SCIENTIFIC ABSTRACT ALEKSEYEV, L.A. - ALEKSEYEV, M. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100920014-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BERKOVICH, M.Ya.; KORNONOGOV, A.P.; VDOVIN, K.I.; ALEKSEYEV, L.A.
Theoretical possibility 9f cold air drilling in eastern oil regions.
Izv. vys. ucheb. zav.; neft* i gaz 4 no.5:39-46 '61. (MIRA 15:2)
1. Ufimskiy neftyanoy institut.
(Bashkiria--Oil well drilling)

ALEKSEYEV, L.A.; BERKOVICH, M.Ya.
Certain temperature-condition problems of conDbits. Izv.vya.
ucheb.zav.; neft' i gaz 6 no. 12:103-105 163. (MIRA 17:5)
1. Ufimskiy neftyanoy institut.

LEKOYEV.. L.A., inzlf.; BUTEVICH, N,S,, inzb.
k:__ - -- I
XPK-6 oxygen piston compressor. Trudy VNIIKIKASH no.4:65-86
161. (14M 15: 1)
(Oxygen)
(Compressors) -

BERKOVICH, M.Ya.; SPIVAK, A.I.; KORNONOGOV, A.P.;-FILIMONOV, N.M.;
POPOVP A.K..; VDOVIN, K.I.; AIEKSEYEV, L.A.; POSPELOV, V.P.
Some problems of gas drilling. Izv.vys.ucheb. sav.;neft' i gatz
5 no.5:29-34 162. OURA 16: 5)
1. Ufimskiy neftyanoy institut
(Dii well drilling)

BERKOVICHLM.Ya.; SPIVAKk A.I.; KORNONOGOV, A.F.; VDOVIN, K.I.; I-
t-'.A..; POPOV, A. ; FILIMONOV, N.M. j POSPELOV, V.P.
Studying the power requirements for breaking rocks by rolling
cutter bits. Izv.vys.ucheb.zav.; neft' i gaz 5 no.8:43-49 162.
- (MM 17:3)
1. UfiAnkiy neftyanoy institut.

TURKENICH, D.I.; SMDKTIYO V.V.; POTRUSAYEV2 A.P.; POGREBNOYY YU.N.;
~d~EYIEV,, L.A.; ZINIKOO B.F.
Iron oxidation and the degree of oxygen use in converter
smelting. Izv. vys. ucheb. zav.; chern. met. 7 no.1:46-51 164.
(MIRA 17:2)
1. TSentrallnyy nauchno-issledovateltskiy institut chernoy
metallurgii.

ZHDANOV, M.M.; KOSTRYUKOV, G.V.; ASFANDIYAROV, Kh.A.; MAKSUTOV, R.A.;
.KONDAKOV., A.N.; TURUSOT, V.M.; SILIN, V.A.; PILYUTSKIY, O.V.;
SHELDYBAYEV, B.F.; PEMOV, A.A.; SWRNOV, Yu.S.; KOLESNIKOV,
A.Ye.; DROZDOV, I.P.; IVANTSOV, O.M.; TSYGANOV, B.Ya.;
KORNONOGOV, A.P.; VDOVIN, K.I.; ALEKSEYEV L.A.- GAYDUKOV D.T.;
--- ""hiEV I.A.,-
isms
A.Ya.; DANYI
LFKStTM,,L.G.; fMASYUK, A.D.; IVANOV, G.A.
Author's commanications. Neft. i gaz. prom. no.2:67-68
AP-Je 164. (MIRA 17:9)

05080-67 EWT(d)/FSS-2
ACC NRi A'P6Q133O6 SOURCE CODE: UR/0413/66/000/008/0098/0098
AUTHORSi Izhin, M~ I.; Alekseyev, L. A.; Babashkin, V. I.
ORG: none
TITLE: A method for discrete summation of.signaled Class 42, No. 180858
V
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 98
TOPIC TAGS: signal codingg signal processing
ABSTRACT: This Author Certificate presents a method for discrete summ tion of signals
associated with the encoding of information with a fixed weight. The method increases
the interference-free nature of the process. Binary symbols of the code group, which
are accepted simultaneously on N channels, are linearly added with subsequent limits-
tion of the sum to N levels by clippers of the sum. The solution in regards to the
transmitted code grou is taken by detecting the specific number of the largest (based
on -the number of ones5 or smallest (based on the number of zeros) values of the P11M.
SUBXODE: 09/ SUBM DATE: 1OMay65
1/1 fV UDC: 681-142.621.374

ALEKSEYEV, L.A.;_TSVETAYEVj, A.A.
Calculation of saturated vapor pressure. Zhur.fiz.khim. 35
no.9:2130-2131 161. (RMA 14;10)
1. Akademiya nauk SSSR, Ijistitut fizicheskoy khimii.
(Vapor pressure)

TSVEETAYEVI A-it.; GLAZUNOV, M.P.; KISELEV, V.A,;_ALEKSEYEV, L,A.;
CHUZHKO.9 R ~K.
Determination of the activation energy of vaporization from
various faces of a zinc single crystal, Zhur.fiz.khim. 35
noJ2:2800-2801 D '61. (MIWL 14:12)
1. Akademiya nauk SSSR, Institut fizirheskiy khimii.
(Evaporation) (Zin-, crystals)

BUTKEVICH P K.S. , in-zh. -, AjI,,'V-,-'EYEV, L.A. ~ juz,1'.; PISIVIII Y A.G. , inzh,.
Air and oxyger compressors with jAston metal r4ngs and emulsion
lubrication. Trudy VNIIKIMASH no.8:108-129 164.
(MTIU I' : 10)

146ssbauer effect in tin-based solid solutions. '.okl. Ali SSSR 160
no.2:376-378 Ja 165. (1,111RA 18:2)
1. TSentrallnvy nauchno-issledovate] Is) iy chernoy metallur-
gli im. I.P. Bardina. Submitted July 7, 196/,

ALEKSEYEV, L.A.-__
Determining the decomposition kinetics of the Watem
tin - bismuth by means of the MUsbauer effect. Fiz.
met. i metalloved. 20 no.4:624-626 0 165.
(MIRA 18:-U)
1. Moskovskiy inzhenerno-fizicheskiy institut.

Uoncernin.- the temperature of the surface of steel in case
of rock friction. Izv. vys. ucheb. :-~av.; neft' i gaz 8 no.2:
27-31 165. 18:3)
1. lif iiaskiy -nef t-.panoy instAtut.

110-9-15/:;P3
AUTHOR: Alekseyev, L.F., Boyarov, A.I., Engineers and GertsenUerg,
of Technical Sciences.
-TITLE: An Instrument for Simulatingc,&odels oL Automtic Regulation
Systems. (Pribor dlya modelirovaniya sistem avtomaticheskogo
regulirovaniya)
PERIODICAL: Vestnik Blektropromyshlennosti, 195?, Vol 28, No.91
pp-53 - 5~ (USSR).
ABSTRACT: It is not always advisable to use digital computers to
solve problems of automatic regulation because their high
accuracy is superfluous. The circuit characteristics of auto-
matic regulation systems can often be altered somewhat without
much changing the nature of the transient process and moreover,
the characteristics of actual systems cann(t always be deter-
mined accurately. 1n investigating automatic regulation
systems it is necessary to select a circuit of the best struc-
ture to determine the type and place of insertion of stabilis-
ing devices-and to investigate the effect of alterations during
the adjustment of the regulating system. When digital computers
are used, new differential equations must be set up for each
new condition, which is tedious. Moreover, the results are not
presented in a form that easilygives a clear physical picture
(,ard 1/4of the processes occurring in the regulator system. In many

on 110-9-V/23
An Instrument for Simulating/models o4!Automatic Regulation Systems.
cases it is much more convenient to use an analogue computer to
simulate modelling individual typical links of the given system
of regulation. In the majority of cases, automatic regulation
systems can be represented as a series of elementary links of
the inertia, oscillatory, differentiating or other types. These
links can be modelled by means of d.c. amplifiers with suitable
output impedances and feed-back systems. The main advantages
of the analogue system based on the principle of simulting
individual typical links of the automatic regulation system are
that it offers rapid and graphic solutions of problems on the
selection of circuit structure on stabilising devices and on
the influence of changes in the circuit constants. Moreover,
the conBtJMCtion of the instrument is relativelY BiMple and
special mathematical treatment of the initial data is not required.
If necessary, the results can be obtained on different time
scales and recorded by oscillograph. The wticle then describes
briefly the main characteristics of an instrument for simulating
automatic regulation systems typeVIM-CAP develODed in the All-
Union Electro-technical Institute in 1954-1955. Work of this
kind was commenced by Doctor of Technical Sciences A.A. Felldbaum
in 1956-1957 and in recent years similar work has been published
uard2/4 abroad. The instrument, which is illustrated in Fig. 1, consists

110-9-15/23
An Instrument for Simulating~iodels of Automatic Regulation Systems.
.of 42 units (in addition to an inf ra-low Irequency apparatus
installed separately). 32 units can be used at once and are
located in the upper part of the instrument. The lower part
contains power packs. All the units are interchangeable and can
be placed in any position in the panel. The principles of
construction of the units are then described with details pf_
the different types of unit and their circuits. They include
inertia, amplifier, differentiating, integrating, oscillatory,
universal and several other kinds of unit. The control panel
is located in the centre of the apparatus and is used to switch
and control the supply to any of the four see-%ions into which
the main panel is divided. The equipment includes a cathode-
ray oscillograph. Correct operation of the instrument when
simulating complicated multi-circuit systems using up to 25 units
is ensured by the high accuracy of simulation and the absence of
leakage-linkages. The overall accuracy of the instrument depends
on the complexity of the problem and is on an average 10 _ 20%.
Although the instrument has not been in use long it has success-
fully and rapidly solved a number of particular engineering
problems on the development of complicated regulators.
~,ard3/4 There are 11 figures, and 5 references, 2 of which are Slavic.

110-9-15/23
Ah Instrumentbr Simulating/Qidels of.Automatic Regulation Systems.
jSSOCIATION: VEI
SUBMITTED; February 26', 195?.
AVAILABLE: Library of Congress.
uard 4/4

,%CC.N,,R: AT6022719 SOURCE CODE: UR/3032/66/ooo/073/0213/02?2
AUTHOR: Alckseycv, L. F.; Mel'nikov, V. S.
ORG: none
TITLE: Stabilized static frequency converters designed with magnetic elements
SOURCE: Moscow. Vrasoyuznyy clektrotekhnicheskiy institut. Trudy, no. 73,
1966. Avtornaticheskiye regulyatory vozbuzhdeniya~ (Automatic excitation
regulators), 213-ZZZ
TOPIC TAGS: frequency converter, frequency multiplier
ABSTRACT., Three types of a new magnetic frequency multiplier were developed
by VEL their characteristics are: input, 3x380 v= 30%, 45-55 cps; output,
110 v, 450 cps, 10, 200, and 600 va; frequency ratio, 9; output-voltage variation,
0.5-1% per 1056 input -voltage.variation and 1-1.216 per 176 frequency variation.
Card 1/2,--

AGG NR: AT6022719
The multiplier contains 9 saturated transformers whose primary windings are
connected in a complex star; the secondary windings form an open nonagon. The
output voltage equals the geometrical sum of amf's of all secondary windings. A
circuit diagram, a vector diagram, and voltage waveshapes are shown. Formulas
.and curves for designing such a multiplier are reported. The multiplier is
intended for magnetic amplifiers of field regulators and similar applications.
Unlimited lifetime of the multipliers is claimed, and their successful "long-time"
operation at several Soviet power plants is noted. Orig. art. has: 6 figures and
12 formulas.
SUB CODE: 09 / SUBM DATE:. none / ORIG R.EF: 002
Cord 2/Z

ALEKSEYBY, L.G.
-------
Now design for the union of a plunger with the coupling rod of
piston pumps. Neftianik 1 no.8:22 Ag 156. (mEaA 9:11)
1. Nacballnik laboratorii Groznenskogo nauchno-iseledovatellskogo
institute. imeni I.V. Kossiora.
(Pumping machinery)

ALUBBYEVO L.G.
I I . ..
~raplh method for testing slush pumps. Neft. khos. 35 no.8:
30-33 At '57 iOii well pumps--Testing) (Osaillograph) (MIR& loril)

YHV
Studying the perYormance of cylinder-bushing fastening units
and of the sealing of slush-pump piston bonnets. Neft.khoz.
36 no.2:23-25 7 158. (MIM 12:4)
(oil well pumps)

AUK ZYW, L.G.
Pump type for long distance hydraulic coal transportation. Ugoll
35 no.8.39-40 Ag 160. (MLU 13 -.9)
1. Grozneuskiy nauchno-isaledovatellskiy neftyanoy institut.
(Hydraulic mining-Rquipment and supplies)
(mine pumps)

AALEKSEY -j&anid-Grigar!yeyjchj- LATUKHINA, Ye6Io. vedo rede;
VOROBIYEVA, L.V., tekhn. red.
[Modermizing the bydraulic part of oil-wel.1 pwnps]Opyt rao-
derr-izatsii gidravlicheskoi chasti burovykh nasosov. Mc-
skvaj Oodtdptekhizdat, 1962. 68 p. (MIRA 1.*:8)
(Oil well pumps)

ZHDANOV, M.M.; KOSTRYUKOV, G.V.; ASFANDIYAROV, Kh.A.; MAKSUTOV, R.A.;
-KONDAKOV, A.N.; TURUSOV V.M.; SILIN, V.A.; PILYUTSKIY, O.V.;
SHELDYBAYEV, B.F.; PETR6V, A.A.; SMIRNOV, Yu.S.; KOLESNIKOV,
A.Ye.; DROZDOV, I.P.; IVANTSOV, O.M.; TSYGANOV, B.Ya.;
KORNONOGOV, A.P.; VDOVIN, K.I.; ALEKSEYEV, L.A.; GAYDUKOV, D.T.;
.VSWAIY A.Ya.; DANYUSHEVSKIY, V.S.; VEDISHCHEV, I.A.;
LJF4 .4
AIS?fttT,V - L G.; KRASYUK A.D.; IVANOV, G.A.
Author's communications. Neft. i gaz. prom. no.2:67-68
AP-Je 164. (MIRA 17j9)

I L.1 .
AP99
Now type of packer. Nov.nsft.tekh.-.Bdr. no-3--7 148. (MIMA 9:4)
(Oil well drillin&--Xquipment and supplies)

ALEKSEYEV, L.I., inzhener (g.Bagullma)
Using precast doundations and wells. Stroi.pred.neft.prom. I no-3:
25-26 MY 156. (HLRA 9:9)
(P~recast concrete construction) (Petroleum--Pipalines)

AIJCKUYEV, L. 1.
Nitrous oxide anesthesia in ambulatory stomatological practice.
itr:ue-ox
Stomatologiia 36 no.6:61-63 N-D 157. (KIRA 11:2)
1. Is stomatologichaskey polikliniki Voyanno-Morskogo ?lot&
(Leningrad)
(NITROUS OXIIUR) (ANESTHESIA IN DENTISTRY)

GRINIKOV, Yu.V., kand.takhn.nauk; MARTYSIMIN, A.Ye., ~and.tePhn.nauk; DEKAMILI,
L,Ye,, inzho; ALEKSEYEV, L,I,, inzhe
--z-
Studying the vibration of the SK-4 combine. Trakt. i sellkho?-,ash.
no.2121,-26 ip 165. (MIRA 18W

5362. ALekseyev, L. L. Stre-11ba, drudiva r-,-ya!-,-v r.-iv--I'v-y. I'; Vov- niz,:*-it, 1954.
623-55
2235. 5. ill. 21sna. 3 r. 75r. V rer.- (5553-14~1.
SO: Xidzhnava Letorisly Vol. 3, 195'~

UR/b 661
M AP6-0019899 SOURCE CODE: .600/004/00911
INMITOR ; Babkiri M. I.; 4ivin khovskiy, A. I.; Alekseyev, L.'
Yu. K.; Voytsc
Sukhoruchenko, V. A.
ORG: none
-TITLE Devi.ce for -generating pressure pulses in aliquid.1 Class 42, No. 11 9050
SOURCE: I.zobretefiiya, promyshleanyye obraztsy, tovarnyye znaki, no. 4, 1966,.91
TOPIC TAGS hydraulics, hydraulic control, hydraulic control system, pulse geInerator
ABSTRACT: The proposed device contains a working chamber connected to a aulicT,
cylinder with a piston which senses the kinetic energy of the feed load by means of
__a.g&ge.,_To generate various-sbaped pressure pulses and to regulate the moment of
initiation -and the r at.eI- o-f presE~~6-drop-inthe--working-chamber,--tbe piston is made it
-J,
the-form of.a-glass which is-covered-on-the bottom bya diaphragm.Vhich'ruptures at
Z given pressure. The glass has a longitudinal slit and radial openings which connect--'-----
t the internal piston cavity at ~a certain position in respect to a cylinder with an
112 uDc: 621.227.3:620.1.05
7_

annular groove on the internal surface of the.latteri The groove is connected throuSt
a throttle to the overfl d-det,(see JTN)
lig. 1). Orig. Pit. has: I figure.
ow
SUB CODE. 21/ SUBM DATE: 26,Tan65/: ATD ems 44A~
Card 2/ AA&-~
77777

RUDNIK, V.A. ; AL~ZSZIEV., L.M.
Role of studying producis of silicon, potassium, and sodium
metasomatosis in clarifying the geology of areas being studied.
Informabor.MGM no,500.$-56 161* (MMA 15:8)
(Soviet Far FAst-Matiwo'matism)
(Soviet Far E"t-Geology)

ANDONIYEV, S.Y,; CLkZKOV, P.G. [deceased); HCHIN, V.A. KONDRAT-YEV, Ye.H.;
LFvITAS01TP Ya.M., MAKAROV, K.I.; PANKRATIOV, F.V.; PUM, N.I.;
POKRAS, L.M.; POCHTMAN, A.M., TESNIM, P.A.; SHEYNFAYN, F.I.;
SHKLYkR,, T.I.; Prininali uchastiyet BERMAN, M.N.; VARiALDMUEV,
F.L.; ROBIN, M.A.; YDYSI'fEVI(',H, G.I..-, SAPIRO, V.S..-. ALEKSEYEV,
L.M.- POPOVAP R.S. ZT4
fleatirg Martin furnaces with natural gas using reformers.
Gaz. prom, 9 ne.11-14-17 164. (M1RA 17tl2')

AI=SNWj L,N9, Inzho; MEYLMOVy N-Ye.
Choice of surface tn3e of the heat exchangers of loomotice gas
turbine systems. Trudy TSNII M no.241:83-93 162. (MIRA 15:12)
(Gao turbines) (Heat exchange)

'ALMEMp LeNip inzhe
Effect of uneven circulation about the gas tube plates of heat
exchangers on temperature stresses originating in pipes Trudy
TSNII M no.241sl0/#"3.U 162. NIM 15112)
(Heat e=hangers) (Steam pipes)

.-7 r
XLEANWHAN, P.K. ~Smylvl L.P.; GOV(ROV,A.N.; KCHOVALOV,11.Ye.; RMILYBY,
Tu.u;; Inzhener-polkovnik,
redaktor; XUZ'H6,I*F&j tekhnicheakiy redaktor
[Theory of jet engines) Teoriia reaktivnykh dvigatelai. Moskya.
Voen. izd-vo Ministeretva oborony SSSR, 1955. 295 P. (MLRA 9:3)
(Jet propulsion)

STZOHKIN. Boris Sergeyevich, akademik; XhZbIWZHAN, PogoB Karapatovich;
Alskeandr Nikolayevich; MUM,
Tulian Nikolayevich; MOROV, Roman Hironovich; DMITRUNTSKIT. V.I.;
professor, doktor takhnichaskikh nauk, rateenzent; YNHIN, O.N.,
kandidat takhnichaskikh nauk, reclaktor; BOGOROIA)VA, K.F.. izdatell-
skiy radaktor; ZUDAKIK. I.M., takhnichookikh radaktor
[A theory of jet engines; turbomachines) Teoriia reaktivn.Vkh dvigatelti;
lopatochnye mashiny, Pod red. B.S.Stachkinai Hooky&, Goa. izd-vo obor.
promyshl.. 1956. 548 p. (Mit 10:1)
(Turbomachifiss)

FLUE I BOOK EXPLOITATION 1111
Stechkin, Boris Sergayevich, Kazanclzhan, Pogos Khrapetovich, MAkser _Iev
=yA
111etrovicli Govorov, Aleksandr Nikolayevich, Konovalov' Ni y Yefimovich,
i;lmw
i v, Yulian Nikolayevich, and Fbdorov, Roman Miro'novich
Taoriya reaktivnykh dvigateley; rabochiy protsess i kharakteristiki (Theory of
Jet Engines; Operation and Characteristics) Moscow, Oborongiz, 1958.
'533 p. 20,000 copies printed.
Ed-:(Title page): Stechkin, B.S., Academician; Ed. (Inside book): Yanovskiy, I.L.,
1higineer; Ed. of Pablishing House: Bogomolova, M.F.; Tech. Ed.: Rozhin, V.P.;
Iftnaging Ed.: Sokolov, A.I., Engineer.
PUPJ?OSS-. This is a textbook approved by the Ministry of Higher Education of the
USSR for students of aviation vazes. The book may be also useful to engineers
working in the field of aircraft engine construction.
COW,RAGE: This book is an independent part of the general course in "Theory of
Jet Engines." The first part of this series, "Bladed Machines", was published
In 1956. In this book the authors describe in detail gas dynaraics Analysis,
the testing methods.and the characteristics of a number of types of jet engines.
Carci 1/11

Theory of Jet Engines (Cont.) 1111
Ihey.give the classification of the basic types of jet engA'nea: turbo-jets,
turbo ram-jets, and liquid propellant rocket engineii, and describei. the
-props,
special features of each. The description of each pexticular type'contains the
following information: a) the basic theory of oWration, b) the mAhoas bt Abter-
mination of test-stand and flight chd~acteristics, c),'infomation on speci4l
features in practical operation of the engine, d) methods for selecting basic
design parameters, and e) the gas dynamics analysis of the engine in designing.
In the compilation of this book the works of Stechkin, B.S., Kazandzhan, P.K.,
and others of the authors' collective were used, as well as the existing liter-
ature on bladed machines and jet engines. Individual chapters were written by
the following authors: Ch. I and IV, by Govorov, A.N.; Ch. II and XV, by Alek-
seyev, L.P.; Ch. III and See- 7 of ' ~~ Ch. XVI, by Konovalov, N. Ye; Ch. V to IX,
by Nekchayev, Yu. N.; Ch. X, XI, and Sec. 1-6 of Ch. XVI, by Fedorov, R.M.; and
Ch. XII, XIV and Ch. XVII by Nazandshan,, P.K. The authors express thanks to
Professors Yellkumov, T.M. and Kulagin, I.I., and also to Docent Zastel, Yu-K.
for their valuable remarks and advice. There are 27 references, of which 25
are Soviet, including 2 translations)and 2 English.
Card 2/ 11

Theory of Jet Engines (Cont.)
1111
2. Basic equations of gas motion in the nozzle
3- Operating conditions of supersonic nozzles in jet engines
4. Effect of the operating conditions of the nozzle and of
hydraulic losses in it on jet engine characteristics
5. Profiling outlet nozzles
6. Control of outlet nozzles
Ch. IV. Combustion Chambers of Jet Engines
1. Requirements on combustion chamber of gas turbine engines (M).
Basic types of combustion chambers
2. Operation of GTE coinbustion chambers
3. ComplAeness of combustion and losses of pressure in GTE
combustion chambers
4. Dependence of the completeness and stability of combustion on
various factors
5. Determination of the necessary fuel consumption in combustion
chambers
6. Determination of basic dimensions of a combustion chamber
7. fi-fter-burners of turbojet engine,s (TJE) and combustion chambers
of ram-Jet engines (RJE's)
51
61
74
81
84
89
89
94
io6
112
116
121
122
Card V _-L1

Theory of Tet Engines (Cont.
2. Dependence of the specific thrust and of the fuel consumption on the
characteristics of the operation 165
3- 'Dependence of the specific head thrust and of the specific load
Ion the characteristics of the operation 170
4. Choice of optimm characteristics of TJE's 176
5. Calculation of characteristics of WE with after-burner (TJKA) 177
6. I)ependence Of Rsp
t (specific thrust and specific fuel
et and S
,
sp.a,.
consumption of the after-burner) on the TJEA 178
7. rwaluation. of the influence of various factors on R
and S
SP
8p
by the method of small declinations
185
Ch. VII. WE Characteristics 196
1. Possible rules of WE control 197
2. Velocity characteristics of TJE's 210
3. Altitude characteristics of WE's 216
4. Throttling characteristics of WE's 218
5. Influence of the choice of the initial parameters of the process
on the WE characteristics 224
6. Influence of restrictions imposed by strength requirements on WE
characteristics 231
Card 6111

Theory of Jet Engines (Cont.)
1M
7. Transfer from the engine characteristics to the characteristics
of the power plant 286
Ch- X- Unsteady Operating Condition of a VE 292
1. Acceleration and reduction of the TJE rotorrpm 293
2. Influence of various factors on the acceleration and pick-up
of a TO 302
3- Start of a VE 3o6
Ch. 5Z. Double-Shaft VE 311
1., Principal layout and basic special features of double-shaft TjEls 3U
2. Choice of characteristics and special features of the gas dynamic
analysis of double-shaft VE's 320
3. Joint operattag conditions of the turbine and the compressor in
double-shaft TJE's 323
4. Determination of the operating conditions of a joint operation of
the compressor and the turbine of the double-shaft TJE's 331
Special features of the characteristics of double-shaft WE's 336
5
8/11

Theory of Jet Engines (Cont. )
1111
4. VE with air separation into special high temperature combustion
chambers 394
5- Characteristics of double flow VE 395
Ch. XV. Ram-Jet Engines (RJE) 399
1. Operation of a RJE 4oo
2. Work of a cycle and specific characteristics of RJE's 403
3- Calculation relationships for determination of the thrust of RJE's 406
4. Preliminary gas dynamic analysis of RJE's 408
5- Characteristics of the RJE 413
Ch. XVI. Liquid Propellant Rocket Engines (LPM 425
1. Operation and basic characteristics of LPRE's 425
2. Efficiency of LPHE's 435
3. Awl for LPRE's 441
4. Combustion chambers of LPRE's 450
5. Unstable operation of LPRE's 463
6. Tbmperatwe of fuel combustion in the chamber of LPRE's 466
7. Gas dynamic analysis of the nozzle of LPRE's 4Y8
8. Maracteristiewof LPRE's 11b5
9. Cooling of LPRE's 403
Card 10/11

Theory of Jet Engines (Cont.)
113-1
10. Analysis of the external flowing of the cooling of a LM 508
Ch. XVII. Application -lof:,/Atomic Energy to LPRE's 514
1. Elementary concepts of nuclear reactors 515
2. Possible layouts of aircraft atomic WE's 519
3. Losses of pressure head in the heat exchanger and choice of the
characteristics of an atomic engine 522
Appendixes: Nomogram 528
Bibliogmphy
AVAILAM: Library of Congress
529
IS/fal
2-3-59
Card U/I I

ALEKSEYEV, L.S.; LMMA, R.F., metodist
,-~,
Exercise therapy in compound treatment of the active phase of
rheumatic fever in children. Pediatriia 42 no.8:76-81 Agt63
1. Iz detokogo klinicheakogo otdeleniya Nauchno-losledavatell-
skogo instituts, r6vmatizma ( dire - deystvitellnyy ohlen AHN
SSSR prof. Me Nesterorg rukovoditell raboty - doktor med.
nauk A.V. Dolgopolova AMN SSSR.

-A]AUsav, L.S.P Cand-of-GeolMin-Sci --(diss)- -"Hineral Impurities of.Bur9inBkiy-- -- --
Coal . ~ Novosibirsk., 1959, 20 pp (Institute of Geology and Geophysics,, Siberian
Divisiont Academy of Sciences USM) (KL, 8-60, 115)

ALMSIM, L. S.
'I
Mothod for extracting mineral admixturso from coal. lov.Sib.
otd.AII SSSR no-5:42-47 159. (MIRA 12:10)
1. Dallnevostochnyy filial Sibirokogo otdoloniya Akademli nauk
SSSR.
(Coal preparation)

3(8) SOV/20-124-4-50/67
AUTHOR: Alekseyev, L., S.
TITLE: On Mineral Admixtures in Extra.*ted Coals
(0 minerallnykh primesyakh v iskopayeuiykh uglyakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, PP 903-906 (USSR)
ABSTRACT: The author puts emphasis on the importance of studying the above
mentioned problem to the genesis of coals and to other related
questions. The best method of investigation is the study of coal
striae and polished sections by means of the polarization micro-
scope, though even this method does not permit the determination
of the entire complex of admixtures. Therefore, the admixtures
have been extracted recently by chemical dissolution or burning
of the organic coal substances. But even in this case the minerals
are largely decomposed or ohanged by strong chemical reagents and
high temperatures (loamy formations, carbonates, sulfates, sulfides,
iron oxides, etc). For this reason, the authors (in cooperation
with and under the supervision of Yu. B. Ustinovskaya) extracted
the admixtures in a mee 'hanioal way. Apart from the necessity of
avoiding the deficiencies mentioned, the method is uncomplicated
and requires only the simpliest devices: a ball mill. According to
Card 113 the method devised by the Azerbaydzhanskiy nauchno-issledovatellskiy

On Mineral Admixtures in Extracted Coals SOV/20-124-4-50/67
Institut (Azerbaydzhan Scientific Research Institute), the powder
formed is classified into two groups; larger and smaller than
0.01 mm. The following investigation is carried out by other known
methods. Daring pulverization, apart from the minerals of the light
fraction (d< 2-75, in an unimportant degree) also the authigenic
formations are destroyed to a large extent. Clastic accessories and
loamy minerals are not pulverized. This method does not permit a
granulometric analysis of the coal itself so that one has to put up
with the ash analysis. The principal advantage offered by the method
suggested consists in the possibility of revealing and exactly
diagnosing the whole manifold complex of minerals. It is necessary
to study the mineral admixtures under immersion by means of a polari-
zation microscope in connection with common methods (striae and
polished sections). By the methods mentioned the author studied
coals of the following deposits: Bareinskiy coal basin (Urgallskoye
and Tyrminskoye deposits) as well as the Yevreyskiy (Jewish) auto-
nomous distriot (Birskiy and Londokovskiy coals) and after their
macroscopic characteristics he gives also the results of analysis:
It is a typical feature of mineral admixtures in coal that the
chemically unstable clistic materials are to be found already in a
Card 2/3 decomposed state or are often lacking at all. This is explained by

On Mineral Admixtures in Extraated Coals SOV120-124-4-50167
the fact that these minerals were introduced into the organic anitj4
substances which were highly active from the chemical point of view'
and had very low pH values (peatbogs). The Eh values were strongly
reductive since the partial pressure of CO 2was high, The semi-
quantitative spectroscopic analysis (carried out by V. V. Lapina
at the Spectral Laboratory, see Association) has shown that the
coal-forming processes effect an intense redistribution of the
chemi:cal'elements. A characteristic feature of coal is the in-
creased content of light elastic minerals, as compared to rocks of
the soil, the top and intermediate layers. In conclusion, the author
discusses the content of resistant elastic accessories and authigenic
minerals (siderite and pyrite). The two last mentioned minerals
were formed during diagenesis.-There are 2 Soviet references.
ASSOCIATION: Dal!nevostochnyy filial Sibirskogo otdolenj,-%,,) tdztdomii nauk SSSR
(Sovie,t I'ar East Branch..of the Siberiai, f the Academy
of Sciences, USSR)
PRESUTED: October 119 19589 by N. M. Strakhov, Academician
SUBMITTED: October 8, 1958
Card 313

ALIKSEYEV, L.S.
Role of pyroclastio material in the acrumulation of mineral
admixtures in coals of the Burein Basin. Geol. i geofiz.
no-5:5441 160, (MIRA 13:9)
1. Institut geologii i geofiziki Sibirskogo otdeleniya AN SSSR.
(Burein Basin-Coal geology)

-Ahi- N
Distribution of ele,.-.-,.-)ital clav-deal imgaritics in coal--- of tic Ur----al
deposit. Geol. -cof-lz. 10:6~-'j7 160. O-a.-A -14:2Y
1. Dallnovostocl=jy filial Sibirs,-.o,,-.o otdclcmiya A-T."S.C-S ., Vladivastolk.
Cwe,fa Basin-Coal-Analysis)

AUKSEYEV. L
Parallel accessory minerals in'd6al seams of the Bureya Baoix.
Gaol. i geofiz. no.8:65-75 162. (MIRA .15':3.0)
I* Frasnoyarskaya komplekonaya laboratoriya Iuetiu~a pologii i
geofizild SibiraVpogo otdeleniya AN SSSRO
.(bureya *in-Coal geology) (Trace elements)

AIMEYEV$ L,S.; Prinimala. uchastiye POPOVA, T.A., khimik
Removal of chamed organic impurities from clays and
separation of olay minerals in coals. Lit. i pol. iskZ.
no.-Itl53-155 163. (MIRA 17:3
1. Inatitut geologii i geofiziki Sibirokogo otdolaniya
AN SSSR,

~ ~ ~- 9- - U-7 ffil"
- I ~ am, - ~p
-.0. rmi

t7f
_L_ 'n I Lill a P, H
RV 'RIP
M
FIR XTIMIRSO 41,akaov", TI. v

ACCZSSION RRi

BORDUKOVA, M.V., kand. sellkhoz. nauk; MELINIKOV, V.A., kand. sell-
khozz. naukl KOMKOVA, M.N., kand. sellkhoz. nauk; ALEKSEYEV
It,Z..l-agronom; MAKSIKIVA, S.A., agronom; PAYATSYK-'V.-V','-
agronom,-, KRAYKEVICH, A.M., agronom; BYKOVA, M.G., red.;
DEYEVA, V.M., tekhn. red.
(Handbook for the potato grower]Spravochnik kartofelevoda.
Moskva, Sellkhozizdat, 1962. 335 p. (MIRA 16:2)
(Potatoes)

AUIKSNUV, M.
Put the creative initiative of the masses in the service of the
new five-year plan. Sov.profsoiuzy 4 no.1:2Z-24 Ja '56.
(HLU 9:4)
l.Predoodatell cavkoma profsoyu2a Vladimirskogo zavoda "Avto-
priborl.
(Ifficiency, Industrial)

Oat;
I sd
rVo
jai
-fo
.12
I I z
ail I

eji f
PHASE I BOOK M(PLOITATION SOV16261
Kernenorgle und Flotte; Artikelsammlung (Nucloar..Energy and the Navyj
Collection of Articles) [Berlin) Deutscher Militarverlag [19611.
232 p. Errata slip Inserted. 2000 copies printed.
Translation from the Russian of: Atomnaya energiya I flot.
Translator: Erika Steuk, Lieutenant Commander. Responsibility for
Gorman edition; Claus Gruszka, Znginoorl Ed.: Klaus Krumsieg.
PURPOSE; This collection.of articles Is Intended for officers of the
army, coast guard, and merchant marine.
COVERAGE: The book, atranslation from the Russian, contains 25 ar-.
ticles dealing with the application of nuclear weapons to naval
combat operations. Chapters 19 and 25'have been supplemented with
additional data for this edition. Tho devastating features of nu-
clear explosions are discussed. Attcntion Is also given to the
protection of personne*7, ships, and coastal -facilities against nu-
clear. weapons, and to -tlie:probent. and future applidatibno of nuclear
pT-ter planti to shipping. No personalities are mentioped. There
are 16 references: 10 Russian (including 3 translations.from
English-language sources), I French, 1 0erman,.1 English, 1 Merl-
can, and 2 either English or American.
W
~-h RM
M

Nuclear Energy and the Navy (cont.) SOV16261
12. V. Galin, Engineer Colonel. Nuclear Protectloniof Coastal.
Installations 106
13. 1. Frolov. Detection of Radiation 120
14. M. Alckso e , Engineer Lieutenant Colonel. Deactivation
On board!R 129
15. N. Polyakov- Engineer Captain (Navy). Protecting a Ship
Against Ionizing Contamination 135
P. Khokhlov. Living Conditions of the Crew on Board Ship 141,
17. Ya--Nikifn=m, Lieutenant Colonel 9f Medical Service.
Sanitary Management Aboard Ship 145
A. A. Bauman,'.Captain (Navy)', Docent, Candidate of Historical
4-ofe-noes. Nuclear Woapons and Naval Tactics
151
Card -476
Offl;
3TC -X
A

---- ---- - 0-- - - -- --- - -- -
ALEKSEYEV2 M.
Change the methods of takirug- grain sumples fror, motorti-a."kS.
Mluk-.-alev. prom, 30 no.1:28 Ja '64. (mpu 1'9o)
1. Zamestitelt direktora Kamyshinskogo klilebopriyemnogo pur~cta
Volgogradskoy oblasti.

A LE fv~ I " - 1j, "' I
~, - -.7.
A"Ir'-fghts which cannot te surrendered. Romm. Voori zh. Sil 46
J
nn.'L(485-89 fly 165. MIRA 186)

T. jWCq 11.9 f 9,-Tfb)
),Xv-,D' t
ACCOSION N11- ATSOO(s.422
1-H )R: A"jotgeytv, M.A. Flilppova, V.
?er
St 1! R( F- Sib rls1mve coves L;cbanjy~i~ m
P-aj I jTF I IA T.-TVI f 1, N /t-,,! n L, n/
J D
A t) r. F- r', r. r) Al a A AA I
TCWIC TAd-!,q- orko~-trnat,~Apv

vitc.koi ano
ic, Lh A%'erlgt' -~f ~4 meafa~irpmeriuq
ta~ !p
AFSOCIA71ON' Done
BYIITTED~ Q9MaNP134 ENCL: 01
NO REF SOV- 001 OTHER: 003
Card 2/3

M. A.
"The Relationship Between the Absolute Concentration of Nickel Atoms in
,an Are Discharge and the Molecular Composition of the Sample"
,rr. Sibirsk. Fiz.-Tekhn. In-ta pri Tomskom Un-te, No 32, 1953, 21-31
Established the relationship between the concentration of Ni atoms
in the are space and the stability and volatility of Ni compounds. Curves
expressing the relationship between concentration and are burning time for
NiC12 and NiSO4 have two maxima. The temperature of the arc flame depends
on the nature of the compound and on the concentration of Ni in the sample
that has been introduchd. As the concentration of Ni atans is increased,
the temperature of the are gases is decreased. (RzhKhim, No 3, 1955)
SO: Sum-No 845, 7 Mar 56

j
Vs,,*/Chemistry -Analysis
ftd 1/1 P4b. 43.,. 25 197
Title g R.elation between absoluteNi-atom concentrations in an arc discharge
and the molecula, r- composition of the sample
Izv. AN SSSR. Ser. fi z. 118/2, page 260, Mar-Apr 1954
-Abei~~ t Experiments were. conducted to establish the relation between the atom conm~'
centration of the element in the positive column of an arc- discharge and its
molecular compound a nd to study the change in concentration in relation to
the time of arc burning. The determination was made for NiS04, NiCl?,,
Ni(N03)Z, NiC03 and Ni3(PO4)?. The results obtained are tabulated. The
data obtained indicate the existence of a linear relation between the concen-
tration of the element in the sample and the concentration of its atorns in the
arc discharge. A relation was al3o established between the temperature of
the arc and the concentrbAion of atoms of the easily ionizing components of
the arc gas in the positive column. An increase in atom concentration
decreases the temperature of the arc gas. One USSR reference- (1949).
Tables.
.,-Insti:tution--:- State- Pedagogical-and-Tea
Submitted ...........

AI-ZKSZMg H.A.
~.- - . -I- ~
Role of diffusion and the electric field in the distribution of
atoma along .the positive column of a direct aurrent aro. Uch. zap.
IAk. un. no.1:17-22 157. (NntA 110)
(Slactroobamistry)

ALEKSIM, H.A.
Iffect of the molecular composition of the sample on the concentra-
tion of atoms in an activated a.c. are. Izv. vys. ucheb. za.; fiz.
no.4:59-63 159. (MIRA 13:3)
1.Yakutskiy gosuniversitet.
(Spectrum analysis)

SRAROV, A.S.; ALEXSEYEV, M.A.; ZALKIND, M.S.
.
Electronic differentiator. Zhur. vys. nerv. deiat. 12 no-4:
762-768 Jl-Ag 162. (MIRA 17:11)
1. Institute of Higher Nervous Activity and Neurophysiology,
U.S.S.R. Academy of Sciences, Moscow.

ACC NR& AP6035743 SOURCE COM L
INVENMRS: Alekseyev., M. A.; Filippovi, V. M.
0R0: vione
TITLE: A method for investigating the direction and separation of a liquid or gas
stream. Class 42., No. 166778
SOURCE: izobrateniya, promyshlennyye obraztsy., tovarnyye znaki, no. 19,, 1966,.3.06
TOPIC TAGS: flow research., flow, jet flow, fluid flow, liquid flow, gas flow, flow
characteristic, flow angle, flow separation
ABSTRACT: This Author Certificate presents a method for investigating the direction
and separation of a liquid or gas stream from an overflowed surface. The method
involves noting the change in the electrical resistance of two thermoelectrical
sensitive elements included in the circuit of an electrical bridge. To eliminate
external- interferences introduced into the stream by the device and to increase the
accuracy of measurements, the sensitive elements consisting of,, for example, thin
metallic film, are.mounted flush with the overflowed aurgice, with one element
placed in the outer thermal layer of t'he other.
M CGDEZ ;~W SUBM DATE-. 22Feb65
UD0-- 532,

.-- . ~ I I . .
"Electrovi Stimulator: R)iytiimic;--Ll Electrom Chronuximoter". Piziol. Zhur. SSSR, )4, No. 4,
1948. Ioe-ningrad ieurosurgic:il Inst., -c1948-.
1 .1 ' j:.: : 7
~L -I ~ . -

ALICKBEYET. N.A.; APAROVA, A.A.
'Peculiarities of the cutaneogaivanic response to weak stimulation
In man. Trudy fisiol. inst. 4:25-36 149. (MLRA 9:5)
(R"I'm S)

ALIKSIM 9 M.A.
%waarild A,
i
Neural mechanisms and correlation of two cortical signal systems
in rhythmic motor conditioned reactions in man. Zhurevys,nerv,
deiat- 3 no.6:883-897 N-D 1~3. ()WA 7 -' 5.)
1. Institut vysahey nerynoy dayatelluosti Akademii nauk SSSR.
(CEMRA.T.. CORTAX, physiology
*signal systems, correlation in rhythmic motor conditioned
reactions in man)
(REFLEX, CONDITIONED,
*neural mechanisms & correlation of signal systems in rhythmic
motor conditioned reactions in mu)

AIMISBYJV. N.A.
www~ somw
Oonclitions for the development of conditioned motor reaction to time
in man* Trudy lustays.nery.daiats Ser.fiziol. 1:219-234 155.
OMBA 9 18)
l,.Iz laboratoril fiziologii retseptoraykh funktsiy, saveduyushchly
Y.G.Sameonova.
(CONDITIOM RISMNSI) (TIM FIRCMION)

EXC MICA See,Z V61.9/8 Pb7siologvaetco
XSEMY-M.A. *Characteristics of the formation of a
3640. AIX
'rhythmic* stereotype In ma to 4Soustic conditioned
signals of various Intensity VYSC.NERV.DEJATEL, 1955,
5/4 (492-502) Graphs 4
A motor conditioned reflex In the form of touching a membrane by the forefinger
to a strong acoustic signal (of 60-70 dbAntensity over the threshold) and to a weak
acoustic signal (to 10 db.) was elaborated In adult men; the mechanogram and myo.
gram of the reaction were registered. After the fixation of this reflex the strong
and the weak conditioned signals were applied in separate series; 10-15 trials in
each series were applied at regular short intervals (I. - 2 or 3 sec.). When in -the
series with strong signals a weak signal was used insteid-,of a strong one, no re-
action was evoked; however, after some successive applications of the weak sig.
nal the reaction appeared and gradually reached th-) same value as to a strong
alg%al. The same phenomenon was observed when a strong signat was applied
in the series with weak signals. The fall of reaction took also place when the sig.
nal (strong or weak) was used in the interval among 2 applications of the signal in
the current series. The mechanism is discussed. Wyrwicka - LUt

ALIUIM, N.Aoo, ASXKLZIT, A.A.; ZOTOV, A.L.- LIPATOU, N.Ya.
Certain characteristics of the formation of complex conditioned
motor reactions in man. Zh. vye. nerv. deiat. 5 no.6:773-782 N-D
ISS. Off-RA 9:3)
1. Leningradekly nauchno-inaledovateltakiy institut fizicheekoV
kulitury.
(MWLIKX, CONDITICIM,
conditioned motor complex reactions in man, mechanism
of form)

AIMISAYEV, M.A. (Moskva)
*,-e';W~ - -
-', I ,Som f-e-atUee in the formation of a "rhythmic" stereotype in man.
Uch.zap.Kaz.un. 115 no.10:78-79 '55. (HLPA 10:5)
(conditioned response)
(Rhythm)

Changes in the furation of conditioned motor reaction in man as
related to the rhythm of succession of conditioned signals. Truly
InBt.vya.r,erv. deiato Ser.fiziol. 2:45-56 156. (MLRA 10:1)
le Iz laboratorii fiziologii reteeptornvkh funktsiy, zav. - V.G.
Sameonovas
(CONDITIOMW IMSPONSE)

USSR/Human and Animal Physiology - Nervous System. R-12
Abs Jour : Referat Zhur - Biologiya, No 16, 1957, 71195
Author : Ale%seg_y, M.A.
Title : Me 'Role of Sound Analyser in the Rhythm Perception in
Rythmical Muscular Activity.
Orig Pub : Byul. eksper. biol. i meditsiny, 1956, 41, No 6, 7-10
Abstract : By increasing the intervals between the rhythmical si-
gnals the limins of their perception (PL) changed.
In intervals 0,3-0-5 sec PL had the least significance.
In intervals smaller than 0.7 sec. PL for sound signals
was somewhat lower than for the electro-dermal. With
intervals larger than 0.7 see the difference was equali-
zed. The smaller the intensity of signal, the higher
the PL; this was particulaxly obvious in electro-dermal
signals and with intervals less than 0.7 sec. In sound
sioaals the subjects could produce at once by knocking
with the finger throughout the entire diapason of fre-
quencies-
Card 1/3 - 141 -

USSR/Human and AnIml Physiology - Nervous System. R-12
Abs Jour Referat Zhur - Biologiya, No 16, 1957, 71195
up to 360 in a minute, and correct the tempo of the move-
ments to correspond with the change inthe assigned tempo;
the correlation limin (CL) of the tempo of movements cor-
responded precisely to the PL. In electrodermal stimuli
the rhythm higher than 90 per min. could not be produced
regardless of its intensity. The combination of electro-
dermal and sound signals fully reestablished the ability
to work in the given rhythm. In this way, in frequencies
higher than 90/min. the sound analyser appeared to be lea-
ding; in frequencies less than 90/min. no disturbance of
the motor rhythm was observed, and CL corresponded to PL.
It is considered that the disturbance in the motor rhythm
in electrodermal irritations is conditioned by their in-
teraction with the kinesthetic, dermal and sound stimuli,
and confirmed by tests with removal or limiting the doses
of stimuli. Evidently the physiological mechanisms of re-
ception of rhythmical stimuli differs; in frequencies
Card 2/3 - 142 -

USSR/Human and Animl Physiology - Nervous System. R-12
Abs Jour Referat Zhur - Biologiya, No 16, 1957, 71195
higher than 90/min. there appears to be a leading
significance of the sound ai2alyser and dependence of
the perception on the intensity of the conditioned
stbmfli; in the lower frequencies the significance
of the analyser to which the rhythmical stimili are
addressed, and the intensity of the latter is leveled
off.
Card 3/3 - 143 -

A1WBY
The role of the auditory analysor in the perception of rbrths, and
in rbythmical muscular activity. Biul.eksp.biol.med. 42 no.6:7-13
Je 156. (KIRA 9:9)
1. Is Laningradekogo nauchno-iseledovateliskogo Instituta fizic)28-
skoy k-ul'tury (dir. S.D.Sinitsin). Predstavlena daystvitelinym
chlenom AMN SSSR Y.N.Chernigskim.
(RVIJU, CONDITIOM
conditioned motor reactions to increased frequency to
rhithmical mounds, threshold determ.)

AIMETEV, N.A. (Hoskva)
Considerations on PA, Ano),hlnls views on the afferent apparatus
of conditioned reflexes. Zhpr.vyo.nerv.doiat. 8 no.314536-465
my-je 158 (MIRA 11:8)
(WWLEX. COUDITIOM RESPONSE
afferent arch. (Rus))

ALBMUV,
Analysis of physiological nechanisms of certain forms of
automatised movements In man. Zhur.vys.nerv.deiat. 9
no.3:3511,-)63 It-Je '59#. (MIR& 12:9)
1. Institute of Higher Nervous Activity, U.S.S.AbAcademy of
Sciences, Moscow.
(PZFM, CONDITIONED)
(MOVXWW - physiology)

)11000
Two -9/74V60j(iW/000/00l/001
CrIl 1015/1215
AUTHOR: Aleksay*v Vt. A.
TITLE: -T-1-le-efrect of th-e-lliten.,ity of a conditioned sound stimulus
on the conditioi,ed. tewporal response in man
SOURCE: Akademiya 'ijauk SSSH. Institut VYmshey nervnoy doyatellnosti.
Trudy. - Seriya fiziologi6hesicaya. Aceperimental I -nyye iseledovamiya
vysshey nervRoy deyatellnosti ohelovska i zhivotnykh.v-4,196C),2j-28.
TEXT: This continues prev.Lous studiea. Experimentally, students aged 19-24
years were conditioned to r *eapond to a weak signal stiLulus given at intervals of
10-20 sfta in eoundproof rvowe. b3ubsequentlY the signal was given at intervals of
3 see., 10-15 signals at a tiie. An interval of 15-20 see was left between the
series. After establishing the stable sterooty~*, the intervals were shortened
consecutively to 1.5, 1.0 and 0.75 sec, in two series of experimeats, firstly with
a stimulus 10 db above t~e threshold, seconaly, with 60-70 db, thin boing the only
difference between the two series. The rhythwic stereotypes were mainly similar
in bothweak and strong ai,9MI18, confirming'the previous findings. A marked
difference in the latent perioum of the Lootor responses occurred after a rhythmical
repetition of a strong or a we" atiAulus, the shorter the stimuli intervals the
Card 1/2

S/741/60/004/OW/001/001
1015/1215
The efiect c,f the intensity...
greater the dii'ference.~, As to the cortical excitability weak stimuli increased
excitation less than strong atiwuli. The evolution of *-a rhythmical stereotype
depends on the intanoity of the sowid stimulus, whi& in turn affects the
elaboration of the couditioued respoitse to time, aAdthe duratJpn of the resulting
inhibition. The exactness' of the rkv-thmic movement is conditib6md by, a stable
synchronisation of they'irdlIvous cyclic processes. There are 3 figures and-l table.
ASSOCIATION: Laborator'iya fiziologii retseptorAykh funktsiy, sav.-V.G, Samsonova
.(Laboratory of ftsiplogy of Receptor )'auctions, Direct.ed by V.G. Samsonova)
Card 2/2

AIZKSEEVS M. [Aleksoyev" M.3
T----
A remarkable scientific experiment. Priroda Bulg 10
no-5:92,97 S-0 161.
1. Zam.-dir. na Ifistituta za vischa nervna deinost
i nevrofiziologiia pri AN SSSR.

AT,EKSEYEV., M.A.
"On the physiological mechanisms of time perception in man."
Report submitted, but not preaented at the 22nd International
Congress of Physiological Sciences.
Iolden, the Netherlands 10-17 Sep 1962

ALEKS FAYDELI, A.V.; PROKHOROVA, B.S.
-~LRMIVA-Lj
Ganditioned reaotion to the duration of Btimulation. Trudy Tmet.
vys,nerve.deiat. Ser.fiziol. 70-14 1629 (MM& 16 t2)
(CONDITIMM FMSPOINSR)

ASRATYAN E.A., otv. red.; ALEKSANDJTVSKAYA, M.M., red.; EYEV.
,,M--A,,,.red.; RUSINOV, V.S., red.; IVANOVA, N.G., rod.;
STRUCHKOV, M.I., red. izd-va; SHEVCHENKO, G.K., tekhn. red.
[Nervous mechanisms of conditioned reflex activity) Nervnye
mekhanizmy uslovnoreflektornoi deiatellnosti. Moskva., Izd-
vo AN SSSR, 1963. 319 p. (MIRA 16:10)
1. Akademiya nauk SSSR. Institut vysshey nervnoy deyatell-
nosti i neirofiziologii.
(CONDITIONED RESPONSE)

, 1-1.
Agriculture
Green fodder plan. Sellkhozgiz, 1951.
Monthl List 9S Russian Accessions, Library of Con"gess November 1952. UNCLASSIFIED.

AL77SIV, E. A. ed.
Or.-anivation and tech,ique of fouder C.Prowing. Moskva, Gos. izd-vo sclkhoz,lit-ry,
1952. 191 P. Olibliot chka kolkbo..no,~o zhivolwl-'ovoda)
1. Feeding and feeding stuffs. 2. Agriculture, Cooperative - Russia.
L,

Aul-',%:,:~Ey,,-~,.', I'l. A.
Feeding and Feeding Stuffs
"Green Fodder Plan," M. A. Alekseyev, and "Green Fodder Plan," M. V. Maksimenko.
Reviewed by V. A. Kharchenko., Korm. baza, 3, no. 2, 1952. 1
Monthly List af TILinsian Accessions, Library of Corgress, April 1952. UNCLASSIFIED.

AKEKS-EYV, M. A.
Rye
Winter rye for green fodder. Korm. baza 3 no. 4, 1952
Monthl List of Russia Accession , Library of Congress, July 1952. Ui:classified.

ALUSZM* K#A,p redo
[Forage crop rotation] Zelanyi konveier. Kosk-va, Gos.izd-vo
selikhos.lit-ry, 1958* 123 pe (MIRA 13:7)
(Forage plants)

USSR/Farm Animals. Swine. Q-2
Abs Jour: Ref Zhur - Biol., Yo. 22, 19589 101177
Author Alekseyev, M. A.
Inst
Title On-the-Field Potato Feedings.
Orig Pub: Svinovodstvo, 1958, No. 11 16-18
Abstract: When 3-5-month-old young pigs were fed potatoes
off the grovnd on potato fields, their average
daily weight gains for a 1-month period amounted
to 430 9, wIllereas expenditures for concentrates
and labor were lowered.
Card 1/1
33