SCIENTIFIC ABSTRACT YU. V. CHISTYAKOV - M.B. CHISTYAKOVA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308910014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Cxj~~-rYfJKVV, ~u.V.
IPRMOLOV, B.A.; UBOIOTSKATA, N.A.,
MOROZOV, L.A.; QUaTT
KOKOV, S.I., redaktor; juMyAMIVA, I.K., tokhnicheekly
redaktor.
(Operation of the 3-80 tractw] Amploatatslia traktora 5-80.
Moskva, Goslesbunisdat. 1951. 226 p. (Km 8:1)
(Tractors)

CHISTLAKOV, Yu. V.
"A Numerical Method for Determining a Function V."hich
(sic) Tomsk U, Tomsk,
1954. ;,ZW-lat, Nov 54)
6
Survey of Scientific and Technical Dissertations Defended
at USSR Hi&her
Educational Institutions (3-1)
SO: Sm. No. 521, 2 Jun 55

MOROZOV, L.A,', inzb.; PRASOIDV,, B.A.,,.inzb.; C 0
11. V. t
insh.; PEREERG, B.S.,, red.;,STRMM 0 red.
' - " ' -~_ :I -_
(Album of fixtures and tools for the assembly and
disas-
sembly of the Mtalinsts-&P tractor) Allbom
prispoaoblenii
i instruments dlia aborki i.rasborki traktora
"Stalinets-SO."
Moskva, Goslesbumisdat, 1951. 86 p. (MIR& 16:7)
1. TSentrallnyy nauchno-Issledovatel'skly Institut
makhant-
sataii i onergetiki lesozagotoft.
(Tractor~-Maintenance and reptir)

ARAKELYAN, O.I.4_CHISIIA~OVA, A.A._--
Synthetio boohmits. Zhur.prikl.khim. 35
no-711448-1451+ Jl
162. . . .(~ffRA 15:8)
(Boohnite)

SOV/136-59-6-12/24
AUTHORS: Arakelyan, 0.1. and Chistyakova,_ A.,A.
TITLE: Peculiarities of the Microstructure of Aluminium
Hydroxide Obtained by Various Methods (Osobennosti
mikrostruktury SidrDokisi alyLuliniya, T-)Oluchayemoy
razlichnymi sposobami)
PERIODICAL:Tsvetnyye metally, 1959, Nr 6, pp 62-70 (USSR)
ABSTRACT: The authors of this work have carriod out
investigations
of production probes of aluminium hydroxide at the
UAZ, DAZ and the Bayer Branch of BAZ as well as of the
hydroxide obtained by the carbonizaZion method at
BAZ and TGZ. Crystallographic invetitigations have
shown that the crystal structiu?es oil these probes differ
considerably from each.other. This is shown first of all
in the appearance of separate crystals and, even more
clearly, by the nature of their aggregation and the size
of the-deposit obtained. Alwriiniurn hydroxides are made.
by two methods: "centrifuging" (Bayer process) and
carbonization of aluminate sollitiont; (in establishments
where sintering is used). Alwiiniini hydroxide is obtained
Card 1/4 from aluminate solutions by the two abovementioned
methods

SOV/136-59-6-12/24
Peculiarities of the Microstructure of Aluminium Hydroxide
Obtained by Various Methods
as gibbsite (A1203-3H20). Under production conditions
the crystallization of gibbsite is aggregational by
nature and only occasionally are monocrystals encountere(l.
At the surface of the latter traces of a layer growth in
the form of continuous spiral layers can be seen (Fig 1).
With the Bayer process it is impossible to obtain
crystals >30 11 ~Ref 1). As regards the basic masses
of the hydroxide, the latter is represented by the
polycrystalline aggregates. The crystals aggregate
in the form of thin plates (Fig 2). In Fig 3 an
idiomorphic hexagonal crystal with a zonal fading away
is shown (hydroxide of,UAZ). The particle size of the
hydroxide varies fundamentally with the method of
production, as can be seen from the Table, p 69.
Rectangular, coarse, drawn out, wedge-like crystals are
Card 2/4 obtained by the carbonization process. In contrast

SOV/136-59-6-12/24
Peculiarities of the Microstructure of Aluminium Hydroxide
Obtained by Various Methods
to that obtained by the Bayer process the nature of
aggregation of such crystals is radiai (see Fig 4).
Bayerite ?in contrast to gippsite (monoclinic),
crystallizes in the hexagonal system. With the aim of
examining optical properties, which are very important
for the correct diagnosis of aluminium hydroxide,, the
authors produced ba-yerite from a dilute alkaline
aluminate solution (135 g/litre total alkali) whichwas
kept in a stoppered bottle for a long time at room
temperature. After 7 to 10 days a spontaneous
decomposition of the solution commenced with
precipitation of a flocculent white deposit. X-ray
structure and crystallo-optical investigations have
shown that it was bayerite. Thermal analysis does not
show any difference between gippsite and bayerite. The
microstructure of the specimen obtained is character:!-zed
by a fine crystalline aggregation of the anisotropic
grains, a grey interference colour and a definite
Card 3/4 refractive index.

SOV/136-59-6-12/2A
Peculiarities of the Microstructure of Aluminium Hydroxide
Obtained by Various-Methods
There are 4 figures, 1 table and 5 Soviet referenced-.
Card 4/4

s/-i*56/6o/ooo/oll/OO7/O13
E021/E4o6
AUTHORS: Arakelyan, 0.1., Lyapunov, A.N., Chistyakova, A.A. and
Kavina~ V.A.
TITLE& Study of Phase Transformations of the Hydroxide in
Different Conditions of Decomposition of Aluminate
Solutions
PERIODICAL: Tsvetnyye metally, 1960, No.11, PP-54-58
TEXTs Eperiments were carried out on the phase transformations
occurring during the decomposition of aluminate solutionslin the
presence of two types of nuclei (hydrargillite or bohmite) at
65 and 95 C. At 650C, the experiments lasted 79 days. A
solution-
containing 125.6 g/1 Na2O and 119 g/I.A1203 was used. The degree
of decomposition after seven days was 38.21% using a bohmite
nucleus
and 50.2% using a hydrargillite nucleus. After 79 days only
hydrargillite was found with very small inclusions of bohmite
where
bohmite nuclei were used, thus showing that bohmite is not
sta-b-1-
at 65*C. At 95% with a solution containing 117 g/1 Na2O and
166 9/1 A12031 using bohmite nuclei 40 to 58% decomposition
occurred
aft. er seven days according to the source of the bohmite. It
was
shown that the precipitate contained 87% bohmite and
13% hydrargillite. When hydrargillite nuclei were used,
Card 1/2

S/136/60/000/011/007/013
E021/.E4o6
Study of Phase Transformations of the Hydroxide in Different
Conditions of Decomposition of Aluminate Solutions
decomposition reached 16.6% after seven days and 23.3% after
fourteen days. Crystal-.optical studies showed that the
precipitate
was completely hydrargillite. There are I figure and
16 references sll Soviet and 5 German.
Card 2/2

-~CHISTYAKOVA, A.A.; KAVINAP V.A.
Refractometry of alicali-aluminate solutions. TSvet.
met. 34
no.3:67-70 W 161. (IMA 14:3)
1. Vi3esoyaznyy alyuminiyevo-magniyevyy Institut.
(Aluminates) (Refraetometry)

ARAKELUN, 0.1.; CHISTYAKOVA, A.A.
Role and characteristics of water in the
investigation of the phase
and mineralogical composition of sodium
hydroaluminosilicate. TSvet.
met. 34 no. 4:42-44 AP 161. (MIRA 14:4)
(Sodium aluminosilicates-Analysis)

ARAKELYAN, 0.1.; CHISTYAKOVAj A.Ao
--- L-
Investigating alumina phase conatitatLon in
electrolyteb. TSvet.moto 34,,uo.1o.-oV#,-68
(AL-4 ium-InectrometallurgY)
(Phase rule and
aluminum bath
0 161. (MIRA 14-:10)
equilibrium)

AEAETIMP 0.1.; CH33TYAKOVA, A.A.; PAVLOV., Tu.I.;
PCDZORMA,,L.1-4
Formation of hydrogarnoto in muds from alumina
production.
TSvet.met. 35 no-8:54-58 Ag 162. (IMI 15:8)
(Alumina) (Hydrogarnet)

CHISTYAKOVA, A.A.; KAVINA, V.A.
WAPWP7,
Investigating transformations of aluminum hydroxide in
alkali-alumi
nate solutions. TSvet. met. 36 no-11:46-53 N 163. (MIRA
17.1)

CHISTYANVA, A.A.
Data on the system Na2O - A1203 - H20, TSvet. met. 37
n0-9154-60 S-164.
(NBA 180)

CHISTVAKOVA -, ispoln)rayusheMy obi-azannosti
metodista
From the exhibition into industrial production.
Inform. blul.
VDNKH no.10:12-14 163. (MIRA 18:5)
1. Fazdel "Zbeleznodorozhnyy transport" pavillona
"Transport
SSSR" nn Vvst-avke dostizhenly naro~nogo
khozyaystva SSSR.

-A.A.
Wnaralogicql phase characteri5tics of Industrial
alumina.
T-5vet. met. 38 no.gt50-57 Ag 165. (141FA 18:9)

CHIST41OVA. A.M. : URM. K.V.
Organization of laboratory control over public
nutrition.
Trudy IAW4I 25:65-78 '55. (Kim 12-.8)
Is Rafedra gigiyany pitaniya Laningradskofo nanitarno-
gigiyenichemkogo, meditsinskogo instituts kzav.
kafearoy - doteent
Z.M.Agranovskiy) i Pishchevoys otdeleniye
Leningradskoy gorodskoy
annitarno-spidemiologichookoy stantsit (starsbiy
sanitarno-
piahchevoy wrach A.P.Molkumova).
(NUTRITION,
in Ruesia. laboratory control (Rue))

GISSEN, A.I.; KLYGA, L.P.; RHAUKHOREM, K.D.;
CHISTYA]COVA. A.m.
mmmwmmmpwl-
Hygienic characteristics of nutritioxi at trade
schools. Trudy
LSGMI 31:129-144 156. (HIM 12:8)
.Xadskogo sanitarno-
1. Kafedra, gigiyeny pitaniya Leninr
gigiyenicheskogo meditsinskogo instituta.
(zavomfedroy
dots. Z.H.A6 anovskiy).
MHWLS'
trade schools, nutrition (Rug))
(11MITIO11.
in trade schools (Hue))

CHISTYAKQYA, M., kand.med.nauk, VORTK91. H.G.. stnrahiv
laborant,
THETIYANNA, Y*.I., labornnt
Protein content of diets in pulmonary tuberuclosis (with
summary
in 7ranch]. Probl.tub. 36 no*5r49-58 158 (min 11:8)
1, Is kafedry giglyeny pitaniya Stalinskogo meditainakogo
instituta
I is knfedry gigiyeny pitaniyR Lsningradal~ogo
sanitarno-gigiyenicheakw-o
meditsinakogo Institutne
(TUBERCULOSIS. PULMONARY, ther,
diets, protein composition (RUG))
(DIN, in ,var. die.,
pulm. tubere., protein composition (Rus))
(PROTBIN, setabl.'
requirements in pulm. tubere. (Rus))

A A.M., kand.med.nauk
,9HNTYAkPVA
Assimilation of fats in pulmonary tuberculosis.
Vrach.delo
no.2:158-3.59 IP '59. (MICU 12: 6)
Io lafedra giglyeny pitaniya Stalivskogo
meditflinskogo
inatituta.
(PAT XMBOLISM) (TURMUIOSIS)

CHISTYAXGVA~
A.M., kand.med.nauk,- VANIMNIM, V.D., kand.med.nauk;
MARCHENKOv
ekonomist
Basic methods for hygienic improvement of public eating
facilities
for minors. GigA san. 25 no-1107-42- N 160. (MIM 14:1)
skogo m9ditainskogo instituta.
1. 1z kafedry giglyeny pitaniya Stalin.
i Stalinskogo oblastnogo statisticheskogo Upr leni;m.
Iqv
(COLL MINERS-DISHASE AND HYG
E)

CHISTYAKOVA, A.M.; VANKHANEN, V.D.
"Laboratory manual on the hygiene of.~nutrition" by
A.I.Sl-ternberg,
W.I.Plotnikova, K.VALkhovizia. -Reviewed by
A.M.Chistial-.ova,
V.D.Vankhanen. Reviewed by A'.M.Chistiakova,
V.D.Vankhanen. Vop.
spit. 21 no.3:91-93 My-Je 162. (MIRA 15:10)
(FOOD)
(SHTEFUIBERGl A.I.) (PLOTNIKOVA, IU.I.)
(MUKHOVINA, K.V.)

A.M.; GOLUPSNNOVA, M.D.
Hvv,'~,,nir investigation of the nutrition of the
Donets coal
ba5in mAners underground. Vop. pit. 24 no.li28-31
Ja-F 165.
(Mlin 18~~9)
1. Kafedra g-igiyeny p~taniya (zav,- doi-sent P.M.
Chistyakova)
Done'skogo meditsirislrogo instituta i Gorlcvskqv
gc,7-odskcy

BARCHENKO, Ivan Petrovich, prof.;
Ck:LSUJAM,-AloktuLudra-YAtvayevna,
dots.; VANELUM, Villyam Davidovich., kand, med.
nauk;
MZHANOVSKAYA, Yelona, Stanislavovna.. dots.;
Prinimell ucha-
stiye: PETROVSKIT, K.S.,, prof.; ALEKSANDROVA.,
N., nauchn.
sotr., prepodavatell; BEDULEVICH, T.j, naucim.
Botr.p prepo-
davatelf; TURUK-PCHELINA, Z.., nauchn. sotr.,
prepDdavatell;
SMINA) Te.p nauchn, satr,,, prepodavatell;
BURSHrM, A.I.p
prof.; SHEVCHENKC, M.G.; STO1MWVA;=kAjX#s*&
[Manual on the vocational training of students in
nutritional
bygiene] Rukovoclstvo k proizvodstvemnomLL
obucheniiu studentov
pc gigiene pitaniia. 2. izd., ispr. i dop. Kiev#
Zdorovlia,
1965. 221 p. (MIRA 18:7)
1. Zaveduyushchiy kafedroy gigiyeny pitani7a I
Moskovskogo
meditsinskogo iustitita im. I.M.Sechenova (for
Petrovskiy).
2. Kafedra gigiyemy pitaniya I Moskovskogo
meditsinskogo
institute, im. I.M.Sechenova (for Aleksandrova,,
Bedulevich,
Turuk-Pehelina,, Sharina). 3. Zaveduyushchiy
kafedroy gi-
giyerq pitaniya Odevikogo meditsinskogo instituta
(for
Burshteyn). 4. Glavnyy inspektor po gigiyene
pitaniya Mi-
nisterstva.zdravookhrananiya SSSR (forShevehenko).

VOLOSHCHMOP Ye.A.; DVORYANCHIK, V.I.; ILICHENKO,
Ya.I.; TOPOL'SKAYA, T.A.;
CHISTMOVA, A.M.
Organization of sanitary supervision by a province
sanitary-
epidemiological station to control the use of
poisonous chemicals
for the treatment of food crops and animals on farms.
Vop.pit. 24
no.3t83-84 Yjy-Je 065, (MIRA Istiz)
1. Kafedra gigiyeny pitaniya Donetskogo meditsinskogo
instituta.
Donetskaya i Lyganskaya oblastnyye
sanit&rn(>-epidemiologicherkiye
stantaii. Submitted June 16, 1964.

S/184/60/000/004/003/021
IQ, A109/AO29
AUTHORS.* Shvarts, G.L., Candidate of Technical Sciences;
_Chistyakova, A.N.&Zh)-
Markova, L.S.; :: Graduate Engineers
TITLE: The Manufacture of Apparatus From Titanium-1
PERIODICAL.., Khimidheskoye Mashinostroyeniya, 1960, No. 4, pp. 8 -
10
TEXT: This article, compiled in cooper&tlon with Graduate Engineers
M.M.
Abelev and A.V. Nosov, states that tqsts carried out by NIMIKKASb
have eitab-
lished the. high corrosion resistance0of ST1 ('al)VIrAtanitun. An
unidentified
plant produces single-roller fOAA DOM) dryers with cast iron, steel
and t1ta-
nium parts. The dryer is designed for highly aggressive
concentrates used In
non-ferrous metal production, containing sulfur compounds anft
hydrochloric acid.
Its only other non-corrosive component is tanta],um,-A Pulps of
these concentrates
are filtered through Ar-130T (IjG-130T) titanium 71-1ters designed
by V.P. Abramov.
In coke plants -VTl titanium proved absolutely corrosionproof
ffl-id-superior to
highly-alloyed steels. Based on these results a saturator pipe and
a rectifier
were designed. The importance of surface, clearainess of walls on
~!orrosion rp-
sistance was tested on 6-mm VT1 titanium and OT4 (2T2)ALl-loy. It
results fr,,:,m
Card 1/2

s/184/6o/ooo/004/003/021
The. Manufacture of Apparatus From Titanium A109/AO_29
laboratory teets of N11_XhIMMASh and foreign papers (Ref s. I
and 2.) that In mcEt
media.the corrosion resistance of titanium is not higher than
the resistance of
acid-resistant steels. Chloride solutions contRining mcwjEt
clilerine, carbamide
solutions, and sulfur solutions containing S02, H2S and
chlorine Ions, are an
exception to this r"ale. ln these solutions tit-anium proved
non-corrosible
whereas highly-alloyed ateels wre subject to pitting, total
corrosi-kn ol- trana-
crystalline cracking. Welded titanium tubings produced by the
Moskovskly trub-
nyy zavod (Moscow Pipe Plant) and teested under similar
conditlorL3 avowed no los5
Cf waight and no races of eorr-~slve cracking. 1X18H9T
ant steel.Ehows pitting, corrosion in chloride solutions
containing KC10 and
X18H12M2T-(Khl8Nl2M2T)%stee1 shows var ccrr