SCIENTIFIC ABSTRACT BORISOV, V. T. - BORISOV, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206410008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AFFT /1-D/-7SD-,3/!JP, D-
U Ag
-CE N_ NR: AT3001926 S129
XC SSIW 12/ 2/000/00010
AUTHORS; BorW-0 DukbLin, A. I.
'TITLE: Effect of the thermal regime on the shape of columnar
SOURCE: Kris tallizatsiya. i fazovyye perekhody., Minsk, Izd-vo AN BSSR,
1962, Z85-288
'TOPIC TAGS: crystal, crystallization, crystallography, maximum-rate principle,:
,front, growth, growth rate, spherolite, salol, fissure..
ABSTRAGT: Thd paper describes results of an experimental investigation of the
maximum possible rate of displacement (RD) of the crystallization (CR) front (F)
under given external thermal conditions. The RD of the CR F depends'on the
degree of supercooling at the surface of the growing crystals. The tests were made
on salol. The crystal growth was observed and photographed for different bath tem-
peratures (T). It is note(I that the structures characteristic for each T are readily
'reproducible. The multiplication of the number of crystals per unit length of the CR
-F appears to be due to the formation of fissures, near which fan-shaped gro ups -,of .
small slightly-dis oriented crystals are formed. A decrease in the number of crys-
.tals per unit length is occasiofted by the development of pinching-out processes.
q
.Card J/ 2 A

L 19392-03
ACCESSION NR: AT30019Z6
The results of the present study show that the equilibrium between these two
counteracting factors is regulated by the heat regime in accordance with the princi-'
ple of maximum growth rate. A schematic graphic plot shows that the rate of
growth of the crystals vs.T achieves a certain plateau-like constant region with a
drop-off at either side. Experimental data supporting this conclusion are cited. It,
is postulated that the appearance of the plateau is linked with a change in the struc-
ture of the CR F and, more specifically, a comminution of the crystals with a de-
crease in the bath T. It is also concluded that if an experimental determination is
made simultaneously of the RD of the CR F and its structure as 'fuhctions of the
bath T, then the crystals must be large on those segments of the curve where an in'-
crease in rate of growth occurs, must then progressively decrease in size as the T'
is reduced over the segments of constant rate of growth, and must invariably have
a fine structure (with~ a planar CR. F) along the descending branches of the curve.-
The experimental results of the measurements of the linear rate of growth and of
the size of the crystals, adduced in a graph, support this postulated relationship.
Ority. art. has 4 figures.
ASSOCIATION: none
SUBMITTED; 00 DATE ACQ: 16Apr63. ENCL: 00
SUB CODE: CH, PH, MA NO REP SOV; 003 OTHER: 000
Ccirrj 2 / Z

BORISoV,W.,,-kand.fiziko-matematicheskikh nauk; BUKH.TV, A.I., kand.
fiziko-matematicheskikh nauk
Mchanism, of the growth of metal crystals. Probl.metalloved.i
fiz.met. no.7:363-371+ 162. (I-MU 15:5)
(?btal crystals--Growth)

~,-BQUSOVT-VwT.-,-kanff-.fizik,o-matematicheakikh nauk; GOLIKOV., V.M., kand.tekhn.
nauk; SHCBERMIZEKIY, G.V., kand.fiziko-matematicheakikh nauk
Meet of the interface on diffusion in polyorystals,. Probl.
metalloved.i fiz.rwt. no.7:501-521 162. (MM 15:5)
(%tal crystals) (Diffusion)

S/07o/62/007/002/012/022
4, wd o E,13'-'/El6o
AUTHORS: Borisov, V.T., and Dukhin, A.I.
TITLE. Influence of thermal regime on the structure of the
crystalline front in one-component systems
PLRIODICAL: Kristallograf.iya, v-7, no.2, 1962, 260-285
TEXT: The principle of the maximum rate of growth is
numerically applied to establish the relationship between the
dimensions of the crystals in the crystallisation front and the
rate of advance of.the front (velocity V). In the part of the
theoretical curve of V against supercooling, the appropriate
form for the crystals to take where the curve rises is that of
coarse needles, and in the part of the same curve where V
Ealls, fine needles. The change of the dimensions of the
crystals in the intermediate region leads to the appearance of
a plateau. Observations made on crystals of salol growing in a
film between two'glass plates or on a thick copper plate confirm
the theoretical deductions.
There are 5 figures.
Card 1/2

Influence of thermal regime on the ... S/07o/62/007/002/012/022
E132/Ei6o
ASSOCIATION: Institut metallovedeniya i fiziki metallov
(Institute of Science of Metals and Physics of
Me t a 1s,)
Tsentrallnogo nauchno-issledovatellskogo instituta
chernoy metallurgii im. I.P. Bardina
(Central Scientific Research Institute of Ferrous
Metallurgy imeni I.P.- Bardin).
SUBM'ITTED: June 27, 1961
Card 2/2

32816
0 1 !M~ 8/020/62/142/001/912/021.
B104[B102
4UTHOR: Borisov, V. T.,
no
TITLE Ki tko diag;amo of alloy crystallization
PEAXODICALt.: -Akademiya nauk SSSR. Doklady,. v. 142, no. 1, 1962, 69-71
TEXT:,, On the:condition that the compositions of the liquid and solid
phases reimaih-unchangedt equations describing the velocity, v, of ~he
cry
'dtallizatioh front were derived for a binary alloy within the thermo-
i
nam os of non-equilibrium processes:
y
RT -y)) + q, (I TIT,) 1, v (I -7y)
.;B, (I. x) Jx2V y2V' In ((1-X)/(1--;
(4),
y)tr + RT IMWY) + qb (I = Tffb) I = vy.
,where X and y denote the concentratigpe .. of the component b of the bina
.11 ~ ry
allo'y' In,the liquid and the solid Rhg-opi respectively, V is the energy of
displacement. The coefficient,s,B 4fB , related to atomic mobilitiest
b
are functions of the composit ~Pvl jAd other variables. If v - 0, (4)
v.do*scribes,the alloy e ilibtiiA~"4Aagram. If v / 0, (4) determines the
qu
stable concentrations in'th-
e *4",6s'contacting at an interface moving at
Card 1/Z

328A
8/020/62/142/C)OI/012/021
Kinstio. diagrams of alloy B104/B102
a.gi.len:velocity, -For a given Y, the funotions x(T) and y(T) represent
-non
-equilibrium diagram. The diagrams as a whole determine the
o~xatallitatio:n kinetics of.tbe alloy under different conditions. The
derivatives (ax/av)-' and (ay/ov) indicate the deviations of the non-
vao V=O
equilibrium solidus and liquidup;lines from those of equilibrium. If the
state of the crystallizing alld~ is described by a phase point on the
equiiibrium s6lidus line, crystallization is always accompanied by a
change.in composition. There are 1 figure and 7 references: 4 Soviet and
non-Soviet.. The reference to the English-language publication reads as:
follows: K. A Jacksong Canado . Fhys.,.~,61 03 (1958)-
ASSf)CIATION: Institut metallovedeniya i fiziki metallov Tsentrall~ogo
nauchno-issleaovateilskogo instituta chernny metallurgii
I. F. Bardina (Institute of Metallograpliy atid Physics
of Metals of.the Central Scientific Research Institute of
Ferrous Metallurgy imeni 1. P. Bardin)
-PRESENTED; July 20, 1961p by G. V. Kurdyumov, Academician
SUBMITTED; July 14, 1961
'Cara .2/2

34747
S/020/62/142/003/014/027
B142/B138
AUTHOR: Borisovs V. T.
TITLEI'- Two-phase zone during crystallization of an alloy in
unsteady conditions
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142, no. 5, 1962, 581-583
TEXT: The diffusion supercooling which always precedes a moving flat
interface diminishes as the unevenness of the crystallization front
increases. The two-phase zone formed is thus due to the,striving of the
crystallizing system toward a state of equilibrium. Assuming the
establishment of such equilibrium throughout, the liquid, solid, and
two-phase parts of the alloy can be described phenomenologically. The
present paper deals Pith unstead conditions when the crystallization
front shifts according to the t 1~2 law and all functions describing the
1/2
state of the alloy depend only on X~t . The equations for the
diffusion, heat conductivity, and liquidus curve of a two-phase medium
e(SC')'-2tCS'+2e(SC)'=O, T'+2~(S'+T')=O, T=T.4-C. (3)
Card 1/4

S/020/62/142/003/014/027
Two-phase zone during crystallization... B142/B138
are obtained after introducing dimensionless parameters. If the
temperature is eliminated, the equaiions
e(SC')'+2E((1-k)S'C+.SC')=O, C'+2E(S'-C'-Y=O'. (4)
are obtained for the two-phase zone, the solution of which,
C C (~; tit C" P"), S = S (t; ~1' Ci, PI) (5)
- I I
determines the section, concentration and temperature in the section
1/2
0 (liquid zone). x/2(at) The solutions of the first two
equations, ECII + 2~cl = 0, T"+ 2 T' 0, for the liquid zone give the
coordinates of the starting point of crystallization in the equilibrium
diagram. Together with T 2 determined from the equation for the liquidus
curve, concentration C2 and the section S 2 at the end of the two-phase
zone give the end point. The solidified alloy is inhomogeneous. The
distribution function for the crystallizing liquid is:
Card 2/4
VIV

S/020/62/142/003/01.4/027
Two-phase.zone during crystallization... B142/B138
L(C) - -dS/dC + S*6(d - C2). The Eiolidified alloy shows composition
2 ,
inhomogeneities in the direction traversed by the crystallization front.
The temperature equation is solved for, the solid zone in 04(1.t.. T(O)
is the constant temperature at the outer boundary of the ingot. The
range of the two-phase zone is determined by eliminating C and from
cl-co *(t) =, To-rA+C1+V(V To-TA+Ct
(I - k) C1 ,T W rA - T (0),- C, (S) Ft- _kM
If T the initia .1 temperature, is high enoug .h, no transition zone will vl~
be' formed as the third equation will not then be fulfilled. L Abstracter-s
note: To understand this paper Ref. 2 (V. T. Borisov, DAN 156, no. 3,
1961) must be used,, as the definitions are given there, There are 2
Soviet references.
Card 3/4

. . 9/020/62/142/003/014/027
Tw'o-p)4aBe zone during crystallization... B142/B138
ASSOCIATION: Institut metallovedeniypL i fiziki metallov Tsentrallnogo
nauchno-issledovatel'skogo instituta chernoy metallurgii
im. I. P. Bardina (Institute of Metal Science and Physics of
Metals of the Central Scientific Research.Institute of
Ferrous Metallurgy imeni 1. P. Bardin)
PRESENTED:
SUBMITTED:
August ~1, 1961, by G. V. Kurdyumov, Academician
August 14, 1961
Card 4/4

BORISOV, VJ..
Labor productivity and how to increase it in'the production of
gas. Gaz. delo no.10:67-70 163. WRA 17:4)
1. Shebel-inskoye gazopromyslbvoye upravleniye.

BORISOV, V.T.; VINTAYKIN, Ye.Z.; POTAPOV, L.P.
Characteristics of the thermal vibration spectrum. Fiz. tver tela
5 no.9t2530-2537 S 163, (MIRA 16:10)
1. Institut metallovedeniya i fiziki metallov TSentrallnogo nauchno-
issledovatellskogo ihstituta chernoy metallurgii im. I.P.Bardina,
Mskva.

BORISOV, V.T.-
6#iises leading to-failure in starting the engines of TE1 and TE2
dfosel locomotives. Elek. i tepl. tiaga 7 n0-4:34-35 Ap 163.
(NIRA 16: 5)
1. Pbahchestvennyy mashinist-instruktor depo Moskva~Kiyevskaya-
Passazhirskaya.
,4Diesel locomotives)

L4'
ti/ V2U/ 0.~/ jOOb/012/ 27
t :L69m-63. LW(q)/E-W(WBDS ~AFFTQ/ASD JD
OEM Ir. , and Shcherbeainsidy. G. V.
Borisov, V. T., Golikov A, * -
L
TITLE: Statistical calculation of the self-diffusion coefficient in metals
FMIODICAL: Akademiya Milk SSSR~. Dcklady- :v. 1491 no. 6, 1963, 1391-131-0
TM: The aralysis. of experimental results on the basis of the for=a1a of
diffusion coefficients provided by the theory of absolute reaction rates does-not nake
it possible.to directly associate the values of the preexponential factor and
activation energy with soma definite physical characteristics ct a sifostance. This
.~is achieved by more detailed analysis of activatea state on the basis of a suitable
modell or a statisticall calculation. Therefore, the authors describe a statistical
-en~ tion of self-diffasion of atoms over the vacancies or positions of penetration
in pure metals or weak solutions. A formda for the equilibrium concentration of
vacancies is presented. It is found that the coefficient of diffusion over the
vacandies does not explicitly depend on the characteristics of vacancies in equilibrium
stat
e but is determined by the potential energy and normal frequencies of activated
-state. There are 2 figures.
A.Ssocnwioll: Institut metallovedeniya i fizihi metal-lov Tsentral'nogo naudono-
:Lssledavatellskogo-instituta.chernoy mettallurgii, im. 1. P. Bardinna
U3a5titute- .of Matauosra hy~and Metal Mnics, Central Scientific
P
Research In3titute of Ferrouslietallurgy imeni 1. P. Bardin)
StaMITrE D: December 4J.
Card 1/1

BCRISOV) V.T.
Mechanism underlying the normal growth of crystals. Dokl. AN SSSR
151 no.6tl3ll-1314 Ag 163. (MHU 16:10)
1. Institut metallovedeniya i fiziki metallov TSentrallnogo
nauchno-issledovatellskogo instituta chernoy metallurgii im.
I.P.Bardina. Predstavleno akademikom G.V.Kxtrdyumovym.

BO.Tf T.5 O'~ ; T
1 9 V~T, (YQskva); &OLIKOV, V,YI, (Mosh-va),% DUP114N, G.N. (Mosklra)
Letermining the coefficients of' diff-usilon In alloys in presence
r,
of Several phas-Is. Tzv, AN SSSR~ mete t gor. delo no.41:147-
152 JI-Ag 164. (m-rRA 17-.9)

- m

BORISO GOLIKOV, V.M.; DUBININ, G.N.
Kinetics of difftision in binary ejyr-t,5mEi irk 1,he prc;ence of
several phases. Fiz. met. i motallove~d. 20 no.3-69-77 JI
165. J_
(~j TRA :L8;11.)
1. Institut metallove&rdyit- i fizik- wmud3ov Moak-;a;
TSentrallnyy Ins,,_111tut chernoy
metallurgii imeni I.P.Baxdln,~ i Mvskuvskiy aviatsionnyy
institut imeni, S.OrdzhonikJdm,.

Unit for cooling,test pieae3 down to low temperatures. Zav. lab. 31
no.2s232-233 165. (MIRA 18-,7)
1. Moskovskiy institut khimichoskogo mashinostroyaniya.

GOLTKOW, V..M.; BORISOV, V.T.; SHCHERBEDIMEY, G.V.
All-Union scientific conference on diff'usion in metals ind
s1loys. Hatalloved. I terms obro met, nos 2-58-61 7 165.
(MIRA 18i12)

F,'.%TT(m)/EV1P(t)/E**2I IJP(c) FDN/JD/JG/I)j-
ACC NR: A116027601 SOURCE CODE: Ult/0126/66/02,2/001/0159/0160'
AW'1110131: Borisov, V. T.; Goli1iov, V. M.; SlicherbodinsMy, G. V. ct
ORG. TsN RMETim. I. P. Bardin
TITLE: Diff'usion bf niolybdoniiiii in iron and in ui iron-niolybdenuin alloy
SOUB'CE: Fizika inctallov i inctallovedeiiiye, V. 29", no. 1, 1966, 159-160
TOPIC TAGS; metal diffusion, molybdenum, surfaceactive agent, molybdenum containing
alloy
ALBSTRACT: R is of interest to investi-ate the diffusion of a surface-active componcnt
e in:
alloy alroady containing the same component. Theory indicates that for surface-activ su
stances, undcr the conditions of a Ilicrinodynainic cquilibrium, the coefficients of volume dif-
fusion and diNusion. along -rain boundaries should not inarkedly differ from each other. If, ~on
00
the other hand, the coniponcnt diffuses throigh a pure solvent, it chiefly penetrates along
0
Lie -rain boundaries. Tbereforc, if I-lie concentration of the active element' is increased (to
its equilibrium value), its mobility along the grain boundaries must decrease. L%,Io is a surface-,
c'
-active element with respect to Fe. In this connection, the authors investigrated the diffusion

L 0902o-67
-ACC NR,_'_AP602780l_
96
of Mo (i. c. of the radioactive isotope i1do electrolytically deposited on the surface of speci-
111clis) hi polycrystalline specimens (witli nearly uniform grabi size: 5-10 P) of pure Fe and
Fe-Mo (0. 7% Mo) alloy. The mean diffusion coefficient Dav) avera-ed for both volume diffu-
sion and diffusion alonrr grain boundaries, was determined by larninar analysis, while the
0 0
coefficients for volume diffusion D and diffusion alon- -rain boundaries were separately
Vol 0 0
determined by I-lie absorption-ldnetic method. Findings: for diffusion of Me in pure Fe; D
av
0. "a c%p (-749, OOO/RT), and Dvol = 7. 8.103
exp (-73, OOO/RT). For diffusion of Mo in Fe-Mo
alloy: Dav = 2.24-102 ex-p (-64, OOO/RT) and D Vol = 1. 3-104 exp (-75, OOO/RT). The temperature
dependence of D aV and Dvol (Fig. 1) indicates that the values of Dav, determined by laminar
analysis, are higher, and the activation energy is lower, compared Nvilln I-lie corresponding
characteristics -for purely voliune diffusion. Tbis is associated with the effect of grain bounda-
ries, which is n-iuch smaller in the case of Une Fc-'Mo alloy. And indeed, the findings ob-
tained by the absorption method indicate that, while activation energy and )Vol are similar
in both pure Fe and in Fe-Mo alloys the mobility of Mo atoms along grain boundaries is
higher in i2iir-c Pe'tlian-in UI-e-_ F e_-~.ML6 alloy. These findings confirm the above reasoning on the
effect of surface-active elements.
Curd 2/3

i. oc)o.-,o-67
ACC NR- Al"6027801 - gig va /So*"
b 10?*
.0
950 S50
101

-12
MO-0 1. Temperature dependence of D., (a)
and Dvol (b) for molybdenum:
I - purc Fc; 2 - Fc-Mo; 2a - Nvidth of inter-
granular layer; 0 = Dl/D (DIis the cooffi
cient of diffusion along grain boundaries).
9 104
SUB CODE: 11P 20/ SUBAd DATE: 26Jun65/ ORIG REF-. 004/ OTH REF: 001
Card 3/3 nst

BORISOVP, V.T.; DUKHIN, A.I.; MATVEYEV, Ytt.Te.
Problems in the theor7 of'orystal grovth in metal systems. Probl.
metalloved. i fiz. met.- no.8t269-280' 164. (MIRA 18s7)

BORISOV, V.T.; GOLIKOV, V.M.; SAVILOV; Ye.S.; SHCHERBEDINSKIY, G.V.
Studying the diffusion of 'carbon in iron. Probl. metalloved. i fiz. met.
no.8-.305-310' 164. (MRA 18:7)

BCRISOV V.T.,; VINTAYKIN..''Yo.Z.; POTAPOV, L.P.
a--
Determining the characteristics of the spectrum of thermal vibrations
by X-ray measurements. Probl. metalloved. i fiz. met. no.8:413-422 164.
(MIRA 18-7)
1

V
X-ray diffract;on !"IdY of PCTSill- c V no.
363-364' Mly '64. J! 11 IRi17
f,j
jj~
akanym.

BORISOV,,V.V., inzh., red.; NEVIROVSKIY, B.S., kand. voyen. nauk,
red.; LETSKAYA, N.M., inzh., red.; SHIFRIE, A.Sh., inzh.,
red.; RUDENKO, L.D., inzh., red.; DYATLOV, T.D., inzh.,
red.
[Construction specifications and regulations]Stroitellnye
noriiV i pravila. Moskva, Stroiizdnt. Pt.3. Sec.D. ch.11,
Pt.3. Sec.M. ch.4. 1964. 011111A 18:4)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po de-
lam stroitel'stva. 2. Gosstroy SSSR (for Borisov). 3. Na-
uchno-issledovatellskiy institut organizatsii, mekhanizatsii
i tekhnicheskoy pomoshchi stroitellstvu Akademii stroitell-
stva i arkhitektury SI;SR(fnr TIPTPirovskiv
,, Shifrin). 4. Go-
-ildarstvennyy proyektno-iz,-s'.ZLL,.a.Llskiy.i.nauckmo-issledova-
tellskiy institut Grazhdanskogo Vozdushr.,ogo Flota. (for
Letskaya). 5. Proyektnaya organizatsiya, Gop,idarstvennogo
komiteta, po sudostroyeniyu SSSR (for I~,at-ov,,4udenko).

BoHJ-'-VV Valvr'j~y Voo! I I-vc,-,i i, 1,,; BALWN, Kh V,
[Miracles performei w~th:)irt I'miracles"- with acidanda al
s:~ribing ohemi~,al exporimpnts] Chudessa Wz 11-c-budes"; s pri-
lozheniem c-pisanila hhlm-,cht-skakh Leningrad, Cb.--v~-,
"Znanie" R.SFSR, 1965. 39 P. (mm", ]~:IiD)

AID P 2862
Subject USSR/Engineering-Electricity
Card 1/1 Pub. 28 - 2/7
Author : Borisov V V

Title : Utilization of wind energy on the main pipelines
Periodleal : Energ. byul. 9, 10-12, S 1955
Abstract : The author describes several wind-motor installations
of 0.1 kw and up to 1.0 kw generating capacity for
lighting and other purposes. They also supply current
for anti-corrosion protection of the pipeline in
those spots where a local source of electric energy
is lacking. Three pictures and 1 table are attached.
Institution : Central Aero-Hydrodynamical Institute im. Zhukovskiy
(TsAGI)
Submitted : No date

3DRISOV, Y.Y., Ingh.
IsTing underwater pipeline* byAhe method of drawing. Biul. Btroi.
tekh. 12 no.1:14-15 A 155. (MIRA 11:12)
1.Ministerstvo neft M oy prouVehlennosti SSSR.
(pipelines)

BORISOV, V.V.
Washing paraffindepoette from main oil pipelines. Neftianik 1
no.11:18 N 156. (KM 9:12)
1. Starshiy Inzhener otdala okepluatateit magistridinykh trubo-
provodav Glavneftesbyta Ministeretv& neftyanoy promyshlonnosti.
(Pstroleum--Pipelines)

BDRISDV-0-7 Y Inzhener.
Electrical protection of pipeline$ against corrosion. Rnergetik 4
no,7:21-22 Jl 156. (MLRA 9:9)
(Pipelines) (Electrolytic corrosion)

BORISOV. V.V., inzhener.
Blectric welded pipes with spiral joints for pipelines. Gidr.strol.
25 no.10:56 N '56. (MIRA 9-12)
(Pipe--Welding)

B'QA'ISQVt,,j'Wji3'd.r TaalI.'jWlch; NOTIWF, KeM., lush., vadashchly red.;
Pcwsi*~~ciAe-'- -tek-hu. red.
[Repalri of p1pallneal Ramat magistrallm7ich traboproyodav.
I ' hno-takhn. fzd-vo neft. i gorno-toplivnoi 11 v
oskim*1 Goo.
M
lit-ry: 1958.MIO,08 p. (retroleumi-pipalluen) (XIBA II.-q)

BORISOV, V.V., inzh.
- -- WwwA0w--%w
MU-353 excavator. Stroi.truboprov, 3 no.12:26-27 D '58-
(MIRA 12tl)
(1xcavating machinery,)

14/k 5)
AUTHOR: Borisov, V.V.
SOV/93-58-12-Wl6
TIM: Aerial Supervision of Main Petroleum Lines
(Vozdushnoye nablyuderdye za magistrallm;ymi nefteprovodami)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 12, pp 67-69 (USSR)
ABSTRACT: The length of Soviet main pipelines exceeds 13,500 km and together with
the connecting local pipelines exceeds 15,000 km. These pipelines are main-
tained by about 500 men living in settlements near the tracts. This type of super-
vision was satisfactorr 5-10 years ago when the diameter of a pipeline did not
exceed 10-14'! but is unsuitable for pipelines of 20-2811 and larger diameters.
Under present maintenance conditions losses due to leakage amount to hundreds of
tons per 1 kn of a 28" pipeline contain-lng 278 cu, m of peturoleum product. There-
fore, they suggested that the main pipelines be supervised by means of two-seater
Ka-15 gyroplenes. One gyroplane can replace 25 maintenance men and guard such
pipelines as the Ufs.-Chelyabinzk (400 km,), Ufa-Kizbyahev (525 km),, Allmetlyevsk-
FaVbysheY--sex&t6v - 1650 km), and Allmet' yevak-Gorlkiy (580 km).
Card 1/1

9(2)
SOV/92-59-3-17/44
AUTHOR: Borisov, V.V., Staff Member
TITLE: Ultrasonics Help Pipeline Personnel (Ul'trazvuk na
sluzhbe u truboprovodehikov)
PERIODICAL: Neftyanik, 1959, Nr 3, p 18 (USSR)
ABSTRACT: According to this article, the determination of the
length of the pipeline section which is to be overhauled is
a very important job. Until recentlythe thickness of pipes
and the depth of their internal cavities have been determined
on the basis of the sound produced by knocking the outside
surface of the pipeline. This method was inaccurate and as
a result it was often necessary to repeat the overhauling of
the pipes. Now, an ultrasonic defectoseope of the UZD-7N
type is being used for this purpose. This instrument operates
according to laws similar to those of geometric optics. The-
ultrasonic signals are depicted by luminous curves. The use
of the instrument contributes to the safety of overhauling
operations and makes the overhaul of pipelines much more
Card 1/2

Ultrasonics Helps Pipeline Personnel SOV/92-59-3-17/44
expedient. It is expected that the ultrasonic defectoscope
will find wide application in refineries and bulk plants,
and will help to reveal defects in the walls of various
apparatus, storage tardcs, pipelines, etc.
ASSOCIATION: Roaglavneftesnabsbyt (The Rosglavneftesnabsbyt
Organization)
Card 2/2

28(1)
SOV/92-5-9-3-23/44
AUTHOR: Borisov, V.V., Staff Member
TITLE: Trunk Pipelines Should Be Provided With Photo-
telegraphic Communication (Fototelegrafnuyu svyaz' --
na magistrallnyye truboprovody)
PERIODICAL: Neftyanik, 1959, Nr 3, pp 20-21 (USSR)
ABSTRACT: The author states that the pipeline network of the
Soviet Union extends for many thousands of kilometers and is
now used for transporting hundreds of thousands of tons of
petroleum from oilfields to refineries as well as carrying
petroleum products from the refineries to the regions where
they are consumed. The job of transporting petroleum by
trunk pipelines, distributing various petroleum products. and
transshipping them requires the services of highly skill6d
personnel. Orders issued by the management of pipeline or-
ganizations are usually transmitted to transshipment points,
control offices and terminals by telephone. This takes much
time and interfers with the primary duties of the pipeline
personnel. The control of pipeline operations could, however,
easily be facilitated by installing phototelegraphic apparatus
Card 1/2

Tr;Lnk Pipelines (Cont. ) SOV/92-59-3-23/44
at pipelines. With their help orders and instructions could
be transmitted. Presently# Soviet Industry turns out
phototelegraphic apparatus of the FTAP type, FTAM-2 type, and
the "Record" type. These apparatus transmit texts, tables,
sketches and maps using existing wire lines. They are fed by
a.c. current with 127 or 220 voltage and a frequency of 50
cycles. The carrier frequency is 1900 cycles. These apparatus
are designed to transmit black-white pictures which are re-
produced at the receiving point on a photographic or electro-
chemical paper. The text and pictures can be transmitted di-
rectly to the receiving point at a distance of 100-120 km.
The apparatus could also be useful for connecting oilfield
administrations with the oilfield units they control.
ASSOCIATION: Rosglavneftesnabsbyt
Card 2/2

]BORISOV V.V. inzb.
The MU-353 excavator for main pipelinee. Bezop.truda v prom. 3 no.l:
24-25 Ja 159. (MIR& 120)
(Pi elines--Maintenance and repair)
Mcavating machinery)

MITROFANOV, S.I.-, MILIK-STIPANOV. Tu.G.; SOKHIN, Yu.Mq; BORISOV, V.V.
Ore dressing on a shaker trough. Myst-met. 33 no.1!17-22
ja 6o. (MM 13:5)
(Ore dressing- A uIpment and supplies)

B tlSOV_, Vl~dimir Vasillyevich- S=AUIIK, G.Ta., vedushchiv red*;
TROFIMOV, A.Y., tekhn.red.
(Remote control of pipelines]
mgistrallnya truboprovodami.
neft. i gorno-toplivnoi lit-ry,
Dispetcherskoe upravlenie
Koskva, Goo.nauchno-takhn.izd-vo
1960. 119 p. . (MM 13:12)
(Petroleum pipelines)
(Remote control)

S/137/61/000/011/037/123
A060/A101
A=ORS: Mitrofanov, S.J., Melik-Stepanov, Yu. G., Sokhin, Yu. M., Borisov,
V. V.
a4
TITLE: On a new application of movable heavy media for -the concentr don of
minerals with specific gravity exceeding three
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 11, 1961, 7, abstract lIG50
("Nauchno soobshch. Yakutskiy fil. Sib. otd. AN SSSR", 1960, no. 3,
50 - 61)
TEXT: One of the problems of this work was the finding of the cheapest-, but
sufficiently efficacious materials for the moving layer. The following ore mate-
rials were studied: hematite-magnetite dredge slimes, magnetic fraction of jig-
ging concentrate - 1 mm, ground up magnetic fraction of the jigging concent-rate
I mm and even - 1 + 0.5 mm. The best results were obtained with a rnoviAg layer
of ilmenite -magnetite material. Its high.9pecific gravity of 4.75 makes - t pos-
sible to vary the specific gravity of the moving layer between wide limits depl.ne-
ing on the grist fineness. In course of the investigations the necessary rq- _
eters were studied. When the volume of the weighting compound is great "'ier tne
Card 1/2

rsr
S/137/61/000/011/037/123
On a new application of movable heavy media... A060/A101
vibratory action on the heavy moving medium in 11 HVI ("Vzh") apparatus acts to
render it denser and raise its specific gravity to 3.15 - 3.2. An electronic ap-
paratus has been worked out for the control of the specific gravity of ;L-.he medium,
using a capacitance transducer as the density indicator. A semi-industrial in-
stallation "VZh-311 has been designed and constructed, and is being tested. The
schematic diagrams are given.
A. Shmeleva
[Abstracter's note: Complete translation]
Card 2/2

22487
S/186/61/003/003/005/018
E071/E435
6~J, J oU 0
AUTHORS: Karpacheva, S.M., Adhmskiy, N.M. and-Borlsov, V.V.
TITLE: Extraction of Cesium With Carbonic Acids
PERIODICAL: Radiokhimiya, 1961, Vol.3, No.3, pp.272-283
TEXT: The distribution of microquantities of cesiuml34 between
its aqueous solutions and fatty acids (or solutions of fatty acids
in benzene and isooctane) was investigated. A mixture of fatty
acids obtained by redistIlling a technical fraction (C3-- C9) was
used. Specific gravity of the mixture was 0,917 9/cm i
refractive Index was 1.4260; mean molecular wt. was 1401
Acidity was 6.59 M. The extraction was carried out at 25%. The
contact time was 30 minutes, settling time not less than 12 hours.
The distribution coefficients a were determined as the ratio of
the y activities of the organic and the aqueous phases. The
y activit4 of aqueous solutions before extraction was
1.2 x 10- g/equiv. of Ra; the pH of the aqueous phase was varied
by adding various quantities of NaOH or HN03- The starting
solution was prepared solving chemically pure sodium nitrate to
which radioactive CalAywas-added. The experimental data are
C&rd 1/6. 1/

22487
S/186/61/003/003/005/018
Extraction of Cesium ... E071L/E435
tabulated and also given in Fig.1 to 4. Fig.1 is a plot of
log a vs pH with the NaN03 concentration as a parameter, Curves 1,
2 3 and 4 relate respectively to 0, ZN, 4N and' 6N . Fig.2 gives
I;g a for Cs vs pH of the aqueous phase for various diluting medi&-.
(l - 4 isooctane, (NaN03) = 0; 5 - 8 benzol (NaN03) = 2 N).
Fig.3 gives log a for Cs vs log (HR)O, i.e. the logarithm of.the
concentration of the monomers in the diluent for pH = consts
1 - 4 isooctane (NaN03) = 09 pH = 50; 5 - 8 benzol (NaNO 3) = 2 N,
PH = 4.4. Fig,4 shows KI = (S)B/(HR)o Vs the NaN03 concentration
in the aqueous solution. On studying the dependence of the
distribution of cesium between the aqueous phase and fatty acids on
the concentration of sodium nitrate within a range of 0 - 6 M and
PH of aqueous phase within a range of 0,,2 to 6.3, it was
established that the dependence of logarithm of the distribution,
coefficient on pH is not completely covered by the linear sector,
characteristic for the middle part of the curves. A:t all
concentrations of sodium nitrate, the curves obtained begin with a
section with an insignificant gradient and end with a sector on
which the increase of the distribution coefficient stops and then
Card 2/,k U

444,-,(
S/186/61/003/003/005/oi8
Extraction of Cesium E071/E435
even begins to decrease. It was found that the slope of the
middle section of curves log a =- f(pH) = about 0.9 . It was
shown that the deviation from its theoretical value of 1 can be
explained by the fact that with increasing pH the concentration of
HR in the organic phase decreases. At pH above 5, the
coefficient of distribution passes through a maximum; this can be
explained by a considerable decrease in the concentration of HR
due to the passage of sodium Into the organic phase and increase
in the solubility of water in the latter, As regards the
dependence of the distribution of cesium between the aqueous phase-
(at a constant ionic force and pH) and solutions of fatty acids in
benzene and I-sooctane on their concentration In the organic phase,
it was found that for the section with a proportional
relationship log CL Z-.f(PH), the slope of the curves
log a = f flog(HR)OI is nearly 8. Therefore, it is possible that
on extraction of cesium, the compound C5R'7HR is formed in the
organic phase. It Is shown that with increasing concentration of
sodium nitrate in the aqueous phase the coefficients of
distribution are decreAsing. This can be explained by the
Card

22' 87
S/189/61/003/003/005/Oi8
Extraction of Cesium E071/E435
foiiowing two main causes.- a decrease-in the solubility of fatty
acids in the aqueous phased decrease in the activity of cesium
with increasing ionic forc:e of the aqueous solution. On studying
the distribution of fatty acids at equilibrium with aqueous
solutions containing various amounts of sodium nitrate, it was
found that on varying the concentration of sodium nitrate from
about 0 to 6 M, the coefficient of distribution
K3. =~(HR) aqueous/(HR) organic decreases from M85 to O~022.
Whereupon the solubility decreases from 0,068 to 0.018 mole/1.
On the basis of literature data a rough evaluation of the activity
coefficients of cesium in sodium nitrate solutions was made. ,
On increasing sodium nitrate concentration from about 0 to 6 M, the
activity coefficient of cesium decreases from 1 to 0.2. The
extraction constant of cesium from sodium nitrate solutions was
calculated as (3.55 + 0.35) x lo-3. There are 6 figures,
8 tables and 10 vefe7ences: 9 So-vlet-bloc and I non-So-viet-bloc.
The reference to the English language publication reads as.follows;
A.Katchalsky, H.Eisenberg, S.Lifson, J.Am.Chem.Soc.,73, 12,
5889 (1951).
SUBMITTED: May 24, 196o
Card 4/-L' I/

S/186/61/003/003/007/018
E071/E435
AUTHORS. Karpacheva, S.M., Adamskiy, N.M. and Borisov, V.V.
TITLE: Extraction of Iron (III) With Carbonic Acids
PERIODICAL: Radiokhimiya, 1961, Vol-3, No-3, pp.291-294
TEXT: The dependence of the coefficient of distvIbutlon of
trivalent iron between aqueous solutions of its nitrate and fatty
acids on pH of the aqueous phase (within a range 0.48 to 2.5) was
studied. As the extracting agent, a mixture of fatty acids
(without a solvent), obtained by redistilling their technical
fraction (C - C9) ' was used which had-the following properties:
mean molecu ar weight 140, sp.gr. 0.917 g/cm3, refractive index
1.426o, acidity 6.57 M. The ratio of organic to aqueous phases
was I to 5. The concentration of iron in the starting solution
was 10 g/l. pH of the solution was varied by additions of sodium
hydroxide. The experimental procedure is d'escribed in some detail.
The experimental results show that at pH = 2,5, the aqueous phase
is practically free from iron. The dependence of lg a =.f(pH)
for iron is represented-by a straight line lg a = - 0.74 + 2.10-pH.
It appears from the analysts of the experimental data in which the
Card-1/2

s/186/61/003/003/007/018
Extraction of Iron ... E072/E435
hydrolysis and a decrease in the acid concentration in the organic
phase was taken into consideration, that the interaction of iron
with the extracting agent takes place with the formation of FeR3
or F:R3-HR. A compound of trivalent iron with organic acids was
isol ted; its chemical analysis showed that its composition
corresponds to Fe3R3-HR. The results obtained agree witb the
distribution data. There are I figure, I table and 7 references;
6 Soviet-bloc and 1 non-Soviet-bloc.
SUBMITTED: May 24, 196o
Card 2/2

PHASE I BOOK EXPLOITATION sov/6072
Mikhaylov.v A. I.,, V. V. Borisov and E. K. Kalinin
Gazoturbinnyye ustanovki zamknutogo tsikla; teoriya i raschet (Closed-
Cycle Gas Turbine Plants; Theory and Design). Moscow, Izd-vo AN SSSR.,
L
1962. 145 P. Errata printed on the inside of back cover. 4000 copies
printed.
I
Sponsoring Agency: Akademiya z1auk SSPR. Institut dvigateley,
Ed. of Publishing House; V. M. Klennikov; Tech. Ed.: G. A. Astaflyeva.
PVRP6SE: This book is intended for designers and for scientific and
engineering personnel.
I
COVERAGE: The book reviews works on the method of calculation of closed-cycle
gas turbine engines, with,particular attention paid to the design of a
stage of turbomachines vorking on various gases. Methods of calculating
heat exchangers are given and means of reducing their weight and dimensions
are indicated. Information on atomic gas turbine engines, based on non-
Card 1/9 2

Closed-Cycle Gas Turbine Plants; Theory and Design SOV/6072
Soviet sources, is included. No personalities are mentioned. Them are
57 references: 26 Soviet, 28 English., and 3 German.
TABLE OF COYITJM:
Introduction 3
Ch. I. Thermal Calculation of a Closed-Cycle Gas Turbine Engine [CCGTE1 12
1. Determination of gas parameters along the flow passage area of
a bCft 12
2. Useful vork and efficiency coefficient of a CCOTE 18
3. Influence of cycle parameters on the efficiency coefficient of
1~ CCGN 21
Ch. II. Thermal Regeneration and Intermediate Cooling of Gases In a
(YCGTE 25
Ch, III. Influence of the Properties of the Working Medium on the Basic
Parameters of a CCME 29
Card 2/9 2

BORISOV, V.V.; XRASILINIKOV,.I.N.
Scattering of waves on random inhomogeneities of a medium with
a variable refractive index. Probl.dif.i raspr. voln-2ilM-110
162. (MIRA 16:4)
(Scattering (Physics)) (Radio waves) (Refractive index)

BORISOV, V.V.; KORROLY, V.V.; TUNKCAT, V.P.; TVIROV, V.I.
Deoxidation of steel by aluminum-sil icon. Stal 1 25 no.8:810
S 165. (MIRA 18:9)
1. TSentrallnyy nauchno-issledovatellskiy institi,t chernoy
metallurgii i Metallurgicheskiy zavod "Serp i molot".

74,C, 5,
ovive-Gred vismillary Veins. N_.I* 12RD ~D G. A.
0. Pj
,#a. Ila
KALAXTAN. Sirkaredyi; i Neraw. rem.. I No t1, llp~
15-14I.-The great need for vanklary wam (livilvi
witakhrmit, r1c.? wal The need to mxk=W on lite) haw
hirted a wamh fur a suil" coutpowilkin and firing wlK-d-
uIr that reutdif Ism" conshilting the uwAW two firing-4
(IAAque and gisse) into one. lies( mutts wnr obtained
%ith a burly tit The folliming couipmitkmi: Sith 711W
M.W. AlikN 24 (110 (&4Q), FrAII, 0,70 ju 10). Tith, I' d-
10:xl). COO Will MAO it V (0,27,11 Nk,(I it 49
KA) UYA ww),L 11W %ANCIliwivat of awidily of
this coutpopition is 0.36. iiInd the expansion clu-thek-tir 1.
099. Pxsl viritults vvwe obtalnect usititz slate t4 the
Mir VJV. AI#4h 11,117, 0, it 17. 1'i1 h
1141K Cat) 1:13.%, Mgt) 11043. N*,0 LA.. K.0 IVA, III0,
III clintal. "of o :j" IIW tit y Wily witt,
canfully .4ped I. J dust. Preferalily 1*6&W. anti
finislied. It was then Skmd by dipping and again kept
till its nuisture coneent wait War d to not ovor 2%. It
wastlienfirM. The lenspentwe ocisedule is tit paramount
impo"aft" mod abould be caretallY kept. It is bronaht
up to SN' in 9 to 9 lur.. from JKW to Still' fit 6 hr, imu
&10' to 700' in 8 br.I from 7110* to W' in 6 hr.. and from
Kili" to 12501 In I Isr. At t1tis terapelmsturv. IZW to
i2jv*,itiskq,Ifarato41wr. Tbeproductawere"tirelly
valitionclory. TW orw-firing "withod rvdwccd the NO
c-m-awartr4iou 35 to 40N and at the sante limit doubli-d the
oultal of tbe IUMK". WHO.

-58-9-24/51
SOV/177
AUTHOR: -.Borisov, V.V., Captain of the Medical Corps
TITLE: Application of AntitQxic Belen'kiy Serum in Yar,.Lricu-
losis
PERIODICAL: Voyenno-meditsinkskiy zhurnal, 1958, Nr 9, PI) 74-75
(USSR)
ABSTRACT: From 1956 on, the author treated 47 patients suffering
from furunculosis vith injections of Belen'11--iy serum.
For one injection he took from 100,0 to 400,0 and
mostly 250,0 of the preparation. Prior to the applica-
tion, the serum was warmed to body teoperature. The
first injections ivere performed directly from the
ampules with the aid of a tube system arid droppers,
subsequently from the Bobrov apparatus. In 81 serum
Card 1/2 injections, 6 reactions were observed, the qeriousness

-OV/177-58-9-24/51
0
Application of Antitoxic Belen'kiy Serum in Furunculosis I
of which were determined by a scheme suggested by D.M.
Grozdov. The results obtained confirm the good healing
effect of Belen'kiy serum in chronic furunculosis. One
case report is presented.
Card 212

BORISOV, V.V.
33861. Chastnoye goln-jechnoye Ztrayenlye 9 Maya 1948. Byullyetyen B Vsyesoyuz.
Astron,,-Gyeodyez. 0-va, No 6, 1949, C.29-31.
SO: Letopis' Zhurnallnfch Stateyp Vol. 46, Yoskva, 1949.

MITROFANOV, S.I.; NELIK-STEPANOV, Yu.G.; SOMIN, Yu.M.; BORISOV, V.V.
New application of movable heavy media for the concentration of
minerals having a specific gravity exceeding three. Nauch.
soob. IAFAN SSSR no.3:50-61 160. (KRA 16:3)
(Ore dressing)
16

. -BO.RISOV,,.V.V.
Sin , ied pumping stations. Stroi. tr*oprov. 8 no-5:30 Xf
, M Fif
163. " ~ DURA 16:5)
1. Glavnoye upravleniye po materiallno-tekhnicheakomu snabzheniyu
predpriyatiy neftyanoy promyshlennosti pri Sovete 14inistrov RSFSR.
(Petroleum pipelines-Buildings and structures)
(Pumping machinery)

BORISOV. V.V.
PrfLet4ce of repairing pipe-lines. Neftianik 5 no.8:15-16
Ag 160. (MIRA 14:8)
1. Sotrudnik Qlavneftesnabsbyta RSFSR.
(Pipelines--4-taintenance and repair)

V'V-
11(l),26(i) PHASE I BOOK EXPLOITATION SOV/2391
Mikhaylov, Aleksandr Ivanovich, Georgiy Mikhaylovich Gorbunov,
Vladimir Vladimirovich Borisov, Leonid Aleksandrovich
_fv-a-s_n_1R_0v,and Nikolay Ivanov-1-ch- Markov
Rabochiy protsess I raschet kamer sgoraniya gazoturbinnykh
dvigateley (The Operation and Calculation of Combustion
Chambers of Gas-Turbine Engines) Moscow, Oborongiz, 1959.
284 P. (Series: Moscow. Aviatsionn institut Imeni
Sergo Ordzhonikidze. Trudy, vyp. 1067 Errata slip inserted.
3,610 copies printed.
Ed.: S.I. Bumshteyn, Engineer; Ed. of Publishing House: S. I.
Vinogradskaya; Tech. Ed.: V.P. Rozhin; Managing Ed.: A.S.
Zaymovskaya, Engineer.
PURPOSE: This book is intended for scientific workers and
engineers engaged in designing combustion chambers of gas-
turbine engines, and also for students in advanced courses
In this general field.
Card 1/6

The Operation and Calculation (Cont.) SOV/2391
COVERAGE: The book contains experimental data on the aero-
dynamic structure of flow in combustion chambers, hydraulic
calculations for gas and air conduits, distribution of fuel
in the gas flow, and the description of the equipment used in
the investigation. On the basis of the experimental data
obtained, an analysis of the operation of combustion chambers
is given. The book also contains a description of hydraulic
design and verification calculations for combustion chambers,
the calculation of the structure of flow -, and the calculation
of the concentration of the fuel mixture. Chaoter I was
written by N.V. Inozemtsev, Ohapters II, IV and V by G.M.
Gorbunov, Chapter III by A.I. Mikhaylov, Chapter VI by V.V.
Borisov, Chapter VII by N.I. Markov;V,V. Borisov, and E.L.
SolokhAr Section 5 of Chapter III was partly written by
L.A. avasnikov, who also contributed to Chamer V. The ex-
perimental work and the preparation of experimental data was done
,by G.G~ Gakhun, F.L. Sol 'okhin,-S..I. Shakhwin, V.V. Polyakov,
Yu. P..Rykov, A.-I. Tinogradov,;V,A-. Golubev, Ye. V. Trofimova,
and A.' V. Garyachevat..There'are 34 references, all Soviet.
Card 2A

The Operation and Calculation (Cont.) SOV/2391
TABLE OF CONTENTSi
Preface 5
Introduction 7
Ch. I. Operation and Characteristics of the Turbo-jet Engine
Combustion Chamber 14
1. Operation 14
2. Combustion-chamber characte'ristics 33
Ch.I1. Aerodynamic Structure of Flow in Combustion Chambers 42
3. Basic theoretical considerations for the calculation
of the flow structure 42
4. Experimental investigation of the structure of flow
in a combustion chamber with a bladed swirler 52
5. Calculation of the aerodynamic flow structure in a
gas-turbine engine 92
Ch.III. Hydraulic Resistance of Chambers 118
Card 3/6

The Operation and Calculation (Cont.)
SOV/2391
6. Evaluation of hydraulic losses in chambers 118
7. Hydraulic resistance of intake-end elements 124
8. Change in static pressure and total.pressure during
the flow of the air into a cylindrical conduit through
openings in the walls 132
9. Discharge coefficients in gas flow from one channel
to another 139
10. Depth of the penetration of a jet of air Into a
moving stream 149
11. Change in the static and total pressure of a flowing
gas during admission of heat 157
12. Distribution of losses In elements of the gas-air
passages of the combustion chamber :L64
Ch. IV. Method of Calculations for Gas-turbine Combustion
Chambers with Bladed Swirlers 166
13. Hydraulic design calculations for the combustion
chamber 167
14. Hydraulic verification calculations for the combustion
chamber 185
Card 4/ 6

"The Operation and Calculation (Cont,) SOV/2391
15. Determination of velocity fields and average stream-
lines in the flame tube of the combustion chamber 191
16. Calculation of velocity fields in the flame tube of
the combustion chamber 195
17. Example of the verification calculation of a one-
burner compartment of a.ttxrbo-Jet (combustion)
chamber of unit construction 202
Ch. V. Fields of Local Concentrations of Fuel in the
Combustion Chamber of a Gas-turbine Engine 216
18. Determination of a local concentration in the liquid
phase of the fuel 218
19. Determination of the fields of local concentrations
in the vapor phase of the fuel 232
Ch. VI. Investigation Methods and Apparatus Used for the
Investigation of the Operation of Combustion Chambers 245
20. Measurement of the gas velocity 245
21. Measurement of local temperatures of gas 250
22. Apparatus for the experimental determination of
Card 5/ 6

The Operation and Calculation (Cont.) SOV12391
local concentration of the fuel 268
23. ApDaratus for the experimental determination of the
zone of ionic conductivity of gas during combustion 276
Bibliography
AVAILABLE: Library of Congress
Card 6/6
282
IMS/ec
9-30-59

MIKIIA'YIDV, A.I.; KALIN111, E.K.; KLEIINIKOV, V.M., red,
izd-va; ASTAFIYEVA, G.A., tekhn. red.
[closed cycle gas turbines; theory and design] Gazoturbinrqe
ustanovki zamknutogo tsikla; teoriia i rasebet, Moskva) Izd-
vo Akad. nauk SSSR, 1962. 11+5 p. (MIRA 15:5)
(Gas turbines-Design and construction)

BORISOVV V. V
- - - .-, (Borysov, V. V. I
Youthe study macbinex7. Makh. sill. hoop. 14 no.2:5-6 F 163.
(MIRA 16--4)
1. Zaveduyushchiy Dragobitskim otdeleniyem "Sillgooptekhniki*
LIvovskoy oblasti.
(Lvov Province-Agricultural machinery-Study and
teaching)

BORISOV),. Vapi~~.Matveyevich; GORBACTILV, I.N., red.; MYAKUSHKO,
V.P., red.izd-va; KARLOVA, G.L., tekhn. red.
(Fire prevention at enterprises of the woodworking
industry] Pozharnaia okhrens na predpriiatiiakh derevo-
obrabatyvaiushchei pronWshlennosti. Moskva, Goslesbum-
izdat, 1963. 101 P. (MIRA 17:2)

USSR/Cultivated Plants. Potatoes, VeGetables, Melons. M
Abs Jour: Rof Zhur-Diol., No 17, 1958, 77680.
Author Porisov. V. Yn-
Inst Crimea Agricultural L-igtitute.
Title Periods of Sawing and Planting of Vegetable Crops for
Crimea.
Orig Pub: Tr. Kryusk. s.kh. in-ta, 1957, 4, 219-248.
Abstract: On the basis of an experimental study and generali-
zation of leading experiments in the cultivation
of vegetable crops in open and protected ground
in Crimea Oblast, the department of veGecable grow-
ing recomends periods of saving, planting and the
start of harvesting of vegetable crops in the 7
zones of the oblast during spring and autuy.-.n sowing
Card 1/3

USSR/Cultivated Plants. Potatoos, Vegetables, Melons. M
P,bs Jour: Ref Zhur-Diol-, No 17,1958, 77680~
and during repeated cultivation. For realization
in the earliest periods, it is recomended to saw
spinach, sorrel, parsley, celery, onion-nutrmg
flower, lettuce and some other crops such that
before the onset of a stable auturn cold, the
plants succeed in forAng a root system and sprout
above the ground. Onion-carline thistle and garlic
should be' set in later so as to form only a snall
root systerl. Winter planting of the Derbentskaya
variety of cabbage is also possible in the oblast.
The proposed agricultural engineering contributes
to the decrease in quantity of boltina plants and
assures an early mid high harvest. Optiml pericdo
are developed of planting and sowing and of a scheme
of crop-rotations in the protected ground. Reversal
Card 2/3
66

BORISOV4-Y-16-
--
Mercurimetric determination of chlorides in materials of plant
origin. Uzb.khim.zhur. no.2:56-59 161. (~au 14:.10)
1. Samarkhandukiy sellakokhozyaystvennyy institut imeni, V.V.Kuybysheva.
(Chlorides) (Mercurinetry)

BLUSOV,-Yakov i3o"isovich: MIEZIE, I.A., red.
[Plans, initiative nnd life] I'laDY, init.,Antiva i. zhim'.
MO.
I lzd-vu 11"Ovetskain Rossiin," 19(d,. 95 P.
(M1RA 17:8)

1. BORISOV, n.
2. USSR (6oo)
4. Hydroelectric Power Stations
7. Lights of communism. Sov.zhen. No. 1 1953.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

DORISOV., Ye.
"Striking Equations.," Znan. sila, No 7, 1952

Automatic ganfoling machine. IUn.tekh. 5 no.4:57-58 Ap 1611.
(.';,IRA 14:3)
(Games of chance (Mathematics)) (Electronic calculating machines)

BORISOV, YEVOIsNU
"Armor" of the TSimlyansk Dam
Znan sila no. 6, 1952

BORISOV, Ye.
In the economics section of the all-Union conference of depart-
ment heads of social sciences. Vop. ekon. no.3:112-117 Yx
162. (NIRA 15;3)
(Economics--Study and teaching)

.~ L, PL / - - V), ~gr
r
BORISOV, To.
low method of selling textile goods. Nov.torg.takk. sa.2t10-12
157. (Textile fabries) (" lot 8)

YE.
BORIWY, Ye.; WOMONATIV, P., rsdaktor; IGHATITIVA, A., tekhnicheekir
~,"47:ir v6i.
[Basic index of the work of an enterprise] Oanovnoi pokazatell
raboty prodpriiatlia. [Moskva] Mookovskii rabochii, 1954. 31 P.
(KIRA 7:9)
1. Direktor zavods imeni Vladimir& Illicha(for Borisov)
(Industrial management)

BO _ZOLOTAREV, A.; KASHUTIN, P.
_22~ov ~Y,
Social and economic problems of technological progress. Vop. ekon.
no.11:150-155 N '61. (I"IRA v~:11)
(TechnolofW and civilization--Congresses)

BMISOTI Ye.
Ipproachas in a helicopter. Kryl. rod. 14 no.2.-22-23 F 163.
(MIRL 16:4)
1. Starshiy inspektor-letchik upravliniya aviatsionnoy podgo-
tovki i sporta TSentrallnogo kcmiteta Dobrovollnogo
obahchestva nodeystviya arnii, aviataii i flotu.
(He3-icPpterm-PiIoUvz)

BORISOV~ Yevg.
I
Excellent in a "GRID* vaj. Znan.-sila 37 no.9:7 S 162.
d: (MIRA 15:12)
(Astronautics)

n~.. gemral~mvynr zapisa, kand,vcycrn~k., naiii:
~.oyal l,'ighwr o~ th.-~ Janini2t pprr-yzi cn the 70th
I
anriv6fary of the birtr of IP. B'SaiTarr'l-l'- Kam-
vooriz,"i. 1~11 4 no~10;68-90 Oy 2.7!-"