SCIENTIFIC ABSTRACT ROMANOVA, M.G. - ROMANOVA, N.V.

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• Collection: Scientific Abstracts
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• Document Release Date: July 19, 2001
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ROMANOVA M. Sjo CAND MED Scl "Aae (KND INDIVIDUAL

PECULIARITIES OF PUBIC SYMPHYSIS AND CERTAIN PATHOLO-

GICAL CHANGES
'OF
P U B I C,
SYMPHYSIS X-R
lN, A Y Am A,@&s (ROENT-

GENOANATOMIC AND, CLINICO-ROENTGENOLOGIGAL
LENINGRAD$ 1959* (MIN OF HEALTH RSFSR, FIRST LENINGRAD.
tvi E DI N S TJR ACAD PAVLOV). (KLI 2-61t 219),

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44

AUTHORS: Voronkov, M. G., Romanova -28-3-28166
SOV/79
TITLEt On the Thermal .-Adition. of "richlorosilane to 'Dioleffnel-I dr@
carbons (Termicheskoye priczoyedineniye trikhlorsilana.1c
diolefinovym. uglevodorodam I
PERIODICAL: Zhurnal obshchey khimij.. 1958, Vol. 28, 1-1r. 8) pp. 2122-2128,
(USSR)
ABSTRACT; In'the previous paper of the authors (Ref. 1) the thermal add.@-.-.,
tion reaction of trichlorosilane to the. mono-olef inic:hydro-,:@''
c.ar-bons*was.treated. It was interesting for them to exterd
this reaction to various diolefine hydrocarbons. There are
several indications-in publications, mostly of patent character
that a thermal and catalytic addition of the trichlorosilanel':@.
to diolefine-hydrocarbonS 45 possible (Pefs 2-8). --he autho'rz-z@..
were, however, not abl:e to add the trichlorosiL;ne_to a seri:a!:.
of d double-bonds.in the -
iolefines which contain I conjugat ed
presence.of organic peroxides or under ultravioletirradiation'
since a*polymerization of the initial hydrocarbons took
more rapidly than the addition of the trichlorosilane to: t
double bond the reaction C,ould. be carried.
Card' 1/3 in the most cases successfully without catalysts at h4h

SOV/79 28-8-28166
On the Thermal Addition of Trichlorosilane to Diolefine Hydrocarbons
peratures and.under pressure. Thus thethermal addition of
the trichlorosilane to diolefine hydrocarbons with isolated
and conjugated double bonds was investigated. In the first
case the addition reaction takes a normal course, according@'..;
tA the rule of, free radical additiono The addition'of the
trichlorosilane to 1,3 cyclopentadiene and dicyclopentadisne..'.."
leads mainly to the formation of bis (trichlorosilyl) cyclo_',:@-'@::
pentane. The reaction of the trichloro 1,3-cycl
silane with 07-@_
hexa-di4owrv, and above all with dipentene, takes an abnormal.
course, under formation of a product of the addition to the
corresponding cyclomono-olefine product of the "direct cata-,.:-.,
lytic transformation" of the initial hydrocarbon. 6 additive,,:,.,,.,
compounds of the trichlorosilane to 'diolefines are described
the most of which were newly synthesized. There are 2 tables:',
and 17 references,.12 of which are Soviet.
-ASSOCIATION: Leningradskiy gosudarstvennyy universitet.i Institut kh iqi i"
silikatov Akademii nauk SSSR (Leningrad State University
and Institute of Silicate Chemistry AS USSR)
Card-2/3

PAVLOV, A.N., otv. za vypusk; VOLODICHEVA, Y.H.; IVAHOVA, A.I.; KULAKOV,
I.H.; LTAMINA, T.N.; MITIKINA, L.I.; P02DHYAKOVA, K.P.; RODIONOVA,
L.I.; Rq!@@OVA.,@ _N,&j. SOPIUV, E.S.: CHICHKINA, A.A.; IRESORUKOVA.
Z.G.; BOGATYREV, P.P.: BROVKJ2A, A.I.; IVANOVA, L.D.; IVASFIKIN.
GoAo; KAMNEV, N.I.; LYSANOVA, L.A.; 02HMMIYEV.,L, %.I.., PAVLOVA
T.I.; TTUTYUNOVA, 11.I.; UMUITSTRA, A.P.; %ffIVMIN, N.N.; ALESHICHEV,
M.P.; VINOGRADOV, V.I.; TWMIN, F.S.e KRAVCHMMO, Ye.P.; LOYACHEVA,,
M.VG; ITIKOLI,SKAYA, V.S.; MAKHOV, G.1 o SOGINA, A.V.; TAREYRV, A,V,,
KHOLINA, A.V.; BRYX4SKIY, A.M.; BURMISTROVA, V.D.; GRIGORIYEVA, A.K.;
LUTSE14KO,.A.I.; OREKHOVA, Z.V.; TLTLINSKAYA, N,V FEOKTISTOVA, V.I.;
BUTORINI I.M.; BOCHKAREVA, L.D.; BUREITINA, V.A.; VETUSHKO, A.M.;
VIKHLYAYEV,.A.A.; SOROKIN, B.S.; TSIBENKO, L.T.; NIKOV, V.N.;
DWIOV, D. I.; SUWANOVA, V.A.; KAITYAKIN@ V.I., red.; VAKHATOV, A.M.;
MAJUROVA. O.K.. red.izd-va; PTATAKOVA, N.D., tekhn.rede
[Soviet agriciilture; a statiBtical manual] Sellskoe khoziaistvo.
SSSR,- statisticheskii abornik., Moskva,,196o*, 665 P.
(MIRA 13:5)
1. Riissia (1923- U.S.S.R.) TSentralinoye Btatisticheskoye uprav-
leniye. 2. Upravleniye statistiki sellskogo kliozyaystva-TSentrall-
nogo statisticheskogo upravlenlya SSSR (for all except Makarova,
Pyatakov-q,,
(Agriculture-Statistics)

ACCESSION NR: AP4043263 S/0203/64/004/004/0808/0811
AUTHOR: Romanova, N.. M.
electrical conductivity within the earth according to data on Dst
TITLE:. Distribution of
variations
SOURCE: Geomagnetizm i aeronomiya, v. 4, no. 4, 1964, 808-811
ic variation,
TOPIC TAGS: geomagnetism, terrestrial electrical conductivity, geomagnet 7--
Dst variation, earth conductivity, conductivity depth dependence, electromagnetic induction
ABSTRACT: The conductivity of the earth to depths of 300-400 krji differs little from the
-15
[conductivity of dry rocks, i.. e. it does not exceed 10 emu.. At a depth of about 400.km
@y to 10-12
Ithe conductivity increases sharp emu, and then with an increase in depth the
conductivity.K increases continuously., This pattern of distribution of.conductivity is typical
for the entire eartl thors that the value K in various
h. It has been postulated by certain au
thor of.
regions of the earth shoudl differ from the mean value for the entire earth - The au
.this paper has investigated electromagnetic induction in rectangular and cylindr@cal coor-
ty on the basis of data on D.j
,dinates for the case of a nonuniform distribution of conductivi
variations (Geomagnetizm i,aeronomiya,:1963, 3, No. 1, 552- 1963 3 No. 6, 968; and
@p 0 V @ 11.. .
e to determine the.. conducti 'V
'1964 -4, No. 1, 161). This mad6 it possibl vity and the
Card V6

CESSION NR 43263
'@AC AP,10
magnitude of th e- nonconducting layer for different places. in the world. An estimate was ob-'
e e harmonics of the " uced field, and a formula was derived for computing the
@,tain d of th ind
@'induc observe field and the comp' ed field fo
ed field. The results of a comparison of the d Ut r%
@@'JTashkent are shown in Fig. I of the Enclosure. This figure shows t4p coefficients for
analysis of Dst variations (solid curve E -- observed, dashed curve observed, dot-dash
curve I -- computed) for particular. values of K and d. The same was done for 13 observa.
i i tories in the SSSR. In nearly every case the computed and observed fields coincided. The
values of X and d obtained in pne of the earlier, studies are shown in Figs. 2 and 3 of the
Enclosure (Fig. 2 _- conductivity values determined using data on Dst variations, K = n. 10-12-
emu; Fig. -3 -- values of the thickness of the nonconducting layer in km), It is shown that the
conductivity and thickness of the nonconducting layer vary rather greatly for different ob-
servatories. 'Irnie authors wish.to thank.Yu. D. Kalinin and V. N. Bobrov for discussion
of the. results and L. S. Loginova for assistance in analysis of the data!'. Orig. art. has:
2 formulas, 3 figures and I table.
ASSOCIATION- Institut zemnogo magnetizma, ionosfery i, rasprostraneniya radiovoin A14
SSSR (Institute of Terrestrial Ma etism, the Ionosphere and Radio Wave Propagation, AN! T
P
SSSR)

rd,- 316

AUTHOP: VomVo,,ra-- 3011/21o 12-1-3..43/47
r i b u + i o nand Becl
D@st og-t,,,al Description of North Caspian
A@nphipoda arA Cumac,*a @Ra3,prostraneniye i * ekolo@:lcheskaya
khur%kt,@riot D,,4. Amphi poda i Clmacea)
PER ?0' 1 CAt llo kl afj n all V SSSR, laqH:: Vol 121 fir
y
PP, 555 556 (USSR)

4,7ZT114r. T Thes-9 Problems have been v c ry n. u c h !,eglected (Refs 1-5).
Vhev ,.sxa of greatest ,umportance for the understanding
t? the ;:-,hanges occ,.irring --i the nutriti-Ve fELuna- in connection-:
-
inathithe rei-mlatiop cf the Vol,.@:a, The author e"imihates
3
-
,
grroups of higher crusta.-Iea 1.11hich difter with respect-t thei.
0- ir
geographical distr-Lbution
kTable 1. Genera
distr."Lbuted.
,
ever the entire Cazpian@ Sra -'Kaan"
mcr*-.) -,h.ich enter
,
--i -he. ri.ve--
the bra,,' ish parts f t h northern -%A and
@fil@ Genera usually dl@3trlbu';-ed -ver the entire sea which
however, do nct. i i kre 4. n fre,-h water, III., Gen
-ra which are
.
only typ-&.cal or the middle and southern sea i,@e@bouh
sublitoral and Arctic; the are reztri,:@ted to deeper water
y
Card 1/4 and lower temnpratijro@a @R-@-fs 'The I I 6--o u P is being

Distributior ari Ecolo,@ical De6cripri
RolA and r7uza@eaa
Caspiaig Amphi
distinguished- for the
s Owl iv Ld ed as, @o I I ow
'40ep slopa Or thc. wes-ef
1 14
seprosen., as of the
number @)f aa--,7,@n j I n.
merl"toned in Poi-.1 Y
Ilelong, 't 0 tne types men.
cruslla@-ell Of the
pa o'." - t h
the a n d
bove men t i ot (Ta
orusta@-ert ar e t o a ,a
srea
PartlellularIj f,-,r gro 11p
0-15". The types* rof "r t
0
f r e waterd .13r0'al." III
an Other Axot-@
r
Card 2/4 morO I e Ccm.j n-6 M
--A

Distribution. and Ecological Description of North SOV/29- 121-3--43/47
Caspian Amphipoda and Cumacea
!I entered the Azov Sea (Azovskoye) and the Black Sea
(C', -oye more) (Refs 1,6). From the lacking of group
hern

III in the catchme t area of the Azov Sea It ra
n ay be
concluded that,the salt content in the strait of Kuma-
0
Manytach O'Cuma-IManycheskiy proliv) did not exceed 7
As a result of tile toleration of different salt content

ryhalinity) the conclusion may be d awn@ th . .... .
eu r at In the case,
(
Qf a change of the salt content within the limit of
0-131/00 no, important changes of the carcino fauna, are to be
expected. There are I table and.7 references, "I of which
are Soviet',
ASSOCIATION. Vsesoyuznyy nauchno-issledovatellskiy institut morsko
go
rybnogo khozyayst.va i okeanografii (All-Union Scientific

esearch Institute'of Maritime Fishery and Oceanogr
R aphy)
PRESENTED: April 12, 1958, by I@I@Stimall-gauzen, flember. 'Academy of Sciences,
Card 3/4 USSR

Advam
ACC NR: AP7013141

I nylh ta t c.
"0 15, 194(1 9

-RQMN(WAj- -N - P. and Sh-MMKAYA., -le. M-.

-X(;@RPTA 1-IDICA S ec.,q. Vol.10/7 Neurology,etc.Jul@' 57
@/ C-) @,/C/ /)
L R
3156. RONfANOVikiN.S.Lii).otLxl)cr.l'livsiol.ofRestiicitit.l~olloftlicorg:tllisiii,"%I
cow 77i-r-r-l-y-n-a-rr-it-cs--o7-lFic--7tistolinthologicaI changes in the brain in experimental hypoxia
(Russian trxt) Z, Nevropat. I'sikiiiat. 1956, 5611 (49-5i) 111tis. 5
The morphological rl!anges in the brain of dogs. resuscitated after clinical death of
different duration (from 2-8 min.), caused by actite haernorrhage were studied. tile
restoratiOn of vital functionswas carried out by the method of V. A. Negovski and co-
arteries towards tl e heart and artificial re " -it'
:Workers, by pumping the blood in the '. I Ispir. ion..
insufflation of air into the Itings by in apparatus. A histological examination of the
br. is of 25 (logs, restiscitited.at d thereupon killed in different periods front the moment':
air
of clinical death (!several minutes - 32 days) was carried out. The staining was done by.
the methods of Nissi, Snesarer (for astrocyte g1ii, connective tissue and argyroplille
granulation), Bielschowsky, hacinatoxylin-cosin. The microglia Was itaincd by the
Migagaiva method modified by Alexandrovskaya. III every case sections were taken from.
the frowal, parietal, temporal and occipital lobes, from the visual area, corpus striattini..
corInu Ammonis, pons,.medulla oblongata and cerebellum. The investigations carried out.
@showed that the process of changes in tile brain in conditions of hypoxia,takes its course
in several stages. Immediately after clinical death the changes were characterized by
4cidophilia, swelling, karyocytolysis, enlargement and sticking together of the agyrophile
granules, the swelling of the blood-vessel endothelium, little perivascular ocdema, some
yte glia. In 3 hr. after clinical death a dusty tipToid was
@s% elling of cells of the astroc
added to the picture. 15-21 hr. afterwards tile changes were still more marked, the nerve
ate of diffuse ti lysis, - any cells in -a state. of karyocytol a partI
cells -were in a st gro m ys is,
f, tile a s
.cells of -the astrocyte gli lo t their dendrite The central ';icidop,hilia.was pre-
36-48 hr. one could notice,some singlesigns of recovery; tile tigraid re-aP-,.
as -like particles. At the same ti vacuolation appeared reaching sometimes
peared lust me
considerable degrees. In still later periods the vacuolation decreased, the number of un-.
changed cells increa3ed. It'is, concluded that brain-cells are capable of recoveryeven after
a severe hypoxia. Golland - Moscow

MEDICA 'zoe 5 Vol.
4U-010,-7 3-

anism.
2688. ROMANOVA N. S. Lab. of Exper. Physiol. of Resuscitation of the Org,
j Moscow.* The dynamics of the histopathological changes In
the brain in experimental hypoxia., (Russian text) I.NEVRO-
OAT. PS.11911AT, 1956, 56/1 (49-55) Illus. 5
The 'morphological changes in the brain of dogs, resuscitated after clinical death
1
of different duration (from 2m-B min. )'r caused by acute haemorrhage were studied. i
The restoration of vital functions was carried out by the method of V.A. Negovski
and co-workerg, by pumping the blood in the arteries towards the heart and arti-
ficini respiration - insufflation of air into the lungs by an apparatus. A hist'Ological
c-xasninatlon of the brains of 25 dogs, resuscitated and thereupon killed.in different
perlods ri-om the nioment of clinical death (several minutes -32 days) was carried
out. The staining was done by the methods of Nisal. Snesarer (for astrocyte CIL-i,
connective tissue and argyrophile granulation), Biclschowsky, hacrnatoxylln-eosin.@
The Imicroglia was stained by the Nllgagawa method modified by Alexandrovskaya.
In ever) case sections were taken from the frontal, parietal, temporal and occipl-
tal lobes, f rom.. the visual area, corpus striatum, cornu Ammonis, pons, medulla
oblongata and cerebellum. The investigations carried out showed that the process,
of changes in the brain in conditions of hypoxia takes its course in several stages.
Immediately after clinical death the changes were characterized by acidophilial
swelling, karyocytolysis, enlargement and sticking together of the argyrophile
granules, the swelling of the blood-vessel endothelium, little perivascular oedema,
sorne swelling of cells of the astrocyte glia. In 3 hr. after clinical death a dusty
tigroid was added to the picture. 15-21 hr. afterwards the changes were still more
.
marked. the nerve cellb were in a state of diffuse tigrolysis, many cells
in a state
of karyocytolysis. a part of the cells of the astrocyte glia lost their dendrites.. The,
central acidophilia was, preserved. In 36-48 hr. one could notice some single signs

lit

of recovery; the t1groid re-appeared as dust-like particles. At the same time. va-.
cuolation appeared reaching sometimes, considerable def7rces. In still later peric-'
the vacuolation decreased, the number of unchanged cells increased.- @t is conclad7.
ed that brain cells are capable of recovery even after a severe- hypoxia.
Golland Mosco!I(VIU,5)
A

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