SCIENTIFIC ABSTRACT MELNIK, B. - MELNIK, I. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033420007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UKOLOT.,
ko#dldgLt tachnicheskikh nauk; KWNIK.;'Inzlzaner.
DetermloIng the velocity of air blown througt ventUsted gmin.
*jk. -3) (ML 10: 2)
1. Tessoyasnyy namcbno.-Isellsiavatel'skly institut sierna I pro-
duktaw ago pererabatki.
(Grain elevators-Haating and ventilation)

KILIEN, B., Inzhe
I-,-----:-I-:
Determining the optimal distance betweea pipes who& ventilating
bUk graft. Kuk. elev. prom. 24 no.11:10-U N 158.
(MIRA 11: 12)
1,Vsasoyuznyy nauchits-Issladovatellsk1jr institut seraia I produkttv
yego pererabatki. (Ventilation) (Grain-Storage)

UKOLOV, V., kandetekhn.nauk; NEMITIK B. kandatekhn.nauk
I
Visual observations on the circulation of air in ventilated
bullk grain. Mak.-glev. prom. 27 no.3,1.,29 11 161.
NIRA 14-12)
2. Voesoyaznyy naiichnc-isqIedcvatel'skiy institut zerna i
produktov Yego, pererabotki.
(Grain--Storage)
(Ventilation,

hormon
n
A ABSTPACT::
o -IoWer~-Ver teh rates a
h-- i --thdi- l- t The
ability -toiI,
~.c n -:ejnv ronment
ange. :axtertia 17- _:i~
author invd6tig~ted-,i~hith4a-t a6phiblA, retain an-adaptation melanophore
response whewneurotropie agents that act mostly on the cerebral regions
(corazol, Caffeine), and- on cerebrospinal functions (dibasol), as well as
R
agenta (hexamethonium) are administered to them. The
an Wal a wevT. in--the-
'expfIrLme- a ware; a 0.
CI-w age:, n- thp~ color of the froga was pro
rUL by exposing them_ag!~inat
-card 1/"
'M

L 5 ~o-~7_45 J.
-
I
OIRACOM
-
ACC
AP
,018 _~6:::-_

a white background ~an - numi
dA nating-them wLth~scattered light for 12.houra..
The auLhorta asaump tion--,-, that corazol-and caffe-ine produce contraction of
_
'

4
ile p1gimeni-of
lighter color of the akin regardless
t
iha inelanophore and
0: of tile UlUmination' Waw vidinfIrmed- by repeating thene experim2nts on placing,
-Colo 'Aga
Jight red. f r6go inat a:,black backgroxindi This is attribu*ted to the
-th
L) kIng of 0 incretIon- hypophysia
lor th6 melanophore hormone or the
due t-:j the intensification of efferent tritpulsea from the masencepholon and;
diencc~vhal6n - Lle-. regions. of the brain which are the tuost stimulated by
thc-nium - and ibdqbl-_ were- -f ound -, to- b much. less,

j4P,j'NjKp B. Yesq kand. takhn. nauk
Improve the technology of continuous processing of food and
feed earn. Informs biul. VMKH no.1004-25 o 164
- (MIRA 18t1)

EWT(1)
SOURCE CODE:
AVIMCLI: Mal 1 nik. B. Yo
MG: Kishinov State University (Kishinevskiy gosudarstve=07 unimrsitet)
,~cn
Effect of som
TITIL:
the melanophore reaction of amphibiao
psychotropic drug
SOURC!~: AN SSSR. Doklady, v. 166, no. 1, 1966. 253-255
TOPIC "TAGS: drug effect, dermatolou. nervous system drug. hormone. tranquilizers
erdocrinolog7, brain, gland
AMMACT: The effocts of a neuroleptic (rausedil), it tranquilizer (maprotane),
and of psychoanaleptics (molipromine and centedrine) on the melanophore reaction!
of Rana ridibunda frogs were studied, Rausedil on being injected to the frogs
produced darkening of the skin, presumably by stimulating the melanophors
function of the hypophysi3. Heprotane did not produce any effect. The
psychoanaleptics. particularly centedrine, had a pronounced lightening effect
on the skin. They apparently blocked the outflow of the melanophroic hormone
from the hypophysis, acting through the assencephalon (extirpation of the
frontal part of the brain'had no effect on the reaction to these drugs).
Introduction of a hypophysis homagenate to bypophysectomized frogs which had
been given an injection of centedrine 30-40 min earUer did not produce the
darkening of the skin observed on hypophywtomised frogs to which no centedrins
had been administered. This artiole was presented by Academician E. N. PavlAvskiy on
26 Fob 1965*0 Orig. art* has: 1 table* P-M-7
SUB CODE: P6 / SUEM DATEt 22Feb65 / ORIG REF: 004 OTH REF: 002
/ - - 146 V 6- -- -

AUTHORs MWI-nik D.P. SOV/140-58-3-20/34
TITLEs Theorems of Liou Ale Type for Some Elliptic systems or
Differential Equations (Teoremy tipa teoremy Liuvillya neka-
tdrykh elliptilcheakikh sistem differentsialinykh uravneniy)
PERIODICALs Izvestiya vysshikh uchebnykh zavedeniy.- Mitetat-t1a, 1958,
Nr 3, PP 163-171 (V=)
ABSTRACTs Theorems Let the system with constant coefficients
(-1) kl+.*+knA 3kl+oe+k n u 0
k +..+k -a k kna. kI ... 3,kn
I V n
satisfy the following conditions The matrices
kI kn kn
Akl...kn (1.61) ...(w') Pkj--kn(Uj)k-..(i'('n)
k-I+..+kp ki +oo+knms
and
Card 112

Theorems -of Lionville Type for Some Elliptic Systems SOV/140-58-3-20/34
of Differential Equations
A (i0i k i0d )kn
kleek 11 1) n
kI+**+knma0
where a0 is the smallest order of the derivatives in (1)t
ossess inverse matrices for every real non-vanishing &- -
Let the-- 8--timen _aontinuauAly differentiable
solution of (1) satisfy the estimation O(JFJ 1> 0 for
I xj -.o co . Then -this -solution is a pa-17nomial of -degree L 11
wher [ i dsuotes-the integer-part of the number. The proof
uses the ellipticity of the system.
A further -theorem of Liouville type is proved in a special
case for elliptic-systems with variable coefficients.
There are 5 references, 4 of which are Soviet, and I American.
ASSOCIATIONt Lvovskiy-pedagogicheskiy institut (L'vov Pedagogical
Institute)
SUBMITTEDs November 26, 1957
Card 2/2

MMIVM, D. F., Candidate PIws-Mth Sci (dies) -- "The fundamental matrix of
linear elliptical systems of differential equations for Infinite space". L'w,
1959. 6 pp (Min Highor Eduo Ukr SSR, LIvoy State U im 1. V, F=nko), 150 oopio"
(IKL, ljo 24,, i959, 1-;16)

.1
MELINIK, D. G. Cand Agr Sol -- (diss) INve Resultsof tOe Testing
of Grades 99a0vape and Studies of the Influence of Relief
n the Biology of Grape~ Unde onditions of *Sxtkzx
40 &10 1 ~ A111
- M
Kozlmodemlyanak In Mos, 1957. 15 pp 20 am.
(Nos Order of Lenin Agricultural Academy im K. A. Timiryazev),
120 copies (KLO 25-5T, n6)

HZLIVIK, D.G. aerpirant.
I--,. , -
Influence of a vineyard's samthern axpcm=e on gmM blolag7 In
the 1kri ASM Izv, TSIM no.l(20h-147-1527 '58. (NM 11:4)
(Wri ASSR--Grape s)

MELINIK, D.K., inzh.
Inclination angle of the conveyor of the Sh7-2,1A sugar beet
loader. Mekh. i elek. sots. sellkhoz. 21 no-1:48 163.
(MIM 16:7)
1. Ukrainskaya mashinoispytatelinaya stantsiya.
(Sugar beets) (Conveying machinery)

MEL'IM D.K. J-nzh,
,susceptibility of sugar beet roots to damage during the process
of loading. Tmkt. i sellkhozmash. no.1:33-34 Ja 165. (MIRA 18:3)
1, UkreAnskaya masbinolspytatellnaya stantsiya.

MMINIK. D.H. kandidat tekbnicheskikh nauk.
U-7
Prospective development in mechanizing time-consuming snow
removal work. Vast. TSKII MPS 15 no-1:27-31 Ag '56. (MERA 9:12)
(Railroads--Snow protection and removal)

MELININ, D.K., kandidat tekhnicheskikh nauk.
Ifficient organization of work to prevent snow drifts. Zhel.dor.
transp.39 no.1:49-51 Ja 157. (MM 10:2)
(Railroads--Snow protection and removal)

IMLINIK, D.H. kand.tekhn.nauk
/'~ ~VoreZnn technoloa; combatting snow on foreign railroads. Pat' i put.
khoz. no-3:45-46 Mr 958. (KIFU 11:4)
(Railroads--Snow protection and removal)

Iqk_%IK, D.H., kand. takhn. nank-, OBUKHOT, L*H., inzh.
Renoval of snow from switch boxes. -whol. dor. transp. 40 no,2:63-67
P '58. (Railroads-Snow protection and removal) (KM 11:3)
(Railroads--Switchea)

RUINIX, D.14.- Kofawv, A.A.; AIITOITOV, FOL; OBMOV. L.K.; LYAKE[OVICH, T.B.;
BCBROVA9 Te.Re,tekhnoredo
[Mechanization of snow protection and rsmov4 an railroads]
Nekhanizatelia snegouborki i snegonshchita na zheleanykh
doroVkh. Moskva, Gos.transp.zhel-dor.izd~-vo. 1959. 112 p.
(Moscow. Veeeotuxnyi nauchno-iseledovateliskii institut
zheleznodoroshnogo transporta. Trudy. no.168) (MIRA 12:4)
(Rallroads-Snow protection and removal)

/,j -b
ALIBREW, 71ndinir Georgiyevich, prof.; LUMS, Georgiy Vladimirovich,
dotsent; HIKIYOROV, Pavel Aleksandrovich, prof. [deceased];
CEMMIOV, Mikhail Timofeyevich, kand.tekhn.nauk; CHKWSHN,
Mikhail Andreyevich, kand.tek-hn.nauk; FRISMW, K.A., prof.$
retsenzent; ANMWCH3NKO, A.V.. inzh.. retsenzent; BABKIU, A.R..
inzh.. retsenzent; BAZRUGHKO, V.S., Inzh., retsenzent; ZRMMIII.
K.I., inzh., retsenzent;-! ~INIK -
~, AJ.L,,, inzh., retsenzent;
MulmlymV. I.V., inzli., retsenzent; NOVITSKIY, G.I., inzh.,
retsenzent: PASHININ, S.A.. inzh., retsenzent; POTOTMY. G.L.
inzh., retsenzent, red.; RAK, S.M., inzh., retoenzent; TY13TYMINIK,
FOR*, inzh., reteenzent; ULYUY]gW, D.I., inzh., retsenzent; SHM-
LEV, VON., inzh., retsenzent; BOBROVA, Ye.H., tekhn.red.
(Track work] Putevoe khoziaistvo. Pod red. K.A.Chernyaheva.
Moskva, Goe.transp.zhel-dor.izd-vo, 1959. 435 P. (MIRA 12:12)
1. Kafedra "Put' i putevoye khozyaystvom Dnepropetrovskogo insti-
tuta inzhanerov sheleznodorozhnogo transporta (for Frishman).
(Railroads--Track)

Mn'RIK, D-N*,-kMA.tekhnenauk
Combined operatiorts for the prevention of snov blocks. Zhele
dor.transp. 41 uool2:20-23 D* 159. (MM 13:4)
(Railroads-Show protection and removal)

%MLINIK, D.M., Inxh,; HIDASHKOVSKIT, P.P., Inxh.
Neebino for cleaning track. Pat' i put.lehoz. 4 no-30
Mr 160. (MRA 13:5)
(Rallroads~Track) (Railroads-Snow plows)

MELIRIK, D.M., kand.takhn.nauk
Ifficient ways to protect track% from snow blocks.
42 no.12:14-18 9 160.
(Railroade-Show protection and removal)
Zheldor.transp.
(MM 13: U)

,-,!MELINIKs D-H-v kand.tekhnonauk
Make full use of the Initiative of Fe=' railroad work-ere. Put'
i put, khox, 5 no,3zlo-11 W 161. (IMM 14:3)
1, Rukovoditell laboratorii snegobor'by Vsesoyuznogo nauchno-
iseledovateliskogo instituta zbeleznodorozbnogo transporta.
(&dl.roado-Snow protection and removal)

HELSITUR D.M. . kand.tekbn.nauk
Problems in the planning of anow protection on rmilrowIs*
Vest. TMI ICS 21 no.l.-49--53 162* 1'(KM 15-.2)
(Bai2roada--Sncw protection and temoval.)
. - !. - Z , 1 -7 " ` ~~'
- - .1 73 t 11~ KT-~ 4 "1 :17~2f~--. -, . -;, --.,-
1 7 -,-7 -

HELINN D ,-kand.tekhn.nauk -
j~~~D~ i
j
Development of the dealga of the track superst-7eture.. Zhel, dor.
transp./A no.3.-32-36 Y~r 162. (MMA,15s3)
'(Railr6add-Track)

.14ELINIK, DanU1.Mfkhay.1n3d&4 kand. tekhn. nauk; FILIPPOVA, L.S.,
red.; SERGEYEVA, A.I., red. izd-va; DROZDOVA, N.D., tekhn.
red.
(Mechanized snow entrapping on railroads] Mekhanizirovannoe
snegozaderzhanie na zheleanykh dorogakh. Moskva, Transzhel-
dorizdat, 1963. 20 p. (MIRA 16:7)
(Railroads-Snow protection and removal)

DqMONIK, D.M.., kand.tekbni2auk
More aelf-prope.Usd cleanlug machims, Putt i putkhas. 7 welt-15-16
116.3o (MM 16:3)
I. (Ra4l oad&-Snow protectAon and renoval)
m

_,n~INIK, D.M., kand.tekhn.nauk
-- --
Organization of snow removal in stations. Zhel.dor.transp.
46 no.12:23-25 D 164.
(MIRA 19:1)

MWNIK D.M. kand. tekhn. nauk'
-
Need for 8elf-propell,0 snow raao7al machinea. flut2 j put. khoze
9 no.1CL? 14-5 (HIRA l8s2)

DEVIYAKOVICIf G.M., kand. tekhn. naukL. kand. tekhn. nauky
.9
*MA-S-HKOVSK1Y, P.P., nau--%hnyy soi:rudnik
Mechanization of track cleaning operations. Put' I put. khoz.
9 no.1000-22 165. (MIRA 18110)
1. Voeooyuznyy nauchno-issladovatellskiy institut zhelemodo-
rozhnogo transporta Ministerstva putey soobahcheniya.

ACC MRs AP70045 81
SMted CODS t
AUTHMs. 11611nike Do Ho (Candidate of tochnical acioncos)
ORGs Institute of Railroad Transportation (Inatitut dielesnodorothnogo transport&)
TME t Hatecrological servicing of railroad transportation
SOURM: fbteorclogiya i gidrdlogiya. no* 8. 19660 33-35
TOPIC TAGSs wind velocity, atmospherio wind
ABS-TrACT: A knowledge of wind velocities and the frequency of'their occur-
rencG along railm4d lines is of great importance in railroad work. Fcr"~~
examples until recently Permanent snow fences along the entire railroad
not were designed-for ti'single wind irelocity of 315 m/aec. Now two wind
velocities are taken into account - 25 and 33 m/sed;i"-Th1s still is in--,.
adequate. The country should be divided into five regions on the basis
,of different wind regimese A knowlpfte of vind velocities and associated!
131110w drifting would make it possible to dispense with excessive safety I
factors in-the construction of vany structuresp thereby saving construo-
tion materialse 7h@ agencies of the HInistry of- Railroads# eapecially
Card 1/2 uDcg

ACC NRI AP7004587
the AUnUnion-~Srjent~fjq Research Institute of Railroad Transportation#
have carried out considerable work on the transport of during 04
-blizzards. The greater part (90%).of blizzard snow is transported
directly in the surface layer vith a height of 20 cm* The weight of
the mass of snow particles carried by the wind through a cross section
if the surface layer 2 a in height and with a width of I cm in propor-
tional to the cubs of wind irelocitye The Ministry of Railroads now iq
constructing wind roses showing the probable directions of snow trane-
.Port, by the wind during winter for each direction of the horizon for
!different PlAcese Such roses should be available for each railroad
'station and section of tracks* In the past it han been suggested that'
a special "transportation mateoralogy".be established, but this haa too
much in co=on %1th the needs of construction and engineering In gineral
and the author therefore maests establiahing an
;gas with ..mm.mden" being an WejgMj:.~
St
SUB CCOSs 04 03AM65' WIG
:J;.
Cwd 2/2

HELINIK. D . (Kellnyk. D.P.]
L.,-
Fundamental solutions of elliptic si=ltaneous equations with a
parameter for an unlimited space. Hauk. zap. LIv1v. un. 44 no.8:
204-209 157. Nin 11:6)
(Differential equations. Partial)

MELINIK, D.P. [Malinyk. D.?.]
Fundamental matrix of variational type systems for an unlimited space.
Bop. AN UM no.6:602-604 '58. (MIRA 11:9)
l.Livovskiy gosudarstvennyy pedagogichaskiy institut. Predetavil
akademik AN USSR B.V. Gnedenko [B.V. Hnodiankol.
(Matrices) (Functional analysis)

KOVAIMKO, Daniil Naumovich; SWMIOV, Viktorin Grigorlyevich
[Semenov,, V.H.1; TKACCHUK, L.G.[Tkachuk, L.H.], doktor
gol.-miner. nauk prof., otv. red.; IMELINIK, G.-F-.-
4elln-yk, H.F.1, red. -
[Phosphorites of the Ukraine) Fosforyty Ukrainy. Kyiv,
Naukova dumka,, 1964. 177 p. (Seriia geologii rodovyshch
korysnykh kopalyn, no.13) (MIRA 19:1)

YARYM-AGAYEV, N.L.; RLINIK, G.V.
Thermodynamic properties of fused salt mixtures. Part 6.
Zhur.j"iz.khim. 39 no.11:2650-2655 11 165.
(MIRA 18:12)
1. Donetskiy politekhnicheskiv. institut.

i z A` /k" Z- - ("
GEKX'-v'-q. V.9.: -13EIAYA. J.A.; E.T.
~bcnerimental t-eratoconjurwtivitI3 as a model for the st,.I-:*' of
(WRentery. J. Hyp. 3niderv., Praha I no.1;70-74 1957,
1. Gamalays Institute of lWdetaiology and Microbiology, A.M.S.,
U.S.'s.l.. Moscow.
(DY33NITMY. BACILLOY. microbiology,
3nterobacteriacene, keratoconjunctivitis in
guinea Digs indaced with qtr;?inz 1,;olated in (tysenter,y)
(,K'~,~TOCO,-.,.T.TU'~',ICTIVITIS, experimental,
EntarobActeriaceae Isolated from dysentory infect,
of intinea Digs)

M&LIVII, Y., mashinist pad"yemney washiny'o
Many thank~.-Nast. u9I. 7 uo.11:26 N 158. (MIM 1l: 12)
I.Sbakhta To.14 kombinata Intangelto
(Coal miners-Dimeases and hygiene)

KOVALENKO, Daniil laumovich; SEMENOV, Viktorin Grigorlyevich; TKACHUK,
L.G., doktor geol.-mineral. nauk, prof., o'.v. red. L51D E-I -K- - R~!! .,!-.
red.
[Phosphorite of the Ukraine.) Fosforyty Ukrainy. Kyiv, Naukova
dumka, 1964. 177p. (Akademlia nauk URSR. Inst3rtut geologichnykh
nauk. Pratsi. Seriia geologii rodovyshch korysnykh kopalyn, no.13).
(MIRA 18:3)

MITSKENICH, Boris Fedorovich [Mitskevych, B.F.]; IVANTISHIN,
14.M.[Ivantysl7n, M.M.1, doktor geol.-miner. nauk, otV.
red.;_ntN~4 elInyk.. H.F.1, red.
_j_ q.-F.I. [V.
[Geochemical methods of prospecting and the conditions
for their use in the Ukraine and in Moldavia] Geokhi-
michni metody rozshukiv ta umovy ikh zastosuvannia. na.
Ukraini i v Moldavii. Kyiv., Naukova dumka, 1965. 127 p.
(MIRA 18-.9)

OARCEENKO, A.S., dots... otv. red.; MEL11111K, G.FjMe1'wj1c, H.F.),
red.
[Comprehensive geographical mapping of the Ukrainian S.S.R.)
Komplekone geografichne kartografuvannia Uk.RSR. Kyivo Nauko-vo
dumka, 1964. 173 P. (MIRA 17:12)

VULICHIN, Yevgeniy Ivanovich[Vulichyn, IE.1.1; KALYUZHNYY, V.A.
[Kaliuzhnyi, V,A.], kand. geol.-miner. nauk.. otv. red.;
MELINIK. G.F.[MelInyk, H.F.J, red.
~-
(Trace elements in the rocks of the hiphean formation
of the western slope of -the Ukrainian Crystalline Shield]
Mikroelemen-ty v poradakh ryfels1koi tovshchi zakhidnoho
sklrjlu Ukrainslkoho krystalichnoho shchyta. Kyiv, Naukava
dumka, 1961,. 117 p. (MIRA 18:2)

BARKHLTOVO B.P~; MELINTI G.G.
Lower Woosolo of the Paulm and the Darwaza. Range. Doirl. All
SSSR,136 no*2t4G8-4U 162. (KMA 14ti)
1,. Laningradekly gomtdarstvsmW univervitat Imeal A.A. Zhdanova
L gyrayleniye geologii I okhramy nedr pri Sovets Kinistrow TadaWSR.
Predstavlem akadmdkm D.V. Nalitkinym.
(Pamjrs--Geolqj7p Stratigmphic)
(Da-vasa Range-Geologyp Stratigraphic)

I
MINIX. G.11.
a
-M4j9W-x=ret',on of 17-ketosterolds in women with tuberculosis. Vrach.delo
supplement 157:29-30 (KIRA 11:3)
1. Kafedra tuberkuleza (sav.-prof. I.T.Stukalo) i kafedra biokhtnii
(zav.-dots. B.A.Sobehuk) L*vovskogo meditsinskogo inatituta.
(TUB SIS) (STEROMS)

MELINIX, G.P,
Ratimdosarcomatosis in an infant. Pediatriia no.7:78-79
161, (MM 14:9)
!,.~Iz Kotovskoy rayomoy bollnitay (glavnyy vrach G*V. Yakimenko).
(RETICULAD-EUDOTHELIAL SYSMf-TUROBS)
0,

~,Mmfmlx, G-.TFInzh.
Hosting congealed fate In railroad tank care without increasing
x0sture contents Neslo-shire prmo P-4 no. 8:31-35 058-(KUtA 11f.8)
1. Usbgorodskty mar artnovyy sawod.
10il and fate)

Efficient circuit for electric power supply to zinc electrolyzers.
Iz~v. AN Kazakh. SSR. Ser.tekh. i khim.nauk no.3:96-102 164.
(MIRA 17:2)

20M RAII-j bill ~o~

tu tilf;
PtL~C,-A'l With

f-.e

~7
-
-7
7 . . . . . . . . . . . . . . .
ir-oba-Uvationg -on--fwtctlonol of the un. W4 ou-
M"-m I A Melnik (~4 1 Piragov Med. Irmi., Odrsln).
then
Klin . -11,e
i/. o the r undex obscrvH,I,,,, Otowed Im-
Pairmen; of hepatic functi-om. 'Die Impainlient was fnaA'
PxPrzatinced in the PIL7.~nce qf severe clinicitl svillptools.
--obtalned
orru
ft-the,
-inost
Wayi ve.0firld acrdlur;- -,-UrQbijjnur!3 wag tin /I
of bilinkhmda aml biltrublueErila In a fw~-;casm
A~O. Mlrkl.
M,

HSLOMIK, L.A.. clotsent (Chernovitay)
ludenic goiter or endemic tbyroid disease? Probl.sadok, i gorm.
3 U0.11:108-110 JR-P 157. (MM 10:6)
1. Is kliatki gospital4noy terapli Chernovitskogo meditsiaskogo
lustituta (dir. - dotsent M.M.Novelev).
(GOIT11R.
.andemic.terminol. aspects (Run))

IMLINIK. I.A., dotes (Chernovtoy)
Some new data on the dynamics of blood changes in myocardial
Infarct " 111n.med. 36 no*8:60-62 Ag '58 (KM 11-.9)
11 is goopLtalluoy tarapevticheakoy klWki (zave - prof, T&A, Triger)
Chernovitakogo meditainskogo instituta. (dir.'- dotes' U.N. Uvalev)
(KYOCARDIAL IVARCT. blood in
hemogran (Hu))
(BWO GEM,
count In myocardial infarct (Rua))

MMIEK, I.A*, dotsent (Ternopol')
Caisoni's test in 34mphagramilanatasisi. KUnmed. 39 -
15D 161, KM 244)
10 Is kliniki fakulltetakoy terapii Wme - dotsent I.A* Helln1k)
Tern9paltakogo meditainakogo instituta (dir. - dotsent, P.Ye.
Oey).
(HOWMI S DISMS)

MELINI sent
Phases in the course of collagen diseases. Vrach. delo no.7:
77-80 Ji 162. (MIRA 1.5:7)
1. Fakulltetskaya torapevtiches'laya kliniket (sav. - dotsent
I. A. Vellnik) Ternopoltakogo, meditainskago institute, na baze
oblastuoy klinichookoy bollnitsy.
(COLIAGEN DISEASES)

k.IELINIK,
I I. A.
,
Automation of technological processes at the Kherson Woodpulp
Plant. Bum. i der. prom. no-4:28-31 O-D 165.
(MIRA 18:12)

GORAK. Sergey Vladimirovich [EEorak, S.V.1; BOITDARCHUX, V.G. [Bondarchuk, V.EQ,
akademik, vidpovidallnly red.; I.?J. red.
vidavnitetva; 14ATVITCM, 0.0., takhaiabAWY red.
[Ostracada In certain middle and upper Carboniferous horizons In
the Donets Basin and factors governing their existence] Ostrakody
delakykh horysortiv sereduloho I verkhn'oho karbonu Donetalkoho
basainu ta umovy Ikh Isnuvannia, Kylvo Vyd-vo Akad. nauk Ukrainelkot
RSR. 1958. 74 P.) (Akademiia, naulc MM, Kiev. Inetytut goologichnykh
nauk. Trudy. Serita stratlgrafil I palsontologii, no.28).
LIAN URS-R (for Bondarchuk). (14IRA 11:9)
(DonettEasin-Ostracoda, Fossil)

68178
/P 9100 SOV/58-59-5---10565
/Y JIM0
Translation from' 14ferativnyy Zhurnal Fizika, 1959, Nr 5, p 104 (USSR)
AUTHORS:' Bushuyev, Ye.S.* IMellnik I.G.
TIM: Structure and Properties of j*~_-qu Alloys Obtained by Joint and
Alternate Condensation in a V
~La_~
PERIODICAL: Nauk. zap. Chernivets1k. 1955, Vol 12, pp 97 - 104 (Ukr.; Russ.
resume)
ABSTRACT: The application of X-rays to the study of the structure of very thin
metallic films is extremely difficult in view of the small extent of
the scattering material, although in the case of unstable structure it
is.more expedient to use this method than the,electron diffraction
'method. In this connection it became necessary to work out a method of
preparing thin samples in which the metal would present the maximum
degree of dispersity and at the same time possess sufficient volume.
The authors used the method of alternately overlapping the molecular
beams from the,evaporatlng metals by means of a rotating disk with
apertures. Cu and Ag samples, obtained by simultaneous and alternate
Card 1/2 condensation of the metals onto mica, proved to be extremely unstable:

68178
SOV/58-59-5-10565
Structure and'Properties-,of.Ag-W Alloys Obtained by Joint and Alternate Condensation
in a Vacuum
they cracked upon their very first contact with the air. X-ray studies showed that the
most rion-uniform structu re is observed in Cu in the case of its condensation onto
cooling mica. On the X-ray photograph of a Cu and Ag mixture, the copper was only
represented by two lines: a ver7 intense, somewhat blurred 111 line, and a strongly
blurred 200 line with a scarcely noticeable maximum. The remaining lines of Cu, as well
as the last lines of Ag,. are so blurred that they form a continuous background. The
blurring of the diffraction maxima is due to the. high degree of dispersity of. the
crystalline structure and to internal stresses. The stronger line blurring of Cu is'
explained by the fact that the atoms of this metal, which has A higher melting point,
evince a lesser ability to migrate.
The authors' r6s=6
Card 2/2

SOV/139-58-4-15/30
AUTHORS: Gorodetskiy, A.F., Gutin B.S., Mel'nik I.G.,
Serbulen1co, M.G. and Sh~drin, ---*, --
TITLE: Some Blectrical Properties of Thin Layers of Tellurium
and Germanium (Nekotoryye elektricheskiye svoystva
tonkikh sloyev tellura i germaniya)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,
1958, Nr 4, pp 91-96 (USSR)
ABSTRACT: The dependence of resistivity on temperature, voltage-
current characteristics and limiting current densities
,was- determined for thin layers of tellurium and germanium
condensed in vacuo onto bases of various materials at
various temperatures. Some relations between resistivity
and deformation were also established. The main
conclusions, derived from measurements described below,were:
1) The resistivity of germanium films is fairly stable
with time. The change in resistivity with deformati n
is about 2.3% for a relative.deformation of 4.5 x 10
2) The resistivity of tellurium films is not stable.
Mechanically such films are-not durable. The change in
resistivity with deformation is about half that of
Card 1/8 germanium films.

SO'1/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
Preparation of Specimens. The thin films were pr9duced
by condensation in a vacuum of the order of lxlO-4 to 5X16-4
mm Hg in the form of strips 4 mm across and 30 mm long.
The ends of the strips wqre overlapped for 1 to 2 mm by
5 x 9 mm rectangles of metal, also vacuum-condensed, to
which copper wires were soldered. The metal contacts for
tellurium were always of nickel, but tin was also tried
for germanium. The bases used were mainly glass, but in
special cases polymerized VL-7 lacquer on a metal disc,
mica and fused quartz were tried. The bases were heated
by radiation from a current-carrying tantalum wire placed
above the base and the temperature was controlled by a
copper-constautan thermocouple attached to the surface
of the base. The tellRrium from which the specimens were
made had less than 10--'-% impurities. The germanilim used
had a specific resistivity of 4 to 20 Ohm.cm. In all
cases the conductivities were of the hole type.
P,xRerimental Results and Discussion.
a) Tellurium condensed onto a cold base. Fig.1 shows
Card 2/8 the log of the resistivity (which was of the order of some

SOV/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
hundred thousand Ohms) plotted against reciprocal of the
absolute temperature. The resistivity in air at a given
temperature clearly increases after thermal cycling, as
it also does for specimens stored at room temperature.
This increase is irrevarsible.
b) Tellurium condensed onto a hot base (150-1600C).
Fig.2 shows again a rapid resistivity increase after an
initial thermal cycle. There is no further change after
some 4 to 5 thermal cycles.
Fig.3 shows the difference in characteristics for changes
in the atmospheric environment. Experiments started at
the moment of preparation of the specimen and carried out
in vacuo are shown by the curves beginning at the asterisk
and marked by white cycles on the graph. These
characteristics arg approximately two straight line segments
with a break at 90 C. After each cycle a lower resistance
was obtained6 However, after leaving the specimen in
vacuo at 130 C for 30 mine, the resistivity increased -
without reaching its initial value. When air was admitted
Card 3/8 into the system resistance fell and the curves with the

SOV/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
black dots were obtained. The final curve was strair;-hter
and had a smaller gradient. When the same specimen was
examined after 10 days in air, the curves at the bottom
of Fig.3 were obtained. These are approximately straight
lines. Subsequent evacuation of the system did not
reproduce the original properties of the specimen
though its resistance increased.
c) Germanium. Specimens condensed 'onto a cold base showed
re sJ-s`=v=
les ol the order of 10 megobgs, while those
condensed onto bases heated to 500-550 C showed
resistivities between 7 and 30 kOhms (most lay between
10 and 16). It can be verified that in the hot-base
specimens the layer structure is crystallographic,
(see Refs 1 and 2). Specimens condensed in the same
experiment onto bases of glass, mica and fused quartz
showed practically identical resistivities, of the order
of 12 kOhms. The resistivities of all specimens showed
little change after ageing in air: 1.8% increase after
40 days. The resistivity temperature relationship was
Card 4/8 close to exponential between room temperature and 130uC-

SOV/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
The points obtained by repeated thermal cycling lay
fairly accurately on a single characteristic curve. It
is notedin (Ref 3) that there is a significant change
in resistivity for extension or compression of specimens
of PbS.Fufthermore, there are theoretical (Refs 4,5)
and experimen:tal (Ref 6) grounds for a deformation-
resistivity relationship for germanium monocrystals.
The deformation in the experiments on thin layers of
Te and Ge. here described, was proauced by the method
described in (Ref 3) and measured optically to an accuracy
of 1A. For tellurium each deformation cycle produced an
irreversible increase in resistance. A single cycle is
shown in Fig.4. For germanium the results were independent
of the cyling history, and are shown in Fig-5.
Current Densities and Voltaae-Current Characteristics.
Specimen tEFe-knesses wervimeasured by an interlerence
microscope type HII-4 to an accuracy of 0.027 g. The
Card 5/8 tellurium specimens had thicknesses between 0.230 and
0.430 11, the germanium between 0.18 and 0.3 4. With poor

BOY/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
heat dissipation (measurement in air for sycimens on
glass bases) current densities of 10 A/am were
obtained for tellurium and 200 A/cm for germanium.
The static voltage-current characteristics of tellurium
and germanium were strictly linear for current densities
UP to 300 A/cm2 and 400 A/CM2 respectively. The dynamic
characteristics, taken on an oscilloscope, were strictly
linear; increasing voltage and the corresponding heating
changed the gradient of the characterist.-JLc.
Discussion. Takemaro Sakurai et al. (Ref 7) have
alre-My d the irreversible changes in resistivity
of thin tellurium layers condensed onto cold bases.
They explained the effect by stating that such layers
have a micro-crystalline structure with amorphous patches
between crystals and that heating causes the crystals to
grow at the expense of the amorphous patches. The effect
does not occur in layers condensed onto hot bases at
temperatures below that at which the specimen was
condensed, which is in accordance with the above
Card 6/8 explanation. Such specimens behave in the same way as

SOV/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and
Germanium
those cut from the solid. The authors point out that this
theory is too simple to explain all the effects noted
in the experiments described: for example, the
coincideace of characteristics for specimens measured
below 90 C in vacuo with those cut from the solid.
The effects can be explained by introducing two
additional considerations: first, the properties of
surface levels, described by E. Clark (Reg 8), which
explain the break in characteristiesat 90 C when all
surface levels are occupied and, secondly, the
additional acceptor levels produced by oxygen at the
layer surface. Subsidiary considerations are the
effect of water vapour which may affect the surface
ionic conductivity and the diffusion of oxygen into the
depths of the specimens creating conduction electron
traps. For tellurium the noise level makes measurement
Card 7/8 difficult.

.SOV/139-58-4-15/30
Some Electrical Properties of Thin Layers of Tellurium and Germani=
Paper presented at the Conference of higher educational
establishments on dielectrics and semiconductors, Tomsk,
February,, 1958.
There are 5 figures and 8 references, 2 of which are
Soviet, 6 English.
ASSOCIATION: Novosibirskiy elektrotekhnicheskiy inBtitUt
(Novosibirsk Electro-technical Institute)
SUBMITTED: March 12, 1958
Card 8/8

MINUC, I. G., Novosibirsk Institute of Electrical Engineering
"A simple distribution chamber for a vacuum plant"
Report presented at a Conftrerxe on Solid Die-lectriv; and Semiconducctora,,
To=k Polyteahnical Lwt-, 3-8 Feb- 58-
(Zlektrichestvo, '58, No- 7, 83-86)

90Y, 240)
AUTHORS: Mellnik, V. G., Mellnik, I. G., SOV/2o-121-5-24/50
Gutin, S. S.
TITLE: On the Electron-Hole Transition in Point-Contact Solid
Rectifiers (0b elektronno-dyrochnom perekhode v tochechnykh
tverdykh vypryamitelyakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 121, Nr 5,
PP 852 - 854 (USSR)
ABSTRACT: By appliying the method discussed in thia paper, the
authors discovered the formation of a region with
hole conduction around the Doint contact of the diode.
This formation is caused by the influence of an
electric pulse on electron germanium or electron
silicon. The carrying out of the experiments is discussed.
The oscillograms of the thermoelectromotive force and
of the volt-amp4re characteristics of the germanium
diodes before and after the formation of the above
mentioned region are similar to the oscillograms of
Card 1/3 the silicon diodes. For germanium the authors therefore

On the Electron-Hole Transition in Point-Contact SOV/2o-121-5-24/50
Solid Rectifiers
give only the oscillogram, of the thermoelectromotive
force after formation, since this oscillogram is the
most important. Before the above mentioned formation,
there is only a region with an electron mechanis+f
conduction. In this case, the rectifying action is
insignificant. After formation, a region of hole
conduction is developed around the point contact. This
is also confirmed by the lower branch of the oscillogram
of the thermoelectromotive force. The sign of the
thermoelectromotiv force then becomes negative,and
the rectifying action of the diodes is improved noticeably.
It is possible that the rectifying action of the
diodes before the formation of the region with hole
conduction is caused by -.he difference between the
contact potentials of the metal and of the semiconductor.
After formation, the improved rectifying action may
be caused by the p-n-transition developed as a result
of the above discussed form--tion. Thus, in germanium
Card 2/3 and silicon point rectifiers, there are 2 regions with

On the Electron-Hole Transition in Point-Contact SOV/2o-121-5-24/50
Solid Rectifiers
different types of conduction which implies the existence
of a p-n-transition. The authors thank A.F.Gorodetskiy
for his constant interest in this paper. There are 4
figures and 3 references, 2 of which are Soviet.
ASSOCIATION: Novosibirskiy elektrotekhnicheskiy institut (Novosibirsk In-
stitute of Electrical Engineering)
PRESENTED: April 14, 1956, by A.P.Ioffe, Academician
SUBMITTED: April 5, 1958
I
Card 3/3

GOROMSKIY, A.F.; MINIX. 7.G.;
Nothod of producing ohnic contact with silicon. Fis.tyeretela
I n0,1:173-174 Ja 159. (NDA 12:4)
(Slllcou-Slectrlc properties)
(Blectric coutactors)

MEL INIK, I. L.
"-Effect of Ultraviolet Lipbt oi the Secretion of the Parotid Salivar-y
Glands and 3tom-ach, and on the Motor -Activity of the Stomach and Cecum of the
Horse (Clinical -'X-Oerimental Investigation) v " Cand 'let Sci # L 'vov State
Zooveterinary Inst, Ein Higher ~"ducation USSR, Llvov, 1955 (KL, No 8, Feb 55)
S): Sum. No. 631, 26 Aug 55 - Sunrey of Scientific and Technical Dissertations
Defended at 13SSR Higher Educational Institutions (14)

w) C; I- , P" I 1~, fil - AID P 17T6
Subject USSR/Geology
Card 1/1 Pub. 78-- 14/26-
Authors Sofronitakly,, P. A.,, Trlfonova,, N. A., and Mellnik, I. M.
Title Changed views on the geological structure of the Molotov-
E3ma,RIVer region
Periodical Neft, khoz., V.33, no-3o 58-63, Mr 1955
~.Abstract, A detailed analysis is made of the stratigraphy.',
bearing -tapa-eity and tectonic structure of the Molotov
region went of the Urals In the basin of the lama River.
Institution: None
Submitted No date
R, 'PIRM

MEILTINIK, 1,M.
Ob'jectives arL, trends of geologicad prospecting and research in Perm
-- 1, 1
Province in the next few years. Trudy no. 16: 3-8 '63.
(MIRA 17., 9)

AINDREYF,V; V.S.; MWTIK M. I
."It"I
w
Hydraulic blast hole stemdng for dust control. Bezop.truda v VOM.
7 no.7:22-23 n 63. (14IRA 16:9
1, Rukovodit6l' konstruktorskogo-tekhnologichaskoy gruppy shakhty no.
3-ts kMbinata Primorskugoll (for Andreyev). 2.,Glavnyy inzh. shalchty
No.3-to kombina-ta Primorskugoll (for Mallnik).
kMaritize Territory-Coal mines and mining)

*sic characteristics of-the structure and formation of the
Kame,41nell Depression in Ppm Province in connection with
oil And~gas, potentials. Gi&*n4ftI i gaza 7 no.2sl-7 F 163.
(KM 16:2)
11 Kameldy filial Tmesoyuznogo nauchno-issledowatel'skogo
geologor$zvedachnogo neftyanogo.1natituta, Noskva.
Province-Plitroleum "' ology)
Province-Gas,, Ilatural-4eology)

ff L 't4i~
Call Nr: AF 1108825
Transactions of the Third All-Uf- on Mathematical Congress (Cont..) M0.1cow,
Jun-Jul '56, rftudy '56, v. 1, Sect. pts., Izdatel'stvo AN SSSR, Moscow, 1956, 237 pp.
Mellnik, I. M. (Rostov~-=-Donu). Behavior of a Gauohy
_!0e__MiVe_j_~M in the Points of D-tocontinued Density and
Exceptional Cases of the Riemann Boundary Problem. 89
Men'shov, D.Ye. (Moscow). On the Limits of a Subsequence
of Partial Sums of a Trigonometric Series. 89-90
Mergelyan, S. N. (Moscow). The Problem of the Best
Majorant. go
Miraklyan, G. M. (Odessa). On Approximating by Means
of Expressions Containing Cylindric Functions. 90-91
Mention in made of Voronovskaya, Ye.V. and Bernshteyn, S. N.
There is I VSSR reference.
Myshkis, A. D. (Minsk). Vigant, Ye.I. (Riga), Iapin, A. Ya.
(Minsk). Improper Integrals in -,h- -space. 91-92
Card 28/180

MINIX LK,.
LIMIt values of analytic function represented by the curvilinear
integral Soob. Aff arus.SSR 17 no.8:681-688 156,
(MZRA 10:3)
1, Rostovskly gosudarstvannyy universitat im. V.K. Molotov&. Pred-
stavleno akademikom N.I.Muskh7lishvili.
(Ti*ctious, Analytic

67083
q6-00) 16,3000 BOV/44-59-1-28T
Translation from i Referativnyy zhurnal.ifatematika,1959,Nr 1?Pp 53-54 (USSR)
AUTHOR: Mellnik, I.M.
TITLE: Exceptional Case of the Riemannian Boundary Value Problem
PERIODICAL: Tr.Tbilissk.matem.in-ta AN Gruz SSR,195T,24,149-162 IV
ABSTRACT: In the paper the behavior of the integral of Cauchy type
1 Y(t) dt is investigated in the neighborhood of a point c of
t-z
L
the path of integration L, if the density \f(t) has the form ~f(t)
- ke, (t)(t-c)Y. lnp (t-c) , where %f,(t) possesses a discontinuity of
first kind in e and satisfies the H61der condition near c on closed area
with ends in o the complex number Y .,t+ iS in so that -1