SCIENTIFIC ABSTRACT SHCHERBIN, YU.P. - SHCHERBINA, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548910011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/054/62/000/002/001/012
B1631B136
0,~z Zd
Shcherbin, Yu. P.
Calculation of the energy of the ground state of a system
of three nucleons
F_','RIOD!U'AL: Lenin6rad. Universitet. Vestnik. Seriya fiziki i khimii,
no. 2, 1962, 5-16
TEXT: A theoretical investigation was made of --"-he wave functions describ-
the crround state of a system of three nucleons (H 3 . or. He3).
iccording to Derrick's and Blatt's classification there exist two S- and
D state wave functions which are symmetrical with respect to a permutatioil
of Particle distances They give the main contribution to the binding
energy of 11' nd. He The two-nucleon interaction potential operator
contains a central, a tensor, and a spin-orbital component. If the matrix
elements of the operators of kinetic and potential energy are calculated
with those parts of the wave function, which depend on the spin-isospin
and angular variables, a system of 10 partial differential equations
Card 1/f2

SHCHERBIN, Yu.P.
- Cal-culation-of the three-particle forces in the three-nucleon
problem. Vest. LGU 17 no.4i20-27 162. (MMA 15;3)
(Quant*m field theory)(Calculus of variations)

SHCHERBIN, YU.PO
Calculation of the energy of the ground state of a three-nucleon
system. Vest.ILU 17 no.10;5-16 162. (KERA 150)
(Nucleons) (Quantum theory)

e Gr

SHCHERBIN, Yu.P.
Study of the ground state of the three-nucleon syptem by a one-
dimensional equation method. Vest. LGU 20 no-4:1U--145 165.
(W RA 18 - 4)

11-1. ..., , ..., .1. -
Cancercus and vaTcul-gr diseaEes of decidiious trees Moskvr,, Goslesbumizdnt,
8~. 0.
1. Tr~-:es - Dis-:azes and pe-sts.

d n
t h 7,!-"
f T c t n
rf-i n-e!ri nv Teni n-
'-:Sserf~,+~cr fr-r Of' rar:dIciate in 7,irlof-ical
Fn * 2- 'n.;-a t o - s T

nLl Spucf -1 Zooio~ry. iwlrct,~
J,
,bs Jouir :Rof Zhur Biol ., No 1958, No 25P3215
.author : Shc"-'--;rHn--F-rfcncnVc !,.L.
inst ; 0 t -'. I V7!-,
Titic; The '.rpcn:-ut Hcrnt~-il (Sirox rrgon-utomum Gmss:-k). (Rogokhvcst-
rr7on~-vt (Sirox -rgcnrutoru.-- Guss-k)).
Orig Fub ITruchn.-tc1chn. sb. tr. po lesn. kh-vu Sever. Krvk-zr, vyp. 2,
1955, 154-156
Abs'r-ct The !-r.s-on-ut hornt-il w-s of gre-I cccno---Ac .-lvc in the
Bol'-ht~'-L-bin sunrier ho~c of the Psob-y forest kolkhoz. It
inh,-'bi'Lcd herlthy firs, the pcssrgcs for cr-orgencc being only
therc wherc rs r result of trinming or slipr, the scpwcod w-,,s
oxroscd. Tho 'Lom-los only depositcd their eggs on bvre s-p-
Wood
C-:,rd 1/1

Anton Lavrentlyevich; ZHTJiL,VLEV, I.!., red.;
p
ULYAKHINA, I.P.i --- red.izQ-va.-'-FOFOVA, V.V., tekhn. red.
[Bacterial diseases of forest trees] Bakterialinye zabole-
vaniia lesnykh porod. Moskva, Gosleso=izdat, 1963. 146 p.
(MIRA 17:2)

ii.
Strengt',.ening the links with farms. Sov.shakht. 10 no.5:4
my , 61 . (YIRA 14:9)
1. Predsedatell komiteta profsoyuza shakhty no.1 im. Chelyuskintsev,
bonbass.
(Donets Basin--Coal miners) (Farmers)

BELYAVSKIY, A.; SHCHERBINA, A. (Kasli, Chelyabinskoy obl.)
Device for locating short-circuited turns in coils. Radio no.8:
19 _~g 16o. (min 13:9)
(Electric coils)

SHCHYR INA. A.A.
Biul.Glav.
Parks in the western provinces of the Ukrainian S.S.R.
bot. sada no.18:32-41 154. (MIRA 8:3)
1. Botanicheskiv sad pri Llvovskom gosudarstuvennom universitete
im. Iv.Franko.
(Ukraine-Parks)

3KHMMINA, A.A.
Results of the acclimatization of ornamental trees and shrubs
in the city of Lvov and its vicinity. Nauk.zap.L'viv.un.26:
105-112 154. OMRA 9: 10)
(Lvov--Plants, Ornamental)

NAZMVSKIY, 4.1.~ I-IAFARU. S,N,: PHAPYNY0, ',FRASIM(JV. M..V~; WINSUYA,
M.L.; VEKSIXR ' A,I.,r L~ L 1 14,~ , I LI NA, N. V, ; SOKOLOV,
L d
S.Ya.; LOZINA-LOZINSKAYA, A.S.; SiLAKOV. S,G,-ZALESjE:IY, D.M.: AVRORIN,
N.A~; ITAliOV, M,I.: PRIKJ.J-,D0V, N.V.; SOBOLEV~UYA, K.A.; SALiMATOV,
M.N.; MLLINOVSKIY, P~I., LUCIINIK, A.I.- E-UVCHENKO, O.A.; VEKHOV, N.K.;
GROZDOV, B.V.; MAShTIN, S.; BOSSE, G.G.: PALIN, P.S.,(g.Shuya. 1vanov-
skoy oblasti): MATUKH1N: ZATVARNITSKIY, G.F..; GRACHEV, N.G.. CI~30V,
M.I.; KMOPULO, Ye.N.; LEUTSKAYA,A.M.; GRISHKO, N.N.; LIMARI, D F
VILICHINSKIY, N.M.; LYPA, A.L.; OREKHOY, M,V~; SHCHER M,. A.A.;
TSYGANKOVA, V.Z.- BAPANOVSKIY., A.L.; GEORGIYEVSKIY, S,D~; STiF~kN, G.A.
OZOLIN, E.P.; LUKAYTBNE, M.K,; KOS, Yu.I., VAIL'YXV, A.V,; RUKEWD23,
P.Ye.; VASHADZE, V.N,-, Sr!AIIIDZE, V.P.; MANDZHAVIDZE, D.V.; KORRESHKO,
A.L.; K0LEb?TIKOV,-, A~I~,(g, Sochi)- SERGEYEV, L.1,; VOLOSHIN, M.P.;
RYBIN, V.A.; IVANOVA, B.I., RYkBOVA, T.I.; GAREYEV, E.Z. ;RUSANOV, F.N.;
BOCHANTSEVA, Z.P. BLINOVSKIY, K.V. KLYSIM, L.K.; MUSHEGYAN, A.M.;
LEOMOV, L.M.
Talks given by participants in the meeting. Biul.Glav.bot.sada no.15:
85-182 '53, (ViRA 9..l)
1. Glavnyy botanicheskiy sad Akademii nauk SS;SR (for Makarovjilipenko,
Gerasimov, 111inskaya. Vsksler): 2. Akadsmiya komunallnogo khozyay-
stva imeni K.D. Famfilova for Vasilgyev); 3. Vaesoyuznaya sel'skokho-
zyaystvennaya v7stavka (for Illina); 4. Botauicheskiy sad Bot-aniche-
skogo instituta 4-ment V,L.KomaroTa Akadamii nauk SSSR (for Sokolov,
Lozina-Lozinskaya, Saakov): 5. Botanicheakiy sad Leningradskogo
(continued on next card)

HAZAREVSKIY, S,L----(ccntinued) Card 2.
gosudarstvennogc ordena Lanina universiteta (for Zalaaskiy)! 6. Pol-
yarno-Al'piyskiy botanichaskiy sad Kol'skogo filiala Imeni S.M. Kirova
Akademli nauk SSM (for Avror'Ln); 7. Botanichaskiy sak pri Tomskom
gosudarstvennom universitsta (for Ivanov); 8. Botanicheskiy sad pri
Tomskom gosudarstvennom universiteta imeal V.V. Kuybysheva (for Prik-
ladov), 9. TSentral'nyy Sibirskiy botanichaskiv sad Zapadno-Sibirsko-
go filials, Akademil nwak SSSR (for Salamatov, Sobolevskaya); 110, Bo-
tanicheskiy sad Irkutsko gosudarstvennogo universitetla imeni A.A.
Zhdanova (for Malinovskly); 11. Altayslmya plodovo-yagodnaya opyt-
naya stantsiya (for Luchnik); 12. Bashkirskiy botanichaskly sad (for
Kravchenko); 13. Lesostepnaya selektsionnaya opytnaya stantsiya deko-
rativnykh kul'tur tre3ta Goszelankhoz Ministerstva kommunaVnogo kho-
zyaystva P-')FSR (for Vekhov),- 14. Bryanskiy lesokhozyaystvenny7 insti-
tut (for Grozdov); 15, Botanichaskiy sad pri Voronezhskom gosudar-
stvennom univers-Itete (for Mashkin); 16. Orekhovo-Zuyevskiy pedago-
gicheskly institut (for Bosse); 17. Botanichaskiy sad pri Rostovskom
gosudarstvennom universitete imeni V.M. Molotova (for Matukhin); 18.
Botanicheskly sad Kuybyshevskogo gorodekogo otdela narodnogo obrazo-
vaniya (for Zatvarnitskiy); 19. Zoobotanicheskiy sad pri Kazanskom
universitete (for Grachev)j 20. Gosudarstvsnnyy respublikanakiy
proektnyy institut "Giprokommunstroy" (for Cherkasov)- 21. Botani-
cheskiy sad Odeaskogo gosudarstveanogo univeraitetm imen-I I.I. Mechni-
kova (for Kirkopulo)-, 22, Botanicheskly sad pri Dnepropetrovskom
gosudarstvennom univeraitete (for Levitakaya), 23. Botanichaskiy sad
(continued on next card.)

HAZARF.VSUY, S.L.---(continued) Card 3.
Akademii nauk USSR (for Grishko, Lilffivar', Vil'chinski7); 24.
Kiyevskiy sel'skokhozyaystvennyy institut (for L~a)i 25. 3otani-
cheskiy sad Chernovitskogo gosudarstvennogo universiteta (for Orekhov);
26. Botanichaskiy sad pri L'vovskom gosudarstvennom universitete -
imeni Iv. Franko (for Shcherbin4j- 27. Botamicheskiy sad KharIkov-
skogo goeudarstvannogo universiteta imeni A.M. GorIkogo (for TSygan-
kova); 28. Botanicheskiy sad ZhitomirBkogo sel'skokhozyaystvennogo
institute. (for Baranovskiy); 29. Botanicheskiy aad Akademii nauk
Belorusskoy SSR (for Georgiyevskiy); 30. Institut biologii Akademii
nauk Belorusskoy SSR (for Stepunin); 31. Botanicheakiy sad kkademii
Litovskoy SSR (for Lukaytene); 32. BotELnicheskiy sad Latviyakogo go-
sudarstvennogo universiteta, (for Ozolin); 33. Kabardinskiy krayeved-
cheskiy botanicheskiy sad (for Kos); 34. Sukhumskiy botanicheskiy
sad Akademii nauk Gruzinskoy SSR (for Vasillyev, Rukhadze); 35. Be-
tumakiy botanicheskiy sad Akademii nauk Gruzinskoy SSR (for Shanidze);
36. 7bilisakiy botanicheskiy sad Akademii nauk Gruzinskoy SSR (for
Mandzhavidze); 37. Sochinakiy park Dendrariy (for Korkeshko); 38.
Gosudarstvenn.vy Nikitskiy botanicheskiy sad imeni VX Nolotova (for
Sergeyev, Voloshin); 39. Krymskiy filial Akademii nauk SSSR (for
Rybin); 40. Botanicheskiy sad Moldavskogo filials, Akademii nauk SSSR
(for Ivanova); 41. Botanicheskiy sad Botanicheskogo institute. Aka-
demii nauk Tadzhikskoy SSR (for Ryabova); 42. Botanicheskiy sad Kir-
gizskogo filials, Akademil nauk SSSR (for Gareyev); 43. Botanichaskiy
/continued on next card)

MAZLRKVSKIY~ S.L.--(continued) Card 4,
sad Akademli nauk Usbekskoy SSR (for Rusanov, Bochantseva); 44.
Botanicheskiy sad Akademii nauk Tuarkmenskoy b-SR (for Blinovskiy);
45. Respublikanskiy sad Akademil nauk Kazakhakoy Sa (for Eyshev
Mushegyan).
(Botanical gardens)

Silr,jG'~Rl3IITA,
Mfl-,:~~nets Park. Blul. Glay. bot. sada nc.2F:U~15 157.
(Hipi, ii: I)
-irstvfinnyy universitet im. Iv;ir,-i Franko.
- Llvovokiy gosud,
Olizhafflcovichi District-Arboret,ims)

SHCHMINA, A.A.
Introduction of trees and shrubs in Lvov. Biul.Glav.bot.
sad.a no.32:31-36 '58. (MIU 12:5)
1, Llvovskiy gosudarstvennyy universitet im. Iv. Franko.
(Lvov--Arboretums)

Ob rA, r-7i melc.~e Sorr,.-azhenwi kh s ry,-da--i '~'urlye. Lnerr~.)retrcvsk. ,
7ar.. 21
tbiema'ics in the 1,1~7'R, l?17-1047
edited by Kurosh, A.G.
i.~arkushevich, T.
Rashevskiy, F.K.
oloscow-Leninvrad, 194F,

A r~
H C, H I:-
j:
coa-
On a summalioa method cf-sMes
Ikexhina, A.
jugaze to Youner "des. Alat.- Sbornik N.S. _2700).
4-
157-170 (1950). (Russian)
serks
Let S.(x) S.(x, 11 be the at it: partial sum of the
the Fo - ler wries et
j conjoy'ato to ur 'iwi-audlet
40,P)
i Im thv delayed (C, 1) meaus of IS# 1. (1) A nect*mry and
flicient condition that 1(n. p:. be uniformly equicanver.
du
ITO 1" gent, for every continuous f, with
if Vu(,+I) - n
as a-ioo, is that lim inflil.. A11A>0. (2) If the latter condi-
meet
i tion Is witisfied, then o (it, P) -ftv) Um".
A(4) W
Ikil uviLrywhere, for.every Integrable (3) A cor ponding
wicki Conjugate to the Fourier-
result in obtained for the I;L
und (Chicago, 111.).
StieltjcR twries. A. Zygm
S-wros Mathairatical HaVIOUS, Vol-
0-

oll
.ra
1 Tn~;t, ~hadr "o-t.
;L.,

1-fucHNIK, S.R., starshiy nauchnyy sotrudnik; SKORODINSKAYA, V-V-, starshiy
nauchnyy sotrudnik; SHCHERBIRA, A.F., mladshiy nauchnyy sotrudnik
Metabolism in patients with marked myopia And deratoconus. Oft.
zhur. 13 no-5:261-266 158 (MIRA 11:10)
1 '. Iz laboratorii patologicheskoy fiziologii Ukrainskogo nauchno-
issledovateliskogo eksperimentallnogo instituta glaznych bolezney
i tkanevoy terapii im. akademika V.P. Filato-va (direktor - prof.
Y.Ae Pachkovskaya).
(METABOLISM)
(ZIF-DISEASES DMCTS)

SBCHEITIBITIA, A,F.
A re.j rt)ecies of Diplotaxis DC in th-. Don ba5in. L~rlt.mat.csrh. 22:
1 5,'-~ -154 163. (XItU 17:2)

810)
SOV / 112 - 59 -5 -9 186
Translation from: Referat:.v-nyy zhurnal. Elektrotekhnika, 1959, Nr 5, rp 110 4USSR)
AUTHOR: Shcherbina, A. G.
TITLE: Regenerative Circuit of a Semiconductor Refrigerator
PERIODICAL: Tr. 1-y Mezhvuzovsk. konferentsii po sovrem. tekhn. dielektrifkov
i poluprovodnikov, 1956, g. L. , 1957, pp 314- 318
ABSTRACT: An experimental 100-liter refrigerator was buUt by remodeling a
"Dnepr" icebox. The first stage comprises a bank of 200 thermocouples, the
second stage three similar banks. Tests were conducted with and without a
fan blowL-ig or. the hot radiators. The test results proved to be unsatisfactory:
with a 90-.kg weight, vs. 50 kg of the "ZIS-Moskva" refrigerator, over 5076 of
the electric power was spent for overcoming a parasitic temperature drop that
reached 20-30'C. The design of a regenerative semiconductor refrigerator
free from the above disaivantages and having a considerably higher
ieftigeration coefficient is presented. The regenerative circuit exhibited, in
actual tests, twice as high an economy as that of the conventional semicor-ductc
refrigerator.
L. I. A.
Card 1/1

KOLENKO. Ye.A.; SHCHERBINA, A.G.; YURIYEV. V.G.
Method of eliminating heat from semiconductor cooling devices.
Zhur. tekh. fiz. 28 no.11:2543-2545 N 158. (MIRA 12:1)
(semiconductors) (Cooling)

KOLBIAO, Yo.k.; -.
Microtome table with thermoelectric cooling. Med.prom. 13
no-3:47-48 Mr 159. (MIRA 12:5)
1. InstitiA poluprovodnikov KN SSSR.
(MICROTOME)

ISAAKYAN, L.A.; KOLENKO, Te.A.; SHCHMINA, A.G.
Illectrical apparatus for thermal stimulation of the skin. Fiziol.
zhur. 45 no.1l.-1388-1391 X '59. (MM 13:5)
1. From the U.S.S.R. Academy of Sciences Institute of Semi-Con-
ductors and the department of general physiology, Institute of
Mxperimental Nedicine, leningrad.
(THKPHRATURR)

S/12o/61/000/004/032/034
E194/E3,55
AUTHORS. Voronin, A,N., Sher, E.M, and Shcherbina, A,.G.
TITLE A proci_sjott ,;omicondtictor zot-o. t 11 orrilwi tilt
PERIODICAL; Pribory i tekhnika eksperimenta, no. 4,. 1961,
pp. 18l - 182
TEXT,, Maintaining the cold junctions of thermocouples
in a vacuum flask with melting ice is an inconvenient and
rather inaccurate arrangements A cold.-Junction thermostat
has been constructed, based on semiconductor cooling thermo-
elements which accurately maintains a temperatu-re of 0 OC.
The cold junction of the thermocouple is in a sealed copper
vessel, completely filled with water and also containing a
pressure bellows inside which are electrical contacts that
operate when the bellows are compressed. The base of the
copper vessel is cooled by being in contact with the cold
junctions of a battery of 8 semiconductor thermo-elements
connected in series and passing a current of 16 A. The hot
junction-is cooled by tap water and the water unions also
serve as electrical terminals, As the water in the copper
Card 112

S/l2o/6i/ooo/oo4/032/034
A precision E194/E355
vessel is cooled it freezes round the walls, expanding so that
the pressure -s ensitive bellows is compressed to operate a
relay that disconnects supply from the thermal battery. As the
ice melts the pressure is relieved and supply to the thermo-
battery is restored, Thus, the cold junction is always in
water that is in equilibrium with ice.
Foam plastic is used for thermal insulation of the equipment.
The thermostat maintains a temperature of 0 0C to within
0.001 0C. The thermostat is 100 mm in diameter- 120 mm high
and weighs 1~1 kg. It is supplied by a rectifier unit using
two germanium diodes type af--10 (VG-10) and can operate with
0
cooling-water temperature up to 30 C and room temperatures
up to 40 OC. By increasing the size, water cooling could be
replaced by natural cooling~ There are 2 figures.
ASSOCIATION, Institut polupr-ovodnikov AN SSSR (Institute of
Semiconductors of the AS USSR.)
SUBMITTED December 15 , 196o
Card 2/2

7L 00877-67 EWT(1)jE','rf(A
ACC
AP6023654
/T IJP (c)
SOURCE CODE: UR/0066/66/000/0 /0017/0020
04
AUTHOR: Shcherbina, A. G -5-67
ORG: SKB Institute for Semiconductors, Academy of Science SSSR (SKB Institute
poluprovodnikov Akademii nauk SSSR)
~J
TITLE: Corrugated heat conductors for thermoelectric batteries
SOURCE: Kholodiltnaya tekhhika, no. 4, 1966, 17-20
TOPIC TAGS: thermoelectric converter, thermoelectric cooling, thermoelectric equip-
ment, thermoelectric generator
ABSTRACT: A method for calculating heat conduction through corrugated heat con-
ductors is presented. The calculation is based on the following model (see Figs. 1
and 2). Applying the heaVonduction equation to the heat f 'low through the metal *
and electrical insulatLmg ayers arranged as shown in Fig. 2, the author derives ail
expression for the maximum heat conductivity of the heat conductor
where /~14 and 5M is the heat conductivity and thickness of the metallic layer
respectively, and (5,a is the thickness of the insulating layer. The derived ex-
pression was tested on a corrugated copper-ep2M-impregnated paper., It was fo~and
Card 113 W . UDG-: 621.565-83 --

L 00877-67
CC NI- AP6023654

r
rX
t

,' ~ah h
.2
Fig. 1. Corrugated heat conductors: Fig. 2. Model for a corrugated heat
1, 2 - metallic layers; 3 - electrical conductor (for meanings of symbols,
insulating layer. see Fig. 1).
that for & = 0.1 mm, X14= 320 kcal/mthr-degree, AA= 0.15 kcal/m-hr-degree,
and SA = 0.055 mms the maximum heat conduction was 97 kcal/m-hr-degree, i.O.P
Card 2/3

L OOM-67
i ACC NR:
AP6023654
equal to that of aluminum. The derived expression was also tested by calculating
the temperature difference across the air cooler KR-l. The calculated temperature
difference (0.99G) was found to be in good agreement with the experimentally de-
termined values of 0.85--l.25C. An installation based on a sewing machine mechanism
is capable of producing 800-1000 corrugated heat conductor units per hour. Orig.
art. has: 2 graphs and 26 equations.
SUB CODE: SUBM DATE: none
Lqa.rd
hs

SHCHE9,BINA, A. I., Cand. Aggri. Sci.
Of Poultry
U,~~;ht Systems on lRaIntenance /
(diss) "Effect of Various
. - for ExchanEres of Substances
(N, Ca and P) and Development of their Offspring," KharIkov, 1961,
16 pp. (KharIkov Zoo-vet. Inst.) 150 copies (KL Sunp 1-2-61, 28,').

SHCHERBINA, A.I., inzh.
Steel plate for the lining of blast furnace bells. Met. i
gornorud. prom. no.1:69-70 Ja_F 162. (MIRA 16:6)
(Blast furnaces-Design and construction)
(Plates, Iron and steel)

SILt%KCV, N.K., slesarl (Odessa); SHCHEIIBINA, A.!., slesar, (Odessa)
Test stand for electric welding generators, Suggested by N.K.
Silakov, A.I.Shcherbina. Stroi. truboprov. 8 no.5:35 KI '63.
(MIRA 16:5)
1. Stroitellno-montazhnoye upravleniye No.10 tresta Ukrgazneftestroy.
(Electric generators)

SiMFERBRIA, AL.I., PROST011, P.A., inz,-,
-1 _ =4*
Ter-kLig 338M of a runr-Ligr tumne, Ln mie mcnth :L j2 - ~:
tio-i of the Mcsc.:)~.r subway. Shakht. Eitr-cl. 7 no.11924-26 17,10
Ni.;IA -l"
- n~ye Nc.7 Grasuda--St7~ rlcz.','~
uQravl--- _r_
u, -i.)g,-. Lrasnog,-- uprai,-leriye
.,rdena Lenina i crdena Tr Jn
stroi t e1 rstva lebskovs'kogrt-~) metr--pol Iter ti.

--pr I"

of dom
wi t 1,, -n5 4
s nf Hntls- ?52 2(
Sc - V~ r r 3 Uncl
TA.BCC-N

7,-;P.C4'.l-'e3 Of a -ric lture -.,D :-ond ~'4 3' ' cal~,,,,re,
2,,
Monthly List 2f Russian Accessions, Library of Congress, 1953, Uncl.

SHCHMINA, A.K., doktor voterinarnvkh nauk, professor.
General regularities in the development and dying out of conta-
gious diseases of fish. Veterinariis, 30 no.11:22-25 N '53.
(KLRA 6:11)

SHCHERBINA, A.K.1 Professor (Kiev Vet Inst)
"The basic Principles on Prophylaxis and Eradication of Infectious Diseases in
Calves"
Report given at 13th Inter-VUZ (Higher Educational Insts.) Scientific-
Industrial Conference, held February 1956 at Kiev Vet Inst.

A. ~. , prof essor.
1 11- 1
Control of f ish diseqses in Li-u ~-, : '.- 4,ri,.criuaria `4
s 157. ~!-i: -))
(Ukrsine--F:ishes--Dlser;~., -~;-

YARKWICH, A.P.; SHCHURBINA, A.K.
State and problems of the study of fish disoaf;es in inland watere
of the Ukrainian S.S.R. Trudv sov.Ikht.kom. no.9:149-152 159.
WIRA 13:5)
1. Institut zoologii All USSR i Itauchno-issledovatellskiy institut
prudovogo i nzerno-rechnogo rybnogo khozyuystva USSR.
(Ukraine-Fisbes-Diseanos and pests)

A
"I'ne 3pasic Problf-::: e~)f 'ieterinany 2cience In the Levelopment o~ -.adicall
1.~easures to -,'ijht ~'ish Disep-ses In the Uk-rainian Lakes.,
Tentin G.-nife!,exice on Prarasitol.(~gical Problems arid Use-nEes with .11atural
..,s~-rvoir3, 22-20,
uctober ~959, Vol. II, Publishiral- House of Acadeny of
Jciences, U33A, Moscow-Leningrad, '950~-
institiAe oL' Ash Lrcedin~~, and 1'A?,pirtyn,nt t--)f -E-pizootology of the Veterinary
Faculty ).-' 'Line- Twrainiari -,*icpder.!y uf AEric Itural -cienc,. % ev.
u S d

SUCIFETiBINA, A.K., prof., doktor veterin.nauk; ZABOR IY, H.I., red.;
PECHENKIN, I.Y., takhn.red.
[Diseases of pond fishes] Bolezni Dradovy'k-ch ryb. Moskva,
lzd-vo X-va sel'.khoz.SSSR, 1960. 39 P.
(MIRA 14:1)
(FiBhes--DiseaseB and posts)

SHCIDW,111A. Aleksey Konstantinovich, _prof., doktor veterin.nBuk;
prof., doktor biolog.nauk, red.; DONETS,
N.Yo., red.; ZHELIKHOVSKIY, V.I., red.; KVITKA, S.P..
takhn.red.
[Diseases of fishes and their control] Bolezni ryb i mery
bor'by a nimi. Kiev, Izd-vo Ukr.Akad.nel'khoz.nsuk, 1960.
333 P. (MIRA 14:1)
(Fishes--Diseases and pests)

SMOVERKHOV, F.M., kand.biolog.nauk; DYNISOV, L.I., inzh.; MATSUTSIN,
N.G., inzh.; PISARMOVA, A.S., rybovod-, SHCHMINA, A.K., doktor
veterinarnykh nauk; GRIGORIYEV, Ye.P., red.--,--]EYZTA-, tekhn.red.
(Fish culturist's handbook] Spravochnik rybovoda. Moskva, Gos.
izd-vo sellkhoz.lit-ry, 1960. 350 P. (MIRA 13:9)
(Fish culture)

---, - ) . . .:% . ; -1.1 ~ . . - -I , . . . - . . - .1 1 - I . .
"Antibiotics against experimental pasteurellosis in poulti-j-"
Ve~terinariya, Vol- 37, No. ---, 196p, D. 4o
(SHCHERBMA, A. K., Prof., NASTENKO, K. A., and EMITRIYEV, Dotsents, STEPRU, M. F.,
Ordinator - Ukrainian Acad. Agricultural Sci.

SHCHERBI.NAI-A., K., GC):LRMI', N. I., NASTUiKO, E. A., and DMITiCLYEV, 1'.. 1.
-Tb67c-tor --- 01' Veterinary Sciences and Candidates of Veterinary Sciences)
"The testing of biomycin in pasteurellosis of auck-lings"
Veterinariya, Vol. 38, no. 10, October 1961, pp. 81-89
- I ",", -,

!~~ i~ ; I !.", t 6" f ~ ,KoT,..,: tan Linovicb ; F.M.
IF-4jh diseases and the fundamentals -f fish culture -1
Bulezn'- ryb 1 osnovy rybovodstva. 'r',osl.-va9 Ko'-O~:Q 4
-0, . , -
." 0. ~,XDA -,~ ~q
I I

Monthly List of Russian Accessions, Library of Congress,
Uncl.

USSRI Agriculture
Cara
Authors Shcherbina, A.
Title Along the steppes-of thelUkraine
Periodical Nauka, i Zhiznl,. 5, 36 -- 38, may 1954
Abstract Wdrking and social adtivities of kolkhoz (cooperative) farmers of tle
Ukraine steppes and thdIr-c-ontributions to the fulfillment of Soviet
5-year plans. Illustrations.
Institution
Submitted

3HCHER31t~-'~, i,. R.
High yield:3 of cor--. an large areas 2., dop. izd. Moskva, Go.-. izd-vo selkhoz littl-ry
E5 p. (perejovoi opyt v jel'skoT khozinistve)
1. MsIze - Rus2ia.

VARCHEM, A.I., kand.med.nauk (Elyev); KARPMO, N.G. (ri3rev);
SHORMINA, A.S. (Kiyev)
Frequency of paradentogis among the rural population of Fastoy
and Brovary Districts of Kiyev Province, Frobl.stom. 4:201-204
'58. (MIRA 13:6)
(KIR PROVINCI-GUM5-D I SEA SES)

FROKOPPIKO, A.G., InzI1.; GOTIESHNIK. A.D., inzh; PALIMUT, A.S., inzh.;
RUVIMSKIY, L.M., inzh.; SILUAGIN, A.D., inzh.-, SHCM-BINA, A.V.,
inzh.; TAKOVLEV, VJT., inzh.
Starting up turbine-boiler units after a holiday shutdown of
24 hours. Teploenergetika 7 no-3:6C-72 Mr '60. (MERA 13:5)
1. Yuzhnoye otdeleniye Gosudarstvnnnngo tresta no organizatsii
i ratsionalizatsii elektrostantsiy, Yuzhno-Urallskayr
goslidarstvennaya rayonna7a elektricheslmya stantsiya, Odesskaya
teDloelektrotsentrall i Stupinskaya teploelektrotsentral'.
(Boilers-) (Steam turbines)

PROKOPENKO, A.G.9 inzh.; PALIYCHTJK9 A.S., inzh.; sHCHERBINA, AN., inzh.;
SMIALAGIN, A.D., inzh.
Starting features of VP turbines. Elek. sta. 32 no-7:11-17 Jl
,(I. (Steam turbines) (IMIRA 14:10)

PROKOPEI-IKO, A.G., inzh.; SHIVIIS, V.Z,.,-inzh.; SHGIERBIIIA, A.V., inzh.
Morning start-up of a boi-ler-turbine unit. Elek. sta.32 no.5:2-4
my 161. (MIRA 14:5)
(Boilers), (Steam turbines)

- ~ ". , .-., , : - -'r E~r -,~; ~ . ,, . ".; r~ - .7.,- r-. . .- '. :_ I ! I
. I I ?, - ~ ~? ~.'-
-1 ; . .. . , - .-l. .
I - I I - .- 1 1, ! -, I ~l -1 - ' - -
- - I . . I V 77- 7
. i - . -- - -'I ;

VORC,7:OV. V.Go- .4nzh.; B,G.: 4 ~
AatoTztic caale i:la(%ing device fol- rable
. - 11 . -
, ,- ~ -I
Energ. i elaku-otellcii. Ap ... Te I ~,~ 14. k. -.ii,. I /. ioll

3-'-'~ HfIRB I 1.'A-, D. (g. Novomoskovsk, Dneprooetrovskoy obl-isti)
-
Worker inventors, Prom.koop. no.4:10 AD '57. (MLHA 10:7)
1. Tekhnoruk artell invalidov "Yedineniye."
(Kfficiency, Industrial)

SHCHM311T.A. D.M.
I
Change the dateBfbr taking samples of wintercrops and perennial
grasses. Zemledelie 8 no.1:92 Ja '60. (MIRA 13:4)
1. Glavnyv agronom plemsvinosovkhoza "Chutovo", Poltavskoy-
oblpsti.
(Grain) (Grasses) (Plants--Frost resistance)

SHCITRBINA, D,M.
Rectifier feed of hot-cathode tubes. Izm. tekh. no.8:32-34
Ag 163. (MUU 16 : 10)

ACCESSION NR: AP4014638 S/01W641000/001/0027/0029
AUTHOR: Shcherbina, D. M.
TITLE: Kerr ciel .I ulled1lor comparing luminous fluxes
SOURCE: jzm'qr.itei'naya tekhnika, no. 1, 1964, Z7-29
TOPIC TAGS: pyrometer. optical pyrometer, comparator, Kerr cell,
Kerr cell comparator, luminous flux, luminous flux comparator
ABSTRACT: The use of a Kerr cell for optical -pyrometer measurements is
considered. Two luminous fluxes polarized in perpendicular planes are directed
into a Kerr cell. If the fluxes are unequal, the difference will be modulated by
the cell, passed through an analyzer, and measured by a phototube. This
formula describes the above phenomenon:
-COs ep &D cos (4a-2~1),
4
Card 1/2

It
ACCESSION NR: AP4014638
where A'P, is the alternating luminous flux reaching the phototube; (P is the
phase difference between the ordinary and extraordinary rays that passed the
Kerr cell. 64) is the difference between the two fluxes being compared; o/- is the
angle between the principal plane of the Kerr cell and a polarizer; i is the angle
between the principal planes of the analyzer and the same polarizer. Two pairs
of plates at right angles with applied quadrature -shifted voltages are suggested
for the rotating-field Kerr cell. Sources of various errors are examined. Orig.
art. has: 3 figures and 2 formulas.
ASSOCIATION: none
SUBMITTED: 00
DATE ACQ: 14Feb64 ENCL: 00
SUB CODE: IE, PH NO REF SOV: 002
C,,d 2 / 2
OTHER: 000

,;ACCESSION HR: AP4024195 6/0294/64/000/001/0098/0101
J AUTHORs Shcherbina, D. M.
!'TITLE: Temperature measurements in solar;furnaces,
SOURCE: Teplofizika vy*sokikh temperatur', no. 1, 1964,. 98-101
TOPIC TAGS: solar furrfacep temperature measurement, solar furnace
temperature, blackness coefficient, brightness temperature, reflec-
tion coefficient, magnesium oxide brightness
ABSTRACT: A new method has been developed'at the KbGIMIP to deter-
mine the temperature of a solar furnace, so as to eliminate the
methodological difficulties caused by the reflected sunlight. The
method is based on determining the blackness coefficient of the mea-
sured sample and the brigbtness-temperature, due to thereflected
solar energy, of a comparison object made of-magnesium oxide. The
brightnesb tempera ture of the investigated-sample is also measured
Crd
-1/3

ACCESSION NR: AP4024195
and consists of the brightness due to its thermal radiation and a
brightness of the reflected sunlight, so that one can write
C2,
2---e *rr_;~-- -,
ee (3)
P9
where T, is the brightness temperature of the sample, T0 the bright-
ness temperature of the magnesium oxide, T the unknown temperature,
C and c0 are the respective reflection coefficients of the specimen
and the magnesium oxide, and X is the blackness coefficient. The
procedure for determining all the quantities except T is described.
The measurement error does not exceed 1%. Orig. art. has: 5 formu-
~as,and 2 tables.
ASSOCIATION:' Kharlkovskiy gosudarstvenny*y institut mer i izmeri-
tellny*kh.priborov (Xh~r'kov state
i1stitute-for Measures and Mea-, i
C"d -2/3-
--------------

;:'ACCESSION NR: AP4024195
suring Instruments)
SUBMITTED: 210ct63 DATE ACQ: 16Apr64
SUB CODE: PH NR REP SOV: 000
Card 3/3__
ENCLS 00
OTHER: 004

L 45626-65 EW(1)/EEC(b)-2/T Pq-#Pi~-A IJP (c).
CWSION NR: Al-
M06479 8/0294/65/i)03/061/0164/ 5
AUTHOR! Shcberbina, D. M.
TITIN.: Concerning one possibility of measuring emisslyl jhl
SaMCEI: Teplofizika vysokikh temperatuk# v. 3,.no. lp 19659 164-165-
TOPIC TAGS: emissivityq reflection coefficientt brightness temperature,, blackness.
coefficient, gr!tical measurement
ABSTRACT: The method proposed is applicable in the case when the emissivity of th:6
body has a wavelength dependence with minima or maxima. An external solwce such i
as a gas-discbarge lamp eliminatesAhe heated surface of a,circle,, the temperature!
of iqbich is maintained constantl(monitored., for. example, with a..brightness pyro-
meter). The reflection coefficient In some direction is recorded as a fumetion ov
the wavelength,, and the reflected light can be separated from,theintrinsic radia-~
tion by modulating the incident light.- A procedure for determining the blackness
coefficient and the brightness temperature is presented for the case vhen the
curve has a maximum., by making use of.the fact that the blackness coefficients
Card 1/2

L 11170;
ACC NRz
R.
19577 SOURCE CODE: UR/01-15/
AUTHOR: Shcherbina, D. M.
ORG: none
TITLE: Apparatus for the determination of spectral blackness coefficients
SOURCE: lzmeritel'naya tekhnika, no. 4, 1966, 44-47
TOPIC TAGS: temperature measurement, radiation measurement, black body radiation,
light reflection coefficient, solar furnace
ABSTRACT: The author describes apparatus developed for tNe measurement of the normal
spectral reflection coefficients of ncinrAetallic material.TLt high temperatures, from
which the temperatures themselves can be determined. The apparatus consists of a
solar furnace to heat the measured sample (to 2500C), and a measuring optical system
consisting of a reflect or, irradiator, and electronic circuit. Solar-radiation
pyrometers are also included. The tect body is heated by focused solar radiation,
and its surface temperature is determ-ined by reflecting from it a narrow beam of
light from a hydrogen-fil-led pulsed flash lamp. The reflected light signal is de-
tected, amplified, and recorded. The article describes the measurement method, the
#pparatus, and the equatorial system -used to allow the apparatus to follow the sun's
motion relative to the earth. Various precautions necessary to avoid the effects of
vibration, background, and other disturbing factors are also described. According to
preliminary tests, the apparatus can measure blackness coefficients at temperatures
Card 1/2 UDC- 681.2-. 5~5.2~1.

ACC NR: AP6019577
20-2500C with accuracy within 6%. Orig. art. has: 4 figured;:
SUB CODE: 11, 14/ SUBM DATE: 00/ ORIG REF: oo6/ 6TH REF: 001
1 Car 2/2,

DELITSOV, B.M., inzh.; SHGHERBINA, E.G., inzh.
Trends in the creation of means for the mechanization of stoping
operations in steeply dipping seams. Ugoll Ukr. 6 no.5:32-33
my 62. (MIRA 15:11)
1. Gorlovskiy mashJnostroitellnyy zavod im. S.M.Kir-ova (for Delltsov).
2. Toretskiy mashinostroitelInyy za4od (for Shcherbina).
(Donets Basin--Coal mining machinery)

PANASENKUY S.I.J. inzh.;_aGYi,:RRTNA, -,Inzh.; AKSENOV, V;V.., kao9tekhn.
nauk; DIYAKONOV, D.N., inzbr.; MIRONUV, N.T., inzh. . 6
Testing experimental section# of the support of the AKD unit.
Ugoll. prom. no.6:54,57 N-I> 162. (MIRA 1612)
1. Toretskiy-mashinostroitellnyy zavod (for Panasenko, Shcherbina).
2. Institut gornogo, dela im. SkochinBkogo-(for Aksenov, Dlyakonov,
Mironov).
(Mine timbering-Testing)

SHCURBINAP F. [Shcherbyria, F.]
Let us build farm buildings for the collective farms under our
patronage. Sill. bud. 13 no.11:8-9 N 1611. (MILRA 17:1)
1. Sekretarl partiynoy organizatsii Kiyevskogo domostroitellnogo
kombinata No.l.

L 1575-66 DJT'm)/EP5,(c-)/-7PY(rL-)-2 ~DFl (i0, i Lu L Vdl
AUUM51 N INR: AP5022600 UR/6,90/65/007/0()9/1549/1553
AUTHORSs
TITLEt
acids
SOURCE:
66-095.26+678-744+678-745;.
Shcberbina, Ft F#j Fedorova, L P, lie
Ra I'll c9 ineilwith ac I d methacrylioi-'.,
diatior -PLI)serization ~f a,141amine
Vysokomolekulyarnyye soyedineniya. vo 7, not 9, 1965, 1549-1553
TOPIC TAGS: copolymerization, acrylic acid, methacrylic acid,, allylamine,
radiation polymerization
ABSTRACT; Radiation copolymerization of allylamine with acrylic and methacrylic
acids in aqueous solution and in solid phase has been accomplished by using
C060 at 1300 and 56 rad/sec, The reaction proceeded at room temperature to the
extent of 72%. A detailed study of the reaction was performed since the polymer
products of this reaction have amphoteric character and so are of considerable
theoretical and practical interest* The bifunctional character of the Woducts
was confirmed by the dependence of the viscosity of the aqueous polymer solution
i upon the pR of the medium (see Fig. 1 on the Onclosure)y by the potentiometric
titration curves, and by chemical analysis* These latter data were confirmed by
the- results of calculations based on the curve in Fig, 11 which indicates that
Card 1/4

L 1575-66
ACCESSION NR: AP5022600
the ratio of the basic to the acidic component is 1:4 in the case of acrylic acic4l
and 1:4-7 in the case of methacrylic acid. It also appears that the content of
the polymer is independent of the radiation doses and the composition of -the
monomeric mixture. -An excess of allylamine, however, lowers the yield of the
copolymer. The dotted portion of the curve indicates the region of pH within
which the copolymers precipitate. Similar results were obtained when N-ethyl
alanine was used as & basic component. However,, a solution of Nqff-dietbylalanine
copolymer,, used by 0. 0. Houben-Weul (Methoden der organisohen Chemie,, Georg
Thieme Verlag, Stuttgart, 4 Aufl., 1961, S-1133) in his viscosimetric studiest i
was stable at all pH valuess This is explained by the formation in the vicinity
of the isoelectrio point by the primary and secondary amino groups (but not by
the tertiary) of an isoluble lactam which is readily cleaved,by either an acid
I or a base
card 2/C----
0/ -71
Hrl C.0 COOH-n

1575-66
ACCESSION NRt AP5022600
R
CH
CH, coo-
NHR'- Na"'
-CHz-CH- CH,-G-
L;H2 COOH
+
NHR'
where n 3t if R H; n 49 if R CH and R1 H or C Orig. art& hass
3 2"5
4 tables, 3 figures, and IfOrmula.
ASSOCIALTIONs Kiyev gosudarstvennyy universitet im., To 0, Shevchenko (Kiev
71Y
State University
SUBMITTEM 150ct 4 ENCL: 01 SUB CODEt OC
NO REF SOV: 002 OTHERs 008
Card 3/4

L 1575-66-
'AP5022600
ACGESSION NRi ENC ID SUREt 01
;J7.
6
JLP-H
Fig, 1. Viscosity of the solution of the
ally1maine-acryl-ic acid copolymer ait a
function of the pH of the medium.
rnrd A 1A

FALIKOVICH, Yu.Ye.q. Prinimali uchastiye: STANCHU, I., student;
SYCHERBINA, G., studentka
Determining copper content of wine and brandy by means of ion
exchange resins. Trudy KIPP no.22:375-378 161. (MM 16.'4)
(Wine and winemaking--Analysis)
(Ion exchange reslas')

SliGIOWINA, G.V.
Otogenous intracranial complications as revealed by materials from
the Otolaryngological Department of the Volhyn' Province Hospital.
Zhur. ush., nos. i gorl. bol. 21 no.2:28-31 *-Ap '61.
NIRA 14:6)
1. Otolarinplogicheskaya otdeleni3e Volynskoy oblastnoy bollnitsy.
(EAR-DISEASES) (BRAIN--DISEASES)

lofl,~en- of 17-ketcater,j-3 jri
Zhur. ush. nos. i gorl'. bol. 23 no.6:cl-55
1 Iz ka 1'ej UiLit g(,
4
"!Lp
-131
zaveduyu.3t, C"Ec dOicz,,)r 11%uk ;Yak)
L wovs -- r -, 3 in, *r- L"'Z: % i T'll "E'. i -

2866 j;
S/020/61/140/002/008/023
C111/C444
AUTHORi Shcherbina, G. V.
TITLE: On the boundary value problem for Blasius' equation
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no. 2, 1961,
318-321
TEXT: The author proves the existence of the solution of the boundary
-r
value prob lem
Y1, + 2yyl = 0 (1)
Y(10) = 0, yl(+O)=Y,(-o), Y,,(+O)=cY,1(-0), lim yl(x)=a
x -4 + 00
lim Y I (x ) = b (c > 0, a '>~, 0, b ~,, 0, a / b) .
.X-4-00
The proof is based on the following theorems:
Lemma 1: For an arbitrary solution of (1) there is either
yll(x) /0 (- co < x -,-- oo ) or y 41(x) a 0.
Theorem 1: If YI(x)> 0(- oo---x 4 oo), then there exist finite limits
lim Y, (x), lim Y1(x )-
x -..;, + 00 X --30- 00
C ar d 1/3

28663
S/02o/61/140/002/008/023
On the boundary value problem . . . C111/C444
Theorem 2: Let y(x) be the solutxion of (1) and lim y'(x) a > 0,
X -4 + 00
lim YI(x) - b > 0, y(O) - c 01 Y'(0) - cly Y"(O) - Co.
X --.~ - o0
Then there exi s ~s f or every Fo > 0 a (F > 0 such that out of
c - C 0
c1 1y" C21"CC it follows:
Yo o Cr Yo
max 1y,(x) - yl(x,y Yof, Y..)I.<
- co4X < o0 0 0
Theorem 3: Let y 1 (0) = 06, Y" (0) For every a >, 0 and every
o/- ~31'0 there exis I's a P~L such that y(x) satisfies the equation (1)
and lim YI(x) = a.
x 4 + co
Besidess If a -o4. >, 0 then is a continous monotonely de-
creasing function of oL ; if a - C4 .O; 4) for those
to
y 1 for which '+(y) - 0 the following holds lim 0 (Y) > 0,
X-10, OD XOL
where OL > -1 iq some constant. Under these conditions there exists a unique
solution of the boundary problem (1), (11).
Yu.A. Klokov
[Abstracter's notet Complete translation]
Card 2/2

SHC~HERBINA, G.V.
Laminar flow of a viscous fluid in a channel with porous walls.
Pribl.metod.resh.diff.urav. no.2:162-175 164.
(MIRA 18:4)

L 63570.;65 aff(d) Pg.-4 IJP(cY
ACCESSION ITR: AP5014863 UR/0041/65/01i/bOV60i
AUTHORS- Wahkiss As Do (Khartkov); Shoherbina, G. V., (Kharikov)
TITLE: Asymptotic behavior of solutions vanishing at infinity,of a class of.se
oorder differential equations
1SOURCE: Ukrainskiy matematicheskiy zhurnal, v- 17, no. 3, 1965t 74-83
2TOPIC TAGS: asymptotic property, differential equation
:ABSTRACT: As a generalization of a specific problem previously treated,the
:investigate the asymptotic beMviF apL,,-: --P oD of solutions
-Y(x) of
:'having the property
0
'0