SCIENTIFIC ABSTRACT ORLOV, V.A. - ORLOV, V.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238220007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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L 05405-67 EWf.~mYPE~jw/FdP(t)/ETI IJF(c) JDIWB
RE NW. .. AT66_2_2~i2 SOURCE CODE: UR/2T52/65/000/068/0045/0059
AUTHOR: Orlov, V. A.
ORG: None
TITLE: Conditions for acid cleaning of marine assemblies
SOURCE: Leningrad. Tsentrallnyy nauchno-issledovatellskiy institut morskogo flota.
Trudy, no. 0 , 1965. Tekhnicheskaya ekspluatataiya morskogo flota (Technical opera-
tion of the merchant marine), 45-59
TOPIC TAGS: hydrochloric acid, hydrogen embrittlement, corrosion inhibitor, marine
equipment, cleaning technique, carbonate, phosphate
ABSTRACT: The author presents tpe results of a study on the effect of bydrochloric
acid concentratiol~, temperature pickling time, the amount of PB-5 inhibitor on hydro-
gen embrittlementAnd co Nf steel. The effect of temperature and acid concen-
tration on the rate of cleaning scale, rust and incrustation from lov-carbon steel is
determined. Experimental data are given on the amount of acid used during metal
cleaning. The results of the study shov that I g/1 of PB-5 inhibitor added to 20% hy-
drochloric acid has the maximum effect on decreasing metal corrosion. Cozrosion and
bydrogen embrittlement increase rapidly as the temperature of the bydrochloric acid
solution with PB-5 inhibitor rises past 20-25()C. Optimum cleaning rate is achieved
.12:621.82-oo4.55

L 054(Y
ACC Mks
at 20-250C for high bWdrochloric acid concentration vith little Improvement at higher
temperature. On the other hand, cleaning rate increases with temperature for lov
acid concentration, but the optimum temperature interval is not such higher (25-300C).
Hydrochloric acid concentration has a greater effect than temperature on dissolution
of carbonate and phosphate incrustation. 20% hydrochloric acid concentration contain-
ing 5-8 g/A of FB-5 inhibitor at 200C can be considered optimum for kWdrogenation,
corrosion losses and cleaning rate. Orig. art. has: 8 figures, 5 tables, 1 formula.
SUB ODDZ:%%7/ SU34 DATE: None/ ORIG REF: 015
Cwd

ORWV. V.A.* starshiy burovoy master.
"0" sirAg core drills for underground prospecting boreholes. aor.
xhur. no.7:77 JI 157. (K1BA 10:8)
1. MuLkhta Novaya, rudoupravlanira Imeni K. Libknekhta.
(Boring machinery)

ORIJDV V - VALITERY M., red.; PAEGLIS, Ya.[PaegliD, J.3, takhn. red.
[Cleaning of steam bo',Iere with
Repairing and Shipbuilding Plant
slotnaia ochistka parovykh kotlov;
sudoe,troitellnogo zavoda W. Riga,
1960 25 P.
Niga-Boilers,
acids; practices of the Riga Ship
of the Ministry of the Fleetl Ki-
opyt Rizbskogo midoremontno-
TSentr. biuro tekhn. informatsii,
(MIRA 14:11)
Marine-Maintenance and repair)

ORWV 0 V.
Experimental checking on cathodic removal of rust from metal.
Rech. tranep. 19 no.3:"-46 Mr 160. (MIRL 14:5)
1. Rachallnik teentralluoy laboratorii Rishokogo sudoremontno-
sudoetroitellnogo zavoda.
(Hulls (Naval architecture)-iZorrosion)

GRIBANOT, Vladimir Ivanovich; QWT, Vladimir And"yovich;XOCHUROT, N.I.,
dote., retsonxent; ---I)MOVA, G.A..
. p $a.;
red. Isd-va; SHCHWININA, L.T., takhn, red.
ECarburetors for internal combustion engines] Karbluratory dyi-
gatelei vuntrennego sgoranila. Nookwa. Goa. nouchno-takhn. isd-
vo mashinoetroit. lit-ry. 1961. 201 p. (KIRA 14:5)
(Carburetors)

28537
3,11 11~7, ~- /~ i 5
A004/AIGI
AUTHORS: Orlov, V.A.. Prokof'yeva, M.I.
TITIZ: Electrochemical metnid Df parkerizing
PMUODICALs Referativnyy zhurnal. Ma4hInoa'.rc:ren.Iye, ri. !A-. 19t,",
18B459 ("Siidostrols.~Iye", 1961, no. 2, 48)
TIMT: The authors deBcribe the rc-,,.l" of
Rizhakiy sudoetroitellr,,-.~-si,'~.-)re..-rr,.ntyi zav--d (Riga 31-.1p Fla:
to f ind a metfiod of passivatIng ~~;Erst szael wh! ~1, wo -I a 7r
roaion protection during the st-oraws of the steel. in -Lrb a--
the phosphate film as primer -ander th(i lacquer and pain- cc&-i-q. A -sv-
electrochemical d-c parkerl.-Ing waB whIch a -:aL-':.g
ed by a finely crystalline st-r-uvo;v!, deasity. v3o-i d~-i
tive properties. Specimens fwm C- .3 ~St-3) FhaAl ste,~I wi--i4 -%,.-
the following oonditionss temperwwr* 200C. Current vrrn 1~-, :~, J.-'r 2-
tion - 10 minutes. To check the mechanical pripsrti,.~s cf tl,!e :wrn,,ina'
the sheets were subjected to working on bq-nding
bending machine. Based ori -testA~. the :riw- f-::-
Card 1/2

2!5 J7
11*otroohemioal method ,f nLrkdr~zng snrv~t n-,~tt, /A,( 1.
phate coatings cbtained i),~, P%rkjrIz,r.g
the application of a dr-jirg Gil w--*'.! ,%r,~jts7t msttls f-j-,T r -V,
8 months; the elactria psrkartzing procesp cw~ be ~-arri,--i SL
ture range (the bathe can Ibe m~juntid in tr.ft cn,-in 9L-'r),T 'It ',I'
require special drying prior to applying thq dmying oil. P-1,3
the organization at the Plax-it of a seatior, for the chem!,.al ~-,Itartr.s :f
steel from dross and ruat wi!th eabbequent Csotr-o
references.
[Abstracter's note: Complete trar-sLat.'~.-.]
Card 2/2

ORLOVO V.
Acid methods of clewiing steam boilers and anchor chairm. Rech.
tramp. 20 no.$03-35 My 161. (MIFA 14:5)
1, Nachallnik toentrallnoy laborator:U Rishokogo sudoremontno.-
sudoetroitellnogo savoda.
(Boilers.. Marine-Mmming)

CRWV p V.
Oil removal from at*am boilers and main condensers. Mor. flot
21 no.12:21-22 D 161. (MIRA 14:12)
1. Nachallnik teentralluoy laboratorii Rizhokogo audoremontnogo
savoda.
(Boilers., Harine-44aintenance and repair)

CF=p Vo
Steam boiler protection by phosphate vapor plating. Rech. transp.
21 no.6:25 A 162, (MIRA 15-7)
1. Nachallnik TSentrallwy laboratorii Rizhakogo
sudostroitelinogo i sudoremontnogo savoda.
(Rollers,p Marine-Corrosion)
(Vapor plating)

CRL40V, V.; SOL4WsIEVAJ, Z.; RUDNOVA2 L. . inzhoner-khimik; KOVALEV, N.;
KHAMLI V L.
Draw ship repair plmt laboratories into doing creative work.
Mor. flat 22 no.3-1:36-37 N 162. (KMA 15:12)
1. Nachallnik TSentralinoy laboratorii Rishokogo sudoremontnogo
-zavoda (for Orlov). 2. Starshiy inshener-fisik TSentrallnoy
laboratoril Rizhokogo mWoremontnogo zavoda (for Solorlyeva).
3. Starshiy tekbn' TSentrallnoy laboratorii Risbakogo
sudoremontnogo zavoda (for Kovalev). 4. Starshiy laborant
TSentrallnoy laboratorii Rizbskogo sudoremontpogo zavoda
(for Khakhell).
(Ships-44aintenance and repair)

ORWV.% V.A., inzh,; RATrNIKov, v.V.
Cold phosphate costing Of ship hulls and BuperstructureB.
Sudostroenie 28 no.6:54-55 Je 162. (KRA 15:6)
(Phosphate coating) (Ships-Wntenanae and repair)

CkIIWV,t V.A*, insb*; MYAGKOV# N.Pas inzile
laproying the corrosion protection of ballast taWm. Sudostroenis 28
no.,11:53-55 N 162. (ML-A 15:12)
(Balls (Naval architecture)-Corroolon)

ORLOT, T.
Acid cleaning of *team boilers. Nor. flot 23 no.1:15-36
Ja t63. (NDA 16W
1. b4hallnik laboratorii Rizhokogo sudoremontnogo zavoda.
(Boilers, Marine-Cleaning)

ORLOV, Valentin Aaeksandrovich, aspirant
Design of an optimum contro2ler for regulating the operation of
an electric are steel smelting furnace. Izv. v7se ucheb. zELv,;
elektromekb. 7 no.9:1120-1129 264 (MIRA 18-.1)
1. Institut avtowtlki I telemekhani-ki, Moskva.

ORLOV, V.A. (Moskva)
Synthesis of the transfer function of an optimal controlle-.
Avtom. i telem. 26 no.1:50-57 Ja 165. (MIRA 18:4)

L 43928-66
ACC NRI AP6027432
SOURCE CODE: UR/0125/66
AUTHOR: Chekotilo, L. V.; Artamonov, V. L.; Orlov,__V. A
/007/0054/0057
ORG: [Chekotilo, Artamonov) Electric Welding Institute im. Ye. 0, Paton, AN UkrSSR
(Institut elektroavarki AN UkrSSR); [Orlov] First State Bearing Plant (Pervvy
gosudarstvennyy podshipnikovyy zavod)
TITLE: Submerged-arc weldI2 of.oxidatioyresistant austenitic Kh25N2OS2 steel and
Khl8N35S3 lloy it
SOURCE: *Avtomaticheskaya svarka, no. 7, 1966, 54-57
TOPIC TAGS: a tenitic steel, chromium wftbwL steel, 41don*m nickel alloy,
Sw'--~~resistant steel, metal welding/Kh25N2OS2 steel, Khl8N35 alloy
ABSTRACT: Automatic submerged-arc weldir)g of oxidation-resistnnt Kh25N2OS2 steel and!
Khl8N35S3 alloy (both are susceptible tol-'ho_t rrarkl-np owing to a high silicon contentY.
/Ican be done sucessfully with EP532(,Kh25N20SR1)1%lectrode wire containing 2.5-3%
7% boron ARF-22 flux. The wire should be 2.0-2.5 mm in
~icon and 0.4-0. ay ac
diameter. For wires with at ron content over 0.5%, ANF-23 flux should be used. To
reduce further the weld cracking, Preheating to 200-250C Is recommended. The joints,
welded with EP532 wire possess a fairly high heat resistance. For instance, the
rupture life at 900C of Kh25N2OS2 alloy welds austenized at 1100C and aged at 750C
for 5 hr was 177 hr under a stress of 2.5 kg/mm2 and 705 hr under a stress of
2 kg/=2. Due to a high silicon content in EP532 wire, the welds are not susceptible
0

L 43928-66
ACC NRs AP6027432
to carburization and are oxidation resistant at high temperatures. The new method
of automatic welding has been successfully introduced in the industry. Orig. art.
has: 4 figures and 4 tables. [TDI,
SUB CODE: 11, 13/ SUBM DATE: 13Jan66/ ORIG REF: 004/ ATD PRESS: 0
LCavd 2/2

j)/TZ1'7'qP(v) TjP(c) P'M4,11
SOURCE CODE: UR/0413/66/000/0111614V01-43
INVENTOR: Levin, A. Ya.; Orlov, V. A.
ORG: none
TITLE: Thermal- and acoustic- insulat~qn
compartments, Class 62, No. 183593 qvering for aircraft cabins and
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 13, 1966, 143
TOPIC TAGS: acouatic insulation, heat inaulation, aircraft cabin environment
ABSTRACT: An Author Certificate has been issued for a thermal- and acoustic-
Insulating covering for cabins and compartments in transport aircraft, the skins
of which are made up of sections of longitudinal and transverse load-bearing units
using porous material laid onto the skin in one or several layers. To better
utilize the thermal- and acoustic-insulation properties of the materials (e. g., of
ultra thin glass wool), to facilitate installation and removal, and to protect
cooled surfaces from water condensation, the covering is made in the form of
separate blocks coated with a waterproof film. These blocks are then placed in the
section frames of the skin and secured to the latter around the edges by a plastic
strip hav-ing an adhesive layer which provides hermqtic sealing and ease of removal.
Polvisobutvlene(' , or some other nonsetting adhesiv6~ls used to bond the blocks to the
skin. I (WHI
SUB CODE Ol/ SUBM DATE: 2ojul64/ ATD PRESS: 5-e'17
Card 1 A uDc: 629-135/138

AOCZSUCE M: AADWSW 8101WAlOW1061000610009
AUMOR: Orlaw. To A
.Tustawwo Oe 0,
AA,
aster at BY" 10 4c acid*
6j, 6-9
sidA 656" aqpd3uwsl emammizatsom" vlnylphoa-
artbft=3~11; skim OMMIXWO ,IOU, mW eater s%P"w oqpzpwr, VIVI-.
0309Nboam" alul &,ad*, 009023uwt mahwAmj, 1nducUm parlolp
-"v=, auyi alcoba. =do &old d1chlorsithyl
aaattm zewuvaw,
ester
ABSTRAM. * Tm klustles at 3wrlsoMan at 41- ,a I -chlamtbri estw of
p. _
vuwlm_boa-bmse add (MP) vItA nrUmrAft wdA OMt),p vith styz~ and vith
auyl alcoba vow stam", yZemay IF OwyetalUsed bmusWl pu=dde v" u"d
%be ftitlator. In We ml watlom nqp at O..2-e,,Gf by V"Abt of the ammer
the relatift -bell== vw bdua I aim md IrAlUtor ecacm-
Iff ,0041W am- -
(a) is noun- T, raft
Init a 2035
tun miallm rw X6 wx--30# AM in V~ so ~j 1. Is vmt a
cw4 3/3.

Acamsim NR: APW3994o
14.1, where vinit is percent of volume reduction of the reaction mass in 1 minute
and T is the absolute temperature. The presence of atmospheric oxygen produces
an induction period, but then polymerization proceeds more rapidly than in vacuum.
This induction period is reduced with increase in temperature in the 50-80C ranGe.
The polymerization mechanism involves initiation due to the decomposition of the
initiator and termination resulting from the recombination of two polymeric radi-
cals. Regardless of initial monomer mixture, the copolymer is enriched in MAK;
the relative reactivity of DCVP and MAK was calculated: rl = 0.1, r2 1.7. The
relative reactivity of DCVP and styrene were also found: rl = 0.2, r2 2.2.
DCVP is more active on copolymerization than the diethyl eater of vinylphosphonic
acid. DW did not copolymerize (or there was =4 a -nn" amount of conversion
at low alcohol concentrations) vith allyl alcobol at 50-1= MA starting mixtures
contalnW 5-50% allyl alcohol,, probably due to the inhibiting action of the OH
group on DGW. "So A. Sokolov participatod In the experimental worko"' Orig. art.
hast 3 tables and 4 figures*
ASSOCI=OK% Nme
CWd- 2/3-.

AccEmioii zm: AphoW497 S/0190/64/006/006/1157/1157
AUTHORS: Orlov, V. A.; Tarakanov, 0. G.
TITLE: Thermal destruction of polyurethanes (letter to the editor)
SOURCEt Vy*sokomoleku1yarrMe soyedineniyas ve 6. no, 6s 1964s 1157
TOPIC TAGS: polyurethanes toluylenediisocyanate ethyleneglycol polyurethane,
hexaxaethylonediisocyanate othyleneglycol polyurethane, polyurethane thermal
destruction, destruction products polyurethane specific viscosity
ABSrRACT: Studies were conducted on thermal decomposition (in vacuum) of a
polyurethane based on toluylened:Lisocyanate and othyleneglycol (I) and of
polyurethane based on hexamthylenediisocyanate and othyleneglycol (11). The
composition of gases and volatile products obtained at 250C was analyzed chromatog-
raphically. Specific vis,~.-~sities of polymer solutions heated at 190C were
recorded. It was found -. .;, the decomposition of-polyurethane I started at 170C,
of polyurethane n at 190C. The gaseous phase contained carbon dioxide, ethylene
oxides acetaldehydes and a number of unidentified products, The thermal decompo-
sition of polyurethans I yielded nearly twice an much carbon dioxide am, the
Card 1/2

AccEssioN xR: APOW497
decomposition of polyurethane II. The volatile decomposition products of poly-
urethane I contained large amounts of toluylenediamine and only a little ethylene-
glycol, while the thermal decouposition products of polyurethane II contained
substantial quantities of ethyleneglycol but no free hexamethylonediamfne. The
specific viscosity of the solutions of polyurethane I dropped sluwplv after the
beginning of heating,, while polyurothane II became insoluble. The authors conclude
that the patterns of thermal destruction suffered by polyuretharm I and II differ
substantial2y.
AS=IXrIONt none
SUBMITTEDs 27peb64
DATE ACQx o6jul64
UC L: 00
SUB CODEs Oc
ND REV SM ODO
OTHERs 000
Card 2/2

TATWUNOV, O.G.; VAKETINA, I.A.; ORLOV, V.A.
P etics of gas evolution In the reaction of
uith water. Plast. massy no.12.45-46 164.
(M:R.A 18z3)

ommo V. A.
Orlov 0
.. V. A. -- "Investivation of Mechanized Bunker Coal-Mixing Apparatus."
Min Railways USSR,, Moscow Order of Lenin wd Order of Labor Red Banner
Inst of Engineers of Railroad Transport imeni 1. V. Stalin., Moscow,, 1955
(Dissertation for the Degree of Candidate in Tchnical Sciences)
SD: Knizhnaya Letopia',, No, 23, Moscow, Jun 55,, pp 87-104

BUSH, V.I.-. ORLOV, V.A-
~-- - ~H
Our complaints against factory slippliers. Avtom., toles. I eviaz'
no.3:39 Wr '5?. Oaju 10: 4)
1. Ilektrozekhanik Leningrad Varshavokoy distanteii signalizateit
t svyas~ Oktyabrlskoy dorogi (for Bush).
(Railroads-3qnIpment and supplies)

C) R I- c " ,J, A
ORLOV, V.A.
- -
Construction deficiencies In banner mchanisms. Aytom., telex. I
eviss' 2 no,2:31-32 7 159. (MIRA lltl)
1. ftwehly elaktromkhaulk Dologovskoy dintanteli signalizatmil I
ov.vml Oktyabriskoy dorogi.
(Rallroads-Signaling-lquipment and supplies)

ORLOV, V -A -
Xwove the working conditions of railroad station attendants.
Avtom., telem. i sviast 4 no.10:39 0 160* (KIRA 13:10)
1. Starshiy alektromekhanik Ealinskoy distantaii signalizataii i
avyast OktyabrIskoy dorogi.
(Railroads-Uployees)

__ OR LOV, V.A.
Protection of electric switch drives from frost. AVtom.,,.t*--leA-
i evias' 6 no.1003-34 0 162. (MIRA 16:5)
1. Stardhiy alektromakhanik Kyalininakoy distantsil signalizataii i
avyasi Oktyatt.'skoy dorogi. (Railroads--Switches)

O'Ll-'Ov , *.' .- . ; . - . : ., I I
. .
. , t~ :7.L i , -,;-: , -
r,, I( ~
.15' v -
- , r - -a. - r"
: - . Y", r ethal: e . e - . . Cl
(: ~ RA 1 ')

FOMENKOP B.A.; ORLOV, V.A.1 TARAKANOV, O.G.
Studying the ki-netics of polyurethane formati~,n bry the change C-f
tho appolfic volumetric rnsiBtancs of the thermo6atting syetem.
Plast.massy no.10i47-49 164. (MlRA 17:10)

WW/RM
W/005/0612/00
fo ows 1,
.!a yz ng*--,the*pr --uctso e',.degr-a"l.,ion'Or-oc~ido--ao, -11~
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tki 4661, cotita n-.react- ve,
4inking rea'cit-lonsi,-, The kichainisti-,va, a also- w
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I. OC G e,
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ja-dep-adati Almd -hbzeOdiethyltW6-dlbocyangL e - -ethylene
t
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e-r-m'il--a bilitk-, polyu

-
- ~ -.-~ I , zfj ~ ~
. I- _.- ,: , - ~ --- - . -

ORLOV, V.A., Insh.
Naltichannel telesetering unit for transmission of measurement
data from a movinc obJect to fixed recording equipment. Trudv
PAZ no.120:59-80 160. (MIRA 13:9)
(Telemeter)

EMILINIXOVp D.D.; yFDWV,, 1I.N.; NIFONTOV,, M.A.; ORLOV, V.A.
Relation between the intensity of the ionization buret
and the sh%"r intensity in high~prexvvre chambers.
Trudy UFAN SSSR. Bar. fiz. no.4:15-18 162. (MIRA 15:12)
(Ionization) (Cosmic rays)

WT (-0)

'has
an
%V "All

7
S/194/62/000/002/061/096
D273/:)301
U'Hoa: Orlov V. A.
'LITL---: --~U 7alysi~sof ~transistor voltage converters wit1i capa-
citive storage
2-7-'RIO.DICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 2, 19621, abstract 2-5-51P (V sb. Poluprovodnik,
pribory i ikh primeneniye, no. 7, M., "Sov. radio",
1961, 260-274)
2EXT: In analyzing the circuit elements of a symmetrical multivi-
D.-ator of a transistorized converter with capacitive output (Ifor
example, photographic flash guns) the thermistor parameters are
worked out, as well as the inductance of the transistor and the ir'-
fluence of the output rectifier circuit. The value of the elements
of the inverter circuit - capacity and re8istance - are determin(~d
from the working rate of the PT which, alternately closing and ope-
ning, pass the current through the collector winding of the tranois-
tor. The transistor in the inverter circuit does not come in be-
Card 1,12

3/194/62//000/002,/06 ', 1/096
Analysis of transistor D273/D301
cause no particular demand is made upon it. The maximum capabiliLy
of the efficiency factor in 8uch a system is not more than 50,- A
converter based on a thermistor type n2OZ(P202) with a storage ca-
-Jacity of 800 microfarads and an output voltage of 300 V has a
rge time o-~' 15 seconds. 5 references./-Abstracter's note: Com-
la
c
plete translation._7
Gard 212

MWV.Vladimir
On the thromhold at the atosic W. Tokh.sol-23 no-11:1-6 9155.
(Atowle pmer) (Vaclear rowtors) (KRA 8: 12)

~~IR,Ya.l., kandidat tokhnicheakikh nauk; ORLOV,V.A., Inshener
MWrr
Some problesis of statics &nd dyftmics of the contrifuW regulating
device for the D-18 windmill. Sellkhossashins no.5:17-22 W 155.
(KM 8:6)
1. VessayuszWy Institut nekhantsatoll sellskogo khosysystva.
(WIMM1119)

ORWY, V.A., inzhener.
IG-1 clearance wasuring Instrment. Irorptik 4 no.10:2&29 0 '56.
Mu 9: 11)
(Telemeter) (Ilectric lines--Oworhoad)

861.18
0 8/112/59/000/012/046/097
A052/A00l
Translation from4 Referativnyy zhurnal, Elektrotekhnika, 1959, No. 12, p, 145,
# 24894
AUTHOR, Or
TITLE: WAA-3 (IDD-3) Measurer of Dynamic Deformations
PERIODICAL- V sb.: Eksperim, izuch. mekhan. usilly v gidrogeneratorakh, Moscow-
Leningrad, Gosenergolzdat, 1957, PP. 115-125
TEXT, A 4-channel device for measuring dynamic deformations by means of
strain gauges Is described. In the 0-500-cycle frequency band the frequency error
is -'- 4%, Nonlinearity of amplitude characteristic is ~L- 3%. The strain gauges
can form a bridge or half-bridge circuit. Balancing is carried out by the real
and reactive components. To the bridge output a phase-sensitive Indicat3r is con-
nected.
G.L.A.
Translator's note, This is the full translation of the original Russian abstract.
card 1/1 0

ORIOV, V.A. Insh.
~tl -~-
tth~`otds for using electric strain gauges. Ilek. eta 29 no.10:75-79
o 058. (strain gauges) (UM 11:11)

8(6) SOV/1 12-59 -5-8832
Translation from: Ref erativnyy zhurnalk. Elektrotekhaika, 19 59, Nr 5, p 60 (USSR)
AUTHOR: Orl
TITLE: ORGRES Equipment for Measuring Dynamic Deformations
PERIODICAL: Naladochnyye i eksperim. raboty ORGRES, Nr 15, 1958, pp 194-201
ABSTRACT: Strain-gauging equipment developed by ORGRES for measuring static
and dynamic strains in wires, towers, insulators, etc. , is described. The
equipment is intended for mechanically testing the 400-kv Volga-Moscow
transmission line. Models IDD-3, IDD-3M, IDD-4M of the strain gauge are
considered.
F. F. V.
Card 1 / I

Insh.
Investigating the regulation of wind electric power plants with
the D-18 wiWaIlle Nauche trudy VISSO 4:226-256 159o
(ULM 13: 11)
(Winduills)

ANUMNOT, Viktor Nikolayevich, prof.; BYSMTMUY, Dorian Neumovich;
VASHOVICK. lonstentIn Petrovich; SWOROF, Vladimir Rofailovich;
aW T A Md.; TONXIN, X.P., teidm.red.
[Wind-powered electric power plants] Yetroelektrichgakie stantall.
Pod obahchei red. T.N.Andrianove. Moskva, Goo.onargisd-vo,
1960. 319 P. (NM 14:3)
(Blectric power plants) (Wind power)

ORLOVP V.A.
Study of the regulation of wind electric power plants with
stabilized wind-driven generators. Elaktroonergetika no.4:115-132
161. (14MA 14~8)
(Wind power) (Electric power plants)

ORLOV, V. A.
Cand Tech Sci - (diss) "Rural wind-electric stations and windpower
equipment with stabilizer wind-motor (statics and dynamics of con-
trol)." Moscow, 1961. 18 pp with diagrams; 1 page of charts;
(Moscow Order of Lenin Agricultural Acodemy imeni K. A. Timiryazev);
200 copies; price not given; (KL, 6-61 sup, 222)

ORLOV, Vadim Aleksandrovich, SHAROGORODSKIY, S.G., red.
(small electric current 9ourcem) Kalogabaritnye intoohnIki
toka. Moskva; Voenizdat, 1965. 191 p. (MIRA 18:12)

ORLOV. V. A.. Engineer 06-t-,-4 -,-Tpii
"Investigntion of Equalizine- TankA With Resistance." Sub 22 Jun 51, Moscow
Order of the Isbor Red Banner Construction Ingineering Inst imeni Y.V. Kuybysh--v
Dissertations prReented for science and engineerinr deprees in Moscow durinp 1951.
SO: Sum. go. 460, 9 MaY 55

_S-W
SOV112-57-9972
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 49 (USSR)
AUTHOR: Orlov, V. A.
TITLE: Hydraulic Resistances of the Connection Between the Turbine Penstock
and the Equalizing Reservoir at a Hydroelectric Station (Gidravlicheskiye
soprotivleniya uzla primykaniya turbinnykh truboprovodov k uravnitel'nyrn
rezervuaram)
PERIODICAL: Tr. Moak. inzh.-stroit. in-ta, 1956, Nr 16, pp 35-46
ABSTRACT: Six various models of the connection between an equalizer reservoir
and a penstock were investigated. Investigated were sets of conditions. the
turbine fully closed and the turbine open. The second set of conditions was
studied in two versions: (a) the penstock supplied from the reservoir only;
(b) a load thrown on the hydroelectric station. Hydraulic resistances were
investigated under steady-state flow conditions within the range of the square
law resistances for various diaphragm conditions. The problem of the influence
Card 1/2

I SOV/112-57-5-9972
Hydraulic Resistances of the Connection Between the Turbine Penstock and the . . . .
of acceleration in the diaphragm upon the value of hydraulic resistance in the
connection was considered. It is assumed that the above results of investiga-
tions can be used for actual conditions provided the simulation is done
according to Froude. Bibliography: 3 items.
1.1.0.
Card 2/2

L c, V
V ic~
AUTHORS: Krivchenko, G. I. and Orlov, V. A. (Moscow).
TITLE: Investigation under nat~~a_l conditions of the non-steady
state regimes in pressure water systems of Uydraulic
power stations. (Naturnye issledovaniya neustanovivshikhsya
rezhimov v napornykh vodovodukh gidroelektrostantsiy).
PERIUDICAL:"Izvesti.va Akademii Nauk,Otdeleniye Tekhnicheskikh Nauk"
(Bulletin of the Ac.Sc., Technical Sciences SectionT,
1957, No.6, pp. 110-118 (U.S.S.R.)
ABSTRACT: The results are described of tests under natural
conditions of the non-steady state processes in the water
piping feeding the Mingechaur hydraulic power station during
switching on and switching off of load. The tests were
carried out in 1954 and 1955 in the Chair for utilisation
of water power oT--the MoffU-ow Civil EFigineering In-st-ifu-T-e
]IV y-qhPx (Mosk3vskiy InzhenFrgo-S:Er ellniy
ns i ut im. V. V. Kuybysheva). The arrangement of the
water feeding structures to aach unit of the Mingechaur
hydraulic power station andthe location of the metering
apparatus are shown in Fig.1, p.111. The water is fed to the
type PO-211 turbine of 65 000 kW at 125 r.p.m. through a
Card 1/34.4 m dia. pipe system; under normal operating conditions
the pressure at the turbine varies between 49 and 65 m head.

24-6-16/24
Investigation under natural conditions of the non-steady
state regimes in pressure water systems of hydraulic
power stations. (Cont.)
The tests were carried out before the water reservoirs were
filled to the scheduled capacity and the static head varied
between 45.1 and 46.0 m. The load relief during the tests
amounted to about 50% in the tests 1, 2, 3 and 100% in the
tests 4,5,6,7 and 8 in terms of the total load at 45 m head
and was effected by the following two-methods:
a) without disconnecting the generator from the power system
by closing fully the guide vanes of the turbine and running
the generator as a compensator (tests 1,2, 4 and 5); in
these tests the guide vanes were fully closed for '00 sees
and then they were opened to a position corresponding to
no-load.
b) By disconnecting the loaded set from the power system
(tests 3, 6, 7 and 8).
In the first mentioned case the r.p.m. remained constant,
whilst in the second case it changed considerably. Switching
on of load of 60% from zero (tests 9 and 10) was effected
by shifting the guide vane limiter from a 1596 opening to a
Card 2/3 55Yc opening, whilst the generator remained connected to the
power system. On the basis of the obtained theoretical and

2k-&:L6/2Is
Investigation under natural conditions of the non-steady
state regimes in pressure water systems of hydraulic power
stations. (Cont.)
experimental results it is concluded that calculation of the
hydraulic impact (water hammer) in pressure piping of
hydraulic power stations fitted with equalisation reservoirs
yields results which are in good agreement with obtained
test results if the characteristics of the turbine, the
real law governing the closin6 of the guide vane apparatus,
the elastic deformations of the water and the walls of the
piping and the inertia of the stream, are taken into
consideration. The maximum rise in the level of the
reservoirs with additional resistance can be determined very
accurately if braking of the speed in the derivations and
the rise of the level in the reSpective reservoir during the
time of closing the turbine are taken into consideration.
Braking of the speed can also affect the rise in the level of
the reservoirs in the case of absence of an additional
resistance (e.g. in reservoirs of the differential type).
There are 7 figures and 6 references, 5 of which are Slavic.
SUBMITTED: July 10, 1956.
AVATT-A T.'F:
Cut 3/3

ORIDT.I.A., dote., kRzkd.tekhn.nauk
Unsteady water balance in surge tanks of hydroelectric power
stations. N&nch.dokl.vys.mhkDIy; strol. no.21253-M '58.
(MIRP. 1211)
(Hydroelectric power stations) (Tanks)

01MV, V.A., dotsent, kand.tekhn.nauk
Operation of the surge tank of a hydroelectric power station with
consideration of the time element in stopning the turtine. Sbor.
trud. HISI no.35:73-..7 061. (IMMU 14: 9)
(Surge tank (Hydraulic turbines)

Olmovp vp
Phosphate and Buporphosphate coatings on no tal structures.
Mor. flot 23 no.7g2g n 163. (MMA 16:8)
1. Nachal?nik tatntrallnoy laboratorii Rizhokogo sudaremont-
nogo savoda.

SIIVMIN, V.V.; ORLOV, S.I.; KAUFRMI, M.H.; STOLh'MIIY, M.F.; NCDKV, E.O.
STERI, V.A.; ORLOV, V.A.
(luillotine shears for the hot cutting of round ingots. Metallurg
9 no.105-36 Ja 164 (MIRA 18t1)
1. Urallskiy politekhnicheskiy institut, Urallskiy nauchno-issle-
dovatellskiy institut chernykh metallov i Petroura-lskiy novo-
trulinyy zavod.

GUB111, Fj., dvktor tekhn. nruk; KUPERVIAN, V.L.0 kand, tekhn,
nauk- BEIZAKOV; A.A.p retsenzerA+--XVARDAKO,Vp.A.Fp
dots., retsenzent; ORLOVV,A.,,kand.tekbn.nauk.,dotis. nauthn.red.
[Economics of water managermnt and hydraulic construction)
Ekonomika vodnogn khozialstva iL gidrotakhnicheskogo
stroitellstva. Moskvar Stroiizdatp 1)65. 302 p.
(MIRA 180)
1. Zamestitell Tekhnicheakage Soveta Gosudarstvemogo
proiArvodstvennogo komiteta po energetike i elektrifika-
tsii SSSR (for Belyakov). 2, Zaveduyushchly kafedroy gidrav-
likl i g1droscoruzheniy Vovosibirskogo inzhenerno-
stroitellnogr. instituta im. V.V.Kvybysheva (for Kvardakov).

0 V.A.
What in space ph'lately7 Zem. i veal. I no&3392-93 W-Je '65.
(w Ru is: 8)

ORLCV , V A .
Stamps tell about lunar exploration. Zem. i vsel. 1
no.4:88-89 JI-Ag 165. (MESA 1P:1-2'.,

%
A
.A=SS1011 )IR i AF~502'4,
served an t e cathods dwring: electrolysis while the
M.
In 0.1 a. R
ON at'.
it
It at
OH
7-A
"A
j, 000
TMRI %
-7:!!, 0
A,
IN
g
_96
34
E
J.;
J
2i
777-.-

L -67 EWT(m)/FtT *EIVP(t)/M 1JP(c) JD/M3
11646
AM-NR. AP6029683
AUfAO$'.* Kostrov, Ye. N.; Glikman, L._ A ; Orlov, V. A.
ORG: TsNII of the MariLime Fleet, Leningrad (TaNTI morskogo flota)
TITLE, 4Corrosion fatigue strength of steels of varying hardness in sea water with
~1
catho e protection applied
SOURCE: Fiziko-khimicheskaya makhanika materialov, v. 2, no. 4, 1966, 431-436
TOPIC TAGS: alloy steel, corrosion resistant steel, metal property, corrosion
resistance, fatigue strength, fatigue test, metal test
ABSTRACT: Results are presented from a study made to determine whether the effective-I
ness of cathode protection is reduced in tests with hard steels. Alloyed structural
steel-45KhNKFA was tested after hardening a#~ modatate annealing. The corrosion
mediumu-s-ed wa#q3% NaCl. Steels types 20 'and Wwere also tested for comparison pur-
poses. The nature of the change of c~_rrosion-fatigue resistance in the NaCl solution
as a function of protective current density was identical for the thr e types of
steel. The curve of effectiveness of protection vs current density~hows a maximum.
Although with the optimal cathode polarization the corrosion-fatistuelresistance of the
soft steels is practically -the same an in air, the maximal limit of corrosion-fatigue
strength of the hard steel, with optimal current density, is still 20Z less than the

same limit in air. The reduction in protection effectiveness with excess current is
highest for the hard steel. The curves produced are the result of the interaction of
two features: the Increased protection due to the cathode effect and the reduction in
fatigue strength due to absorption of hydrogen Orig. art. has: 3 figure and 1 table,
~4-
008/
OTH RIF: 005
SUB CODE: 1l/. SUBM DATE: 14Dec65/ ORIG REF:
ii/
in

ACC NR; AP6032424 SOURCE CODE1. UR/0103/66/000/009/0027/0039
AUTHOR: Orlov, V. A. (Moscow)
ORG: none
TITLE: Method of analysis of invariant and optimal systems with periodic
parameters
SOURCE: Avtomatika i telemekhanika, no. 9. 19". 27-39
TOPIC TAGS: optimal automatic control, automatic control design, automatic
control R and D. linear automatic control system
ABSTRACT: The design of invariant and optimal linear systems with periodic
parameters can be reduced to analysis of linear differential and integral equations
with periodic coefficients and to subsequent selection of correcting circuits for
ensuring the invariance or the optimality of the system. This problem was solved
Card 1/Z

ACC NR: AP6032424
by V. A. Taft ("Principles of the spectral theory and calculation of variable-
parameter circuits. " Nauka, 1964) on the basis of the Laplace transform combined
with the Hill theory. and frequency methods; the system reaction is determined by
a z-transform. In this solution, a number of stationary and transient components
were neglected. The present article further develops the Taft method, eliminates
its simplifying assumptions and a-transform, and presents formulas describing
the reaction of a broad class of linear systems with periodic parameters. It is
pointed out that such a linear system is actually a system with parallel links and
can be, in principle. used for ensuring the invariance; principal conditions of
invariance are formulated. A method is given for calculating the transfer function
Orig. art.
lz~nd impulse transient. response of a system with periodic parameters.
4 figures.
CODE. 13, 09 SUDIA DATE& ZSJ&n66 OWO RM 007
card 2/2

- KWVANOVj, I.M., kand. teVm. nauk) ORWV, V.A. kand. tekhn. naukj
. BMW, G. Lp inslW .~
Mobile Inertia-type aachine for unloading lows materials from
railroad cars. Tzv. vys. ucheb. say.1 mashinostr. no* 101
155-260 165 (MIM 1911)
1. Submitted March 11, 1964~

WIMp V.A.
Problems of domignizg and construction engineering systems in
frozen ground. Stroi. v raion. Yost. Sib. i Krain. Sev. no.2:
136-1" 162. (MIRA 18s7)

ACC NR,AP6032121 - _Ys9_)_A I--- SOURM -COM-i- 3446766-/660-/61 0~
AUTHOR: Chernyshev, V. V.; Burtsev, V. I.; Kushnir, A. T.; Orlov, V. A.
ORO: none
TITLE: Immunity to plague in weaned piglets vaccinated with an
avirulent, dry, vacoifte aerosol
SOURCE: Veterinariya,,no. lo, 1966, 36-38
TOPIC TAGS: immunity, plague, pig, biologic aerosol, veterinary
medicine, vaccine
The time requireO for vaccination to proauce arrective
ABS M M Immunity, and the duration of Immunity, were studied in
piglets vaccinated against plague with an &virulent, dry,
viral vaccine in aerosol. Healthy, two-month-old, weaned
piglets, taken from!both vaccinated and nonvoccinated
saws, wore used. Table 1 shows the results of the attempt
to infect piglets, some of which were vaccinated by aero-
sol and some intramuscularly. with plague. The experi-
mental data showed that by far less vaccine is required
for aerosol than for Intramuscular vaccination, and that
immunity develops after, and is effective for, approximately
the ease periods with both methods. The authors suggest
that wide application of this efficient method will save
considerablo tine f0 t work* so 71!6
9tid-76-09 36.4

Table I* Results of attempt to inject piglets vac-
-cluated by aerosol or Intramuscularly against plague
(virus doe,s 10106 LD&A 01)
9S a
0 0
91 0
o.
n
a
Vaccine dose
TI 130 ot Intoc-
tio
n:t&!t*Jdv;cj
CI ion -a s
Result.of
injection*
1

AIX NRiAj1OUJ;dj2j
0 Z

0 0
0
0
o
s

a

0 a
0
a
b a

0 0

Orig. art. has: 1 table

0
vaccine Dose
Time of Mra-c-
tion afteT vac-
cination tdays)
CY
0
:t
Result of
Injection*
(WA-50; CBE No. 14]
SUB CODE: 06/ SUBM DATE: none/ ORIG REF: 005/ MH (EL
FM: 005

L 08512-67 207~r(m)/EWP( lip(c.) DSMAIM -
ACC NHs AN&W2_7 VdoWgpr(l~h UR/
Orlov, Vadim Aleksandrbvich -
Compact C=ent sources (MalogabariUWe istochni toka) Moscow, Voyenizdat
1 H-va obor. SSSR, 65. 0191 p. illus.,*tables. 18,000 copies printed.
TOPIC TAGS: electric power,source, lightweight power source, chemical energy
conversion, semiconductor device
'PURPOSE AND COVERAGE: Design and the basic principles of operation of current
it sources-used for supplying compact apparatus are discussed. The chemical and
Iphysical processes occurring in-current sources, explanations of their electrical
iand operating characteriati:cs and values, and their range of application are pre-
isented. Recent advances in the field of chemical and semiconductor current.sources
and the basic trends in work on their further dovelopment are described. Reference
material on current sources manufactured by Soviet industry, methods of their
utilization, and the conventional symbols as established by COST (All-Union State
Standards) for chemical current sources are presented so that the reader can solve
the problems of supplying ony compact apparatus. The book is intended for a wide
range of military and civilian readers.
,Cord 1/2-

ORLOV, V.B.
UGBKh-150 automotive rig for drilling hydrogeological wells.
Mash. I neft. obor. no.40-4 163. (MIRA 17:8)
1, PTO Kurskogo soveta narodnogo khozyaystva.

ORWYO V&D, (Moscow)
llj~~. .
I
Publication of mathenstiml literature by the State Publishing House
of Theoretical and Technical. Idtarature during 25 years. Mat, pros,
no,lt229-242 t57, (MIRA 110)
(Mathentics)

BEMRODOV, Yu.M. (V%okva); GRWV, V.B. (%Dskva)
Machine plays chess. Mat.proo.no.6:139-164 61. (MIRA 15:3)
(Chose)(Electronic calculating machi6es)

-
ORLOV, Vladi:Ar :
I it i(i f -) r -L he I rm (; v a -, r) r I " ; -. - .. ~.. I -';
Kul-sk, ~'~Jj ~ - ~: k (')G. :,' . d -~'rLr. - 1 7, - -. , I .,
11 . . .

TSUKERMAN, S.V.; ORIDVP-.!.!R.l LAVRUSHlN, V.F.; YUR'YFV, Yu.K.
Synthesis of selenophene analogs of chalcones. Zhur. org.
khim. 1 no.4:650-653 Ap 165. (MIFA 11.11)
1. Kharlkovskiy gosudaretvennyy universitet imeni Gorlkorc
i Moskovskiy gosudarstvennyy universitet imeni Lomonosovn.

ORLOT, T.Y.
Omme of bdbble formation In boating water. FIs.v shkole no.6:36-37 '53.
(KLRA 6:10)
1. 20-y& sredrMs shkola stantelya Novo-Tltarovskoy Kraengdarskogo kraya.
(Adsorption) (Water)

i ,
v I -
MWV, V.F. (stantalya Rovo-Titarovskaya)
Error@ In popular scientific literature and in fiction. 11hiM.T
shkole 12 no.5:76-77 S-0 '57. (MIRA 10:10)
(Chemistry) (11rrors, Popular)

ORLOV, V.F., alesarl; ISTRATIY, P.P., slesarl
Machine for straightening bore rods. Gar. zhur. no.6:71 Je 161.
(KRA 14:6)
1. Norillskiy gorno-metallurgicheskiy kmbinat.
(Rock drills--Maintenance and repair)

- ORWY, T.F.
4biestions and problems on astronomy. fts. v shkole 16 no.2:81-83
Y4--Ap 956. (KM 9:6)
I.Stantelys Novo-Titarovskava Krasnodarskoge krara.
(Astronomy--Problems, exorcises, etc.)

22(l) SOV/4?-59-3-42/53
AUTHOR: Orlov V.F.
TITLE: Problems in Astronomy for Pupils
PERIODICAL: Fizika v shkole, 1?59, Nr 3, pp 96-11? (USSR)
ABSTRACT: This is a collection of astronomical problems selected
from various Soviet novels, tales and popular scien-
tific works, which may be used in school. The article
also contains the answers.
ASSOCIATION: st.Novo-Titorovskaya Krasnodarskogo kraya
(Station Novo-Titorovskaya, Krasnodarsk Kray)
Card 1/1

(Stantaiya Novo-Titarovskaya Krasnodarskogo kraya)
Problem ouestions on astronomy. Fiz. v shkole 22 no.4:94
J1-Ag 162. (MM 15:10)
(Astronowq-Problew, exorcises, etc.)

L i
L
ACF NRi _ Z -
AT6029306
AUTHORs Orlav. V* Xej Tselishcheyl P, A,
I I
iMG: nom
-'P/',JCVJR/'GD
souRcE oDDF,: Wbooo/66/ooo/boo/0034/0037
Experimental investigation of ter4wature conditions in the jacket of the fuel
P in the zone of the spacer lattices
askly inatitut. Teploobmen Y alementakh energeticheskikh
power Installation units), Moscow, lad-vo Nauka, 1966,
TAGSt reactor fuel elementp nuclear reactor technologys, temperature measure-wat
ABST~ACrA_ It has been shown previously thato in the channels of a-vatezomt-Ar powe
.92"Maybeat transfer conditions at the point of contact of the jacket of the fuel
elewmt with the strips of the lattice are different outside of this zone. The present
experiments were carried out on the water cooling of a seven-element bundle The
experimental tube with a diameter of 10 x 1 am.. made of Type lKhl8N9T stselXs Placedl
In a round channel with a diameter of 16 ma and a length of 174 mm,, heated with a low
voltage alternating electric currente)lZirconium lattice strips were placed in the
central portion of the tube* Strips with a-height of 4 mm were located on four, levels,
two to a level at a distance of IOe2 mme The wall temperature was measured with
I
Card 1
. - --Ii

L 01866-67 EWT(m) 4R/qD
ACC NR3 AT6029307 SMCE CODE: UR/0000/66/000/000/0042/0045
:AUTHORt Orlova Ve Ue Tselishchava &A-L-
MG: none
TITLE: The potential effect of boiling on the hydraulic resistance of the fuel
channel of a water-water Pow reactgr
SOURCEs Moscow. Enereticheskiy ingtitut. Teploobmen v elementakh energetiche3kikh
~ustanovojc tBeat exchange in power installation units). Moscow, Jad-vo Nauka, 1966,
TAGSs hydraulic resistance,, boiling water reactor
~BMCT: In water-water power reactors, under certain operating conditions, there
my occur surface and even volumetric boiling which increases the hydraulic resistance
kndp as a result, decreases the water flow rate. This decrease of the flow rate can be!
m1culated if it is assumed that the heat flux over the cross section of the channel isi,
mitant and that, over the length of the channel,, it varies according to the law:
sin 7~n---Vm
ff + 26
there x in the flow coordinate along the fuel channel, measured from the inlet; His
Card 1/Z-

L 01866-;--7
ACC NR- AT6029307
Ithe height of the active zone;,fqmtyis the specific heat flux at the middle of the
:active zone; b is the height screens. The calculations were made for the fuel
:channels of thq water-water er rea5tor at maximum values of the specific heat flux
I Row
Irom 0*58 x 100 to 2.32 x 10 watts/m . inlet water velocities from 2 to 5 meters/sec,
!and inlet water temperatures from 250 to 2600C. The experimental data are shown in a
iseries of figures. In generals the experimental results show that the distribution of
.~the water flow rates over the fuel channels of a water-vater power reactor affect
substantially only the volumetric boilinge Surface boiling has practically no effect*
Orig. art. hast 4 formilas and 2 figures.
SUB GOD33 18/ SM DATE: 05Apr66/ CRIG R]Ws OD5

UNGMR, V.G.; ZEYFERT, V.G.; ORLOV., V.F.
Investigating the cutting of coal with planetary cutter cL-Lsks.
Nauch. trudy KNIU1 no.1308-43 064 (MIM 18s1)
Characteristics of the geometry of cutting with planotS27 cutter
disks of mining machinery depending an the adjustment of the
disk and the food ratio. Ibid.t97-107
Prerequisites and nharacteristins of srnerimeni,' +^AtIng
methods ef cutting coal with planetary cutter diajw, -f mining
machinery. lbid.t107-117
Eztreme conditions for cutting coal with planetary cutter disks
of mining machinery. lbid.2136-145
Optimal relation of the cross section parameters of a coal out
in steady conditions for cutting. Ibid.z145-154
Indices of coal grades in cutting under standard conditions.
Ibid.tl54-163
Predicting coal grades in cutting with a planetary oatter disk
of mining machinery. lbid.&163-173
Some problems in coal grades of quality during staggered cutting
with blanstary outtor diskme Ibid*:173-180

IJNGEFUG, V.G.; LANGE, M.V.; SULIMOV, K.G.; ZEYFERT, V.P.;
Reprodu-.tIon of the trajectory of one cutter of p anetW7
cutter disks of mining machinery in setting up coa-L ~u~4-nr,
tests in a mine. Nauch. trudy KNITH no.13:118-130 164
Experience with electric strain gauges in studying coa-I
cutting in mines. Ibid.tI30-135