SCIENTIFIC ABSTRACT BUGROV, N.I. - BUGROVA, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307320013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KDROV, Nol., inzh,
Automatic temperature regulator for the heating-network
water. Elek sta. 30 no.2:81-82 7 '59. (HnU 12-3)
(Heating angiteerbig)

-BUGROV, N.I., inzh.
Automatic control of the acid network in chemical water
purifidation. Energetik 9 no.9:19-21 S 161. OURA 14:9)
(Feed-water purification)

BUGROV, N.S. , inzh.; MY-SKIN, V.S., inzh.
1,-, 11.~;'~ I
Standards for computing technically baned time norns. Hlek.i
tepl.tiaga I no.6:29-30 Ja '59. (MM 12:9)
(tecemotives-Maintenance and repair)

..Special attention2was,given to-floy.rates and their dependance on the induction
coil parameters. The: test equipment is shown and, described in detail. The upward

L 21*162-66 EWT(m)/ZPF(n)-VZWP(t)'1.
lip(c) jD1WWjTQ
'd.ACC NR. AP6015170 SOURCE CODE: UR/03BZ765/OOiVO01/0113/0122
AUTHOR:. Branover, G.,,G Bd N. S.- Kirko, 1. 14.; Ikelausis, Oo A.;
Molochnikovi M6 V,
ORG: none
TITIE: Exporimerrts ona prossure-Aree loop for 31 uid pig iron
SOURCE: Magnitnaya g1drodinamika, nos 1, 1965,,=
TOPIC TAGS: pig iron, molten metal, magnetic field
A13STRACT: By means of experiments on a pressure-free loop for liquid pig iron, the
approximate dependence of the capacity of the electromagnetic trough on the currani
load arA the angle of rise have been determined, The required current loading has
also been found for the start of transit flow. It was shown that the flux in the
trough was steady. The loop consisted of a U-shaped channel connected to a bath of
liquid metale The metal moved along the loop under the action of a travelling mag-
netic fields Origs arte has: 5 figures and 10,formulas. fi-PRS7
SUB CODE% 13, 20 ~uw DATE: 24Sep64 ORIG REFt 005
I Card 1 UDCt 538.4: 669.3.63.1

L 11382-6 'Wr W ClrTR nn/jan
f- 4~4
A
'e A.6036506 souRcE CODE: UR/OOC)0/66/000/000/OC)76/0077
kUTHOR!, __~ Yrov
311G: none
rITLI-;: The effect of transverse acceleration on pancreatic secretion [Paper
presented at the Conference on Problems of Space Medicine held in Moscow from
24 to 27 may 19661
3OURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsii,
goscow, 1966, 76-77
MPIC TAGS- biologic acceleration effect, biologic metabolism, pancreas, animal
physiology, biologic secretion
kBSTRACT: This report presents further investigations conducted in I. M. Khazents-
laboratory, designed to determine the effect of extreme flight factors on GI
tract neurosecretion. Chronic experiments were conducted on i3ix dogs with
exposed pancreas tubes. A single exposure to transverse accelerations
(8 G ~or 3 min) caused substantial changes in pancreatic secretion. Two
types of reactions were noted on the day of exposure: inhibition and stimu-
lation of pancreatic secretion. Animals in the first group i3howed sharp,
Card

T
ACC NR, AT-6036566
,wavelike fluctuations in secretion with abrupt variations during periods of
secretory increase and decrease. The second group indicated the estab-
Jishment of a plateau which reflected increased secretion with an insignificant!~
amplitude of secretory increase and decrease periods. Analagous changes
in pancreatic enzyme formation were observed.
In all animals, the most dramatic changes in pancreatic secretion toolc
!place in the first four weeks after exposure. After 30-35 days, diminution
!occurred occasionally, resulting in the complete disappearance of most
changes, followed by normalization. Occasional1y, a new level of pancreatic
secretion was established. If instability of the majority of indices was
_qf future normalization,
typical of the first four weeks after exposure,_ a sign
was a decrease in fluctuation wnplitude. [W.k. No. 22; ATD Report 66-1.161
SUIB CODE: 06 / SUBM DATEs OOMay66
egk

13lY,'!AY'EV, 1. A.
Reclaration of surds in the Astrakhan area. Les, -5, No 0,

BUGROV., N.S.; KUPRIXAVOV) V.A.
Device for oxygen-powder piercing of steel-tapping holes.
Metallurg 7 no.6:23-2.4 Je 162. (MM 15:7)
1. Vsesoyuznyy nauehno-issledovatel'skiy i proyektno-kon3ta-uktorway
institut metaLUurgicheskogo mashinostroyeniya.
(Metallurgical furnaces-Equipment and supplies)
.(Gas welding and cutting)

BUGROV, Stepan. Vasillyevich,; ZIWAKHIN, Arkadiy Ilikiforovich,; POLTAKOV,
-Aliksandr Semenovich.; GODM, Te.D., red.; SHAKHOVA, L.I., red. izd-va,;
BACHURINA A.M.. takhn. red.
[Work practices of mechanized working circlea(KauWebin, Stepnoye.
Koltubanka). Opyt raboty mekbanizirovanaykh leakhozov(4myshinakogo.
Steonogo i Koltubanskogo). Hoskva.-Goslesbumizdst, 1957. 55 P.
(MIRA ll*-12)
(Foreets and f or8sti7--Equipment and sup'plies)

KURNAM, S.F.; MALITSEV, M.P.,, kand. sellkhoz. nauk; BUMOV,
S.V.J. otv. za vyp.; MIYAKUSHKO, V.P., rr--d.izd-va;
CRECHUSHCHENA, V.I., tekhn. red.
[Instructions for carrying-out reforestation operations in
the state forests of the European part of the 1-I.S.F.S.R.]
Ukazaniia po provedeniiu lesovosstanovitellnyl:L, rabot v go-
sudarstwnnom lesnom fonde Evropeiskoi chasti RSFSR. Odob-
reno Telthsovetom Glavleskhoza RSFSR 4 aprolia 1962 g. Yo-
skva, Goslesbunizdat, 1963. 188 p. (MIRA 16:12)
1. Russia (1917- R.S.F.S.R.) Glavnoye upravleniye lesnogo
khozyaystva i okhrany lesa.
(Reforestation)

L 121464-63 EWT(d)/FCC(,,i)/BDS*, AFFTC IJ%3C~/~3/060/004/003/004
S
AUTHOR: Bugrov,.Ya. (Blagoveshebensk)
~TITLE: _Polyharmonic functions in a semi-plane
PERIODICAL: Matematicheskiy sbornikj, novaya, seriya, v. 6o (102), no. 4-Y
1963, 486-498
TM: This work is devoted to the explanation jLf the differential
'Properties of polybarmonic functions in a semi-pilane Oj 2
A boundary problem is examined fortbe equation:
40 U (X.Y) 0
--natural number,-cW;-O at conditions:
dkU (1.2)
U (P. k(x)
Card 1/2
IN

L 12464-63 S/039/63/060/004/003/004
Polybarmonic functions in a semi-plane
(knOp 1....... e-1) where
d2 d2 Laplace operator.
--. ;- 4-
dx" dy-7
Dirichlet and polyharmonic problems are examined. The proposed theorems for
these problems are analyzed ana.demonstrated mathematically. The proposed
theorem for the Dirieblet problem supplements the authors results cited in
ref. 2: Izv. AN SSSR, ser. matem., v. 20 (1956), 469-484. There are 11
non-English language references.
SUBMITTED: December 22, 1961
Card 2/2

AID P - 2705
Subject USSR/Mining
Card 1/1 Pub. 78 - 2/27
Authors Bugrov, V. A. and Rozenbaum, L. A.
Title Methods of calculating the efficiency of labor in
oil refining
Periodical Neft. khoz. v. 33, #6, 5-7, Je 1955
Abstract The author criticizes the present Soviet method of
official calculation of the efficiency of labor in
the oil processing industry which takes into consi-
deration exclusively the value of the output divided
by man-hours.
Institution : None
Submitted : No date

STRIZHIONOVA. N.Y.
r, 9.0 o
_4
j Q A
Indexes of the utilization of basic means In gns fields. Gaz.prom.
no.12:4-6 D '56. (MA 10:1)
(Grin wells)

BUGROV, Valentin Alakeandrovich; ANMANOV, Vladimir Kikhayfovich;
KAKMW,' N.P., red.; ~ZAMWLLINA, G.Z., takhn.red.
(Ways of increasing labor productivity in oil refining]
Puti povysheniia proizvoditelinosti truda v neftoperarabotke.
Ufa. Bashkirskoe knizhnoe izd-vo. 1958. 108 p. (MIRA 12:711
(Petroleum industry-Labor productivity)

V
93-58-3-3/17
AUTHOR: Bugrov, V.A. and Vlaaov, N.Ye.
TITLE: How to Determine Labor Productivity in Oil Refineries
(Kak zhe ODredelyat, proizvoditellnost, truda v
neftepereribotke?)
PERIODICAL: Neftyanoye ldhozyaystvo, 1958, Nr 3, PP 8-11 (USSR)
ABSTRACT: I.F. Luzin (Ref 31 maintains that the price method
is the only suitable and correct method for the
determination of labor productivity in refineries.
The authors agree that the price method is simple
and that with it totals for the various branches of
indlustry as a whole may be obtained, but itneeds:!Dprove-
ment. The major shortcomings of the price method are
that it does not take into account the effect of past
labor input and of product selection on the labor-
U-Y 1e L, L.
productivit val, and that it si-Imulates the pro-
Card 1/3

93-58-3-3/17
How to Determine Labor Productivity in Oil Refineries.
duation of products of higgea purchase price. F-u-.-Itherm. ore, the
price method does not disclose the true rate nor the sou:?ce of
increase in labor productivity, and it excludes t"he possibility
of deteiniinizzig the state of labor productivity in individual
refineries. Some Shortcomings in the price method are reflected
in the data on the New Ufa (Novo-UfLimskiy) Refinery, whe:?e 1956
labor product-ivity kn ten-is of existing purchase prices ex-
ceeded 1955 labor productivity by 42.6 percent, and in terms of
all-Union average wholesale prices by 25.5 Percent. This increase
in labor -p luctivity was tiainly dje to improvements in refinery
,, roL
operation and partly, as shown in Table I., to greater output. of
hie.-. purchase pvice products. The author stlate that the intro-
ductlion of all-Union average wholesale prices for petroleum, gas,
and petroleum products on January 1, 19-57, have made it possible
to compare more or less correctly 'Che labor productivity of
individual refineries, but the price method must be improved
further. N.A. Galuzinskiy's method (Ref 21, which is widely
known 121 statiatics, is inaacurate when applied to petroleum
refining and ca-n be u6ed only for determining the rates of
increas= in labor px-oductivity. 70he authors suggest that labor
Card 2/3

93-58-3-3/17
How to Detemine Labor Productivity in Oil Refineries
productivity be determined either by the labor input into the
production of individual products or by the labor input into the
entire production of desired products and compared in each
case with the labor input into a product accepted as a standard.
Labor productivity should be determined by the number of workers
actually present and not by the number listed in the schedules.
Furthermore, labor productivity should be determined for the
average employee of the entire refinery, average industrial
worker, and average worker engaged in putting out the basic pro-
ducts. The authors conclude that an improvement in the method
of estimating labor productivity will undoubtedly raise the
level of productivity. There are three Soviet references and
one table.
AVAILABLE: Library of Congress
Card 3/3

-AUTHOR- R:grov, V.A. Sov/93-58-7--1/17
TITIE: The Evaluation of Economic Effects Resulting from Organizational
and Technical Improvements in Petroleum Production (Otsenka ekonomicheskoy
effektivnost-i. organizetsionno-t~--kimicteskikh meropriyatiy v dobyche neffti)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 7, PP. 1-3 (USSR)
ABSTRACT: The author sta:~Pes that the current method of evaluating the economic
effects resulting from organizational and teclmical improvements in the petrol-
eum industry is applicable only to improvements which reduce the cost of
production. The met-hod is inapplicable to improvements which increase -Det-
roleum output. since the cost of production in various petroleum production
administrations differs considerably. For example, the 1956 production cost
per ton of petroleum and gas at the Krasnokamsk consolidated oilfield was
26 times higher than that at the No. 2 oilfield of the Oktrabrlskneft' HPU.
The differences in cost are caused by many factors, such as the nature of the
formations, the development of the wells., and the method of exploitation. How-
ever. the production administrations bent. on carrying ou-t, their plan of cost
reduction, introduce only those improvements which promote cost- reduction and
disregard the other improvements. Such an attitude on the part of production
administrations hinders the introduction of effective measures from the stand-
point of the national economy. The author, therefore, proposes that all
Card 1/2

Sov/93-58-7-1/17
The Evaluation of Eccnomic Effects Resulting from Organizational (Cont.)
administrations be divided to-to two groups on the basis of production cost.
One group shall JuOude production adminis tj.~14 ions whose cost of production
is beln-w that. of tlie aw-rage production cost for the entire petroleum industry,
and the other group shall. includF_ admi-nis trations whose cosIC. of production is
above -,hat of the a-yerage for the entire industry. in the first group the
improvement measures will be effective both when the cost of the additionally
extracted petrolelam is below The commercial price and when it is above it, but
below -~he average cas-. for the entire industry. The additional petroleum
prodl.~ced by t'hesc adjumistra tions will increase the total production of pet-
roleum and red,)ce its cost. Th the second group, an improvement will be econom-
ically effective both from the standpoint of the petroleum administration and
the national economy when the cost of the additionally produced Petroleum is
lower than. the cost of the petroleum produced prior to the introduction of the
improvemeDt. The at~-,hor concludes that this new method of evaluating the
economic effects resulting from organizational and technical improvements
will speed up the solution of -the problem of increasiLg petrolelam productdon
to 350-400 million. tons per year in the nex-t- 15 years.
Card 2/2 1. Petroleum industry--USSF

BUGROV, V.A.
Determining the afficienc7 of hydraulic fracturing of strata. Azer.neft.
kboz. 37 no.12:47-48 D 158. (MTRA 12:3)
(Oil wells--Hydraulic fracturing)

BUGROV. V.A.; BUSIMAKIN, B.D.
Determination of the optimum extent of the complete repair of wells
for excluding bottom waters. Izv. vys. ucheb. Eav.; neft.' i gaz
3 no.11:113-117 160. (MIIRA 14,1)
1. Ufimakiy neftyanoy institut.
(Oil fields-Production methods)

BUGROV, V.A.; MALYSILLY, YU.M.
Determining %he economic effectiveness of hydraulic fracturing.
Neft. khoz. 38 no-93-18-21 S 160. (MIRA 13:9)'
(Bash1dris.-Oil wells-Hydraulic fracturing) -

BUGROV, V.A.
Determining the economic effectiveness of the introduction of
now technical measures in petroleum production. Neft. khoz. 38
no,11:53-56 N 160. (NIRA 14:4)
(Oil fields-Production methods)

S/03 62/028/010/006/009
BI 17YI1186
AUTHORS: Bugrov, V. A., Grigorovich, V. Ktj and Kobylkin, A. N.
TITLE: High-temperature vacuum chambers for compression and
tensile strength testing of materials
..PERIODICAL: Zavodskaya laboratoriya, v. 28, no.-IO, 1962, 1252-1253
TEXT: Two special test chambers are described which are used for testing
mechanical properties of high-melting materials (graphite, carbides,
nitrides, borides etc.) heated by a 220-v a-c current in vacuo or in an
inert gas up to 20000C. In the electrical scheme, step-down transformers
with a power of 20-40 kw, and autotransformers 'for temperature control
are employed. The temperature of the test.specimen is measured by an
optical pyrometer. The mechanical assembly of the chamber designed fbr
compression tests comprises the following parts: a cylindrical casing
.provided with a lapped removable cover and a quartz window on the right
side and a connection to the vacuum pump on the left side; two cylindrical
water-cooled steel rods, one of which is rigidly fastened to the chamber
while the second is capable of moving in vertical direction through a
Card 112

1 S/032/62/028/010/008/009
High-temperature vacuum chambers... B117/B186
bellow-sealed packing, intended to apply the load to the sample; a system
of metal shields to protect the chamber against heat. The chamber for
tensile strength tests isslightly modified inasmuch as the bellow-sealed
packing is mounted outside the chamber and only the ends of the steel rods,
provided with special sockets and dopper soats for fastaning the sample,
are left in the chamber. The compression strengths of graphite and carbon
graphite (cylindrical sample measuring 6-8 mm in diameter and 15-20 mm
long) were measured over a temperature range of 20-20000C in the first
chamber. The tensile strength of graphite under the same conditions was
measured in the second chamber. The dependence of strength on the
temperature for APB (ARV) type graphite and carbon graphite for electrodes
was plotted. There are 3 figures.
ASSOCIATION: Institut metallurgii im. A. A. Beykova (Institute of
Metallurgy imeni A. A. Baykov)
Card 2/2

BUGROV., V,A.; GRIGOROVICH., V.K.; KOBYLKIN, A.N.
High temperature vacuum chambers for testing materials for
tension and compression. Zav.lab. 28 no.10:1252-1253 162
(MIRA 15:10)
1. Institut metallurgii imeni A.A.Baykava.
-(Strength of materials)

- - . I
BUGROV Valentin Aleksandrovich; STRIZHENOVA, tina. Fedorovna; BRENTS,
retsenzent; GOFXJP, S.F., kand. ekon.
nauk, retsenzent; IATUKHINA, Ye.I., ved. red.; STAROSTINA,
L.D., tekhn. red.
[Economics, organization, and planning of petroleum production
enterprises)Ekonomika, organizataiia i planirovanie neftedoby-
vaiushchikh predpriiatii. Moskva, Gostoptekhizdat, 1962. 333 P.
(MIRA 16:4)
(Oil fields-Production methods)

ANDRIANOV, Vladimir Mikhaylovich; BUMROV, Valentin Aleksandrovich;
SULTANOVA, R,T,, red.; GOLICHENKO, S.I., tekhn, red.
[Production costs in petroleiun refining and how to reduce theml
Sebestoir.ostt produktsii v neftepererabotke i.puti ee snizhe-
niia. Ufa, Basbkirskoe knizhnoe jzd-vo, 1960. 156 p.
(141RA 17:3)

,P~PAPY,.V.A.
Role of the quality of oil in estimating the aconomic
effectiveness of nev methods and equipment in petroleum
production. Izv. vys. ucheb. zav.; neft' i gt,z 5 no.1:99-
104 162. (MRA 16:11)
1. Ufims1dy neftyanoy institut.

STASIV, N.Yu., BARMIOVSKIY, M.I.; GLAMAZDA, A,D.; 31-1110.0 , 1'.F~; B
DUGROV, V.A.; KHRA~IOV,A.A.,kand.ekon.nauk,otv.r.:d.; LORYMN,V.111.,
reT.-
(Development of the oil and gas industry of the Ukrainian
S.S.R. and the efficiency of capital investments] Razvitie
neftianoi i gazovoi promyshlennos4i U'3SR 1 effektivnostt
kapitalInykh vlozhenii. Kiev, NaWcovu 6ulAa) 1964. 210 p.
(MITIA 17: 8)
1. fikaden.iya nauk URSH, Kiev. lns4,ytut ukonomik%,

MGROV, Valentin Aleks-androvich, 11-and. olaw. nzailk-
~ -V ,
I 47ikol a 3, Yurlyevichl f7 t 'a ni ,-, I , , ~-, 17 . I ~ . (.'.' -,I~. , ~ ,~ , 1 ".
[Tilays to reduce the cosi, of peLroiciim ayi(.i gas, I-ru~iac-
tion] Shliaklq znyzbl-2i-ailv so'llivnin,-)stl ij-'tV
...- 1.
i razu. K-iv, Ot, 1:. '7.4,-
, . I 1 -1. 1 ,

BUGROV, V.A.; ROFF., A.I.
Potentials of the petroleum refineries of the Lvov Economic
Region for improving the use of productive capacities. Neft.
i gaz. prom. no.2-.59-61 Ap,Je 164. (MIRA 17:9)

NEYMANY S.M., atudent; BUGROV, V.F., student
Lignin is a diluent of alurx7. TSament 29 no.1:19-20 Ja-F 163.
(mm 164.1
1. Kazakhskiy tekhnologicheskiy institut.
N (Ligain) (Cement)

fill:
41
Is s

SAKSIV. V.P.; BUGROV, V.P.; ORIDV. IT.A.
Ontlatle complem of napmesin,-, 2:73-50
157. (111RA 1?:7)
(Oxslic acid) (I-h(plealum corpounes)

PUqRgY, V.P.; YEMELIYANOV, D.P.; KOPYLOV, Ye.P.; LAIZARYAN-iS, E.G.
Use of formulas with a low sulfur content in the vu2canization
of methylvinyl pyridine rubber. Knuch. i rez. 24 no.2:8-10 F
165. (MIRA 18:4)
1. Nauchno-issledovatellskiy Institut monomerov dlya sintetiche3kogo
0
kauchuka.

BUGROV, V.R.
USSF/Geophysics - Modeling of Seismic Waves May/Jun 52
"Modeling of Seismic Wqves-With the Aid of Ultrasmic Impulses," Yu. V. Riznichenko,
B. N. Ivakin, V. R. Bugrov) Geopkys Inst, Acid Sci USSR
1r1z A Nauk SSSR, Ser Geogiz" No 3, pp 58-69,%~.11_
Describes an impulse utrasonic device for'modeling of seismic waves in application
to problems of seismic prospecting and earthquake studies. Presents examples of
works with this devicei Modeling of Lamb's 2-dimensional problem concerning
propagation of waves in a solid elastic half space; modeling of 3-dimensional problem
concerhing progagation of head refracted wives connected with thin layers-, detn of
elastic properties of solid and friable minerals in small-size samples of arbitrary
shape (particularly measurement of velocities of progagation of long-tudinal waves)
Submitted 17 Dee 51.
22hT71

BUGRrV, V. R.
USSR/Geophysics- Soismor-rilphy
pk i~!373'2,
11 !.-'oc';elinE; of L~eimic Weves," Yu. V. R-imichenho, B. It. Iva-11-in, V. R. ajr:~ov, Geophys Inst,
Aced Sci USSR
"Iz Ak llauk Ser Geofiz" No 5, pp 1-301(14'~-
Discusses various method.- for stiidyinf7 seiinmic vave nhenomenv under labomtory con-c3itions.
Describes e)n)tl tests of the method based on amlication of elastle osc-!"Ilations of
ultraronic f~eqi.,ewr. This method allors one tWobtain in the lrb-)rp-tory seismocrams that
J.
are similar to those obtained o' ref2ected or broken zaves by mult-i-channel record-In.-
of eartbquales.
PA 193T33

q2,(111 ~011~
USSR/Geophysics- Se 4SMOSCop3
jan/Feb 53
Impulse Ultrasonic Seisr:ioscope," Yu. V. Riznichenko, B. 'N'. Iva-kin, and V. 11. Bugrov,
Geophys Inst, Acad Sci USSR
IIIZ Ak Nauk SSSR, Ser Geofiz 11 No 1, pp 26-32
Describe construction and application of subject instrument for modelin-. seismic waves
which are observed in seismic prospecting and in earthquake studies. State that the
instruitent is also used in detecting defects in buildin:,, materials an,3 in manufactured
metal parts.
PA 24--1T31

6, j,
20-4-1/6o
A Ul~ I i 0 R Bu~,-rov, Ya.S.
The Dirichlot Problem for the Circle (Zadacha Dirikhle dlya
k ru L-, a )
PERIODICIiL: Doklady Akademii Hauk SSSR, 1957, Vol. 115, Nr 4, pp. 639 - 642
(USSR)
ABOTR.'CT: The prosent paper inventigatos the differential prolvrties of
the polyharhionic functions in the circle as a function of the
differential properties of the limiting functions. The author
investigates the Dirichlet problem for the equation
U(Y , Q) = 0, (l - 1 , 2, 0 1 ; 0 ~ 9 < 2rI,_)
(k 0, 1, ..., 1 - 1), where signifies the Laplace opera-
tor. The theroem given in the following generalizes the corre-
sponding results by S.M. Nikollskiy (Matem. sborn., 1956,
Vol. 40 (82), Nr 3, P. 303 and Vol. 43 (85), Nr 1, and T. Ama-
nov (Doklady Akademii Nauk SSSR, 19 88, Nr 3, P. 369):
When the functions M~(J?J-
Y k (Q) 6 H p + (1-1) (k = 0,
1 - 1) have the period 2T U(Y,Q) E: H r+l/p+l-l (CII) holds

20-4-1/6o
The Dirichlet Problem for the Circle
for the polyharmonic function, where r> 0, 1, 1 and r is not quite integer). Then the author in-
vesti-ates the follorring harmonic polynominal of n-th order
in the circle of unit radius:
YL
9) k os kQ + b sin kG). 'The followin- ex-
n~y ' (akc k~
pre3sion be valid:
= ( ~ ~ P ( ~ , 0) P dy dg)'h-
11 PILp (R) Y
(R> 0(; n 11 p ~Jjk 11 Lp(O). Then the following lemma ap-
plies% The inequations
Lp'R) 1 is treated by the example 1 - 2. The solution of The
initially written boun 5ary-value problem when 1 = 2 has the
form U(Y , 9) = (1 U, 9) + Uo( 9). There are 3
Slavic references.
C,-rd 2/55

The Dirichlot Problem for the Circle
20-4-,1/6o
ASSOCIATIONt Mathematical Institute AN USSR imeni V.A. Steklov
(Matematicheskiy institut imeni V.A. Steklova Lkadem-ii n-auk
SSSR)
PRDSENTED% March 14, 10/57, by A.N. Kolmogorov, Academician
SUBMITTED: December 7, 1957
AVAILABLE: Li-br~,ry of Conaress
Card 3/3

1UTHORs BUGROV, Ya-S- 20-4-2/51
TITLEs On Imbedding Theorems (K teore- vlozheniya)
PERIODICAL% Doklady. Lkad.Hauk SSSR) 1957,Vol-116,Nr.4,PP-531-534 (USSR)
ABSTRACT: Lot R. - J-00 4,xi!6oo , i-1 ...,Ml and H(r) be the function
'I pn
class often considered by Nikollskiy [Ref.11
Theorem: Let f(xl,...,xm) 6L p(1,M), 1wm4n; 14pi6co. Then
a function of n variables f(x,,...,x n) can be.constractad.-having
the following properties: a) f6-H pn b) f(X1 ...,xM '0'...,0)
f has the form
f(xll ... I Xd f
RM(t)
X(t .,x ) T(t +X19--1t +
il***Itmlxm+ll** n 1 a
+XM)dt, ... dt MP
Card 1/2 where

On Imbedding Theorema
K(t 1P...'t M,x M+1,...'~.)
exp M
z (luki+')( i
f 2+1
%(U)
x 2 1/2 exp i M
i) I I
20-4-2/51
u t du NO
k kj 1-
Ths--second ..thser*m:~ &smarts that -f has arbitrarily higbL -deri-vatives
suzaable w1th. a. -cartaim.vaight.
Two.further theorema"gi-Te the modification of the two first
theorems for functions defined on the boundary of the domain
and.which-admi.t.a.-harsonio continuation.
ASSOCIATIONs Jkth~tlcal DwUt.uti is.-Tae- S~~, -icad. Se, ISSR (Matenaticheakiy,
.iwUtmt in* T.A.~ Stekleft WSWR)
FUSENTED BYA N, Kalmogotov,, Acadaideian.. 1pril 3.1,, 1957
SIIBMr= i - 3 -V,. 1957 -.
AVAnAMj Library of Congroler'
Card 2/2

BUGROV Ya S Cand Phys-lkllath Sci -- (dies) "Certain properties of
approximations of functions of multiple variables, Dolyharwonic func-
tions and theorems of sets." Moe, jIub House Acad Sci USSR
71 1958.
11 pp (Acad Sci USSR, Math Inst im, V. A. Steklov), 1~0 CODies. Biblio-
graphyt pp 10-11 (24 tities) (XL, 17-r,,8, 105)
-1-

BTGROV, Ta. S.
Approximating bv trigonometric polynomials of classes o1''
functions which are defined by polvharmonic operators. Usp.
mat.nauk 13 no.2:149-156 Mr-Ap 158. (MIRA 11:4)
(Operators (Mathematics))
(Trigonometrical functions)

AUTHOR: Bugrov, Ya. S. SOV/38-22-4-3/6
-TITLE: ]Vroperties of Polyharmonic Punctions (SVOYStVa DOligarmoniches-
kikh funktsiy)
PERIODICAL% Izvestiya, Akaaemii nauk SSSR,Seriya matematicheskaya.1958
Vol 22,Nr 4,PP 491-514 (USSR~
ABSTRACT: The author considers the boundary value problen
(1) A IU 0
k
A
ukl,=, (k = 0,1,..., 1-1)
where
2 0 < 1 , 0 < 9
+ 9 + 211
2 W-g ? 302
The main result is the following generalization of the results
of Nikol'skiy [Ref 7] and Amanov [Ref 11 :
Theorem: Let the tfk (9) be periodic with the period 2 V and
Card 1/2 Jk(G) G H(r+l-k-1) (k=O, .,1-1 , 1 0)
p

Properties of Polyharmonic Functions 3OV/38-22-4-3/6
For the solution of (1) then it holds
U(3,G) E H("'Vp
p
where is the unit circle.
In the case 1 = 1 the author considers the problems of
Dirichlet and Neumann for the Laplace equation in the unit
circle. (r) (r)
(For the classes Hp , Hp -xL see Nikollskiy [Ref 61).
There are 11 Soviet references.
PRESENTED: by M.A. Lavrentlyev, Academician
SUBMITTED: May 3, 1957
1. Mathematics 2. Harmonic functions
Card 2/2

.GROV, Ya.S.
Inequalitieg for harmonic polynomials. Izv. vys. ucheb. zav.:
mat. no.1:73 162. (MIW 15:1)
(Inequalities (Mathematics))
(Polynomials)

S/020/63/-,46/002/004/037
B172/B102
AUTHOR; Burrov, Ya. S.-
TITLE: Differential properties of the solutions of certain
differential equations of higher order
PERIODICAL: Akademiya nauk-SSSR. Doklady, v. 148, no. 21 1963,
259-261
TEXT: The author considers the equation
a2lu 'disu
V" s) u +(-1) -0:
a,21
with the boundary conditions
alu
L'o =V, (x) (i 1, 2. s 1) (2)
in the region R 0 ty >O; -oo< x < oo~; u(x,y) is assumed to be bounded
.2
Card

3/02C)/63/148/002/004/037
Differential properties of the B172/B102
0
in it 2 *The boundary conditions are assumed to be satisfied if
alu (X, Y) (P/ WPdx=O (I Oj - RI depending on differential properties of boundary functions.
2
A boundary problem is examined for the equation:
d U (X,Y) 0
--natural number,-0-DO at conditions:
dkU
CP k(x) (1.2)
dyk Y'a.0
Car&1/2

L 12464-63 S/039/63/060/004/()03/004
Polybarmonic functions in a semi-plane
(k-O,. 1....... e-1) 'where
d2 + d2. Laplace operator.
K2- dyr
Diricblet and polybarmonic problems are examined. The proposed theorems for
these problems are analyzed and demonstrated mathematically. The proposed
theorem for the Dirichlet problem supplements the authors results cited in
ref-. 2: Izv. AN SSSR, ser. matem., v-20 (1956), 469-484. There are 11
-,,poh-English. language references.
SUMMED: December 22, 1961
Card 2/2

BUGROV, U.S.
Continuation of functions. Dokl. AN SSSR 150 no.6:1191-1194 Je
163. (MIRA 16:8)
1. Predstavleno akademikom S.L.Sobolevym.
(Functions, contilluolls)

BUGROV, Ya,S. (Blagorvoshchonak)
Inequalities for harmonic polynomials. Izv. vys. ucheb. zava;
mat. no-5:12-23 163. (MIRA 16:11)

BUGROV, - Ya. S.,
Approximation of functions of several variables by trigonometric
polynomials. Trudy Nauch.obled.prep. fiz.--mat. fak.ped.inst.Dall.Vost.
1:28-49 162. (MIRA 17:3)
1. Blagoveshchenskiy pedagogicheakiy institut.

BUGROVI Ya.S. (1-foskva)
Differential properties of solutions to a certain class of high.-
order differential equations. Mat. sbor. 63 no.1:59-121 Ja 164.
(MIRA 17:3)

NWIROV, YEA.S.
Boundary proF~eerties of functions of class H defl,ned in
a region with corner points. Sib. :T,.ut. zhur. 5 no.,~::1007-1-106
S-0 16.1.

BUGROVY Ya.-S. (B.-'aEoveshchensk)
Approyimation of a class of ft,
,nc.. , ~ 01,1 ~
,I ~j, ",!, j
derivatives. yat. gl)or, 64 tio,3--,4'LO- '41.8 Jl 164, -- - ,
(Yllkk 17,~12')

BNI'GROV, . 9 ,
Tht.~u-n ;,,) Ll--f! rl~prelt~nttttif)ll cf a certair, c-lp-ts of Pnrtlons. DAL
ANT SE"'R -'-, f;) 1-10, 4 - 7-)3-3,300, Ag ~ 165. (MIRA 18:81N
1. B!a9ovash,-,,),en6kjy gosudarst-vennyy pedagoglches~iy institut im.
M.I.Kal-'rina. Subpllttt~--' January Y9, 1965,

BlIGROV., Ya.S.
Imbedding th(jorems for certain classev of function,-. Tmdy
Mat. hist. 77:45-64 165. (I-lipil 19:2)

BUGROV, Ya.S.
S.M.Nikollskii's imbedding theorems for H-classes. Sib. mat. z'-,,Ilr.
4 no.5:1012-1028 S-0 .163. (MIRA 16-12)

BUMV, YE. P.
The Theory of th2ayla ion-Erivine, 1940.

BUGIROVI
UM/lAgIn W"h* Feb 1948
ftgIn6i, Reciprocating
Magines, Aircraft
"Soviet Rea iprocating- Ebgines, Col Prof Ye. Bugrov.,
Ingr, Dr Tech Sci, 6 pp
"Vast Vozdush Flota" No 2 OW)
Historical account of develo*ent of recipr6cating
anginse in USSR. -Side glanoes on factors vhiob
helped to decide between-'air.:oooled-and water-cooled
engines. At present great strides are being made In
field of jet engines. However, it nuat be noted
chat reciprocating angines-vill remain very Impcr-
tant until jet. -comWa-
to reo prooatlag- engines. 6ft63
PA 69 T 63

I
FEWROVICHy H.M., prof.; C SHT-Al, N.N.p dots.p kand. ekon. nauk,- NELIDOV9
I.Ye.p dots.9 kand. tbkhn. nauk; KOZHINp L,P.p kand. ekon. naukj
RUMYANTSEVA* Z.P., dots.0 kand. ekon muk; BUGR Y P.p doktor
tekhn. nauk, profo; SKVORTSOVAq N.T.;-kand.-epnn. ~nauk; OROVICHO
M.Msp prof,# red.; PETRUSHKVp'I.M.9 red.; PONWAREVA, A.A.f tekbn.
red.
[Mathematical mqtt~ds in Production planning) Hatematicheskie metody
v planirovanii proizvodstva. Moqkvaj Isd-vo ekon. lit-ry, 1961.
150 P. (MIRA 14:8)
1. Moskovskiy inzhenerho-ekonomIche6kiy institut im. S.Ordzhonikidze
(for Fedorovich; Gbersyskayaq Nelidov, Kozb:Lnv Ruivyantsev, BUgrov,
Sk-wortsova)
(Economicep Mathematical)

BOBRAKOV9 Yuriy Ivanovich; BUGROY Yevgeniy Vladimirovich; YEPIFANOV,
M.P., red.; ROKAItb fA, NtI., Z-etchJn.' e6d-, --- --- -- - --
I
[Economy of the U.S.A. is in a labyrinth of contradictions]
Ekonomika SShA v labirinte protivorechii. Moskva, Izd-vo
In-ta mezhdunarodnykh otnoshenii, 1961 50 (MIRA 14:8)
(United States-Economic conditions5'

LYUBALIN, V.D.; BUGROV, Yu.N.
Simplifying the method for calculating the effect of relief in
milldgal. gravity surveying under the conditions of a Mesozoic
trough in Transbaikalia. Sbor.luch.rats.predl. pt.2:5-6 163.
(MIRA 17:5)
1. Chitinskoye geologicheskoys upravleniyv.

LERNER, P.11., dotsent; KANTSEROVA, V., studenl5ka Vl kursa; BUGROVA, A.,
-.stidentka VI kursa
Mat/arials on the study of the epidemic'-lgy of influenza outbroaka
in Samarkand in 1959 and 1962. Nauch. trudy SamMI 21:39-42 162.
(14IRA 17:5)
1. Iz kafowdry infektsionrVAh bolezney Samarkandskogo meditsinskogo
instituta-imeni. Pavlova.

NORM, A. A.
"Study of the Process of Flanginp Noncircular Orifices." Y-5n. Higher Education USSR,
Moscow Order o," Labor Red Banner Higher Technical 3chool imeni Bauman, Moscow, 1955.
(Dissertation for tli~, Ngree of Candidate of Technical SrIences)
SO: Knizhnaya La-topist, Yo. 22, 1955, pp 93-105

BUGROVA, A.A., inzhener.
Deformation in flanging noncircular openings.
38-47 '55.
(Metals--Cold working) (Flanges)
[Trudy] KVTU no.42:
(YJ.BA 9: 5)

BUGROVA, A.A., kandidat tokbnicbeekikh nauk.
- Determining the height of the flange and the layout for flanging
noncircular bole@. Vast. maeb. 36 no.9:49-51 S '56. (MLRA 9:10)
(Flange")

A
AI
122-4-11/29
AUTHOR: Bagrova, A.A., Candidate of Technical Soience's.
TITLE: The flanging factor of non-round holes (Koeffitsient
otbortovki nekruglykh otverstiy.)
PERIODICAL: "Vestnik Mashinostroeni-va" (Engineering Journal), 1957,
No.4, pp. 57 - 59 (U.S.S.R.)
ABSTRACT: The flanging coefficient is defined as the ratio of the
blanked hole radius to the flange radius. In non-round holes
the centres of the radii of the curvelinear sections of the
blanked hole do not coincide with the centres of the punch
~or finished hole) radii. In this case, the flanging coeffi-
cient is defined as unity minus the ratio of the developed
flange width to the flange radius. Experiments were carried
out on low carbon and stainless steels, brass and aluminium
to determine the permissible flanging coefficients for sheet
between 0.8 and 3 mm thickness in rectangular holes with
rounded corners and in elliptical holes. The flanging was
carried out in press tools by a.'!~unch with the cross-section
in the shape of the desired flange. Different coefficients
of flanging were obtained with different sizes of the hole
which was trepanned in the blank. A table mimarising the
1/2 tests -shows the limiting flanging coefficients, for different
shapes--of hole, thicknesses and specifications of material.

The flanging factor of non-round holes. (Cont.) ?&2-4-
, t
It is shown that the ratio of edge curvature to s et th'41-
ness almost entirely determines the limiting: flanging coeffic-
ient, whatever the shape of the hole. To judge the effect of
the state of the metal, similar tests were carried out on
initally punched holes. In-0.08% carbon steel of 2.4? mm
thickness, the cold-worked layer at a hole edge, determined by
the re-crystallisation method, was 0.2 mm in trepanning and
0.9 mm. in punching. The limiting flanging coefficient of
2/2 punched holes is about 1.6 times greater than for milled holes.
There are 2 figures, inclufflng 1 graph and 1 table , and 3
Slavic references.
AVAIIABLE:

137-58-6-12239
Translation from~ ReferativnVy zhurnal, Metallurgiya, 1958, Nr 6, p 152 (USSR)
AUTHOR: Bugrova, A.A.
TITLE: Analysis of Factors Affecting the Height of the Flange in
Flanging Non-circular Holes (Analiz faktorov, vIiyayushchikh
na Vysotu borta pri otbortovke nckrugliykh otversti)-)
PERIODICAL: V sb.: Mashiny i tekhnol. obrabotki metallov davleniyem.
(MVTU, 79'1. Moscow, Mashgiz, 1957, pp 62-74
ABSTRACT: Equations are adduced for analysis of blanks, and experi-
mental verifications thereof are presented. The height of the
flange increases with increase in rd/so and decline in r P/so*
The relative unevenness of the flange declines with decline in
rd/so and rp/so, and with chang'6"'in hole shape. Here r p is
the radius of curvature of the punch edge, rd is the radius of.
curvature of the die edge, and s0 is the thickness of the metal.
A. M.
1. Metals--Processing 2. Machine tools--Applications 3. Malhematics
--Appl.icat-'Lons 4. Tool.s--Design
Card 1/1

SOV/123-60-1-1151
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1960, No 1,
p 149 (USSR)
AUTHORS-, Bugrova, A.A., Rozhdestvenskiy, Yu.L.
TMZ: Investigatirgr, the Process of Inverse Extrusion Applicable for
the Manufacture of Antifriction Bearing Races
PEKODICAL-. Tekhnol. Podshipnikostroyeniya, 1958, No 17, pp 27 - 33
ABMRACT. The authors give an account of the main results of experimental
investigations of the inverse extrusion process applicable for
the manufacture of bearing races. The stress conditions of
deformation were investigated depending on the mechanical
characteristics of the metals, friction conditions, geometric
tool parameters, and degree of deformation of the blank.
Simultaneously the authors invest igate the nature of metal flow
and the distribution of deformations, depending on the enumerated
Card. 1/2 factors, The extrusion process was carried out in a die on aV4

SOV/123-60-1-1151
Investigating the Process of Inverse Extrusion Applicable for the Manufacture
of Antifriction Bearing Races
200-t capacity crank press, the stress was recorded by the NPO-24oscillograph
with the aid of a spherical dynamometer. The analyzed materials were,-, lead,
the steel grades 10 and 18MGT, and D-l.T-4 grade Duralumin.
IS -%q IV'
Ye.A.I.
Card 2/2

SOV/12.2-59-2-16/~4
AUTHORS: Bugroya A.A. I Candidate of . Tec'haical Sciences and
-R-570fte-i-v;-3~-s-Z , Yu.L., Candidate of Technical Sciences
2-7
TITIZ: Drawing and Wall Thinning Seam Welded Cylin(irical Blank
(Vytyag,'hk.q s utoneniyem iz trubosvarnykh zago'vovok)
PERIODICAL:Vestnik Yiashinostro-yeniya, 1959, Nr 2, pp 4?-50 (USSR)
ABSTRACT: The general scheme for production of accurate thin-
walled cylindrical components, such as tracks for needle
roller bearings, with high surface finish is depicted in
Fig 5. Electrically welded tube is cut to length to
provide the blanks. The blank outside diameter is
reduced in an external sizing and drawing operation.
This is followed by internal sizing (and removal of the
weld bead) with further drawing. The end of the blank
is then upset in two stages to form a cup. The cup may
then be drawn and its wall thinned in tools of the type
depicted in Fig 1. Dimensions of the cup before and
after drawing and wall thinning are iven in Fig 1.
The tool must incorporate a bolster band ejection pin)
to hold the upset forming the bottom of the cup during
Card 1/2 the draw. The necessary clamping forces (and aimensions

SOV/122-59-2-16/,74
Drawing and Wall Thinning Seam Welded Cylindrical Blanks
for the upset) are obtained from formula given; the
notation of the formula being indicated in Fig 2 and 3.
The "coefficient of use" of the metal in the finished
part to the metal in the tubular blank is about 0.7 as
compared with a coefficient of about 0.4 when the same
part is drawn from a flat blank. The cost of the
tubular blank is similar to that of the flat blank where
high grade steel strip is used for the latter, as is
necessary when a high grade (class 9) surface is required
for roller bearing tracks, etc. For lower class
surfaces, the electrically seam welded tubular blank
may cost UP to 30% more than the corresponding flat
blank, weight for weight; the much greater coefficient
of use of metal with the tubular blank, however,, makes
use of the latter more economical than the flat blank.
The labour cost involved in the operations of converting
the tubular blank is slightly less than working with a
flat blank. There are 5 figures.
Card 2/2

sAB2/62/000/008/001/003
D040/1)113
AUAIO.t~;: Bugrova, A.A., and Pushkarev, V.P.
'21 ?L.~: Semihot press for.-ing, of stainless steels
211UODICAL: Kuzncchno-shtampovochnoye proizvodstvo~ no. 8, 1962, 15-17
L~:-.': ;~xpQri_iicntal investigations oil the possibilities of sciAhot. press
.Lor_-,in_., X 184 9T (4111SX9T) stainless steel bushing.; icith high dogrecs of
defontiation wrc described. The developed techniques pennitted bushinas to be
for-ed in 1 stroke with 7-8 class finish. Blanks 10 imi in diam. and 10 mi
h-L,I-. were forged in all exporimental die on a 40 t pre.,;s producing 90 strokes/min.
"'Ile proper 1--eatii-, tcr-~pcrazurc was 700-7500C and the best lubricant proved to
b~_ a zilixture of 3 parts graphite and 1 part chalk iilixed in water. ~ solid
coatill.-T on the blail],s vus obtained by timibling them with leather soaked in the
lubriczmt with subsequent heating. The die set was additionally lubricated
with oil.. For-inm with 70:" reduction required only 120-125 Ic.-Am pressure
simificant in view of the wear of the dies. Serlihot for- - of bushings and
.in.
rollers of 40XP. (40KEN) and 1145tt steels for articulated chains is also bein.-
Card 1/2

3/182/62/000/008/001/003
Sc;aihot press forging of stainless steels D040./D113
devaloped, no subscq~,ient iiiiachining being required. The 1GY" is already using
the dez;cribed process for mJa~hig roller bearin-- races Of wx 15(sluaa5)
s-ceel. There are 6 figures.
Caxd 2/2

SOV/137-59-1-37
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 5 (USSR)
AUTHORS: Glinkov, M.A., Krivandin, V.A., Bugrova, B. j%.
TITLE: Directed Flame Radiation With Uneven Temperature Distribution
(Napravlennaya radiatsiya plameni ?ri neravnornernom raspredelenii
temperatur)
PERIODICAL: Nauchn. dokl. vyssh. shkoly. Metallurgiya, 1958, Nr 1, pp 80-86
ABSTRACT: The investigation was carried out on a stand consisting of a shielded
combustion chamber with three burners (of the concentric-tube ty?e)
forming three parallel, vertical flame jets set so close together that
they may be considered as layers of a single flame shect. The tem-
perature of each layer of the flame was measured by a bare Pt -
Pt/Rh thermocouple and the total radiation along the length of the
flame was measured by a diaphragmed differential thermopile (Cu-
constantan). City gas with a heat value of 6300 - 6600 kcal/rn3 was
burned. Data are adduced on the effect of the distribution of tern-
peratures, thermal load, excess-air coefficient, enrichment of air
with 02, and carburation with pulverized coal throughout the thick-
Card I /Z ness of the flame on its radiation. Changes in the layer closest to

Directed Flame Radiation With Uneven Temperature Distribution
SOV/137-59- 1-37
the measuring device have a predominant effect on the radiation of the flat-tic jet.
G. G.
Card Z/2

BlIGROVA, E.M.; SAPrRSDN, E.I,
Stratigrqphic analogues of the Keresta horizon in the Focene
of Turlmenla. Trudy Len. ob-va est. 74 no. lt22-23 163.
(141RA 17; 9)

KOVBUZ, N.A., KUCMM, R.V., BUGROVA. E.K.
Chromatographic determination of Isopropylbenzene during
the process of Its oxidation, Zav.1ab. 26 no.7:816-817
160. (KMA 13:7)
1. I'vovskiv goondaretvennvy universitat im. Franko.
(Benzene) (Chromatographic analysis)

BUGIROVA, E.M.
Complexes of Foraminifera of the Bukhara and Suzak becs in Badkhyz.
Trudy VSEGEI 46:274-279 '61. (MIRA 14:11)
(Turkmenistan--Foraminifers, Fossil)

KUCHER, R.V.; KOVBUZ, M.A.; BUGROVA E.M.- VASILIKEVICH, I.M.
-r-
Liquid phase oxidation of isopropylbenzene at high pressure. 2.h=.
priklokhime 35 no.1:170-176 Ja 162. (mm 15:1)
1. Llvovskiy gosudarstvennyy universitet imeni I.Franko.
(Cumene) (oxidation)

I ~ J., f 1-1 : ~ - ( I t , - - . ,,, ~. y i . - . .
. I - -1. 1% , ". j . ; EUGRC
anv-logac!-~ -.n t!.rt ......
S 1 1, . I --?.t,.n I i *---,e
Eocene of Turkmen-', Oa-n. V: *-,(;'.,.-I ' T`3 .
I ~ 11
I , 1 E- , " -, . 1, ~

TRAVX1, BUGRt-Vw, E%V,
Crt-iac-eciuz~ and Paleogenir, of Ole 2i
, t-,) -i a ta of a iF tv ; - of -,--a ' c.- a- fron. we" ~: ~': 1 i,. nd
ar~ on; ! rg I - ., I -
~Jl i - :;., r I.,
' 5. Trl--iY V ' 1- G -l; I -' ~'9, '3- ` - i 2 ''6 3.
I 1 1- 1 . ! ;

BUGRCVA, ZAKIIAWNA, I-I.G.; I.E.T.; TKl~'~C'-,*.UK, L,.*..,.
Upper flalleocene anji Lo,.jo, ;%,)ccjjt) corjL~jejI:-. c),L* in
-11,
. i.,rkmon, stun. lTudyV.','LC;!,A '63-

BUGROVA Y R.M.; KAKHANOVA, L.P.; KONDITEROV, V.D. ; -010371KOVA I !;, V. I- li~.,
Conditions governing the sediment.ation In BadRbyz In the Paleigerie.
Trudy VSFGEI 109.238-263 '631, Wjl,:.~ 1,/~ 7)

.. DI)GROVI, 7 E. M. ; SAPIISON, E'. 1.
Basic characteristics of the distribution of the Fccene
complexes in Turkmenia. Trudy IrSEGEI 102:2250-27-1 16-4.
( I,,, TP.A 18: ')
IC

628U
A006) Ax I
J.:.: 0
rr-latl= frzat Ft~f-ratl-yy tht-al, 1960. No. 8, P.
A---tcV.3. V. _ P-b.-, N.J., Ep.h,~., V, .. IA-
E.G., t,, D.B., b,r- f) A "-V,. H V
T:-Zl Vinyl. .3 -d Wtl..k. U..
M'CD'C&Ls Yarosl-sk. prom.st' (So~arkhaz Y.mal-k, sw=. sim. r-na),
1958. No. 5, pp. 22-21j
vra of WL441e- wd 2-thyl.5-vinyl pyrldlre (VPX? kero
Copolr
.h L-d t 50 5 C -d stwid. lk-w-l to
~1-1 het I.. of M-1-I.-d mtb---I. C-ld-bly u'-t ~f
.4 1,- ~blr. ~.). lWlber.
1- h - high q-11ty
%I- of -rd. ..--.h VP% let ... au;:% high adh-itn strar4th of vlaeoso md
R-
ca,p- to I w:th -teiral, SO m,.d SXS mt;tmra. Coapavol to fit-1-4 SM
s;-Cnition, VPX trpvZn%tSon _cr-is the adn*s%tn strength of mtt-
C~-4 1/2
~-l by a rector of 1.5.2 -4-.&t4tto conditions 14~1 mch =d*r dyn=!:
-.dlt--=3. VFX. a 5*C -ccoda the q~lllty of m3lotus P.:ymerm
.bt,el-d t 53GC. O.T.
T-lato-'s no"s -i1. Is the full tmnslation or the oriZInal Ruz3lm
.b.tr..t.
I4

TSAYLINGOLID, V.L.; FARISROV. M.I.; bUGROVA, G.A.
11. --
Copolymerization of 1,3-butadiens and 2-methyl-5-vinylpyridins.
Part 1: Gopolymerization constants and composition of copolrmers.
VFsokom. soed. 1 no.3:415-419 Mr '5Q. (NI.RA 12:10)
I.Takhnologichookiy institut, Yaroslavl'.
(Polymerization) (Butadiene) Ryridine)

ALP,L~U'.!;' 2=711a,01"i. V.L.' Farb.lov, '~I.l F-ht'yr- V.1'.
U~Lna, A.Y., Pey.:Aer. A.B., .11OL7ari~' j-, .1-6=vU
C a
cvA.v Bdain, V. Ye. ai Wizurnic, I.L.
TITI-1: preparation of' Lotaxas CLL-~-~' Ly L"e Gopoly~erisatjcn
of Butadlese and 2-LetLyl-1;-Vizyl~yrid ins, and 1belrUsa
for Impreanatim: Tyre Cordc Poluthenlye lst~k5ov
sQpO1iiWAzUtsi)~Y')utdd'-7-" 2-metil-5-vLailpiridinoci
tprimenemiye xzn dlya prop' tki GhImmogo korda)
P~;RIODICA.Ls Kauchuk I rozinsi. 1959. Ur 3, pp 6 - 9 (11--H)
ABSTRAC`rs'ZkW addition of copolymers of buladiene and 2-:sethyl-5-
y1mylpyridlao, arki alao of trLpol7z~urs conriwtinr ~f
but"iene-stvrunet and 2-mothy.L-5-v-ln 1 yridi--e, increases
the bond xtx;ng-h between 'he rubber ~~ the cord by 80
to 100% (Rof 5 - 6). 'M-A zopolymerinatior of butadiame
and 2-methyl-51-vlaylpyridino was investigated and the
obtained latexes were evaluated me 1=prv?a-.iUg aLents.
"he two compounds were copolymerized at and 50'C. In
both tests salts of synthetic fatty acids were uVed an
emulsifiers ard "lAukAnol" was added an stabilAzer.
Potaosium porsul Date Xua u&jLL as polymerization
Card lk. and 0.01 to Mtg Weight/volu--e of Trilom B whent the
process was carried cat at 10 C (isopropylbenzeni t-~ydrc-
Peroxide was used when the copollyz6rl~utlor ;rccoeded at
C). Fuzlhexv~-"' 0.001?', asthyl -p-a=1mophenz.1-was addAd
,:apolyz.~r.lsatlca lnhibttor. liesults In Table I indicate
t the add-ition of the in!,!b3.tor does not affect ttj
rate of cc;ojyz*rjrm-.jom. 'he ]m2stion *&a allmej to
pro:o*d (at both process temperatures) until a 75 to 80%
conversion was reached after a to 12 houls;pIra, 1),
The Unreacted monozera ware separated from the latex by
vacuum distillatioa and Z, of Neocene D aJded to the
mPaled latex. '~tQ Off"t Of the addition Of DiPL'UXid
.th:)b
-va disulph--de) on tL. harda4as of
,,he ,
lot. iop.,7. r was tested Uik;~ro 2). Both t-yrou "r the
x tc., good mechanical pro;~rtlsz. The latex was
Cord 2/4 further Used for impressatitg viscose and pol,7amide cords
In conjunction with ru~Gj~;"ba~vsd on natural, butadiene
(M) and with butedidne-stymme (SF_I30AII) rubters.
The uantity of 2-rA thyl-5-vInylpy rid ins contained In
tbA latex effects the bond strength betwe.z the viscose
cord and the rubbers (Pigare 3). Optimum strength Of
the bond Is achieved when renorcinol formaldehyde resins
am added to the copoly=&r ( Pieure 4). Impravod physical
and mochsjoical properties of the mdheBive films result
,bon 10% by weight of Z-mGttql-5-vinYlPYrIdLme mrv added
(Table 2). The effect of various quantities of redorcin-
.1-formame1hyde rerinm on the strength of bonding between
the cord ani the rubber was Investigated (Fi6urss 5a. 6
Lod 0). Changes in the pla ticity of the polym,-r effect
the pb4sicml and mechanical properties of the adhesi v*
the cord and the rubbers.
ft'. and the hooding betwee:
Results of relevant experiments are shown in Fitur" G
The CyLical. and mechanical properties of the aEesive
areproved and the strenUth of bonding in increased
Card who Is lowering the polymerisation tempeinture (Table 3).
Table 4 gives the data on the Atranbth or bondinf; of
the Viscose cord with v~riouz tyre rubtirs . Ache r~:Nongth
of bonding was partlcul2rly satisfactory when n2tural
rubber was used and when the latexes "" poly~rlxvd
at 50C.
There am 7 figures. 4 tables and 10 rWarvneed of
8 are English and 2 Soviet.
A13~0WWrILM: I1ajchsc-izslodova-.oltski4y institut moncceror dlya SKI
imatitut. shinuoy prc=ywL1eunQtt-.t
Vaezcyu=yy rsuzL=-i20loIQvet0l*%k1Y ii.otitlat
,hukft;TaraDlaVVk1y a"noyj- avcl Rv6vu. n
sakcic Itau.
,n at u-e for I~ocomera for t1.# use In Z~ynth-ltl
,is
Zsoax,qjl_lqmti~~ qj__jyLv 7
w4irah iz~.it-l.utv for *'7Utb,9t1 yaroala"11 ".Y1.

K016HUIN,01.7, S. P. ; L. ! . , 5JG7(!V'A , G.,: . ,:';'I" , i .I.
Farylpl'kyncs. Tart 6.- Rea.,~tlori of ' rylaretylenic- k;-,t ,~Cq -w-'th
1 1.1 , I L
Mal Onj, 1 0
% este.-r. nur. org. I.-him. Ino. 12-,221,'-2214 r, 115
(!." '. ?-!~ 2 C) z -I )
1. InstiLut neftp-l uglekblmi~~heokogo si,nteza p-,l Irblitsh-on
gcsudarstrminar univerrill-eta. Ncembcr 29., 10164.

BUGROY.k
Change in carotene content in carrot's auring blanching and dryirr,.
Kcnu.i cv.pron, 12 no.5:19-10 0 U. 10:,q)
I.Vsesoy-uzn7v nwachno-issledow-tel'ckdy institut I-onser-moy i
ovoshchetushillnoy promyshlnnnosti.
(Carrotf;) (;.,~retene)