SCIENTIFIC ABSTRACT SIMONENKO, T.N. - SIMIONESKU, K.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

15-b7-8-11508
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 8,
p 204 (USSR)
tUTHOR: Simonenko, T. N.
TITLE: Aero'nagnetic Interpretation of the Top Surface Basement
Structure in Western Siberian Lowland (Ispoltzovaniye
resul'tatov aeromagnitnoy s"yemki dlya vyyasnenlya
struktury poverkhnosti fundamenta Zapadno-Sibirskoy
nizmennosti)
PERIODICAL: Inform. sb. Vses. n.-I. geol. in-t, 1956, Nr 3.,
pp 96-102
ABSTRACT: Aeromagnetic surveys are commonly used for determining
the extent of folded zones and for contouring individual
intrusions in plain regions. First, a contour map of
the magnetic anomalies of the area (the Western Siberian
Lowland) was prepared. The area was then mapped from
the aeromagnetic survey data to the scales of 1:1 000 000
Card 1/2 and 1:200 000. The depth to the intruding bodies was

15-57-8-11506
(Cone.)
Aeromagnetic Interpret&tion of the Top Surface pasement
usually determined as the averaFe of the dept~is determined by
standard methods and also by the integral method of T. N. Simonenko.
The author evaluates the accuracy of determination of the depths of
the bed as 15 percent. 1, description of the structural map is
given.
C a r (1 21 V. M. Devi tsin

SIXONENICO, T.11.
Aereow~petic slirvey-ing abroad. Inform. 9'bor. VS=I no.4:150-
156 '56. (KM 10-M
(Nagnettem, Terrestrial)

ROZE, T.N.
A contour diagram of the surface of magnetic masses of folded basic
rocks in the West Siberian Lowland. Dok1.AH SSSR 106 no-5:897-900
F 156. (MI2A 9:7)
1.Vsesoyuznyy natichno-issledovateliskiv geologicheskiy institut.
Predstavleno akademikom N.S.Shatskim.
(Siberia, Wastern--Prospecting--Geop~qsica1 methods)

15-57-10-14539
Translation from* Referativnyy zhurnal, Geologiya, 1957, Nr 10,
p 193 (USSR)
AUTHOR: Roze, T. N.
TITLE: The Determination of Some Characteristics of Mineral
Deposits by Magnetic and Gravitational Observations
(Opredeleniye nekotorykh kharaktaristik zalezhi po
magnitnym i gravitatsionnym nablyudeniyam)
PERIODICAL: Materialy Vses. n.-i. geol. in-ta, 1956, Nr 8,
pp 195-207
ABSTRACT: The formula of Poisson, well-known in the theory of
potential, unites magnetic (U) and gravitational (W)
potentials. From magnetic and gravitational obser-
vations, it is possible to define the ratio I/a-, where
I is the excess intensity of magnetization and o- is the
excess density of the body. Equations are given for
calculating I/c~' for two-dimensional bodies with vertical
Card 1/2 and inclined magnetization. An expression for I/G' is

15-1957-3-3670
Translation from: T?eferativnyy zhurnal, GeoloEiya, 1957, Nr 3,
p 168 (USSR)
AUTHOR: Roze, T. 11.
TITLE: Depth Approximation to Mugnotized Podies (Priblizhermya
otsenka glabiny zaleganiya numagnichennykh tel)
PERIODICAL: Materialy Vses, n-i geol. In-ta, 1956, Mr 8, pp 208-
223
ABSTRACT: A number of formulas are obtained for evaluating the
depths to magnetized bodies of arbitrary form, using the
relationship between vertical values of the magnetic
field z and the horizontal distance x. The author be-
gins wl-th the asymptotic behavior of the component z
at infinity and with the theorem of Gauss on the pa'W-
sage of a vector through a surface. Having obtained
formulas for bodies of simple geometric form, he then
shows, with numerous examples, their usefulness for
bodies of arbitrary forms. For a two-dimensional layer
Card 1/4 with the lower boundary at infinite depth, the depth of

Depth Approximation to Magnetized Bodies
15-.1057-3-3670
the upper boundary of tne layer may be calculated by the equa-
tion
1im(X2z)-X._
Zdx
The calculation shows that with a definite value x, equal to
only 4h or 5h, the accuracy approaches 3'X-1j, For two-dimensional
layers vilth finite depths, the center of grav.Ity of the section
is
lim(x2z)x
Zdx
where a is the abscissa point on the profile at which Z is the
measured value. To shorten the profile (a necessity in making
calculations), the author found the rellAtionship between the
Card 2/4

Depth Approximation to Magnetized
I "t -I ~i;,7-3 70
magnetic moment of a unit length or a cylindrical I)ody and the
maximum value of x2Z" Prom these he obtained the equation
h 8 (,,2Z) max
Zdx
which is true for layers with thicknesses not greatly in excess
of the depth to the body, Then a formula is obtained for the
determination of depth to the upper edge of a body bounded in a
horizontal direction along the strike but unbounded at depth:
lim(~3z),-~; --) 00
h
Zd -
J4, / Y,
where,R is the distance from Zmax to tfte point of observation.
For three-dimensional laye-.-? of finite thlc~cneS3, the formulas
Card 3/4

Depth Approximation to Magnetized Bodie_-
below are proposed:
15-19b7-3-3670
hc 0. 3 8 IS 11 m /p 3 Z 10 nd hc = 1.04 lim(/03Z )/'3 -1 com-
a, C,
/0 Zd/D S, Z dA
These are obtained by assuming a spherical body. Another equa-
tion Is cited for use when the profile has a finite length:
hc = L91 ~03 Z)max
so /o Zd/a
The application of the formulas is illustrated by numerous
tables and calculations; the defects are ulso indicated,
Card 4/4 G. I. K.

T,%I.I.vinp (AU Sci-.Rr--s Di.-,ti w.,wai'ded sci
d-gree o1 Doc _Ph,vsico-.',,nth Sci for thp 28 Gct ~7 defonse of disserta-
tion: "Problem ol determining thp structure 0.1' Nftm a buried folded
substructure through data of aereomagnetic suripey" at the Council,
Leningrad 9tate Univ imeni Midanov; Prot No 17, 21 Jur, 5B.
(BYVOI 12-58p,23.)

ALESKEROVA, Z.T.; KRITSUK, G.S.,LI. P.F., LITVIIWNKO. I.V.: GSADCHKTA, D.V.;
OSTRDUK)VA, A.S.; OSTXO, T.I.; RAVWKIKAS, O.T.: RDSTOVTSET, R.N.:
SIMNERKO, T.M.; TOLSTIKHIM, 14,A.; MSU, B.S.; BABINTSICV, red.
Tz"8 'N~, I 14A 0 K. V. , t ekh n. red.
ical structure and oil-producizif prospects of the West
Gen lop
Siberian Plain.1 Goologicb"skoe stroenie i perepektivy nefte-
gazonnanoott Zapadn8-Stbirskol niz'mennosti. Po,d obahchal rod..
N.N.RoRtovtseva. Xoskva, Gos.nauchno-tekhn.izd-vo lit-ry po, geol.
i okhruns nedr, 1958, 3qn p. (MIR& 11:12)
1. Leningrad. VessoyuzM7 geologicheakiy institut.
(West Siberian Plain--Petroleum geology)

ROSTMT-SEV, 11.1%; SIMONENK0, T.N.
Oil and gnu prospectine, in tho West Siberian Plain. Genl.nofti.t
9nza 3 no.6:8-13 Je 159- 041RA 12, 8)
1. Sibirskly nauchno-Issledovatel'akiy institut goologil, geofiziki
i mineralinngo nyrtya.
(West Siberlan Plain-Petroleum geology,)
Neat Siberian Plain-Gas. Vatural--Geology,)

ROSTOVTSEV, N.N.; SIMONENKO, T.N.; MUNTSEV, D.F.
Structure of the folded basement of the West Siberian Flain.
Trudy SXIIGGIIC no.1:11-17 159. OMU 15:4)
(West Siberian Plain-&eology, Structural)

(//.2/, *ex)
AUTHORi Simonenko, T.N.
TITLEs The computation of
field from magnetic
problem
29653
S/169/61/000/005/0031/049
A005/1130
the derivatives of a "pseudogravitational"
surfey data for the case of the plans
PERIODICAL: Referativnyy zhurnal, Geofizika. no. 5; !961, 30, abstract 5
A 257. (Tr. In-ta geol. 1. gecfiz. Sio. otd. AN SSSR, 1960,
no- 1, 55"58)
TEXTs Using the Poisson theorem for two-dimensicnal bodies and
assuming the body to be magnetized in the direltion of the earth's field,
the author submits formulae which, for given values of the vertical com-
ponent of an anomalous magnetic field or the values ofAT', enable one to
plot cur*es for those vertical and horizontal components of the said
field that are exempt from the influen,:e of inclined magnetization. These
curves correspond to the and.4 ,ur-qre of the "pseudogravitational"
field. S~_c
[Abstractor's notei Complete transle,ticn.]
Card 1/1
A-r

- SIMOIWIKO. T. N.
Date,,mining the direction Of Mugnetism of bodies in place of
their occurrences. Geol. i geofis. no.2:137-141 160. (KIRA 13:9)
1. Vaesoyusnyy nauchno-iseledovatellekly geologichemkiy institut.
. (Rocks-Plagnetic properties)

MAROCHKINp N.I., glavnyy red.; MARKOVSKIY, A.F., zamestitell glavnogo red.;
TATARINOV, P.M.,, zamestitell glavnogo red.; BELYAKOVA, Ye.Ye.,
nauchnyy red.; GAWSHIN, G.S.., red.; ZAITSEV, I.K., red.; KULIKOV,
M.V., red.; KUREK, N.U., red.; KNIPOVICH, Yu.N., red.; LURIYE, M.L.,
red.; SIMONENKO,--T.N.,, red.; SPIZHARSKIY, T.N., red.; STERLIN, D.Ya.,
red.
[Results of the research carried out by the kll-Union Geological
Institute In 19591 Ezbegodnik po rezulltatam rabot VSEGEI za 1959
g. JAningrad, Otdel nauchno-tekhn.informtsii VSEGBI, 1961. 195 po
(Informatsionnyi sbornik,, no."). (MDU 15-04)
(Geology)

.1 , glav. red.; 1-I;,.RYOV6KIY., A.F. y zam. glav. nad.;
MAROCHKIN K. I. L
TJLIYAI'CV, N.K., zwa. glav. red.; GALESHIN, G.S., red.;
ZAYTSEV, I.K., red.; KNIPOVICH, Yu.N., red.; KULIKOV, I.I.V., red.;
L'~BAZINI) G.S., red.; LURM, ILL., red.; SIMI. I T.N., red.;
SPIZiIARSHY, T.!,'., red.; MIRM!", D.Ya., red.; TATARINI f P.M., red,;
13ELYAKM, Ye.Ye., nauchnyy red.; IMAIMUSHIN, V.A., tekhn. red.
[Yearbook of the results of studies by the All-Union Geological
Institut] izhe.godnik po rezulltatarl rabot VS---7'C-I. Leningrad,
Otdel nauchn.-tekhn. informatsiip 1961. 203 p. (Leningrad.
Vz;,,ooiyzriyi goolo7ichcokli inotitut. InIF'orr"tsioni.,'sbornik
no.14.96) ~MIRA 15--~~
(Geology)

S11,11OPPEINKO ) T. N.-
Use of magnetometric data -for studying crustal deep structure of
platfom areas. Sov.geol, 5 no.8:3-15 Ag 162. (ILIRA 150)
1. Vsesoyuznyy nauclino-issledovatellskiy geologicheskiy institut.
(Earth-Surface)

3/215/62/OOC)/OW/001/002
1046/1246
A-ionen~:o,
T The u,-.c --.f data in studies of the abyssal structure of
the ttirth'-- --nist in platform regions -
p L 1~ I Op 1'~ 1) t-;ovotskaya Ceolln.,,iyn, do. 8, 1962, 3-15
ca' matenitl i ~.:c",!eted by IZ!-*1IR AN =R (Institute of the Terrestrial
the iwwapl.erc zmd i"ropiention of Radiowaves AS U-ZR) all over the =;R
3'iew that tne existence o' thoa c,3~ntinental anomalies cannot be due to the effect of the
(-,,irth's cruat, and V~at the b-havior of the basaltic layer in the crust does not affect
ti;~.- Ji~itribution of th(~ field. The anqmalies detectable on the background
of tint! normal fie.,l or.-Lginate in thermally maenetized geological bodies in
the Cranitic layer; thus, in prine'-ple, the thickness of the granitic layer in the
~arthla cruut on the contInents cem b,i determined from magnetometric measurements.
T*--re are 5 firures and I tabl,-.
1" ard 112

heakiy institut
I
Institute)

DEEMN, V.A.; NALIVKH, V.D.; SII EITEQ,_T_U-_, SOKOLOV, MI.;
SIMBLIESKAY&
Structure of the Fre-Riddle 4urassic basement of the lei'est
Siberian Plain in the light of new data, Sov. geol. 5 no.7:26-40
11 162. (KIRA 15:7)
1. Vnosoyuznry neft~amcy nauclino-issledovatellskly geologoraz-
vedochnry institut. T3080yuznyy nauchno-issledovatellskiy
geologicheskiy institut i Ilauchno-issledovatellskiy institut
-eologii Arktiki.
(West Sibarian Plain--Folds (Geology))

SIMONMO, T. N.
Importance of magnetic measurements in the oceans to studies of the
structure of the earthIs crust.
Title: Conference on problems of marine magnetic mrveys (hold In Moscow in
April 1962.
Source: Ckeanologiya, v. 3, no. 4, 1.963, p. 752

GURAM, F.G.; KAMtNOV, V.F-; 1`17HONOV, lu.K.; NALMO, V.D.;
IIESTE;'OV, I.I.; On-M, I.I.; ROVNIN, L.I.; RGjI0VTSEV,
N.N.; RUDK,--.1d'IGH, M.Ya.; 411~011ENKO, T.D.; SOKOLOV, V.N.;
'IR0FD-',UK, A.A.; CHOCHIA, N.G.; ERVIYE, Yu.G.;
C'I-I,BYSH-KUZNETSOV, S.O., red.; LOKSHINA, O.A., tekhn.red.
[Geology and oil and gas potentials of the West Siberian
Plainy a new tank farm of the U.S.S.R.] Geologiia i nefte-
gazonosnostt Zapadno-SiLirskoi nizmennosti-novoi neftianol
bazy SSSR. Novosibirsk, Izd-vo Sibirskogo otd-niia, 1963.
199 P. (MIRA 17:1)

SIMNFNKO, T.N.; TOISTIKHINA,
Convergence of the Ural MounLai.IIS &nd the Russian Platform.
Trudy VSEGEI 85:131-135 163. (IMU 16:11)

qIMOVNK.0, M.M.
Som charaDtiri3ljr ,i -,f tr4o abysgal at.-! a
of t~je U.S.S.,R.
Sov. gr,~.,il. 8 f10..41"'4, -90 Ap 165. (tGRA '?;7)
1. Vierjopility-1 goologicheskly Institut.

NALIVKIN, V.D.; DFDFYFV, V.A.; IVANTSOVA, V.V.; KATS, Z-Ya.; KRUGLIKOV, N.Y.;
LAZAREV ' V.S.; SVTRCRFnV. G.P.; CHFRNIKOV, K.A.; SHAELDSKAYA, N.V.;
Prinimal ii-chastiye: ZIMM, I-P.; ROZANOV, L.N.; SOFRONITSEY, P.A.j
KHAIN, V.Ye.; SIMONFITKO, T.N.1- SOKOLOV, V.N.; YAYO*vLFV, O.N., gidrogo-olog
[CompakatIve analysis of the oil and gas potential'and -+~;A+-nTcs
of'thp W~st-Sibprian and Turhn-Scythinn p1nitorm-1.1 Srevnitel.1fiyi
anelAz~-rijrUgAzohosnosti i trktoniki Zapndno-'Sibirskol i'Turano-
Sk.Tf6k6fpIit-. Iehingrad; Nedra, 2965. 322 p. (Lphingrad.
Vsesoiuziiyi npftian6i nauchno-issledovatellskii gpologorazvpdochnyi
institut. Trudy, no.236) (MIRA 18:6)

ACC NR, AT6028375'
AtrrHOR: Simonenko, T. N.
. ........
C
SOURCE CODE: UR/0000/65/000/000/0104/0110
ORG: none
TITLE: Anomalous magnetic field and tectonics of the USSR
SOURCE: International Geological Congress. 22d, New Delhi, 1964. Geologicheskiye
rezul'taty prikladnoy geofiziki (Geological results of applied geophysics); doklady
sovetskikh geologov, problems 2. Moscow, Izd-vo Nedra, 1965, 104-110
TOPIC TAGS: magnetic field, magnetic anomaly, earth magnetism, platform, sedi-
mentary rock ) 4~c4 o -P%i CAW
STRACT: This article presents some aspects of the anomalous magnetic field and
~
ectonic structure of the USSR. The distribution of magnetic anomalies in the USSR
is shown on a map compiled from aeromagnetic AT survey data and from airborne and land
AZ survey data. The Earth's uniform magnetization and world anomalies are represented
as the normal field. In a weak field, the smallest interval between the (AT)a
isoline is 100 gammas. As a results of the aeromagnetic survey, certain differences
have been established between characteristics of the magnetic field of ancient plat-
forms and of Epihercy'nian platforms and folded'areas of different ages. The magnetic
field-of Precambrian platforms, particularly that of the Russian platform, clearly
reveals the block character of the folded basement structure. Some blocks of the
basement extending for 100 ka are shown as areas of a specific sagnetic field which
Coid 1/2

L'277213-66 FBD/EWT(1)/El~T(u)/EEC(k)-2/T/EWP(k)/EWA(ht' lip4a) Wff/WQ ft
AP6015429 SOURCE CODE: UR/0051/66/020/005/0853/0058~'~~
AUTHOR i Dukhopel, 1. 1.; Simonenko, T. V.; Urnis, 1. Ye
M
ORG:. none (-I
TITLE: Investigat4ng ~he peak coherence of ruby laser emi sion
4. aw,
SOURCE: Optika i spek%roskopiya, v. 20, no. 5, 1966, 853-858 12-7
7AGS:, laser emission, ruby laser, light interference, laser emission cohirenc*
ABSTRACT: The authors study the integral coherence of laser emission together with
emission coherence at isolated peaks. The sp'ecimens used were 6 cylindrical ruby
crysta.1.9 with diameters of 6.5 and 13 mm measurirg 65 and 80 mm in length respective-
ly with dielectric coatings on the end or placed in a resonator with plane mirro a.
All specimens were oriented at 90 degrees to the optical axis and 4 of the'crystals
had polished lateral surfaces. The other 2 cylinders were frosted an the sides--one
comple:
cely and the other partially. Radiation from the specimen was sent through a
diaphrN3gin with 2 narrow vertical slits and a section of the interference field formed
iias thl3n cut off by a horizontal alit and photographed. It was found that interfer-
ence pitterns are formed at all peaks regardless of crystal quality, the distance be-
tween vertical slits in the diaphragm,or the level of pumping energy. The pattern
contrast is extremely high for most of the peaks. Most of the interference patterns
UDC: 621.375.9: 536
Card 1/2

NUMN I M I=
ACC NRi AP6015429
show a cbar'acteristic relative shift in the interference bands at the individual
peaks. I%Jjjs shift is usually lower at the beginning and end of emission, increasing
noticeably at the midpoint. The shift is Irregular, sometimes taking place extremely
slowly and sometimes reaching half the width of the interference band-in adjacent
peaks. Among the fundamental causes for this relative shift are: 1.-A change in band
width due to variations in wavelength during emission, 2. A variation from peak to
peak in the inclination of the beams falling on the diaphragm with vertical slits,
3. A change from peak to peak in the phase difference between the sections of the
waves cut off by the slits. It is shown that the first effect is insignificant. The
effect of a change in beam inclination on the band shift at the peak is experimentally
confirmed. These experiments.also show that there is coherent interaction between
beams traveling in different directions as well as between beams emitted bi different
sections at the e'nd of,*the laser. In conclusion the authors thank V* P, LiVinik for
directing this w6rk... brig. art'. has: 6figures. (141
SUB CODE: 20/ -SUBM DATE: 18reb65/, ORIG REF! 002/.. OTH REFv. 007/-,
ATD PRESSL,;&&oi
2/2-

Pi'actlc--~ cn virr.:in coi3. P.-c -'.-tek obr. 1C.' nc.!:If: Jr 161.
('~_T A 14:2)
1. W,-::~eslannoye uc:.il i--..c: (7 toii ocl. :-,'-o o on'r ~:rstva
.,O.~', 0*,-)lnst'.
(Sumy Prc,;i.-.c

V., master proizvodotvernogo obucheiiya
Technical cont.rol in a group. Prof. tekhn. obr.21 r.c.11:21
II
~ 161, C-.,11LA 18:,)
1. Prof essional 'no-tekinicheskoye uchilishche Ilo-3, Klintsy.

SIMUIIENKU, V., kand. geogrL..'L'. nauk, dotsent
Famous captain of the icebreaker fleet. Mor. flot 25 no.10:
41-4-1 0 165. (MIRA 18:1.1)
1. Luganskiy pedagogicheskiy institut imen-I T.G. Shevchenko.

-65 E17A d R
L 45386 tVtr(1)/E;T(m)/EPA( V( -.02/9V
~d-l/pe-5/Ps-4/~t
JACCESSION NR: AP5010632 M/004o/65/029/002/0334/033(
AUTHORSt Zababakhint Ye. 1.,(Mbsooir); Simonenko, YL. A. Moscow)
....... - ----------
TITLEt Converging shook wave in heat-conduot
-901URCE: PriklatlriVa matematika i mekhanika, v. 29, no. 21 1965t 334-336
TOPIC TAGSt shock wavep heat conduction, radiation heat transferp adiabstio flows
''a heat ratio, prasoure distribution
IABSTRACT's The temperature;distribution behind a converging shook wave was d
Imined analytically. Fireto the case of a planar wave is considered# and irt the
usual gas dynamic conservation equations the following radiation energy term is
d
included aTI),, . Solving these equations for the halt width S of the
heated region ahead of the shook, the following simple expression in obtained
4D&
(Y -, 1.4) 1.73-10-6 For a converging wave D a JL/r' 9 0-3951 ana thi
resulting expression for the Tnaxi temperature Is gi-ven by
. I " ., *. . I This shows that in, the presence of
"0
M"co nstp6O,$4IRQ-,
'Itheiia-1-conduction 'radiation) the shook wave temperature is finite but arbi-trs'7*

23 as
T 010-2M. jFj6
N6
400. Upoo 'Sd in tm paper. C-
ol
ll'o
_rubber Kol

TOPORKOV, I.D.; SIMOMKO, V.D. (Lugansk)
Calendar of noteworthy dates. Geog. v shkole 25 no-4:96--88
JI-Ag '62. O-URA 15:8)
(Arsenlev, Vladimir Klavo4evich, 1872-1930)
(Voronin, Vladimir Ivahovich, 1890-1952)
(S~dov, Georgii lAkovlevich, 1877-1914)

KARFOV, A.K.; SIMORSINKO, V.F.
~~tlrioia of studying the bydrogen sulfide content of natural -,uses.
r,az.prum. 5 no.':11-13 Je 16o. (KIR& 13:6)
0
(Gas, Natural) (Hydrogen sulfide)

V.F., stur3ldy agronom
Practices in controlling wniteflieu. Zashch. rast. ot vred. i
bol. 6 no.12:33 D '61. (MIRA 160)

-T
A-11MV:3% A.Aj 311101";'N".0, V.P.
Spociilc gravity of formtion wat= no an indlmtor of
!*Ydrodynacdc conditione in Paloozoic oodl=cnto in tho
southowtarn rALrt of the &wnlan lllatfcnu Trudy VIIIMAZ
no. 25:95-102 165o (HIFA M &12)

SIMONENKO, V. I.
Cand Phys-Math Sci - (diss-' "Study on the theory of singular
integrals, boundary problems of analytic functions, and sing-
ular integral equations." Tbilis4 Pub. Academy of Sciences
Georgian SSR, 1961. 6 pp; (Academy of Sciences Georgian SSR,
Tbilisi Mathematics Inst imeni A. M. Razmadze); 200 copies;
free; bibliography on pp 5-6 (12 entries); (KL, 6-61 sup, 195)

SIMDMMO, Y.K. [Symonenko, V.K.]. student biolog.fakulltata; VOR(MIRV.
A.I. [Vorobiov, A.I.I. prof., muchnyy rukovoditall;
SAGAYDAK. I.M. [Sahaidak, I.M.], dots., nauchnyy rukovoditell
Studies on intergeneric vegetative hybridization of tor%atoea
with tho Bolgarokii 14 eggplant. Pratsi Od.un. Zbir.mtud.rob.
149 no-5:183-185 '59. (MIRA 13:4)
1. OdeaRkiy goBudarstvanrWy universitst.
(Tomatoes) (Eggplant)

o I"
0 0 O's 0
all 1, 1-

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t
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r
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Rainn Swl 7. slail fhc~ so .... 1_
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1-111. thr p1mr1l, kltl;ljl~
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CtAl: 111,11t
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LJ .1 V
W 0 090609009099660 00 00 0
1 0 0 0
66664

0000000600 oo
000000000000000000000o
00000
0060096666 00 00

SIMOITMao, Yo.
Tugboat hook with semiautomatic recoil. Rech. transp. 19 no.10:
43 0 160. (MI-RA 13: 11)
(Tugboats)

ALEK-3EYEV, A.G.; SIMUIENKOV7 Ye.A.; C111-1-I'liERIN, Yu.G.
Knurling key gaps in toothed clutches. Mashinostroitell
no.12:27--28 D 16" (MIRA 17:1)
.if

GOLOVIIIIIA, N.V. CHolovnina N.V.], propodevatell; CHWITSEATA, N.V.
[ChernytslkA), H.V.li propodavatell; RUDA, O.Yo., prepodavatel';
PANCHENKO, Z.P., prepodavatell; CLETNIKOVA. G.F. (Olieinykova,
H F I prepodavatell; VIRTELI, L.M., prepodevatell; TAMPCLISKAYA,
A:M: flAmpollolks, A.M.], prepodevatell; ATAMIO, S.T., prepoda-
vatell; OKRWILOVA, I.P. [Okropylova, IE.P.1, propodavatell;
51 0- YBAL S.Vmonezxko, R.M.1, prepodavatell; TSIGHLIKAN,
P.M., propo-aavatell; SHCIBWNLYAYEVA, O.P. (Shchepeliaievs. O.P.1,
prepodavatell; ZAIKA. N.P., prepodavatell; BARSUOVA, M.M.,
prepodavatell; IZAROVA, N.O.. propodavatell; IVCHBNKO, T.P.,
prepodavatell; NIMRASOVA, K.S., prepodavatell; ALIMSEY19YA, P.O.
(Alaksiaieva, P.O.]. frepodavatell; GAVRIWVA, G. (Havrylove,
red.; GORKAVMO, L. orkavenko, Lj, tekhn.red.
[Dreasnaking] Krii ta shyttia. Vyd.6, parer. i dop. Kyiv,
Derzh.vyd-vo takhn.lit-ry URM. 196o. 692 p.
(MIRA 14:2)
(Dressmaking--Pattern design) (Sewing)

sill!0"I'lliKoil Z.A.
of 41,,3 farl,--!tional stuata of tk,~e utc-:,ti:5 in par-
1. k.
tatl-ents ;,;itn prematIlre tx-rrsting rif vaters. Akush. -1 gin. 39 no.33
9 -- -9 6 KY-J e I rE 3 (MIRA 17 92)
1 . 1-7,- kafed-r7 aknsherst-F-a i ginekologii ( ruk-cv~-ditel I - F)rof-
A.G. BUTylin) Kurakogo meditsinskogo instIt-utao

in prrt i.- r,-, i
f Lyle' td V 1j
by .-A oT two-nhannel external
rc);!raphy. Sb-Ir. K-,irsk. n-~. Ini5t, nc.316:2P31-286
(Ivflt~A 1719)

1.
AUTHORt Simonankov, Ve Is ~70
ORGt none 13
TITLE-. A system of program control with correction of the programs Glass 49.,
No. 177762
SOURCE3 Izobreteniya, pr.)myzhlenriyye obraztey., tovarnyye znakip no. 1. 1966p 135
TOPIC TAGSt computer programming, -w*to=#.4f,--=ont k~~, W11ing machinei0#10-
ro;
%t-CkW%-"eCL GLU40WZL+iC. co"+P-01
ABSTRACTi This Author Certificate presents a system for a prog control and for
correcting the analog type program of a milling machines he ormation is recorded
on a magnetic tape and is based on the method of phase modulation, This system
makes it possible to enter a correction into the program in the course of working
the parts (if the cutter diameter does not correspond to the design value). The
correction is accomplished by using a supplementary track with the correction
information for each independent coordinate. The correction information is entered;-
into the program information in the phase accumulator by the cumulative -diff orentia4
phase bridges. This method allows conducting the summation of the information -J
with a phase difference reaching 1800 and insures a minimum of parasitic amplitude
modulation. For correction information it is possible to use the coordinate
information calculated for a cutter diiimeter smaller than the rated diameter
UDCs

ACC NRt AP6005387
D
under the condition that the maximum phase difference between the correction
L-kformation and the program information should not exceed 1800a The fine adjustment
regulator serves to change the dimensions of the part, being processed without
changing the program (in the conversion of a 1800 phase abU-t of the program).
SUB CODEs 09s 131 SU13M DATEt 25jun63
C,rd 2/2 ZC-

OHEVCH- N-1-- K-11~1VyKi:, v .-. t, ,
1 .1; - .1 - !, ~ I .
- F x i(c) 9
X-1 ' 7
, - --,' -g 9 1 3t e w: ~~. *--f :?h-:: :- c i s,.; re a r:g , -'-' -,an . --' '~ r i -1 r* ~, ;
,-,c.!C,,28.-29 0 1 ~C:. I
.-t -1 1~

GOLYNETS, Yu.F.; PONOMARLVA, L.I.; Priniamli uchastiye: SIMLTSKAYA, N.A.;
SI14ONENKOVA. R.A.
Estimating the reproducibility of the results of analyses
of sulfur-containing substan as. Trudy Komamal.khim. 13;
137-138 163. (MIRA 16:5)
(Sulfur-Ana.lysis) (Sulfur organic compounds)
Val
VVI;jj

son"
be
0A
led.. Lou&. I
i the
.f jii;obry U- Ce c UN&N:w mmdw in ii"Wied wilb a
c7: omjW tabs&
wb form the M .
md ono or Me
Wbet is
cy to ths too cas be
to Jw 010-
t
o "A imides. T - JD.
to TIMAh I-
D. it. Ms.
the 01 N.-
D.0 tu Uft%ue--,~

-v
r 5et C', CU3 I'" 'I istofor
ut
0 om rL cuts' eur~i~
x ~ I 't" 1g, .11. ~'fc
r . '
I are,
~~and 1.11.1 gt ir,
w a a 6 L ". "celaris I'
3 Ir,
r~~7 I(sM2). he
apo = tj~~,; )t e "0 cj 'r th
pr Ljc:tjon of vcgL~tabje
il w7 ~p .-I "1
,15 3tul I
L
-phyiictxhein. ch jeterl ti,_ 3 atl tile
COMPORCUt fattY acids of tbe glyctrides of I were detd.

j/Production and Industrial 6f proteins. IV. 61
OrProteocellulose fibers. _(Zdltofor Simionescu. Elena Cal-
Istru, Vasile Diaconescu, Dorel-TeUuiiin~ ~an loan Oprea.
A cad. rep. lare Romdntr, Faiala ra#. S1 udiieercdd PS #iinj.
3,162-Wtoog.); cf. C.A. 49, 8520c.- From an alk. soln. of
kint protein Rad viscose, proteocellulost fibers were prepd. -PtL
p
The appcar.to result from very complicated reactions.
ThZr quality diPands on the conditlons of ripening of the
ro)en and viscose. The optimurn appears to be 24-48
yond this time the percentage of incorporated N
Is lower and the quality of the fiber Interior. N can be
Introduced by org. solvents, but this increases the cost of
.,!production. The dyeing properties of tiat fiber, comparable
to those of wool; axe due to (1) adsorption resulting from the
polarity of the colloid, and (2) chem. reaction between the
active groups of fibers and dye. The microscopic structures
of the fibers are similar to those of animal fibexs. The
new fiber Is 46% stronger than viscose fibers; the wet
strength is higher than that of pure cellulose fiber. Treated
with CHO the fibers maintain their elasticity, white their
strength and elongation. increase. C(. C.A. So. 1426U.
Emanuel Me d'

Rumarl-fa/Ch,~!m4.cal Technology -Chemical Products and Their Application. 'Ynthetic
Polymers. Plastics, I-
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 63131
Author: Simionescu, CriBtoforj Grigoras, Marg.; Popa, Eugen; Stejaru., Grigore
Ins tAtution: None
TItle: Industrial Utilization of Vegetable llrotein:i for the Production of
Plastics. Communication VI
Original
Periodical: Consideratiuni asupra obtinerii si industrializarii proteinelor
vegetale mase plastice (Comunicarea VI). Studii si cercetari
otiint. Acad. RPR fel Iasi, 1953, 4., No 1-4. 245-256; Rumanian;
Russian and French resumda
Abstract: On condensation of vegetable protein (for example from sunflower or
pumpkiii waste) in strongly acid medium with formalin or in a weakly
acid or weakly alkaline medium with furfural a condensation product
is obtained from which a plastic is produced by mixing with plasti-
cizere (glycerol, tricresyl phosphate, dibutyl phthalate, Na-butyrate
Card 112

Rumania/Chemical Technology - Chemical Products and Their Application.
Polymers. Plastics, I-
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, '03131
Abotract: etc) and filler (glass powder, graphite, carborundum, etc). Fabrica-
tion of articles from these plastics is effected at 90-1201 and pres-
sure of 700-800 kG/=2 (for 10-60 minutes). The articles thus ob-
tained have satisfactory electric insulating properties.
Card 2/2

N ES C CR I STO FO-R
'
~ i
t
a
ffo
iloght on- tellule" I
-
X
~

il vDel. Aca
t
a
imionescu atbd. EmAnod
'
4
J
i
`
r
2 ~
~
s rce Y lWolf. 4. N
o
I
S77
IVRM M414 14 I.Ma
1
1
;
r
a
of uft
vio
light oil cevul(~e Ks.
(10M).-The effe
c

d on a filter paper %vas studied. Various tests of the
n'
a
inhibition with antioxidAnts (1) in a1c. soIns. did not show
modifications whichcould be rellected upon its Cuno. or the
a-cellul-ase content of the VMples. I did not evidence an
indepeadent phatoclicua. reaction, in presence of 0, or a
classical oxidation process, such as the Oa effect on cellulose
resulting in ox)-cellulose. The effect of 0 on modified
glucosidic links decrease its polymerization rate or increases
the Cu no. The practical results consist in the use of I in-
documents or papers for special use and in the cclluldse-
t"tile industry,

OP-TL
t.1"! -Ly to obt-tin -ind
~~'t)rl '-ct tr~! al ~)votei e mlut-)ns" ri. 1~3-
slJourn'd on is~uel ~y tile I~Lsi BrLncii, Riurtnl,:n Ac-dermiy; wita French 'irii
-111~~P17 CEO, IOL. 5
-.,u:xtlerlyll. (SMIlill Sl S: -1 no.
SO: %-Ionth '-.,,r L! - t A ~3cei3 ' -~wt ,(E70,L), LC, 7ol.4. Tio. 5, May

7,!," ' , : .- : ' - ', I ~11*)T,,! , ':~' . - -~'F L) ", D.
0 n v IF" ri-~ I i tni or,
VDarnml on -.,Cienca ic-lie'l by
R ~'T, ,ch iri,l 7irurterly". kS'~IU 11 -1
7,:,! .. 5, !lo. .1/!, J I-n./jul'i J
30: 1.: on t:i v Li LC, llol.!;, NO. 5,
I ,- 1.
ll~ 5,

R Um
study anif
cle a
Spa CAU%lrU.- DMt'
'-petcrMfl: mars"reta Otigom# and 1(min Opres (Umar
Pulytech. Inst., Rumania). kev. chip". (Ducfmmst) 6
No. 1, 7-19(1955).-A dismsion on the aplOmbility ;I
2w-h by~jwvducfs as villi cakes, xlaughterboue b1nmi. and
lintizie wateri in the paper,.fibLr. plastics. and glue Indus-
trieg. Gt~rard AuflegefI

a of. Of
d Nik
i
p Ing length of SM. MA 8140 m.; din To
6n
d 34
h
b
i
f W
50
H
l
U
4 4a
d
0
o e oy-
op an
jouy, Moldavia, Romania). L'Umash. r .. triess o
ues
, an
r
va
. An
, 0
;
g
,
P
5.0,-,and4.2;r mparable vabies for the melamilite-Utated I
30, Q. 1i -100955).-The Muence of additives (slie;
45,
an a the aging of paper was studied. A bleached samples were 66M, 68W, and WN; 01 106. and 97;

49, 48. and 45; and 4.4. -. and CU. bleached sulfite
sulfite was sized with various materials and artificially aged, (45* Schopper-Riegler) sized with 0. 2.5. &M 5,0% roan

under a quartz lamp (330-750 mp) at 25' and 65% relative
di
idit
At 0 h
I
ti
U
d
i
h 2
8
h size. aft 0 aging
er = a breaking length of 457215010. and
4604
d
b
f 293
388
b
i
d 317
h
f
e
um
rs.
rra
a
w
t
.
on, paper s
y.
%
Be"oid rosin size and 2S, 6.0, and 8.0170 chlorinated parat- -
ou
t
tness o
m.;
la o
. an
.
;
g
46, 45, and 47; and V11 values of 7.2, 6.5, &M 11.41: ciarre.
fin had a breaking length of 5344, 4918, 4160, and 5WO sponding vuluesafter 10 bri. aging re. 4170, 4300, and
m., double folds of 44. 57, 98, and 192; brightness of 45,
44
nd
H values of 5
2
43 and 44
4
nd 0
8
8
5
5 3980; 74, 58, and 71; 41, 41, and 42, and 6 8 6 0 and
* Y2
fte
20 h
38W
SM4
B
d
d iR6
5
0
.
.
.
.
, a
;,
.
, a
.
,
P
after 1b lirs. irradiation the breaking length "as 4720, 4020, .
a
rs. were
; an
x
, an
,
.
;
,
and 10; 40. 41, and 41; and 6.5. 5.9, and 6.8, resp. A g
3297, and 39W; double folds 13, IS, 0. and 20. brightness: was less severe when the paper was sized In alk. medium.
119, 35, 35. and 35; and pH 4.8, 5.5, B.B. and 5.8; after 20
s
h
i
th
ki
l
4320
b
h
3530
3M
d and the PH drop was less, c pared with siting hi acid
di
C&
5
5
Th
dd
f fill
7
r
e
rea
was
engt
. ag
ng
ng
. an
,
,
a730; double folds 5, 4. 5, and 11; brightness 36, 33, 33, -
me
n. o
.
e a
ers (4.5-
um .(pH
).
.5%
clay pickup) Old not have an appreciable influence on the
and 34; and PH values 4.0, 5.5, 5.4, and 5.4. hia
t IA
"
-
(6070 bleached sulfite. 50% Tag stock) was sized w
%,
rosin and 2.8% melamine resin and'irradiated. After aging Of Paper sized In &1k. at acid medium. The addn. of
rag stock to a sulfite furnish resulted in less severe agiag.
0, 10, and 20 hrs. axing the rosin-treated paper had a break- John Like KI!ZL.._

j

Chris-
The fractionatWo of celltil a with sulfuric acid A 2-

.
)for Siuiioat5tjia'4'tdj' it a istru ( lyte5b. If 1i
)
K
~2
I
k=tL-K'MTMTMTT.- Adser otsc . a. e 1
1
ech. 7. 17,1-5(lo
-
h ). C-
er ivot
-Cotton, rayon, anti ot
jil celluloses are pretreated
0.5 Jar. With 50% If-SO, At room tenip., then at -200' am
added to sufficient 72% 1 IiSO, to bring its conen. to W-3%
(e.K.. %viteit43ce.,'A)~'ol[.SO,iiiuskct theinixt.ismadcup to,
IOU cc. by dropivisL uddra. of 721%' IGS0. at -W*), the mliat,
is kept wills omasioaud shaking 0.5-1 hr. at -20* In it re-
frigerator, the conen. of the 112S0, in the filtered sol 'it. is
field., find the soln. divid,:d into 4 portions and dild. witli
11.0 to II:S04 cotic"s. of 15. 30, 35, anti 40%. The pl;td;
cellulose fractions are filtered off and the cellulose content of
the onginal soln., in the ppt!i,, and in the filtrates is detdi
;according to a modification of the Bmy-Andrews method'
(C.A. 17, 1714). The results are given In several tables.

'
Of thc cotton (in 6d.5% 14500 0.30. 3.82, and 8 5% resp,
is dissolved; of the filter paper (in G2.a0% HjS0
5 0.4. Toil -
and 3.47%, of rayoti pU?l (in 01.5% Il*S0.) 4.57-7.08'
0.0&-7.FA), and 0.4-14.93 0; anti of 2 wooil celluloses i4i
paper (in 02.5% IItS0j, 8.32 and 2A, 9.29 and IL03,
and 10.00 and 13A%, resp. Twit! 6L.'7- -11tag(I Gl~ the
Illethotl is that oiily 3 fractions ure obtained becautLe of,
ttifricultiesiiitliefiltmtinitof the ppv.at acid concris. ofbvtr
45% and of the necessity for such low temps. in orckr to
prevent it delknidation of the Lellulox. F. B. 11muns

L

: Callstru, E.; SLTionesc u, N,-- Simionescu,C.
T It L 1, : RLu-, an 'A. un,
1 it' Soue Fa.,;; c-,s Afl' ecting Viscose itability
S-~ud -41.1 si. cercettarl sti lnt, Acad. APR Fil. la
si Chim ,5- ',151
lc
-7) No 2
149-190
7
., 1
l
, ,
,
Slucy o- P-Inetics of v'~,cose z"pening at
L
Llr=-,r,-Iluel:l tcmTeraturp. anci or. actlon of different additives
j :-esu't- wc,--c e-,-lua-ee on the basis of chariges in ripeness,
I vl.sci sAty, a rid degree of ester i "icat'or.. 't was foLLnd that
of vl.~Ic---ctte T, ::L-,: well as of sodlum sulfide and
'AleFll re"a.-as of viscose: at the same time no
I changcs -IrE cbscrve(l ij-, ~.he phvsico-chemical indices of the I
fiber is confirmed by experiments at the
"Filatura Lupen' factory. Kntioxidants do not interfere
with colloidal-chemical ripening Cystin and acetamilde are
accelerators of the process of of viscose solutlon~-

r t.

r ,n

'13
" ,
'
~

~ :~ f. -)
, ~t
or
L r-
~
C-11 q 11 7 an n

r t6 t pr,::c;.-ajr-ts user, C-
,
i t a or
r t: p " -1 1
r r
rat
"
' -
t
! :~
' I ' ")4 r y tv
9'A I
.
c r, of

)IT- f r:lc IOTI C t 1 4r t he c e I u I c
t -ia v. r eu t ;L ur, 0 t h I *rc>m ol.1 -'Z"
ilbus rf -i ~i eo a.: h t3colverit

CS-11"INTIRY
CAEEGORI
593?1
xrr-.t -o!!3 i'n t_tr-e.~ c
t I. On of a f *, bers.
;3 used , ~ne YiC, are more acntra~ aly le ce~r-
ljit,, autnorkit node ttie dt!airjbi.1_4t.v of us-
n a t hi r. m t 11 od f t4 S 04 ? t h e c om pa r J. a a r- o f d
Uel*i.,~-t!- of witn c~tlaj.oa-!s prodije~-:d abroad.
lFive z:J10"cl thac tne 1;
L PrQ- t~':26 "t s e t (-!-m -,A tjy 'n~t p-? -- ea
40. '~o i oils 0 f
U, e t~ d :;j ?'- au- 9 1,- 4r a no 1 -.rmo t' -1 z8 -

RUMM chemical Technology., Chemical Products and Their H-24
Application. Chemical Wood Products. H7drolysis
Industry.
Abs Jour Rof Zhur - Khimiya., No 5., 1959., No- 17067
Author cu ~0* - Feldman., D.
Inst Not given
Titlo Investigation of the Prlmrv Hydrolysis of Roed* Part I
Orig Pub :Bul, lnst* rolitehn. Iasi, 1957, 3, No 1-2, 91-100
Abstract :Experinonts pertaining to the ;r1ma y hydrolysis of
hemicellulose, that follows hydrolysis of cellulose.,
were conducted, A stem, portion 'between the knots of
rood was used aa raw material, Hydrolysis was performed
under laboratcry conditions with vater, having ratios
varied in the following limits: 1:2; 1:5; 1,10; 107.5;
1:4; 1:2, and ;rossuro from 5 to 9 at=, while the time of
process was ho3d constant. The hydrolyzed vatorial yield
Card 1/2

SIMIONE'a6.4, [Simionesca Christophorl (RtuxWnskaya Narodnaya RespublikA);
- "MONOW&f.
:jiLISTRU. K. Ecalistrti, Constantin] (Rumyna)atya Narodnaya Respublika).
Sciontific cooperation of Russian and Ru-nnian chemists. Vop. ifit,
ent. i tokh.no.4:172-178 157. (MIRA 11:1)
1. 13blon-korrespondon-, All Runqnskoy Narodnoy Rospubliki (for
S 1;i:; nno nau).
(Russia-Relations (General) with Rumania)
(Rumania-Rolations (General) vith RuE;sia)

R171,A1;IA/CheLica1 Tc,,!hnolo_V. C.1jemical Products and Their X-5
&-plications. Cellulose and Celluloce Products.
P:...3r.
Abs Jour: Ref Zhur-'.Oiim:~ya, 31958, No 1, 3283
Authoz Si.,,lione7-cu, Foldran, Grigoras
Inst
Title Lipin itsfermination in Reed by Klacon's Method Modified
by F - P. Xomazov
Orig PLfb: Celulosa si hirte., 1957., 6, No 2) 51-53
Abstract: It was ~istablished that the Klason-Kc,,mrov method
won applicable to lignin determination in reed pro-
vided that ce,,,tain modifications proposed by the
author be int--oduced.
Card 1/1

,q,taoiascul-C.
"Some current problems of macromolecular chemistry discussed at the 9th
Conferenca on Physics and Chemistry of 1,1acronolecular Combinations, held
in Noscow in 1957. It
p. 376 (Celuloza Si Hirtie) Vol. 6, no. 11, Nov. 1957
Bucharest, Rumania
SO: Mlonthly Index of East European Accessions (EEAI) LC. Vols 7, no, 4,
April 1956

Sr' TCY:EX, !'I C . ; C4 I ' T F?!" 1- .
Life Snd works of Petru Poni. p. 13.
ST'UDTI SI CERCETARI ST113ITTFICE. CHI RCE .Iasi, %m=ia
Vol. 8j No. 1, 1057.
Monthly List of Fast European Accession (EEAT). IC, Vol. 8p No. 9, Sept. 1959
Uncl.

lLbs J u,, :flu-1 Zhu-,--KhirniYi J'_
61 19 59 7 22002
Autho-27 :ks-indei, Y., Vasilin7 Gh ;~' Simionescu, Cr.
Inst Rum;~niairi Acadeoyq Iasi B .n-c
Tltlo Th.- 11,:~dioactivity of Thariu.2. and Uranium
Compounds of CarboyY-methylcollulose.
Orig Pub Studii si cercetari stiint. Acad, Krt Fil.
Iasi. Chim.7 19577 8, No 1, 201-210
Abstract For investigatin,-, thu structure of cellu-
lose -and its derivatives, a method Yjas dr--
valopi~,d for dutc!rr-iining thc- d-,gree of re-
placemoat of colluloseglycol acid by means
of the utilization of th,~ natural r,-~dioac-
tivu properties ol' thoriu,'I and uraniui-ji com-
pounds of cnrboxyraothylcullulose, 1,lso, an
Card 1/2

Obta"rung cellulose in Elgh yield. V. Diaconescu, Erkinuel
Poppel, Ljh. hichitus, zrna iss, Elena Calistru, t)orel
0. 1--ataseJ h. Ariandei, 6h. hozmamn, and Gristofor jimionescu.
Bal. inA. politeh., asi (N.S.) h, 2lJ-2tM5~-,).--4fii;h yields of
celtulooe (up to 0'5'~) are obtained by digesting bhOtj kg. wood
witn ~.affl (510 1, -1
'r 70 kr,. Pza2S, so th, t the total alky.
is 1'.2;, (on the wooo oasis). The so-c:iLlea active alky. is
U-bTZ. 'Ihe digestion reqUirea 2 hours and .10 min. aL rax. press-
urr-, ruriiitaimm, tltlz~ !or anOLhLr lu tan., degassing for 5 run.,
Lna then wshin,g for C- hrs. The pulp contained 17.5(j"I cellulose,
13.t.,.mn, b.30,-, penLOSan5, anQ a-celLUlose.
Vella Ppecht-riorowitz

7002
7
.
1% Z I J
~E* u 0,
.1 n I na 1. 1 r e 4
;.Zi,:~- 0-, Paper
1 ms Pv I.A. t e c`ir j. ~4 r; 1 2 -2 1958;
'2L '~on !h~~ of
r,~ o" unpiescse,! 4rd ~re~c,-ed
,v:. tth 8,--;c .,i b J.;:-3 oy t!if- -na -A thoct
Ya.-Irmf methc,,J, and u~i meLftr)d .EM)
~Owprlred. in tI.& EK the re6ion of capillary
'ry the so-lo~Jtof, -&n& the regiva of
ftini~tration into tho zpicc Eaicl
C.- q t;.1 d 1~ E-1 .A ra J' e j EX a. is 6,-~ 2 r, f ou n -a t o
J)oIe for f.,`iA4 #-vu1uat-:an of 'hp. vaality of
,:r".,r-t,s whicb ~:,, nc t r'jffer earked-
ly iz degree of
1. -e- in d.'Utgram of tta -:q~pa-i-atus I's given.
Frox authorel suceary
RUWINJI,/~l,j~)c! Chc~r-,Jcal ProcAuction. HyOrolysis Industry.
Ats J~)ur Ref Zhur - Khirniyn.- No 19, 1958, 65652
Author Simionescu Criszofor, Simionescu Natalia
Inst
Title Determination of Li-3min in Reed by the Kyurshner ane
,Oliveytspakherovaya Method.
Ori(; Pub Ccluloza si hirtie, 1958, 7, No 2, 71-72.
Al-stract On the basis of an experimental comparison with the
Klason-Komrov methodj a conclusion has been made con-
cerninG the possibility of the utilization of the
Kyurshner- shveytspaklicrovaya method for the detc=iz-a-
tion of lignin in reed.
see RZhKhim, 1955) 19089, 29285.
Card 1/1
19
au7cnor SInIonescu, Cr., Calistru, E., Faldman, D., Simionescul N.
Inst -w
Title Cellulose from Reed, Its Chemical Processing and the Pro-
duction Therefrom of Synthetic Fibers of a Viscose Silk
Type.
Orig Pub Celuloza si hirtie, 1958, 7, 110 5, 171-177-

v 1, 1 n~ I I.- I r~ I - S' ~-I; p7ni c 1 Pro. lie
-n
-It S . ~'e I I I I I ') s p n ild I
T- '!3
YI 24
I Q
s, s c i I i -, t r i i
7 V; -ze r, I oso, T)Prj --erl from Reed
('oliil . si ~i4 rti e, 7957~, R. No 4, 1 j 1-117
z e fl o n p i v o 9 t i frsA n of mnr-lbolopical
'mrld on in tTln deur- of
p V'11 0 1, r) of ir -crf-iol km(-A tes c, f -,-,?(I
? () s (-. ( V%"' ) , !. ~~I~ Coil 0 -.Zinn vrits
e r c, e (' ot infi~.ri or
VC ~.nmlitv is -)
C e r 't. f-!, fr,)T:, wpoA -10n, TVr-, mor-h)ln-
I '-trlint')re V.Pf, invpStigg-tec! T-'v 1hp 1~.
Fr 80' H-11'04
.9 i -nntboO, emnlovin for thp
WOW] ',C "I'l "".' 1!,70'04 for the re.-?d VC, -,s well
-.s witb ",0.11 P~jf'Oj. Tbe rlt-~,ree of -n1vmori7. a -
D,- ri %-a ti : e s. Pf: ner.
"J
.1 - 142

11C.
T T L-P
I I rR~T 7atirm wp-a rrox !zn,110.41 ifics in
'31,04 t~%d by -3-,ecial frFctimitu ior, met~cd
,;,f t!,e soliiLinns, r~,-v-lovarw tht- rreci-itation
Inw that, -insnres
ility of findinr criteri% for the c1na
of on the fra-
t i s nt e r i r r, n I ri o t, 6v. ri 1, h 4m -i rd ta I
if t,!I(,

SIMIONMSCU, Cristofor; F=MAN, Dorel
Study of the prehydrolysis of reed grass. Note III. Studii chimie
Iasi 10 no.1:79-88 '59. (UAI 9:5)
1. Filiala Iasi a Academiat Republicti Pbpulare Romine.
(Grasse@) (Wdrolysle)

SIMIONESCU, Cr., prof; CALISTRU, Elena; SDUONESCU, Natalia
Studies on the lignin extracted from a beech tumor. Studii chemie Iasi
10 no.2:303-309 '59. (EEAI 10:1)
1. Redactor responsibil adjunct, Studii si cercetari atiintificeg
Chimie. Membru correspondent al Academiei Republicii Populare
Romine (for Simionescu, Cr.)
(Beech) (Liviin)

5IMIONESCU,_Cristofor,__prof.; DIACONESCU# Eleonora; FELDMAN, Dorel
Contributions to the knowledge of the chemical composition of reed.
I. Esters of glycerin and higher alcohols. Studii chemie Iasi 10
no.2:311-321 159. (EEAI 10:1)
1. Redactor responsabil adjunct,
dhirde, Membru correspondent al
Romine (for Simionescu)
(Grasses) (Glycerol)
Studii si cercetari atiintifice,
Academisi Republicii Populare
(Esters) (Alcohols)

SIMICNESCU, Cristofor, prof; GRIGORAS, Margareta
On the variation of the main chemical components of some species of
Rumanian trees. Studii chemie Iasi 10 no.2;323-337 '59. (EEAI 10:1)
1. Academia Republicii Populare Romine, Filiala Iasi; Insitutul de
Chimie "Petru Poni.0 2. Membru corespondent al, Academiei Republicii
Populare Romine (for Simionescu)
(Rumania--Trees) (Cellulose) (Lignin)

-!A
:~7)~ 14
of
r r c s c u
rA -~-i
a i t ~:p a
r s

SIMIONEM, Kristofor Z. [simionescu, C.], Prof.
Paper made of reeds. Mauka i zhiznl 26 no-9:33-34 S 159.
(MIRA 13:1)
l.Chlen-korrespondent Rumynskoy AN, rektorim-weduyushchiy kafedroy
tsellyulozy, bumagi i iskusstvennogo prirodnykh makromolaku.1 Yasskogo
filiala AN.
(Rn-nia--Paper industr7) (Reed (Botany))

SIMIONESCU, Cristofor; DLWONESCU, Eleonora; FEIJ)KAN, Dorel
Contribution to the study of the chemical composition of reed. I.
Esters of glycerin and higher alcohols. Rev chimie 5 no.1:57-65 160.
(EEAI 10:2)
1. Section de Chimie Macromolecu-laire de l'Institut de Chimie "P.Ponift
de l'Academie de la Republique Populaire Roumaine, Jassy. 2.
Academie de la Republique Populaire Roumaine, Membre correspondant de
lgAcademie de la Republique Populaire Roumaine, Comite de redaction,
Revue de chimie (for Simionescu)
(Grasses) (Esters) (Alcohols) (Glycerol)

SIMIWESCU. Cristofor, prof.i ASANDEI-CERNATESCU, Agata
On the chemical composition of some lignecus species of Rumania
(Pinus nontana and Juniperus communis) Studii chim Iasi 11 no.l:
87-96 '60. (EEAI 10:3)
1. Membru corespondent al Academiei R.P*R., Comitetul. de redactle,
Studii si cercetari stintifice, Filiala, Iasi, redactor resp.
adjunct (for Simionescu)
(Ru.mania--Pinus mentana) (Rumania--Juniper)

SIMICw,ESKII K. [Simionescu, C.1; KALI.STRU, E. (Calistru, E-1; Simionesku,
-~---Kat~hya (Simionescup Natalia)
Study of some chemical changes during the development of the
tumors caused by Bacterium tumefaciens. Rev chimie 6 no.2:
235-243 161.
1.()tde:Lea*o prirodnykh makromolekul Khimicheako& instituta.
"Petru Poni", Yaskiy filial Akademii RNR 2. ChAen&dorrespondent
Akademii RVR. Membre du ComitA de r4dactiont "Ibwe do chimie"
(for C. Simionescu)

SI14ICI`.ESCU,Cr., prof.dr.ing.; CAIJSTRU,E., ing., candidat in Sitiinte
I-ehnice.
Comparative study on the chemical pulps from Arurdo-donax
and Phragnites communis. Cel hirtie 10 no.7/8t268-276
Jl-Ag161.
1. Membru Corespondent al Academiel R.P.R. (for Sirdonescu).

POPPEL, E., ing.; DIAC(X,'ESCU,V., prof.ing.; SUITIMESCU,Cr., prof.draing.
Chemical, technological, and energetic research in the field
of high efficiency sulfate pulpso Cel hirtie 10 no.9s322-328
S161.
1. Membru corespondent al Academiei R,,P.R. (for Simionescu).

SIMICNESCU,Cr., prof.dr.inge
Present problems of cellulose chemistry and technology. Gel
hirtia 10 no.10037-341 0161
1~ Membru Corespondent al Icademiei R.P.R.

SIMIMIESCU,Cr., prof.dr. ing.; CAIJSTRU,E., candidat in Stiinte Tehnice;
MIHAILESCU,S., ing.
Chemical cellulose obtained from read (Phragnites comminis)
grown in the Danube Delta. Cel hirtia 10 no.10041-350 0161
1. Membru Corespondent al Academiei R.P.R. (for Simionescu)e

GRIGORAS,M., ing.; ASANDEI-CERNATEM,A., ing.;_SIMIaNESCTJ,Crep profedre
ing.
Some obaervationo on the main componenta of century-o2d treem.
Cel hirtie 10 no.109355-360 0161
1. Membru Coreapondent al Acadamiai R.P.R. (for Simionescu).

SIMIONESCU,Cr, prof. dr. trig.; POPPEL.Ev, lng.;RCZMATIIN, Gh., ing.
Aspects of the photochemical and thermal degradation of some
pulps and paper products. Gel hirtie 10 no.1.1008-403 Nt6l
1. Membru Corespondent al Acadmiei R.P.R. (for Simionescu).

SIMIONESCU, Cristofor, prof.; CALISTRU, Elena
Studies on the chemical transformations during the development
of the tumors produced by Bacterium tumefaciens. IL Chromato-
graphic study of sugars. Studii chim Iasi 12 no.2:227-232
161.
1. Institutul de chimie "P.Poni," Sectia de chimie macromoleculara.
2. Membru. corespondent al Academiei R.P.R., Membru al Comitetului
de redactie si Redactor responsabil adjunct, "Studit A
cercetari stiintifice, Chimie" (for Simionescu).

SIMIMESCU, Cristofor, prof.; SIMIONESCU, Natalia
Chemical transformations in a tunor of Prunus cerasifera var.
mirabolana. Studii chim Iasi 12 no.2:233-239 '61.
1. Institutul do chimie "Petru Poni" al Academiei R.P.R.,
Filiala Iasi, Sectia de chimie macromoleculara. 2. Aambru
al Comitetului do redactie si Redactor responsabil adjunct,
'IStudii si cercetarl Btlistifice, Chimie" (for Cristofor
Simionescu).

SIMIONESCU, Cristofor, prof.; CALISTRU, Elena; SI/11GNESCU, Natalia;
HRIHOROV, Marta
Action of antioxidants on the process of tumor growth in
vegetables. Studii chim Iasi 12 no.2:241-249 161.
1. Filia Iasi a Academieie R.P.R., Inatitutul de chimie
"P.Poni," Sectia de chimie macromoleculara. 2. Membru
corespondent al Academiei R.P.R., Membru al Comitetului de
redactie si Redactor responsabil adjunct, "Studii si
cercetari stiintifice, Chimie" (for Cristofor Sindonescu).

R/003/61/012/009/003/008
go I D E7004 D019/D105
AUTHORS: SimioneE2!,. Cr., Professor, CorreNponding Member of the Rumanian
'Yc_a_rem_y, Nef&Fan, D., instructor, and Vasiliu, Cleopatra, Assistant
TITLE: Cellulose and graft cellulose derivatives
PERIODICAL: Revista de Chimie, v. 12, no. 9, 1961, 525 - 538
TEXT: Based on a great number of Eastern and Western publications, tile article
presents a comprehensive description of the synthesis and properties of graft
copolymers. The authors studied copolymers based on (1) chain transfer; (2) for-
mation of reactive groups in the primary chain and (3) formation of active centers
in the primary rhain. The first method is based on the solution of the (A)n
polymer in a suitable solvent, in which the polymerization of tile D monomer is
conducted. The basis of the second method is the presence in the chain of the
primary polymer of a reactive functional group capable of initiating the poly-
merization of any monomer, Primary chains with macroradical characteristics may
also be produced by mechanical destruction, supersonic vibration, electric dis-
charges, r-radiations, etc. With regard to these methods, the authors refer to
Card 1/6

2700~ 11/003/61/012/009/003/00lr-
Cellulose and -raft cellulose derivatives D019/D105
0
some Western, and the following Soviet-bloc publications: A. Chapiro (Ref 5:
Mezlidunarodnyy simpozium po makromolekulyarnoy khimii /j-nternational symposium on
macromolccular rhemistry-71 Mo3cow, 1960, section 111-a, 156 - 163); A.A. Berl-*.n,
A.G. Kronman, D.M. Yanovskiy, and V.A. Kargin (Ref 31: Vy.,iokomolektdyarnyye
soyedineniya, nr. 12, 1960, 1839 - 1844)i H.U. Usmanov (Ref 4: Nezlidunarodily)
simpozium po makromolekulyarnoy khimii, Moscow, 1960, Section 111-a, 344 - 348);
H.U. Usmanov (Ref 6: Mezhdunarodnyy simpazium po makromol.ekulyarnoy khimii,
Moscow, 1960, Section 111, 170 - 1.75); I.P. Losev and E.B. Trostyanskaya (Ref 7:
Khimiya sinteticheskikh polimerov Csynthetic Chemistry of Polymers7, Goshimizdat,
Moscow, 1960, 188 - 192); M. Imoto (Ref 9: Khimiya i tekhnologlya polimerov
rCheidstry and Technology of Polymer57, 2. 1957, inlitizdat, p 131); M.S. Akulin,
N.I. Parlashkevich and I.N. Kogan (Ref io:Plasticheskiye massy, no. 6, 1960,
2 - 3); and, H.U. Usmanov and C.A. Azimov (Ref 16: Vysokomolekulyarnyye soye-
dineniya, no. 10, 1960, 1,459 - 1 `462). In most cases homopolymers form conco-
mitantly with the grafting reaction. The kinetics of these two simultaneous re-
actions could be studied by separating the individual polymers from the reaction
medium. Such %Uidies on the grafting of :3tyrene on polvisobutene were conducted
Card 2/6

27004 R/003/61/012/009/003/008
Cellulv;ic and graFt cellulose dcrivatives D019ID105
by -1. Sebbiai-Danon (Ref' 21: %Iezhdunarodnyy simpozium Po makromolekulyarnoy
khimii, Moscow, 1960, Section 111, 177 - 182) and several other Western scien-
tists. Chapter 4 of the article dealing with the production of -raft cellulose
copolymers, was presented at the plenary session of the institutul de chimie
11P. Ponill (11P. Ponill Chemical Institute) at the lqi branch of Rumanian Academy
on June 4, 1961. The synthesis of copolymers grafted on cellulose chains or other
polysaccharides is treated little in the literature. The authors refer to a few
Western publications and to H. U. Usmanov (Ref. 4). To obtain cellulose products
with well-defined characteristics, the authors have grafted polyacrylonitrile
or, a number of cellulo.,;e derivatives, e.g. carboxy-methyl cellulose (DIC) with
-I- = 0.9, by using for the initiation of the reaction energy produced by ultra-
violet rays, ultrasonic waves, X-rays, etc. As to 'grafting of OIC, the only
literature known is a paper by Z.A. Rocrovin, V.A. Derevitskaya, Tun Suni, Veigan
Chizhan, and L.S. Galbraikh ZA-bstracter's note: the last three names are written
Suni Tun, Cijan Veigan and Galbraih in the Rumanian original7 (Ref 33: Mezhduna-
rodnyy simpoziwn po makromolekulyarnoy khimii, Moscow, 1960, Section 111,
302 - 308) who obtained grafted copolymers of' CMC and polyenanthalamide by co-
polycondensatioo. of the riethyl ester oi amitio-enanthic acid with the methyl ester
Card 3/6

27004 R/003/rol/012/009/003/006
Cellulo.;e and graft cellulose derivatives D019ID105
of CMC, or of the CM amide with the methyl ester of amino-enanthic acid. For
the production of graft cellulose derivatives, 30 - 40-A-thick CMC fi-Ims were
introduced into a slightly acid aqueous solution, containing the monomer and a
ceric salt. The polymerization of the monomer on MG chains was achieved under
the action of energy sources mentionid above. The grafting of' the cellulose
and of its derivatives presented a topocimmical characteristic. The DIC-copoly-
mer, whose homopolymer has been removed by rinsing with dimethyl fonimmide at a
normal temperature, is a brittle product, less transparent then the initial CHC
film. The grafted film begins to turn yeUow when heated to 1700C. At 2100C
its color changes to dark brown and at more then 2200C it deteriorates consi-
derably, while at 2450C the material. will be fully carbonized. The graft co-
polymer is stable against 8Q~-sulfurir acid solutionj. In 90%-sulfuric acid,
a viscouj solution of grafted carboxy-methy! cellulose is produced which can
be re-precipitated by dilULioll. By increasing the grafting degree, the sta-
bil,ity of ZZ:111(jIg increases also against 90r%-sulfuric acid. The grafted poly-
iner dLssolve3 in 37%-hydrochlorif: acid, no viscous solution being produced. It
is insoluble in 5~3%-phosphoric acid and swells under the influence of con-
centrated solutions of 80-90%-H 3P0 4' Evidpnce of the formation of a chemical
Card 4/6

IM4 R/003/61/012/009/003/008
Cellulose and graft cellulose derivatives D019/D105
compound by the action of various reactants on cellulose may also be obtained by
X-ray research. In conclusion the authors emphasize that there is a universal
trend to change the characteristics of natural and synthetic polymers, to improve
their properties and to widen the range of use. Z.A. Rogovin and V.A. Kargin (Ref
35: Khimicheskaya nauka i promysidennost' 6, 1959, 691) clearly pointed out the
basic directions for the improvement of the quality of cellulose material used as
natural polymers. There are 10 figures, 2 tables and 35 references: 20 Soviet-
bloc, 11 non-Soviet-bloc and 4 unidentified. The four most recent references to
Eng-lish-language publications read as follows: H. Sobue, Y. Tazima and Y. Shimo-
kawa: Journal of Applied Polymer Sci., vol. IV, no. 11, 1960, 244; Y. Shimokawa
and K. Tomioka: Journal of Polymer Sci., vol. XLIV, no. 143, 1960, 195 - 211;
E.G. Corgain, T.D. Pendle and D.T. Turner: Journal of Polymer Sci., vol. XXXIX,
no. 135, 1951), 419 - 426; and H. Kamagowa and T. Sakiya: "Graft polymerization of
acrylamide onto cotton", - Paper sent for publication in the Buletinul Institutu-
lui politehnic din Iasi (being puhlished) in 1960.
Card 5/6

27004 R/003/61/012/009/003/008
Cellulose and graft cellulose derivatives D019/D105
ASSOCIATION: Institutul Politehnic-laii, Catedra de celulozg, hirtie ~i fibre
artificiale (1aji Polytechnic Institute, Department of Cellulose,
Paper and Artificial Fibers)
/ I
Card 6/6

SIMIGNES1111P K. [Simlonescu, C.]
Concerning the problem of the Inhibiting actiGn of
the natural and synthetic antioxidants in the process
of cellulose decomposition. Rev chimie 7 no. 1: 521-
52(~ 162.
1. Chlen-korr. Akademli RNR. Institut khimii "Petru
Poni" kkademii RNF, Yasay.