SCIENTIFIC ABSTRACT YABLONSKAYA, V.P. - YABLONSKIY, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961810011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YABLOITSKAYA, Ye. A.
."The Determination of the Output of Chironomus, Larvae From Lakes," Sub. 24 oct 47,
Roscow Higher Technical Educational Institution of the Fish Industry (MOSRYBYT-UZ).
Diesertatiote presented for degTeen in science and engineering in Moscow in 1947.
SO: Sum.No.457, 18 Apr 55

YABLONSKAYA, Ye.A.
~~io succinea in the Caspian Sea. Kat. k pozn. faunv
i floz7 SSSR. Otd. zool. no.)3t285-351 152. (KIBA 10:9)
(Caspian Sea--7olychaeta) (Karine biolog7)

7-,;~ C Ca--T-A t t -g n.
the
yearc
2J, Ftt
Ot Wzr.!;
Zenkevicb, L. A. "Acclimatization of Ministry of the Food
Birsh'e.-.,,n, E. A. Nereis in the Casnian Products Industry USSR
Xarpm-ich, A. F.
Yablonskaya, Ye. A.
-belyayev, G. M.
Spasskiy, N. N.
Uzliev--, I. G.,
SO~ W-306-04. -j

;Zz~ 3~~fflzl M TIw_n VWI R. w w M 93 wi-IM,
YABW17SKAYA, Ye.A., kand.biol.nauk
Possi~ls- cha"nges in the food supply of fishes of the Ses. of Azov
due to river development. TiudyVMR031:151-198* 155, '--.(NM11:6)
.1.Vaesoyuzny7 nauchno-isaledovatellski3r institut morskogo rybnogo
khozyaystva i okeanografii.
(Azov, Sea of-4ishea--Food)

c -R
YABLONSKAYA, Ye.A.; ST&RK, I.N.
Correlation between Uereis succinea, and other benthouic forms.
Blul.MOIP.Otd.biol. 60 no.6:77-85 V-D 155. (MI-Rk 9:3)
(AZOV, SEL OF--MMNM BIOLOGY) (POLYCHA37A)

YABLONSKAYA, YO.A.,

L L) S K f) y/1,
17
7.
b. r
&
C. .--71 J I
c, cn. I. rp
mid coni,)n Aintributoti at the IntornAtIonril
roportri nubmtUctIs jjloTatI- " I C n 2-10 Oot 1961.
Council fol' tbl) )',x on of tho Boa) oper-IM66
(nittliom woro not at ilia conforonco)

YABLONSKAYA, ]~'.-A.~
Some aharacteristics of the ecology 'of organisms living in the
Aral Sea. Vop. ekol. 5-253-254 (KIRA 16:6)
1. vsesoyuznyy nauchno-ineledovatellskiy inatitut morskogo
rybnogo khozyaystva i okeanografN. Moskva.
(Aral Sea-Hydrobiology)

YABLONSKAYA, Ye.A.
Food supply for s, rgeons in the south-ern seas. T -a dY T HO
no.54.*81-112 164. (MIRA 18:2)
1. Voesoyuznyy nauchno-issledovatellskiy institut morsko.ao
rybnogo khozyaystva i okeanografii,

KOHIN, N.I.; MARTI, YuJu.;_YAP~qNSKAYA, Ye.A.
Biological principles of sturgeon fisheries in the Bo-athern
seaa of the U.S.S.R. Trudy VNIRO 56,.255-269 164,
(MIRA 18.4)
1. Vsesoyuznyy nauchno-issledovateliskiy institut morskogo
rybnogo khozyaystva i okeanografii.

YABLONMAYA, YO.M., inzh.
Zrpansion of remote.controlon electrified railroads in Western
Europa. Zhal.dor.transp. 42 no-5:88-90 MY 16o. (MIRA 13:9)
(Burope, Western-Alectric railroads)
(Remote control)

YABLONSKAYA, Ye.Ya., kand,biologicheBkikh nauk
----
Yeed supply of fishes.in the Aral Sea and its utilization. Trudy
V.UIRO 43:15o-176 16-0. (MIRA 13:9)
I (Aral Sea--Fishes--Food)

FEDORMAV N.i.,- ZOLOTORIYAN, T.G.; BRONSHTEYN, N.I.; DYMAN., L.P.;
VURZELI, G.G.; YABLONSKAYA,, K.I.
Outbreak of Q fever-among studento 6f the Moucow Technological
Institute of Meat and Dairy ;ndustry. Zhur. mikrobiol.., epid.
i immun. 33 no.1;114-118 Ja 162. (MIRA 15:3)
1. Iz Instituta epidemiologii i, mikrobiologii imeni Gamalei
Moskovskoy gorodskoy sanitarno-apidemiologicheskoy
A14II SSSR,
otantsii i Voesoyuznogo instituta myasnoy promyshlennce~i.
YEW R

LAMNO. Te.S1., kand.med.nauk; PALIGOV, V.I., vrach; TABWKSMIYA. Z.V.,
arkhttakt6r
Health and. architectural planning aspects of village construction
in the Ukraine. Gig. i san. 24 nb,1:55-58 Ja 159.
(KIRA 12:2)
11 1z Ukrainakogo Inatituta kommanallnoy giglyenl I Inatituta grado-
strbitellstra Akademft st~roitellstva i arkhitekturr USSR.'
(HOPING,
rural constmetions in Russia (line))
(WWL CONDITIONS,
man@)

YABILN':)'Kl V. (JablOnski,
th
JT,ires U gating 3 jl~ e rol's
tokh.
of spinning machines. lzoi. -vys. ucheb. -,all.; JI-
r
prom. no.4:55-62 164.
1. Lodzinskiy polLtokhnlc,.;ies i institut.

YABLONSKIS) I.S. (Jablonskis, J'.,l
Drainage density of the Lithuanian Trudy AN' Lit. SsR. Ser.
C,
B no.2:181-192 164. R-A- 18:3)
1 Ino-titut enex-gotiki I clekLrotakfirilki All Idtolfskoy ~33H-

a-am
YKDLOIM~ITI~~-UMBIWENEI Yu. K.
Yablonskite-Umbrasene, Yu. K.
"Experiment in operational treatment of innate clubfoot using
T. S. Ze.tsepin.ls method." Vil-Inyus State U imeni V. Ka sukas. Medical
Faculty. Chair of Hospital Surgery. Villnyus, 1956. Mssertation For the
I D--Sree of Candidate in Medical Science).
Knizhnava letonis'
110 34) 19560 Moscow.

(Railroads--Hump Yards)

VORONKOV, I.K., prof,; GMWT, K.K., prof.; DOBRONRAVOY, Y.Y., prof.;
KOSMODEMITARSKIT, A.A., prof.; LOTTSTANMIT, L.G., prof.;
MMMIKOV, G.N., prof.; SLOBODYABSKIT, M.G., prof.;,-TABLONSKIT,
A.A., prof.; POGOSOY,.G.B., dotsent,
[Program in theoretical mechanics for majors in machinery
designing, mechanics. instrument designing, electrical engi-
naering, and construction at advanced technical institutions
(220 hours)] Programma po teoreticheakoi makhanike dlia msehino-
stroiteltnykh, mokhanicheakikh, priboroistroitellnykil, elektro-
tekhnicheakikh i stroitellnykh spetsial'noBtei vyssldkh tekhni-
chaskikh uchobnykh zavedenii (220 chasov). Moskva, Gos.izd-vo
*Vysahnia shkolapN 1959. 10 p. (MIRA 1);Z)
1. Russia (1923- U.S.S.R.) Minister6tvo vysshego ol3razovaniya.
(Mechanics, Analytical)

-YABLONMIY, A.A.. prof., doktor tekhn-nauk; PAVLOV, V-Ye., klind-tekhn-nauk
paring the effectiveness of automtic control
king uncoupled cars. Sbor.LIIZBT no.1'10:8-33 160.
(MIRA 131;8)
-Tarda) (Automatic control)

General representation of a solution of Painlevelm, second
eq~uation. Dokl. All BSSR 2 no.il:437-'Ao D . $58. (KIRA 12:8)
l.Predstavlono akademikom AN BSSR N;P. Yeruginym.
(Differential equations)

YABLONSKIY, A.I.
Rational Oolutione for Fainleve's second equation.'Vestai AN
BSSIL Ber. fiz.-tekhs.nave U043'.30-35 '590 (MIRA 13-3)
(Polynomials)

IM
W=90M
YABWIISKIY, A-I--
Number of polam in a solution of Painleve's second equation.
Dokl. AN BSSR 3 no.6:237-238 Ja '59.- (KRA 12:10)
1.Pr edstavleno akademikom AN BSSR N.P. Yeruginym.
(Differential equations)

YABLONSKIY, A. I.
Residue of poles of solutionr. for Painlevels aecond
equation. Dokl.AH BSSR 4 no.2:47-50 7 16o.
.. I I (MIR& 13:6)
1
1. Predstavleno akademikom AN BSSR N.F. Yeruginym.
11.1 (Functions. Transcendental)

YABLONSKIY, A. I.
-tics of solutions
Cand Phys-Math Sci - (diss) "Analytic characteri
of second-order Penleve equations." Minsk, 1961. 15 pp; (Minis-
try of Higher, Secondary Specialist, and Professional Education
Belorussian ISSR, Belorussian State Univ imeni V. I. Lenin); 275
copies; price not given; bibliography on pp 14-15; (KL, 5-61 sup,
1?5)

51815-65
ION M! AP501.7005

-On the basis of Penleve's conditions, the identities

0
7,_',

(where a 0, a *hole number, or oo) are neceaaar7 and suffici etat in
order that (A) have only integral solutions. Equation ('0 1 a then sub-

stituted into Equation (B)s
I
.
+ re +k(Z)W,w +MWW2 0, (C)
'
'Functionsi On the assumption C(n) 0
there k(z) and a(z) are moramorphic
I
.
(otherwise there would be m linear-first-degree solution)* and Tith the

'-su a peopriate - gym ;qumtion' IA
it to nJ
L

Zmebs-
604
JPM
r: 77"~~'

ACCESSION NR APL020377
3/0250/64/008/002/0077/0080
AUTH04 Ya4onskiyi A. 1.
TIMEi Asymptotic expansion of regular solutions for certain classes of differen-
tial equations (Presented by N. F. YoruginAcademician AN BSSR)
SPU YC B Ali BSSR. Doklady*, V. B., noe 2., 1964j, 77-80
TO IC TAGS: as,,rm, totic expansion., second order differential equation, asymptotic
P
Eolutibn) regular solution
WSTRACT: The existence and uniqueness of solutions of the general differential
.8quation y" a f(x,y) and their asymptotic behavior.were considered in -a previous
paper by A. L Yablonskiy (Vestsi AN BSSR., ser. fiz-teklm. naNnik. No. 2p 1963).
In this p;5er, .,the regular solutions of certain classes of equations of the fom
Y" - Vx.' are given asymptotic expdnsions in power series by applying the
IVI orems of the previous rk. The 6quatioas, considered are i, y" x. Y"
2 + The solutions of thelse equations are
"~ + xy + c\ and y" - 2
compared with those of the equation ii" iu0l., Expressions for the convergence of
'~,the regular solutions to their asympt9tia expansions are given. Orig. art, has:
Card .1/2

.,.art.
~hiot
convergearr adx
ol
l
y
fOrm9aG
lmo
m0
o
y
vphislitallnoy toWmIldt M BMSR (Imtitut*

Tachnolo
or Hathjr=tl r. a a

OTmt

YABLONSKIYj A.I.
Asymptotic expansion of exact solutions to certaia classes
of differential equations. Dokl. AN BSSR 8 no.207-80 F 164.
(MIRA 17:8)
1. Inatitut mitema 4ki i vychislitellnoy tekhniki AN BSSR.
Predstavleno akad kom AN BSSR N.P. Yeruginym.
er

YABLOIISKIY A.N. g inzh.
Casting piston-ring blanks for free-piston gas producers. Mashinostroenie
no.3.'48-51 43-Je 1.62. (MIW- 15:7)
1. luganOdy teplovozostroiteltnry zavod imeni Oktpbrlskoy revolyutsiL.
(Founding) (Piston rings)

/ "I
us
SR/General Problems- Methodology Ifistox7, ScientIfj Ic
CO-11terence.9, Instzuction' 'nsttut-io-ris and A
12 Questions Conce'L
Scientific Doctm._ntation. -rning Bibliography and
Abs jour.
Referat. . Mmrnal Kdmiya, No
2, J-958, 346o.
Author N.A. Smilm0v, A-S---Yabl Ionskiy V.A. pef
InsIt Ya,.., M__ KC1ldobsY_iy. ijor', Z-N. PWchovitakaya.,
Title Dere opwnt
of T~eningrad Bread Beaking n2dust'_7.
Orig pub: In
13YMPOS:Lum: Pishehevaya prom-at,
23-41.- Sellkhoz
giz, 1957,
Abstoract: ivo abstract.
Card.

~v C, vi S
KIIMYLOT, V.N.;. YABLORMY. A.S.
Automation of the metering of Ingrodlents and the preparation of
dough at the G.P. Kareakov Bakery. Xhlob. i kotd. prom. 1 wo.l:
39-43 ~57- (KM 10 -4)
1. LoningradskI7 trost Rosglavkhloba.
(Broad) (Bakers and bAkeries-Iquipment and supplies)
(AutGzatic control)

YABLONSKIY, A.S.
Possibilities of the baking industrY. Xhleb.i kond.prom. 1
no-7:25-28 JI '57. -01RA 10:7)
1. Lefiingradekly trest khlebopechonlye.
(Bakers and bakeries)

YABLU-~!SiJyl 11~.. V.
I'Data Relating to the Study of* Sheep and Uoatz Sick With ProtostronEyloldins-Is
Caused by Protostrongylus Koch." Cand Vet Sci, Sverdlovsk Cblast Sci-les
Veterinary Zxperimental Station, Sverdlovsk; All-Union Inst of ifeliTinthology,
1405cow) 1953. (RZhBiol, No 8, Lee 54)
Survey of Scientific and Technical -issertations refendeO at USSR Higher
Educational Institutions (12)
SO: Siua. No. 556, 2/+ Jun 55

LIPKIN, Veniamin Mikhaylovich; YAN.WSKIY, P.M., red.: VORONIN, K.P.,
takh.a.red.
[Delaxtrons and their applications] Dekatrony i ikh primenenie.
.Moakra, Gos.energAzd-vo, 1960, 61 p. (Knosovaia radiobiblioteka,
noo_359)o (MIRA 13:12)
(Counting devices) (Blectron tubes)
Ld

MWIJ 5~1_1.F M_
9.4120
77789 -6
SOV/109 -5 -2
AUTHOR:
kty, F. M.
4ablons
TITLE: ,
,,
Maximum Counting Rate of Gas
'
DIscharge Counting-tbbes (Decatrons) From Anode-Cathode
Gap Characteristics (Brief Communication)

PERIODICAL: Radiotekhnika i elektronika, 1960, Vol 5, Nr 2,
PP 338-341 (USSR)
~.ABSTIMCT: The ap lication of multielectrode glow-discharge
tubes ~decatrions) is limited by their relatively low
operating frequency. An attempt is made in this paper
to determine the limit of counting speed of multi-
electrode cold cathode tubes by the dynamic character-
istic of the anode-cathode gap. A two-impulse decatron
is analyzed, but the results may also be applied to
other counting tubes. Figure 1 shows the schematic
anode is sur-
layout of the decatron. The disc-type
-
-7
rounded by three group cathodes (K, I - K, 2TT K).
Each group cathode consists of 10 individual electrodes.
Card 1 /9 Oscillograms showing the voltages between the anode
and subcathodes were made, using a differential

Determination of the Maximum Counting 77789
Rate of Gas Discharge Counting Tubes SOY/109--5-2-22/26
(Decatrons) From Anode-Oathode Gap
Cha:?acteristics (Brief Communication)
amplifier with cathode coupling because it wan not
possible to ground any point) where the voltage
was measured, The oscillograms do show that after the
interruption of cathode current at time ti, the voltage
between the anode and cathode (K 0) drops below the
glow voltage; therefore, deionization starts at this
moment. To insure correct counting the next I nition
at moment t-)should start at the next cathode ~K
which, due to the current to the next subcathode
(2 n Kl), has a lower ignition voltage. Thus, the
conditions for proper pulse counting may be stated as;
UB(t3 > U 3(t3
Card 2
/9

Poi-evinination of' tile
-.L1- I, YT09
64-ii-e of Gr~s Discharfe CounLiziE, S 0 -V 2 - 2 2 12
(Decatrows) Prom Anode-Cathode Gap
Character.Is.LIc:-,. (BL-I.eP Commimj.k,,ai;j.on)
I, tlzk~ flK PIN K
A
CY
%6
Fig. 1 . Location of electrodes and principal layout or
two-pulse decatron: (a) location of electrodes; (b) priti-
"ard 7,/9
Lpal layout of circuit.

Determination of the Maximum Counting 77789
R_~te of Gas Discharge Counting Tubes SOV1109-1--2-22126
(Decatrons) From Anode-Cathode Gap
Characteristics (Brief Communication)
where U T3 (t3 breakdown strength ot the gap anode
rco at moment t 3; U 3(t3) = ignition voltage for cathodes
KI at presence of pulse current on 2 1-1. Kl'
Magnitude UB Is a function of current IK in the
anode-cathode gap at reconstruction time-r 4-
7.
U f(I Is function of amplitude I
B V. B); U3 -2 K
and duration I" of current pulse on the electrode.
y
2 FT Ki. The intersection of curves UB( -/--B) and
U3( _ry ) determines the minimum time- 7-crit required
for contur6lling the decatron. If the summary dura-
tion of control pulses is smaller than crit,
the same cathode will be ignited a~irain, and a pulze
Card 4/9 count miss,~-d. Only if the surnmar.- duration is

Detorminat'lon of' the Maximum Counting 77789
Rate of GEM Discharge Counting Tubes SOV/109-5-,2-22/26
(Decatronn) From Anode-Cathode Gap
Characteristics (Brief Communication)
uj:vll Udv
160-

N0
120
s /a. Is to 2s j0 is 40 45 SL7

/00 40 50 0
7u do "0 lAy
rxp
Fig-~3. Determination of 'T' crit for decatron of
type 0 -1.
Card 5/9

Determination of the Maximum Counting 77789
Rate of Gan Discharge Counting Tubes SO'1/109-5-2-22/26
(Decatrons) From Anode-Cathode Gap
Characteristics (Brief Communication)
larger than T' crit.will a proper transfer of charges
take place. Equation (1) for a two-pulse decatron
can be written:
pwin
An analogous equation may be set up for-the anode-
lst subcathode, and anode-2nd subcathode gap. The
symmetry of the decatron permits one to assume that
the limit speed of counting;
Analysis of processes of the counting scheme of the
decatron permits determination of relations between
the dynamic characteristics of a single discharge
anode-cathode gap and the counting limit speed. Mini--
mum duration of governing pulses and the limit speed
Card 6 /9 of.countIng can be determined from the intersection

Determination of' 'U)e Maxlmum Couriting '(7789
Rate of Gas Discharge Countinp--, Tubes ISOV/109-5-2-22/26
(j-,ecatrons) From Anode -Catho(Je Oap
Characteristics (Brief Communication)
of the curves of reconstruction of the breakdown
strength and of' the single gap ignition. Exp-erimental
data confirmed theoretical methods. There are _3
.1 3 Soviet, I U.3
rily-Ures; 1 table; and ~) referenceci, - -.1
1. German. TI-ie U.S. reference In: G. 1-1. Hough, D. S.
Ridler, Some Recently Developed Cold Cathode Glow
Dischar~e Tubes, Electronic Engng.., 1.952, 24, 11, 152;
1952, 2 5 5, 230; 1952, 24, 6j 272.
SUBMITTED: June 16, 1959
Card 7/9

Gavd 3/9 C-l"(89 SOV-109-5-2-22/21b

Limit Speeds of Decatron ""'ountus

Decatron type rcrit Limit count sneed
i

per formula determined b
working on a
recounting

011 -1 6r,
OF -2 .80 8 5

0
15 3
3

r,
Experimental, f illed
with , Inert. 100 6
S-~ p e r Ii v c n t a 1, fi 11
)III, xt.uvc of Ine-i-A
1; 10

Determination of the Maximum Counting 77789
Rate of Gas Dischatge Counting Tubes SOV/109-5-2-22
(Decatrons) From Anode-Cathode Gap
Characteristics Brief Communication)
For a single pulse decatron 0 -3 the limit
counting speed was calculated per formula: f'
crit,
Card.9/9

PERELIMUTER9 V.S.; YABLONSKIYj F.H.; YANKIN, O.M.
Glow-discharge digital indicator. Radiotekhnika 15 no.12:77-79
D 6o. (MIRA 14:9)
1. DeystvitelInyye chleny Nauchno-tekbnicheskogo obsbehestva
radiotekhniki,i elektrosvyazi imeni Popova.,
(Electronic calculating macbines--Input-output equipment)

C-) -300C)
S/101 611,
A D20:L D304 06101110151021
UTHOR:
Zablonskiy, p.~,.
TITLE:
Current control of~dekatron discharg
PERIODICAL: 0 ignition
Radlotekhnika I elektronika, V. 6, no. 11, 19619
1914 - 1920
TEXT In the
present article the author considers the current con-
U'rogen m1W
&Ol Of Clischazge in a doubleVulee dekatron filled with helium-h
0ond secondary cathode to the
ure 'When the discharge.is being transferred from the se-
ried out - y-
nis permit the main cathode. The experiments car-
M Of charge t following deduction as to the qualitative mecha-
when the negat -ansfer *
cOndary cath Ave cont "I a dekatron to be made, At the instant
Odee 'rO1 Pulse is applied
charge. to the second Of the se-
- this cathode receives the current
laye The cathode thus works as a sonde qprrOunded by a uniPolar
reaching the
19 whose thickess is inversely. preohPargiOnal Of main dis-
Oard 1// -cathode from the main dis
to the Ion current
e. At e
the control Pulve endS9 the potential of the second secondary catho-
th Instant when

30309
8/109/61/006/011/015/021
."Current control of dekatron ... D201/,JW
7
de rises which leads to a decrease of current and to an increase
of the potential of the anodeg whicIM determines in turn the poten-
tial of the plasma. At this instant the potftial between the ca-
thode-sonde andiplasma increases and the current of basic dischar-
ge decreases. As a re4ot of the above the distribution of poten-
tial produced inside the unipolar layer becomes insuffi6i#nt for
producing the screening of the cathode field; this field reaches
the plasma and this effect increases e7entually the t%Lckness of
the unipolar layer. The initiation of discharge at the cathode
may be considered as the breakdown of the unipolar layer, acting
until the latter is completely r6formedo-bince the presBure and
,distance between the electrodea in a dekatron correspond to the
right branch of' the Paschen curveq the smaller the thickness of the
unipolar layer at this instant the,more readily will the breakdown
occur. The thickness of this layer decreases with the increase of
cathode current and vice vers4a.Thus the decrease of 4 U with
f
ecrease of the
decreasing U28ec (Fig. 5) may be explained by the
ion layer as a re,su*t of increase of cathode current I flowing to
c
Card 2/4~,3

30300
S/109/61/006/011/015/021
Current control of dekatron
D201/D304
-the cathode-sonde.with,decreasing U U with
2sec' Theincrease of f
Aecreasing pulse length T is due.-to, the fact that ions,of discharge
occurring at the :2nd secondary cathode at the instant of timing t
f
have. not, enough tine. to diffuse onto the catliode-pro,be and this
'produces the increase. of thickness of the unipolar Jayer at the lat-
,ter.' The decrease of U&with theincrease 0 f ':~N Ua/dt and the decrea-
sle: of ., d I U2 sqc~dt may e explained-.by..a decrease., in the interval
be$ween the, instant-when current,at the subsidiary cathode is stop-
7*...,ped and the increase of the anode voltage - It is stated,in conclu-
sion,: n ano-
-hat analysis of dependence of the firing voltage betwe(
t
..de and cathode on he duration and amplitude of control pulse, rate
of'ohan e of~voltaee at the second subsidiary cathode and anode
9
current shows that the change of the firing volt
age for discharge
between the anode and cathode'may be explained by the charigeo in
'-the-..thickness of the unipolar layer surrounding' the, cathode-Drobe
iust-before the breakdown. Th
e author acknowledges the help of V.L.
'4ranovskiy'in assessing his results. There are 10 figures, and 2
ref erencLid: 1~,Soviet-lblod and 1 rion-8oviet bloc.'
'February 8,~.1961 -
i~_,_~.Card

M11P.-I.Oft -OF AP__
GOFMAN,'B.A.; YABLoNsyly F.M.
Use of glow-diLlebargO tbYratrons for controlling gas-discbarge
counting and Switching tubes- Radiotekhnika 16 no.760-63 Tl 161.
(MM 14:7)
.1. Deystirite'llnyy ablen Nauchno-tekhaicheskogo bbshchestva radio-
tekhydIci i elektroavyazi im. A.S.Fopova.
(Oscillators, F,Ilectric) (Counting dd~dcas) (Thyratrons)

34038
S/109/62/007/001/017/027
D230/D301
AUTH(_: Yablonskiyq F.M.
TITLE: -Electric strength recovery of a two-electrode gap
after the passage of a glow-discharge
PERIODICAL: Radiotekhnika i elektronikap v. 7, no. 1, 19629
142 - 152
TEXTs This is an investigation of the electric strength recovery
in a diode gaseous gap after glow-discharge as a function of the
geometry, kind and pressure of gas and electrical conditions prevai-
ling in the 17-ap at the time of deionization. Experiments were made
in Heq Ne, Ar, Kr and Xe at pressures between 20 and 150 mm Hg. Re-
covery in He for pressures between 70 and 150 mm Hg increases with
rise of pressureq however, for pressures between 20 to 40 mm Hg the
recovery actually decreases. For Ne, Ar, Kr and Xe the recovery in-
creases with rise of pressure for the whole of the investigated ran-
ge. In general for all gases except Heq as the atomic number in-
creases the initial speed of the recovery rises and the time of re-
Card 1/3

34038
S/109/62/007/001/017/027
Electric strength recovery of a D230/D301
covery decreases. The disappearance of charged particles and the
decaying plasma of the ionized gas determine the electric strength
recovery. This can occur in any of the following processes: a) Am-
bipolar diffusion of the carrier into the walls and their subse-
quent recombinationg b) volume recombination of the electrons with
the positive ions and c) adhesion of electrons to neutral atoms and
molecules and subsequent recombination of the positive and negative
carriers. Tabulated values point to the relatively small effect of
pressure on the coefficient of volume-recombination (P). Reasonable
agreement obtained between the calculated and measured values of
suggests that plasma decay occurs further as a result of dissocia-
ted volume recombination during electron collisions with molecular
ions of the inert gas. As a result of volume recombination the con-
centration of charged particles in the interelectrode space falls
by a factor of 1 to 2; howeverp the corresponding role of volume re-
combination in the disappearance of charged particles is considera-
bly lower, but the role of ambipolar diffusion increases. There are
11 figuresq 2 tables and 10 references: 1 Soviet-bloc and 9 non-So-
viet-bloo. The 4 most recent references to the English-language
Card 2/3

34038
S/109/62/007/001/017/027
Electric strength recovery of a ... D230/D301
publications read as follows: F-MO Penning and J.H.A. MoubiB, Phi-
lips Res. Repts.9 194,5/46, 29 19 119; Yoshiyuki Takeishi, J. Phys.
Soo. Japang 19589 139 79 767; H.I. Oskamq Philips Res. Repts. 1958,
13p-4-5p 335; L.B. Loebq The basic,,-processes of gaseous electronics
University of California Pressq 1955.
SUBMITTED: June 8, 1961
Card 3/3

YABLONSKIY, G.
Using wastes obtained in mining shell rock. Streit, mat. 4 no. 6:25
Je 153. (MMA 11:7)
ly.p
1. UpravlyayushchiV trestom "Herudstroymaieria ~
(Odessa Province-quarriee and quarrying)
(Waste oroducts)

, inzh.
UL.IPMIN, M.I., inzh.; 1~ ~LONSI~IY
Measures for Increasing the reliability of the bleed sectors of
the runner chambers of adjustable-blade hydraulic turbines.
F.nergomashinostroenie 9 no.5-.38-39 NY 63. NIRA 16:7)
(Hydraulic turbines)

GALIPERIN) M.I., inzh.; YABLONSKIY, G.A., inzh.
Fastening of rotor wheel chambers of adjustable-blade turbines.
Energomashinostroenie 9 no.7:34,48 n 163. (min 16:7)
(Hydraulic turbines)

YABLDNSKIY, G.A., karid.medonauk
Homotransplantation of skin in burns [with summ ry in Znglish,
P.1361. Vest.khir. 79 no.12:27-31 D 157- (MIRA 11:1)
1. Iz kafedry gospitallnoy khirurgii (nach. - prof. I.S.Kolesnikov)
Voyenno-meditainakoy ordena Ienins skademii im. S-M.Kirova.
(SKIN TRANSPLANTATION, in various ids.
homografts in burns)
(BURNS, surg.
skin hemografts)

YABLONSKIY, G.A., kand.med.nauk
Italian dermatoplasty [with summary in Englishjo' Vest.khir. 81
no.8:91-95 Ag 158 (MIRA 11:9)
1. -Iz gospitallnoIy Ithirargichaskoy kliniki (ua~h; - prof' I.S.
Kolesnikov) Voyenno-meditsinskoy ordena Lenina akademii Ime.
S.M. Kirova i N-skoy vookovoy chasti.
(SKiN TRANSMUTATION,
Ttalian methods (Rue))

YABIDNSKIY, G.S., inzhener.
Experience with obtaining large sawed limestone blocks.
Makh.stroi. 13 110,3:15-18 Ur 056. (MLRA 9:6)
(Limestone) (Stonecutteirs)

IOV, A.M., nauchnyy rednktor: FF
YABLONSKIY, OR kDOROW,
or; GILB1115011, P.G., tekhnicheskiy redaktor
P-9 reduk
[Sawing limestone] Razr&botke pillnykh izvestniakov. Moukva,
GoE. izd-vo lit-ry po stroit. materialam, 1957. 95 P. (MULA 10:10)
(Limestone)

YABLONSKIYO G., inzh.
-strength
UsjAv SK-89A stone-sawing machines for quarrying high
storD3. Stroi.mat. 3 no.11:27 N '57. (MIRA 10:12)
(Stonecutting) (Limestone)

Im
YABLONSKIY, G.S.
"Manual on safety measures for operators of stone-cuttirg
machines" by I.S. Hakalin. Reviewed by G.S. IAblonakil. Bazop,
truda v prom. 7 no.4238 Ap 163. (MIRA 1694)
1. Glavnyy inzP,, Upravleniya pronqshlennykh stroymaterialov
Chernomorskogo sovata narodnogo khozyaystva.
(Stone cutting-Equipment and supplies)
(Makulin, I.S.)

13 1NS K TY % -21n r P vich
[Safety r-anua]. for operators (operators' aSsisVints;
'1r
Stone-cut., g machinery during the underffround worl: on
stones] Parilatka po tekhnike bezopaiyiostl dlia mash-
Distov (prarnshchnikov mashinistov) kaonerezirlkh nashin
prL podzemTVkh razrabotkakh kamnia. Moskva, Stroi--,:~Ia-tq
1965. 1-3 P.

lvrll~_,:-~rj_"igEr---~r~FXIM-Fti--,~'~-f-~,~'t~~:iLls~~~,'~tg 10-0~ I- -- - '.. , . , - ,.I.
ZAGORIY, V.I. [Zahorii, V.I.); YABLONSKIY, G.S. [IAblonalkiy, H.S.]
Calculating the ecoromical density of the current in the elec4.,,ro-
lysio of the solution of salt. Xhim. prom. [Ukr.] no.);70-72
ii-S 164. (I-9RA 17:12)

LAVDESMAN, L.M.; !~~~IYG ~ (Vbmitsa)
Mnical aspeets of Rendu--Osler disease. Vrach.delo no.20,30-
131 7 163, WRA 160)
le.Gamatologicheskoye otdeleniye oblastnoy bollnitsy imeni
ofl.,N.I. Pirogova (nauchnyy rukovoditell Prof..-,B.S. SMyar
oeased]L
M
(TEWGIECTASIS)

1- AlAIII-Ati ;:vff m) pah nTASP

0'
__kC_CMNR, 744,
NM An6028122
z"-,
SOURCE CODE:
/AO191AO19
AUTHOR: Soltanov, V. S.; Yablonskiy, K. V.
TITIX: Semiconductor pickups for the measurement of-temperaturel..Yelocity and-
direction of,.flow
SOURCE: Ref. zh. Fizika, Abs 5A161-..
REP. SOURCE: Sb. Issled. po-matem.'i eksperim..fiz. i mekhan. L.% 1965, 192-201
TOPIC TAGS: flow temperature measurement, flow anFle. ,flow velocity, semiconductor'..,
device, thermistor
ABSTRACT: Experience-is reported in the --se of. semiconductor heat.-sensitive resist-t,-.,,
ances (HSR) as temperature and',velocity.pickups.-- Questions involved in temperature''
calibration of the HSH are discussed. The construction is described of a flow-
Ivelocity pickup based on a IM-1 thermistor with indirectly heated nichrome coil._The
lpickup sensitivity if 0.10 per 0.1 M/sec. The
possibility of using the described
lpickup to measure flov direction is discussed. V, Veirtogradakiy [Translation of
SUB CODE: 20
nat
card

GELIVANOV, I.; YABLONSKilr, L.
Nechanized construction yard for producing supports, by the method
~of centrifugation. Zhil.-kom. khox. 7 no.2:9-10 '57. (nM 10:4)
(zlectric lines--Poles) (Precast concrete)

DOTSENKO) A.P.) kand, sellkhoz. nauk; TKAC104KO, A.A.; DOSTIN,
Yu.V.; YURGENSON, Ye.l.y kand. sellkhoz. nauk;
-7_~ABLOIJS M- L. I~; CAMASH, P. I red.'
[Forest reserves of the Crimea] V zapovednykh lesakh Kryma.
Simferopol', Krymizdat, 1963. 1 v. (MIRA 17:6)

TABWNSKIY,, L. M. , lnzh.
.-Introducing uniform procedures in the operations of the section.
Zhel.dor.transp.- 40 no.4;71-73 Ap '58- (MIRA 13:4)
1. Starnhiy inspektor otdaleniya,,g.Lugansk.
(Luganak--Railroads--Management)

ATABEKOV, V.B.; KULESHOV, Ya.T.; FRIDKIN, I.Aq YABIVISKIY, L.S.;
AIEKSEYEV, V.P., red.; BALKOVSKAYA,
KHENOKHY F.M., tekhn. red.
(Handbook on municipal electric networks and substations]
Spravochnik 0 orodskim elektricheakim setiam i pod-
stantsiiam. fByl V.B.Atabekov i dr. Moskva, Izd-vo MKKh
RSFSR, 1963. 550 P. AMIRA 16:11)
(Electric power distribution-~---Handbooks~ manuals, etc.)
(Electric substations--Ha'hAb6oks, manuals, etc.)