SCIENTIFIC ABSTRACT ORLOV, M.A. - ORLOV, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238210020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TURCHUX. A.A.; MYRIST, N.Y.; 0110Y. L.N.; TITOY, P,fi,; DMINOT. T".S..
red.; PHDOROVA, L.N., red.iod-vn; BTKOYA, T.T., tekhn.red.
[ZIF-650 A boring machine unit] Burovoi agregat ZIP-650 A.
Mc)ekvn, k*.nwiohno-tokhn.lzd-vo lit-ry po goologii i okhruns
nedr, 1959. 133 P. (MIRA 13:4)
(Boring machinery)

ORIIOVS L.P.
Cleaning of castings by the hydr-.blast process and wet
of molding sand. Lit. proizv. 5t23-26 Py 164. (MIRA is -.'

ORWV. H. A.
WWbreak tree belts In the dry and Irrigated agricultural areat of the Astrakhan Oblast.
Astrakhan$. Volea, 1948. 73 P.

ORLOV I N.A.
,- f~
Geography and mapping of cultivated molls. Trudy fAGU no,18:
109-120 150. (KLJIA 9:5)
(Soil survey@)

ORWv, N.A. ---
r-
Soils of the Pamirs. Trudy BAGU no.25:51-81 151. (MLRA 9:5)
(Famirs--Soils)

ORLOY, K.A.; ILGQUATA, V.I.; PUSTOVOYT, S.N.
mmwft
Fertility of genetic horizons of cultivated oasis soils, virgin
Slerozem soils and "duvall soils. Trudy MGU no.60:69-86 154.
(Soil fertility) (KLU 9: 11)

CODE: UR/0114/66/000/004/0002/0008'
',4
AUTHOR: Polishchuk, V. L. (Engineer);.Orloy. M. EL._LEngineer)- Cherninh Ye. 14.6
(Engineer); Reznichenko, V. Ya. (Engineer); Kotov, Yu. V. (Engineer); Bodrov, I. C.
(Engineer); Yamalutdinov, I. . (Engineer); 011khovskiy, G. G. (Candidate of technical
sciences)
ORG: none
TITLE: Results Of testing first model and series examples of gas turbines GTN-9-750
of Leningrad Metallurgical Plant im. XXII CPSU Congress
SOURCE: Energomashinostroyeniye, no. 4, 1966, 2-8
TOPIC TAGS: gas turbine, pipeline, centrifugal pump, electric power production,
turbine design, turbine compressor/G7W-9-750 gas turbine, NG-280-9 centrifugal pump
ABSTRACT: A description of the testing 4 the 9000 kw OTN-9-750 gas turbine,
di6i&ned to drive the Na-280-9 centrifu gV4 pipeline pump, used on the
Bdkhara-Ural gas pipeline. The tests showed that the actual power produced
4ri operating conditions is 8,750 kw, effisioney 25%. The maximal power
produced without additional equipment and regenerators to %OD-10,000 W.
The characteristics of the main elements of the turbine were fowd to be
near the design characteristicas the adiabatic efficionO of the compressor
the law and high pressure turbine sections operate at 85% and 89-9C%
oftIcierAy. Long-term tooting with repeated stops aid starto showd that
tf*unit as mWified from the prorotype Is suitable for operation In the
gaq pipeline system. Orig. art. has: 5 figures, 7 formulas and 3 tables.
[JORS: 36,5013
SUV CODE: ~3, 10 / SUBM DATE: none ORIG REF: 002
qjd 1./I-~ uDc-. 621-418-001-41

ORWVY M. P.
See Culture - 'queen Rearing
Producing queens with a second transplanting of larvae. Peholovodotvo, 29, No. 7,
1952.
9. Monthl List of Russian Accessions, Library of Congress, October - 19 #'2 Uncl.

USSWFa= Aninals - Honeybee . Q
Abs Jour: I;Wf Zhur-Diol., No 17, 1958, 78836.
Author : Orlov, M. F.
thod of Investigation of the Dances
of the Dees.
Orig Pub: Pahelovodetvo, 1958j, No 1, 29-32,
Abstract: The problem is posited of a depper study of the
regularity of the dances of bees with the purpose
of their utilization for vaelous organizational-
productive considerations and actions. In the
tests of Frish and others in the study of dances
of the bees, directions to the source of the col-
lection did not consider the effect of the vind,
Card 1/2
65

USSR/Fam Animals . Honeybee.
Abs Jour: Ref Zhur-Diol., No 17, 1958, 78836.
which forces the bee to fly not in a straight line
but a parabolic one (for exnMle, bees fly from
the beehive in a south-east direction but return
frorn the north-west).
Q
Card : 2/2

"1 -011/.51 -7 _~, __ 1~
of _71actrica- Pro-Ilistory ofAElectro-F~,o6phor w, tho ;haractari5--~A
i",., E A.;.jo:j then 3xcitad -,,.,ith ;h3rt io.ta6a Pulses
at _ufficier.,Ay ~.tnall roootitioa periods of tho voltage pulses inl~
r-& t 21 t'0~ ItUr)U thOr3 ,-All ba a I!r.-,3 "wnI;3r of ioni7cd 1...'
r-71on 'it -the tac:r--)nt Of C)f'
--t Volt- -I (of -,he u_una polarity ds th)L-, if' -.he first ~,_; 1
VM_ 6) -laa libaratas elaitroaG -*.,,A_n can :aco .Ur.a ., I z
c9:,-craF,. ijucn racoibin:ition u% 7n-tinue anti.' t~,
_lc". tna --.hol-3 of t)-c "old" qxai-, tion ra&ioi., i
!'_11 ~ui.)IituJo. ~~s a result of thiz
ii~:),t ulse is oroduced. There are 17 fi,-ur
:--31'ar ncis, I ol' -.7,~icl, is ~;oviat and 13 Sngliah.
-c-,~-Lbac 12. _,--e

.2 to 00
,JTHORSt in, B. M., Zheludev, I. S. SOV/20-129-5-13/64
KMLm~v ~N. T~_ , Orlov I N Fridkin V. M.,
77-
Hoirilevskaya, L. Ya.-, S.
TITLE: A Now ElectrophotogTaphic Process, Which May Be Realized by
Means of Combined Electret L&vers
PERIODICALt Doklady Akademii neuk SSSR, 1959, Vol 129, Nr 5, pp 1008-1011
1j (USSR)
ABSTRACTs The present paper deals with a new electrophotographic process
in which combined electret layers are used in addition to
"memory properties". In 1955 Fridkin et al. (Ref 8) described
electric photography by means of photoelectrets on the basis of
the constant internal photoelectric polarization in
dielectrics discovered by G. Nadzhakov (Ref 9). A layer of a
photoelectric conductor with relatively high photosensitivity
and relatively low inertia is'applied to the semi-transparent
electro4e. The d.ark resistance of this layer may be very low.
OA-1to t'-c ia~-er of the photoelectric conductor, a layer of a di-
electric with stable - -urk polarization is applied. The adjoint
second elettrode,mL..- then be opaque. The electrophotographic
Card 'A process is then'realized as follows: A constant voltape is

67907
A Vew Electrophotographic Process, Which May Be �0V/20-129-5-13/64
Realized by Means of Combined Electret Layers
applied to the trio electrodes. With R2>> R3 (R2 dark resistance
of the photoelectric conductor, R 3 - dark resistance of the
dielectric) the voltage meeting the layer of the dielectric
practically equals zero. ThrouCh the semi-transparent
electrode an image is projected on to the surface of the photo-
electric conductor. As a result of the internal photoelectric
effect in the photoelectric conductor, the voltage in the
corresponding exposed parts of the photoelectric conductor
changes, and a stable electret state is then produced in the
dielectric. The latent electrophotographic image may then be
"read" by means of an electron beam. Ferroelectrics and
thermoelectrets may be used as dielectrics. The characteristic
curve of the combined electret layers may be determined by
analyzing the kinetics of the photoelectric conductivity of the
photoelectric conductor and of electret state formation. A
lmv of mutual exchangeability of electrets is satisfied if
the charge of the electret is a function of VK
Card 2/4

67907
A New Electrophotographic Process, Which May Be SOV/20-129-5-13/64
Realized by Means of Combined Electret Layers
dt alone, where & denotes the field strength of the
polarizing field and 'r - the duration of polarization. The
authors experimented with combined electret layers, in which
cadmium sulfide (activated with -copper and chlorine) were used
as photoelectric conductors, and zinc sulfide (also activated
with copper and chlorine) served as electret. A diagram shows
the dependence of the charge of the ZnS-electret on the field
strength of the polarizing field. In the interval under
investigation'this dependence is linear. The law of reciprocal
exchangeability does not apply in the case of the combined
electret layers investigated here. The authors thank Academician
A. V. Shubnikov and Academician G.'S. Nadzhakov for discussing
the results obtained by the present paper. There are
3 figures and 17.references, 13 of which are Soviet.
Card 3/4

1 67907
A New Electrophotographic Process, Which May Be SOV/20-129-5-13/64
Realized by Neans of Combined Electret Layers
ASSOCIATION: Institut kristallografii Akademii no" SSSR
Crystallography of the Academy of Sciences of -Shm TrSSR)
Institut fiziki Bolgarskoy Akademii nauk (institute of
P.hyginig of the Bulicarian Academy of Sciences). Ob"yedinennyy
institut yadernykh issledovaniy (joixLt-Tnutitutr, of Nur-1par
Research)
FRMOTED: July 15, 1959, by A. V. Shubnikav, Academician
SMKITTED: July 9, 1959
C&rd 4/4

81B93
S/181/60/002/05/37/041
1) 00 B004/BO56
AUTHORS: Golovin, B. M., Kashukeyev N. T., Orlov, I, N.,
fillkin, V. M.
TITLE: The Photoelectric State in ZnS and Two New Electrophoto
graphic Processes
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 5, PP. 1004 - 1010
TZET: The authors investigated polyarystalline ZnB,:hioh had been aoti-
vated by Cu and C1, and which showed electrolumines noel-4 voltage of
300 v waa applied to the samples which were shaped in the form of tablets
and bound with polystyrene. This was followed by ultraviolet irradiation
(320-500 mg) of varying duration by means of a V01-4 (PRK-4) lamp. The
experimental apparatus and the measuring techniques are described in
Ref. 1. Measuremerkto were carried out of the short-circuit current of
the photoelectretleand its depolarization by repeated exposure. Fig. I
shows the decrease of the dark polarization at 300 v, which was at
first rapid and then slow, of pbotopolarization, and of total polariza-
tion. The course taken by the curves is explained by localization of
4(
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18
The Photoelectric State in ZnS and Two New S/181/60/0802?05/37/041
Electrophotographic Processes B004/BO56
the eleotrons on low energy levels. Fig. 2 shows the dependence of
polarization on the field voltage, and Fig. 3 the dependence of the
charging of ZnS on the radiation energy. With a maximum radiation ener-
9Y Of 400-10-6 W/Om2 an exposure of 2.10- 3 seo is sufficient to cause
a noticeable photopolarization. As may be seen from Fig. 4, the depen-
dence of photopolarization on the time of exposure does not follow an
exponential law. Further experiments were carried out with Z.-IS, which
was first exposed and then charged (Fig. 6). Also in this case, the law
of interchangeability is maintained, but, as shown in Fig. 7, there is
no exponential dependence. The authors produced electrophotographis
layers from ZnS + ZnO (description in Ref. 7), which were expoaed to
the light of a mercury lamp through a negative. After polarization iD
the capacitor, the image could be made visible by means of an electro.-
photographic developer (Ref. 7). Electroluminescence is effected by
depolarization in an alternating-current field, whereby the image be-
comes visible on the ZnS + ZnO layer. A. I. Delova and L. Ya. Mogilev-
skaya took part in the experimentG. The authors thank Academician
Ao V, ShubDikovv Academiciar G, Nadzhalov, and Professor V.P. Dzhelepov
Card 2/3

81B93
The Photoelectric State in ZnS and Two New S/181/60/002/05/37/041
Electrophotographic Processes B004/BO56
for their interest in this tnvestigation. There are 7 figures and
7 references: 6 Soviet and I British.
ASSOCIATION: Institut kristallografii AN SSSR, Moskva (Institute of
Cr,ystallography of the AS USSR,, Mosoo~
SUB11ITTED: May 15, !959
t4K
Card 3/3

8h687
S/051/60/009/005/008/019
0, "Jj E--Ol/E191
AUTHORS: and Taborko, N.I.
TITLE: An Experimental Study of Amplification of Light Using
a Device Consisting of a Photoresistor, a
Ferroelectric and an Electroluminescent Phosphor
PERIODICAL: Optika i spektroskopiya, 19609 Vol.9, e0 1.55 pp 626-630
TEXT: The authors describe the circuit (Fig.1) and the
performance of an electroluminescent image (light) amplifier in
which a phosphor (ZnS, with green electroluminescence, shown as
C).,, in Fig.1) is connected in series with a ferroelectric (a
monocrystal of triglycine sulphate, Cc)). The phosphor and the
ferroelectric act as capacitors. In parallel with them there is
a photoresistor (made of CdS powder, R ~), which receives the
incident light, Fig. la gives the actual circuit (similar to
dielectric amplifier circuits) and Fig. 1 gives the equivalent
circuit; U,,, is an a.c. source, V is a d.c. source, Ra is an
ohmic resistance and Ca is a linear capacitance. Figs 2 and 3
show the phosphor emission bri htness as a function of a constant
bias across the ferroelectric ~Flg. 2) and as a function of
Card 112

84687
8/051/60/009/005/008/019
E201/E191
An Experimental Study of Amplification of Light Using a Device
Consisting of a Photoresistor, a FerroeleCtTic and an
Electrolumineseent Phosphor
illumination of the photoresistor (Fig, 3). The amplification
factor W of the photoresistor --- =.ferroelectric----phosphor system
Is shown in Fig, 4 as a function of illumination (F. in lia) cf
the photoresistor, For weak light fluxes K was 5 x 105,
falling with increasing light fluxes to about 100 at 100 lux,
There are 4 figures and 11 referennesg 8 English, 2 Dutch and
I translation from English Into Russian.
SUBMITTED. February 22, 1960
Card 2/2

25962
S/ 18 7/rC,/
0 J37,, H17 DOWD1151
AUTHORSt Lyamichev, I.Ya., and '-rlov, -I--,N--
TITLEs Luminance control in the "electroluminophor - ferroelectric
c1rcuit --ising triglycine sulfate (TGS) monocrystals
PERIODICAL: Tekhnika kino i televideniya, no. 11, 1960; 26-116
TEM The application of ferroelectric materials to control the image
brightness in a nonvacuum electroluminescent device of the television-screen
type is studied. The study is primarily concerned with the investigation
cf those properties of ferroelectric capacitors made of triglycine sulfate
(TGS) monocrystals which are related to the luminance control of the lumi-
nuphor in accordance with the magnitude of the applied signal. The prin-
ciple of ferroelectric control action in the "electroluminophor - ferro-
electric" circuit lies in the steep capacity change in the ferroelectric
capacitor when a control voltage is superposed across it. This capacity
change causes a redistribution of the alternatina voltage among the circui4.
elements and a corresponding change in the electroluminophor luminance.
The basic characteristics of the control action of a ferroelectric capacitor
are (i) the coupling between the ferroelectric capacitance, or the alter-
Card 1/3

25962
S/187/60 //OC;0/0'- 1 /0-12 /Col
L,kminance control ... DOWD-113
nating current flowing across It, and the magnitude of the control voltagej
and (2) the effect of the alternating voltage on the ferroelectric capaci-
tar,---e. Experiments were conducted with tho TGS capacitors supplied by the
Laboratoriya I.S. Reza (I.S. Rez Laboratory) where the triglycine sulfate
was also developed. TGS capacitors were connected in series or in parallel
with the electroluminophor in the screen element and then tested at various
ITSI-aes of the do control voltage. The results obtained indicated that the
pr-,blem of the image brightness in a multi-elemert electroluminescent screen
can be solved by using TGS monocrystals. The ferroelectrics of the barium
titanate type can alsc be utilized in electroluminescent indicatcrs with
reduced requirements for image brightness and brilliancy. At the present
time, the ur;~ of ferroelectrics in electroluminescent screens can be based
only on the electric stcr&;~e, for which special switching circuits must be
designed. This complicates the design and the manufacture of a multi-ele-
ment screen. A "physical storage" would have simplified the design but,
unfortunately, the phenomenon itself and tht ways Of its utilization are
shill unknown. There are 13 fig~ures and 6 referencess 4 Soviet-bloc and
,.ard 21)

Luminance control ...
25962
S/16 60/000/011/001/00:
D053YD113
2 non-Soviet-bloc. The two references to English language publications
read as followas Rajchman, J.A., Briggs, G,R,, Lo, A,W., Transfluxor
Controlled Electroluminescent Display Panels. Proc. IRE, 1958, 46. No. 11,
1808-18241 Sack, E.A., ELF a New Electroluminescent Display. IRE National
Convention Record., part 3, Electron Devices, 1958, Pp. 31-39.
Card 3/3

22170
3 /7
AUTHORS:
Ta t:,- r k - I
B2.31
r
TITLE: Experl,,L4~- r u.
Pr E! tj ~qir.a 'A; r
PERIODICAL: I zv,? s i a AK'I SSSR 3~- r 1,:t"?
nc.. 4 16' , 4 9? - DO
TEXT: TKe ~ r e o 9 n t a! r ~ ~ -1 8 t ~i - r e e 9 r f- i e r~ ~,i m4, r. e .9, C f-0
( C ry s t u I Phcspr.,.r3" , K -I-- C T,,.c- st,,iied
apparatus for %~.e re: ! ; ~ ~,ri f- r rterqiflai~
phctc;siimi : c. nd ,; t,;rs T.-. - '. e x ;a r-, e a ~r:~ Fo6s-.t ferr,.-
olaotrio materlu's i ng-. r o of trig,.; iju:fi,.,4 ~inj
ceramics Cf t~, tyjc- " V -A r K r fn r e I e - r m ne G ~ et, - e a~ r ara *, u 9
Ciriui to fer t~ie mea-i .--- ! - - !.ara t er 1 a (7 ~q ) f ferrc~e 19,, 1 - i
materials are preser.' c-. i -. r F i Tr - I i agr-imo -r~at r~,,: *ed ti-erewi tr. are
3hown -,r, F i g a I Ti "st -.-r , r,g effe t" qris ~r,g -A,~ t,,. : iii-poir
Card 1/:C)

B/04a/6 I/ AW8041/019,/048
Experimental study of... B104/B201
amplitudes of the oontro: 4ignal may be seen from the diagram of Fig. 4-
As is shown bY 4a, the depolarization curve does not coinrjide with th6
polarization curve of the ferroelectric material. A loop Is formed, wi.ose
width Is the larger, tne larger the control signal amplitude, Ir. the
authors' opinion it is jul te pr-ssit)le that an accurate study may show this
"storing effeot" to be usable for the production of apparatus with In--
formation storage; oonstrLA!cre of this kind could then be oonsiderably
simplified. Fig, I presents a cirsuit for the reproduction of images,
which is free from the deficiencies of the circuit shown in Fig. !a
(preoloe and durable t~inlng of the 3apacity of the ferroelectric materiali
no disturbance of tLe control signal, thanks to separation of the
alternating-ourrent circuit from the control circultj no negativo feed-
back between control voltage and brightness of the electroluminophore)
Pig- 5 presents the soheme of a multioomponent apparatuG In which, using
a nonlinear resistor or a diode laynr, one may work out a compact screen,
to which all of its elements are oonneoted already In the course of
production. Fig. 6, flnal~y, gives a circuit of a light amplifier, for
whioh p, firroelectrio material ia used. Here, the photovemloonduotor la
oonneoted to a direot-ourrent c1rouit, wherebx its sensitivity is
Card 2110

_,L~26488-66 EWT(.I)/EWA(h)
A.CC,-NRi AP6013067 8()UiCX CCDZ::. US/QDO/AS6/030/004/0620/0627
AUTHOJ~:' `441asovLVAW; WSMISMY.I.Ya., alow 1. PVtor .8.V
Amt xonel
T. Pr6blems involved In the development of glootr2jumnexcent Indicators and inaze
-A-purt'. Fourteenth Conference on Luslasmiews hold In'PAna 16-23 eptember
19 C57
SQUWX
t ~.:WdSSR. lave t1ya. Serlys. flatcheskiya, v. 30, no* 49 IM , 620-621
TWIC,
TAbs real time data display, Image converter, electroluminescence 117
j A4.+_A~~
"low Involved In
-RA&;' "The atkr Is devoted to. a g6nekal'. discussion of the
t."of,ol"trolunineocont'd spl '. Screens, trix "Y"ns)
I sy And electra-
-:000virters of visible ~ixd- x-~fti-y-.1magese-- with the maroons
lumin
_it ..is
And cated that-'eurrent research a a reasIxg the peak brlzbta an Of
--ir-14 Y-ormat-phosiphors (Important because the rage viewing brigbtness In a
a"
I -of -1. _. I
uaction the maximum brightness multiplied by the excitation t1me of a screen
successive ac
element - mid divided by the intervar between tivatlow) and development of
for:reallZation information storage, an or for,the-screen. Approac~ies to
*19iincement 1 of: brI&titess are improvement of -the composition of phosphors and electro-
:'O=:ft j WMCh Involves application of an so br~ do potential,to the olectroluminencent
jL?2

1 26488-66
ACC NRt. AP6013067
capacitor while the. binaer (paraff An) Is solldifyinge Realization of storage is con-
nected with.developmat of approsprIate control circuitry, Including external storage
COMponenta i A: block _diagram of a control circuit . for a matrix maroon with external
storage is shown4a a figure. Research In the field of 11140 converters is being
carr Put along the lines of Improving. the parameters ..of photocanduct Ing paAdered
materials, In the visible and x-ray regions, theoretical and experimental determination
*U~t" optlins operating conditions for converters of different design, design develop-
ment and4uprovomentLof the technology of Image converters. A table gives a series of
formulas that -should be useful. In designing. new image convertors. Mention in made of
'Work a,n *veloPmentL of tubes. for ccIaverting ultrasonic Images to visible Images.
Pho Inage of
tographs ~ reproduced: In the text *show a con"rter a:7V teat pattern and
Inages of ~ x-ray. pictures of saw vacuum tubes and electronic components displayed on a
200LCU~Iscreeas' OrIg.'art. has: 14 formulas amd 5 figures.
DATX:. ~OO/
SUBL CCJ)21 ~O ORIG WW: 005/ OM RV: ON
Card 2/2

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Superexcited Operation of Afy~steresis Motor
scFv/161-58-1-32/33
hysteresis gyroscope motor on the basis of the inf!ction motor
GA 10/30 operating at a temperature of r _,-' 60 C
and vith a trigger time of e,- 3 min could only be solved by
the utilization of Buperexcitation. The problem -'Of the practical
application of such motors must be solved separately in each
individual case. There are 5 figures and 2 tables. The publication
of this article was recommended by a resolution of the Scientific-
Technical Conference on Hysteresis Motors held at the Moscow
Institute of Power Engineering in March 28-29, 1957 (Nauchno-
tekhnicheakaya konferentsiya po gisterezisnym dvigatelyam, pro-
veden.r.o;a v K-,~I 28- 29 marta 1957 g. ).
ASSOCIATION: Kafedra ESA Moskovskogo energeticheakogo instituta (Chair of
Electrical Equipment of Aeroplanes and Automobiles at the Moscow
Institute of Power Engineering)
SUBGTIED: February 13, 1958
Card 3/3

-)V
AUTII~IJRS I)Larionov, A. N..
Correspor.,Jir.~- Acade -.y of Sclence_~, '_'S__.R,
N. Z. , Docent , C -:i li,!:i! e of lechn~'Cal SC1,-!r1r_eS,
EnGineer
2)Panov, D. N. , Candidate of Technical Scicr-;es
TITLE: General Problems of tne T~.eory of Hysteresis
voprosy teorii gisterezisnykh elektrodvigateley)
PERIODICAL: Elektricheatvop 1958, Nr '11, pp. 1 - 6 (USSR)
ABSTRACT: The first work on hysteresis motors was begun in the USSR in
1950, by the Professorial Chair of Electric Equipment of
Aircraft and Automobiles at the MEI and later also by other
Scientific Research Or~,anizations and WorVB. First, the
operational principle is described here. Next the character
of magnetic reversal and the field distribution in the r0tor
are dealt with. Here the law governing the field distribution
in the rotor by taking account of rotor-hysteresis is inves-
tiF,ated for the most gerieral case: A cVxr,,Pd mofor of' n.~:-%al-or
Card 1/5 revercible construction with a rotor which has an internal

General Problems of the Theory of Hysteresis Motors 'SOVPo5-"F--7-1,',~2
case (box) or rim(rir,,~). If this rule is known, trie formula for
the electromaCnetic hysteresis--moment and for the ,-rimett:rs of
the equivalent circuit sche:-~e for the hysteres.'s mr,1-r)r cai-, Ibe
found. It is assumed that ma,,i.etic permeability p and the
hysteresis arigle y dc. not de,,end ')n induct~ince, Wor"11- is h.t:led
upon some mean values The error QCCUjri,,j.-, in this r,Dn.-jeCtjojj
can be estimated at 2o%. Moreover, it is assuned that: 1) t e
normal induction-component of the rotor-surface facing the stator
is distributed according to Ole cosine-like law; 2)there ire
no eddy currents in the material of the rotor; ')) the field
in the machine is plane-parallel. It is chown that the character
of field distribiltior. and of mal-netic reversal of tne material
of the rotor .1 may differ according to the pr-)-,)erties of the
material, the dimensions, the con3truction of the rotor and
the number of polQs of the inotor. The clectroma6tietic moment
and the parameters of the equivalent circuit scher~ie are inves-
ti~;ated in the last chapter. The principle of posf7ible displace-
ments and generalized coordinates is api,led and ti,e equ--tion
for the electromai:netic moment of the hystere.,~i~ (1:) is
Card 2/5 written down. The formulae (17) for the effective comronert

General Problems of the Theory of 11.-vteresi6 Motors SOV 1 -, 11 ~ ~` - 1 '2
F2a of the maCnetizii,j, f-)rce of the stator ar.d formi,, , 'Iti~
for the reactive componeit of the same are leriv,,-! T.,,e
equivalent circuit sc-ier,t? of' ati orkliruiry m" r
and the formulae (17) and (18) are applied and tt,o v,iUivaIQ0.
circuit scheme for the hysteresis motor is obtaiii~-,d The kl(--
termination of the 1),,i-ameters of tne rotor circlilt I'-, t:~e
equivalent circuit scherie In briefly dinouniied T!.- exi. 1-1011ce
gathered with projecting of hysteresis mqtorn shovis t~-t :not rs
with a relatively thin rotor have the ht-~-,t -L!.ar----cteri~3tics,
also where the one in luct lon- component prelo:zl.,~ates and lv~,ez-e
the other may be ne `,Iected. For this case, for-iulne for a m,lt~,r
with internal rotor with tan_-ential magnetization and furt'ler
formulae for a motor with intcrnal rotor and ma~.,,-.etic box (ra-
dial magnetization) are written down. The ejuivaI-.,.,:t circuit
scheme for the hysteresis motor can be built up on t,.e basis
of the equivalent circuit scheme for an ide;,.l hyste.-I.,is rl,ttor
and of one for an asynchronous motor with a maqsive r-t -r
Card 3/5 (wit'iout tz-Aing ar7count of' t.,.e influe:.ce of' hi :.er :~--77.- o r! -1 c

General Problems of the T.,.eor,r of H,- -t is Y-~.t --,rs SOV '--L - ~ - -: - 1, 1--
11vii.tit, t j zi nj-, for oen of" t ,c- i;ta- t or) hy a(id I n~~ t hi- c i r.- t, ~ t , i
the eddy currents to t.,:e t;,*?.e;;-e of tiie me)tor The
culations of the characterI,.iticv. of a ser.,e.,, of motors,
accurding to this equivult!nt c1 rcuit scheme with r. ir,~ul t ; .1ra-
meters obtained by -way -f tef,,tinC a6ree wo) I wit); tho. !Ctur-
istics obtained t-y exi,ri-ents. Unfortunately, it is n~.t
possible, at prc-E~,-',t, to produce. analyticil terms for t~,e
parameters of t~ie eU) -,iirert br-Lnch, r~,ui be Ieter:.Ined
only exp,.rirnentally T,.e three r--n~-es of tne :*~-~r in :,
hysteresis mot-)r ,':Lf.,,i-e!.t nisi~-T.etic permeabilitiec ?.--e
investi;-ated. Veer(:-
AS SOC I AT I ON I, )Moskovskiy ener.-et I C IV :L!;.9 t I tut (Mosc :)W it, t e
?ower Entineerii,~-)
21)TuL,--anrojskiy i:,stitut (Til
stitilte of
SUBMITTED: October 21, 1957
Card 4/5

General Problems of the Theory of Hysteresis Motors SOV/lo5-58-7-1/32
1. Electric motors--Design 2. Elektric motors--Theory 3. Hysteresis
Card 5/5

OUIOV, I. N. , Cand oi Toc; Sci -- (aisa) "Problems of Ule Tr'.e;.ry and jetign 01-
Llectric Hysteresis Motors,,, Moscov, 195,/, 23 Pr) (Mmcoi) Insti,ute of K-,iver
mgin.,ering) M, B-60, 117)

MASTYA'YEV, N.Z., kand.tekhn.nailk, dotsen~j, WM_ja_Iand_tekhn.nqvIc
Opti=m relationships for hysteresis-type electric motors.
F.lektrichestvo no.7:51-58 Jl 162. (HaRA 15:7)
1. Moskovskiy energetichaskiy institut.
(Electric motors)

26228
S/103/61/022/009/009/'014
3, ~ S-10 D206/D304
AUTHORS3 Mastyayev, N,Z,, and Orlov, I.N. (Moscow)
TITLF~- Starting time and its effects on the performance of a
hysteresis gyroscope motor
PERIODICAL2 Aytomatlka i telemekhanika, v, 229 no,. 9, 1961.
1220 - 1228
TEXT.- The starting time of a gyroscope very often determines ihe
time of readiness of the instrument and it is of importance :n the
gyrogeope design to evaluate the maximum motor power for an assumed
starting time. In the present articles the authors derive ana'y-
tically the starting time, the maximum theoretical power of a hy-
steresis motor required for a given starting time and analyze with
respec-11- 'to the above, certain of -the motor characteristics . The
starting time of a gyroscope hysteresis synchronous motor is de
ri-ed from basi: assumptions as an approximate
Card 1/"

26228
S/103/61/022/009/009/0.14
Starting time and lie effects D206/1)304
W
dio (5)
2,, w4 0 km - (k- k + I
M 0
which after integration becomes
K . 2,3 k
M2n km -k 0 + -f Igk0 (6)
where N2n - nomina-i 1oading moment g. on$ J - moment of Inertia of
2,
revolving parts of the motor g. cm aec 1% - eynchronous angular
frequency of the motor rad/seci k N xs.c /V 2n. j 10 -the overload
coefficient ko = I 2n/'*as where Nus the maximum moment at synchro-
n-IdMand I = Jw 9(gem sec) - the kinetic moment of gyroscopej t a -
in sec. ExpresB.Ion ~6) permits evaluation for a given hysteresis
Card 211,

26228
3/10 61/022/009/009/014
Starting time and its effects D206YI)304
motor with known K, 12n,k0and ka -starting tine t8and also
analysia of the influence of various motor parameters on it. K and
I2n are expressed in terms of dimensions and of parameters of the
motor, with a cylindrical fly-wheel (Fig. 3) K is then expressed
by
-5 5 (Db 4
K == Jws = 1.047-10 jDfi DH DH ) ]n (g cm see), (7)
and N2n' within the range of % and n is expressed by
P2n 4105 r-T 4 LH 5
2n. = 7177 ~3n =0,,97 (aA/TpT)Vn N (I + 5 -)10 (g cm). (8)
DH I
In the above two expressions D., Db" LH dimensions are as in Fig.
3 in cm; T - specific weight of the fly-wheel material in g/cm3;
Card 3/7

26228
S/103/61/022/009/009/014
Starting time and its effects D206/D304
n - r.p.m.4 00 - the ventilation loss factors p - density of sur-
rounding medium in g sec2/cm4~ p, - viscosity of the medium, a 0 * __)~
V
1 + P B/11 Pvent -factor determining the amount of losses In the
overall resistance moment due to losses in the bearings PB and to
air friction. Pvent both in watts. From Q1 (7) and (8)
10 LH/DH I - (D V/D.H)4
1.08-10 % k Bec (9)
12n ~ I -, 5LH/DH -',/'n (aoPo ~/Fjlr)
is easily obtained. Its accuracy is stated to be Ilood enough for
a0 ~~Al or for gyroscopes with small kinetic moments and operating
9 vacuo. When solving an interse problem, i.e. when designing the
power required for a given starting time t . the maximum electroma-
gnetic power of the motor is derived as
Card 4/7

26228
S/103/bl/022/009/009/Ul4
Starting time and its effects D206/D304
+ 5 ~R
P 0.956-10 5K (a 0 P 0 v 77) Zr,,73 DH -r x
max
LH A (!b)
T DH DH
10 c DH D 4
0.78*10- v DE b
ka 000 t3 -v-n 5 (walt8)(17)
DH*
where c Eq- (17) permits designing the gyroscope motors and
N k
0
Consequently to relate the starting time t to The motor parame-
v
Card 5/7

'('~ 228
S/IOY61/02 2100 9/00 9/014
Startingtime and its effects D206 D304
ters. Finally, since all electrical energy absorbed by the motor
results In heat dissipation, it is showm that with decreasing star-
ting time t a the temperature To of the motor increases according
to
0 P K
N
1 -, 0~725 (26)
P10 - ~01 t aN2n'
Several experimental data obtained for dikerent gyroscope motors
are within 25 % of theoretical data from the expressions in the
present article. It is stated that although such accuracy cannot
be considered as satisfactory it could be accepted for approximate
design criteria. There are 1 table, -3 figures and 1 Soviet-bloc
reference.
SUBNITTED~ January 21, 1961
Card 6/7

MASTYAYMI, N.Z.; u
__gigtO -Frinimala uchastiye RAYEVSKAYA,
~IL
14.11.; YUFEROV, F'I.. dots., retsenzent; IARIGNOV, A.B.,
prof.,red.(deceasedl
[Hysteresis motors] GisterezisrVe elektrodvigateli; posobie
dlia diplomnogo i kursovogo proektirovaniia. Moskva, MEI,
Ft.l. [Theory and applications] Voprosy teorii i primeneniia.
1963. 221 p. (MIRA 16:12)
1. Moskovskiy energeticheskiy in.-Aitut (for Yuferov). 2. Chlen-
korrespondent Al. SSMt (for Larionov).
(Electric motors)

/066/0091/0097-~
UR Cil-nODDX:,~.-UAJ 1~44,/Woqo
SO
i ovo. kilf-A --~,Mtmik
unit
~,of 0t,
gyrojp orip
'1z
~z,
I., di
-49 1
oIr STro Cape
--POI
r,
M
I boy
r" dh
Fog &r", Y% ~P~ ~Y
C-nigth L
-.equ
flyw'liic&0D ~u rprn
its
d c rate-with
t rm ;w;arA-a cu
YAW c
."-I-oooo,.::~,:Tok vrblimogorf "56066
(D 3 cm
v 1.

i, (>,~ ~) 6 , - 6 7FWr ( d ) / F,;,; -,-' / F ~X ( Ic ) - 2
ACC INR; AP6021053 (A) /V) SOURCE CODE. UR/0292/66/000/00.3/0004/0006
AUTHOR: Orlov, 1. N. (Candidate of technical sciences); Delektorskiy,_B.-. A.
(Engineer); Arkhipov, 0. G. (Engineer)
sy.
ORG: none
TITLE: Computer design of induction motors for gyroscopes
SOURCE: Elektrotekhnika, no. 3, 1966, 4-6
TOPIC TAGS: gyroscope, induction motor, servomotor, computer application,
spin motor
ABSTRACT: Specific requirements of gyros cope -drive high-speed induction spin
motors are formulated, particulars of their design on a digital computer are
described, and computation results are presented. Main dimensions of the motor
are connected with those of the gyro flywheel. Both nominal and maximurn torques
Card 1/2 UDC: 62l.3l3.333.0Z5.3.00l.Z4_

L o8963-67
ACC NR: AP6021053
arc determined by the required acceleration time. The highest motor efficiency
is of prime importance because of the necessity of keeping the motor heat
production as low as possible in order to ensure the gyro accuracy. The optimal
design of a specified-size motor on a digital computer is reduced to calculating
and comparing several versions with various combinations of /I and b; here,
P . d2/dj; d2 and d , are the external and internal stator diameters; b a B8'/BI;
Be and B,, are the inductions in the stator core and airgap. Eight two-pole,
400-cps motor sizes (d 2 * 2. 0 - 7. 4 cm) have been calculated. An algorithm of
the computer problem and programing steps are briefly described. Each type-
size has been calculated in 540 versions - over 9000 versions for all sizes. The
tabulated final results show that some widely used standard spin motors can be
essentially improved as to their efficiency and power factor. Orig. art. has:
4 figures. 5 formulas, and I table.
SUB CODE: 17, 09 / SUBM IATF.: none
Corti 212

L 10h63-67 W(d)IFSS-21EWT(I)I&IP(m)IEW(m)IFEC(k)-21SR(t)IET.T lip(c) jD
AM-N-R-7AP6031041 SOURCE CODE: UR/0146/66/009/004/0070/0072
AUTHOR: -Delektoraidy, B. .; Orlov, 1. N. //I/
ORG: Moscow Power -Engine e ri-n-g-M-n-ti-Mu~~ (Moskovskiy energeticheskiy institut)
TITLE: Aerodynamic resistance moment of a spin motor operating in hydrogen
or heliuyn 7
SOURCE: IVUZ. Priborostroyeniye, v. 9, no. 4, 1966, 70-72
TOPIC TAGS: gyro, spin motor, gyroscope
ABSTRACT: Based on (a) empirical formulas for braking torque of a spin-motor
rotor developed by the authors earlier and (b) the fact that Reynolds number for.
spin motors operating in air is 50000 < Re, < 25000, and operating in H or He is
Re 2. < 50000, a new formula is deduced which shows the ratio of aerodynamic
moments in H or He to that in air. The formula and curves for a numerical
example show that: (1) The aerody amic/moment in H to equal to 2096 and in He,
4096 the moment in air; (2) The error connected with the new formula is 2: IS96.
Orig. art. has: 2 figures and 5 formulas. a
.SUB CODE: 17 SUBM DATE: 10Apr65 ORIG REY: 002 OTH REY: 00 1
UDC: S31.363

SEFIRDECH NY Y, A. 1-1. p in A. ; ORLOV , 1 P. , kuri,J. ef:', ':ikokhoz. rui -k
Tec-hnol :)gy ax- mel~han~ zat4cn ~-f iay h&r v,:,~,t int.. 1--* ~ -:
26 no.",: -,j-'73 ~ a ".4. , :
1. vsc-s,-)yuz,-Iy.; z, iy ~nzit.!,uL r, -,f~-V.
- 1~

ORLOV, I.P., kandidat tekhnicheakikh nauk.
Wells without filters. Iauk& i zhIzn' 21 no.11:32 N 154.(HLRA 7;12)
(Artesian wells)

I. I
k -
BORIUVICH, V.A., kandidat sellskokhotyaystvannykh nauk; ORWV, I.?.,
kandidat sellskokhos7a7stvenrifth nauk.
Uling h&7 from now. Nauka I pered.op.v sellkhow. 7 ne.7-28-29
A 157. (MLIA 10:8)
(Ha7--Harvesting)

Cawr, I.?., kand. sel'skokhozyaystvennykh nauk.
. _- "-' --Wtliods of producing high-quality hay in different zones of the
country. Zhivotnovodetro 20 rio.5:38-44 My 158. (KM U: 5)
(Haq-Harreating)

KGROREV, S.Y., inzh.; KUZININ, D.I., inzh. [deceased]; OEWV. 1.S., inzh.,
SAVEL'YEV, V.I.. red.; LARIO)JOV, G.Ye., tekhn.red.
CSafety rules for servicing the boiler and turbine sections of an
electric power plant] Pravila tekhniki bezopasnosti pri obeluzhi-
vanli oborudovanlia teplovykh teekhov elektrostantsil. Moskva,
Gos.energ.izd-vo, 1959. 94 p. (MIRA 1316)
1. itussia (1923- U.S.S.R.) Ministerstvo stroitellstva elektro-
stantsiy. Takhnichaskoye upravlenlye.
(Electric power plants)

ALLA)MVERDIV, T.B.; ZAKARYAN, M.R.1 ORLOV, I.S.; TAGIYEV, T.S.
The SSK machinen for removing the floon and carting the ailkwora
cocoons. Trakt. i sellkhozmash. no.207-38 F 165.
(MIRA 1814)
1. Zakavkazskaya mashinoispytatelinayll stantsiya.

DEDTILREV, Ye.I.; O~~O ~V, - ~T- -
They war* the firat. Metailiarg 8 w.,4:5-6 Ap 163. (MaU 16:3)
1, Predsedatell s&V+-kogo komiteta professiomalnogo sopuza
Chelyabinakogo metal-lurgicheakogo savoda (for Degtyarev). 2,,. Starshiy
insh. otdola organizatgii truda Chelyabinakogo metallurgich4skogo
sayoda (for Oriov).
(Iron and steel vorkera)

-ORLOV, I.V., inth.-podpolkovnik
What manimum weather conditions heould be established for the pilot?
Vest.Vozd.71. 41 no.2:46--50 7 '59. (KIRA 12:4)
(Meteorology in aeronauties)

ORIA)V. I-V., professor.
Two-stage threshing. Nauka I pered.op.v sel'khaz. 7 no.7:46-47
JI #57. (KLIA 10:8)
(Threshing)

KALASHNIKOV, S.N., ~ and. tekhri. natik; _C,Rj-A)V, l.;., inzh.
Mnufacturing high-precision cyllndrical gear wh~,e-js ,ndt-r ma?q
production con(liti(,r,.,,i. --.- ..-, ~14 j .7, -,4,
(MIRA

RASSALYK, D.A.; ORLOV, I.V.
All-Russian conference of student science societies in sanitation
departments and in hygiene faculties of medical institutes. Zdrav.
Roo. Feder. 4 no.7:44-45 Je '60. (MIRA 13:9)
(PUBLIC HEALTH--STUDY A14D TEACHING)

ORLOV, 1. V.
Kethods-of determining the economic resultB of efficiency promo-
tion and inventiveness. Neftianik 1 no.9:23-28 S 056. (am 9:11)
1. Inshener-skonomist gazovogo promysla n& Vkhte.
(Pletroleum industry) (Gas. Natural)

ORLOVP I.V.
Honing holes In haAened pinions with diamond bricks. Ayt.prom. 29
no,2-.35-39 F 163* WU 16.2)
1. Moskovskly aytozavod imeni Likhacheva.
(Grinding and polishing)

2~,,.J~V-; DIIBI(OVNYY, V.P.
3emi-automatic devIce indicating thf, term-nation of the 3tearr-ng
and pressing process of c1( hing with variable moisture content.
Leh.prom. no. 4:3-9 O-E. 163. (MIRA 17.5)

7_1~~__
ngthZ~L.-tjf!L -th-
4
r 0 8 p 0 a- t aes---of-1,6461 0 Af tier
I Amp 0,
At A a r t o-- - * o-- n-- g- F. 6`64- Jj -0, M` t; L b* IS'] 6 ft 1,
"WAO
6f
t
ith ste
A 0
ii br,. thb. t t
A--- _Ibhla_rdne_ag_L~__Jnn t s. u
a -ya or he-, 0-
n;_ ng
iisilo.1j, -ru( _Vhil6__.-the cjvohardnoba. of
d~,4%4
-tliin~Vide_
at
01 .-J~*~ __ _t
w-no, --,~tbLbl
G_ss~ 0 1~ ,
'ni, ~iclt-
A
nag
are-A. Pundt ori.: "'
Aw-pt:
ta,-_tha~-._ T, iiia iii: I
--Xdovas _V -:sur aos-~i
oni a-
0 POO .00
P~ 4-
L~Z~ 3_1
'66
:il 41'.
NNN
I

~l "Mr 'Jae
thLng

ORLOV) 1t V,; FEDOROV, N. Ye.; ROGOV, I. A.
"New -Bata :,-. - ~- --r-, : . "Cf- -- 2 ~- .I
report slir)mitted for ist ll~rltl' CGrLfl, I~aras~tul-c-g,.,, - 1, -
Tu~iudi:!,iwx 3~,, Mc)o-()w.

a.ACOESSION NR: AF4041164 S/0020/64/156/004/0972/0975
AUTHORt Orlovj I* V.
TITLE: Threshold of caloric nystagmus during rotation at constant
speed
SOURCE: AN SSSR. Doklady*, Y. 156, no. 4, 1964, 9T2-9T5
TOPIC TAGS: Ipsilateral rotation, contralateral rotation cosmic flight
i caloric uystagmus, rotation Induced nystagmus, caloric nystagmus
threshold, semicircular canal Irritation, central rotation, so-
centric rotation, constant speed rotation, centrifugal acceleration
oupuls. deviation, bidirectional vestibular sensitivity
HABSTRACT: The study aimed at obtaining quantitative characteristics
,lot vestibular Irritability during rather prolonged rotation at a
;-constant rate, by thermal irritation of the semicircular canals,
j:using cervical caloric nystagmus as the Indicator. The tests were
conducted In pigeons whose right horizontal semicircular canal was
:Irritated with an electrically heated metal loop. Temperature of
1 the loop, surface temperature at the canal and the nystagmus were
11;gAistflede The pigeons were attached to a rotating table; rotation
3

F~,AOCZBSJON NR: AP4041164
lasted for 60 minutes and tests were conducted during the last 30
[minutes In 2 series: the rotation axis either passed through the
11abyrinth at 33, 28 or 21 rpm or eccentric rotation was tested at
i28 or 21 rpm with the pigeon's head 20 cm off the rotation center.
iThe results are tabulated and graphed, giving the hystagmus threshold
~
tbefore and during rotation. Temperature Increase was at most 100.
,In the first test series this threshold was reached only at 33 rpm,
11in eccentric rotation already at the 2 lower rpm values. It Is
assumed that In the former the low centrifugal force Increases oupula
;,.deviation due to thermal stimulation only upon rapid rotation. In
the second series the centrifugal force Is much higher, thus acts
at a lower rpm. Since centrifugal acceleration will lower the thres-
hold independently of rotatory direction, these experimental results
may also be considered from the point of view of bi-directional
sensitivity of the semicircular canal receptors. The value P
(threshold difference) for Ipsilateral was always below that for
contralateral rotation, which may be considered the quantitative
expression of some asymmetry of the oupula apparatus. These findings
may be of Interest for modern avLation and ooomio flights. Orig.
art, hast 1 figure and 1 table,
213
.7

'AGOESSION NR: AP4041164
ASSOOIATION: Institut fixiologil Im. I. P. Pavlova kkademll nauk
SSSR (Institute of Physiologyo Acadepq of Sciences# SSSR)
:SUBMITTED: 03Jan64 ENCLs 00
SUB OODE: LS NR REF SOV: 002 OTHER: 016
3/3

L 15211-66
.LA(h). JD
W(M)/EWA(d) (t ikw_ (01
AM lot AP6002912 SOURCE CODE',. UR/0286/651000/024/0074/0074
INVENTOR: St I Mkovskly, X. N.; Stroganov, K4 V Shklyarov, 1. N.; Orlov, 1. V.;
Wlkonov, V. F.; Assonov, A. D.
ORG: none
TITL19: Steel for surface-hardened parts. Class 40, No. 177083
SOURCE., Byulleten' Izebretenly I tovarnykh znakov, no. 24, 1965, 74
TOPIC TAGGS: steel, surface hardened steel, manganese containing steel, silicon con-
iaining steel, chromium containing steel, shallow hardenable steel
ABSTRACT:- This,Author Certificate introduce& a steel for surface-hardened parts con-
--taining OA-1.2tcarbon and alloyed with manganeisesilicon, and chromium. To obtain
:steel vith'als'pecified hardenability,-one of three alloying elements Is added in a
-specified amount and the content of the other two to limited. For example, in steel
containi ng 0.1-w~1.4% manganese, the chromium and silicon contents are limited to 0.15
and 0.17Z, respectively. Steel with 0.3-1.4Z silicon should contain 0.15Z chromium
and 0.20Z manganese, and steel with 0.3-1.8% chromium should contain 0.202 manga
rAse and 0.17-n-0.27Z sill-con. JAZI
SUB -CODE: Il/ SUBM DATE: 29Dec6Oj ATD FRZSS: 110
sill

ORWV, 1. V.
Imitation reflexes in fishes. Uch. gap. LGU ne.239:101-106 '58.
()CMA 12: 1)
I.Isboratoriya fiziolegii vyeshey nervnoy dayatellnosti Fizic-
logicheskago institute. Ioningradske * gosudaretvannege universitsta,
('CONDITIONED RESPONSEI trISH16--RABITS AND MCHAVIOR)

01~Lov' I.V.
Characteristics of the changes in the motor, alimentarY and sexual
activity of birds (roosters and hens) with destrgation of the distance
receptors. Nauch. soob. Inst. fiZiol. AN SSSR no.1:61-63 159.
(MIRk 14-10)
1. Laboratorivn interotseptivnykh uslovnykh refleksov (zav. - E.Sh.
Ayrapet'yantsl Instituta fiziolorii imeni Favlova AN 3SSR.
(CONDITIONED RESPONSE) (FOUIAW wpolisz)

OPICV, I. V. (Moskva)
Ob uchdst'Li retikul-i-arn-Ah formatsiy st,vola mozea 4. talaffusa v 11"I'll
afferenta.ykh imr)ul'scv ot i fit ~-rorepf-torrv matki
rerort %ubmitted for tne First Moscow C',-nfere.-jce on iteticular YmnLti-I.,
Moscow, 22-26 March 1960.

BIYASHKVA, Z.G.1 ORWVj, I.V.
Characteristics of disturbances in the motor, food# and seyual
activity of birds f9.1lowing the cutting off of distant receptors.
Vop. srav. fiziol. aw 1 - no. 1: 107-114 f 60. (KW 14:4)
1, The Higher Vervous Activity Physiological laboratory, University
of Lenin ad# and the Interoseptive Conditioned reflexes Laboratory
of the Favlov Institute of Physiology, Academy of Science of the
U.S.S.R.
(REFLUM) (EYE--WOUNDS AND INJURIES)

ORLOV. I. V.
Technic of an electrophysiological study of the vestibular-motor
reflex arc in birds. Fiziol.zhur. 47 no.5:659-661 14Y '61.
(MIRA 14:5)
1. From the Laboratory of Conditioned Interoceptive Reflexes,
I.P.Davlov Institute of Physiology, Leningrad.
(ELECTROPIM11OLOGY) (NYSTAGMUS) (RULE=)

ORLOV 1 1. V.
Data on the elertrophysiological characteristics of the vestibular
analysor in birds. Fiziol. zbur. 48 no.1j24-30 Ja '62. (HJAA 15:2)
1. Frcm the Laboratory of Conditioned Interoceptive Reflexes, I.P.
Pavlov Institute of Physiolo~T, Leningrad.
(UECThOFH)LiIOLOG (VESTIBUL&R APPAhATU6)
(BIRDS--PHYSIOIDGY)

ORLOV I.V.
Bi-neuronal veDtibular motor raflex are. Fizio. zhur. 48
no.819l6-921 Ag'62. (MIRA 16:6)
1. From the Laboratory of Conditioned Interoseptive Ra-
flexes, I.P.Pavlov Institute of Physiolo , laningrad.
(REFT (VESTIBULAR APPARATUSF
(STRYCWJNF,-PHYSIOL0GICAL EMCT)
(ELECTROPHYSIOWGY)

,/62/144/005/017/017
31020
'V7. /00 B144/B138
0
AUTHORt Orlov, 1. V.
TITLE: Influence of polarization of the semicircillar canal on the
monosynaptic vestibulomotor effect ....j
PERIODICALt Akademiya nauk SSSR. Doklady, v. 144, no! ;~-5, 1Q62, 1192-1195,:-`
TEXT: The changes effected in the activity of the vestibUlomotor arcs by
polarization of the horizontal semicircular canal are stu4ied in 20
anesthetized pigeons. The previous method (Fiziol. zhurrl,', SSSR, 47, no- 5,*
659 (1961)) is modified by mechanically stimulating the alqpullar receptors
with rectangular pulses from a piezoorystal introduced into the osseous
ampulla. The action potential is recorded from the mm. rdcti capitis
postici maicres. Whereas anode application reduces or inhibits the mono-
synaptic answerp cathode application has the opposite effect. In both
cases, the aftereffects have the opposite sign. Nyetagmus can be
inhibited by applying a cathode; this to also true for anode application,
but only for the first 3-5 sece The polarization effect depends on the
strength and direction of the current and on the depth of narcosis.
Card 1/3

S/020/62/144/005/017/017
Influence of polarization of the ... B144/B138
ASSOCIATIOW: Institut fiziologii im. I. P. Pavlova Akademii nauk SSSR
(Institute of Physiology imeni I. P. Pavlov of the
Academy of Sciences USSR)
PRESERTED. January 16, 19629 by Ye. N. Pavlovskiy, Academician
SUBMITTED: January 12, 1962
Card 3/3

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(Dr -,;~rj- L
- -he eld'aae I -- 1g stean ;.ressing. eh. prol-
Thinn'rig Of i (,11:~A 17:1-3)
no. 3; 17- -1 -'l-S I i-,4.

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( i. j, 1, , " : 1 -,~ ) ),
,;, 1-3 1 .,. -

ORLOV, I.V , kand. tekhn. nauk; "ERASIMOVA, A,N. ilierasymova, A.M.]
Effect of tamperatur- -;n ti-je nyplenlc criaracteristics rf fram
pulyurethatic. Loh.prom. no.lsl3-16 Ja-Mr 165. ~'MIRA 1814)

7
I

)JOGDANOV, R.S.; CTU."'V,
Dt3ta-MJ,n,,i`:-, c' h,- c" ".e
. L,
I
"n"?" -W ;-, rc.l'tl-,37C-j-57,-
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lo 11st' tut f' V ~L'Iclg' I J-!ilLmn` I.F-F'av7uva 'U% - en`~c-r~ld.
- -- - - I 1- -1

OR LOV 1.V . , kand . to kIn. nLuk ; G-Ei ,~' :'-!0V-', , , . N. ( I ior a:-, rn,~,j a, Ai
StudyIng lt~x i:r,,I~--rtles of shaped l.orolon interiin-Ing, for
I
headgear. j:rom. nc,.3:IC)-J4 Jl~-, 165. ("; T-.;., : F': I

?MffTW. N.; ROMDGMG. T&.; OFWV. N.
Locating damage on underground cables vith polyvinyl chloride cover-
Ins. Radio no.12:28-31 D 153. . (MLHA 6s12)
(Blectric cables) .-**. *

OR-OT', I.... -~.
It' et')-).! of `,ornutatA-,:- thp Zcatt,-r-r!~ 'or -5earchli--rhts
of' .-striblAici-i." ---a cn c c ~S of -,f t.--
5)
S': Sun. ',-o. 63L, 2!'j' ~Ug 55 Sur-v-%, of __c-.Pntif'.c ani -ec nir-'al D-sse-.ta*ic,-,s
D~ I
fendp` -,t T'Sc:R --.7',,er :-Aucati,)nal _-,st.tuti -ns ,i*~)

MAN.N.I.. kandidat tekhnicheskikh nauk
Diffuser computation for projectors vith a given curve of
light intensity distribution. Svototekhniks 1 no.4:19-21
Ag 155. (NLRA 8:9)
1. Moskowskly proshektorTWy zavod.
(Light-Scattering) (Searchlights)

04ull -~4ciOnce. -SOil Gen-juls and Geography.
R Z h 3 4 I(Arj
J
Orlov, M_
TLe ForeBt Groving PropArtietA of 5-ul"d in
A J
r Sibirax. tw. 14. 1-1,
-V The turf-poczolic aoils of the H t o 1 1~)- Fo r e b t- I'j- t, r V,
Irasuayaraxly Kroy Eirt, formea or~ the ejuvium cf grac, te-
teF rich iii the miaerula of ortiiocIdBe, horr-:1,acs, ,
augit", biotite, and plagioclase. As the rotwit o.' ai_v-
iwo~j-_-at~on of tne primary minerals, these 3oils -t, an-
ricbed with K ano C5 &nc therefore are dIstirgu!r>r-5(_ ~.~y
fvvorable forast growing properties. Forests grcwj.,~,, ca
t ~Arf-podzolic aoiA are distinguished by Mgt
ty, uP to 45o-5oo v13 per I hectare of timber. The ! et

p - :: v - . - --.-
I I

I
ORIOO 11 . - -
Life span an& time of opening of the flowers in Lilium rWls.
Blul. Glav. bot. mda no.28:121-122 157. (MIRA lltl)
1. Botanicheakir sad Akademli nauk Ukrainskoy SSR.
(Lilies) (Plants, Flowering of)

ORLOVO M.I.
Propagation of Clematim Jaclamni in the Ukraine, Trudy Bot. isade,
AN UFM 7:125-228 160. (MIRA 14W
(Ukraine-Clematis)

ORLOV 0 M. I.
Cultivation of C-lematis Jack-ni. Biul. Glav. bot. sada no. 38:33-37
160. (MIRA 14:5)
1. botanicheakiy sad AN Ukrainskoy SSR, Kiyev.
(Clematis)

0~_ /_0 V M, 6, 68-58-2-10/21
AUTHORS: Kolyandr, L.Ya., Sl ,~~yaptina, M.I. and
'9 QX
Fomenko, G.M.
TITLE: Production of High-quality Benzole for Organic Synthesis
(Polucheniye vysokokachestvennogo benzola dlya
organicheekogo sinteza)
PERIODICAL: Koks i Khimiya, 1958, Wr 21 pp 44 - 46 (USSR)
ABSTRACT: A new standard for benzole for synthesis 1, introduced
required a very low concentration of
in September, 195
thiophene 0 An investigation was carried out in order
0. 05F
to study the process of purification of benzole-to'Auole fraction
up to the limits required for the benzole synthesis I and to
develop the optimum scheme for the production of such benzole.
The investigation of the appropriate fractions from Zaporozhe
and Bagleysk Coke Oven Works (Table 1) under laboratory
conditions was carried out. At first, a direct washing of the
whole fractions was tested (Table 2); the results obtained
indicated that this method of purification is unprofitable.
Therefore, the following investigations were carried out:
1) Separation of BTX (mixed) fraction into a narrow benzole
fraction and a toluole-xylole fraction with their subsequent
treatment to a --equired purity; 2) The usual washing of
mixed fraction to limits required to obtain pure products
(;ardl/2

68-58-2-10/21
production of High-quality Benzole for Organic Synthesis
(bromine numbers benzolel-