SCIENTIFIC ABSTRACT VASILYEV, I.N. - VASILYEV, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858830001-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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1. TRAVIN, A. V. and VASILIT-EV, I. N. and KAZARINOV, V. P.
2. USSR (6oo)
4. quartz-Tugan District
7. Tugan deposits of quartz sands. L Abstract.:/ Izv.G1av.uor.geol.fon. no. 3, 1947.
9. Monthly List of Rua!-,ian Accessions, Library of Congress, March 1953, Unclassified.

.5 5
5/089/60/009/005/011/020
//.(-//00 B006~BO70
AUTHORS: Trelin, Yu. S.9 Vasiliyev, I. N., Roshchupkin, V,. V.
----------
TITLE: Measurement of Ultrasonic V 1 it in Molten Alkali
Metals
PERIODICAL: Atomnaya energiya, 1960.. Vol.. 92 No. 5, pp. 410 - 411
TEXT: The ultrasonic velocity ing and the nompressibility and sound ab..
sorption of, sodium and sodium-.potassium eutectics (25% Na+75% K) were
measured by an interference method described in the introduction. Square
pulses of negative polarity from a 26-M (26.-1) generator start a radio.-
pulse generator and excite a pulse oscilloscope of the type 00-5B
(IO-3V)..Radio pulses of a duration of T - 10 psei are transmitted at a
carrier frequency of 2 Me/sec to a quartz X--cut plate. The plate is
placed in the upper acoustic delay line which can be moved in the ver--
tical direction. The ultrasonic wave trains traverse the upper delay
line, the molten metal, and the lower delay line where they are received
by a quartz plate and transformed. The signals of the quartz plate go
into the receiver which is connected to a superheterodyne circuit
Card 1/4

85567
Measuremont of Ultrasonic Velocity in Molten S/089/60/009/005/011/020
Alkali Metals B006/BO70
(intermediate frequency, 16 Me/so-::). The pulses are detected in the
channel going to the amplifier and the amplified video.-,pulses go on to
the pulse oscilloscope. By displacing the movable asoustic delay line
the wavelength can be variedg which enables a determination of the
acoustic wavelength X. The carrier frequency f of the radio pulses is
measured with a heterodyne waveme-.er of the type 526. The ultrasonic
velocity is determined from the formula a - f4. This method is free from
systematic errors. The results of measurement are shown in diagrams.
Fig.2 shows the sonic velocity and the compressibility P of Na and
Na-K as functions of temperature. The curves obtained can be analytiz~al-
Na
1y represented by the following: c ~ 2594-0-577.(t -, 100);
,Na-K - 2070 -- 0.543t. Fig-3 shows the ratio of speclfl-; hea" and CV as
a function of temperature. F19.4 shows the temperature dependence of the
gound absorption coefficient. The individual curves are almost linear.
Only the absorption coefficient in the eutectir; ehows a weak exp?nential
increase with temperature. There are 4 figures and 3 referenses:
1 Soviet and 2 US.
SUBMITTED: June 22. 1960
Card 2/4

'5567
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Card 4/4

S/263/62/000;007/006,iOI4
AUTHORS: Trelin, Yu. S. and Ymgyrxl~ 1007/1207
TITLE: Measurement of ultrasound speed in molten alkaline metals heated to 700'C
PERIODICAL: Referativnyy zhurnal, otdel'nyy vypusk. Ismeritel'naya tekhnika, no. 7, 1962, 19, abstract
32.7.133. Collection "Primeneniye ul'traakust. k. issled. veshchestva". M., no. 13, 1961,
3-13
TEXT: Description is given of a method for measuring the speed of ultrasonic waves in molten metals at
elevated temperatures. Two variants of the pulse method were tried: the method of fixed distances, and the
pulse-interferometer method. Since ihe ultrasonic genefator (X-cut quartz crystal) with a Curie point of
576'C does not operate when in contact with alkaline metals, use was made of stainless-steel delay lines per-
mitting an almost distortion-free passage of radiosignals. Particular attention was paid to the problem c7
the wettability of stainless steel by molten metals, in view of the strong absorption of ultrasonic energy
by the "surface barrier" formed between steel and the alkaline metal, Wetting could be improved by coating
the sound-generating surface with a thin Sn-Pb alloy layer. The method of two fixed distances gives rise to
systematic errors in the measurement of ultrasonic speed, which nevertheless do not exceed 1.5%. It was
found that in terms of accuracy, the pulse-interferometer method comes close to that of the two fixed-distance
method, and may be used for measuring the ultrasonic speed in fluids and molten metals at elevated tem-
pcratures. There are 9 figures and 6 references.
[Abstracter's note: Complete translation.]
Card 1/1

ACCESSION NR: AT4013176 S/3059/63/000/000/0263/0269
AUTHOR: Trolin, Yu. S.; VasUlyev, I. N.
TITLE: Investigation of thermal contact resistance at the "stainless steel - melted
alkali metal" boundary by the ultrasonic method
SOURCE: Zhidkiye metally*. Sbornik statey. Moscow, Gosatomizdat, 1963, 263-269
TOPIC TAGS: thermal contact resistance, alkali metal, stainless steel, ultrasonic wave
test, contact resistance, steel alkali metal boundary
ABSTRACT: It has been found that thermal emission from melted alkali metals during the
initial period of operation has a much lower heat-transfer coefficient than the calcu!ated
theoretical value. This Is explained by the lack of rollablo thermal contact between tho
wall of the working part and the heat transfer medium. The authors propose an ultrasonic
method for investigating this complex phenomenon. It involves sounding of the melted
metal and adjoining acoustic -lines made of EYalT stainless steel by low-power ultrasonic
impulses. This method allows visual observation of the changes in thermal contact on a
cathode ray tube, so that the melted metal can be studied under both static and dynamic
conditions, depending on the purity of the melted metal, surface roughness of the acoustic
Card

ACCESSION NR: AT4013176
lines, temperature, method of filling the unit, etq. Fig. I In the Enclosure shows the
design of the section used for measurements under dynamic conditions. Wiring diagrams
of the generatorand receiver are also presented. The acoustic resistt!ace Is determined
by the degree of interaction of the molecules of the melted metal with tho molecules of the
wall; this also determines the degree of thermal contact. Analysis of the first test
series shows that In order to obtain consistent results it Is very Important W ensure a
uniform initial degree of surface roughness at the faces of the acoustic lines and a
similar chemical composition of the alkali metal used for each cycle. Orig. art. has:
6 figures.
ASSOCIATION: None
SUBMTTED-. 00 DATE ACQ: 2OFeb64 ENC L: 0 1
SUB CODE: ML NO REP SOV: 004 OTHER: 000
Card 2/8

S/J.95/63/094/001/004/009
AUTHORS: Krongauz, V.A., VasiLml- ~I_N-
TITLE: An investigation of the processes of energy transfer
b;y the methods --of luminescence and, radiation chemaistry
PERIODICAL: Kinetika i kataliz, vA,.no.l, 1963, 67-75
TEXT% The work was carribd out to verify the postulate that for
-irrad-iated thr~oe component systems, consisting of two acceptors
177-.dissolved--iru __b4ntene , -the -_ protective -ar-tion--of %cceptors, such as
benzoyl peroxide, is due to energ-Y transfer the -second
acceptor to the peroxide, apart from energy transfer from the
solvent molecules to each of the acceptors. The mechanism*of
energy transfer-was investigated in the system'consiating of
p-terphenyll 2,5 diphenyloxazol (luminophors) and benzoyl peroxide
dissolved in toluene. The system was irradiated with ultraviolet
(k = 265 mg) and y-rays from a CoOO source. On irradiation
light
with y-rays the decomposition yield of benzoyl peroxide increased
rapidly for concoj~trations tip to 0001 moWlitre. The high
initial radiation yields wore due to.energy transfer from the
solvent The .yield for solutions containing ^J0.05 molellitre
of luminophor remained constant after reaching.a maximum. Similar
Card I)`

S/195/63/004/001/004/009
An investigation of the processes E075/F,436
results were obtAined-on irradiation with ultraviolet light. The
authors also inyesitigated the luminescence of luminophors induced
Iferays and ultraviolet light (X = 290 and 300 m1i) and quenched
by-
_tTo --vii-tif a
-by benzoyl peroxide. As t&e radia fi
'_~__absorbed -cnly -by, the luminophors, - thequenching ef f e9t of the
peroxide can be 9xplained by the interaction of.the-
benzoyl
_.~--peroxide with the,excited molecules of the-luminophors. - The-
efficiency of energy transfer from the solvent molecoles (A) to
benzoyl peroxide molecules (B) - FAB and that for ~he transfer from
the luminophor molecules (C) - FAC were: FAB 380 ~ 50 litrea/mol
--~-for--B -< OwOl- mole/litre j- - FAC- =--1200-+ -600 litrea/mo-le-for y7ray_
Irra
diation and 1150 + 70 litres/mo;e for the ultraviolet
irradiation. ;The energy transfer values FC13 were 80 +20 litreE/Mole
for tha'irradiation with y-rays and 45:L4 litres/mole for the
ultraviolet irradiation. These values obtained by different
-methods- were---cons i a tent-, - wL_'6,ah-c.onfirmed_ the -polatula-ted -mechanism
energy transfer. Comparison of various calculated and
exp.erimental~values for the energy transfer from toluene to beazoyl
peroxide and the. luminophors showed that the transfer takes place
Card..2/3

5/195/63/b04/00.1/004/009
An invextiption of the processes 3075/3430
as a--result or long-range interadtibn between the molecules,
'~_,diffuaion effectbalso being important-. The energy transfer from
the luminaphors to benzoyl peroxide proceeds by a diffusion
process via the formation of a transition complex between the
excited luminophor molecules and those of benzoyl peroxide,
There Are 5 figures and 1 table.
ASSOCIATIONS Fiziko-~-khimicheskiy institut im. L.Ya.Karpova
(Phyalco-chemIcal Inst.Ltute �meni L-.Y&.K&rpov)
..SUBMITTED: December 21, 1961
Card 3/3

L 10592-63 EFR/F7, PS-h/Pxr-h Rkf/'7*!
ACCESSION YRs AP3001486 S/0195/63/00,t/002//0204/0207
AUTHORs Vasillyev, I. ff.; Kr2RE2,~V.~A.
%------------
TITLE: The transfer of energy during the sensitized p)~otolyais of benzoyl
Peroxide olutions
SOURCE: Kinetika i kataliz, V. 4# no. 2, 1963, 204-207
TOPIC TAGSr photo-deoompositioa of benzoyl peroxide, toluol, 2,5-diphenyloxazol,
influence of light, radiolysis, aromatic compounds, photolysis
ABSTRACT. The sensitizing of the photodo6omposition 70f benzoyl peroxide in
toluol irith the inductive light which is absorbed by the toluol has been studied.
Investigation.was also made with the tricomponent system benzoyl peroxide-toluol-
-----2,5-diphsnylox&zoI_ -undec the Anf luence of -1 ight absorbed by the luminophore. In
..the previous work it -was found that during the radiolysis of -aromatic- compounds
in dilute benzene and toluol solutions, a sensitized decomposition of these com-
pounds caused by the energy transfer from the solvent to the solute takes place.
The results obtained by photolysis for the system toluol-benzcrjl peroxide where
the energy transfer effect is 460 / or - 80 1/mole and the transfer of energy
from the luminophore to the benzoyl is 40 or 10 I/mole are in good agreement
Card

t 101592;-63
ACCESSION NRs AP3001486
with the previously obtained results with radiation. This confims the mochanium
suggested earlier for the energy distribution durin& the radiolysis of tricomponent
system of toluol-benzoyl peroxide-luninaphor. "The authors express their deepest
gratitude to Kh. S. Bagdasap' for teking part.in the organization of this work
and for evaluating the results." Orig. art. hass 1 table and 3 graphs.
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpova (Physico-Chemical
Instityte2
SMWITTEDf- 06Jun63
SUB COM 00
DATE ACQDs- lOJun63 EXCLs 00
NO REF SOVt 006
OTHERs 001
Card
------------------------

Fri
__45
rv;w Z c~ ~W'V L In I
organicheskikh tepionositeley-newedliteley v energeticheukikb reaktorakh (Re-
ncyw Pr re-
nF the, thermophytical characteristics on radiolysin was

W 'IUB WDE Ni
13
15M,

WIN,
-A,
THLE: A StUCy of the energy trarsrer mtechan;cm In liquid organiC ScintlHaLgf-s.
The influence of diffusion
SOURCE: KIr,et i ka i Vata I i z , -c. 5 , !96L, , 792-801
TI)PIC TA~;S-. r,anSrp,, _;M
t Phe-i -)xa7c, e , -
aromat rocai bon , d n0u- e r esonanCe
ABSTRACT: An attempt is made to calculate the radius of the effective section of
enerqv -ans~7er I,- ne d:
account . -his Is Dart of a qo_nc.-ral r-xpPr;,nPn'A
, I linis investigation
oi aw:11tt.510ft Cyff *C"Swi;1z=O in solutions.
led to the derlyation of an expression which Permits the computation of the energy

ACCESSION NR: AP4047834
-F:)E,
T t-
I T7 F D: "A 3 SUB cou: op. -,F
Card 2/2

L io841-66 2WT0_1/EWT(m)/EWPQ)/EW-A(c
ACC NRs ATS023436 S
AUTHOR: Krongauz, V At~.V N 0i
_asillyev I
ORG: none
c
ORCE CODE: UR/000 /65/000/000/0110/0113
'Kirsan P.01Y
ov
TITLE: Investigation of the mechanism of inter-molecular energy transfer In organic
solutions. Effect of diffusion
SOURCE: Simpozium p9elementarnym Protsessam khimii yysokLkb_qugrZb .'Moscow, 1963.
Elementarnyye protsessyy khimii vysokikh energiy (Elementary processes of the chemis-
try of high energies); trudy simpoziuma. Moscow, 1965, 110-113
TOPIC TAGS: excited state, partiLAe interaction, molecular interaction-, particle
collision, luminescence
ABSTRACT: The transfer of excitation energy between htnzend'and toluene. 2,5-diphe-
- ie
nItInx - ~ and 2,5-diphenyloxazole and isopropyldiphenyl7and cyclohexanelwas studied
The dependence of the relative intensity (1) of luminescence of a diphenyloxazole
solution (0.005 moles/1) in isopropyldiphenylcyclohexane mixture upon the reciprocal
viscosity of the solvent is shown in figure 1. For all three systems, the experiment
ally detemined rate constants of energy transfer k AB are lower than those calculat-
ed fr-om the fomula
kAS
Card 1/2

L lo841-66
-ACC NRs ATS023436
0 Fig. 1. Diphemyloxazole In a glassy
isopropyldiphenyl sol"nt at -780C.
g ss.
[class
C.
re is*-
pure is*-
:propyldiphenyl.
:p y1diphenyl,
42. AS 44!
where D is diffusion.coefficient, r is critical radius for instantaneous intermolecu-
lar energy transfer by exchange mechanism, to is life of excited molecules. This
discrepancy is probably due to deviation from the probability of resonance interac-
tion W(r) between molecules A and B as calculated fix= the formula
r
where r is intermolecular distance. Orig. art. has: 1 figure, 1 table, 7 formulas.
SUB CODE: SUBM DATE: MOW/ ORIG REF: 004/ ON REF: 002
jW

L h5673-66 F;?IT (1) /9AT W /EN~ M /T/Ofr (t) "Ell Io F ( c 1J`
ACC NR, AP6021214 S~URCE CODE: 'UR/0294/66/004/003/0364/0368
AUTHOR: Trelin, Yu. S. (Moscow); Vazillyev, 1. N. (Moscow); Proskurin, V. B. (Moscow);.
Tsygtnova, T. A. (Moscow)
ORG: nore
TITLE: Experimental data on the speed of round in alkaline metals at temperatures'up
to 8000C -A.-7 1
SOURCE: Teplofizika vysokikh temperatur, v. 4, no. 3, 1966, 364-368
TOPIC TAGS: acoustic waveguide, sound transmission, alhall Metal I svdl~dl
fu;q
ABSTRACT: The present work discusses the method and results of measuring the speed of
in sodium and potassium and three mixtures of these metals (69.4%, 53.1%, 28.5%.
0:~ sodium in each mixture) at temperatures up to 6000C. The speed of sound was deter-
mined by an acoustic interferometer adapted to high temperature work and in chemically
active substances by using steel acoustic waveguides. In all cases under investiga-
tion, the speed of sound was found to be a linear function of the temperature. The
greatest speed was observed in pure sodium. The authors also computed the following
quantities on the basis of the acoustic data and density: adiabatic and isothermal
compressibilities, ratio of heat capacities at constant pressure to that at constant
volume. These quantities were derived from the thermodynamic relations given in a serl
Card 1/2 UDC: 534.2.22:532.12 1

ACC NR: AP6021214
;Z~
es of equations. For the three alloys of Na~ and__~, density relationship in terms of
relative concentrations was derived from the empirical data. The neastirement errors
of these quantities are alsoigiven. This work was stimulated by the need or
thernody-I
namic data for liquid metals~ 'needed in the design of tha atomic energy power genera-
tors. Orig. art. has: 3 figures, 1 table, 5 formulas.
SUB CODE: 20/ S LJB M DATE :25Apr65/ ORIG REF: 005/ OTH REF: 003
LC..,d 2/2 fV

IVASILI van Prokhorovich; LELTABOV, Vladimir Alekoeyovich; GOLIDBERG,
amwm~ N.M., kandidat tekhnicheskikh nauk, retseatent; DRMIN, X.A..
inzhonae, redaktor; POPOVA, S.M., takhnichealriy redaktor
(Mechanization of painting and drying in machine building]
Makhanitateita okrushivaniia i oushki v mashinostroonii. Moskya,
Goo, nauchno-takhn. Izd-vo machinostroit. lit-ry, 1956. 277 P-
(Painting. Industrial) (KIRA 9:10)

- I I
VASIL' YXY. J-P..-inzhener; LELTANOV, V.A., inzhener, redaktor; DRORDIN, X.A.,
- Ininener, redaictor; KHITROV, P.A., takhnicheskiy redaktor
[Painting railroad care] Okraeka vagonov sheleznodorozhnogo trans-
ports. Moskva, Goo.tranap.zhel-dor. izd-vo, 1951. 306 p. (MLRA 10:9)
(Railroad--Care-ftinting)

KIWZINO R.G.; VASILIYEV I.P.1 CGIIITKO, V.M.
Exploitation of nonunifom-i producing layers of horizon DI in t~e
Zay-Karatay area of the Ronashkino oil field. Geol. nefti i gaza
9 no.4:10-13 Ap 165. (MA 1818)
1. Leninogorskneftt,

KOMAROV. S.G.; SAMOKHVALOV, S.F.; BELAYMSEV, N.V.; BOMBAUIROV, P.P.;
AMELINA, A.A., BLIUM, V.P.; LADYGIN, V.I.; PMOV, A.U.; VASILIM,
14. ; BRODOVICH, N.B.; RABIIJOV. A.M.; AT-1-7 , V. D. ; T1WAZT-.-.
V. ., hzh.,red.; ARSHINOV, I.M. *inzh.,red.; VERIIIA, G.P.,tokhn. red.
[Handbook on the repair of freight cars] Spravochnik vo remontu
gruzovykh vagonov. Moskva, Gos. transp. zhel--dor. izd-vo, 1958. 503 P.
(MIRA 11:12)
(Railroads--freight carB--14aintenance and repair)

VASILIYEV Ivan Prokhorovich; KHAKHALIN, Nikolay Sansonnvick;
17
-HOUHAXqIKD , redaktor; inzhener, KHITROV, P.A. takhni-
chaskiy redaktor.
[Economizing on wood in reparing freight cars) 3konomiia
lasomaterialov pri r"-ionte vagonov. Moskva, Goo.transp.
zh"l-dorAzd-vo, 1955. 93 P. (HLRA 8:11)
(Railroads--Freight cars)

I
I/ /~. f - jw /- I I / / ,
- r r -,-- VA61L-TEV, 1*P., inrh.
Organization of trstin movement on Italian railrods. Zh,31. dor. transi).
40 no.2:86-90 F 1.1% OURI 11:z)
(Ital,---Riilrods--Tra-P-f'i(-,)

. TMOVITSKIT, Yu.G,;
Oxygen oonditions in the developmext of Amur chimm s&2wa and
pink salmon in connection with methods of artificial prop&-
gation. Zool.shar-33 no. 6:1344-1348 N-j) 1~4. (KIU 8:2)
1,16I)orstorl",ikhtiologii MGU In. X.Momososova.
(Salmoz).

TASILIT97, I.S.
Water supply to the redds of humpback salmon and a r keta.
Nauch.dokl.vys.shkoly;biol.nauki no.3:26-31 '58.
(KIU 11112)
I* Predstavlena kafedroy ikhtiologii Noskovskogo goandaretvannogo
univoratteta Imeni H.V.Lomonosova.
(Soviet Far Rant--Salmon)

IIASILIYEII, 1. S., Cand Diol Sci. (dilsa) -- "The -icolo_zical-rnorpholo~:Ical charac-
teristics of the swmner Siberian Salmon and the !,,orbnscha oalnion In thc?
embryonic and fingerlIng stafl-ea of life". IMoscow, 1()59. 1f; pp (Moscow Order
of Lenin and Order of Tabor Red Fanner State U im M. V. Lomonosov, Soil-131ol
Faculty), 11) copies (KL, No 10, 1960, 12R)

-VASIL I 74V,-.. J~. S. -
Adaptive sigaificance of the structure of spawning redds of
salmons of the genus Oncorhynchue. Zhur.obabiol. 20 no.2:
155-16o Mr-4P '59. (MIR& 1235)
1, Kafedra ikhtiologii KoF3kovskogo gosudarstvennogo univer-
ettieta im. M.V.Lomonos O'va;HES--HABITS AICD BEHAVICR)
(SALMON) (PI

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VASIL'YEV.-I.-S,
"Changes in Podsolic soil's fertility as influenced by cultivation"
Pochvovedeniye, No. 4, 1946

VASIVYEVt I.S.
Soil Moisture
Metholology of determinimr," the evaporation magnitude in soils, Met. i gidrol., No.5,194.9.
Monthly List of Russian Accessions., Library of Congress, October, 1952. UNCLALSIFIED.

VAS IL I EV 1 1. ItN
25785
Opy-t opredeleniya belichiny deauktsii drevesnoi rastitelt nostlyu. Voprogy
geografil, ob. 13m 19499 a. 167-80 - Bibliogr: 6 nazv.
SO: Letopial No. 34

VASILILrvp I S, -
25784
Nookolko darmykh o vodoudershir,"nahchey aposobnosti paskov. Voproxy goograftif
SB. 13, 1949, s. 181-90.
SOt Letopiat No. 34

y
watel clc,;e of
--A

,J, i !- If 111 , .
---I=) -*--* - - - -
From the rodel charter of in agricudtural artel. Saratov jaratow;koc. ubl. cos. lz,A-V(Dlt 15.,rl.
29 p. (V poroshc.-.' slushatelian- trekhgodichriykin agro+,r--khnichesld,,:h kursov)
D.A

VIIIS IL I Y-1 vo T . S.
Frozen Ground - DmIturov Dls'~rict ~Moscow "rovi"rica)
Freei,ing and thawing of soil in the Mloscow area. Pochvovalllenie 11o. 9, 1952.
son I
9. MO thly List of Russian Accessions Library of Congress, December 195Y~ Unclassified.

- I VASILIYEV.. 1. S.
Soil Moisture
Method of determining the quantity of soil moisture consumed by fores'~ trees.
Biul. MOIP. Otd. biol. 57, no. 4,, 1952o
Monthly List oL Russian Accessigns, Library of (;ongress, December 1952. Unclassified*

VASIL'YEV, I.S.
Optimal soil moisture for farm crops [vith German summarr in
insert] PochTovedenis n0-10:13-23 0 156. (MIRA 10:1)
1. Pockvennyy institut imeni V.V. Dokuchaievft.
(Soil moisture)

_-ACC NR: __ AT6036519 SOURCE CODE-: --WO-O--6q66-iocoloooloog?loog8
AUTHOR: -yasillm. I. S.A- Ryzhov, No I.; Derboneva, No No; Portman, A. I.;
Doro.4oyeva, N. Zhi; Khlaponina, Ve Fo; Kabachanko, A. So
ORG: none
TITIS: Effect of proton and irradiation on the mitotic activity of trans-
'planted human cell culturou ja=por prosentod at the Conference on Problems of Space
Hodicino hold in Moscow from 24 to 27 Hay 1966-.7
SOURM : Konforentniya po problomaza 1courdehookoy moditainy, 1966. Problomy kosmichos-
koy mditsiny. (Problems of space medicine); natorialy konforentsii, Moscow, 1966,
97-98
TOPIC TAGS- proton radiation biologic effect, ionizing -radiation biologic effect*
relative biologic efficiency, hunan cell culture, radiation tissue effect, mitosis
ABSTRACT: Transplanted cell ctiltures are a valuable object of radiobiologicaf
,study because of -their high radios ens itivity. They are sometimes the
'only biological objects available for study of low-energy radiation effects.
This series of experiments was conducted to determine the comparative
effect of proton and gamma irradiation on the mitotic activity of human
amniotic cells. Two-day-old cultures of amniotic cells, in single layer
or in suspension,. were.irradiated with 630-Mev protons from an 01YAl
-Card- 1/3

ACC NR-_XT6036519
synchrocyclotron or with C060 gamma rays. The dose power of protons
was 35 rad/sec and of gamma rays, 3 rad/sec, The activation and lumin-
escent methods of proton dosImetry were used, Ionization chambers were
used to monitor the beam. Mitotic activity was determined immediately
after gamma Irradiation, and thenat Intervals of '12, 24, 36, and 40 hr:
.Similar determinations were made 10, 20, 40, anti 60 hr after proton
irradiation.
A definite change in mitotic activity due to gamma and proton irradi-
4tion was ;bserved in these experiments. Immediately after gamma irrad-
iation with all dodes the m I t o t I c index decreased, reaching 1.6 -1.3 with a
1000-1500 rad dose, as compared with 5.5 in the control. With doses of
gamma rays from 750 to 1500 rad the mitotic index fell to 0.5-0.6 within
12 hr. A different pattern was observed following proton irradiation:
within 10 hr of irradiation with 40-450 rad the mitotic index increased
approximately 5016 as compared with the control. Only with large proton
doses did mitotic activity decrease. Twenty hr after proton irradiation
..with 40-1000 rad, the mitoticindbx reached a'low of 1.4-0.07'(1.9 in the
control).
Intensive recoy~ery qf the mitotic index In the postradiation pe7j~n, d was
Cord 2/3

i ACC NRi AT6036519
-observed with both types of radiation: the index had reached initial levels
Within 36-40 hr for almost all doses. Two days after gamma irradiation
the mitotic index was 2-3 times higher than the initial level, whereas after,
proton Irradiation the mitotic index recovcrpd in three days
Comparison of changes in mitotic activity after both proton and gamma
irradiation showed the clear dose'dependence of depression of mitotic
activity. The same pattern of changes was observed after both types of
irradiation, and quantitative relationships In observed processes were.
4dentical in both cases., A. No* 22; AZ Roport 66-3:16'
suB cODE: 06 SMI DATEt 00ft66
Card

VASI~~ 9U.
.- -4.
Filling chamber for bydraulic -presses. SueXestion by I.U.Vasil'ov.
Prom9energell no*4:25 AP 156. (MTRA 9:7)
(Hydraulic presses)

VASILITZY,I.Y., inshener
"-:-
)Whines for cutting off pieces of fabric spread out on the
cutting table. Log. prom. 15 no.4:51 Ap 155. (NIRL 8:7)
(Oament cutting)

-
F
I-V
YE,/
"
100 A
,
[ F
ses
as c I

I. To
4270. NEW RUSSIAN P.P. BWZR DZSIGX.
(lotloturbostroonis, 1947, vol* 1, 25-26; from 9n&n&
Boil*r Ho. Rev., Juxw 1948, 187). improved
pulverised-fuel burnor olaiming a roduction in sir-flow
ego
rsaistanos by 20% as oompared with older desirne.

B,C.UoR.A*

ALA4 ego

!*Go

too
_!L AaTALtuaracso. LITIVATUP11 CtASSWICATICA
7 000
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OW 0.. 11,
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,
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-
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S/883/62/000/000/019/020
E194/E15_5
AUTHOR: yftgw~~~
TITLEt Wear testing of materials in friction in aqueous
solutions of electrolytes
SOURCE: Metody ispytaniya na iznashivaniye; trudy soveshchaniyal
sontoyavsh ixosYa 7-10 dek. 1960. Ed.-by
M.M,Khrushchov. Moscow. Izd-vo AN SSSR, 1962, 205--211
TEXT: N.L1W111'1MAb11 has fAov*1op*d a der.Les ot wear tt:L,L
procedures for assessing cases of combined mechanical and chemical
wear. In muchine X 2M (Kh2M) a rotating steel disc of 50 mm dia.
driven at 540 r. pom. rubs against a steel specimen (10 X. 10 x 40 ME)
loaded to 3 kg. The test pieces were immersed in aqueous solutions
of NaOH. The disc or test piece potential against-a calomel
electrode was measured by a potentiometer. on raising the NaOH.'
concentration up to 1% there was substantial increase in the wear
rate, but with higher concentrations oi NaOH the wear rate is lower
and becomes slower as the test continues; at the xame time the
electrode potential diminishes. The &.,tame machine was used to make
tests in a 15% solution of oulphuric aaid. The di:sc was made of
Card 1/2

Wear testing of materinla in ... s/883/62/000/000/019/020
acid-resisting steel and the anniples were spade of various grades
of graphite and of OFtoroplant, 4. With some of the materials the
wear rate remained constant with testing time but in others it
slowed down with time. Graphite grade nK-0 (PK-0) displayed the
greatest resistance to wear. Ftoroplast 4 did not alter the dine
potential, so that the film formed on the disc surface was not worn*
However, graphite grade E (Ye) and particularly grade PK-O rapidly
removed the protective film from the disc. in this came it was
found that the wear resistance of the materials was associated with'
thoir ability to remove protective film from the disc, and there is
a need for graphitic materials less damaging to the films.
'Materials for plain bearingm were tested in the friction machine
M-2 of NIIKhIMMASh design. Immersed specimens can be tested at
temperatures up to 80 *C. Test results in NaOH and,H S04 were.
very Bitnilar to those obtained on machine Kh2M. In t9e MT-3
iY1IKhI11*1ASh machine the frictional elements are hollow cylinders
rubbing end to end and immersed in a test medium. Electrode
potentials can also be measured. Test results with 40% H2SO4,
solution have already been publimbed.
Card 2/2 There are 5 figures and 2 tables.

VASILIYEV
Measuring the mootheness of rubbing surfaces in alkaline and
sulfate solutions and the effect of the stressed state on the
wear resistance of steel, Trudy Sem,po kachopoverkh no.5;271-
276 161. iMIRA 15s,LO)
(Steel-Testing) (Surfaces (Technology))

VkSILI ", I . V.
Beet.md lupine pests Mensk, 1933. 41 p.
r,,3rr. 4 SB112

4j; 107
OW 'Is v Aff a 11 ji u Ij W 15 is v 14 P 44 4, ~W-T,~r
f I
I L a
lComobAtinal tb* pea Wooval. Bluchus OOOMM
ty. Buil. 1,14011 R.) 1041, N..
teview with 7 irGrrjwv~-
90
Of
710
all S111416..
too.,.,
of), u in iv a it I
lip tv (vit com Old "a 'can 414(mloft t AA I S 4 IW 0 1 If 44 0 0 0
0 9 a 0 0 e

Sod,
sea
00,3
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ad 0",
IVAOR 'Wmr.
-it
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lot IFIMANSOCIS ad
At..ww VMS thecom"
=90
4&0
ago
Coo
2s00
coo
tfoe
ALMINGICAL LFT911411041 CLAUSPICATOON a**
IvAdS4 1.4pw all OU111411 4111817 ftc a.- Lq~ 00
MA 10 two Owi-wimead 32 f
it IN a I In
4 ri.

RAYMELISON, Yefim Rtvimovl:~h; VASILIYEV, 1.'V., red.
(Effect of deviatiom of geometrical helical
springs on their manufacture and testingli 'Vl.'ianie otkio-
nenii. geoniotricheskikh vintovykh tsilirdricheskikh pru-
zhin na ikh izgotovlenie i isyritaniia. Leningradf 1964.
17 p. (MIRA 18:1)

p
()T

VASILfYEVj 1. V.
86B icim - Insects
U
fiba -Mar 1947,
Medicine _-Agrlcultura
"Iathromeris B~uchiclda to Combat Bruchus Ploarum,"
Prof I. V. VasIlyev, P
"Prirode No 2
In 1939, it vas discovered that the moot effective
means of coastiting Bruchus pisorum L was the use of
the Uthromeris brachicide; Vas. This insect vas
found in the vicinIty of Mirsk. Its practical use in
being studied.in more detail In keeping vith the nev
Five-Year Plan for the Increase of agricultural
products.
'ID 3W59
PA 34T59

VASILIEV9 I.V.
25829
Biologicheskiy metod borlby a tutovoy shchitovkoy, Trudy Vaesoyuz in-ta zashchity
rasteniy, vyp. 2, 19490 a. 84-89.
SO: Letopial No. 34

-1 1
-1 -
25821. VA-SIL'YEV, I.V. Novyy parazit-yaytseed lyutsemovop klcpa.
Trudy Vsesoyuz. In-Ta zashchity rasteniy, Vyp. 2, 1949, S.
log-10
SO: Letopist Zhurnalinykh Statey Vol. 34, Moskva 19149

vreditel
363Gf", "'Tc'riy
66
SC ; Letc-PIS I Zhurnal Inyl'h StrteY, ""C"

VASILITV, I. To
Dissertation: 'Li -rdens of the USSR.* Cand Riol Scl, Inst of Botany imeni
V. L. Komarov, Acad Sci USSR, 'Moscow, Oct-Dec 53- (Vestn!Lk Akademii Nauk,
Hoscow, Jim 54)
SO: SUM 318t 23 Dec 1954

VASilIfRV, I. V.
Floriculture and landscape gardeningl pavillon; guide-book Yoskva, Goskul't-
,prosvet-izdat, 195k 69 p.
1. Flmer shows
2. Plents, Ornarez-,tal -Exhibitions. I. Moscow. Vsesoiuznaia sell skokhozinistvenns ia
vystpvkp, 1954-

BORM, Kariya Osipoynal VASIL113V I V redaktor; IHASMOVA, N.B.,
redaktor; POPOV, A.D., takhnic-haskiy redaktor.
[Paleocene flora of Sakhalin (of the conglomerate and lower Dai
series)] Palsogenovala flora Ss.10-.-Aina (konglomeratnoi i nizhne-
duiskoi evit). Noskya. Goo. nauchn.-takhn. izd-vo lit-ry po geo-
logii i okhrane nedr, 1956. 131 p. (Leningrad. Yeeaoiuznyi
geologicheakii institut. Trudy. vol. 12). (MLEL 9-8)
(Sakhalin--Paleobotany)

ljpp (m)-6
L 24863-66 EV1P(4~)/WCmj/g~ptDft
ACC* UR: AT6008950 SOURCE CODEt UR/0000/65/000/000/0107/0112
AUTHORS: Vinogradov, Yu.--m.; vasii,yev, r_._V.'j_.,Gopiusj _A, Do; Brusnichkin, No So
ORG, none
TITLEt The use of antifriction plastics for slip-tigrin a in chemical machine
jL
building it
SOURCE: Moscow, Institut mashinovedeniya. Plastmassy vtpodshipnikakh
skol1zhenWj issieTo-vaniya, opyt primenaniya (Plastics,in friction bearings;
research and experiment in application). Moscovv Izd-vo Nauka, 1965, 1OW-112
t
TOPIC TAGS: friction coefficient, wear resistance, antifriction materialt anti-
friction bearing. steel,'teflon,, polyamide / Kh23N2MT steel
ABST4ACTs Teflon and tefle&1-40 (with and without fillers.)v pyroceramic plas-
p2]LamideeAtteYoliiesFfiber plastics, and graphit0plastics are examined, f
ticay
tfor chemical ma( 0
as the currently most promiaingdantiftictio terials
building. The use of the
WM.~vW-2;Nr2MVhZ MrZgiction machines, ; dis-
cussed. The Kh2M is very convenf-ent for laboratory research in aqueous aolutionsi
-of bases I
acids,, and salts, The other machines permit the determination of the
C.9rd 1/2

dependence of UM resistan4and the friction coefficient upon various factors
assemIDkIwaa
studied. The life of a bearin-o
increased to 8000-10 000 hra by
the use of teflon-40. Teflon-4-10-70-Und to be unsuitable for use in certain
media. In view of the higher chemical stability of teflon-4 and of its good
antifriction qualities, work should be continued in creating its compositions
vith other materials* Orige art# haos 1 table and 1 diegrame
.suB com n/ suBm DATE s' 3"L%JvI65
Card

VASILIYEV., 1,V.; MIROSH141CIIENKO, G.A,
Return of the etber-aldehyde fraztIon to the beer still. Spirt,
prom. 28 no.6tl6-20 162. (MIRA 16tlO)
1. Lokhvitakiy spirtokombinat.

VASILfYEV I'v.
u _; Cr,=bin--.
uommunist labor competition in the Lokhvitsa Distillin;
Form.;,j spirt. prom. 31 no.4:4-5 165. (VJRA 13:5)

L -pa
23031-65 ZPA (a)
a olut ions of Q5 &iu'
CI SOUPOR-s. Tre. Vans* .1 kp-Liatrukkt, in-t khim. masaino-s-.r.j
45
TOPIC TAGS! corroslon. friction, sulfuric acid, hydrochlarie auid,
it-I'l-~,, wear ro.91,9ta-rce/ R-1107
K.CM
n--40- D
0
TRANSLATION: A method f'or, the invogtigation of friction and wear of
P! and reru'iat;ing
equipment used in aggressive modia. is daaoriuea.
orr s
riater!.alis with 5RItInifactory co ion resistanoe and on
Card 1/2

23071-65
ions ofL
q
Th.
-(1:609--not'maka aanse in the origInAl-,/ fuIfIlls tne conditi-or, o,"
boundary feictilcm., 'or -",undary f'rIctlan ara base'd on
f DrOtOr7t~Ve films on the friction surfece.

b
KOMI Ic
0c, 150' cul-'ra, heatr-,~-
of a
tika 12
,nerge
1. TSeritl'FLI,ryy kotloturbinnyy inititIlt-

VASILIYEV, Igor' Vladimirovich; MIROJIOV, ~llstjslav Petrovich
.. ....
- omy and f
[Burma, its e7conc oreign trade] Birma; ekonomika JL
vneshniaia torgovIla. Moskvay Vneshtorgizdat,, 1964. 159 P.
(MIRA 17:5)

L 1554-66 3n(d)/EWP(e)/W(m)/EWP(w)/ffF(c)/WP(J)/FWA(d EWP(v)/EWPW/T/WP(t)/'
Wk-)M (h)/W(z)/a1P(b)/EWP(l)/EW(m) lip(c) XJW1B'4"X'r '~W/gW/jo/j)j
JD) IGSIRM
ACGMION NRs AT~020442 UR/0600/65/006/060/0188/01941-
AUTHORSs Vasillyev., Is V.; Yametat L* Fe
q
TITLEs New sintered metal antifriction materials for friction junctions V j')
SOURCEs AN SSSR. Nauchnyy sovet po treniyu I amaskam* Teorlya ffmasochnogo
deystviya I novyye materialy (Theory of lubricating action and now materials),
Moscow, Izd-vo Nauka, 1965, 188-194
TOPIC TAGSt sintered metal materials solid lubricants teflon/ Hr 7 friction
apparatus, lKhl8N9T steel
A 1~ 6, (f, Y-1) -
ABSTRACTr The wear'and antifriction prope is of stntered metal Putterials
1 ).2 !jpowder~compresss
consisting of matrices of low-carbon steelt-14 894~Ki-04 _ I
at 2 t/cm?, baked at 12000)j stainless stee~~=NAI der pressed sit 2 t/cm~p
OW
:,baked at 1000., 1100s 12000 for 1*3 and 5 houra~)- -brona"0,2-0,3 = powder mixed
with filler pressed at 1~5,9 3.4 and 5 t/m2, biiiCd at 85;60- for 5 mimites) and
4rni-c'k'X(0-4-O-2, O*3-O*4P Ool6-0,a mu powder pressed at 1s 1*5 and J>/cWs baked
at 11W 0 for 1 hour)s unsaturated and vacuum saturated with taflonjPwere
Investigated on friction appwitus Mr-7 at a load of 20 kg/=? -and 0-03 aviec.
CG,d 1/2

It 1554-M
ACCESSION URt AT5020442
It was found that the wear of low carbon steel and nickel-based materials was very
high, while bronze and stainless steel materials gave similar wear and friction
J results with teflon saturated matrices giving rastly improved characteristicat
bronze-w3ar - O.Owl-0.0035 gq/fir,, coefficient of friction 0,01-0,05 f9r teflon
saturated vs 0.18-0.22 and 0.,28-0o32 for unsaturatedl steel.- 6 x 10->-0.08 and
.0' -0
and(
0
.L-0,09 saturated ve 09 2 0,22 unsaturated* Bearinelests conducted
in 30-and-60%-nitrio-acid!d*2in- ustio-soda. solutl ahowed-that-saturated
e&u-
lKhl8N9T material -on chrome-plat 8N9T surface AM saturated bronze on
lKhl8N9T gave best results respectively# End Bealsl4perating in 30% nitric acid
ahowed least we" and friction when made of sai;x~ated lMA8N9T material rubbing
against a chrome a fa. so OrIge arte hast 4 tabled-o
AWOCIATIONt
I.A P"O!"Imif AN
MLI 00
SUMTTEDs 22May65 SUB 00021. Ir
NO RM SM WO 0=1 OW
card 2/2

MAGUIA, Valentin Emmanuilovich, kand. tekhn. nauk; DRUZ', Boris
Ivanorvich,, kand, tekhn. nauk; NUIAGIN, Vitaliy
Dmitriyevich, kand. tekhn. nauk; Priniml uckaotlye
LUKIN, G.Ya., kand. tekhn. nauk; GORYANSKIY, Yu.V., dots.,
retsenzent; GULIYEV, Yu.M., dots., retsenzett; KOKHANOVSKIY,
K.V., dots., retsenzent; LEBEDEV, A.M.0 dots., retsenzent;
SPITKOVSKIY, M.I., dots., retsenzent;,VA911-1YEV, I.V., dots.,
I ~ 'CIA
retsenzent; SERKO, G.S., red.; TIKHONdV'A-,-Yr.`A.-; ekhn.red.
(Theory and the structural arrangement of ships] Teoriia i
ustroistvo sudov. Moskva, Izd-vo I'Morskoi transport," 1963.
494 P. (MIRA 17:3)

U.SIL'YEV, ]~,V., red.; SOKOLISKIY, I.F., red. izd-va; PFTROVSKAYA,Ye,,
tekhn. red.
(Housing and community facilities in the R.S.F.S.R.1 Zhi-
lishchno-kommmailnoe khoziptvo RSFSR; abornik atatei. Mo-
skva, Izd-vo M-va kommun.khoz. RSFSR, 1954. 255 P.
(MIRA 16:7)
(Housing) (Public serv~ke)

3/277/63/000/004/001/013
_4004/-A127
z*P4,-
A THORS.-I,
"" V evi:I*V _Kireiyeva
1~-TM Brileotion of materialls for fice seals operating-in 25% sulfurio
acid,solution
-'PERIODICAL: Referativnyy zhurnall Otde11nyy vypuak. 46. Maohinostroitell-
nyye materialy, konstruktsii i rasohet detaley mashin, no. 4,
1963, 2, abstract 4.46.3. (Tr. Vaes. n.-i. i konstrukt. in-t
khim. mashinostr., 1961, no- 37, 122 - 130)
'-TEXTs The stael grades X 16H 12 14 T (KhNNIUN) and X23 H 2` M 3 A 3
(-A1'h23H23M3D3), Oastalloy D, M~-O (PK-0) carbon graphite, 15A (15D) carbon
graphite # :15E (15Ye) graphite impregrated with resint were tested for friction.
.'iand wear in a 25~ H2SO4 solution for choosing material for face seals. The
best. f ristion couple with regard to wear resistance and magnitude of friction:
coefficient is XUU12113T grade steel and PIK-O carbon graphite impregnated
wi-th resin, ---In- choosing metals- for friction. couples operating in a 25
at-tentxorr to-thei-r-corroo-ion
pe
-wor
(hardnieeo,
resistance,*,.Aince al t e other metal properties-- khardening

j/5) -i/6l/000/CI05/C,09/v14
IIUV111207
Au'bivit:
E: o. cu~ju,~;atcd uurfacc3 frictior.
;'Ld~:A'.; :'uat.IDIL2 aUd thC Lfl'CCt 01' 3t.OVS-eIL -State OU
Llia Wvax Ut
SUWLCr;: Akx.~Claya 1-4k -)JA. po tkihuologii ;.at;I&i;.ostrGyc'dyR.
.j,o zv~,.L ;;uv- ati lerudy. no.5,lj6l. !~aoiicuvo pover.!,,-
~aoztj ul,-taitj "-tody i xibory, uprucku,eaye i-etailov,
t(.-ka-,r.ologiyc. 271-276
If E~U: j)at"jvcj I'cj-jt~; ~-C ~'elj~U.CtCCL Ci., I..VL&ti~;atioj',zj carried out to
cLj,,:Ljlish t.-Ic LLct.LuL uf cun-,;sivu vdia uLLriji,; I'xictio" on '.Iu wear r--z;ist:2..ce 'of
-~Ctals' iL Jape.."01-ca u.. .*i,.v i.7.1ai "Ai or fiAd COULitln-3. Tlif,, follvaiizG
probleLL,a were ztuu1,A: 1). 1;- L-e rur"LLcc filliti"I ,JSA (UBA) a;m' CL.3 (St-3)
steel apcxiLaeiitz duriii,; fi,ictio., ia a 5 .4011 nolutius-: tustr,
cza,rif d Q-IA-U U1. tJIC Plilr-l (.-T-1) i'-~"ict:..oi -ac;hiuc; 2).Chaxij;~;u i;4 the aurfacc
fiiash of X23B271-Z2 (kh23112'11-22) during ;4atal-to-uor-r~,~tal frictior,
Card 1/2

. Vc;- I V61/0WA05/00/014
I/Uul/1207
Changes iii the surfLick;...
it a 15 Purmat Ii, soiut-v-i; we~.(.- coi--uuctod oia a vN-2 fructinn L4ChiI.I..
toot ~-C'L;ulto CUILI'll." Clu "'C'A t:ia*~ uit k;u-u!ixd act.Lo.. of riction aiid co-roniv.: ..;L.Ua
cauzicz ;Locaauical-Qo-~ruz:Lv~.: w.-,ar, diffuri;,~ fm~, wear iii L'cdia.
A3 J.t ,s fo"d, (~-avij~; wear chaLde3 occur i;, t1ae ;uifaca fijd3h
of the iLctall both ii., d:xuvt~-- uf or the surface irrc~~Ulariticz
rOu,fatLtS2. 11' t.'IC OUXIL'a~;6 u~ co;-;)oiic"t3 subjt~ctcd to frictiuz, o~tly
cha;,Ge3 u,,LAer *.Iic act~-,)a of' thu co.L-roL3.ur. vc--~~3ta..c--- of t;ic
coadugated co;Lpoi.aItz zlio-IL~ -r: ii-, urdux to i;,crua3e wcar rrjiata~xn.
strus;;*S apylied t") co-rusive ;-cdla Lodify t4c: wcar
Plastic tc;~Silt: :Aresoe.i -----sta-ce si.,.cc tney couLteract coLp--,.-.vjiVa
zt.vesuen ajjpezu-l~~ 4L., r-it: t-.!;. lrlct~-Qr.. 115Wt!vCr,
th;; Is attaiiwd is liao!L~ to :L~ac:-~ase vrccz. U;.
the othcr hai'A ela3tae wt--ar of --,tal,-. Th.-,,--c or-' 3
1 tablc "id 5 co'Cere,icus. uota: The raadez- i3 particularly rr-ferred to
the work3 by P.A. Ait-Oilider ,o.2, oi-,c of tho leadi~..; Sovi,.;t

Caxd P-12

VASIVIYEV, I.V.
Testing the wear of materials caused by friction in an aggressive
medium. Tren.i izn.mash* no.15159-rn '62* (MRA 15t4)
Obehanioal wear-Teoting)

SIDAK, Rostislav Ilikitovich; VASILIYEV IV ilileylogh: PROZOROV,
9 an Vas
S.I., red.; SEVRYUKOVI T._,,_tQhn. red.
[Mechanized harvesting of peas and vetch; from the experience
of the L'gov Experimental Plant-Broading Station] 14ek-hanizataiia
uborki gorokha i viki: iz opyta Ligovskoy opitno-selektaionnoi
stantsii. Kursk, Kurskoe krizhnoe izd-vo, 196L. 34 P.
(MIRA 15:7)
(Peas--Harvesting) (Vetch-Harve sting)

MGELISKIY, Igor' Viktorovich; VINOGRADOVAp Irina Ernest.)vna;
VASILIYEV I.V.-, inzh., retsenzent; YEGORMA, L.I,, Jnzh.,
3~e-d:; -S-HIR91-1-OV'Ap G.V.p tekhn. red.
[Friction coefficients; manual] Koeffitsienty treniia; spra-
vochnoe posobie. Izd,2,, perer. i dap. Moskva,, Mashgiz, 1962
217 p. (KIRA 15:7)
(Friction)

S/123/62/000/014/006/020
Aoo4A10l
AUTHOR: Vasil'yev,I. V.
TITLE: Investigating nonmetallic materials for slide bearings used under
certain friction conditions in chemical machine construqtion
PERIODICAL: Referativnyy zhurnal, Mashinostroyenlye, no. 14, 1962,'27, abstract
14A170 (In collection: "Plastmassy kak antifrikts. materialy".
Moscow, AN SSSR, 1961, 86 - 95)
TEXT: The author presents the results of investigating various bearing
materials (textolite, Moroplastic, graphitic carbon) in a 1% NaOH 'solution and
in a 15% H2SO4 solution ~p the X 2 M (Kh2M) friction machine and MT-2 machine of
NI1XhIDVash design. Basea on 'the investigations, the author recommends the use
of fluoroplastic-4 as material for bearing bushes operating in alkali media. For
operation in a 15% H23C4 solution, graphitic carbon impregnated with resins is
suggested.
[Abstracter's note: Complete translation]
Card 1/1

VASILIM, Ig.V.
Impressions of Nelumbo leaves from Tertiary deposits of
Kazakhatan. Falsont.zhur. no.1:139-143 161.
(MRA 14:8)
1. Vaesoyuznyy nauchno-i#.pAedovatel'skiy goologicheokiy institute
(Kazakhsta~~otua, Fossil)

VASILIYU, I.V,,-iAzh-jI GOPIUS, A.D., takhnik .. 1.
investigating antifriction properties of ma-terials for sliding
bearings operating in chloride solutions. Trudy NNUDSIASH
no.27:137-W 159. (MIRA 14:8)
(Bearingd (Machinery))

- -- VASILIYEV, IN. --'
Taxonomy and geography of birches. Bot. mat. Garb. 21:93-1.03
161. (1M4, 14110)
(Birch)

VASILIYL_,_I,V., inzh.
Y
Some dependences of the wear process in metals subjected to
.friction in alkaline solutions. Trudy NIIKHINMASH no.27:110-119
159. (MIRA 14:8)
.(Mechanical wear) (Steel-Corrosion)

VASILITYN, I.V., inzh.; GOPIUS, A.D., tek-lailk
Investigating antifriction properties of materialsfor sliding
bearings operating in an alkaline 'm'dl=. Trudy 111MUWALH
no.27:120-126 159. (MIRA 14:8)
(Bearings (machinery))

VASILIYEVI I.V., inzh.; KWITONOV, V.K., inzh.
Selocting materials for end face sealings for operation In a
sulfuric acid medium. Trudy IIIIIGIIMRASII no.27:127-136 159.
(MIRA 1,4:8)
(Corrosion resistant materials)

4.
S/663/61/000/000/00OV005
D04O/Dll2
AUTHOR: Va3illyev, I.V.
TITLE: An investigation of the behavior of nonmetallic sleeve-bearing
materials under some friction conditions in chemical machinery
service.
SOURCE: Plastmassy kak antifriktsionnyye materialy. Inst. mashinoved.
All SSSR. Mcscow, Izd-vo All SSSR, 1961, 86-95
TEXT: The article presents the results of wear tests of oome plastics work-
inC under friction in NaOH and 15-%5 112SO solutions. The tests were made
on two different 1,-.borato.,I-y test machines_he )ON(Kh211), by a method sug-
gested by 1A.M. Khi-ushcho*, and M.A. Babichev (Ref. 2: Sb. I'Treniye i iznos v
mashinakh" ollection "Friction and wanr in machines"J, X, 1955), and on the
?4T-2 (MT-2Nchine designod by 11TIMIMMASh, by a inuthod dr.~vvlopod i1f, the
latter institute. The followin6 materials weie tested: teflon, F (Ye)
aphite impregnated with lead and nonimpregnated,,g (D) carboCraj)h2te
uglegrafit), 1,#K-o (Pio) carlbographite i.,-pregrated with resin and nonim-
pregnated, and 2 a (2B) textolite. The article includes the description and
Card 1/2

An investication of the D040/D!12
schematic diagrams of both machi-nes, and details of the test teenniques. In
the Kh2h'.' machine a rotating disk wears a- .,r a -roove in the toot specimen,
the wear being evaluated accordin6r to t.. volu~o of the groove, wlhilot in the
MIT-2 machine the specimens are in the form of a bush and a journt-11, thO Wear
of the bush being determined by its loss of weight, or by micrometer measure-
m nts before P-nd after the test. The bearing materials were tested with
disks and shafts of various materials - ste-ls 45, 208 P18 (R16) andX23M27M271
Kh2311271,12T), 13'118-36 (SCh 18-36) cast iron, 2B textolito and FpKNL;-3-3
K?,Its-3-3) bronze. Conclusions: (1) The dependability of antifriction
M
Dlasties in friction in corrosive media depends not on their chemical stabil-
ity alone, but also on the corrosion resistance (,f the metals w-th zhich they
aru coupled. (2) Teflon is recommended for bearings intended for service in
an alkaline medium. As the temnerature of the alkaline medium affects t',e
wear resistance of teflon, it is re-omnmended to use teflon for non-vital
Iriction connections or where the riction is hydrodynamic. (3) The KhM and
MT-2 machines and the described test methods are recori-mended for testin,',~
materials for wear resistance in corrosive media. The reoults,obtained in
tGsts made on both machines.were the same. There are 8 ficares, 'I tables and
4 Soviet references.
r' 2/2

BORKHVARDT, V.S.; KOZIDVSKAYAO N.V.; MAIMOVSKAYA, L.A.;
F,INYAYEV, N.A.; MURWYEVA, O.A.; SERGIYEVSKAYA, Ye.V.; SOKOLOV-
SKAYA, A.P.; FLOROVSKAYA, Ye.F.; SHISM13-1, B.K.,prof.; YKEW.WK, S.V. prof.
[deceased]; KARPOVA, L.A., red.; ZHUKOVA, Ye.G., tekhn. red.
[Flora of Leningrad Province] Flora Leningralukoi oblasti. Otv.
red. B.K.Shisbkin. Leningrad, No.3. 1961. 266 p. (MIRA 14:10)
1. Leningrad. Univeroitet. 2. Chlen-korrespondent AN SSSR (Shishkin).
3, Kafedra botaniki Leningradakogo Ordena Lenina gooudarstvennogo uni-
versiteta im. A.A. Zhdanova (for Sergiyevskayas luzepchuk).
(Leningrad Province-Dicotyledons)

RV.27
S/123/60/00/02/02/015
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1960, No. 2,
p. 22, # 5179
AUTHORz Vasiltyev I.
-N~ 1.001-111
TITLE: Investigating Wear and Jamming Processes of Materials During
Friction J0 I)v
PERIODICAL: Sb. statoy. Vnes. n.-i. i konstrukt. in-t khim. mashinostr.,
1958, Vol 25, PP- 163-177
TEXT: If metals are subjected to friction in active media (aqueous
solutions of acids, alkalis, salts), the reaction of the chemical medium on
the surface of friction causes a peculiar type of wear which is called
acrrosive-mechanical wear.X% The author gives an account of investigation
results which were ;_b=aineh at the NIIKhIM&ASh with the selection of mate-
rials for-sliding bearinng_q__pf an electrolytic tinplating device, operating
in an alkali medium. Thela'brasion tests were carried out on the X2N1(Kh21T)
frictien machine in a 11~-alkali medium. The author cites the testing
methods and the machine layout. Jamming phenomena were studied on the
Card 1/2 U/

81423
B/123/60/000/02/02/015
lnvestigating Wear and Jamming Processes of Materials During Priction
ATC-4k LT 4) friction machine. It was found that the wear of fluoro-
was by 5 times lower than that of t~~ 20 grade steeiOnd C4 18-36
(SCh 18- ) cast iron, while the wear of'WK-0"(PK-0) graphite exceeds
that of fluoroplastic-4 by 7 times. All materials, excluding graphite..
show an abrupt increase of volumetric wear if the temperature of the
medium is raised from 20 to 800C. The wear of fluoroglastic--4 at a
temperature of 780C is by 3.5 times higher than at 25 C. The metal tests
for resistance to jamming showed that a 1% aqueous alkali solution
increases the load capacity of the steel grades 20,,and _45,4n comparison
with spindle oil. ct t at an alfkali medium
This is explained by the fa
prevents the seizing of metals by reducing the plastic deformation of
the surface layer.
L. B. P.
Card 2/2

VASIL'YEV, I.V., inzh.
Wear of metals and
friction in sodium
MY-Je 159-
(Fretting
the change In electrode potentials during
hydroxide aolutions. Khim. mash. 3 no-3:30-33
(MIRA 12-12)
corrosion) (Steel--Testing)

VASIL' ~,,,
Realization of a dmim. Zdorov'e 5 no-5:26 My 159.
(MIRA 12:11)
(WC= AS ATHLETES)

ANASMIN, I.A., kapitan I range; PARABOLYA, P.D., polkovnik yuridichesko7
sluzhby; VOLKOV, A.S., inzh.-kapiten 1 ranga; VORMITHY, A.P.,
kapitan 1 ranga; VASU.'M I.Y. kapitan 1 ranga zapasa; VITUIONKO,
ao-moM~~ ~H~u*: kapitan 1 rnnga; GENKIN, A.L.,
H.P., kand.voyenr
dotsent, kand.tel:hn.nauk, inzhener-kontr-admiral; YEREKZNKO, B.Ye.,
kapitan 1 range; ZVEM-117, B.I., kand.istor.nnuk, mayor; KAZANKOV,
A.A.. kjjpitan 1 ,~angn; KOZIN, K.K., kapitan 1 ranga zapass; KOLTADA.
N.I., kapitan 1 xBnga zapaon; XMINIC11, D.D., inzh.-kapitan I ranga;
LOBACH-MCHENKO, K.B., dotuent, inzhoner-kapitan 2 ranga zapasa;
KASHAROV, A.I., -polkovaik zopasa; HYASISHMOV, V.I., inzhener kontr-
admiral; PEMOV, L.G., kapitan I range v otstovke; FROKOFIYEV, V.M.,
kapitan 1 ranga; POZNAKHIRKO, A.S., kapitan 1 ranga zapasa;
(Continued on next card)

ANASHKIN. I.A.---(continuad) Card 2.
PYASKOVSKIY, G.M., polkovnik; SINITM, N.I., polkovnik. Prinimali
uchastiye: ANDRff3Y, Y.Y., kapitan, I ranga; IVANOV. V.P., inzhaner-
kapitan 2 range; ~;fBWOUSIKO, L.D., ranga;
SUIKANOV, Ye.P., inzhener-kapitan 2 range. YABL"fb-V, V.G., vitse-
admiral zapaso, glavnyy red.; GJWGROSS, V.M., kapitan 1 range zapa-
sa, red.; STAROV,.N.N., kapitur. 1 ranga v otstovke. red.; 30KOLOVA,
G.F., tekhn.red.
[Marine dictioni3371 Morskoi slovar'. Moskva. Voen.izd-vo H-va obor.
S&R. Vol.2. 0 - IA. 1959. 440 P. (MIRA 12:12)
(Maval art and sciencia--Dictionaries)
(Merebant marine--Dictionaries)

ARTYUSHENKO, GZTRTAN. M.SL; GOWTACH. A.G.; GzJBOV.
V.I.; ZAMTATITIN, B.N.; PIDOTTI, O.A.; Pi ipiNK6, F.S.; POLICTIKO,
0.14., kand.blolog.uauk; RDDIONENKO, G.I.; RUSANDV, Y.N.; SAAKOV,
S.G.; SOKOLOV, S.Ta.,-prof., doktor biolog.sauk, red.; YMRDV,
ALA.; SOPCHI.WSKIT, N.V. [deceased]; SHULIGINA, V.V.,- SHUKHOBODSKIT,
B.A.; GOWVNIN, M,!., red. Izd-va; KRUGLIKOVA, N.A., tekhn.red.
[Trees and shrabs of the U.S.S.R.; wild, eultivated, and promising
exotic trees and shrubs] Deray'la i kustarialki SSSR; dikorantunhehie.
kulltiviruemys i pirapektivuye dlla introduktolt. Moskva. (Vol.4.
Anginrperms: Leguminonae - Punicaceael Pokrytosemenrqe: Semeistva
bnbr,vya-gran&tovy9. 1c)58. 973 P. NIRA 11:12)
1. AN SSSR. Botanichankly institut.
(Angiosperms) (Trees) (Shrubs)

I IIIASSO, Avksenly Illich; VASILIYRV, I.V., red.; ZUDIIIA, M.P., tekhn.redo
...... ~..= ~~ -
[Ships and vessels of the navy] Korabli i suds voenno-morskoeo flats.
14oskva, Voen.izd-vo H-va obor. SSSR, 1957- 193 P. (MVU 11:2)
(Ships) (Russia-Navy)