SCIENTIFIC ABSTRACT V.G. CHIZHOV - V.A. CHIZHOVA
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CIA-RDP86-00513R000308920009-0
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RIF
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S
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100
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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Flashless Die Forging of Compressor Blades
IT
A-A
Card 3/5
S/162J60/000/012/003/010
A161/AO30
Fig. 2 -a - Prelimi-
nary operation -
flattening; b- stamp-
ing in the final die
before the approach
of the punch;
a - f inully formed
forging
Fig. 1 a - Ini tial blank; b, - f lattened
blank; c - ready forging.
Flashless Die Forging of Compressor Blades
2
'A 16 -IS C
r rj
D
A IA 1.5
D
S/182/60/000/012/003/010
A161/AO30
a-8 c
Fig.3 The die for flash-
less forging
1 - die; 2 - punch
Card 415
Flashless Die Forging of Compressor Blades
Fig. 4
S/182/60/000/012/003/010
A161/AO30
Card 5/5
2298h,
S/182/61/000/007/002/006
D038/D113
AUTHORS: Konone-ako, V*G*q Kushnarenkog S*G.9
TITLE: Research into the plasticity of structural materials
at high
deformation speeds
_q
PERIODICALt Kuznechno-shtampovochnoye proizvodstvot no. 7,
1961, 4-6
4
TEXT: Because Of the lack of information on the plasticity
of different
alloys at high speeds of hot deformation and the resultant
lack of forging
machines with a tool speed of more than 8 M/sec,
investigations were conduc-
ted on the plasticl.ty of metal during hot deformation at
impact speeds of up
to 150 m/sec. Specimens 20 mm in diam and 30 mm, long from
the 45 3oXrCA
(30KhGSA), 25, 2 Y. 13(2Khl 3) and D( 18W 9r (lKhl8N9T)
steels, the6_1j-tVT3-1)
Ti-alloy, the Affl,-3 (Amg-3) Ath -7(ANg-7), ANZ-6(Alig-6)
and ~K-B (AK-8) Al-
alloys, and the);41)27 (E1827~ low-plasticity,
heat-resistant alloy were
tested under a sin'gle~troke gunpowder pile driver designed
by the Kharlkovddy
aviatsionayy institut (Khar~kov Aviation Institute). The
investigations
were aimed at finding the limit of deformation in the
upsetting of specimens
and at determining the features of hot deformation during
fast forging. The
Card 1/2
22984
S11821611000100710021006
Research into the plasticity ..... D038/Dll3
forging tool was dViven by the explosion of ordinary
gunpowder placed in a
chamber. The meta:, malleability was determined by a
special die with an in-
tricate impression which, as a rule, is not filled with
metal in hammer
forging. The die punch was attached to the ram rod. Impact
speeds of 30,
50, 90, 130 and 150 m/sec were tried. The plasticity of the
above-mentioned
steels and of the ITT3-1 Ti-alloy was unlimited, however
croas-shaped cracks
formed on the latter at 70-75~6 deformation. Hot forging of
40 mm diam, 28
mm long specimens with a very intricate impression from 45
steel and AMg-3
Al-alloy was carried out. The following conclusions are
drawn: 1) Carbon
and alloy structural steels and non-ferrous alloys had an
unlimited degree
of deformation, with high quality forgings. 2) Good filling
of dies with
intricate impressions was observed. 3) No increase in the
plasticity of
metals and alloys with low plastic properties had occured.
4) Gunpowder
pile driver installations are recommended on account of
their specific power,
lightness, small dimensions and operational reliability.
There are 4 figur%
1 table and 1 Sovif?t reference.
Card 2/2
FEW
Woi&,165/0-06/005 '0-3`6
MCESSION TIR: U55 13
-)77
i 621.9811
f
,Atrmoru~ Chizhov, V. G.; 13-ernaMcfnj M. L.
TITLE: Elimination of grjAn-Bize nonuniformity ia forgingsi of
heat-resistp-nib
alloys
SdURM. Kuznechno~-thtamp,nvoebuoy-t~~I)roizvo tv0j no. 5, 3.965, 6-8
ITOPIC TAGS., - - forginf beab xesiataft Liqf.-allty forging; alloy
grain size, grain
isize nonimiformity, nonunifoxmity eiimination/KiN6TV-MTYuR
1-AMU10101", An attempt has been made to
redvce_gi-ain--sizefnon,~mifoxm4~ , a frequent
~defect in heat- resii;t ant al-loy forgings. Billets of the
KhN67MITY&Kloy, 1--~~a'~~:-"~"
~t4
at 1150 .7. 20C for 4o min, were drop forged and then immediately
riturnr-,~
furnwe, Tlhemthey liere held for 7-8 min at 1150 + 20C and then alr
-ed had a unLform grain size without the zones of coar'se and f-'n-
c-f
so trimi.
usually observed i n forgi ngs whi eh are ai r cooled aft er forgi
rr, ~ N -D z. r
twas dDserved in fargings held in furnace for up to 30 min, but
holding fo-r 0 min
increase3 the grain size. Thus it i's possible 1;o control mct
on1--,.- ur---~
1/2
Ji' _Af~d iJ6f T_
AddjW R:
-he size of' graino, by varying the temperatm-c and h n Id I
also i
min) r
j what is required - high strength ~Lnd ductility 'fine
(coarse srain). Oiig. aiR, -.has, t14 figures.
1ASSOCIATION: none
'SUBMITITED: 00 FfiCL, 00 1,11:B ~T,,T,,.
INO FET Scl., 006 OTHER: 000
,~,~hwnlcal tleaning W heaters for digesters. P. V. -
Goml and V, Tekild. Prom. 10,To-- 9.
mimbeth nambash
IiHIMOV) V, N,
"Raisin,O the Thermal Efficiency of Drying Gylinders on 'Sizing
Machines," Tekst.
nrom., No.5, 1952
4A. Ile
.40Y,11.40#lmst Srtr.7-,,,!.led.ly
iniWact' of
the km
(N-4=b,=cthozymd&uih-I)thiatoliae with
The reaction is carried out in an inm savent, i,e., ktrc~
Oine, In the preseace 15f Smau quiLutitles of pyridine actingr
ZAUW~'ZM, Ya.5,,, starshtynnuchnyy sotmdnik;
CHIZHOV, *.%"., r-.,r-r5hIT
nauchnyy sotrudnik
Investigating the kinetics of fabric dryinf; by air
supplied
frm nozzles. Tekst. prom. 24 no.5&66-73 fly I&
(;,!-TIZ 18:2)
1. Ivanovskiy naunhno-issledovatells"tiy institut
kh-lo~-,:hato-
bumazimoy promyshlennosti.
C
BAZIWOV, Ye.B.,
_EEI~ "0 V*Po) KOMAR, A*P-) KULICHMSKIYj L.A*
VOIKOV, Yu.M., and YAVOR, I.P.
"Photodisintegration of Nuclei by Gawn-Radiation form Leningrad
Synchrotron at 60-90 I*v."
Physics Inst. im Lebedev, Acad. Sci. USSR
paeper submitted at the A-U Conf. on Nucleur Reactions in Medium
and Low Energy
Physics, MDscov, 19-27 Nov 57;
z Hov,
AUTHOR: BAZEANOV,E.B., VOLKOV,YU.M., XOMAR9k.P., PA 264a
M#CHICIIYOL.A.t CEIZKOVIV.P.
TITUS: Angular and Znerjy~_ 3inr ~_~ of Past Photeprotons from Ni
and Al.
(Enorgeticheakeye I uglovoys raspredeloniya bysterikh fet*pro-
toney iz Ki i Al, Russian).
PERIODICAL: Deklady Akadeaii Nauk 93n, 1957, Vol 113, Nr 1, pp 65
- 67
Received: 5 / 1957 Reviewed: 6 / 1957
ABSTRACT: The authors investigated by the solhod of the
scintillation tele-
scope the angular and energy distrIbution of fast photoprotons
from Ni and the energy distribution of photeprotens from Al. The
Ni and the-Al more Irradiated with a aDectrum ef Lr -quanta with
Emex - 85 ! 5 NOT. The ttloooop* consisted of & 0,026 cm. thick
C~J(Tl) front crystal and N&J(Ti) rear crystal of 1j65 am thick-
ness, which were connected with ph(itesultipliers. The impulses of
the front and of the rear counter 1rer* Investigated by mean@ of a
five-ohsnnel integral- and a fivo-3hannel differential
discriminator
respectivoly. Two curves illustrate the energy distributions of
the protons emitted from Ni and Al at an angle of 900 to the
bundle
(in the laboratory system). The energy distribution of the pretoke
emitted from either element bay* the same form f(B-)- E-n. with
p p
Card 1/2 protons of more than 33 NOT n is akere than tvice the
amount efl,the
PA - 2648
Angular and Energy Distribution of fast Photeprotons from Ni and
Al.
value of n corresponding to lower energies. The position of the
breaks in the energy spectrum corresponds to the breaks computed
according to the theory of the Photefission of the static
deuteron.
A further diagram illustrates the aigular distribution of the fast
protons emerging from Ni in the labaratory system for the two
energy intervals of 20 - 33 and 33 .. 65 MoV of proton energy.
Here the degree of asymmetry in the angular distribution increases
with growing proton energy. The character of the energy- and
angular
distributions obtained here indicates the applicability of the
"quasi
deuteron model" in this energy domain of N -quanta.
(3 illustrations).
ASSOCIATION: Leningrad Physical-Technical Institute of the
Academy of Science
of the U.S.S.R.
PRNSMITED BY:
SUBMITTED:
AVAILABLE: Library of Congress.
Card 2/2
21 (7)
AUTHORS:
Chizhov, V. P., Kullm-hitskiy, L. A. SOV/56-36-2-1/63
__ - __7o
TITLE:
Photo-Deuterons of Medium Energy From C 12
and Be9
(Fotodeytrony srednikh energiy iz C' 2 1 Be9)
PERIODICAL:
Zhurnal eksperimentallnoy i teoreticheskoy
fiziki, 1959,
Vol 36, Kr 2, PP 345-352 (USSR)
ABSTRACT:
The
present paper investigates the energy distribution of
photo-deuterons and protons and the energy dependence of the
ratios of deuteron and proton yields in the
photodisintegration
1 12
of C.2 and Be9. In the case of C disintegration was induced
by bremsstrahlung of the energy E 80 Lev and in the
tmax
case of Be9 by bremastrablung with E
90 Mev, Further,
rmax 9
the angular distribution of deuterons
and protons from Be was
investigated. The particles leaving
the nucleus in a photodis-
integration were detected and
identified by two independant
telescopes of scintillation
counters. Each telescope consisted
of two scintillation
counters connected in coincidence. In this
Vard 1/3
way only
such cases were recorded in which the particle had
Photo-Deuterons of Medium Energy From C 12 and Be9
SOV/56-36-2-,.,/63
penetratc,d the thin crystal of the first counter. The :!rystal
had e. thicknesa of 0.8 mm and consisted of NaJ(Tl). In the
first
crystal the particles lose A E ^-, dE/dX, and in the thick
crystal
of the second counter, the entire remaining energy E. The
recorded impulse pairs (one of which is pr3portional to A E,
the
other to E) are photographed. Such a diagram of the
distribution
A E i E for protons and deuterons from Be9 is shown by figure
11.
The el-Alagram also contains the calculated distribution
curves for
protc,ns, deuterons, and tritons. The experimental results
published in the following have already been made known by the
authors at the All-Union Conferenne for Nuclear Rea~.ticns for
Low and M.edidum Enere-es (1957). Diagrams show the energy
distribution of pratcns and deuter3ns in the case of
measurementE
carried out vrith a telescope -_n3lined at 900 tc- tL-e beam,
of
f,12
r-quanta0e9)(Fig 2); the same is the case with . (Fig 3);
figure 4 shows the ratio of the energy dependence of the
particle numbers N d(Ed)INP (EP) for Be9 and C12 , in a12
cases at
0 = SiOO; figure 5 shows several measurements of the a%-ular
Card 2/3 distributions of photo-deuterons and -protons at Ed
~>10 Mev and
Photo-Deuterons of Medium Energy From C 12 and Be9
SOV/56-36-2-1/63
EP>16 Mev. In the last part of the paper the results
concerl-11ing deuterons are subjected to a semiempirical
analysis,
and calculated as well as experimental results are compared
wi.---
one another (see figures 6, 7, and a table). It is assumed that
the photo-deuterons are formed in the course of a pick-up
process. For a rough estimation of the cross section of the
reaction on C12 cross section values of the reaction (pr d)
obtaini2d by other authors are used (Refs 6, 11). The authors
finally thank the synchrotron team of the PTI AN SSR
(Fhysico-Te3hnical Institute AS USSR) under the direction of
N. N. Chernov for their help and collaboration. There are
7 figures, 1 table, and 11 references, 2 of which are Soviet.
ASSOCIATION: Leningradsk--y fiz-iko-tekhnicheskiy institut
Akademii nauk SSSR
(Leningrad Physico-Technical Institute of the Academy of
Sciences, USSRO
SUBMITTED: June 26, "958
Card 3/3
82416
S105616010381031161033
B006/BO14
At'THORt Chizhov V. P
TITLEs High-energy Deuterons and Tritons From Photonuclear
Reactiong
"I,/' /?
PERIODICALs Zhurnal eksperimentallnoy i tooretiobeekoy fizikij
1960t
Vol- 33, Ro- 3, PP- 609-816
THM: By way of intr:)duction, the author discusses premises and
results of
a previous investigation, in which the deuterons and protons
with energies
of more than 15 Mev, -which were emitted in a
bremsstrahlung-induced photo-
disintegration (E A-max ---sgO Mev) had been in'vestiCated, and
in which con-
noction data had been published concerning for Be and C, along
w:;th the energy dependence of this ratio and the energy
distribution
6(4-,d)(Dd)' The author further disc *usses.rea.ults obtained
with the Pennryl-
vania. betatron. Investigations at 90 Mev were conducted on the
synchrotron
of the FTI AN SSSR (FTI AS USSR). The present paper is a report
on investi-
gations of the cross section ratios of (j-,d)- and (Cp)
reactions in a wide
range of mass numbers (from Li to Au), in the energy range of
protons and
CE-.rd 1/ 4 ,k
High-energy Deuterons and Tritons Frcw Photo-
S/056/60/038/03/16/05-11
nucl6ar Reactions B006/BO14
deuterons from 15 to 30 Mev, produced by bremestrahlung with
ECmax '~-_ 90 1.1"OV,
A comparison was also made between the angular distributions
of photo-
deuterons in the photodisintegration of light nuclei Li6,
Li7t Be, and C
and the angular distributions of photoprotons in the same
energy range, and
data were obtained concerning the high-energy phototritons.
The course of
experiment and the separation of particles are described in
great detail.
Th? particle yLeld wits measured chiefly at an angle of 900,
and the angular
diatributions were measured in the direction of the r-ny to
the right and
to the left according to measurements at angles 0f'34, 57.5,
80, 102-5, 125,
and 1450. The partic:1'e distributions obtained with respect
to AE and E are
shown in Fig. 1 for boron, in Fig. 2 for cobalt. Whereas the
energy ranged
from 15.5 to 30 Mev for protons and deuterons, tritons were
investigated at
17 - 30 Mev. Fig. 3 shows the ratio 67(A-,d)/6-(A'-,P) as a
funct.ion. of A for
14 elements; data refer to an angle of Q = 900 between the
direction of obser-
vation and the direction of the r-ray. For L16_ and
LiT'Cirget.-, 0 = boo,
Fic- 4 shows the energy dependence of this cross section
ratio for
Li and U7 ; Fig- 5 nhOWB the energy distribution of
photodeuterons (0 800)
Card 2/4
aA16
Hi,,,h-energy Deuterons and Tritons From Photo-
S1056160103610311610-1-3
nu-3lear Reactions B006/BO14
fo:r U6 and L17, Measurements of the absolute cross section
had an error of
� 55%. Table 1 contains data on the relative yields of
phototritons in unit~-
of 100 Ht/Bd for Li69 U79 Beg By Big St Big Cog Gug In, Ta~
and Au, Fig. 6
sb,)ws the angular distributips of photoprotons from Li 6,
Li 7, Bey and C.,
lpi,~- 7 the angular'distribution of photodeuterons for the
same nucle F1q.
illustrates the angular dependence of the ratio for L~. Li.,
and Be, Fig, 9 depiots the anGular distribution of
photatrit-Ons frOL.
I
Li':) U79 and Be. Comparisons between cross section values
for Li 6 and Li-I
(0 800) are given in Table 2. Results are discussed in the
last ection.
For medium-weight and heavy nuclei
Or(pd)/(Y(r~p) -- A5/3/Z holds, corresponding to a
photodeuteron* production in
a .apture process. Angular distributions of high-energy
phototritons fr,-Im
Li:), U7, and Be (Fig. 9) cosiderably differ in their form
from angular
di9tributions of photodeuterons and therefore cannot be
explained with a
prDoess corresponding to the double capture mechani&m in the
(p,t) and (n,t)
reqLctions. The angular dependence of C~d-,t) can be
approximated by
Card ~IA
High-energy Dauterona and Tritens Fr~,jn Photo-
S1056j'60103810311 bi 0~1_-
nuclear Reactions B006/BO14
A + B sin20. The wathor finally thanks Professor A. P. Komar,
L. A, Kull-
chitskiy, Ye. B. Bazhanov, Yu. M. Volkov, A. V. Kulikov, and
G. M. Shklyarev-
skiy for their discussions, as well as the synchrotron team
of the FTI AN SSSF
(FTI AS USSR). There are 10 figures, 2 tables, and 18
references, 5 of which
are Soviet.
ASSOCIATIONs Leningradskiy fiziko-tekhnicheskiy institut
Akademii nauk SSSR
(Laningrad Institute of Physics and Technology of thp---.
Academy of Sciences, USSR)
SUBMITTEDs October 21, 1959
Card 4/4
CHIZHOV, V. Peg CAND PHYS-MATH SMIq
OF PHOTODEUTERONS AND PHOTOTRITON8 OF
Moscowq 1961. (MIN OF HIGHER AND SEC
COW ORDER OF LENIN AND ORDER OF LABOR
UNIV III Me V, LomoNosovt Sci Ras INfIr
(KLq 3-619 205).
"INVESTIGATION
/)w-Jju)r
AVERA~ ENERGIES."
SPEC ED USSR9 Mos-
RED BANNER STATE
oF NuCLEAR PHYS).
74
86567
S/020/61/136/001/014/037
A 23 0 0 .2 il / "7 0 3 3) B019/BO56
AUTHORS: Kulikov, A. V., QALghQY4__Y__P_, and Yavor, I. P.
TITLE: A Method of Investigating Complex Nuclear Reactions
PERIODICAL: Doklady kkademii nauk SSSR, 1961, Vol. 136, No.
1, Pp. 77-80
TEXT: An apparatus is described, which is intended for the
study of
accelerated charged particles. The principle elements of this
apparatus,
which is intended to be used in experiments made on the
synchrotron of the
Institute of Physics and Technology of the AS USSR, are a
cloud chamber, a
scintillation telescope, and an electronic circuit, which
connects the
apparatus described with the synchrotron. In Fig. 1 the cloud
chamber, on
which very high demands are made, are shown in form of a
scheme. For the
photographing of the tracks in the cloud chamber, two
miniature light:
fixtures are provided. The cloud chamber controls three
identical
scintillation counters, each of which consists of two
counters in co-
incidence, one NaI(Tl)-crystal, and one photomultiplier. The
pulse height
in the first counter is approximately proportional to the
specific ioniza-
tion loss of the recorded particle, the pulse height of the
second counter
Card 1/4
$8567
A Method of Investigating Complex Nuclear
S/020/61/136/001/014/037
Reactions BO19/BO56
is approximately proportional to the particle energy. In
this manner,
energy and mass of the recorded particles are determined.
The identifica-
tion of particles has already been described in an earlier
paper (Ref. 5).
The question was i3tudied under what conditions the
background of light
particles may be ::educed to a minimum. A test of this
apparatus showed
that it is es ecilIlly BUited for investigating reaction
modes (t,pn),
(p,dn), (r,2p~' (j%,dp) etc. The authors thank Professor
A. P. Komar for
his advice and interest. There are 4 figures and 5
references: 4 Soviet
and 1 US.
ASSOCIATION: Fiziko-tekhnicheakiy institut Akademii nauk
SSSR (Institute
of Physics and Technology of the Academy of Sciences, USSR)
PRESENTED: July 19, 1960, by B. P. Konstantinov,
Academician
SUBMITTED: Jul;f 5, 1960
Legend to Fig. 1: Cloud chamber: 1) Upper glass window. 2)
Lateral glass
wall. 3) Grid. 4) Velvet. 5) Rubber diaphragm. 6) Basis
net. 7) Basal
Card 2/4
8807
S/020161/136/001/014/037
B019/18056
plate. 8) Ring. 9) Outlet opening.
Legend to Fig. 2: Block diagram of the device: 1), 2) Vplifier-
3) Mixer.
4) Paraphase amplifier. 5) Double-beam oscillo scope. 6)'
Limiter.
7) Summator. 8) and 9) Discriminators. 10) Coincidence circuit.
11) Mixer.
12) Blocking circtut. 13) Control system of the cloud qhamber
clearing
field. 14) Control system of accelerator intensity.
15~-Trigger. 16) Valve
control. 17) Control for Auxiliary devices.
F
Card 5,14
am?
SAM 2- -, Z- - / ! .20 6/x I /c 4,1c
301
Af I Ab PAK
AS
44 v
4-T WM
Zvi
-0
frig.
Card 4/4
33994
S/05 62/042/001/008/048
B125YI3108
AUTHORS: Volkov, Yu. M., Kulikov, A. V., 1~,.Lzhov, V- P.
TITLE: Excitation functions for (y,d) and (y,p) reactions on B
10
and Be9 nuclei
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki,
v. 42,
no. 1, 1962, 61 - 64
TEXT: Photodeuterons with more than 15 Mev emitted through 900
during
photodisintegration of B 10 and Be9 nuclei are studied with a
method
described before (V. P. Chizhov, ZhETF 1 38,6809, 1960). The
cross section
of the B10 (y,d) rea.-tion, like that of Li (y,d), has a
considern-ble
magnitude only for quantum energies >d1, d 1 is the sum of
threshold energy
d of the (y,d) reaction and of the binding energy of the
loosest nucleon
in the residual nucleus. The cross sections of these reactions
increase
on further increase of the y-quantum energies to 90 Mev. The
excitation
function of B10(y,d) with emission of deuterons of more than 22
Mev has
a simil r form. The cross section of the B10(y,d) reaction,
whic.-. is very
Card 14t;
33994
S/056/62/042/001/008/048
Excitation functions for... B125/B108
small between d and d,, may also be explained by forbidden
transitions
of the type El with 6T - 0. The character of the L~ 6(y,d)
reaction is
not tlue to any individual charnoteristion of the Li nucleftr
struoture.
The (y,d) cross section is considerable only when the gamma
energies are
higher than the reaction threshold by aDDrOXI'mately the
binding enerry of
the nucleon in the residual nucleus. The excitation
probabilities of
the B10 (y,p) and Be !) (j,p) reactions uniformly increase
with the gamma
energy from the throshold and reach a maximum at energies of
20 - 25 Mev
above the threshold. The transitions with formation of highly
excited
states of the Be9 n1acleus, or the quasideuteron mechanism of
y-qiiantur..
absorption largely 2ontribute to the excitation of the B 10
(y,p) reactien,
Professor A. P. Komar and G. M. Shklyarevskiy are thanked for
discussions
and the synchrotron team for assisting in the experiments.
There are
3 figures and 4 references: 2 Soviet and 2 non-Soviet. The
two references
to English-language publications read as follows: M.
Gell-Mann, V.
Telegdi. Phys. Rev., 91, 169, 1953; F. Ajzenberg-Selove, T.
Lauritgen.
Nucl. Phys,, 11, 1, 1959-
Card 2/X,
5/05 62/043/005/015/058
B102YBI04
AUTHORS: Komar, A. P., Kulikov, A. V., Chishov, V. P., Uvor,
I. P.9
Volkov, Yu. M.
TITLE; Emission of fast deuterons in the photodisintegration
of'O 16
PERIODICAL: Zhurnal eksperimental"noy i teoreticheskoy
fiziki,.v. 43,
no- 501), 1962, 1657-1659
TEXT: Chizhov et al. (Nucl. Phys. 34, 562, 1962) have found
that the deu-
teron yield from (/,'d) reactions with Li 6, Be9, B 10,11 and
Cu can be
observed only when I exceeds the kinematic threshold of the
reaction by
about the nucleon W nding energy. This result was now verified
and it
was determined which particles accompany the photodeuterons.
The authors
used a cloud chamber filled with He + 02 and scintillation
counter
telescopes in their experiments on the photodisintegration of
0 16 induced
by E;Pbax-90 Mev. Douterons with E d/ 11 Mey were recorded by
the telescopes
(accuracy of E d meavurement: +5%) and the energies of the
recoil nuclei
Card 1/3
4
5/056/62/043/005/015/058
Emission of fast deuterons in the B102/B104
were determined frora their tracks. For the N15 nuclei
produced in
016 (rp)N15 the range - energy curves were determined. Among
the
steteophotographe of 27 photodeuterons with E d between 11
and 40 Mev there
Was none that could be attributed to an 0 16 (~-,d)N14
reaction. With yields
of 41% each, the reactions were of type Vdp) and (,',-dn)
with thresholds
of 28.25 and 31.2 1dov, respectively. The remaining reactions
(18%) were
multipronged stars with at least two particles besides the
deuteron. If
the V-,dp) and (/',dyi) reactions are assumed to occur in two
stages
(emission of p and n after d) the excitation energy of the
compound
nucleus N14 can be eatimated. When the low probability of 0
16 V,d)N14 is
taken into account, the first excited level of N14 (0+,T.l)
is obtained as
2.31 Mev. The emission directions of the deuterons and the
accompanying
nucleons are correlated: in most cases p and n were emitted
oppositely to
d. Such a correlation exists only for nucleons with more than
2 Mev.
There are 2 figures and 1 table.
Card 2/3
ACC MR, AM20113
AUT11ORt Volkov, Tus H.;: Komar, Ae Pe; Chi ML- ~P-*
ORGe Phyarloctochnioal Institute in* As Fe I Me. AN SSM
Ws1k*-tsMWdA9sk1T 143
M---
institut SSSJRj
TITIRt Excitation ftinctions for Be sup 9 (gana, P), Be sup 9
(gannat d), Be sup 9
(gamm, t). 0 sup 16 (game, d) and Cu (gans, d) reactions in
which particles of f
energies are emitted 17
SOMCSt Yadernays MR&, v- 3, no6 2, 19666 277-282
TOPIC TAGSs excitation energy, differential cro7se section,
deuteron, proton. nuclear
reaotioqjr beryllium, copper, ganna quantum
ABSMCT: Differsnt~al croaa-sqctions are gi.In as functions of
theY-quanttm energy
for the reactions %7(y, d), Bey(r. d), and Be (Y, t) with the
emdasion of particles
having a man eneru^~5 MeVo and for the reaction 040(r$ d) with
the emission of
douterona and protons-with energies from 3*6 to 5o2 1%V in the
photodisintegration
of CU are givene orige, art, hast 3 figures and 2 tables&
fBaited an authors' Engb
abstj b"Piff
SUB CODEs 20 / SULN DAM 23jul65 / MM REF1 003 / OTH REF1 007
Cod
CHIMOV, V.V., dotsent- TEYIAMj, B.E., starsbiy
prepodayatel'
An efficient thermomechanical for method breaking down
a frozen
mixture of gravel and sand in processing them for
concrete and
precast rPintorced concrete aggregates in winter.
Sbor. nauch.
trud. TISI E10-13 ..'61. (MIRA 15:~)
1. Tomski3r inizhenerno-stroitellnyy institut, kafedra
"Stroitel'n:)ye
proizvodstvo".
(Aggregates IBuilding materials))
c-f the
of lc,7~mm~ 'r~lpcst. prcm. Mr
'rsi.Hya ~oi~:r-tc!j nnrodnc~Fn
CHIZHOVp V.V., dotsent
Calculation of the thawing time of a loose-frozen
mixture of gravel
and sand in processint it-with hot water for
aggregates. Sbor.
nauch. trud. TISI 8,90-88 '61. (MIRA 15:1)
1. Tomskly inzhenerno-stroitel'nyy institut, kafedra
"Stroitel'noye
proizvodstvo".
(Aggregates (Building materials))
SKRYNNIKOV, Vasiliy Yegorovich; SRAUYEV, A.K.,
otv. red.; fJIIZHD-V,
V,V.,_ red.; MESHCHARKMA, I.S., tekhn. red.;
MAKSIMVA, V.V.,
tekhn.rbd.
[Survery of designs of-loading units (feeders)
inpreaaure
hydraulic conveying]Obsor akham zagruzochnykh
ustrolatv
(pitatelei) pri napornom Cidrotranaporte. Moskva,
TSentr.
in-t tekkm. informatsii ugollnoi pronyahl. 1962.
31 P.
OURA 161l)
(FIydraulic conveying-Equipment and supplies)
CHIZHOV. V.V.I TAZLOVAp Yva.
Effect 4 the lighologic factor pA *o formation of oil
and gas
pools. Izv. vys. ucheb. zav.; Y#flhl t gaz 5 no.6:25-28
162.
(KMA 16:5)
1. Saratovskiy gosudaretvannyy univernit-fit imni
N.G.Chernyahevakogo.
(Petroleum geology) (Gas, Naturai-Geology)
MIKHAYLOV, V.A.; CHIZHOV, V.V.; ANISIMDV, V.A.;
YERHIIDV, P.I.; CHUPEYEV, M.A.
Intenslfication of the grinding of pigments in binders.
Lakokras . mat. i ikh prIT . no*5:64-65 163. (MIRA 16:11)
CHUDDY, To.
Interuniverelty conferences concerning latent
possibilities for
the Increase of labor productIvIt7, 3ote.trud 4
Ito-3:139-141
ur 159. (Labor productIvIty-Congresses) (MIR& 12:4)
Glil"POV, Yevftenly
--.- -Ingre c ; TOLYFINA. C.N., red.
jp~
[ForT,.; of incentives for effilclency
prom---.er.~ ari
inveators] ForW pooshchreniia
ratsionalizatorov
izobi7etatelei. Mos*-Icva, Ekonomika,
11,165, 126 p.
(ml,u 110:11
-OIZHO!, Ye.B_..,: BLYUMBZRG9 S.A.; GSL I MaN , N. I.
Purification of acetic acid &M the removal of formic
acid from it.
Neftekbiviia. 2 no.5071-775 S-0 162. (MIRA 34s1)
1. Institut khWehaskoy fisiki AN SBM.
(Acetic acid) (F~"Mc acid)
FREYDLTNA, Yt%.K~,.; CTMOMS AYA~ Ye,TS.; CHIMOVP YU.P.
Effect of ethylong oxide or amines on the chain
trwnsf-r
with a mcKlifier in the telamerizatio.-i of ethylene
by car.
bon tetraithloride. Do)(!. 9; SSSR 162 io.2:1159-361
IA5! It)-;
64mA 18; 5)
1. Institut elementoorganicheskikh ao~edineniy AN
Y)SR,
2. Chlen-korrespondent AN SSSR (for Freydl-ina).
LAMNTIYEEV, LP,; VELIGHKO, F.K.; "HU11OV, Iti.P.
Telowrization of ethylene by carbon 4,,~trachloride
in the
presenee of redox systems. Izv. AN SSSH. Ser. khim.
no.4:
632-635 165. (MIRA 1815)
1. Institut elomentoorganialieskikh sayidineniy AN
SSSR.
Of lxunsfer t T; c a!
in tolomerizat;ion of CZli4 CI n
or,
Tsv.
N 166,
:-Libmi ~tA-d
GILICHINSUT, K.L.; nMT, R.P,; RrAPOIOV, A.Y.; IDUM. K.K.;
C5=_4At -
RM GAYWY, T.G.; VIUNUM, T.Io; MUM, Llle&*; AUJA.WVWS
04JIjk~0--
MAEDYITMT, B.K.
Drum-pattern for erecting metal towers -made of enlarged
blocks. Rate. i
isebr. predl. v stroi. ne.219:27-29 055. (KIaA 9:7)
(Towers)
3/072/61/000/012/001/003
B105/B110
AUTHORS. Demkina, L. I., Urusovskaya, L. N., Chizhova, A. S.
TITLE: Volatility of fluoro-titanic flints
x,-1~:10DIC.,,L: Steklo i keramika, no. 12, 1961, 4-6
TEXT: Experiments were made to determine the glass losses caused
by
volatilization and to find out whether these losses ar, caused
only by the
volatility of flucrine or also by other components. /XP9(LF9)
glass and
fluoro-titanic flints with nD !t1.64 were used. The refractive
index was
measured by N. Ye. Truskova with Fulfrich's refractometer. The
content, of
fluorine and boric anhydride in the glass and of fluorine in the
sublimate
was determined. N. V. Korolev carried out E.. microspectral
analysis of the
glass sublimate of LF9 glass. Heat-treatmeit of LF9 glaLis at
13JO OC for
2
1 - S hrs has shown that volatilizatioi- (mg,'cm.hr) decreased
with time.
The incre~ise in the refractive index is proportional to the
loss of
fluorine. The losis of 1,,~ F increases nDby an average of
47-10- 4. Tne
Card 1/1
S/072/61 /00J/01 2/~jJl /003
Volatility of fluor:)-titanic flints B105,,'PII,0
loss in weight of the gluss, however, is twice al high as the
loss of
fluorine. On UL, bitsis of ti,e miorospectral analysis of the
sublimates
of LF9 glass, the components of +he glass which volatilize
together with
zhe fluorine were determined. On the basis of the atomic
concentrations
in the sublimate. F : K i Si ; Ti ; Al - B - 1,0 - 0.35 : 0.079
: J.027
U-035 , 0.045, and assuming that all the elements volatilize in
the form of
fluorides, the sublimate contains~. 52.0~., KF, 22-3~~` SiP,
9,1% TiF, 8.0~', AlF 3
8-3a,~ BP-,, and 0,3'.~; P. Therefore, during the melting of
the fluoro-titanic
flints, the fluoridets of several elements conLained in the
glass volatilize,
the ratio of fluorides depending on the glass composition. This
was proved
by determining the lcsses 6F and 6BO 3 on glass specimens of
different
compositions (Table 2). There are 4 figures, 2 tables,and 1
Soviet-bloc
reference.
Legend to Table 2. (a) synthetic composition of glasses in
parts by weight;
(b) content in W! on th,.~ bu3io of sy~:thezi_--. (d) on the
basis of
analysis.
Card 24
l777777 77.7 7:7,
In,
Opow MIA A 0.-
Content F
JVXW, X1 4t"NOI.-IFE n7f'Tr[~T--
is based
t=1 S of a tbin layer (2 nim'
te=b
of the two massive hi;~;~
electrically heAtmi metallic plates. The material is
Contained in r
tapa4kets- For tooliturt mutents
greater Or Ian 1-0 per c=t_ 5- and 4-4 samples,
Tespectively. are used, and the material is distributed
as uzuR.--nly aj pussible in the packet. The time
required for remov21 of water at say 'Mf to 160' C
is found fro preliminary experimemts. but it is
M--Mally = 1%
0 2 min. Results agree to withm
05yr Cent with thnse Obtaint~j bv 115C of the
ZBU ry4wz oven, at 105* C. S. t~vvz)i
CHIZHOVA, K. N.
"Amylolytic Activity and Carbohydrates in Ripening and
Sprouting Rye Grain,"
Biokhim..L 11, No. 6, 1,946.
Exptl. Stat. Bread Baking Trust, Moscow.
SHOMMAMM, CHIZHOTAP K*X*; SWARXIM, ?.I,; MMITI, T.S.
"MONOW",
Now method for preparing rye and wbeat doughs. MO. I koade
prom. I so.1:7-11 157. (MM 10:4)
1. Tsevoyusayy sauehao-lasledowatellskly Institut
khlebapskumoy
promyshleimosti.
(Dml&)
CHMOTA.-.K.O#.. - - ~.
a-mm- - NIMPI Introdwl in".tbo'baldw industry a mthod and
device for rapid
4fter.itination-of, poistun, Rilob. i kond. prou. 1
no-3:37-39 Mr 157.
(KLRA, 10 :4)
1. Teesoyuzu" nanchno-Isslodovatel'skly lzwtltut
khlebopekiLmoy pro-
mrsiblennosti. (DWwrm and bakeries--Djuipmat and supplies)
LL- n , L jK 0 4- -A K v
,-r rk.
CHIZHOVA, X.N.
-
Paper chromatography and Its use In baldug. Xhleb. i
kond. pron.
1 uo.12:15~-18 D 0.17. (MM 11:1)
1. Teesoynnyy nawbuo-iseledovatellekly Inatitut
khlebopekarnoy
pronVehlennosti.
(Chromatographic analysla) (Baking)
CHIZHDVA. K.N., asuchayy votrudalk
"`"XTVr`s~Y cbanges In the proteins of 1,,Iuten during
the baking of
wbeat brand. (Trudy] MIS so.35:12-1;-132 158. (XRA
11:10)
1. Voesoyms"y sauebso-losledovatellskly institut
khIsbopeks-may
proarablemnosti.
(Glutax) (Baldsc)
KASIOV, Ivan Nikolayevich; GHIZHDTA. Klavdiya likolayeyna
; SWARKIRA,
Tatlyana IYanovnv-;19M1-1AV N 2-a-;--UOLODI ,
Ua RA
Fedosiya Ivancvvna; PLMIKOV, P.M., kand.takhn.nauk,
rateenzant;
CHINCMX. A.M.. insh., reteensent; PRITIZINA, L.A., red.;
SOKOLOVA.
I.A., telchn.red.
ETechnological and chemical control of the baking
industry] Tekhno-
khimichaskii kontroll khlebopokarnogo proizvodstva.
lzd.),, perer,
I dop. Moskva, Pishchapromizdat-, 1960. 359 P. (MIRA 13:9)
(Bakers and bakeries)
CHMH(NA# K.N.
Biochemical characteristics of the vater-soluble
fraction of
gluten proteins forming in the process of broad
preparation from
grade I wheat flour, Trudy TSNInMP no.8:128-135 160.
(MIRA 15;8)
(Gluten-Analysis)
CHIMOVA, K. N.$ SHKVARKINA, T. I., and MASLOV,
1. N. (USSR)
---
"An Exam4-nat4on of the Properties of Gluten in
Relation to
Bread Baking."
Report presented at the 5th International
Biochemistry Congress,
Moscow, 10-16 Aikg 1961
CHIZHOVAJ, K.N,
Effect o:-' carbonic acid on the state of protein.
Ti-ady TSLITIK~F
no.10:1215-127 162. 041RA IS:`)
CHIZHOVAI K.N,
Effect of oarbonla aold on gluten proteins.
Bt~okhim. zer.
i khlebopeah, no.7t264-270 164. (MIRA 170)
1. Vaesoyusnyy nauahno-iaeledovatel'skiy inatitut
khlebopekarnoy
promyshlennosti. 0
USSR / Cultivated Plants, Grainse M-3
Abs Jour: Ref Zhur-Biol., 19581 No 1b, 72931.
Author : ChIZI!2YAA_LA__
inst :_V_oloj-,odskiy State Pedagogical Instititte.
Title Inflvence of Carbon Side-Dressing on the Corn
Yield in Vologodslcaya Oblast.
Orig Pub: Sb. tud. rabot Vologodsk. gos.ped. in-t, 1957,
VYP. 3, 116-122.
Abstract: No abstract.
Card 1/1
42
PASHKOV. A.I.; KAMTAIMT. N.K., doktor okon.nauk;
POLYANSKIYO F.Ya.,
doktor istor.nauk; TSAGOLOTO B.A., doktor ekonom.nauk;
B92WIN,
R.R., kandskonom.nauk-, PRIKAZCHIKOVA. Ts.V..
kand.ekonom.nauk;
SHUKHOV, N.S. Prirdwell uchastiye: KOMMIAVA, Ye.F.,
mledshiy
nauchnyy sotrudnik; KHMORNA. Y.F., m1adshiy nauchnyy
sotradnik;
CHIZHOVA, L.G.. uladshiy neuchnyy sotrudnik-, VILKNSUYA,
V.S.,
s-ta-reMy-=mZWo--tskbnicheskiy sotrudnik. MM. L, red.;
MOSEVINA, R.,
takhm.red.
(History of' Russian economic thought] Istoriia rueskoi
ekonomi-
cheskoi mysli. Pod red. A.I.Pashkove i N.A.TSagolovs.
MoskvsO Izd-vo
sotsiallao-ekon.lit-ry. Tol.Z. Elpoch of premonopolistic
capitalism]
Xpokha domonopolistichookogo kapitalisma. Pt.2. 1960. 676
p.
(KM 13:32)
1. Akademiya nauk SM. Institut ekonomiki. 2.
Cblen-korrespondent
AN SSSR (for Pashkov). 3o Institut ekonomiki AN S= (for
Kosheleva,
Kkmtorna, Chizhova).
(sconomics)
CHIZHOVA 11 P5
The 6L22 automatic production line for machining
crankshafts.
Bini.tekh.-okon.inform. no-5:3.3-35 '59. (MIRA
12:8)
(Machine tools) (Autoratic control)
SAVINOV, L.I.; CHIZHOU, M.S.
The MSh-123 and KSh-124-tYpe flat-surface grinding
machines.
Biul. tokh.-ekon. inform. no.10:28-30 '59. (MIRA
130)
(Grinding machines)
CHIZHOVA. H.S.
?he 6S112, 6SU4.& nd 6S118 -type special
mchine-tool units.
Blul.tekh.-elmn.lfiform. no.11:28-31 159. (MM
13:4)
(Nmeblue tools)
- CHIZHOVA, N.G.
S=s liev cbtta cc Waternaz7 madimamto in the owtom Pa
r.;!~O. 70
)kt, V33M. no.67tl29-132 161. 15112)
(ft;r-noy--V*ep-o*a deWsitw)
G.q-'-i'HCFVA, N.G.
__-. ~-
R018 Of f(LUltS in the formation ct the reller of the
ArcLiC Ural
~Jounta-ins. Trudy VSEGEI 86t67-75 162. (knRA 17:11)
CHIZHOVA,q N. I.
.j Z. Z's
See Mao: GRMIMN,, 17u, D, and PEMPAN
Chilhova, N. I., Greyslnun,, Yu. D. and Fordmanp Z.
Z. - "Com-
pos treatment of cancer of the 3ower lips* Timcbr
Rost*
rentgetw-radiol. i orlwl. :Lu-tal Iasae 2s 1948s p.
50-54
SO-. U-3566j 15 March 5.3s (latopis IM=nal lnykh
Statey, No-34, 1949)-
GHIZHOFA. N.I.: DUNAnMIATA. L.A.
wamw~-
Preventive examinations of the rural population.
Vop.onk. 1 no.6:
37-40 155. (HIPA 10: 1)
1. Is lostovskogo rent9sno-radiologichsBk!go I
onkologichookogo
inatituta (dir. - P.I.Snagirev) Rostov-no onu. pr.
Toroshilovskiy.
A.119. Rostovmkiy rentgano-racliologichaskly i
onkologichenkiy inetitut
(NEOPIAM. prevention and control.
in Russia, mass autwey of rural population (Rue))
- ; - J. J'. ;h ,, 1, - i 7. .~ ,; LYIJ-'7TIYJ4,
VEL'-rKOVSFJiV, E.M.; ~, A.B.; (J.'
L!"'OVETSKly, I.A.; SAVOCHKINA)
Ye.l."; r,17NDI-PR, II.Ye.; RONENSCqi) Ye.S.;
LYUL4,1011A., L,V.; KHMMR,` , A.Ya.; iLSTTPVSYj.Y-.,
ilDRIN, L.N.;
C1-FEFlfiKovj O.A.; SOROKIN, V.S.; ILlill, A.N.;
Flf2-!-,CVsK.AyA, vo~.;
ZEZIN) R.B.; '1'~-,.~FIITSIKDAV, T.A.; 3RUSILCTSKlY,
S.A.; KISSR',, I.G.;
j-,AVLC%'tt G.P.; SRITOV, Y-a.l.
I
Supplements., Biul. 1401 . Otd. ge)l. 39 no.-j:155 jl-~g
164.
(MIRA 17:10)
GCGITASHVILI, Gnorgiy Crigorlyevich; SEREBIKiVA,
I.M., insh.,
retoonstent; OBHOY
A,_LJLO inshop reteenzent;
PRITYK13A, L.A., rod.; SATAWVA,, A.M., tokhn.
red.
[Sqety measures in the liqueur and vodka, wine,
and soft
dr#ks industry] Tekhnika bezopasnosti v
likero-vodochnoi,
vinodel.'eho3koi i basolkogollnoi
promyshlennosti. Moskva.,
Pishchtspromizdat, 1963. 155 p. (MIRA 16:6)
(Distilling industries--Safety measures)
(Ifine and wine making-Safety measures)
(Soft drinks)
BERGp S.L., polkovnik; VOROBIYEV, V.I.,. kapitan
pervogo ranga; GILIBO,
G.M., kapitan pervogo ranga; ANAVCIENKO, A.A.;
BAIAYMNA, M.M.;
BARNMOV., B.S.p kapitan vtorogo rarga; BAKHTIHA, G.F.;
MMEUM,
N.V.; BUTYRINA, N.Ya.; VOROBIYEV, N.I... kapitan
pervogo ranga;
GASS; I.P.; GINBYSH) N.S.; GLADID19 D.F.., polkovnik;
GOWVANOVA, L.G.,
kand. ist. nauk,- GOUJEEVA, Z.D., kand. filol. nauk;
GOVCHA.-MA, A.I.;
ZANAIVOiMA, R.N.; IVANOVA, N.G.; KARAHZIN, G.B.;
KOVALICHUK, A.S.;
IMUIDOVA, V.A,; LITOVAp Ye.I.; HOLCHANOVAp T.I.; OMMI,
L.S.;
POCHEBUT, A.N.; RUMS, V.I.; SAVINOVA, G.N.; SENICWJNA,
T.I.;
SKMEMKOV, R.G.,, kand. ist. neuk; FURAYEVA, I.I.;
CHIZHOVA N.H.;
YASDSKAYA, L.F.; GLADIN, D.F.p p~olkovnik; LAEETS;T
polkovnik; LELWEV, S.M.s kapitan pervogo ranga;
ORMISKUp H.I.p
kapitan pervogo ranga; NADVODSKIY, V.Ye.p podpolkovnik;
DEM, L.A.2
inzh,-kontr-admiral, glav. red.; FRWKIN, N.S.,
polkovnik, 7Aw. oty.
red.; LEVCHENKO, G.L., admiral.. red.; BAKHTINA, G.F.,
tekhn. red.
[Kave1 atlas) Morskoi atlas. n.p. Isd. Glavnogo Shtaba
Voenno-
Morsko o Flota. Vol.3. (Naval histA)ry)
Voemo-istorichesldi.
Pt.l. Next for the maps] Opisaniia k kartam. 1959.
xxii, 1942 P.
MRA 15:5)
1. Russia (1923- U.SeS.R.) Ministerstvo oborony.
(Naval history)
w
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Cliksbaws
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i.
sto
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i
V
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p
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oe
~r Inlay for use dur"
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A.-mb a
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it
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Io*
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ZOO
-9MGKALIUNATOME
00 nis 0 0 It to a a
NO in it a a it 'X4 a w wr 91 6 .5
NO a
GUSEVA, A,!,, Cpl-,,HCI.Tp, R ~ Ll, ,
. ......
Use c', fast-hardening resins with -;w- comicdne~21
hEn-5eners at
the P02henko IMirniture Fastory in K'~ev. -Pim. i
Jer. prcm.
no.2g2l..22 Ap.4e 165. (VI-HA IP::(,,
11
ClaZIIUVA, S. S. , C-,x.Ld Bio Sci--( di,
Gf t""(2 8460 rj.'L', C-~ttlc wdllro,~.".Iition~ of :~
!)ot cl~-;.: te."
Pu,b1-ic'iJ-;,,- 'iouz:e ui tha "lc:-.tl Sci IT2SS.-Il
11:f"'. "'ci U7S"R.
Inct of Zi)olor-,, ,~,nd copic:,:
ZUFAROV, K.AtL-LHIZHOVA, S.S.; SHISHOVA, Ye.K.
Histochigmieal study or the distribution of succinic
dehydrogenase
in the Icidney.1 TSitologiia 3 no.l,:/+7/.,/+76 Jl-Ag
1614 (KMA 14: 8)
1. Iaboratoriya pologistologii Instituta kmyvvoy
eksperimentallnov
meditsiny AN UsSSR Tashkent.
(SUCCINIC h0DROWHASE) (KIDNEYS)
(MITOCHONDRIA)
c - ; ZUFAROVJ K.A.
Some data from h'.stw-chemical studies of the kidneys
in different age
groups. Trudy Inst. kmev. eksper. med. n0.3.102-106 161.
(MA .15 - 5)
(HIS'MCMUSTRY) (KIDNEYS--AGING)
=%"ADMMMO PAq. ~!~ Top*
41ftww2agl=l pmemlow ftr sprooduig or dlptwjl
wiagla ilm
lp
to dhftials ulth mw kwdmuUo 61 8-2-0-p-m- -- - Trw
30-90 me
4,U45-49 %% (PIP-A 20m)
CHIZHOVA, T. P.
273h5 RZAZADE, R. Ya., ALTFV, R. K., DAMIFCV, I. A. - K voprpsu
oh, isf)ollzcvanii lekarstver
noyfloi~y azerbaydzh~na v reditsinakoy promyshlemosti. Poklady
(Akad. Nauk azerbayd
SSR), 190, Ro 7, S. 266-71. --4ozyume Na azerbaydzh. Yaz.
CHT7HOVA, T. P. -
0 Nekotorykh svoystvakh yada 7adyuki radde (Vipera raddei bttg.)
--Sm. 27041 9.
vnutrenrie bolezni.
SO: Letopis IZhurnallnykh Statey, Vol. 47., 1946
Avg 4 9
*$me Properties of the Tenon of the Radde
Viper (Vipers, Radd I Rttg.)," T. P.
Chizhova,
Dept of Parealtol and Ned Zool, Inat of
Xpi-
damlol. and Klorobiol Imeni N, F.. Ga=Lle,
Aoad
Ned Sol um, 'q rp
"Vok Ak Nauk UM" Vol LMI, No 6
This study of the Radde 'wiper, fovn& In
Trans-
oawasla, is an the taxicalogloal properties
of the venom, Its effe.et an the
carddovaacular
system of animls, on the isolated heart of
a
=U/J310106Y Venom (Cmtd) Aug 49
froo, and on the Isolated intestimg of a
rabbit.
OubsittOd bY Acad Te. N.' Favlovskly 6 jun
49.
VM/Ibdicim Poisams
Pharmacology
*Pbariv*cological Properties of Send Viper
Poison
(Xibis Carinatua)," F. F. Talyzin,
T.P.Chizhovs,.,
A. A. Pcheltina, Irst of 104emiol-%and
Microbiol
limi N. F. Gamaleysir. Acad Med Sci MM, 31 PY
Obak Ak Nauk SM" Vol =II, No 2-q - 0.1-4
"vea figures for lethal da$6s of s&n4 viper
polson on mice -d ---ata according to their
weight,
and for the vp.aodilative "tion of Viper&
lebetim
on the eara of rabbits. Certain conceimtra-.
Uons of Lbe lattAbr are shown to produce
hem4rrbm&*
3/5OT61
M,W/*~Icine - Poisons (Contd)
Wdx is gaso true of V. raddel and other
vipers.
jhftmitted by Acad Ye.. N. Pavl:ov 11 Jul 49.
CH17HOVA9 T. P.
USSR/Medicine - Poisons Venom
11 Nov
"Characteri5tica of the Action of Indian Cobra (Naja Naja) Vemom
on Experimental Animals.,ff
F. F. Talyzin., T. P. Chi2;hovaj, A. A. Pchalkina, In3t of
Epidemiol and Microbiol imeni
Gamaleyas Acad Sci USSR, A PP
RDok Ak lauk SSBRO Vol LM, No 2
FaPeriments conducted to deterzivie~minimum lethal close of cobra
venom and to compare its
action with other venoms showed: It ~as many of sine properties
as venom from the
Viperidae. Very dilute venom (16 10- ), although
i.vasoconstrictor, has vasodilative
effect on isolated mouse ears. Minimum active ose of Indian cobra
venom is 1;lCr7
while that of Central Asian cobra venom is 19109 ir. isolatedkog
hearts. Experiments in
vivo on small intestine of rabbits showed characteristic increase
in tonus followed by
changes in amplitude of pendular contractionss-shicl soon
reti;rned to normal. Submitted
by Acad Ye N. Pavlovskiy 16 Sep 49.
PA 157T60
CHUML, T.P.
MWOMONOMMORMS
Interrelation betvoen Bothriocephalum species
paramitic on aftwoLls
wA birds. DoklA1 SM 111 no.1:2.1;0-252 " 156. (MU 10:2)
lo Fervyy noskawskiy meditsinskiy Imstitut.
Predstayleno akadesikon
X.I.Skryabinys.
(PARLSITBL-DIUS) (2LMVOM)
CHIZHDTA, T.P.
To the o1wead of diphyllebothriests in the lalWnaad
Province.
Dokl.AN SSSR 108 n9.2:370-371 NY 156. (mm 9:9)
1.Pervyy Moske"kLy soditsiaskiy lastitat.
Prodstavlose akademikou
K.I.Skrya,biVu.
(XalWagrad Province-Cesteda.) (Parasites-mumin)
CHIZHOTA' T.P.
Role of wIld animls In the formtIon of foot of
dlphyllobothrianin.
Ned.paras.i parat.bol. 26 no,6t7lO-714 11-1) 157. (NIRL
l3t4)
1. Is kafedry obsbobey b1ologii I Moskovokogo ordena.
lanina maditain-
skago instituta Isoul I.No Bechenava.
(VOW, WISTIVAL AID PARASITIC)
(ANDUM AS CAIMIUS OF DISMASI)
CHIZHOVA, T. F. and GOFW-KADOS&IKOV, F. B.
"An Analysis of the Structure of a Natural Focus of
Diphyllobothriasis."
Tenth Conferenc,e on Parasitological Problems and Diseases
with Natural
Reservoirs, 22-~Zq October 1959, Vol. II, Publishing House
of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
First Moscow Medical Institute
CHIZHOVA, T. F. and GOrFW-KADOSHNIK0Vj P. B.
"Plerocercoids of Diphyllobothria. in Siberia and
Their Possible Dan-
ger to Mma and Animal o. 0
Tenth Conference on Parasitological Problems and
Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing
House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
First Moscow MecLical Institute
CHIZHOVA, T.P.; GOFMkN-KADOSHNIKOV, P.B.
- -1- ---- --- ---"
AnatomohistologicAl structure of plerocercoids of
Baikal Diphyllo-
bothrima. Mod. paras. i paraz.bol. 28 no.6:72".33 14-D
199;
(141M 13 t 12)
(TAPINORM)
,~--c VA9 T*P.; GODUSMODBUOVe P.B.
Natural fom of dipbynobotbriaois in the Bsi]cII rWJ(M and
it9 PILUAirno Ybdoparamoi paras.bole 29 no&M68-176 160o
(TIAIKA FMIN-TAMOM) (KM 13112)
GMWAN4ADOSHNIKOVO F.B.; CEOMHOVA, T.P.; BAZA ITAN,
A.G.; KRAMOV, RoG.
Incidence, of dipby3-lobothrlaais in Mosom hrovince.
Ned
paras.bol.. 30 no*lt92-95 Ja 161. iMP&I-r.",-,',3)
1. Is kaffedry obahchey bialogii (mv. - prof. P.P.
Tklyzin)
I Mookonkogo ordena Imnina maditainakogo inatituta
imeni,
I*M. SechenoTa.
(YOOM PROVO=-TAPOMM)
CHIZHOVA. T. P. GOFW, -KADOSMKOVp P. B.;
KRAVTSOV, E. G.
Plerocercoide in the fish of larelia and the D
.roblem of their
epidemiological significance. Med. paraz. i
paraz. bol. no.2:
213-223 '62. (MIRA 15:7)
1. Is kafedry- obsbehey biologii I Moskovskogo
ordena Lenina
meditsinakogo instituta ineni I. M. Sechenova
(zav. - chlen-
korrespondent AM SSSR prof. F. F. Talyzin)
(MYLIA-PMASITES-FISHES) (TAPEWORKS)
GOPMAN-KADOSHNIKOV, P.B.j KHODAKOVAq V.I.;
CHIZHOVA, T.P.;
KRAVTSOV, E.G.
Role of the nine-spined stickleback in the
dissemination of
diphyllobothriasis. Mad. paraz. i paraz. bol. 32
no-4:460-
465 JI-Ah, '63. (MIRA 17:8)
1. Iz kafedry biologii (zav. - prof. F.F. Talyzin)
I Moskovskogo
ordena, Lenina meditainskogo instituta imeni I.M.
Sechenova i
gellmintologicheskogo otdela (zav. - prof. V.P.
Pod"yapollskaya)
Instituta meditainskoy parazitologii i tropicheskoy
meditsiny
imeni Ye.I. Martsinovskogo (dir. - Prof. P.G.
Sergiyev)
Ministerstva zdravookhraneniya SSSR.
CHIZHOVAp T..P.; KJUVTSOVj E.G.
Role of gulls in spreading diphyllobothriasis in
the Karelian
focus.. Trudy I-go WI 4lt6O-62 165. ()URA 18t12)
CHIZHOVA, T.P,
Plerocercoids from fishes of Kirghizia and Siberia.
Trudy
1-90 MMI 41:63-66 165. (MIRA 18:12)
CHMOVA, V.A.
Study of Ostrncoda as a basis for stratigraphic
correlation of
bordering Devonian and Carboniferous layers In certain
regions
of the Russian Platform. Trudy VNIX no.9s73-98 156.
(KwA 10:1)
(Russian Platform-OstrRooda. Fossil)
CHIMOVA
the KiZ41 '-Orlzon Tolrft TrIle-
in
&aratov ii,- 'Llruiiy VNII
MITZ'ttov Province-Ostracod-S. Fossil) (YM 12:7)
Fossil)
CONNA I oA*
~,-, T
Boundar7 between the Devonian and Carboniferous in the
-Masslan
Ylatform.TrWyMGM no.14:.?4-81 159. (MIRA 12:10)
l.-Vessoymn" neftegazo"y usuohno-iselodovatellskiy
institut.
kRussism Vlatform-Ostracoda, Possil)
GHIZMVA, V.A.
Ostracod istudy of lower Carboniferous producing
sediments in the
Volga Valley portion of Saratoy and Stalingrad
Provinces. Trudy
VNII no.21)tl86-221 '59. (MIRA 12tlO)
(Volga Valler-Ostracoda, Fossil)
~, CHIZHOVA, V.A.
I
Nov Ostracoda from Dankov-Lebedyan', lboyanshchina,
and Likb-win
sediments in the Russian Platform. Trudy VNII
no.2.3:205-233,
274-293 16o. (MIRA 13:11)
(Russian Platform-Ostracoda, Fossil)
C!"U.0VAt V.A.
A.O'e rela-.---'o?iZ*.,.ip
--a:co"".La an-".
in the
0' 1 oa~; cd c,:,.
(::I A
Stratl -
(Ostr~acodap Posipil) ea,.; I c)
KUSTOVKIKOV, V.N.; LIPIRA, O.A. - MKRTCHYAN,
O.M.; CHIZHoVA V.A.
The depression-type section of the upper Devonian
carbmate,
straim of the Birok saddle Dokl. AN SSSR 142
no.6:1365-1368
7 26~. (MM 15:2)
1, Izatitut geologii i rasrabotki goryuchikb
iakopayoxfth
AN SFSR.. Institut geologicheskilrb imuk AN SSSR
i TsesoyusW
neftAi ov" nauchno-isaledovatel'skiy inetitut
Mrsk Region-4eologyq Stratigraphic)
SE)~WVAi S.V.-, CHIZHOVA V.A.- MITCHYAN ', 0. M.
StratigraDby and facies of the Lawar Carboniferous of
the Kama-
Kinell Demssion. Trudy VNII no.34z271-280 162. (KMA
15-..""
(Y.,-7byshev Frc7ince-Geology., Stratigralthic.)
(O.renburg P"T.Inze-Geology, Stratigraphic)
CHIZHOVAF V.A.
- ------ , _ -
Some now data on the problem of the atratigraph.,,.c
U--~,,rjs-~cn
of carbonate formations in the Late Devonian a-n:i
the Early
Carboniferous period of the Volga-Ural area
obt.~:'Irf--_4 fi-or.
a study of the Ostracoda. Trudy VN:I no.38-11-1, --'