SCIENTIFIC ABSTRACT BEKHTEREVA, M. N. - BEKHTLE, G. A.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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BEMMMA, H. N.
,Aoetorp-Butyl Al~ohol Fomentation on MOIRS303," Mikrobiol. 8, No. 1,
1939.
Gent. Soi. Res. Lab. Fermentation Ind,

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USM/Kierd"Diology - General Microbiology P-1
Abs Jour : Referat Zhurn - Biol. No 16, 25 Aug 1957) 68357
Author : l(rasilnikov, N.A., Bekhtereva, M.N.
Title : The Application of a Method of Fluorescent Microscopy
for Identification of Live and Dead Actinozycete Cells.
Orig Pub : MikrobiologLya, 1956, 25, No 3,, 279-285
Abstract : Of the 15 species of actinomycetes investigated, belon-
ging to 7 different groups, the brightest natural (pri-
mary) luminescence belonged to Actinomyces violaceus, A.
aureofaciens and actinazycetes of the orange-red group.
FluorocRi~ng by acridin orange (AO) does not permit
any differentiation of a live mycelium of actinomarcetes
from a dead one; the color of luminescence depends on
the concentration of the coloring agent, quantity of my-
celium and other factors. AO is quite toxic to actinany-
cetes; in concentration of 1:10,000 it causes destruction
of 95% of the culture. For differentiation of live from
Card 1/2 - 4

Um/microbiology - General Microbiology F-1
Abs Jour Referat Zhurn - Biol. No 16, 25 Aug 1957) 68357
dead xWceliua of-actinomycetes., a fluorochroming by
primulin vas found useful, as suggested for other
substances.
Card 2/2 5 -

TOMWAZD, A.I.; ZUCHWA, A.G.; SIRTABIN, G.K. ~ 73 ffA M.N,-
NIrITINA, I-I.;
ARTANCROVA. 0.1. N
Nov antibiotics. Vest.Al SSSR 26 me.6:95-96 is 156. (MIRA 9;9)
(AMIDI(fles)

A
BI ,.,-p--XOSHELEV1. X.I. KIUMANOVSJUYV
Formntion of active Droteolytic enzymes as releted to the growth Pnd
nutolysis of submerged Actinomyces cultures [with summary In English].
Mikroblologtia 27 no.1:32-38 Ja-F 158. (MIRA 11:4)
1. Inatitut milcrobiologii AN SSSR. Moskva.'
(ACTINONYORS', metab.
protease form,, relation to growth &,autolysis in
submerged cultures (Rue)
(PROTBASES
in Actinomyces in submerged culture%, relation to
growth & autolysic (Rue)

INIMTRIMA. NON
Paper chromatogr hic determination of amino acids In
Actinomyces
violacaus loo'719 Ith summary in Inglishl, Xil=oblologlia
27 noo'53360-564 3-0 138 (MIRA 11112)
1. Institut mikwbiologli AN SSSR.
(ACTILMCBS. metab~
amizo acids in lationwoes, violneaus. paper
chromatograpby (Rue))
(AKINO, ACIDS, metab,
Actinomyces violaceue, paper chromatography(Ruo))

17 (4, 1

AMORS:
Shapoohnikoyl V. H., Academician,
jtjhktrej"0V/2o-124-i-57/69

M. N..j. Kosheleval N. A.,
Khrzhanovskayap V. E#
TITLE:
The Possibility-of Controlling the
Process of Antibiotic

Formation in Actinomyces Violaceus
(Vozmozhnost' regulirovaniya

protsessa obrazovaniya antibiotika u
Actinomyces violaoeus
PERIODICAL:
Doklady Akademil nauk SSSR, 1959,
Vol 124, Nr 1,

py 198 201 (USSR)
ABSTRACT:
Two stages of the process of
fermentation were detected

*(Refs 1,2). The products of fermentation
are mostly formed at

different periods in the course of development
of the culture.

.They are very rapidly formed during the second stage
when the

culture stops growing. It is not possible to completely

identify-the 2 stages in the formation of antibiotics with

the
regularities of bacterial processes. Antibiotics differ

greatly from
bacterial processes and their structure is very

complicated-Their
characteristic features are given. It was

observed that an intensive
formation of antibiotics often

coincides with the moment of
exhaustion of one or the other
Ca-rd'1/4
elenent in the culture
medium. In this connection intermediary

The Possibility of Controlling the Process of Antibiotic
SOV/2o-124-1-57/69
Formation in Actinomyces Violaceus
products can be formed as well as products of autolytic de-
composition* The mentioned products serve as a.source for
the formation of single molecule particles of antibiotics.
From this aspect the method of exchanging culture media
during
fermentation gains particular Importance for the problem
mentioned in the title. So far the authors have found that
the development of the Act. violacous Nr 719 really
represents
a 2-phase process. (Pigs 1:2). The most intensive formation
of the antibiotic takes place during a rapid decrease of
growth of the culture. Yorph.olo6ical changes of the cultura
of the Act. -violaceuo can be observed which are dcabtlessly
a result of the change of its physiological state with in-
creasing age. As the calculation of the productivity of the
culture on the basis of an uninterruptedly changing medium
does not result in a correct comparative estimation of the
biochemical activity of the mycelium, special experiments
were carried out. The normally bred mycelium was put into
small flasks for a time of 6-8 hours The amount of mycelium
did not exceed 0.5 g1100 ml. The iniiial PH-value 7 was -
Card 2/4 maintained (Fig 3). In the course of this
experiment it was

The Possibility of Controlling the Process of Antibiotic
SOV/20-124-1-57/69
Formation in Actinomyces Violaceus
proved that a young mycelium (42 hours old) is not-yet
able to form an antibiotic. Only later, e.g. after 72 hours
the rate of production of antibiotic was of 4500 relative
units per 1 g mycelium hour. The substitution for the
hitherto used medium~Hr 1 by other sorts of media accelerated
fermentation and development of the culture. Thin is why
the most productive age varied somewhat. In order to find
out whether a young myoelium, Is ready for the formation-of
the antibiotic a young and an older mycelium were put into
media with different pH-values during fermentation. It was
thus proved that the pH-values from 6'to 8 do not cause a
young m7celium to produce an antibiotic. In the old mycelium
the production remained unchanged between 5.8 and 8.8. The
elimination of nitrogen from the culture medium ledl however,
to an, increased production of the antibiotic, even in the
case of a young mycelium. The increase was upto 117 relative
units. This process was accompanied by clear changes in the
structure of the cytoplasm., There are 3 figures, 1 table- and
Card 3/4 3 Soviet references.

The Possibility of Controlling the Process of Antibiotic
SOV/20-124-1-57/69
Formation in Actinomyces Violaceus
ASSOCIATION: Inatitut mikrobiologii Akademii nauk SSSR Institute of
Microbiology, Academy of SciencesUSSR)
SUBMITTED: September 13, 1958
Card 4/4

17%12)
BOY/20-127-5-50/58
W
AUTHORSt
Bekhtereva, M. H., Koleenikova, 1. 0.
TITLE:
The Continuous
Process of Fermentation of Actinomyces

lavendulse in a Running Medium
PERIODICALi
Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 5, PP
1114-1116

(USSR)
LBSTRA.CTs
The problem of brooding Actinomycetes under
the conditions- men--

tioned in the title is new and scarcely treated
in the publica-

tions (Refs 1-3)- The mentioned method of breeding may
open

prospects of a new technology if it is correctly utilized And

lead
to a considerable financial success. The authors used the

strain fir
2335 of the fungus species mentioned in the title as

object. The
formation of-the antibiotic of this species is

closely connected with
the period of intensive growth as well

as with the end of the latter.
According to the composition of

the culture medium the process may
have 1 stage or approach

towards a two-stage process. The experiment
was carried out,

under laboratory conditions in a vitreous apparatus
cultivator

according to a one stage scheme. A continuous inflow of
the,
Card 1/3
culture medium took place. Staphyloooccus Nr 209 served
as ex-.,

.Us.-Continuoun Process of Fermentation of Actinomyoes
SOV/20-127-5-50/58
lavendulae in a Running Nedium
perimental object for the antibiotic. A high quality culture
medium was u eds,(Nr 1)t soluble starch 1.5%t glucose 1%;
so 0. 5%; NaC
(NH 4)2 4 ; : 1 0.5%; corn extract 1~6 with PH 7.0.
Table I shows the change of the biomass quantity, of the anti-
biotic activity, the carbohydrates, and the pH-value of the
culture medium flowing from the cultivator. Prom the results may
be conoluded.that more hyphae with differentiated plasma or
enlarged hyphae were produced when the culture medium flow de-
celerated, i.e. the culture aged. PR - 5-5 led to the occurrenue
of inflated yeast-like hyphae. The antibiotic is intensively
produced if the brooding in a running medium takes a long time.
A number of Important problems which are to be solved by fur-
ther investigations remains unclear, e.g. the optimum concentra-
tion of the substances in the culture medium as well as the,
necessary rate of flow of the culture medium. There are
I table and 3 references, I ofwhich is Soviet.
ASSOCIATION: Institut mikrobiologii Akademii nauk SSSR (institute.
of xioio~.
biology of the koademy of Sciences, USSR)
Card 2/3

BEKHTMA, M.N.1 KOSHEIZVAt N.Ae; MUMMVSKAUs ~-Z-
Physiological properties of Actinomyces lavendulas as
related to
oultural conditions. Trudy Imat, mikrobiol. no. 6:234-244
159.
(MIRL 13 ilO)
11 Institut mikrobiologii AN SSSR.
(ACTINOMYCES IAA=ULAE)

BE LE~~~
Wd/Ation of organic acids by a culture of Actinomyces violacaus
strain 719. Mikrobiologiia 29 no.2:184,189 MrAp 160. (MRA 3.4%7)
1. Institut mikrobiologii AN SSSR.
(ACTINOMMES) (ACIDS,.ORUNIC)
(MIDATION, PHYSIOU)GICAL)

Pathways of organic acid syntbesis and conversion in Actinomyces
violacaus, Mikrobiologiia 29 no.3:329-335 My-Je 160. (MIRA 13:7)
1. Institut mikrobiologii AN SSSR.
'(ACTINOMICES) (ACIDS# ORGANIC)

BEMMNMAI M.N.
Oiddation,of gluoose py the oulture of Actinomycom violaoeuo,, strain
719. Mikroblologlia ?9 no.5s643-W Sf-0 f60. (MM 3,3:3a)
1. Institut. 2 ologii,! AN SSSR.
(011011~101)4 AAPTINOMYCES) (FIDATIONS MSIOLOGICAL)

ERVIt M.N.
Ocidation and o*nverxlon of glutamic wid by
Aatin0lVOSO-vlQ]ACOvS-
Mikrobiologiia-29 no.&802-805 " 160, (Km 14;1)
16 Listitut mikrobiolo U AN SUR
(ACTINWCFSf JGLUTMIC ICID)

BEMTOWA, M. N., (USSR)
*Fcmtion and Gmveraion of acme Organic,Compounds
In the Metabolism of Aotinowees vio3Acaus.*
Report presented at the 5th T-At'le.Biochamistry Congress,
Yloscowl 10-16 Aug 1961.

BMTMEVA, M. N.; XOIZSNIKDVA, 1. G.
Morphological-abamoteristics of the aotinosycetes Acto
lavendulas
and Act. aureofacians afUr a prolonged cultivation of
them on a
flowing medium. Mikrobiologiia 30 n0,31402-408 MY-is I
(MM 15 tT
1, Institut mikrobiologii AN S M ,
(ACTINOMES)

SHAPOSHNIKOV, V.N.; BEKETEMA,, M.N.; KHRZANOVSKAYA,
V.E.
Keto acid forination in submerged cultures of
Actizomyees vio-
laaeus 719, Hikrobiologlia 32 no.6t946-953, &-D 163
(Min is li)
1. Institut mikrobiologli AN SSSR*

SUMEMOVP-T;,N., akiLdemik; RIMTWW JAMWp G.Zop-
"OKOWA M.
Ifflect-Of oultivation'conditions an the correlation of
composents 'or an antibiotic produced b5r Actinamroes violacauss
*train no* 719, Dokl. AN SSSR 153 no-5:1195-n9g D 163.
1. Institut mikrobiologii AN SSSR. (MIRA 17-.1)

v
BCKHTMIW.VAp_.!~.N.j,,TARASOVA, N.T.1 KWHANOVSKAYA, V.E.
...- ..,
Produation of alcohols and &aide from gly6erol by the
crultvre
of Actinamyces violacaus strain 719. Mikrobiologiia 34
no.5t
773-780 S~-O 165, (MIRA l8slO)
1, Institut mikrobiologii AN SSSR,

IIMMIN.RTSKlY, A.A.; R-41ITMOKYR, Ya.I.1 KAXAMMA, T.B., --
Pavel )ndraovlch iptoy, 1905~- ; oii bla 60th birthd&y. Mikrobiologlu
34 uo#41749 JI-Ag 165a (HIRk 18110)

;BTZWA M t"VEDEVA, G.A. POCPZ(NA, M.N.; SAPCZHNIKOVA,- 0.1:'i~
Rapid method of detecting bacterial infection in culture fluiC~',
during the production of streptomycin, Prikl. biokhim, i
A.
-i obiol. 1 no. 6:726-730 N-B 165.
(MML ls.zl~)
1. Institut mikrobiologii AN SSSR. Submitted Dec. 24j, 196/+.:.,r

TIU-11-1 111 rNoV, I".!"
OrpAnIt, acids and their ro.3t! in ',Iri formiUon c-f
pikmntrj In AottnoVcoo ard
&ureov(,rti:.,!]3Atug. Eidlzj..
3911)
2. Tnntitut !7, IIIN~5.

VA p N.Y.
'16 Maw
Physiological pe,obanjou of eoVensatlon In cerebral
tumors, Zhur.
uevr. I poikh. .54 ni).6:544-547 A 154. 7:7)
1, AsIologichooki
'y otdol Ioningradskoso nmobno-loolodavateliskago
neirokh' I Instituts Iseni A#L*1olenov&*
(TBAgI
WsIol,q .00*0 noation mooboulls)

RUBMWA, Nor,
nectreplWatologia obaracteristics of conditioned reflex
processes
In cerebral tumors wA tvaer-like diseases, Fistal.s1mr. 41
no.2:
IL87-19k Mr-Ap 155. MaA 8:3).
1. lauabis-isslsdo~atollskly neyrOhtrugichashy Institut In.
A*L,,
Poloneva Ionizerad.
(mwm, CMITIOM.
ING of conditioned reactions in oat-abral. tumors & tumor-
Ube die.)
(BLDMOCMIOGRAWl, In Yox4ous'dissasomg
brain tumor & iumor-like Als., of conditioned reactions)
(IRA . neeplaus.
IMI of conditioned reactions In)

EMMYEMA, M.P.,; DANOVICH, F.H.
Appmrance of slow rbytbaic potentials in eloctroencephalograp4r
in rabbits. Biul. eksp. biol. i mod. 41 no.2.3-7 7 156 (HLRL
9: 6)
1. Is Leningradskogo nauchno-ionledov&tellskogo
usyroWrargichookogo
Instituts, imeni A.L. Polemove. (dir.-daystvitelluyy ohlon ANN
SSSR
V.N. Shanov) I Torenno-morskoy mediteluskoy akademil.
Predstaylano daystvltol#Wm chlenom ANN WSR V.H. Shamovym.
(BIRCTROU
Arthmic slow potentials In rabbits. off. of
irritation by tourniquet & by sleetricity (Rus))

'OU-
b=/Human and AW-1 Physiology - The nervous System. V-10
Abe Jour : Ref'Zhur '- Biol., No 2,, 1958, 8M
Author : M.M. Livanov, V.M. Ananlev and N.P. Belatereva
Title A Study of the Bioelectric Nbsaics of the e-x in Patients
with Brain Tuwre and Tramas by Means of Blectroencephalos-
COPYO
Orig Pub : Zhurnal nevropatolo i psikhiatrii, 1956: 56, No lo.,
778-79o
Abstract : Tha electrical activity of 50 Points on the cerabral
cortex
vas recorded by mewis of an electroencepbaloscope (Livanov,
A-WeV, M101. 7h==1 SM, 1955, No 4) on a screen on
iihich the fluctustions in potential of the corresponding
point were reflected in changes in intensity of 1131nnfin ~6'
tion. 2he dynamics of the illusination of the points VMS
rw:orded v-Lth a mDtion picture camera. Vhen. the cerebral
cortex of rabbits vas traumatized by the subdural introduc-
tion of a piece of paraffin, there vas observed the
Card 1/3

k
USSR/Humn and AM-1 Physiology - The Nervous System. V-10
Abs Jour Ref Zhur - Biol.,, No 21 19580 8M
detected in patients with epilep
sy. In patients suffe-
ring from the results of traum to the brain., reduction
in the aziplitude of potentials vas observed in the area
of adhesive arachnoiditis, uhile beyond the focus of in-
Jury slow rhythm and foci of local excitation were seen*
Card 3/3

UMMMA, Y.P.
90271mb"le"Porms of tntenmifieation,of ~10W fluctuations In an
electrooncephalogramo Biul. eksp.biol. i mad, 43 no.l.
supplement:
119-123 157. (MLRA 1.00)
1. Is laningradskogo nsuobno-Issledovatel'skogo
neyrokhirurgicbs-
skogo Instituta imoul prof. PalinoTa (dir. - deystvitellnyy
Alen
AM SSSR prof* T.N.Shamov). P;edstavlena doystvitell uys
chlenom
AMIF SSSR P.S.lt"lovym.
(SIAM2MCWHALOMLAPEr
off. of conditioned reflexes in brain loosion)
(]MAIN, Aim.
off* of conditioned reflex on XIG)

TE ("z V6
V. N. I BAIMAYEVj and BEKRrMWA,, N* P*
x "Applicationof Isotope Emephalography and Electroencepbaloscopy
Iocalization of Brain Tumors."
paper to be presented at 2nd UN Intl. Conr- on th a paeceful uses of
Atmic
Energy, Geneva, 1 - 13 SOP 58-

AUTHORt BekhtAreva, N.P. SOV/26-58-1-5/36
TITLE; The Bioelectric Activity of tho Human Brain (Bioelaktriche
skaya aktivnost' golovnogo mozga cheloveka)
PERIODICAL: Priroda, 1958, Nr 1, pp 32-38 (USSR)
ABSTRACT:
Cardl/5
Electric phenomena takes in an essential part bf the various
manifestations of organs and tissues of thworganism. This
fact is based on the development of the-.,dirference of po-
tentials between an excited section of the tissue and the
tissue section that is in a state of rest. As compared with
the section at rest, the excited section is electrically
negative. While the discharges of the electric organr, of
electric fish go up to 500 V, the potentials of the human
brain reach only millionths parts of one volt. Recently an
hypothesis on the role of an intricate structural condition
of the living matter in the origin of bioelectric phenomena
and the phase changes of this condition under mulous influences
was presented by D.N.. Nasonov and V.Ya. Aleksandrov. I.M.
Sechenov's theory on the metabolism of substances was further
developed by V.Tu. Chagovets. Electric excitations can serve
as a reliable indicator of the excitation process itself, its
rhythm$ intensity and speed. Electron-beam, wave-cycle and

The Bloelectrio Activity of the Human Brain SOV126-58-1-5136
ink-recording electroencephalographe are the types occurring
most frequently. The biopotentials can be led off directly
from the skin of the head, from the opened brain and by the
method of basal transfers. In animal experiments, biopoten-
tials from de#p layers of the brain are lead off by inserting
electrodes into the brain at various depths. Normally, the
basic elements-of an electroencephalogram are rhythmic oscil-
lations calle.dalpha and beta waves. This was demonstrated
by M. Pravdiah-Neminakiy (for the dog) and later$ by Berger
(for man). Based on NYe. Vvedenskiy's hypotheses, M.N. Li-
vanov, N.V. Goiikov, V.S. Rusinov, A.B. Kogan, P.I. Gulyayev,
V.E. Mayorchik,7 I.A. Peymer and other researchers demonstrated
that the frequency correlations of the electroencephalogram
can serve as an indicator of the functional condition of the
brain. The hypotheses of these authors confirmed Seohenev's
idea that spontaneous discharges are directly connected
with the excit4bility of the brain. The amplitude of the
alpha.waves'osiillates from 20 up to 80 to 10 m kv, but in
most casem witbin the range from 40 to 60 m kv. The beta
rhythm is-chardaterized by a frequency from 15 to 30 oscil-
lations a second. Its amplitude usually does not exceed 20
Card 2/5 to 30 m kv and"is 15 to 20 m kv in most cases. Normally

The Bioelectric Activity.of the Human Brain SOV/26-58-1-5/36
the alpha rhythm fades away when sleep comes and, with in-
creasing depth of sleep, changes over into the sloper beta
rhythm - with a frequency of 1 to 3 oscillations per second
which at first alternates with flashes of 14 to 16 oscillations
a second. In cases of sickness, slowing down of the rhythms
of the electroencephalogram is observed when conditions are
created that favor the development of blocking processest
there appear theta (4 to 6 per second) and beta (I to 3 per
second) waves. Sicknesq.,Aeveloping together with an intensi-
fication of the excitation process shows a dominance of the
frequent forms of the rhythm. An electroencephalogram taken
under conditions of restricted outside excitations permits an
opinion on the appearance of the forms of the bioelectric
energy characteristic for disturbance of brain activity.
It also indicates their localization. From the very beginning
of electroencephalography, records were made of healthy and
sick persons in various functional states ranging between
rest and high activity and under the influence of drags.
Based on I.P. Pavlov"s theories, M.N. Lovenov developed a
general scheme of bioelectrical dynamics by the formation of
temporary connections. Thus the evaluation of the functional
Card 3,5 condition of the brain of dnimals during experiments and of

The Bioelectric Activity of the Human Brain SOV/26-5P-1-5/36
patients in hospitals is largely being done by Livanov's
reactance curve. This method permits the study of the cor-
relation of the nervous processes from the character of the
changes of biopotentials at an increase of power of an espe-
cially selected rhythmic exciter. It also makes apparent
the various forms of disturbances of the neurodynamics, of
the strength and interrelations of the stimulating and block-
ing processes, etc., and also to better imagine the mechanisms
of interaction of the two hemispheres of the brain. The
technology of electroancephalography was rendered more,ef-
ficient by the introduction of microelectrodes and the numeri-
cal increase of amplifier canals in the electrographical in-
atallations. Also the possibility of observing the change of.
biopotentials in many brain sections was Rimultaneously
opened. The Soviet researchers M.N. Livanov and and V.M.
Ananyev have developed a 50-canal device (the electroencepha-
loscope) for the recording of biopotentials, which surpasses
all similar apparatus. It is possible to observe the entire
dynamics of a two-way cathode tube. Two images appear sA-
multaneously on the screen: 1) a three-dimensional mosaic
of the dynamics of the biopotentials consisting of 50 lu-
Card 4/5 minous points which alter their brightness depending on the

The Bioelectric Activity of the Human Brain SOV/26-58-1-5/36
changes of the bioelectrio activity led off from the brain,
and 2) the numerical importance of the potentials in each
point by way of 50 columns with fluctuating amplitudes.
Each column corresponds to the magnitude of the potential of
a strictly defined point on the first image. These two
images of the bioelectric constellation of the brain are re-
corded by way of cinephotography. In the clinic of the Lenin-
grad Neurosurgical Institute imeni A.A. Polenov, the use of
the electroencephaloscope has made it possible to define
more accurately the areas of changed brain activity in cases
of certain brain tumors and traumata. Not only is the cli-
nical use of this device highly promising, but also its
scientific utilization in research on the higher nervous acti-
vity of man and the study of the nature of the electrical
processes of the brain. There are 3 photos, 1 diagram, and
I Soviet reference.
ASSOCIATION: Leningradskiy nauchnoAissledovatell0iy
neyrokhirurgicheakiy
institut im. A.L. Polenova (Leningrad Scientific Neurosurgical
Research Institute imeni A.L. Polenov)
Card 5/5

MMEMA., W. P... Doc gad Soi (dies) "On the bioelootric activity of 1he
cerebral hemispheres In cases of supratenttorial tumors"s Leniromd,
1959, 30 pp
(Tust of Experimental Mad of the Aoad Mod Soi USSR, Leningrad Soi Res
Reurosurgical
Imat im Prof A. L. Polenov., Pathopbysiological IAb)., 200 copies M.,
Wo 22., 1959, 1M),

Jb
sit
I -M
jilt 1,
[
jilt
I J?
lit
Ing
Ji.
k

BIKHrIMA, N,P,; USOV" V.V.
Yathod for Interrupted photo stimulation at the rhythm
of natural
brain potentials registered by electrosucephalography.
Fixiol.
zhur.' 46 no.1:108-121 J& 160.. (NM 13:5)
1. Prom the department of patbophysiology of the A.'L*
Polemov
Neuro-Surgical Institute, Isulugrad.
(M ".00MMMOGRLPHY)
v
(LIGHT)
(BRAIN physiol,)

BKMTE=Ap Natal'Y& POtrovm,--ABRAKOV, L.V., red.; RU!ZVI,
M.S. 9 teldm.
rea;
(BioPotentials of the oarebrm in OUpratentorial tuoral
Biopoten
tsia3y bOl'sbikh POlusharii golovnogo mozga pri
arupratentorialtr7kh
OPAholiakh. Leningrad, Goo. izd-vo =d, li+,-z7 Medgis,
1960. 186 p.
MIU 1417)
il (BRAIN-TUmoRs) (MZMOENCEPHALOWWW)

LEBEDIMITs A.V.1 MaMMU, N.P.
Si-tion of the inhibition prooe"i Fiziol. zhur. 46 no. 3:509-
515 MY 160. (MIRA 13M)
1, From Polenov Research Neuroourgical Institute# Leningrad,
(INHIBITION)

UGRYUMOVj V.M., prof.; otv red.; BEKHTEREV%-XF.-r doktor mod. nauk.,
red*; VOLKOV, A.h .; red.;-DOLGOPOLOVA, G.A.., red.; IIIKIFCMN,,
B.M., red.; RA9BKOV, B.M.., red.; RASTOFZUEV,, A.V.., red.;
TELEGINA,, A.A.., red.; YATSUK, S.L.# red.; LEVIN, M.V., tekhn.
red.,
[I.-'roceadings of the Fourt.h Joint Scientific Conference of Young
Neurosurgeons) Chetvertaia ob"odinennaia nauchnaia, konferentsiia
z-olodykh neirokhirurgov, trudy. Leningrad. Medgiz, 1961. 414 P.
(MDA 15: 6)
1. Obnyedinennaya nauebnaya konforentsiya molodykh neyrokhirurgov,
4tbo 2* Leningradskiy neyrokhirargicbeskiy institut in. prof. A.L.'
Polenova (for Vo3kovp Do2gopolovap YatmkjRacWwvj),Labor&toriy& opera-
tivn.oy neyrokhirurgii Leningradqkogo neyrol:h1rurgIcheakogo insti-
tuta imeni prof. A.L.Polenova (for Nikiforav, Ts3agina.). 4.-~ MI.!
fedra operativnoy khirurgii pediatricheakogo zeditsinskogo
instittita'-
Leningrad (for Nikiforov., Telegina., Yatsuk). 5. Direktor Leningrad-
skogo nauabno-iselodavatellskogo nq=khirurgicbeskogo instituta
im. prof. A.L.Polemova (for Ugry=ov).
(navous asm-SURGERY)

BEMMMA, NP. (Leningrad)
Activities of electraphysiological laboratories in Z
personal impressions. Fisiol. shur. 47 no.4t 52S-531 Ap 16le
(MIRA 14:6)
Omv MIuI.N---MMROPHrSIOIwjr)

BEMEMA,,: N.P.; ZONTOVj, V.V.
Electrographio chraoteristics of the b"ic neural processes. Fiziol.
zhur. 47 n9.12:1463-1470 D 161. (MIR& 15:1)
1. From the A.L.Polenov HouroaurgiZal Research In~titute, Leningrad.
(MGTHOPHYSIOL4DGY) WMOUS SYSUM)

BMT44YA, -N.Fo-
Significance of the use of-different types of
interrupted light
stimulation in registoring tho alectrooneophalogram,in
brain
tumors. Zhur. nevr. i psikh. 61 no.11:1608--l.614 161.
(MIA 15-.2)
1. Patofiziologicheakaya laboratoriya (24v. -- Prof.
N.V.Zimkin)
Loningradskogo nauohno-issladovatellskogo neyrokhirur
chaskogo
instituta imeni A.L.Polonova (dir. - prof. V.N.ShamoT.
e
AIN_TUY
(B 'OHS~ (BIZCTJMNG:;FHALOGUPIIY)
(LIGHT--PHYSIOLOGIGAL EFFLCT)

BEMEMA N.P. Leningrad)
Fifth International Gongress an glectroonoepha2ography and Clinical
Nourophysiology. Fiziolo~ thur. 48 no.2:227-232 F 162. (MIRA, 15:2)
(FJXGTRMNGEPHALOGRA.PHY-GOIIGWZSES) (NEUROLOGY CONGRMES)

BEUTEMAp N. P.; DANOVICHp F. M.
Role of neuroplaglo vubvtanoox In the prmutlon of 4tom-niquat'
abocki accordinxto slectroonoophalographic dAta. Mcaper. khiz;.
i armst. no.2t66-70 162. (MIRA 15to)
L is Uningradakogo naucbno-inaledovatel'Bkogo noyrokhirurgi-
aboakogo institutalmni A* L. Polonova (dir. - prof. V. N.
Showy) i kliniki voyenno-mrskoy khirurgii (nach. - prof. A. A.
Bocharov) Voyanno-maditainakay oxdena lenins. akademii imeni
S. M. Kirova.
(SHOCK) (It=TUNCEPRALOGRAPHr)
(AUTONCKC MUGS)

BEKHTEREVA. N.J. d6ktor mod. mauk; STEPANOVA, T. S. (Ioningrad)
.-V
Dynamics of bioslectrical activity during the process of dark
adaptation and during drowsiness in patients vith focal diseases
of the brain. Vop. neirokhirurgii no.3:1-6 162.
(MIU 15: 7)
i. jaektrofisiologlobaskaya laboratorlya Hauchno-iseledovatell-
skogo neyrokh1mrgichaskogo instituta inni A# L. Polenova.
(EMTROENGMMALOGWff) (BRAIN--TWORS)
(M7.--ACCCKODATION AND REFRACTION)
(SLEW)

BEKHTEREVA X.F.,
__pr f.1 USU.', V.V., prof.
Some aspezts f t6- of" alectzroen~r&~.!-tlogniphy 1n medical
ectentific institutions of tte R.S.F.S.R, Biul. Uch. mad. sav.
3 no.4:24-20 JI-Ag 162. (MIRA l7t

RUWWWWA NS_P.j USOVS V.V.
Swo eleutr9oncepMUgraphic Froblema in neuromwgical and
neurological elftical practice. Fiziol, WAIX, 48 no-4:37W83
Ap 162. (MLU 25:6)
I* From the A.L. Polenov Neuromutical Research Institute.,
Leningrad
4IZM-RM=MLaMM) (IMUROLOGY)
(NSUOUS SYSTEM--SIMCERY):

KRATIN, Yuriy Gannadlyevich; BEKII=YA,-&tA1IYA-WrQ-vAa;
GUSEYNIKOV, Vladimir Ivanoviah; KOZHEVNIKOV, Valeriy
Aleksandrovich; SENICHENKOV, Boris Tikhonov:Lchj USOV,
Vladimir Vasillyevichl KATINAS, G.S.,, red.izd-va;
ZAMARAYEVA, R.A., tekhn. red.
[Technique and methods of encephalography] Tekhnika i
metodiki elektroontsefalografii. (By] IU.G.Kratin i dr.
Mosk,va, Isd-vo AN SSSR, 1963. 312 p. (MIRA 16:10)
(Encephalography)

MAYORCHIK, Varvara Yevataf Iyevna; BEKHTEREVA, N.P.,, red.
(Clinical electrocorticograpby; examinations during neuro-
ourgical operational Klinicbeskaia alaktrokortikografiia;
iseledovaniia Yo vremia, neirokbirurgichaskikh operateii.
Leningradj, Meditsinaj, 1964, 226 p. (MIRA 170-1)

BEKHTEREVAP. N.P. (Leningrad)
Mqperimental opileptiform hnmrklnsoeo" by I.V. Danilov. Reviewed
by N.P. Bekhtereva. Fiziolo zbur. 50 no.2:241-242 F 164.
(MIR& 18:2)

BEKHTEMA, N.P.; S72PANOVA, T.S.
Dynaimics of the focus of pathological activity in brain
tumors
under conditions of prolonged limitatition of external
stimulants
and of sleep. Zhur. nevr. i psikh. 64 no. 12tl753-1758 164.
(KMA 181l)
1. Laningradakiy nwichno-iBsledovateltakiy
neyrokhirurgicheskiy
institut im. Polenova, (direktor - prof. V.M.Ugryumov).
f

BMIM&M, V. K.
Bakhtereva, V. N. wGocparutI,c evalu&tion of the =thods for
determining flat feet,M
Sbornik tniiov Rauch.-i9slai, in-ta ortopedil, travm"tolocii
I protezirovLnlya
(M-vo zdravoolkhrananiya Us SSR), Vol. 1. 1948, p. 217-27 -
SO: U-4934, 29 Oct. 53, (Letople 'Zhurval Inykb Stately, No.
16, 1~49).

V
BSKRMMYA, T.N.. kendmodemuk
The 1956 conference of the Uzbek Ssmasbko Research Institute of
Resorts and Physical Therapy, Topokur., fizioter, i lechefisAullt,
22 no.5:93-91+ S-0 157. (M33tA 11:2)
1. Ucbenyy askratar'Usbekskogo nauchno-iseledovetallskogo
institute kurortologli i fisioterapti imeni N.SeSsmashio
(PHYSICAL THIRAPT)

MMnMMA Vel.t kand.zed.nauk
On the history of the development of azaroise theraW In
the
works of Abu Ali Ibn $in&. Ned.sbw.'Uz'b. no.84tlO,9-107
Ag-
8,10, (xm i3t6)
1. Is Usbekskogo goeudaretvaunogo
nauebuo-iselodavatellskogo
Institute. karortologil I fisloterapit, Imeni Semambko
(direktor -
dotsent YsX, Mmmino,09
OMMOIU THWAN) (AVIGMA, 980?-1057)

BEKHTEHEVA, V.N.9 kand.med.nauk
Exercise therapy in nonspecific dissait- of the respiratory
organs at the health resorts and sanitoruima f Uzbeki3tmn,
Sbor.trud,Ua,goa,.naiich.-isal.in3t.kur.1 f1sioter. 173163-167
162. (MIRA 170)

-BMTMTA- y6 - L (Moscov).
Sports Injuries and tbair Prevention. Felld.1 akush. to.12:10-13
3) 153. (HLBA 6:12)
(Sports-Accidents and injuries)
f

B = TONVA, Te.I. (Moscow).
OMPWASUNNOWNft
Hemarthroals. folld.i akush. no.1:23-25 Ja 154.
(MLELt 7:1)
(Hemorrhage)

B k'XIM
NORMWA. Te.A. (Kooky&)
Blood transfusion and infusion of blood. substitutes by the drip
methode-Pelld. I skush. nc.1;46-49 :& 1559 (XLRA 80)
(MM TWSIFMIONI
drip)
INUS 101. PATMTMkAL.
drip)

0
BXHTMVA. i;. I. IXO;kva)
MOM.
Apparent death. lfelld.t akush. no.5tg-14 My 155.
(MWTHD ~
apparent, resuscitatlon) .
(RISUSCITATION,
In apparent death)
(KM 8:7) .I

BlMffXIWA, Ye. 1.
- --l-wommommulb.
.dNOWPOOMMMM-7 --qlw
Trawratims In athletics and Its Prevention, 7eldshar &
akusho
no,12tlO-15 Doc 1933* (qLNL 23:3)
1, mosoove

BIUMMA. To. I. (Moskva).
Gastric akulb. 22 no.4r14-18 Ap 157.
(MIU 10t6)

(Moskm)
pornt Ions " the cardiolvisculAr system &LrIM operstlons. Yalld
2; p9.6:9-12 June 157. (NM -12:3)
(gWIOVLSGUIAR SYSINK) (SMIGIMY, OPMATIVA)

BMIC'MITYA, Ye. 1.v Cnaid led Sci -(disn) "On the probl= of homo-
tho orGans of tho abdominal
dynamios in majc,~z- c~xrgioal intorventions.
cavity*" YOn, 1953- -14 PP (First Ordar of Lm-dn !-~nd Inot in 1'@, 14 Secht.
nov), 203 copie,- (YJ.944-55,. 125)

1541. (426) THE DOSAGE OF FLUID IN MASSIVE DRIP
INFUSIONS (Russiantext)
Bek lite re Viklg,. 1, - KHIRURGIYA 1958.4 (86-89)
Tables 2
The effect of large attiounts or fluid on the
cardiovascular system was studied in
105 patients during operations and the postoperative
period. It was established
that haemodynamic indices are changed by the infusion of
fluid and blood trans-
fusion. The compensatory mechanisms of the
cardiovascular system are weakened
during the surgical operation and this system becomes
less stable to various
interventions. particularly to the i.v. drip which may
bring about overstrain of
the cardiovascular system. According to the author 400
to 700 ml. of fluid during
the operation and 1,500 to 3,000 ml. of fluid in the
postoperative period are doses
which do not cause any haemodynamic changes.

SOV/137-58-10-20708
Translation from: Referativnyyzhurnal, Metallurgiya, 1958,Nr 10, p53
(USSR)
AUTHOR: Bekhtev, G.I.
TITLE: Condition and Opera-tion of Dust-removal Equipment at the Cal-
cination Department of the Urals Order-of-Lenin Aluminum
Plant (Sostoyaniye i rabota pyleulavlivayushchikh ustanovok
tsekha kalltsinataii Ural'skogo ordena Lenina alyuminiyevogo
zavoda)
PERIODICAL: Sb. materialov po pyleulavlivaniyu v tsvetn. metallurgii.
Moscow, Metallurgizdat, 1957, pp 197-201
ABSTRACT: Removal of dust from the calcination furnaces at the UAP is
by a separate installation at each furnace. Each installation,
consisting of 3 components, receives 24-25,000 nm3/hr of
gases, the temperatures of which are 280-3400C on exit from
the furnace. The dust contents of the gases at the intake of the
lst and 2nd gas-cleaning units (GC) is 180-240 g/nm3, while
on entry to the 3rd component of the GC it is 500-570 g/nm3.
The lst component of the GC consists of 2 stages of cleaning:
A multicyclone (MC), model TsG- 1, with 70 250-mm-diam
Card 1/2 elements, the efficiency of the MC being 78-800/6, and, for
the

SOV/137-58-10-20708
Condition and Operation of Dust-removal Equipment (cont.)
2nd stage, a horizontal Ts-14 electrostatic precipitator. The
total effic-
iency of the I st unit,of the GC is 99.7-99.816. The. 2nd unit
of the GC con-
tains 4 stages of cleaning: The lot stage is the cold head of
a furnace with
a dust chamber, the 2nd stage is a TsG- I MC with 84 250-mm
elements,
and the 3rd stage a TsG- I MTs with 70 250-mm elements, the
4th stage
being a scrubber. The total efficiency of the GC is 99.516,
but the instal-
lation is uneconomical in operation. The 3rd unit of the GC
contains 4 clean-
ing stages- Stage 1 is analogous to that of the 2nd GC; stage
2 is a MC with
70 250-mm diarn elements; and stage 3 is a MC with 180 150-mm
diam ele-
ments. Both MC are mounted together in, a common housing. The
4th stage
is a vertical electrostatic precipitator v~iih an active area
of 29.2 m?-.- This
system (consisting of two MC in series and an electrostatic
precipitator) is
the best for the cleaning of calcination-furnace gases.
Vertical electro-
static precipitators are inferior to horizontal ones in
various ways: Diffi-
culty of manufacture, repair, etc. The hot dry alumina dust
passes from
the gas cleaners to ejection-type pneumatic pumps in worm
mixers for
blending with moist hydrate before charging into the furnace.
The consump-
tion of compressed air at 4 atm remains at Z5-30 m3 per t dust
when the
height of lift is -14 m.
1. Furnaces--Operation 2. Furnaces--Mintenance 3. Particles
G.G.
Card 2/2 (Airborne) --Cleaning 4. Electrostatic
precipitators--Performance

YUZHkMOV., 1,A.; 7BLYATNINOV., G&Vej BEKHTEV G.I.;
XNYAZL?V.. A.T.;
j_.
ISVAj A.A. ~
Testing a three-obamber fluidized bed oooler for
the oooling of
aluminat TSveta mete 36 no*600-55 Jo 1639 (MM 16;7)
(nuidization-4ooling)
(Aluminm mcide-Cooling)

i~ZTIUIL.I. (Leningral)
Observations on the action of a preparation PAuvolfia.
serpentina
Benth (ranpina) in b7pertension. Min.med. 34 no.6:46-52 Je
156.
(KLU 9-.10)
I# Is Cospitallnoy terapevtichaskoy kliniki (naah. klinikl -
chlen-
korrepondent ARE SSSR prof. N.S.Xolcbanov) Toyenno-meditsinskoy
ordena Lenins, akadeati Imeni S.X.Itrova.
(HYPARTWION, therapy,
Ramolf i a alkaloids (~tus))
(RATJVOLIPIA ALTALOIDS, thirepentic use,
bypertension (1tus))

SKUMOTA, I.S.t kand.takhn.nauk; BMIRIT, N.?,, Who;
DOWROVA, X.P..
sootekhnik; WSWO, T.T*# lngh*; BEKHTIN, B.1.9 insh.;
SM- ,
TITSKIT'. I*L, Lnsh,; XISHZCH=Or.7S_._A_._,Tn-zE-.--,
MUINOT, KOGOS
red.:
EMtraviolet Irradiation of farm animals and poultry;
a manual]
Mltrafiolotovoo oblucbenle sellskokhosiAistv*nnykh
shLyotnykh
I ptits; rakovodstvo. Moskva, Otdol
tekba.informatellYINStba,
1939. 34 p. (KIRA 13:6)
1. Moscow, Yeeequxan muelmo-Issladovatellskiy institut
slektrifikatell sell*kQgo khoxvaystva. 2.
Deystvitol*uyy chlen
Vassoyasnoy skadeall sellskokhospystyennykh nat*
imeni Y.Is
Lenina (VASKRNIL) (for Tevrolnov).
(Mtraviolot rays--Therapeutic use) (Veterinary
hygiene)

BAMIN, B. I*
Blectrio circuits of mechanised installations for
ultraviolet
Irradiation of faw an1mls in barns. Sbor, nauch.-takho
Inform.
po slaka ~611khm aoo7t22-25 159. (NIU 13:9)
(Ultraviolet rap-Therapeutic use)

-- BXKTIN, B. I.-; SVIINTZTSKIT, I.I.
Starterleas circull for turning on BUT low-preasure
Gas-digcbarge
lamp with &ctive 'ban"t in the form of inc&ndeacent laMse Sbor.
nail be-takho Informs po elsko sel$khos. noo?:25-28 039a
(XIRA 3jj9)
(Slectric discharge lighting)

I
HWTIN, Be, insh,; SVISTITSET, I., insh.
Mtraviolot rap in agriculture. Ikuka. i pored. Op. T
sallkhos. 9 no.2:49-52 7 159. (MM .12:3)
(Mtraviolot rVs)

REKHT11, B.I.
------:-GrouPswitchID9 circuit f or PRK bulbs with universal
choke.
Sbor. naucb.-tekb. Inform. Do elek. sal'kbos. no.6.*17-19
159.
(MIR& 13:9)
(Blectric lamps)

1-~ - j /'j ... -ID,
iWiMaKO, F.; LIVITOV, A.; BFJCH-TIN,--D.s
SImplification of the technologlowal control &"prptus Pt
enter
pri (HI3A 10: 9)
:es. Sots,trud no.S'.IC,7-W Ag 157-.
Irektor LIvovskoy 053;moy fabriki No.3 (for Kovplenko).
2. Inxhoner savods "Avtoarmatura" (for Levitov). 3.
Direktor
fabriki "Yozro-.hdenive" (for BOhtin).
(Production control)

BARD 1. 1. ; =A , R. 33MITIN I.; BOYIP'T.- BORISOV, A.; NTCHKOT* T.*
"
AASIMNED, S. V.; vlkm;:;4SxlT, A.; VODM;T, G.; 3)VOR."t
S.: WAUPAMM. Ya.; I)IMM. T.; blyArolov" )F.; ZUUVLN, S.;
ZMAROTO As-, ITANOT* I.; KIRMNOT. X., ULTAX. G.-, XORMN. P.-.
IMOV. A.; LMaCK, L.; LYUBNOT, A.; MMSHKINS S.; NMSYNOT, A.;
PMSIT. N.; PIEWSM, P.; PITMKITi A.; POPOV, I.; BAYZER, D.;
.MHKOV, A.; SAPOZHNITOV, L.; SIM, F.- SOKOLOV, P.; MITOSM, I.;
TIIHONOY' N.; TISHCHIM. B... 71LIPPOT. B.: YOMMO. I.; Smazov,
A*-,,SHZMWIUT. A.
Fodor Alskeandrovich Warkulov-. loke I -';iim-no-7:62 156. (MM 9:12)
(Morkalov, Fodor Alskmandrovich, igbo-1956)

NALMMOV, G.M.; MTMIN,, M.G.; XWHM=O, V.A.; ZHIMIN. 9.G.; LOGINOV,
7.0,-, PATIMO, A*$*; YXRKMW, V.S.; VIFM, A.T.; DKITRIM, Iolo;
uGowst I.I.; N -TIN, NJ.; TOMMSKIY. A.N.; VASUMO, P.I.;
BMIOMT, A.A.; 1030T, R.P.; 31RISTOT, V.S.; BILUMV, A.A.; RUSSO#
G.A.- TASILITIT, A.Y*;. HIPM9 V&P**, TXRW* IoA; ORLOY, G,,X.,;
CHMACHINK0. N,A.; BZSOHINSKIY. A.A*; YAROSH, V.P.
ftyel Psyloviob laupm'u; obitua". Mr. stroi. 26 no.5r62 W '57.
(I&up-mu, Pavel Psylovich, 1887-1957) .(NM lOr6)
773174

RISK a
UMV, A.N.; WRA OV, P.P.; SAWIST. A-N., l&ur*&t--l*nluskpr proall;
BT~~~; KAIRDT, I.A.
Presidents-of five academies great you. Takh, mol. 25 n0-7:2-3
A '57 (KERA 100)
1. President As-afiesil tauk'SSSR (for lessayanovj-. 2. President
Tessoynsucy Amdamil x9l'#kokbosyayatv9unykh muk iment V.I.
lanina (for I*banov),,. 3, President Akadadi neditainakikh nauk
SSM (for ALkulev). 4. President Akadexii pedagogicheakikh nauk
RSM (for XatkoiY.-5. President Akademii stroltelletva i arkhi-
taktury SSSR'(for Bekhtin).
(Youth-Congresses)

B -Z~Y 7-1 "V '9 V :~
USSR/General Biology. Irdividual Developwnt B-4
AbS Jour: Jbf. Zh.-Biol., No 9, 1957, 35100
Author Bekhtin&,-V-G-
Inst
Title Some Data concerning the yemmUtion and Beginning
Stages of
Embryonic Development in Chickens.
OrIg Pub; Tr- Pushkinsk. n.-I. laborat. mzvedeniya
a.-kb. zhivotnykh)
1955, VY.P. 7, 198-2DI,
Abstract; In eggs up to o4ulation there is a nucleus
the membran of
vhich disappears at the moment, of ovulation. For 1-2
hours
after ovulation the author could not detect in the egg
the
elemnts of the nucleus. The author cites the great
technical
difficulties vhich evidently prevented his from seeing
the
structure of the nucleus at this stage. The moment of
the sperm
and egg nuclei merging is described as an the mitotic
figures
of the first splittingB.
Card : 1/1 -1-

BEKHTIRA, v.G., Cand Agr aci -- (diss)
'Maturation
of the egg cellf fertilizzktJon,)and 44a
early stages of
41~jo~
embryonic development of how." Len,
1958, 17 pP
(VIn of Agr USSR. Len Agr Inst) 200
copies
(KL, 29-58, 13h)
- 81 -

BIKMIIIA- V-0- (Pushkin, Pusbkiuslmya u1., d. 16, kv.2)
Morphological obermoteristics of fertilization in hens
[with
sumvery in Ingliabl., Arkb,anat.gitt. i embr. 35
no,1:92-100
ja-F 158, (MMA ll.-4)
le Is kafedry rosvedeniya eal'skokhotyaystvanoftb
xbivottqkh
Iisidngradskogo sellskokhoxyaystvannogo instituta i
Pashkinakcr
nauohno-issledovatel'sko7 laboratorit ranvedentys
sellskokhosymy-
stvanrqkb shivotrqkh (dir. - prof . M.N.Iabedev)
(YJRTIL17ATICN,
norphol. aspects in chicks (RuA))

BEWINAO V.G.
-------------
Sarly Btages of cleavage in the chick embryo. Arkh.anat.gist.i
embr. 39 u6.4177-85 Ap 160, (Min '14:5)
1. Punbldnolmya nauobno-issledovatellokaya labortorlya
razveden'iya
9al'Bkokhozyaystvennykh zhivotrqkh (z&7, - prof. H.M.Lebedev).
AdrIes avtora: Leningrad, g. PuBhkin, Akademicheokiy pr. 22.,
Pu*inBkaya nauchno-iseledovatellskaya laboratorip ravedenip
sallakokhosya.vetvannykh zhivotnykh.
(EKBRYOLOGY-BIRDS)

MIRTINA V 0 (g. Pushkin, Moskovskoye shosse.. 2..kv.3.8); ZENTSOVA,
Z.D.
~ad, X-100j Nantemirovskayn ul.,28.,kv.22)
ODevelopment of the embryo of the domostic chicken and its correlation
withthe yolk and membranes of the egg (with tables of the consecutive
stages in its development)" by M.N.Ragosim. Reviewed by V.G.Bekhtina
and Z.D.Zemtsova. Arkh.'anat. gist. i embr, 42 no.10.17-120 J& 162.-
(POULTRY) (MMIOLOGY-GALLIM) (WRA 15:4)

BEKHTINA, V.G.; DYAGILEVA, O.Ye.
Pate of opermatozoide in the genital tract of hens.
Arkh.anat,,
gist. i embr. 46 no-5t25-32 Vq 164. (MIRA 18:2)
1, Pushkinskaya nauchno-iseledovateltakava
laboratoriya razvedeniya
sel'skokhozyaystvennykh zhivotnykh i kafedra
razvedeniya sell-
skokhozyaystvennykh zhivotnykh (zav. - prof.
M.M.lAbedev)
Leningradskogo, sallskokhozyaystvamogo instituta.
AdreB avtorov;
leningrad,, Pushkinp Akademichaskiy prospekt 22?
Laboratoriya
razvedeniya sellskokhozyaystvannykh zhivotnykh.

ACC M AP6035751
SOURCE CODE: UR/0413/66/000/01910121/0121
zINVENTOR: Batrakov, V. P. Azhogin, F. F.; Pribylova, L. I.;
Kalugina, Z. V.;
iBekhtina,
Z. P.
1ORG: none
OTITLE; Phosphatizing of cadmium-plated and zinc-plated steel
surfaces.
!No. 186828
Class 48,
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 19, 1966, 121
TOPIC TAGS: phosphatizing, steel, 1", ri cadmiumillvo~-.
zinc plato%~,-
ABSTRACT: This Author Certificate introduces a method of
phosphatizing cadmium-
plated or zinc-plated steel surfaces by treatment in a solution
containing zinc
monophosphate, magnesium nitrate and zinc oxalate. To obtain
fine-grained phosphate
films on parts with a ccmplex configuration and a varying degree
of surface finish,
the composition of the solution is set as follows (in g/L)-.
10-15 zinc monophosphate,
50-70 magnesium nitrate, 10-15 ammonium monophosphate, 1.7-2.0
ferric nitrate,
1.7-2.0 oxalic acid, 4 mi/L "Progress" detergent and zinc
oxalatee the latter, up to
saturation point. The process is carried out at 70-859.
SUB CODE: 13/ SUBM DATE: 27May64/

BEKHTLE, G.A.j GRITSAYWO.,*A.I.) DIUKOVA, M.K.; ZHAROVA,
M.N.
Using somicoke tars from Choremkhovo coals for the
flotation of iron
ores* 'ZhurepriklekUmo 34 no*1012332-2337 0 161* (MIRE
14in)
14, Institut goryuobM iskopayezykh AN SSSR i filial
Inatituta
aacrhi
gornogo dels, AN SSSR na, Kurskoy I ajisAeui.
(Coal. tare :TT~on ores)

BASIT&At, a.m.; I)AVTDDVSIAU, Rom';'AUERIMS, 06A,
Determining ths vapor tension of molybdenum and rhoulum ch2oridess
Isy. Otd. ast.nauk AN Tadsh. SSR n0.23:35-39 157. (min 11:8)
IsInetitut Midi AN Tadshikokoy SSR.
(molybdenum chlorides) (Rhavium chlorides)

SOV/127-58-11-7116
AUTHORS:
Bekhtle, G.A. and Siliahohenskaya N.Y.
Candidates of Tech-

ni-cal Sciences, Glembotakiy, V.A., Professor,
Plaksin, IoN.,

Member-Correspondent of the AS USSR, Yefimov, V.P. and
Rumy-

antseva, N.M., Engineers and Korolev, V.A., Research Worker
TITLE:
The Flotation of Iron Minerals from Magnetic Separation Tail-

ings of the Concentration Plant of the KMAruda Kombinat. (notat-

siya
zheleznykh mineralov iz khvostov ma
nitno7 soparateii

obogatitellnoy fabriki kombinata KMAruda
~
PERIODICALi
Gornyy zhurnal, 1958, Nr 11, pp 28 - 31 (USSR)
ABSTRACT:
About 800,000 tons of iron are lost each year in tailings on

the
Krivorozhakiy yuzhnyy gorno-obogatitellnyy kombinat

(Krivoy Rog
Southern Concentration Plant) alone when the con-

centration of iron
ore is done by magnetic separation. To

reduce these losses, the
',Iekbanobr Institute long ago pro-

posed the flotation method to
extract the iron from the tail-

inga. But the lack of an effective
and inexpensive flota-

tion, reagent prevented the introduction of
this method. Late-

ly, the branch of the Institute of Mining of the
AS USSR at

the Kursk Magnetic Anomaly, in collaboration with the
Tsentrall

nyy nauchno-inaledovatellnyy institut (Central Scientific
Card 1/3
Research Institute) of the Lesokhimichaskaya promyshlennoat'

SOV/147-58-11-7/16
The Flotation of Iron Minerals from Magnetic Separation
Tailings of the
Concentration Plant of the KMArudayombinat
(Chemical Wood Pulp Industry)(TaNILKhI) tested a now flota-
tion reagent. This-reagent is the heavy fraction of the di-
stillation of the gas-generating resin obtained in the pro-
cess of wood gasification. A similar product, called Vet-
luga Oil, is being prepared at the Vetluzhakiy lesokbimiohe
5kiy kombinat (Vetluga Chemical Wood Pulp Koubinat), Vetluga
oil has the following characteristics: acid ngmber - 26.9,
the fraction output at temperatures up to 240 C including
water;" 13A of volume. It contains about 40% of high mole-
cular phenols and their derivatives. Laboratory tests made
with the tailings of ores from the KVAruda Kombinat ebo-4ed
that
with the use of water glass as depressor and Vetluga oil as
a flotation reagent, a concentrate containing 44-49A of iron
was obtained. As a result of these tests, a scheme of tail-
ing flotation was developed (Figure 5) and industrially
test-
ed in the flotation mill in Cubkin, which reprocesses the
tailing of the magnetic separation. The 3 months of teats
showed the possibility to obtain on an industrial scale a
flotation concentrate containing 48-52% of iron. Vetluga
oil was used as a collector-frother in a proportion of 600
Card 2/3 gr/ton and the mixture of water glass and aluminum
sulfate

SOV/127-58-11-7/16
The Flotation of Iron Minerals from Magnetic Separation
Tailings of the
Concentration Plant of the KMAruda rombinat
in a proportion of 6 1 1 was used a depressor. The equipment
scheme of the mill consisted oft 3 hydrocyclones IOD-300,
I spiral olassifioator and 2 flotation machines M-5 with
10 compartments each. There are 2 tables, 4 graphs, 1 flow-
chart and 2 Soviet references.
Card 3/3 1. Iron--Recovery

BIMIS, GeA. ___
Chlorination of calcium tungstate and Iron tungstato by
a mixture of
chlorine.and splfur chlorides. Trudy AN Tadsh. SSR
01:3-9 159.
(MIU 13:3)
(calcium tungstate), (Iron tungstate) (Chlorination)

BAM
Iffect of the compovl#oji of the gas phase on the
process of
chlorinating calcium tungetate with chlorine
saturated with
sulfur chlorides. Trudy AN Th:dzh. SSR 84:11-16 159.
(MIRA 13:3)
(Calcium tungstate) (Chlorination)

OLMHOV. I.A.; BIMLIC, G.A,
Chlorination reaction of molybdonite. Trudy AN Ta4zh.
SSR,84:17-33
159. (KMk 3,30)
(Molybdonits) (Chlorination)

S7~2 6 00 SOV/81-59-5-14687
Translation fromt Referativriyy zhurnal, Khimiya, 1959, Nr 5, p 69
(USSR)
AUTHORSt Olukhov, I.A.,Q~~le ~-G.A~.
TI=: Oxidizing Chlorination of Molybdenite
I Ixg ,
FERIODICAM Tr. AS TadzhSSR, I*R; Vol 84, Pp 35 - 46
ABSTRACTt The chlorination of molybdenite in the presence of 02
takes place
more rapIdly, than in an atmosphere of pure Cl; whereby the
products of sublimation am the highly volatile oxychlorides,
mainly molybdenum di-oxydichloride, MoO2Cl2. With a reduced
supply of 02 during oxidizing chlorination, hIghly volatile
molybdenum oxyohldr1dss are formed, havingthe lowest degree
of oxidity, apparently mainly oxy-tetrachloride MOOC14 and 4K
molybdenum oxytrichloride, MOOC13. The presence of moisture,
within the limits of atmospheric humidity, is not detrimental
to the main process. An elevated humidity promotes the formation
of low-volatile M003, as a result of thermal dissociation of the
dio.Vchlorlde monohydrats formed Mo02C12.H.O. Upon the formation
Card 1/2 of oxyohloridsa from molybdonite, duPin# the oxidizing
chlorination,