SCIENTIFIC ABSTRACT ORLOV, R.V. - ORLOV, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238220005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BARON, Le.I., doktor tekhn. nauk; KURBATOV, V*H., nauchny7 sotrudnik; ORIDV,,
R,,T,.,_muchnyy eotrudnik.
V_~ -"; .'
Iffect of size correlation of rock samples on temporary 4e`istance
to emehing. Gor. zhur. no.2:17-19 7 158. (KIRA 11:3)
1. Inatitut gronogo dela AN SSSR.
(Rocks-Testing)

WWV R.Y. lnzh.; USACHEV. V.A.. insh.
Testing the inflammability of dast-air mixtures. Bezop trada v
prom. 2 no-10:19-20 0 '58- ~KrRA 11: 11)
(Mine dusta)

OKkOV
.Bf IYAYE,~ A F
020003 80200onov, N. SOIF/24-W5-90/31
TIM' ftiOntific-Nothod Conference On the Problem of
lft&kita-up Rocks by axplosions (pwrvoFq asuch"_
ffietodiches 40-811011-1" p0 problem drablerAys
Sorn7kh po:T-ryvm)
PORIODICAL' Isvestl
I _Is Akedeall Dank SM Otdoleal7e ?*khaicbeek"a
Dank, 9)8, or 5, pp 1&5-144 (63ji)
AM22MI On YsbrUU7 24-26, 1958 9 GDAUVeace was held as brealLing.
UP rocks by onloslo as the Iftatitute of Mining. AS.Ge..
UNIN (lostitat GorWgo Dole U am). 100 people tres
32 towns Participated am the perfAlcipasto thalueed
tives of Works, Research Institutes of the
40.80. froolvarlous parts of %be DOTIn
dep"pta researth institute@ And.3 IhIM." t..hiss
.A now test for the exazinatlon of explosives is
crushing apemtlo"ft by L. 1. N~n, N. D. Mosel.
Institute of Mining A0.8c. Coal
.An investigation ol the brisancy according to less
a characteristic of the properties of explosives in
breaking-up rocks' by S. P. levichik, Institute of
Mining, AcAc., 1381121
*on the influsnoe of the eiplosive characteristics
of exploolvestjUghas =laity of breaking dome of highly
fissured me I by V. 1. mosimts,
Institute of Son-Perrous metals am Gold
.0, the late"tary tachniquo of does:the bnaking-
up of rocks; 1. Darox. I V 0.20:1:4.11.11"atowt
Institute 0 KV116 Ae to
In the section role Ing to datondslag the al"Wime of
tragmate tu follgrift paper* "" premat"t
Ob the goastitative ladicam of the quality at
breakift-vo of r"ke am the "O"que of their
ce" 5/5 60terainatim dwift MR with *zple"wes I& fall""
IV 116. 116 INVOW, 111111110

AUTHORS: .2Li~~~urbatcv, V. M. SOV/32-24-10-313,,"70
TITLE: A Dynamometer for Measuring the Forces Engaged in an lmpa~-t
Effect on Samples of Cylindri~al Shape (Dinamometr d1ya
izmereniya sil pri udarnom vozdeyetvi-, na cbraztsy *Isi.indr---
cheskoy formy)
PERIODICAL: Zavodskaya Laborat oriya, 1958, Vol 24, Nr 10, pp 1265-126,,7) (USSR)
ABSTRACT: A dynamometer was constructed (the diagram of whicK is given)
which serves for * he investigations mentioned in the title, and
which may be used for samples of different materials. The an-i"
and the membrane c f the dynamometer (carrying out the transfer
of force) are made of !zteel of type US thermally treated up t ~ a
hardness of 50 RC. The cell recording the deformation of 'the
membrane after the imp-act is connected to three analogous w,-r--
cells according to an ordinary bridge scheme. The bridge is
fed by a generat~-r which takes thi- voltage of the sound freoliency.
The electric pulse formed on the impact upon the sample is
amplified and tran smitted to the oscillograph - W;--2. The
oscillogram of the impact r-f a 15 kg weight froz a heigh* f
Card 112 10 cm upon a gyps,,i m sample is given as ar. example. Th- max:m-~=

SOV/32-24- 'C - 3E,"'C'
IA Dynamometer for Measuring the For-,es Engaged in ar Impact Eff -C* :,-. Sa7~F - -
c-f Cylindrical Shape
. 2, , - -f -Impact !
stress is 960 kglrm . hf~ dura: :,- - .. 9 6 , 17 m s,
There are 2 figiires.
ASSOCIATION: Institut g~,.,-Pog, dela Akaleir.!, nauk SSSR (Wring
AS USSR)
Card 2/2

140) SOV/67-59-5-3/30
AUTHORS: Graubits, Zh. K., Candidate of Technical Sciences (Deceased),
Orlov, R. V.9 Candidate of Technical Sciences
TITLE: Utilization of Oxyliquites in Mining
PERIODICALs Kislorod, 1959, Nr 5, PP 12 - 15 (USSR)
ABSTRACT: Oxyliquites prepared by soaking 1 cellulose or porous carbon
material with liquid oxygen and representing most effective
explosives, found a wide range of application in open working
also in USSR (Dneproges, 1927, and Norillskiy gornometallur-
gicheskiy kombinat (Norj~.Oddy Mining-metallurgic Kombina t)
1943-1955). The application of oxyliquite in underground
working has not yet been attempted in spite of this long ex-
perience. In the present paper, investigations of the possi-
bility of asing oxyliquite for underground explosions were
made based in experiences gained in open working, and the
productivity of this application is discussed. Working with
oxyliquite is relatively simple, only due to the short life
of the material particular calculations concerning the charging
of boreholes with oxyliquite cartridges are necessary. The raw
Card 1/2 materials for oxyliquite have to be processed to cartridges

Utilizatiov of Oxyliquites in Mining SOV11/67-59-5-3/1'C
in an oxyliquite plant situated in the mines. The charging
which takes 7-8 minutes for 30 boreholes of 1.7 - 1.9 m is
below the life limit (15 minutes). The cost of production for
1 ton of oxyliquite amounts to 618 roubles which only comes
up to 2/3 - 112 of the price of usual explosives. Especially
in districts which are not accessible by rail, and in which in
mining'regions an oxygen plant for liquid oxygen can be estab-
lished, cost is considerably reduced. Another handicap to
this application was the frequently observed exploding of the
charge. The reason was found to be the impact effect on the
cartridge in filling the boreholes. By careful loading~ explo-
sion may be avoided. For the further development of ox1liquite
application in underground working, especially in drawing of
useful minerals, directions will be elaborated by the Inter-
departmental Commission of Explosives at the Mining Institute
of the AS USSR. There are 7 references, 5 of which are Soviet.
Card 212

25(2) SOV/32-25-3-43/62
AUTHORS: Baron, L. I., Xurbatov, V. if., ai2iL-A--Y-
TITLE: Pendulum Impact Testing Machine for the Determination
of the Energy Capacity of Demolition (Mayatnikovyy koper
dlya opredeleniya energoyemkosti razrusheniya)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 3, Pp 361-362 (USSR)
ABSTRACT: In the case of sample demolitions. especially of rocks, due
to impactep only part of the impact energy can be transformed
into demolition energy. In order to determine this part
of the energy, a special pendulum impact testing machine was
designed (Fig 1). The device has a pendulum anvil to which
the rock sample is attached, and a pendulum hammer. Both
pendulums are freely suspended on thin steel wire and can
revolve in ball bearings around a fixed axle. By means of
this device the energy amount, which is absorbed by cylindrical
samples in the demolition process, as a function of the height
of these samples was investigated. A diagram of the values
obtained by the testing of concrete samples with an impact
energy of 6 kgm is given (Fig 2). In the demolition process
the absorbed energy mounts in proportion with the height of
Card 1/2 the sample and gradually approaches a constant value.

SOV/32-25-3-43/62
Pendulum Impact Testing Machine for the Determination of the Energy Capacity
of Demolition
Investigations showed that the part of the energy which
is absorbed at the demolition of the samples is approximately
the same for various brittle materials, and is about 70% of
the entire impact energy under the above mentioned conditions.
There are 2 figures.
ASSOCIATION: Institut gornogo dela Akademii nauk SSSR
(Institute of Mining, Academy of Sciences,USSR)
Card 2/2

DOLGOVf O.A., inzh.; ORLOV, R.V., kand.tekhn.nauk
Estimating the accuracy of calculatingithe dJAtribution of brine
temperature in refrigeration pipes by the method of hydrauLic
analogies. Nauch. soob. IGD 17s16-21 162. (AURA 16:7)
(Soil freezing) (Hydraulic models)

ORLOV R.V ;_SARATIOVSKIY, E.G.
Calculation techniques and cybernetics in mining engineering. Ugol'
37 no.3:11-15 Mr '62. (MIRA 15:2)
1. Institut gornogo dela im. A.A.Skochinskogo.
(Mining engineering) (Cybernetics)

ORI~~~~hn.nauk
Using calculating machines to study the parameters of mining
machines and mechanisms. Nauch.soob. IGD 22:3-16 163.
(MIRA 17:5)

ALEYNIKOV, B.I., inzh., qRLOV, F~V., kand. tekhn. nauk; BAZYLFV, V.G., kand.
tekhn. nauk
Algorithm of the control of a mining complex with an averaging
system; Labedi mine. Izv. vys. ucheb. zav.; gor. zhur. 8 no.2%
20-25 Ib5. (MIRA 18:5)
1. Institut gornogo dela imeni A.A.Skochinskogo (for Aleynikov,
Orlov). 2. Nalichno-issledovatellskiy institut po problemam
Xurskoy magnitnoy anomalii imeni L.D.Shevyakova (for Bazy1ev).

R.V., kand. tekhn. nauk; ALEYNIKOV, B.I., inzh.; BAZYLEV, V.G.,
kand. tekhn. nauk
Controlling the averaging process in ore mining with the
help of electronic computers at the "Lebedin" strip mine
in the Kursk Magnetic Anomaly. Gor. zhur. no.2:48-51 F 165.
(MIRA 18:4)
1. Institut gornogo dela im. A.A.Skochinskogo (for Orlov,
Aleynikov). 2. Nauchno-issledovatellskiy institut Kurskoy magnitnoy
anomalii im. L.D.Shevyakova (for Bazylev).

I ~'7 na _,,.i A---]
Y. t v A 'K qn-I
&r -ni c1 rlA T!
ligoll 4.0 Ap t fA.
r
M V.. e1 - a r a K r

BELOV, A..-A.; DOLGINOV, Ye.A.1 KROPACHEV~ S.M'111~* ORLDVP R. Yu.; SOKOLOV, B.A.
fterkeask-Kelasuri laterjkl disturbance of the stmeture of the
%reater Caucasus. Izv. AN SM. Ser. geol. 24 no.6:24-32 Je 160.
11 (MIRA 14:4)
1. Moskovskiy gosudarstvennyy univereitet.
(Cauca ous-GeoloV P Structural)
10

ORLOV, R. Yu.
Cand Geol-Min Sci - (diss) "Geolog'ical structure of the Kti-
Teberdinskiy Scheelite-Arsenopyrite Deposit and its place in
the system of general principles of tungsten mineralization
in the Greater Caucasus." Moscow, 1961. 18 pp; (Ministry of
Higher and Secondary Specialist Education, Moscow Order of Lenin
and Order of Labor Red Banner State Univ imeni M. V. Lomonosov,
Geology Faculty, Chair of Useful Mineral Resources); 200 copies;
price not given; (KL, 6-61 sup, 203)

BMWAUV, IU.S.; TF. R-Ilu--
Genetic types and epochs of the formation of tuvgsten and molybdenum
minbralization in the vestern part of the Greater Caucasus.
Vest,,Mbsk*un9Ser*4: Goole 17 noo5155-65 4-0 162. 0CM 15:11)
I* Kafedra poleuqkh iskopayourkh Moskovskogo univerniteta.
(Gaucasue-Tungsten ores) tCaucastw-lblybdemm ores)

01=, R&YU&
Relatims between schoolitep wolfrandtos, and milfides.
Dokl. AN SSSR 147 no.1:207-209 N 162. (MIRA, 15:n)
1. Prodstayleno D.I. Sbaherbakovym.
3.iLlicademi Iran
(Sches (Volframite) (SuMdes)

ORLOVV R. YtI.
Dissertation defend9d at the Instittito of t~e Ggology of' Gre [hpositilp
Petrography, Mineralogy, and Geochevistry for the academic degree of
Candidate of Goologo-Mineralogical Sciences:
"Geological Structure of Vie 4ti-Teberdinskiy So~eelite-arsenic-
pyrite Deposits Placed in the System of General Regularities of
Tungsten Mineralization in the Great Caucasus."
Vestnik 6kad Naulk, No. 4, 1963, pp. 119-145

SMIRNOV, V.I.; BORODAYEV, Yu.S.; BOCHA]HOVA, G.I.; GONCHAROVA, T.Ya.;
DEMIDOVA, N.G.; ORLOV, R.Yu.
Characteristics of the igneous activity and metallogeny of
geosyclinal and platform stageq In the development of the
western part of the Greater Caucasus. Zakonom.ramm.polezn.iskop.
7:210-218 '64. (MIRA 17:6)
1. Moskovskiy gosudarstvennyy universitet imeni Lomanosova.

ACC NR- AP6018777
AUTHOR: Orlov, R. Yu.
RM
SOURCE CODE: UR/0070/66/011/003/0463/0464
--q
25
ORG: Moscow State University im. M. V. Lomonosov (Moskovokiy gosudarstvennyy
univeraitetT
TITLE: Hippuric acidlas a source of the second harmonic in the optical range
SOURCE: Kristallografiya, v. 11, no. 3, 1966, 463-464
TOPIC TAGS: harmonic oscillation, uniaxial crystal, laser effect, laser radiation
ABSTRACT: An investigation was made of the possibility of using hippuric acid
(C H5CONHCH2COOH) to generate the second harmonic in the optical range under the
efiect of powerful coherent laser radiation. Hippuric acid, which crystallizes in
the 222 class of rhombic syngony, possesses a high degree of nonlinearity. In this
class it is possible to measure the X14, X25, and X36 tensor components of quadratic
polarization. However, in the present investigation only the X component was
36
measured. Plates 0.5 to 1.5 mm thick and about 10 mm wide wt-.re cut from hippuric
acid crystal parallel to (110). The z-axis (perpendicular to the plane of the
optical axes) was adjusted perpendicularly to the 7olarization plane of the laser
beam. The maximum ratio of the intensity of the second harmonic IHA generated by
the hippuric acid plate (110) and the intensity of the second harmonic IADP generated:-
by the ammonium dihydrophosphate plate (110) was approximately 6.5. Thus,
I

L 29566-66
ACC NRt AP6018777
X36(HA) Pd 5X36(ADP). The measurements showed that a synchronism is possible in
hippuric acid crystals when the light wave of the fundamental frequency of a definite
polarization propagates with the same velocity as its second harmonic at some other
polarization. The a a , and a directions of synchronism for hippuric acid
biaxial cryst 1; T, 63% and 18', respectively. To obtain a second harmonic
als wer
in the a, direction, the fundamental frequency beam must be polarized in the plane I
of the optical axes, while in the a, direction it must be polarized perpendicularly I
to this plane. Orig. art. has: 1 igure. [JA)
SUB CODE: 20/ SUBM DATE: 24Jun65/ ORIG REP: 001/ OTH REF: 001/ ATD PRESS:
S14,
Card 2/2

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Medicine - Dice
'One Use of Garlic In China,* S. A. Orlor,
4 p
*PrIroda' No 7
Orlow, who Urod In Shang-hal for 15 years,, states
that Chinese use garlic an antiveeril measare vhes
storing rice.

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