwtion. Ovft.. art. bass 9 figures, I tab3A MA I equation.
:'AMCIATIONs
SUBMIrms 00 D&TS A0Q1 OLTU263 =GLI 00

ROSHCHIN, K.S.; TSVETKOV, A.I.I_.SIDNEV, N.F.-. TSEGE, A.S.; LIKHACHEV, V.F.;
SHIBANOV, K.I.; LEVIUNA, Kh.K.; OSTRUVKINA, M-Ya.; BAYBAKOV, P.M.;
KROLI, A.I.
Improvement in the operation of the rectifying devices of electro-
plating tanks. Prom. energ. 15 no.11:19-20 N '60. (MIRA 14:9)
(Electroplating) (Electric current rectifiers)

-.-,!-,'!'(d)/---WP(c)/EliP(v)/EWP(k)/EWP(l) IJP(c)
;d'60J.2157 SOURCE GODE: 0/041 3/66/000/007AO73/0073
ShIllikhov.1 -G. Volkov, 140dov, B. P.;
F.; Lutalko,,S. P.; Snopov, G.
ORG: none
TITI.,,: MngnoUc flaw detector, Claaa /,.20 No. 180391
SOU-XE: izobroteniya, promyshlonn~7e obraztsy, tovarnyyo znaki, no. 7, 1966, 73
70111C TAGS: flaw detection, magnetic amplifier, magnetic method
;3STHACT: This Author Certificate presents a magnetic flaw detector containing
a POWC'r transformor, oloctromagnots, a capacitor, and rectifiers through which
pulsGd dischnrge of the capacitor is produced, and an automatic circuit con-
~1'0174n- tho rectifior triggering. Longitudinal magnetization in the automatic
C~rcu--t Is Produced by electromagnets, and circular magnetization-by the gating
of pui3od current. To check parts of any size or form with subsequent total
the controlled rectifiers are in the form of opposing controlled
senicor,6uctor diodes and are connected in the transformer primary and secondary
circuits. -,he control eleatrodes of the primary diodes are connected to the
Card 1/2 -UDC: -620.179.W.1/.2~1~.--

ogooll-67
AUCC N": AP6012157
capacitor 6ischarge circuit. The control electrodes of the secondary diodes are
corxectcd -~o tho automatic circuit. To establish the required strength of the - 1
;z.a-notizatior, current and the reversing frequency of the demagnetization current
tho auto,-iatic circuit contains magnetic amplifiers whose outputs are connected to
-~ho control electrodes of the transformer secondary, and the input vindinge-with
a Potentiometer.
S U-3 GODE: -R7,-,j RC~, 09/ SUBM DATE: 3lDec64
nst

0 ft.c
UWN gi
J I
j i.- gal II,
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J

-twitrAll
L 63876-65 EE,0-2/FSS-9_,A_z'.4T(1 )/~L;,'IA(d)/"rr-:iiA/EED-2/~CS(k)
CCESSION NE: AP5021632 UR/0286/05/000/013/0115/0116;~
623.454.~J/2
AUTHOR: Aleshina, M M. Il'in,f'N., A. k~ji ;,,1Kh4ra'khqin, Y~
linic: gen
TITLE:, Device for determining the time of combustion of pyrot6c a ts.
~Class 72, No. 172653
OURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 13, 1965,al~-iM
TOPIC TAGS: combustion, pyrotechnics
ABSTRACT: The proposed device consists of a power supply unit an ignition un t, an
electric timer, and an electromechanical transducer with a controlled phototrand
ducer consisting of photocells and triggers having a single stable balanced positiofi#:~
To increase the stability of the measurements, a controlled liolt s6u~rce, e.g.,!an
'the';
befoi~6 taking
lincandescent lamp with a potentiometer and a luxmeter, is used
Feasurements to adjust the phototransducer to respond according, to the.~ known. illuldi4~~
nation produced by the pyrotechnical agent. (see Fig. 1- of Enclosure.,).,- Origi art'.*
has: 1 figure.
t
-ASSOCIATION, Predpri-yatiye gosudarstvennogo komiteta po obbrbzin lekhnike SSSIR
e o fthe State Committee on Defense Technology)SSSR),:
(Ent~e
__7

L 63876-65
CCESSION NR: AP502i632
UBK=D- 14may64
0 REF SOV: 000
LCard. 213

L 63876-65
[i6-CE-S-S-I-0-N---N- AP 5 o 21 3 2-
..........

SiDNEV, R.D.
Electromechanical methods for machining parts. Ma3hinostroitell
no.5:34-35 ~~ 163. (MIRA 16:7)
(Electric metal cutting)

f Ei rs c , a I m;i cr. s f o ach race
r q! rig, a
for angular -locity h,n,-,e3 n' ft fr-n-, A-n. Prom. 30
r-c.3,,.4kL'.1 4r 64. (MIR 17:6)
zt~vofi.

AP6007855 k Aj SOURCK CODE Z
AUTHOR: Sidnev V.. As;. 4upylld, 0. L.; Dogadkin,, B. A*; Shershnev, V. A
Institute of Fine Chemical TechnoloSK im. M, Ve Lommosovp Moscow (MoskovskiY6
instilitut tonkoy khimicheakoy tekhnologLi)
TITLZ: Crosslinking of caoutchouc by polyhalide compounds of the aliphatic series
SOtT.".CE: Kauchuk i rezina, no. 2, 1966, 15-18
TOPIC UGS: bber
_ru"o
synthetic procesB~
heat resistancep vulcanization., organic
ABST;ite"T; The use of hexachlorethans and 1,14-5.2tetrachloropentanel as vulcanizing
Igent, made it possible to produce heat-resistantvvulcanized rubber having SIX- -
physico-mechanical properties. 'Ibe molepular compound of hexach2froathane with tetra-
chloropentane (15:85), called valkatorP (SSSR Patent no. 165) If 23 Sept 1963)p
and combination of tetrachloropentane with DFG (5 and 2 parts by weight respectively)
were the most Pfficient vulcanizing substances. Both chemical and salt crosslinkages
were former] during vulcanizing caoutchouc SKS-30-lKdth tatrachloropentane. Vulcaniz-
,mperatures K_
ation was practically absent at te _,15300. An addition into the mixture of a
small amount of T)FG or an increase of temperature to 163C accelerated the vulcaniza-
tion considerably. Similar results were obtained for caoutchoue of other types* Cross-[
UDG: 678.7:678,028:547:412-13

L 23532-66
ACC NR, AP6007855
linking in caoutchuk SKS-30-1 was not affected by 1,1-5 trichloropentans-1, (product
of the debyArochlorization of tetrachloropentane). A, N. Nesmeyanov at al. (USP,
khim., 25j-;ryp. 6, 665Y 1956) showed that tatrachloroalkane had a tendency toward
dehydrochlorization while forming trichloroalkancs. Therefore, the vulcanizing of
chloroalkanes was related to the presence in them of trichloromethyl groups. The fact
that N and G1 did not link with caoutchouc during vulcanizing by tetrachloropentane
with VFG and that the trichloroalkanes did not vulcanize suggested that, vulcanization
was related to the liberation of H01 from the tatrachloropentans. Orig. art. hami
3 fig.
SUB CODE., Wplll SUBM DAM 2.80at64/ ORIG RUS W71 M RMs 003
I'C.,d 2/2

7 7,
r;
-L 56672-6 --twUmY:t;.qP(j) Pc4L--~~- rM
=R~NR: 5 17842 UR/0285MIGOTIfti/0078/0078,
678.043:541.417,44
AUTHOR: Shershnev V. A.; Sidnevt V. A.; Dogac'Dcln,B
A,
TITLE- A method for vulcanizing rubber. Class 39, No. 171568
SOURCE: Byulleten' izobreteniy i to armykh znakov, no. 11, 1965, 78
JOPIC TAGS: rubber vulcanization, thiourea
iABSTRACT: This Author's Certificate introduces a method for vulcanizing rubber us-!
ing polyhalide coiTounds. Volatility and nonuniformity in miming the. vulcanizing
agent are eliminated by using a complex compound of hexachlorcethane and thiour~-_ab
ASSOCIATION: none
SUBMITTED: l9Marfi_4 ENCL: 00
SUBCODE- MT sac
~NO REF SOV: 000 OTHER: 000
1 Card 1/1

AI;ATCLIYFVSKIY, Pavel Arairovich; RALOYAN, Armenak Vladimirovich;
51-EYEROV, Osher Mendeleyevich; SIXEV, Ya.A.., red.;
"LIESHKOVA, S.N. ved. red.; tekhn. red.
2
[Technical methods and equipment in rotary drilling of water
wells] Tekhnologiia bureniia skvazhin na vodu rotonrjm spo-
sobom. Foskva, Gos. nauchno-tekhn.izd-vo neft. i gorno-
toplivr-oi lit-ry, 1962. 247 p. (Boring) (MIRA 15:2)

The fastness to light of maddet Isk" of allsi,is, is, mild &wns,
of Ito dirrivatives. V. %'~ Kwl- "I'd I" M S.1-v.,
Ipplird Chrar. 23, ul ~-'Ixr-trw-
zkur. 11fik'14d xhipw 23, :;17 ~tll W."O, Nladdrr
I,tkr4 prepol. frimi pitre, inilkidscil asithritiptinoile dvti
ill which thr for Like I"rillmis'll ale
attAch-I to only s'.1' 11.111' .'f 11's, '11's; -e i"v-lijc;klnf to
det. (:L%tnexq to light. rlic fullo" gng relo'c"-w~ the 'litilill-
lishiolf fastnt&% to lislit: acitt > pur-
purin-3-sulfonic acid > parpurits > alixiii-in > citiiiiii,ann >
allifirArall"I N~w
N%lt% is( 311d
I-SVII, hair I.-Ill 'villh-ir"I 'N1 NI, NI.Ou-

Wed of makis on the dieing of W401. 10
I/ Te4ifil-Pfem. 16, No. 4, "(1950).-Dyeig of M
tersely affevted by the =Ice
Lid and chrome dyes
---bf-ni-etnfi~ such as pr The change of is
greater in the presence of Fe; dyeinj is more uneven In the
presence of Al, The behavior of the dye used with r
to various metals should be first detd. in the lab
samples in the presence of metallic plates, or Solus:
..Ponding metals.
,corre,
?f

kand.tekhn.nauk
* SIDMA, K.M.9
New dyes for animal fibers. Tekst. prom. 20 no. 12:41-46
D 160. (MtU 13:12)
(Dyes and dyeing--Wool) (Dyes and dyeing-Ailk)

YAGLTOLISKIY, L.M.; KRA.SOVITSKIY. B.)L; BLINOV, V.A.: SIDWA, K.)L;
I---------- -1- . -
PIMASWVA, D.G.
Properties of some fluorine-containing ago dtfeS. Zhur.prlklo
khim. '33 no.7:389-392 J1 160. (KIR& 13:7)
1. Institut organicheekoy khimij AN USSR. Kharlkovokly
gosudarstvennyy univereitet. lauchm-iseledovatellekly
institut organicheakikh poluprodulrtoy i krasiteler.
(Aso djres)

SIDNEVA, K.M., kand.takhn.nauk; FEDOROVA, M.A., mladshiy nauchnyy sotrmdnik;
POZDNYAKOVA, A.A... inzh.
New dyes for dyeing and printing pure silk- fabrics. Tekst.prom.
22 no.11:60-61 N 162. (MIRA 15:11)
1. Sotrudniki Nauchno-issledovatell skogo instituta. organichaskikh
poluproduktov i krasiteley (NIIOPiK).
(Dyes and dyeing-Silk)

�I4Na-A,-LJ4--, kaa-Ad.tekhn.nauk., pauchnyy sotrudnik; YERUiLAU,, G.I., inzh., nauchnyy
sairudnik; SI14AI4uVSKAYA,*Ye.L., inzh... nauchnyy sotrudnik
fiber-reactive dyes used in dyeing blended wool favries. Tekst.prom. no.2:
51-61 F 163. (MIRA 16-4)
1. Nauchno-issledovatellskiy institut arganicheskikh poluproduktov i
krasiteley (NIOPiK).
(Dyes and dyeing-Wool)

SIDNE-7A, K.M., kand.tekhn.nauk; FEDOROVA, M.A., tuladshiy r%A11chnYv aot-r~k
New stat~t standard for testing dye stability to physicochemical
action. Tekst.prom. 23 no.8:73-74 Ag 163. (MIRA 16:9)
1. Sotrudniki Nauchno-issledovatellskogo instituta organicheskikh
poluproduktov i krasiteley (NIOPiK).
(Dyes and dyeing-Testing)

SIL)Nl-:VA, K.M.P kand. toklin. nauk nauchnyy notrudnik.; YERFMINA, 0.1.,
inzh., nauchnyy sotrudnik; BOYNO-ROMEVICH, V *P.0 InA., ffiuchnyy
sotrudnik; PLENTISOVA, S.A., inzh., nauchnry sotrudnik
Use of new types of dyias for wool dyeing. Tekst. prom. 23
no.10:18-21 0 163. (MIRA 17:1)
1. tiauchno-issledovatellskiy institut organicheakikh poluproduktoy
i krasiteley (NIOPiK).

7-e n I f,
c' ~ha PH ot on tne
r2Y=--'I Wool. T-icSt. kit.
no

E I` f t r e z f a z i i
ra

y sotrudnik, kand.tekhn.nauk; BOYNCL-ROMEVICH, VJ.'
'IDINEVA K,NL. nauchnT
nauchnyy sotrudnik, inzh.; S-114ANOVSK-AYA, Ye.L., nauchnyy sotrudnik,
inzh.; BEREZINA, V.A., starshi-7 nauchnzy sotrudnik,
Wool dyeing with vat dyes In weakly-alkaline baths. Tektqt.prom.
25 no.1l.-61-64 N 165. (MIRA 18,12)
1. Nauchno-issledovatel'skiy institut organicheskikh poluproduktov
i krasiteley (for Sidneva, Boyno-Rodzevich, Simanovskaya).
TSentralinyy nauchno-issiedovatellskiy institut sherstyanoy
promyshlennosti (for Berezina).

01"!"'L , V_ i -i . j HLOV ~ "J. , red.; GALKD~ , S, , red . ; KIiXN 4- "
. ; :WIFf"NOV, E, red.; SH05TAXGVSKJY, V., reoo;
r4~_,rj " ____
,FVI -land planet] Plarieta Toelina. Moskva, Molodaia
P,-v:-:, r a i J*L a, 19br ,157 P. (MIRA l8z4)

USSR/Chemistry Rdbbir NOV/Doc 51
Elastomers
"Investigation of the Role of Intermolecular
Forces in the Mechanism of Highly Elastic De-
formation. V. EffeA of Intermolecular Inter-
action on the Strength of'High Polymers with
W611-Expressea Spatial Structure ""V. Ye - ~ j-
P ~ ~ GUl I j f~ I
)[g6,'~P~.dneva, B. A. Dogadkin,f Chair of Ru6b;;I~
Phys and Chem, Mobdo* Inst'-Fli~e Chem Technol.---
imeni M. V. Lomonosov
"Nolloid Zhur" Vol xiii, No 6 pp 422-431
2
Investigated nech characteristics of vulcarii-
zates of SKN-18, SKN-26, SKX-40 rubbers V:Lth
LUR/Chemistry - Rubber Nov/Doc 51
(Contd)
spatial structure developed to identical deg
but,different nitrile-group concn in chain mols.
Within exptl limits presence of 02 did not af-
fect mech characteristics, but strength ch&rft-
teristics increased with increased concn of
nitrile-group, i.e..,~rith higher intensity of
intermol interaction. Proposes model for des-
cribing resistance characteristics of rubber-
type high polymers and eq relating resistance
to temp and rate of deformation.
190T8

ILAPIN, P.I.; KO)LULOV, I.A.; LEOIIOV, A.G.; KAZURKNVICH, F.S.; KAKAROV,
S.N.; MARTEWYANOV, P.B.; MOSMIOVA, D.I. [deceased]; SAKHAROV,
I.M.; SIDJ4-VA,,S.V.,; TSITSIN. N.V.. akademik, otv.red.;
MAKAROV,-~.N., red.izd-va; GUSEVA, A.P., tekhn.red.
(Trees and ishrubs; reamLts obtained in the Kain Botanical
Garden of the Academy of Sciences of the U.S.S.R.] DBrevlia
i kustarniki; kratkie itogi introduktaii v Glavnon botanicheakom
sadu Akadoinii nauk SSSR. Koskva, Izd-vo Akad.nauk SSSR, 1959.
190 P. (MIRA 12:10)
1. Koscow. Glavnyy botanicheakiy @ad.
(Trees) (Shrubs)

SIDINICHENKO, V. G.
25552 Komplakanye soyedineniya serebra a tiosijp8fatdm. Izvestiya akad nauk SSSR,
OTd-niye khim. Nauk, 1949, No. 4, S. 364-68. Bibpiagp: S. 368
SO: Letopis' Zhurnal'nykh Statey, Vol. 34, Moakva, 1949

,I -iijflA , A.
From t-e Federation of --he Geodetic E'nginears and Geometi-icians
cf --'erbia. Geod 18 1/3:?0-72 Ja-Mr 164.
.\\O.\
1%

3/12,3/59/0001/0 10/025/068
.Aoo4/AOOl
Translation from~ Referativnyy zhurnal, Mashinostroyeniye, 1959, Noz 10, p
112, f 38045
AUTHOR Sidnikhin, A.I.
I-------------------
TITIU On the Effqcta of Thermal Cold Hardening on the Struct-,ure and
Properties of Heat-Resisting Alloys of the XH8T (KhN80T) Type
- o(
PERIODICALg T-r. Kuybyshevsk. aviatz. in-t, 1958, No, 7, PP, 195-208
TEM, The author investigated the effects ofjiigh raies of heating and
cooling during the hardening of theA4.376 (E1!DZBP(of the KhN80T type) alloy
on its structure and properties. Specimens of a cross-section of 12 x 12 mm,
70 mm long, and 21 mm in diameter, 220 mm long, were immersed In a salt bath
with a temperature of 1,2800C or water-hardened after heating at temperatures
between 1,080 and 1,2800C. Repeated heatings of the hardened spec!imens were
effected up to temperatures which were higher than the temperature of the begin-
ning of recrystallization, with subsequent cooling in the air, The obtained
investigation results of the various alloy microstructures were correlated with
Card 112

S/123/59/000/0 10/025/068
Aoo4/Aool
On the Effects of Thermal Cold Hardening on the Structure and Prcperties of
Heat-Resisting Alloys of the AH 8T (KhNSOT) Type
the dislocation theory, It is shown that the heating rate during hardening
affe--ts the alloy structure only to an insignificant extent, Heating of an
abruptly hardened alloy up to temperature lower than 1.0800C does not ensure
the conditions necessary fTr a shifting of the grain bo-Lindaries. Heating ex-
ceeding -this temperature produces the conditicns fn-r the proceeding of a
secondary recrystallization, This temperature repreSents the 7hreshold above
which prccesses of diffusional shifting of dislo--aticns begin -!~o develop in-
ten-zively, There are 14 f-isgures and 13 references,
S~E.D.
T-anSla-or's ncte~ This is the full translation c-1 original Ruzsianr ab-
Stract,
Card 2/-:1

SIDNIKHIN, A.I. (Assist.)
"Centain Characteristics of the State of Intercrystalline Transient Zones in
Metal Polycrystals ( Industrial application of InvestiFation Results gave a
double increase in the Wear Resistance of Certain Refractory Alloys)."
report presented at the 13th Scientific Technical Conference otf the Kuybyshev
Aviation Institute, March 1959.

SIDNIKHEN, A. I. Cand Tech Sci -- (diss) "Peculiarities of the structure
J.,
and properties of fireproof alloys of the E1437 group connected with nrocesses
of plastic deformation and recrystallization." Sverdlovsk, 1959. 16 pp (11in
econd
a S ecialize_V
0 Higherlhducat on
MM- USSR. Ural Polytechnic Inst i* S. M. Kirov), 150
copies (KL, 44-59, 127)
-25-

AJJ UPS 3-
:'nP L E
P E R 10 D I AL
Z. I
r
!~'-l 7. G -0-
/*
i fir

S/- ;~/`0/009/01/030/031
T~e F! 1-1 J ne T ra rL5 J t n Zons~,
f ani --a-Lo-r!
1,s 7- c, n
h. h j. s c a f r the boianda-_f le una -~a :_.-ked
--.r. Spo,:_,,mons vferi~ a.-so a-xamunSd unde-r
m l,-, ~-y.-: ~!un.jj cli' plas .:i ,,: 6 c. :7, ua to i y
jjj!'I-'---!-""~ 011 during ~ALetng.
tha
When
arld i',ne grain 'ooundar:as (Fi
4-
a t ca,-I a t in, i:~ -a -, -u f b r "Nan
!17 7~
Ij j Ina c)f tin
rem."
~_J-a lea
r7 t,:r
~7,jr. p:.Lf J_
F a,-, e. i. n.-
I J
4.5
SU B.1% TF TEL, a q

USSR/ Che-iistry Eynthesis methods
I
Card 1/1 Pub. 15, - 19135
Authors Iludovik, A. H., and Sidnikhina, L. I.
Title Hew iiathorl for the synthesis of phosphinic and thiophosp .hinic acid esters
Part 18.-ilddition of dialkylthiephosphorous acids to idene-derivativos
of malonic and acetoacctic esters
Periodical I hur. Cb. Khi,,li. 211, Ed. 7, 1193 - 1198, July 1954
Abstract The addition of dialkylthiophosphorous acids to ethylidenemalonic,
benzylidencinalonic, isopropylidenemalonic and 6thylideneacetoaceti(- esters,
is analyzed. The addition products obtained and their chemical
properties are described. Table., shoving the chemical formulas, boiling
points and yield of the addition products, is included. 11ine U5SR
references.
Instiblition : The V. I. Ulyanov-Lenin State University, Kazan
c'iffind 1954
S Ltted : January 221

I-
I -
SIDO, Ferenc,,o eveles gepeszmernok
Ability testing of motor vehicles. Auto motor 15 no.20:11
21 0 162.
1. Autokozlekedesi Tudomanyos Kutato Intezet tudomanyos fomundatarsa.

, 7 , ` , - ,,,,- -. ~ T- -
I . '. - I . . .
, L -P ', , . : ~ i ; A ' 1, .
"IMlic ~-opaleontologjjc E)mmination of the Manganic Layer at Urkut ami Olas-nfillu." P. 4k")1,
(FOLDTANI KOZLOUY. BULLET110 rF :-HE HUR';AFRIAN UOLOGEGAL 30CIETY, Vol. 83. no. 10/12,
Oct./Dec. 1953, Budape3t, Hun.1 ry)
ga
SO: 1,:onthly List of East Euro!,.ean Accessions, LC, Vol. 3, No. 5, MaY 1954,/Unclassified

SIDO, M.
Micropalsontological data on the Miocene sediments at Salka (1polysza1ka),,
p. 211, FOLDTANI KOZLONY, BULLETIN OF THE HUNGARIAN GEOLOGICAL SOCIETY,
(Magyar Foldtani Tarsulat) Budapest, Vol. 85, No. 2, Apr./Jum 1955
SOURCE: East European Accession3 List (FEAL) Library of Congress,
Vol. 4, No. 12, December 1955

r ric
~_.f T'
a: t

I D G, , I I ; t I - i! t , I I .
syntlheni5 ~f* l'ormatic-n-- in Hungary on the ground of
F~,,rwjanif,~!ra- Idt nc)~1-2 :217-226 Ap-,Te 763.

- - I - ;--~ . .... - -- --- -
- . q 7 - - -- --- -
- :~ I. '.k- , - . - . ) . I .. .
Cement Industri.o-s
New method cf eli,-inatincr rn,- ~'crmati,cn ;r, rotatIng ovens. TSer-ent 18 Nc. 4, 1052.
Monthl List of Russian Accessigns, Library of Congress, December 1952. Unclassified.

AUT' OR-! 3~. r-., dnshenko -6/10
-SCIV-3 01-5C' -5
TITLE: I-ev: -etbo~ 'or t11, eraticn -,F ~zaw 'a+ar~ai -ix~ure to 3e
Fired in Shaft Turraces (!Tovyy metod L,--,:-otovlen4ya
- 10
sy~;yevoy smezi dlyu oozhiga v avtomaticheskikh shakhtnykh
pechakh)
PERICDICAL- Tsement, 1918. Nr pp 25-26
ABSTRACT: In ~he Amv:7o.1_~yc--+Ly Ce mt- -1 tI'lant Nr .1 the productivity of the
shaft furna-_ez ~,a2 been insroased by various measures to
such an extent that the f~~roduction of the raw material work-
shop could not supply the needed quantities of rar rriaterial.
'10 solve this orobl-r.-m, the moisterinj cf the Pground raw
material by nor-Tal cement slime rather thar. by %vater is re-
commended- 'I'Inc- c-:~nsur.-.ptioa of slime per eay amounts to
6CO m, which ensures the additional processing of 300 tons
of clinkers ~%er day. For 4 furnaces, ',43.1~ tons of clinkers
must be g-round per hc-ur, The slime has a moisture content
of 4,8,*': andi is mix~__' with f-round clirkers with a moisture con-
t e n t of 1 The briquets have a moisture content of
--he new method ensures an adequate supply to all. furnaces
ind sa 8.,79' tons of I
-7e~ I - -uel per year- it increases the T)ro-
Card 1,19 d-,,ctivity c-f the rav: material workshop by 22,9'7'~. The homo-

-10V -10 1 -r) r-. -10
A '!ew I'ethod for the PrevaraLior. (-f Rae., !,*.aterial "ix"li-re to Be ~,Ii;-rned in
Automatic Shaft .-urnacms
.-eneity of the briquets is also increaspd. The prime cost
is reduced 1-Y 10 - Ili,'-
AOSOCTA '1011~ Awrosiyevskiy tsempntnyy zevod (Amvrosiyevskiy Cemn4l, Plant)
'. Cement-Processing 2. Materials-Preparation 3. Furnaces
--Pe2formamce
Card ~-,112
Iw

VALIBER . G.S., ZAVGORODNIY. N.S.. KOGAN, M.P., SIDOCffmXO, I.H.,
sfffflKir. X.Ta.
Enriching air with o37gen in burning clinker in shaft
kilns. TSement 26 no-3:3-8 YT-Je 160. (14ML 13:7)
(Clinker brick)

ZAVGORDDNIY, N.S. ; MCHOLOV-PETROSYAN, O.P.; SIDOCHMO, I.M. ; STREI OVA, I.S.
Termographic characteristics of marls from the Awwroslyevka deposits.
TSement 26 no.4:8-1t) il-Ag 160. (MIRA 13:11)
(Karl)

SIDOCHENKO., I.M., inzh.; ZAVGORODNIY, N.S... inzh.; ROSI, N.A., inzh.
System of open-pit mining of wet marl. Gor.zhur. no-5:20-22 MI
161. (MIRA 14:6)
1. Amvrosiyevskiy tsementnyy kombinat, Amvrosiyevka., Stalinskoy
oblasti.
(Strip mining~Cold weather conditions) (Marl)

SIDOCHENKO, I.M.; ZAVGORODNIY, N.S.
Producing 11700" and "80011 types of Portland cement. Mement 27
no.3:19-20 My-Je 161. (MIRA 14-7)
(Portland cement)

--46oftat

ZAVGORODIIIY, II.S., inzh.; SIDOCHENKO, I.M., inzh.
Production of" laigh-strength cement at the An-wosievka cement
combine. Vauch. soob. NIITSementa no.12:24-27 161. (~Ul 15:7)
1. Amrosiyevskiy tsementnyy kombinat.
(Amvrosievka-Cement)

ZAVGORODNIY, N.S.; ,,LHEDLOV-FETROSYAN, O.P.; SIDOCHENKO, I.M.;
STRELKOVA, I.S.
Determination of slags and gypsum in cements by the thermoggraphic
method. TSement 28 no.2:13-15 Mr-Ap 162. (PURA 15:8)
(Cement)

SIDOCHENKO, I.M... inzh.; ZA','GORODNIY, N.S., inzh.; MASHKOVICH, M.I., inzh.;
PEYTTGAUHN, L.V.J. inzh.; RTIKIN, V.D., inzh.; SHTEYINAN, Ye.Ye.,
inzh.
Introduce the system of the automatic control of clinker firing.
TSement 30 no. 2:15-17 Mr-Ap 164. (MIRA 17-5)
1. AmvrO!3iyovskiv Loementnyy kombinat i 1.")P?,Rl tresta "Sevzapmon-
Lazhavtoinatlka".

r
L 136oo-66 EWT W
r__ ~/O 70 1 0101
ACC NR 161-6 souuCF, GODE: UR/0286/6
AJTIIGhS: isidorov) V. V.; Akunov? V. I., Dubinskiy, M. G.; ZavadskiY2 V.;
.1n.,;aat,oy, Yu. III-eye, N. Yu.j Mvar-An, U. I.; Woneriko, N.
Ye.; Fievako, A. N.;
L ot -G-i
M - 30 j Titov, P. F.j ozov
heiluve avgor-
ORG: none
TinE: A reactor for combined pulverizine and burning of a material, such as cement#
in a high temperaLure gas strown. Was:; 80, No. A51j69
SOUhCE: Byulleton' izobreteniy i tovarnyk)i 7,nakovj no. 22j 1965, 101
TOPIC TAGS: cemenb, thvrmal reactor
ABSTRACT: This Author Certificate presents a reactor for combined pulverizing and
burning of a maLeriai, such as cement, in a Iligh temperature gas stream. To provide
automatic regulation of tile bitrning and calcification time for the material in tile
roactor, tile latter is made in tile shapo of a flat, lonticular chambere Nozzles
of the combustion chambers are built into the peripheral circle of the lenticular
coamber and at, an angle to its radii. An opening in the center of the chamber bottom
is used to discharee tile finished burned product,
SUB CODE SUBM DATZa 21u4ay6i
Card 1/1

. I- ~ I,IVI
i, , , ,V: . ,I.: a ! I d . E.- " ug,I I. t '\ ~, , '. .I c, . ~~ .
1- 1 . rvill ~; 'A: ~ . `~'
fcr the in 11)(),).. Meft.,or. i i-ildrol.
no.4-,,,rp-68 Ap '65. (MIRA 18:4)
I. '[~--'entrallnyy institut prognozov.

Or SIDOCUNKO, T.V.
- - . . , , ;~.* _. .-' --
-"". , I
Recurrence of svnoptic processes dharketift-sed by~ljjola~ ~G.
Trudy TSIP n0-56:94-107 157. (Km ifts)
(Meteorology)

3 (7)
AUTHORS: Ped', D. A., ELidochen~o, T. V~. SOVI/50-59-9-31/16
TITLE: On the Cause of Variations in Intensity in the Zonal Circula-
tion of the Atmosphere
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 9, pp 20 - 2A (USSR)
ABSTRACT: The results of the analysis of intensity variations in the
zonal circulation in the atmosphere, as well as the data ex-
plaining these variations in a certain degree are put forward.
here. In the investigation of the circulation in the atmosphere,,
the indices, the calculation method of which is indicated in
the papers (Refs 6,9), were determined here on the basis of th=-
data of 1938-1957. Besides, the values indicated in the paper
(Ref 7) were used. Table 1 shows the mean annual intensities
of zonal circulation in the atmosphere for 20 years. The low-
est circulation index was recorded in 1938, the highest in
1955. The analysis of the connection between the intensity of
the zonal atmospheric circulation of the previous and subsequent
years and months is put forward. As the atmospheric circula-
tion on the whole terrestrial E;Iobe is not considered, these
connections are approximated. It is shown that the intensity
Card 1/3 of zonal circulation of the respective wonth depends - though

On the Cause of Variations in Intensity in the SOV/50-59--9-3/16
Zonal Circulation of the Atmosphere
not to a large extent - on the circulation of the precedi-,--,,,-
months. It seems that this connection depends on both the
inertia and the continuity of the processes. It is attempted
here to find a connection between the zonal circulation in the
atmosphere and the solar activity. Figure I shows the integzal
ourves for the mean annual intensities of zonal circulation
in the atmosphere and the integral curves of the mean annual
values of the number of R. Vollf. The number of R. Vollf is
an index of the relative number of sun spots indicating the
intensity of the field strength of ultraviolet radiation of
the active sun areas. Figure I shows a good agreement in the
course of the two curves. The synchronous and asynchronous
correlation connections were determined in order to establish
the good agreement of this course. It was found that there is
a very close synchronous connection between the annual values
of the intensity of zonal circulation and the numbers of Volff~
Also the asynchronous connections show high values.- The hi----h,
correlation coefficients permit the regression equations fcr
determining the integral zonal circulation to be built up ac-
Card 2/3 cordin- to the integral data of solar activity, which is also
U

On the Cause of Variations in Intensity in the SOV/50-59-9-3/16
Zonal Circulation of the Atmosphere
shown here.- The conclusions obtained for the connection of
the intensity of zonal circulation of the atmosphere with the
solar activity is apparently peculiar to the circulation of
the atmosphere on the whole terrestrial globe, at least to that
in the whole troposphere. In default of data, this cannot be
proved at present, Table 4 shows that there is also a close
connection between the circulation at different levels of t-he
troposphere. This shows that nearly the whole troposphere re-
acts in the same way on the influence of solar activity.- In
conclusion it is said that - although the results put forwaid
here have a preliminary character - they show that the mean
annual variations of the intensity of zonal circulation in
the atmosphere are determined, to a high degree, by the mean
annual variations of solar activity. There are 1 figure,
4 tables, and 15 Soviet references.
Card 3/3

SIDOCHBIIKO, T.V.; FEDRULOVA, M.N.
Results of verifying T.A.Duletova's rules for forecasting upper-
level cyclones and*deternining the dates of natural synaptic
periodg. Trudy TSIP no.87:57-61 '59. (KIRk 12:8)
(cyclones)

SlDOClMNKO,--Tj----
Synoptic climatologicol study and some prognostic indications of
temperature conditions and atmospheric processes in June in the
European part of the U.S.S.R. and Western Siberia. Trudy
TSIP no.89:23-40 160. (MIRA 14:3)
(Weather forecasting)

PED1.0 D.A.; SIDOCHEN"K0, T.V.
Relationship between the mean monthly temperature anomaly and
atmospheric circulation during the preceding months. Trudy
TSIP no.89:127-149 160. (MIRA 14:3)
(Weather forecasting)

PEDI, D.A.; SID-~~4PJKQ-T.-V.
Method for seasornal forecasting of the temperature anomly of air.
Trudy TSIP ro-lCr;,,-:15-40 161. ONIRA 14:5)
(Weather forecasting)

PED19 D.A.; SIDWHENKO, T.,V-., ~
More accurate forecasta of the air temperature anomaly in a
season. Trudy TSIP 103:31-38 162. 04IRA 15-7)
(Weather forecasting) (Atmospheric temperature)

SIDOCHENKO, T. V.
Reliability of basic atnospheric processes us6d in the prepara-
tion of weather forecasts for June. TRUDY TSIP no.115-.43-48
762. (Weather forecasting) (MIRA 16:6)

5/169/62/000/003/048/090
E073/Z535
A UT: I O'Z5 Pe(; D.A. 'tnd Siduchenku, T. V.
TITLZ: ~'.I ~I'e foreca.-itin.:~ of anomalies of 'the air 'tempera-
t,irc ;lti(' t'w qiiwitity of prpcipitatioas for a month
PE'.IIG!)ICALz ~Zpfcrativayy zhurnal, Gieofizika, no.8, 1962, 52-53,
illistract 319356 (Tr.. 'Isentr. in-.ta prognozov,
196,-,, io.1i6, 41-64)
TS-XT: Tae ;-.icthod of forec;-istiaz~ anoi:mlies of the average
i.iorithly itir t tire in Western Siberia is presented, 1..-hich is
baLied oii c;iIcu1atinI,,,- tile jjjt(~n.~jity of the zoial circulati.on of
tlk'~ ).'i3rc of thl- ponths and a recp:.~i;"enda','~-on is i,iade
for forec--~stiil~~ t~ie zio~it .1y rplartity of precipitates in the
~crritory ~)_' t!-.e USSR arid Western Siberii-3. Data i~rcge
used ui t:;(-- ano.Imlies on t'11c, ~iean :~:onthly air t,_,mperaturc during
.1 19
I )38-19-d , ad the ywntity of rainf;ill durin6 tj I to 195"1 ill
sti,,ti(-),!s uniformly (_'istriL)'ited t,irwalaout the EUroi ')ean territory
of the 'Soviet Union .--nc: Western Siberia, as -:ell is indices of
tile Zonal circulation of thr- atmosphere determined accordin.~; to
AT-500 c1c., rts I-or a cliaracteristic reosion 'EO"-720 NT lat. and
Card 1/5

On Llip. f-wecastiii,,-, of ... S/16q/U,--/OGO/oO,:,~/O,&8/oOO
E073/Eq35
20* W to 800 E obtaiiiing
asytichroi-Lauz5 re-latiulis Lor farecastin~~ the nlio.,.ialies of tl,-le
te:~ ')er.~rurc -.,itli various advance. preciiction ti:~,es, earlier
obtained rclit4().,,S tr~- -,)OjieC.1 (see RZInGfiz, l-)61, 9B240). Tile
aswichrunuas rei;ttions betx-.~eeti the i~itensity of tile zonal circula-
tiail of t!-,e nt;.ios)~iere a"jove ;, characteristic-re-ion -iii
the i.rcce,!inL; rioaths -n,: the ano-ialies of the -;nnr, f.-Iontllly air
t,!ml3erz1t,tre (n, t) a-1,' tae smcccediiig ;.ionths -plotted ~;rapiiicalliy
for ecich :oiith and station. The clt!~~ree of in--~r-relatio!i
deten.~*-it-~~7 by of --. parai~ieter GO (on th~! 1r;71.0,15 &t
-; , I, .,r- F,
a 5trAi`i.r- line was drai-m corresponding to The i--ont:ily
9 value.-., :,,re jven for each of the 12 selectt~ .-~Statious in
Western S-;bcria a oreclictiou tii.;e of 20 uays, 10 (InyZi nile,
zero dcy.~. Aaalytically the relations are e:c-:)ressed by tile
forinula 4 t -a I + b. O..here a a rid b e So 1.1 e
i W- E i
statiz~t-"c:~I'Ly keter.iiuncl -).)ra~.ieters for the given station ai-c!
iliotlth I'viiction of V-ie -)rediction tiiie), which per~.-.its
t1ie anormly of "ie averrage ilonthly air temnerature
-)redictiu---i ti,.ies for viarious vnluc,~s of the ilidex of
C;~i r (!

On t:.(- of jiimialies ... S/l6q/6--/OOO/CO3/0'18/OqO
3073/Z535
ttic zor,-' circm.1ption of V,e atmosphere. Durin- one year the
-it'd a pre~liction tiiiie of 20, 10 azid z(; I . I d a
I - S. ro days ha
r -: I i c1 I ; 1: OS 1- C g Z, 17 (1 Su I'L 0. 4 3, 0. 40 anLl0 .41. Th e r*ua 1ity 0 f
t'-c "or-t Can ")e soi~-,e-:hat i.,-~proved by selectia6-- relations
_free of reliability. An example is 6`ven of
de. A.
t:Ie Of forec'-ksts of ano!.'talies fif the averrtt;e riont:ily
,~-Lr ti-- ~eratiir,~ !:it.i various )i-ed'ictioa times for Western Siberia.
Fro:., t'i,-- of ti,.e 7~ianthly averaZ-e air teliperature 011ring
13'91 to ,'),73, ;~sy.-ichronoi-is nature in the arr)earance of an
anoi,ialy of one si--ri or another is in.vestiZated'.1or the ELI.-Opeali
territory of t'ie Soviet Union (fro!.-i the data of 22 stations), and.
for '.-.Test -ri Siberia (I-roia the data of 12 statious). Cobfficients
of an,' :),tri-teter-s of the equations of re.-reszsiori
between t:,,(! of statious ~-.-it:i anoixilies of, the sa-me in
the ~,-o-an ..iulitiily air t,--.,i-,)erature of the Euro'pean Iterritary of the
Soviet UIiio:i and Ues~era Siberi~,. are obtained. The "UZIiest values
of the correlation coefficient (r = 0.4-0-7) i-.-ere observed for the
cold of the year, the lo-rest for the vmrm part of -the yea-r.
The regrc;!5~~ion eilua-liolls, "'y nleaiis of -:-hich the I-wL:~iber- of statio-is
with th,- corrospondin, ano;aalies in Western Siberia are determined
Card 3/5

On t1he Curoclstiii.r~ of ;~nu.,:;tlics 3/16 9/6 2/0(,G/CC'!j/O I ~;/O()O
:;073/L535
from tae- c:ata of t'i(- -5tat--ons of tiie European p.Irt of' the Soviet
Union, itri: of fhr-~ ty!-)e P. E + -',i.-rc-nI and n are,
!S E
rt~spectivnly, the mt:,i:)er of stations -,-itli ano..;alies in t,e me~la
-!Ulithly oiir of the same si~,,n in !Iescern Siberia -[(I(!
in tae E~IrOdean territory of the Soviet Union, R anc! t - .-)orn.,.ot,~rs
de-cermizi--~ ioy stati~.tical i;iezins. 'Workint- out of dire~ct relations
bet-.-,eea ciie intensity of ti-ic zonal or mieridional cirCUlatioO. -nd
-)rec i!')itations 'Oes iif)t yiel(I .-),,).qitive results. Deter minat ion off,
the anotizilies of the aver.-)L;e monthly quantity of preci:)itations
was carried out by applyin- Vie anticipatec! in the i-iean
,iionthly -iir Synci-,ronous relat-io~,,6 were obtaj-,ied
between t7ie -)re,.!j:id-.anat ~;raluited volues of tlie rainfall (below
the val?ic-, corresnondinL-, to the value
a*,)Ove !--e -i~',ecifiekl v- it,::) t".C- ;!:i 1 6 t . Tao o-f
j. I S :-CI- r;.4 71 -4111 -
Z s ior a 1-,ioaE!i I's The
-)f of of a driven
C;,:50 o? (!ifferin:, ano,;uili,.~-,~ 3-f averx~~e
ill ;~ number )f statio-is i-i tlio Zzlropenn
lerritury of tlio Soviet Union and in Western Siloeria arc- ..iven.
Iaipro-,r(21:,-~-.1 of tlio 'iere -)resented method of forecat;tizr,~~ of
C;"r,2 Y/5

of anomalicz3 ... S/169/0'2/000/003/0113/090
E073/r,535
a -juantity
-,f L!I(, avet monthly air te.inerattire find the t
Of ore';i itites can be carried out by ta%inS into cdnsi6eration
the circillation conditions throughout the entire nortliern
the intliience of the underlying surface and other
fac torL;
20 refer-:-,~ces.
Abstractor's note: Coi.iplete translation
Card 5/5,

RATYAYEVA, T.F., kand.geograf.nauk (~bskva); SIDOCHENXO,__T.V.., kand.
geograf.nauk (Moskva) ---
Winter weather of 1962-1963 in the northern hemisphere.
Priroda 52 no.4:124-127 163. (MIRA 16:4)
(Winter)

BATYAYEVA, T.F.; SIDOCHENKO, T.V.
"Capricious" spring of 1963. Priroda 52 no.7:124-126 JI 163.
(MIRA 16:8)
1. TSentrallnyy institut prognozov, Moskva.
(Spring)

BATYAYEVA, T.F., kand.geograi%nauk (Moskva); OSIDGCHENKO, T.V., kr-ind.,reograf.nalik
(Idoskva) -'-- -- - ".- --, --l- , . ", -
Autumn of 1963. Priroda 53 no.1:125-127 164. (MIRA 17:2)

BATYAYEVA, T.F., kand.geogr%f.nalik; SIDOCHr-NKO, T.V., kand.geograf.nauk
Weather in the winter of 1963-1964. Priroda 53 no.4:124-125 16L.
(MIRA 17:4)
1. TSentrallnyy institut proanozov, Moskva.

FED', II.A.; 'r.v.
Prec.-;s,or imethod for forecaoting anornalles if the :bean ai--
u -
Lcmi)erature based or. information da-ta of a reitricted reg-ion.
~,-Lid- -11 164 OMHU 17:S,)
1 y TSIP no.135.13

BATYAYFVA, T.F.; SIDOCHENKO, T.V.
Summer of 1964 in Europe and Asia. Priroda 53 no.103
125-127 164. (MIRA 17:11)
1. TSentrallnyy institut prognozov, Moskva.

4147
S I DOC-, T. V. , ~.ar~d . -tjogr;~I C. it& BULINISK A Y A, N A., 'r-. a I I d. fiZ .-Ir-a t. z I a wk-
Ideazherr forecas-~ for rhe U.S.S.R. in November 1a,64. Meteor. i zidrol.
no.11:61-64 N '64. (MIRA 17:12)
1. TSentrall.-lyy institut prognozov.

77

T3 rial,
7, 1. kiln, i na r. nnul.
!R.-I 18:7)
"Ic: tz klt a.
T-SentrallnYy insUtut

BATYAYEVA, T.F., kand.geograf.muk; SIDOCHENKO T.V. kand.geograf.nauk
Abnormal summ r; survey of summer weather in the northern hemisphere.
Priroda 54 no.10:126-328 165. ()ERA IWO)
1. TSentralInyy institut prognozov, Moskva.