SCIENTIFIC ABSTRACT TRETYAKOVA, A.N. - TRETYAKOVA, L.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756610004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

zINOmzC, Hikolay Semenovich; KALININ, V.I., prof., rateanzent; TARAMMKO.
V.P., dotsent, retsenzent; SHESTOPALOV, V.P09 doteent, retsenzent;
CHERHYAM, L.K., kand.takhn.nauk, otv.rad.; TH.7,T'YAKOVA, A.W., red.;
CHEWSHENKO, Ya.T., tekhn.red.
(Course of lectures on electron Optics] Kurs laktaii po alektroanoi
optike. Khar1kov, Izd-vo Khar1kovskogo gos.univ., 1956. 274 p.
(Electron optics) (MM 12:3)

BALTAGA, Yeevolod Konstantinovich; IAIXTS, X.I., kand.fiz.-matem.nauk,
otv.red.; TRET'TAKOVA, LE,,-4-ed.; TROFIMMO, A.S., takhn.red.
I
(Complex numbers] Komplakenye chisla. KharIkov, Izd-vo Khar'-
kovskogo goa.univ. im. A.H.Gorlkogo, 1959. 103 p.
(Numbers, Complex) (MIRA 13:5)

/4,k o v A /9 - Al -
POGMMOV, Aleksey Vasillyevich; BLANK, Ya.P., prof., otv.red.;
IYAKOVA, A.N., red.; TROFIKEMO, A.S., tekhn.red.
(Infinitely small deformations of general convex surfaces]
Beskonechno malye izgibaniia obahchikh vypuklykh poverkhnostai.
Khartkov, 12d-vo KbBrlkovskogo Gos.univ. lm. A.M.Gorlkogo, 1959.
105 P. (MIRA 13:2)
(convex surfaces)

p,
KOSTYIX, D.I.; GOLDAYEVA, 0.1.; YAYOVLEEV, Yu.V.; TREVYAKOVA, A.H., red.;
'?ROFIJV3NKO, A. S. , tekhred.
LHanual for project work for c(nirse credit on tho theory of
mechanisms and machines] Rukovodstvo k luirsovomu prooktiro-
-vaniiu po teorii :,iekhnnizmov i mtishin. Kharlkov, 12d-vo
Kharlkovskogo srdena Tnidovogo krasnogo znameni gon.univ. irri.
A.M.Gorlkogo, 1959. 252 P. (MIRA 12:12)
(Mechnnical engineering-Handbookn, manuals. otc.)

KOVALY,V, PwIel Tagillyevich; IMMIZOV, I.N., doteent, kand.goologo-mineralog.
vauk. otv. red.; TRFTIYAKOVA, A.U., red.; LAVRIZIENW, S.P.,takhn.red.
[Goomnrphnlogical studies in the Central Caucasus (Baknan Basin)]
Geomorfolopicbeskin isnloAnvantia v TSentrallnom Kavkaze (basnein
R. Baksan). Kharikov, Izd-vo Kharlkovskogn gos. univ. im. A.M.
GorIkogo. 1957. 159 P. (MIRA 12:1)
(Daksan Valley--Geolo&v, Structural)

MANZHALOVSKIT, Vladimir Pavlovich; GESTRIN, T.N., kand.fiz.-matem.
nauk, otv.red.; TMITAKO- , A.N., red.; CEEMSHIM,
Ta.T., tekhn.red-r~'
(Integration of some homogeneous linear differential
equations of the second order with variable coefficients
in special functions] K integrirovaniiu. nakotorykh odno-
xq~4nykh lineinykh differentaiallnykh uravnenii vtorogo
poria&6 9 peremennyizi koeffitsiontami v spetsiallnykh
funktaiiakh. Khar1kov, Isd-vo Kharlkovskogo goo.univ. im.
A.X.Gorlkogo, 1959. 68 P. (MIRA 12:9)
(Differential equations, Linear)

MALIBHNfBKIY,,Nikolay Georgiyevich, prof., doktor tekhn.nauk; BMAVSKIY.
N.N., kand.tekhn.nauk, otv.red.; TRITIYAKOVA, A.N., red.;
TROFIHIM, A.S., tekhred.
[Water intakes from open bodies of water) Vodopriamniki is
otkrytykh rodoemov. Kharikov, Izd-vo KharIkovskogo gos.univ.
im. A.M.Gorlkogo, 1958. 141 p. (KIRA 12:8)
(Water-supply engineering)

RAY=, U.N.. prof., obshchiy red.,-. T.RWIIYAKOVA, A.N., red.
[New diesel engines for tractors and combines; a collection of
articles] Hovye traktornye i ko4bainovye dizeli: abornik statei.
Pod obahchei red. ZA.M.Maiera. Khar1kov, Izd-vo Kharlkovskogo
gas-univ., 1958. 187 P. (MIRA 1217)
1. Kharkov. Politekhnicheakiy institut.
(Diesel engines)

A1XKSEYKV, Yuriy Ifikol Vnvich; SHARKPIN, Ye.F., otv. red.; TRETIYAKOVA,
A.N., rod.
[Problens In plastic flow of metals] Yoproey plastichookogo
tmcheniia motallov. Kharlkov. Izd-vo Kharlkovskogo 0u. univ.
im. A.M. Gor1kogo, 1958. 197 P. IMIRA 11:12)
(Metalwork) (Rheology)
.-M

ummov, N.A., prof., zaaluzheanyy deyatell nauki, otv.red.; MVCMNKO,
'I.N., red.; OVCHARSHKO, U.N., )mnd.khim.naukq red.; DLIBINSKIY,
4
G.P.. dotsent, red.; KOVALEV, P.V., dotsent, red.;
A.N., red.; POGOZIWV, P.P., takhn.red.
I.In the open spaces of the wonderful motherland; collection from the
Departm9nts of Physical Education and Sports. and General Physical
Geography of Kharkov University and the Kharkov Mountaineering Section]
Ila prostorakh rodiny chudesnoi; sbornik kafedry fizicheakogo vospitaniia
I sporta i obahchei fizicheakoi geografii Khnrlkovskogo ordenb Trudovogo
Krasnogo Znameni gosudarstvennogo univerBitata imeni A.M.Gorikogo,
kharikovokoi gorodHkoi sektaii allpinizma. Kharikov, Izd-vo KharIkovsko-
o,o gos.univ., 1959, 397 P. (MIRA 13:12)
(Mountaineering) (Tourism) (Physical geography)

___k_2Z422-_k_ EWT (1j. SQT5 DD
A(;C NRj
AF601.7698 SOURCE CODFi UR/0220/65/03410037w9
V9011
AMIOR: Trott-vakova, A. No
_ORG: Kirov Agricultural Instituto (Kirovskiy uo11ukiokhoqMstvowtfy institut)
TILTIE: Compardson of nitrogen-fixing blue-green algae i olated from various USSR soili
SOURCEs AN SSSRo Mikrobiologiya, vo 34, no* 3t 1965. 491-496
TOPIC TAGS: algae, plant growth, rderobiology
ABSTRACT: ~ Sbme':strakns- -of. Stratir-astoc linckia f.- mudcorum Isolated from
e
various 'abil climatic zones of che Soviet Union differ In morphological
featurest growth ratet and ni,.rogen fixation* 1he most active are the
strains isolatcd from Chernozems Light Chestnut* and Sod-Podzolic soils#
"The more substantial accumt~Latlon.of nitrogen in cultures of these strains
~'is,due to their rather rp?id growth and significant biomass accumulation.
"be strains of this s~,.dcieg possess approximately the same capacity for
,fixation of atmosphtric nitrogen per unit of biomass.
Another speci(,s of blue-green nitrogen-fixing algae, Tolypothrix tenuist
.is less plastic, 'No differences between the three strains of this species*
in cell morphology, growth rateg and nitrogen fixation vary within narrow
limitse The morph3logical characteristics, of~all the strains under study
-!are related to composition of -the medluale Wil should be taken Into
14kccount uhen: 10zinti.Eying algae In cultu, '-Orig has: 6 tabia ' CJPRJ
art
SUB CODEs SUM DATE: Mep64 / ORIG REFs 009 / OM REF: 008
UDCt 582.232-15s631*46

TKACHENKOI Viktor Andreyevich; DOBROVOI-ISKIY, V.A., prof., doktor
tekhn. naukq retsonzent; D'YACMIKO, Map dots., kand,
tekhn. nauk, retsenzent; KOSTYUK, D.I., kand. tekhn. nauk,,
o-bv. red.; TRET"YA.KOVA red.; KOGAN, Ye.M. Jq tekhn.
red.
(Designing multisatellite planetary transmissions) Pro-
elctirovanie mnogosatellitzVkh planetarnykh peredach.
Klwxlkov, Izd-vo KharIkovskogo gos.univ. im. A.M.Gorlkogo,
1961. 181 p. (MIRA 15:8)
(Gearing)

MAYMIN, Semen Rafailovich; POLTAVA, Leonid Ivanovichj GOKHFELID M.V.,
-, red.; SEMASHK 0C. p
dots., otv. red.; TRETIYAKOVA, AN, 0, Yu.
tekhn. red.
[Electric substations and networks on mine surfocee) Pod-
stantaii i aeti na poverkhnosti rudnikov. Khar ' Ov~ Izd-To
Kharlkovskogo univ. 1961. 255 P. ZRA 16:7)
(Electricity in mining)
(Electric power distribution)

LOGYINHHO, A.T.; URYVAnWA, G.D.; TRETfYAKCVA,,A..S.,
gardening of magnesia cement. Izv.Zib.otd.AB SSSR no.4:r-82
'59. (MIRA 12:10)
j
1. Zapadno-Sibirski7 filial Akademii nauk SSSR.
(cement)

I,OGVINENKO) A.T., kand. ; URYVAYEVA, G.D., kand. tekhn. nauk; TFM 'YAKOVA,
_A,,S., mlad. naucbmyy sotr.; SAVINKINA, M.A., mlad. naucli~yy- 0-0ti
BEYROM, S.G., kand. geologo-mineral. nauk; KOLOBKOV, M.H., kand.
ekon. nauk; ZABOIDTSKIY, T.V.., karA. khim. naukp otv. red.; IIAZA,
RYACHTS, T.M., red.; ZVOLINSKIY, S.A., takhn. red.
[Gypsum and marls of the Kulunda Steppe] Cipay i nergeli Kulundinskoi
stepi. NawoBibirsk,, Izd-vo Sibirskogo otdelenila Akad. nauk SSSR,
3.961. 106 p. (MIRA 14.10)
(Kulunda Steppe--Gy~sum) (Marl)

TITO'1A, A.I.; GRACHEYA, Ye.I.; TRETIYAKOVA, B.M.- MECHKOVSKAYA, M.P.
Reducing morbidity and mortality nmong children in the Pediatric
Clinicnl Hospitnl snd throughout Kirov District tn Yaroslavl'.
Vop.okh.mAt. i dot. 3 no.3:81-84 MY-Je '58. (MIRA 11:5)
(YAROSLAVL' --CHILTWN--DISF.ASF.S)

CaIGOROVp F.L.; TUTXgOVA, C.A.; SHESTOPEROV, V.J.; BARAYPII, C.P.;
BMDSYAII, NA; MASSALSKI, J.; NIZIOL.B.; OUZ,A.
Integral spectrum of nuclear active particles at mountain
altitudes from the investigation of high ionization pulses.
Acta physica Pol 24 no.32357-371 S163.
1. Institute of Nuclear Physics, University, Moscow (for
G.rigorov,, Tretyakovaj Shostoperor)t 2, Institute of Nuclear
Physics, Amenian Academy of SolhMesp Trevan (for Babayan,
B:)yads-yan). 3. Institute of'Nuclear Research, Laboratory
of High Energy Physics, Krakow, and II Department of Physics,
Academy of Mining and Metallurgy, Krakow (for 14assalskip f
Viziol and Mes).

BABAYAN, Kh.P.; BRYADZfIYAU, N.G.; MAMIDZIIANYAN, E.A.; GRIGOROV, N.L.;
TR,ET'IYAKOVA, Ch.A.; SHESTOPEROV, V.Ya.
Nualoar-active particles in young air showers. Zhur. eksper.
i teor. fiz. 46 no.1z11O-122 J064. (MIRA 17:2)
1. Institut yadernoy fiziki Moskovskogo gosudarstvennogo
universiteta i Institut fiziki Gosudarstvennogo komiteta po
ispollzovaniyu atomnoy energii SSSR, Yerevan.

I. -h. %; 3RIGOREVp N. L.; MAI.' DZ",,"YAN, E. A.; SHESTOPEROVp V. Ya.
.-- . .1 . I I %
.- -." 'OVA, Ch. A,
acoort submitted for the 8th Intl. Conf. on Cosmic Rays (IUPAP), Jaipur, India,
2-i4 Doc !963.

EABAYAN, M. F.; BOYADZHYAN, N.G.; GRIGOROV, N.L.; MAHIDZHANYAN, E.A.;
TRETIYAKOVA, Gh.A.; SHESTOPEROV, V.Ya.
Energy spectrum of nuclear-active particles in extensive air
shawers. Zhur. eksp. i teor. fiz. 45 no.3:418-427 S 163.
(MERA 16:10)
1. Inatitut yadernoy fiziki Moskovskogo goeadarstvennogo
imiversiteta i Fizicheakiy institut Akademii nauk Armyanskoy SSR.
(Cosmic rays)

7>
51048 '621026100510021022
B102~B104
-3, L
IMHORSt Babayan, Kh, P.9 Babetaki, Ya. S., Boyadzhyan, N. Gtj
R -1, Grigorov, N. L., Lookevich, Ye, S,,
11amidzhanyan, E. k., Maesalfskiy$ Ye. I., Oleo', A. A.,
Tratlyakova, Ch. A., and Shestoperov, V. Ya.
TITLEs Inveatigation of the interaction of high-energy particles
with atomic nuclei on mountains
PZRIODICALs Akademiya nauk SSSR. Izvestiya. Seriya fiziohookayn, v. 26,
no. 5, 1962t 558 - 571
TZ.Vrs Ionization bursts caused by the electron-photon component of a
shover of cosmio-ray partic-_~n were studied with an array of ionization
chambers (Fig. 1) at the mountain station (3200 m) of the Akademiya nauk
Arm,janskoy SSR (Academy of Sciences Armyanskaya, SSR). The array consisted
of iiix rows of ionization chambers ejarated by layers of lead and
graphite, and covered an area of 10 m . Owing to thia large area, heavy
bursto with a total energy of locally generated no mosons amounting to
N10 15 ev could be photographed. The data obtained were analyzed for
Card 1/p

S/048/62/026/005/002/022
Inveatigation of the ... B102/B104
ionization bursts in the filter of the arrangement, for the altitude
dependence of the burst frequency, and "or the burst spectrum and its
dependence on the size of the arrangement; the mechanism of local Xo
generation by single nuclear-active particles was investigated. The bursts
observed were grouped according to their intensity I, i.e., according to
the number of relativistic particles involved; for each group, the numbers
of ionization and 11structuralized" bursts were determined for rows I-IV.
The, spectrum of ionization bursts can be described by N(>I) - AI -V for
all chambers. The index of the integral spectrum for 2-1031-j,~~-:2.105
equals 1.37 t 0.02. With an area of "0-6 m 2 it was found thattY20~ of the
bursts were "struaturalized" for 1-103 f/-- I _-' 5 ' 10 3. At 1>1.104 and 10 in2
50/~j of the bursts (at sea level) and 75% (on the mountains) have a struc-
ture. An analysis of the course of the burets with the altitude has shown
the.tt (1) the integral spectrum of muon-induced burets with 3-105 - 3-104
particles has an exponent of e - 2.22 t 0.14; (2) for a burst of equal
intensity, induced by a single nuclear-active particle, rl. 1.98 t 0.091
(3) at 3200 m, the muon contribution to single heavy burst 1, is sma11 (15%
of all bursts with N103 particles, andrv4% of those withr42*104 particles;.
Card 2/F

5/040/62/026/005/002/022 K
Investigation of the ... 3102/B104
(4) at sea level, the m"on contribution is 70% ( 10 3 particles) and
,,J50;~(,2 .104 particles). The burnt spectrum was found to depend greatly
on the area of the measuring arrangement. With 2-103 - 2.'105 particles,
r goal, over from 1.37 t 0.02 for (330 cm)2 to 1.99 t 0.05 for 10-330 cm 2
The spectrum of bursts with a x 0 energy tranofer of 3110 11 - 10 13 ey agreee
with that of nuolear-active particles, and exhibits no "breaks". When.
partioles with B >10 12 ev interact with light nuclei in about 10~ of the
eventa, the interaction is completely inelastic, and the 90 energy trans-
fer anounts to 60 - 60~1'e of the primary-particle energy. Such interaotious
obviously play a significant role in the formation of extensive air
showers with at least 104 - jo5 particles. There are 8 figures and 7
tables.
Card '5/c
J

BABAYAN, MINABOTADMANY N.G.- GRIGOROV N.L.; MAMIDWANYAN, E.A.;
TRET, KOVA, Ch.A.;'Sfli~TOPEROV, ~.Ya.
Study of "young" high-energy electron4hoton air showers.
Zhur. eksp. i toor. fiz. 1.6 no.5tl525-1539 My 164.
(RW 17:6)
1. Institut yadernoy fiziki Moakovskogo gosudarstvennogo
universiteta 1. Institut fiziki Gosudarstvennogo komiteta pa
ispolIzovaniyu atomnoy energii SSSRp Yerevan.

BABAYAN, Eh,P.; BOYADZHIVI, n.G.; GRIGOROV, N.L..; THETIYAKOVA Ch.A*;
. SHESTOPERM, V.Ya.
large ionization bursts and the spectrum of nuclear-active
particles at mountain heights. Zhur. eksp. i toor. fiz. 44
nool;22-34 Ja 163. (Milt- 16:5)
1, Institut yadernoy fiziki Makovskogo gosudarstvennogo universi-
tetao
(Ioniz*tion chambers) (Cosmic rays)

GRIGOROV,, N.L.; _THE2YAXQY-A-., C.A.; SHEMOPIEROV, V.J.j BAB&YA11, C.P.; BA)MMYA-11,11
N.0,; BUjAj, Z,j LOSYM-WICZ, J.; MASSAISKI, J.; OIZS$ A.
.Integral spectrum of ionization pulses caused by nuclear active
pexticles of cosmic radiation at mountain altitudes. Nukleonika
7 no.2:61-73 t62.
III Institute of Nuclear P~h~ficsjp University of Moscow (for Grigorov,,
Tretyakova and Shestopier " 2& Institute or Nuclear Physics, Armenian
Academy of Sciences* Erevan (for Babayan and Bayadsyan), 3. Institute
of' Nuclear Researchp*Polish Academy of Sciences,, Cracow and Department
of' Physics IIp Academy of Minin and Metallurgyq Cracow (for Buja,,
kskiewicz, Messalski and oleo

GRIGOROV, N.L.; TRETYAKOVA,_C.A.;
BAYAD.3-YAN, N.G.; BABECKIj
OLE S.- A.
SHESTOPIEROV, V.-~.; BABAYAN, C.P.;
J.; LOSKIEWIC27, J.; MASSALSKI, J.;
Investigations of energy particles interactions with atomic
nuclei at the mountain altitudes. Nukleonika 7 no.12:
759-767 162.
1. Inatitute of Nuclear Physics, University of Moucow, Mo6cow
(for Grigorov, Tretyakova, Shestopierov). 2. Armenian Academy
of SciencesY Institute of Nuclear Physics, Erevan (for Babayan
and Bayadsyn). 3. Institute of Nuclear Research, Laboratory of
High Energy Physics, Krakow, Polish Academy of Sciences (for
Babecki', Loski4wicz, Massalski, Oles).

BABAYAN, Kh.P.; BABETSKI, Ya.S.; BOYADZHYAN, N.G.; BUYA, Z.A.; GRIGOROV,
N.L.; LOSKEVICH, Ye.S.; MAMIDMANYAJI, E.A.; KASSALISKIY, Ye.l.;
OLES', A.A.;.TRETIYAK)VA, C~.,A,; ShESTOPEROV, V.Ya.
Study of interactions of high energy particles with atomic
nuclei at mountain altitudes. Izv.AN SSSR.Ser.fiz. 2b no.5:
558-571 Ap 162. (MA 15:51)
(cosmic rays) (Nuclear reactions)

ACCESSION NR: AP4037561 S/0056/64/046/005/1525/1539
AUTHORS: Babayan, Hh. P.; Boyadzhyan, N. G.; Grigorov, N. L.;
Mamidzhanyan, E. A.; Tretyakova, Ch. A.; Shestoperov, V. Ya.
TITLE: Study of "young" electron photon air showers of high energy
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1525-1539
TOPIC TAGS: young air shower, electron photon air shower, particle
energy distribution, air shower absolute intensity, primary particle
energy, absorption range, inelasticity coefficient
ABST-RiACT: To ascertain whether the large momentum transfer to neu-
tral pions, occurring when nuclear-active particles interact with
lead, occurs also when these particles interact with light nuclei,
an investigation was made of the characteristics of the electron-
photon component of "young" air showers with energy E.~i 1.7 x 1012
eV. Young showers are defined as those in which the electron-photon
..ccmd 1/3

ACCESSION NR: AP4037561
cpmponent of high energy is generated not far above the measuring
apparatus. The measurements were made at 3200 meters above sea
level, and the young air showers were found to have an energy dis-
tribution of the form
NUE) - A(10 12 /E)
with
A = (3.0 + 0.2) x 10-9 cm -2 sec -1 -Y = 1.69 + 0.08
for showers in which more than 60% of the energy is concentrated in
a circle of radius 70 cm, and
A= (1.20 + 0.11) x 10 cm -2 sec -1 ; -y = 1.87 + 0.17
for showers In which more than 60% of the energy is concentrated in
a circle of radius 30 cm. Neither of the form og the _-.!:i--.rum nor
.the absolute intensity agree with the assumption that young air show-
ers are prod-,zced in interactions between the nuclear-active high-
Car d.. - 2/3

ACCESSION NR: AP4037561
energy particles and the air atoms. The energy spectrum and the ab-
solute intensity of the young air showers can be explained by assum-
ing that t'hey are generated in interactions in which the electron-
photon corkponent of the shower receives 60--70% of the energy of the
generating particle and the effective multiplicity of the y quanta
which carry away this envrgy is low. The probability of such inter-
actions is less than 0.25. The absorption range of the nuclear com-
ponent was found to be 109 + 8 g/cm2, corresponding to an average
inelasticity coefficient 0.5, if the interaction range is So g/cm2
or 0.6 if the interaction range is go g/cm2. Orig. art. has: 4
figures, 9 formulas, and 3 tables.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo gosudarstvennogo
universiteta (Nuclear Physics Institute, Moscow State University);
Institut fiziki GKAE, Yerevan (Institute of Physics GKAE)
SUBMITTED: l5JulG3 DATE ACQ: 09Jun64 ENCL: 00
SUB CODE: GP, NP NR REP SM 009 0TF1ER: 001
Cat-& 3/3

L 446 E~~T(1)/EWT(m)/FCC/T/EWA(in)-2/EWA(h) GW'
_~Cc'_
b
AUMOR: Eh. 1q_rig!(jrqv, *Ik 1~!yjq A, Sh"t9p5~iny.,_Yja,
OW: Instttute of Nuclear State U t
_;!~.versl-Y-Jint- h1.Y.T'M!qnQaQv (I n-
ntitut yoffernoy fiziki Moskovsko(,,o gogudarstvcnno(;o universiteta)
T1.TU, : Characterli3tics of interactioliql1hat give r1sr, to 1;:rge ionization burst 11
/Report, All-Union Conference on Cosmic Ray Physics hel I tit Apatity 24-31, Augus~t 1964_/
SOMM: AN SSSR. 17vestiya, Seriya fizLcheskaya, v. 29, in. 9, 11165, 16413-1651
TOPIC TAGS: pKiR4!:y_q9smic ray, secondary cosmic ray, nuclenn interaction, Inelaltic
Interaction, pion, ionization ch-wnber, ionization hodoscope, n-'jclt?;%r umillsion
ABSTRACT: The autho:rs and collaborators have previously invi:itigatel the nuclear in-
teractions that give rise to large ionization bursts (1.,~ . AN SSSR Ser. fiz. , 26, 558,
1962; Zh, eksperJ~m. i. teor. fiz., 37, 1147, 1959; ibid., 46 110, 1964; Ibid., 47, 379,
1964; International C.'onFerence on CosmJc Rays, Jaipur, Proceedings, 5, 51, 1963) and
have found that these interactions are characterized by large inclasticitie3 and the
transfer of a large traction of the primary energy to neutral plons. In the present
paper thtsy report results of a continuation of these investigations. T.Vo experimental
technique& wnre employed; the ionization calorimeter technique, and the authors' meth-
od of controlled iwelear emulsions (described in some of the references cited above),
1/2

4464-66
ACC NR' APS0246241
In the calorimeter measurements, two trays of ioniza'ion chambers under 3 and 4 cm of
lead served to record the electron-photon component accompanying the nuclear active
particle. The nuclear interaction took place in a 60 1:/cn,2 slab of graphite, and the
energy of the neutral pions produced was determined by two trays of chtnbers under 3
and 5 cm of lead. Beneath this assembly was an ionizatiou calorimeter consisting of
8 trays of Ionization chambers separated by 10 cm thick iron slabs, which served to
determine the energy retained by the primary or transferred to charged pions. A total
of 676 bursts of energy greater than 1.4 x 1011 eV were recorded at an altitude of
3200 m above i3ea level. The fraction Ko of the primary energy transferred to neutral
plons was very broadly distrlbut~d; the average value of Ko was 0.58 and Ko.was great-
er than 0.7 in 43 % of the events. The large fluctuations of Ho must be taken Into
account when data, involving large bursts are interprctcd. Twelve showers in which the
energy transferred to neutral pions exceeded 2 x 1012 eV were investigated with the
controlled nucleax emulsion technique. In 70 % of these events the total Ino-lasticity
was close to unity and the neutral pions received 70 to 80 % of the primary energy.
Only four neutral pions were produced on the average per event, and the single most
energetic neutral pion received 40 to 50 % of the primary energy. In conclusion, we
express our gratitude to the staff of the Krakow Institute of Nuclear Research for
making their results available to us. Orig. art. has; 3 figures and I table.
SUB CODE: NPI StWM DATE: 00/ ORIG Ws 004/ OM REP: 001
Cc - -2ZZ.

TRETIYAKOVA,, Ch.A.; SHESTOPEROV, V.Ya.
GaIculation of fluctuations of the lateral distribution of large
atmospheric shower particles. Zhur.eksp.i teor.fiz. 42 no.4:
1061-1062 Ap 162. (MIRA 15:11)
L Institut yadernoy fiziki Moskovskogo gosudarstvennogo
universiteta.
(Cosmic rays)

4530o
5/056~63/644/001/005/067
BIOS/ ISO
APTHORS: -Babayan, Kh. P#t Boyadzhyan, H.. 0. Grigoroy, No'L.,
trp_t!jAkaY&,._ ~ChA.. Shes topefov, V. Y&.
TITLEi Large ionization bursts and the spectrum of the nuclear-
sotive particles on mountains
PERIODICALt. Zhurnal eksperimentallnoy i teorstiohaskoy fisiki, v- 44P
no. it 1963, 22 - 34
TEXTs There are considerable discrepancies in the exp,~rimental values of
the power exponett of 7(n)dn -~Ao dn- - the integral spectrum of the bursU
nY+I
as determined byvarious investigators. The present authors studied large
ionization bursts at an altitude of 3200 m above sea level with an arrange-,;*.-.'
of 92 ionization chamb6ro.coveting an overhll area of 10 m2. The
results showed that a considerable part of the ionizati-on bursts are caused
by nuoleqr-active particles fal 'ling simultaneously on to the,meseuring
appaxatus~ With a large apparatus the bursts speotrum may be very different
from that of the single nuolear-aotive particles. This is due to the
C&rd 1/2

3/05'6/6'3/044/001/005/067
Large ionizatioh.bursts and the 3100/bleo-
incidence ol. a group of particles (Ilstruoturized"~burats) (K. L. Grigorov
estiga~
et al. ZhETP, 33t 5,,1099, 1957).' In the apparatus uqqd in this.iny
tion, a y of 1.38 + '0.03 was recorded fo;-~~hd simultaneous incidence of
particle groupaq while that for individual particle w 0-.05-
~ . . . q
There'are 6 figures and-3 tablese
ASSOCIATIONt Institut yadernoy-fiziki Moskovskogo'gosudaretvennogo
urtiversiteta (Institute of Nuclear -Physics 'of Moscow State
Vitiversity)
SUBMITTEDs June 27, 1962
Card 2/2

B/056j62/042/004/023/037
Fluctuations in the distribution of ... BJ06/B102
ASSOCIATION: Institut yadernoy fiziki Moskovskogo goaudaretvennogo J-
universiteta (Institute of Nuclear Physics of Moscow
State University)
SUBMITTEDi October 16, 1961
Card 2/2

3
P/046/62/007/002/001/003
2-) D256/D302
AUTHORS: Grigorov, N.L., Tretyakoval Ch.A., Shestoperov, V.J.,
Babyan, Kh-P., Biiyadzhyang NaGe, Buja, Z., 1oakiewicz,
J.j Massalski, J., and Oleby A.
TITLE: Integral spectrum of ionization pulses caused by
nuclear active particles of cosmic radiation at
mountain altitudes
PERIODICAL: Nukleonika, v. 7, no. 2, 1962, 61 - 73
TEXT: The investi ation was conducted in order to obtain informa-
tion concerning: 15 The pulse spectrum and its dependence upon the
dimensions of the apparatusp 2) the altitude dependence of the fre-
quency of the registered pulses, 3) the mechanism of local genera-
tion of jjo mesons by nuclear active particles. The apparatus cove-
red an area of 10 me and it consisted of 6 horizontal trays of 33
ionization chambers each, -the trays being separated by graphite and V1(
iead absorbers, arranged to enable detection of electromagnetic
cascades created by the decay products of J10 mesons and evaluation
Card 1/4

P/046/62/007/002/001/uO3
Integral spectrum of ionization D256/D302
of the energy transferred in the interactions up to 2 x 10 13 evo
The pulses and pulse heights were recorded photographically from
screens of' 6 cathode-ray oscilloscopes with waiting spot. Using me-
chanical selectors it was possible to register subsequently J.ndivi-
dual pulses from all the ionization chambers, each of them being
connected to its own amplifier. The experiments were carriea out at Vy
two altitUdes: 200 m (Moscow) and 3200 m above the sea level (the
Mountain Station of the Armenian Academy of Sciences at ~iount
Aragac). Owing to the independent registration in each ionization
chamber it was possible to divide the regis-cered pulses into two
groups: 1) Single pulses, i.e. events in which the pulse in each
Lray was registered by a small number of ionization chambers; 2)
'Structural' pulses aefined as events occuring at least in one of
the trays 1 to 4, in such a way that the groups of ionization cham-
DerS showing pulses were interspaced with one or more chambers
without any ionization. The first group of pulses was attributed to
nuclear active particles as well as p mesons, and ihe second one
could be produced only by groups of nuclear active particles fall-
ing simultaneously on the apparatus, as it was borne out from the
Card 2/4

P/046/62/007/002/001/003
Integral spectrum of ionization D256/D302
investigation of the influence of the dimensions of the apparatus
used upon the ionization spectra. The dependence of the percentage
of the structural puises upon the registered pulse height was exa-
mined, showing that the percentage of the structiiral pulses is a
monotonic function increasing with the increase 5f -the total pulse
height registered i.e. with increasing the total energy. In order
to assess the role of ~ mesons, the altitude ,1uj)uiid4uii(A! w,. .ivWj-
tigated of generating pulses of different nature. The integral
spectra were found to be exponential: N = AI-Y in the region of
pulse heights from 103 to 105 particles. The following conclusions
were derived from the analysis of the experimental results: 1) The
spectra induced by nuclear active particles depend essen~lially on
the dimensions of the apparatus and on the pulse heights. The expo-
rient y of the integral spectrum for pulse heights (measured in num-
bers of particles) ranging from 2 x 10 to 2 x 105 particles chan-
ges from y = 1.41 toj = 2.UO for the area of the apparatus chang-
ing from )30 X 330 c to 10 x 330 cm2 respectively. 2) At mountain
altitudes the exponent y of the integral spectrum for single nucle-
ar active particles was determined to be 2.01 � 0.08 for 3 x
Card 3/4

P/04 6 62/007/002/001/003
Integral spectrum of ionization D256YDD302
103 ---: Ilz7 3 x 10 41 and for all the nuclear active particles includ-
ing the structural pulses y = 1.62 t 0.04. 3) The integral spectrum
of the large pulses by u raesons is also of an exponential form
with 7 = 2#22 � 0.14. 4) AT the sea level the contribution of the
ji mesons constitutes approx. 'tO ~,, of all single pulses with a
height >,,2 x jo3 particles and ~O % for heights >-,2 x 1o4 particles,
There are 5 figures, 4 tanles and 4 Soviet-bloc references.
ASSOCIATION; Institute of Nuclear Physics, University of Moscow;
(N.L. Grigorov, Ch.A. Tretyakova, and V.J. Shestope-
rov); Institute of Nuclear ljhysics, Armenian Academy
of Sciences, Yerevan; (Kh.P. Babayan, and N.G. Bayad-
zhyan); Institute of Nuclear Researchp Polish Academy
of Sciencesp Cracow; Academy of Mining and Metallurgy,
Cracow, II Department of Physics (Z. Buja, J. losxie-
wicz, J. Massalski, and A# Ole6)
SUMITTED: January, 1962
Card 4/4

L -19646-63 EW(m)/BM AFFTC/ASD
ACCF.SSION NR: AP3007056 S/0056/63/045/003/0418/0427
AUTHORS: Babayan, 1(h. P.; BpyAqzh
-yan, N. q. I Grigorov, N. L.,-_
"&,dzhan an, E. A.; Tretlyakova,-Ch. A.; S~e~_~perov, V_ Ya-
y
TITLE: Energy-spedtrum of nuclear active particles in ext e
air showe I
_.2nower,_
SOUROE: Zh..eksper. i teoret. fiziki, v. 45, no. 3, 1963, 418-427
TOPIC TAGS: extensive air shower., nuclear active particle energy
spectrum, ionization burst
ABSTRACT: Ionization bu3~sts produced by nuci-"r'--active particles in
extensive air showera were studied with an array of 192 ionization
chambers with area (10 m2) small enough to make the buirst spectrum
coincide with the,,ynuclear-active particle spectrum and, large enough
to achieve good statistical accuracy.- The data obtained indicat 'e
that.the spectrum,of bursts with more,than 1000 nucleax-active par-
Card . 1/2

L 19646-63
ACCESSION N11-, AP3007056
ticles depends greatly on the size of ihe detecting array. : The
burst spectrum 'iri the range from 1000', io 10, 000 part-1,61-es in showers
with a total of 10,5 to 1015 particlesii~ characterized by a spectrum
exponent 1.8-1.9 When measured with ai~ array area bf'c-ibout one meter,
but only approxirda:tely 1.0 in the case, of an array of,!10 e, whereas
the spectrum expdribnt of bursts produced by indiv idual!particles in
the same shcwersilis 1.6 + 0.1. Orig."art. has 5 figures.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo gosudarstvennogo
universiteta (Nuq;,~ar~_-Phys. Inst. Mosicow State Univ.); Fizicheskiy
institut Akademii nauk Armyanskoy SSR (IZ4y
Sciences Armenian SSR)
SUBMITTED: ISFeb63 DATE ACQ; 080ct63 ENCL: 00
SUB CODE: PH NO REF SOV: 008 OTHER: 002
A
Card 2/2

i incream me heat imsistance should also iacrease with the cGncetitF.- Lion of these

-L 53693-65-5.
ru.~.yce~mn.Lu ins-Eucu-cej;
g7"n RA 7, V 77F

TRETOYAKCIVA, G.A.
The shouldor pain ayndromo. Trudy LIETIN fjo-10-373-379 'U,.
(MMU. 19: l')
1. Pervyy Len--ngradskiy meditsinskiy institut i=en3. akadem--ia
J.P. Pavlova.

SOKOLISKIY, D.V.r akademik; TRETIYAKOVA, G.F.
Hydrogenation of unsaturated compoundox while maintaining a constant
concontration in the solution* DoklAN SSSR 138 no.2099-401 my
161. 1. (PaU 14:5)
:L* Kazakhskiy gosudarstvennyv universitet im. S.M.Kirovae
1 2. Alcademiya nauk KazSSR (for Sokoliikiy).
(Unsaturated compounds) (1b;drogenation)

SOKOL'-OKIY, D-V-, akademik; MTIYAOVA, G.P.
Hydrogenation of unsaturated compounds in equilibrium on platinum
group catalysts. DokI. All SSSR 140 no.4:844-846 0 '61.
(MIRA 14:9)
1. AN Kazenskoy SSR (for Sokol skiy).
(Unsaturated compounds) ~Ilydrogenation) (Platinum)

'METIYAKOVA, G. I., C'und Biol 7P-1 (diss) - - "Asps~cts of t7,ie o~L
Causative agent of apple scah (Venturle inae!~;,ialis aderh.) a!,,d th,~
of wnys to suppress this dismse under the conditIons of the Stavropol' Platewl".
Stavropol', )--?(0. 16, pp (Stavropol.1 kulr Inst, ChaIr of Plaril, Protoct[on),
120 copies (Kr,, No 1h, 1950,1'~I-)

IL'INITSKIY, L.V.; THETIYAKOVA, G.I., kand. biolog. nauk; KHADZHINOV, N.I.;
BABAYEV7-r.-X-.-,-'n~rid-.-bitlog. nauk; BAGIROV, M.1,11.) m-ladshiy
nauchhyy sotrudnik
Brief information. Zashch. ra3t. ot vred. i bol. 9 no.5:56
'04. (MIRA 17:6)
1. Berezovskiy fito-entomologicheskiy sortouchastok, Odesskaya
obl. (for Illinitskiy). 2. Stavropollskiy sellskokhozyaystvennyy
institut (for Tretlyakova, Khadzhinov). 3. Laboratoriya immuniteta
Azerbaydzhanskogo instituta zashchity rasteniyj Kirovabad (for
Babayev, Bagirov).

TRET'YAKOVA,G.I., kand. biol. nauk
(Chamical means for protecting plants frarn pests ard
diseases) Khimicheskle sredstva zashchity rastenil ot
vreditelei i boleznei. Stavropol', Stavropollskoe
knizhnoe izd-yop 1964. 22 p. (14LU 18: S)

1. SAVINCV, V. G.; TRETIYAKOVA, G. S.
2. USM (600)
4. Vitamins
7. Bromination of carotene with 11-brCIP03UCCinimide. Ukr. kUm. 2liur. 17, No. 4~
1951.
9. Monthly List of Russian Accessions, Library of Congress, April 1953. Unclassified.

T.RST ~IAFOVA, G. S.
A 65
S4
synthosis of comp ounds p e"In ctivity.
739, "h
cayinty ~r-IkOv'fkg .11>e As im. 20,
t 'T Nf.
In

- - 1952-
------ jan.
GTRS,PL--VOI. 5-t0'
S.R.
YO
SS3.S
(institute mination,
c
I Carotin in bf*
0, 0
Scienc
Akader!11ya Naukp 5.5.3 R., Doklady Val. 78, No.

V s s
Tlaliiron derivat'vee of- rrtrot,,~w5. in' d.
'Vitar,jyly AkMi- Yka '1r. 7
19'5L-, NO -10613- -
ca r c w* n3 to"! iodino for
IQ min., aill rscrvatq. f7-,7-. k t o od '. W m-lic':
tf It!-Ii6 the produnt cortainei icv_i~ns) wnich indlectas 9L mLxt.
of sub3-cm-7c,- -hi5 rralt: nf. t-,p a. oia 7-3duct v%ri ad
f rorn c a Ohl matogrichi.
it-tivsts!
e :_5 v&A
t"A
by C.Iasolfl G d:! C. re n tn-v ox~ 1-m.-LCLL, 0 oy tn,~
. I - r
`0:11 i no 4 -3 t -!*-k :~awler with mA~,Allio ahmen,
110.83

14 raroteno
,
r'!V T
(4 j3

f, not y

t a T"l I alLgh":IY ill
-a rit 0
(in Iva
a n l
R

-- - ---------- NL ~Z~L

Y~O

i &,I -jz~;rA-A ho;ti V js,1:.,d &1,4~,~.-Iid,i a! ~ih,i,
-ind ?.3-fi7drotynZf51-M acids A- %'~ I"..
1 1,, ko a S T'rr,'~ t~ 1.1,6M 941.11 ZJ6 q,
'~7-7
P""'Ll"hLy
!;Vd, 0A, act'l -vol A
tVh,ij ~',,Cl, rca. t ~ ith -',' I i ,Id If
kicl i." ~"d ti"', 'w-s J'~ ~ .... I ,
-'abstfince" (111) Cur"SPA):;(-ig to the foruiul kt..Ci.
llsO)-'iil,. witich if, apparctif % u inixed atfliydrz~ it 11 luld
'dirw SV the ag-fl~v o: '!'1ijj1w on ITT ii f"r-'d
0" -f SAC;. "d !"Z~ -c- ., -il,
'I t'JAW-1 -: -" lip""'!
1~ 1 .0 "j S!"
mixt. of I mole of 11, * golvent ( Plicl. C4114. CQ.. or ethcrl,
and from 0.6 to 1 .2 trioles SiCl. is hrated at tO (HP untit
(-% olutinil of HCI -tops awi flict; for 20 tnin. more at 1(91*. -
Plittl Ill is "ashed itih Ctl14 -ind ttricd tri -- The
yield is quantitative Boiling Ill ~tli %W011 or EMU
dv~i thr eme;
L ,po"Jiliz esters (if 11 with ~irld- of fA fn(f
51 J'a 111 olitaific(I fron, (i.nj m(Ij, 11 cin(l ~)j;jz
11101C S.CL in c4tit h Add-d 0 11 'n.1t. '-i tit, nuli
is heated for 3 hrs: at 160". Aft" rooling, tbe product is
tYMt"1 With HC1 and NatC(-'h ~ciln 1-he- przritir'., 1. LN
repptd fmin alWt. yield 92%. and cantams 10.7", SiCh
To obtain I -ithinit sepn. of Ill. 0.136 molt- ~f 11. '(0 1
PhCl, and 0.031 ruale S.'Cl. is heated for 311 mm. at 50-XA*.
and then 30 min. at 100*. 'I'lien is added 0.36 mole An-
iline., the mixt. heated for 4 firs. at 170', ricutrafired with a
sioln. of Na,CO,, and the solvent is driven off w-'th steam.
Pptd. I ii repptd from N NaOli, yield 97%. und S;()T cjn.-
tent 10j, Replacing CtIts with ClHs gives a yield of 07t/0'
At rautar ratios U-SIC14-FIN14i - 1: 1.15:3.1. the yield of
drops to 42- 0(11C, and the yield of TV increases to 2!i-341%

KIRSANOV, A.V.; LNVGHRNKO. Te.S.; TRETIYAKOVA, G.S.
- -
Diphenylamidination of earboxylic acids. Mrr.khim.zhur. 19
no.6:622-630 153. WaA 80)
1. Inatitut organichookoy khimii Akademii nauk USBR
(Amidines) (Acids, Fatty)

GOLOVI.N., ',P.V,; ABRAMOVA, M.A.; SHAPOSHNIKOVA, Z.B.1 GEAASIMENKO. A.A.;
I
DENISOVA , Ye. V. k_~~IE
Regeneration of ion exchangers. Sakh.prom. 35 no.61-13-16 Je 161.
(MIRA 14:6)
1
.L. Institut organicheskoy khimii AN USSR.
(Sugar manufacture) Uo-n exchange)

GOLOVIN, ra.; GIMIMEM, A.A.; TMOYAKOVA, G.S.
Precipitation of saccharose from solutions of colauses in a form ef
calcium trisaccharate. Sakh.prom- 34 no.10:29-30 0 160.
(MIRA 13:10)
1, AN USSR.
(Sucrose) (Molasses)

GCLOTIN. Paval Tasillyevich; GERASIMENKO, Aleksey Antonovich;
TRETIYAKOVA, Gelina Sergpyevna-,.-,ROMI=IY, I.R.. doktor
QG - - ~ - , . , , -;- ~1- '- ~ * 'I
il.nauk. oty.rado-I -~OTMYA, Z.S., red.izd-va;
HATTEXURUX, A.A., tekhn.red,
[Saccherates end their use in industry] Bakharsty i ikh pri-
manenie v promyshlonnonti. Kiev, Izd-vo Akad.nauk USSR, 1960.
234 p9 (MIRA 14:4)
(sucrose)

5.2200,5.1310 '_(5b70
SOV/80---~2-10-19/51
AUTHORS: Maytak, 0. P., Tretlyalcova, G. S.
TITLE: Some Physical, Chemical, and Technical Characteristics
of Electrolytes for Steel Electropolishing
PERIODICAL: Zhurnal prikladnoy Ichimii, 1959, Vol 32, Nr 10, pp 2242-
2
2
24-( (USSR)
ADSTRACT: In their previous study (this journal, 1959, Vdl 32, Nr 5o
p 1060) the authors described new electrolytes for steel-
polishing,consisting of sulfuric and phosphoric acid
MiXtUres with "unicol" corrooion inhibitor, sugglested by
Balezin, Barannik, and Putilova in their study, "Appli-
cation of Acid Corrosion Inhibitors" (Primeneniye
ingibitorov kislotnoy k,_!,--2, - ), GosIchimizdat, Moscow-
Leningrad, 19118. The present study deals vilth the length
cf the service period, the density, viscosity, electrical
conductivity, and other characteristics of' t-his electrolyte
as well as with the changes in these characteristics dur-
ing the electropolishing process, and compares it with
Card 1/4 the sulfophosphocliromium electrolytes (called from here

Some Physical, C"hemical, and Technical 796Y0
Characteristics of Electrolytes for SOV/80-32-10-19/51
Steel Electropolishing
on in this abotract "SPC electrolyte.,31. The experi-
ments were conducted with Shi(al-15 high-carbon sfcel
anodes (Ukr. khim. zh., 1959, Vol 25, P 385) (n an
electrolyte of the following composition (in ,ii,):
ff 3POI~ 35%; 112SOI~ 50'%; viater IW/); and 2.5 vol~.,,Yrielxic 1.~,
of MN-10 type "unicol" inhibitor; the current density
varied from 1 to 100 amo/dm ; the temperature was from
18 to 250; no separating diaphragm was used between
the cathode and anode, and the electrolyte composition
was not corrected during the cxperiment. It was do-
termined that the service period of' the lnvestiL~aled
electrolyte was considerably longer than that of SPC
electrolyte. This was due to the separation of the
electrolyte from the precipitate after the passage of
about 600 amp hr/liter and a resultant correction ofL
the electrolyte composition, which restored its electro-
polishing properties. The density, viscosity, and
electrical conductivity of the freshly prepared elec-
Card 2/4 trolyte were practically identical with that of the SPC

Some Physical, Chemical, and Technical
Characteristics of Electrolytes for
Steel Electropolishing
Card 3/4
'(5670
0 '1/,8 0 - `12 - 10- 1 9/~ 1
s
E!lectrolyte; during the process of electropolishing,
however, the changes in the above characteristics i-lere
less pronounced and different from those ot' the O"N
electrolyte. The denaity and v1scost.ty first LticrOase(l,
then decreased,and the electrical condLictIvIty hiu-reai3ed
in a continuous manner. The yield based on current (In %)
first dropped sharply with increasing current density,
then decreased slowly; it increased somewhat at hLgh cur-
rent density values. The decrease In the yield In the
course of the process was much slower than in the process
conducted with S C electrolyte. At a current density of'
75 to 100 amp/dm. (at which the electropollshing takes
place) the yield based on current decreased in2ijnificantly
and practically in a linear manner. The lower rate of
the steel's dissolution was due, evidently, to the lovier
operational temperature than with SPC electrolyte, and
to the preserving effect of the Inhibitor. There are
4 figures; and 9 Soviet references.

Some Physical, Chemical, and Technical
Characteristics of Electrolytes -for
Steel Electrapolishing
:'ASSOCIATION:
756,(o
S 0 0
Institute of' General and Inorganic Chemistry, Academy
of Scierjce,3,Ukr SSR(Iristitut obshchey i neori,-anicineskoy
khimii AN USSR)
SUBMITTED: October 6, 1958
Card 4/4

Some Physical, Chemical, arid Technical
Characteristics oL~ Electrolytes -Por
Steel Electropolishing
~--ASSOCIATION: Institute of' General and Inorganic Chemistry, Academy
of Sciences,Ukr SSR(Institut obshchey i neorCaniLciieskoY
khimii AN USSR)
SUBMITTED: October 6, 1958
Card 4/4

5(4) SN180-32-5-23152
AM~IIORS: Maytak,
TITLE: Electrolytes for the :~clls'iir-g of Steel
PERIODICAL: Zhuxr-nal prikladnoy k~-.:Lmli, 1959, Vol .32, Nr 5, pp 2. 0 6:) - 10 6 5S S -R)
ABSTRACT. elaCr,"',vollytes are used J-P the pc-lishirZ
of steel. They Gonta�n, o.-/.z-:3n3ive ard deficient. Orthc-
pho.~phorln a~Ad. 7x~ thii arti-le ele.-.1Z.olytes with the izibibitor
unikol MN-10, which was proi-osed by Dal,~-zin, Barl2onnik and Putilcva
ZRe ~ 17a-re ln-,restigat~;rl. -',ihihito7- was used ir, the quantity
of 2 .5%. The temperatur-a was 18-2ioO, 1,1-.e current density 10, 25,
50, 75 a-nd 100 Aldm-. Tht- optimum for hJ.gA--(,.a--bor steel
has a oompoeition of 30-~75, veight, 116 H-PO, 10-50 weight % -q2304,
,
P
1
4
10-15 weight % Hj) arid 2-5 vul-,rne % of unikol. The optimum ourrent
density inereases with t,"Ia wat,-n- ockrtant. The dil"Ation of the
electrolyte in which the ratfr, of the 9.c�ds does not change, confirms
this fact. "If --'-e wataz- Lz,,,.-:,eases from 15 to 19%, the optirriLLm
aix-rent density rises 5rcm 50 to 7-
) A/dm2. To keep current consumptlon
low, t',-ie elctrolytF, should have 60-70% phosphoric acid and -10-15% of
Card 112 wat-e.-. Electrooolishing in hotu elar.~tralytes producer, a tar.11~3h whlnt

Electrolytes for the Electrochemical Polishing of Steel SOV/80-32-5-23/52
is avoided by stirring the electrolyte. Since stirring diminishes the
shine, it is r ecommended to use it inten,iittently or only in the be-
ginning of the treatment. Staiznless steel, like type lKhl8N9T, may be
polished by the same electrolyte. The current density for them is lower
than for high-carbon steel. At present the inhibitor unikol PB-5, a
condensation product of aniline and urotropine ZR-ef 5 is being developed.
There are: 2 tables, 1 graph and 8 references, 7 of which are Soviet and
1 English.
ASSOCIATION: Institut obshchey i neorganicheskoy khimli AN UkrSSR (Institute of
General and Inorganic Chemistry of the AS UkrSSR)
,TJBMITTED: October 10, 1957
Card 2,/2

SAVINOV, B.G., TRTITIYAKOVA, G.4.
AA-v--- ". , , - , ,
-' - -- -
~
Studying certain halogen derivptives of the -provitamin A. carotene.
Titaminy no-1:137-148 153 (MIRA 11:6)
I., Institut orgnnicheakoy khimii AN USSR, Kiyev.
(CAROTNE)
(HALOGFN GOMPOUNDS)

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SAVINOV, B.G.; 9'RETIYAKOVA, G.S.
li~
Polymerization of carotene during bromization. Doklady Akad. nauk
SSSR 78 no-3:553-555 21 May 1951. (CLML 20:9)
1. InGtitUt6 of Organic Chomiatry of the Academy of Sciences
Ukrainian SSR. 4'. Presented by Academician A.I. Oparin 30 March
1951.

TRETIYAKOVA, I.V., inzh.; NOVOGRENKO, G.U.., inzh,l KHOPOVA, M.P,, inzh.
. . ... ...........
Effect of the temperature of ambient air an the heating of shorts
aircuited AM, MA140, and MAP-series induction motors.
131ektrotekhnika 36 no.2241-43 F 165*
(MIRA 18:4)
k.
I

BFRTDVII;r"jM V"Vl.f Siff-F-PA; YO.P., Inzh.;jAFT.YAKOvAt I.V.o inzho
r; r. I -a W::- -mo t -5 parallel poww~ transmi8slon f,--,- mine
holatIng fiyoLtm. ElellOix-otekhaike 36 no*6-.29-32 Fie 165.
(VURA 18&'7)

tfie liver In ci(jr-,11"Aj
jq7
vasyt.l Kova I.T."st -v a,

rc , C.
na Val. t ck-t-,, ti J
ell.
-inc.9 fIT
'ZT1rjI,
labo,-atoviy~' D.F,. Vsesop~
IwO. i. tu t-a noy r;.i,l,- prof. Yt~.-"'-

TRETtYAKOVA, K.A. (Moak-ya)
Cholesterol synthesis in an animal organism and 1,t9 control.
Usp. sovr. biol. 57 no.3:350-369 My-Je 164. (MIRA 17:6)

TRETIYAKWAp K.A.; GRODZENSKjYj D.E.
Effect of thyroiodins and thyroidectomy on the rate of synthesis
of cholesterol ~nd fatty acids in rats under the influence of
radiation. Vop. med. khim. 6 no. 6:611-614 W-D 160. (MIRA 14:4)
I.Radiation Laboratory of the All-Union Institute of Experimental
Endocrinology, Moscow.
(THYROID GIAND) (CHOLE STE ROL) ( F&TY ACIDS)
(RADIATION SICKNESS)

TRETIYAKOVA9 K.A.; GRODZENSKIYp D.E.
The rate of cholesterol and fatty acid synthesis in the adrena:Lop
testesp and liver of young and old ratz under normal conditions
after irradiation. Blokhimiia 25 no. 3:399-403 Myw-Je 160e
(MIRA 14:4)
1, Radiatsionnaya laboratoriya Vaeooyuznogo instituts, eksperimentall-
noyendokrinologiip Moskva.
(CHOLESTEROL METABOLISM)-- (FATTY ACID METABOLISM) (AGING)
(RADIATION-PHYSIOLOGICAL EFFECT)

TRE=CVA, K. A., GRODZENSKIY, D. E., (USSR)
"Effect of Hormonal Factors on the Rate of Synthesis
of Cholesterol in Normal and Irradiated Rats."
Report presented at the 5th Int'l, Biochemistry Congress,
Moscow, 10-16 Aug 1961.

41722
-7 S/21 62/027/005/001/001
3144YB186
AUTHORs Tre-tlyakova, X. A.
TITLE: On the role of the pituitary in radiation-induced accelera-
tion of cholesterol synthesis
PERIODICALs Biokhimiya, v. 27, no-. 5, 1962, 801 - 804
fl-:4oTs in order to explain the contradictions in published data the rate
of cholesterol synthesis was studied in irradiated white rats after
hypophysectomy or blocicing of the pituitary. Altogether 79 rats were
examined, 30 of them as controls and 6 of them-only whole-body irradiated
with an x-ray dotie of 800 r. Conditions of the three experimental series3
(I) hypophysectoioy; (II) hypophysectomy and- irradiation; (III) blocking
of the pituitary by administering 20 mg of DOCA per 100 g of bod weight
and irradiation after 24 hrs. 24 hrs after the irradiation OR 3CT400H was
adminAstered subcutaneously, 4 hrs later the animals were killed and the
radioactivity of cholesterol 04 was determined in the liver and in the
supravenal glands (Vopr. med. khimii 5, 362, 1959). The animals used in
tests I and III Were starved for 24 hr3 and those used in test 11 for 4 hrs,
Card 1/2

S/21 62/027/005/0C1/001
On the role of the pituitary... B144YB186
before they were killed. Resultst hypophysectomy caused after 4 - 5 days
a strong reduction of cholesterol synthesis in the liver. The retardIng
effect of the chomical blocking became weaker. Irradiation caused a
strongly accelerating effect, which was weaker but still significant if
preceded by DOCA blocking. In hypophyseotomized animals no statistically
significant difference was observed between irradiated and non-irradiated
animals; the divergences in the published data and the variability of the
data from the prosent experiments may probably be ascribed to differences
in the postoperative diet of the rate. The usual radiation-induced reac-
tion of the supravenal glands, ioeo, reduction of the cholesterol content
and acceleration of cholesterol synthesis, was not observed in
hypophysectomized animals. There are 2 figures and 1 table.
ASSOCIATIONs Vaesoyuznyy nauchno-iosledovatellskiy institut eksperimen-
tallnoy endokrinologii tAll-Union Scientific Research
Inutitute of Experimental Endocrinology), Moscow
SUBMITTEDs December 16, 1961
Card 2/2

T
(KosIcva)
TRW YAXPJA
Ghobisterol and ascorbic acid content of the adrenal glands in dogs
following ionizing irradiation (with summary in English. p.1261
Prob]'L.ondok. i gorm. 3 no-3:72-74 My-Je '57. (MIRA 10:10)
1. Ir. Vaesoyusnogo instituta okepartmentallnoy andokrinologii (dlr.
prof,. Ye.A.Vanyukovs)
(RCZBTGIW RAYS. effects.
on adrenal cortex cholosterol & vitamin C (Rt~*))
(ADRENAL CORTEX. metabolism,
cholesterol & vitamin C, off. of x-rays (RUB))
(CHOLESTEROL, metabolism,
adrenal cortex, off. of x-rays (RUB))
(VITAMIN C, metabolism,
came)

TIETIYAKOA ) 1:1 ..) TROD722-10MY) D. i".
P ZZ-_
t"Nic &tte of Synthesis of Cholesterol and Fatty Acids in the Suprarenal Glawls,
Testicles and Liwr of Young and Old Rat3 Nonrially and After Irrarliation."
Theses of the Proceedings of the Annual Scientific SocsLior,:, 23-26, Wxc'ri 19~~O
(All-Union Institi;.te of Experimental Endocrinology)
Froin the Rad.LaLicti Laboratory (Head --Docent. D. E. Grodzenskiy of the All-Union
Institute of Experimental Emlocrinology (Director--Profesoor Ye. A. Va.5yukovu)

TRITITAKOVA. K.A.; GRODZIMSKIY. D.I.
Bios3mthesis of cholesterol and fatty acids in the liver and adronals
of rats exposed to the effect of Ionizing radiations. Vop.med.khim.
5 U().5:362-366 s-o 159. (MIRA 13:2)
1. ktdiation Laboratory, the All-Un!-n Institute for lxperimental
3ndocrinolog-7, Moscow.
(CHOIRSTEML metab.)
(FATTT ACIDS metab.)
(ADEMIAL GLMS radiation off.)
(LIVXR radiation eff.)

PHASE I BOOK EIPLOITATION SOV/4984

International symposium on macrozolecular chemistry. Moscow,
19~0_

Mezhd.;r.zz;:dnyy alzipazius po makroacickulyarnoy khImil SSSR.
I artareferaty
d
k1
d
6
.
a
o
y
Moskva. 14-18 ITuoya 19
0 g.;
Maktal7a 111.
( Kacromolecular
Internation!Ll Sympoalum i~n
Chemistry Hold in Moscow, Juns 14-18, 1960; Pdper3 and
4b-'rJeo Sect ion III. EMoscow, lzd-vo AN sm. ig6o]
469 p. 51.000 copies printed.
Ttch. &d. : P. 3. Xashina.
Sponsoring Agency i The International Union of Pure and Applied
Macromolecular Chemistry.

PURPOSE% 7his boo;c is intend6d for chemists Interested in poly-
serizatlon reactions and the aynt!%ecl3 of high molecular
compounds.
covxLwzs 'nas in Section III Of A =Ultiv0lum8 work contain-
Inz papers an xacromolocular chemistry. The &rticles in
9*13ariLl deal with the kinetics or polymerization reactlor.3,
the synthesis or special-purpose polymers, e.g., Ion ex.
-h, go resins. semiconductor materials, etc., methods of cat.
allLIng Polymerization reactions, proportion and chemical
Interactions or high molecular materials, and the orrects or
various factors on polymerization and the degradation or
high molecular compounds. No personalities are mentioned.
Reftracces given follow the articles.
Rabek, T. I., and Z_ K~s~lder (Poland). Chlorination or
ftenal-Formaldshyde Resins 27
Ale Oprie, andAIL~.c~~ne (Rumania).
'
L
Aalnopropyl Ethors or ?olyvinyl Alconol 34
Ift~ft
CWN
TJ~Lubovlch. 6. X~LL. 9-tA-A2Xd=' Ye. N_
NPL
m
~ ~
!
h
11
xov
and
t
qrot,nan, ~
, U
Vus
I.
:'R
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~
of versions o
,,Rj
tgg
h.
p r Polyearbonate3
X. 3. Fe Idshten, and (USSR).
and Xechanlsz of no Activating Action
of 10ouble Systems of Vulc4nization Accelerators -65

Q, A, 3 Irs'R27', and X. p-
_V
uz- '__'15. !blyeva
&t_r_
!o
?r
'
.
I.r .Ive lfuric Acid and Polyvinyl
rL. (US ). Esters of Su
Alcohol
J(olkAber- ZL~11 . and q_j~Rr;_6(Hungary). The Inter.
action or Aromatic xalres and Polyvinyl Chloride T-9
Gorda A jL__r_DA!Yjq~V T, M. KUD-
L 3 olak A V I Vehl 7, and R4. & VM~onko

X3 fs VhEcii Ex -am
rd
Semiconductor Properties
and Chemical ftopertles
of Upolar .--scliange Rosins 93
I., and J. norawtoo (Poland). Effect of the 3truc-
tw-a or Organic Aml-no-Co-m-pou-n-da an the Properties of Anion
ge_Rosins Frcm Polystyrene

(USSR). The Problem or the Erroct or the
SNdad
~X
r
u ture O
ruct re of anites on Ion-ExcK=&*- Processes Between
oj
f
Ionites and Electrolyte Solutions 107
Llt ~nA. A_ B__j__LjnZ&njXlj, and (LSSR).
Productl-on-Wnd Properties of Some Aromatle Polymers 115
kaya. To. V. 1. P. L48ov, A-3. T V11nl. S. B.
a. z. Nereiova, and-UA-Eslen- 13H).-Chemical
Conversions of rnsolublo Copolym*r3 or Styrene 124
JAndtal"n.-I. (Pol4ad). Thermil 3t4bl.'Ity of Strongly BLInic
_
_
Anion E=
K
&n4* Resins 146 4o

W-SKOVA, V.N.; VOYUTSKAYA, M.I.; STARKOVA, G.A.; TARASOVA, N.I.; TRETIYAKOVA,
K.I.; RAMER, I.I. -
Study of antitoxin losses in the purification and concentration
of sera by the diapherm-3 method. Zhur.mi-krobiol.e id.i immim.
31 no.8:139-141 Ag 160. fM'MA 14:6)
1. Iz Fermskogo instituta vaktsin i syvorotok.
(SERUM)

MIRSKOVA., V.N.; STARKOVAq G.A.; VOYUTSKAYA, M-I.; TARASOVA, II.I.; TliFT.I,YAKOVA,
--A
Use of a reduced dose of pepsin in the purification and con2entrat-lon
of sera by moans of the Diaferm-3 method. Zhur. mikrobiol. epid i
immun. 31 no.6:116 Je 160. (MIRA, 13:8)
1. Iz Fermskogo instituta vaktain i qlvorotok.
,(.P.BPSlN) I Ilsm*)

VERNER, A.R..; TRET'YAKOVA, K.Ye.
Conditions of preservation and viability of corn, strawberry, and
apple pollen. Trudy TSSBS no.5:89-9~ 161. (MIRA 15:3)
(Pollen

1, C.
LESHGHINSI:IY, L.A. TR]Makl~ql~, L.A. (Izhovek)
Result of combined (interavenous and intramuscular) penicillin
administration in pneumonia therapy. Klin.med. 36 no.3:45-48
Mr '58. (MIRA 11:4)
(PUMONIA, ther.
penicillin, combined intravenoun & intramuse. admin.
(Rua))
(PENICILLIN, ther. use
pneumonia, combined intravenous & intramuse. admin.
(RUB))

KOZYREV, A.; TRF.T!YAKOVA,--L.1 PEREVERTUN, A.I.
Improving the method of metallome-tric analysis for zercur-y. Sbor.
nauch. trud. Kaz GMI no.19:199-201 '60. (KMA 15:3)
(Mercury)

ACC NR.AP6035692 (A q) SOUROE'CODE: - UR/d- '~/66/666/b19/0031 /003 ---'
4i 4
;INVENTOR: Kost, A. N.; Tretlyakova, L. G.
ORG: none
TITLE: Preparation of substituted 4-1~ydroxyindolen.Class 12, 11o.,186
-(announc~ed by 0hem1ftry Department, I'Mow State, UrdwrMty im. M. V.. Lorion
(Khimicheskiy fakulltet Moskovskogo gosudarstvennogo univerBiteta)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 19,1
1966, 34
TOPIC TAGS: liydroxyindole, substituted hydroxyindole,
44--) 9-- j
ABSTRACT:To broaden the raw material base for the preparation of
4-hy4roxyindolea, unoubatituted or 2,3-oubatitutod 4-keto-
4,5,6,7-tetrah7droindoles are dehydrogsuated in the presence
of palladium black-on-carbon in diethyleneglycol, in a Co2
atmosphere.
IWA-50; CBE No. 14)
(PS)
ISUB CODE: 07/ SUB14 DATE: 29Sep65
CardJA UDC:547.755.07

NESTSROjr, V.P.; TRETIYAKOVA, L.I., kand. tekbn. nauk
Improvement of hauling operations in the garment cutting de-
- 11~ ---+,mant. V.P. NeEiterov-9 L.I. Trettlakova. Leh. promo nos2t
... 4-7-4.9.' Ap-Je 164 NIPA 1?.7)

TRETIYAKOVA, L.I.
lavestigating th,,; '. 7. j.;-~3~aating properties of clothing. Leh,
prom. no.3s83-81, JI--S:' 163. (MIRA 16:2.1)

TRETIYAKOIrA, L.I., inzh.
Studiring heat-insulating properties of wadding pads. Izv. vys.
uche'o.zav.; tekh.leg. prom. no.1:129-137 158. (MM 11:6)
I,Mookevskiy tekhnologicheaki3r institut legko7 prom7ohlennosti.
(Clothing, Cold weather)

TRETIYAKOVAY L.I.,, kand. tekhn. nauk
Methods and devices for measuring the heat insula-,ing
of fabrics for clothing. Leh. prom. no.3:14-18 JI-S 165.
(MIRA 18:9)

TRETIYAKOVA, L.I.; LYAPIN, Ye.N.
Minutes of the 17th and 18th sessions of the leningrad and Imaingred
Province Society of Oncologiate. Vop.onke 3 no.4,508-512 157.
(TUMCRS) (MIRA 10.11)

TRICTITAKOVA, L.I., anaiatont
1:11minato the difficulties oncounted in studying. 3hvein.prm.
(MRA 11:4)
no.6:39 ILD '59-
L KafeXra abveynogo proizvoastva Kiyovskogo tokhnologicbeakogo
lnstitui~ legkor promyshlennosti.
(Clothing industr7--Study and teaebing)

45 / V/-) A-
AUTHORS: Ignatov, Yu.V., and Tretlyakova, L.I. 28-4-10/35
TITLEs Determination of the Warmth-Inaulating Proportion of' Clothine
Material (Cpredeleniye teplozashchitnykh svoystv odezhnykh
materialov)
PERIODICAL: Standartisatsiya, 1957, # 4, July-August, PP 39-42 (USSR)
ABSTRACT: The article considers the theory of heat exchange through
clothing and means of measuring this heat.
The autho3z criticize the standard device - rOCT 6068-51-
which is based on a stationary flow of heat (clothing in
contact with the skin on one side and with a rigid stationary
object on the other, as in sitting or leanings According to the
Research Institute for Wool and other organizations, the
accuracy of this device is about 10%.
Widest used are the measuring devices based on the theory
of normal conditions, developed by Professor G.M. Kondratlyev.
The bicalorimeter (Fig. 2) is based on thig principle. The
average.acouracy of measured cooling is,' with the use of this
device, 2-3%; the duration of a test is 12-20 min. The bicalo-
rimeter enables not only the measurement of the thermal resist-
ance value of various materials but alec the changes of these
Card 1/3 properties with changes of the physical and mechanical factors.

26-4-10/35
Determination of the Warmth-Insulating Properties of Clothing Materiai
An iTivestigation of cotton-wool linings enabled the determina-
tion of a linear relation between the total thermal resistance
and the weight of linings (Fig. 3). A chart is given that shows
the total thermal resistance of some animal pelts, nylon fur,
cotton and wool materials. The simplicity and convenience of
the bicalorimeter have been noted by individual investigators
and by institutes, such as S.G. Zyrin, 14. Ye. Nikiforova,
D.A. Mendellson, of the Leningrad institutes of Precision
Mechanics and Optics, of Work Hygiene and Occupational Diseases,
and others. Extensive use of this instruoent in the research
laboratories is,however, handicapped by the absence of a
standard.
The authors say in conclusion that this standard would be
best developed by the laboratory of Professor G.M. Kondratlyev
at the Leningrad Institute for Precision Mechanics and Optics.
Card 2/5 There is 1 drawing, 3 graphs and 1 table.