SCIENTIFIC ABSTRACT TERENTYEV, B.P. - TERENTYEV, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755330007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Electric Power supply (cont.)
SOV/1554
6. Current in the transformer primary winding 24
Transformer losses and rectifier efficiency 26
;06 Utilization factor of a transformer 27
9. A-c voltage component 31
10. Rectifier external characteristic 33
Ch. IV. Lossless Rectifier Operating Under an In-
due'-ive Reactance Load 35
le Rectified voltage 35
2. Secondary winding current 36
3. Volt-amperes of the secondary winding 36
4. Primary winding current and line current 37
5. Volt-amperes of the primary winding and of
the whole transformer 39
60 Effect of residual magnetism 40
Ch. V. Rectifier With Losses Operating Under an In-
ductive Reactance Load 43
1. Rectifier operation with inductance in the
plate circuit 43
2. Rectifier operation with resistance and re-
actance in the phases 48
Card 4/1o

Electric Power Supply (Cont.) SOV/1554
3. A-c voltage component of the rectified voltage 49
Ch. VI. Rectifier Circuits 50
1. Single-phase circuits 50
2, Two-phase circuits 51
3. Rectifier circuits with voltage multi-
plication 60
40 Three-phase circuits 63
5. Six-phase circuits 63
Ch. VII* Smoothing Filters 71
1. General considerations 71
2. Design of filters for smooothing ripples R
3. Design of filters for 1-f amplifiers 0
4. Design of filters for radiotelephone
transmitters 85
5. Design of filters for radiotelegraph
transmitters 88
60 Overvoltage in filters 92
Card 5/10

Electric Power Supply (Cont.) SOV/1554
Ch. VIII. Design of Rectifiers 96
1. Design procedure 96
2. Designing a rectifier for a receiver 101
3. Designing a rectifier for telegraph-tele-
phone transmitter 107
4. Design of filter chokes 115
50 Example of filter choke design 119
Ch. IX. Regulation of Rectifier Voltage 124
1. Types of voltage regulation 124
2. Voltage regulation on the d-c side 124
3- Voltage regulation on the a-c side 125
4. Voltage regulation by changing rectifier
parameters 128
5. Protection of rectifier equipment 135
Ch. X. Current and Voltage Regulators 141
1. Current regulators 141
2, Circuits with gas-tube voltage regulators 142
3. Vacuum-tube voltage regulators 144
4. Voltage regulators with saturable reactor 148
Card 6110

Electric Power Supply (Cont.) SOV/1554
5. Electromechanical voltage regulators 152
Ch. XI. Mechanical Converters 153
1. Vibrators 153
2. Electric machines for power supply of radio
equipment 155
Ch. XII. Chemical Sources of Electric Power 16o
16 Applications 16o
2. Galvanic cells 160
3. Storage batteries 162
Ch. XIIIs Transformer Substetions 172
1. Step-down substation 172
2. Power transformers 173
3. Oil circuit breakers 176
4. Disconnect switches 180
Instrument transfomers 180
Emergency and breakdown protection 182
Card 7/10

Electric Power Supply SOV/1554
Substation circuit diagram 184
Layout of equipment in substations 186
Ch. X1V* Power Supply Radio Transmitting Stations 187
1. General layout 187
2. Control and blocking equipment for radio-
transmitters 190
3. Power supply of filament circuits 196
4. Independent electric power stations 202

Ch. XV. Power Supply of Radio Receiving Stations 204
1. General requirements of power supply sources 204
2. A-c power supply
3. Power supply from d-c sources 207
Ch. XVI. Power Supply of Radio Relay Stations 210
1. Power supply systems 210
2. Power supply from a municipal system 210
3. Power supply from auxiliary power stations 211
4. Thermoelectric generators 211
5. Power supply from storage batteries and
Calvanic cells 213
Card 8/10

Electric Power Supply (Conto)
6. Remote power supply
List of Symbols
Subscripts
Bibliography
Appendices - Basic Technical Data
I* Low-power kenotrons
II. High-power h-v kenotrons
III. Gas-tube rectifiers
IV* Thyratrons
V. Mercury-aro lamps
VI. Germanium junction diodes
VII. Selenium rectifiers
VIII. Current regulator's (barretters)
IX.. Gae-discharge voltage stabilizers
SOV/1554
224
216
217
218
219
219
220
221
222
223
223
224
224
224
Card 9/10

Electric Power Supply (cont.) SOV/1554
X. Motor-generator sets 225
XI. Rectifiers with inductive load 226
AVAILABLE: Library of Congress (TK6561.T38 1958)
qPlrj
6-8-59
Card 10/10

sov/lo6-59-3-7/12
AUTHORS: Terentlyev, B.P. and Mazhugaq A.F.
................................................................
TITLE: A Study of the Phase Relationships in Decimeter Wave
Oscillators (Issledovaniye fazovykh sootnosheniy v
generatorakh dtay)
PERIODICALtElektrosvyazl. 1959, Nr 3, pp 46-54 (USSR)
ABSTRACT: A measuring apparatus is described for decimeter wave
oscillators under practical conditions, when account is
taken of the subsidiary phase shifts in the various
connectionn to the oscillator valve. Previous
measurements by R.A.Granovskiy (Ref 1) had not taken
the subsidiary shifts into account. Fig I shows a
block diagram of the apparatus. In the oscillatcr
circuit points are provided to which the measuring
probes may be attached at specified distances from the
electrodes of the valve. Betureen the valve caziillator
and the indicator proper there 13 a supplementary
circuit in duplicate containing variable attenuators
and phase shifters which control the outputs of the
two probes before passing them to the indicator circuit.
The latter consists of two matched lengths of co-axial
Card 1/4 lines connected by a length of wave-guide. A detector

sov/lo6-59-3-7/12
A Study of the Phase Relationships in Decimeter Wave Oscillators
in the centre of this guide is followed by a detector,
amplifier and indicator. The device is essentially a
balance indicator and the contrals in the supplementary
circuit enable phase shifts and amplitude ratios relative
to a reference condition to be measured. The principle
therefore avoids the effects of parasitic capacitances
and inductances in the various f-lements, harmonic
components in the signals, no"-se and the accuracy of
the indicator itself, since ths latter is m.--rely used
as a null device. The errors %,hioh &re relawart, however,
are as follows: variations in the phase chara-~teristics
of the coaxial lines; inequalit-'sa in ti-e probes and in
their couplings to the oscillat,~-- cir-tuit-, inaccuracy in
establishing zero on the output indicator; changes of
delay in the attenuators as the value of attenuation
changes; changes in the frequency of the oscillator
during measurements. Where appropriate, forapilae for
each of these contributions to the total error- are
Card 2/4 derived on pages 48 to 50. In reckoning the overall

sov/lo6-59-3-7/12
A Study of the Phase Relationships in Decimeter Wave Oscillators
error separate contributions are added on an rms basis.
When the measuring line impedance 1;,95% of its load
the overall error is reckoned at + 151 and when the
fraction is 86% the error is +-50301. Measured at any
probe point the oscillator may be represented as a short
length of line with a load at one end. Curve I in Fig 2
shows how an ideal oscillator will look, while curve 9
shows how a real oscillator will appear when losses are
present. The valve chosen for the measurements was
type QI-7B working at a frequency of 1150 Mc/s. Circuit
diagram of the oscillator is shown in Fig 3. The .
phase curves in Fig 2 were taken at a bias voltage of
-7 V. From the measurements the effect of load resistance
offered by the anode-grid circuit is equivalent to
0.10f1; the value calculated from the resonance -Virve of
the circuit in the cold valve amounts to 0.09JL Using
the measured value the efficiency of the circuit is 63%.
The phase shift between two points in the grid--cathode
circuit is shown in Fig 4 as a function of bias.
Fig 5 - 10 show how the frequency deviation, anode
Card 3/4 current, power and inter-electrode phase shift vary as

sov/106-59-3-7/12
A Study of the Phase Relationships in Decimeter Wave Oscillators
a funct-ion of anode voltage, grid-bias and load
voltage. There are 10 figures and 4 references,
3 of which are Soviet and I English.
SUBMITTED% 5th June 1958
Card 4/4

sov/lo6-59-6-4/i4
AUTHORS: Belotsvetov7 Yu.V., and Terentlyev, B.P. (Professor
Dr.Tech.Sol.)
TITLE: A Frequency-Divider Circuit Using aNlse-Phase Detectoz,
(Skhema deleniya chastoty s ispolIzovaniyem
impul'sno-fazovogo detektora)
PERIODICAL: Elektrosvyazl, 1959, Nr 6, pp 25-30 (USSR)
ABSTRACT: The article describes a frequency-divider circuit which
enables a dividing ratio 'In" of the order of several
hundreds to be obtained.
n
where fjM and fBr are the reference and the controlled
frequency respectively. The block diagram is given in
Fig 1. The sinusoidal voltage of the controlled
oscillator (VV) is converted to a pulse of duration
in the pulse forming stage QV). The duration of the
pulse is chosen so that
-V u = T,% M (M + 0
Card 1/3 where T9m is the period of the reference frequency and
M = 01 1) 2) as.*@ *The pulse is compared in phase

R~~M
SOV/106-59-6-4/iL,
A Frequency-Divider Circuit Using a Pulse-Phase Detector
with the voltage of the reference frequency in the pulEe-
Phase detector (,IM ). If the frequen(.:y ratio of cn-I
to the other is not a whole numbert then at the output
of the pulse-phase deteotor appears a voltage with a
frequency f P equal t-:~
fp :r_ f 3 M fvo-
This controlling voltage is passed through a low-fvequrjzv:y
filter (~.~ 'I to a rea--tive valve ( RL ) whir:h ~,ont'-A-ols
the frequenci of the controlled oscillator. The f:rPq-aer,.-;j
of tho Qontrollerl oscillator will change until its
harmonic nfVr, equals the referenca froquency. Tho
natural frequenoy of the cont~rolled oscillator shoald t,-
near to -LAA-
fVT ri
and for stable operation, the stability of the
Card oscillator A f
2/3 _iVQ' - __
fVG
must not be worse than 1/2n

Jov/lo6 - 59 - 6-4/j-4
A Frequency-Divider Circuit Using a Pulse-Phase Detector
V5. < 1 ( _31)
2n
The experimental circuit (Fig 3) is described and the
experimental results given. The controlled oscillator
operated at 10 kc/s with values of n from 1 to 750.
The locking-on and holding-on characteristics7 the amount
of parasitic frequency-modulation, the temperature
stability, and the stability against supply voltage
variation, were investigated. Finally, this type of
frequency-divider is recommended for use in cases wher6:
1) n > 20; 2) a frequency net, free from low
frequency harmonics, is required; 3) an ultra-low
Card frequency oscillator (of the order of 1 - 0.1 c1s) is
3/3 required. Transistors can be used for all the stages
and the circuits then become very compact and economical.
There are 6 figures, 1 table and 1 Soviet reference.
SUBMITTED: November 15, 1958

67378
9.32-40 SOV/106-59-9-5/13
AUTHORS: Belotsvetovq Yu.V.2 and Terently"2_11AI
TITLE: Analysis of Frequency-Multiplier Circuits with a Pulse-
Phase Detector .1b
PERIODICALS 91ektrosvyaz', 1959, Nr 9) PP 35-43 (USSR)
ABSTRACTS The block diagram of a frequency-multiplier circuit with
~ pulse-phase detector is given in Fig 1. (Fig 2 gives
~ similar diagram for a frequency-divider circuit).
Block 1 Is the local driving oscillator tuned to a
frequency approximately n times smaller than the
reference frequency f). The output voltage of the
local oscillator is converted in the pulse-forming
circuit (block 3) into pulsesl the duration and shape of
which are not critical. These pulses must satisfy only
one condition: their spectrum must contain the nth
harmonic of the local oscillator frequency. The
generated pulses are compared in phase with the reference
voltage in the pulse-phase detector (block 5). The
Card constant component (or the low-frequency voltage) from
115 the detector is filtered in the low-frequency pass filter
(block )+) and applied to the grid of the control element
(block 2). This element tunes the local oscillator until

67378
SOV/106-59-9-5/13
Analysis of Frequenoy-Multiplier Circuits with a Pulse-Phase
Detector
its.frequency is equal to one nth part of the reference
frequency. In practical circuits, such as described
in the author's previous work (Ref 1) values of n
between 500 and 800 can be easily obtained. The authors
then show how the locking-on and hold-on bands depend on
the parameters of the filter. It is shown from
theoretical considerations and experimental results
(Table 1) that the output voltage of the detector is
proportional to the harmonic used, and further that the
interaction of the pulse train and the sinusoidal
reference voltage in the pulse-phase is equivalent to the
action of two sinusoidal voltages, one of which is the
nth harmonic of the pulses of the synchronising train.
This is generalised to the application of any two
periodical time-functions to any multiplying circuit,
providing that a voltage is obtained at the output of the
non-linear circuit which has an angular frequency
Card 6w = nwl - kw2. Providing that wl and W2 are
2/5 related by some vhole numbers p and f, then integers
n and k can be foundq such that aw = 0. Then

67378
sov/lo6-59-9-5/13
Analysis of Frequency-Multiplier Circuits with a Pulse-Phase
Detector
the detector output will have a constant component, the
magnitude of which is determined by the phase difference
of the harmonics '!' T = Tn - %0 K
After filtering, this constant component can be used for
tuning either of the original functions. Furthermore,
since this is a d.c. voltageg RC filters and other
circuits, having "inertial' can be connected in the
circuit. Thus, the hold-on regime can be described by
the usual differential equations applicable to a phase)
automatic frequency control system having equal
controlled and reference frequencies. From these
equations, the locking-on band is obtained from
p = CZ3m IJB r (3)
OBr
Card where JI p is the angular frequency of the voltage
formed as a result of a non-integer frequency
3/5 multiplication; a.). is the reference angular frequency;
c-58r is the angular frequency of the controlled

67378
sov/lo6-59-9-5/13
Analysis of Frequency-Multiplier Circuits with a Pulse-Phase
Detector
oscillator. Before the voltage from the detector is
applied to the grid of the control element (a reaction
valve), it is modified by the transfer function of the
filter. The well known function for a pulse system of
phase, automatic frequency control with an integrating
filter
e+ E) 2X + F(G 81 (4)
is used. e is the variable phase difference; 2X is
the attenuation; F(G) is the normalised characteristic
of the phase detector; 8 is the relative detuning
increment. This equation was considered in previous
works (Refs 2, 3t 10 for the case when F(E) ) = cos 9
and the relationship (Eq 5) between the relative locking-
on band 84 = and the dimensionless time
constant of the filter & =(8/70.aTt (T is the
filter time constant) was evolved. Fig I shows graphs
of 6~) against 6 . The author next investigates the
Cclird stability of the circuit by using the frequency method
1+15 described in Refs 5 and 6, and application of the
Nyquist criterion. The following conclusions are made.

67378
sov/lo6-59-9-5/13
Analysis of Frequency-Multiplier Circuits with a Pulse-Phase
Detector
1)With small values of Tj I the region of stability
reduces with increase izr the proportional part (Rl and
Cl of Fig 1+) of the proportional-integrating filter.
With T large, the stabla region increases under the
same colditions. 2) When Tp/T = 0.01-0.25 (where TP
is the period of the pulse train), the stable region
increases as the value of the proportional part of the
filter is increased from zero. After attaining some
optimum value the stable region begins to decrease.
Finally, the authors consider the case for a half-T
section LCR filter for which Eq (13) is applicable.
The results of the analysis were checked experimentally.
The circuits used were as given in Ref 1 and also in
Card Fig 8. The experimental details and procedure are
515 described.
There are 8 figures, 1 table and 9 references, of which
8 are Soviet and 1 English.
SUBMITTED: February 25, 1959

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ftj~ mostnowto =A sloswuma Commoloation 21L. a. 4. PVPW Mash WOOMOWO
Ws avo.

BELOTSVETOV Yu. V. 1. TERKIT YiN , D. F
Possibility of fractional matipli.catiqn and division of frequen--jr.
Nauch. dokl. vye. shkolyj radiotekh. i e'lektron. no.2tll?-125 159.
(MIRA 14:5)
1. Kafedra radioperedayushchikh ustroystv Moskovskogo elektrotekhni-
cheskogo instituta svyazi.
(Frequency cliangers)

9.3270 '(81,45
sov/lW-i~-5-6/iy
AUTHORz Terentlev', B. P.
TITLEi --d-nPlate Modulation in a Cascade Operating With Common
Grid
PERIODICALi Radiotekhnika, 1960, Vol 151 Nv 3j PP 31-1~54 (USSR)
ABSTRACTiq The paper, describes the chartictertatici of plate
modulation In a cascade with common grid. The baiic
peculiarity of' thli cz.,.scado c-onslntj In tho Ca(A that
the oscillation voltage UO of the circuit eqwals the
sum of the plate voltage U,, and the grid voltage U 91
I.e ., UO =z UEL + UE, The dynamic characteri-.Aics are
shown on Fig. 1 where they are plotted under the
assumption that Ug, and the grid bias voltage E 9 are
conot'rint'. Jt~j tjjj..,j (!,twl tll(-, alaximum 1.n,,;tarjtaneou-,,
grid Voltage 0g, max 111 111:10 conlit"mil, Thl"I rilenno
C.avd 1/11 that at any value of the cf-c supply plate volta-e E
a)

MP
''late Modulation In a
'Ang With Cojunon Grid
Fig. 1.
7 8 14
SOV/108-15-3-U
the upper end of the dynamic characteristic Is on the
oab line (Pig. 1). When E adecreases, the plate
current decreases and also U 0 decreases in proportv'ion.
However, the alternating plate voltage U a will de-
Card 2 /4 crease more rapidly than E asince U a = U0 - U9 and

oti i,,tate ModulatIon it, a
o!)evating With Comr-rion GvId mv/l I -
IJ conot. Thoreforc, t he dywimic charactei-if-01-ic will
approach a vertlell illie (compavL~ E' atid E,~ -'n I I
When 110 = U[P the voltage tj a equalo 0 and the dynamic
charactevis~lc 1:3 zi ver-tical line (E on FIC. I) . A
fUlA110V 01, lead:, to ~% III the U Ll
sit"ll nrld tile dynairlic t i
dLvectloil of* the left Oil L A t, E, C) , t i i,--
tube OpCL-atulu I.; ;A:Aud tiiat It, tiie
above ca,.*~e .-ilicn U con-,t md P"i, ~ c- C) n.3 l; the Url,2--rlty
Of the modulation Churactet-1:0,1C at I o w H, V~IIUC:~ IS
d I s t u i-bed . In ovdev to Improve the purforitiarice, of the
cascade under conoider-,-ition, U i!~ to made to vat-Y In
accoi.~dance viLth E while E cori.-~t. It 1~3 ohoiin that
in this case, It' U Triax Z-i n C1 U mIn Live knowrij L, rrlo-ju-
.:n "d lation coefficient

On Plate Modulation In a Cascade
Opevating With Common Grid
4- 1
'01143
~j
SOV/103-15-3-ViT
may be obt-ained for wh[ch the modulation characteL--
Istic to itnear. in mo.,,3t tubes the optimum U 1, r. I n
'Is within 0.1 to 0.1~ U g, max, and m Ilf ~ 0.3 to 1Y .
In the case of grld-leak bLa:3, tile nlagn It tide of' m,
is not critical 31rice the gpid-leak ro-ilutance hoi3 ain
equalizing action, so that considerable dev lat ions
from the optimum ni i-11 W111 not. 110ticelibly tllt~
modulation characteristic. There are and
2 Soviet references.
:',1JN4rr,rLD: September 15, P",)
:-11,11 1/)1

89828
S11061601000101110021010
3;~.6 0(a Aso lo 6 7 A055/033
AUTHORSt Terentlyev, B.P. and Shakhgilldyan, V.V.
TITLE: Automatic Phase Control as a Means of Obtaining a Highly Stable
Regulated Frequency
PERIODICAL: Elektrosvyazt, 1960, No.11, PP-15-2o
TEXT: Automatic phase control ensures greater stability of a synchro-
nized generator than doVs automatic frequency control. An automatic phase
control system is therefore described in the present article, this 8YStem
allowing to control the frequency Of stable generators within any portion of
the frequency range. Inter]polation methods of retuning h.f. generators are
widely used nowadays. However, in order to suppress effectively the spurious
combination-frequency voltages, the systems based upon these methods require
the use of a great number of high-quality filter-chains. The automatic
phase control system described by the author of the present article eliminates
this disadvantage. This new system is shown schematically in Fig. 1.
Oscillations from the synchronized generator (frequency6)') and from the
0
Card 1/4

89828
S/106/60/000/011/002/010
A055/AO33
Automatic Phase Control as a Means of Obtaining a Highly Stable Regulated
Frequency
standard generator (frequency(jo) enter into the mixer, at the output of which
appears the difference frequencyAW-A-Wo. The difference frequency voltage
is applied to the phase detector, which receives at the same time a voltage
(frequencyQ) from the shift-generator. The comparison of the phases of
these two voltages takes place in the phase detectorp and as a result, a re-
gulating voltage appears at its output. After filtration of spurious oscil-
lations by the low-frequency filter (7), this regulating voltage is applied
to the regulating element which produces the correcting detuning. The stea-
dy-state (synchronization) conditions are set up in the system when9l is
equal to,64). In the first part of the article, the author gives a comprehen-
sive theoretical analysis of his circuit. For a given frequency range of the
shift-generator, taking into account the Possible absolute instability'A616of
the synchronized generator (the synchronized generator frequency having to
be fixed in the center of the retuning range),he develops, a formula giving
the highest frequency Qlat the output of the phase detector, at which the
transmission factor of the filter (considered as ideal) must be equal to one.
Card 2/4

C962)
S11061601000101110021010
A055/AO33
Automatic Phase Control as a Means of Obtaining a Highly Stable Regulated
Frequency
He also determines the requirements towards the frequency characteristic of
the filter. 'The question of spurious components being -;ery important, he
uses, for his phase detector, such circuits as ensure the minimum output
level of combination-frequencies. He finally reproduces a formula giving
the index cf spurious phase modulation and showing that this index can be
reduced either by decreasing the transmission factor of the filter at the
spurious frequency or by increasing the signal-to-interference ratio at the
filter input, i.e.1by using the most appropriate phase detector circuits
(balancing circuits or ring-type circuits). In the last part of his article, V/_
the author gives a detailed connection diagram of the automatic phase con-
trol system in question. This diagram is accompanied by a short description
of the principal component parts. The method of measuring the synchronizaVon
ba:nd and other measuring methods are also described. There are 7 figure3,
1 table and 6 Soviet references.
SUBMITTED: May 14, 196o
Card 3/4

TFMNTIYEV, B.P.
Plate modulation of a stage with a common grid. Radiotekhnika 15
no-3:31-34 mr 6o. (NM 13:6)
1, Deystvitellnvy chlen Nauchno-tekhnicheakogo Obshchestva
radiotakhniki i alaktroavyasi iment A.S. Popova,
(Modulation (Blectronice))

30139
S/194 61/000/007/069/079
D201%,303,
AUTHORS:
Shakhgilldyan, V.V. and Lyakhov_
IfMn A9',A
TITIS; A UHV radial system of radiOcOmmunicati on with time
division of channels
PERIODMAL; Referativnyy zhiarnal. Avtomiatika i radioelektronika,
no,.7 1961, 2, abstract 7 P (Tr.'uchebn. in-tov
avyaxl,, 14-vo avyazi SSSR, 7.960, no. 3, 51-58)
TEXT: A system is described of radial U11F radio communication as
designed in 1957-1958 at the Moscow Electrical and Technical Insti-
tute of Communication, This is a multi-channel system with pulse-
position modulation. Operating frequency range 400 me/a. The sys-
tem is tuned according to theS3rinciple of a communication grid i.e.
there is a central station (C and several exchange stations.
Communicatio,n between two oxchange stations is established by the
commutator of the CS. '11irough, it, any exchango- gtiLtion nay be cen-
Card 1/2

30139
S/194/61/000/007/069/079
A UHF radial system... D201/D305
nected to any of the subscribers of the distribution network. The
number of channels at CS: 10. Pulse duration: 1 micro second.
Gross-talk interchmmel attenuation Pj 60 db. The peak transmit-
ter power of the exchange station: 30 W17. The bloc-diagrams and
other particulars of he system are given. Z-Abstracter-s note:.
Complete translation
Card 2/2

AKSEFOV, Vladimir Nikolayevich; TERENTIIEV,__P.P., otv. red.; NOVIKOVA, YO.S.,
red.; MkRKOCII, K.G., tekhn, red-*--
(Rectifieri and transformer substations) Vypriaritell i transforma-
tornye podstantaii. Moskva, Goo. izd-vo lit-ry po vopronam aviazi i
radio, 1961. 439 (MIRA 1/,.:1l)
(Electric subst Plons) (Electric current rectifiers)
at

XLYAGIN, L.Ye, prepod.; SHTEYN, B.B., prepod.; BOGOSLOVSKIY, Yu.V.,
prepod.; KALASHNIKOV, N.I., propod.I_TERENTIYEV B P~,~
prepod.; ROZENTSVZYG, I.Ye., prepod.; VASIL'YEV, Ye.K.,,
prepod.; PETROV, V.F., prepod.; SHUMILIN, M.S.; GALOYAN,
M.A., red.; SLUTSKIN, A.A., takhn. red.
(Radio transraftting devices]Radioperedaiushchie ustroiatva.
Moskva, Sviazlizdat, 1962. 710 p. (MIRA 16:4)
1. Kafedra radioperedayushchikh
tekhnichaskogo instituta avyazi
Galoyan, Slutskin).
(Radio-Transmitters
ustroystv Moskovskogo elektro-
(for all except Shumilin,
and transmission)

Dr. ~a' sc, ctnces
AUTFOR: Zhelu(._1ey T . antcv'
(Engineer); T)rentlvov B. P. (Dr.
TI-III-E- Calibrating propertio,? cf ferroeIoctric cry3tai-- linving roctangular
dielectric-hystereols 'loop
SOURCE: Elektrichestvo, no- a, W3, 6-4-70
TOPIC TAGS: ferroelectric cy-jstal, hy3teresis loop, rectangular hysteresis loci),
dielectric hysteresis, triglycine bisnutn titanate
cr-
103TRACT: A 3uggestion 'Ls made to use ferroelectric ystalz) instead of standard
cells in precision voltage stabilizers. As a good crysta-I can svitch practically
c- unbe r
cons,-a-nt charge, he ys--a- can a age soarce . A 7,
of y-cut --nd plates were
The latter material tested at 301 coc an,~ 300 ,, croved to be z)articuiarly
-4/, gr e
as it exhib'-ted a low termerature vo ',P-c-e Coe.'-'L--4-ent 5.6 x 10 de e
vithin -72 4-52C range. ThIa charactor-L-c --c c~ b-!.-,iuih t~,"anate remakes it Supcri-)r
to SG23 gas. stabilivolt or D814 sil-icon stabiiivc-'t. Other advantages of bismutn
Card 1/2

L 17805-63
ACCESSION 11'.1i &PYD055,072
titanate cryntals are! nonsolubilitY in water, s~:-no'.1cIty,
Orig. art. has: 8 filaures, 2 formulas, and 1 tab-c. smil'I and '--w
In3titut Kristallcgrafil All 333.11 (.tr;st
~itute of
Ci79tallorr
anhy.

A 3 S OC L%TI C'N : Z S 5 SIR
Insti'utc

SUP-MITTED -7
-TTOR62 -
- c sk c, %, sr~ !,,, E' Ick'~.n - c- r-~ s k, ITm~,*I
1%
of Oommun"cat4.onc-'
,!CIQ: 2W-uFvI*Ij
4~
itut ~~ -3c

SUB CODIII, OE, NO 5?ZF SOV:
OTI FE-RL 00
Cord 2/2

'FAMDOM"Ell, D.A.; SAPRONOV, G.M.; TERENTIYEV, B.P.; SKORIKOV, V.M.
Stability of the operation of a reference voltage source using
ferroelectric bismuth tetanate crystals. Elektrichestvo
no.12t85-86 D 163. (MIRA 17:1)

TERENTIYEV~ B.P.; SHAKIMLIDYMN, V.V.; LYALHOVKIN, A.A.
Synchronous multichannel radio cc=mm�cation st~:'.!on. Tm.Jy
ucheb. inst. aviazi no.1403-98 163. (YJ1710'. 17:91i
1. Moskovskly elektrotekhnicheskiy institut 5vv,~.Z-l.

ACCESSION NR: AP300.~270
AUTHUR: Terentlyev, 13. 15 tit eyp_,_ B_,~.
TITLE: Higher harmonics in short-wave radio transmitters
SOURCE: Elektrosvyazt,/,7-
no. 7, 196 3, 7-15
TOPIC TAGS- radio transmitter , short-wave transmitter
ABSTRACT: A theoretical study of spurious radiation generation in short-,,wave
transmitt3rs io offered. The output rtage of a trans-n-iitter is reprerented by an
equivalcn, circuit and is conqidcred as a gencrator of higher harmonics, Evt~n
and odd 'harynonics are treate(i Formulat for evaluating the har
powtr ar,, developed. Equivalent paranicters of the Itarrnonic generator are
deterrnin~.-d, It 113 clairned that thia rLcthod permits better quantitative evaluation
of the spi-rioua-radiation level and hclpa in t;ol-ing tile problem of haar1rionic
suppress,on. Orig. art. ~La5~ 13 fig~rei~ and 18 formul.a.s.
CQ rd 4

ACCESSION NR: AP4019324 S/0105/641000/003/0001/0005
P. (Doctor of
AUTHOR: Tambovtsev, D. A. (Engineer); _jer.~qly
technical sciences); Zheludev, L S. (Doctor of physico-mathematical sciences);
Skorikov, V. M. (Engineer), Kucherova, 1. V. (Engineer)
TITLE: Voltage and current stabilization by ferroelectrics
SOURCE: Elektrichestvo, uo. 3, 1964, 1-5
TOPIC TAGS: ferroelectric, ferroelectric crystal, voltage stabilizer, current
stabilizer, ferroelectric voltage stabilizer, ferroelectric current stabilizer,
reference voltage, bismuth titanate, barium titanate, triglycine sulfate
ABSTRACT: Procedures for the calculation of ferroelectric -stabilized
reference -voltage sources are set forth, a new circuit for voltage stabilization is
submitted, and some problems in using ferroelectrics for stabilization purposes
are discussed. The new bridge-like circuit (see Enclosure 1) has the advantage
Card 1/13-

ACCESSION NR: AP4019324
of a high output voltage that can reach one-third of the input voltage. also, a high
degree of temperature compensation is possible. The experimentally determined
effects of frequency and load on the performance of ferroelectric voltage
stabilizers are reported. The possibilities of ferroelectric materials for current
stabilization were also explored; a I -cm" barium-titanate plate ensured a stable
mean current of 50 ma at 50 cps; bismuth titanate and triglycine sulfate were also
tested. Orig. art. has: 9 figures and 6 formulas.
ASSOCIATION: Institut kristallografii AN SSSR (Institute of Crystallography,
ANSSSR)
SUBMITTED: 13Sep63 DATE ACQ-.' 27mar64 ENCL: 0 1
SUB CODE: EE NO REF SOV: 006 OTHM: 001
Card Z/12-

r,j'! V a kintin Yc!vgr-n yevich,
i-, r T-
r, lye ri
preprod.; Prinimala uchaotfyc:~ LYATK~'~V.I'KAYA, A.D.$ inzil.;
LYUBSKIY, !.S., oLv. red.; VOLODLISKKIA, V.Ye., red.
[Power isystems of con.,r.-iinicco.ion r~ifterprisesj Energetika. pred-
prilut.1i oviazi. S-,Iitzt, 19t'!5. 611. p. (MIRA 16t9)
1. Moskovskly institut avyaz.1 (for all
exceptI,yub3kiyj

ACC We AF6(12546? SMCE COD31 W0]Mj66/QW004/W40/0M
I
-ZORS ntlyq (A*Uva mobar)j Shtsyn 9. Be (AeUve
ative M;";41 Lo' B. (Active ame-Mbors
ve Ve ~A
Mt Solontific4echniul Society of Radio Teahnalogy and gleatrooomudmttow in*
As So Popov (Hauchno-Uidmichealwye obahcheAvo, 2-adiateldudki'lelaktroavyG91)
TITWs Suppression of harmonics In radio trwmdtters with q=wtrical transformers
Somm'.: RadioteMudko., v9 219 no* 4, 19669 40-M
TOPIC TAGS i eloatric transfo rmo rg radio transmittorg harmonic anLlysiso eloctrio
capacitance, electronic component
ABSTUCTt - An aq&3.yoip of the possibility of vealmning; single.-c7cle harmonics In a
transformer between the
transmitter by oonne4kion of symmetrical ooupli6i 66rdensor
and the antenna feedere The expression for the tranazdasion coefficUnt of the trans.
formor is analyzed* Experimntal material is presented. Proper design of the trans-
former used can not on3,v axppresa the higher harmonies, but also reduce the influence
of paracitio capacitance between windinese The parameters of the transf r aug-
gested (compare schematics below with and without) are ouch that normal loading of tim-
transformer is retainod in the operating froquency rangeo X-P Pe Nosov.- 01 V. Bobovt
Ve' Furd -And V-' X-. Alekseyev took part in the ouTyAM ou
Yu -B. Shumav, Ve 0 t Of
wTerimental measurowntse Orig, art. hast 15 fivnve and 16 foratlaso 9FRSi 36008
SUB CODE: 09 SUMI DAW1 lTMOO64 / ORIG REF1 003
Card 1/1 --f!7 UDC s 623.A o61

AUTHORS: Shestakov, V. I., Terentlyov, D. r. SOV/64-53-6---ji5
of -T-
-TITLE: The Determination rM-Cjjj emporature Conlitions of Runninj;
Contact Apparatus for the Oxidation of Sulfur Dioxide
(Opredeleniye opti-,al1noqo temperaturnoeo rezhima deystvuyu-
shchikh kontaktnyl-li apparatov (Ilya okioleniya 1vuokisi Sery)
PERIODICAL: Khimicheskaya promyshlennoat 1, 1950, Irr 6, PP 350-354 (TISSR)
ABSTRACT: optimum conditions for contact apparatus with adiabatic cata-
lyst layers are determined accordin,- to the method developed
by G. K. Boreskov (Ref 1). During the operation of the appa-
ratus the activity of the catalyst decreaseL,. Therefore, an
excess of contact subotance is generally used; however, this
excess is limited since its presence results in an increase
of the hydraulic resistance and this causes efficiency to
decrease. If the activity of the contact substance is reduced
by the two- or threefold, the operation of the contact appa-
ratus is disturbed and a redeternination of optimum operatin--
conditiona conaiderinj the actual state of the catalyst, be-
comes necessary. The prenent paper deal.,j with the nolution
of this problem. The determination of the optimum operation
Card 112 (for each layer separately) was carried out accordin,,, to the

f,-0V/64-1:16--'-11/'1 5
The Determination of Optimum Ter,~;) era t tire Conlitions of Runn-Ini, Cc).,,t.,-.ct
APparatus for the Oxidation of Sulfur Dioxide
Graphic nethol. The diar-,a= in qcestion are Civen. Inter
alia, the calculation ic ~;iven for an apparatus of t'-.e
K-39-4 type. On principle, the diag-rams refer to contact
substances which already have been used for oorle tire and
have lost part of their effectiveness. If there is c- rew, con-
tact substance the dia,-rana make it possible to evaluate ",e
quality of the ziaterial in question. New nubctances should
be used in the first t-wo layers in quantities which guarantee
a contact from the ignition to a point near the equilibrium.
That is why the initial temperature should not be increased,
since this would lead to a lessening of the effect. '2here
are 0 fijures, 1 table, and 3 references, whicli are Soviet.
Card 2/2

man
ACC NR-. AP6033827 SOURCE CODr.. UR/0256/66/000/010/0072/0074
AUTHOR: Terent'yev, E. V. (Engineer; Captain)
ORG: none
TITLE: Deserves to be introduced into practice (Electronic equipment maintenance]
i SOURCE: Vestnik protivovozdushnoy oborony, no. 10, 1966, 72-74
TOPIC TAGS: radar equipment, radar equipment repair, radar operator, mairm--a-_
TEC11 AJ JfQUE
electronic equipment, V1 C-1 A" 0-
ABSTRACT; A number of problems are encountered in the operation and repair o
i uf i pmen C
electronic equipment in the armed forces.
Therefore, the units of on-board eq,
are not repaired but rather replaced by new ones. The units removed are repaired by
specialists in repair and maintenance shops. To improve the quality and efficiency
of specialists' servicing radar equipmentthe entire sequence of checking, testing,
repairing, and alignmnet of the components most commonly repaired are outlined. Thus,'
i it is said that the rectifiers in power-supply unita frequently need repair, and must
therefore first tested using the PPS-1 selenium testing device with the AVO-52M.
The AD-3 automatic devices are widely used in power supplies and in commutation
systems; they are said to break down more frequently than in other automatic remote-
control devices. The technological process of testing and repairing it is described
Card J/
- - __ I

AP6033827
in detail. The adjustment and tuning of clystron generator and tracking devices are
also treated in detail.
SUB CODE; 09, 17/ SUBM DATE. none
'2

Tj!~;'- hlN T I ~ F .
"U-sp of the Seccrid Tsenkcv Vaccine in Suronine-Scluticn), S-~vetskaya
(Soviet lleterin~-.ry Yedicine), !l, Ic34

I --- -- -- -- -- - -- - - - - -- -- --- --
1 ., .Vji.. j , I..A .
- .1 u
I',"
.,on,-, ernin , tho : I- astkri of' of 'io -~ A,,a~iist -th
Dise-ise" . Yeterin-iriva, 19.1,2, 4:u. 2.

TEPI'll'I'l YEV, A. (I'Pro-fe-lorl All-Unim Institute of Experimental lletcrinLry
Med.-Icine). About tbf~ "scientii 'ic" crearlw- of
(On the "history" of th.-: Anti-'~)ot an(] m.-nitl! chloro-formsapo~Tr
So :%letar-inarlya; 23; 1.; Jrinua-i IA6; t.ncA.
T ". bC 0 N
0 0 4) q 0 0 0 40 0 0 0 0 40 0 49 0

91T
TERFVVY*-,Vf F. ( Prof es:~ or -'llorLous JubilZee - (On the occas3ion of the 35-years
of w irk of K. M. "Talinir.).
So: Veterinexiya; 23; (R-0); August/Septemcer )9li6; I-ricl.
TABCON
* 0 0 40 1b 40 0 0 0

TERENT I YEV, FA
Lcr.c 'Lmental
TEREN'f'YFV, F. A.. and STEFAITOVA, P. (All-Union Institute of -r
veterinLrY :,,cdl.c.,'-ne.) On th=- nature c." Lmni-rity in anthrax. Report 1. The
significance of postvac~~Ln-al react on in t*,-e 7enesis of i~ Lnity in anthray.
So: Veterinariya-; 23; (10-11), Octo*,.)c-r/N0venb(-,r 19L6; 'uncl.
TABCON
0 * 0 0 0 0 0 0 0 * 0 0 * a 0 it) 0 is 0 0 0 0 40 0 0 0 40 0

TER'NITIYEV, F. A. (Profci----or, 111-Union In,;LLtute of Experimental Ileter-in.-Iry
Medll cine The fL fit against anthrax.
Sot Veterinariya; 214;11; Novenber 190; Uncl.
TECON
* 0 0 0 9 * 0 0 0 0 Is 0 40 0 0 0 0 0 0 0 0 9

NI --
KOLZSOV,-S. G. '. ff -sv F A-; and TAGAM, F. L
ft' n;n'_j_aT4et. Medicine
All-Union Inst. o Expei
"on contemporary condition of immunogenic prop3rties
of the second Tsenkovskil vaccine."
SO: VET. 26 (7) 1949, ;,. 19
0 0 0 0 0 9 0 0 0 4) 0 0 0 0 * 0 0 0 0 * 0 0 0 0 * 0 0 0

".'.nfectlons and Invi~uL)n:;
of Sheep and Goats) Moscow, Sellk-hoz,-ir- 1'. A. and A. A. Yarko7, Edit-~,rv,
1951- 31 octayo- Price 11 nibl,~s ~10 kop,-cks. Bound. 10,000 coT)Ies.
50: U-1~502i 28 August 1953-
(From XJW BOOXS ON VWRINA]LY U_DIC 1� Veterinariyn, No. 11, pp. 63,64, Nov. 1951,
Moscow, Russian mo per.) -
0 0 * * 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 40

r. A.
3,T~VXCTI YE. P.
Immunity
Role of the nervous system In ImnunofcnvRIB In Infertious dinewrien. fk)kl X .
sellkhoz 17 no. 8, 1952.
Monthly List of Russian Accessions, Librt;ry of Congrcss, Nov. mbcr 1952
UNCUSSIFIED

1. ZMRTIEFIV, F. A., Prof-m STEFANOVA, YE. Ps
2. SSSR (600)
4. Vaccination
7, Role of the nervous system in immunogeneste and the now principle of
vaccination by inactivated microbe culture.
Trudy Vass. Lust. eksp. vet. 19 No. 1. 1952
9. 'Monthly List of Russian Accessions, Library of Congress, lebruary -1953. Unclassified.

TERENTOYN, F. -A.-,- and-Lthor-s-
Vaccination
Results of imunizing guinea pigs and sheep by inactivated brucellosis vaccine VIFW.
Veterinariia 29 No. 3, 1952.
Monthly List of Russian Accessions Library of Congress,
July 1952, UNGIASSIFIED.

EE
T&RJ;N`T'Y3VJ0 F. A.
"Significance of Regional ~~pizootiology in the System of Anti-opizootic Yeasuras"
SOURCE: Vetarinariya, Vol 29., No 6,, PP 7-10,, June 1952,, wicl
All-Ou'l-" Insf. f r--iper%%,%NrA4sA 4t"ItA'

veterinary - Infecticus -',ep ~32
Diseases
,aklylc VaQ-
"Antianthrax Vaccination With Tsenkov
:ine II alone," rrof F. A. Terent'ev] Sci T- ti
L.. -
Lab for Control of Diseases in Yrun.- A imals,
-F Prof S. G. Kolesov, State
I, f~Sovkrozes RSFSR,-
"
in
S c-; Control Inst
"Yelkcrinariya" Vol 7XIX, No 9, pp 21-24
Me authors of this article state that extensive
experimentations, conducted on millions of animals:,
by practical veterinaries, showed that wide utili-
zation of,the Tsenkovskiy's vaccir~:- !I alone is
225T220
practical. Exceptions are admitted in spring-summ3r
7accination of horses, sheep, and goats, because they'
are more sensitive to vaccines auring those periods
of the year. Originally vaccine I was used to prep
the organism in order to avert compli-tions produced
by vaccine II. Since virulence of botl& vF.-~ineo I
and II has decreased with time, the use of vaccine I
is now unnecessary. Administration of vaccine I now
produces neither local nor general reaction in cattle
and consequently does not impart immunity. Expts
with vaccine II only during all reasons of the year
showed that complications or deaths were rare. Cattle
can withstand Tsenkovskiyls vaccine II much better
than other animals during the fall season of the year,
however. Re-examn of immunogenic properties of
225T20
E-

TFMNTIYEV, F.A., professor.
Doubtful reactions in intracutaneous tuberculin testing of cattle.
Veterinarila 30 no-7:13-17 Jy 153. (MISA 6:7)
1. Nauchno-proizvodetvannaya laborstoriya Ministerstva sel'skogo
khozyaystva t zagotovok RSFSR.

T41UNTITU, Y.iL.; STICFANOVA. Ye.P.
Role of the nervous system in immunogenests in vaccination with
dead bacterial cultures. Zhur.mikrobiol.epid.i immun. no.2:20-24
F 154. (KLRA 7:3)
1. Iz nauchno-proizvodetvennoy laboratorit Hinisteretva sovkhoxov
RSYSR. (Vaccination) (Anthrax) (Nervous system)

IVANOV, M., professor; BABICH. M., professor; TERENTIYEV, F., professor;
SYURIN, V.. kandidat vaterinarnvkh naar I ----
1. Practical value of G.H.Boshian's discovery. Zhur.mikrobiol.
epid. I immun. no.11:115-120 N 154. (HLRA 8-1)
(VIRUSES$
conversion into bact.)
(BACTIRIA,
conversion Into viruses)

USSR/Medicine Veterinary, Anthrax Vaccines
Card 1 /1
Author Terentlyev, F. A., Professor
Title Anthrax vaccines
Periodical : Veterinariya 31, 6o-61, Apr 1954
Abstract : P. V. Sosnov in his article, published in Veterinariya No 9, 1953,
criticized the textbook titled "Veterinarnaya mikrobiologiya
(Veterinary microbiology)." He claimed that attenuated cultures
of anthrax microbes can generate pathogenic anthrax microbes;
animal organism acts only as a medium within which the attenuated
cultures of anthrax microbes reproduce pathogenic microbes. Pro-
fessor F. A. Terentlyev states that this claim is unfounded, be-
cause it contradicts Pavlov's physiology and because no convincing
evidence can be found in medical literature to support it. ComDlica-
tions that arise as a result of inoculation of an animal with
attenuated anthrax cultures depend upon the physiological condition
of the organism of that animal.
Institution
Submitted

TEMMIYXV, FA., professor; STEPAWYA, Te.P., kandidat vaterinarnykh nauk.
To the editors of ITaterinarii&O. Taterinarila 32 no-3:91 Mr 155.
(VACCIUS) (KMA 8: 4)

TXRINTIYET. 7.A.; STIIFANOTA, Te.P.
Overheating the body as one of the causes of npulsonarjrg diseases
in lambs in steppe regions, Yeterinarils, 32 no.8:54-57 ()MU BsIO)
Ag
1.Nanchno-proisiv6detvannays. laboratoriya po bor'be a boleznyami mo-
lodn.yaka sellskokho%Mstvennykh shivotnykh Kinisteretya sovkhozov
RSFSR.
(SHEEP--DISUBMS) (MUT--PRYSIOIDDICAL ZMGT)

T11141 11 1 professor, redaktor; XAUOV. A.A.. rodaktor; SOIANKO,
i.1k
.ftictor; DAMIDOT. N.V.. rodaktor; USACHITA, I.G., rodaktor;
VESKOVA, To.I., takhnicheskiy redaktor
[Infections and parasites of cattle] InfektuionVe i invaziomqe
bolezui krupnogo rogatogo skota., KoBkvao Goo. tzd-vo solkhos. lLt-r7,
1956. 630 p. (HIRA 10:1)
(Cattle--Diseases and posts)

TMjjT'yigv, F.A.-, SERGMVA, T.Ya.; MOROZOV. I.S.; OLONOVSKIT, Te.A.
-0-1, -
I racticality of vaccinating mature cattle againBt brucallosis.
Vaterinariia 34 no.12:60-64 D 157. (MIRA 11:1)
l.Nauchno-proizvodetvanna7a laboratori7a Hinisterstva sellskogo
khozyaystva RSFSR.
(Brucellosis in cattle)

TZROTIYEV, P.A., prof.; SHCffUREVSKIY. V.Ye., kand.vaterinarrqkh nauk
-
All-Union Institute for Experimental Veterinary Medicine during forty
years of Soviet rule. Trudy VIN 23:29-48 159. (MIRA 13:10)
(Veterinar7 medicine)

TERMIrl-M, F.A. -)rof.; VASILIM, K.M., dotsent; ZiMMIT. I.R., Imnd.
;;A"
veterin.nauk; KAUJOIN, V.I., dotnent
Production nnl una of dry serum against F;wlnn nrynipelas.
Votorinarlill 36 no.6:24-26 Je 159. (HIRA 1?-.10)
(Sonim) (Hrysipaloid)

I I r .7- P- A
L 7
17 (1). 30 (6)
AUMCR,
?,A Tstmtk, D,N,,
TITLZi Prof.s.., Kh~ On the Nonni- of his Olstl#th Birthday.
MIGOICAL, Zhur"al w1broblal6gil. spsd~mtolojtj I lxwjr~btologli, 19W , Mr 4,
pp 146 (u3=)
AWMACT, Thin rtqr ae-t ~f th* life w4 career of ft*foegcr Kh. rls-
,, !:.a b
ne 4m*p**,41-,*-b rff the Akd-ty. WlUt-klkh .-k SM
(A.... .. 3~ ----a- %he USM) and - noted Ph-oloal.t, bl-
thalat wA Me 16 drditod .1th the din .... ry of miany
flow 30vist Gntibloll".
card 1/1

17 (2). 3D (6) 30V/16-W-4-45AT
AM" NO.t., 9 A
TrIu. ftof .... O~ tn. 0--lon of vorty Years of Work.
"MODICA.L. Zh~&l mik"blologti, *Fld~lcloxll I le~oblologll, 1%0. Nr 4,
06 (umm) t
ADMAM This Is a brief aecT=t of the scimtlfla astivity of hvfod.or A.I.
;,*dA4c&lO and publialst.
IPA
card 1/1

1-11 II.-Y,
TFRETT I YEV , F. A.; 74",*- '7 T L? , V. . ~~. . '~' K I.Y , A.;.; Ki.. 1; Vil, " ,' , V, . ; :,.:.i It y
S. 1.
Obtaining ans using condensed hyperimmune serums. Veterinariia 38
no.2:43-45 F 161. (141w, le: 1),
1. Moskwvskiy tekhriologicheskiy institut myaqnay i molochnoy pro-
mysillennosti.

TEMITIM, , Fedor Aleksandravich (Doctor of Veterinary Sociences, Professor)
"His 70th Birthday and the 50th Anniversary of his scientific and pedagogical
I
work'.
Veterinarlyn, Vol. 36, No. 2, 1961, p. 96.

TERENTITEV, G., stnrzhenahchik
One point of a plan. Sov.profsniusy, 7 n0-19:33-34 0 '59.
(MIRA 13:2)
1. Prodaedatell komiteta profsoyuza litaynogo teekba Koutrom-
skogo mashinnstroitellnogo zavoda imnni Kranina.
(.Foundz7 macbiner7 and oupplies)

TERENTIM) G,
Publication of the transactions of the Bashkir Scientific Research
Institute for Petrolewn Refining. Izv.vys.ucheb.zav.; neftl i gaz
5 no.8:50 162. (MIRA 17:3)

-TEWITIYEV, G.
NVootok* and %rcury.ff Av. i kosm. 46 no.4126-31 Ap 164.
(MIRA 17:3)
~~. I
.,. , I

VORONKOV, V.A., red.; DMITRYETK, A.H., red.; INKIN, S.G., red.; K&SIMOY,
I.A., red.; ROKMOV, M.Te., red.; YADORKUKO, V.A., red.; CHURKINg
A.H., red.; TZMTI M, G.A., red.; KOL9SOVA, Z.H., takhn.rad.
Sochi. Loningra'd_,__u~3_._izd'-vo "Iskusetvo.4 1959. 19 P.. illus.
(KIRA l2t9)
(Sochi--Description)

MINTITV, G.A.
Basic tacbnological properties of mixtures of cotton witb higb
mimber rayon sts,ple fibers. Isv.v7e.ucheb.xav.; takh.tekst.prom.
no.6:63-7i 159. (141RA 13:4)
1. Ivanovskiy tekstillwy Idetitut.
(Textile fibers) (Spinning) *

TXR TOYEV, G-A-
Using cotton mschinery for processing lov-count rayon fibers mixed
with cotton. lzv.vya.ucheb.zav.; takh-toket-prom. no-3:72-85 060.
(KIU 13:7)
1. Ivanovdciy tekstill W institut im. M. V. krunzee
(Cotton machinery) (Testile fibers, -~ynthetlc)

TEMITIM, G.A.; FROIOV, S.S.
Methods for determining the quantikative composition of cotton and
rayon staple fiber blends. Izv.v7s.ucheb.zav.;tekh.tekst.prom. no.4:
87-92 16o. (MIU 13;9)
1. Ivanovokiy tekatillnyy inotitut im. H.V. Frunze i Ivanovokiy khImiko-
tekhnologicheskiy Institut.
(Textile fibers)

TERENTIM. G.A.
Using the cotton machinery for the processing of viscose curly
mat fibera in a mixture with cotton. Nauch.issl.trudy IvNITI
25:30-41 161. (MW- 15:10)
(Textile fabrica)

mmm~
i Ct.,L
SARADASH., YU*L'O-; TE'rr"TI.yLlit - %f.e Cf
, , sta:-,,,r,g gaF,:Iire 0
fe-+, Cf the luaalt-f OL I--
Ef - 1 51-56 ' &> - *~~,,~'~")
!AA r,formir-g- TTudy Barh IMIlp nn.;~: I,

ITRENTIM, G.A.
Calculating production costs In petroleum refining. Trudy
BashN11 NP no.6:279-283 163. (MIRA 17:5)

TERENTOYEV, G.A.; SABADASH, Yu-S.
11-1 ~
-------
Certain problems of the economics of the production of
automobile gasolines. JMim- i takh. topl. i masel 8 no.10:
29-34 0 163. (MIRA 1611l)
1, Baobkirski3r nauchno-issiedovatollakijr Inatitut po pere-
rabotke nefti,

S-M-Ft" I" "Of I, A, ~i . , N~-YAGLOV, A .11. ~ WIL(C fffll~ (.,V , I. M, -, "ITRE I IT t IT, V , G A.
q su~mly Of 1,1,~ ~,j
. * I ,
L (WPA !I:-,%
lrd":-,Lr,ei3. Yhi.IMO PrOl-la 'I '1(4~~16F,170 Mr '415.

V C,
r
TERE,~'YEV, G. 3., Cand Tech Sci -- (diss) 1-n4e-4kAgailten o f -ttm
I .44.
j-, i , ,,.1 -~, 161".114
probleras of e-f-f 1-clernt of the longitudinal joints
e woodew.vessels on 40ft f utt LOT,, 1958.
of maulp o Ck'
3AxjDjDX 14 pp. (Lenlngrinst-` Englneerslwat~TransO, loo copies.
%'KL, 9-58, 120)
100

LESYUKOV9 Valentin Antono7ich; TKWITIYEV9 G.B., rod.; VOLCHOK, K.H.,
takhn. red*
[Theory and design of ships for inland navigation] Tqorlia i
uotroiotvo sudov vnutrermago plavaniia. laningrad, 1zd--vo "Rechnoi
transport"p laningr. otd-nie, 1961. 371 p. (MIRA 14:6)
(Fav&l architeoturs) (Tmla,d ravigation)-

IYEVI, Georgiy Borisovich; D010TIDONTOV9 N-K.p prof. 9 doktor tekhn.
naAv- jed. ASTAKTM7,--K.A., reteenzart; YHROPKIN, B.I., retsenzent;
KLIORINA, T.A., red.; FRUMKINp P.S., tekhns redo
(Seagoing wooden meelol Morskie dereviannye suda. Pod red. U.K.
Domidontova. Leningrad, Goo. soiuznoe izd-vo sudostroit. promyshl.0
1961. 244 P. (MIRA 14:6)
(Ships, Wooden) (Hulls (Naval architecture))

DORMIDONTOV, Nikolay Konstantinovichp doktor tekhn. nauk, prof.;
IYSEITKO, Lavr Georgiyevich., kand. tekhn. nauk; PAVLOV,
Aleksandr Ivanovichy dot--., kand. tekhn. nauk; Mr-1,01TIYEW.,
Georriy Borisovich kand. tekhn. nauk; SHWL6r,-9Wo-W--
Leonidovic , st. pod. inzh.; Prinimal-uchastiye KHRETSOVOV.P.,
kandstekhn.naukjdqtao; !~'&YAKO'Vsp.l~,,pdotootretseasent;GRBUUM,A.F..,
insb retsenzent;VAR121OV, P. G. , inzh., rot senzent; ASM,V o V. j, red.;VOLCHOK,
X.M., tekhn.red.
(Design and arrangement of ships for inland nevigation]Kon-
struktsiia i ustroistvo sudov vnutrennego plavaniia. Pod ob-
shchei red. I-I.K.Domidontova. Leningrad, Izd-vo "Rechnoi
transport," Pt.2. [Metal ship3]Metallich9Bkie suda. 1962.
271 p. 041RA 15:12)
1. Kafedra arkhitektury i proyektirovaniya korablya Lenin-
gradskogo instituta vodnogo transporta (for Domidontov,
Lysenko# Pavlov, Terentlyev, Sb=Wlov, Kuznetsov).
(Naval architecture)
(Ships, Iron and steel)

ZAYTSEV, Vikentiy Petrovich, kand. tekhn. nauk, dote.; NITOCHKIN,
Aleksandr refimovich, inzh.; POPYRIN, Ivan Andreyeviah,
lnzh.; SURVILLO, Vladimir Lyudvigovich, doktor tekhn* nauk,
prof.[deceased]; KAN, A.V., inzh., retsenzent; TEM-T!IEV,
J. kand. tekhn. nauk, retaenzent; KAZAROV, Yu.S., red.;
9_t B
YUDINTSEV, A.F., red.; CHISTYAKOVA, R.K., tekhn. red.;
SHISHKOVA, L.M., tekhn. red.
[Rafrigqt-ator ships] Refrizheratomyo suda. (By] V.P.Zaitsev i
dr. Leningraq, Sudpromgiz, 1963. 523 p. (MIRA 16:6)
(Refrigerator ships)

KAWN3MY1 Yo,v.p Tf'fLl!:'N'rlYU, knfol,. '~Ahti. rinuk
Al-jerser." --,uJo,.qtrcx-r-Al,i 30 AP,' '64, (141.RA 18;71),
PIA""rIff

L 386)4-66
AM5025573 BOOK E(PLOITATIOU Uiv
629-124-72
Zaychik.. Kopell Simonovich; Terentt,!!~r0,9%,o Jy 1~
R~isovi-c.h
Co=ercial fishing ships (Horskiye rybopromyshlennyye suda) Leningrad,--Izd-vv
"Sudostroyeniyellj, 1965. 368 p. illus., biblio... fold. map. 3,100 copies
printed.
TIDFIG TAGS: fishing ship, i~tip i,ng _engineering, service craft, ship componen4
refrigeration equipment# co=orcial anlual
MRPOSE AAD COVERAGE: Me book describes basic types of co=ercial fishing shipe
and their technical and operational characteristics. As"cts of architectural
of
and constructional designs of ships are presented in relation to the layout
commercial end technical equipment.. Alto pointed out are basic types and
techniques in the fishing industry as appliod to fishing cqu4pment and
machinery. 7bols and machines for catching,, processing and rofrigerating
fish are included, 7his book ic raco=cnded for technical engineers in
the ohipbuildivg industry.
TABLE OF CONTUM (abridged):
Authorts note
Card 1/2

L 3864-66
---- ------
AM5023575
Summary of the Russian comorcial fishing fleet
5
Cho 1. Basic types# characteristics and constructioma features of present
co=ercial.fi3hing ships -- n
Ch. IL Fishing trawlers 68
Ch. III. Fishing seiners 122
Ch. IV# Fishing boatsi tunny fiahing and other fishing boats - 144
Ch. V. Floating baues and fish preserving plants - 152
Ch. VI. Production refrigerators - 172
Ch. VIL Transport refrigeration ships - 196
Ch. VIII. Ship structures and equipment for cat6ing fish - 213
Ch. IX. Ship equipment and mechanisms for processing and storing fish
Ch. X. Foreign co=ercial fiddng 359
4
Conclusion - 366
Bibliography - 370
VJB CODE: HS,, GO SUMITTED: 3114ar65
NO Ra sov z 016 OTM: 000
Card 2/2

t k i-.r, I K'j A , I k a T, J
"K I-I
z 'r"P AK. rt"
nji . . ?"IVA, A.I.j --~d .
yo.V,. pa,
[Seagoin., fishir:y r2i~ir- ryt;qx~~rnyshleraqe sulv..
D--,ningrad~ (,,,IRA 18:10)

Ye, jo
IQ I I-,
jo r; 11

TFR. F3T I -"I: V (II Y-ind. 7;-~'Yhn. lnzh.
Rcfr~vs-acor slip Karl linnej for fish tro--risport.tion. Sudostroenle
- L
30 no.11:1..6 N 164. (MIRA 18-3~

N
Sulfonation
Sulfonation and 3Ulfonic acids of acidophobic substances. Part 21. Sullfc~ratlon of
2,5-dimethylthiophene. Ccnrzrison of the sulfonatinr, action of pyridim.--sulfur
U
trioxide, pyridine-bis-sulfur trioxidg, and dioxann sulfur trioxide. Zhur. oh. khim.
23, No. 2, 1953-
Mlonth-ly: List of Russian Accessions, Library of Conr_ress
June 1953. UNCLASSIFILD.

TNROT I YNV, G. P. ~
, "WO
Electronic telegraph apparatus. Slek-trosviazi 11 no.6:52-57 Je ~57.
(Telegraph-EquIpment and supplies) (MIMA 10:6)

""" -ITIT*,V, G. V.
L I'd 15,-. , I.-
Terentlyev, G. V.
"The Surrical AnatoR; of the Deep Femoral Arteri., ~dth Aspects of Collatenal
Blood Circulation (Anatomical and '.4cperimental Investivation).11 Odessa
State 'Medical Inst imeni 11. 1. Piropov. Odessa, 1955. (Dissertation for the
Degree of Candidate in Medical Science)
So: YnIzhnaya letopis') No. 27, 2 July 1955