SCIENTIFIC ABSTRACT KONSTANTINOV, V.I. - KONSTANTINOV, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824410015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ATANALYAN., E.G.; KOUSTANTINOV, V.I~; KOMAROV, V.I.; IAPSHIN, N.S.;
SIMONOVI A.F.; US, Ma.; EUDITA, S.M.; POFOMAPIRIKO,
V.K., prof., red.; KHRUSTALEVA, 1U., red.; GOROYMOVA, S.S.)
tekhn. red.
[~.ethodology for solving general electrical engineering
problems)Metodika resheniia zadach po obshchei elektrotekh-
nike. (By] E.G.Atamal-ian i dr. Pod red. V.K.Ponomarenko.
Yloskva, Vysshaia(sbhola, 1962. 167 P. (YJ.RA 15:12)
Electric engineering)

KOITSTANTDIOV, Vasiliy Ivanovich; SIMONOV, Anton Fedorovich. Prinimal
KHRUSTALEVA, 11. 1. , red. ; GARINA, T.D. t
tekhn. red.
[A collection of practical problems and exercises in electrical
engineering]Sbornik prakticheskikh primerov i zadach po, ob-
shchei elektrotekbnike. Moskva., Vysshaia shkolas, 1962. 269 p.
(MIFLA 15: 10)
(Electric engineering-Problems, exercises, etc.)

--.XONSTANTINOV, V.I.; AMOSOVp V.M.
Production of electrolytic tantalum, niobium.. and their alloys.
TSvet.mt. 35 no,8:72-76 Ag 162. (14IRA 15:8)
(Tantalum-ElectrometallurgT)
(Niabium-4lectrometallurgyj

K-0-XaTANUND-V*-YMUjy-Ivanovic ; MOSUROV, Nikolay Nikolayevich;
SIMDNOV, Anton Fedorovich; FEDOROV-KOICUV, pnatoliy Alakasyevich;
ZHUKHOVITSKI.Y, B.Ya.p dote., kand,taklm. nauk, red.; BULGAKOV,
V.A., red.; BORUNOV, N.I., takhn. red,
[Problems on theoretical electrical anginsering]Sbornik sadach po
teoreticheskoi slaktroinekhanike. CBy]V.I.Konst&ntinow i dr. Izd.3.,
dop. Moskva,, Gosenergoisdat, 1962. 191 p. (MIRA 16:3)
(Electric engineering)

ACCESSION NR: AP4029251 6/01251641000/004/0005/0009
AUTHOR: Rabkin, D. M. (Doctor of technical scionces); Ivanova, 0. N,
(Engineer); Ipatova, S. I. (Engineer); Romanova, Va, N, (Engineer);
Konsj;~rj~::Lg_qy,,V._.I. (Engineer)
TITLE: Effect of the addition of oxides of some rare and rare-earth metals upon
the characteristics of tungsten electrodes
SOURCE: Avtomaticheskaya evarka, no. 4, 1964, 5-9
TOPIC TAGS: welding. welding electrode, tungsten welding electrode, argon arc
welding, lanthariated tungsten welding electrode
ABSTRACT: Despite the fact that information regarding the harmful effects of
naturally -radioactive thoriurn in thoriated-W electrodes on hurnar, beings had been
I [contradictory, " the possibility of replacing Th was investigated. A 4-rnrn
tungsten wire was prepared by powder -rnetallurgy methods with the addition of
La. Gd, Y, Nd, Ce, Er, Sm, Dy. or Hf. Depending on the mechanical charac-
teristics of the processed electrode, the addition was.introduced either into the
Card 1 /Z

ACCESSION NR: AP4029251
W anhydride or into the W powder. It was found that W electrodes with oxides of
Er, Dy, and Sm, in their processing characteristics, are inferior to thoriated-W
electrodes but superior to pure-W electrodes. The electrodes with 1-20/6 of
La.03 were found to have the best technological characteristics; they are similar
to thoriated-W electrodes and are characterized by the lowest consumption and
highest current density. The welding current was 250 amp, at 65 v, with a 3-mrn
arc. Orig. art. has: 4 figures and I table.
ASSOCIATION: Institut elektrosvarki im. Ye. 0. Patona AN UkrSSR (Institute of
Electric Welding, AN UkrSSR); Moskovskiy elektrolarnpovy*y zavod (Moscow
Electric-Bulb nant)
SUBMITTED: 12Dec62
SUB CODE. 'M Art
DATE ACQ: 27Apr64
NO REF SOV: 005
ENCL: 00
OTHER: 002
Card 2/2

KONSTANTINOV, V.I.
~--- ....
Investigating the process of the high-temperature sintering
of tungsten. Foroah. met. 5 no.10:27-37 0 165.
(MIRA 18:11)
1. Institut khiaii i tekhnologii redkikh elementov i
minerallnogo syrlya, gorod Apatity.

KON,I)TAUT11vOV, Vavili7.1vanovich; SIMONOV, Anton -Fn-dQrcvch;
lu.P..p prepodavatel't retgenzi3r.Al.;
Ye.V., red.
[collection of practical, examples and prublew -,ji general
Ime
electrical engineering] SbornIk prakticbesYikh pr4 rov -1
zadach po obshcbei elektrotekhnike. Moskvnt Vys--haAa,
shkola, 1965. 226 p. (MIU, 16. 8)
1. TSentralInyy zaochnyy lesotekhnicheskiy teklvdkun. (for
Mikheyev).

1; ywr I
lad
---u P-r-
j)C*.:'--Xj,'r-i

KONSTM,TTINOV, V. I. (14--khariobr)
"Layout as some of the largest Soviet beneficiation works"
report presented at the 4th Scientific mA Technical Session of the Nvkhancbr
Inst, Leningrad, 15-18 JU1Y 1958

T" C. N Z I TIT-, I I _F~ I 1_v. V I -
18(o) PHASE I BOOK EXPLOITATION SOV/3212
Samsonov, Grigoriy Valentinovich, and Vladimir Ivanovich Kondtantinov
Tantal i niobiy (Tantalum and Niobium) Moscow, Metallurgizdat, 1959.
264 p. Errata slip inserted. 3,150 copies printed.
Reviewers: N. S. Nikolayev., Doctor of Chemical Sciences; A. I. Vaysenbergj
Candidat
..je of Technical Sciences; and 0. P. Kolchin, Candidate of Technical
Sciences; Eds.: A. I. Vayeenoerg and 0. P. Kolchin; Ed. of Publishing
Hou-se: M. S. Arkhangellskays; Tbch. Ed.: Ye. B. Vaynshteyn.
PURPOSE: This book is i-ntended for engineers and research workers in the
metallurgical, chemical, electrical, electronics, and other industries engWd
in the production or use of tantalum, niobium, and their a2loys. It ray also
be used as a textbook by students at metallurgical schools of higher education.
COVERkGE: The book deals very generally with tantalum and niobium. The
properties, applications, geochemistry, gnerals and ores,, processing, metal-
lurgy, forming., and ma~chining of these elements are discuss~ld. Their alloys,
inbluding metallic axid nonmetallic components', are also dealt with, the
information being based on expeilmental work conducted by the authors and on
published materitil. Aspects of ore beneficiation, analytical chemistry~
Gard 1/4

Tantalum and Niobium SOV/3212
and the chemistry of the principal compounds of tantalum and niobium are
discussed to &-leaner extent. The following perBonalites are mentioned:
0. A. Songina, A. N. Zelik-in., 0. Ye. Kreyn, and G. A. Meyerson. There
are 556 references.: 163 Soviet', 264 English, 105 Geinan, 14 Swedish, 7
French, 2 Belgian, and 1 Czech.
TABLE OF CONTENTS:
PrVface 5
Ch. I. General Information on Tantalum and Niobium 7
1. Properties of tantalum and niobium, 8
2. Properties of the principal compounds of tantalum and niobium 19
3. Applications of tantalum, niobium, and their-principal compounds 31
4. Economics of tantalum and niobium 48
Ch. II. Minerals, Ores, and Concentrates of:Tantalum and Niobium 51
Ch. 3:11. Metallurgy of Tantalum'and Niobium 65
A. Basic processing flow sheets for treating ore concentrates 65
1. Fusion with alkalies 65
2. Treatment with mdfuric acid 69
3. Treatment with hydrofluoric acid or fluorides 71
Caxd 2/4

IV. Chlorination 72
5. Carbidization 78
6. Extraction of tantalum and niobium from tin concentrates 78
B. Separation of tantalum and niobium
Separation as complex fluorides 79
2. Separation by hydrolysis of oxD3j e 80
3. Separation by rectification of volatile co=_ounds 60
4, Separation by selective re~tjjr.-tjon or jjjz:)jjjAM . mp
en outjjt, M
5. 5ajar,,~tlon with ioa-exchadrji~ msing
6. "k-paration by extraction
C. Redaction of tantalum and niobium from their compounds
1. Production of tantalum'and niobium powderr, 89
D., Production of compact metals i08
Ch, IV. Mechanical Working and Beat Treatment of Tantalum and Niobiiun.
Manufacture of Products. Welding 123
1~ Mechanical working 12.3
2. CleaninE; tantalum and nioblum, surfaces 127
3. Heat treatment of.tantalum and niobium 128
4. Welding 132
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18(5) SOV/135-59-8-2/24
AUTHOR6~ Tretlyakov, F.Ye.j Candidate of Technical Sciences,
Rogozhkina, I.K., Technician, Kqnst~AUqqj,_'Kj.,
_
Candidate of Technical Sciences, and Polyakov
,ta.
M., Engineer
TITLE: Argon Shielded Arc Welding of Tantalum
PERIODICAL: Svarochnoye proizvodstvo, 1959, Nr 8, pp 5-7 (USSR)
ABSTRACT: The acceleration in the development in the chemical
industry, which was urged by the plenary session of
the Central Committee of the Communist Party of the
Soviet Union in May 1958, depends to a considerable
degree on the use of new, highly effective alloys
and metals. Especially important in this connection
is tantalum, which is very refractory and extremely
resistant to corrosion, mainly in regard to acids.
In the following part of the article the main physical
and mechanical qualities of tantalum are compared
with those of titanium, aluminum, and iron (Tables 1
and 2). In spite of its relatively low strength tan-
Card 1/5 talum is used in a number of industrial branches.

Argon Shielded Are Welding of Tantalum SOV/135-59-8-2/24
Especially in the chemical industry it is used because
of its high resistance to corrosion. In the follow-
ing part the authors speak about the use of tantalum
in the USA and about the different ways the metal is
used. The wide application of tantalum made it neces-
sary to work out methods for welding this metal. The
foreign literature discusses some aspects of arc weld-
ing of tp-._-~.-alum. There arelhowever, no data given
about the technology employed in producing the welds,
and the welding equipment is not described. In Soviet
literature, there are no publications about argon-
shielded arc-welding of tantalum. Therefore, the au-
thors give some data for the welding of Soviet tan-
talum. Tantalum plates (lamellas) of 75x-'L50 mm with
a thickness of 1.0: 1.5, 2.0 and 2.5/mmuze lased for the
experiments. Before the welding the plates were un-
greased. Argon was used to shield the are and ',,he
welding. The electrodes were made uf wolfram. In
setting up the working data for the welding, the direc-
tions given in the literature and the experiences
Card 2/5 aquired in welding titanium, which is similar to tan-

Argon Shielded Arc Welding of Tantalum O-OV/135-59-8-2/24
talum, were utilized. The welding current, the arc
voltage, , the diameter of the wolfram electrode
and
were determined by the strength of the welding samples.
The shielding of the front and back side of the seam
was attained by using burners, welding heads and fix-,
tures, which are usually taken in welding titanium.
The working data of the welding are given in table 3,
The quality of the welded joints was controlled by
surface tests and X-ray photography, which was used
for a strength up to 2.0 mm. If the plates were
thicker 'than 2 mm, they were radiographed with gamma-
rays*of the radioact-ive material thulium 170. The
best results were obtained with argon which contained
0.04o of nitrogen and carbon. The mechanical quali-
ties of the weldings were determined on standardized
samples. Breakin.- and bending tests were carried out
and the corrosive qualities of the weldo determined.
The tests showed, that the durability and the bending
angle of the weld were equal to the durability and.
the bending angle of the basic metal in non-chilled
Card 3/5 condition. The plasticity of the welds was tested by

antalum,
Argon Shielded Arc Welding of T
Card 4/5
SOV/135-59-8-2/24
hammering on the welding seams. The metallographic
inspection of the welded Joints and of the adjacent
zones showed that a coarse crystalline structure is
formed in the seam. The size of the grain decreases
with the distance from the joint. At a distance of
3-5 mm from the seam the metal is finely granulated.
The resistance to corrosion of the basic material and
of the tantalum welds was determined with samples
which were put into tightly soldered glas ampoules
filled with nitric acid of 32% and sulphuric acid of
20% concentration. The results of the corrosion
tests showed that the welds resisted corrosion in
this solution. The corrosion in the welds did not
exceed that of the whole sample, and the mechanical
qualities practically do not change at all. The in-
vestigation permits the following conclusions.- it is
C)
well possible to weld tantalum with an unmeltable
electrode of argon within direct current and with
negative poling of the electrode. Welding with tan-
talum it is necessary to shield the weld from influ-
ences of the atmosphere on front and back side. The
Argon Shielded Are Welding of Tantalum
SOV/135-59-8-2/24
Outside is shielded by Pure argon of
tion, Which comes out
side Of the welded joi Of the welding 99*98% cOncentra-
nt is head. The back-
gOn over a grooved shim. shielded by admitting ar-
graphs and 6 references There are 6 tables, 4 photo-
3 English. 3 Of which are Soviet and
Card 5/5

/"z 0 0
AUTHORS-
TITLE:
52445
S/149/60/000/004/009/009
Babkin, Yu.A., Tomashov, N.D., Titov., V.A., Konstantinov, V.I.
stanedloof Tantalum- iobium Alloys in Sulfurous Acid
Corrosion Resi 11
PERIODICAL: Izvestlya vysshikh uchobnykh zavedenly, Tsvetnaya metallurglya,
1960,VNo. 4, pp. 153-156
3
TEXT- The autnors investigated the corrosion resistance of tantalum-niobium
alloys In sulfurous acid at various temperatures. The alloys were prepared of
electrolytic powders by the metalloceramic method and subsequently rolled into
sheets. Specimens were out out of the unannealed sheets. The tests were performed
with specimens of pure tantalum and niobium, and their alloys with a Ta content of
21.6, 34, 48.9; 5-11.1, 67.3 and 70.8 atomie %. The amount of admixture in the
al-loys did not exceed 0.1%. Prior to the tests the specimens were polished, washed
and degreased. Corrosion tests were performed at 20 and 600C with flasks with
ground stoppers. At 1!0 and 1500C the experiments were carried out with soldered
glass ampoules placed in metal cylinders with screwed-on stoppers. To prevent
the destruction of ampoules by internal pressure, the cylinders were filled with
water whose vapors produced the necessary cotmter-pressure. The flasks and
cylinders were kept in a thermostat for 20 hours. During the tests, measurements
Card 113

82445
s/149/60/000/'004/1009/oog
Corrosion Resistance of Tantalum-Niobium Alloys in Sulfurous Acid
were taken of the corrosion rate (in g/m;2 hr), proneness to crystallite corrosion;
changes in the mechanical properties, and electrode potential. The irreversible
electrode potential was measured every 5-10 minutes during 3-4 hours by the con-
ventional potentiometric circuit. A calomel electrode served as a comparison
alestrode. The following results wen obtailled: Corrosion of pure niobium and
n1obilum alloys with 21.6; 34 and 48.9 atomic % Ta was observed in 90% H2SO4 at
1100C. An increased Ta content made the alloys corrosion resistant in the same,
degree as pure Ta. Proneness to crystallite corrosion was not observed. During
the corrosion process-changes in the mechanical properties of niobium and the
alloy with 21.6% Ta took place as a result of hydrogenizatior. In 90% H2S04 at
600C niobium corrosion depended linearly on the holding time at a mean rate of
0.354 g/m2.hour. The nioblum alloy with 21.6% Ta corroded noticeably after 100
hrs. Maximum hydrogenization of niobium at 1100C was observed in 60% H',SO4.
Nioblum and its alloy with 21.6% Ta corroded, depending on the temPerature, aa-
cording to the exponential equation
Q
K = Ae IVI: #
where A is the constant; Q is the activation energy of the process in oal/mole;
Card ~/3

66591
S/136/60/000/01/012/021
E091/E255
AUTHORS-. Konyushenko, A, IT . Golovkin, R. V~,
and Polyalcov, Ya. hl.
TITLJE,~ Manufacture of Tantalum Tubes
.31
PERIODICKL: Tsvetnyye metally, 1960,Klir I., pp 60-67 (USSR~
ABSTRA(TT. The authors have developed a -new and efficient technique
for fabricating metal tubes, among tlftem t.antalum tubes.
The process consists in butt-welding strip and forming
it inll-o Whes; th,~se are welded 'by arg.--on are in an
ri~constructed au-1.;omatic electric tube
1--lill d subsequently passed through roliing mills (Fig 1).
The dimensions of the oriSinal sturip are determined by
uhe size of the tube reqvired and the possibility of its
ma,nufacture in a given plant, The application of clamps
a,nd directin- instrvjLen~s in rolling prevents scrap aue
1.0 Str4
T) coming out in a creseent-shared form, Cutting
of the stri-P edges is carried out ,,dith disc shears.
'Fieces of strip were butt-welded by argon arc welding
in the modernized au'Go-,tiatic machine "ADS-1000-2" by
o,onsilont direct current; (o~xperiments on the laelding of
Card 1/5 tantaluim Str4p with albornating current hove not given

685 91
S/l 36/&0/000/0 1/0 1210 21
il;091/E2~55
Manufacture of Tantalum Tubes
satisfactory results). Tungoten rods, (VT-15) containing
1-13% thorium oxide were used as electrodes, Saturation
of tantalum with nitrogen and oxygen increases the
ha-rdness and brittleness of the metal. To -orev2nt this
effect 'Ghe welding zone (the pool. of molten metal and the
joint both sides of the strip along a lenCth of 50 to
70 mm) was protected by inert gas (argon containing 0.23%
nitrogen ana 0.05P/6' oxygen) (see Table 1). The strip can
be annealed ed.ther before butt-welding or after welding
and cleaning of the joint, knnealin.-- was carried out
by soaking for 1.112 hours in an electric vacuum. furnace
of the Ts&F-273 typf_~%' at a temperature of 12000C with a
residual pressure I of 10-4 mm 11g, The weight of tbc charge
was 30 to 40 kg, Prior to being charged into -t-he furnaco
the stri-o was thoroughly washed with aceton. The
annealed strip had a UTS (Cb) Of 5i kg/mm a percerv,",aSe
elongation (6) of 24,8% and a Rockwell hardness (HRE)
of 75; the above mechanical properties show that although
not fully annea-led., -the strip was annealed sifffic2iently
ito be formed into tube billets (Table 2). In the
Card 2/3 continuous forming of the tantalura strip the shapi

68591
S/136/60/000/01/012/021
EOQ)./E255
Manufacture of Tantalum Tubes
roils used were graduated anti had groove profiles as shown
in Fig 2. Argon was applied to the internal surface of
the joint through the end of a hollow rod which was fixed.
between the fifth and sixth shaping stands. Argon was
also a-oplied to the external surface of the joint', by
a supple-mentar,-y nozzle (Fig The best results in the
welding of tantalam tubes wore obtained when the welding
t)roced.ures indicated in Table 3 were applied, Table 4
sh, Ji
.> ows thti '(/egt results on welded tube specimens at
various annealing tem *peratures. In Table 5 the best
rolling method for tantalum tubes is given. Tubes of
ni.ob_iu7..i, tantalum, cobalt and their alloys have been
fabricated by the new technique. There are 3 figures,
5 tables and 3 Soviel~ references,
.0'_SSOCIATIUNS: Moskovskiy trubnyy z;avod (Nilicscow Tube Works (first
Uwo authors) Kos1covskiy, el-i,,ktrolam:50-7v--YSF--aTO-ET,2,-Lc,
Elec.~-ri.c DiraT,~ ~Sorlks (last two au.-Ghors))
C'~-_,rd 3/3

S/136/61/000/001+/002/006
E02l/E135
AUTHOR: __Kg_n~tantinovj V.I.
TITLE: The Production of a Mixture of Tantalum and Niobium
Pentoxide by Decomposition of Tantalite-Columbite by
Fusing with Caustic Potash
PERIODICAL: Tsvetnyye metally, 19619 No. 41 PP. 35-38
TEXT: The usual decomposition of tantalite-columbite
concentrates is by fusion with caustic soda (Ref,l), The main
disadvantage of this method is that the extraction of the main
metals is not sufficiently high. Experiments were therefore carried
out using caustic potash. The chemical composition of the
concentrates used was as follows: Ta 05 - 44)+%; Nb205 - 16 l";
Ti02 6.5%; S102 9.9%, Fe203 6,, MnO 5,3%, Sn02 -
A1203 3 7%, Na20 1-7%s WO 0.2 MgO 0,7% -and CaO - trace.
The effec; of temperature on ~he decomposition is shown in Fig.11
residue of undecomposed mineral, %, vs. temperature) OCt
curve 1 - concentrate:KOH = lt2, curve 2 - concentrate:KOH = 113,
Fusion is practically complete at 700-750 OC. Tests on the cold
fused product showed that leaching without boiling gave an
Card 1/4
3/136/61/ooo/ool+/002/006
E021/E135
The Production of a Mixture of Tantalum and Niobium PentoXide by
Decomposition of Tantalite-Columbite by Fusing with Caustic Potash
extraction of Ta2O5 + Nb205 of 69.1%) and with boiling) 73.3%.
The optimum solidsliquid ratio was 114. After filtrationg a
precipitate remained which consisted largely of iron and manganese
hydroxide. It was found to be sufficient to wash this precipitate
twice using a 5% caustic potash solution. The precipitate,, which
contains some niobium and tantalum pentoxide) is roasted and can be
added directly to the concentrate or treated with hydrochloric acid
and fused potash, Investigations on the precipitation of sodium
tantalate and niobate by addition of saturated sodium hydroxide to
the solution obtained after leaching were carried out- Various
quantities were tried and in all cases a fine-grained precipitate
was obtained. The relation between the quantity of Ta205 + iNb20 Ided
extracted in this process and the quantity of sodium hydrox de a
is shown in Fig-2. It was found that addition of dilute
hydrochloric acid (181)t with a solid:liquid ratio of 1s6 and
roasting at 800 OC gave an extremely pure mixture with a
Card 2/4

S/137/62/000/007/020/072
A0%VA101
AUTHORS: Nonstantinov., V I Amosov, V. M., Kholobes, Ye. A.
TITLE: The production of electrolytic tantalum, niobium and their alloys.
2nd report
PERIODICAL: Reforatiynyy zhurnal, Metallurgiya, no. 7, 1962, 46 - 47,.abstract
7G323 ("Poroahk. metallurgiya", no. 5, 1961, 42 - 52; English
summary)
TaT: Three types,of elec,trolyzer designs with different methods of heatin*
were tested. As a resuli of experiments, an optimum electrolyzer design has been
developed in w1hich the electrolyzer itself (made of Ni or nichrome) serves as a
cathode, wiithout additional heating, with a hole in the conical bottom and with
a mobile graphite anode. Furihermore the effect of the following factors was
studied; the method of feeding the Ielectrolyzer,.the degree of filling the bath
with the cathode deposit, the composition of electrolyte, the temperature of the
process, the cathode, anode and volume current density. The purification of
electrolytic Ta and Nb powders from electrolyte salts was realized by heating
Card 1/2

Card 1/2
S/07 W008/00/004/0216
BIOIYJ3186
AUTHORS: Xonstantinov, V. I., Tslui Ping-haing
TITLE: Melting point and thermal stability of potassium tantalum
fluoride
PERIODICAL: Zhurnal neorganicheskoy khimii, v. 8, no. 1, 1963, 47-51
TEXT: Strongly differing publication data dn'the behavior of potassium
tantalum fluoride and its importance for the electrolytic production of
tantalum were the reason for determining melting point and point of poly-.
morphous conversion of K 2TaF in argon, ~hd for recording the cooling
7
Curve. K TaF was synthetized by dissolving me tallic Ta in EF in a
2 7
pl atinum crucible-and precipitation with KF. Moreover,.comm.ercial-
specimens were also compared with each other. Result:, m.p. 775 1 2'0 C,
polymorphous conversion at 741 _+ 20C. In conformity with the cooling
curve, visual observation showed that quick crystallization 'sets in w en the'
m.p. is reached,,and the melt is already completely solidified at 2 4 C 1
below the m.p. -The melt remains transparent up to the temperature of
S/978/63/008/001/004/026
B101/B186
Melting point and thermal ...
polymorphous conversionj at this point it turns opaque white. Experiments
in'air showed that liquid K TaF is stable in air, which was confirmed
2 7
by chemical and X-ray analysis.: The K2TaF 7 vapor, however, decomposes, in
air and an oxygen containing compound melting atihigher temperature is
formed, which condenses to colorless crystals, but a*bove 1150'C to dark
.1::,
blue crystals. The data by P.,Drossbach, P. Petrick (Z. Electrochem.
Ber. Bunsenges. phys. chem., 61,.410 (1957)) on the formation of p6ta6slut6
oxy-tantalum fluorides in the melt were not confirmed. Repeated melting
,,of K TaF produced unchanged*X-ray patterns. There are 3 figures and.1
2 . 7
3 tables.
SUBMITTED: February 20, 1962
t
Card 2/2

-0/078/63/008/002/007/012
~101/B186
A 1UT HORS s Tslui Ping-hsin, Luzhnaya, N. P., _Xonstantinov, V. I.
TITLEs Investigation of the--ternary reciprocal system of potassium and
tantalum fluorides and chlorides
PERIODICAL: Zhurnal neorganicheakoy khimii, Y. 8,.no. 2, 1963,' 389 395~~
TEXTt Both the system KF - KC1 - K TaF which is important for the
2 7
electrolytic production of tantalum, and the sy'stems K2TaF 7 - KC1 and k2TaF 7
were i nvestigated. Differing from T. Juch.i ~t al. (Bull. Res. Inst.~.Uineral
Dros. and Metallurgy Tohoku Univ., 15,87*.,(1959) it was found in the binary
systems that the compounds K 2TaF 7' XCI (NI~ 1-434~ and K2 TaF 7' KF (Ng 0 1.423,
Nm . .1-420, Np a 1.416) melt congruently at 7760C and undergo a pofymorphic
transformation at 7410C. In the system containing KC1 two eutectica exiet;
the one, m-P- 7120C, at 16 mole% KCI, the other, m-P- 7000CP at B2-4 mole%.-
In the system with XF, the eutectic containing 21.5 mole% Y-F melts at 7170C,
t~e one containing 74.5 mole% XF at"7270C. The system KF - KC1 - K 2 TaF7 may
Card 1/3

3/076/63/006/002/007/012
Investigation of the ternarysee B1O1/B186
be subdivided into two independent secondary systemst The ternary system
K TaF 'KF - K TO *KC1 - K TO and the system corresponding to the exchange
2 7 2 7 2 7
reaction KC1 + K.TaF 'XF KF + K TaF *M. For KC1, KF, K TaF *KC1,
7 2 7 2 7
K TaF KF, a-K TO T the primary crystallization regions were deter-
2 7' 2 7' P_K2 aF7
mined. The invariant points have the following positionj E at 5800C ands
.41.5 mole% KF, 51.5 mole%, KC1, 7.0 moleci'o K2TaP 7 ; E2 at,7100C, 11.6 mole%KF,p
8-7 mole% KC1, 79-7 mole%, K TaF P at 6780C, 62.0 mole% KF, 19.0 mole% KC1',
2 7;
19.0 mole~.K2W 7' From-the partially plotted phase diagram of the aystem~
), melting'
X,TajjCl,F it follows that the compound KC1-2KF-T&F' (or K TO -KC1
5 2 7
congruently at 7760C, exists and that the cross section (KC1) K TaF is a.
5 - 2 7
stable binary system. From the investigation of the:melting-point diagram
of KF ~ KC1 - K2TaF 7' it followed'that in the usual electrolyte used for the
production of tantalum or Ta-Kb alloys only KC1,KF and K2TaF 7* KCI exist
before-Ta 0 or Nb 0 are added, and that no free K TaF or K TaF KF are
2 5 2 5 2 7 2 7
Card 2.1/3
A

510~8V63100610010081012
B.1pl/B186
AUTHORSs Talui Ping-hain.'Konstantinov. V. I.:, Luzhnaya, N. P.
TITLE: Phase solubility and interaction in. systems containing Ta2 05'
potassium and- tantalum fluorides and. ohlorides
PERIODICAL: Zhurnal-neorganiche'skoy khimii, v. 8', no. 2, 1963, 396 402
TEXTt To clarify the,-electrochemioal processes-used for producing tantalum
~the following partial systems belonging-to the qua 'ternary reciprocal,syst.em
K,TallF,Cl,O were investigated: All binary pystems of the tetrahedron
(KC1)10.- Ta~O K TaF (KF)10, except X01 KF, partially,the systems,..
5 2 7 7.
K,T' Jj'F,Cl and K,Ta 11 FO and.th~ cross sections'K TaF KC1 Ta' 0- and KC1'-:-
a.
2 7 2 5
Ta'O *2K TaF It was found that the soiubility -of Ta 0 in KC1 at-9500C.in
2 5 2 V 2 5
only 0-04~, by weight, whereas the solubility of Ta 0 in KF at 11220C,ia
2
35% by weight. In the system XF Ta205 an euieotic was found at 8530C ands
1.8% by weight Ta 0 Above this concentration of Ta 0 there occurs a
2 5* 2 5
Card 1/3

Phane solubility and interaction...
S/078/63/008/002/008/012".
Bjoi/BW
compounds K3 TaO2F4 and K 2TaO 2Fwas proved b7 the shape of the liquidus L80-
therm. These were formed as a result of the reactions 2(Ta 0 2K TaF
1 2 5' 2 7)
+ 16KF - 4(K2TaF 7. KF) + 5K 3TaO F4(3) and ic3 TaO2F4 -KF + K2TaO2 F3 (4)."
Accordingly, Ta2 05 and Ta 20 5* 2K2TaF7are decomposed by KF and -form the
potassium oxyfluorotantalates K TaO F (a 1,2,3;- m - 3A). ks'a result of
A 2 m
the reaction (4) the solubility of Ta 0 0K TaF in the electrolyte reaches'
2 5 2 7
6o mole% at a6aOc. Final conclusioni Within the temperature range 750
8500C of the electrolysis, the compounds K 2TaF 7' KC1, K3TaO2 F4or K5T&02F3
exist in the usual electrolyte besides XF and KC1, playing an important role
in the electrolytical process. There are ~ figures and 3 tables.
ASSOCIATIONs Institut obshchey i neorganicheskoy khimii im. N. S. Kurnako a
Akademii nauk SSSR (Institute of General and Inorganic Chemistry
imeni N. S'. Kurnakov of the Academy of Sciences USSR);
Moskovskiy elektrolampovyy zayod (Moscow Electric Lamp Plant)
SUBMITTEDs JulY 4, 1962
Card

RAEKIN, D.M.j IVANOVAt O.Nol IPATOVA, S.I.j ROMNIOVA, V.N.; KONSTAN.TINOV, V.I.
irfect of the additim of oertain rare and rare-earth metal oxides
on the properties of tungsten electrodes. Avtom. mar-17 no.4t
5-9 AP ' 64 (MIRA 18:1)
1. Institut elektroevarki imeni Ye.0, Patona AN 1TkrSSR (for
Rabkinp Ivanova). 2, Mookovskiy elektrolampovyy zavod (for
1patova, Romanova, Hanstantinov).

L 5323-66 IWP (a) 9WT (M),6M W dZ& W (Z)AWF(b) ip(n)
AC.1: NR, APS026271 "jW/JD/JG M/0226/65/000/010/0027/0037
7br
'AUMOR: Konstantinovt V. 1.
TITLE: Investigation of the process of the high-temperature sin Of
SOURCE: Poroshkovaya met allurgi yaj no. 10, 1965, 27,37
TOPIC TAGS: sintering, tungsten, sintering furnace, metal powder, porosity,
electric conductivity
ABSTRACT: The high-temperature (2800-3200*C) sintering of t;u'ngsten is a major stage
An the production of this metal by the powder-metallurgicalilethod. The sintered rods
are heated to such high temperatures chiefly by passing electric current directly
through them. In this~connection the authors investigated the attendant changes in
the properties of VA'tungsten (0-45% SiO 2 + 0.45% KC1 and 0.03-0.05 Al 203) as well as!
of pure tungsten. The metal powders were first pressed into rods measuring 9x9x4OO Mo.
And, prior to their high-temperature sintering, the rods underwent preliminary
sintering at 1150-1200*C in hydrogen muffle furnaces for 30 min (VA tungsten) and at.
900-1000*C for 20 min and, subsequently, 1250-13000C for 40 min (pure tungsten).
The high-temperature sintering itself was performed in a special hydrogen furnace
with current of 2300-2400 a (VA tungsten) and 2500-2600 a (pure tungsten). After
this, the change in density was determined gravimetrically and the shrinkage, by the
change in the length of the rods. Findings: for VA tungsten, marked shrinkage begins
Card 1/3

ACC NR, APS026271
at 1450-15000C, whereas for pure tungsten it begins at 1800 and at a slowerArate. The
density of M rods is correspondingly greater than that of the rods of ard-tungstens,
This isapparently attributable to the greater dispersity of the powder of VA tung-
sten compared with that of pure tungsten. This has a corresponding effect an porosity,
which is greaLer in pure-tungsten rods. As for the changes in chemical composition,
high-temperature sintering; leads to the gradual evaporatior. of the additives, such
that the sintered VA tungsten rods contains only an average of 0.22% K20 , 0.35% SiO29
and 0.045% Al 0 - The changes in grain structure were determined by examination of
2
microsections oi rods sintered at different 'temperatures. It was established that
grain growth commences at 1800% and becomea particularly ma-'ked above 2700*C;-this
process is more, pronounced- in pure-tungsten rodi- than in VA-tungsten rods, which
accounts for the smaller shrinkage, lower density and, correspondingly, higher poro-
sity of the former. It is further established that, beginning with 1600*c, pure-tung-
sten rods have a swIler electric conductivity than VA-tungsten rods, which also is in.
agreement with the findings on density and porosity of the, rods. Similarly, above
1600% the hardness of pure-tungsten rods becomes smaller -than that of VA-tungsten
rods, owing to the greater shrinkage oCthe latter* Orig. art. has: 8 figures, I
table.
ASSOCIATION:* Institut khtmit i. tekhnalogii redkikh elementov i minerallnogo, a t
Apatity (Institute.of the Chanistry and TechnologZ-of Rare Elements and Miners,
qq, S, z;
2/3
Card

v
';1479
15, 1-966, go
opt4c mcaLiurc,- Ont, meaLuring inozrument, aui;oriztic control
jro~;cnts an au-~omazic corrmcn3a~~ioa refracLol-iletor
all op~J;-Cc,! a CC'Lj. (soo V,ig. 1).
4- 'i'lle com-oonsatoz in t,1(:)
!)recisiun of tho
:',5 a Ivils CO;-'InCrIsator, coll:dst-L11-- Of an Olujuctivo lung;, two no~a;k*oive
joL;I-61 L
"I"Cl vo acts wliich muvos a a plane porponuicular to the op' ical axis
Card 1/2 UDG: 535.3,22.4

ACC N;~: J*26-32`~9","
F7
f
-,x
VL-
Lli
-LL
of comn,)cnsa-~;or. Orig. art. has: 1 figuro.
DiD 03:)Z. 1114~ 20/ SUBM DA:Z-T'-. 26~,pro'5
Fig. 1. 1 photoreceiver;
2 cc-'-l; 3 coniponsator

ANTONOV, M.A.; KONSTANTINOV, V.L., elektromekhanik
Device for checking the fielda Of step-ty-step switcheB.
Avtom., telem. i ovias' 7 no.6.-29-31 Je 163.
(MIRA 17:3)
1. Rizhakaya distantaiya Bignalizatsii i svyazi Pribaltlyokoy
dorogi.

KONSTANTINOV, V.M.
The All-Union ConBtruatlon Zxhibition. Sell.stroi. 10 no.1:6-7
Ja '55; (MIRA 8:4)
1. Nachallnik otdola *Zhilishchnogo I sellskokhozya7stvennogo st---ol-
;ellstva!'Veesoywnoy stroitallnoy vystavki.
(Moacov-Construction industry-fthibitiona)

YANISHEVSKI19 Ye. N. I KDNSTANTINOV., V.M.
Effect of tectonic and lithological factors an the localization
of bydrothermal urenium ores in the Erzgebirge. Geol.rud.
mestorozh. no.6:38-45 N-D 160. (MIRA 14:3)
(Erzgebirge-Uranium ores)

KONSTANTINOV., V.M.
PposlAility of using the biogeo6hemical method in prospecting for
uranium in an and climate. Sov.geol. 6 no;3:151-155 ~t 163.
(MIRA 16.3)
(Geochemical prospecting) (Uranium ores)

KONSTANTWN _V.M.; YANISHZ=lr, Ye.M.
SO , I
itdnff primary halos of dispersion for the estimation of the
are potential of disjunctive dislocations. Geol. rud. mestorosh.
5 no,2:126-127 Mr-Ap 163, (MIRA 16:6)
GeochOmical prospecting)
o deposits)
t

T
:~499
-c 2- _79
Konstantillov. V"_M'
T Uee of tracer elements in the eluraluation ar, radioactive anor-ma-lies in
axid clixAta regione
SC'_*~~C_E: Atomnaya energiya, v. 18, no. 6, 1965, 65'~?-tqq
TOKC TAGS , geochemistry, uranium, fissionable metal ore
J' -AW-PRACT.- - -Gqqqhemiq&L- atudies--or -arid oi-imate~ remp'OnG fOU I. that in the areas--
!-b_e=inj:,--radio&q t Lvd- Or* e- and ialieq~- t he-ie-njni~ 6 6ila- a hdwe4,- the- Pre- a e nee- 6dispep~fp_n~~_
halos af utaniam, lead-f~zinc ':cobalt -malybdenum and arsenic i&ich are the element-&---
fr,:-vLn,7 the endogenic dispersion halos &rowid uranitm, ore bodiea. In places where
anomalies were absent only uranium and lead traces were preaent. It ~Ms
suggested that in and climate areas the tracer elementp of uranium deposit a
Aispersion halos can be used in prospecting for radioactive ore-bearing anomalies.
L
=rt. has 2 f igures and I table.
ASSI-OCLMONt none
SUBMI=I: OlApr64 ENCL- 00 SUB CODE., MM, ES
NO REF SOY 000 OTHER: 000 NA
Cara

3 4 S 6 A 9 V I I U 13 M is a, V to to is v n' a X zi 2' V a M; 12 It 32 M X J. a 41 Q OCO
R-1-1 U V 1 L--L-JA-n -t L

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'

of . The adsorpdoi by
do fiver of couaidsj dyes &ad gMW4qjMX iaj~cted in
to the
P-141 CitcuktiOn. V
1
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M
Arkh
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00 ic 637-NX 1"))-C"Ifuidig dyes WYPAVI Nue, Li carmine. ctAWgW) and %tq*nSk'ft of

00 a India Ink and of staphylococci we" Injected into the uw..Wvttfk veins and C&y VKJM of -040
tablAM and the results on the retention of the* substanm by the li%vt were Atudied ~00
94 a h6tologically, The mom highly dLVmrd CTMeAds. trYP&n blue and U carmine
when

a .
injec-tt'l into the POrtal circulation, were not stisnebed to any greater extent by the 16-er .04
than by the 41ther tissues, Just as is the can when these subKtances aft introduced Int'. .00
:0 the general circulation. Vnder the same amditioms the tmwe citarsely dispcrbed India
ink and ~taplqhlcxwd are altivat entirel
tai
td b
r
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ti
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d
h 040
e
n
o-en
e rt
cu
y
ol
y
elial system of the
i 6

00
3 l
vrr (Kupffer cr1h). C(AWgd behaves In an Intermediate manrk-r in Olt mpn1.
Th
r
h
th
f th
d
f =00
% e
r
a
m o
e
egree o
d*w"itm of suhstaners from the portal circutati,m W
liver function is
f6cus
if I
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t
if i

00 i
m
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e
a
n frW to.the action of drugs, PONW4. etc.
W. A PKpLxwa%,; age

00 0o
m
be
-00
"Oe
40 ct,
LA asTALLOCICAL U110001 CLOSOKATION
- : -- - - - %1.1.,
.&V ell 4-k
I S a Od 0 M 0 14 0 a a
T to "'
U A, 4, stuff 1181KOn 1 000 0
(V 00 0 * 0 0 0 0 0.0 1 00 0 4 a
0 0 0 0 e 0 0 0 0 0 0 0 0 *~q 0 6000 * 9 6 0 0 0 0 '9 MdA
0 0 0 61 0 0 * 0 0 0 a 0 0 0 0 0 0

0 0 0 of 0 6 0
1 4 1 j It
AS L-L L _rL K A L L ~B-ll F 9 Of 1 -1-11- 1 IL 4 A -u I*-,. 0b Ot 04 16 a -6
4
00 The offset a' tem#WlfY COM*ftddm Of artedu upon the 4openitica of laftawt. .00
"T bl" md laft isL V- U-,KOxszAwnmr. Arkk b". -00
French WXIM-Trypau blue and India ink w"T, inje"ed loto .00,
he rar vein of rabbits after
114 the vrim of the co"Pe~ with d-90- vuying FrM 15 aria. to 12 br, .00
lo"T "tffelmkies Of UK UVO Wd of Use xPltvn. The distribution
the foreign substances in the tbrjn at the arpm wkkb had been rendrrd anemic
I)y the alcve Procedure and in the 04bet onans was detd. The thifun which had
~n deprived of "food Ff"i"A the fOrdfu C01"" sub4&nm in much gresterqmnlities
The retention was lartkiduly pwmmnftd In the reticuk.. 0041
"Ild"thells] 0114. This in elPWfled bY the hyperemis which norm&Uy loflows sfW the
Irmpirary anemia W. A. PROLSWRIC,
r
.0 .4~jl
.3 too
if '!,go
boo
00
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70 U CLASWICATION
0
An L S I U 0 9 0 1 9 Of a a
0 u S AT OU 9 4 a 0 X,
0 0 0 4 6 0 0 0
0 0 *0 *0 0* '0 *0

0 Is 0 0 1 i 4i iti,44-4 6-4-4,4,410 0 0 0 0 4 6 z o 0 *:IF
a 6 1 1 10 11 u U 14 If 11 ly a a if u n 14 a x U 11 Rib IOU Mite #1 42 41 Ad OCe
:0 A Jk-L S it J A I. a-A-P,-Q W I _11111 CC 0 U4~-1 1 -4 t~ 1 .1 4- 1--,e s
4
we The effect ol loca Wftnndwy rece- W Vital aboorptloof 011 UYM blue in .00
11'. M. KONSTANMOV. Arkh. biol, NaiJt 30. 651-9
00 f the reticulo-esdothellial 1 .00
00 tin Ft,lich MWIkv4 ItQOI.-Lc%-&I'siibcutwiWus-absem" were prmhxvd in Mbbib 11Y .00
Implantatitin C4 PiCAVII of VAW asul by jtfje~ of iafwKwW catth. of tut1wiltine
66 and of virulent cultures of stsoylococcf. sevenil 1RJcctkMS n( 0.&-2 cc. of 0.1%, 4101
de into the Var vein for &-25 days.
Itypall blue *tie U.4 The gniMals WCM ftCrhked .04
(j varintts Ownes nadr. tfUlmd and otudird mic m4x)pkally. A Now"hat
nerved to certain partsA the feticulo-criduthrlial
increasrd itfroorptk4i of the dye wits of .041
Ytrm. "rnci&lly in the brxbe marrow. the multi were not regular ur consistent
tjjrrAjj(jj~-uj. 21,41 nt; parallelism was linavi tntween dye abumption and bemtqpnic q nos
W A, iluxuwair
=00
00 00
90 a ;Igoe
goo
'00
as 0
04
GICAL LIMNAUNI CLASSWKATION
.-$L- ~TALLIJX
0 31 L~.' - - - --- . .7 ~ :
woo
Itidgi 41P 0-1 cat IILL"Mlt* 4"ViTcg 0-ov ift 0 0
i a 1 mr & o a a 3
u IS AV M3 9 1 -
1 . I ."I * *, a, a, J .1 u it tt x WLO (1 1 14
0 0 0 0 04 0 0 0* 0900 0 0 0 0 4 0 0 40 0,411 0 0 0 0 6 0 0 0 0 6 4 0 0 0 0 0 0
0 0 0 *10 0 * 0 0 0 0 0 0 0 0 0 0 a 0 4 0 0

BREGADZE, I.L.. NONSTANTI79OV, T.M.
Schinocaccus cysticus, e . i akush, 23 no,11:8-10 N'58
(MIR.A 11:11)
(LNZR,~ATIDS)

DREGLDZE, I.L., prof.; liQNSTANTINOVt VM.9 prof.
Errors In determining the type of larval forms of echinococcus in
man. Sov.med. 25 no.8t77-430 Ag 160. (MI]RA 13: 9)
1, Iz kmfedry gospitallnoy khirurgii (sav. - prof. I.L. Bregadze)
i kafedry patologicheakoy anatcadi (sav. - prof. V.M. Konstantinov)
Novosibirskogo, meditsinskogo instituta (dir. - prof. G.D. Zalesskiy).
(RCHINOCOCCOSIS)

BREGADZE, losif Lavrentlyevich, prof.;
-b,_ prof.; SIM011YAL, K.S,, red.; EAIIIIE~-'ZV'
X*kayjqykc A)
IMIX., teklm. red.
[Alveolar echinococcosis (alveococcosis)] Allveoliarnyi
ekhinokoklcoz (allveokokkoz). Moskva, Medgiz, 1963. 222 p.
(MIRA 16: 12)
(BYDATIDS)

KONSTANTINOV,,,-Y,~., prof.
Histology and histochemistry of the connective tissue in alveolar
echinococcosis in man (mucapolysaacharides, enzymes).-Vop. pat. i
rag. org. krov. i dykh. no.l-.185-190 161. (MRA 18:7)

SHAKHWANTS# Georgly Mikbiqlovich, doktor tekhn. nauk; ANELIN 9 S.V9 . prof
E~~OV#
reteenzent; ~~ANT~Ua.K~~p dote.j, reteenzent;
14.P.,,
retsenzentl TAKOVIZVp V*F.p reteenzent; BOCHENKOVp M.S.., kand.tekhn.
naukp retmenlent; BROMMG.'U.N., reteenzent; YERSUOVy O.P., re-
tpenzent; ZVERV, B.N.."irsU6nzentf ZOLOTARSEYp A.F,, retsenzent;
IVASWHENKO, G.I., reteenzentj IMW, S.A., xetsenzent; IURKARITAN~IM.A.,
reteenzentj POPCVpV.V.,retsenzent;; POPOV.S.N.,,reteenzent; SER IKOV 'V.V.
retsenzent; SHAPMOVSKIY,A.K.,reteenzent; NOVITS=.G.I.jinzh.,retseib--
zent; VINTOROVO I.I., kand.tekbn.muk, reteenzent; VYSD'TSM 9 A.F.j
kand*tokbn.naukp reteenzent; SAATCHYAN, G.G-., kand,,tekbnnaukp re-
teenzentj YAKOVLEVA, Y4.A.,'.kand.tskhn nsukp ret enzont; TITOV, V.P.j
kaudstekbnonaukp retsenzentj CRUSHEVOY: N.G., in:b,,p redej IILCKBIRG,,
YesMot kand.tekba.mauk, red.; MTRM, P.A.,,tslft, ric
[Railroad tracks] Zbelesnodareshmi put'. Mookvaj, Vees.lsdatelleko-
Oligrob"edinenis M-va putei soobsbabeniial 19619 615 pe
(MIRA 14812)
I* Wodra "Zbqlsznodorosbv*y put'* Leningiadakogo institute inshene-
rv7 zh~lezncdo~ozbzwgo traisporta, (for Amelin, Konstantinovp 3mimovp
Yakovlev). 2. VaesayusW usuabno-iseledovatellskiy institut shelesno-,
dorosbnogo traneWrta (for Boabookov, Brombergp Yershkov# Zversvp Zo-
lotarskiyp Ivashaborkop Lin&Tv Markarlyanq POPOV, YOVOP P6POTO Smsep
Sarebremikovp Sbafranovskiy, NovItmkiy),3-Ve~soYuzW mucbmio-isoledo-
vatellskLy institut transportnogo atroitelletva(for Viktomp,V~ectakiyp
Saatabyan, Yakoylevay Titcv)
(Railroads-Track) (Railroad engineering)

AMELIN, Stepan Vasillyevich., zael. deyatell nauki i tekhniki RSFSR,
doktor tekhn.nauk, prof.; DMIOVSKIY, Loeopolld Mechiolavovich,
doteent; KONSTANTIIIGV,, Vasiliy Ikkolayevichp dotsent;
ANMEYkb-~.
.. re ~s~nzen ~,-- ~'~ V.V., inzb,,
retsenzent; LIDERS, G,V., dots., red.; BOBROVA, Ye.N.,q
tekhn. red,,
[Tracks and track design, operation and maintenance]Putl i
pu~evoe khoziaistvo. Pod red.S.V.Amelina. Moskva, Transzhel-
dorizdat, 1962. 185 P. (MIRA 15:9)
(Railroads-Track)

KONSTAITTINOV V.E., Inza.
- -
Effect. of Urn de.91gri (if woms on the qffjoiency of nrultiworm
pre.sa. Milm. i nef-It. mashinostr. no.2.-21-26 Ag 164 (MTRA 18.-T)

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00 The b0flume of sillcom no the pirciperties of steel
00
nior *,Z (4 p4i, 2vir, si ill alml 14ix,4 the cm.
Im4till, incrMIS 111t. cril, qui-cwhing Plived. incicams ill*
le"Incy 4)f the steel to dtvuhurize at high tcn,P
and di -
.
CICAACN the Stability uf CCIIICnlile. & ll,CIV,V% lol't,41
Al"I (661111W MITUXIII Nil 1`14~ IMIC 41111111-M,
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A S 2 - S L ASITALLU*GKAL 1.1119114 Ldt CLAUVOIC&TKIN
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XONSTANTINOV. V.11., kand.takhn.nauk
Aut,)matie synchroalsers used for switching marine synchronous
generators Intm parallel operation. Sudostroents 24 SO-7:41-45
il 158. (MIRA 11:9)
(Electricity on ships) (Electric generators)

85761
1~ S/137/60/000/009/011/029
Aoo6/AO01
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 9, p. 236,
# 21408
AUTHORS: Konstantinov, V.N., Timofeyev, Ye.I.
TITLE: The Effect of High-Speed Deformation on the Mechanical Properties
of a 6 -95 (V-95) Type Alloy After Aging to Various Degrees
\i
PERIODICAL: V sb.: Nekotoryye probl. prochnosti tverdogo tela, Moscow-lenin-
grad, AN SSSR, 1959, pp. 230-237
TEXT: The authors investigated the effect of;%the deformation rate on the
mechanical properties of a V-95 type ~Lluminum alloy"auring-static and d~&ic
tension. It is established that at higher deformation rates of an annealed alloy
higher strength and ductility characteristics are observed; strength charac-
teristics are reduced and ductility increased during high-speed deformation of
a hardened alloy. Extended time and elevated temperature of aging reduce the
effect of the deformation rate; this is due to the effect of the aging process,
Card 1/2
0, 0 R
N MON tl= I
1
85761
S/137/60/000/009/oli/o2g
A006/A001
The Effect of High-Speed Deformation on the Mechanical . Properties of a 6 -95
(V-95) Type Alloy After Aging to Various Degrees
intensified in the deformed alloy at a higher degree of deformation and meta-
S'ability. There are 8 references.
K.M.
Translator's note: This is the full translation of the orlginal Russian abstract.
Card ~/2

I- KONSTANTINOV, V.N.9 inzh.; LEVIN, A.F.j prof.9 doktor tekhn.nauk
Multiocrew-presses for processing plastic materials. Khiz. maah.
no. 1:3-8 ja-F l6l. (MM 14:1)
(Power presses) (Plastics)

8/081/61/000/022/070/076
B144/B138
AUTHORS: Golubev, B. N., Zaretakiy, B. F., Konstantinov, V. 1.
TITLE: Automatization of screw extruders for plastics
PERIODICAL: Referativnyy xhurnal. Khimiya, no. 22, 1961, 454, abstract
22P95 (Ifekhaniz. i avtomatiz. proiz-va, no. 3, 1961, 20-24)
TEXT: For automatic temperature control and regulation in the extrusion
process, both positional (for larger temperature intervals) and speed-
proportional floating control systems are used. But owing to the high
inertia of the units hitherto used (e.g.p resistance thermometer as pickup,
autotransformer as regulating element, control has not proved effective
enough. The use of electronic relays and miniature thermocouples gives
much better results - At present, electronic machines of the `!,&C-200
(MARS-200) scan-checking type are still more effective. Each of theme
machines is able to control 20-40 extruder units. [Abstracter's note:
Complete translation.]
Card 1/1

KONSTANTINOV, V.N.; LEVIN, A.11,
Performance of multiple-screw Pxtruders with meshing worms.
Plast.massy no-5:47-52 162. (MIRA 15.4)
(Extrusion (Plastics))

- kand.takhn.nauk
Using the solf-nynabronixation method for switching synchronous
marine generators Into parallel operation. Sudostroenie 25 no.2:34-38
F '59- (MIRJL 12:4)
(Blectric generators)
(Blectricity on ships)

KONSTANTINOV, V.N., inzh.
~-- ~,
Geometric compatibility of screws. Khim. mashinostr. no. 6:
12-13 N-D 162. (MIRA 17:9)

KONSTANTINOV, V. NOI_kand. tekhn. nauk
Automatic control of marine electric power plants. Sudostroenie
28 no.10:26-30 0 2'62. (MIRA 16:1)
(Electricity on ships)
(Automatic control)

003
ACCESSION NR: AP3003263 5/0286/63/000/ /0031/06ji-
'AUTHOR; Frolov, M. D.11 Konstantinov, V. N.
TITLE: Equalizer for angulir velocities of rotatione Class H 02j4, 21d sup',
42 sub O5.N9. 152910
SOURCE: Byul. izobrateniy to,,rarnykh znakdv' no. 3. 1963, 31
TOPIC TAGS: equalizer, angular velocity, semiconductor,rela,, elay,
7, Voltaie
ABSTRAM Equalizer for angular velocities of rotation, in which thare i~i.
aD lied to two volta-e relays, rectified envelopes of the beat voltagest
which are shifted-relative to each other 'by an angle, the sign of which
determines the sequence of relay,operation;.its distinguishing feature is','I'tha
in order to'eliminate the need for.rectifying the voltages applied to the-:.'
equalizer, a' voltage relays:based on semiconductors and employed in the 18~1~terjf J.
the interlo king circuit between the voltage relays set up with the aid of a 1 j
differentiating subeircuit ard a supplementary triodo. /rostracterqs note:'
coniplete~treinslation.7 Ori~. art. has: 1 figure.
A

KONSTANTBOV, V.11 . kand.tekhn.nauk; MAKSIMOV, ILK.,, inzh.
System of remote automatic control of marine diesel generators*
Sudostroenle 29 n0-1:39-43 Ja 163* (MIM 16:3~)
(Marine 4"e1 engines) (Remote control)

KONSTAN11"INOV, VA., ~Cand.tekhn.nauk
Principles of the theory of automatic control. Sudost-roenie 29
no.10:77 0 163. (MIRA 16s12)

KONSTPIITINOVI V.N.,,kand.tekhn.nauk; VARLINSKIY, B.D., inzh.
System of remote control for tYq electric power plant on the lum-
ber carrier "Vytergrales.1' Sudostroenie 30 no.l.-28-30 Ja 164.
(MIRA 170)

-_KONS'PANT[IOV. V.N. kand. tekhn. nauk
I
- .-Y,
Automating marine electric power nystem-9- Sudostroenie 30 no.9:
45--47 S 164. (M MA 17: 11)

EN S
,~7,~~TINPV, Vasiliy- Nikolayevich: VILESOV, D.V., doktor tekhn.
nauk prof., retsenzent; KUZNETSOV, N.A.p Laureat Goo.
premii, retsenzent; SUPRUN, G.F., doktor tekhn.nauk
nauchn. red.; CHFAS, M.A. , red.
(Synchronization of marine synchronous generators] Sirl.-
khronizatsiia. sudovykh sinkhronnykh generatorov. Lenin-
grad, Sudostroerie, 1965. 289 p. (MIRA 19:1)

BARTEVIEV, Prokofiy Vasillyevich, prof. (dereased]; LMl,',S-Vd-lTIIWVt
2 -~~ * "
VasilU 111kolayr ich, dots. 5 SKALOV, Y,,Yu. ~ K !~WMCT'--
vMN,'7W '--`t%T1DZE G.I., red.
.9
[Arrangement of trackage and stations] Ustroistvo puti i
stantsii. Transpi~rt~ 1965. 351 (MPIRA 18-.8)

KONSTANTINOV MI., Inzfi.; OZO11, N.R., Inzli.; VAYINSH"EYN, Ye.S., inzh.;
KLOCHKOVP V.I., inzh.
Units for the production of plane films. Kh1m. i neft. mashinostr.
no.1:5-9 Ja 165. 09RA 18:3)

L
ikCC NRt AP6W7661 (A) SOURCE CODE: UR/0413/66/000/003/0059/0059
AUTHOR: Konstantinov.-V. ff.,* Semenov, V. G.; VAXXhansMy, P, G.; Ze-doneyev. V.
ORG: none
TITIE: Unit for longitudinal orientation of a p2lymer film, Class 39# No. 17M3
[Announced by the Scientific Research Institute for the CcMstrUctjon of Chemical,
Machinery (Neuchnd---lealedovatellskly Institut khtmichesikogo mashincetroyeulya)]
SOURCE: Izobreteniya,, promyshlennyye obraztey,, tovarnM znaki,, no, 3,, 1966, 59
TOPIC TAGS: film processing, photographic equipment
ABSTRACT: An Author Certificate has been issued describing a unit for the longi-
tuclinal orientation of polymer films. The machine is eqAipped with one set of
retarding rolls and another set of pulling rolls. To reduce the transverse shrink-
age of the film and control its deformation rate, an orientation roll,, which can
be heated upj is installed between both the pulling and retailing rolls and eqv1pped
with a mechanism for moving the film In the vertical plane. (LD)
SUB CODE: 14/ GMH DM: 07JOU65/
film processing
Corti I /T A7A-ni7-1L

Iv e~ '-1 N j~j o V
')- PHASE I BOOK EXPLOITATION sov/3671
Akademiya nauk SSSR. Institut elektronnykh upraviyayushchikh mashin
Tsifrovaya tekhnika i vychislitellnyye ustroystva; [Sbornik]
(Digital Technique and Computing Devices; Collection of Articles)
Moscow, Izd-vo AN SSSR, 1959. 184 p. Errata slip inserted.
4,000 copies printed.
Ed.., N.S. Bruk, Corresponding Member, USSR Academy of Sciences;
Ed. of Publishing House: G.Yu. Shteynbok; Tech. Ed.: V.V.
Volkhova.
PURPOSE: This,collection of articles is intended for persons
specializing in computer technique.
COVERAGE: Most of the work in this first issue of the Collection.-
of Articles of the Institute of Electronic Control Machines of
the Academy of Sciences, USSR, was carried out during 1958-1959,
and was dedicated to digital technique. The Institute conduc-
ted studies aimed at creating a high-speed memory device of large
capacity. One of the results of this work was improvement of the

Digital Technique (Cont.)
SOV/3671
M-2 computer by replacing Its static storage device with ferrite
,memory cores. Other articles concern the use of transistors in
digttal computers, stability of analog computers equipped With
d-c operational amplifiers, and the use of the M-2 compu'ter
in nolving various problems. Future issues of this aollectIon
of articles will present the results of work in digical tech-
nique in mathematical investigations, and in control machines and
systems of control which operate on the principle of digital
technique. Some personalities are mentioned In the articles.
References accompany some of the articles.
TABLE OF CONTENTS:
From the Editor
3
Glukhov, Yu.N., V.I. Zolotarevskiy, M.A. Kartsev, V.P. Konstantinov,
and R.P. Shidlovskiy. Ferrite Memory Device With _____--5
The authors present a.general description of the ferrite core
memory device. It has a 4096 worid capacity, each word consisting
of 36 binary bits, two of which are reserve. The access time is
zafwae7l~l

Digital Technique (Cont.)
SOV/3671
about 30 mior.osec;, part of this cycle overlaps other computer
operations. This memory unit is equipped with 526 electron tubes
and 103 additio'nal tubes are used in the power supply. These
specifications constitute a great improvement over the previous
memory device., in which the operational electrostatic storageand
the reserve magnetic drum storage had a capacity of 512 binary,
34-bit words each, and in which access time was from 37.5 to 50 or
more microsec.' It was equipped with 644 eleiztmn tubes and
150 additional tubes were used in the power supply. The new
ferrite core memory device was developed) executed, and adjusted
at the Institute under the general direction of I.S. Bruk, .
Corresppnding Member of the Academy of Sciences, USSR. Prelimi-
nary studies were made in 1955-1956 under the direction of I
ON. Rosnitskiy. The essential part of the work was done under
the supervision of M.A. Kartsev by engineers T.M. Aleksandridi,
V.B. Borok, Yu.N. Glukhov, V.I. Zolotarevskiy, L.V. Ivanov,
V.P. Konstaptinov, Ye.N. Filinov, and R.P. Shidlovskiy; and
technicians I.I. Gallyamova, N.S. Zhdanov, V.M4 Minayev,,M.Ya.
Natanzon, Z.N. Sidyakova and V.S. Sokolov. *The construction
group was under the supervision of A.N. Patrikeyev, and the
Card 3./11

SUKHOV, Dmitriv Koastantinovich; NICHAYNY, Y.T., retsenzent; KONSTANTINOT,
V.Plo,xetseazent; YETIAMOV, S.N.. redalctor; KLN, P.M.
-tffatelletva; MUSNATA, A.K.. tekhnicheskiy redaktor
[Blectric engineering and telecommunication] Slektrotekhatim I
elektroovias'. Izd. 2~-os. dop. i ispr. Koskva. Izd-vo ftechnol
transpi'rt,O 1956. 466 p. (MIRA 9:8)
(Alectrio engineering) (Telecommunication)

KONSTANTINDVO V.P.
-------
Now head for seviantomtIc weldIng mebbe, Mambinostroltell
no.6:18 Js 160. (KIRL 13:8)
(Electric welding)

XONSTANTINOV, V.P.
Mechanixation of calking
no.6:61-62 Jo 160.
(Galking-lquipmont
operations. Sudostroenie 26
(MIU 13:7)
and supplies)
S

Gluing parts on & hydraulic press with heating by high frequency
currents. Sadostroente, no.7t6O-61 JI 060. (MTRP 13 t7)
(Gluing) (Induction hOating)

~.; VWLOV, YU.V.; UGOROVA, L.S.
K2~~
Glinical and epidemiological charac.~eristics of Omsk hemorrhagic
fever. Sov.med. 25 no.1:70-71 Ja 161. (MIRA 14:3)
1, Iz Omoko gosudaretvennogo meditsinskogo instituta.
&IDINIC HEKORPYAGIC FEVER)

SOLOMATIN, V.M.; YATJREj A.G.,
retsenzent; PETUKDOIV, OUGLIK. G.L.
retsenzent; TUPITSA, I.S., retsenzent; FRIK, A.6., inzh.,
nauchn. red.
(Manual for ship engineers and electricians] Spravochnik
elektromekhanika i elektrika sudna. Moskva, Izd-vo
"Rechnoy transport," 1963. 713 p. (MIRA 17:2)

MISTANTYPY. Teselin
Determining power of electric motors in large and high-speed
contrifugal ventilators. MMasI Lino s tyjr) ene 12 no.6:2-1-25 Te'63

KONSTMITINOV, VI-ktor, inzh.
Eperimental determination.of the coefficient of resistance.
Mashinostroene 12 no.30-16-18 W163-

IONOV, 13.1.; PWROV, N.I., redaktor; XONSTANTINOV, V.P., redalctor; KW-
NATA, A.K., takhnichookly redektw
[Practicpl guide for ship radio operators] Praktichmskoe rudovod-
stvo sudovmu radistu. lzd. 2-e. perer. i doD. Moskva Isd-vo Wint-
steretys rechnogo flota SSSR, 1952. 219 p. [Kicrofilmi (HLRA 8-7)
(Udio in nevigation)

XONSTANTINOV, V.P., Inshener.
. ~ - YI.-W
Developing electric and radio navigation
water transportation during the sixth fl-e-year
15 no.8:12-16 Ag 156.
(Inland water transportation) (Radar
(Sounding and soundings)
techniques In Inland
plan. Rech.transp.
(Km 9:11)
In &"Igation)

MENISHIKOV, Nikolay Aleksandrovich; CHIRNYSIIHV, I.K,retsenzent;
-.P.;-, - -red. i:AMN _P
MANIKOVICH, B.Ya., retsen2ent;
red.izdatelletva; TSVWKOVA, S.V., tekhn.red.
[Organization of ships' radio communication systems] Organizetaiin
sudovoi radioeviazi. Moskwa, Izd-vo "Rechnoi transport," 1957. 88 p.
(MIRA 10:12)
(Radio--Installations on ships)

107-57-2-31/56
AUTHOR: Konstantinovy V., Chief Specialist, Administration of Communications,
_Vft+94rr-*f-4hs River Fleet, USSR
TITLE: Radio Communication in the River Fleet (Radiosvyazl na rechnom flote)
PERIODICAL: Radio2 1957, Nr 2, pp 26-27 (USSR)
ABSTRACT: Radio communication adopted on Soviet river ships has acquired
great importance over the last few years. It helps in management of the
shipping,-and also in securing safety. Radio station's of 30 to 80 v have
two bands, 25 to 120 m and 500 to 19200 m. Radio stations "Urozhayll are
widely used in roadstead communications. Operational communication in
the river fleet is of the CW type and has definite intervals between the
communication sessions. Each river basin is subdivided into several
dispatchers' sections, from 400 to 800 km apart. As the ship goes along
the river, it contacts a number of section stations in succession. In
many basins the ships also establish con-minication with the radio centers
of the shipping management. Sometimes communication is effected by means
of announcements that are made three or four times a day. The announcements
include the call sign of the ship for which mail is waiting and also set
the schedule of comunmications. Twice a day a radio center of the shipping
Card 1/2

KONSTARINoy, V.Pe, inzh.
-M r~"r methods for ohip handling, Rech. transp. 17 no.5-
30-32 Vf 158. (Hadar in navigation) (XIBA 110)

RULIKOV. Dmitriy Ivanovich; SARATOT, Vladimir Yadeyevich; SHUNRYK0, G.K.,
rateen2ent; KONSTANTINOV,.V.P., retsenzent; KUSHCH. L.K.. red.;
LOBAROV. V.A., takhn.red.
[Nautical equipment of ships for Inland navigation] Navigatsionnos
oborudovanie suday vnutrannego plavantia. Moskva, Izd-vo wRachnol
transp6rt.0 1959, 127 . (MIRA 13:1)
(Inland navigation3 (Nautical instruments)

J111191PAQW18 Iijil Pavlovic-h SKVOHTSOV,-:,D.g.9 retsenzent: BOGDANOVq
V,I,, retsensentiL--seed]: Ka, P.M., red.12d-va; BOBROVAo
V.A., tekhn.rede
[SUp radio operator's manual] P060biO sudovomm radistu.
Koskva, Izd-vo Oftchnoi transportg* 1959. 332 p. (MIRA 12:9)
(Radio in navigstion)

VLASOV, Viktor Grigorlyevich. dotsent, kand.tekhn.nauk; SVICHNIKOV, Vladimir
Grigorlyevich, kand.tekhn.nauk; NIKITENKO, Tu.I., dotsent, kBnd.
tekhn.nauk, retnenzent; SEEZAAKOV, A.V., dotsent, kand.tekhn.nauke
retsenzent; XONSTANTINOT, V.P., inzh., retsenzent, red.;
VITAMKINA, r~edizd~-va-, ~-OVA, V.A., tekhn.red,; POKHLMMXMAt
H.I., taklm.red.
[Fandamentals of radio engineering and electronic navigation
devices) Osnovy radiotekhniki I claktroradionavigetsionnys
pribory. Moskva. Izd-vo %ohnoi tr~6port,* 1960, 279 p.
(miRA 14:3)
(Radio in navigation) (Radio)

PHASE I BOOK EXPLOITATION SOV/5712
Makiyenko, Semen Ivanovich, Nikolay Aleksandrovich Men'shikov, and
Vadim Pavlovich Konstantinov
Organizatsiya radiosvyazi,, radioveshchaniya I radionavigatsii na
rechnom transporte (Organizing Radio Communications, Radio
Broadcasting, and Radio Navigation In River Transportation) Moscow,
Izd-vo uRech:ioy transport", 1960. 130 p. 2,800 copies printed.
Ed.: D. K. Sukhov; Reviewer: I. I. Pospelov; Ed. of Publishing
House: P. M. Kan; Tech. Ed.: V. A. Bodrova.
PURPOSE: 'This book is intended for radio-communication personnel
and for ship handlers and other personnel concerned with the
operation of fleets, harbors, and maintenance bases.
COVERAGE: The book presents the prinoiples of the organization of
radio communications, radio broadcasting, and radio navigation in
river transportation. Primary attention is paid to radio communi-
cation operations aboard ships, in particular during navigation
Card 1/5

-K6NSTANTINOV9 V.9 inzh.; TSYPINv Yaot inzh.; MIROSHNICHENKOl I.0 inzh.
Introducing automatic control in inland navigation and prospects
for its development. Rech. transp. 20 no. 2:12-14 F 161.
(MIRA 14:12)
(Inland navigation) (Automatic control)

STUKUSHIN, V.I., otv. za vypusk; KONSTANTINOV, V.P., red.; UN, POFLO"
red. izd-va; BEGICHEVA. M. .. tekhn. red-.
(Regulations governing radio equipment on ships navigating the
inland waters of the U.S.S.R.; rivers lakes, and canals] Pra-
vila po radiooborudovanilu sudov vautrennego plavaniia SSSR;
rekip ozera,, kanaly. Utverzhdeny prikazom MPF no.77 22 marta
1956 g. Moskva, Izd-vo "Rechnoi transport,n 1956. 56 p.
WIRA 150)
1. Russia (1923- U.S.S.R.) Rechn4* Registr.
(Radio in navigation) (Radio-Installation on ships)

Vam.rora (tlfianer fo-- ship spaces. Sudoatroania 26 no.
(MTRA
(Vacuum cleanirg)
(Shipbuilding)

_INITS, Yu.K., retsenzent,
KONSTANT?~YqV,. ~Vadimj~4VIQV#h
IROSHNIbijtVKO, I.F., red.; KAN, P.M., red. izd-va;
REMMAY T.T., tekhn. red.
[Sbip radio operator's handbook]Posobie sudovomu radistix.
2., dop. i perer. izd. Moskva, Izd-vo "Rechnoi transport,"
1962. 262 p. (KIRA .15:12)
(Radio in navigation-Handbooks, mamals, etc.)

EENUA, F.F.; DUKOR, Z.G.; KLYUSHENKOV, I.S., KONSTANTIMY- V.P.;
KATLER, A.I.; MAYKOV, N.K.; PRAYSMAR0,47".; SEWJEYEV', V.I.;
TRUFANOVP V.G.; FEDOROV, V.F.; FRUMIN, S.R~; CHERTKOV, Kh.A.;
SHIBANOV9 B3.1 VATASHKINA, S.A., red.izd-va; CHERNOV,M.I.,
red.; BODROVA, V.A., tekhn. red. ...
(Handbook on ship repnirs in two volumes] Spravochnik po
remontu sudov v dvukh tomakh. Pod obshchei red. M.I.Chernova.
Moskva, Izd-vo "Rechnoi tranaport." Vol.2. 1963. 600 p
(Ships-Maintenance and repair) (MIRA 16:9)

BENUA, F.F.; DUKOR, Z.G.; KIYUSHRTKOV, I.S.; KO '~ 'T'zQ'V-'JqP-;
KOTLYARA D.I.; MAYKOV, U.K.; NAYSP, - P,A.IDA.; SMGEYEEV,
V.I.; TRUFAUCIV, V.G.; FEDOROV, V.F.; I-RUMIN, S.R.;
CHERTKOV, Kh.A.; SHIBANOV, B.V.; CHERNOV, N.I., red.;
VITAS11KINA, S.A., red.izd-va; BODROVA, V.A.j tekhn. red.
[Handbook on ship repairs in two volumes] Spravochnik po
rer.ontu sudov v dvukh tomakh. Pod obshchei red. M.I.
Chernova. Moskva, Izd-vo "Pechnoi transport." Vol.l. 1963.
550 P. (Ships--Maintenance and repair) (1aRA 16:12)
(Marine engineering-Handbooks.. manuals, etc.)

PAKHOMOV, V.B., kand. tekhn. nauk,- NAUMOV, A.I.,. inzh.; SHMIANOV
V.S., inzh.; ~~A11TIUOV9,.N.P.9, inzh.; KOST111, A.M..,
inzh.; SEWENOV, YU.K.0 inzh.; PYATLIN, A.A... kapitan;
VAGANOV, G.I., kand. tekhn. nauk; SVIRIDOV, A.A., inzh.
KHODUNOV, M.Ye., kand. yurid. nauk; SAPOGOVA, A.Ye., inzh.;
SGYUZOV, A.A., doktor tekhn. nauk, prof., red.; VASILtYEV,
A.V., kand. tekhn. nauk; ALEKSEYEV, V.I., red.; KUSTOV, L.I.,
red.; VITSINSKIY, V.V.., red.; BORISOV, I.G., red.; SOLAREV,
N.F., red.; ANDRIYENKO, V.I.., red.; SUTYRIN, I.I.A., red.;
GOLOVNIKOV, V.I., red.; ZOTOVA, V.V., red.
[Manual for the navigator of a river fleet] Spravochnik su-
dovoditelia rechnogo flota. Izd.2., dop. Moskva, Transport,
1965. 423 P. (MIRA 18:2)
1. Gorlkovskiy institut inzhenerov vodnogo transporta (for
Pakhomov, Semenovp Vaganov, Vasillyev). 2. Moskovskiy rech-
noy tekhnikum (for Naumov). 3. Volzhskoye ob"yedinennoye
rechnoye parokhodstvo (for Sheimanov, qarovova)- 4. Mi--ister-
stvo rechnogo flota (for Konstantinovl.'isviridov).5.Kazmskiy port
(for Kostin). 6. Moskovskoye rechnoye parokhods-tvo (for Pyatlin).

ACC NRi AP6031288 (N) SOURCE CODE: UR/0399/66/000/009/0107/0111
AU`rHOR: Konstantinov, V. P.; Dontsov, G. I.
ORG: Department of Infectious Diseases/Director-docent V. P. Konstantinov/9 Omsk
Medical Institute im. M. 1. Kalinin (Kafedra infektsionnykh bolezney Omskogo
meditsinskogo inistituta)
TITLE~ Clinical picture and treatment of tetanus
SOURCE: Sovetskaya meditsina, no. 9, 1966, 107-111
TOPIC TAGS:. human ailment, tetanus, tetanus therapy, disease therapeutics j
ABSIR'ACIT
Clini.cal-epidemiological studies of tetanus-in Omsk revealed'_-
that symptoms were fairly similar in all patients; the incuba-
!,-tion period ranged from 3-3"0 days with an average between
5-11 days. Eight deaths were caused by asphyxia or cardiac'
paralysis. Complex therapy was effective for all survivors I
and revaccination was recommended. [WA-50; CBE No. 12)
_j
SUB.CODE: 06/ SUBM DATE: none/ ORIG REF: 030/
1/1
UDCr 616.98lo551.313.13(571-13)

KOROIAV, VA.,; KOffSTUTBOT. V~V., redaktor, KOGAN, T.L. tekhnicheskiy
redaktor
[Manual for an autom'obile dispatcher] Posobie dispetchera avto-
khoziaistva. Hoek-va. Nauchno-tekhn. izd-vo avtotransportnot lit-
z7. 1954. 102 p. (XM 8:6)
(Radio-Transmitters and transmission)

KONSTANT111OV,V. V -
!~- _.- -
Include a device for pouring gasoline in drivers' equipment
kits. Avt. tr&nap. 33 no.5:33 MY 155. (KIRA 8:8)
(Automobiles--Apparatus and supplies)