SCIENTIFIC ABSTRACT YASINSKAYA, Z.A. - YASINYAVICHUS, R.YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962220018-0
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LASHKEVICH, A.M.; TERENITIYEVA, A.A.; IVANOVA) L.S.; 130,(ODULINA, M.A.;
VELICIU-,'NKO, I.I.I.; IIIKUIDIKO) V.S.; XONSILINA) T.I.; SHAKHOVA, T.P.;
NYASHINA, A.A.; ISINSKLYA, Z-A.; AGALITSEVIII, H.B.; SEL'IMISKAYA,
Ye.G.; KMSIM, V.L.; KOIIOI-,'OVICH, L.K.; FEDORAYEVA, A.M.; TICACFUK,,
L.Ya.; VYATKIIIA, G.A.; SLOUSHCH, V.S., RACIIINSKAYA, L.N.; PORTNAYA,
R.Yu.; KARAKOVSKAYA) E.M.; FOKROVSKAYA, M.A.; KOIRNEVA, A.I.;
YERSHGVA, K.F., otv. red.; Prinimal uchastiye WWIOV, M.I., red.;
IAGUIEVA, A.P.,, otv. za vypusk; HIKITINA, I.P., tekhn. red.
[Economy of Povosibirok Province; collection of statistics] Narodnoe
khoziaistvo Novosibirskoi oblasti; otatistichoskii sbornik. Novo-
sibirsk, Gosstatizdat TsSU SSSR, 1961. 331 P. (MIRA 15:6)
1. Novosibirsk. Oblastnoye statiaticheskoye upravleniye. 2. Us-
challnik Statisticheskogo Upravleniya Novosibirskoy oblasti (for
Yershov). 3. Zamestitelt nachallnika Statisticheskogo Upravleniya
Novosibirskoy oblasti (for Kamanov).
(Novosibirsk Province-Economic conditions)

Yo. U.
Semi-Euclidean and semi-non-Euclidean sWes. Dokl-AN SSSR 137
no.6.1327-1330 Ap f61. (KIRA 14:4)
Chernovitakiy gosudarstvennyy univeraitet. Fredstavleno
akademikom L'G.Petrovskim.
(Spaces, Generalized)
OR

XASINSKAYAP YO.U.
Metric Invariants of equati describing quadrics and pairs
of planes In semi-pon-Eucli n spaces. Trudy Sem.po vekt.i
tenz.anal. no.12015-337 163. (MIRA l6t6)
(Geometry, Non~' lidean) (Quadrics) (Invariants)

TUSSR/Chemistr.v
.Card 1/1 Pub. 151-- ip/3 6
Authors Yatsimirskiy, K. B., and Yasinskene., E. I.
Title The 1,dnetics of aquation of Cr urea complexes
Periodical thur. ob. khimo 24/1, 55-61, Jan 1954.,
Abstract The constants-of the rate of reaction leading to the aquation of hexaurea-
chromion in an aqueous solution were measured at 30, 40, 50 and 600 tempera-
tures.- The activation energy was computed. The rate of reaction of hexaurm,-
chromion activation was also investigated by an.optical method'and the re-
sults are list ed. Seven references: 4-USA; 2-USSR and l-qerman (1903-1952).
Tables; graphs.
institution The Chemical-Technological Institute, Ivanovo
Submitted Septembor 11~, 1953

T
Tht kin, Icj o'Ll;lr' .,.I
f I Dr. urea
Ti t: 12
4.3'-, li 77-7777-7 --.'.-T'r
AuAiw t 1"fi--ag nlwl wtas d"
--rvd. Cnlii~t- ti Cr IC.' N14..,4
Ih

I ". .11,11
'fits ITT 3117-2 17] 1.; Cn
-Dolundr; of, Chromium (III), ixon (ITI),,-.nL' titz-..-ritm (III) 'AtIL vzre~~."
villi-ly-ar" 20 pp (VillnFav 31--'o U im,
j
cii1ty. Clwir of lcr) ccni-on

5(2)
AUTHORS: Yasinskene, E. I., Yatsimirskiy, K. B. SOV/153-58-2-6/5C
TITLE: Examination of the Complex Compounds of Iron (III) and
Titanium (III) With Urea (Issledovaniye kompleksnykh
soyedineniy zheleza (III) i titana (M) a mochevinoy)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tekhnologiya, 1958, Nr 2, PP 31-35 (USSR)
ABSTRACT: When mixing a diluted iron (III) nitrate solution with urea
there is no perceptible change of color. This prevents a
direct examination of such systems by measuring the optical
density of solutions with different urea concentrations. On the
other hand, it has been stated that the color intensity of
solutions of the iron rhodanide complexes decreases more
distinctly by an addition of urea solution than by a dilution
with equal quantities of water. This could only be explained by
the formation of an iron urea compound. Therefore, the
iron (III) compounds with urea have been studied by means of
decolorizing the solutions which contain iron rhodanide
Card 1/3 complexes. A literature survey on the latter is given (Refs 1-6).

Examination of the Complex Compounds of Iron (III) SOV/153-58-2-6/30
and Titanium (III) With Urea
From this, it has become obvious that it is possible to make a
solution in which the complex FeSCN2+ will be predominantly
present. For their calculations, the authors required a
knowledge of the instability constant of the iron (III)
rhodanide complex K FeSCN2+ I
C o n a I u s i o n s t The author5 have studied the system
Fe3+_SCN- -CON2H4 by means of the optical method, They
determined the formation of complex compounds in the solution:
FeCON2H4 3+ and Fe(CON2H 4)2 3+ . The instability constants of
these complexes were determined as 1.01 and 2.00, respectively;
the ionic strength being 0.103 and the temperature 18-200 .
2) Urea-containing, diluted, acid TiC13-solutions have been
studied. The formation of a complex compound Ti(CON2H4 )3+ in
the solution was determined; its instability constant at the
ionic strength 0.261 and at 18-200 was k = 2.69
Card 2/3

Examination of the Complex Compounds of Iron (III) SOV/1 53-58-2-6/30
and Titanium (III) With Urea
'There are 4 figures, 2 tables, and 11 references, 5 of which
are Soviet.
ASSOCIATION: Villnyusskiy gosudarstvennyy universitet im. V. Kapsukasa i
Ivanovskiy khimiko-tekhnologicheskiy institut
(Vilriyus State.University imeni V. Kapsukas and Ivanovo
Chemical-Technological Institute)
Kafedra analiticheskoy khimii
(Chair of Analytical Chemistry)
SUBMITTED: September 10, 1957
Card 3/3

YASINSfIRE, B.I., [Jasinsk Lono, E'. j ; j3.1R,',1ANTAS,, 1. 1. (13 1 nnanUw, J I;
REKTATE I V.V. ff;Pklyt,,,"V. I
Determination of microquantiLties of Iron and silver by rxidation
of pyrocatechol violet with potassium peroxysttlfaLe. Trudy AN Lit.
SSR. Ser. B no.3:81-90 164. (MIRA 18:5)
1. Villnyusskiy gosudarstvennyy universitet im. V. Rapsukana.

tlj.KEt,'E.L,~,,L.-!Jasinskiene, E.)
1-riotanetric determination oil microquanti ties of irar, b.", ma::3
of pyrocatechol violet. Zhur. anal. khim. 20 no.'7.-811-813 165.
(MIRA 18:9)
1. V. Kapsukas Vilnus State University.

"REM
YASDISKEZIE, E.I. (Jasinskieney E.]; YANKAUSKENE, E.K. [Jankauskiene, Be]
Determination of microgram quantities of si-1ver b7 a kinetic
method (by oxidation.of cadion of the Institute of Chemical
Reagents by potassium persulfate) in the presence of some
derivatives of pyridine in solution. Trudy AN Lit. SSR. Ser. B.
no. W13-120 165 (MIRA 19:2)
1. Villnyusskiy gosudarstvennyy universitat imeni, V. Kapsukasa.
Submitted Kay 22., 1965.
~U PLO-Orr WMA NOIMIMMNRWI --- --mrs

YASINSK.TY. Aleksandr Dm
jjx-iye-
yAqb,,inzh.; GULYAYEV, K.N., red.
[How to:Increase the output of merchantable lumber] Kak
povysit' vykhod delovol drevesivy. Vologdao Vologodskoe
knizhnoe izd-vo., 196). 108 p. (MIRA 18:5)

ZHBANOT, N.A.; GRIEKOV, A.M.; GRIBIN, G.P., otv.red.;
PZVZNIR. A.S.. zav.red.izd-va; BOROYM, N.K,O takhn,red,
(Uniform time and pay standards for construction, assembly, and
repair operations in 19603 Idinye normy i rastsenki na stroi-
tellnys, montazhnye i remoutno-stroitelinys raboty, 1960 g.
Moskva. Gos.ixd-vo l1t-ry po stroit., arkhit. i stroit.materialam.
Sbornik 25. [Assembling equipment for petroleum refinarie*3 Mon-
,"tazh oborudovaniia nefteperarabatyvaiushchikh zavodov, 1960. 37 P.
(MIRA 13:6)
1. Russia (1923- U.S.S.R.) Gosudaretvannyy kamitst po delam
'stroitelletva. 2. TSentrallnoye normativno-isaledovatellskoye
byaro Ministerstva atroitellstva RSFSR (for Zhbanov, Gribkov).
(Wages) (Pe'troleum refirwries--Equipment and supplies)

Aj Q
OSTROVSKAYA, Sh. M.; YASINSKIT. A. V.; KHASHINOT, D. M. dotsent
ApIdeniology of Q fever In a city of T&JIkistas. , Say. sod. 19 no.11;
41-45 9 155 (9LRA 9:1)
1. Ir Tadzhikskogo instituta epi6emiologii, mikhobiologii I jiglyany,
(dir. R. K. Chernyavsksys).
(q FWM, epidemiology.
in Russia)

SID~IJIM,
,SKAYA, Sh.M.;
S.Ye.; LOTOTSKIY, B.V.; YASINSKTY, A.V.
Natural reservoir of 0, fever and possibilities of istudying it in
TaJikistan. 17v.Otd.ast.nAuk JX Tadzh.SSR ne.11:101-107 155.
(MLRA 9:10)
l.Tadzhikakiy institut euidemislogii, mikrobisl*gii i gigiyany,
Institut zoologii i parazitelegii imeni akademika Ye.H.Pavlovskage
Akademii nauk Tadzhilmkoy SSR. i Tadzhikskiy inatitut malyarit i
meditsinskey parazitelogii.
(TAJIKISTAN--O, FZM)

OSTROVSKAYA, Sh. M.; yAOIJIsKIY, A.V.; GURKOVA# D.F.
materials on the epidemiology of fever in Tajikistan. Zdrav.
Tadzh. 3 no.2:27-30 Mr-AP '56 (MIA 12:7)
I
1. 1z Staliuabnd-akogo Instituta epidemiologii. i giglyeny (dir.
dotsent M.Ya. Rasulov).
(TAJIKISTAN--Q, F3TVXR)

OSTROVSKAYK, Sh.M.; YABIJISKIY, A.V.; SURKOVA, D-F-
........... . .
Ilesulta of a flour-year atud.7 of 9 fever in TajlJdstan fron. 1953
to 1956. Zdrav.Tadzh. 6 no.4:18-22 Jl-Ag '59. (MIRA 12:11)
1. 12 Stalinabadekogo institnta epidemiologii I. gigiyeny.
(TAJIKISTAN--q FEVER)

YASIVSK A-V-; ARSKIY, V.G.; DEGTYUiEV9 Yu.L.
Control of dysentex-f in areas of transmigration by inhabitants
of the mountain districts of Tajikdstan. Zdrav. Tadzh. 7
no. 2:19-22 Mr-Ap 160. (MIRA 13;10)
1. Iz Stalin,-badskogo instituta epidemiologii i gigiyeny.
(TAJIKISTAN-DYSENTERY)

ARSKIYo V.G.; AKHMEDOV9 Z.Z,; YASINSKIYt A.Ve
Use of the phage titer growth reaction for the diagnosis of chronic
dysentei7. Zdrav. Tadzh. 8 no. 2:8-U 161. WRA 14:4)
1. Iz Stalinabadskogo instituta epidemiologii i gigiyeny i
Respublikanskoy klinich6skoy bollnitsy.
JDYSENTERY)

ARSKIY, V.G.; GADZHEY, Ye.F.; ZATSEPIN, N I.; YASINSKIY, A.V-
Role of flies in the seasonal character of dysentery. Zhur.
mikrobiol.'tpid. i immun. 32 no.6t27-32 Je 161. OMI,~A
A 15:5)
1. Iz Stalinabadskogo instituta. apidemiologii i gigiyany. 4i
(DYSEIIT",;RY) (FLIES AS CARRIEWS 0FDISEASrIA

RAPOPORT, L.G.; YASINMIY, A.V.
Encephalitis of unclear etiology in the Gissar Valley. Zdrav. Tadzh.
9-no.1:25-27 Ja-F 162. 04IRA 15:4)
.1. Iz Dushanbinskogo instituts. epidemiologii i gigiyony.
(GISSAR VALLEY-ENCEPIRLITIS)

YASINSKIY, A.V.; ARSKIY, V.G.; BAK, R.G.; IAZEYEVA, A.F.
System of measures for sanitation in sections with an increased
dysentery incidence in Dushanbe. Zdrav.Tadzh. 9 no.3:32-36 MY-Je
162. WIRA 15:8)
(DUSHANBE--DYSENTERY)

Y"!QIVSKU, B,
Measures for developing the production of charcoal, Gidroliz.
i lesol-ldm. prom. 14 no. 1:29-30 161. (YJRA 14--1)
(Charcoal)
------------ - -- -- - --

GRISHINA, V.,, inzh.;-X~ ~,B.~,Inzh~,
Economical degi for nursery.schools. Sell. stroi. (i.e.161
no.3:,#$Grt;5i,,rY4r 1620 (MIRA 15:7)
(Nursery schools)

1. GANSHIN, A. A. YISINSETY, 13.
2. USSR (6CO)
4. Lumber-Drying
7. Improve the operation of retort drying rooms. Der. i lesokhim. prom 1 no. 3 1952.
9. Monthly List of Russian Accessions, Library of Congress, March 1953. Unclassifiod.

GURICH,N.A.; YABIRSKIY.B.11.
Transportation and storage of oleoresins. Gidroliz. i lesokhim.
prom. 8 no.2:8-9 '55. (MIRA 8:10)
1. TSentralfnyy nauchno-losledovatellakly lesokhimichookly ineti-
tut (for Gurich). 2. Glavleakhim(for YaBinskiO
(Oleoresins--Transportation)

YASIRMY, B.N.
Interfactor7 school for the control of corrosion in wood-ebanistr7
equipment. Gidrollo.i lesokhim.prom. 12 no.2;31-32 '59,
i (MIRL 1213)
1. GlavVy opetsiallat Gonudarstvannogo nauchno-telchnichaskogo
komiteta Soveta Ministrov RSFSR.
I (Wood-Chemistry) (Corrosion and anticorroalves)

SKVORTSOV, Samoa Onipovich; YASINSKIY, B.11,, red.; BRATISHEO, L.V..
tel-Jw. red.
[Progressive practice in the production of forrmlin] Peredovoi
opyt v formalinovom proizvodstvo. Khimki, Mosk.obl., TSontr.
nauchno-issl.lesokhim.in-t, 1959. 50 p.
(Irormoldehyde) (MIRA 13:12)

YASINSM inzh.
Ways of utilizik wood waste as fuel &W a source of chemical
products. (Trudy] NTO bumei. der.prome noo8t267-277 159.
(MIRA 16:2)
(Wood waste) (Wood--Chemistry)

YASIIISKIY. B.N.
Mechanization and automtic control in tho wood chemistry
Indu9try. Gidroliz.i lasokhim.prom. 13 no.1:3-4 160.
(14IRA 13:5)
1. GogudarstvenW nauchno-tekbnicheakly komitst Soveta
Ministrov. RSFSR.
(Wood-using indiistries) (Automtic control)

TASINSKIT. B. H.
Measures to be taken for improving the econozW and increasing
the production of wood resin. Gidrolix.1 lssokhim.prom.
13 no-3:31-32 160. (KIR& 13:7)
1. Gosudarstyew7y nauchno-tekhniche~L-iy komitet Soveta
ministiov R373RO
(Ouns and resins)

MIKHAYLOV, Mikhail Ivanovich; UqZSJIL-RQrjp Ilikolayevich; KMZOVI A.N.9
red.; MIKHAYLOVAp L.G., red. izd-va; FARAMNA--v-R-.r.-q tekbn. red.
[Prospects"for the gioUth of the IWdrolysis and wood chemistry industry]
Perspektivy razvitiia'les6khimicheskoi i gidroli2noi pronyehlennosti.
Mos-kva, Goslesbi~mizda-Ev 19'60- 54 P. . . (MIRA 14:7)
(Wood-Chemistry) (Hydro34rAv)

K&CHELKIN, Leonid Ivanovich; GUSARCHUKp D.M.j red.; KS1210FOIITOVj I.A.P
red.; YASINSKIY,-B-N.,-red-.I__~TAKUSHKO, V.P., red.izd-va;
SHIB~OVX, -R.Y~-., tekhn.red.
[Complete utilization of wood waste] Komplekenoe ispolIzovanie
otkhodov drevesizW. Wskva, Goslosbumizdat, 1961. 201 p.
(MIRA 15:5)
1, Mocowe Vystavka dostizheniy narodnogo khozyaystva SSM.
2a TSentral'Wy nauchno-iscledovatellskiy institut mekh&ni-
zatsii i energtiki lesnoy pronWahlonnosti (for Xachelkin).
Wood-using industries)
(Wood waster)

YASINSUN B.V. (Khnrlkov)
7
Una of kellin pr arations in urete-al calculi. Yrach.delo
supplement '5 7: (7, (MIRA 11:1)
1. Uralogichesknya klinikn (zav.-nrof. GJA. Alnpin) Ukrninskogo
instituta usovershenstvovAniya vrachey I Khirtkovskly khimiko-
farmatnevticheskiy nauchno-issledovatellskiy institut.
(AUTONOM1CIDRUGS) (CALCULIURINARY)

YASINSKIYY B. V., Candidate I&d Sci (diss) -- "Some methods of conservative
treatment of urolithiases". Miarlkov, 1959- 16 pp (Kharlkov State Mad Inst),
200 copies (KL,, No 24, 1959, 153)

YABINSKIY. Bj. .(Xharlkov)
Passage of ureteral calculi under the effects of Ammi visnaga. Vro-
logiia 24 no*4:15~-18 JI-Ag 159. (MIRA 12:12)
1. Iz urologicheakoy k1lulki (zav. prof. G.Ta. Alapin) Ukrainskago
instituta usavershenstvovaniya vrachey i Kharlkovskogo khimiko-far-
mateevtichaskogo instituta.
(KHMUIN therapy)
(URINARY CALCULI therapy)

2S
YASINSKIY, B.V.
Change in the blood proto-in formula in nephrolithiasis.
Nauch.trudy Riaz.med.inst. 18 no.2:357-361 164.
(mip"L 19:1)
7777

1. YASINSKIY, D.S.
2. USSR (600)
4. Technology
7. Selected works on the durability of compressed rods. Moskva, Gostekhizdat, 1M
9. Month& List of Russian Accessions, Library of Congress, March,1953.Unclassified.

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41

11~1 000 s/147/6:L/ooO/003/004/017
E191/Z381
AUTHOR: Yasinskiy, F.G.
TITLE: Range in the gliding of a winged flying machine with
cosmic velocity
PERIODICAL- Izvestiya vysshikh uehabnykh zavedeniyt
Aviatsionnaya tekhnikat no- 3, 1961, PP. 31 - 37
TEXT: To find the longest range for a gliding trajectory
of a winged flying machine having speeds approaching the cosmic
velocity constitutes a variational problem leading to a form of
Euler-Lagrange equations, for which there is no explicit
solution. Other authors have obtained explicit molutionB after
making simplifying assumptions, applicable to aertain definite
trajectories. The same problem is treated in the present paper
with fewer limitations. In all cases, the power plant is not in
operation. Smooth, quasi-stationary re-entry of the flying
machine into the atmosphere is assumed during which axial load
factors do not exceed the value of 5 It is assumed that the
altitude of gliding does not exceed 75 km, so that a change in
gravity-acceleration is ignored. The equation of the polar curve
Card 1/3
.7

Range in the gliding ....
18815
S/147/61/000/003/Oo4/017
E191/E381
of the flying machine is parabolic. A constant minimum drag
is usually assumed. The factor of the lift term in the total
drag equation is also assumed constant even at high velocity
and even for a winged machine. The atmosphoro is considered iso-
thermal. Tile equations of motion aro examined and the consequences
of the limited axial load factor are shown to be further simpli-
fications in the equations, apart from a very small gliding
angle (belowr 20). Gliding at a constant height leads to a simple
method for finding the maximun, range as a function of the altitude
of gliding for each initial velocity. Gliding with a constant
lift coefficient also leads to simple solutions illustrated in
a graph of the range against the initial velocity.' Gliding, at a
constant angle of slope of the trajectory to the local horizon
yields a solution in explicit form, which agrees well with the
exact solution obtained by numerical integration of the initial
system of equations. The gliding trajectory is a logarithmic
spiral. The agreement with the exact solution is good when the
L/D ratio is high.
Card 2/3

28815
S/147/61/000/003/004/017
Range in the gliding .... E191/E381
There are 3 figures and 5 Soviet-bloc references; two of
the'references are Russian translations of publications by
non-Soviet authors.
ASSOCIATION: Kharlkovskiy aviatsionnyy institut,
Kafedra konstruktsiy letatelInykh apparatov
(Kharlkov Aviation Institute, Department of
Aircraft Construction)
SUBMITTED! April 18, 1961

S/147/6WAO/002/012/020
-t E201/E135 t?
AUTHOR: Yasinskiy, F.G.
TITLE: Heating of sandwich plates
PERIODICAL: Izvestiya vysshikh uchebnykh'zavedeniy.
Aviatsionnaya tekhnika, no.2, 1962, 95-101
TEXT: A three-layer sandwich plate is considered.. The
inner metal layer is protected by external insulating skins.
The thermal capacity of the inner layer is given by
C 0 = c06oyo
where: c0 - thermal capacity of the material-of.the inner (metal)
layer; 60 - its thickness; yo - its specific weighti (see Fig.1).
The fol 'lowing Bimplifications.are made; 60 is infinitely small;
co is infinitely large; the area of the plate is infinitely
large. Passage of heat into the plate is by convection; the
thermal pvopevtles rema�n constant. At any instant the
temperature of the inner layer is equal to the'temperature of the
inner surfaces of the protecting skins.
Card 1/5

Heating of sandwich plates S/147/62/000/002/012/020
E201/EI35
Using Laplace'~; equation 00
(X, P) f
0 e '-pt T (x, 0 dt
the following boundary equat ions for th e protecting skins can be
written:
d p T01W
,
2
dx al
d2y2 p T
(x)
T
2
2 02 (21)
a
dx a2
xi dT TH

dx x--6 -- (T )
P 1 XWM6 (39-
1
Card 2/5

Heating of sandwich plates, S/147/62/000/002/012/020
E201/EI35
~dTj' (dY2)
C + C T
~dx- X=O- 2Vd-x OP (Y,)X
X=O =0 0 20
(-T (Y 2)x=O
X=O
(d
T2) 0 (61)
dx x=62
wlicro: T T(x,t) - temperature of the plate; a X/cy;
X - coefficient of thermal conductivity; ot - coefficient of
thermal irradiation; TH - temperature of air in contact witli tbo
outer layer of the upperskin; 1 and 2 denote upper and lower
skin respectively.
Using theorem of distribution (Lykov, A.V. Teoriya teploprovod-
nosti. (Theory of Thermal Conductivity) Gostekhizdat, 1952) the
author expresses temperatures by the following-equations:
Card 3/5

Heating of sandwich plates S/147/62/000/002/012/020
E201/E135
T t)I T (~J(P~" X) p nt
H p 71 (p
n=1 n n
bo (~)2 (P. IX) pnt
T2(x t) TH + '2: Pn'Y I (P.)
n=1
Solving thesel he comes to the conclusion that the temperature
distribution in the upper skin is linear, and in the lower is
given by a cosine curve, If -the -thermal.capacity of the lower
skin is small, then the temperatures at the end of one short
interval, T1-1 X--61 1~1 I XCO = T21x.0', T21x-6 2
can be taken as Initial temperatures Tjot T20 an6 T30 for th6
following interval.
There is 1 figure.
Card 4/5

Heating of sandwich plates S/147/62/000/002/012/020
E201/E135
ASSOCIATION: Kafedra konstruktsii letatellnykh apparatov,
Kharlkovskiy aviatsionnyy institut (Department of
Aircraft Design, Kharlkov Aviation Institute).
SUBMITTED: February 3, 1962.
"0
Fig.1
=T20
T
20
lq~~ T30
MeMaj7fi4(4'eCffa,9
Card'5/5

V 13667-63 EPR/t~(P(i)APA(b)/EWP(J)i*tPF(~)/EW-T(I)/EWT(=)/BDS/T-2/
AFnP1:OD1Aq( Pa-h/Pd-4/ft-~4/Pr
F4(Y)/,EB(1f -
~ACCESSION VR-. AP3004717 S/0147/63/000/002/&322/0028
AUMOR: Yasinakly,_F, 0.
TITLE: Approximate calculation of the heating of a metal akin vith an external
heat-insulating,layer.
SOURCE-: IVUZ. Aviata. takhnika, no. 2, 1963, 22-28
TOFIC TAGS: aerodynamic beating, radiationheating, heat transfer, heat-transfer'
coefficient, beat conduction, thermal protectiono temperature distribution
ABSTRAC12: The problem of the aerodynamic heatinglof a load-carrying metal surface ,
covered vith a heat-protective coating is atudied. A method is outlined for the
approximate determination of the metal-skin and protective-coating temperatures.
It is based on the subdivision of the heating time into intervals within the
limits of which the boundary-lwjer heat-transfer coefficient and temperature
are-asoumed to be constant. 1~y applying the method outlined*by A. I. Veynik
-teploprovodno3ti.
(Pribli zhenny*y - raschet protsessov Gqsenergoi zdat, - _1959). to
every time interval, simple expressions are obtained for the temperature of tho
metal skin bnd external heet-insulator surface. The case of an aircraft flying
1/2
Card

L 3-3667-63:
ACCESSION VR: AF3004717
speed of 4-5M is considered, and the temperature distribution i
at a maximum n
the.metal and protective coating is given in graphs. Ihmerical examples are
siven for titanium skin +.sicknesses of 0.001 and 0.002 m. The maximum error (toes
not exceed 2-3%. Orig. art. has: 5 figures and 24 formulas.
ASSObIATIOTT: none
o6s
SWIMrVI: D: 24sep62 DATP, Aco. eP63 EITCL: 00
SUB CODE: Al ?TO REF Sov- 003 0=: 000
Card 2/2

YASINSKIY, F.N.
Application of the Monte Carlo method for stadying fl(rds of
viscous liquids. Izv.vys.uchebr.zav.; khim.i khim,tekh, 7
no.6:1024-1025 164. (MIRA 18:5)
1. Ivanovskiy khimiko-tekhnologicheskiy institut, kafedra
teoretichaskoy mekhaniki i soprotivleniya materialov.
-777-7 -- ----
t

Acassrm NR: AP4019083 S/0170/64/000/003/0105/0110
AUTHOR: Yasinskiy
TITLE: Approximate integration of g:is dynamics equations
SOURCE: Inzhenerno-fizicheakly zhurnal, no. 3, 1964, 105-110
TOPIC TAGS: gas dynamics equation, statistical test method, mathematical into-
gratioa, multiple integral, digital computer
ABSTRACT: The paper presents a method for finding approximate analytical so-
lutions to a system of gas dysamics equations. The solution is constructed in
the form of analytical functions involving a certain number of coe"iciente.t
'0
be evaluated. The latter are expressed in terms of multiple integrals whose
multiplicity Is equal to the total number of coefficients to be determined.
Multiple integrals may be obtained with digital computers, using the method of
statistical tests. A method is shown whereby lengthy computations can be
~r drastically reduced. The motion of a medium at high densities, temperatures,
and pressures Is considered. The method is illustrated by a moderate flow with
radiative heat transfer. Orig. article has 17 formulae*
Card 1/2

L 42406~65 EWTW/9-tr(l) /EWP(m)/EWA(d)/FCS(k)/E;r1A(l) Pd-l L;P(c)
S/0153/64/007/006/1024/1025 -
ACCESSION HR: APS006381
AUTHOL: Yasins
TITLE: The use of the Monte Carlo method in studying the flow of viscous fluids
SOURCE: IVUZ. Khimiya i khimicheskaya tekhnologiya. v. 7, no. 6, 1964. 1024-1025
TOPIC TAGS: Monte Carlo methods computer research
ABSTRACT: The two dimensional flow of viscous incompressible fluids is described
by the equation
P 4 4111~ 0 40 0
ax. -z. +-5-'. A (1)
where ~ is the current function, ,.. 0 are-the velocity vector
ext
components along coordinates xj and X2 respectively and v is the kinematic viscoai-
ty. Equation (1) in ccrwined with the boundary condition
(2)
,according to which the velocity cocpanents at the boundary 5 of region V, occupied
Card 1/2

.,L 42406-65
1ACCESSIOU'UR: AP5006381
by the moving liquid take on the values al, oL2. The approximate solution of equa-
tion (1) undor condition (2) is sought in the form
+ 4"C' (3)
These multiple integrals may be calculated on co6puters using the Monte Carlo
method, The method known as sequential pass= band narrowing. This method signi-
ficantly increasea the convergence of the calculation process. Grig. art. has: 10
formulas.

WIP
YASINSKIY? G.J., kand. tokhn. nauk, dotsont
Scientific-technical soaminar on rrAchining with diamcrid tf:~nla,
Vest. mashinostr. 45 no-5:83-84 Mq 165. Omd- ; a.. 6),

VEDMIDSKIY, A.M., kandidat tekhnicheekikh nauk; MZEROV, G.R., professor.
redaktor; TASISMY, G.I., kandidat tekhnichaskikh nauk, reteenzent.
[Technologir of manufacturing measuring instruments] Takhnologiia
proizvodetva izmaritellnykh priborov. lzd. A", parer. i dop.
Moskva, Goe.nauchno-tekhu. izd-vo mashinostroit.lit-ry, Pt-1-1955-
386 p. (KIaA qt4)
(Keasuring instruments)

YAQT SXJY G.I.
Present t-rends in the technoloU of lapping processes, lfashinc,-
I stroitell no.7:43 jI 165. (',,IIFA .- 8: 7)

04021973 BOOK EXPLOITATION S/
Dy*kov., A. T.; Yasinskiy, G. 1.
Modern cutting tools in machine building (Progressivnyoy rezhushchiy instrument
v mashinostroyenii), Moscowl, Mashgiz, 1963, 153 pe, illuse, bibliot, Errata
slip inserted. 5,,500 copies printed.
TOPIC TAGS: cutting tool,, machine building, cutting tool design,, milling cutter,
drill, powder-metallurgical hard alloy, diamond cutter, ceramic cutter., carbon
-steel
PURPOSE AND COVMACE': This book gives basic information on present-day tool ma-
toerials and alloys for cutting tools, the selection of geometries and shapes of
the cutting part of cutting tools, milling cutters, and drills. The standards that
a cutting tool must meet are cited, A review of the most typical designs of ad-
vanced cutting tools is included. The sharponing and grinding of cutting tools are
discussed. The book is intended for engineers and technicians, production foremen.,
and skilled workers -innovators of the machine and instrument building industries,
TABLE OF CONTEWS [abridged]:
5

YASINSKIY, G.I.
I I _...~
High-efficienoy designa. of. me.tal-witting tools and- tha tool
materials; scientific.-technological oeminaro Stan. i instr.
)6 no*1109 N 165. (MIRA 18:11)

ZHUKGV) AN. , inzh.; YASINSKIY, G.S., inzh.
Pump stations on the "Druzhba" petroleum pipeline.
Stroi. truboprw. 7 xw.10:3-5 0 162. (KMA 15:11)
le Gosudaretvennyy inotitut po proyektiroyanlyu magistralInykh
truboprovodov, Moskva.
(Petrole*um-Pipelines)
(Pumping machinery., E16ctric)

y"ZillsKlyp G.S.
Efficiency of the transportation of trazuto through pipolinos.
Tranap. i khran. nefti i neftolwod. no.3:15-17 164. (MIRA 17:9)
1. GosudarstvamW inotitut po proyolltirovaniyu zavodov tyazhologo
mashinai3troyeniya.

YASIIISKIYt G.S.
Gaa level indicating systems for Laako of the "Dmzhb--" 11atroLaTza
pipeline. Stroi. truboorov. 9 no.5:10-11 ?,ty 164. (nra 17. 9)
1. Go3udarqtvennTy Institut po proycklliravaniTl magi.-ArnlInykil,
truboprovodov.

USINSKIY, I.I.
Plant association in the upper floodlands of the Sluch' River.
Biul.Inst.biol.AN BSSR n0-3:40-45 15B. (KIRA l3s7)
(SLUCHI VALLTY--FLANT CO*MTIES)

Y I JN S KI
TABINKSIT, 1.1. [lAsinsk.1, I.I.]
Improvement of bottom-land meadows in the Sluchf Valley. Vestei
All BSSR Ser.biial.nav. no.4:123-131 '58. (MIRA 12:4)
(Slucbl Valley-Pastures and meadows)

TURKEVICH I.D. [IUrkevich, ;.D.1, akademik; KRUGANOVA, Ye.A. ~-KruhQnava,
-k.A-.1,-'kand, biol. nauk; YASINSKIT [Ueinski, I.I.], mladshi7
bnyy sotrudnik-,-
jm
ranof o~vifiig - tWISruoture
At associatione,,bir the use
of herbicides. VeBtsi AN i~S er. biial. nav. no.1:17-36 '59.
(MIRA 12:7)
LAR ESSR (for Turkevich).
(Herbicides) (Pastures and meadows)

oil
YASINSKIY, I.I.; DENISOV, Z.N., kand.sellskokhoz.nauk
Some peculiarities of the development of swamps in the flood plain
of the Sluch River. Sbor. bot. rab. Bel. otd. VBO no.2:155-166
160. (MIRA 15: 1)
1. Zaveduyushchiy otdolom lugov i pastbiahch Instituta trielioratsii,
vodnogo i bolotnogo khozyaystva.
(Sluch Valley"-Swamps)

YURKEVICH, I.D.1 KRUGANOVA, Ye.A.1 YASINSKIY, I.I.
Use-of herbicides in hayfields a.nd pastures. Biul, Inst.
biol. AN BSSR no.5:9-26,160. . (MIRA 24-:7)
'(PASTURES AND MEADOWS)
(WEED COUTROL)

YASINSKIY 1. 1
Meadow vegetation in the flood plain of the lower SluchIValley.
Biu.1, Inst biol. AN BSSR no.5-26-36 160. (MIRA 14:7)
(SLUCHI VALLEY-FASTURES AED MEADOWS)

,Z,,. -:., ~ ,c~~
~~WMM - I : ,
KRUGANOVA, Ye.A.; YbRKEVICH) I.D.; YASINSKaI.J--~-BURTYS, N.A.
Poisonous and rare meadow plants in tb,- basin of the Veman Fdver.
Sbor. nauch. rab. Bel. otd.-VW no.3:43-54 161. (MIR-A. 14:12)
(Neman Valley~Poisonous plants)

GEN
YURKSVICH., J.D.; KRUGANOVA, Ye.A.; YASINSKIYj, I.I.
*- --------------
Geobotanical characteristics of meadows of the right bank
tributaries of the Neman River. Biul; Inst. biol. AN BSSR
no.6:82-93 161. (MIRA 15:3)
(MW VALLF-Y-...!PASTURFS AND MEADOWS)
mm

HITIJSOV, T.U., inzhoner;*MOROZOV. I.G., kandidat takhnichookikh nauk;
YAS INSKIY, K.I., Inshener.
Some unused resource-~_of.roadwy machinery stations. Pat' i put.
khoz. no.5:31 Vq 1579 (KEMA 10:6)
(Rallroads--~Vkintenance and repair)

T, 09962-67 Vr(n)/EVVt)/ETj/V,%T(k) - __JD
ACC NR- AP 035717 SOURCE CODE: UR/0413/66/000/019/'*0073/0073
!NVENTOR: Glazunov, S. Zhikharev, r. A.; KhrustsevIc' "Ea v A. X.;
'Y 'q'ov, Yu, V,
er Ynsinskiy, K. K.; Zubova,,,X. A.
IORC:- none
iTITLE: Melting-pouring unit. Class 31,. No. 186647
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znakt, no. 19, 1966, 73
!TOPIC TAGS: active metal, metal casting, metal vacuum melting, centrifugal casting.
icasting unit, vacuum castin'gun-it
XISTRACT: This Author Certificate introduces a melting-casting unit for centrifugal
casting of reactive metals. 7be unit consists of*a vacuum chamber which contains a
centrifuge with'a vertical axis of rotation. The melting crucible is mounted in the
center of the centrifuge; the molds are on the-periphery. To ensure continuous
pouring of metal without extinguishing the arc and tilting the crucible, the latter is
provided with side openings connected with an annular collector Installed between the
~molds and the crucible.,~
SUB CODE: 13/ SUBM DATE: 28D*c"/j ATD PRESS: 5105
C
!Card 1/1 UpCe 62L745.552. .042,002.51

J, '~--f T F
fir
S/762/61/000/000/029/029
A14THOR5: Morozov, Ye. I., Ronzhfn. A. S., Prostov, 1. A.. Matveyev. V. S4.
ClarAx"h.S.M A_Didkovskly, V.P., Yaminskiy- K-K., Usov, V.N.
T1TIx Electroslag smelting of titanium Ingots.
SOIJRCE: Titan v promyshlennosti-, sbornik statey. Ed. by S.G.Glazunov.
Moscow. 1961. 314-326.
TEXT: The paper describes a method of electrosclag smelting of TI ingots with
desirable mechanical properties and with a surface that requires almost no MachinI
Ing prior to plastic working. The principal objective of the development Is the smelt-
Ing of flat ingots for the rolling of sheet material with uniform transverse distribu-
tion of rolling deformation (cylindrical ingots are deformed more greatly at the cen-
ter; tensile stresses produce edge cracking on the resulting sheets). Several organ-
izations collaborated with the Institute of Electric Welding imeni Ye. 0. Paton in 1959
in adapting the splashless electroslag method of Ti smelting (3 electrodes) developed
in 1958 to the smelting of slab ingots of up to 2OOx8OOx7OO mm and 500 kg. Good me-
chanical properties and high electric-power utilization result from the improved
current- and heat-flow uniformity of the are established underneath the protective
flux layer. Since 3. as well an one, electrodes can be employed, the 3 phases of an
a. c. power supply can be utilized uniformly. The fumed flux layer contributes to the
formation of a singularly compact ingot structure. Flux must: (1) Not contain 0;
(2) have a m. p. close to that of the metal and be readily fusible; (3) have a high b. p.
Card I /Z

f
Electroslag smelting of titanium ingots. S/762/61/000/000/OZ9/OZ9
(not less than 2,OOOOC). Neutral-gas shielding above the flux is mandatory to avoid
0 reaction. Details of the experiments with various fluxes, which led to the adopt-
ion of CaF2 (brand (Ch)) and a purifying remelt of the flux in an induction furn-
ace ~orior to use, are reported and tabulated. Comparison of BT (VT) - 1. -3- 1, and
-5, bT4, and Tl_8Mn ingots obtained 4 ~the electroslag (ES) and vacuum -c-
- M -re-Getween ES and i --&-were
i~7ict Ros. We nces ngots initially oUierve found o e
t
to
attributable to the use of pressed electrodes in the ES method, use of once-VA-melted
ingots as starting electrodes in both ES and VA methods yielded BT (VT) and OT in-
j gots of practically identical mechanic.
L1 propertied (described and tabulated). The
'e
mechanical properties of the Ti-8Mn were consid 'rably improved by the ES method;
this is attributed to the more uniform distribution of,'the high-vapor-pressure Mn
in the ingot under the protection of the flux. The BT ~VT) and OT alloys showed
either increased strength or impaired notch toughness \vhen smelted under a fluor-
Q
spar flux. probably as a result of uncontrollable admixtures contained in the fluor-
spar. Furnace: The design of the 3-electrode furnace, with-kcrystallizer, electr-
dispenser, electrode -advance mechanism, tective shield, and
ode cham er, P7.0.
power transformer. is described and illustrated (cross-section, photos); its operation
and process control arei described in detail. A500-kg ingot shows the result of deliber-
ate manual delays in electrode advance in thi form of nonuniformities (photo). DG4ip'n--'L_
criteria were obtained for future furnace designs. There are 6 figures. 3 tables, and
2 Russian-language Soviet references identified in footnotes.
Card 2/2 ASSOCIATION: None given.

~i ig
TASINSKIY, X. A.
YASINSKIY, M. A. "Conditions for the Development of Spring Wheat in the
Eastern Regions of the WSR and Sowing Time.* Min Higher Education USSR.
Leningrad Agricultural Inst. Leningrad, 1955, (Dissertation for the
Degree of Docotr of Agricultural Sciences.)
SOt Kni bn&ya letonig', No. 4, Moscow, 1956
mffi l- ~-
~
F
'-'.-
PIIWIM

YASINSKIYj P.A.
Concerning V.P.Shafranov's article "Use of asynchronous motors."
Rnergetik. 13 no.2:17 F 165. (MJRA 18:6)
777M77

MAZUR., O.E., inzh.-,-YASINSKIY, S.I.-LUsynslkyi, S.I.]v mekhanik-;
DZYkWil,
., brigadir traktornoy brigady; DONDRATYUK D.G.
[Kondratiuk., D.H.1, mekhaniY.,STASYUK., G.V. [StaBiUk. H,,"V,],
mokhanik-KAPITMIOI, P.S.
0m- discussions. MekI. sill. hoop. 12 no.9:22-23 S 161,
(MIFA 34-.11)
(Agricultural machinery-Maintenance and repair)

"
--t 114 r' I ~' UL "-1~7 Ii 11 ~----.iN -w*--,
W~ J, :V-2
A
"~ODZ ~.
01? G: Ya 8i naki so CODZ: UR 0l -
n e 3
0 -13 ~ ~0
000 0
0 Olaf_
TXTLV: 01 if,-
SOURCZ Vortex eject, on 01-
ump.
nos 11 Xzobreten Class 62
TopXC 19669 .14a .vat Prola3rshlena 0 Nos 182532
Sys te,, TAGS: aircraft IYJre obra ztayp tOv4rnYYe
-quIPr4eat fuel
ABST.RACT- ' P'MP041rcr4ft
such An Author C e.*r t fUe' 'Yste,.
can be t I f i c a t aircraft
a e
Iled ,has been fuel
an al '$Sued f
rcrafte or a
a fuel t,'Vorteic
I Fig. nk (a ejection
ee
Vortex
Tanic Jectlo, n'- Pula])
3 2
fUsor ch'a.annUlar 4
h 0-cro ber. PertUre
C ell Being 9 5
Ord Jc; 6 a Over to th
Jr ih -
99 10- anUppl-V l1ne; 70e 8
PuJU PIP nular &Pertu
UDC: -- Ps' .12 e line re
2 013 0 dif ; 11 ft jet
0 fusor.
06
ale 24 -
52.5

L 31962-66
ACC NRs AP6021492
It consists of intake and discharge helices connected by a cylindrical
mixing chamber. Along its axis is mounted a let uloplto expel sepa-
rated fumes and gases, and between it and the intake helix in an annular
aperture for the supply of the ejected liquid. Orig art. has: 1 figure
[KT!
.SUB CODE: Ole 21/ SUBM DATE: 238ep64/ ATD PRESS:,5) 21
Card 2/2

ACC M APT005697 (,oq SOURCE CODE: un/o4l3/67/000/002/0187/61-88
INVENTOR: Abramovich, R. B.; Arinushkin, L. S.; Gorbunovq V. S.; Ivanov, Yu. P.;
Yasinskiy. S. Ya.
ai
G: None
TITLE: An electrically driven pump assembly for flushing systems such as those used
in the washrooms on passenger aircraft. Class 62, No. 152798
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovernyye znaki, no. 2, 1967, 187-188
TOPIC TAGS: sanitary equipment, auxiliary aircraft equipment, water pump
ABSTRACT: This Author's Certificate introduces: 1. An electrically driven pump
assembly for flushing systems such as those used In the washrooms on passenger air-
craft. The installation consists of an electric motor and a pump. Operational relia-
bility is improved by keeping corrosive sewage away from the motor. The motor is lo-
cated at a distance from the pump on a rigid hollow column above the flush tank. The
motor is connected to the pump through an intermediate drive located in the standing
column. This drive consists of two shafts pinned together and connected by splines
to the motor and the pump. 2. A modification of this assembly in which the column in
equipped with an oVerflow.tube connected to the-tank-for maintaining the proper level
of flushing li uid in the column.
0
SUB CODE; 1F SUM DATE: 25Feb62
Card
7
777,

Y-
YLUll. Tefren Harkovich; inAener, reteenzent;
Ya.M., inzhener, redBktor; 13000MUL01A. H.?., redaktor;
telchnichaskiy rednktor
[Gear pumps; basic parameters and their design3 Sheaterennye nasony:
onnovuye parametry i ikh raschet. Moskva, Gos.izd-vo obor. pronVshl
1957- 141 p. (HLPA 10: IU;,
(Pumping machinery)

.__ ' _- . - _W
~'6`WRCE CODE: UR10413T66TO Xffl
INVENTOR: XAaineki Ya., Polinovskiy' A. Yu.; Linets. A. M.; Mookovskiy. V. Dl~
ORG; none
TITLE: Aircraft-eagine fuel-food system. Class 62, No. 182531
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarrWe znaki, no. 11, 1966, 141
TOPIC TAGS: aircraft engine, aircraft fuel system
A13STRACT: An Author Certificate has been issued for an aircraft-engine fue-1-feed
system which consists of: 'a tank, an qjegtor pMMAith a jet nozzle, and an elec-
trically driven pump for the first pumping stage; a centrifugal pump for the second
Fig. 1. Aircraft fuel-supply system
-7 centrifugal I
1 - Fuel tank; 2 - ejector pump; 3
pump; 4 - booster pump; 5 - electrically driven
Z PUMP -
pumping stage; a booster pump having a by-pass with a constant flow rate for using
Card 112- UDC: 629.13.06

L 34818-66
ACC NR, -A.P6021491
part of the fuel for, coolinAl and fuel lines (see Fig. 1). To increase econo=j,
decrease weight, and improve the engine's acceleration, the jet nozzle of the ejectcr,~
pump is connected by a line to the by-pass line of the booster pump, and the outlet
line of the electrically driven pump is connected into the main line between the
ejector pump and the centrifugal pumps. Orig. art. has: 1 figure. CWHI
SUB CODE: 2.1/ SUBM DATE: 19may65/ ATD PRESS:,5'~-?/
2

YASINSKIY, TS.V., a~spirant (Vinnitsa)
Method for a more extensive study of mortality In bypertenslon.
Sov.zdrav. 21 no.8:26-30 162. (Km 15:11)
1. 1z kafedry organimataii zdravookhraneniya (zav. - prof. L.G.
Lekarev) Vinnitskogo meditsinskogo instituta Imeni N.I,Pirogova,
(HYPERTENSION)

YASINSKIY V.S. kandidat tekhnicheskikh nauk; PFTRUSdA, A.K., kandidat
fj_
tek~c'esklkh nauk; MISHCig~70, I.S., inzhener.
Automatic machine-tool line for the production of crate boards.
.Der.prom. 5 no.2:6 F 156. (KULA 90)
1. Ukrainskiy nauchno-issledovatellskif institut mekhanicheskoy
obrabotki drevesiky (for Yasinskly, Petrusha); 2. Kiyevskiy
derevoobrabatyvayushchiy kombinat (for Hishchenko)
(Container industry) (Assembly line methods)
77777777

DMGHEIIKO, D.V.; KATAYRVA, Ye.I.; YASINSKIY, V.S.
Allmdances in woodworking. Der. 13rom. 7 no.2:1-3 Y 158. (MIRA 11:1)
1. Ukrainakiy nauchno-teeledovatellskiy institut mekhanicheskoy.
obrabotki drevesiny.
(Woodworking)

YASINSKIY, V.S., kand.tekhn.nai&
Investigating the efficiency of drying wood in boards or lumber.
Der.prom. 8 no.6:14-16 Je '59. (KM 12:8)
1. Ukrainskly nauchno-issledovatellskiy inatitut makhanichookoy
obrabotki drevesiny.
(Lumber--Drying)
7777=

tekhn. nauk
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(Lumber--Standards)
'RIN i

YASINSKIY, V.S.
The place of ~--rjing in the technological procesis of the mmufacture
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YASIIBKIY. Ya. [lAoynalkyi. IA.]
lotils. Zmn.ta pratsia no.2:25 7 '59-
(Iotufl)
(MIRA 12-.10)

TASIMIT. Ta. .[Ikuynalkyl. U.)
Monuments to &niNalG, ZMU-ta Pratsia n0-12:13 -D 159-
WHA 13:4)
(No.. nts) in art)

MELOVD, Te.;j~ALINSK.IT, Ya. (Kiyev)
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16o. (MIRA 13!8)
1. Rachallnik teekba podlakovoy rosrisj arteli "Khudozhprom,"
Kiyev (for Helamud).
(Ukraine--hrt industries)

OPPI2 I.V.; NELIKISUILI, G.A.;'YAS TNSKIY, Ye.Ye.
Some materials on the epidemiology of infectious hepatitis,
Zhur. mikrobiol., epid. i imm. 41 no. 2v148 F 164. 1
(MIRA 17:9)

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(mmrNOITIS,
serous epidemic., epidemiol. & clin. manifesto' (Rue))

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18:3)
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111ACC N" ARG035038 SOURCE CODE! UR/0372/66/000/008/GO28/GO28
I AUTTTOR:* Vosilms, S. K.; Yasinyavichus, R. Yu,
TIT LE: Mathematical structure of an operational device for the automatic
1,:recognition system of t ewriter symbols
yp
,.SOURCE: Ref. h. Kibernetika, Abs. 8G178
REP SOURCE: ~b. Avtomatika i vychisl. tekhn. Villn a, 1965* ~71-77
YU
TOPIC TAGS: mlathem,atic analysis, recognition process, recognition, r b bilit
y o a i i y,
noise, noise distribution, automatic recognition, pattern recognition/
AB"STRA
The
operational device evaluates the proximity of a sign to a certain
class according to the probability value of one sign or another at a given application
of the signal. ~* sequence of signals, derived from the symbol for recognition is
analyzed as a mWure of the standard specimen of a certain class with noise. The
tests indicated teat for typewriter symbols, whose signals are presented in a
analog form, the' supposition is correct concerning the normal law of noise distribu-
tion. When a code presentation of the pattern signal is used, the probability density
of noise is uniform. Formulas are derived for the posteriori probabilities and
'card 12 UDC: 62-506:621.391.193
Al