SCIENTIFIC ABSTRACT BOLOTNYY, V. V. - BOLOTOV, I.Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206120016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AVTHORS: Kupperberg, L. S., Bolotnyy, V. V. SOV/32-24-9-35/53
TITLE: A Laboratory Plant for Ozone Production (Laboratornaya ustanovka
dlya polucheniya ozona)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 9, pp 1145-1147 (USSR)
ABSTRACT: For the production of smaller quantities of ozone, a laboratory
plant was installed, following a project by N. Ya. Rcz~nshteyn.
Ozone is obtained from oxygen or air by a silent discnarge of
a high voltage current. From the diagrams presented it is evident
that the dried air passes through a gas counter of the type
GKF The voltage is 220 volts at a frequency of 50 cycles, and
is increased to 3500-7000 volts by a transformer of the type
TG -13. A diagram of the ozonizer is also given, the ozonizer
consisting of three'concentric tubes kept at a temperature of
250 by cooling water. The concentration of the ozone thus
obtained depends directly on the voltage and the frequency, and
is reciprocal to the air volume. The test results given show
that, on a reduction of the air flow rate, the ozone concentration
rises significantly, whereas the ozone yield decreases marked'iy.
Card 1,12 There are 2 figures and 2 tables.

A -Laboratory Plant ror Ozone Production
SOV11)2-2,1-9-35153
ASSOCIATION: Leningradskiy nauchno-issledovateliskiy institut Akadem-'-'
kommunallnogo khozYaystva im. K. 1). Pamfilo-,ra (L'eningra'd
Scientific Research Institute of the Academy of Communal
Economy imeni K. D. Pamfilov
Card 212

L)
GURGICNIDZE, VA. prof. (Tbilisi); BOY.AxHrIIEV, I.R., inzhener (Tbilisi);
CHIXVAIDZE, G.I., inzhener (Tbilisi); BOLOTN", V.ya., inzhener
(Dnepropetrovsk).
More on lengthening station tracks. Zhel.dor.transp. 39 no.9:56-58
S '57. (Mm 10:10)
(Railroada--Stations)

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h(Ading the ructal in the ladle before tectuitig.
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ANDREYEV, A.M.; BOLOTOV, A.A.; LUKASHEV, A.A.
Synchronizing and velocity control circuits for
motion-picture cameras. Prib. i tekh. eksp. 8
My-Je 163.
(Motion-picture cameras)
mirror-scanning
no.3:136-139
(MIRA 16:9)

BOWTOV,A.A.
We are improving the quality and reducing waste. Tekst.prom-15
no.8:21-23 Ag'55. (MLRA 8:11)
1. Zaveduyushchiy otdelochnym proizvodstvom fabriki "KrAsnaya
Talka"
(Textile finishing)

BOIOTOV, A,D, (stantsiya Rossosh').
On a business accounting basis. Put' i put. khoz. n0.10:32-33 0 '57.
(KLBA 10ill)
1. Glavnyy bukbgalter Rossoshanskoy distanteii puti Tvgo-Vostoohnoy
dorogi.
(Railroads--Accounts. bookkeeping, ate.)

BOWTOV, A.D.
Sections are building their own apartment houses. Put' I put. khoz.
nn.9:19 S 158. (MIRA 11:9)
1. Glavn3ry bukhgalter distantBii. Bt. Rossosh.
(RoBsoob--Apartment houses)

SOV/123-59-i6-66832
Translation. from:. Reforativr4y.zhurnal. XashlAostroyonlyo, 1959, Nr 16, p 42o (USSR)
AUTHORS: Ourevich, A.M., Nagovitayn, N.A., Bolotov, A.K.
TITLE: Investigations of the Wear of a Te3t Crankshaft of the D-54 Eagine
PERIODICAL: T'r. Kirovskogo a.-kh. in-ta, 1958, 13, Nr 25, 42 - 451
ABSTRACT: The new "loop" lubrication system of the crankshaft reduced the wear of
the crank journals of the shaft and of the-bushings of the crank bearings.
The service life of the crankshaft without balance weights with the new
lubrication system is determined by the oval journals of the connecting
rod and the maximum clearance in the connecting rod bearings.
Card 1/1

123-1-417
Translation from; Referativnyy Zhurnal, Mashinostroyeniye, 1957,
Nr 1, P. 71 (USSR)
AUTHORS: Belikov.. P.Ya., Bolotov, A.N., Kononenko, A.G.
TITLE: Production of High-strength Cast Iron (Opyt polucheniya
vysokoprochnogo chugnn~L)
PERIODICAL: In sbornik:0pyt pr6iziva otlivok. Khar1kov, Oblizdat,
1955, pp. 72--~87-
ABSTRACT: The production of high-strength cast iron by treatment
with technically pure Mg or with an alloy having a high
Mg content is accompanied by a bright flash and a splash-
ing of molten metal from the ladle. As experimentally
established, an alloy composed of 5 to 7% Mg, 40 to 50% Si,
the rest Fe has the optimum casting properties and pro-
duces a minimum flash. The cEst iron produced with this
Card W3 alloy is characterized by its excellent technical pro-

Production of High-strength Cast Iron (Cont.) 123-1-417
perties, a high fluidity and low shrinkage. It can be
cast without refining into intricate castings of close-
grained texture:Lvidl-I joints and passages and with wall
thicknes" of 5 to 6 mm. Tempering f or 1 .5 to 2 hours
at 750-800* produces pear14*te-ferritel-ton which has
the characteristics of malleable ferrite iron. The
initial cast iron smelted in a cupola has the following
composition (in %%) - 3.0 -3.6 c; 1.5-2.2 Si; 0.4-0.6 Mn;
0.09-0.12 S; up to 0.2 P. Cast iron with an upper limit
of C and Si content is recommended for castings having
walls 410 mm thick, and for castings having walls,> 40mm
thick a cast iron with a lower limit C and Si content is
advised. The alloy is added in pieces weighing from
4 to 10 kg in quant-1-1--fes equalling from 1.5 to 2,1o" of
Card 2/3 the molten iron by weight, using a hopper and ordinary

Production of High-strength Cast Iron (Cont.) 123-1-417
pouring ladles installed id a chamber with natural
draft. When the molds are prepared the cross section of the
gate system is made 1.5 to 2-times larger than when
similar castings are made of ordinary cast iron, and the
deadheads are made approximately 20% smaller than for
Card 3/3 carbon steel castings.
Kh.S.S.

06~ A.R.; GALOCHKINAJ, A,P,, inzh.
Intensification of the melting processes and increasing the
productivity of the pot furnace. Stek. i ker. 20 no.6-.A'-4
Je 163. (MIRA 16:6,
1. Direktor Ulan-Udenskogo stekollnogo zavoda (for Bolotov).
2. Ulan-Udenskiy stekol'nyy zavod (for Galochkina).
(Ulan-Ude-Glass manufacture)

7j
c c o

DOLCTNJ T.
'~ A. 7. Bolotov. Selected Works on Apronormar, Fmit-Grovinp, rorestry and -Bot-~-t.
Article and Cormentaries by I. M. Polyakov, ~-,)rr. 111-ad. Nauk, U.S.S.R. and
A. P. Berdyshev, nditors.11 (p. 832) by Baranov, 1. A. and Lobe6ev, D. V.
SO: JOUPTAI, OF -reIF-,TJIL BIOLOGY (Zhurnal Obshchoy 8iologii) Val. XTIV, No.1 (Januar-,, -
February) 1953

PETROV. V,V.; GROTTGUS, T.; REYS, F.F.; STRAKHOV, P.I.; M-J~Q-TOV A
TI~WNBV, V,D,; BELIKIND, L.D, profeeBor, red-aktor; KU2~ffffVl"-
Ye.B., redaktor~ TUMARKINA, N.A., teklinicheakiy redaktor
[Selected works on electricity] Izzbram-iye trudy po alektrichastvu.
Pod rt)d. i s prime rbaniiami L.D. Beilkinda. Moskva, Gos. izd.-Yo
te1zliniko-teoret. lit-ry, 1956. 299 p. WaA 1o-4)
(Electricity--F.irly worke to 1850)

U66R/BiOloa - Book review
Card 1/1. Pub. 86 - 35136
Authors s Bolotov, A. V.
V-11-zl -Ir~--~~!.~. !N~
I Deficiencies of a useful book
PariOdiCal 1* Priroda 2. 126-127. Feb 1954
Abstraot I The shortcomirie.-I of a book, by G. E. Kiselevt entitled,
"Floricultureow are reviewed.
Institution ..........
Submitted I ..........

BOLOTOVI-A-V, "nzhe
Gas torches for drilling and working stone. Mekh.stroi. 19
no.3:16-17 Mr 162. (MIRA 15:3)
(Stone cutting)

BRICHKIN, A.V., prof., doktor tekhn.nauk; BELEM, N.P., kand.tekhn.nauk;
B21L)~A~V,, inzh.; GENBACCII, A.N., inzh.; SHiMN, P.A., kand.
takhn.nauk; SHERSTYUK, B.F., inzh.
Experimental studies of the parameters of the stream of a jet-
pierding burner. Izv. vys. ucheb. zav.; gor. zhur. 6 no.3;
52-58 163. (MIRA 16:10)
1. Kazakhskiy politekhnichaskiy inntitut. Rekomendovana kafedroy
razrabotki rudnykh meatnrozhioniy. 2. Chlen-korrespondant aN
KazSSR (for Brichkin).

/'2. (9100
3/14q/62/ooo/0o5/oo1/bo8
AOo6/Aiol
AUTHORS: Brichkin, A. V., Bolotov, A. V.-
TITLF: On the use of an electric are in rock drilling
PPRIODICAL: Izvestlya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
no. 5, 19062, 7 - 14
Tiirr: The possibilitrof using an electric are In rock drilling has been
Investigated by various authors. A number of devices proposed is discussed and
was found deficient in operation. In 1959, BrichRin and Bolotov proposed a new
desJp,-n of an electric are drill in which the are arises between a rod and a ring
electrode and is drawn out into a long ring-shaped.tongue of flame due to electro-
dynamic forces. The gal) between the electrodes-remains constant. The drill is
water or compressed-air cooled. Its schematic diagram is given. To determinLe
power consumption for the formation of the high-temperature tongue of flame and
.to chec'K the operational capacity of the unit, an experimental model was devel-
oped with a 6 mm-diameter carbon rod electrode serving as an anode and a 4 mm
thick carbon plate with a central hole serving as a cathode. The length of the
Card I/P

3/1119/62/000/005/001/008
On the iise of an electric are in rock drilling Aoo6/A 10 1
tongue of flame inci-eases 'to 15 - 18 cm at higher current values (180 - 2?00 amps).
The electrode consimiption is 0.2 - 0.4 g/min. The tongue of flame is soft and its
heat transmission capacity is low. When the tongue of flame passes through the
ring-shaped are, the gas is heated to 3,000 - 3,5000K, the tongue of flame be-
comes rigid and its heat transmission capacity increases. The heat and mass ex-
change between the gas flow and the ring-shaped tongue of flame of the arc assure
an averaged temperature of the gas flow and its higher motion velocity. The in-
creasedpower of tile gas flow produces sufficient co itions for intensive drillirg
Rd
Thei-e are 7 figures.
ASSOCIATION: Kazakhskiy politekhnicheskiy institut (Kazakh Polytechnic Institute)
Kafedra razrabotki rudnykh mestorozhdeni.y (Department of Mining of
Ore Deposits)
SU-31,17!FID: !,,.verb,~r P 11. 1961
Card ;?/2

BRIGHKIN, A.V.; V~
--k~ A. v
Use of an electric are for rock boripg. Izv. vys. ucheb. zav.; tsvet.
raet. 5 no.5:7-14 162* (MIFLA 15:10)
1. Kasekb My politekh;Licheskiy institut, kafedra razrabotku rudnykh
mestor6zhdeniy
4lectric are) (Boring)

4, 0?272-~_67 E14'r-W DS
ACC NRt AP6025253 SOURCE CODE: UR/0057/55/036/007/1251/12,58
~AUTHOR: Brichkin,A,V,; Solotov#A.V.; Borisova#T.V.
0R0: none
TITLE: On the dynamics of the cathode\and anode spots of an electric'arc
iSOURCE: Zhurnal tekhnicheakoy fiziki, v. 36, no. 79 1251-1258
TOPIC TAGSi electric arc, arc property, cathode, anode, copper, cathode spot, anode
spot
ABSTRACT: A large part of this paper is devoted to a mainly qualitative discussion of
the growth and motion of cathode and anode spots in electric arcs. The electrode spot
increase in diameter less rapidly than does the discharge channel; the authors feel
that the reason for this behavior is to be found in the thermal Inertia of the elect-
rode material and its temperature and electron omission characteristics. The qualitic
whose possible influence on the dynamics of electrode spots is discussed include the
thermal flux in the spot, the electrode temperature, the heat conductivity, the
electrodynamic repulsion of autonomous cathode spots, the boiling point of the cathode
material, the heat capacity of the cathode, the latent heats of fusion and vaporizatio
and the temperature dependence of the electron emission within the cathode spot. The
last factor accounts for gross differences in the behavior of cathode spots on elect-
rodes of different materials. The high motility of the cathode spot on a copper
Card 1/2 UDC: 537.523

- _= ~r -, , -
NR. AP6025253
___ -. ___ . ____ .-
electrode is ascribed to a decrease in electron emission at high temperaturesP owing
to destruction of the oxide surface layer* Experiments were performed with arcs
between concentric copper rings and between plane electrodes that were variously heatec
or cooled. The arc wandered In the annular space between the ring electrodes the
more rapidly, the higher the electrode temperature (up to 500 or 7000 C) and the
shorter the gap. The cathode spot executed chaotic motions about its-mean position an(
left no perceptible track; the anode spot moved more evenly and left a trail of molten
electrode material. The current density in the anode spot decreased rLpidly'with in-
creasing electrode temperature; that in the cathode spot was much less temperature
dependent. It is concluded that from the discussion in this paper owman estimate
the velocity with which the electrode spots must be made to move and devise means for
realizing that velocity; that the current density in the anode spot on a copp r elect-
rode depeDds st3ongly on.the electrode temperature, decreasing from 4.Mx 10 to
A.19 x 10 A/cm as the temperature increases from 16 to 5000 C. whereas the current
density in the cathode spot depends but little on the temperature; and that the
cathode spot has a tendency to move under the Influence of the magnetic field-of the
current in the electrode,, OrIge art* hast 5 formulas and 7 figures,
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410 is am" of aussam ammoula. 1. Obtainina &m-
00 lill"t A-DoWuY.-A. N. K1110%'a Knit -00
ALIA'dovsk. m -14 - H-) Milli 41
00 Y. Ne A - it: S ' :-64
-AnNII.,imil U-111-m ~ulkllal I~illlal 11%
00 & jukrr 41m) K"jwn it'. .4. 27. 700, 2-W3P i, N -I Iml-d .0 0
00 b Immitins Nit. rasballiale will, 1001,; v%Cv%, %I18 at IWI
71-forl.5-2hn. The cosivmion of cArlalliale to ul- 1- .00
&I-M%. The product 0 a liquid vrith Vapor lension
to'/, that of Nils at the same temp. contains -00
of bound N of which l/. is due to utra. AdAn. of 11.0 to
this Liquid lowers the %,zlkw tention and iu~riv-s the sta.
bility of The raba. Nt. I.ei-lir
f#
AD 0
a - S L a41117AILURGICAL LITIMATLARE CLASAWICATtOk
6i
U AV .0, &1 -.0 T-%
V All t 04 0 W WX-1
As
00 dia
VS 9 19 S 18 1 S j 14! 1 a 18
I *1* 0 0 0 0

0 0 0 0 0 0 0 0 0 0 * 0 0 4 OP 0 0 0 0 9 0 0 0:
Osi I I I I IS 11 u Or " is Is V W to XIf VNIS AvIl Al It If 13 If is a V 3a 4 Aa 43 0 0
r a a m I a A-2--r- 0 A---L--J- .4 ~ I - I, k - 0-11 j-&-j-
if~ tf`~ fir ~Aklill`

00 0.11"Ptillfs Will#
!rz-1,~_- 1. 1-- -11 .11, 1--

00 A TowtOONWEWM 'the Polls from the sycitbeels of uma
00.0 1
4111111
I D
G
Tu
Ch
l
J
d
I
U
.
.
.
.
n
m.
xa
. (
.
8N(I937).-7u prewwc of .
qlf.NO. in b~Iu,
"
X111 UW COI csufts lilt Partial premure
of the C(N ill
the 19AS to fist usuch tuore rapidly than that W flit Nil.,
At 110' the 41iffTvxv 1~.twvvjj the jummurs of CQ. jul
Nil, i% a Inax. .11"w,
thesanle cfftvt, t.ut
to tt Weskirt dript'r. Ity 116111. hom all. Ulllu. 41mig.
XII.N(h It I, pos-ildc to (A'fain Cth IvIlig, mlly 5 81~
Nil,. 11. M. Lkivv%ttl
06 a
004)
00 a
eq.
of

00 -
L A 114TALLUORGICAL LITInATLOC CiAlMOSCAY106
glow .4111F.
1.30.0 .1. o.- got
-%=
0 2 AV 10 AS q if
00
10 :10 :
0 0 0 0 * 0 & 0 0
00000000000000
. .1 1 -.. --
flow 00.1n.
631111MCI 411111 CA Qkv Its
W--" u m If W 0 A v I It v 5 a a D 1 7
n
; I" * 0 0 0 0 0 6 0 0 0 0
a
: 01 1
16096990060609009009
-0 0
-00
-00
SO
=O:
c0 0
coo
WOO
11114111111111
are 0
::00
ZOO
woe
-zoo
tso

0 6 0 0 0 a 0 0 9 a 0 a w-w-v w-
$a$$ t o 1"Itull 14 Is Is of to if m j0 A &,#I sit) 1430 wit 80101, if off) of odole
k
A 1
A
A I I' L a -a I
- .
44

00
so
a at vaimi mw we "Em"'S of =me
fiX81=111001
b
di
id
mr
om
ox
e. U- T"Compositim
od *0 OF`* 09wr the Seloltim of amucalum cerbonat. sad
ammmmu%m leitt'318 "Rd" Preloure &ad at kJ& ture.
,*
7-
B
Buka
A
and D
G
l
T
Ck
J

00 -
-
,
.
w
uRa
.
.
m.
1
W.
14, 901-30937); cf- C- A. 31. 91286.-A, the
"
l
u
m
over %mcb "no
s
is in
h
d age
oe j

60 .
crea
e
. t
e cn,,,ti. ,F CO,
In
th
-
-stiOrl. Under thefte wnditions, culdn,if Nll.%*O,
s
h
"
i
too
tO t
e
n.
s not necessary. %epn. 43f C(i, jr,11 jili j,
Coe
00 best effected by disin. at tinder p,,,j,,.
0

0
T

oe
06 it
00:
00
to
80410

Ass A AtIALLURMAL LITIONATLOW1 CLASSAVICATION
-00
too
too
W-Tn. too
slow .310-
.11 0." Cot 631131 OW 0-1 LSI
U 9 A 00 L I a ad 0 1 IF of 9 a a 9
4 a It a I ME
0
0

ooooooooooo*oo*ooooeooooeoo*oooooooooooo:o
I T UV, us I U CiTi M 31 W 13 34 ly A J- 40 '.1 a 43 m All Sy
W X L A U, A r
I T~. low LITTIER lor A
111,411.
lbal"13111 iv-14.1"I'myll
*On
0;3
:
I
ON:
ISOM
J. ti
Uw PeRa gain emnii'll 3
tqlnwo IOU alay `P=,t%"+t% 1-m-" -U
A~mp
i
IV
UOP"W*
"

: -
.
Ob "601
iq PRU vC
WA 'A4
jig) 04
-
UWAIM I on ! -4
F

0
Ota 4 2.1
1
.,
"'WHR VS M" -(q M%S jWt-LC i
91 -rt-,(Mxl quol 'Lut V"o'-'r
IT law A

: '.%
'

0 If
Mist,,
F -7-

00-
C, 1.
-'Affil-ALOAL-111 09 0-0-0 0 0 0 00 St 1 0 0 0 00 00
00
v 00
ZOO
0 0

WLOTOV3 B. A.
RT-1019 (Investigation of the partial Pressures of NT3V CC~, and H20 over
ammonium
aqu8ous solutions of ammonia and
carbamate, at temperatures, cf 140 -
200 C. Part IV) I.-,uchenie partsiallnykh uprugostei NH3, C02 i H20 nad vodn.-,mi
rastvorami ammiaka i Icarbanata ammoniia pri temperatura'k-1, 140 - 2000. Soobshchenie
4.
Zhin-nal KHTnic-hes1roi Pr=shlAnnost.1, 17(7): 25-28, 1940

004
. % '
00 A i#
go, 'i 1
got
002
00
00
00
00
00 'S
00 '3
000
00
L -------
I I L MIALLURGICAL UTTRAT40111! CLAUWKA7POI,
sives I.
'b u
-Ii
0 0 0 0 0 0 & 1
000*00000000000000000:000000600%.0000000000*0
a-
& 0 r 0 0 0 a 0006
13 Is
-w -V - 0 - a - v-
IFT: 100 VO I*ITIOWISP-066-44 0 0 * 9
a It 12 9 w 5 a V a Is 0 A a a
! 10
The kaw o(amnsoola. carbon dioxide aW
water over aq=tlou. of asnumniii. carbazzial. at
140-ZW*. _U..AOdotoV atul 1'. R. Leman. J. Oem.
(c, S. S. R.) 17, No. 4 5,211; 121 (1940); cf. t'. A. 32,
such solus., when [he ratio of Mf$ CO, is
telop. UFNJJ, cvil(n. V3U~S A Ktr.II incicV,
in lwtial pressure (if CO, in the &a, and a ICIAtivclv sli t
intiraw in Nils pressure. Addn. of NllsNOs to the win.
Laws the COs pressure still %note, hut it al%u raiws the
intr
pre"We of Nils in the Pq phase, During distu. of such
solos, up to W)% of the Cog ran be scpd, leaving inust of
the Mis concil. in the soln. 11. M. Leicester
Ist
T-9-7-10
a Im 0 IN
dft(
0 0 0 0 0 0 o o 0 0 0
1-00
-00
~00
-00
.00
00
.00
00
a a
zoo
'90
"o0
'00
'00
z00
'00
zoo
00
ttoo
tfoo

t 'Wq, Mir? njv a
111j, US) Ust Its? sopto a' Q13 01*L'e
'AL IL-L- -I- k -1-11 1-1-j
[So A

o.
so

, -C~t."S .-a
-ww
00

0

b. P.1w prowasot of avarnosta. cartoon d1olido and
orator eve# SQUO002 bolutlose of ammonia and ammonium
calbatuale at 140 Jw'~ IV. 144owynd V. R.
6, T. 25 S
11,14111 .11700-%lien such "no. contain 6
of. C. .4. 34.
1411., even if the Nits i, in 3tX) JM10% t
total .
or., over the Cot, the cat compti. over the onin. comitti
vitirdy ni a mixt. of Nils and llsO. which rvvrnts the

furpti, of later Nit, by dlits. the solivi. un, er Pirwire.
Aildn. of N1IsNOj to them wing. tuemses the amt. Of
C intircitasphasc. However. iftho Nificoncri. in the
w4n. is increased to 200 W.A.. the Vapor Pfrosure of It,()

falls. and pure NH, can be obtained by .161j. at 140-.V)*.
It. M. I.rkvtcr
-so
-00
-00

t zoo

3.0 0

.00

got
aos

are*
lose
see
Not
ties
k-t-- --S L-A
gj "LLU GKIL L11FRATURt CLSSUPK671016
:77-- - --7"'.' Use
tvjaa~ .1. Cot
Zoo
AA F-1 -v 1w p a v 1 11 3 a
IT100"t was[= a ft

#"'CRWYUC trmzfoTjnuflEm of oftlAwbol undo
jV0-B. A. Bolotov and L. IC, Sal-irlim-ft. J, Gen. C,
he.. S,
trzujslittiou)~Scc C.A. 50,

USSRI Organic Chemistry Synthetic organic chemi9try E-2
Abs Jour Referat Zhur - Khimiya, No 4, 1957, 11623
Author Bolotov B.A., Smirnova L.K.
Title d-a:EitAfc-Conversion of Ethyl Alcohol Under Pressure
Orig Pub Zh obshch.,khimii, 1955, 25, No 10, 1987-1992
Study of conversion of ethyl alcohol (I) over Cu catalyst at 275-4000
and at a pressure from atmospheric to 156 atm., in a flow system.
Composition of condensate collected at 275-300' and 10 atm is similar
to that obtained without increase in pressure At 3000 and 5 atm a
condensate is formed containing mostly ketones: 18.0% acetone, 27.1%
methyl propyl ketone, 4.4% methyl isobutyl ketone and 'T.4 dipropyl
ketone. On raising the pressure to 40-120 atm the condensate is found
to contain paraffins (10-12%), while the yield of ketones drops shar-
ply. C6ndensate collected at 3500 and a pressure of 10 atm consists
essentially of paraffins: n-pentane (11) 14.5%, hexanes 13.9%, n-hep-
tane 24.2%, octanes 8.6% and n-nonane 11.3%. At the same temperature
and a pressure of 156 atm formation of II is increased (73.2%) and
yield of higher paraffins is decreased. I wa 's fed at a rate of 8o-85
g/hour into a reactor containing 120-130 M-1 of catalyst.
Card 1/1

Subject : USSR/Chemistry AID P - 1580
Card 1/1 Pub. 152 - 10/21
Authors Dolgov, B. N., Bolotov, B. A., and Komissarova, L. A.
Title Study of the catalytic reactions of transformations of
ethyl alcohol. Part I.
Periodical : Zhur. prikl. khim., 28,, no.1, 71-80, 1955
Abstract : At 250-2750C, in the presence of copper ca-talyst ethyl
alcohol yields 30-35% ethyl acetate as the main reaction
product; at 300-3250C, the main reaction product (60%)
consists of acetone and higher ketones, such as
methylpropyl ketone, methyl isobutyl ketone, dipropyl
ketone, and methyl amyl ketone. A mechanism of formation
of higher ketones is proposed. Seven diagrams, 4 tables,
13 references (9 Russian; 1925-49)
Institution: ]one
Submitted Jl 9, 1953

Subject : USSR/Chemistry
Card 1/1 Pub. 152 - 10/21
AID P - 2284
Authors : Bolotov, B. A, B. X. Dolgov and P. M. Adrov
Title : Catalytic conversion of ethyl alcohol to acetone and
methyl propyl ketone
Periodical: Zhur. prIk1. khIm., 28, no.3, 299-3o6, 1955
Abstract : Experiments on the formatlon of acetone and higher ketones
from ethyl alcohol in the presence of a copper catalyst
are described. At 280-32OuC, acetone is formed (:L5%),'
at 330- 800C, a mixture of acetone and propyl ketone is
formed NO%). Higher temperatures and Increased contact
time cause formation of higher ketones.
Institution: None
Submitted : Jl 9, 1953

AID P - 2781
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 9119
Authors : Bolotov, B. A., B. N. Dolgov, and K. P. Katkova
Title : Mechanism of the formation of acetone and methyl
propyl ketone from ethyl alcohol. Part III.
Periodical : Zhur. prikl. khim. 28, 4, 414-421, 1955
Abstract Catalytic transformations of ethyl alcohol, acet-
aldehyde, and ethyl acetate in the presence of a
copper catalyst were studied. The experiments were
carried out at 200-3750C. Five tables, 5 diagrams,
5 references (4 Russian: 1939-1955).
Institution None
Submitted JI 9, 1953

A
AID P - 3425
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 10/18
Authors Bolotov, B. A., P. M. Adrov, and L. K. Prokhorova.

Title Catalytic transformations of n-propyl a nd n-butyl
alcohols
Periodical Zhur. prikl. khim., 28, 5, 516-522, 1955
Abstract Experiments were carried out with coppS r catalysts

*
activated by Th02, MnO, A120 At 250
i C, the
4
4
alc8hols were transformed in
o
esters ( 0-
5%); at
325 C, sym. ketones (45%) were formed ( catalyst,
Cu-Th02). At 400-4250C ketones were f ormed (36%)
(catalyst, Cu-MnO-Al,)o ~- Five tables, 4 diagrams,
3 references, 2 RussU (1955).
Institution : None
Submitted : No date

A. Dnl-iov will N
the. calMylic frimsro,
0w,%
qrv lr~l tIrrv-
t'o i-.%t4vsq fngom M At hl~,b
Cv, yirld.3 MAr rit 220 r4l~,
;it at M20-TA', rmil liklilv
gthighrr lo-ps, At Vin )104 ,1
~~,V) IS j .11 fl kr Pt HVI tit lllf~flr Y, The
pmnni-4-1 lip. 025% 11j) a! Illo

V~~,-~ans.I.mixflon of primAry alcob Is I to Roes.
" risforniation of amyl, hexyl anpilptyl,
alcohols over an activated copper c-atalyst,B N 1301010N.
J1 IN IMe1w and K. 1'. Katkaya, Ait".
.28, 1181-901155-); 39115z.-AmOll. v-
C41113011. and n-0.1lo-Lill passed uN~:r a Cu catalyst acti-
vat"I wiRi ThO, nt'-'50-75' yield up to 60r/'0 of esters, while
3
t 325-50' are formed the corresponding sym. ketones in
yields up to GuIrrutly, with increase of luol. %Vt.
of the ale- tim ykl -q A emm wid kewne-% !~hmv an in.
em", 11% iS iIIIIS(F.Itkil by gr,,11111c.'Al ljt"Clit~ltjojj (A the-
resilits. The piLdominant content of CO in the off-gases
indicates that the formation of the ketones may proceed .
thnmgh aldehydes and altiols. The jjrt~cnce of CO, and
010ins it, the .ff-g:, q imlic;it- u partial dmompti. of the
esim i6id thi, Ictonci atid partial vonv,"iwt of CO.
G. N1. Kosolapml

-z

4
Itna
Into artt=
fn
11,
N. Dolgc~v. aud
'
i
1
A ffl jo~
1i
P.
M. A d r') Zkur,
-6)(Engl tt,11131a-
77. ppr Mn. 28, 2)71~701N
J T
tiou); d. CA ~ 50, 793f.-Astaft of thecOnvirsion of 1`1011
-$t (MdUCM With A at 13rge
U'VVr Cli J:HLAJ
- - ----- -- )
&,nle :4-iored that pptd. Cu catalyst which i3 uc-.

-0, witAle at 330-W
At 2P"'-10* there I, ftwirt-4 tinly MeX

-broh '48,1D are 155D, atid
Me;CO sm-1 AcFr ak formej. Tht 3
'01 put-JEtolf. All increase ofc(ljtact
r, -,Cd vit iti
..tizn- from 20 see. to 40 sec. lncrcasvs, the yiOd t)f Acri ovid

taet tin L,tb(Lr,- Ur- Imm6sucb. wfrico,
'
cmidit3wis C era t;clfc~ndru.--tu
tion uadu the eiptl.
mactiorr, yle'ding IsiDnAv and high&kelancs.,
G.m. KOw,4eCOL---
Ile.
~A

- - --- -----

BOLOTOV, B.A.; SMIRNOVA, L.K.
-____P~a,t2- ihe catalytic transformation of n-butyl alcohol under pres-
sure. Zhur.ob.khim. 26 no.6:1662-1665 Je '56. (MIRA 11:1)
l.Leningradekly gosudaretvennvy universitet.
(Cataly'sia) (Butanol)

-3~
-
Ii Oliallbas C!
Cii Fajig;

Zhur. MiMMe Zhim. 27, 1237-420(10571); cf. C.A. U,
2-41W~Rasmpvl RMOAcand H at!27,5-4W*j10at--. Over
rctivated Cu ~*nlyst gave I-JL2CG, -mt-PTCO, L~D-Du-?AeCO.
Pr,,CD, othe-- Imtone3, and hydrocarbons oi the same C Lon-
tent as the ketenes above. Raising the pres-ure Ito 100
the yielib of kelones =- i h3cma&ed ~ia, of
bydre-wbans. The de~orapa. of E!OAC appears to pi-mced
t~rouglt decomp. to 2.Aell and decompa. to
4
I-
M
CO
Th
f
r
ormadar, asu
.
amt
r
hed by aldo;

:dezsat-onc1AtH. sn
This indicates that EtOAC i otalikely!
intern,
taiiie In Iormati6n of kelones and hydromrbous

.41U
"
g
!
i~
Kay

ii~ ilf

of k~--tZiliz-i ~Z.15L%td

-
Zi

Distr:
-SW/4460)

V
VU Traiisformation e4 isoti4l IsobuVrsta i
inyl
ISOValerate," AL~ Bolaca B N Milov
-him
ur
.
,
r.A731. transformations of bobutyl
Isobutyrate,(1) and lsoamyl isovulerate (U) were studiei at
30D-475' hy.~ the method previously des&ibed (loc. tit.)
Decomp'n. W I started at NO anti Matinurd at aocrlemt;~
rate3 as the temp. Inemmd. -The content of Is6butMIde-,
byde and 1so-BuOR incmsed with the. teing
=iIng,
through aw. of 14 Aqd 24.5%, tmp., tit 4000 'W at
,
of dHso-Du ketone Lod isobutyric acid, both of which In.,
:cmastd continutmAy with the temp was only 15.3 aAdj
o ski 400'.' At'4750 onJy*b.N8q X remained and,
't
aboia 50 0 4ffio-Bu ketone formed. i transfortnadon'
t
d U was, similar. Tiansfarmation of mitts, of I and IV
.(2: 1. 1: 1, and 1:2) at 450* gave 2 sym. and an unsym. ke-
tones. , The yield of-Ahe latter was, at a mait. In the 1:1
mist. These facts as well as the prtsenctof much CoAnd
Hi 3511 and 52.8%, r j supported the following metha.-
-
IRTHIACR
! RCH
i
h
2RCHO
OH
f
sm o
;=
n
=
t
e process
_
&
;
and 2RCHO = ',RCH(0f1)'RCOHj (sic) " RCM On,
tha othtr hand, the presence of M. C.Iful and HjO in the
oses indicated that not Q of the reaction-proctede7d throagh
the a1dol cond6iisition of the aldphyde and that some ke-
tones formed through direct decompti. of the esters.
Bencowitt

BOLOTOV, B.A.; BARANOVA, N.A.; BOGDANOVA, M.V.
Catalytic decomposition of ethylbutyrate and butylacetate,
metameric esters. Zhur. prikl. khim. V. 31 no.5:778-784 my '58.
(MIRA 11:6)
(Butyric acid) (Acetic acid)

50) PHASE I BOOK EXPLOITATION SOV/2924
.,B~jqtov. Boris Aleksandrovich,, Vyacheslav Aleksandrovich Komarov,
and Tatlyana Vsevolodovna Nizovkina
Prakticheskiye raboty po organich skomu kat~lizu (Practical
Studies in Organic Catalysis) FLeningrad] izd-vo Leningr.
uriv., 1959. 194 p. Errata slip inserted. 4,120 copies printed.
Sponsoring Agency: Leningrad. Universitet. Redaktsionno-izdatel'skiy
sovet.
Resp. Ed.: B. N. Dolgov, Professor;-Ed.: Ye. V. Shchemeleva;
Tech. Ed.: Ye. G. Zhukova.
PURPOSE: This book is intended for the pprsonnel of scientific
research institutes and factory laboratories. If RU'be'of
"Ifit4lMst to teachers and students of advanced courses in
cheirtistry and chemical technology vuzes. It may also be used
as a manual to aid in setting up and performing various
Card 1/6

Practi~~al Studies in Organic Catalysis SO-VI2924
operations with catalytic methods, and in organizing
effeo.tive work practices.
COVERAGE: The book describes the principal apparatus used to
produ--e catalytic reactions at normal and higher pressures,
mc-!+,-.hods of producing and studying catalysts, and the methods
of producing those catalytic reactions which embrace the
main branches of organic catalysis. The authors thank
K. P. Katkova, I. M. Stroyman, Ye. A. Chernikova,
N. P. Usacheva, and R. M. Adrov. References accompany
each chapter.
TABLE OF CONTENTS:
Introduction
Bibliography
Ch. I. Apparatus For Producing Catalytic Reactions
5
18
1. Apparatus for producing reactions at normal pressure 19
2. Apparatus for producing catalytic reactions under
pressure 25
Card 2/ 6

Pracli-lical Studies in Organic Catalysis S011/2924
Bibliography 36
Ch. H. Control of Catalytic Reactions
1. Measuring the rate of gas flow with a rheometer I '7
2. Measurement and regulation of temperature 40
3. Control-measuring and regulating devices for high
pressures 50
Bibliography
53
Ch. III. Prinaipal Characteristics of Catalysts
1. Comparison of the reaction velocities of normal and
catalyzed reactions 54
2. The effect of calcination temperature on surface area
and catalytic activity 56
3. Determining the specific catalytic activity of
aluminum oxide 59
4. Determining the specific surface of a catalyst according
to the wetting heat of powder saturated by vapors of a
wetting liquid 70
Card 3/6

Practical Studies in Organic Catalysis S011/2924
5. Determining the general porosity of a catalyst 74
6. rete--,mining the wetting heat of catalysts 78
7. Thermographic investigation of the dehydration of
hydroxides or the phase transformation of oxides 80
8. Phase composition of a copper catalyst 83
Bibli o'g,raphy 87
Ch. I V. Catalytic Reactions in Organic Chemistry
1. Catalytic liquid-phase hydrogenation of unsaturated
compounds 89
2. Catalytic hydrogenation of toluene 93
3. Catalytic dehydrogen4tion of cyclohexane 96
4. Hydrogen disproportionation reactions (dehydrogenation) 102
5. Hydrogen redistribution reactions between several
molecules of the same substance (N.-D. Zelinskiy's
Irreversible catalysis) 105
6. Preparation of n-butyraldehyde by the dehydrogenation
of n-butyl alcohol lo6
7. Catalytic cycl-ization of paraffins (dehydrocyclization) 108
8. Kinetics of the dehydrocondensation of trialkyl silane~
with alcohols during the catalytic action of alkalies 129
Card 4/6

Practical Studies in Organic Catalysis
30VI/2924
9. Alcohol dehydration reactions 115
10. Hydration of butylenes 117
11. Hydration of acetylene hydrocarbons (Kucherov's reaction) 120
!2. Alkylation reaction 124
13. Preparation of isopropyl benzene by the condensation
of benzene with isopropyl alcohol over an aluminum
silicate catalyst 129
14. Preparation of methylphenylacetylenyl carbinol according
to Favorskiy 134
15. Preparation of n-toluyl aldehyde (according to the
Gatterman-Kokh reaction) 135
16. Polymerization of isobutylene 137
17. Polymerization of styrene 141
18. Preparation of methy-benzyl ketone (1-phenyl-2-propanone)
from phenyl-acetic and acetic acids 143
1g.. Catalytic methods of preparing methyl-Isobotyl ketone 145
20. Preparation of complex esters and ketones from primary
alcohols 149
Card 5/6

Practical Studies In Organic Catalysis SOV/2924
Bibliography 1531
Ch. V. Catalytic Reactions Under Pressure
1. Synthesis of methyl alcohol from oxides of carbon and
hydrogen 155
L). Hydrogenation of phenol into cyclohexanol 160
3. Catalytia reduction of organic acids to primary alcohols 163
4. Preparation of n-heptane from n-butyl alcohol 1.65
5. Reduction in the presence of a skeleton copper catalyst 169
Bibliography 178
Appendix 179
Subject Index 190
AVAILABLE: Library of Congress (QD 501-B757)
TM/jmr
Card 6/6 l-22-60

5 - 3 400
so V
AUTHORS. Bolotov, B. A., Dolgov, B. N., K~itko-,.-a, K. P.
TITLE: Concerningz, the Mecl,anis-,;,, of' Fo-ni~-_-!or o"
Primary Alpohols.. Co'nimunIcation X
PERIODICAL: Zhurnal prikladnoy Ichirnii, 1960, Vol Nr 22,
pp 4-r-5-431 (USSR)
ABSTRACT: The study of V. 0. Komarevsky and A. G. Schimil-
(J. Am. Chem. Soc., 11944, Vol 66 '. P 1117) of -,,he
transformation of branched alcohols and aldehydes over
C_ 0' showed that ketones are formed ,-;I~en t-e a-
IP 3
carbon atom is not substitut~ed; otherwise, the reacticr
gives only the corresponding aldehydes, In rrood yield.
The above authors advanced an explanat'llo!,1, accordlIng
to which a -substituted aldehydes cannot participate
in an a1dol condensation preceding the ketore forma"tlo-~.
Contrary to 'he above, 'he authors of the presen-.
u
study found (This journal, 195-1, Vol 70, on and
L
286) that branched alcohols were converted','over copper
Card 1/4'

Concevning the, Meehanism of Formation of
Ketones From Primary Alcohols. Communication S0,11T n
X
Card 2/4
catalysts, into ketones at temperatures bv 100
than the conversion temperatures ol' no,_,rna~ a-;co-_o_s
The above does not necesaarily disprove tl~ie exz:)-:ana-.-or
of the ketone formation through t;--e aldol condensatlon.
advanced by the American aut,hors. 7ne present stu~~-.,r
describes the conversion of primary b_-anched arny'
alcohols substitiited in CL -position. A popper
catalyst, activated with thorium oxide,and reduced
with hydrogen at 275-300 0 C, was used in the experi-
ments which were made at 275-525 0 G, at a mnolar ra-11o
hydro en: alcohol = 1:1, and a soace velocity of
150-190. Under these conditions' 2, 2-ci Iiiiethylpropa- -1 -ol
at 2750 C yielded 23% dimethylpropanal and 4% es-.er; ALI
3500 C only dime thylpropanal was obtaine,J, 4,.
and at 4250 C, In 77% yield. The total n e
reaStion
prc~d.ucts was 56% at 2750 C ard on,',y
350 C, due, evidently, to 'it-creased decon-lposlr.lon of"
the aldehyde. The ketone was absent at all 11-emjDerat-~;~.res.

Concerning the Mechanism of Formation of
Ketones From Primary Alcohols-. Communi- SOV/80--5_---2-'_'9/5-"
cation X
2-methy-lbutan-l-ol at 2Y50 C yielded 11% of 2-methy1bu-
tanal and 43% isoamylvalerate; at -.525-3750 C the yield
of the aidehyde Increased up to 39% and that of the
ester decreased to 15%; above 4000 C(the aldehyde was
transformed into a symmetric ketone 3,5-dimethylhep-
tan-4-one) in Yields increasing with temperature (28%
at 5000 C). It was established that all alcohols fully
substituted in C_ -position were converted, depending
on the temperature, into either esters or ketones via
the intermediate aldehyde. 2,2-dimethylpropan-l-ol
was an exception; it yielded only the aldehyde. The
presence of hydrogen at the CL -carbon atom of the
-9~ld~~hyde. determined the possibility of the ketone
formation. The above confirmed the validity of the
suggested aldol mechanism of ketone formation from
primary alcohols, which can be expressed as follows:
Card 3/4

Concerning the Mechanism of Formation of 7765:~
Ketones From Primary Alcohols, Commulli- S 0 V /3 0 - 3-2) 952)
cation X
-21T,
2RCH(RICH1011 --2RC11(11')C11O -4iRC11(R')G11O1IC11(Pj)Cf1O
---* RC11(R')cOc11(n')R.
SUBMITTED:
There are 5 tables; 2 figures; acid
2 French, 1 German, 9 Soviet. 'Irie
V. I. Komarevsky, I. R. Coley, J.
63,700, 3269 (1941); Advances in
Subjects, VIII, 207 (1956); V. 1.
Schmiht, J. Am. Chem. soc., 66,
Hunters, S. Wlliken, Identific.
N.Y., (1946).
June 5, 1959
1-6 references, 4 UI~S.,
U.S. references are:
Am. Chem. Soc.,
Catalysis and Related
Komarevsky, A. G.
1117 (1944); E.
of' Pul-e Organic Comp.,
Card 4/4

Vw'P(J)/EPF(c)/EWT(m)/BDS Pc-4/
L 12369-63 S~-4
081/6370MO 00510051075
AUMORS: Bolotov, B. A', and Dol2v3 B. No
TITLE: Catalytic cony sionjof mary alcohols
PERIODICAL: Referativnyy zhurnal$ Mlimi-Yas no- 5., 1963, 68., abstract 5B492 Kataliz
v vyssh shkole Tr. 1, Mezhvuz, sovescheniya I Ch. 2., 1962, 248~257)
TEXT: Primary alcohols of normal structure over Cu-catalysts,-activated by
Th02, at 250-275 OC are transformed into esters with yields of up to 6W,., and at
325-3500C, into symmetrical ketones with yields of 45-55%. The foimation of ke-
tones from primary alcohols of iso-structure occurs 1000C higher than for alcohols
of normal structure. The yield of ketones of 425-4500C is 40-551,10'. During cataly-
tic changes in C2H50H and acetaldehyde, at temperatures higher than 2750C, new con-
densation reactions arise on the catalyst of the produced acetone with acetaldehydo,
leading to the formation of mothyl-propyl ketonej dipropyl ketone., methyl-amyl
ketone and other higher ketones. At 10-40 atmospheres re sure and 350-3750C, pri-
mary alcohols are converted into sat ro bonsiptsh the same number of
-urated h 4 cax
carbon-atoms in the chain as are contained in ketones produced at atmospheric pres-
sure. The introduction of T102 into the composition of the Ou-catalyst changes
the direction of reaction of conversion of the primary alcohols. A new reaction
Card 1/2

'1 12369-63 S/081/63/000/005/005/075
Catalytic conversion of
Ileading to formation of new higher saturated primary alcohols and aldehydes takes
place.. The data provided by the exp.eri-ment confirm the proposition of the fox-wa-
tion of ketones and high orderhydrocarbons from primary alcohols th-.ough the in-
termediate stage of aldol f or7aation. Authors abstract.
CAbstractor's note; complete transiatiog
Card 2/2

STARIKOV, Nikolay Antonovich, prof essor-doktc,r; BCLOTC~V B H otvatstvan-
84 ~~A&"Rxylv P.,
nyy redaktor; $IRMO, S.M.. redaktor , S
tekhnicheskiy redaktor
CKining mineral deposits at great depths] Ratrabotka rudnykh mosto-
rozhdonii na bol'shikh glubinakh. KharIkov. Goo. nauchno-tekhn. izd-
vo lit-ry po chernoi i tsvetnoi metallurgii. 1956. 169 p. (KLRA 9:7)
1. Deystvitellnyy chlen AN USSR (for Starikov)
(Pining engineering)

T-0 V
LOPUSHANSKIY, Vladimir Yefimovich-, PLATONOV, Aleksandr Fedorovich;
awwg , mwmtvetetvenn" redaktor; LIBMAN, S,S., redaktor
iiiiitellstva; ANDESYNY, S.P., tekhnicheskiy redaktor.
[Mine foreman's manual] Spravochnik gornogo master&. Izd.2-oe,
perer.i dop. Moskva, Gos.nauchno-te~hn.izd-vo lit-ry po chernoi
i tovetnoi metallurgii, 1957. 415 p. (MIRA 10:11)
(Mining engineering)

RUK
SUVOOV, N.A., kand. tekhn. nauk; BC
UX.UTTSEV, A.R., inzh.
Studying the effect of the wall advancem-ent rate on th.~e :7,annifel:-
tation of rock pressure '.sinry models of eqi.,dvalent mmterials.
IZV. vys. licheb. zav.; gor. zhur. F. no.3:15-19 165.
1. Kharlkovskiy institut gornogo mashincstroyenirz~, avtmatiki
i vychislite.11noy tek~niki. Rekomendovana '~-afedroy teikhnoloc--ii
p,ornogo proiziodstva.

BOLOTOV, I.B.V.; ZAKHMOV, V.M.
Compensation of the ahalog memory errors of a magnetic memory device.
Izv. vys. ucheb. zav.; radiotekh. 4 no. 2:215-217 Mr-Ap 161.
(MIRA 14:5)
1. Rekomendovana k&f6droy dallney sir~','azi Odesskogo elektrotekhni-
cheskogo instituta svyazi.
(Magnetic memory (Calculating machines))

~-; 1~ jF9

L 18440-66 BBIGG
ACC NR,.- AP6006389 SOURCE CODE: UR/0413/66/000/002/0118/0118
JNVENTOR: Zakbarov, V. Mi.; Ashman, A. Ye.; BoLotov, B. V.
;ORG: none
(13
TITLE: A magnetic analog memory unit. Ciass 42, No. 178179
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1966, 118
,TOPIC TAGS: analog computer system, computer memory
:ABSTRACT,. This Author's Certificate introduces a magnetic closed analog memory unit
which contains a null indicator, a shaper and a switching circuit. Reliability andi
:accuracy are:improved by connecting the mismatch signal shaper through a -two-way
.switch to the null indicator' and-the pulse shaper. One pulse shaper input is con-
.nected to the switching circuit, and the other is connected to a full wave magnetic;
,memory element.
'.Card 1/2--- ________,UDC: ---- 681.14.001.57'

L isw-66
~ACC NR: AP6006388
1 2 4
1 - null indicator; 2'- shaper; 3 switching circuit;
4 - full wave magnetic memory element.
SUB CODE: 09/ SUBM'DATE: 23Nov62
I Card 2/2

~,41 ,. ;I-,1 .1 ; " .
. '--CIIAT,YY-PRILUTSKIY, A.N.; BOLOTOV
---- . -
New method for Astening converters by means of magnate. lzm.tekh.
no.2:36 Mr-Ap '58. (MIRA 11:3)
(Kachine-shop practice)

--ICY -!15 -15 q_-4 -191/45
AUTHORS: Chalyy-Prilutskiyj Bolotov,
TITLE: A Device for the Dynamic Calibration of Piezo 1~11ates
(Prisposobleniye dlya dinamicheskoy graduirovki- pl~,ezo-
plastin)
PERIODICAL: lzmeritellnaya tekhnika, 1958, Nr 4, 35-37 (U.3SR)
ABSTRACT: The article deals with a device and method for determining
the frequency characteristics of piezo plates used in piezo
pick-ups. By plotting frequency versus voltage, the in-
tensity of polarization in relation to the frequency of
excitation of the piezo plates could be found, with ampli-
tude constant. Two piezo plates are used, one exciteO at
various frequencies from a sound oscillator via an ampli-
fier and the voltage being measured from the other ,,.,hich
also resonates. This voltage is first amplified and then
passed to the voltmeter. A capacitance pick-up is used
to determine the amplitude of the oscillations and also
for static calibration. Here the pick-up is adjusted over
Card 1/2 a certain range by the operating screw, End the de-['lection

A Device for the Dynamic Calibration of Piezo Plates
SGV-115-5~-4-1'shAt';
of the beam on a cathode oscilloscope, to ,,,,hich the -ick-ur,
is connected, is noted. There are 2 diagrams and 1 Uraph.
1. Piezoelectric transducers--Calibration
Card 2/2

8(2) 25(6)
AUTHOR: Bolotov, B.Ye., Engineer SOV/119-56-12-9/13
'1'ITLE: A Device for the Determination af the Causes of Noise in Ball
Bearings (Ustanovka dlya opredeleniya prichin shuma podshipnikov
kacheniya)
PER10DICAL- Priborostroyeniye, 1958, H~7 12, Pp 123-24 (USSR)
ABSTRACT-. In 1957 this device has been shown fox the first time on the
Vsesoyuw.p--;ya prom-yshle=~,a vystavlv, (All-Union Industry a-hibition)
It is at present in operation in the 4-Y Gosudarstvenn,,-j Ordena
- zzs~--v~A '41-4 Kuybysherrr (Fourth State Ball Bearing
Lenina pod.9hipni1,%Y%--,,?
.
Works Distinguished With the Lenin Order). It is based upon the
fact that the noise f1equenoy of a ball bearing is-superposed by
oscillatio-,w which are due to the flaws in the ball bearing. If a
ball bearing rotates at 3000 revs/minute, the inner ring, if oval-
shaped, will produce oscillations with a frequency of 50 cy/sec'
which can be measured. Ball bearirgs which are to be tested are
with their.inner ring mounted on a shaft journaled on Doints which
are driven by a cotton belt. A feeler pi-n mounted on a frame is
touching the outer ring of the ball bearing &nd transmits the
Card 112 vibrations to a piezocrystal, which driyes the input of a two-chamel

SOV1119-58-12-9113
A Device for the Determination of the Causes of Noise in Ball Bearings
amplifier with a frequency range of 0 to 500 cy and of 400 cY to
20 kcy. Each channel of the amplifier has a pointer instrument
which is calibrated in relative noise units. The amplifier is connect-
ed with a loudspeaker which permits an acoustic observation of the
noises.This device can be produced with the means available in
any faxtory.- There are 1 figure and 2 tables.
Card 212

3/115/60/000/05/06/034
B000011
AUTHOR- Bo~otov, B. Y%.
TITLF6z Determination of the Waviness of the Groove Surface in
Roller Bearing Bushings
PERIODICAL: Izmeritell-aaya tek-hnika., 1960, No- 5, PP- 10-11
6 -/;~-
TEXT: The measuring instrument - 1 (IV-1) is described here. It offers
the possibility of estimating the height of waves in the range of from
0.05 to 1ju , and thence to calculate the radial acceleration of roll bodiKe-1c.
in roller bearings. The instrument described here is based on the principle
of the measurement of small dislocations with the aid of a capacitive
feeler. The,scheme of this instrument is shown in Fig. I and described.
The loop oscilloscope 1'r10-2(MPO-2)`:it3 used for recording the waviness
diagram. The instrument error is !5~'o in the entire wave measuring range.
Fig. 2 offers the waviness diagrams of the surface of a roller bearing
bushing. There are 2 figures and 1 Soviet reference.
Card 1/1

25M9 28(2) SO-111 15 -- 5 9 - 8-10/33
AUTHOR: Bolotov, B~,._Ye.
TITLE: A Device for Measuring the Noise of Ball Bearings
PERIODICAL.- Izmeritellnaya tekhnika, 1959, Nr 8, pp 24 - 25
(USSR)
ABSTRACT.- The existing methods of measuring the noises of ball
beatings by microphones are suitable for laboratory
application only. In this article, a device is des-
cribed which may be used also under shop conditions
for measuring noises in ball bearings. For elimina-
ting the influence of foreign noises, the microphone
was replaced by a barium titanatue transducer which
indicates the vibrations in the audio frequency range.
The arrangement of the noise measuring apparatus is
shown in Figure 1. The circuit diagram of the ampli-
fier is shown in Figure 2. The ball bearing to be
tested is fixed in this device and rotated by an
electric motor VN-2 (20 watts at 2,550 rpm). The
piezo-electric,transducex is connected to 'an ampli-
fier composed of tubes 6Zh8, WS, 6P6S, 6Kh6S. SG4S
Card 1/2 and 5Ts4S. The amplifier has two output channels.

SOV11 15-59-8-10/33
A Device for Measuring the Noise of Ball Bearings
One of them is connected to a milliammeter or an os-
cillograph, while the other output channel is con-
nected to a loudspeaker. Using a voltage divider,
the amplification may be set to 100, 3009 10009 3000
and 10,000 times. At the'14th GI?Z",, such a device is
used for sorting ball bearings. About three seconds
are required for checking one ball bearing. There
are 1 diagram, 1 c4rcuit diagram and 1 table.
Card 2/2

S/115/61/000/002/004/006
B116/B203
AUTHOR: Ye.
TITLE: A method of measuring the eigenfrequencies of,bearing races
PERIODICALt Izmeriteltnaya tekhnika, no.' 2, 1961, 15-16
TEXT: When studying the causes of vibration and noise in ball bearings,
it was found that the ball-bearing races cause much of the noise. They
clay the part of a resonator (particularly the.outer races). The pitch of
the tone (which'may be called the natural tone of the bearing) is determined
by the eigenfrequency of the outer race. The natural tone pitch is
determined by the race thickness and diameter, and-does not depend on the
bearing speed. The author's method of measu~ring the eigenfrequency of
bearing races is based on the resonance phenomenon. The block diagrdm of
the apparatus is shown in the figure. The race 1 suspended from the.--
support 2 is excited by the electromagnetic vibrator 3. The latter is fed
from the sound generator 4 with alternating current. The piezoelectric
transmitter 5 takes up the vibrations of the race, and transmits an
electric signal to the amplifier.and, after rectification, to the indicator
Card 1/2

A method of measuring ...
S/115/61/000/002/004/006
B116/B203
6. The piezo-transmitter may also be connected with an 'electronic
oscilloscope. The eigenfrequency of the bearing race is measured in 'the
following manner: the race is suspended from the support and fixed together
with the electromagnetic vibrator, and the piezo'-traz~smitter is lowered
down to the race. The resonance frequency is determined by changing the
frequency of the exciting current and reading the indication on the pointer.
[Abstracter's notet-This.is nearly a full translation from the original3.
There is I figure.
Legend to the figuret 1) Race,
2) SU Port, 3) vibrator, 4) sound
. P
generator, 5) piezo-tranamitter,
6) indicator, 7) low-frequency
aMDlifier.
yrunumfos
VVCMOM vacm~x
Card 2/2

ANDRUSHEVICH, YU.M.; BOLOTOV, B.Ye.
Device for checking uniform motion of shafts in machine-tool
drives. Izm.tekh. no.9-23-24 S 162. (IAJRA 15:11)
(Electronic instruments)

BOLOTO-VY B.'-,'e.
Device for measuring the amp2ltude or V--'bratl--J~PS,
no.11:34 N 164.

ACC NRi
MENTOR:
AP7005606
SOURCE CODE: UR/01,13/67/000/002/00)15/oo46
Bolotov, E. S.; Telegin, G. A.
!.ORG - None
TITLE: A memory unit. Class 21, No. 190424
SOtMCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 45-46
TOPIC TAGS: computer memory, fer?ite core memory
STRACT: This Author's Certificate introduces a memoi*y unit which contains a matrix
f ferrite cores made from a material with rectangular hysteresis loop, address, di-
Ita place and output buses passing through these cores and a compensation bar. To
assure constant loading during recording, the digital place buses are threaded through
the cores of the compensation bar together with a reset bus, a compensation bus and a
common address bus. In this arrangement, the threading of the reset bus matches that
of the digital place buses while the threading of the compensation and common address
ibuses opposes that of the digital place buses.
1/2 um 681.142.OT

ACC NR: AP7005606
Ltrix of ferrite cores; 2--ferrite
3--address buses; 4--digital
buses; 5--output buses; 6-compei
)n bar; 7--reset-bus; 8--compenea-
bus; 9--common address bus
.on
CODE: 091 SUBM DATE; 15Dec65
2/2
M-digit code

GERASD'IENYO) G.I., dotsent; Frinimali uchastiye: KUBOTA, V.P.,
marksheyder; BrAfiTOV, G.D., marksheyder: rOR011-JIM, A.N.,
marksheyder
Comparative evaluation of mine surveying instruments used for
underground chambers anti covities. Izv.vys.ucheb.zav.; gor,
zhur. 6 no. 12:48--53 10. (MIRA 17:5)
1. Donetskiy ordena Trudovogo Krasnogo 2nameni politekhnichoskly
in.,jtltut.

USSR/Huixui ruid j'uAi-.,n-l ftsiology. Digestion. Salivary Glands. T-7
Abs Jour: Ref Zhur-Diol., No 12, 1958, 55695.
Author o
unina, T.F.
Inst Molotov Institute of Medicine.
Title The W~thods of Registering Salivary DischarGe in
Dogs.
Orig Pub: Tr- Molotovsk. med. in-ta, 1957, vyp. 26, 66-70-
Abstract: It has been proposed to introduce a device which is
constructed along the same basic principles as the
water transmission device. The apparatus is simple
and convenient to use. Its indicators do not depend
on the surrounding environment (teuperature and air
pressure), and they reflect exactly the volume of
Card 1/2

A
USSR/Hurian and Animal PhysioloLW. Digestion - Salivary Glands. T-7
0 Abs Jour: Ref Zhur-Diol., No 12, 1958, 55695-
the liquid entering the system, as well as charac-
terize the modus of its entrance (fast, slow, jerky).
Card : 2/2
91

VOIKOV, A.; BOIA)TOV, J.; TEGOROVA, Ye.; NMELETIM A.
Analysis of the merchandise turnover system in the public food
service. Obahchestv.pit. no.906-47 S 160. (MIRA 13:11)
1. Nachallnik planovo-finansovogo otdela Upravleniya obsbchestven-
nogo pitaniya g.Leningrada (for Volkov)* 2. Nachallnik planovogo
otdola tresta obahcheetyennogo pitaniya, Leningrad (for Bolotov).
3- Nachallnik planovago otdels tresta obahchestvennogo pitantya,
Leningrad (for Yegorovd). 4.3achallnik planovogo otdela, tresta.
obshchestvennW.:'~.Itaniya (for Mandelevich).
(R*64imte, lunchrooms, etc.-Finance)

pz~
6i,
Qf
i
1A.4 and A~
and,
F-alts withj
a'gle p-.tcd
"4 100d nd I" rerpe-ctive)y, vre.-v ;~--.ed
2
ta giva I lrW per kg M~w
With, eL
-ul suhhor a Zjru~-urmi
'With tunml~z 9
lii~iUd wm=tim vn i!)0 effwk 0-1 coolling rau
on kAtm-cryat&hia llqaaL~on, wMA u'u-j ovalmated by

BOLOTCV, I.N.; LITVINOV, N.I., aspirant; APENI'IKOV, S.A., aspirant;
LUXASHOV, A.I.; PROTASOV, N., aspirant; GOLMIANYUK, V.I.,
aspirant; GUBAYDULLIR, Kh.
Combine cultivation practices with the use of her'Vicides. Zemledelie
27 no.6:53-59 Je 165. (MIRA 18:9)
1. Luganskiy sellskokhozyaystvennyy institut (for Bolotov,
Litvincv). 2. Vsesoyuznyy nauchno-issledovatellskiy institut
kormov (for Apennikov). 3. Donskaya opytnaya stantsiya
Vsesovuznogo nauchno-issledovatellskogo instituta. rraglichnykh
i efiromaslichnykh kulltur (for Lukashov) 4. Belorusskaya sel'skokho-
zyaystvennaya akademiya (for Protasov). 5. Bashkirskiy nauchno-issle-
dovatellskiy institut sel'skogo khozyaystva (for Gubaydullin).

I BCLOTGV, J", C Agr Sci -- (diss) ' Study of the Performance of the
- 14- -a4l )i
FH ~ --- --- L) %I
Soodor OP&S*ft Avift Increased VolociAlkab~
Long 1~--58. 20 pp (Lan of Agr ASSR. Len Agr Inst). 100 copies.
U'll 10-589 120).
- 29 -

BO W IXV 1 N P,K.,- 1"HYLOV, A,,A,; XULNSKIY,
V. A, FHAYLIS: G. A. Prinirial uchas Uye LEBEDEV, Ya. A.
"InDDO!"VISOV, red.; BARANL)VA, L.G., tekhn. red., FRIDHM,
Z.-',,, tekhn. red,
r
L(-.'ver-all mechanization of flax Frowing]Kompleksnaia mekhaniza-
tsiia 11novadstva. [Pyj I.N.Iblotov i dr. Leningrsid, Sellkhz~--
izoats; 196-1~ 3 5 4 p - tMrRA 16:""
(Flax processing rwir-hinery)

, ~-l
.-,49

"=WUM
ana the nois a izapuriua in makint the :116jj~ae,~
L R Motav, Tw. A KvzM=or-txd A, 11. Timofeer (Zhur.

.7=
--IUr-- ME, JD55,.-23, (5), 8874M).-Pn. R-am-1,
a
implu
to SmtPUDn iile3 (SI or Fv)
at tbe bIDA~butmduics, US Sire3 a motbod of making
-
1the Ilock
Amcfare T-nibla-In vcimn~W Al.- the cry-stelle
d
sr6 himtea t%TiALjt~
msw then quen.-bta and pol6heed.
_
makes e"Y tha st4ar
eleetrolytical ThD~ main
=
=a retrat orbecains and otblc4-for=ticrn
fillgae~ : A Irrimionimp is denved
produmd by PD M& I
t
l
f b
I
U
d
h
h
r
h
s
e cqata
an
v
en
e v
t
t
e- n9 spota,
&p* o
ng
M
ana T. swaled thai kinelits of blo*-fDrMWDn
r!
ally B
; K.
,
,
in single Mvtalu of Al -jrMch had undergone thermal Zati on.
tA b*wJor'j Note Block-formatinn
V" the in 5

tkn" and
he M-a
MEnta
Uon ind wkich
InI
.
.
g
-
dt aently'm sep", O.B~ and L Ow..
R54, 24, 231
known hv thate three n MPMA h
A
T
.
.

WIMP,

PSROEN,

M~&bp Lob. 22
a ad A.
v6 hot ti the'ropwil"
diradPn r* added I'Merent'at'Ma moiten -teei.
~.ndztlrr~tho=jYly -- Ha'd this batcl vw POwTd iota W
ad,,st4r===-ka;vttretbt
it rijbWerscrDle;
=In. at other W was cooled in Lthe C
where the melt crymd. In W-M Hn. .- UW anneallnic, wt.'.
lavoutact with
ek, j4tjnj
X~ray Mon. Sesmiation of S amd P w"'M Wes Ill the.
Asnore pracbe &W. of the effict of
slow-coollas twduj
in the form of wos wbwi %w
I wu Msdr,with -W`U
mixed with Al (foe reduction) and ada2d to the molten steel
Small itriTbas (IbO j.)-werc beated to 15W'aZd
poured Into HP, (b1 mailn-l In the,
MCI, 010110-wv~ (a, p
--te (IWO*) with the heat3nx eltmett iurned *11, (C) w
in (b) but with the begins ekhtent gr&duL1JY mdumil. it
tn(c)it--6UMed3fiL5-2bn. Ve~amvleswerepblisbLd
to a mlrTv~ Ini9b, drkd Jar 20 brs. at IDO~Z% and Plamd LO
conuct with x-ray LIM) in U 3PCdPI PrM holding 12 S=*3
AU Mw wen expoWd 78 bm amd devth~xl in ideatkal
The content of Win the cUit. sxb and in the Space be-mirem
the Wts in -4). 1b), and (t) vrat JD.87, OM; 0.54, OM;
0.82, IM (exod. aor bpjOM 3.64%). lzampie3 of (c) iwOod
Jn quartz wnpub were bmted for diffuent IwSth3 01 time
(up to 24 brx.) at DOD and 12D06. The drvee ol 11-no-
at' thus ageeted inmased with the t1rot and the
temp., kilimung =at diffugon od W twurnd sht: crysim.
durIng klqw tMin.

J.
j37-1958-2-2492
Translation from: Referativnyy zhurnal, Met.allurgiy~,,, 19S8, Ni- ~. p 4 ~ (USSR)
AUTHORS: Golldshtcyn; M. 1~ , Bolotov, 1, Ye. , Sklyuyev. P. V_
TITLE: An Investigation of the Licluation Phenomena in a Steel Ingol
(Issledovaniye likvatsionnykh yavleniy v stal'norn slAkc)
PERIODICAL: V sb, : Primeneniye radioaktivn- izotopov v cliernoy
metallurgii~ Chelyabin!5k, Knigoizd;tt, 1957, pp 106-119
ABSTRACT: Based on a critical review of existing methods. of determining
quantitatively the extent, of dendritic liqu-.ition in a steel ingot. a
method is proposed which involves aute radiographing metallo-
graphic specimens with the aid of pliotogruphic plates, then making
a quantitative determination of the concentration of an element
from exposure density of the plates, The dendritic Equation of
C, S, and P wits studied on -mill 1-iboratory ingot,, and in the
case of S and P al~Fc on 7.4-ton industrial ingots of riledium-
carbon alloy Steel, In the tests involving C and S ordinary
metallographic specimens- were ii~.ed; in the tests relating to P.
laminae up to 0.05 mm thick were used, The laboratory melts
were poured into two ;ngots; one, weighing 16 kg.. was cast into
Card 1/3 a mold; the other cooled in a fu!nzi.ce crucible -with the current on,

1 37- 1958-2-249.._'
An Investigation of the Liquatictl Phencmena in a Steel ingot
In the case of the quickly cooled ingot; in the region of the acicu)ar
crystals, C became concentrated along the boundaries of the
crystals, but at the center of the ingot it became concentrated in
the interaxial spaces of the fine dendrites, the axes of which were
poor in C. In the Aowly cooled ingot the dendrites were larger,
and the concentration of C in their axe., was almost one hA]f less
than in the interaxial -spaces, In the quick-cooled ingot thv dendritic
Equation of P bore the same character a-, did that of C, but ;.n
the slow-cooled ingot it was pidcticdlly 'Identical throughout the
ingot. The S all concentrated in tile interaxial and interdendritic
spaces, and its distribution throughout. the ingot was similar to
that of P, but with more clearly defined boundaries. S, too, was
encountered in the form of sulfurous inclusions, wbich were
practically insoluble in the solid metal. In the 7.4-tcn ingot the
dendritic liquation of P was ob-iously more pronounced in the
bottom part than in the upper part., which accounts for the fact
that metal from tile bottom part of An ingot is oftentimes of
poorer quality, The S concentrated in tile interaxial and inter-
dendritic spaces in the form of nonmetallic inclusions, the
dimensions of which increased in prcportion to their proximity
Card 2/3 to the center of the ingot, i,.e., tc their iemoteness from its