SCIENTIFIC ABSTRACT TYUKH, I.I. - TYUKAYEV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757720014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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BOGACHEVSKIY, V.S.; POPOVICH, S.P.; TYUKH, I.I.
One of the potentials for increasing labor produativity in the
haulage of ore in Krivoy Bog Basin minea, Met. i gornorud.
prom. no. 201-52 Mr-Ap 164. (MIRA 170)

TYUKHTYAYMI, N,V.
Means of automatic control, remote control and com=iications
used in Industrial transportation, Biul. tekh.-okon, inform.
Goo. naucho-isel, inst, nauch. I tekh6 inform, 17 no,,300-71 164.
(MIRA 17t9)

So Aleksandrovich;
,_Tgqjeyjq)i; LOKSHIN, Rafail
DRAMMEV, V.A.,, red.; BAZLOVA, Ye.M.., mlad. red.
(Soviet trade during the transition period to cormnism)
Sov,qtskala torgov.11a v period perekhoda k kommuni=u.
Moa:.-vaq Econoudka., 1964. 1,90 p. (MIRA 17:11)

TORBMI, S.S.; TYUKTYAYE;Vl I.Sh.; KMENSKAYA, Ye.A., red.
[Coastal self-propelled vehicle for hauling wings of'
seabeach seines) Beregovaia samokhodnaia mashina d1la
vyborki kryllev morskikh zakidnykh nevodov. Moskvaj
Pishchevaia promyshlennost', 1964. 37 p. (AURA 17:12)

U
WUFLIN, Yu.S.
Basic characteristics of photogrzarmetr7 when applied to
stereophotogrammetric survey-ing of sea waves from a moving ship.
Trudy Mor.g1drofiz.inst. AN URSR 28:11-22 16.3.
Graphic method for the determination of wave elements based on
pairs of stereoscopic pictures of surface waves. 85-91
(MIRA 17:3)

TYUFTIN, YO.Pe.. kand.tekkLn.nauk,- KMMV.. A.I.p inah.
Comparative indices of the operation of the TTo-lD Varbocyclone
and hydrocyclone Xhim.mash. no.016-18 J3.-Ag 162. (WA 15:7)
i3eparators (Machines))
15

T,vb'FL!Nt YU.S., aspirant
Some relationships between angular and linear elements in
exterior orientation when taking stereophotos from ships.
Iav. vys. ucheb. zav.; geod. i aerof. ra.2.-115-122. 165.
(MIRA 18-10""
1. Moskovskiy institut Inahenerov goodeali, acrofotos"yemki i
kartografii. Submitted February 18, 1965.

L 15278.66 -~-Ew(l)/T/ Ijp(c) Go
ACC NR: APS018535 ~,SOURCE CODE: UR/0154/65/000/002/0115/0122
i'AUTHOR: lin Yu. S. (Aspirant)
-ORG,.- Moscow Institute of Engineers of Geodesy, Aerial Photojeraphy and Ca tojarav1e__._.
(Moskovskiy institut inMenerov-geodezii- aerofotos"yemki-.1 kartografli)
TITLE: ReXaltionships between angular and linear 6lements of extervial orientation
in sterto - ehqojRa h from a ship
SOURCE: IVUZ. Geodaziya I aerofotosllyemka, no. 2, 1965, 115-122
TOPIC TAGS: stereoscopic photography, oceanographic equipment, -photogrammetry 9-
:computer. application
ABSTRACT: The author-examines the necessary relationships be:Vegh elements of exter-
pal and mutual.oriontation-for photographs taken from-a ship *-31%ese relationships
itre then used for solving a stereophotogrammetric problem on a digital computer.
Hatrices are given for 'translating the location systems of the left and right stereo
cameras Into orientation and horizon systems. Formulas are given for calculating
the direction cosines which are the elements of these matrices. The required angles
Card-1/2

L 15278-66
APS018535
ACC NR-
-_are-determined by using the angular elements-of orLenta'tion for each camera. Formu-
Us are derived forcalculating all necessary elements of external-Drientation in
a given horizon system. Three of the most characteristic special cases for location
of the cameras and the photographic base are examined. The proposal method may be
for orienting cameras on a moving ship for stereo photography of shorelines,
-,.-,oceanwaves and icebergs. Orig. art. has: 2 fL&ures, 28 formulas.
CODE: SLOM DATE; 18reb65/ ORIG REF: 001/ OTIH RM 000
Card2

TYUFTIN, Ye.P.
j I men, F IM
Graphoanal,vtical method of calculating a multiple stop cOUntercurrent
purification of soluble materials from silid residusa. TS"t. met.
36 no-3:26-32 Mr 163. (MIRA 16:5)
(Leaching)

RASSOKEIN, Valerlyan VasiltyezW, kand. tekhn. naukl ROZOVt,
Serafim Vasillyevich; TSELINSKIY, Nikolay Aleksandn)vich;
IVANOV, N.N., prof., retsenzent; TYUFTIN Ye.FJ, insh.,
red.; SOMOVA, T.M., inzh., red.; DUGINA, N.A., tekbn.redo
(Interesting problems in projection drawing] Zanimatelinys
zadachi po proektsionnomu chercheniiu. Moskva, MaS11g12. 1962.
167 p. (KIRA 16:6)
(Projection)

ARIMICH, A.M.; VIKHREVA, O.G.; TXUFjL1NLr-4~V.; LIVANOVA, N.K.; BLUDOVA.,
N.M.; VATOLIKA, V.M--..SHEKLA-KOVA, A.A IMMENEVA, M.P.;
VARDASHKINA, M.A.1 SOROKINA, I.I.
New trends in the treatment of fungal diseases of ths skin. Sov.
med. 26 no.6152-56 Je, 162. (.MIRA 15%11)
1. Iz mikologicheskogo ot~ela (zav. - prof. A.M.Ariyevich)
ISentrallnogo kozhno-venerologicheskogo instituta, i klinicheskoy
kozhno-venerologicbeskoy bollnitsy imeni Korolenkop lqoskva.
(DEMTOMYCOSIS) (GRISEOFULVIN) (FUNGICIDES)

PCIMOVEKAYA, Avgusta Nikolay'evna. 'Prinimal uch'astiye TY-UVL,~,_Ya.P.,
inzh. HOGIN. T.A., inzh.. red.; OLET. S.'M.I inzh., red-,--;-
PI.ONMp Te.I., inzh,, red.; SOMOVA, T.M., inzh., red.;
IIRMAKOV, N.P., tekhn.red.
[Mechanical drawing; album of drawings with short e3q~lanBtionsl
Mashinostroitel'noe cherchenie; allbom cherteshei a Icratkimi
poiasneniiami. Moskva, Goe.nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 196o. 131 P. (MIRA 14:4)
(Mechanical drawing)

GILIPERIN, N.I., doktor tekhn. nau%:, prof.; TYU2T-IN,.,.Ya.P.,- j.nzh.
Centrifugal f 1 lter- thickener. Khim, masho no,6:5-9 11-D 159.
(Filters and filtration) OIM 13:3)

TYUFTIN, Ye. P., Cand T~~ch Sci (diss) -- "Investigation of the filtration pro-
.L
cess with continuous discharge of precipitate in a centrifugal field". Mos-
COWY 1959. 11 pp (Min HI.-Iber 'Educ USSR, Moscow Inst of Finn ftem T,.ch fin
M. V. IDmonosov), 220 copies (n, No 15, 1960, 136)

POKROVSKAYA, A.N. Prinimal uchastiye TYUFTIN, Ye.F.,, inzh.;
VASILIYEVAI N.G., red.izd-va; GORDEYEVA, L.P,,, tekhn,,red.
[Mechanical drawing; album of drawings with brief explana-
tions] Mashinostroitellnoe cherchenie; allbom cherte:~hei s
kratkimi poiasneniiami. Izd.2., dop. i perer. Moskira,
lzd-vo ffMashinostroenie," 1964. 156 p. (MIRA 17:4)

GUELIFERIN't N.I., doktor tek-hn.nauk; TYUFT1N, Ye.P., kand.tekhri.nauk
Metho,I for calculating tne concentratlons of dissolvable
substances in a multistage vountercurrent washing of
precipitates. Khim.prom. no,9:601-603 Ag 162. (MRA 15:9)
(Chemista-y, Technical)
(Leaching)
4

TYTJF-fll,;, ye.p., karld. tekhn. nauk
Lffect of the rrcjpcrtit;j,5 V rn -~he .,,of t~j,~
multi-stage reflux wachin- k:" soJub!6 qubstuncea. -Aim. i
rieft. mashinoatr. no.4:24-26 0 161,
17: 12 J'

TYUYYAKIII, A.P.. inshener.
k
Double automatic closing for type UGP-51 drives. Risk. sta. 28
no.6:84-85 Je '57. (KLRA 10*8)
(Ilectric relays)

CIRCUIT BREAKERS
lbouble Automatic Reclosing for Type UGP-51 Drives" by Engi-
neer A. P. Tyufya-kin. Elektricheskiye StantsLi, No. 6, June
19 5
Description of a double reclosing system, In which the
first cycle Is carried out in the drive itself (mechani-
cally-Initiated automatic reclosing) and in the second
cycle the starting is by means of the operating a-c.
Card 1/1 - 8 -

REMIZOV, L.T.: GOMTSOV. M.G.; TYUFYAKINO, L.S.. [deceased]-
Receiving system for measuring statistical characteristics
of signals in tropospheric propagation of radio waves.
Radiotekh. i elektrom. 5 no.7:1065-1071 JI 160. -
(MIRA 13:6)
(Radio measurements) (Radio waves)

:HMOWVj V.A.; TYUFYAKIN, L.S.
Measuring equivalent te"rature of pulsed noise eudesion. Izm.-
tekh. no.403-34 Ap 163. (Radiometry) (MIRA 16:5)

2t,,522
3/109/61/006/009/005/018
47121S*?S~ (440 D201/D302
AUTHORSt Shpolyanskiyt V.A.o Tyufyakinj L.S. (Deceased)o and
Korsakovq P.P.
TITLE: Automatic delayed phase frequency control
PERIODICAL: Radiotekhnika i elektronika, v. 6o no. 9, 1961#
1468 - 1481
TEXT: The transfer function and sTability of automatio phase con-
trol is considered first (Figs. 1 and 2). The transfer function
W(p) in operator notation is used of a system iinearized for small
deviation from eynchronismg induced by random changes in the con-
trolled generator frequency or by fluctuation noise. The inertia
T of the eystemt in-,,roduced by IF amplifiers can be in simplified
f8rm assumed to be
n
3 7,nfo.7
where K - the maxir,,.~m ampiifiction; hence, (Pig. 1)
Card 1/9

2P,522 S/lGq- /61/ OC)C') /009/ooc-1/0-L8
Automatic de"Layect phase ... D2011/'D302
W(P)
I
pe It 3p
4~ WS Kf kP
can be obtainea, where Aix, locking range of the system io tt,~-
product of maximum transfer coefft-,ients of all stages -Ln syn'~!.hio-
nism., Kf (p) - The normalized rransfer coefficient of the LP fi.1ter.
Substituiing in-to (3) ik:e operator iransfer coefficient of th.~-- .ro-
portional integrat4 ng and going over dimensionle6s parame-
ters
W(p 1) P 2P! (4)
3 ~'3 p 1
U, e P,
2
is obtained where T,
P, = -r-P- = P-C -~~ . L =
; T 'r (La)
."W T 3
Card 2/6

2 8 _r, 2- 2
S/109/61/006/009/005/018
Automatic delayed phase D201/D302
Using the Mikhaylov stability criterion (Abstractor's note: Crite-
rion is giveng but it is actually a graphical stability criterion
for the zeros of a polynomial] it is found that the system is sta-
ble if the delay does not exceed the value of
A, 7 arctg0(Aj;Aj)+arctgqR(Aj;Aj) (5)
(At. As)
where
(j _ A,1)2 + 4A2 _ (1 2)
(At; As) I A2
1 2
A,
For an integrating filter 2 0) Eq, (5) gives the wellknown
value of critical delay time in an automatic phase control system.
It is shown that the use of a proportional integrating filter in-
creases the critical value of delay time, compared with that of an
integrating filter system. It iB' Of interest in some practical ca-
ses to know the dependence of the critical value of the pass band tx
Card 3/8

B/109/61/006/009/005/018
Automatic delayed phase D201/D302
Iof the n-th stage IF amplifier on the parameters of the LF filter.
This dependence is shown graphically indicating that as far as sta-
bility is concerned the minimum pass band could be considerably
narrower than the synchronization range of the systems The interfe-
rence killing feature of the automatic phase frequency control is
considered next. It is assumed that the interference is in the form
of a fluctuation of voltage in the mixer IF amplifiers stage. For
a given power of the signal P 5 and a given noise factor Fg the fil-
tering properties of a pulse control system are determined by the
.noise band given by
00
TT S /N(jwy2 /W(jw)/2 dw (13)
which produces a dispersion of the phase
A 02 kTP TT (12)
2RTS n
.Card 4/8 LA~

' ~").q 2 .2
B/109/61/006/009/005/018
Automatic delayed phase D201/D302
where k is the Boltzmann constant and T - absolute temperature.
When the IF passband is considerably wider than that of the closed
loop of phase control [/N(jw) 2 = 1 1 for an integrating filter
.1 00 dt (14)
~ I +* 2t sin A3 t 2AIt con Aa. v t$ + A, v
is giveng where dimensionless frequency signal ~_,F = WIL, we = WTO
To evaluate the influence of delay on the magnitude of the effi-
cient noise band it is necessary to calculate the integral in Eq.
(14). It is shown that in an automatic phase control system with
an integrating filter the noise band depends essentially on the.
magnitude of the constant Z-1,1 of IF filter. A similar effect is
produced in a system with a proportional integrating filter, for
which the noise band is determined by
00 (1 + A,' t') dt
_~ I + (I + A7) t" + A' E, + 2~" (As - A,) coti A3 t - 2t (I + A, A2 E) sin ASE (16)
0
Card 5/8

i r -;)2 B/109/61/006/009/005/018
Automatic delayed phase D201/D302
In certain cases the passband of IF amplifiers is comparable with
the passband of the whole system. The author points out that it is
possible for the properties of the filtering of the phase control
system to be improved by considerable decrease of the IF passband
with respect to the passband of the cloBed loop system and this
opuld be applied to any other IF amplifier arrangement. The quali-
,ty of the automatic control system is considered last. It may be
seen that in an automatic phase control system with Integrating
filter the low frequency transient has an oscillation character and
that the delay in the loop decreases the time lag of phase control.
The theory presented by the author was applied to an experimental
arrangement of an automatic phase control of the frequency of os-
cillations of a klystron generator working at 2v= 15 cm range. The
reference signal was supplied by the 78th harmonic of a crystal
stabilized.oscillator working at f0 = 26.5 mc/s. The signal power
P was of the order of 1 microwatt. The arrangement made it possi-
ble to* tune the klystron generator within 60 Mcls with a locking
range of & w3 = 5 mc/a and rise time trt = 10 microsecond. he fre-
Card 6/8 V,~,K

Automatic delayed phase S/109/61/006/009/005/018
D201/D302
quency characteristics of the closed loop system of the automatic
phase control with proportional integrating filter are shown for
different values of and time constants nsl; the discrepancies bet-
ween theoretical and experimental values do not exceed 15 and
there is a good qualitative confirmation of influence of and
.A.2 on the frequency response of the filtering sydtem. A graph
shows that the value of percent regulation in the system decreases
with the decrease of the time constant Z~ of the filter and with
the increase of t-A2. The increase in L shows also a faster res-
'ponse to the systemp e.g. a better reguiation'characteristic. The
experiment is said to be therefore in good overall agreement with
-bloc and
theory. There are 17 graphs, and 11 references: 9.Soviet
2 non-Soviet-bloc. The references to the English-language publica-
tions read as follows: T.S. George, knalysis of synchronizing sys-
'tems for interlaced colour television Proc. I.R.E. 19519 399 12;
Gruen, Theory of AFC Synchronization Proc. I.R.E. 1953p 41,'8..
;-~SUBMITTED% March 1, 1960
Card 7/8 Lx<
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AID 917-, 2 v" y
Mlorozov, V. A. and L~.T~Yuf a~ lzmeritel'naya teklinika, no. 4,
Apr 1963, 33-34. S:"15/63!000/004/OOP, /011
A refinerne-it --n radiometer ~-ircuitrv is described which substantialiv de
creases rms errors 'in eq.uivalent nol.,,e measurernents~
-v! -,Ilr-C(2