SCIENTIFIC ABSTRACT YEREMEYEV, I.S. - YEREMEYEV, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962720006-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-6-17 k dui 00'6~~'
ACC NRa AT6029234
AUTHOR: YeremeZev .4 4;.A~
!ORG: none
---SOURCY.-CODEi--UR/0000/66/000/000/0211/0214
t
j3
jTITLE: Analog-digital signal comparison system using magnetic amplifiers
-SOURCE: Ysesoyuznaya konferentsjXa emip2L2(?.teorii i metodam matematicheako7o model-
lirovaniya. 4th, Kiev, 1964. Vychislitel'naya tekhnika v upravlenii (Computer technolo-
!gy in control engineering); trudy konferentsil. Moscow, Izd-vo Nauka, 1966, 211-2111
ITOPIC TAGSi magnetic amplifier, magnetic core, flip flop circuit, analog digital con-
Xich incorporates direct analognrto7~ 1g:ij4;L con-
%BSTRACT: A signal level comparator wh _ _C
tersion of the error signal, using magnetic amplifiers as amplitude-to-pulsewidth con-
irerters is described. The comparator, shown in figure 1 consists of two identical in-
terconnected systems designed to detect the magnitude and the sign of the difference
xtween the amplitudes of an unknown and a reference signal. The unknown signal is fed
Ento KODI which converts the amplitude value into an equivalent pulsewidth at the exci-,-
tation pulGe repetition rate which is also the sampling and conversion rate. The ref-
arence voltage in at the same time introduced into MOD2 where it In alno converted into
Lts pulsewidth equivalent. The output pulses are compared in a logic circuit consist-
1/2

NRt AT6029234
Olt MOD2
NV2
ENVI
AND
AND
2
rr7
TFI
Lng of inverters IIIVI and INV2,_and gates AND1, and AND2. The difference signal is
juantized by modulating it with high frequency pulses, and introduced into a counter
4hich may be equipped with a numerical display. The two flip-nops rrl and FF2, are
iGed to derive an output signal indicating the polarity of the difference (error) sig-
ial. The system was designed to operate at 50 cps sampling rate and 10 10iz pulse
nodulation frequency. 'The accuracy for temperature range of -100 to t700C and '15%
Line variation was better than 1%; linearity was better than 0.5% and sensitivity was
LO 7 to 10" v. This'excellent*Btability is ascribed to the symmetry of the design
wd the differential mode of operation. OrIg. art. hani 3 figures.
ORIG Mri 0021 OTH REF: 001
WB COM 09/ SUBM DATEt 12reb66/
Card 2 2 al&
A/

L 010c90-61
dO_D9_-UV022_9766FCd0/1jb 3 /0040
ACC NRt 60 a
ORG: None
TITLE: A method for constructing marine automatic control systems
SOURCE: Sud ostroyeniye' no. 2, -40
9 1966j 38
TOPM TAGS: automatic control design, marine engineering, digital differential
analyzer, digital system, analog system
ABSTRACT: The author proposes aLmethod for constructing an extremely simple and re-
liable remote control system on the hybrid-principle, i. e. a combination of analog
and digital information processing systems In a single unit. This method combines
digital signalization with h minimum of redundant information, i. e. a reduction in
the number of instruments on the panels, indication only when the parameter being mon--
itored deviates from the normal value, etc. Among the basic elements in systems of
this type are eign-and-amplitude difference discriminators which incorporate magnetic:'
pulse duration modulators and logic elements. A o6hematic dingram of thin type of ana-
log-digital discriminator is given together with a detailed diocuncion of its operation
and limithtions, and an optimalizing control system based on the une of the device Is..'
roposed. The resultant desi5n is extremely simple and accurate with high resolutions
d a sensitivity of 10-4-10- w so that the power from thermocouples, strain,gauges('~-;
d other low-power'signal sources may be used directly. Orig. art. has: 2 figuresr_
~
[B CODE-.13,OV/ SUBM DATE: None/ ORIG REF: 001
Card v1r

M
L 44131-66F
ALL Me AP6o16O21 SOURCE CODM UR/0102/66/000/003/0066/0071
.AUTHOR:,_Yeremeyev,__X;_S. (Kiev)
70
ORO: none
TITLE: Pulsed conti of motor speed''
-SOURCE: Avtomatyka,,;ho. 31 19660 66-71
TOPIC TAGS: electric'motor, amature..'pulse amplitude, magnetic
.amplifier,, engine control system
ABSTRAM A now method, consisting of putting pulse packets of constan
~nplitude, and frequency, and modulated in width Into the armature, hao
been proposed for controlling the speed of a motor. A system regulated
by the proposed method can be easily realized with the aid of single
half-period magnetic amplifiers and logical elements. The analysis
permits the determination of the steady-state apeed of the motor at a
given modulation coefficient and the acceleration time of the motor
from the given Initial speed to the new steady-state value, The
Card 1/2

ACC N1- AP6018021
analysis of a real s4stem of pulsed control of speed Indicated that
fouoh a ayotem will operate affactivoly. Orig. art. hm 3 figures
and 14 formulas. (Bippd on author's abstract] (NT)
SUB CODE: /0 Oq SUB14 DATE: 0qOct64/ ORIG REPs 003/ OTH REP:
U5
Card 2/2

ACC NRj AT6031910 SOUNcE COD17: lilt/0000/66/000/000/0085/0091
t A11111OR: Ycrcmc7ev, 1. S. (Senior Research 1,;s0Cj.1te)
0110: none
iTITLE: Information converter using a magnetic amplifier
SOURCE: Lvov, Politekhnicheskiy inntitut. Kontrnl'no-izmeritcl'naya tekhn1ka (Control!
and mensurcme"t techniques)) no. 2. Lvov, 1zd-vo Lvov. univ., 1966, 85-91
TOPIC TAGS: analog digital converter, magnetic circuit)
IABSTRACT: An analog-to-digital converter based on rectangular hysteresis loop
ferrite cores is described. The cores are incorporated in a pulse width modulator
circuit (PW,%I) which comprises a half-wave magnetic amplifier with working, control,
and bias windings. The bias is such that tile Nif circuit is sensitive to tile input
voltage polarity. The output of the PWM circuit is a series of pulses whose duty
factor is directly proportional to the input voltage; a 50% duty factor corresponds
to zero input. Ilie A/D converter (see Fig. 1) contains two pulse width modulatorn,
one of whicli always generates 50% duty factor pulses and serves as a reference. Ilie
accuracy of conversion is highly dependent upon the similarity of core characteristicsi
in the two KIM circuits.' Ideally the error is lest; than 0,01%. A model of the A/D
converter utilizing 5ONP permalloy cores measuring 30 x 20 x 5 mm was built and
Itested. The working, control, and bias windings had 800, 250, and 250 turns of
J_ord 112

ACC NR, AT6031910
Fig. 1. A/D converter
1 - Reference pulse width modulator;
2 - working PWH circuit; 3 - NOT
circuit; 4 - AND circuit; 5 - flip-
flop; 6 - OR circuit; 7 - counter;
8 - readout.
PELShO-0.15 wire. The A/D~converter sensitivity was 10-7 w and the nonlinearity
error was 1.5-2/".. Stable operation was observed in ambient temperature and bias sup-
ply variations of +10-145% and 115%, respectively. Orig. art. has: 15 formulas and
5 figures. . I ,
002

1~ I

PSTROV, N.;-- UMNEINVO K.
I-,--
The establiahzent of vork standards in repair vorkshops of machine-
-tractor stations. Sote.trud. no.5:54-58 My 156. OCLRL 9:8)
(Nachine-tractor stations--Production standards)

- . . . .. .
-
T L~--~x4v , L . 7. . ---- ---- - -- -- - - --- - -- - I
MTS i ukreplenie kolkhozov Nachine-tractor etations and the consolidation of collective
farms). Movkva, Selkhozgiz, 1951. 114 p.
SO: Monthly List of Russian Accessions, Vol 7, No 9, Dec 1954

V
AUTHOR: Seffienov, S. 1., 11'ar-didate of Aj;ricultural 3ciences. 30-1-37/39
TITLE: Computation of the ilmductivity of Work in hericulture (Isrhislen1ye,
Proizvcdit.e7.Inn-,t! truda v seltskom khozyt-Istive).
Scientifir Conforence t. t~ie Institute of EconomicS (rauchnvye so-
veshchaniyiz v eksnomlki).
PERIODICAL'. Vestnik All SSSH, 19"8, Vol. 28, Nr 1) pp. 132-135 (USSR).
ABSTRACT. The Institute for Lec-nomics AN U53H, together with the correr-ponding.
institutes of the Gosplan US51i and VASKhIIIL) held a conforenco :Ln
the fall of 1-957 for the purpose of discussing methodical quastions
connected witt the deteripiration of work productivity and the factors
of Its increa.-.,i in sGeialist agriculture. The director of tk?, iristitun
te, 1. D. Laptev~ etr.iossed the present importance of these questions.
The principal report was delivered by ie. S. Karnaukaova. 11;bt~ 3tressed
the fact that, with tho present productivity of work it wovild be necesm
sary that millions of adJitional workers be employed in ai;r1culture
in crcer to increase production as is prescribed by the 6th Five Years'
plan. As. however, zuch a nwmber of additional workers are not availab-
le, the problem can be solved only by an increase of the productivity
of work. Hiti;erto no ~iatisfantcry methods for the sovehoses, KTS, and
Card 113 kolchnse3 ha7ie beer, ~xorked out. Hitherto the work performed by the US

=1
C'omputation of M!e, I-rod,,)ctivity ff Work A-t ACrictilture. 3()_1-37/39
Scientific Conference ~#, Vic of Economics,
has no". been jtidp,6d separately according to cultures and economic bran-
ches of the -zoleboses. Also climatic conditions influenced this calcu-
latio-n. A13o the difficulties iaused by the manifold character of agri=
cultural productioa ~Lre pointed out, and the methods of S. G. Strumilin
and V. S. Narchiwv are recorwiended for this purpose. In conclusion
the speaker says that various types of agricultural production can be
best estimated and cc-rrparerl on the basis of costs. V. S. Memchinov
spoke about im;thcdolngical questions of the investigation of the fac=
tors of the increase of woric productivity in social agriculture; B. 1.
Brarinsak-4y reported on questior-s of planning working productivity in
agriculture;_.~~ ~ in hi,3 report dealt with certain charac-
teristic figures which are at present being used in the kolcho3es for
the purpose of calculating workAng productivity; S. A. Zarremba. spoke
about problems connected with the calculation of gross profit in agri-
culture; G. N. Volosenkov gave reasons for his suggestion concerning
new prices for aLricultural products, basing upon the initial costs of
sovehoses I'cr the years 1253-19516. A. E. Bryanskiy (T8SU) reported on
the productivity of work in cattle breeding. A report on the peculia-
rities of calculatinv in aLriculture in the USA was delivered
by La. !3. Larkes. InterejtinU reports were delivered by A. Radchen-
Card 213 ko (1,,.stitut~ for EconamlcZ Ot Ukrainian SSR). P. M. Kuzovlev (Ural

W. ~50MIrMMUM WVAA PRYA TMMOMMO
Computation of the Productivity of Werk in Agriculture. 3c-1-37/39
Scientific Conference at the Institut( of Economic.
Branch AS USSR), and others. K. K. Sok,lovskiyp deputy director of the
Institute for Economic of the Polish AS, eave a report on certain prr=
blems of Poli.sh agriculture. The conference requosted the Institute oF
Economics AS USSR to work out recormiendations concerning problems of coma
putation methods for working productivity in conjunction with the corresm
ponding other institutes, For this purpose the conference elected a spe-
cial commission and fixed its working program.
AVAILhBLE*. Library of Congress.
1. Agriculture-Conference 2. Agriculture-Production-USSR
Card 313

MTUZHENICHI Tefim Mikolayevich; TERMYU, Kirill Ivanovich
, ",
(Ways of reducing expenses in the production of meat and
milk] Puti snizheniia satrat na proizvodstvo miana i moloka.
Moskva, Gon.1zd-vo salkhoz.lit-ry, 1959. 102 p.
(MIRA 13:6)
(Stock and stockbreeding) (Dairying)

- OVI Rh
r-
(Effectiveness of capital Investments in agriculture) Effektivnost'
.kapitallrqkh vlozhenii v seltakoe khoziaistvo. Voa)qra2 Sellkhozgiz.,
1960. 95 P. WIRA 14:11)
,Agriculture-Economic aspects)

nd
RASKIN, G.F.0 kand. sellkhoz. nauk.; VAYVER, F.G. ka . sellkhoz.
nauk; UgWEIEVt K.L., 'kand. ekon. nauk; ALIFERIYEV, V.P.,
kand. oko~_."iii_iWj_dO_Lb1KO~ M-V-,P mlad. nauchn. i3otr.;
GANZHA, N.M.$ m1ad. nauchn. votr.; FlWiDMAN, red.;
14AKHOVA, 1I.N., tekhn. red.; TRUKIIINA, O.N., tekhn. red.
(Efficiency of capital invontments in agriculture] Ef-
foktivnotiLl knpitallnykh vlozhonli v aelftikoo khoziaiBtV0.
14o:3kva) Sellkhozizdut, 1963. 294 P. (MIRA 1-7: 1)
1. Moscow. Vsesoyuzny-I nauchno-i-saledovatel'skiy Inatitut
ekonomiki sel'skogo khozyaystva. 2. Nauchnyje sotrudniki
Vsesoyuznogo nauchno-issledovatel'skogo instituta ekonymiki
sellakogo khozyaystva (far Raskinp Vaynero Yeremeyev,
Allfarlyev, Golenko, Ganzha).
(Agriculture--Finance)

. 1.) V.P., red.
~y]RgS,yRV -ill Ivanovich; KOS'fl
_ _ _ _I. Kil
(Flanning of capital InvestLents in agriculture] Flani-
rovanie kapitalinykh vlozhenii v flol'skoe khoziaistvo.
Moskvao Ekonomika) 1964. 191 p. (MIRA 17:8)

SLIVIMSKIY,
Shorten the way from the exhibition Into production. Inform.blul.
VDNKH no.1:1&19 Ja 165. . (MIRA 18-3)
1. Predsedatell sektsii po stroitellstvu Komiteta Soveta Vystavki
dostizheniy narodnogo khozyaystva SSSR I zamestitell predsedatelya
Goostroya SSSR (for Slivinski3r). 2. Otvetstvennyy sekretarl sektsii
po stroitellstvu Komiteta Soveta Vystavki dostizhenly narodnogo
khozyaystva SSSR (for Yeremeyev).

AEYEvt K.V.l r-W,;,j)MRDEYEVp
CMMKOVI y,,riy Leonidovirlh; YERM ~~lrek;w-"tekhn. red.
B.S., red.isd-va; GjORYJLCM'ffAf - -0 1
I Betonnye raboty. Moskva, Avtotransizdat)
[Concretj work (MIRA 16:10)
1963. 55 P- (Bridges# concrete)

L
ACC NRs 6 0--3'1-9 9 SOU11CE CODE: UR/023o/66/000/007/0027/002)
~OTIIOR: Yeremeyev, K. V. (Chief secretary)
ORG: Glavvystavkom on construction (Glavvystavkom po stroitelletyu)
TITLE: Specialized vehicles for transporting prefabricated structures
SOURCE: Transportnoye stroite-l'stvo, no. 7, 1966, 27-29
TOPIC TAGS: special purpose truck. vehicle engineering, highway vehicle data
ABSTRACT: The author presents the more interesting and efficient transport vehicles
displayed at the Exhibition of the Achievements of the National Economy of the SSSR
held in 1965. The first vehicle described is the UPF-18/24 ("Dnepr") cemi-trailer in
conjunction with the KRAV-221 tractor. This unit was shown by the Dnepropetrovsk
Automobile Trust of the Building Industry of the Ukrainian SSR. The unit can carry
trusses 20-24 m long weighing up to 19 tons. Its maximum speed on straightaways is
4o kn/h. The Orgtekhstroy Trust in conjunction with the Mckhtogruztroy of the Build-
ing Ministry of the BSSH presented the F-24 universal semi-trailer combined with the
MAZ-200V tractor. This unit can carry trusses 12-24 m long and is capable of switch-
ing trailers in 5 minutes. The maximum load capacity of the semi-trailer is 12 tons.
A 10 ton capacity semi-trailer was presented by the Severodonetsk Automobile Trust.
This unit consists of the PFL-18 oemi-trailer attached to the MAZ-200M tractor and can
Card 1/2 uDc: 625-155

L 09130-67
'46~_RR. AP6031995 0
earry two 18 m reinforced concrete trusses'weighing 5 tons each. A semi-trailer was
presented which can carry trusses 18 to 24 m in length slanted at an angle of 380.
This unit was presented by the Krivoy Rog Automobile Trust of the Building Ministry of
the Ukrainian SSR. This unit is extremely maneuverable, travels up to 40 km/h and can
handle up to 20 tons. The most interesting exhibit was &esented by the
Glavvolgovyatskstroy of the Building Industry of the RSFSR., This was the 7-PNT special
purpose semi-trailer attached to the ZIL-164N tractor. This trailer was designed to
carry completed prefabricated walls and partitions. It is capable of traveling on
rough roads and crossing low load capacity bridges. It has a 7 ton load capacity and
can travel at 40 km/h. The other vehicles presented fall into many categories from
prefabricated panel transport to concrete blocks and sanitary toilets. Some improve-
men s n ransport planning were presented. Programmed transport routes determined by
optimum variants is a major improvement.. Programming includes volume, nomenclature
and quantity. Orig. art. has: 8 figures.
SUB CODEt 13/ SUBM DATE: 3(one
Card 2/2 n6t

IRC
C-2 1-'/, 99-8-3/12
AUTHORs 'Yeremeyeyj K, Ye., Agronomist (deceased) and Llvovich, A.I.,
Engineer
TITLE: Reserve Areas for Irrigation Fields (0 razervnylctf.. territoriyakh
poley orosheniya)
PERIODICAL: "Gidrotekhnika i Melioratsiya", 1957, Nr 8, pp 12-17 (USSR)
ABSTRACTs Fields irrigated with waste water hays to be equipped with
sanitary-technical and agricultural installations in such a
way, as to be capable to absorb the entire volume of the pro-
jected sewage without interruption throughout the year. Since
waste water is used for agricultural crops only during the vege-
tation periodg reserve areas have to be provided. According
to directives issued by the Chief Government Inspector, dated
13 Nov, 1956 1 reserve filtering fields duet exceed the irrigable
area by 25-30 %, In the event of impracticability of such
provisions, complete biological purification of sewage has to
be carried out by artificial means. Since the construction cost
per hectare of filtering area amounts to 40-50,000 Rubles~
general installation costs for sewage irrigation will be from
Card 1/3 2-2-5 times higher than construction costs of these installations

Reserve Areas for Irrigation Fields
99-8-3/12
without filtering facilities. Subsequently, under these
conditions construction of irrigation projects becomes econo-
mically untenable. If construction costs for filtering fields
are prohibitivev then biological purification,facilities,
which take care of the total volume of sewagep must be provided.
There is no need to prove the incompetence and superfluity of a
request demanding a double cleaning of sewagei through biologi-
cal purification and cleaning by filtering. Thus the mentioned
sanitary -'technical requirements cannot serve as a basis for
determining the dimensiona'and the type of reserve facilities
of irrigation fields. Calculations for reserve facilities must
be based primarily on the purpose, whereas the dimensions and
the type of Installation depbnd on the volume of sewage. proces-
eed, the used crop rotations and agricultural methods, as well
as on soil and climatic conditions. 14any years of practical
experience have shown that no reserve areaA are npeded for small
volumes of waste water, when irrigation is carried out without
interruption throughout the year. Grass and forage crops are
best suited to comply with sanitary requirements, because
frequent and abundant irrigations are absorbed without detrimen-
tal effects, Analyses of the moisture balance showed-that,
Card 2/3 even in years with high precipitation, waste water can be absorbed

Reserve Areas for Irrigation Fields 99-8-3/12
without the use of reserve fields. Such fields are
necessary only when extreme conditions arise, such as caused
by floods or bronk-downe, The article containe I figuro,
and,7 Slavic references.
AVAILABLEt Library of Congress
Card 3/3

USSR / Cultivated Plants. Grains. M-.2
Abe Joure, Ref Zhur-Biol., No 6, 1958p 24973
Author
Inot s Yaroslav Agricultural Institute
Title : Top-Dressing Pean and Winter Rye During Flowering
Orig Pub: Sb. stud. rabot Yaroslavsk. a.-kh. in-ta, 1956, vyp.
1, 14-18
Abstract; The experiments were made in 1953 in the "Bollshe
vistskiy put"' kilkboz in Yaroslavskaya Oblast'
with peas and in 1954 in the kolkhoz im. Voroshi-
lov, Rostovskaya Oblast' Top-dreasing peas dur-
in the flowering stage iN a-7 kg K - 2 kg., Pe
- ~ kg per ha.) yielded a Most W3 Xcentners per
hectare of grains and 7 centners per ha, of straw.
The yield of rye grain increased with the dressing
Of Naa (16 kg. per ha.) by 3.1 centners per ha, and

11"
I ~ I - - " ;.~V) TI. 1 10
u I () I.J. Inalov (1) L.16.
Transrortnaya T',c4vo--iiy)-,i l(dkk (I:rj
ll-oskva, voyoniziat) 1959.
375 P. illuo.., A2-'rs., raps, tables.
BiblioF-,raflrj: p. 366-371.
T

YERMEYEV, L.M... kapitan 1 ranga zapasa
Some data on thb submarine forces of the Italian Havy during
the Second World War. Mor.abor. 44 no.3:85-88 Mr '61.
.(MIRA 1/,:4)
(Itqly--Submarino boats)

YEREMEM, Leonid 1-fatveyevich; SHEREGIN, Aleksandr Petrovicb;
red.; TARSKIY, YU.S.2
kapitan 2 ranga., red.; MRIKOVA, A.H.., tekbn. red.
[Foreign submarines in the Second World Idar; operational
and statistical data frov. the Second World 1,4ar)Podvodzqe
lodki inostranrWkh flotav vo vtoroi mirovoi voine; ope-
rativno-statisticheskie zaterialy po o1rjtu vtoroi mirovoi,
voiEV. Pod obshchei red. V.P.Bogolepova. Moskvap Voen-
izdat, 1962. "5 P. (MIRA 15: U)
(World War, 1939-1945-Faval operations-
Submarine)

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