SCIENTIFIC ABSTRACT BOGOMOLOV, L.A. - BOGOMOLOV, S.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205920017-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Interpretation of Tundra Flora by Indoor Work SOT/6-58-10-13/17
examination is provided by the legend of the goobotanioal
map of the USSR and the topographical map I t 100 000. Apart
from this the geographic descriptions of regions and climatic
handbooks are to be used. Particular attention is to be
paid to the variation of fstuna'with relief of the terrain.
This includes elevation, gradient, shape and orientation of
slopes and microrelief. These interrelations are more
closely studied and pertaining tables are given. There are
4 tables and I reference, .which is Soviet.
Card 2/2

BOGO - kand.geograf.nauk. dotsent
Principal problems In topographic Interpretation of aerial pboto-
graphs of a tundra landscape. Trudy KIIGAIK no,32:99-106 158,
91RA 12:7)
1. Kafedie, figicheakoy geografit Roskovskogo instituta inzhenerov
goodezil, sarofotoe"yeuki I kartografit.
(Aerial pbotograamstz7) (Tundraa)

BOGONOWTo L.A.
Postsm-vor Interpretation of the surface cover of tun4rass TOP.
geog. no.42:44-60 158. (MM ll:n)
(NsP&, Topogra*io) (Tundras)

BOGONDLOV, L.A.
Interpreting aerial photograpbs in mapping inaccessible areas.
Trudy lob.oaromet, 7:166-171 '59- (MIRA l3tl)
lo Haucbno-ionledovatel'okly institut, voyouno-topograficbesl;oy
oluxbby 3ovetokoy ormli,
(Photographia,interprotation)

-,-BOGOMDW-V L.A. dote., -kanclg6ogr.nauk
Topographical interpretation of aerial photographs from the
airplane and helicopter in mapping inaccessible arena. Trud7
NIIGAIK no.36:47-54 '59. (MIRA 13:10
1. Kafedra fisichaskoy geografii Moskovskogo instituta
inzhenerov geodesit, aerofotoa"yemki i kartografii.
(Photographic interpretation)

BOWMOLOV, L.A., kand.pografichaskikh nauk,, doteent
Some regular patterns of the representation of natural landscapes
on aerial photographs as exemplified by the tundra. Trudy
MIIGAIK no.4243-62 160. (MIRA 14:9)
1. Kafedra fizichookoy gecaratit Haskovskogo instituta inshenerCT
geodeziip aerofotop"yemId i kartografii.
(Photographic interpretation)

PICTROVSKIY& Vladimir Vladizirovich; PMMM)GY, H.S., prof., retseuxent-,
BOGOKOLOT L doteent, retsenzentl ULLIIR- Sju., doktor geograf.
na F7-=tsen~zent; BLAGOVOLIN, N.S., nihohnn sotrudnik, retsousent;
BWDANOTA, N.)6, nauchV7 sotrudniko reteensent; DOSKAM, AGs
nauchuy7 sotrudnik, retsensent; ZMAGO, A.1%. nauchuyy sotrudnik,
retsenzent; RANTSMAN, T9.1h., TIaUOhUyy 190trUdUik, retsenzent; NIKOLATIff,
N.I., prof,, reteenzent; DCBROVOLISKIT, T.V., dotsent, reteausent;
VOSIRNSINSKrT, S.S., red.; SHAXAROTA,- T.A., red,tzd-va*, PRITS, I.Ms
tekhn.red.
[Geomorphology and fundamentals of geology] Geomorfqlogita a ognovami
goologii, Riga. lzd-vo goodez.lit-r7, 1961, 283 P,
(MM 14t12)
1.3kchallulk.otdola eomorfologii Instituta geagrafti AT SSSR (f, or Goller).
20 Mel geomorfologfi Instituta)f8ografli A -W(for Blagovolin, Bagda-
novZ,'Donkaeb, Zhi-rago, Rantsman
(Gsovorphoiog7) (Geology)

BOGOMDLOV, L.A.., kaiidegeograficheakikh nauk
Optimm time of performing aerial photographic surveying for topo-
graphical purposes depending on the state of the soil and the
vegetation. Izvovyesucheb,zav.; geod.i aerof. no,6:77-84 161.
(MMA 15;3)
1. Mookovskly institut, inzhenerov geodezii., aerofotos"yemki i
kartografii,
(Photographic interpreWion)

U-- V49h KIN, Ya.Te.f red.; SEWROVA, T.A.p
loll QW11 j ZLAT
riTJ-z-dz aj V.V.,-tokhn. red.
(Topogr&hical id ntirication of the natural landscape on
aerial Pbotograp:] Topograficheskoe deshifrirovarLie pri-
rodnogo landshafta na aerasnimkakh. Moskva, Gosgeoltekhiz-
dat, 1963. 196 p, (MIRA 16:8)
(Photographic
interpretation)

BOGOMOLOV, LA., kand,, g"graf6 nauk, dotsent
-
Topographic identification of aerial photographs from correlated
features. Trudy MIIGAIK no.50.-7-1.4 362o (?ORA 16:7)
1. K&fedr& fisiche-skoy geografil. Moskoyekago imstituta
Inihenerov geodezii., aerofotos"yemki i ~artografii.
(Photographic interprotatiah)

DOLGOKER, Yu.P.; U7SIS, L.M.; BEDA, N.I.; j~~T~Dvf.-L.A.; DEMIDOVICH,
Ye.A.; PINDYURIN, N.I.
Adopting economically shaped light weight rolled produetf
in U.S.S.R. plants, Met, i gornorud, prom. no.1:66-70
Ja-F 164. (MIRA 17z1O)

7 SOURCE CODE: UR/0154/65/000/006/0093/0100
ACC NRo AP60227 2 (A)
~AUTHOR: Dogomolov, L. As (Dcx:snt; Candidate of geographical sciences)
ORG: Moscow Institute of Engineers of Geodesy, Aerial Phcrto&raphy and Cartography
(Moskovskiy institut inzhenerov geodezLi, aerofotos"yemki I kartografLi)
l
6 Problems of interpretation of aerial photographs
CE: IVUZ. Geodeziya I aerefotoallyemka, noq2 60 1965g 93-100
C TAGS.- aerial photography, photo interpretation
TRACT: Photo interpretation Is described as a science and not a tool of the tradel
ce it involves knowledge of both theory and techniques It lies between geography
tngineeringt as a part of geography, it deals with landscapes; as a part of engi-
ring, it evaluates the properties of photographs. Relationships betveen the photo-
phed objects and their photographs should be fully understood when attempting in-
pretations. For purposes of correlation, the features seen on aerial photos may be
,uped Into: 1) directly interpretable, 2) indirectly interpretable, 3) complex. rea-
es of the first group say be interpreted ambiguously. For example, in the forested
ppes of western Siberia, different densities of tone may be due to differences in
relief or In soils* On 8&-halln Island, different densities of tooe am due to
'forenoon In the height and spread of tress growing In forests. In VBneral, the
UDCt 528. 77

ACC NRs AP6022722
irst group consists of indicators of color density, its texture (i. a., the structure
,f density) and the stereo effitet.. ReBults of density corz lation are not always good
f black and white, the aerial photos should be printed in gray tones. The stereo
ffect lends to the evaluation of height. The second group consists of indicators
hich yield some quantitative results, if rendered in percentages or acme arbiltrary
nits. rw example, changes In the foliation or humidity may be thus estimated. Dif-
Iculties arise from the registering capacity of the photos. This capacity in expres-
ed'by the following formulat
Q a (J? 4v 129
re Rav is the man resolutLon capacity of the photographq and t is the length of a
a. The information capacity of a photograph.Le discussed in term of some of Shan-
's notions. The relative writs of various film characteristics am reviewed. The
sibilities of automating photoInterpretation are also discussed* Recommended by
Chair of Pbraical- Geography , Oz~g. art* has: 4 fccaulas
OWE: 14 908/ SUBN DATE: ISNWGS/ ORIG IMF: 010

BOGOMOWV L A kand. geograficheakikh nauk
Appropriate time for topographic aerial photographic surveying
dependi-ig on changes of the water level in rivers,, seas, and
lakese. Izve vyO, uchebe zav.1 geod. i aerofs no-3:103-106
161* (MM 14: 10)
1. Moskovskiyiriatitut inzhonerov geodeziit aerofotos"yemd i
kartografil.
(Ilydrographio surveying)

SHUFOVJ T.M.1 YUMSHTYK, H.Gel _BMOLOV) MY.
Unifying xMing opersticuse Riul, takho-ekens informs Gona
naucho-isole Inst. nauch. i takh. inform. 18 no. 12127-28
D 165. (MTRI l9sl)

BOGOMOLOV, M.; STAFEYEV, A.
Determining the number of repair-shop workers in shifting
to a centralized repair system inlan ore dressing and sintering
plant. Biul.nauch. inform.i trud i zar. plats, 5 no-3:41-44
162. (~HRA 15:3)
(Abagar-Ore dressing) (Abagar--Sintering)

13-C)oq (>mot O'-1,-AA -/I -
USSR/optics K
Abs Jour: Referat Zhur-Fizika, 1957, No 4, 10451
Author : Xovner., M.A.., Bogomolov, M.A.
Inst : Saratov University,
Title -. General Theory of Oscillation Spectra. of Normal Mono-Alkylbenzols.
Orig Pub: Optika i spektroskopiya, 1956, 1, No 3, 364-373
Abstract: The secular equations for the 46 oscillation frequencies of the
molecule of ethyl benzol were setup and solved. An interpretation
is given for its oscillation spectra, and also for the vibration
spectra of the higher mon-alkylbenzols up to C6H (CH ) , - The
frequencies of the mono-alkylbenzols are conparea wig'Oefrequen-
cies of the benzol itself. The frequencies that do not change upon
substitution, and also those that change and are independent or
dependent on the length of the alkyl chain are determined. The
frequencies of the valent vibrations C = C are calculated with the
aid of a simplified model of one dimensional zig-zag chain vith
Card 1/2

Abs Jour: Referat Zhur-Fizika, 1957, No 4, 10451
inhomogeneities at the ends. These frequencies lie in the inter-
val from 740 to 1200 cm-1. The theory of L.M. Vidro, and M. V.
Volkenshteyn (Dok1 AN SM, 1952, 85, 1243) for the intensities
in the vibration spectra of homogeneous chains is generalized to
include chains vith inhomogeneities at the ends. From the calcu-
lations it follows that in the case of long chains there should
be observed in the spectra in practice only the extreme frequen-
cies of the above interval of frequencies of C-=-C, vhich indeed
takes place. An exception are the cases of when other frequencies
fall into the above interval
Card 2/2

ROZHKOVp I.S.; KUTBULO V.I.; RAZIN, L.V.IBORISIIANSKMA) S.S.; Prininial
uchaat1yep_(XMQJ&".A.p- IMSHOSTRY, A.L. red. izi-va;
ASTAFOYEVA,'-(I.A., tekhn. red.
[Platinum in the Aldan Shield] Platina Aldanskogo shohita.
Moskva.% Izd-vo, Akad. nauk SSSR., 1962. 118 p. (HIRA 150)
1. Chlen-korrespondent Akademii nauk SSSR (for Rozhkav).
(Aldan Plateau'--Platinum)

8:51 S/063/61/006/005/001/003
AO57/A129
AUTHORt Chukovenkov, N.I.
TITLE: Automation of the production of synthetic rubber
PERIODICAL; Zhurnal vsesoyuznogo khimicheskogo obshchestva im. D.I. Mendeleyeva,
v. 6, no. 5, 1961, 524 - 532
TEXT: A system for automatic control of the continuous production of di-
vinyl-styrene rubber developed by the Voronezhskiy filial OKBA (Voronezh Branch
of the OYMA) is described, and flow sheets for the basic processes are present-
ed. Divinyl-styrene rubber is manufactured by copolymerization of a divinyl-
styrene mixture (hydrocarbon charge) in softened water containing an emulsifier
and dissolved oleate salt. The excess of non-reacted hydrocarbons is separated
from the latex after polymerization by steam distillation. The latex is coagul-
ated with calcium chloride in presence of acetic acid, and the obtained film is
washed and dried. The system of automatic control is subdivided into three
steps: 1) Automation of the technological processes with local systems for re-
gulation and control. 2) The system of automatic control of the final produc-
tion. 3) The systems for centralized control of the total production. Divinyl
Card 1/0

11511 S/063/61/006/005/001/003
Automation of the production of synthetic rubber A057/A129
is manufactured by catalytic decomposition.of alcohol in the following steps:
preparation of the alcohol charge (alcohol, aoetaldebyde, softened water); eva-
poration of the alcohol charge and catalytic decomposition of the alcohol (in-
cluding regeneration of the catalyst). The eoonomy, of the whole rubber produc-
tion process depends on efficiency of the catalytio decomposition. The prepara-
tion of the alcohol charge is, according to a presented flow sheet, completely
automated. The control of the constant content of alcohol and acetaldehyde and
the addition of softened water to the charge is carried out by means of an WWK-
-2 (IKZh-2) aralyzer and automatic density gage. It can be also seen that AIM-
-28o (DPP-280) differential manometers with pneumatic driVe were used and the
PEC-1 (FM-1) and 4PG-280 (4RB-280) units for the regulation of the ratio of the
components In the charge as well as a PYWLL (RUKTs) regulator for the liquid lev-A
el in the container. Stabilization in material balance of alcohol charge evapo-
ration is effected by automatic regulation of heating of the evaporator, thus
ensuring constant alcohol vapor pressure in the collector. Two crr (SGO) gas
analyzers control the vapor content in this compartment. An automatic emergency
system will stop alcohol evaporation and feeding by signalization. Automation
of the catalytic a1cohol decomposition to divinyl is effected in two stages
since the catalyst has to be regenerated after 16 - 17 h of service by passing
Card 2/9

28512 S/063/61/006/005/001/003
Automation of the production of synthetic rubber A057/A129
hot air. One system provides an automatic switch of the ovens to regeneration
and back, the other controls the catalytic decomposition process. The first
system works principally to a foregone scheduled regulation program which is
controlled automatica-Illy by a control mechanism. The end of the regeneration
process is determined by a themotransformer which controls the temperature of
the catalyst. For automatic regulation of the stop valves 87A (87A) and 876
(87B) electric drives were used. For this process a control system with sound
and light signals is also provided to avoid damages and effect automatic block-
ing if uncontrolled processes occur. The flow sheet of the second system, i.e.,
automatic control of the contact process is shown in Figure 5- Constant optimum
divinyl yield (yp) is obtained by holding the density (t of contact gas conden-
sate and divinyl concentration (a) in the gas at a cons, ant value according to:
yp - 107 - 0 0.02 (1)
M + a + loo 0.845 )2 + -
I - 0 - T3_5
(yp in in g/cm3 at 200C and a in g/1). This is effected by changing tem-
perature or the gas chamber of the vertical superheater (Fig. 5, 2), or by charg-
ing the contact time. One part of the contact gas is continuously drawn through
an isothermio condenser (4) by means of the vapor ejector (5), effecting thus a
Card 3/9

28512 S/063/61/006/005/001/003
Automation of the production of synthetic rubber A057/A129
constant temperature of condensation. Then the gas is cleaned, passes the PAIL
(RAD) regulator of absolute pressure and the gas analyzer gage where divinyl con-
centration is measured. The condensate of the contact gas passes through an au-
tomatic density gage to the reservoir. Data from the secondary mechanism of the
gas analyzer (14) and density gage (13) were registered by a counting mechanism
and thus the conditions of equAtion (1) were secured. The counting data effect
a corresponding regulation by the final regulator (11). The latter maintains
maximum divinyl yield by influend ng the regulation system of tuperheating and
feed of alcohol vapor to the contact oven (3)- Production of styrene occurs in
2 stages: catalytic dehydrogenation of ethylbenzene and rectification of the
products by separating pure styrene. In dehydrogenation "oven oil I" is obtained
containing 35% styrene, which is converted by the first step of rectification to
floven. oil IV containing 75% styrene and 25% ethylbenzene and in the second step
to 98 - 99% styrene. Maximum content of styrene in the vat of the rectification
column and minimum content in top is secured by controlling styrene content in
the distillate of the top by means of an automatic refractometer and correspond-
ing regulation of temperature and liquid level in the vat. The control in the
second stage, i.e., of the rectification of "oil II" is effected by in5talling
an AC-3 (IS-3) indicator of composition at the lower plates 5 - 7 of the column.
Card 4/9

25512 S/063/61/006/005/001/003
Automation of the production of synthetic rubber A057/A129
Regulation occurs by changing the temperature of the evaporator. The flow sheet
for the continuous automatic preparation of the hydrcearbon is shown in Figure
8. Diviny-1 and styrene is fedcont-inuously to the container (5) and the charge
is passed to polymerization. Cc--?-;:~esponding to the liquid level in (5) the con-
sumpticn of divinyl rectificate is automatically regulated, and in relation to
this amount also the sty.-ene-distillate and styrene rectificate consumption is
automatically regulated. The pressure in divinyl tanks and in container (5) is
regulated in a similar way. Composition of the charge in (5) is controlled by a
density gage. The latter regulates the styrene ; divinyl ratio in the feed.
After finishing automation of step 1 in divinyl-styr-ene rubber production, the
Voronezh branch of OKBA cooperates with the Moskovskiy energeticheskiy inst1tut
(Moscow Power Engineering Institute) to realize step 2 and 3, and supplied the
machine "Tsekhovaya tsentrotekhnika" for collection of Infortration in the plant
and tr, pass them to the main control room. Also a central control machine
"Tsentrotekhnika" is developed for 2ollecting information of the other cc~ntroi
machines and pass this information t, another central system after preparaticin.
Plans for a arjmputer for estimating total technical and e--onomlo. data of the
whcl- factory were studied: being developed at presen. by thf! Moskovskiy inzhen-
erno-ekonomicheskiy institut (Moscow institute of Engineering E~,cnomica), and
Card 5/9

2,05512 slor)3161YO06100510011003
Automation of the production of synthetic rubber A057/A10_9
will be finished In correspondence to calculations in the V,Dronezh Plant and the
OKBA branch in cooperation with the VNIISK on these te-hir2ogical processes.
There are 8 figures and 5 Soviet-bloo references.
Figure 5: System of automatic process control of contact decomposition of alco-
hol to divlryl. (1) heat exchanger; (2) vertical superheater: (3) zontact
oven5 (4) isothermio condenser; (5) vapor ejector! (6) differential manomeler;
(7) electronic potentiometer of 9TIA-32 (EPD-32) type; (8), (9) regulation un-
its 4PE-32A (4RB-32A); (10) secondary device type 1PJI-29A (IRL-29A); (11)
final regulator, (12) calculation and solution mechanism, (13) density gage,
04) gas analyzer; (15) pressure regulatori (16) filter; (17) regulator of
absolute pressure RAD; (18) colleot~,r of the contact gaspl (19) stetLm; (20) to
the -_,o11.ectcr of condensate; (21) air; (22) alcohol vapor, (23) c,,ntr:)l paneL
C&rd 6/9

BOGCtIOI,OV,, M.A.
Tourmalines from magnesian skarns of the Tayezhnoye aeposit (southeir-
Yakutia)o Trudy IUAN SSSR.Ser.Cteol. no.n:69-77 162. (MM 15:7)
(Yakatia-Tourmaline) (Yakutia-Zkams)

B.OGOMDLOVO M.A.
Chad musif,, a mov ultrabasie allcalin intruaive in the Aldan
Shield, Doklq AN SSSR 149 no*5111506-.U53 AP 163- (HIM 1615)
1e Institut goologii rudnykh mootorozMeniyp patrografti,
mineralogii, i gookbivoil AN SWOR. Prodstavlono i&ademikom D.S.
Korshinsklms
-Rooko, Igneous)
(Chad Valley

KAPLUN, Yu.V.; ipqqmp~oV,__N A. ot
,., v. red.
(For-ty years of the
ordena Trudovogo Krasnogo
za 40 let. Stalino,
Donetsk Polytechnical Institute]Donetakii
Znamenii politekhnichaskii Institut
Knizhnos izd-vo, 1961. 124 p.
(MIRA 15:12)
(Donetsk-Technical education)

YESANIN, K.S.; BOGOMOLOVO-M chnyy red.; PAK110140VA, M.A.,
red.iod- q TX,, takhn.red,
[Mechanic I.D.Voropaev] Slasarl I.D.Voropeev. MoBkva, Gos.
12d-vo lit-ry po stroit.1 arkhit., 1958. 25 P. (MIRA 12:9)
(Mechanics (Persons))

BOGOMOLOV, M.S., inzh.; MAMDNTOV,,A.A.,, inzh.
Operation and repal.r of boring maohinery. Gor.zhur. no.2:55-57
F 64. (MIRA 17:4)
1. VostNIGRI, Novo)mznetsk.

BLIKHTIN, V.S., inzh,; 11QGOMOLOV, M.S., inzh.; MOMOLITMI, A.A.,
BORISOV, I. . I fn-v-h.--- -1
Determining the level of mechanization, automation, and labor
consumption for individual ore mining processes. Izv. vys. ucheb.
zav.; gor. zhur. 7 no-10:1d,-50 164. (141RA 18:1)
1. Vostochnyy nauchno-issledovatellskiy gornorudilyy institut.

E
MGUMUWV, N., agronom.
High yields of bu4an grass seed. fiauka i pared. cop. v sailkhos
8 no*12:7 D 158. (MIRA 12:1)
(Sudan grass)

BOGOMOLOV, N.4 starshiy inzhener vosdushnykh s"yemok
Methods for large-scale aerial photography. Grazhd.av. 12
no.2sl7-18 F, 155, (.Photography, Aerial) .1 (MIRA 16:1)

DOGOMOLOV, 11. A.
"Critical Analysis of the Chromosome Theory of Sex.11 (~. 281) bi Bogomolov, N. A.
SO: Progress of Conteworary Biolo, Vol. 32, Noi 2, 1951.

Tar -d WCUISHM in CSIe'vets oOtt
N. A. 7= tdmhl~r Lab..
The =of gastmetabolism. respiration. and blood
cirm ines wi h age owing to a decrm%%r of the rate
of growth at the attirnals, measured in terms of monthly in-
r"M V-r kg. body weight. The vittabolk pfvxvws during
the Veriod immediately following the Ist feeding of &4~-hy.
old animals remain within onrinal limitz, owing to fune6mal
defidencrofebedirettiveorsans. However. after 4-6 fred.
higs the Specific dynamic action ot the food =dilayl its
~Cffeet an circulation and Ca% esch"ge. The head
vol. Incremes by.36% and 0 consumption by 10%. After
7
4-8 feedings (48 hts. ap) the adjustment to new conditicons
4 feeding is vompleted. 0. hi. Ko"apoff

USBit/Chemisvry - Dioxane - K'ov,52
"The Dielec-::ric Permeabilityand the Coefficients
ar Absorption of Dioxane," N. A. Bogomol6v amd N.N.
Stapanenko, Second State.Med Inst, Moscow
"Zhur Piz rhim" Vol 26, No ii, p15 1664- 665
With an arrangement based on the Drude-Coolidge
method, and using waves of 1.5 m and 63-5 cm, the
authors measu--ed the dielectric permeability and
coeffs of absorption of dioxane and computed the
values of its polartzation, at different temps. The
242T14
data obtained led to the conclusion that dioxane is
non-polar. The coeffs of absorption for dioxane
appeared equal to zero in the range of temps inves-
lilgated.

PATAUSEV, V-.I.,- BATUYEVA,, t.I.- BOGOMDLOV N A ; GANYTSHKINAJ Some;
TIAIDIOV, -M.P.; POI~Uj I.V.1 PARYSHKIN, Yu.Afo; POLUKRINA, A.V.;
SILOTIYEVAj, 1(.G.; SVWOVA, N.M. '
Experiments in physiological evaluation of food ratiops. Uch.zap.
UrGU no.3is3-16 159~. I (MIRA 14:5)
(Cattle-Feeding and feeds) Qroteins)

B*MOLOV, N.A.
Specific dynamic effects of protein feeds in cattle* Figial,zhur,
46 no.8t992-999 A 160, (MIM 3318)
9 -
1. From the laboratory of nn'=3 physiology, Ural *search Agricultural
InAitutat Sverdlovsk.
(CATTLE-FEEDS AND FREMO) (PROTEINS)

BOGOMOLOV, N.A., kand.biologicheskikb nauk
Intensiveness of oxidizing processes and the butterfat content
of mi3k. Agrobiologiia no,42553-560 JI-Ag 161.
(MIRA 14:7)
1. Ural'skiy nauchno-issledoiatel'skiy institut sel'skogo
khozyaystva., laboratori7a fiziologii zhivotnykh., Sverdlovsk.
(Cows--Physiology) (Butterfat)

Chemical Abst.
~PC4 N. N, Steranenko, 1.717,
IICJOkOP)'tO%',nnd-I~, A
Vol 48 No. 8
P jqi
14, 6OZ-D(1052)(Rit&
A r' 25, 1954 ran,~~'Iitfo)nr-Sce C.A. 4171.. 3L,,,4:ffM.
Fuels and Carboni2ation Products

,L Nikol tonovich; SUMIACHIV, Georgiy Ivanovich; HIERMY, Tu.A..
BW_OMOW
---- ---ror; ~XOIVRMOVA, Z.A., tothnicheskly redaktor.
(Mining engineering) Gornaia ovkhanika. Moskva, Ugletakhisdat, 1956.
293 P. (Mining engineering) (XLRA 9:6)

NIYOLAY AINT01-1101'rMCH
LOGUI-X)LUV~ NIKOU ANTOINTAIGH
Gornaya mekhanika (IMining techniques, by) N. A. Pogomiolov
J G. 1. Sukhachev. Y=Rva, Ugletokidmiat, 19.1)6.
293 P, illus,, diagrs., graphs., table.
"Literaturall: P. 287 - 298.

I BW)MOWV, II.A., insh.
Ventilation of blind development vorkings. Bezop.trudR v prom.
2 no,3t25-26 Mr 158. (MIRA 11:3)
1. Institut gornogo dela AN USSR.
(Mine ventil.ntion)

Cr.nd Toc-11
prcp_-:r1---tc,r~- c.~:cn U C
.,v
1_46)

BOOOMM, ANA-0 inzb.; SZKOTEM. V.D., kand.tekbn.nauk; AUSHBITZAIR,
A*P,,--Inzb.
Industrial testing of SYM-6 fans for local ventilation. Ugoll
Ukr. 3 no.12:34-36 D 159. (MIRA 13:4)
(Mine ventilation)

BOGOMOLOV,
Requirements placed on mine electric fans in local ventilation.
Sbor. trud. Inst. gor. dela, AN MR no.7:91-95 161. (MIRA 15:1)
(Donate Baain--MJjae ventilation)

BOGOMDLOV, N.A,,; OPRYSHKO, Y.B.
Aerodynamic resistance of Pemirigid ventilation air dlicts.
Sbor. trud. Inst. gor..dela U MR no.7-.96-104 '61. (141ilk 15:1)
Nine ventilation)

DOG-Q~~ . kand. teMm. n4uk
wowwm~--
Method of evaluating and comparing the aerodynamic qualities
of flexible air d.ueftj Izv. vys. ucheb. zav~; gor. zhur. no.9:
8o-% 1-61. MIRA 15:3.0)
1. Tastitut gornogo dela Imeni 14. M. Fedorova AN UkrSSR.
Rekomendoviana kafedroy gornoy imikhaniki Donetskogo politekbni-
chaskogo institute.'-
(Mine ventilatton-2quipment and arupp3isa)

--2WQMDLGVI ~-- ~~
Aerodynamic capacities of imported flexible air ducts. Sbor. trud.
Inst. gor. dela AN URSR no.12:76-86 16.1. (HIU. 15:11)
(Air pipes-Tasting)
I

BOGOMOLOV, N.A., kand.tekhn.nauk
AerocLynamic resistance of flexible air ducts. Ugoll Ukr.
6 no.2:25-26 F 620 OMIRA 15:2)
1. Institut gornogo dels. AN USSR.
(Mine ventilation)

BOGOMOLOV, N.A., kand. teldm. nauk
Precise method for an,Aerodynamic calculation of tew flexible
ventilation ducts, In. vys. ucheb. sav.; gor. zhur 6 no.4t
104,110 t63. ?MIELA 26t7)
Is Inatitut gornogo dela imni MM, Fedorova AN UkrM.
Rekomendovana kefedroy gornoymekhemild Donstekogo politekhnichookogo
instituta.
(Mine ventilation-Equipment and supplies)
(Ural computer)
4)

~WOMOU)V, N.D.
- - a ~010'ftw
Stand for testing ceramic pipes with water. Rate. i isobr. predl. v strol.
no.94:39-W 154. (KM 8:8)
1. Hinisterstvo neftyanoy promyeblennosti.
(ripe,, Clay-Testing)

BOGCMOLOV,N.I.
Pneumatic method for controlligg curvilinear borehole machining.
Stan. i instr.,26 no.8:32-33 A 155. .(HIHA8:12)
(Drilling and boring)

0 (7- DM 61- 0 V,
AID P - 5377
Subject USSR/Engineering
Card 1/1 Pub. 103 - 7/28
Author : Bogomolov, N. L
Title : On causes of diminishing cutting ability of abrasive in finishing
work.
Periodical : Stan. i instr., 9, 22-23s S 1956
Abstract : The author describes the results of his experiments in ascertaining
the causes of the reduced cutting ability of abrasives in polishing
work. Three graphs, 2 tables 1 photo (2 pictures), 2 fomulae;
6 Russian references (1936-541.
Institution : State Optical Institute (GOI).
Submitted : No date

BOGOKOLOV, N-I-, kandidat tekhnichesirilrb nauk.
Importance of the scale factor In lapping metals with free Obrasives.
Vest.mush.36 no.1201-54 D 156. (XM 10;2) .
(Abrasives) ((~Jndjng' MA polishing)

C BO MOLOV &J~~
Surface smoothness in case of abrasive lapping of metals having
various mociicmical properties* Trudy Sem.po kach.poverkh.
no.5:264,.-270 161. (MIM 15: 10)
(Grinding and polishing)

AlYrHOR:
TITLE:
s/683/62/ooo/ooo/ool/020
E'194/E155
An equipment- and -,procedur(i for abrasive wear testink
SOURCE: Metody ispytaniya na iznamhivaniye; trudy soveshcha-
niya, sostoyavshegoeya 7-10 dek. 19b0. Ed. b-y
M.kl. Khrusbchov. Moscow, Izd-vo AN SSSR. 1()62.* 12-18
TbXT: L-ne grains in an abrasive',differ greatly in shape,
location and density and so, in order to simplify study of the wear
process, laboratory equipment was devised with a single abrasive or
cutting tip. The specimen to be cut took the form of a shaft
driven at up to 1300 r.p.m. nesting against this was a single small
hard tip. The tip was mounted on a leaf attached to a balance-arms
and loaded by applying weights to the arm. The depth of cut was
assessed whilst running by measuring displacement of the arm with a
pneumatic head. The force exerted on the cutting tip was measured
either by a strain gauge on the .leaf or by a secon(i pneumatic head
which measured displacement of the leaf. The depth of-cut was
measured on a binocular microscope. A spiral scratch was made to
Car.d 1/3

All equipment and procedure for ...
S/b63/62/000/00U/001/020
E194/E155
simplify determination of the amount of metal removed. After
consideration of the cutting process, the abrasive tips were made
of diamond with tip radius in the range 3 - 200 microni3 and cone
taper angles of 90 and 1200. Previous authors have observed that
in shallow scratching the metal is only deformed, but that in
deeper scratching it is cut. Accordingly, itticro-cutting was
characterised by the coefficient k .3 defined as the'ratio between
the volume of metal removed as cuttings and the theoretical volume
of the scratch. The va.lue of k depended on the properties of
the metal being worked, the dept9 of scratch, the radius of
curvature of the tip, and other factors, With light scratching
where the metal Is only deformed k. was 0 and as the depth of cut,
ihcreased kg also increased until a certain limiting value was
reached. The deformed metal was in various conditions, some of it
work-hardened, some approaching failure and some consisting of
unseparated cuttings. In practical abrasive operations, such as
grinding or abrasive wear, preliminary damage to the strained metal
by an individual grain facilitates removal of the metal by the next
grain. The conditions under which this weakening of the metal is
Card 2/3

6/883/62/000/000/020/0~O
E19VE155
AUTHORS2 Kostetskiys_'BsIss Golego, N.L., and Dogomolov, W.I.*-
TITLEs A procedure' an instrument'and equipment fir studies of
. f 0
the stre.ngth of surface layers
ZOURCE: Metody ispytaniya na iznaahivaniyel truo soveohchanlyal
sostoyavbhe9o$Ya 7-10 dek, 196o*. Ed,-by - -
M.M. Khruskchov. ' Moscow. Izd-vo 'AN- SS$R-, 1962. 212-219
TEXT., in order-_*_"1_`d,e,veiop 'Lite ttieory or.-surf ace .s trength a
.to solve fundamental,problems of friction and weare. quant'itativo
data are required.about deformation of Isurfa0e,layers of solids in.
contact with one,'A~fidther. Oirect asethods of..determining these
mechanical properties' in ti-te presence.of no rmal:and tanigential
stresses have not.'.Ye*~-been developed, but varioui.0 -indirect
procedures. exis Vi - 'instrument is described for stuAying the
strength and deformation of surface layc~rs of.metal in motionless
contact. . A ring''ipei'pimen,"3 191 mm o. d. , 33 mm i. d. . '10 * nun hijb
'with its upper 'edgg.s6 'rrated, is pressed by.a,hardened punch
against a,hardened block, StraJn is measured by a pneumometric,
head. This is a ve~rr sensitivu arrangement and-a strain of &'few
'Card 1/3

A procedure, an in atkument and S/883/6i/600/000/020/020
E1911/E155
tenths of a micron can-be measured, Strain of thi specimen and
the contact area can.'be determined as function of load. The
construction is described with diagrams. Equipment is described
for studying the mechanical propert,iez of surfaces sliding at low
speeds whilst subject to normal and tangential forces, Such
sliding can cause striin of the surface layers'* worg-hardening or
surface damage.. These effects depend on the aizo and nature of
.the applied fortses,.And a machine was required with'a constant
area of contact.with-a wide range of load. The upper rotating
specimen is a-thick.-disc*, vhilst the lower statlonary~specimen is
a similar diac'with surface serrations; the contact area between
the specimens.'ean'rIange from 0.5 to 5 cw2. Load can be applied
dp to a value which.causes flow of the surface layers.of the test
pieces. At the 'start of 'test the normal load is.tere for et given
value and is. raised -to a. preset programme. The increase in load
corresponds to the linear displacement of the friction'surfaceso
The normal loading .is recorded by an oscillograp4 and'strain
gauges. An important part of the machine is the,mechanism for
measuring tangential,forces in friction, A flat spring
'Card 2/3

ru meInta nd S/883/62/000/000/020/,ORO~'
A procedur', 'an" t
dynamome Iter ..ensur,ed-- the nivesxary sensitivity yet withatooO.hi ;gh.
loading.- .~ The commencement of mechanical processes on the friction..
surfaces,. their.'development and transition, to seizures work-
hardening and, damage -to-.the co-ntact surfaces are observed,,,
Tested specimens haygr'been sectioned and their microstructure
examined, and typi4ewl.p'hotomicrographs ire shown'. *Curves are.
plotted of mi6roh-ar,dness',as, function of load with..stat*ionary-and
rotating specimenat'jind it. appears that the hardening process.49'.
more intensive -in sk' moving contact.
There are 10 f igures,
Card 3/3

BOGWOLOVt N.I.? kazA. tckJin. nauk; oERLDENKOP V.N., kard. tekh~i. nauk.,
--dotn~ent;' VC-SA(;j!1 P.I., -1Inzh.
Investigating the wear of cast iron in a mediun of loose
abrasives. Trudy KIIIIT no.76:4-10 165. (MT1RA 18:9)

BOGOMOLOV, N.I., kand. tokhn. nauk,- NOSACH, P.I., inzh.
Rate of the wear of hardened steel in a medi"m of loose
abrasives. Trudy X-MIT no.76:1-1-15 165. (.K M. 18:9)

-mom - - ti4t-tn-t-
-tq~4t I ~~- `3
I/E
L%/M21/65/OW/oo5/057t 7/0579
Bobaffi
olov M. 1.
TITAIE: A"llication of imati
dis 6'fliec);7~40 a atudy of f-'Ietion,and wear o f
;Lin&1e gnMtt4ar of sillean cax~bld,6 and ivorundum T
M(rRSR. DqL'QV-44
eryst
mlxu Ms. a lattite dialocatlm!, carundm, zi -carbidie -wear-re-sYs
i ancey Priction-
T-.',. Tbe-Inve
T. Stigiii ui iinbed'
anisotropy of wear and ~f' tJ-;---ex"orTal
'Pric-A-1kolia rp'rce as fun a'.
etions of the surface orientat, on j, e lp-t i v~! 1)
gravblic- axe s"bf sillcon carbide and corundum abrasives. ~h,
frictional
force were fomd to be larger in a plane pvrpendiculax to the a-zls
tha-- J-n a pi-ane p-arallel to it 'by a facti:)r of '210 for silicon aric a factor
of 2 for corundurm. The -wear and friction&I force were foiuv.1 f i) bt,
tsie pressure. Microphotograpbs of the dl.slocation
d~ceted motioD of dislocation-s in the eiil-mAlcrorftnicturr ~)f I I!-
abra3l on. The dislocatAon density was fcimid to be larger lln
lar to tne c77stallographic (C-COI) axis than In the ptane Fara!!E', lo the (,!C!C))
axis. !he dislocation density Increases with pressure. This report uns presented;
Card .1/2
-117

-77
L 64757-55
17
-ACCESS ON NE: AP5013820--
K. X. Mn-yenov (N. X. Xhremov),. Orig. art. has: 3 figures.
ASSOCIMON: XyyivallWy instytut tsyvil'moho pcmIt- oho flotu (Rivevskiy ins'l-
-yan
-tut grazbd-makago vazdushnogo flota) (Xj~~v Institute of Civil Air Tleo-'O
wsummm- NAP-,-or4 ENCL* ~~o SUB CODF: ~1.3, MT
NT IMET SM. 006 orllmmt 000
card 2

,30GOMOLOV) N. L. (ot al.)
IIH,mdbook on Aerial Mapping Survey".. Geodezizdat, State Fifolishing House
for Geodetic and Cartographic Lite.-ature, M., 1950.

BOGOMDLOVO u.
"Methods of Large Bea le ~M!.otogIra.p*p1'_1 byP. Bogomolo v, -1 senior
engineer of aerial jh6t M~"-aphy, Grazhdanf&a5W_AVia_t-i1ja No 2)
Feb 55, pp 17-18
"large scale aerial photography occupies a place of ever-increasing:
importance in the.operations of aerial photographic subdivisions."
The basic elements, including the limitations and difficulties, of,
small scale aerial photography currently in use, are presented.
"The transition to large scale aerial photography requires the per'
fection of the methods of determining its elements, the careful execution. ~ ~
of turns from course to course and the careful iaying out of the courses."'
Details of large scale aerial photographic methods are presented, as
Vell as a perfected method of laying courses, with the use of the sun com-
pass developed by Enginiei'A.,P. Lyubimov in the Central Scientif-ic Research
-Institute of Geodesy,, Aerial Photography, and Cartography.
SU4. 1287

BOGCKOLOTI I.T., i.nzh.
Metal @witch clWo Avtom., telem, I eviaz' 4 mo*7:34
a 160. (MM 13-.7)
1. Iaboratoriya signalizataii i svyazi Privolzbokoy dorogis
(Slootric switohgear)

BOGOMOLOV, Oleg Dmitriyevich; 7,YUZZUKOV. I.P., red.; SAVCHMO, Ye.V..
t ~-kh-n-.-;e-&. -'
Dervo systems] Sledisshchie siatemy. Moskva, Izd-vo "Zaanie,"
1960. 29 p. (Vaesoiumos obahchostvo po rasprostraneniiu politi-
chaskikh i nauchaykh stanii. Ser. 9, Fisike i khimiia, rio.15)
(Servomechanisms) (MIRA 13:9)

Z
ZLATKIN, Moisey Grigorlyevich; DOROKHOVp Nikolay NAkolayevich; LEBEDEV,
Nikolay Ivanovich; NAKAROV, Nikolay Yevgenlyevich; IMSHTAT, Zya-
ma Fallkovich; SYCHEV,'Arkadly Mikhaylovich; SKLYUYEVp P.V.j kand.
tekbn, nauko retsenzent; TASHCHEV, A.K., kand. tekhn. naukp retsen-
zent; TRUBINI V.N., kand. takhn. naukp retsenzent; VSHIVKOV, P.P.,
inzh,,, retsenzent; KONIKOV, A.S.., inzh.. retsenzent;.LEBEDEV, N.S.,
inzb., retsetzentj POTEKUSHI[N, N.V., innh.p retsenzont; TYAGUNOV, V.A.,
doktor tekhn. nauk, red.; SOKOLOV, K.N.., kand. tekhn. nauk.. red.;
SKORNYAKOV, V.B., red.; YAROSHENKO, Yu.G., red.; ZAKHAROV, B.P., inzh.,
red.; AMIROV, I.M., inzh., red.; MYSHKOVSKIY, V.A., inzb.v red.;
SHELFdMOVp V.A.0 inzh.0 red.,- -J3QGMMLGX,-0-k,,,-jnzh. , red.; KATS, I.S.,
..inzb.p reds; LEVANOV, A.N., inzh... red.; DUGIVA, N.A., tekhn, red,
(Handbook on forging practices] Spravochnik rabochego kuznechno-
shtampovocbnogo proizvodstva. By M.G.Zlatkin i dr. Moskva, Gos.
naucbno-tekbn. izd-vo mashinostroit. lit-ry, 1961. 776 P.
(Forging-Handbooks, n-nuals., etc.) (MIRA 14:9)

BOGOHOWV, P.
Repairing cardan shafts of the ZIL-150 automobiles, Avt.transpe
37 no.3:29-30 Xr 159. (MIRA 12.-4)
(Automobiles--Tranumission devices-Maintenance and repair)

AUTHOB,L-_,__PogomolOV4-p-,B,~...-,- SOV/121-58-8-19/29
TITLE: ko--d-e-r-alsation of the Headstock of a Lathe (Modernizatsiya
peradney babki tokarnogo stanka)
PERIODICAL: Stanki I Instrument, 1958, Nr 81 PP 37-38 (USSR)
ABSTRACT: Lathes with spindle stocks belt-driven through a stepped
pulley hpve been modernised at the Motor Car Repair
Works (Avtoremontnyy Zavod) in Ordzhonikidze by mounting
new spindlo stocks with multi-speed gear boxes. The
kinematic scheme of the new gear driven spindle stock
is shown -in Fig 2.
There are 2 figures.
Card 1/1

ALUSEM. A.; A~C4IqMp, A.;. INIBB , I.; BARABANOV,
BRAGINSKIY, Bo-,, IGI7X. Ya.: - XOTAL", T.; KONAXOV, W7,-MiW, V.;
IUMOT. T.; LIffMOV. P.. MEMCKISBY. M.: CEOLUSKIY, X.-,. POWAYNT,
Yu.; TOLIACMIT red.; KRUM, P., red.; KA rXAU'
A*;- IATOp T., re
T.M., red.; ~J~SIMOVA, Te.S., takhn.rea.
[Boonomic competition between the U.S.S.R. and the U.S.A,; a criticism
of the views of American bourgeois economists] Zkonomicheskos sorevao-
vania.mashdu SSSR i SZhA-
, kritika vsguadov amerikenskikh burshussnykh
okonomistoy... koskyao Gosplanisdat. 1959. .240 P. NIRA-120)
1. Moscow. Nanalwo-issledovatel'skir ekonomicheskiy institute- 2. Gotrud-
niki Nauchno-inaledovatellakoSo skonomichookogo institute'-dosplana SSSR
(for all except Kate, Krylov. Nanevskaya, Gerasimova)
-, (United Staten-Iloonomic conditions) (Russia-zoonomio conditions)

BOOONDWV, 0.; GBMSOVITS, G.; HART ITANOV, A.; SEHINDV, L
Interestinp work on the International socialist econoqr
("The international socialivt econon7." Reviewed by O.Bogonolov
and others). Vopekon. no.2:123-130 P '59. (MURA 12:5)
Economic history)

CHERTKOg V.F,j IOFFZp Ya.A.1 OBOLENSMv K.P.j XRYLOVj, P.N.j KUROV9 V.M.; SAM-
BORSKIYj G.I.; KOSTAKGVv V.G.j LrMAKOV, P.P.; KJRGlTSfVgM.N.j BMMI
L.Ya.; YAKGBIg A.A.j- BL7MSNv PCIIATAYEVO Tu*Nof
ZAGLADINAt S.M.; SOBAMSKMv V.I.; NTNOIA-Mp D.R.g rod.; FOOKAR
A.A. 9 tekbn. rea.
[United States is loosing tbe economic competition) SShk proi gryvaiut
ekonomicheskoe sorevnovanie, Hook"Yap lid-va ekon. lit-.ryp 1961.
295 P. (KMA 34:8)
1. Moscow. Nauebn6-issledo,~at6l'skiy eko6old-cheaUy inatitat. 2. Sotrud-
niki Vauelmo-issladovatellskogo ekonbmicheskogo instituta. Gosekonom-
soveta, SM (for-anexoept i Hikolayevp Ponomareva)
(United'StAt9s-Bc6nbmlie conditions)
(Russia-Economic conditions)

BOGOMOLOVo 0.
The international socialist division of labor at the new stage.
Vop. ekon. no.1l19l-100 N 161. (MIRA 14:11)
(Europef~-Eastern--Division of labor)

z- BOGO M,OLOVI O.P candidat in stiinte economice (U.S.S.R.)
Experience of.economic collaboration of membar countrieli of
the Council fpr Mutual Economic Assistance. Probleme ecton
17 no. 4:SdppIim9nt%3-l1 Ap 164.

BELOUSOVI R.A., kand. ekonom. naukj MMOV, P.N., kand. ekonom. riBuk;
LEMESPM, M.Ya., kand. sellkhoz. nauk; IVANOV; Ye.A.., nauclmyy
sotr.; KOSTAKOV) V.G., kand. ekonom. nauk.; DOGOMOIDV, O.T.,
kands ekonom, nauk; TEFIBOVp A.N., prof., doktor ekonom6 auks
red.- KOMINA, Ye., red.; KOROISVA, A., mladshiy red.; UEANOVAp L.)
tekhn. red.
(Econow of theU.S.S.H. in the postwar period; concise economic
survey] Ekonomika SSSR v poslevoennyi period; kratkii ekonomiche-
skil obzor. Moskva, lzd-vo sotsiallno-ekon. lit-ry, 1962. 486 p,
(MIFA 15:2)
1, Nauchno-issledovatellskiy ekonomicheakiy institut Gcjsudarstven-
nogo ekonomicheakogo soveta SSSR (for Belousovs Krylovj, Lemeshev,
Ivanov, Kostakov,Bogonolav). 2. Diroktor Nauchno-issoodovatellsko-
go ekonomicheskogo instituta Gosudarstvennogo ekonomichesko soveta
SSSR (for Yefirov).
(Russia-Economic conditions)

OSTROVITYANOV, K.V., akadernik; GATOVSM, L.M.; KUZIMINOV, I.I.,
doktor ekon. nauk; Prinayali uchastiye: STAROVSKIY, Ul.;
SAKOV, M.P.; BACMIN, A.V.1 ZA.SLAVSKAYA, T.I.; BOGzAM0lQV,__
C#Te- MLW9 V.V.,-, RABINOVICH, M., red.; MUMIN, Yu..,
a , red.
[Economics; textbook]Po3.iticheslcg# ekonomiia; uchebn:Lk.
4., perer. i dop. izd. Moskvap Gospolitizdat, 1962. 702 p.
(MM 15--1l)
1. Akademiya nauk SSSR. Inatitut okor;omiki. 2. Chlen-
korrespondent AWamii nauk SSSR (for Gatovskiy, Starovskiy).
(Economics)

BOGOMOLOV, 0.
Methodological problems of the international socialist
division-of labor. Vop. ekon. no.1li3-14 N 163.
(MIRA 17:2)

SOROKINA, Lyudmila Ivanonia; BOGOHOLOV. P.D., mayor, redaktor; KHOYARS11Y,
I.?.. tekhalcheskiy reda-F157"'
[Atomic energy and Its use; a bibliography) Atomnala energiia i se
ispolizovanis; rekomenclatelfnyy ukazatell literatury. Izd. 2-oa,
perer. I dop. Moskva, 1956e 38 P, (ML11A 9:8)
1. Koscow. Pablichnaya, biblioteks
(Bibliographjr--Atomic power)

YZVGRAFOV, Georgiy Konstamtinovich; LYALIN, Nikolay Borisovich; MaTASOV,
K.G.,prof., retsenzent; GNEDOVSKIY,V.I.,prof.,retsenzent;BOGC)MLOV,
P.L.dots.,retsenzeect; KRAMAREV,S.Ya., dots.,retsenzent;-IJIKITIN,
M.K.pdots.1retsenzent; SILIVITSKIY,Yu.M.ldots.pretsenzent;KOZIMIN,
Yu.G.p kand,tekhn.nauk,reteenzents, KRIIITSOV.,Ye.I.,,kand.tokhn.naukp
retsenzent; POPOV.O.A.,in2h.,retaenzent; ZELEVICH,P.M..,inzh.,p red.;
BOBROVA,Yeelle, tekbue red*
[Calculations for bridges according to limiting states]Raschety
mostov po predellrym sostoisniiam. MoskvapTranszheldorizdatj, 1962.
335a~- (MIRA 15:9)
LK edra "Mosty i tomeli" LeniWadskogo instituta inzhonerov
zbeleznodorozbnogo transporta(for Frotasovs Gnediovskiy..Bogomolov,
KremA ev).2.Gosudaratvenw proyektno-izyokatellskiy institut po
proyektirovaniyu i izyskaniyan bol'shilch mostov (for Krylltsov,
POPOV). (Bridgeo-Design)

. NIKITIN., K.A;, inzh.; BOGOMOLOV, P.V., inzh,
","kw
Triple SBSh--3 drum cutter. Torf. prom. 40 no.403-34 163.
(KMA 16:10)
1. Torfoprodpriyatiye "Zaplyusskoyell Leningradskogo soveta
narodnogo khozyayst7a.
(Peat machinery)

BDGOHOWV, P.V. I
"O"o- Results of the use of VT-14 and DT-24 tractors for.turning milled
peat* Torfo prom. 35 no.3:31 158. (MM 11:5)
I.Thrfopredpriyatip Tesovo I.
(Peat machinery)

BOGOMOIAN, P.V.
Each eleventh workers is an efficiency promoter. Torf. prom. 38
no, 3:37 161, (MM 14:4)
(Peat machinery)

=ZHEVSKIYY G,N.s kand.tekhn.nauk; MIRKINA, TS.I., kand,biolsnauk;
BUTUZKINA., T.G.; FEMUSFMKO3 N.G., inzh.; GOMOIZV PV ~ inzh.;
POLYAKOV., V.F.J. inzh.- RYSINj, V.I.-,, inzhe
Exchange of experience among the enterprises of economic councils*
Torf. prom* 38 no.8:30-34 161* (MIRA 24:12)
1. Belorueskiy institut inzhenerov zheleznodorozhnogo transports,
(for -razhevskiy). 2' -TSentrallnaya torfo-bolotnaya opytnaya
stantsiya (for 9;uLlm). 3, Torfopredpriyatiye Tesovo I.,
lengostorf (for Petriushenkov Bogomolov). 4. Sverdlovskaya
fabrika izoplit (for Pol-yakov). 5. Torfopredpriyatiye Radovitskiy
moldi Mosobloovnarkhoza (for Rysin).
(Peat so-b-Inery)

BONDAREM j F.S.p insho.1 BOGOMOIDVp R.Ye.
Automatic dispateber control of mechanisms of contin W a con-
veying systems. Makh. i wrtasproizv. 15 no.303-40 * 161.
.DMA
(Remote control) (Conveying machinery)