SCIENTIFIC ABSTRACT ROMANOV, YU.F. - ROMANOVA, A.K.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

fr - nts
235
0 -kJ ~riplp- fis3ion." Len, 19i30 (Len Fhys-Tecl-- -ThSt, Ac,,d Sci USSR)
(11"'L, 1-61, 180)

16
83760
S/056/60/039/003/005/045
B004/BO6O
9 1/, 6 6 0 0 C11,7 Y)
AUTHORS: Dmitriyev, V. N.-, Drape-hinskiy, L. V., Petrzhak, K. A.,
Romanov, Yu. F.
TITLE: Energy Distribution of Fragments of Triple Fission of U235
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 196o,
Vol. 39, No. 3 (9), pp- 556-562
TEXT: The authors wanted to obtain more accurate data regarding the
energy distribution mentioned in the title by recording the energy of
pair fragments. The alpha particles on either side of the target of the
fissile substance were recorded in order to exclude the effect of angular
correlation of fragments and alpha particles. Fig. 1 shows the
arrangement of electrodes in the.triple ionization chamber. The latter
was filled with argon, whose 2 atm pressure prevented the alpha
particles of the natural uranium radioactivity from penetrating into the
chamber. Long-range alpha particles with energies from 10 to 24 Mev were
recorded in the chamber. The target of the fissile substance was applied.
Card 1/4

8376o
Energy Distribution of Fragments of Triple S/056/60/039/003/005/041511:~
Fission of U235 B004/BO60
onto the common electrode of the fission chambers. The U235 was sprinkled
onto one side of a gold-coated polyvinyl chloride acetate film in the
electrostatic field. The U235 layer applied was '10 microgram/cM2 thick.
Fig. 2 shows the block diagram of the electronics the operation of which,
is described.. The experiments were made on the physical reactor belongin
to the AS USSR. 8000 triple fission events and 6000 double fission eventS
were recorded, Fig. 3 shows the spectra relating to the fragments of
triple and double fission taking account of the ionization caused by
long-range alpha particles. The peak of light fragments is shifted in the
direction of low energies by (9.OtO.5) b1lev in the case of triple fissiong
while the peak of heavy fragments is shifted by (6.0t0.5) Mev. Fig. 4
shows the fragment yield in triple and double fission as a function of
the total energy of fragments. The difference between the most probable
energies amounts to (15.OtO.5) Mev. The half-aidth of distribution of.
triple fission fragments is 3 Mev smaller than in the case of double
fission.. The distribution approaches the form of a Gaussian. The
fragment yield was determined as a function of the mass ratio an the
strength of experimental, data (Fig. 5). Fig. 06 shows the most probable
2/4
Card

83760
EnerEy Distribution of Fragments of Triple S/056/0'0/039/003/005/045
Fission of U235 B004/BO60
energies and dispersions of the kinetic total energy of fragments as a
.Lunction of the mass ratio. The peaks observed in the range of mass
ratio 1-3 are explained by the effect of the shell structure in
accordance with A. X, ProtonoDov and I. A. Rprnnnv (Ref. 10). The authors
arrive at the conclusion tnat the probability of triple and double
fission is not dependent on the mass ratio. The relation
Edb = Etr + Ea (1) holds, where Edb, Etr denote the kinetic total energy
of double and triple fission fragments and E(X the energy of alpha
particles. The following relations are written down for the most
probable event: Edb = 166.4 Mev, Etr + Er, = 151.4 + 14.8 = 166.2 Mev.
The half-width values 6Edbl 8Etr' 6E a obey equation
(,'NEdb )2 = (L Etr )2 + ( AEa)2 , and are in agreement with experimental
data. An explanation is supplied for the mechanism of triple fission.
The authors mention papers by N, A. Pprfilnv. Yu. P. RnmA.nnv. and Z. T.
qolnv'y,-vs (Ref. 1), and V. T, mostuvoy et ai. titei. 4). They thank
U. A. Bak and S. S. Kovalenko for their acivice and discussions, S. A.
Card 3/4

83760
Energy Distribution of Fragments of Triple S/056/60/039/003/005/045
Fission of U235 B004/BO6O
-.Ga-vi-ilov and A. P. Shilov for their cooperation in experiments made on
the physical reactor of the AS USSR. There are 6 figures and 18
references: 9 Soviet. 6 US, 1 British, 1 Canadian, and 1 French,
ASSOCIATION;. Radiye,,ryy institut Akademii nauk SSSR adium Institute
of the Academy of Sciences, USSR)
SUBLIITTED: April 14, 1960
Card 4/4

3/053J60/071/03/03/008
B006/B063
AUTHORSi Perfilov, N. A., Romanov. Yu. F.. Solovlyeva, Z. I.
TITLE. Finsion of Heavy Nuclei With Emlocion of Long-range v-Partioles
PERIODY'AL4 Uspekhifizichesk ikh na uk, 1960, Vol- 71, No. 3, pp. 471-483
TEXT, Long range particles are said to be formed in a nuclear fission
such as is shown in'Fig. 1, where three charged particles are'emitted.:
The nature of the long-rang e compone t is discussed first. Then
experiments are described by which P~m and mZ2 of these particlep were
determined leading to their identification as a-particles.-The pro,bability
of such a complicated fissionlevent, as well as the methods used to,
determine. the relative probability of triple fissions are discussed next.
Photoe-inulsions and U233 or Pu 239 are most frequently used. The authors
give a brief description of the method of the double ionization chamber
(Ref. 6) and of the possibility of.d6terminingthe relative probability by
integrating the a-particle distribution function (Ref. 10). Then, the
Card 1/3

Fission of Heavy Nuclei With Emission of S/053/60/071/03/03/008
Long-range a-Particles B006//BO63
A. Petrzhak and Yu. F. Rmanav.(Ref. 25, Fig. 5), as well as by
N. Mostovoy, T. A. Mostovaya., M. Sovinskiv,_and Yu. S. Saltykov (Ref.26)
discussed in this connection. Fig. 6 shows a comparison between the
results of Refs. 9 and 25. Some hypotheses an the mechanism of triple
fission,published in Western articles, are discussed in the final part.
There are 7 figures, 1 table, and 31 referencess 10 Soviet, 13 American,
5 French, and 4 British.
Card 3/3

KHAZOV, Yu.L.; BAK, M.A.; PETRZHAK, K.A.; RO,~LUTOV, YU.F.
Energy distribution of neutrons in the water surrounding the source.
Trudy Padievoinst.AN SSSR 9:91-103 159. (MIRA 14:6)
(Neutrons)

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SOV/120-59-5e-33/46
AUTHORS: Gorodyskiy, V.A., Romanov, Yu.F., Sorokina, A.V. and
Yakunin, M.I.
TITLED Eler-tro-capillary Method for the Preparation of Thin
Layers of Radioactive Substances on Organic Films
PERIODICAL: Pribory i teldinika eksperimenta, 1959, NY 5,
pp 128 - 130 (USSR)
ABSTRACT: The method is based on -the deposition of the substance
on pure and metallised organic films by spraying the
solution from the end of a capillary tube under the
action of an electrical field. The system is shown
schematically in Figure 1, in which 1 i an aluminium
ring carrying a colloidal film (1--2 lLg/cm coverIed with
a thin layer of silver (about 3 jig/cm 2) and in contact
with the ring. The silver layer is in electrical contact
with the ring to which a negative potential is applied.,
Tile end of the capillary tube, whose diameter is
0.1 - 0.3 ruzi, is it about 1. .. 2 cm above the film. At.
the top, the capillary is wider (I nun diameter). Ath
Cardl./3

SOV/120-59-5--33/46
Electro-capillary Method for the Preparation of Thin Layers of
Radioactive Substances on Organic Films
platinum i-,rire 5 , 0.05 mm in diameter, is let through
almost to the end of the capillary tube. The experiment
showed that the capillary must be very uniform and the
end of the platinum wire carefully prepared. The wire
is at a positive potential. In order to deposit a sub-o
stance of a pure organic film, the modified installation
shown in Figure 2 was used. In this figure, 1 is a
glass container, 11 is a metallic electrode, 2 is the
capillary, 21 is the wire, 211 is the solution to be
deposited, 3 is a glass plate, 4 is a plexiglass ring
and 5 is a holder. The ring with the colloidal film
is on the-surface of the conducting liquid in the vessel 1.
Using this apparatus, f:ilms may be obtained such that the
thickness differs by 200% between the centre and the outer.
edges. Figure 3 shows a-particle tracks obtained In an
emulsion placed in contact with some typical radioactive.
sources obtained in the above manner.
Card 2/3

SOV/120-59-5-33/46
Electro-capillary Method for the Preparation of Thin Layers of
Radioactive Substances on Organic Films
Acknowledgments are made to K.A. Petrzhak.
There are 3 figures and 1 English reference.
ASSOCIATION: Radiyevyy institut AN SSSR (Radium Institute
of the Ac.Sc., USSR)
SUBMITTED: August 6, 1958
Card 3/3

PHASE I BOOK EXPLOITATION SOV/4797
Bak, M. A., and Yu. F. Romanov
Neytron (Neutron) Moscow, Atomizdat, 1960. 80 p. Errata
slip inserted. 13,000 copies printed.
Ed.: G. M. Pchelintseva; Tech. Ed.: N. A. Vlasova.
PURPOSE: This booklet is intended for the general reader in-
terested in the atomic physics.
COVERAGE: The booklet discusses the structure of the atomic
nucleus, the discovery of the neutron and its properties,
and the neutron sources. It gives data on the interaction
of neutrons with the substance, the fission of heavy
nuclei induced by neutrons,.recording of neutrons, and de-
termination of the absolute number of neutrons emitted by
neutron sources. The production of monoenergetic neutrons,
and the dosimetry of neutrons and protection.against radi-
ation are also treated. The antineutron and the use of
Card 1/3

Neutron SOV/4797
neutrons in science and technology are dis 'cussed. No
personalities are mentJLoned. There are no references.
TABLE OF CONTENTS:
Concept of the Atomic Nucleus Prior to the Discovery of the
Neutron 3
Discovery of the Neutron 8
Properties of the Neutron and Composition of Atomic
Nuclei 12
Neutron Sources 23
Interaction of Neutrons With the Substance 28
Fission of Heavy Nuclei Induced by Neutrons 4o
Card 2/3

Neutron SOV/4797
Recording of Neutrons 50
Determination of the Absolute Number of Neutrons Emitted
by Neutron Sources 54
Production of Monoenergetic Neutrons 59
Antineutron 65
Neutron Dosimetry and Protection (Against Radiation] 70
Use of Neutrons In Science and Technology 74
AVAILABLE: Library of Congress WC721.B129)
JA/dwT/ec
Card 3/3 4-24-61
WIN

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DMITRIYEV, V.N.; DRAPCHINSKIY, L.V.; PETIMHAK, K.A.; ROMANOV, Yu.F.

7~;t4l :87 p. irratu 51.p
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Ed. , N.A. Perfllo~, Doct., of Phy.!-I -1 Z'!.w... Ed. of
li-mle: G.M, Arcn; Tech. Ed.z A.7.
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COV'.-%A"'EI Th. t,7k o.1 9 .' tr,
end ccn-~iov tna res"Its uf ---.u4-3 at t!h~ fr..
1
1955 to 19!6. There are a r-ter af articles d-lir.-, wl-.~ t"" .1--dy ~f '- : -
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--ti.n. ocourrine with partIcIts cf dLfferett oergpi- rvg-.r-g f-m s"v- 1
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71

SU13JECT USSR PHYSICS CARD 1 / 2 PA - 1298
AUTHOR BAK, M.A., PETRZA.K, K.A., ROMANOV, JU.F.
TITLE The Determination of the Absolute Yield of Neutron Sources.
PERIODICAL Usp. fis. nauk, 58, fasc. 4, 667-684 (1956)
Publ. 4 / 1956 reviewed 9 / 1956
The present work discusses pertinate works published up to 1955. Most authors,
on the whole, used the same method, which consisted in the slowing down of neu-,
trons in media containing hydrogen with subsequent detection of neutrons either
by means of a 1/v detector or a resonance detector. This method requires the
spatial integration of the distribution of slow neutrons in the moderator and
the determination of the absolute efficiency of the detector. Thedetection of
the monochromatic neutrons of the reaction D(d,n)He3 permits the determination
of the number of neutrons emitted on this occasion. A method of some originality
is that which is based upon the influence exercised by the source and the ab-
sorber of the neutrons upon the power of a nuclear reactor. Good results may be
expected from a method of registering charged particles created on the occasion
of nuclear reactions together with neutrons. Unfortunately, the results of this
method are not mentioned in literature. Such reactions may be for example:
2 2 3 1, 2 3 ---), He4 1, 1 3-) He3 + n I D2 + h Y---) H1+ n1.
D D ---~ He + n D +H +n H + H
0 0 0 0
After determination of the number of charged particles and the corresponding
number of neutrons a comparison with a constantly operating source must be
made. The results of all works discussed are shown in a table.

Usp~ fis. nauk, 58, fasc. 4, 667-684 (1956) CARD 2 / 2 PA - 1296
In the course of the first years sources of the Rn+Be type were used, but in
recent times sources of the type Ra+Be were mostly used, which means that the
endeavor was made to work with sources that are sufficiently stable as to time.
The yields of sources of the same type differ condierably from one another,
above all because of the different production method and because of the differ-
ent purity of initial products. Therefore there is as yet no criterion for the
correctness of the measured number of emitted neutrons.
In recent years comparative tests which consisted in measuring one and the same
source were carried out in various countries for the Purpose of controlling the
reliability of various methods for the qualitative determination of neutron
yields. In a diagram the unit measure adopted by the Argonne-laboratory is com-
pared with that of Alamos and Harwell and with the Italian, Swiss, Swedish, and
Belgian unit measure. According to this diagram the repeated comparison of sour-
ces led to better agreement, by which the reliability of the different methods,
is confirmed. It stands to reason that endeavors will be made in coming years
to establish agreement among the results obtained by different laboratories.
INSTITUTION:

s/12o/6o/ooo/oO4/O2O/028
E032/E414
AUTHORS: Dmitriyev, V.N., Drapehins'--,-Iiy, L.V. and Romanov, Yu.F..
TITLE: Teflon Insulators for Ionization Chanbers and Counters,
PERIODICAL! Pribory i tekhnika eksperimenta, 1960, No.4, P-135
TEXT: High voltal-e*insulators are of considerable importance in
ionization chamber practice. Glass or porcelain insulators which
are available commercially are frequently inconvenient either
because of their electrical or mechanical properties or their
large dimensions. During the last three years, the present
authors have used teflon insulators with dimensions not exceeding
40 x 10 I-,lm2. Such insulators are capable of withstanding
voltages in excess of 10 kV. One of the simplest designs for such;
insulators is shown in Fig.1, where 1 is the insulators I
2 is a nut which keeps the insulator in position, 3 is"-A bush
with a circular step, 4 is a soldered joint, 5 is the body of
the chamber and 6 is a screw and nut arrangement. This design
is vacuum-tight and can withstand pressures between a few mm Hg
and 4 atm. There is 1 figure.
Card 1/2

S/12o/60/000/004/020/028
E032/E414
Teflon Insulators for Ionization Chambers and Counters
ASSOCIATION: RadZtvyy institut AN SSSR
(Ra(lium Iristituto AS USSR)
SUBMITTED: June 11, 1959
Puc. 1. 1101[GTPYIMUR
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Fig. 1.
Card 2/2

ROMAIJOV , Yu.F.; PETRZHAK, K.A.; BAK, M.A.

ABILOVA, M.Kh.; ABISHEVA, B.N.; VILENSKIY, Ye.L.; RCMANOV, Yu.I.,-
DAUSUSYGER, G.F., kand. ist. nauk, red.; SUVOROVA, R.I.,
red.; ROROKBI'A, Z.F., telchn, red.
(Development of socialism in Kazakhstan during the reconstruc-
tion period, 1921-1925;lcollec,tion of documents and materials],
Sotsialisticheskoe stroi~ollst vo v Kazaklistane v vosstanovitell-,
wji period, 1921-1925 99.; sbornik dokumentov i materialov.
Alma-Ata., Izd-vo Akad. nauk- Kazakhskoi SSR, 1962. 592 p.
(MU 15:5)
(Kazakhstan--_vconor,ic conditions)

L'1374~~-K U-WT(l)/EkN) '2/EEC(~ Y aib;~16 51AF~, ~S
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L 32887 -65
AMESS 10.1t NR A*P50045341,

ACCESSION NR: AP4037613 S/0056/64/046/005/1912/1914
AUTHORS: Kerimov, B. K.; Romanov, Yu. I.
.TITLE: Spin correlations in neutrino and antineutrino, scattering
by electrons
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1912-1914
TPPIC TAGS: spin correlation, neutrino, antineutrino, cross sections
pOlarization, fermion, particle interaction
ABSTRACT: Continuing earlier investigations (Izv..AN SSSR, seriya
fiz. v. 25, 157, 1961 and Ann. der Phys. v. 7, 46, 1958), the authors.
calculated the cross sections forve and Te scattering in the V-A -
variant of the weak four-fermion interaction, with allowance for the
polarization.of the target electron and the recoil electron. The.
total scattering cross sections of the processes
v +e--Pvl +e6 and v+e-o ;I+ of
Card 1/4

ACCESSION NR: AP4037613
with allowance for the longitudinal polarization of the recoil elec-
itron, are calculated. It is shown that at the high limit of the
neUtrino energy the recoil electrons produced by ve scattering has
the same helicity as the incident neutrino, whereas the recoil elec-
trons from ve scattering,will have an helicity which is opposite'that
of the incident antineutrinos. When left-polarized neutrinos (or
right-polarized antineutrinos) of high energy are scattered by elec-
~trons. the resultant recoil electrons will be completely left-polar-.,
ized, while scattering of right-polarized neutrinos (left-polarized
antineutrinos) of high energy will result in completely right-polar-
~ized recoil electrons. When the target electron is polarized in the~-'~"
same direction as the incident neutrino beam, the scattering cross
section of the right-polarized neutrinos vanishes, whereas the scat-
tering cross section of the left-polarized neutrinos differs from
zero and assumes a maximum value. On the other hand, when an anti-
neutrino of high energy is scattered by an electron polarized in the,
direction of the incident antineutrino beam, the scattering.cross sec-
Card 2/4

ACCESSION NR: AP4037613
tion of the left-polarized antineutrinos vanishes, whereas the cross-
section for the scattering of right-polarized antineutrinos differs
from zero and has a maximum. If the target electron is polarized in
a direction opposite that of the incident neutrino (antineutrind),
beam, the situation is reversed. The results show that a study of,
the spin correlations in neutrino (antineutrino) electron scatterings,
would make it possible, on the one hand, to resolve the problem of
~t4e existence of direct neutrino-electron interaction and, on the..
other hand, to check the predictions of the theory of the four-,ccw-,
ponent neutrino, relative to the helicities of the two neutrinos and
two antineutrinos. "We are grateful to Professor A.A. Sokolov and
D. D. Ivanenko for continuous interest in the work.* Orig. art.hass,
figure and 4 formulas.
ASSOCIATION: Moskovskiy gosudarstvenny*y unjver6jtgt'(X0SC0W State
University)
SUBMITTED: 1SOcL63 DATE ACO s MunW ZWMS 01
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ROMANOV, Yu.M., irizh.
Frost resistince of slag concrete and agloporite concrete.
Trudy tlIlZlfB nO.32.,153-157 163. 17.- 1)

DIKOVSKIY, I.A.,inzh.; ROMAMOV. Yu.M.,inzh.
Efficient method for making Ughtweight concrete with agloporites
Bet. i zhel.-bet. no.11:521-523 N 160. (MM:, 13:11)
(Lightweight concrete)

21 (7)
AUTHORS: D T. :1.1 D~.Para_~I;r L. ?-, SOV/2U-127-3-14/71
:
P
tr.h.k, K. A.. no.
TITLE;
Merey-Dietribation at a TrLple Pjami.n, of
Uranium Nuclei Under the a Ilan of Iran. M).
PERIODICAL: Dokldy Aked-ii ... k 333H. 1959, 1-1 127. Nr ). pp 531 - 533
(USSR)
AMRACT: In the fission of the U235 by @I-- naair... . far-

reaching a-p.rticl. forms (
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to two And Into thre: r.ju re a " ous he h
re f peak
.0:,o, 1641rar'no
"at 4: fung '.arm..
1r-1 r"I h.f if h..ey M'.u.14f
g*:-.1h. 1.,&r..1.r :h ad
.ubleg . .ILght'.pprosob, of sake, The
card 2/4 reato of Peak h.1ght: to 1.1 :O.p.r.4 to 1.40 14 th.pdoubl.
Lik..I.., %be half width Of the Peak of h ... y
. I
ff- :t -!I:r In the a... of triple Iion. On thw
.there %h ..tr.1 ol.carad. 1. %h h::b-r. P..k. or.
fuz:b.r shifted because Of khO 010viA&-dOwn of the fraguents
$a b: VIA- and silver toy., pan hich the U235 pli:d.
Plans *has. the energy distrib.61.. far %be do.": 'P
bl .114
jr,plo fission of 023 3. The fandmacatal pareasters of this I-
libation sr. ".logo.. to the% of 2)5. Th. us, of kla.
::.rgy by which the Sao peak. (or 111, 'I and h ... y fr.d...%)
i!h.1,*.4p:b! 15* d:,bl* 11..t0- to 17 Her, hich
r..;.
ba 4 v ro%uLr.d for %he departure of
?hero are 2 figure. and 5 references, 2 or which
ox.30.1.1.
Card 3/4
&930CIATIOS; R.d1j.,jY 1-stitut Ak'd"" "u' ' 3"
(=11 111,111, is rh Of the A-1-al Of
if
FIESIXTED; April 6, 1959, by A. 1- 10110- Laud"to'-
IUBMITTD; April 2. 1959

I

BULGARIA/Cheiracal Tochnalogy. Chenical Prcducts and Their H-13
Application. Cerimics. Glass. Binding Materials.
Concrete.
Abs Jour: Ref Zhur-Rhin., No 2, 1959, 5564.
Author Aoi,, -iev, Rail Iv.
.q.nov, Zhechko;
L-Is t
Title 11-, teriAriation of F-xotherny of Cenent by Tlicmos Method.
Orig Pib: Stroitelstvo, 1957, 4, No 5, 10-13.
!abstract: theoretical explanation of the nethod of detemina-
tion. of the exotheimy of cemient recoLvcndo-d by GosT 4798-
;49 is given. ~, description and schene of the installa-
tion used by the authors for the dete='P--tion of the
exothenW of ccvent arc presented. it is established
that the Bulgariw, w"Onts under study answer the re-
Cara 1/2

Haw----
j6 /V
BUDGARIA/Chemical Technology - Chemical Products and Their H-7
Application. Ceramics. Glass. Binders. Concrete.
Abs Jour Referat Zhur Xhimiya, No 1, 1958, 2o6g
Author Romanov Zh., Gudev N.,
'Inst
Title Methods of Deternining Free Lima in Line-Silicate
~Articles and-Cements.
Orig Pub Teknike (B"Ig.), 1957, 6, No 3, 18-20
Abstract In contradistinction from the known extraction method of
Franke (Franke B., Zeit. anorgan. Chemie, 1941, 247, 180)
tRe authors used a double amunt of the mixture of ace-
toacatic ester (AE) and isobutyl alcohol (TA). Moreover,
anhydrous ethyl ether was added to the mixture. These
changes have mode it possible to carry out the extraction
at 57-630 without extracting hydrosilicates and hydroalu-
minates of Ca, which has increased considerably the accura-
cy of the method. The authors point out that on addition
CS, Card I/P

of' rf, levj~-e!dc- in tho
tior of c. irc!"Latiorl and rc,,:,Am on. on ti-le li, rirw er, sulflcie v`dch
c-riterzi the 0 nnis.111 and r,,- n A c r- d ~'C r i T
i, for the l-'e-ri~c of ,',lridi,-ia-"L in IL-;Cf-lical
1~ rc! c L a Z.-t I e 0 T, i S I o

0

ROMANOVA, A.D.; FAVORSKAYA, L.V.1 PONOMAREV, V.D.
Comosition of the complexes of hydrochloric acid and scandium
extracted with tributyl phosphate. Izv. AN Kazakh. SSR. Ser.tekh.
i khim.nauk no.3:49-55 164. (MIRA 17:2)

A. D. -- "The 9iochemical Characteristics o-',' -lea and the Pho-
togynthe3is of the Tea Plant i!nd(-r Lhe Conditions of Krasrodir
Kr;~y." "o'-scow Order of Lcnin Agricultu_rnl AcaderTyr J.meni K. A.
Timiz~vazcv. Iloscow, 1955.
(Dissertation for the Degree of Cindidate in Agricultural Scierces).
SO: j~aiiz,,-Ulaya Letopis', No 9, 1956

LSSR / Human and Animal Physiology (Mormal and Pathological).
Blood -
Abs Jour : Ref Zhur - Biologiya, No 13, 1958, No. 60128
Author : Rom=ova A. F.
Inst : As ~ra ~n~e ical Institute
Title : Peripheral Blood Morphology, Prothrombin Level and Its
Changes Under the Influence of Dicoumarin Treatment of
Patients with Coronary Insufficiency
Orig Pub Tr- Astrakharwk. med. in-ta, 1956, 12, No 2, 268-275
Abstract 50 patients with a myocardial infarct, 24 with cardio-
sclerosis and coronary insufficiency, 12 vLth hypertension
and impairment of the coronary circulation and two with
neurosis and stenocardia, were tested. In most of the
patients with acute and subacute myocardial infarction,
there was laucocytosis, increased E.S.R. and an increased
level of prothrombin. Under dicoumarin treatment, the
Card 1/2

Hui,,YLn and Animal Phyu tology (Normal and Pathological) - T-4
Blood
Abs Jour Ref Zhur - Biologiya, No 13, igN8, Tic). 60128
prothrombin index dropped in most of the patients.
Since prothrombin is increased in sclerosis and hyper-
ten6ion, accompanied by coronary insufficiency, the use
of dicoumarin is reco=endod with proper control of the
prothrombin index for the prevention of an infarct.
M. 3. Golldberg
Card 2/2
32

NIKOLkYXV, R.2.; ZAKRAROVA, M.P.; ROMAWOVA, k.y.

~'CC NRs AF
L 11599-66
AUTHORS: Nikolayev, R* P.; Tarutin,, F. P. j Romanova., A. F.; Ebrz1v3sina, L. Ke
ORrj-. none
TITLE: Method for manufacturing a vitaminized.animal'fodder preparatlon, Class 30p
.No. ]L76043
SOURCE: Byulleten' izobretenty i tovarnykh inakov, no. 21, 19659 hl
TOPIC TAGS: food technology, commercial animalj vitamin, calcium compoundp nicotinic
acid
ABSTRACT: This Author Certificate presents a.method for.manufacturing a vitaminized
animal fodder preparation containing vitamin A., molassespand soybean meal. To
insure complete vitaiiiinzation of-the preparation.,.riboflavin (B2),9 nicotinic acid (FF)s
and calcium pantothenate are dissolved in the molasses. Next, stabilized,,vitamin D
is emulsified in the molasses, and vitamin B12 and soybean meal are added to the
mixture. The mixture is thoroughly mixeds crushed# and bagged.
SUB CODE: 02/ SUBM DATEt 17AxW63
UDC8 161.164,
Card 1/1 636.065" 067-32577-

SAMOUVALOV G.I.; BUDAGYANTS, M.I.; sHAKHOVA, M.K.- SHOLIHA, S.I.;
KRU6LYAKOVA, K.Ye.; NIKOLAYEV, R.P.; 4PMANOIJA A.F.
7-Alkyl derivatives of quercetin and their antioxidizing
effectiveness. Izv'. AN SSSR. Ser.khim. no.9:1617-1621 S 163.
:(MIRA 16:9)
1. Institut khimicheskoy fiziki AN SSSR i Vsesovuznyy nauchno-
issledovatellskiy vitaminnyy institut.
(Quercetin) (Antioxidants)

wwma

T -
USSR/Hu,-~ail ruld Allimal Hhysiolot~r D10 d
Abs j~jur : Ref Zhur - Biol., No 10, 1958, 45836
Author : Rorranova, A.F.
Inst Astrakhan' Institute of Medicine.
Title llerxLto6enesis in Pathological Thyroid Conditions.
OriG Pub Tr. Astraldiansk. road. in-ta, 1956, 12, No 2, 292-297
Abstract Before and, after conservative and Surgical treatment,
heimtoaencsis W-35 StlldiCd il- 19 patients with thyroto-
xico5is (T), ill 3 paticnts with nyxcdern, and ill 7 Pa-
tients with anthyroidal goiters. These studies were car-
ried out by exandninG peripheral blood pictures and spe-
cimen data obtained by ptulcturinG the bone aarrow (BM).
It was found that insevcre forms of T erythropoiesis
was irliibited, and,thant syiaptoms of alleLlia were displayed.
An accelerated ESP, erythrocyte sedimentation rate
Card 1/2
25

NIKOLAYEV, R.P.; ROMANOVA, A.F.; KONOVALOV, F.V.; ZHIDKOVA, A.V.
Influence of zalfurous anhydride on the preservation of ascorbic
acid In dry dog rose. Trudy TNIVI 6:161-164 159. (MIRA 1):7)
1. Biokbimicheskaya, labo*toriya, Vsesoyuzncgo nauchno-.isoledo-
vatel'skogo vitaminnogo instituta i Shchelkovskiy vitaminnyy
zavod.
(ASCCRBIC ACID) (SLWM DIOZIDS)

L-AGi:RPTA MMICA Sec 6/Vol 13/6 internal Xejicine June 59
306. I)RIED sTABLE 1111EPARATiom OF VITAMIN A (Hussian text)
Nikolaev It. P. and flomanova A. F. Biochem. Lab.. Inst. of
Vitaminol.. Moscow - (53-56) Tables 2
A new method has been worked out to obtain on a malt extract basis a dried stable
prepa ration of vit. A with high organoleptic properties. The preparation of vit. A
obtained by this method is not apt to undergo oxidation or destruction by mine raI
agents, it can be finely pulverized without the addition of other chemical substances,
and it is sufficiently stable to be kept for a long time without deterioration. The
new pulverized preparation can be mixed with flour and other food products, or
added to milk and other beverages to form a stable emulsion. References'3.
Krymskll Moscow (S)
J

RuRi~NOVj., A` F. (Moskvs)
Dr
y stable vitamin A preparations [with summary In English]. Vop,
pit, 16 ric.2."53-5.6 Mr-Lo `57. OaRl 10:1,J)
1. 1z biolchimicheskoy laborstorii (zav. - kandidat biologicheskikh
nauk R.P.2kolayev) Vaeso,-uznogo nauchno-issledcvatellskogo vitamin-
nogo instituta, Moskva.
(VITAMIR A. prop.
dry stible prep. (Rus))

VINOKUHNNKOVA, A.I., doteent; RUDAKOVA, R.S.; SVIRIDOVA, I.V.; MARKOVA, A.Iq
ROKAMOVA, A.G.
[Treatment of cervical erosion with needle punctures according to
Vinokurenkovalm method. Sov.mad. 21 no.2:54-57 Y 157- (KLRA 10:6)
1. Iz kafedry akusherstva i ginekologii (zav. - prof. V.I.Zdravo-
myslov) Stayropollskogo maditsinskogo institute.
(MVIX. UTZRINI. die.
erosion. ther.. multiple ouncture with needle around
eroded area)

aar~a"=W.

block of respirst!
an and InteffqpWqrS= Of
artill ~mctieds
'
In phlut tissue. S, AL Proko iV7
A. K~
;
:Romanova (A.- N. Bakh' Biocbem. ln3t.,: Mo~&Wy_
.--,&&k1vdY-Akad. Alauk S.S.S.R~ 106,` 608-10(1056).-4
manometric study of potato, slim In phosphate buffer at ,
pit 4.5 gave the folio ing.valuesof respirat We .Fit
w ory
u
k
-a
id I
h
h
I
dic
d o
add
d
t
I
w
en t
e
ate
c
ons -were
n
e
:
c
ouro
rg.
-
0.92),-pyruvate 1.47, citratim I.V2, succinatc, 1.18, furnarate
1.2. tuallate M2, -0 uptake.increased only with pyruvati~
and su&iuate~'!Malonate inhibited respiration by- 1&47%
of the control ~Iilue at pit 4.5, and did not do so at pit
to
the inhibition increased with increased concic. of ma nate,
.,
Addn. of succinatei furnmate,"or malate blocked this in.
hibition both in r6*t to 0 and COs components. . Keep-
Ing stem of cut potato kayes In solos. of the org. acid Ions -
resuilted in -a sharp In rease of citric and
for.2
days c malics
,
the solos
mids when contained citmte or malate Ions-' ii
noted increase of. citric acid also resulted from pyruvate
acetate, succinate.'or fumarate ions. The same ions gave
an increase of malic acid. , Tartrate did not affect citric
and malle acid leveli. 'The:malonate soln,, howe er re-
on of
suited in a decline in citric and malic acids,- the fornintl
citric acid from succinle or funcuric acids was blocked com-
pletely by the malonatelon, and their formation from nialate
con was ripressed: G. hi

PROKOSHEV, S.M. [deceased]; RDMANOTA, A.K.; IVANOVA, G.V.
Organic acids In potatoes and vegetable crops and some enzymes
associated with their conversion. Blokhim. pl. I ovoshcb. no.4:
228-246 158. (MIRA 11:10)
1. Inotitut blokhtmit Imoni A.N. Bakha AN SSSR.
(Vegetables) (Acids. Organic) WZYM00)

DOINIANY N~G,; ROMANOVA-,.-A..K.; TEUNTIYEVA, Z.A.

DOMANg N.G._; KRASNOVSKIY, A.A.;-RORANOVA, A.K.-; VOROBIYEVA, L.M.; PAKSHINA, Ye.
T.; TERENTIYEVA, Z.A.
Chlorophyll-s3Tthesis and carbon dioxide fixatiorrin-stiolated barley
seediiW dviig exposure to 'jight. Fiziol. r'as~. 8 no.1:3-12 161.
~(MIRA 14:3)
l.-A.N. Bakh Institute of Biochemistry, U.S.S.R. Acaaemy of Sciencesp
Moscow.
(Chlorophyll) (Photosynthesis)

U
ROMANOVA A.K.; DOMAN, N.G.; TERENT'YEVA, Z.A.
Effect of the age of the culture and composition of the nutritive
medium on the products of C,1402 assimilation by hydrogen bacteria.
Dokl.AN SSSR 138 no.1:231-234 -Ptr-Je 161. (MIRA 14:4)
1. Institut biokhimii im. A.N.Bakha AN SSSR. Pr,&.dstavleno
akademikom A.I.Oparinym.
(BACTERIA, HYDRCGEN)
(~AGTEKOLOGY--CULTURE AND CULTURE MEDIA)
(CARBON DIOXIDE)

Th- Fath of Clar,,ir--)
-2-Y "fl-ress,
~Eir~oit at the 5t!-~
cbocow,

DOW, N.G. AND ROMANOVA, A.K.
"On the pathway of autotrophic assimilation.*
Report submitted to the 'ntl. Congress for Microbiology
Montreal, Canada i9-25 Aug 1962 111 1