SCIENTIFIC ABSTRACT VASILYEV, B.T. - VASILYEV, D.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858820013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L o5iih-67
ACC NRs AM6015331
UMV
4r
the Ural machine-buildin , Novo-Kramatorok machine-building,
Novosibirsk and Kolomna heavy lathe and hydra~l~c--~re-i3i--m--a--nufac-
turIng planTs, t Dnepropetrovsk plant, and plants of the Orenburg-
"'Gidropressil--association produce at present hydraulic press equip-
ment. The capacity of Soviet hydraulic presses varies from a few
tons to 15,000, 30,000, and even 70.000 tons. Their performance
speed varies from decimals of mm per second to 300 mm per second,
stroke varies from a few centimeters to a few meters, and the power
of the drive varies from a few kilowatts to several thousands of
kilowatts. The remodeling of four cylinder presses made it possible
to bring down the pressure of fluid to max. 320 kgc/cm2 and to
reduce the weight of the press including its equipment to 1350 tons.
It proved possible to reduce the weight of the press as compared to
that of a multicylinder press of 31,500-ton capacity almost by 5
times, i.e., to reduce it by more than 4000 tons.
TABLE OF CONTENTS:
Publisher note -- 3
Introduction (B. P. Vasillyev) -- 5
Ch.- I. Designs and controlling systems -- 9
Card 2 /

ACC NRs Am6ol5331
1. Small-size press for hot die forg
_Lng (B. P. Vasillyev) 9
2, Preauee for making shaped bars (R. A. Dolgin, G. Y.
To 31
3. Presses for making-tubes,'(R; Dolgin, G. H. Tsykin) -- 54
4. Press for making a clad,,~wir 4Sh. Sh. Khazin) _- 68
5. Machines for straigFtefi~ng bares ~6~dfrc iihing and torsion
(M. Ye. Kotlyar, Lu. Ye. Shteyndorf) -- 80
6. Presses for straightening parts and blanks by bending (14. Ye.1
Kotlyar, Ye. A. Korovin) -- 91;
T. Presses to_F7&_riia_k_fiig-_'r_ollcd rods into measured blanks (L. L.
Meahkov, Yu. I. Karnatskiy) -- 10);
F-ree s '_ 0- r-co-m-p-a-c-t-in e'_r__r_os crap (P. A. Kokaharov) -- 1111
9. Shears,-Tor metal scrap (M. Ye. Ko~_t_iyar, Yu. Ye. Shtqjndorf)--12
10. ~r~~sfor packeting cotton (F. Ya. Karakuts) -- 134
11. Pumps of accumulators (V. H. Levita) __ 145
Ch. II. New controlling devices -- 154
12. Hydraulic master devices for automatic control of hydraulic
press unite (D. Ya. Levita) -- .151,
13. Equipment for protecting hydraulic presses against over-
loading and for control of distortion and stresses in basic
parts (R. M. Lisny anskiy) -- 166
Card 3 / 5

ACC NR; AM6015331
Ch. III. Calculations and investigations -- 190
14. Properties and power characteristics of hydraulic drive vith
stored energy (B. P. Vasillyev) -- 190
Energy consumed by actuating mechanisms driven by pump-
flywheel -- 194
Loss of energy caused by compression or fluid in hydraulic
cylinders of actuating mechanism -- 196
Loos of energy in pumps -- 196
boas of energy caused by fluid leakage - - 198
Energy ~d b actu t mechanisms
To'se"M
' foy
ff driven by pneumo-
tor --
hydraul
mu
Dependence between power and efficiency of the drive with
pneumohydraulic accumulators -- 204
Lose of energy in controlling speed by a throttle -- 205
Energy consumed by one operational cycle -- 211
Formula for determining total energy con sumed by moving the
actuating mechanism and the losses of en ergy in the hydraulic
system -- 228
15. Properties and power characteristics of hydraulic drives with
- centrifugal pumps and heavy pumps (B. P. Vasillyev) -- 230
16* Properties and power characteristics of special hydraulic
drives (B. P. Vasillyev) -- 281
17. Effect of fluid compressibility on the s peed of actuating
mechanism movement (B. P. Vaaillyev) -- 312
:ard 4 / 5

AN6015331
18. Calculation of shock absorbers for braking the movement df
heavy parts (B. P. Vasillyev) -- 319
19, Dynamic processes in the hydraulic press induced by sudden
drop of work load (B. P. Vasil'jev) -- 341
20, Selection of hydraulic press drive, leased on the information
obtained on the technological process (B. P. Vasillyev) -- 39
21. Method of calculating hydraulic follow-up system for con-
trolling actuating mechanisms (B. P. Vasillyev) -- 366
22. F6rmula for calculating torque moment In axial hydraulic
engines (N. V. Navrotskiy) -- 390
23. Analysis of hydrau cylinder failures (L. P. Kibardin)--398
24. Investinati8n of stresse in basic parts of hydraulic presses
(L. A. Smolyuk) -_ 414 ~_j
References __ 432
Appenaix -- 434
SUB CODE% 13/ SUBM DATE: OlDec65/ ORIG REF: o41/ OTH REP: oo6
kh
Ll;~,d

VA 51 "' YdV V., U - I-
USSR/Chemistry - Sulfuric acid production
FD-1727
Card V1 : Pub. 50-3/18
Author : *Vasillyev, B. T.
Title : VXhZ furnaces in which some of the pyrite is burned in a suspended
state
Periodical : Khim. prom., No 1, 13-15, Jan-Feb 1955
Abstract : By modifying the design of VKhZ furnaces, burning of 20-30% of the
pyrite in a suspended state was achieved. The efficiency of the
furnaces was increased thereby. One figure, one table.
Institution : Voskresensk Chemical Combine (*Chief of Department)

VA,5'IL , Yp if) B. T.
USSR/Chemistry - Sulfuric acid production FD - I --, rjt~
Card 1/1 Pub 50-12/19
Author : Vasillyev, B. T.
Title : Experience in increasing the capacity in connection with the prcduction --f
sulfuric acid
Periodical : Khim. prom., Ho 2, log-lio (45-46), Mar 1955
Abstract : Describes technical improvements and improvements in labor Pffi,~iency Lt
the Voskresenskiy Chemical Combine imni V. V. Kuybyshev as far as the
production of contact sulfuric acid is concerned.
Institution: Voskresenskiy Chemical Combine imeni V. V. Kuybyshev (* Chief of Plant
Department of)

USSR/Chemical Technology - Chemical Products and Their Application. Sulfuric
Acid, Sulfur and Its Compounds, 1-2
Abst Journal: Referat Zhur - Ehimiya, No 19, 1956., 62o63
Author: Amelin, A. G., Baranova., A. I., Vasillyev, B. T.
Institution: None
Title; Production of Sulfuric Acid by the Wet Catalytic Method
Original
Periodical: Khim. prom-at.. 1955, No 8, 453-457
Abstract: Results of laboratory and semiindustrial scale experiments on con-
densation of SO and H,
3 ,,0 in scrubber apparatus (SA). In unit of
output capacity of2 t/aay gases containing 6-5% SO and 9~ H20
passed successively through 3 vertical SA fitted 1h cooling de-
vices; degree of condensation was 99.8%; concentration of %304 (1)
in first SA 95-5%. Condensator with output capacity 10 t/day C013-
sisted of horizontal steel drum with acid-resistant lining, divided
in 3 chambers by 2 partitions through which the gases passed in
succession, bubbling through I flowing countercurrently from one
Card 1/2

USSR/Chemical Technology - Chemical Products and Their Application. Sulfuric
Acid, Sulfur and Its Compounds., 1-2
Abst Journal: Referat Zhur - Rhimiya, No 19, 1956, 62o63
Abstract: chamber to another through openings in the partitions. To lower the
temperature water was fed into the chambers and due to high tempera-
ture of acid this water evaporated absofoing a large amount of heat;
water vapor was discharged to atmosphere with the vent gases; con-
densation 1 99.2-99.5%. Because of uneven cooling of gases (for
instance at walls or on disruption of operation temperature condi-
tions) the resulting mist must be recovered by electric precipita-
tion following which total condensation I reaches 99.8-99.9%. On
condensation of I in packed tower with I counterflow, a I mist is
formed which is recovered in electric precipitation unit. There is
presented a diagram of an industrial installation for the production
of 92-5-95% 1 from H2S by the wet catalytic method. See also Referat
Zhur - KhimiYa, 1956, 55003; 55oo4.
Card 2/2

SOV/1 37- 59-1-281
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 35 (USSR)
AUTHORS: Sveshnikov, M. A., Sobchitk, Yu. f., Vasil'yev, B. T
TITLE: Placing Into Operation the First Fluidized- solids Furnace for the
Roasting of Pyrite (Opyt puska pervoy pechi dlya obzhiga kolchedana
v kipyaslichem sloye)
PERIODICAL: V sb. : Vopr. polucheniya sernist. gaza iz kolchedana i sery.
Leningrad, Goskhimizdat, 1957, pp 58-68
ABSTRACT- A furnace for roasting of pyrite by the fluidized-bed method was de-
signed in IQ53 and placed into operation in 1955 at the Voskresenskiy
chemical plant, The furnace is designed for maximum utilization of
heat of the fluidized layer (irnmersed coils) as well as of furnace
gases (heat-recovery boilers). A diagram and a detailed description
of the furnace and its associated equipment are presented. The fur-
nace is rectangular in cross section ('2.2x6xZA5 m) and is equipped
With aUtomatic controls for regulation of fuel and draft; the rated
Mlt~)Llt Of the fL11*naCV contjtitutv.-i 90 tons of pyrite per day, the hLight
of the fluidized- solids layer being 0.7 m. The roasting output at-
Card 112 tained amounted to 55 tons per day; the S content in cinders and in

SOV/1 37- 59-1-281
Placing Into Operation the First Fluidized-solds Furnace (cont.)
the dust amounted to 0.2 - 0.9'/'o and 0.6 - 0-8%o, respectively (42% S ill tile r)yritf--);
the SOz content in tile gases constituted 10- 1 Nlo. Significant advantages offered by
thiL; method, A~; compared with roasting in niechanical furnaces, are pointed out.
A. P.
Card 2/2

RAII-1p V.M.; SURKOV, Ye.I.; AKSELIROD, Yu.V.; GUROVA, V' I
- 3
Prinima I i ucharti-ye, VLSI I L I M- , D.T. Y it -~ --I I.; ", .- --.Ovh, ) T I ry.
Absorption of sulfuric anhydride in the con',act process
manufacture of sulfuric acid in bubble colu;,ins with sieve
and tubular plates. Trudy 11MI no.35:140-146 161.
(IIIIIIA 14: 10)
(Sulfuric acid)
(Plate towers)

CHERTKOV, B.A.; y~~ ~BROMYSLOVA, N.S.
Increasing the stability of ammonium bisulfite used in the production
of caprolactam. Khim.prom. no.9:633-634 S 162. (MIRA 15sll)
(Ammonium sulfitd) (Azepinone)

AKSELIROD, Y4.V-.,- VASILIYEV, B.T.; GUROVA, N.M.; RAHM, V.M.; SURKOV, Ya.I.;
TSMKOV, S.A. - -
Absorption of sulfuric anhydride in bubble towers with the yie'Ld of
oleum. Khim.prom. no.1:39 Ja 164. (MIRA 17-2)

CHERTKOV, B.A.; VASILIYEV, B.T.; REPENKOVAp T.G.; BOGUSLAVSKAYA, R.I.; DOBRO-
MYSLOVA, U.S.
Obtaining 100 per cent sulfur dioxide for the pr tion of sodium
hydrosulfite. Khim.prom. no.1t49-52 Ja 164. OURA 17t2-)

L 56V2-6
ACCESSION MR: AP5017800 VP/0286/65/000/OU/0031/0031
631.859.12.002.2
AUTHOM Karatayev, 1. 1.; Mel'nik, B. D.; Repenkova, T. G.; Sviridovs, A. G.i
mkjorav, H4_1~; Hatarov, G, 8, Raygorod3kiy, 1. N,;
_Y.Atjj!yjy4..B.*j.; bystrov.,
M. V.; Babaryka, 1. r.; Nzyak, F. A.; rel'dman, M. V.; Soverchenko, D. A.;
Buslakova, L. P.,' Toroptseva, N. P.; Lyubimov, S. V.1 Ullyanov, A. T.; An
V. V.; Sobchuk, Yu. I.; Teatlina. M. M.; Andreyev, V. V.; Kramer, G. L. dres
- TITLE* A methdd for producing phosphoro-potassium fertilizers. Class 16, No. 171-
:409
1SOURCEt Byulleten' izobmteniy I tovarnykh znakov, no, 11, 1955, 31
jTOPiC TAGS- fertilizer, phosphate, potassium
ABSTRACT: This Author's Cartificate,introduces a method for producing phosphoro-
potassium fertilizers using cement dust (waste from cement production) as the potas-
sium raw material. The process of addIng potassium to the product Is simplified
,and evaporation Is prevented by using a 101'excess of an add which " Molly ne"tra,
lizes the cement dust for breaking down the phosphate raw material.
I Card 1/2

L 56h92-65
ACCESSION HRI APS017000
ASSOCIATIONt none
SUMMED: 29Mar62 ENCbs 00
NO REr sov, ooo OTHERt 000
2/2

KLVEYAV, M.S.; VASILOYEV, B.V.
Crevaoses in the alty of razan. Izv. Vzos. geog. ob-va 90 no.10-1-55
Jm-7 '58. (MIRA llt4Y
(Kazan-Sinkholoo)

87650
S/191/60/000/012/011/016
B020/BO66
AUTHORS: Vasil lye~v
Tarakanov, 0. G.
TITLE: Study of Adhesion of Foam Plastics. Report No.l. Adhesion
of Foam Polyepoxide and Foam Polystyrene to Metals
PERIODICALt Plasticheskiye massy, 1960, No. 12, PP. 38 - 41
TEXT: The purpose of the present paper was an investigation of the
adhesive strength of foam plastics on the basis of the )A-6 (ED-6) epoxy
resin, and of foam polystyrene to steel, bronze, and aluminum. The
authors used the cone method, i.e., a cone was ground from a metal bar
with a diameter of 07 - 8 mm, which had a generatrix of about 20 mm and
an angle of 8 - 10 . To test the adhesion of epoxy foam plastics, the
cones were suspended on a steel wire above a sheet mold in which the
compound intended for foaming was poured (Fig.1). It consisted of a
mixture of ED-6 epoxy resin with metaphenylene diamine as hardener.
Diisobutyric acid azo-dinitrile was used as foaming agent. The force
required to withdraw the cone from the foam plastic was determined on a
tearing machine of thePM-2 (RM-2) orT11-250 (RM-250) type at a rate of
Card 1/3

87650
Study of Adhesion of Foam Plastics. Report 5/191/60/000/012/oli/016
No.l. Adhesion of Foam Polyepoxide and Foam B020/BO66
Polystyrene to Metals
50 mm/min. The dependence of the adhesive strength of the foam plastic
on its weight by volume was first studied (Fig.2). Fig.3 shows the
dependence of the adhesive strength of an epoxy resin foam plastic to
steel on the number of heating cycles. It may be seen that the strength
of the boundary layer gradually drops with increasing number of heating
cycles. To determine the adhesive strength of polystyrene foam to a steel
surface, polystyrene granules obtained from the NIIPP (= 11auchno-
issledovatel'skiy institut plasticheakikh produktov - Scientific Research
Institute of Plastics) were used. Foaming was carried out in closed steel
molds (Fig.4). The dependence of the adhesive strength of Styropor on the
weight by volume (Fig-5) and on the temperature of foaming (Fig.6) was
investigated. Foaming was made at 1250C for 1 hour. The character of the
withdrawal of the cone from the foam plastics is related to the
structure of the epoxy resin foam plastic at the interface with the
metal. In all experiments, a very thin epoxy resin film was found to be
formed on the cone. It covers the whole surface of the cone and,
therefore, the adherend of the film is considerably larger than the cross
section of the bubble walls at the interface. The structure of foam at
Card 2/3

87650
Study of Adhesion of Foam Plastics. Report S1191V601000101210111016
No.l. Adhesion of Foam Polyepoxide and Foam B0201BO66
Polystyrene to Metals
the interface differs from that in the interior of the foam plastic. The
bubbles of an epoxy resin foam with a weight by volume of 0.05 - 0.13 g/=3
are larger at the interface than in the interior (Fig.P, a and b). The
lighter the foam plastic, the 3greater is this difference. At a weight by
volume of more than 0.13 9/cm , the size of bubbles is the same at the
interface with the metal and in the interior (Fig.9, a and b). The
adhesive strength of epoxy resin foam plastic *ecreases with the weight
by volume, while that of polystyrene foam increases linearly with it.
With increasing temperature of foaming, the adhesive strength first in-
creases and then drops. The maximum of the curve in Fig.6 lies at 125 0C.
There are 9 figures and 4 Soviet references.
Card 3/3

32360
B119 62/000/001/005/006
B1 39YBI 10
AUTHORS. Tarakanov, 0. G., Demina, A, I., Vasillyev, B. V.
TITLE: Research into the adhesion of foam plastics. Communication
II. Adhesion properties of foam polyurethan and foam
polystyrene
PERIODICAL: Plasticheskiye massy, no. 1, 1962, 41-43
TFAXT: The dependence of the adhesive power of foam plastics to metals on
temperature, cleanness of the metal surface, and duration of foaming was
investigated. For this purpose, foam polystyrene specimens with an
embedded metal cone were heated in a thermostat for 30 min, the cone was
then torn out, and the stress per CM2 of metal surface was measured. The
maximum adhesive power (1, 3 kg/cm2) sharply decreased above 700C. The
adhesive power of the plastics on metal was largely influenced by the
duration of foaming. The optimum foaming time must be specially deter-
mined for each case and probably depends on the foaming agent content of
the initial material. Both in the presence and absence of an oxidation
layer on the cone surface, the adhesion of the plastics is stronger than
Card 1/3

1 60
SY, 9y62/000/001/005/006
Research into the adhesion B139 B110
their cohesion. Polystyrene is assumed to adhere to the oxidized metal
surface by means of covalent binding between carbon and the metal ion of
the oxidized surface. In the case of foam polyurethan, the adhesive power
X
increased linearly with increasing volume weight, Foam plastics with a
volume weight of up to 0.14 g/cm3 showed tearing off from all metal
surfaces investigated due to cohesion; plastics with a higher-volume
Weight showed mixed tearing off. The npecimens were also heated to 1500C
hre. Even a 12-hr
in a two-hour cycle, or constantly for 3, 6, 9, or 12
2
heating did not reduce the adhesive power (10.0 kg/cm at 0.12 g/cm3 volume
weight), nor did several days' storage of specimens in distilled water.
Finally, the conical metal cores were moistened with water before being
cast in with plastics (foam polyurethan), and the filled molds were then
left for 1 hr at 700C, did not impair the adhesive power. Cleaning of
the metal core may be restricted to polishing with emery and rinsing with
hot acetone. Foam polyurethan was prepared by formula no- 3 of the
Fiziko-khimicheskaya laboratoriya Vladimirskogo NIIS (Physicochemical
Laboratory of the Vladimir NIIS), There are 3 figures, 3 tables, and
5 references: 3 Soviet and 2 non-Soviet~ The two references to English-
language publications read as follows: B. A- Dombrow, Polyurethanes, ch.

old Publishing Corp., U.S.A., 1957; J. E. Rutzler, Adhesives Age,
9 Re
8
ard 2 3
M

3236o
S/191J62/000/001/005/000'
Research into the adhesion ,. B139/BlIO
2, 7, 28 (1959)-
1~
Card 3/3

TARAKANOVP O.G.; VASILIYEV, B.V.; PEREPECHKIN, L.P.; ZASPINOK, G.S.
Nature of the contamination of the solutions of cellulose
triacetate. Khim. volok. no.3.-1,3-46 163- (KMA 16:7)
le Vladimirskiy nauchno-iseledoratoliskiy institut Bintati.
oheakikh smol.
Cellulose acetates)
Textile fibers, Synthetic)
~

A u Illuji-- -*'-' , , ;- -- - , - - - - I-
. I #
I - - ---.. --- - I k- - i 7 RLi (In (-jjjract,8rjst3cs of wlyuretbanes

L 22201-65
ACCFSSI,-)N' N`R AP5001484
S
NO REF SOV: 001 OTHER: 010
s K I
o
Card 2/3

;i~ AIP 5 Oi 1 4,~4
Ii AW

1. 41161-65
A : 1; ~ %, ~ - -~- N:~ ~ ~-!~~)
lit. , ~ 1, i .

P"MEPECHKIN, L.P.; VASILIYEV, B.V.
Using the method of saponification kinetics in studying the structure
of triacetate fibers. Khin. volok, no.305-37 165. (MIRA 18M
1. Vladimirskiy nauchno-InsledovntelInkiy Inatitut sintotichoskikh smol.

L ~2683-66 EWT(m)/T/EWP(j) IJP(C) 'dW/JWD/RM
ACC NRA P6015058 (A) SUMV COD%"- UK10T9ffT6W"-1'0UTM3YtM1-
AUTHORt Vast yev, B. V.; Tarakanov, 0. G.; Demins, A. I.;
Shlrobol-ooov7. A. I. WMRW-;1
ORGs Scientific Research Institute of Synthetic Resins (Nauchno-
Issledovatel'skly ins itut slateticheakikh sool)
TITLE: Investigation of polZurethane//ct-yetallization
SOURCEs Vysokouolakulyarnyye soyed=iya, v. 8, no. 5, 1966, 938-942
TOPIC TAGS: polyurethane, crystal lattice, glycol, isocyanate,
crystallization, copolymerization, molecular weight
ABSTRACT: The crystallization capacity and morphological structural
types as a function of the chemical composition of polyurethane has
been studied. The crystalline lattice of polyurethane depends on the
Initial isocyanste and glycol structures. The crystalization capacity
of polyurethene drops with an increase in the polyester molecular weigft
up to 1000. In the case of polyners vith a polyester base and uoleculff
weight above 1000, the polyurethane could cryst&lize. Hoveverg in this
camis the crystalline lattice structure does not depend on the diiso-
cyanate structure but only on the polyester structure. The degree of
678,01:53+678.664

L 32683-66
ACC NRs AP6015058
crystallisation can be changedl bycopolynerixation. Origo art. hast
7 f1suros. (NT)
BUD CODE: Ilp 07/ SUBH DATE: 26May65/ ORIC REF: 009/ OTH REF: 005
0
2/2 8 LC,

I-ACC- NRt- AP7000539 SOURCE CODE:
AUTHOR: Vasil$ V.; Gorelov, A. P.
ORG: none
TITLE: large magnetization jumps in irradiated molybdenum permalloy
SOURCE: Zhurnal eksperimeritallnoy I teoreticheskoy fiziki. Pislma v redaktsiyu.
Prilozhenlyep v. 4j, no. .10, 1966., 413-416 ~J
TOPIC TAGS: permalloyp molybdenum containing alloy, magnetization, annealing, ir-
radiation effect, crystal lattice defect, magnetic coercive force, magnetic hysteresis
ABSTRACT: The authors report the results of an investigation of the influence of
neutron irradiation on the magnetization curve of permalloy with composition 79% Ni,
4% Mo, and 17% Fe. The sample was a bundle of wires -20 rm long and 50 p diameter
each, placed in a beryllium oxide capillary for protection against mechanical damage.
The samples were annealed prior to irradiation. The magnetization curves (hystereiio
loops) of the samples were obtained with a vibration magnetometer provided with a
device for automatically compensating the signal. All measurements were made In
quasistatic fields. The experiments have shown that irradiation of samples with fast
neutrons (integral fluxes from 5 x 101-8 to 1-5 x 1015 neut/cm2) at a temperature clost
to 30C has little.effect on their magnetic proper-ties. A noticeable effect Is pro-
duced only by isochronous annealing at 150 - 200C, the coercive force increasing by
approximately 2.5 times. Besides increasing the coercive force, the inochronous an-
nealing gives rise to steps on the hysteresis loops (jumps in magnetization). The

ACC _N_R_,_07000,5391"~
number and size of the steps depended on the beat treatment follawing the irradiation.
The fact that the Jumps* at high temperatures and that they are complete-
ly annealed-out due to the production of complexes of point de-
fects by the irradiation. It is concluded from the sizes of the steps that indivId -j
al volumes inside the samplej, of size close to the volume of a whole domain (10-5
cm3), experience sudden reverBal of magnetization) Gimilar to Barkhaunen jumps. TEii-
authors thank Academician lo.K. Kikoin for a discussion and interest in the work.
Orig. art, has: 2 figures.
80 CODE t 2q/ mm DAnt 3.iAug66/ oRia Rut ooi/ oTH mw t oo4-
ATD PRESSI. !d07
2

VASILV, B. V.
USSR/Geology - Karsts 11 Jul 53
"Dynamics Governing theFormation of Karst Collapses
in the Tatar Republic,"'S. V. Vasilev,"Geol Inst of
Kazan Affiliate, Acad Sci USSR
DAN SSSR, Vol 91, No 2, PP 367-369
Presents material on the karsts on the left bank of
the Volga within the boundaries of the Tatar Repub-
lic. States that the Karst phenomena in the region
of development of alluvial terrace deposits on the
left bank of the Volga closely depend upon the depth
276T48
and character of the washout of original Permian
rocks and upon the degree of the destructiveness
and conditions of the hydrodynamical regime of
underground waters. Presented by Acad D. S.
Belyankin 30 Apr 53-

VABILITBV, B,V.
History of the development of surface karat phenomena in the Tatar
Republic. Izv.Xazan.fil.AN SSSR Ber.geol.sauk k03:127-130 155-
(Tatar A#B.S.R*--laret) (MIJU 9:7)

VIVA

N S; I L te V B ; V,
AUTHORSs Kaveyev, M.S., and Vasillyev, B.V. 12-1-7/26
TITLE: Cave-Ins in the Territory of Kazan' (Provallnyye yavleniya aa.
territorii g. Kazani)
PERIODICALi Izvestiya Vsesoyuznogo Geograficheskogo Obshchestva, 1958,
# 1, PP 53-55 (USSR)
ABSTRACT: Earth cave-ins in the territory of Kazan', have hold great
interest to specialist circles as to their causes and their
consequences in building. Such cave-ins appeared in 1904,
1924, 1925, 1936, 1947 and 1949. The last cavity was of
irregular conical shape, had a depth of 7-5 m and was 23 m
in diameter. Investigations carried out by Professor Noin-
skiy, M.S. Kaveyev, and B.V. Vasillyev have shown that cave.
ins in different places caused formation of concentric cre-
vices, sagging of the ground and deformation of adjacent
buildings. Borings showed that the formation of cavities in
the Kazan' territory is connected with the lixiviation of
easily soluble Permian rocks, and the displacement of plastiQ
quarternary material to crevices and cavities of Fermlaa de.
posits.
There is 1 photograph and 1 chart,
AVAILADLE3 Library of Congress
Card 1/1

USILIYEV. B.V.
,t ---
Rate of f2ov and some features of the chemical-'oomposition of
Devonian waters in the coutheastern Tatar A.S.SR.
Geol. nefti i gaza 5 no.22:35-38 D t61. (MIM 14!n)
1. Permskiy gosuniversitet,
(Tatar A.S.S.R.-Water., Undergra=d)

-H, G.A., prof., red.; BALKOV, V.A*l dots., red.;
MAKSIFOVIG OVA, K.A., dots.,
VASILIYEV B V dots., red.; GORBbN
; MIKMLOV, G-K.,
dots., red. red.; PECHERKIN, I.A.,
inzh., red.; OWRIN, V.A., dots., . red.; SHiMIOVSKIY,
dots., red.; STARTSEV, V.S., dots.,
L.A.0 inzh., red.
[Methods for studying karst; transactions] I~jetodjka izu-
cheniia karsta; trudY. Perm', Permskii gos- univ*
Nos. 2, 4, 5, 10. 1963. (MIRA 17:12)
1. Vsesoyuznoye soveshchaniye p0 metodike izucheniya
karsta.

VASILIYEVS B.V..
Caves and other forms of clastio karst, in the Tatar A.S.S.R.
Peshchery no.3t53-56 163. (WRA l8t2)

VASW V.Ya,
Determining the moisture content of solid bodies by the nuclear
magnetic resonance method. Trudy Ural. politekh. inst. no.111:
123-129 161. (MIRA 16:6)
(Nuclear magnetic resonance and relaxation)

VASILIYEV. B.V.
Rounding-off errors by calculating machines with fixed points.
Izm,takh. no.110-6 N 162. (MIRA 15:11)
(Calculating machines)

NIKOIAYE7. V.I.; KARCHEVSKIY, A.I.; TSINOYEV, V.G.; VASILOYEV, B.V.
Magnetostriction of the metamagnetic allojr MhAu2. Zhur. eksp.
1 teor. fiz. 45 no.3;480-485 S 163. (KLU 16:10)
(Manganese.Gold alloys--MELgnetic properties)

VASILIYLV, Boris Vasillyevich., kand. khim. nauk; PSHENICHNIKGV,
,----ATWgi-ndY-W6Fffffi'c'hi'kand. khim. nauk; FRUMKIN, A.N.,
akedemik, red.; MELINIKOVA, Zb.M., red.
(Horizons of electrochemistry] Gorizonty elektrokhWJ.,
Moskva,, 7,naniep 1965. 42 p. (Novoe v zhizniI naukep tekh-
nike. XI Seriia: Khimiia, no.4) (MIRA 18:4)

["lithour
WOI*k t [IF
ricaike,

-V,ASIL'YEV,,Bor.~s_,Vasillyevich; KOZLOV, Boris Anatol'yevich;
TKACHENKO, Leonid Grigorlyevi,--h; AIEKSMIDIIOVA, A.A.,
red.
[Reliability and efficiency of radio-electronic devices]
Nadezhnostt i effektivnost' radioelektronnykh ustroistv.
Moskva, Sovetskoe radio, 1964. 367 p. (MIRA 17s.U)

L N17-66 ZwT 1) 1~s%A (h
-- ---------
1AM5013199. BOOK EXPLOITATION UR/
621.3.019.3+621-396.966.019.3
;Vasillyev, Boris Vasill2vich; Kozlov, Boris Anatolyevichl Tkachenko, Leonid 1.3
Grigorlyevich
-4eli ability; and efficiency of electronic devices (Nadezhuost' i effektivnost'
radio-elektronnykh ustroystv). Moscow, Izd-vo "Sovetakoye radio", 1964. 367 p.
illus., biblio. Efrats, slip inserted. 9300 copies printed.
!TOPIC TAGS: electronic device, reliability, efficiency, random function, quality
index, quality control, doubled system, standby system matrix test, matrix test
equipment
PURPOSE AND COVERAGE: This book is intended for engineers engaged in the design,
testing, and operation of radio and electronic equipment and for students in
advanced courses in schools of higher technical education. The theoretical
chapters of the booY may also be useful to scientific workers and aspirants.
The basic premises of reliability theory and of quality control are analyzed on!
the basis of random functions. Methods of studying the reliability and effi-
,diency of electronic devices are described. Specialattention is given to
methods of physical modeling, especially the cut-off and matrix tests. An auto-L

j!_ 301,746
AM5013199
matic machine for matrix testing is described and examples of its use for lab-
oratory investigation of-the reliability of transistorized circuits are given.
Ch. I and sections 6-9 of Ch. II are written by B. V. Vasillyev; Ch. IV and
sections 1-5 of Ch. II by B. A. YOZ10v, and Ch. III, V, and VI by L. G. Tkachen-
ko. The authors thank V. S. PUS&C~V,,Professor, Doctor of Technical,Sciences,
and I. N. Kovalenko, Doctor 6f Technical Sciences for their assistance.
STABLE OF CONTENTS:
Foreword
Ch. I. The use of random function theory for the investigation of the reliability
and efficiency of dynamic systems -- 12
1. Quality indices of dynamic*systems -- 12
2. Various definitions of a random function
3. Method of irive7st-i-gation:-of.the-reliability and efficiency of radio and
electronic systems t~firougu_,. the use of theorema..on complete reliability andi
complete mathematical expectation (matrix method,of investigation) - 46
4. Method of investigation of the reliability and efficiency of radio and elec-;
tronic systems through tbe.use of the differ-.ntial equations of A, N. Kolmogoroy
card 2/6

L 3017-66
and Fokker-Plank-Kolmogorov 69
5. Method of investigation of the reliability and efficiency of radio and elec
tronic systems described by an arbitrary known operator -- 104
6. Methods of definition of optimum systems taking into account the reliabilit,
and efficiency -- 133
Bibliography -- 156
Ch. II. .Some examples from the reliability theory -- 158
1. Reliability of a doubled system -- 158
2. Standby systems with regeneration (particular case) -- 170
3. Standby system with regeneration consisting of three elements (general
case) -- 182
4. Optimization of the period for carrying out preventive maintenance -- 196
1. System with linearly increasing breakdown rate -- 200
2- Doubled system of elements -- 202
5. Evaluation of the reliability standby taking into account.the limited reIL-
ability of the changeover switch -- 205
6. Calculation of the reliability of an electronic unit using an IF amplifier
as an example 221
Card 316

L 3017-66,
-M013109 -
7. Efficiency evaluation in a circular pattern system of mass air attack 22
8. Efficiency evaluation of a complex system possessing a functional
excess -- 23h'
9. Evaluation of the technical preparedness of dynamic systems taking into
account the automatic control of their technical condition -- 242
Bibliography -- 253
Ch. III. Some problems of the use of the method of stdii9tical and cut-off testing
for the investigation of the reliability of radio and electronic devices 254
1. % I
,,Statistical test method --
2. Cut-off test method 268
Bibliography -- 284
Ch. IV. Optimization of the reliability of radio and electronic devices.,--.285
1. Stating the problem -- 285
2. Method of matrix testing for the investigation of ineAtalese- devices 285,
3. Conditions of optimum selection of parameter rated values 3o4
4. Use of Honte"Ca4p.method for matrix testing --.308
4/6
Cal,d

~L 30i-7 -66
--- ------ -
AM5013199
iBibliography 320
Ch. V. Automatic machine for matrix testing (AMI) 321
1. AIRT block-circuit -- 322
2. Pulse generator with variable repetition frequency 324
3. Situation sorting unit -- 325
4. Control unit -- 329
5. Investigated device -- 331;
6. Possible defects in the units of an automatic matrix testing machine 335i
1. Situation soring unit -- 335
2 ' Mock-up of the investigated device 336
3 Control unit -- 336
4'. Failure situation registration unit 337
i Bibliography - 337
VI.' Matrix testing of radio and electronic devices 338
Lf amplifier with a*symmetrical input and output 338
2. Single~-sthge'ff amplifier -- 341
i 3. Trigger with an automatic bias -- 351
-Card,

L 3017-66
AM15013i90
Bibliography -- 364 0
Appendix 365'
SUB CODE: EC SUBMITTED: NO REF SOV: 027
OTHER: '024
-cam. 616
i wo I.

L 06278-67 EWT(l)
ACC NR, Ap6o25073 SOURCE CODE: UR/0115/66/000/006/0029/0033
t
AUTHOR: Vasillyev, B. V.; Kozyrev, B.-P.
ORG; none
TITLE: Using the galvanometric amplifier for measuring weak signals
SOURCE: Izmeritellnaya tekhnika, n. 6, 1966, 29-33
TOPIC TAGS: do amplifier, galvanometer
ABSTRACT: Measuring very weak d-c signals can be effects4by:(A)a d-e galvanometer and
(B) a modem d-c amplifier with an output instrument. Both methods are compared on
the basis of (a) minimum detectable signal limited by fluctuation noise and
(b) responsiveness (reading settling time). Soviet and Western (R. V. Jones,
Electronics, 1963, 61, no. 2 and J. Sc. Instr., 1961, 38, no. 2) sources have been
used in the theoretical analysis. As the direct indication of very weak signals by a
galvanometer is practically impossible, the A-method includes a photo-electro-optical
amplifier whose characteristics are also analyzed. It is found that, with equal
fluctuation thresholds Of sensitivity, the amplifier containing an overdamped input
galvanometer has a shorter settling time than a resonant-electron-tube or transistor
amplifier. This conclusion is particularly evident in the case of a minimal d-c
signal or a 1-f (below 10-cps) a-c signal. Orig. art. has: 2 figures and 17 formulas
SUB CODE: 09 / SUBM DATE: none / ORIG REF: 007 / OTH REF: 001

YASILITY,V, B.V.
Ship with underwater wings and a gas-turbine power plant. Rech.transP.
18 no.3:54 Mr 159. (KRA. 12:4)
(United States--Motorahips)
(United States-Marine gas turbines)

---VASIL' B. V. inzh.
Analyzing the method of free-piston gas generator control by
throttling the air being sucked into compressors. Sudostroenie
26 no, 11:30-33 11 160, (MOA 14: 1)
(Marine engineering)

VASIL 1Y17. B. V.
Investigation of the methods of regalating free-piston gas
producers operating with small loadso Oaxoprom- 3 no.6:39-43
Ja 160. (MIRA 13:6)
(Gas producers)

VASILSY19Y, B.T.. iuzh.
Aree-piston gas turbine plant with an air by-paes into
the atmosphere. Sudostroerde 26 no.6:25-27 Je 160.
(MIU 13: 7)
(marine gas turbines)

87755
S/096/61/000/002/004/01)+
/.2 0 B194/E155
AUTHOR: i1! Lev, Engineer
1~9 -0 N
TITLE: An'_Tn_v_e__sE1=ga6n of Methods of Controlling the Output
of a Free-piston Gas Generator
PERIODICALS Teploenergetika, 1961) No.21 pp.20-21+
TEXT: Free-piston gas generators combined with gas turbines
are promising as Dower-generating units. This drive is also
particularly suitable for high-speed compressors in gas-pumping
stations. Part-load efficiency is a most important feature of a
power plant. The range of output of a gas turbine with free-
piston gas generator, and the part-load efficiencies, are mainly
governed by the characteristics of the gas generator. It can only
work in conjunction with a gas turbine provided that under all
conditions the amount of gas generated corresponds to the flow
capacity of the turbine nozzles. The conditions for the combined
operation of a free-piston gas generator and gas turbine are
described by expression (4). The range of combined operation
depends on: the gas generator circuit; the structural dimensions
of the gas generator; the operating conditions at rated load;
Card 1/1+ qK

87755
S/096/61/000/002/00VO14
919VE155
An Investigation of Methods of Controlling the Output of a
Free-piston Gas Generator
changes in piston speed; gas temperaturei and other
characteristics of the gas turbine under different conditions.
Free-piston gas generators are now being made in the USSR and use
a symmetrical arrangement with compressors facing inward and low-
pressure buffers. Gas generator type cnrr-800 (sPGO-800) has an
adiabatic output of 850 gas horse power engine cylinder diameter
280 mm; compressor cylinder diameter 7~0 mm; piston stroke at 2
rated load 375 mm; and gas pressure at rated load about 4 kg/cm
Analysis shows that such a gas generator can work in conjunction
with a gas turbine only down to about half of the rated adiabatic
output. At lighter loads the gas output cannot be reduced
sufficiently to suit the turbine. Special methods of controlling
the gas generator are required to make this possible. It might be
done in the following ways; discharging excess gas to atmosphere;
discharging excess air from the receiver to atmosphere; altering
the air temperature at the compressor intake; throttling the air
at the compressor intake; altering the compressor dead space;
Card 2/1+ bK000,

67755
5/096/61/000/002/004/014
F194/131 55
An Investigation of Methods of Controlling the Output of a
Free-piston Gas Generator
altering the engine compression ratio; or altering the gas
temperature at the turbine inlet. These various methods are
briefly considered and it is stated that the most economic is
controlling the output of the gas generator by altering the dead
space of the compressors. By this means it is also possible to
reduce the gas generator output down to the turbine no-load value.
However, such control can only be applied to free-piston gas
generators of special construction. If this method cannot be
applied, the output range of the gas generator can be considerably
extended, down to about 30% of rated load, by altering the engine
compression ratio and this too is reasonably efficient. It is
accordingly recommended that the free-piston gas generator should
operate with variable compression ratio in the engine. Also, to
alter the output of the generator between 100% and about 30% rated
load, the gas g,3nerator should be controlled by altering the
piston stroke and by reducing the fuel delivered as far as
possible. To reduce the output further the gas generator should
Card 3/4 ~K

87755
S/096/61/000/002/001+/Oll+
B194/9155
An Investigation of Methods of Controlling the Output of a
Free-piston Gas Generator
be controlled by throttling the air at the compressor intake.
There are 2 figures and 3 Soviet references.
ASSOCIATION: Leningradskiy institut vodnogo transporta
(Leningrad Institute of Water Transportation)
VK
Card 4/4

S/262/62/000/004/023/024
1014/1252
AUTHOR: Vasil'yev, B. V
TITLE: Choice of the optimum law of variation of the compression ratio in the engine of a free-
piston gas generator
PERIODICAL: Referativnyy zhurnal. Silovyye ustanovki, no. 4, 1962, 88, abstract 42.4.554 "Tr. Leningr.
in-ta vodn. transp.", 1961, no. 12, 41-47
TEXT: At the "Oktyabr'skaya revolyutsiya" (October revolution) locomotive plant a 514 HP free-piston
gas generator was tested, with an engine cylinder of 260 mm diameter, internally-located compressors and
low-pressure buffers. The generator was equipped with a nozzle of constant cross section with its area
determined according to rated working conditions. Increasing the compression ratio from 8.8 to 13.2 has no
marked influence on the economy rating of the generator, but reduces its capacity and perfoimance reliability.
The limit of stable work of the generator at minimum compression ratio corresponds to a gas pressure of
about 2.2 kg/CM2 (30 %of the rated power), for which c = 6.4. The optimum compression ratio under
rated working conditions is 8.5. There arc 5 figures.
[Abstracter's note: Complete translation.)
Card 1/1

VASILIYFIV, B.V., kand. tekhn. nauk
Results of comparative operational tests of the 3Z6 angines w4th
the anticavitation reagent "emulsoid KS.". Trudy LIVT no.721
30-33 164. (MIRA M10)

L 8105-06 _LzP ~ "K T- (r
j
ACC NR,
A15026280 SOU-11CE C'ODE. UR/0229/65/000/00'j/'0026/CO28
AUTHOR: irasillye7, B. V.
liq
ORG: none
TITIE; Prospects for development and use of ma ine gas turbine units with free p:~ston
gas compressors
SOURCE: Sudostroyeniye, n o. 9, 1965, 26-213
TOPIC TAGS: gas compressor, gas turbine marine engine, marine gas turbine/ GS 34 free
piston coaressor
ABSTRACT: The prospects for development and use of ma ine gaE turbine units (rTU) with
free:piston gas compressors (FPGC) are qualitatively discussed. At the present time
there are approximatelY 40 ma ine and 35 stationary GTU's with FPGC iii use, represent-
ing more than 500 000 hp ('400-35 000 hp pei~ unit) mid. a total running time of more than
3 million hours., These units have several advantages ovei diesels, such as lower
weip;ht (1-5-1-0 timen)t lowor operating coi3t (6-7h- total maintenance cost decrease on
s.h1pa for 1200 hp units), eto. Most present unito tire equipped with ITGC's of the
RLench Company Sigma (type GS-34) but similar compressors are being built in Russia.
The overall efficiency of GTU's with FPGC1s in 33-3elo as compared Tith up to 45% for
diesels. It is hoped that this efficiency car, be increased substantially by improved
GTU and FPGC design and the use of improved transmissions for speed reversal and
Cord ' 1/2 um 621,431,74%621-438

L O.LU'J--Dt)
ACC NRt AP5026260
control to eliminate use of reversible turbines, variable pitch ship screws, etc. 1-1--
the near future the following characteristics should be postilblet specific fuel con-
sumption 170 g/hp-hr (FPGC efficiency - 46%, GTU-86%, planetary transmission - 97%)i
T kg/h
specific weight of major components - 11 kg/hp (FFGC 5 kg/hp, GTU - 2-5 P)
lanetary transmission - 3 kg/hp); specific weight of propulsion unit,;zt20 kg/hp
a =iliary mechanisms, piping, and power units). Even though the fuel economy will nqt
t
reach that of the diesel, GTU's with FPGC's ahould find widespread use in many appli-I
cations. Orig. art. has: 1 table*
M COM FR/ btBM DATEt nonef ORIG REF: 007/ OTH REP: 001
L Card 2/2 QLJ

VASILIYEV., B.V.0 kand.tekhn.nauk
Reviews and bibliography. Energomashinostroenie 11
no.10:47-48 0 165. (BUPA 18:11)

TOPIC TAGS: gas
Allo I fiA(, 1:
Card 1 /2

ACCESS!ON NR: Af--19- 5:0,
the Pff~( ien~ va7 --ig
A
1~1! T T
'Card

VASIL I YEY,_BV.,,-1nzh.
Investigating methods of controlling free-piston gas generators
for small loads. Trudy LIVT no.2:29-36 160. OcRA 1r,:3)
(Marine gas turbines)

L 6111Q-66
ACC NRt AP5026769 SOURCE CODE: UR/0286/65/006/017/0052/0053
INVEWOR: Danilichev. V. H.; V sil'yev, B. V.
ORG: none
TITLE: Ditfuppr_with transverse ribs for the even change in the velocity of a liquid
or gas stream. Class 2T, No. 174313
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no..17, 1965, 52-53
TOPIC TAGS: fluid mechanic fluid flow, fluid flow measurement fluid velocity
ABSTRACT: An Author Certificate has been issued for a diffusor with transverse ribs
for the even change in the velocity of a stream of liquid or gas (see Fig. 1). To
Fig. 1. Diffusor with transverse ribs
1 - Transverse ribs; 2 - inter-rib-cavity;
3 - wall of the diffusor.

L 64io-66
ACC NR: AP5026769
minimize pressure losses in the diffusor, the transverse ribs are flexibI6 and can
rotate under the action of the counter current flow arising as the boundary layer
detaches at an angle which adequately assures changes in the magnitude of the ef-
fective cross section of the diffusor for the localization of the counter currents.
in the inter-rib cavities formed by the inner surface of the diffusor."irills and ribs.
Orig. art. hPs: 1 figure. (KT]
SUB CODE:)3,;kO SUBM DATE: 23mar63/ ATD PRESS:Y/31?

f)/T_2/EW(tY/ZTj/ETG(m)-6 IJPW JD/WV/IM
L 27507-66 EWT(d)4EWT(M)/LW(
CC Ri 6004450 (Ili SOURCE CODE: UR/3188/64/000/072/0030/0033
AUTHOR: Vasillyev. B. V. (Candidate of technical sciences)
ORO: LIVT
TITM Results of comparative operation tests of 3D6 engines protected.,-.
by the "Emullsoid KS" anticavitation peagent
SOURCE: lAningrade Institut vodnogi~transporta Trudy, no. 72l 1964.
Sudovyyq silovyye ustanovki (Marine power plantsi, 30-33
TOPIC TAGS: shipbuilding engineering, internal combustion engine)
oavitationg corrosion protection
ABSTRACT: The-oamses.of-oarrosion of cylinders and bushings in 3D6
angina were investigated. The greatest damage was caused on the ex-
terior surfaces-which were overflown by water. The operating experience
showed that 80% of bushings and 60% of cylinders had to be replaced
after 2000 to 4000 hours of operation. It was supposed that destruction
of the metal surface was caused by a simultaneous action of electro-
chemical corrosion and cavitation erosion. The addition of anticorro-
sive inhibitors to cooling water was considered, including the use of
special emulsions preventing the formation of cavitation bubbles. Sp
cial attention was given to the emulsion proposed by the Ural rolytech
1 /2 UDC: 621-431.74.001.42

L 27507-bb
ACC NRs AT6004450
nical Institute. This emulsion known as "Emullsold KS't was composed of
sodium diethyl-dithiocarbonate, quinoline base and pine oil. it was
specially prepared as a protective emulffion against the erosion of
metals by cavitation phenomena. In order to determine its protective
properties, the "Emullsoid KS11 was tested on various motor-ships during
the navigation season of 1963. The'results of these tests were compared
wit,h the performance of engines to which the "Emullsoid KS11 was not ap-
plied. The individual tests were described by the author. The fInal
conclusion was that the "Emullsoid KS" did not protect the exterior sur-
face from deterioration. In general, the character and the extent of
damages were almost the same as in the engines without proteezion. The
tests confirmed the previous conclusion of the LIVT that the engine cyl-
inders and bushings were worn out mostly by electrochemical corrosion.
The price of "Emullsoid KS" is-much higher than the price of bichromate-
nitrite..inhibiter which is already in use on recommendation of the LIVT.
Therefore, the use of ~Tmullsoid KS11 for protection of 3D6 engines was
not recommended..
o
SUB CODE: 13o 1l/ SUBM DATE: None ORIG REP; 003 OTH MW: 000
Card , 2/2

VASILIYEV, D.
Japan: militarists against the people. Komm. Vooruzh. Sil 46 no.22:
74-79 11 165. (MJRA 19:1)

VASILIYEV, D.
Pay more attention to the shore-protecting structures along the
Black Sea coast of Caucasus. Zhil.-kom. khoz. 10 no.10:12-13 160.
(MIU 13: 10)
1. Direktor Sochinskogo filiala proyektnogo institute. "Giprokommun-
stroy", g. Sochi.
(Sochi-Shore protection)

WILITEV, D,
-- ~ for t~e cost of state farm production. Bakhg, uchet 15
AGCOXMtIng
no. 5.-5~-U YIV 158. (Km 111-5)
1. Zamestitell glavnogo bukhgaltera Ministeretva sallakogo khonyay-
stva SSSR.
(State farmB-Costs)

VASILIYEV, D.
- L"-
Antitank and antipersonnel obstacles. Voen. znan. 25 no.IP:g
Ap 149. (MIRA '12:12)
(Obstacles (Military science))

VASILOYIN, D.
W*-
To the glory of our beloved motherland. IrrTI-rod. 3 no.ii:4-5 m 152.
(]parachutists) (M1RA 8:8)

VASILIYEV, D., zasluzhennyy master sDortA, inzh.-podpolkovnik
-..NONE&
Kethods of skiing in rugged terrain. Voen.-inzb.zhur.96
no.12:23-28 D 152. (MIRA 10:12)
(Skiis and skiing)

.-~D4ureat Gosudarstvennoy Premii
VASILIYEV.
A vorker's conscience. Zhil.-koz6 khoz. 13 no.-1:3p9 163. (JKU-A 16:3)
1. Starshiy master eksperimentallnogo tsekha mekbanicheskogo
zavoda Upravleniya blagoustroyetva Moskvy.
(Moscow-Mu#icipal services)

VASILIYN-V, D.
Cooperating with the community. Pozh.delo 5 n09:V~ S 159.
(14IRA 13:1)
1. Ilacballnik okhrarq Stalinabariskogn teketillnogo kombiaata.
(Stalinubad-Textilo 1nduutry)

,~ - 'YA 1, T..
'S.1" 'i
_-
Club and primary organization. Voen. znan. 25 no-5:7 My '49.
(MIRA 12:12)
(Tambov Province--Radio clube)

BULGARIA/Corrosion - Protection From Corrosion LT.
Abe Jour : Referat Zhur - Xhimiya, No 4. 1957, 14124
Author : Vasillyev D.
Title : Protection m Corrosion
Orig Pub ; Transportno delo, 1955,, 7., No 6, 26-30
Abstract : The best anode in cathodic protection of Fe., is Mgy the
potential of which in sea water of average composition
is 1-55 volts. An especially effective anode is the
Mg-alloy having the composition (in %): Al 5-3-6-7 Mn
up to 0.15., Ni up to 0.003y Pe up to 0.005, Zn 2-3-3.5,
Si 0.3, Cu up to 0,05- Protection with Mg-anodes is
utilized for underground pipe ILines (increasing the ca-
pital investment cost by 3%, but reducing pipe expendi-
tures in operation by 60-70P, steam boilers and espe-
ciq,lly for ship hulls and harbor structures; Mg can be
used to protect not oray Fe but also bronze., Zn and Cu.
Card 1/1 - 12 -

VASILIYEVI D., kand. arkhitektury
Nev type of students' hostel, ZhIj. strol, no,6s3-8 165.
(MIRA 1811O)

AUTHOR: Vasillyev, D.F. '30v-69-1,9-4-'r /1e
--- - ------------
TITLE: The Nature of the Reaction of Formation of Aluminum ';9r',nt--_nA_1-e
(0 sushchnosti reaktsii obrazovnniya naftenata Alyuminiya)
2. Production of Aluminum Naphthenate by Means of Mixing a
Suspension of Aluminum Hydroxide with Lin Fmulsion of 11aphthenic
Acids (Polucheniye naftenata alyuminiya putem smeshivaniya sus-
penzii gidrata okisi alyuminiya s emullsiyey naftenovykh kislot)
PERIODICAL: Kolloidnyy zhurnal, 1,058, Vol XX, Nr 4, pp 117-420
ABSTRACT; Aluminum naphthenate is produced by the double exchange reaction
between the potassium and sodium soaps of naphthenic acids and
aluminum sulfate. In the article,A method is described for
the production of aluminum naphthenate by mixing a suspension
of Al(OH)3 with an emulsion of naphthenic acids. Approximately
0.7 l.of acid mixture is added to a solution of naphthenic
soaps. This solution in mixed with two liters of aluminum
hydroxide. The p1l vs-lue is reduced and the emulsosuspensoid
precipitates. The naphthenate prepared by the new method is
better than that produded by the double exchange method. Ad-
mixtures of aluminum salts or sodium sulfate are absent in the
new product. The homogeneity is greater than in the former
Card 1/2 product. The new method ensures a high.porosity of the product.

SOV-601-5e-4-1/le
The Nature of the Reaction of Formation of Aluminum Naphthenate,
2. Production of Aluminum Naphthenste by Mesns of 14ixing a Suspension of
Aluminum Hydroxide with an Emulsion of Naphthenic Acids.
There is 1 table and 3 Soviet references.
SUBMITTFD; April 2, 1957
1. Metallic soaps--Preparation
Card 212

1w
If
If IS u 16 1? a m 16 11 2N's is U U u a Is V u R at U if
JL '-L
'A pwa", t cakhm cuboself
~Llllll"
Buffer Adiffs of 9140"96 "a,
dans. both give a pil a 0.
'j I-so
.40
.00
Olt.
zoo
410 dill
go 3 zo
are 0
Soo
zoo
'400
0
!.Zoo
00
I a Ow a -W a I 1-M li 41 a I I V
u s AV -0
0, 0' 0 J 0
rot" 0 0 0 0 0 0 0 0 0 0 0

P0141 hit 41defadnallon of the Wad ectateal Of load
losido, r1'. V310'ev. rj'%JY Kovoijiff A1W. Kkim..
OtM. Xqook S.S.S.R. J. 0.). Ito .1
Ito)., -1,1041wallittel. *fill N'll.OAC40111. 4% 411AUltift-AFY
41!' rwylv. M, Iwov.1tirr I- IUMA two "I"Mi'llille fit.-
t,14:10ts If"x"t 0., tw4slit '.f it%, .%w A%%'j i"
0,40ol-ke *4 k1lown ut"1411. 011.1 lume lln~ fill't 1-11 .411
flit rciulu of all vtnalYsic The cullre of, fit, fr(julivi 13
M. 11mch

VASILIFY, D. F.
37200. 0 mekhanizme reaktaii obrazovaniya naftenata alyuminiya. KoUoidnyy
Zburnal, 1949, Vyp. 6p s. 377-83. - Bioliogri a. 383
SO: Istopis I Ztmw-I I zWkh Statey. Vol 7p 1949

VASIL' 01, D.
u
orpro,12ion!~;a Frot .-:11`10',
VASIL"EV, D. F-
23935
,,s 'Tr- n4, ":Ord z;::' F np-
ardya Slqintsa V
so4erzh
s-.cO) ,T. 11, 3
Khim. 7:auk ,i?a,l
Bibliogr: S. 95.
SO: lptonis, llo. 32, 1949.

CA
The notbaslaw of the rescian of formad" of shemi.
IS, 0. hVs1I'evt, Kpfloid, Aur. It.
~Rgnt ric tiatiou curve (with
Ft qvkik too* efecu'via) of tarb. VA "Aphtheflate with
A(SM Vie alm"t Wm*W with that of Nmf)ll dn4
Ah(80,)s. A ppt. forms at pli I Independently a# thf
napithmate conco. Its amt. Is proportional to that of
Alt(SGJ. used. All this Ames that "Al naphtbenate"
in no ult but rather an a4sorption complex of AU01,11,
And naphthenic add. Pote"11twMetrit titratkm at 40'
and 00 and conductometric titration at 2U* also were
-nade. 1. 1. flikerman

I-_ v

VASILIYEV, D.G., podpolkoynik
When an officer knows his job weU. Vest. prativavoid. obor.
no.8:52-55 Ag 161. (MLU 14:8)
(Radiotelegraph)

it""J"T =, D. r"
izaschet oplaty trWa rabcchikh ob5luzzhivaiushchilkh pogolcvle svir~ef
v sovIthozakh ?4iniqt(!rstvri sovkhozov SfIoR Z-Entall-inhinF the wapes of' workers caring for
swine on state farw,87. Gosstatizdat, 1.95". (.4 1).
I ~,
SO: Monthly List of Fussian Accessionsy Vol. 7 No. 1 April 1954.

VABI a& mW&Axly Goorgiyeviah; GUDKOVA, N., redaktor; LILITA, A.,
- ~__iekhnicheekiy redaktor
[Business accounting and cost on state farms] Khozraschet i sebe-
stoimoet' v sovkhozakh. [Moskva] HoelcovRkit rabochit. 1956. 45 P-
(State farms--Accounting) (HLRA 9:12)

VASILIM.-PoWiYA N
A*D* 9 red, roorslyevicho-red.; GRIGOR'YUt S.T.1, red.; RMI 9
[Accounting in aVlwltaral enterprises; a course of lectures]
Bukhgalterskii uchet v sallskokhoziaistvemVkh predpriiatiiakh;
kurs laktsii. Moskvaq Goo.izd-vo sellkhoz*.Iit-ryp 1960* 45/+ pe
(MMA 24:7)
(Agriculture-Accounting)

BONDARENKO) D.K.; USILIYEV, D.G.; NIKOLISKIY, N.K.; TERESHCHENKO, N.Ly
red.; MZNER, red.
[A reference book for state-farm accountants and other state
agricultural enterprises) Spravochnik dlia bukhgalterov sov-
khozov i drugikh gosudarstvenmykh sellskokhoziaistvennykh pred-
priiatii. Mosk7a, Izd-vo sellkhoz. lit-ry, zhurnalov i plakatov..
1961. 359 P. (MM 2-4:10)
(Agriculture-Accountimg)

VEYSMAN, Mikhail Iosifovich.. kand. ekonom. nauk (deceased); V.4SIL'YEV,,_
D.G., red.; SHALYT, N.A., red.; DORODNOVA, L.A., tel.. red.
-[T-~ theory of accounting] Teoriia bukhgalterskogo ucheta.
Izd.2.) perer. Moskva, Proftekhizdat, 1962. 294 p.
(MIPA 15:6)
(Accounting)

VA,~ILIYEV, Dmitriy Georgiyevich; TMESECHENKO, N.I., red.; DEYEVA,
V.M. , tekhn. red.
[Accounting in a.kricultural enterprises] Bukhgalterskii
uchet v sel'skokhoziaistvenrykb prodpriiatiiakh. Moskva,
Sellkhozizdat) 1963. 510 P. (MIRA 16:12)
(Agriculture-Accounting)