SCIENTIFIC ABSTRACT YABLOKOV, A.V. - YABLOKOV, V.I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961810007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ORLOV, V.N.; ORLOV, 0. YO.; PANOV, 3' No; CHAYKOVSKIY, Yu.V.; YAB
.6 -Yo;
GONCHARENKO, Ye,N'O; GORBUNOITAI V.G,; KONOPLYURIIKOVP A.K.;
KUDRYASHOV, Yu.B.; REUK, Vol).; SHUENIKOVA, Ye.A.; TARUSOT, B.N.;
PETRUSEVICH, Yu.M.; IVANOV, I.I.; GAPCKWO, V.I.; ANTGNOV, V.A.;
VOROBOYEV, L.N.; BURLAKOVA Ye,V.3 EURDIN, K.S.; PARKHOMENKO, I.M.;
AGAVEMIYET, Sh.; DOSKZ6, Ya. ye.; TARusor, B.N.
Brief news. BiuL.MOIP.Otd. biol. 70 no.6:158-171 N-D 165.
(MIRA 19:1)

NAUMOV, D.V.J. doktor blolog.,nauk; YABLOKOVO A.v., kand, biolog. nauk

..kV-120-58-3-7/33
..'AUTHORS:Aap, 'Yd-. M.': Savell~eva B.
IITLE: The Use- of Two Inte2'na*_' t Synchrotron (Rabota
Varge - s. in a.
sinkhrotrona na dvukh ntutrenn~* kh. mis~eny;i~),:~:
erkaenta M., -I,pp 37-39
~~PERIODICAt: Prib.o'ry J_Tekhnika,~Eksp .19581
ABSTRACT: Experiments h*ave e )n: Carried.- out on ~the, 9280 -Mev. synchro,-
tron, of the Physical.I.Infititute of -.the Academy~of.Sciences of
-in -an Attempt e
the. USSR~ to . xplore the poasibil'ty* of using
--two i e a rent azimuths. For. ur~_
Pt rn 1 targets~at dif f e
this p.
target,-was-int nt the -chamber _at~ an
rod,uced i o,
arget.and i~-I e ntensity
..azimuth arigle,of 600 to the first I ': i n
of the gamma radiation produced at each t- a r 6, c t' ;,,as .,.ieasured
as a function of the radial,position of -the second target.
The geometry of the system is indicated in Fig.l. The main
target was a tungsten rod 1 mm in diameter, placed at a
distance of ?60 mm from the Centre (radius of synchrotron
orbit equals 825 mm); the second -target was in the form of
2
a tungsten plate having a thickness of,0.5 = and 20 X 30 mm
in area. The radial position of each target could be varied
,~O in the azi-.-
by �15 mm relative to the radius of '?60 and by �7
muth anglp'. The ~-.ntensity of.the gamma radiation from the
first and-second beam was measured by.differential ionisation
Card 1/2,

SOV-120-,58-3-7/33
The Tjse~ of Two Internal Targets -in,.a.Synchrotron
chainbers,which excluded the electron background. It was found
t-hat it is possible to use two internal targets and thus".-se
more efficiently machine running time. The intensity distri
butions of gamma radiation in the first and second beam as
functions of the radial position of the second target are shovin
in FiC.2. The above effe-ot should be utilised in the design
of newacceleratam V. G. Kotellnikov assisted. There are
3 figures and I Soviet reference.
ASSOCTATION: Fizicheskiy institut AN SSSR (Physics institute of
the Academy.of,Sciences-of the USSR)
8 UB I'll T TE, D Sep.tember 22, 1957,
1. Synchrotrons--Design 2. Synchrotrons--Performance
3. Synchrotron targets
Card 2/2

SOV/120-59-2-3/50
AUTHORS:~ Belovintsev, K. A. and Ydblokov ~3
TITLE: Measurementof the Partic e, istribution as a Function
of the. Amplitudes of Radial*-Phase Oscillations
(Izmereniye raspredeleniya chastits po amplitudam.
radiallno-faz9vykh kolebanly),~
Nr 2- PP 1.2-15
PERIODICAL: Pribory i tekhnika eksperimenta7 1959, 7
(USSR)
ABSTRACT: It is shown, using the adiabatic invariance method) that
this distribution can be determined by measuring the
intensity distribution in an expanded y-ray pulse and,
simultaneously, the high,frequency voltage on the
"resonator. The corresponding experiment was carried out
on the 280 Mev synchrotron of the Physical Institute of
the Academy of Sciences of the USSR (FIAN). The -i-my
intensity was mea .sured by means.of a single channel ti.me
analyzer as described in Ref 6. The -0esonator voltag!4
was measured by the voltmeter described in Ref 7. The
circuit of this tube voltmeter is shown in Fig 3. A
typical-electron distribution over the amplitudes of
radial-phase oscillations is shown in Fig 1+. Fig 5
ar half-width of a bunch (in radians) as
Card V2 shows the angul
a function of energy, and Fig 6 the dependence of this

O"OV/120-59-2--3/50
'Measurement of the Particle Distribution as,a Function of t4
e
'Amplitudes of.Radial-phase Oscillations
half-width on the time of application of the high
frequency voltage. Fig LF was used to compute the form
of.the resonator.vcltage which gives a uniform distri-
bution in~an expanded Y-ray pulse. The form of the
voltage that will:do'this is shown in Fig 7. This form
of the resonator voltage fall-off is used in the above
machine V.I. Kotov, L.L. So bsovich and.I.S.Danilkin
Card 2/2 are.th;Led for valuable discussions.
There are 7 figures and 8 Soviet references.
ASSOCIATION: Fizicheskiy institut AN SSSR.(Physical Institute of
th
e AS USSR)
SUBMITTED: March 312 1958

SOV/120-59-2-4/50 C;Q
AUMRSS Belovints-, A.# Ke ukhIn* O.A,, NUtseakD, A.V.,
she kin ..A., and Yab v'_S'N~'
Tl=zl An Apparatus or ensuring the Intensity Distribution in
Jka BXP&nd&d Y-Ray pulse from a Synchrotroa (Pribor dlya
Ifteronlya rusprodoloniya Intansivuosti V rmstyamuzom
IMPul'se gaman-istluchenlys sInkhrotrona ) '
IMIODICALs Pribory 1 takhaika eksperizoduta, 1959, Nr 2, pp 15~.IS
(USSR)
m the PLO
AWTRAC? I In most cases the 280 Xov y-raypulfio fr.0 , I
Synchrotron Is ex
anded to 2
2
)

-
,
.
p
. =0 *.
this is dome
it is n&C*33&?-
t
the int
nsit
e
o
y,
,
/
dis tribution. within the y-ray pulse. It is further
des:Lrabl4 to be able to detamine this Intensity distri-
butlon continuously in order to obtain the average form
of the pulse during experiments. . Such measurements eAz
be.carrlod out using a multichannel time analyser working
with a sultable probe whose count is proportion"- to the
Instantaneous intensity (a-s-& scintillation counter).
However, such equipment is ecpanslvo and bulky and
use is not aawars justified. InstoAdp a single ch=ol
Card L43 analyser may be used for this purpose. The T-ray pulse
P&3303 through the *vindowO of the &VA1Y3~r which,looka

-at a definite part of the pulse at A time and records it
w1th an appropriate counter. The particular part of the
pulso must than be related to the total intensity or the
expanded pulse. The device described La.tho present paper
can carrT out this operation using 4 step-by-step switch.

or
A X&IM ystal working In conjunction with 8 FEU-19
photomatiplier is used as the y-rAy detector. The
amplitude of the PuI3 at the photozultiplier lo&dL 13
proportional t* the imantaneous value of the Intensity
of the expanded y-ray pulse. rho output from the
Phatommatiplier is fed into two channels. The firit
channel (integral) sues up all the pulses fed into It and
Is in fact simply a monitor, and the counts recorded by
It aro propnrtlonal. to the integral Intensity of %bb
synchrotron. The second channal is a differential ane
&md will pass only the part of the pulse defined by the
analyser *window", and the counts recorded througb this
channel are proportional to the latenjity at the given
Card 24 Ins taut of time. The width of the -window" can be
either 50 or 100 P see., The IdIndov" may be moved along
the time sca-le either by hand using a time delay c1rcu Lt~
or the whole pulse Is split Into a sections " the
instrument automatically covers the whole time interval,
using a stop-by-.stop switch. The eircilts of the two
channels are shown in Fig 2 and the tl=o delay, circuit is
shown in Pig 3. The stop-by-st*p switch is shown In
Fig 4. The Apparatus has boon used I= Mtt*:!-'.Z9'.:-"e
u~1~4 ae'lq~ta on protons (Hot Is), photo-production Of
ic O-mesons (Ror 3) and electron distributions assc4l
Card 313 with radial-phase
There arc 4 figures and 1~ 3oviet references.
ASSOCIATION; FLAI-Chokly In.tLtut AN SM4 (rhyale-a 1-titut. of tr. A-.A..ky
of 3ol.=.s of th. MW)
OUNKMM V.-h 31, 1958

S/089/6o/looB/o6/08/021
B0061BO63 82309
AUTHORS: :Fateyev, A~.P.,-Yablokov, B. N.
TITLE. aotron.~Accel=ratorA Oendicitlarly
'A Ring-type Cyc
-Increasing Magnetic Field ~A
PERIODIC" -Atomnaya energiyq~ '1960, Vol. 8, No. 6, pp. 552-553
TEXT: Following the papers of Refs. 1-3,in which similar.problems were
treated without reference to the possibility of stable acceleration of
particles, the authors of the present:paper describe the.-,theoretical
investigation of an accelerator with a regulating magnetic field
(ring-type cyclotron) that increases perpendicularly and is constant
withtime, as,well as of the stability of particle motion in this
field. The magnetic system of such an.accelerator consists of uniform,
periodically'arranged elements each of which is made up of two sectors
(Fig. 1). The direution of the magnetic field is opposite in the
neighboring sections, and the curvature.of the orbit changes its sign
during the transitionfrom one sector to another. The absolute
Card 1/2

A Ring-type Cyclotron Accelerator.With a S1069 60/C08/06/08/021
Perpendicularly Increasing Magnetic Field Boo Y13o63 82309
magnitude of the field rises perpendicularly according to H^/Zn. In
their theoretical consideration of such an accelerator, which may be
based onvarious principles, the authors confine themselves to the
simplest case in which the particle orbits are planecurves (Fig. 1),
and are composed of several arcs,of equal radius of curvature (of
different signs) but differentsize: R1 - R2 - R; the vertical angles
of the sectors -) 1 andi 2 are assumed to be large compared to straight
-distances and radial gaps, sothat boundary effects are negligible.
Such a field as the one examined here is represented in Fig. 2. An
expression is derived for the range of stability of such a ring-type
cyclotron. In a practical case in which N ='30 and nc'-10,
.1.21 < -01/V2 < 1 .33 holds for the range of stability. The authors thank
A. A. Kolomenskiy,for his discussion of this work. There are 2 figures
and 5 references: 2 Soviet, 1 American, and 1 Czech.
SUBMITTED; January j,.196o
Card 2/2

Concise Handbook (Cont.) SOV/5425
VIII. Methods of Investigating Fl"ma. (Determination of Density and
Electron and Ion Temperatures)
1. The spectroscopic method. 2. The microwave method- 3- Pro~e
measurements in a plasma in the absence of a magnetic field
Bibliography
PART SEYEN. ACCELERATORS OF CHARGED PARTICLES
(I. S. DANIUM AND R. N. YAE1LOJWV)
Introduction
I. Classificition of Accelerators
Ili Stability ofFarticle Notion in Cyclic Accelerators
1. Orbital stabillty& 2. Phase stability in cyclic.resonance
accelerators (auto-phasing),
Ill. Characteristics of Certain Types of Accelcrators
1. Electrostatic accelerators, 2. The betatron-3. The cyclotron,
4 The phasoiron (the synchrocyclotron) 5. The synchrotivn
6: The.synchrophasotron 7- 1--imear resonance acceleratoret
232
235
236
242
243
276

; t, , I i
i ii I i
i;f: ;

EWT(m)/FPA(w)-2/EXA(M)-2 1JP(c) GS S/0000/64/000/000/06!53/0657
XZZ=LH HR: AT5007945
A.. Ouchinnikov. a. P., Troy y
AUTHOR: Kanunnikov, V, N.; Kolomensk~Z, A._
-V T_
Ye. F.;
TITLEt Some results of the work on starting the symmetrical electron ring-p4_&so-;
tron at MAN
SOURCU International Conference on High Ene Accelerators. Dubna 1963.
rg
:Trudy.
zTOPIC TAM electron accelerator' synchrotron
ABSTRACT: The Physics Institute im. P. N. Lebedev, AN SSSR, is developing new ac-
cellerators of the ring-phasotron type. The principal idea of the development is
to replace the growth of the magnetic fieid in time. which holds true in the case
:of synchrotron-type accelerator., by its growth in space In correspondence with
the growth of the particles' energy. This permits Increasing the intentity of the
beam; of accelerated particles$, and.also, by utilizing the accumulation of particles
In a constarat field, realization of the method of counter collisions of relat~vls~
tic particles. As has been clear from the very beginning of*the work, the com-
plexity, and novelty of the problem could not permit the work to be limited to theo-'
Card 1/3

L b223-66
:ACCESSION NR- AT50079 65'
retical Invest1gationa. it was decided to construct a comparatively small accelerso-
tor, the symmetrical 30-Hev electron ring-phanotron, ensuring the simultaneous
acceleration of two electron beams moving in opposite directions. This accelerator,
has to serve as a sufficiently flexible and resourceful basis for experiments on
the cration of strong-current accelerators and accumulators. It was planned, in
particular, to investigate with it various injection alternatives, accal,erator re-
Gimes, and also the process of storing one and two counter beams. The principal
results of the theoretical and experimental works completed In connection with the
development of this accelerator have b"n published (V. 11. Kanunnikovv et. al
Proc. International Conference'on fligh Energy Accelerators, CER11, 1959, p; 89i,
The prevent report describes the main difficulties which were overcome in the ini-
tial period of starting the installation, and notes the results obtained up to the
present moment, The principal parameters of the ring-phasotron are discussed, as
moll an the measurement,and corr-ntion of its magnetic field., The characteristics
of'tho beam during static opera'_.in are investigated, '!The authors wish to thank
for their participation workers of various organizations, expecially the asboclates
of the Physics Institute: V. S. Voronin. L. N. Kazenskiy, D. D. Krsillnikov, A.
Y, S. S. Semenov, and of the Scien -Research Institute ofli-eciro-
.p&L -
-C&rd 2/3

-L 4223-66
-ACCESSION XR: ATS007945

__Pkjyaica
UEL
~ul ment 1 11. A.
Monaszon, B. V. Rozhdest"nakly, K.
M. Kozlov,
A. N
V
Stolov, V.
I'fov, V-.177silw-ianson, Ye, OrLg-. 'iff-,'X_asl I-
.
ASSOCIATIONt FlalchookLy institut Imeni P. H. Lebodeve, AN 66G R (Physi i inatL-
tute, AN SSSIR)
SUBMITTEW 2&M&y54 EXCLI 00
US C009i
NP,
NO REF s
OVo 004 OT11rPs 001
A
.Car4 3/3 plo

L 46205-66 EXT (m) /T IJP (c) DS
NR.
AC - AP6030138 SOURCE CODE: UR/0120/66/000/004/0102/0104
HORt Kazanskiy, Lf NO; Samylkin, N, I.; jablok", Be 14.
ORGs Physics Institute, ANSSSR, Moscow (Fizicheskiy institut AN SSSR)
TITLEt A transistorized preamplifier for signal electrodes
SOURCE: Pribory L tekhnik,a eksperimenta, no. 40 1966# 102-104
TOPIC-TAGS: synchrocyclotron, preamplifier, electron beam
ABSTRACT: A unit containing a signal electrode and a transistorized.
preamplifier with a separate power supply has been developed to inves-
tigate effectiveness of in ection and instability of the beam in a
circular synchr ocyclo.....ikThe electrodeAconsists of a H-shaped copper
plate having.a radius of 16 cm. It permits observation of the beam's
.behavior beyond the critical limit of energy. Copper foil shields pro-
tect the electrode, which is provided with a vacuum-tight leadout.
Total capacitance of both the electrode!and leadout is IV 90 pf. The
preamplifier and batteries are mounted on the inner flange of the vacuum-
chamber~in a copper-shielded container. The requirements for tha pre-
amplifier were based on the following considerationsi: 1) in the energy
region covered by the electrade, electron frequeLcy varies from 16 to
33,Mc; and 2) the number.of particles in a beam is 108--1010. it is
Card 1/2 UDC: 621.384.611

ACC NRI AP6030138
desirable to obtain a uniform distribution of particlea in the beam,
The available passband should therefore be from 0.5 to 40 Mc, and the
gain 16 10. The described measuring unit was used in beam investiRa-
tions for approximately 4 months and no changes in preamplifier char-
acteristics were observed. Orig. art. hasi 2 figures and I formula
SUB CODEs 090 20/ SUBM DATE: O8Jul65/ ORIG REFs 002] OTH REF2 001
ICard2 fv

~4
AUTHOR:
4
67 FWT( 1.7p (d)
23,528 8OURCH'CODE, ~D/OMT0513/0514
Kolomens~&, A. A Xanunnikov& V. No Napk-Ayi-k. N. DKQhjWjMjA_jf&j&j
&Y, V. A.;_Semenov. So S.; Memo A. Pe; &W=. A. A.
Jeo
0
RG: none,
TITLE Starting of a new aqcelirator -symetrical,annular M-simahrotron of the
Physics Institute im. P. No Lebedev AN-SSSR
SOURCE: Atomnsys energiyajo ve 20, no. 6, 2,966, 513-514
TOPICTAGS: electron acceleraton, synchrotron/ xF electron accelerator
ABSTRACT: Thiwis a brief report of the starting of a new experimental symmetrical
annular FM synchrotron (KF installation is a strong-focusir4l.accelerstor with-,
constant magnetic ficidj, in which the time variation of the magnetic field is repl=ed
by a radial increase of the field in accordance with the growth of the particle enerjW-
The accelerator was proposed by one of the authors (Kolomenskiy MTF v. 33j, 293p
1957,, Atomna" enersiya v. 3, 492p*2957) and its construction is described in detail-
elsewhere (V. No KaumudIM et al., Int Trudy Mezhdunarodnoy k~vferentsii po uskori-,
telyard Dubna, 1963 ETrw=ctions of International Conference on Accelerators# Dubnal
19651 Atomizdat, 1964., P.: 6531- The article describes briefly the magnetv the initial
operationp the accelerating systemp the electron Injectionp and tome of the Welw-_'
as' The "thors thank Yo -8. 3EgXWQ,*Do D.::Kmsilt -rw A. No rabedwya'
result P
0. A. Sairnavo Vo iA. Qapwwvlcb, No V. Platonov Go To Flonquargyp V. A.
Enka's
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-7-YABtOKOVi-D-.D-.q--FEGEV
mAction of Sw&n (labyashimkiy) Water on the Secretion of' Bile and on Iti
Excretion from the Duoden=.,* Uchen sapiski. (Tom-qkiy goo Un-t iv, Kuybyshev)., No.50
ppe 64-739 1947

3:ABLOWV, DO D.
Now pharmcautia pmparatione ftom native pluts in trealzwlt Of
jjj+,*jfflA dj"asas. Tar. arkh. 22,3, mo.,Juta 50. 86-96
1. Of the Faculty Thempeatic ClidC (fteator-41onored Worker in
Science Prof. D. D. YhblokaOl T=sk le'mMoal Institute ined Val Ho
Holotov,, and of the flodico-Siological Institute of the llost-SiberLan
Branch of the Adadkw of Scdences USSR (Director-Aionored Worker in
Science rrvf. V, Ve Rwerdatto).
CUS 19, 50 Nov. A 1950

YABLOXOV, D. D.
USSR Medicine- -*Ne D-ru s- Cardiotoriics MY* 53~--
g
clinical observations on the Effects of a New
Drug' S enid., ob Patients With Circula-
yr
tory Deficiency,!'i-D. D v, Va
Yabloko 'A. M Voronc
faculty Ther Cliij Tomsk Med Inst im V. K Molotov,
Klin Med, Vol'31, -33
No 5, pp 26
Syrenid is. a highly active cardiotonic with pxo~-
perties similar to trophanthin. It acts rapidly
after an intravenous administratiou,of 0.51 cc
per day. Does not produce toxic symptoms. its
cumulative effect is very mild and only rarely
observed. The dosage and the course of treatment
272T22
with syrenid must be adjusted-to suit the cdrdio-
vascular-.system.of-each4pafient' Syrenid
derived from . Chelidon i1i'm :6a J-u-s-. pla nits which i5row.
wild in Siberia and also f-rom Syrenia siliculosa..,

YABL&OV D D
Some problems in the pathogenesis. clinical aspects. and therapy of
silicotuberculosis. Borl 6 s oil. 2:379-377 155. (YJJIA 9:5)
li Chlea-korrespondent.Akademii meditainakikh nauk 33SR. 2. Tomokiy
meditsinski.v Institut imeni V.M.Molotova.
(LUNGS--DUST DISEASES)

yABIA)Kov. i).D.. professor
- .Now Sovgaed, 21 no.4:32-~*,i6 AP ',57.
physical examination of the hnarts (MMA 10:7)
cheiskoy Icliniki Tomskogo miditainskogo
1. Is fakul'tatskoy terapevti
institute iment. V.M.MolotOT8* Deyetvitelinyy chleii Aks:lemii
neditsinskikh nauk 333.R.
(AUSCUIMATION
diag. ~ilvae in heart dis.)
MART DISUSISo diage
auscultation. value)

YABLONDV. D.D., -arof. (Tomsk)
Sixth All-Union Congress of Fhthieio1ogintz..5ov.m*d..-.21 no.12:120-125
D (MIRA 11:3)
1. Chlon-korrespondent Akedemit meditsinskikh nauk SSSR.
(TumcuLOS is)

ALI, G.E., doktor med.nauk; AMOSOV, N.M., prof.; ANTELAYA, N.Y., prof.;
BOGUSH, L.K.. prof.; YOZNESENSKIT, A.R., prof.;. VILINTANSKIT,
L.I., kand.med.nauk; LAPINA, A.A., prof.; MASSINO, S.Y., doktor
med.nauk; YIMILOT, F.A., prof.; RABUKHIN, A.Te.9 prof.;
KHRUSHCHOVA, T.H., prof.;-SHAKLEIN, I.A..
prof.;-SINIS, V.L.. prof., zaalurhennyy deyatell nauki, otv.red.;
KORNHT,1P.G., prof., red.; KUI1RYAYTSEVA,'A.I.,'prof., red.
(deceased]; L"INA, Aj red.'r LEAKWA, %.A., kand.med.nauk,
red.; STRUKOY, A.I., prof.i red.; SMANOT, F.Y., pr'of., zaalu-
zhennyy deyatell nauki, red.toma; GRINSHPURT, Te.',--,, red.; LTUD-
KOVSKATA. 11.1., tekhn.red.
Exultivolum manual on tuberculosis].. Knogotomnoe -aKoV';istvo
po tuberkulezu. Koskva. Goe.izd-vo mad.VLzi-ry. Vola. LTuber-
culosis of the respiratory organs]-Tuberkales organov dykhaniia.
Red.toma A.E.Rabukhin i F.V.Mwbano~. Book 2. 1959. 408 p.
(MIRA 13%))
Chlany-korrespondenty ANN SSSR (for Antelava, Bogush, Tablokov,
Strukov). 2. Deyetvitellnyy chlon ANN SM51t (for Kornev).
(TUBERCULOSIS)

-:~,TAABLOKOV, D.D., prof. (Tomsk)
Mikhail Georgievich Kurlov as an outstanding representative
of tho Russian school of therapeutics; on the 100th anniver-
Oury of his birth. Torap.arkh, 31 no.6:81-86 Je 159.
(fillU 12:9)
1. Chlon-I.-orrespondent AMU SSSR.
(BIOGWRINSO
lurlov, Mikhail G. (Rua))

ni~.W
m

prof.; GALIBINA# A.I.# dotsent
Cmplicatiow -during antibacterial therapy of patients witli
cavernous pulmonary tuberculosis. Sov. med. 24 no 5:37-4.
3
My 160. (MM4. 13:10)
1. Iz fakulitetakoy terapevtichaskoy klini ki (2av. kafedroy -
prof. D.D. Yablokov) Tomakogo meditsinskogo inatituta (dir,
prof. I.V. Toroptsev).
(TUBERCULOSIS)

YABLOKOIVI D. D.
ONEBENREAKTIO.NE.N BEIANTIBUTERIELLERTHMAPIE DER LUNGENTUBERKULOSE"
.-Paper presented at.-the 6th Intern-ational Congreau-nn Diseases of the Chest of the
-'American:,CdUep * of Chest Thpicians" ItAna A-v V-aia- 28 Aug- 1 sop 196o.

KOVAIZVSKIY, A16,sandr Antonovich, prof.; YABLOKOV, D.D., prof.,
red. OSGVSKIY, A,T.) tekhn. red,
[percussion and adscultation; a short course for students and
doctors] Perkussila i auskulitatsiia; kratkii kurs dlia studentov
vrachei. 5. izd. Tomsk, Izd-vo Tomskogo univ., 1961 169 p.
(MiRk 15:6)
1. Zavedvyushchiy kafedroy gospitaltnoy torapevticheakoy kliniki
Tomskogo gosudarstvennogo reditsinskogo instituta (for Kovalevskiy).
2. Ch-len-korrespondent llk~demJl reditsinskikh nauk S-SSR (for Yablokov).
(PERCUCKOF) (AUSCULTATION)

KOVAIEVSKIY, Aleksandr Antonovichp prof,. daktor bode zw*.; TAB
D.D., prof., red.; PASECHNIK, A.F., red.; RUBINOVA, L.Te.;
RM 'red.
(Readings.in'clinical laborator7:analysis; an aid for the
district doctor] Chtenie klinicheskikh laboratorifth analizov;
v pomoshchl uchastkovomu vrachu. Pod reds D.D.IAblokova.
Tomsk, Tomskoe:knizhnoe izd-vo, 1961. 117 p. (MIRA 15:6)
1. GlaTni:y terapeyt Tomskogo oblastnogo otdola zdravookhrane-
rdyal zaveduyushobiy kafedToy gospitallnoy terapevt1obeskoy k3-iniki
-Tomskogo meditsinskogo instituta,- for Kovalevskiy). 2, Chlen-
korrespondent Akademii, meditsinskikh nauk SSSR (for Yablokov).
(MEDICniF., CLINICAL-LABORATORY MANUALS)

YABLOKOV, Dmitriy Dmitriyevich; KOVALEVSKIY, I.A., prof., red.
red. izd-vt
(Clinical aspects of silicosis and silicotuberculosiol
Klizdka silikoza i,si-likotuberkuleza. Tomsk,, Izd-vo
Tomskogo univ. 1962. 394 P. (MIRA 16:7)
JLUNGS-DUST DISEASES) (TUEERCULOSI.S)

yULMOV D ., prof.
a,~ a in silic0sis. sov. m,d. 28 no.5:21-28 )V 165.
Differential diagnosi (MIRA 18:5)
1. Fakullte tskaya terapevticheskaya klinika Tomskcgo maditsinskogo
institutaj Chlen-korrespondent AM SSSR-

Sl566V611000100410061011
D234/D303
AUTHOR: Yablokovp G.S9
TITLE: Determining the parameters of,correcting filters of
automatic control systems with variablb parameters
SOURCE: Avtomatiche8koye upravleniye i vychisli-tellnaya
tekhnika, no. 4. Moscow 1961, 268 - 282
TEXT: The author offers a method of finding the differantial equa-
tion corresponding to the correcting filter if the equation of the
g1ven part of the system and that of the optimum transfer function
are known. Knowledge of the pulse transfer function of the inverse
link and finding the pulse transfer function of the filter is not
required. The equation of the filter is determined by structural
.transformation of circuits with the aid of linear differential ope-
rators. An example is given. Use of simula-zing devi-ces for determin-
ing the characteristics of correcting filters is also discussed.
There are 5 figures and 7 references: 5 Soviet-bloc and 2 non-So-
viet-bloc.
Card.1/1

-.11

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I
I I.
t -
I

SHATALOV, Ye.T,; ORLOVA, A.V.; YABLOKOVj, K.V.j PYIJKOV, A.I.;
TOMSON
(Basic prbliciples of the plotting, content.and conditional
designations of the metallogenic and forecasting maps of
ore regions! Osnovrwe printsipy sostavleniia, soderzhanie i
uslowye oboznacheniia metallogenicheskikh i prognoznykh
kart rudnykh raionov; osnovrqe printsipy metallogenichesk�kh
issledovanii i sootavleniia metallogenichookikh i prognoz-
nykh kart rudnykh raionov. [By] E.T.Shatalov i dr. Mosk-va,
Nedra., 1964. 193 P. _,[Supplement] Priiozhe_nie'.'_''
_(M'IRA 18: 5)

-IWA
U-NdA W

. ~BLOKOV, V - A -
: Prevention of anthrax in industry. Ylos~va, 1950. 30 P-
I ~.
DAFM

-2371 ylab~lll~lcclv ~NA
p,7anlya. (nmishnoy TIF I Dlzp-ntpriz). To4-hlrqr-Ola--,
Zaraznlyo Xishechnlye Zabol
Marivs'~cove Kn. Izi)., 1954. 16s. 209m. 1.500 X.N. 25 ',c- --N8 Marlyu'c. Yaz.
'52b?- 616.92? 616.915
(54- . c)

YABLOKOV"N.V.
Device for meabanical washing.of dirty test tubes. Lab. delo
3 no.2:52-54 Mr-Ap 157 (MIRA 10:5)
1. Iz sanitarno-bakteriologicheakoY laboratorii B&Iashikhinakogo
rayona Moskovskoy oblaati.
(BAMRIOLOGIGAL LABOUTORI-NS--APPARATUS AND, SUPPLIES)

(let
C
.'-OY
0

67088
so
Too. V/44-59-1-381
Translation. f Jr-0m: tR4',ferativnyy zhurnal.Matematiks,01959ONr 19 P 73 (USSR)
AtTHON Yablokov,~ V.A.
TITLE: On Some Classes of Partoial Differential Equations of First Orddr
PERIODICAM Naohn.tr. Kazansk. in ta 54,
inzh.-stMkt.~ngft.Rro~n-st~.19
11r 2, 149-167
ABSTRACTs- In1he first chapter an (n + I).. parameter complex of curves is
cov.,aidered in the (n + I)-dimensional Euclidean space. By presupposing
two additional relations between the parameters and by eliminating these
parameters from .the complex,equation with the aid of these relations the
author obtains tca equation of a hypersurface belonging to the complex
of curves:. It is proved that each hypersurface of the complex satisfies
the same--quasi-linear partial differential equation of second order which
-can also-have other integral sui-faces. In the second chapter,the same
set up is applied to a Monge-Ampere equation with n independent variables.
Equations generated by different special cases of the complexes of curves
are.consiclered some conclusions concerning the integral hypersurfaces
are givene
Z.I. Khalilov
Card 1/1

-------------
'AUTHOR; S '7/140-59-2-29/30
0
TITLE*.~ The Variation.,of ~he-~Triple-a~d'k ltiple-tIntegral for Extended
Condition .s zr h. e - A r-gu menIts of~-Lhe Integrand (variatsi-lya
* troynogo i n-k,.-E1L4n6g6 'Lntegrala pri rasehirennykh usloviyakh,
nalozhennykh na arguMenty podyntegrallnoy funkt9ii)
PERIODICAL: Izvestiya vysshi-kh uchebnykh zavedeniy. Matematikap '1959,
Nr 2, pp 270-275 (USSR)
A IBSTRACT-. Let the fanction F( where p, rZou 16U
X?yyzq.L,7p1TP2s'p3 I - 1~iiv P 2 ~ i6-y
ifferentiable with re
P~ be continuous and two times d~ spec-,
to every argument in the cube X