SCIENTIFIC ABSTRACT BALASHOV, K. K. - BALASHOV, S. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103220007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BALASHOV,j -nstantlzi YonrAwntin,7 tc~p Vand. te0m:. rin?Ap dot"nt; i'JY-;Qll
T- ""
ROTTI-Y07M, 7W~T ~
Slactromapotic- procatis in transformars and autntrrineromerso
Tay. vye. uchobo zavo;olektromekhe 7 no*4005-,~04 161,
(MRA 1737)
It, rAfedra el(iktrlf~hoskikh mashin Odeaskogo polttcVhnichom~ogo
inAtitutue
- BALASHOVj K.X.p kand. tekhn. mik
Concerning the article "Potentials In the Improvew-nt transformrs and
increase of their power ratings". Blektroteklinika 36 no.7t58-62 Jl 165.
(MIRA l8t7)
PALA,SW,V.% K. N. '~D:. C FAS 1 1) "' I ~~' 3/2
c 1 1961
MRoLwr
8130 IW
'K. Ilf I
VAlCljl,lysv~, N.V.?
ProlongatIrri cf a excl,.9ion of lhfl h~,a-t frcm f!'ruuutt",)r, ~n
L
,L;n&.ra#o i7pothon, ta. Tnidy -21+11 34 10, 051RA 1-1, 10)
1. It Vajred.,T gcsr'tallroy ~Wrjrrll leni,,grals1korv ,kvi4-r,'rJchtiskcgc~
I _,. I
mdi-.,.slnukogo inetitutat
BAIA3KV. L*Ao
C-.ip norles. Izv. AN "MR, Sere nit, 29 nt.31!,3i-644 165.
(M."RA. 1816)
S/064/60/000/004/Ot6//021/XX
B013/B063
AUTHORS: Kachalov, A. I*, Candidate of Chemical Sciences, Bykova,
19 Goo shoov.-L.--N , Chashchin, V. I.
TITLE: Indus4rial Production of Sodium Chlorite
PERIODICAL: Xhimicheskaya promyshlennost', 1960, No. 4, pp. 72-75
TEXT: The authors have worked out and tested a scheme for the continuous
production of chlorine dioxide and sodium chlorite from sodium chlorate.
Methanol and hydrogen peroxide are used for reduction in the first and
second stage, respectively. Chlorine dioxide In obtained In three
successively operating steel vessels (7), lined with diabase and having
an attachment of Raschig rings. A mixture of a sodiumchlorate solution and
25-35% methanol is gradually heated as it passes through the reactioll
vessels (from 60 to 800C). The residue from the last vessel Is discharged.
The resulting chlorine dioxide is diluted with air until an explosion-
proof concentration is reached (not more than 10~). The diluted chlorine
dioxide is then passed into a caacade-of three absorbers of the bubbling
Card 1/4
Industrial Production of'Sodium Chlorite S/064/60/000/004/016/021/XX
B015/Bo63
type (8). 30% hydrogen peroxide in passed into all three absorbers, and
an alkaline solution with a concentration of 160 g1l is pcured into the
last absorber. Temperature is maintained at 0-20C. Sodium-chlorite
solutions with a content of 140-16o g11 NaC102, 15-20 g11 NaGl,
30-40 9/1 Na2CO3, and 0.5-1.0 9/1 H202 are obtained after absorption.
Sodium chlorite in evaporated in vacuo between 70 and 800C. Subsequently,
the sodium-chlorlte solution (concentration: 350-400 g1l) to passed
through a crystallizer (14) with a temperature of -5 to -1000 and then
filtered by a auction filter. The initial solution may be used again,
while the sodium chlorite may be put at the consumer's disposal. Only an
absolutely dry product can,',be stored in sealed containers for several
years. Sodium chlorite can be dried either in a vacuum drying apparatus
at 70-BOOC or with the use of dry air in a boiling layer at room
temperature. The last-mentioned method appears to be more promising.
Dried commercial, sodium chlorite contains 80-85~ NaClO,, 10-12% NaCl, and
5-6% Na2COg. The method suggested Is undanaeroue and very convenient,
provided t 9 production prooess is cerefully checked and technical.
specifications are strictly observed. The concentration of chlorine
dioxide in the reaction.,gas was measured with an automatic photo-
Card 2/4
Industrial Production of Sodium ChlqrIts a/o64/6o/oOO/004/016/021/XX'
B013/Bo63
colorimeter provided with 4>KC -r-1 (FKS-14) photoresistors. The process is
automatically checked and controlled by measuring the redox potential
with a couple of platinum (iridium)-calomal electrodes. The potentials
were recorded by an qnA (EPD) potentiometor, The formation of sodium
ohlorite may be determined from the redox potential. The method of
potentiometrio checking is recommended for use in the automation of
industrial plants producing sodium chlorite. An automatic photocalori-
rotor is recommended for the determinftion of the concentration of
chlorine dioxide. There are:3 figures,, 1 table, and 8 non-Soviet
references.
Legend to Fig. 1: Is 2, 3# 9, 10: Measuring vesselel 4t rotameterl'
5: pumpel 6% heat exchangeri 7: reaction vesselel 8: absorberej
11 : PMK -2 (RIX-2) vacuum pump 1 12 : alkali colleotorl 13: vacuum
evaporator; 14: orystalliterl 15: auction filter.
Card 3/4
S/064/60/000/004/016/021/xx,
B013/Bo63
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3alashov, L, S. "Aegarding A. Lane's article IT -c- e,~ol,;tlon o, ~, ne nj -CjrQ-P 4-1.e 1 It
(American Journal or 3cicnec, 1945) Vol. 245-A), Tr,,-* Laboratorii 6i,jrU,;LoI,
proliltm in. akad. Savarenno..o, ~"ol. 11, 1949, p. 230-34.
SO: U-3-342t 11 J~arcil 53, (Letopis Inukh State~, No. 9, 1949)
'-
DANA, Jams Dwight; DANA, Mward Salisbx=yj HILMIXT, V.I., Ltranslatorl;
POP". G.M., (traulator)l nXIWYA, A*T#, [translator]; YAM-
X&XMTBXIT, V*Asq [translator]; GRIGORITV, D.P9, redaktor-,
UUMN, L.S., redaktarl NIKIYMVA, A.N., tekhnicheekly redaktors'
gnaw
(The system of mineralogy., translated from the Inglishl Sistems
mineralogii. Pereyod s anglUskogo V.I.Mikheava i dr. Poderede
D.PeGrigorleva. Moskra, Izd-vo inostrannol lit-rr. VoLl [second
half, Oxydes and hydroxyls) 2-1 polutono Okiel)r i gidrookislye
1951. 419 p. (KIRA 8:5)
(Mineralogy)
a 1. 1 ~ , j r
rT-
DAR, Jame@ Dwightj DM, Idward Salisburyl PAIAWOVA, X.X., [translator);
GRIOORIYVA, N.P.. [translator]; XIKHMT, T.1e, Ctranolator);
SHAYRAIIDYSXIY, lole, (translator]; ORIGORITIT, D.P*, redaktorg
BAUMOT, L.S., redaktor; ILITIN, takhnicheOdy redaktori,
[The n-stem of mineralogy. %ranslated from the Inglishl Sistema mi-
neralogil. Perevod a angliiskogo M.N.Balashovoi, I dr, Hooky&,
lad-vo inostrannoi lit-ry. Vol.1, CfIrst half. Xlements. sulfide@,
sulfosalts] 1-1, polutom* Blementy, sullfidy. sulfosoll. 1951 607 N
(Mineralogy) (K= 825)
---8AtASwV,~--Li-S
ameeting for Covrdination of Activity in the Field of Hydrogeology and
Geological Engineerings" Vest. AN SSSRO 22p No.7; 1952
BALASHD!I_ 0 8 0
..P-, RJUAI-AW14
Alsksandr finsfeevich Ivansyl obituary. Trudy Lab.gidrogeol.probl.
32t253-255 155. (MM 9:6)
(Ivanov, Aleksandr Timefeevich, 1914-1953)
BALhSHDV, L. S.
Genetic classes of chlorine vatere in sediments and the dis-
tribution of trace elements in tbem. Diul.MOIP.Otd.gool.
35 no.1:124-125 Ja-I 160. (MM 13:7)
(Sedime nt a (Cleo loCr) ) (Water, Underground)
(Trace elements)
--BLWHOVP-L.Sv- -
. .i~; -gen'etic classes of saline vaterB In sedimentary rocks.
Trudy lab. gidrogeol.probl,30:3-20 160. (MIRA 14:4)
(Wine vaters) (Rocks, Sedimentary)
WaMIT, G.S. Ldeceased]. oty.red.;
--~SWNMN, T.S., red.isd-va; KAVOT, T-P-, tekhnorsda
[SurkbandArlys, artesian basin] Surkhan-Darlinsicii
artestanskii ~assein, Moskva, Isd-yo, Akado nauk SSSRt
1960. 277 P. (Akadexils, nank SSSR. laboratorila g1drogeolo-
gicheskikh problem. Trudy, vol625). (NDU 13:7)
(Sarkhandarlys Tallor-4ater, Underground)
BAUSHOV. L.S.
Flood land meadows in the middle Sncrr Valley. Ukr. boto zhur.
18 no.3:64-72 161. (MIRA 14:12)
1, Institut botaniki AN USSR, otdol pobotanlkio
(Snov Valley-Pastures and meadows)