SCIENTIFIC ABSTRACT G.P. CHERNOVA - I.P. CHERNOVA

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308610004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24021
5/076/61/035/005/0041'008
Study of the mechaniam of electrochemical ... B101JB218
F.
Ti q
fs 41 go /,f
Fig. 1

I Study of the mechanism of electrochemical...
Fig. 2: Anodic~and cathodic
polarization of Ti and Ti +1 % Pt
in 40t 60, and 70'% 112s04 at 250C.
Legend: cathodic curves: 1) Ti
in 40 % H2SO4 ; 2) Ti in 60 ~D H2SO4;
3).Ti in 70 % 112S0 4; 4) Ti +1 % Pt
in 40 %.acid; 5) idem in 60 % acid;
.6~ idem in 70 % acid; anodic curves:
7 Ti in 40 %; 8) Ti in 60 %1.9)
Ti in 70 % 92SO 10) Ti +1 % Pt in
4;
40'%; 11) idem in 60 %; 12) idem
in 70 % H2 so 4*
Card.5/7-
24021
S/076/61/035/005/004/008
BIOI/B218

Study of the meahanism of eleotrochemical...
Fig. 4: Corrosion of Ti and its A'
al)oys containing Pt and Pd in
H2SO4 at 20OC; duration of experi-
ment, 100 hr. 'Legend: 1) Til
2~ Ti +1 % Pt; 3) Ti +2 00' P t ;
4 Ti +1 % Pd; 5) Ti +2 % Pd.
Corrosion rate in 80, ~~ H2S04
at 200C; duration of experiment, j
164 hr: I) Ti; II) Ti + 1 % Pt;
III) Ti+2 %Pt; IV) Ti+l %Pd;
V) Ti +2 ~ Pd; a) oorrosion rate
K, g/M2-hr.
24021
S/07~/61/035/005/004/008
B101/B218
0 M Ap IV

Study of the mechanism of electrochemical ...
Fig. 6: Cathodic and anodic
polarization of Ti in 20 %
HCI at 250C.- Legend:
1) cathodic curve for increasing
1; 2) idem for decreasing 1;
3) anodic curve plotted after
previous cathodic polarization;
4) cathodic curve after anodic
polarization; 5) anodic curve
without previous cathodic
polarization.
24021
8/07 61/0,35/005/004/008
BlOlYD218
Card 7/7
Fig

ACCESSION NR: AT4043070 S/0000/64/000/000/0156/0166
G. P., Tomashov, N. D., Volkov, L. N.
AUTHOR: Chg_tnqva
TITLE: A study of the possible use of anodic protection of
stainless steel in i0obutene
extraction processes
SOURCE: Mezhvuzovskaya konferentslya po anodnoy zashchite
metallov ot korrozit. lot,
Kazan, 1961. Anodnaya zashchita rnetallov (Anodic protection of
metals): doklady*
konferentsii. Moscow, Izd-vo Mashinostroyeniye, 1964, 156-166
TOPIC TAGS: stainless steel, steel 1Xh18N9T, isobutene
extraction, stainless steel
corrosion, anodic corrosion protection, stainless steel
passivation, steel corrosion,
corrosion temperat-are, lsobutylsulfuric acid
ABSTRACT: Stainless steel 1Kh18N9T, proposed as a reactor
material for extracting
isobutene from cracking gases, according to a process developed
at the VNIINefte Khim,
was corrosion-tested at 45C in 65% HZS04 and in isobutyl sulfuric
acid (a complex ester
formed when an alcohol radical displaces an H atom in the 112SO4
molecule). The results
indicate that this material is unsuitable without anodic
anticorrosion protection, its un-
protected rate of corrosion depending on agitation (intensively
employed in extracting
1/2
Card

ACCESSION NR: AT4043070
Isobutente) and amounting to 2 or more mm per year. Hence, the
authors studied the anodic
behavior of stainless steel in these media, with and without
agiLation, at 25-65C. The ,
results indicate passivation at a potential range of +0. 2 to +I.
25V. Current density in the
passive state ranged from 6 to 10 ma/cmz and was practically
Independent of solution
characteristics, temperature or* agitation. The rate of corrosion
in these media was 0. 08
mm/year at 25C and +0. 3 to +1. 2v. In this potenUal range for
hardened and tempered
samples, there was no tendency to intorcrysVilline corrosion. Orig.
art. has: 10 graphs
and 1 table.
ASSOCIATION: None
SUBMITTED: 13Mar64
NO REP SOV: 010
SUB CODE- FP, MM
7.
ENCL: 00
OTHER: 008
2/2

KAZARINOVY V.Ye., kand.khim.nauk;_qHF!RNOVA,
G.P., kand.khim.riauk
Symposium on Electrochemical Corrosion and
Passivity. Vast.
AN SSSR 34 no. 2:102 F 164. (MIRA 17:5)

TOMASHEV, Nikon Danilovich; CHERNOVA, Galina
Prokoflyevna; YEGOROV,
N.G., red.
[Passivity and the protection of metals against
corrosion]
Passivnost' i zashchita metallov ot korrozii.
Moskva,
Nauka, 1965. 207 p. (MIRA 18:8)

Vd
-AC SOME CODE: UR
/0000/65/000/00070007/0013
41
WHO V C64a diie:; of .chemi- A-sclences);. -N D~__ Oocto~o
Tomeboy-,
:-Of CDC=
fessor
-none
`TITLE: Effect f '_1R4eM_e-hAs'_'0n 'the anodic' d issolution. and
passivation,ofl:'.
0 ...a -o
.46ainless steals...
KarroxiyA mitallov i eplavo4l(corrosion of metals and alloys), UP~ 29
~Moscow, xzd-vo.xetallurgiya,~.1965 7-13
TAGS-.- chromiuzi*stdeI' stainless steel, corrosion,
electrochemistry-,-,nicVels-
lwlybdenum,. rhenium passivator-additive/Kh25 chromium steel
-ADSMCT.- Th deaI4 ect of the
a articled ~with'a systematic inve tigation Rf the qff
treatment of chromium at Lijl N o';Ia n dRe"& its corrosi
eell4ith 0.5, 1, 2 and 3% wt. N LOA--
a
nd electrochemical-behavio 'in a IN solution Of R2so4 at 75-, 50
-a7n-d 750C. I It is
~~:shown . that in th sion
a presence of as little as 0.5% of an alloy element the corro,
-.rate of the.steel.decresa_ea~sharply, particularly when Re is used
as the alloy ele.
ment. Increasing the proportion of the alloy element to 3%, however,
does not
eatly-~
markedly further reduce the corrosion rate. The alloy elements (Mi,
Mo, Re) gr
increase the proneness of steel,to passivation: tney reduce the
passivation Curr t
en
t
'by.a factor of 6-12;'a 75*C the,passivation potential gets displaced
by -0.1 v in
fthe positive direction and the anode current in the passive region
decreases 1.5-3
~times The effect,of the alloy~elements on the rate of anodic
dissolution indicates

t:~MtMt MUM -

This jii~es reamon torr.believe* that NI and Ho tncrease
the -.padsivitk of the alloy b3

~-Anhibiting the a-fiddic: pfft6gs- of
. dissolution while Re enhunces the ef,~pp
t
~veness of

-the-'eathodic pr6cess and -displacing the ah
faciliiates passivation by OY
potential;

jil iftre, jidn "jhL _ ~that
V~ Ve c an of the passivation potentials: Thus, Re is a~
.1p amore pos

caib6dic -additive, anslagous-to Pd or Pt. This
elucidation of the effect,of alloy-

~`dlemante on ~ thj~ kinetics
electrochemical processes warrants the conclusion that it

allo~svith_a' higher corrosion reilstance by additionally
possible toAevelop
.4s

.
.
the, ternary -alloys., Fe-tr-~Ni or Fe-Cr-Mo with effective cathodic
additives

ReO,Pd,or Pto.,: ~.Orlgi-. art. has: 7'figures, and I table.

iii~-4m-.-,~_49J 17 nF:- 004/ M REF!'.--005
--'SUB CODS:,: 07,11"; ul65/:' ORIG

2:

3/3

1 39982-66 . EWT(m)/3NP(t)ZETj Jn /.T(% 4W R
4CC NR, AP6021072 /Y') SOU'RCE'CODE:
UR/0365/66/002/00210122/012i
ACTHOR: Chernova, G. P.; Volkov,-L. N.; Tomashov, N. D.
ORG: Institute of Physical Chemistry, Academy of Sciences SM
(Institut fizicheskoy
khimii Akademii nauk SSSR)-
TITLE: Study of rhenium and copper huildup on stainless steel
surfaces during the
process of active dissolution
I
SOURCE: Zashchita metallov, v. 2, no. 2, 1966, 122-126
TOPIC TAGS: stainless steel, cathode polarization, rhenium,
copper, alloying, sur-
face condition, platinum, electrochemistry / Kh25 steel
ABSTRACT: The ef ts of Cu and Re buildup on stainless steel
surfaces was studied
t
during passivation6n IN H2SO4 at 250C. Charging curves are
shown in which the poten-
tial is 'given as a'function of time for a current density of
300 ma/cM2. The amount
of electricity needed to passivate the steel (Q) was
proportional to the passivation
time and depended on the preliminary treatment of the surface
by cathodic or anodic po-
larization and varying self dissolution time. After preliminary
cathodic polariza-
tion, Kh25 steel and Kh25 steel + 0.5% Re had similar anodic
charging curves (passi-
vation time T=70 msec) indicating similar passivation
processes. However, after 20
min of self dissolution in 1N H2S04, Kh25 eel had an increased
value of T=140 msec,
rnrel .1/2 UDC; 620.196

Z. .391~,82-66
jkCC NR: API
while Xh25 steel + 0.5% Re had two new potential levels with
the final level stopping
at 140 msec. ror Kh25 steel, the increase in dissolution time
fi-om 0 to 40 min re-
sulted in an increase in Q from 23 to 65 mcoul/cm2. In the Re
alloyed steel, Q de-
creased from 23 to 5 mcoul/cm2 at the first potential level and
increased for the two
new levels; at a self dissolution time of 40 min this steel was
self passivated. Anod-
ic passivation was performed on pure Re, Kh25 steel plated with
Re, pure Cu and Kh25 +
+ 2.56% Cu steel. ror pure Re, the potential remained constant
at +1.2 v, correspond-
ing to the solution of Re and the formation of RC046 By
comparing these tests with
similar tests on palladium (which readily adsorbs hydrogen
during cathodic polariza-
tion) it was established that the second step in the anodic
curves for Kh25 + 0.5% Re
was due to the ionization of adsorbed hydrogen. The
electipchemical reactions were
Re + 4H2O = ReOq + 8 + + 7e for a solution of Re and Cu=Cu + 2e
for Cu. Calcula-
tions were made for the theoretical estimate of the Re and Cu
concentrations at the
steel surface based an the potential levels. Good agreement was
obtained for the de-
"~endence between the time of preliminary anodic solution in
the active state and the
quantity of Re or Cu accumulated an the surfaces of the steel.
Orig. art. has: 5
figures, I table, 2 formulas.
SUB CODE: 07.11/ SUBM DATE: 15May65/ ORIG REr: 007/ OTH Mr: 007
-212

ACC NRi
Thmashov. Nikon Danilovich; Chernova, Galina Prokoflyevna
Passivity and the protection of metals from corrosion assivnost' i
zashchita metal
lov ot korrozii) Moscow, Izd-vo "Nauke.", 19T5, _20T p. illus.,
biblio. (At heads
of title: Akademiya nauk SSSR. Institutfizicheskoy kh1mii)
slip inserted.
6000 copies7pri~_ted.
TOPIC TAGS: corrosion, corrosion protection, passivation, metal
passivation,
passivator, anodic protection, cathodic protection
PURPOSE AND COVERAGE: This monograph is intended for scientists,
engineers and tech-
nicians concerned with corrosion protection and problem of metal
and alloy pasL.'
sivation. *The-dhthors summarize their investigations of metal and
alloy passiv--:.
ation and revi*ev the most recent published data on this problem.
The modern
theory of metal passivation, the kinetics.of the passivation
process, the struc-
ture of p"sive layers, and the methods of pasoivation
investigation'are discus-
sed.
TABLE OF COW M TS [Abri�ged]
Foreword - 3
Introduction - 5
1 Larci Lfif UDU: b20.19T

ACC NRs AM502T753
Ch. I. Passivation of metals 12
.Ch. IL Analysis of.the passivation effect of corr sion systems
58
Ch.-III. The main principles involved in increasing the
corrosion resistance of
alloys by increasing their passivation ability -, 711
Ch. IV. Anodic electrochemical protection - 110
Ch. V. Metal passivation by contacting vith cathode 153
Ch. VI. Passivation of joetals
.qy introducing oxidants into the corrosion environ-
ment - 182
References 200
SUB. CODE: Sum DATz:' 14jui65/ ORIG REF;-, 0121 -OTH MW: '1221
Card 2/2

C&RNOVA, I.A.; BETIKOVA, M.A.
Therapeutic use of antibiotics in typhoid bacilli
carriers.
Sov.med.18 no.3:40-41 Mr 154. (MIaA 7:2)
1. Iz poliklinicheskogo otdeleniya (zaveduyuBhchiy
O.P.Mat-
veyev) Instituta infektaionnykh bolezney Akademii
meditsinskikh
nauk SSSR i kliuiko-diagnosticheakoy laboratorii
(zaveduyushchly
A.M.Mar'yasheva). (Antibiotics) (Typhoid fever)

CHMOVA I A. - SOHMAK, N.G.,; pri uchaotii vrachey
A.A. Vazulia,
i L.Ya. Andryushchanko.
Role of enteric infection centers in the detection of
dysenter7.
Zhur. mikrobiol., epid. i immun. 27 n0-1:65-69 Ja 156
(MLHA 9:5)
1. Is poliklinichaskogo otdaleniya (zav.-dotsent O.P.
Hatvayev)
Instituta infekteionnykh bolesney AMN SSSR.
(DYS19MY, BACILLARY, prevention and control,
detection at centers fvr enteric infect. in Russia)

CHERNOVA, I, A. Cand Mod Soi -- (diss) "Role of
consulting offices for
intestinal infections in the control of dysentery
(According to data of
consulting offices for intestinal infections of adults
at city polyolinies)."
MOs, 1959. Is pp (Aced Ifed Sci USSR~, 230 copies (KL,
43-59, 128)
-96-

Ch-mova, I. A., J-13orisenko, 14. G., Danileychenko, 1. A.,
hiriohinshkya, i. A.,
N. A., Yanchenko, T. F., kGolub, 14. "., and
Chudnaya, L. I.-I.
Detection of abortive and latent forms of polionyelitis erid of
the
"healthy" virus carrif-.rs in the closest environment of r-he
patient.
Materialy nauchnykh konferentsii, Kiev, 191-9. 288T)p
(Kieskiy Nauchno-issledovateliski.y Institut Rnidemi.olorii i
AikrobioloCii)

,camou v I.A.
'-- 4a~cular ap~paratus of the heart following
exclusion of sympathetic
innervation. Blul. MOIP. Otd. biol. 65 no.5:132 S-0 160.
(HELRT-BLOOD VESSEIS) (KML 13: 12)
(NERVOUS SYSTEM,, SYMPATHETIC)

CHERNOVAJ, I.A.; kand.med.nauk; BDRISENKO, N.G.
The convalescent following epidemic he?atitis as a
source of in-
fection. Sov.med. 25 no.5:132-134 Yq 62. (MIRA 15:8)
1. 1z Institute. infektsionnykh bolezney Akademii
meditsinskikh nauk
SSSR, Kiy~v. (HEPATITIS, INFECTIOUS)

CHAPURSKAYA, N.A.; BDRISENKOp N.G.; jf~M
_HOV HM
_ A,.. I.A.; C IIY, F.A.; BEL(XJS,G.V.
Results of dispensary service for convalescents following
infectious heDatitis. Nauch. inform. Otd. nauch. med.
inform.
ANN SSSRno..1%28 "61 (MIRA 16:11)
1, Institut infektsionnykh bolemey (direktor - chlen
korrtc-
pondent AMN SSSR prof. I.L.Bogdanov) MI SSSR, Kiyev.
i(_

SOKOLOVSKAYA, A.P.;_CHERNOVA, I.A.; LIBOVA, E.Ye.
Epideniology and clinical aspects of aborted and
anicteric
forms of infectious hepatitis. Nauch. inform. Itd. nauch.
med. Inform AM SSSR no.lt28-29 161 (MIRA 16M)
1. Institut infektsionnykh bolezney (direktor - chlen -
kor-
respondent ANN SSSR prof. I.L.Bogdanov) AM SSSR, Kiyer..
4

ORLOVA) LN.;-_~CPR~OVA., I!A..
Upper Carboniferous of the Volga Valley portion
in Saratov
Province. Trudy NVNIIGG no.1:75-77 164.
(MIRA 18:6)

KOLOMIYCHENKO, A.I., prof., Laureat Laninskoy
premii, zasl. deyav)ll
nauki, red .; LUKOVSKIY, L.A., prof., red.;
ZARITSKIY, L.A.,
prof., zasl. deyatell nauki, red.; PITENKO, N.F.,
prof.,
red.; GLADKOV, A.A., prof., red.; KURILIN, I.A.,
prof., red.;
MOSTOVOY, S.I.p doktor med. nauk; red.; BARLYAK,
R.A.p prof.j,
red.; SHPARENKO, B.A., dots., red.; ROZE24GAUZ,
D.Ye., dots.,
red.; K W SHAK, B.M.p dots., red.; CHERNOVA, I.A.,
kand.med.
nauk, red.
[Current problems of clinical and experimental
otolaryngology]
AktualInye voprosy kliniko-eksperimentallnoi
otolaringologii.
Kiev, Zdorovlia, 1964. 350 P. (MIRA 18:2)
1. Nauchno-issledovatellskiy institut
otalaringologii. 2. Ot-
del profpatologii Nauchno-issledovatellskogo
instituta oto-
laringologii (for Pitenko).

XCHWOVA 1. D.
3558- *HMNOVA 1. D. * The histopathology of the skeletal
musculature and its
apparatui--of-i-un-e-r-viRon during tho preparalytic stage of
experimentally produced
polioaWalitis (Russian text) Z.NM0PAT.PSICHIAT.(YLosk.) 1953,
53/8 (653-657) Illus.
Investigations were made an 5 rhesus monkeys sacrificed during
the preparalytic
tage. Findings included phenomena of excitation. changes in
tone in the muscu)-ature
f the extremities and pleocytosis in the CSF. Infection was
produced by intraton-
:
aillar or subcutaneous injection, or by means of the food; the
period of incubation
was 6-11 days. The intercostal musculature, the biceps and the
muscles of the
calves were examined. The first abnormality consisted in
changes in the motor
end-plates, which showed granular degeneration and decreased
argentophilia; the axis
cylinders were varicose, while the sensory spindles showed
oedema. The muscle fibres
per so showed irregularities in stainine occasionally
associated with minor necroses.
Brandt - Berlin (XX,5.8)
SO: Excerpta Hedica, Section VIII, Vol 7, No 9
L ". I aux"-
1 'k4- N M S. US S
- "~~ 7 3
,

CFERU~IDT'., 1. D.
Dissertatio,%: "Dynamics of Morphological Changes in
3keletal 1-'uscles an~, Their
Neural Apparatiis in Poliomyelitis." Cand Mled O-ci, O-econd
Moscow Eedical inA i-Tpeni
I. V. 3talin, 31 May 54. Meditsinskiy Pabotnik, Moscow, 21
May 54.
~;O: SUZ 284, 26 Nov 1954

CHMNOVA, I. I.
CHMOVA) I. I.: "A study of the life and production of
A. N. Ostrovskiy
in the ninth class of intermediate school." Min
Education RSFqR.
Moscow State Pedagogical Inst imeni V. 1. Lenin.
Moscow, 1956.
(Dissertation for the Degree of Candidate in
Pedagogical Sciences).
Source: Knizhnaya letopis' No. 28 1956 Moscow

CHnNOVA. 1.D.
Histological changes in the submaxillary salivary
gland follow-
Ing trausection of the tywanichord. Biul.NOIP.
Otd.biol. 651
143-144 mv-.Te 160. (MIRA 13 t7)
(MMVZS, 7AGIAL) (SALIVARY GLAMS)

KOMISSAROVA, A.N., metodist,Q BYKOVA, A.F., metod.ist po
pcl:e--,ovc,,dstvu;
GAVRILOVA, V.Ye.,- 141NINA, J.S.~ CHERNOVA, 1.D.;
n.,todi-st; BLILVAN', A.0.
Exhibition of speoial Items. -!'r!f,---np..biuLVDNKH
no-5-23-31, My 164.
'~M T R
k I _4 18: 5)
1. Favillon "Kartofell i ria Vystavkc
naradnog,-) khozyay-st-va 9SSR (f( Eommi.-Farova) . 2.
~l ~ a I
me tcdf
-st VYstavh-e
riarodnoga khozyaystva SSSR (for
zootekhr,lk pavilloija va Vystavke
narodnogo khozyaystv-9. S,"ShL (fu,- Milril-rl). 4.
Pavillo.) "Mekhani-
zatsiye. I elektrifikaLsiya kh=yaystvall rv:i Vy~:tavka
dostJ.zheniy narodnogo khozyaysi,va (for Chernova). 5.
Glavny-f
metodist I pavillona "Khranen-ye A pererabotka zernall na
'Jys-tavke
dost--zheniy narodliogo v:a (for Blidman).

r-- k1V R -T, -I-,
7
7/0-1-35/6-~
AUTHORS: Gorbacheva, 1. 11. , Varnakova, L. P. , Kleyner,
Ye. M.,
Chernova, I. I. , Preobrazhenskiy, 11. A.
--------------
TITLE: The Synthesis of the Racemic Methyl Ether of
o,o.-Dibenzyl.
mag-nolin (Sintez ratsemiQhesko-o metilovogo efira-
o,o--diben-
zilmagnolina)
PERIODICAL: Zhurnal Obshchey Khimii, 1958, Vol.126,11r 1,
pp. 16" -16,0 (USSR
ABSTRACT: The alkaloid mau-nolin (formula I, R = R' = H)
was liberated
together with magnolamine (reference 1) from the leaves of
the Caucasian magnolia (11~-r_-nolia fusata of the family
Ma,-nr.-
liaceae), in the year 1938. The structure of mau-nolin was
de-
termined by the oxidation decomposition of its
trimethylethz-;r
(reference 2) (1, R = R' = CH ). On that occasion
1--keto-06,7-
dimethoxy-2-methyltetrahydrcisoquinoline and 2-methoxy-5,41-
-dicarboxydiphenylether were separated. The position of the
free hydroxyl gr,.oups was determined by oxidation of the
tri-
ethylether of the alkaloid. On the basis of these
invest.-Ga-
tions the formula (I, R - R' = H) ras su-gested for maoc!"n.
The authors for their part realized the synthesis of the di-
Card 1/2 chlorohydrate of
21-nethoxy-.5ly4l'-[bis-(6-methoxY--7--benzyl--

79-1-35/6,2
The Synthesis of the Racemic Methyl Ether of
ojo-Dibenzylmagnolin
oV-2-methyl-1,2,3,4-tetrahydro).-isoquinolyiJ
-&methyl-.diphenyl--
ether (II), wiiich can after removal of the benzyl residue be
converted to the (�) methylether of magnolin (I. R =H, R2-CH3)'
As initial product for the synthesis the author used the di-
chloroanhydride of 2-methoxY-5,4'-dicarboxymethyl-diphenyl-
ether (III) and P-(3-methoxY-4-benzyloxy)-phenylamine (IV)4
where the diamide (V) is produced in the presence of potash.
Under the influence of pentaphosphorus chloride the latter is
cauerted to the bisdihydroisoquinoline derivative (VI) which
is furthermore subjected to a catalytic hydrogenation and
methylation by means of formaldehyde in the presence of for-
mic acid. There are 3 references, all of which are Slavic.
ASSOCIATION; Moseov Institute for Ptne CbBz7fteal Te~tbnology
lmr-,t M,T. Lr=ozoaruv
(1.1loskovskiy institut tonkoy khimicheskoy tekhnologii imeni
I
M. V. lomonosgva)
SUBMITTED: November 24, 1956
AVAILABLE: Library of Congress
Card 2/2 1. Ohemistry 2. Methyl esters 3o Enzymes

GHIRNOVAO. I.N.; XURTTS, L.Yu.
Using fluoroplast-4 for medical supplies. Med.prom. 11
n9-7:49-51
ii 157. (Mm. 10:8)
1. Hediko-instrumentalInyy ordena Lenina zavod
"Xrasnogvardeyets"
(39THYLICNI) (MEDICAL SUPPLIES)

C7
CHIMNOVA, I.N.; IONIS, X.Y.; KURTS. L.Yu.
Testing various materials for protecting medical
instruments from
corrosion. Had.prom. 11 n0-11:51-53 H-'57- (MIRA:11:1)
1. Mediko-instrumentallny7 ordena Lenins Zavod
"Krasnogvardeyats*
(MBDICAL IIISTRUKRNTS ARD APPARATUS)
(GOUOSION AND ANTIGORROSIVIM)

GAMOVA, I.N.; IONIS, M.V.
Applying two-layer antireflection. films to optical
instruments~
with light passages up to 10 millimeters in diameter. Med.
prom.
P
13 no.2:48-51 7 159. (MM 12:3)
1. Mediko-inatrumentallnYY 2aVod "Krasnogvardeyets.0
(IMES)

cm,-UTOVA, I.N.; 14.V.
~ - -
Use of epoxide resins in the manufucture of medical
articles.
Hed.pron. Y) no-7:52-54 Tl '59. (MIRA 12:10)
1. Hadiko-instrivaental'W zavod '%~-uunogvardoyets.
(RBSIIIS, SYNTHETIC)

L.H.., hanu. :,1.1m. nauk,
Kinctico of the soiption Of V,7~-,.--73 ,,,-d liquid, 1-
I - 4 --- I :rs.
Nauch. trudy MTILP no.27:76-92 'A-3.
1. Kaf-ccira fizicheskoy i
belchnolo'g-lichleskogo institi-.ta

CHMNOVA, I P. ,y 0
~'
W:,~ ,
Results of repeated experimentB in Phagopropkylaxis of
typho!d
fevero Zhur. mUcrobiol. epid. I Immun. no.10:98 o
0.54. (KLTLA 8:1)
1. 1z Ufimakogo instituta vaktoin i svvorotok im.
Mechnikova
(TYPHOID FEM-PREVEITTION INOCULATION)

KOZLOTA, A.A.; SAGITOVA, R.G.; SHELOMENTSOVA, N.I.
lpidemiologic effectiveness of enteroparenteral
vaccination against
dysentery. Zhur. mikrobiol. epid. i immun. no-11:58-60
N 154.
(MIMA 8: 1)
1. Is Ufimskogo instituta vaktrin i syrorotok (dir.
U.S.Yenikeyeva,
nauchny7 rukovoditell prof. N.1 Hellnikov)
(DYSINWT. BACILLARY, prevention and control,
vacc., enteroparenteral techiiic)

USSR/Humn and Animal PhysioloLw (Normal and
Patholot;ical) T
Dlood Circulation. The Heart.
Abs Jour Ref Zhur Diol., No 6, 1959, 26592
Author Ch
Inst
Title Electrocardio6Taphlic Chan3es in Various Foms of
Rhetmatisn in Children.
Ori:1, Pub V. sb.: Materialy Naucha. konferentsii
Chelyab. med.
in-ta poscyashch. 40-letiyu Velikoy Okt- sots. revolut-
sii, Chelyabinsk, 1958, 155-156
Abstract No abstract.
Card 1/1
- 49 -

CHERNOVA, I.V.
Some diBturbances of cardiac rhythm in rheumatic 'ever in
children.
Vop.okh.mat. i det. 4 no.4:25-30 Jl-Ag '59- (MIRA 12:12)
1. Iz kafedry detskikh boleznev (zav. - prof. Ye.Te.
Granat) Ghelya-
biuskogo meditsinskogo instituta (dir. - prof. G.D.
(Ybraztsov).
(HRA ) (REOM&TIC FEM)

CHERNOVAP I.V-
Electrocardiogram as an index 4f the clinical course
ofjhepmatic
fe*r ih children. Vop. okh. *t. i det. 5 no.6s.12-14
'N-D .160.
(KM 13: 12)
1. Iz kafedry detskikh bolezney (zav. - prof.
Ye.Ye.Greiiat) Chelyabia-
skogo meditsinskogo instituta-(direktoll -G.D.Obraztsov)~
(ELECTROCARDIOGRAPHY) IC FEM)

CHEMOVAS-4y.-
Dynamiics of electrocardiographic changed U
rheumatic fever
in children. Vop.okh.mat. I dot, 8 no.2:32-35 F163.
(14IRA 16-7)
1. Iz kafedry deteldch bolezney (zav. - dotsent
N.S.Tywina)
Chelabinskogo meditainskogo instituta.
(ELUCTROCARDIOGRAPHY) (RHEUMATIC REAM DISEASE)

CHERNOVA, l.V.; VASI]INT14, R.M.
Diffusion of aldohola in polyaa,'Lde. Vyf;c~kom..qoed.
6 no.9,1704-1707
s 164. (MIF-k 17,10)
1. Moskovskiy tekhnologicheskiy institut legkoy
prouVahlennosti.

CHMOVA, K.I., patromashnays sestra; MMUR', M.P.,
patronashnaya sestra.
Ifork experience in the visiting nurseel territory of
the district
tuberculosis center. Med.sestra no.12:17-19-D 153.
(MLRK 6:12)
1. Tuberkule2nyy dispanier,.Odessao
(Nurses and mirsing) (Tuberculosis)

CHVII, VA, K. 1.
Glycogen content In the mucous epitbalium of the
oral cavity.
Stomatologila no,3:19-20 My-Je '55. (HLRA 8:9)
1. 1z kafedry khtrurgicheskoy stomatologil
(zav.prof. S.F.
Kosykh) Molotovokogo meditsinskogn
stomatologichaskogo
instituta (dir.dotsent M.V.Kostylov)
(GLYCOGEN, metabolisn,
mouth mucous epithelium)
(EPITHELIUM, metabolism,
glycogen, in orj~l mucous epithelium)
(MUTH, metabolism,
glycogen in oral mucous epithelium)

-- ~ ll~-
, 1". ~'. f cent~.i' ,
I -,I, .nl~rt M iced nr., - -

Remarks on A.A.Kot's, S.A.XDnovalov's and I.N.Rosengan I
article
"Productivity of saline sections of boilers with staged
evaporation.,
Ilek.sta. 25 no.10:56 0 154. (MLRA 7:11)
Vachallnik KhizsInzhby Nosenergo.
(Steam boilers) (lot, A.L.) (Konovalov.

Adsorptw~- .1' 3n -,he ~r~a~. nf v-~g.
crystaiF. % ;-, , An~: 7 1 1 ~
0-41- -1-AM
---ffie cmtal is due to -h- adhLibil to

CMMNOVA, L.A., inzhener; SHURYSEKINA, G.K.,
inzhener.
-:77t
ChelMic control of steam quality-. Blek. eta. 26
no.1-52-54
Ja 155. (WaA 8:3)
(Steam)(Ilectric power plants)

CH&MOVA, L.A.
Operation of desalting water-purification
installatiom of t -he
type developed by the Noscow Regional Power
Authority. Teplib-m-
energitiks 3 no.12:57-58 D '56. MRL 9:12)
(Water purification)

AZOLIZIN, P.A.; GURVICH. S.M.; KOTLYAR, R.V.; KOT. A.A.; 'KM;T,
A.P.;
MIKHAYLENKO, P.S.-' PROKHOROV, F.G.; -SOKOIDV, I.M.; L A
SMOB. M.S.; iiamray, I.A.; GUREVICH, L.S.; POLATWM,44,~
To the editors of Olnergetik." Energetik 5 no.3tll;4~ Hr '157-
(kLRA 10: 3)
1. VaesoyuzDY7 toplotekhnichaskiy institut im. Dzerzhinakogo
(for
Akoll21n, lot. Yankovskiy) 2, TSentralln" kotoloturbinny7
imstitat
(for Gurvich, )[&met,) 3. Teplo-elaktro-proakt (for
Garevich).4.xi-
nisterstya alaktrostantmiy (for Kotlyar, Prokhorov). 5.
Teplovaya
elaktricheakaya teentral'naya stantsiya No.9 (for Mikhaylanko,
Polya-
kov) 6. Perevyazoohny7 etapnyy punkt (for Sokolov)- 7&
Mankovskoya
rayonnoys upravlanip onargokhoxyaretv& (for Charnova).
8.Iner&*tI-
cheakiy inatitO Ak&damii nauk SSSR (for Shkrob).
(Boilers)

r)
X.M., inshoner.
Ax rience,starting and operating salt-removing water purifying
..pa
apparatus in the Xoscow,,Power,P.rodI4ction system. Inergetik 5
no.4r
11-14 Ap '57. (MIRA 10W
(Food-water purification)

(~' /I e' 1*0 4 4 / - d' ov OVA, L.AA-_- ~
I,OV. .. OWN
I
On~ t- h*e' b0- ilar-watir.system and.oh.amical control in
boilers. Inargatik
5 no.4r35-36 Ap '57. (Boilers) (MM lOt6)

AUTHOR: Cher SOV/91-58-3-27/28
1
TITLE: On IMleasures to Prevent Equipment Corrosion (0
merakh predot-
vrashcheniya korrozii oborudovaniya) Answer to the Inquiry
of R.A. Mochalova, of the City of Ivanovo (Otvet na zapros
R.A. Mochalovoy, g. Ivstiovo~
PERIODICAL: Energetik, 1958, Nr 3y Pp 39-40 (USSR)
ABSTRACT: The question reads: "How to prevent thecorrosion
of the
equipment used in the chemical water-purifying process, and
in the feeding tract of an electric power plant". Basing
on the research conducted by the'VTI (All-Union Heat
EngineBr-
ing Institute) the author advises to take steps to remove
carbonic acid and oxygen as causes of corrosion. For that
Purpose, the filtered water has to be amminized. The PH
factor of the filtered water is raised in this way. The
water-amminizing process has to be carried out so that
Card 1/2 ammonia-water doses keep the rate: 0.8 mg H3 to
1.0 mg C02.

S07/91-58-3-27/28
On Measures to Prevent Equipment Corrosion. Answer to the
Inquiry of R.A.
.Mochalova, of the City of Ivanovo.
Experimental data on amminization can be borrowed from TETs
Nr 11, Mosenergo. Other detailed instructions for the same
purpose are given. Completely equipped deserators, combined
with steam coolers needed for the same purpose, are being
produced in the Barnaul plant.
Card 2/2

AUTHOR: Chernova, L 91-58-7-20/27
TITLE- On the Use of Sodium Hydroxide in Gas Analyzers (0 pri-
menenii yedkogo natriya dlya gazoanalizatorov).
PERIODICAL: Energetik, 1958, Nr 7, P 31 (USSR)
ABSTRACT: The author answers the question of Rullko, whether
the
commonly-used potassium hydroxide can be replaced by so-
dium hydroxide in Orsat - Pisher gas analyzers for the ab-
sorption of CO 2. Observations made by the Sluzhba naladki
Mosenergo ("Mosenergo" Adjustment Service) showed that so-
dium hydroxide cannot be recommended because of its rapid
loss of absorption power and its tendency to rapid cry-
stallization.
1. Gas analyzers--Equipment 2. Sodium hydroxide--Absorptive
properties--Effectiveness 3. Potassium
hydroxi:d-e-Applications
Card 1/1

SOV/96-59-2-12/18
AUTIfORS: Ostrovskiy, Ya.M., Candidate of Technical Scien~~es
Chernqy-q4-juA.,, Engineer
Aseyeva, A.V., Engineer
TITIE: Operating ExTerience with DGM-inera-lising
Installations
(Opyt ekspluatatsii obessolivayushchikh ustanovok)
aRIODICAL:Teploenergetika, 195% hr 2, pp 69-79 (USSR)
ABSTRACT: The first part of the article briefly reviews the
water demineralising installations at power stations of
the Mosenergo system since the first installation at
Heat and Electric Power Station Nr 8 in 1941 up to the
present time when there are five such water purifica-u-Lon
installations working. The schematic diagrams of the
different water treatment plants are given in Fig 1 and
each is briefly described. Analyses of the various
waters that are demineralised are given in Table 1.
Operation of the various main plant components is then
described in turn, starting with first stage H---ationite
filters.
. performance data on which are given in Table 2.
The operation of first stage anionite filters is then
Card 1/4 described and performance data are given, see also
Table

"O'V/5-5- .5 0-2-12/18
Operating Experience with Dem"iLneralizing installations
The importance of completely removing free c~arbonic
acid from the water is stressed, The operation of
highly basic anionite filters is then considered; it
will be seen from the data gi.:Tien in Table 4 that the
demineralised water contains extremely small amounts
of silica and other dissolved substances so that water
purified in this way car, be used both for super high
pressure drum type boilers with injection de-superheating
and also for once-through boilers. The operating
characteriSticS of anionite grade AV-16 are given in
Table 5, its main defect is low mechanical- strength.
Chan6es in water conditions that have been observed when
starting to use demineralised water for boiler feed are
then discussed, the main information be-Ing given in
Table ?. It will be seen that the total salt content
of the feed water and steam remained practi,~-ally
unchanged but after the introduction of demineralisation
the silica content was reduced by a factor of 3 to 4~
As a result deposits on turbine blading were much
reduced. EconoAy also resulted from red-uc-ed blow-down.
Card 2/4 The results achieved with a simplified
demineralisation.

SOV/96-500-2--12/18
O~erating Experience with Demineralising Installations
system on boilers type TP-I'(10 are given in Table 9.,
boiler blow-down was less and the consumption of sodium
phosphate was reduced., It is concluded that- the use of
the full demineralisation system gi-.,es feed water that
is fully satisfactory for both drujil and on%-I-e -.through
boilers of high and super--high pressures. Further such
installations are being made. The simplified
-- in vAlich the absorption of
demineralisation circuit
anions of strong acid and of silica is combined in one
filter containing the highly basic anionite EDE-10P has
little future for the preparation of feed water for
high-pressure boilers because desilication and
demineralisation is not olomplete enough and the water is
not fit to use for de.-superheating injection. When the
necessary anionites are being made on a large scale the
simplified system may be suitable for preparing water
for medium pressure boilers when IL-he raw water is of
comparatively high mineral Content. In order that more
general use may be made of demineralisation it is
necessary to extend the re&o.lar production of anionites.,
Card 3/4 paying particular attention to improvements in the

operating Lxperience with Demineralising Insta-Ilations
mechanical strength. Better methods of removing
organic substances from water to be demineralised are
required. Further iuvestigation is required into
the reasons why anionites lose exchange capacity in
service. Various improvements that are required in
demineralisation systems are briefly described.
There are 3 figures and 9 tables.
ASSOCIATION: Mosenergo
Card 4/4

8(6)
SOV/91-59-3-17/22
AUTHOR:
Ch.e.rnova, L.A.
TITLE:
The
Prevention of ScaleFormation in Boilers (Predot-

vrashcheniye
nakipeobrazovaniya v kotlakh)
PERIODICAL:
Energetik, 1959, Nr
3, pp 36-37 (USSR)
ABSTRACT:
The article is a reply to Mr.
N.A.[Kavunl,living in

Shramkovka village, Cherkasskaya
oblast', who asked

how to preventecale formation in boilers.
In answering,

the author recommends the following measures:
1) the

alcalizing of feed water from the pond up to 7 pH by

the use of caustic soda; 2) the thorough cleaning of

salts
from cationic filters after their regenerationi

3) deaeration
of feed water leaving no more than 0.05

mg/l of oxygen and 5
ilig/l of free carbon dioxidei 4)

addition of a softening
agent for boiler v-atuer by
Card 112
introducing a solution of
sodium phosphate into the

CFMUIDVA, L.A., inzh.: ASATEVA, A.V., inzh.
Experience In boiler conservation at power plants
of the
Moscow Regional Power System Administration.
Toploonergetika
7 no.2:51-54 7 160. (MIRA 13:5)
(Boilers)

CHERNDVA, L.A.
Control of water operating conditions of boilers.
Energetik
8 no-1:36 Ja 166. (MMA 13:5)
(Boilers)

CHMMVA. L.A.
Regeneration of cation filters used for chemical
water purifi-
catione Inergetika 8 no-3:38 Mr 160. (MIRA 13:6)
(Water-Purification)

GIMIOVA, L.A.
--- - -1--... - - -I
Causes and prevention of the cementation of
sulfocarbon
grains. Energetik 8 no-9:38 S 6o. (MIRA 14:9)
(Sulfocarbons)

CHMWOVA., L.A., inzh.; ASEYEVA, A.V., Inzb.
%Lter supply norma of thomal elootrio power plants,
Teplo-
energetika 10 no&1061-82 0163 (MM 17.-7)
1. Xhimsluzhba Moskovskogo rayonnogo upravlaniya
energatiches-
kogo khozyaystvu.

; .
CE"PlIar,l) L.A. 7 inz-h. ; D-YAKINA, R V. )
Exuerience in using corros lon rllre-,ren t 4 ve -cat
Tn- ` n -~'- elect ri c
power plants of the Moscow Elootric Ut-JI-Ity Syste!n.
Teploenergetika
11 no.9:51-54 S t64. 18:61)
1. Hloshovskoye rayonnoye up avioni-ye tv .
r - ya z ~ a

MAWKINA, N.N., kand. tekhn. nauk; CIIERNOVA, L.A.,
inzh.; RAYFINI, A.G., Jn2h.
Study of decreased phosphation in TP-84 boilers with
condensa-'ke
feed. Teploenergetika 11 no.10:11-15 0 164. (YJPk 18:3)
1. Vsesoyuznyy nauchno-issledovatellskiy
teplotekhnicheskiy
institut im. F.E. Dzerzhinskogo; Khimsluzhba i Teplovaya
elektrotsentrall No.16 Moskovskogo rayonnogo upravleniya
energeticheakago khozyaystva.

..CIIEP.VOVA, L.A.
Measures for docreasing the contamination of condensate Of
industrial enterprlses by corrosion products. Energetik 12
no.3-39 Mr 164. (14114 17-4)

CHERNRTA, LeAs
Vorms on feedwater quality for lo-d-pressure boilers.
13 no.9:40 S 165. (mil"A 18:9),
1. Nacballnik khimicheskoy shizhby Moskovskogo rayonnogo
urravieniya
m -
energeticheskogo khozvaystva.

20
Propagation of centimetric waves SN66/61/031 /00 1/009/017
B104/B204
olectzrona is Maxwel lian, and tha4 4'he conc tint. rat ion
distribution of
electrons over the cro3s section and clectron temperature do not
change,
The homogeneous longitudina"' field, howe-,erj is changel by the
presence
of a high frequency field and the following concentration
distribution
of elecArons -takes place in the positive column.,
I- Elif
ndF = I/(S E n is here the
In on In n 2
Con
electron concentrat-ion, I the diecharge currert, Ecoli the field
strength
of the constant field, Ehf the amplitude of the --'gh--:~requency
field,
01 n the plasma conductivity
active component of high-fr2quer,~y
expression is given for the
applying the high-frequency
that thp
in the constant field per electron, 0 the
conductivity per -electron. A similar
increase of the discharge 3urrpr-~
f-4e'-ld-
2o664
e-2 j S/057 /'~ 61/031/0()1/009/017
B104~B204

20664
Propagation of centimetric waves ... S/057/61/031/001/009/017
B104/B204
temperature,'but leads to a decrease of the longitudinal
constant field
and to an increase of the conuntration of charged particles.
The authors
state that'in-first perturbation-theoretical approximation,
the wave
propagation constant changes proportional to the electron
concentration,
when a plasma is introduced into a waveguide. The changes in
the phase
constant Ap'* and the damping constant Aa* in the presence of
a high-
frequency field are determined in first
perturbation-theoretical approxima-
tion by the relation
k ~- ,Aa*/Aa 6p*/Ap (7),
where Aa and AP werf? determined at a.given high-frequency
field
strengthi and ba and AP at an infinitely low high-frequency
field
strength. The experimental determination of the dependence of
the
phase constant upon field strength was carried out by means
of the
facilities described in the previous paper (Ref. 1). The
results obtained
are graphically represented in Figs. 2-5. As may be seen,
deviations
between theoretical and experimental values.for helium are
below 15%,
and for argon below 30%.- The causes for these deviations are
said to be
Card 3/ 7

20664
Propagation of centimetric waves S/05~/61/031/001/009/017
B104 B204
changeas in the flux of force, inhomogeneities of the
field, inexact
determination of field longitudinal components,and of
conductivities
Finally, the use of nonlinear effects for the stabilization
of the
power of super-high frequencies occurring in a waveguide
filled with a
plasma is discussed. Fig. 9 shows the-scheme of such a
stabilizer. This
scheme represents a power divider made from three-decibel
slit-bridges.
The superhigh-frequency signal is.divided between the input
channels,
and thb ratio of the power-flows in the various output
channels is de-
termined from the phase difference between the waves
passing through
the upper and lower waveguides. If a waveguide contains a
gas discharge-
and phase shifter, a possibility offers it3elf in that
power range in which
nonlinear interaction effects of the plasma with the
superhigh-frequency
field occur, of stabilizing the power flow at the output of
the power
divider. There are 9 figures and 6 references: 6
Soviet-bloc.
ASSOCIATION: Leningradskiy politekhnicheskiy institut im.
M. I. Kalinina
(Leningrad Polytechnic InstituteimmiM. I. Kalinin)
SUBMITTED: July 13, 1960
Card 4/ 7

20664
Propagation,of,,centimetrio waves P/057/61/031/001/009/017
A~Wr- I B104/B204
f.4 - T"'S' ~ .
Legend to Fig. 4: Ap"Ap as a
1.3- 0+ *A function of P/P or for pressures
C+
V-Z
between 0.9 mm Hg and 2 mm Eg
4A helium, and amperages of. between
4A Z-b
5 and 30 ma.
A-I
+-7
0
0 05 10 15 -'-0 Z5 Leqend to Fig. 5:'-
tp /Ap as a function of P/P
P/p4a or
fj a at 3,050 mo/sec and pressures
0
of between 0.3 and 1.8 mm Hg
helium, and amperages of
%K 0 between 20 and 40 ma.
Z-3
-3
0
Card 6/7
zf. I

206614
Propagation of centimetric waves S/057/61/031/001/009/017
B104/B204

AZIMOV.. S.A.; BANNIX, B.P.; VISHKI, T.; GULYAMOV, U.G.;
DO IN SEB; RAKHIMBAYE;V.,
B.G.; ~HERNOV~, L.I.
Inelastic pp-interactions with low transfer of momentum.
IAd. fiz.
1 no.4:676-680 Ap 165. (MJRA 18:5)
1. Oblyedtnennyy institut yadernykh issledovaniy. 2.
Sotrudniki
Instituta yadernoy fiziki AN Uzbekskoy SSR (for Azimov,
Gulya'Mov,
Rakbimbayev, Chernova). 1%

NEKRASOVA, Tams a Petrovna;-CHMGVAT-L-.l-,p-red.;
LOKSHINAp O.A. p tekbn.
red.
[Fruiting of pine in Westerr Siberia] Plodonoshenle
soany v Zapadnoi
Sibiri. Novosibirakp izd-vo Sibirskogo otd-niia Ued.
nauk SSSR,
1960. 130 P. (Siberia, Western-Pine) (14IFLA 3.4-.7)

KIRGINTSKVp Aleksey Nikolayevich; HIKWIDVp V.A.p
kand. khim. naukv otv.
"red.; CMNOVAq L.I.2 red - LOKSHINA, O-OA.9 tekhn.
red.
[Hathematiol theory of zone malting processeal
Matematicheakaia'
teoriia protsessov zonnoi plavki. Otv. red.
V.A.Mikhailc7.1Novo-
sibirskp Ivd-vo Sibirskogo otd-;nia AN SSSRg 1960.
69 p.
(MIRA 1498)
(Zone melting)

VAKHRUSHEV. Valentin Aleksandrovich; POSMOV, G.L.,
otv.red.;
CHBRUOVA, L.I., red.; KAZUROVA, A.F., tekhn.red.
(Mineralogy. geochamistry, and genesis of iron ores
in the
Kondoma region of Gornaya Shoriya (Western
Siberia)] Voprosy
mineralogii, gookhimii i genezisa sheleznykh rud
Kondomskogo
raiona Gornoi Shorii (Zapadnaia Sibir').
Otvetetvennyi red.
G.L.Pospelov. Novosibirsk, Izd-vo Sibirskogo
otd-niia AN BSSR,
1959. 188 P. (MIRA 13:6)
(Gornaya Shoriya--Iron ores)

,L o9o88-67
AZZ_Rr-_A117002337 SOURCE CODE: UR/0166/66/000/003/0054/0057
AUTHOR: Azimov S. A.; Gulymitov, U. G.; loldiimbayov, B. G.;
Charnova, L. I.
ORO.,
ln!zti.t:tltcL-o.f-Nticl-ei~cJhnica,-Acaclomy-of-S-clorkc-oq-uzbak
SSR (Institut
yadarnoy fiziki AN U&SSR)
TITLEt -Inelastic p-p interactions at an energy of 2.26 gov
SOURCE: AN UZSSR. Izvestlya, Serix fizil(o-matematichoskikh nauk,
no. 3, 1966,,
54-57
.TOPIC TAGS: inelastic interaction, meson interaction, nucleon
interaction
ABSTRACT:- ha~ recently been developed a model for the single-meson
inter-
action of particles at high energies. It is of great interest to
verify the
single-meson collison scheme and to compare model predictions with
experimental
data. This necessitates careful investi:,itions into the dependence
of the in-
:elastic nucleon-nucleon interaction fin on the square of the
four-dimensional
N N
.recoil momentum 4 2 for several fixed values of the kinetic energy
or the brim ry
inel
Proton, as well as ascertaining the course of the energy dependence
of d N N
with a "cut-off" for the quantity,6 2.
The present article sets forth the results of a study of these
questions
-for a T)rimarv_..vroton energy of* 2-.26 1~evt-. ~.'Qsed for the
investigations was an
Card 1/2

1 09088-67*
ACC i4Fe-~iOO2337
'emulsion clou'd'chamber irradiiaEe~d !~Y- 2-."26 Gev protons on
a synchrophasotron of
0IYaI [Obl'yedinennyy institut yadernykh issiedovaniy; Joint
Institute for Nu--
,~~lear Research). The chamber consisted_of_236 '.'R"
type'emulsion sheets of
NIKFI [Nauchno-issl -i~ tel'skiy'kinofoto Anstitut; Motion
Picture ~~ndd Prhh6to;---'
0
:&rapj~y Scientific Research Institute]. Certain vis nd kinematic
criteria
Yere used~for selecting events for analysis.-and.--as aTesult,
most.of-the inter:-:
,.actions. splected were _pmv..qqL~1 q~ons../Orlgs art. has: 2
figures and 2 formulas.
1JPPS:- 38,168-7
SUB CODE: 20 / suBtj DATE: MOW ORIG REF., 007 / OTH REFj 008
Card 2/2 he

I , ,
VEIT "Ihil 3- .. . .
V3,ya:-,novs*-'L'Y, I'_ Yu. and Cllernova, L. !I, -
"Schioc-r-hxenia -- cT)*7eT7--y *- 'e
- . - -'j . _,_
.1
o-1" comnds2~-on "--raw," Trikly Astral.h. mos. :7ed.
in-t[,y 7-1. 771 1-c!'j p.
L"' I 1 .7) - /_1 .
SO: U-3042, 1-1 March 53, (Letopis 'Zhurnal I nvl-h State-Y,
No. 8, 1949).

CRIER OVA. L.H.
Comparative evaluation of residual air and of vital
capacity in
.~,neumosclerosis. Terap. arkh. 27 no.667-62 155. (MLRA
9-2)
1. Is kliniki (sav. prof. S.I. Ashbell) Gorlkovskogo
nauchno-
iseledovatelskogo instituta gigiyeny truda i
profeasional'Vkh
zabolevanty.
(PUIHONARY FIBROSIS, physiology,
residual air & vital capacit7)
(RL9PIRATION,
coo. residua3l air & vital capacity in pulm. fibrosia)

.. - A'. A
88424
S/056J60/039/006/009/063
.?3,S'000 B006/BO56
AUTHORS: Azimov, S. A., Teshabayev,KZ., Chernova, L. P.9
Chernov, G. M., Chudakov, V. M.
TITLE: Angular Distribution of Shover Particles in Nuclear
Inter-
actions Between Past Nucleons and Heavy Nuclei of Photo-
graphic Emulsions
PERIODICAL: Zhurnal eksperimentallnoy i teoreticbeskoy fiziki,
1960,
Vol. 39, No. 6(12), pp. 1534-1539
TEXT: The angular distributionsof secondary particles were
investigated
in 70 interaction events of singly-charged or neutral cosmic
particles
with heavy photoemulsion nuclei. These showers were found
during the
evaluation of Ilford-0-5 plates, which had been exposed in the
stratosphere
in 1955, in the course of the Italian expedition. 55 of them
had been
caused by singly-charged, and 15 by neutral particles.
Thqoenergies of the
primary particles could be determined as amounting to 10 -
1012 evi the
showers consisted of more than eight strongly ionizing
particles. Symmetry
investigatione of the angular distributions led to the result
that symmetry
Card 1/4

88424
Angular Distribution of Shower Particles in
8/056)60/039/006/009/063
Nuclear Interactions Betmeen Fast Nucleons B006/BO56
and Heavy Nuclei of Photographic Emulsions
exists with respect to the angle n/2 in a system of
reference, in vhioh
for half of all particles 0 > U/2 (a-system); the
conversion of 9 measur-
ed in the laboratory system is carried out according to the
equation
To tan 9 - tan (0/2), where y 0 is the Lorentz factor. 0is
determined
from (Y.), =otan 9 and log (T -log tan 9, lo 7 = 1 7 ),+(Y,)
1/2 0)2 ' c 2 1( a 2]
Fig. I shows the angular distribution in the s-system for
secondary shower
partloles, caused by charged particles a) for yo < 3 (31
showers of 55),
and b) for 1. > 3. Further, the dispersions for the angular
distributiohe
were investigated along with the interrelation between y c
and the number
of.the relativistic tracks n a. (n a >, 5). The mean
anisotropy of the
angular distribution of the particles in the o-system may
quantitatively
be characterized by:
Card 2/4

88424
Angular Distribution of Shower Particles in
S/056/60/039/006/009/063
Nuclear Interactions Between Past Nucleons B006/BO56
and Heavy Nuclei,of Photographic Emulaigne
N n 1/2
~~ 2 [log tan Qij - (log tan Q)j] (ni-1
J-1
where ni is the number of charged secondary particle-s in the
i-th.shover
with 9 < n/2, N is the number of showers, a is between 0.44 and
0.55.
The authors thank G. B. Zhdanov for discussions..Zh. S. Takib&y6v
is..
mentioned. There are 4 figures, 1 table, and 8 references: 5
Soviet, 2 US,
and 1 Italian
ASSOCIATION: Fiziko-tekhnioheskiy institut Akademii nauk Uzbekskoy
SSR
(Institute of Physics and Technology of the Academy of
Sciences of the Uzbekskaya SSR). Srednoaziatskiy
g6sudarstvennyy universitet ((Soviet) Central Asia State
University)
SUBMITTED: June 27, 1960
Card 3/4

88424
S/056J60/039/006/009/063
B006/BO56
0
Text to Fig. 1; a) 7. 3; b) yo > 3; n total number of.-secondary
particles.
Card 4/4

31067
S/ 16 61611000100 6/00 8/010
B102/B1 38
-)J90
AUTHORSj Azimov, S. A.., Corresponding Member AS Uzbekskaya
SSR,
Nikishin, B. K., Chernova, L~- P., Chernov, G. M., Chudakov,
V~ M.
TITLED Investigation of the azimuthal angular distribution of
shower particles
PERIODICAL: Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya
fiziko-
matematicheskikh nauk, no, 61 1961, 65-76
TEXT: This is a continuation of previous studies, covering:
investigation
of the influence of energy and momentum conservation law on
the azimuthal
characteristics of secondary particles; study of azimuthal
effects in the
collision of singly charged cosmic particles with heavy
emulsion nuclei
(nh+ng>B) and in pN collisions of 9-Bev primary particles;
comp:-rison L"K
bet-ween theory and experiments The influence of momentum
conservation was
studied by evaluating experimental data on random stars
imitating the
9-Be~i pp collisions of statistical theory~ The
characteristic parameters
-imuthal angular distributions were found to be below the
values

31067
S11661611000100610081010
Investigation of the azimuthal B102/B138
expected for isotropic. The effect of energy and momentum
conservation
decreases with increasing number of shower particles- Data
from nuclear
emulsions exposed to 9-Bev protons at the Obl'yedinennyy
institut yadernykh
issledovaniy (Joint Institute of Nuclear Research) were used
to study the
azimuthal effects in pN collisions. Most of the "jets"
formed in the
emulsion by single charged cosmic particles were pN
collisions and displayed
an azimuthal anisotropy of the secondary particles,. The
angular
distribution was less disturbed by azimuthal effects than
was isotropy.,
An azimuthal effect was found to be also present in
collisions between
singly charged cosmic particles and heavy emulsion nuclei
(nh-,n,> 8) , but
it was weaker than in "Jets". This.is due to the number of
nucleons in
the target nucleus. The azimuthal anisotropy of secondary
particles is in
contradiction with the hydrodynamic theory of "Jet"
formation but agrees
with the results of the two-center model., Conservation of
angular
momentum has also to be taken into account, Some conclusions
of the tao-
center model are discussed. Azimuthal anisotropy indicates
the presence
of high angular momentum of the excited centers, which can
be assumed to
be rotating spheres There are 1 figure, 4 tables, and 21
references:
Card 2/3

31067
S/1 6Y611000100610081010
Investigation of the azimuthal B102B135
13 Soviet and 8 non-Soviet.. The reference to the
English-language
publication reads as followst W. L. Kraushaar, L. J. Marks,
Phys. Rev. 93,
326~ 1954.
ASSOCIATIONt Fiziko-tekhnicheskiy institut AN UzSSR
(Physico-technical
Institute of AS Uzbekskaya SSR)
SUB!JITTED. A-cril 7, 1961
Card 3/3

5/166/62/000/004/00G/010
B112/BI86
AUTHORSs Azimov, Ss Asp Chernoval L. P., Chernov, Qi,Mk)
Chudakov, V.
TITLEs The nature of the interaction between fast nucleons,and
heavy nuclei
PERIODICALt Akademiya nauk Uzbekqk;y SSR. Izvestiya. Seriya fiziko
matematicheskikh nauk, no~- 4, 1962, 47 - 51
TIATs The authors studied experimentally.the angular distribution
(S-system) of secondary particles in showers produced by charged
particles.
They observed growth properties of the anisotropy a which are
qtLalitativ,ly
inconsistent with theoretical representations orf the interaction
between
a,nucleon and the flight-path "tube" of nuclear matters- If,
however,.the
model of peripheral interactions is applied to rea:~rangement
collisions of
fast nucleons with heavy nuclei the increase of anisotropy in the
S-systom
can be explained as due to an increased number of *nucleus-target
nucleons
participating in the collision, as well as to the formation of a
great
number of ionized particles and the appearance of humps in shower
particles. There is I figure.
Card 1/2

S/166/62/000/004/006/010
The nature of the interaction... B112/B186
ASSOCIATIONs Fiziko-tekhnicheskiy institut AN UZSSR
(Physico-technical
Institute AS UZSSR)
SUBMITTEDt April 25, 1961
Card 2/2

DMITRASHKO, Ivan Ivanovich; ~~kOYAIJ.P.j red.;
ZORINA, V.A.p
tekhn. red.
r
LConversion of surplus value into profit,
percentage and
rent] Prevrashchenie pribavochnoi stoimosti v
pribyll,
protsent i rentu; v pomoshch studentam zaocbnogo
i vecher-
nego obucheniia. Pts.1/2. 1963. 79 P. (MIRA 17:1)

ABDUZRAMILOVt Sh.; AZIMDVt S.A.; 21ERNOI~ L.P.; CHERNOV,
G.M.; CHUDAKOV, V.M.
Azimuthal angular distribution of shower particles
producted
by cosmic ray particles in a photographic emulsion.
Zhur. eksp.
i teor. fiz. 45 no.3:407-414 S 163. (MIRA 16:10)
1. Institut yadernoy fiziki AN Uzbekskoy SSR.
(Photography, Particle track)
(Cosmic rays)

ACCESSION NR: AP4042364 S/0056/64/047/001/0024/0029
AUTHORS; Abduzhamilov, Sh.; Azimov, S. A.1 Chernova, L. P.,*.Chernovp
G. M.; Chudakov, V. M.
TITLE: Angular distributions of secondary particles in pN colli-
sions at 24 BeV energy
SOURCE: Zh. eksper. i teor. fiz., v. 47, no. 1,-1964, 24-29
TOPIC TAGS: pion scattering# angular distribution, nucleon scat-
tering, dispersion analysis, nuclear emulsion
ABSTRACT: The research was undertaken because asymmetric emission
of particles was observed in nucleon-nucleon collisions at energies
of several hundred BeV (V. V. Guseva et al., Izv. AN SSSR, Ser.
fiz.,-:
v. 26, 549, 1962. N. A. Dobrotin et al., Nuclear physics v. 35, 152,
1962). The statistical method of dispersion analysis (the F test)
is used to check the hypothesis of independent secondary-particle
1/3

ACCESSION NR: AP4042364
emission angles in inelastic pN interactions involving primary
pro-
,tons of equal energy E and equal numbers n of charged
secondary
particles. The experimental values of i for pN interactions at
24 BeV and for 4-9 charged secondary particles conflict with
this
hypothesis and indicate nonuniformity ofE the angular
distributions
.in the laboratory system. This nonuniformity cannot be
accounted
:for by momentum conservation in knock-on,collisions,.and is
associated
:with the particle production mechanism in peripheral
interactions.
,The efficiency of the F-test for determining nonuniform
angular dis-
'tribution in the laboratory system was checked by
investigating the
~random stars obtained/from a somewhat diffekent model of NN
inter-
~actions at 300 BeV, by obtaining the spectrum of meson cloud
veloci-
ities in the center of mass system and the secondary-particle
energy
.spectrum in the rest system of the meson cloud. An
accelerated on-
~track scanning of plates bombarded with 24-BeV protons in the
CERN
;accelerator has shown that for the stars observed in the
emulsion
!the most values of F exceed unity, meaning that the emission
angles
,of the secondary particles 'are not independent at least for
some
2/3-

ACCESSION NR: AP4042364
~values of n. The nonuniformity of the angular distributions is
similar to the asymmetric c.m.s. particle emission observed in
NN
collisions at -1011 ev. The peripheral interactions at E-24 BeV
remains dominant up to a multiplicity n = 9. "The authors are
,grateful to W. 0. Lock for collaborating in the acquisition of
the
photographic plates exposed in the CERN accelerator." Orig. art.
has: 2 figures and 19 formulas.
,ASSOCIATION: Institut yadernoy fiziki Akademii,nauk Uzbekskoy
SSR
(Institute of Nuclear Physics, Academy of Sciences, Uzbek SSR)
SUBMITTED: 23Jan64 ENCL: 00
SUB CODE: NP NR REF SOV; 003 OTHER: 001
3/3