SCIENTIFIC ABSTRACT DOROKHOV, V.N. - DORONENKO, F.G.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: January 3, 2017
• Document Release Date: July 28, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- - \,MOKHOV, -!~ RUBAMIT, YXI BILIGILIDITBV, A.S.; DOKAXOTSKIT, Aj,
Use of syntbetio oils and fatty acids for oil-coativg of rabbit
pelts. Xosh.-obuv.prom. 2 no.5:15-17 Yq 160. (MIRA 13:9)
(Hides and skins)

SOLOVIIEV, D.A.; DOROIaIOVp V.N. ---
international Fan Fair in lelpzig. Kozh.-otuv.prom. 3 no.6:
30-31 Je 161. WIRA 14:8)
1. Direktor pushno-mekhov)y ~ontory Vseaoyuznogo ob"iedia"d3*
"Soyuzpushnina" (for SolovIyev) 2. Glavnyy Lnzhener ~ouingrad-
skoy mekhovoy fabriki (for Dorokhov).
(Germany) East--Fu-r industry) (Leipzig--ahibitions) '

DOROKHOV, V.N.; CIIERNOMDRDIKp L.M.
New developments in the equipment of Leningrad Par Factory No.l.
Koah.-obuv,prom, 4 no.2tl7-20 F 162. (KRA l5t4)
(Leningrad-Fur industry)

_V
117 f
U&9R/Nuclear Physics Structure and Properties of Nuclei.
Abs Jour : Ref Zhur - Fi-rik , No 4, 1957, 8706
Author : Demirkhanov, R,A,, Gutkin, T.I., Dorokhov, V.V.,
Rudenko, A.D. ---------
Inst 4 C12
Title : Masses of Isotopes H, D, He and
Orig Pub : Atom. energiya, 1956, No 2, 21-27
C-4
Abstract : A erw exait measurement of the masses of the atops H) D,
HA and C 2has been made. The measuremento were car-
ried out vith a mss spectrograph developed by Ardennet
vith the participation of Eger and the authors of this
'work. The appara;tus has double focusing by means of
electric and magnetic fields, effected respectively by
cylindrical capacitor and a sector magnet. The iron
beam is created by a plasma source 'vith sini4e contrac-
tion of the discharge. Recording of the matis spectrum
is photographic; "Schummm" plates are used. There
Card 1/3

USSR/Nuclear Physics - Structure and Properties of Nuclei. c-4
Abs Jour Ref Zhur - Fizila, No 4, 1957, 8706
is the possibility of visually observing the spectrum
with the aid of an ioh-optical converter.
The mardz= resolution of the instrument is 100,000 --
120,000, and the dispersion (roughly calculated) is not
less than 2.34 cm percent of relative mass difference.
The calibration of the scale of the masses of the instru-
ment is made using photographs of certain basic lines,
nsim those of the groups
N14-1-- N14H N14 + - Nl4.H '
C~2i~ _ C~2 +
4 H4 `4 ja5
31 4
and 016 -f __ 016it - OX -4
The masses of the atoms H, D, He4 and C12 wer found from
photographs of the doublets H2 -- D, D2 -- H , D3 -- 1/2
C12H 4 -- 016. The results are:.
Card 2/3

USSR/Nuclear Physics - structure and Properties of Nuclei. c-4
0
. Abs Jour : Ref Zhur - Fizikaj No 4, 1957, 8706
H -. 1=8142 � io-6, He4 __ 4.003872 :t 4 x 10-6,
D - M14736 -~ 2 x 10-6, and C12 -- 12-003620 T 5 x 10-6.
The data obtained are in agreement with the values deter-
mined from the energy balance of the nuclear reactions.
Card 3/3

71i i7

USSR/Nuclear Physics"- Structure and Properties of Nuclei. c-4
Abu Jour : Ref Zhur - Fizika, No 1, 1958, 452
Author : roemirkhanov) R.A., Gutkin, I~I*, Dorokhov, V.V.
Inst
Title Mass of the Isotope He3.
Orig Pub Atom. energiya, 1957, 2, No 5) 469-470
Abstract A mass-spectroscoiie determination was made or the mass
of the Isotope He I in a mixture of helium Isotopes en-
riched with ffe3 to .99.5%, using a setup previously dee-
cribed (Referat Zhur Fizika, 1957, No 4, 87o6). The
mass was measured la the doublets H3 -- He3 and M)3 --
He3. The results or the measurements were checked
against the HD -- H3 doublet. The mas scale was cali-
brated against the spectrum H14 H __ N14 H2 _ N14 H3*
The value obtained for the mass of HO is
3-016970::!- 2 atomic units of mes. The data of this
Card 1/2

-V6P,()"0,V5 V, V,
USSR/Nuclear Physics - Structure and Properties Of Nuclei c-4
Aas Jour Ref Zhur Fizika, No 1, 1958, 453
Author Demirkhanov, R*A,p Gutkin, I.N., Dorokhov, Ar.V.
Inst
Title Masses of the Isotopes c13, N14, and N15.
Orig Pub Atomn. energiya, 1957* 2, No 6, 544-551
Abstract Results are reported on new maps-spectrographic measure-
ments of the masses of c13, W14, and N15. It is shown
that there exists "an internal agreement" for the values
of the masses of the3e isotopes, obtained frDm, various
systems of coubletse The measurements were performed
under conditions that exclude the systematic errors.
A procedure is given for a precision adjustm;n 0
It f the
ion-optical system. For the masses of c13, 1 1 and 111-51
the values obtained were 13-007491 = 3 x 10-f), 14-007527
t 4 x lo-6 and 15-004890,t 5 x 10-6 atomic imits of mass
respectively, which is in good agreement with the values
Card 1/2

24(5)

AUTHORS: r% onv/56-35-4-13 '-2
Denirlzhanov$ R. A., uutkin, T. I.,
Dorokhov, V. V.

TITLE: Bond Enu~-y in the Region of +Jie 82 Proton and 12S
Neutron Magic Numbers
v ool: i,.:, cl il.,,~--11 P0 Pz.-Otonar. C2 i -.iel-,
12 61
PERIODICAL: Zhurnal cknpoxi:3eiitallnoy i teoret-i--.-,vqkoZr fizi':i, V.3;, J-
PP 917 - 925 (USSR)
A13STRACT: The authoru of the prezent p%-~e~xeport on i c7-, C:.-
peri,-iental material which is 4.- z-. cl~~-r ~aa.,-,ner
in tr-bles. By mon-no. of a m,..oo spnctrc~r1--.ph (recolving
power 60000-80000, de,-,cription in references 4,5)
the -maa3es of the following isotopes ,-,ere moarured:
Lead.: Pb 204, 206, 207 and 208 (Table 2)
Mercury: Ht3 1G, 199t 200, 201, 202 and 23,', (,,,.'-.Ie
Thallium: Tl 203 and 205 (Table 4)
Bionuth: Bi 209.
Determination of manoes was carried out by direct
Card 1/3 coxparison with the masoes of the

the Region of the 82 Proton qni -4- 13"' Z'
3.26 ftnitron Magic Numbers
0-,-, -)()Undo, as e.js for
Pb 204 C116H120 Pb 208 C1411802' Ili; 'S)9 C13H110'
Hg 204 C1611121 T1 203 C16H111 TI 205 - C16H13'
Bi 209 C141113N2' The manses for the various iootopeo
are given up to 6 decimals, data given are accur-te
uP to 3-4 decimals. From mass measurements the nucleon
bond energies in the nucleus are calculated. The resiilts
obtained indicate a ohell structure of the nucleus
with a well-filled shell of 82 protons and 126 neutrono.
The difference of tile nuclear bond energy for --n even
and odd number of nucleons in the nucleus and its
smoothing out as the shell is filled up can distinctly
be aeon. After the shell in filled up with Z. 82
and N. 126s the bond erergy of the next neutron ic
hik;her than that of the next proton. Vne ener~;y of
two bound neutrons (which yield-- the HE; 204 nucleus)
is E;reater than the encrb-y of attachniont of two
protons in the for.-.taticn of the Pb 20,t nucleus. The authors
Card 2/3 thank Ye.Ye.Baroni, T.N.Leboadze, X. A.

'luclear 3o d In the Region of the 82 Proton and .~;jv/56-35-4-13/52
33?6 Neutron Magic Munbere
Kovyrzina and V.M.Shoniya for placing the metallographic
compounds and the heavy hydrogen at their disposal,
and they also express their gratitudr. to P.S.Brostyuk, M.I.
Dzkuya and G.A.Dorokhova for their practical help. There
are 2 figures, 9 tables, and 10 references, 4 of which
are Soviet.
SUBMITTEDs May 17, 1958
Card 3/3

AUTHORS: Demirkhanov, n. A., Gutkin, T. 1.0 2o-nB -6-14/43
Dorokhov, V. V.
I-------------------
TITLE: Masses of Lead Isotopes (Massy izol;opov svintsa)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol. 118, lir 6,
PP- 1103-1104 (USSR)
ABSTRACT: The present paper reports on the reouitg of the measurin
the masses of load isotopes Pb2041 ,b 0 1 Pb207 and Pb2og .of
These measurements were carried out in connection -ith the
determination of the binding energy of the nucleons in a
nucleus in the range of the magic numbers 82 and 126 with
respect to the protons and with respect to the neutrons,
respectively. All this is connected with the necessary exact
definition of the mass of the isotope Pb2o8 which is used
as base value for the computation of' the masses of heavy
isotopes with z k- 82
from the data of the nuclear reactions. The measurements
were carried out by means of a device described already
Card 1/3 earlier by the same authors (ref 1). The dissolving power

Masses of Lead Isotopes
2o-118-6-14/43
of this device amounted in this region to 60,000 - 80,000.
In order to increase the accuracy of' the measurements the
masses of th3 lead isotopes were determined by immediate
compari'son with the oorres onding m 9s of hydrocarbons which
contain the isotopes H1, CV2 and 0191. The values obtained
here were controlled by the determination of the mass of
the lead isotope from various doublets and by the production
of lead ions from various compounds. Each value &M of the
doublet was determined by treatment of 18-20 mass spectrograms
(which were photographed on different plates). The results
of the measurements are given in a table. Following is shown
by the data of this table: Within tht3 measuring error limits
a satisfying "inner" connection exists between the mass values
detected from various doublets. The 378OUltS found here confirm
the absence of systematic measuring faults and the reliability
of the data obtained here. Finally the differences between
the present measurements and the earlier ones are pointed out
Card 2/3 in short.

Masses of Lead Isotopes 20-13B -6-14/43
There are 3 tables and 4 references, 2 of which are Soviet
PRESENTED: September 26, 1957, by L. A. Artsimovich, Member of the
Academy of Sciences,'USSR
S17BMITTED: July 5, 1957
.'' . I I -
Card 3/3

'?1(7), 21'1)
AUTHURSt Demirkhanov, R. A.f 'Vutkin, T. I., SOV/56-36-5-62/76
Dorokhoy, V. V.
TITLE: The Mass of the Isotope Pu 239 (Mass& izotopa Pu239)
P~!RIODICAL; Zhurnal ekepaiimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 5P pp 1595-1596 (USSR)
AD5TRACT., Already in a number of previous papers the authors reported
on the mass determinations of lead end uranium isotopes,
and they also described the mass-spectrometric device used for
these measurments (Refs 1, 3, 4). In the present "Letter to
the Editor" they give a report on measurements carried out
with Pu 239 by means of this spectrometer, which has a
resolving power of 60,000 - 80,000. Tor mass determination
doublets of various organic compounds were used, which
consisted of the already exactly known elements H, C 12 and
016 , viz. alizarin (C 14H8 04 , M a 24C) and perilen
(C 20H12 , M w 252). Ion formation occurred in an arc
Card 1/3 discharge in helium, the pairs Pu 239 _ organic compound

The Mass of the Isotope PU 239 SOV/56-305-5-62/76
were introduced into the discharge by evaporation from
special crucibles. The mass differences 2A M of the doublet
and the corresponding mass values of Pu ares
doublet H[mUE] mass of Pu 239 1UE3
PU 239 C 14H7 04 18-44810-082 239-120922+92
CigHli Pu 235 33-4,17.t0-067 239.128695�74
239 Mean value: 239-128784�165
The mass of Pu calculated from nuclear reactions gives
239-128025�155 if a correction of the more accurately
known value of Pb 208 itt taken into ac,,=nt, and
239.126999!150 if this correction is not taken into
account. It is found that the difference of the masses of
Pu 239 and U238 calculated according to the authorstdata,
when compared with the data obtained rrom nuclear reactions,
amounts to only 0.166+0.250 mUE, i. e. that it is still
within the limits of errors. It is therefore assu=ed that
Card 2/3 the error of ~ I mJ4E is due to an inaccurate q-value.

The Mass of the Isotope PU 239 SOV/56-36-5-62/76
There are 1 table and 4 references, 3 of which are Soviet.
SUBMITTEDs February 2, 1959
Card 3/3

21(8)
AUTHORS: Demirkhanovq R, A#, Gutkin, T. I., SOV/20-124-2-16/71
Dorokhov, V. V.
TITLE-. The Massoo of the Isotopes Th 232 , U'234' U235'and U238
U234
U235 i '1 238
Th 23z
M
i
zotopov
aesy.;
,
,
(
PERIODICAL: Doklady. Ahadeynii nauk SSSRt 1959, Vol 124, lir 2, PP 301-303
(USSR,)-,
ABSTRACTs u234
U235 and U238 made
Measurement of the masses of Th 232
,
,
it possible to determine the binding energy of nucleons in the
nucloi"not only of those isotopes but also of many radioactive
isotopes connected with them by the naturally-radioactive
series 4n, 41, + 2 and 4n + 3. The exr..ct masses of these isotopes
have hitherto not been determined by direct measurements. The
authors determined the masses of these isotopes by imeans of an
already previously (Ref 3) described mass-spectrographical
device having a resolving power of tlie order of 60000 - 70000
The masses of the isotopes were detexmined by direct comparison
with the correspondin7, mass of organic compounds. Thesqorganic
compounds contained Hi , C12 and N14, the masses of which are
Card 1/3 known.

The blasses of the Isotopes
Th232 U234, U 235 and U23U
SOV/20-124-2-16/71
The nubstancov uned for reanuremento nre j;iven; control wac
carried out by determining the rxaas of U 2 from tLe doubloti;
12 236 12 13 A 2 30. rence iu mado to a
C19 J: 10-U arCl C18 C I!, - U Short refe
second control muthod. Each doublet waz! determined by the
evaluation of 18-20 mass sDoctro,-rams r!,,rhich had been photo-
graphed on difforcnt plates). Fw3ulta of measurements are given
by a table,,, The mnoses cif the isotope lj2313, which werodetermined
from 2 different doublets, aeree well with one another within
the likiits of measuring errors. The I'mean value" calculated by
taking account of wei&rht amoun~ts to M1 238-127284 t 35-10 -6
u!38"
mass units.. The mass values determined by the present paper are
lower thamthe corresponding values determined by nuclear
reactions. Also these differences remainwithin the limits of
permissible deviations, an exception bein.- formed only by uranium.
Card 2/3

The Masses of the Isotopes
Th 232 t U234, U235 and U238
SOV/20-124-2-16/71
The authors thank Ye. Ye. Baroni and K. A. Kovyrzina for
placing heavy hydrooen at their dispocal, and they also thank
M. I. Dzkuya, G. A. Dorokhova and P. S, Brostyuk for their
active help. There are 3 tables and 11 references, 6 of wYich
are Soviet.
PPX-SE,iT[,:D- September 26, 1958, by L. A. Artaimovich, Academician
SUBMITTED: August 29, 1958
Card 3/3

89257
5/048j6l/O25/001/023/031
Do29 /Bo63
AUTHORS: Demirkhanov, R. A,p Gutkin, T. I#, orokhov, V. V.
TITLE: Masses of heavy atome and binding energies of nuclei-7174n the
range of 174 -4 M < 239
P.SRIODICAL; Izvestiya Akademii nauk SSSR. Seriya fiz.1cheskayaq
v. 25, no. 1, 1961, 124-120
0
TEXT: The results of mass-spectrographic measurements of nuclear massee
in the range of 1744C M~.2399 carried out for a large number of isotopes
with an accuracy of 10--f to 5-10-7# are prosented. The mass spectrograph
with double focusing used for the purpooe had a resolution of 50,000-
80,000. The masses of heavy nuclei were measured b the doublet method
and with the use of the organic compounds C n Hm0 CnC~3Hm0 C,nNMHk' and
Cn0mN kHp as standard masses. The question as to whether there is a fine
structure in the curve of binding energy in the mass range with A,- 200
can only be answered if the accuracy of measurement is improved by one
Card 1/10

89257
Masses of heavy atoms and binding ... S/040/61/025/00/023/031
B029/BO63
order of magnitude, i *so # to j5 U/M - 3- 10- 7, and a discontinuity of.
-3 Mev in the binding energy can be established with an accuracy of -20,4
6
if AH/M , 3-10- . The high degree of accuracy with which the dispersion
coefficient can now be measured, and the method developed by 'the authors
make it possible to increase the accuracy of measurement in the respective
mass range by a factor of 10-50. In many cases, the mass of the isotope
was determined from various doublets, i.e., the "inner agreement" was tak-
en into account. Table I contains the masses of the Re, W, Ta, and Hf
isotopes andt for comparison, the masses obtained by the mass-:3pectro-
scopic method and nuclear reactions. The masses of Re185, Hf1791 Hf1771
and Hf174 were measured for the first time. The mass values of the
majority of isotopes measured by the authors are higher than those obtain-
ed in Refs. 8 and 9. This is obviously due to the fact that 9 defective
standard mass had been used. A comparison of the present data with
similar values obtained by other methods is of particular interest. The
results of the present paper are compared in Table 2 with those of other
papers. They agree with those published by W. H. Johnson and V. B. Bhahot
card 2/10

892.57
Masses of heavy atoms and binding 3/048/61/025/001/023/'031
B029JB063
(Ref# 17) within the limits of error, but differ from the results obtained
from nuclear reactions by about the double error. According to what has
been said abovet the q values for the reactions
Hf177(V,n)jjf176 and Hf179(V,n)Hf178 are probably err~.-neous, or the 2imits
of error in the determination of the Q values of these reactions must be
increased two or three times. The nuclear masses of 42 stable isotopes
measured by the authors were then used to determine E/A as a function
of A (per nucleon) within the range 174 4 M < 210 (cf. Fig.). In additiOnt
the binding energies of 66 radioactive nuclei were calculated. Table 3
contains the binding energies B n of the last neutron and B p of the last
proton, and also the pairing energies P n and Pp of the neutrons and pro-
tons, respectively, for the Hf, Tal W, and Re isotopes. on the strength
of these measurements it is possible to establish some rules concerning
nuclear energies. The nucleus has a shell structure, and the shell is
completely filled at Z - 82 and N - 126. In the case of nuclei with odd
A, the binding energy is always lower than in the case of nuclei with
even A. At equal values of Z, the shell structure may be derived also
Card 3/10

89257
gasses of heavy atoms and binding ... 3/048 61/025/001/023/031
B029%Bo63
from the mutual behavior of the (Z+l)th proton and the (N+l)th neutron
(Z - 82, N - 126). The binding energy of the last neutron or proton
satisfies the law of conservation of parity. The authors thank Ye. Ye.
Baroni and his co-workers K. A. Kovyraina and V. M. Soyfer for several
preparations, as well as M. 1. Dzkuya and G. A. Dorokhova for assistance.
This is the reproduction of a lecture read at the Tenth All-Union Con-
ference on Nuclear Speotroacopyp Mosoowt January 19-27, 1960. There
are I figurep 3 tables# and 21 references; 8 Soviet-bloc and 13 non-Soviet-
bloc.
Card 4/10

DEMIRKHANCV, R.A.; DORCKHOV, V.V.
Mass of the isotope pu240. Zhur. ekap. i teor. fiz. 40 n-.).4rlO33-1034
Ap 161. (Plutonium--Maaa) (MIRL 14:7)

IMIRKHANOV, R.A.j DOROXHOV V.V.; DZKUYAj M.I.
Isotope masses and binding energies of nuclei in the region hwom
strontium to ruthenium. Zhur, ekep, i teor, fiz. 40 no.6j1572-
1582 Je 161 (MIRA Vt8)
Nuclei$ Atomic~
iIsotopes-MRSO)

J o1 6
31 oa/, Bli 132'
acmIr!hanov, R. 4~., joromiov, V. V. .
T:i:: rhe isotcj,)c~ i,aswo of luteciun, ytterbimi and thulium
Akneemlyn nauk Jjjh. Dolkl-dy, v. 146, no. 1, 1962, 72 - 74
Thc isotope mas-es tere mcnuured with a double- f ocusinc. mas3
of the ele~%ent to I
be
For rcference, doublets formed by ionr U
nd by or~,-tnic co~:,',,ounds consisting of H 1 '. C12 13 1,:, 16 e r e
i, X
12 13
C
~,C- Tho spoctroEraph 3ble to resolve the mas:;es of C and
-ass c)f each isr)tope caloulated from the n,,iss'o'f the doublet.
-esiilts rood af-reument rrith those by V. B. .3hinot et al. C - .
12"-, no. 1, 235, 1960). There are I fiFure and II table.
3, 1962 by L. A. .%r4sirovich, Acade:-.ician
A-arch 2G, 1')62
1/2

0 ml U d 8 0 f
7;lb1c. 169
e.
1'~: t rf i rC. tc,:IC 1
v r -a ma s s o r -170
the ercor refers to the IPPA
fi Eure 5 . 171
172
M
174
1-15

175
176

Garl 2/2
T 71,, 3211
C,,11,,N - TWO
O I.S*. K I
,
; i&A tv~m,.L,,2

llv~ - Tul-CI
70:4
.
Kl
4). M 1"17911tloo
147 (153 - 0,103

r,,Ii,.N - lbl*l 169,P90171�43
C") I ON - I bll- j6j,ON7.,m ~15c, 165.rR, 1 j3131,
qLj'li,.N - Jb-1- I~i.37t:tO,LIO 169,2S22671210
C'. I I ~ ().-41 -, Ibl" 10 417, r LO. Z-v) II-) r.X,5X.-tZ7u
cip;11"N - lb", IvI.V.-M3j,.Yj
lb"I - Jbil. I(X,1.53:)jOx6O
q,11,0,N - Ibl"
IV- - lb:ll ~Tlll:ox,; 1-h 9~elfl-,�..,,10 ;0
1b- - lb
C,.11, - MIT'

cvjl. - lb,~.
11)". - IbIlt Wmtololq
MI:631�0,64
C'.1 1. - IV-
),
175 M
I.N - I bl" .
1
Lu-'s 114.157�0.017 174 1 *,4
*21 ;
o
.
t
c"ll, - Luill
L L ul~ 1002.301:L9.00 ;5jvj65jbj

DEMIRKHANOV, R.A.1 DOROKHOV_.V.V.; DZXUA, M.I.
I . ~ - 1 -.4 -
Isotope Mao so and nucleon bindin e ien in the rare-
a ,,,A .4,176p 6394 Izv. AN SSSR.
earths region (1504 :Zl).
Ser. fiz. 27 no.lOtl338-1356 0 163. (MIRA 16:10)

Va.;
btriling ctiergy ef Ve,,, lait two reutrorio in the rog-Alon
0.4 2 no.-I 3 S! 16-5.
(MIIRA 18:8)
y Institut yadsrriyk~ is:31edr-vardy.

DVXIIYA, M.I.
EEMUKHANOV, R.A.;_nq~LOV
Masses of stable isotopes of neodymium, praseodymium, cerium, and
lanthanum. Izv. JLN SSSR.Sor. Az. 29 n0-5:857-861 Vq 165. (MIRA 180)

ITUMALIMSKil, N.D,; ANDREMA, Ye.A.; GRISHANKOVA, Ye,L.; GOLOVLEV, Te.L*j
D~,OPIIOV~Al V,V,; ZHUKOVA, L.N.
Study -f microflora of refinery waste waterB. Prikl, biokhim.
i mikxr tiol. 1 no.2tl63-:L66 th-Ap 165. (MRA 3.8:n)
1, Injti.tut mikrobiologii AN SSSR, MoBkva.

L 36o92-66 W(m)/T WE CA) SOURCE _C3T&46~
ACd NR, AP6015206 CODEj UR/0411/65/601/002/01 I
f
AUTHORSt lyeruaalimskiyL_tf~ D.; Andrej.~Ka_L_T~. L.1- Grichankova, Ye. L.; Golov1G_vq._Y.0*_,
Doro hov, V. V.; Zhukoi4_, Lo 11 -57
ORG: Institute of Microbiolo AcadeuV of Sciences,SSSR, Moscow (Institut R
9Y 0
mikrobiologii Akademil nauk SSR
TITIS: A study of the mioroflora of sewage of petroleum refineries
SOURCE: Prikladnaya biokhimiya i mikrobiologiya, v. 11 no. 21 19651 163-166
TOPIC TAGS: bactoriap fuel mioroorgan',--n, industrial waste, petroleum refiningi
yeast, aromatic hydrocarbonp diesel fuel, kerosene
ABSTRACT: The results of a study of active slime from petroleum refineries arc &ivono
Active iflimes from waste phenolic water tuid from oil traps (purified of petroloina by
six-fold extraction by benzene) were studied. Recent and old slimes from oil refinery
floo 4 and a sample of slime from the trap of No- 4 wore also studied. The specimens
were kept in the active state in Se"ngen's medium at pH 7- From the slimes, 575
cultures were extracted, and 145 other cultures wore extracted from similar sources.
The mycobacteria were 44%, the bacteria 2V11, and yeast 2(f,4. All the bacteria were
gram-negative nonspo-Ire-forming. They were represented mostly by Pseudomonas and
Achromobacter. The yeasts were Candida and Torulopia. All of the extracted micro-
organisms grew well in pure kerosene, pure paraffin, diesel-fuel\~aistillate, and
Cord__._1/2 Tmn. 622#35+613#663

, h lOq2
_~C __:�6
ACd NR, 060f~-266--
0
paraffin-base petroleum. It was found that only certain rqeobacteria and bacteria
grow in aromatic hydrocarbons. Orig. art. hant 3 tablea. I
SUB CODE: 06~1/5014 DATEs
ISJan65/ ORIG REF- 003/ OTH REF: 009
LS
Cord -2,/2---

DOROKHOV V.Ya
G6nssio of platform strtwtures of the s3cond and third orders.
Izv.AN SSER.Ser.gool. 25 no.1:15-27 a 160. (MIRA 13:8)
1. Nizhne-Volzhakty filial Veesoyuznogo nauchno-tooledovatellskogo
geologo-rauvedochnogo neftyanogo instituta, g.Saratov.
(Saratoy Province--Geology. Stractural)

ACC N~71~29303 SOURCE CODE: UR/0271/66/000/006/BO56/BO56
AUTHOA: Dorokh ov,.Ye. Ya.
TITLE: The*optimum frequidney'of data readout from discrete signal transducers
SOURCE: Ref. zh.'Avtomatika, telemekhanika i vychislitel'naya tekhnikat Abe. 6B426
REF SOURCE: Sb. Algoritmixg proizv. protsessov. Seminar. Vyp. 8. Kiyev, Nauk.
dumka, 1965, 16-~31
TOPIC*TAGS: data readout, data retrieval, discrete automation, optimal control
ABSTRACT:- The problem is considered of selecting the frequency of data readout from
discrete signal transducers; thereby it is assumed that a certain value of the fre-
qqency can lead to data losses. -Both data losses caused by equipment failure and
structural losses associated with the method and speed of processing the given type
of input signals serve as.the criterion of system's operation. A method for determin-
ing the optimum-frequency of data readout is indicated, and the upper and lower limits
of the optimum frequency of data readout are shown. Equations are derived which make
it possible, for a given magnitude of permissible data losses, to select a definite
value of the data processing cycle which would determine the upper limit of the
optimum frequency of data readout.. (Translation of abstract] 4 illustrations and
bibliography of 8 titles. N. S.
SUB dODE-. 09 NS
Carcl 1.07 1 r--. e.0.1 TAII

BYKHOVSKIY, I.I. (Moakva)j-QQ=OVA,-A.P. (Moskva); "AARETSKIY, L.B.
(Moskva); LVKCMSK1Y, S.I. (Moskva)
Some periodic movements and the structure of the phass apace
of an impact-vibration system with a regularly recovered
force. Izv. AN SSSR. Mekh. i mashinostr. no. 2:161-165
Mr-Ap 164. (MIRA 17:5)

BOROVIKOV, Vaa~liy Aleksandrovich; KOSAREV, Vladimir KuzImich; KHODOT,
Gsorgiy Alsksandrovich; SLAVIN', M.I., kand. takhn.nauk,
retsenzent; DOROKHOVA, Aar. retsen t; GESSEN,
V.yu., doktox- TeK=. naulf, Pd!n,,t~QIV,, tekhn.
red. f.
(Electrical networks and eysteip) Elektricheakie seti i si-
- . stemy. Moskva, Cosenergoizdat, 1963. 459 P. (MIRA 16t8)
(Electric lines--Overhead)

USSR/Diseases of Farm Animals# Non-Contagioue Diseases@
Abe Jour i Ref Zhur-Bioloj i~q jQv 1958, 83583
Author t Fedorov,, B, LO Mirclyubpv, I.I.j Pclivanskaya, K*
D.j Darokhova.._Aj.._Kj
Institute i No instl_'Eu~is given
Title t Steatitis Disease in Minks,
Orig Pub : Karakdevodetvo i zverovodstvo, 1957p No 6. 54-56
Abstract i At one of the sovkhoses for animal breeding, an outbreak
of polyavitmainosic steatitia Oyeftew fatt, disease)
occurred among young minkea- The disease was-ohareateri-
zed by a general depression.. by food refusal., by dia-
rrhea with yellow or dark-green feces,, sometimes by
seizures accompanied by spans or paralyses, An auto-
psy of succumbed animals uncovered a well advanced de-
generative adipoeitye The disease was caused by con-
tinuous feedings of fish remnants containing rancid fat
to the animals.
CardlA

DOROKHOVA, D.V.
Vasomotor lesions in focal inflamnatory brain diseases in children.
Fiziol.zhur. [Ukr.] 10 no.4t551-554 JI-Ag 164.
(MIRA 18tll)
1. Detskava paikhonevrologicheakaya klinika i laboratoriya
fiziologii vyashey nervnoy dayatellnosti Ukrainakogo
poikbonevrologichoskogo inatituta, Khar1kov.

DOROKHOVA, K.Ta.; SOKOLOVA, T.A.
............... w
Chemical composition of the layer covering the grains of primary
minerals in some mountain,-taiga soils of eastern Transbaikalia.
Pochvoyedenie no.1004-36 0 163. (MIRA l6sl2)
1. Pochvennyy Institut imeni V.V.Dokuchayeva.

FRIDLAND, V.M.j- DOROKHOVA a ZHITKOVA, A.I,
,t,~
Nature of the Btructure of humid tropical soils (Morth Vietnam).
Dokl. AN SSSR 164 no. 3:707-709 Ja 164, (MIRA 17:5)
1. Pochvennyy inatitut im. V.V.Dokuchayeva i MinIsterBtvo Bell
akogo khozyaystva SSSR. PredBtavleno akademikom I.P.Gerasimovym.

DOROXHOVA, M.A.
lollowing Valentina Gaganova's example. Tranap.stroi. 10
n0-317 * 060. (MIU 13:6)
(shipitsina, Anfisa Ivanoyna)
I.

fJ;
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ors. MVW-j.(5;;, cum.
Clem
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C.A. IS. brUl Yet 9 811041-41-Aamw"l.
~ F142.(i -C6'Al
Sourfam" art 0. from m; -
With Im". I calwis with Nil irM oWtiss of
fe 1%
eads. T1110=ft V-#*-&4M , I do"". of
=41701
of,& vw. cgovVedommally Irmo I I &logo
ao
;Z*'W"j. S. gaels. .1 "me n 738%.
00
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710
01-7 (bvm ccl~wir~ ethewh a C
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,f0w).
pnwd. PCL Ow The mobt. mtirfM III sells. at Oo &W I be. at
twu tt"P.. fiketral. and twavd. is varawr uitk adds. at
pew, erther. J430p:2112.34 . I.w.
decom tome WS In &k ur twe betaliss
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ad. Well sold. vrith
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04& 0. fib
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low in 1
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an. M10'. 1k.
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be is of ti~ "'" *--t "let it"An' ~
fft"kess with the Onsem" VM
babultu Nil. in the in &Y WON at
-Thpm mewn. to 3-4 rnwo" nl the aminr tawwq4l by
at iber 3-alkyl-*1.."ikrto6"n1l~
stfli& of Ow
bank "Moord to statill I bf - V*W% tlw
hr. to Mcoll. it- %Kb 11 Ineet-
it"Od" i. M,-5 ylkh.
drund 4krarbc"Yd
(1) (S-3
i1w "110114120
t Ownt of of OL".
the Mopsiff
.1 9.
VNI=-mik. dmm
~-.V-mvtk

sh"llotly. dw S4Pr
%Wlk *Raft of I on" AFONA ask a( DL-,w4t%rbAMr
a 146MOP, WIN* whirk
rx. P, 11, wide b, III', J:
MCSS.-liario., -154-
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on rd stasull"j. il~h-
brmayl ww* p"
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vwMv 0.916L ly saw.
off
C7
H.66 on. 0-3 ). .%d'fvpfv-
(
b, 174 . erm. cas cooling.

DoaOlMOVA, H. L
USSR/Chemistry - Pharmaceuticals 11 Feb 53
"The Synthesie,of Quinuclidinecarboxylic Acid-(2).,
Q,
.M. V. Rubtsov,-M. I. Dorokhova;'All-Union Sci-Res
Chemicopharmaceutical Inst im S. Crrdzhonikid.ze
A. DAN SSSR, Vol 88,'No 5, PP 843, 844
Worked out a simple 5-step synthesis for quinu-
clidinecarboxylic acid-(2) starting withe-picoline
and mesoxalic eater. Presented by Acad V. M.
Rodionov 28 Nov 52.
264T26

vy-4-
'
V
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lb
T
Ur
k
V
t
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ia
.
, A.
,
P.
K
l,
,
F.
4.wi h r Jim

re, a;-YWt~i i4_4'a ~'cx- .6.1ticat Avil It
odd halvta of thc cortcq-ar~dta~ t;z g- aLfld& i.1 tbe e

stt-e- Co- ~hnlM Awlik iwi~ tbt (1,60 grOtlp rviured by
&f RMI L
7 -77Z-7-~

I , I
Y t~", i
, , - I . : , ..- . f
. . .1 .11 m- I , ''. I I ~ Gilt 9 mm~~ Ilim

V
0

v -
j - -~
7 -
H, ~- I -
T, 1 ~k I .

and thelf di-P.
JU
cc~r"ptltllqg %tyxile lulctlydrbi are flehydru!cti by h~:,:t- 4
ts, cx7 otFtr dehydrilif;g ~~mf.
S~%rh f~ 117E,04 la A~idu. on4l the rt?uIcimF I
Witzi tire rivatt4 wiJ,

DOROKHOVA, H. 1.
Dorokhova, M. I. -- "Investigation of Certain Transformations of Simple
Ethers of Styrol Halohydrins." All-Union Sci Res Chemicopharmaceutical Inst
imeni S. Ordzhonikidze, Mowow, 1956. (Disseration For the Degree of Can-
didate in Chemical Sciences.)
So: KNIZHNAYA Letopis', No. 11, 1956, pp 103-114

IK
(44(rab) ax-1 F~wim
C-4. 44, U,4 tv-')linalc -uh 1"':i
u I WvAle hmi "'S fa. (fry brIrxO 2-?.5 ful. Wavt Or-
;ulJ t. cif R ijO 91Z% qt%atrrn&tr-f vilt, t-,%. wbkti t,~
dr'l rtutrd ~ti EM11 cvcr Ilt at atm. pf-lare to 71;-5
CA %letl. w4l
to 11-5 r, jx,w-i- 144 iz mtph at rethal ykl4linx adt--.- ~j
tna =tnt
lev IAT60'. Tnis uta" ftith lrr tic Ll CHCL
kt,r " wil beatiat 2 firs. on a stalLm buttiz t-wer t~, 4':,
W--,ag HC zaZv. tz.
VrEt ch with N.'OJ ove th-, fra c4arUe (1), L, M-Ao-,
a,,! I L47C. A gfrealu d dr cDc4mt W, wgS r~'~wd I ht
th~ mish 0.3 C. NA In 20 9. fiqtaj N71, a:A U- 1 & Fr-
i N Os~ ' tbil mix- w2-- ~hca umatcl wilb tA g N~ so!
%J 'red I hr. arld at CmIting luspolska of N-NiG uc'~c4j
wd th 12 S. j*=G(Wuirw;; When R'Md btAn. furm-td, 0 C. I
wi * tddO atul dw 2 ba-1,41f, 'kits &7--td- and LL' rts"'ve
aw's 4 It's to M-401. III-cer rdiuxlar t hl. witL 161cNa
a i;i~ dwad ~A ttlo and dd~ lip,
49,C) 141,
M. 56-V; MC: UU. m. 210-11'.
G. M. K i1i

MIKEIAISV, V.A..;1k.2pk0pQyk, .4jLLSMOLIN&, X.Ye.; ZBXIOKHOVMBVA, A.M.; IVANOV,
A.I.; X.I.; SKOHODROV. Y.A.; S90LIN, D.D.
Styrene as rnw material for the production of synthomycin and levonW-
cetin. Part 1: Synthesis of p-nitro-A~~aylaminoticetophenones. Anti-
bioliki, 4 no.2:21-24 Hr-Ap 159. (MIRA 12:7)
L VaesoyuzWy nauchno-isel6dovatellakly khimiko-farmataevticheakiy
institut imeni S. Ordzhonikidze (for Mikhalev, Dorokhova, Smolina,
7.hfilokhovtoova). 2. Institut farmakologii i khimioterapii AXN SSSR
(for Skoldinov, Ivanov, Arenduruk, Galchenko, Skorodumov; Smolin).
(CHT,ORAKPMICOL, prep. of.
synthesis from styrene through p-nitro-c(-acylamino-
(VINYacetophenones (Fins))
L CON POUNIZ
styrene, use in chloramphenicol synthesis through p-nitro-
4-acylaminoacetophenones (Rue))
(KIT01W
p-nitro-4(-acylaminoacetaphenonen, intermediate in chlor-
amphenicol synthesis from et7rene (Thxs))
-A~e~

MIKHALHV,, V.A.; PPPPOVA,, Me;e; SHOLINk, N.Te. I ZHELOXHOVTSIVA, A.M.;
'rimmirovA, O.Ta.; bKOLI)INOV, A.P.; ARHNDatIK, A.P.; SMOLIN, D.D.;
GOLOVKINA, T.V.; SLONOVA, L.A.
3tyrene as an initial product for synthomycetin and levomycetin
production. Part 2: Bynthesis of p-nitroac,3topbenone and
p-nitro-q(-bronmetophenonee Antiblotiki 4 no.4:21-24 JI-Ag
59- (HIH& 12:11)
.i. Vseooyuznyy nauchno-ineledovatel'skly khimiko,-faruatsevticheskiy
Inatitut imeni S.Ordshonikidze (for Mikhalev, Dorokhova, Smolina,
I'Shelokhovtoeva, Tikhonova). 2. InBtitUt farmakologii i khimio-
terapti AJ411 SSSR (for Skoldinav. Arendaruk, Smolin, GolovkIna,
Slonova). (OHLORkMPHINICOL *All)
WTOIRS chem)

MIKHALLT, V.A.;,DORDKMVA, M.I.; SMOLIAA, M.Te.
Machansix of conversions of o~-acylamin*oxyproplophenonse
Into the corresponding benspyl acetyls. Part 2s Synthesis
and cleavage ofcO, b~r wde.L,,r accepted, matho4a. In order w reduce danger a,-.d to f acilitate
Card

L 41024-65
ACCESSION las AP5COS582
the )rocesa, a diAlkirlaodnoethyl-ch-lorids salt im us(dj aucb as chllorb4dratre,
Tile pracess is also facilitated and sinV34fied by us1mg cauivtic potash. or caustic
soaa as the alkali e4;ont. To prevent excessive ctilution of the reaction masrs, the
exco3s solvent ia d0tiUed similtansously with iAtrcdwatior of the alcohol
Bolution-q of tile ratetion products. For all the synestrol to react, 150-170%
of t.he theoretical-Ij computed diethylaminoethyl cblo.--ida rKuired is usod.
mum
EML 00 SM3 CODEs OG# 19
&MUTO: 1310v61.
NO REF WV 000 OMMI 000
Cord 2/2 -------

MIRHALEVP V.A.; DOROKHOVA M.I ; bMOLINA, M.Ye.; TIKHONOVA, O.Ya.
t!~~
fialoalkyl amines and their transformation products. Part 21
rivatives of HIp N"-di spi rotri pipe raz inium. Zhur.org.khim.
k
1 nc).3t460-464 Mr 165. (MIRA 1814)
1. Vqesoyuzrqy nauchno-issledova tell skly khimiko-farmatsevticheskiy
inatitut im. S.Ordahonikidze.

~ACCi~SiYONR':
A4
A.P50,19028 IJR/O~86/65/000/012/0063/006'3
6,56.266.3
XHHOR: Lekc, V. It'- #, Dorokhova# .4. L.
TITLE: Glass for, glass cerAtkidimAterials. Cleas 32, No.,172001
SOURCE-1 Byulleteal izobreteniy i tovarnykh znakov, no. :12, 1965, 63
TOPIC TAGS: glasal 1~ semiconductor
cerami; _PYTQC_e~~s
kBSTRACT
L: ki Authcr Certificate--has been issue-1 fox a g1aus for glass ceramics., T6---
mics vith an electronic condwtiv-.Ity of' .0- ohm-, -CM-11
~produce glass -crw 9 to 10-12
1;-15% 1.107, 5-25% Al-011
;-711--9s Is 'ormulated to contaft- 30-50f S402 , z
3r" MFLX B203, 10-23 HgO, 15% max CaO, 3% mra Ha20, h% IK2kr), and 2-101" Al t
me
ASSOCIATION: none
SUBMITTED- 21mar64 ENCLe. 00 SUB CODE: MT
JNO REF 60'V-. coo 111~R: 000 ATD PRESS- 4052

ZMMOVSKIT, V.I.: WROXHOU, M.P.: ZARIHRA. H.Te.: NEW, D.G., affg, G.T.
Data of the thermographic investigation of barium titanate vith
some admixtures. Izv. AN SSSR Ser. fiz. 24 no.10:1294-1295 0 160.
(MIRA 13:10)
(Barium titanate)

.I)OF