SCIENTIFIC ABSTRACT YAKIMAVICHUS, CH.S. - YAKIMENKO, I.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961820017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

, -41 ,

SOV/ 137-58-7-1524Z
Translation from: Referativnyy zhurnal, Metallurgiva, 1958, Nr 7, p 187 (USSR)
AUTHOR: Y ki
TITLE: Novel Method for Electrometallization Decreases Oxidation of Metal
(Novyy sposob elektrometallizatsii, umen-'shayushchiy okisleniye
metalla)
PERIODICAL: Tr. Kaunassk. politeklin in-ta, 1957, Vol 7, pp 271-277
ABSTRACT:- The author describes the construction of.a nozzle capable of pro-
ducing a combined jet employed for spraying of metal during(electro-)
metallization, The jet is composed of two concentric streams: An
internal stream (of small diameter) of NZ or of an inert gas, and an
external (large -diameter) stream of air surrounding the internal
stream concentrically. At an excess pressure of 4 atm, the consump-
tion of N2 amounts to approximately 0.165 m3/min. The employment
of the combined jet reduces the oxidation and burn-off of the alloying
elements in the steel (e.g., the combustion of Cr from the steel
Khl8N9 diminished by 33-45%) and increases the corrosion resist-
ance of Al and stainless-steel coatings by a factor of 3-4 as com-
pared with the corrosion resistance of identical coatings sprayed on
Card I/ I with the aid of aironly. M. M.
1. Spray nozzles--Design 2. Spray nozzles- -Performance
3. Metal coatings --Corrosion

S/137/62/000/002/131/144
A0521AI01
AUTHOR: kimaviAus, C
The effect of air parameters on the properties of electro-sprayed
metal coatings
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 2, 1962, 58, abstract 2E325
("Kauno politechn. inst. darbai, Tr. Kaunassk. politekhn. ireta",
15161, 14, no. 3, 53-59, Lithuanian, Russian summary)
TM: On the basis of the free air jet theory it is proved theoretically
,that the air Jet velocity, and consequently the velocity of mezal particles,
depends to the highest degree on the air nozzle diameter and only to a slight
degree on the air pressure, It is pointed out that in order to improve the
properties of inetal coatings, it is necessary first of all to increase the air
nozzle diameter. 5 - 6atm is the optimum air pressure. The theoretical
conclusions'are confirmed by experimental data showing the predominant affect
of the air nozzle diameter on such properties of the layer as impermeability,
oompression,,,strength, adhesion strength with the base. Temperature measurement
of metal particles has shown, that the change of the air nozzle diameter has
Card 1/2

S/137/62/000/002/131/-744
A052/AlOl -
V. Tarlsova

KORN ILOV, YU.D., kand,,akon.nauk, dote,,; Cherodkovs 6.11,1 kand-VOt-nauk;
YkKj,4CHIK..V.r., zootekhnik
jai insemination of cows- Zhivot-
Reducing the cost of artific (MIRA 12:8)
novodstvo 21 no.6:23-25 is 1-99.
1. Vitebakiy veterinarn~py inatitut (for Kornilov). 2. Zaveduvu-
shcUy Vitabskay gosudars tV annoy mezhrayonnoy stantai7ey iaiecanatvnn-
nogo osemenenlys, zhivotnykh (for Cherodkov).
(White Russia-krtificial insemination)

- YAKiivh;~ i.

YAKIICHUK, I.L., kand.veterinarnykh nauk; TIKHOMIROVA, O.N.
Optimal dates for the insemination of cows after calving.
Vaterinariia 39 no.12:40-42 D 162.. (KRA 16:6)
1. Moskovskaya veterinarnaya. akademiya. 2. Starshiy zootekhnik
."khebnogo khozyaystva "Yurlyevskoye" Naro-Fominskiy rayon,
I
j?osRovskoy obl. (for Tikhomirova).
(Artificial inseminatiol'
(cows)

T
EAKHTOV, S.G.; PARSHUTIVI G.V.; RODIN, I.I.; TLARASOVI V.R.;
BYRDINAY A.S., red.
'.Zia LCR-Y-11-114~11
[Practical manual on veterinary obstetrics, gynecology,
and'artificial insemination of farm animals] Praktikum
po veterinarnomu akusherst~m-.'~, ginekologii i iskusstuven-
nomu osemeneniiu sellsko-khoziaioAvepnykh zhivotnykh.
[By] S.G.-Bakhtov i dr. Moskva, Kolos, 1965. 295 P.
(MIRA 18--4)

~33560
/61/000/oo6/010/011
s/179
F'032/ E314
ii DID yalcituchux?
layachkl 14.D anc s -during the transition Of
AUTHORS: nance
se reiationsh' reso
-ITLE*. Pha ystem through Zvestiya* OtdeleniYO
T linear s nIaux SSSR. I auij~ca I magilinos troll eniYe
Aj~Lad em'
nault. M ell
PERIODICAL' SIC! In the
te iche
the change ed-
1961, 166 _67
]thou&-
juv.stigat
6~
t
C'. tha- phase
has.been.e in
thors onan
literat-ar*'
Vhw &U. throu the,
T E3LT - SsIng S St 8 ed the
_itude on Pa ad nOulxu ar een. iscuss problem :Lu
amp] or linear a] ar to ave a er with thisaction 10~th a
both f not appe . . rese ire e-ful he form
angles does ed in the o a fc ion of t
r su ject
e , ouc ern. , r sYst i.eo an equit
Th y are , W2.
e Of a I:Luea
the cas :Lug frequen' pt2
linearly vary
d23C dx 2% A Sin
+ 2
26'
dt
dt
ard 1/5
C

33560
S/179/6i/ooo/oWolo/oli
Phase relationships .... E032/E3i4
where 6, w, A and are constants. The solution is
sought in the form
x =-a sin (1/20t2' - iY) +.- &u(a'-9' t) (2)
where a is amplitude of the qscillations,
is~the phase angle
u(anlt) is an unknown function, and
6 is a small parameter.
It is assumed that since the frequency of the force-funzt:Lon
varies slowly, the derivatives da/dt and dpY/dt are of the
order of e and that the damping coefficient 6 is also of
this order of magnitude. Subject to these assumptions, i.e.
2
neglecting terms of the order E it is shown that Eq. (1) may
be reduced to the following two equations,
Card 2/5

33560
S/179/61/000/006/010/011
Phase relationships .... E032/C,314,
d1i
+ sin -9 (5)
dr- )t 21t t.
d,8
CC 0s-9
d-L 21LOC
Eqs. .(5),were Int egrat ed. with the aid of the "Uraill' computer.
The initial conditions:were taken-to- be the values of 1i and-

lorresponding -to the steady-state for 'C o. 4.
conditions
In the calculations.the prameter h. was varied between 0.005 and
0.025 and.the parameter x between 0.0002 and 0.0064. The
results of these numerical calculations are shown in Figs. 1,
2 and 3 (tb~e numbers,marked on the figures are the values of
4
10 x). TheAotal increase Aa' in
the phase angle on passing
through resonance is gi-iren below for four'values,of )t and
Card 3/5

j
~
I

A

.

,6-~
h-0
- I
I
, .005
I

/
V.
~
A
7

I
-

I.,
, t-] ,~
k

0 ^A
I r -~+-
- 16, 1 , 1'6 1
I
z . I h-#.OZS
- 1'0
1
=00'041~ 1 v

YUMCHUK., N.A. (Ryazan')
--------------
Changes in the plamater of the sFinal cord in
In conneotion with the geneals of the spinal blcck. NA-inh +,,iiv
Riaz, med, inst. 14*.145-150 163.
Clinical materials on rheumatic fever Of the Sp--nal L
trudy Riaz. med.'Inst. 14,-151-169 163. Willth 17:5)

USM/Medicine, Veterinary Mastitis Feb
'Co'l Ozokcrite Therapy in Cases of Acute of Chronic
Forms of Mastitis in Cattle, 0. L. Yakimchuk, Mo s-,
i cov Veter Acad
"Yeterinariya" Vol 30, No 2, PP 31-37
i'~ Ozokerite (produced in the Turkmen SSR, Uzbekistan,
and Western Ukraine) is a new drug in the field 'of.
Veterinary medicine. Ozokerite can be successfully.:
used in the treatment of mastitis in cows whether
' ey
th are milk-producing or pregnant and irrespective
of the type of bacteria that induce inflammation.
*,One to 5 applications of ozokerite produced 164
244T20.
recovery from an acute form of mastitis; between'.
and 28 applications of ozokerite resulted in
to 100%.recovpry. Ozok6rite, held at a
temperature of 5CP in a cuvette, may be applied'~
I -,to the lurrbar-sacral region; the preparation
Should be held'alt a temperature of 600 or 650.
for application. to'the udder.

Jcand-med.nauk-
P,TLOSLAVsKArA,, L.J., d -'LOSLAS"ly ' Ya-)f-, Icand.yed.nauk;
Effect of nitrogen i~n"-Med.nauk I
chronic !htO-xIcatj djOxide on the adrenal cort
on* G'96i Ban..26 no.12 .79 ex in,white rats in
Tz kafed --80 D 61.
meditsinskory gigiyeny, ka:fedrv
go instituta. fakulltetakoy- (MIRA 15:9)
(ADRENAL T,,X) (N.TTRO te,,p
GEN OXIDFq- Dyrv,---- 'i RYazanskogo

YAMUHUK, P.P.
Effect of nitrogen dioxide on porphyrin metabolism in white rate.
Nauch. trudy RIaz. med. inst. 151201-205 162. (MUI 170)
1. Kafed*a gi,-,iyeny (zav. kafedroy - prof. N.F.Yemeltyanov)
i kafedrL komunallnoy gigiyeny TSentrallnogo instituta
jsoversh6nstvovaniyc vrach-ey (zav. kafedroy ablen-korrespondent
A1,21 SSSR prof. V.A.Ryazanov).

P.P.; IfrRopjoV,
Morphological changes At1iin the Intarnal organs of wh4te rats i_,
cbxonle intoxicationwith small doses o- f nitrogen dioxide. Nauch.
b:Wy Riaz. med. inst. 1f;1205-210 162. (MERA 17: 5' )
1. Kafedra gigiyeny- (zav. kafedroy - prof'. N-F-Yemeilyanov) i
kafedra kommunallnoy gigiyeny (zav. ka-fedroy - chlen-korrespondent
'SIM prof.
AMI !) V.A.Ryazanov) T:Antrallnogo instituta U36ver-
shenst'vovaniya vrachey i kafedra patologichoskov anatomit
(zav. kafedroy prof. V.K Peletskiy) Ryazanskogo meditsinskogo
instituta Lmeni Pavlova.

YAKIMCHUK) P.Ppassistent
Materials for a basis,for.the maximm a]-lowable concentraticm
of nitrogen peroxide in-the airo Prod. dop. kontsent. atmosf,
zagr, no.7:66-75163. (MRA 16:10)
10 Iz k&fedry gigiyeny Ryazanskogo meditsinskogo instituta
imeni alcademika I-PoPavlova i kafedry ka=unallnoy gigiyeny
Mentral Inogo ins~ituta usovershenstvovaniya vrachey.
(AIR -POLLUTION). (NITROGEN OXIDFZ)

me rig s z.,L~zz
see. -x-ne mmv. is nminminw wim an

Ax Iw,,,qo
YAKIMC=# V*;. ZLE2URCHMO, L.
COnver"sion to PnslrftRtic transportation in Mills of the
Province Milling Trust, Kuk,-oleveprom.21 no*2:26-27 7 15
(MrJU 8:3)
1. Sumakoy-oblzel'trest.
(,Pneumatic-tube transportation) (Grain milling machinery)

YAKIMCHYIC. 11. V.
Origin of some bloelectric potentials [with sumar7 in Xnglishl.
Bioflzika 4 no.2:250-253 159. .(KIRA 12:4)
1, Turkmenekly gosudarstwennyy ueditsinsk1y Institut, Ashkhabad.
(WMTROPHYSIQLOG~
origin of bi potentials (Rue))

PUSHKjx, P.; YAKIKOM, A.; CHIMMV, M-; VAMIN, 3-
labor productivity indices in the artificial leather
industry. Biul.nauch.inform.- trud I zar.pliLta 3 no,7:
9-15 160. (KUU 13:8)
(Leather. Artificial)
(labor productivity)

YAUMMO, A._
Tripper-type veighted-take-ups for belt conveyers. TSvet. mt.
26 no.2:78-79 Mr-AP '53. (KLU 10r9)
1. Glaynyy makhanik kombinata Yushuralnikell.
(Conveying machinery)

11~-Inr WRMAMOM
I, -N
~tP
7
PUSHKINP P,S., kand.tekhn.nauk., dotsent; YAKIV2 NKO) A.D., inzh.;
POLMOVA., L.N., inzh.; CHEMBAROV77M., nz
Theoretical measurement of production volume in rubber sole
factories. Izv.v7s.uchob.zav.; teldi.leg.prom. no.6:13-22 161.
(MM 140.2)
1. Vsesoyuznyy naucbno-isaledovatellskiy institut plenochnykh
~matorialov i iskusstvennoy kozhi. Rekomendovana kafedroy
ekonomiki promyshlennosti i organizAtaii proizvodstva Kiyevskogo
tekJanologicheskogo instituta legkoy promyshlennosti.
(Boots and shoesp Rubb6r)
(Production standards)

FUSHKIN~ 'P SOkand tekhn.riauk, dotsent; XAZIMMQ,-A.D,, inzUS;
:L~2zh.; XAMHY S.S. I Pinihi, I PARASH11h~ T*G.p
inf.; AISKSEMA, Nell. , inzh.,; FOLYAKMA, L.H., inzh.
Labor productivity potentials-arid growth factors in the
artificial leather industry during the current seven year
period. -Izvvys,ucheb.zav.;tokh,16g.prom. no.201-38
162. (MIRA 15: 5)
1. Vsesoyuznyy nauchno-issledovatellakiy institut plenachnykh
materialov i iskusstvennoy kozhi. Rekomendovana kafedro7
ekonomild prmqshle=osti 1 organ12atsU proizvodstva

TAKIKMK09
Umbinatim of uterine and bilateral t-ibal prognanoyo ]Gmsho
i Z~n. 39 no.3026 11~~063 (MIRIL 3.7
-1. Iz. akut~l:i&r&o-~-ginekologiohaskogo otdelimUy& Shpikovskoy
rayonnoy bol In i tsy (glavn7y vraoh S.R. Ka~un) 'R~n itskoy
oblasti.'

CUtivated Plants. M
-L gumes. Tropical Coreale.
Grains. ej
KhBiol.~ MD. 3~ 1959.. No. 10942
ITHOR

3TI. ~iicultural Instituto
: KharIkov A&
: The Methods and Rates of Sowing Millet.
bRIG.: PUB. Zamledsliyep 1958,,0-110. 5, 61-62
Khartkov Agricultural Institute data (1954-1956) on the
-trial., of the, - continuous (0) and wide-row (W) sowing of
t~e' iiiiet vea'446'dol~,Wkoye 367 i Th e- grain- - yield
wi th W souink was on :an. average.for 3 Years, 15.2 aent-
ners/ha lower than with G sowing. An increase in the
sowing rate of the milletwas accompanied by an increase
in the yield in the case of both methods. The highest
yield of mi.Ilet from G sowing was obtained with the sow-
ing ratA) of 30 kg/ha and from W soving with the sowing
rate of 25 kgAa. The wida-row sovings of millet requird
ARD: 1/,2
-48-

SEMY I B. P. v inzh. ; YAKDSNKO 9 A.V.
Relation between coefficients of friction in slipping and coeff~ciez;ts
-46f.adhesion of the wheels of a mine loader. Vop.rud. tranap. ho.4:498-
415,160. "(MIRA 14;3)
1, Institut gornogo dela AN USSR.
handling-Equipment and supplies) (lPriction)

ACC NR. AP7001~37~ SOURCE CODE-:- W643*9~/'66-/6k~/61-1/174~'/ifliS-7
AUTHOR: Monast iy, 0. A.; a lmenko,-,A,, .;,Burmakin, V. ff.
4rsk
ORG: Institute of Cytology and~Geneticsj Siberian Branch,.Academy of Sciences
SSSR,Novosibir3k(Institut ts'itologii i.genetiki'j'sibirskogo otdeleniya Akademii
nauk SSSR)
ItT ,LE; Method of:~recording pulse and the frequency and relative depth of respiration
simultaneously ~n~small animals
SOURCE: zoolog~cheskiy zhurnal, v. 45, no. 11, 1966, lT42-lT43
_-.TOPWTAGS:~ an m4,1.,
pbysiology, rodent, bat, physiologic parameter, respiratox
.7
rystem, biologic respiration
~i'--ABSTRACT; An orij,,inal. method for recording pulse and the frequency and relative
depth of respiration simultaneously in small animals (bats and other
cage conforming to the s1ze
rodevitc) 'is described (see-Figs..l and 2~.
a erimental animal is made by shaping 1.5 mm-thick plexiglase
XP
ch a flat bottom and doors~at each end.,
into a cylindrical block to whi
are attached. Silver.electrodes are placed in the bottom'so that the
left front foot is on one plate and the right hind foot is on the
otheri. Wres hooke4up to the silver plates are coupled. to the EKG
(EKPSCh--3) liend. A groove,is cut in the cage bottom at the level of
I Card -1/3 UDC:. 591.327.08

ACC NRi AP70012
the tiF of the animal's cheat for the respiration sensor. Frequency
....'and relative depth of respiration are converted into signals by a sen
sor, consisting of an elastic tubber tube filled'with chemically pure,
ground carboq, which records changes in cheat perimeter during respira-
rh
tion., e silver electrodes are insertediin the tube ends and are
joined o the arm of the measuring bridge~by wires. A thermocouple for
measuring ai temperature in the cage and!sn opening in the rear door
for Lns~ rtion. of a thermocoupleto measure rectal temperature can be
added, thout altering cage construction.:.When recording, the doors
are cloped and the belt of the respiration,seneor in tied. A readout
(see Fig. 3).zade at 25 sm/see shows pulse:frequency (upper) and the
.-frequendy-and depth of.respiration (lower). This wthod plarmits recordi
physiol4gical parameters without injury during chro'nic exparimats. orig...
art.- has!: -3 figures%
SUB CODE: DATz: -:,~Udue/ AM) PUM 5112

YAKIMENM, F.
mus tmy 4 t il a -7*2,wsbl,~
2 0 7 6c
1. C-Iavnyy &prohM Icolkhnza imL-.nl !"Inhu, Sat-plnrkrgz, ray
Kah~,tskc7 AMR. c,:2

USMMIF? ~-- 91-l!i?~l_;~t~,,~~,w~rl-~cllx_lizvi~1,19-19-! fil-r~~aL~y~K~ldTBMI~Ncp-rt-!~~_-clr-~-nqqmfm~~-V&-~19,19-pl;-_.&I ~- -

4 Nur ;3'sk;'
HONAKEOV, N.I., inzh., glavnyy red.; MIAIISKIY, M..A., inzh., zam.
glavnogo red.; BOKOVICH, M.G., inzh,, red.abornika;
All
JjZog~'_~' ~red.sboraika; LUVIN, B.H., -red.izd-va;
G N. P. G. .tekhn.red.
[Collection No.8 of consolidated cost indexes of buildings
and structures of the buildings materials industry to be
used in the revaluation of capital assets] Sbornik no.8
ukrupnennykh pokazatelei stoimosti zdanii A sooruzhenii
promyshlonnosti stroitellifth wterialov dlia pereoteenki
-0snovnykh fondov. Moskva, Goo.izd-vo lit-ry po atroit..
arIchit.i'stroit.materialam, 1959. 134 po (MIRA 12:8)
1. Russia (103- U.S.S.R.) Gosudarstvennyy komitet po delam
stroitel'stva.
(Building materials industry)

RUB]NSKjy, Yu.N., dotsent, knnd.akonom.nauk; VoRoB,YZVI, A.L, starshiy
ik! pRoKaFAM, N.D., starshiy nauchnyy sotradnik;
nauchnyy.sotrudn . I.D., starshiy
DMIN, G.V., starsbLiY nauchM sotmdnik; KHT=09
n-aU'cbn" sotrudnik. Prinimali uchastiye: XAcHKO, Tu*Ta.g m]Ladshiy
naucluqy sotrudnik; FILIKONOVAt V-V-, Mlaashiy nsuchnj7 sotrudnik;
YAKIXINKO _mladshiy nauchnyy sotrudnik; VXRMWq YeeNes
, G ----
-PA 1. ~ITSIN# DJsq student- -MIROSHNICHRNKOR
arshiy prepodavatel .
V.D., red.~zd-vi; KCROVMOVA, Z.A., tekhn.red,
(Time study research in coal mines] Khronometrashnye isoledovaniia
na. ugollnykh shakhtakh. Xoskva, UgleteWzdat, 1959. 278 P-
(MIRA 13:9)
1. Dnepropetrovsk. Dnepropetrovskly gornyy instituto -2. Dnepro-
petrovskiy gornyy institut (for Rubinskiy, Kachko, Filimonovs,
Veremey). 3. Donetskiy nauchno-isoledovateliskiy ug-ollnyy insti-
tut (for Voroblyeva, Prokopenko, Dalin, Kryzhko, Yakimenko,).
4. 5-Y kurs gorno-ekonomicheakoy spetsiallnosti Dnepropetrovskogo
gornogo institute im. Artema (for Slunitsyn)o
(Time study) (Cobl mines and mining-Production standards)

m-Ma" ~WM
USSR/General Problems of Pathology. Neoplasms. U
Abs Jour: Ref Zhur-Biol., No.8) 1958, 37339.
Author Tabachnikov, S.Y., Yakimenko, G-V.
Inst
Title Mediastinal Type of Bronchial Cancer.
Orig Pub: Vestn. Xhirurgii, 1957, 97, No 9, 137-138.
Abstract: A case of bronchial adenocareinora in a 15 year old
boy, the clinical picture and anatomo-pathological
findings are described. An acute onse,t of the illness
and rapidly progressing course rjicnths), absence
of loss of weight and dysphagia were noted, despite
the enormous size of the tumor (21 x 17 x 10 cu) occu-
pying the greater part of the cheat cavity and red-
iastinum.
Card 1/1 Ard

JJSSR / CUltivated Plants. Technical. M-5
Abs Jour Ref Zhur - Biologiyaj No 2, 1959, No. 6382
Author 1~~, I. A,
Inst Institute
Title Changes In Yield and in Quality of Parental
Sugar Beets According to the Disposition of
Plants and the Fertilizer Bases in the
MikhaylovBkiy Sovkhoz
Orig Pub Zap. Voronezhak. a.-kh. in-ta, 1957, 27, No 2,
269-272
Abstract The combination of humus (before cultivation)
and mineral fertilizer used in rows and of
top dressing produced the heaviest roots (350 g)
and the r atest-planting density (100.8
thousand%:), but the smallest saccharinity
(18.8%). The Introduction of phosphorous
Card 1/3

USSR / Cultivated Plants. Technical. M-5
AbsJour Ref Zhur - BioloSiyap No 2, 1959, No. 6382
fertilizers alone in rows and in the top
dressing sharply diminished the weight of the
roots (down to 210 g) but Incroased the
saccharinity (up to 19.4%) when the density
of plants was 97.9 thous/ha. Large doses of
Naa are harmful in the fertilization of rows.
They have an adverse effect on germination
and decrease the density of plants (down to
90.5 thous/ha). The greatest density of plants
(89.6 thouB/ha, sic!) was obtained in beds
which had a surface of 44.5 x 18 cm. The
weight of the roots was 238 g and the
saccharinity was 15.5%. The least density of
plants (42.8 thous/ha) was observed when the
plants were disposed in squares of 44.5 x 44.5
cm. The heaviest roots (350 s) and the
Card 2/3
117

USSR Cultivated Plants. Technical. M-5
Abs Jour Ref Zhur - Biologiya, No 2, 1959, No. 6382
smallest saccharinity (15%) were observed
in this case. With the variant of 44.5 x 44.5
cm, intermediate values were obtained in the
case of two plants. The increaso In sacohar-
inity of 0.4% obtained by introducing PK as
additional top dressing, when the plants are
disposed in a square, is worth consideration.
The experimental was carried out at the
Voronezh Agricultural Institute. N. I.
Orlovskly
Card 3/3

VODOLAZIICHEIIKOI Yu.T.; BUOUS, D.A.; GOLUBCHIK, S.F.; LINCHEVSKIY,
V.V.; PERETRUTOV, V.L.; ML111-1-40, I.A.; CHICIEVA, L.I.,
red.;
[Dismantling and assembling the DT-20 tractor] Razborka i
sborka traktora DT-20. moskwuy "Kolos," 1964. .174 P.
(14,111A 17:8)

88159
'-4/109/60/005/011/008/014
-140/F
9,/,300 E -.1183
AUTHORS: Bulgakov, B.M., Shestopalov, V.P., Shishkin, L.A.
and
TITLE: Symmetrical Surface Waves in a Helical 'eaveguide
Imliersed in a Ferrite Mc-dium
PL-1110DICAL: Radioteklinika i elektronika, j96o, Vol-5, N0,11,
pp. 1818-1827
Tt7,'%'T: Suhl. and Valker (Ref.3) have considered the. dispersion
properties of a helical wavcguide with external ferrite medium in
the presence.of a constant transverse magnetic bias. The
dispersion equations of such a -4;ystem contain modified Bessel
functions as well-as Laguerre or Uhittaker functions which
-complicates the analysis, of the characteristic equationz;. If the
magnetic bias field is parallel to the axis of the sy,-~.tem, _the
longitudinal field componentf.: in the ferrite and free, space are
expressed by the modif-ied Bessel functionS. The dispersion
equation can be analysed more fully therefore than in the case. of
s :Thf-- article derives the dispersion
transversabia. equation of a
1
al waveguide Placed in a c avity in an infinite
-i C, y1indric.al cc
ferrite medium. In cylindrical coordinates, the waveguide passes
Car-d 1/2

88159
sAo9/6o/oo5/0l i/ooll/014
N I 4o/N483
Symmetrical surface J-.'aves in a i1elical Waveguide Immersed in a
Ferrite Medium
'ina radial direction. It is assumed that slow axially-symmetrical
waves propagate in the system. The following special cases are
considered: Isinall. gyro tropi city, large magnetic bias field, the
system close to resonance and low.inagnt-tic pernirvtbililty~ The
disperi;ion equation.,; here derived are solved by a method of
successive approximations. The dispersion curves for various
values of the system parameters are given. The article concludes
l tile c"ilcu,
w
th lation of the power flux distribution in the system.
There are 6 figures and 12 references: 9 Soviet (one of which is
a translation, from Vnqlish) and 5 non-Soviet.
ASSOCIATIOV:..~.l~liarlkovqlly gosudarstvennyy universitot
(Khar1kov State University imeni A.M.Gorlkiy)
SUBMITTE December- 10, 1959
Card 2/2

2143Z
s/lo9/61/oo6/ool/010/023
3301~ -a /ca 30) E140/E163-
AUTHORS; Bulgakov,,BOM., Shestopalov, V.P., Shishkin, L.A4%
and' ime~nko ~11. P,
~k
TITLEt ..Unilateral wave propagation in helical waveguide
immersed in-ferrite medium
PERIODICAL; Radiotekhnika i elektronika, Vol.6, No.1, 1961,
pp. 81-91
TEXTs The authors consider the previously observed but not
satisfactorily explained phenomenon of directive propagation in a
system consisting'of a helix surrounded by a ferrite medium with
an applied constant axial.magnetic field. The actual directivity
observed of 6%1 (Ref.2t J.A. Rich, S.E. Weber, Proc, I.R.Eaq
1955, 43, 1, 100) is higher than that predicted by elementary
theory, which determines the degree of directivity from the
eccentricity of the magnetic field vector ellipse in the plane
perpendicular to the constant magnetic field. Rich and Weber
(Ref.2) proposed that the divergence between the experimental
results and the predictions of the elementary theory are caused
by the influence of the:ferrite permeability on the magnetic
Card 1/ 3

21432
S/log/61/006/001/010/023
Unilateral wave propagation in ... r.,140/E163
-vector ellipse eccentricity, -The present authors.have previously
(Ref.3) published an electrodynamicsolution of the problem for
~ldssless systems. The present note solves the same problem for
systems with dielectric andmagnetic losses having a ferro-
resonant characters The analysis predicts directivities of up to
8i1, a result useful for the design of ferrite attenuators for
TWT-amplifiers. On the basis of the fq~,rmulae obtained curves
have been calculated which permit the following conclusions.
(1) The directivity has a maximum in the neighbourhood of a
resonant frequency, of the orderof Bil. (2) The dependence of
attenuation of magnetization for a given magnetic field is weak.
(3) At frequencies equidistant.from resonance the attenuation
increases as the magnetic field decreases. (4) In the presence
of highdielectric losses frequency bands are possible in which
the backward attenuation is.lower than the I"orward attenuation.
Thus the dependence of attenuation ratio and of absolute
attenuation on the d:Lelectric.loss have the same character. it
is necessary,to,take ferrites with theloweat possible
dielectric loss.
Card 2/3

22903
S
/io9/ft/oo6/bo4/oi8/025
E052/B314

AUTHOn -T P d Yakimenko, I. P.
Shestopalor? an
TITLE; ..~-. ,On the.: Attenuation. of Slo,.%r,El-ectromagnetic Waves,
in a. P1 a* Sma Rbd .)~o.c at ed in the.Longitudinal
Magneti6,, Field
PERIODICAL: , Radi ot elchnika' i elektronika, 1961, Vol. 6,
No. 4, pp. 653 654
TEXT: The
dispersion 'equa+lon f ox. a plasma X-od i1a it

7 ongitudin magnetic Tield was inv
al estilrat ed by%Faynborg and
~
:
'Gorbatenko
(Ref. 1) without taking losses into account. ThLs
equation wa s obtdined.by Bulgakpv et al in Ref. 2, and ts
Of. the foll ou1ng form
Y70
of a
(a
j) /11 f+
s
s
101
V
KIO + f-J4- 10
-
Te T -JF
k
m
OO

.,Card 1/8

22903
t.-;C"
S/l()q/61/oo6/bO4/ol8/,
~enuat on. E032o
c
e"'.Vel6 it f
y. o vac Um"
a, plwsima -rod-
:(x Y"I
I d, arc., modif i ed Bessel
fUne t i o'ns of - the first
A ond~. kind.
rt :~s e
a
-th .-S
.-Idet'rmind:' '
,us ed to' i s p e 6:31. o' n
an..'-p e.~
its
electrot~agnbtic~.'
I t . lds;-.,i,n the.;.-sha ed': regio
wave n o
regio ded_._Lb~;,;-th`
n-ld.--boun(
e: C
g. 0,
Z -
5_"
"where'-- (0,
C; a
z
-.1
W h e ~',,,Lan'imu-ir, i as ffia"! '.kr equ~enc y c1f.-Alie. ait'e"nua ion o
s
0
h hw~~-,'t ef" i--Eci
e waves is not -.Large;-.-,z,z -'varioul
t o b.. h
...'"'can b(�.expended and.on y- e -1 i n' ~e 'a r e, ii, m sr e-tained.* For,
..i -I-the i-disperslo'
n - eiuaiion s ith,
o rm
-Im~ 'Y i-4 .. .... ...
.3/.8.

109/61/00 AO
EO:32/E314-~
i
elt
z 13~
-6-'-16,sses,,are ixe-e
rm ne
2
vp
,t"3
j7,

22903, -

2
2 903

s
/ioq/6i/do6/dO4/018/025

': BO 2
ii i on
/Ejl4
.

-S 'an d. 2__._~'- S o`yi ~~r 6f er en'c 6's

ar' ko' vis Iii y- gosuda stivie
r anyy universitet im.
fko'go
kov..,~Sta-~b
~,:.:(Kharl
-:Uniirei-sit~r':
Gor
.
,
,
,
im.-A M, dc)jr,,.iciy
epte'mb er 9,.--.1960:.

x,

-
W-

~j

,
Z
4~
a

7
,
j
vi!

tz
A. .7m., 1:1 .1

s/141/62/005/001/020/024
E039/E485
AUTHORS: Shestopalov, YAkjmankD_J_P_1 Fil', V.D.
'TITLE: The propagation of unsymmetrical electromagnetic wavea-
in a plasma column and their:radiation
PERIODICAL: Izvestiya vysshikh uchebnylch zavedeniy.
Radiofizika, v-5, no.1, 1962, 176-179
TEXT: The dispersion equation is derived for the propagation of
unsymmetrical electromagnetic waves in a plasma coluMn with a
longitudinal magnetic field. The solution to this equation is
Presented graphically and shows the various regimes of
propagation and cut off frequencies. The dispersion curves
~calculated from this dispersion equation are also shown
graphically,., The-phase velocities of waves of different types
depend strongly on the frequency, the plasma parameters and the
longitudinal magnetic field. A normal and an anomalous
dispersion is indicated. Approximate polar diagrams are
calculated for,dense plasmas in a magnetic field. These polar
diagrams-are symmetrical withrespect to the axis. Numerical
calculations made for waves with an index n 1 show that the
Card 1/2

IUDMA4~V-1.5 ~n ~4

s/141/62/005/001/021/024
E039/F,435
AUTHORS; Shestopalov, V.P., Yakimenko. I.P., Prokhoy, V.V.
TITLE: Non-symmetrical eledtromagnetic waves in a spiral
waveguide with longitudinally magnetized ferrites
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Radiofizlka, V-5, no.1, 1962, 179-183
TEXT: The dispersion equation is derived for this case and
compared with the n-th propagation resonance-. The form of the
ifave spectrum is shown graphically for' two values of u -where
u wHa/c,(wH is the gyrofrequency a is the radius of the
spiral), indicating the regions where slow and fast waves are
propagated andalso the regions of no propagation. Dispersion
curves are obtained by graphical analysis before and after
resonance for.the case when the direction of wave propagation
coincides with the direction of the magnetic field and also the
converse of this. The direction of the magnetic field
influences thephase velocity of the waves. The distribution'of
the flux density for various types of waves is calculated using
-the usual expression for flux density of monochromatic waves
Card 1/2

s/141/62/005/001/021/024
'Non-symmetrical electromagnetic ... E039/E435
along the z axis. As,there is strong dispersion in this
particular system the results are only qualitative and, in order
to obtain more accurate.results, it is necessary to use the quasi-
monochromatic approximation. The calculation shows that most of
the wave propagation occurs inside the spiral (in the ferrite).
This is in agreement with the fact that the phase velocity of
these waves is only very.weakly dependent on ctg 9. For the
~.-.usual slow waves a large part of the flux distribution is outside.
the spiral. There are 3 figurese
~ASSOCIATION: Kharlkovskiy gosudarstvennyy universitet
(Kharlkov State University)
SUBMITTED: June 17, 1961
Car&2/2

'54 ~3
S/109/62/007/003/020-/029
-2 JU256/D,302
AUTHORS: Shestopalov, V.P.2 Yakimenko, I.P., and Zdorovikt V.Ya.
TITLE; 1,11ectromagnetic aave radiation of a helix-ferrite
antenna
PERIODICAL: Radiotekhnika i elektronika, v. 7, no. 3, 1962,
566 567
tic radiation and its dependence upon the magne-
-TEXT: Blectromagnek,
tic field applied along the axis of the helix are considered using
the Huyghens-Kirchhoff principle. General equations -are set up us-
f non
ing the initial conditions obtained by solving the problem of -
symmetrical wave propagation along an infinite heli wound round a tly
ferrite rod to derive the fields and the phase velocities at the
surface of theantenna. Directional diagrams of the antenna are pre-
ted showing that with a change of the magnetic field the main
en
s
maximum s-olits into 'two maxima symmetrical with respect to the a>ds-
There are 2 figures and 4. Swoviet-bloc references.
Card.1/2

S/10 62/007/003/026/029
Electromagnetic wave radiation ... U256YD302
ASSOCIATION: Klharlkovskiy gosudarstvennyy universitet im. A-Mo
Gor1kogo (Kharlkov State University im. A.11. Go--Ikiy)
SUBMITTED: June 15t 1961
-Card 2/2
--maw
3-vt
Ina
eg- ON
"gui
NNE-IM3
REV.
'5~ MEMO
, Woo
14 1"1 11
HE 5

-w' '~"a
4oq4Q
S/109/62/007/007/008/018
30 D266/D308
AUTHORS: Yakimenko,_ and Shestopalov, V.-P.
TITLE: An exp.erimental investigation of the helix-ferrite
waveguide
~.PERIODICAL: Radiotekhnika i elektronikav v. 7t no. 7, 1962,
1115-1122
-TD
M: Two configurations are studied: (1) ferrite'eylinder inside
the helix, (2) ferritesurrounding the helix. Helix and ferrite
are in both cases placed in a coil producing homogeneous axial
mzi'tqi6atic field. The voltage standing wavq ratio*(a function of fre-
(fuency) was kept below the value 1.5. -Since the phase velocity of
the forward iind backward propagating waves is different, the wave-
length could n'ot be determined from the measured standing wave ra-
~.tio but.was obtained by comparing the signal from a moving probe
-with that (through attenuators) from the signal generator. The
measurdments were performed at decimeter wave-lengths varying the
.--,magnetic field between 150.and 1000 oersted. The dielectric con-
Card, -13

S/109/62/007/007/008/018
..An experimental.investigation ... D266/D308
stant of the ferrite employed wasE 9. The conclusions are as
follows: If the helix is~in the ferrite jacket the forward waie is
more.attenuated; if the ferrite is in the helix the attenuation is
larger for.the backward wave. This agrees with the corresponding
conclusions of B. M. Bulgakov, V. P. Shestopalov, L. A. Shishkin
and I. P. Yakimenko ORadioteldmika i elektronika, 1961, v. 6,
no.-1, 81) and can be-physically explained with the fact that the
V\
direction of rotation of.the a.c. magnetic field (perpendicular to
the,d.c. magnetic field) depends on.the relative position of helix
and ferrite. If the ferrite is outside the helix, the elliptic po-
larization is negative (in accordance with earlier work), which
makes the attenuation larger for the forward wave. The raiio of
forward and backward attenuation can be influenced by the choice
of the gap between helik and ferrite but the introduction ofthe
gap increases the attenuation in both directions. The authors be-
lieve that filling the gap with dielectric can further improve the
non-reciprocal character.-Increasing the spacing between the turns,
.~_Ihe abBOlUte level of the losses decreases, which is 'due to the
fact that the proportion of surface waves decreases. The phase
Card 2/3 t S/

s:ACCESSION NR: AP4039737 'S/0141/64/007/002/0375/0378
AUTHOR: Yakimenko
,;TITLE: Scattering of electromagnetic waves by fluctuations in a
;:plasma waveguide
IVUZ. Radiofizika, v. 7, no. 2, 1964, 375-378
t'SOURCE:
plasma electromagnetic wave,~ electromagnetic
!TOPIC TAGS: scattering
'Timagnetoactive plasma,,dispersion statistics,-electromagnetic theory
.,,.,ABSTRACT: The author obtains the correlation fu'nctions of the fluc-
I.ituation electric'field in a plasma' waveguide of",finite radius and
I I I
1-determines the differential coefficient of scattiBring of electromag_.I,.-.
netic waves by charge-densit fluctuations. The-,~roblem is solved
y
1!,for symmetrical E modes and is based on the general theory of elec-
'tromagnetic fluctuati6n' -is indicated that the solution method
s. it
'can also be applied.to'-a magnetoactive plasma, but-the results are
C c~s -rd,
1/2

- RM
-k . ~~

t il~
I TTTI `X !Themal radiation of a plesma C-linde
-- - - I - - - .- V I --- lp
, S 00'~CE -ivT-iz. pa~iiofizika, v. 8, no. 3, 1965, 476-484
1

.. -- -., . - :,. -- . -
- ":j ~- C , .. ., - r + ) ~ rnA
. . , . . I ~ : .. . . I -- I
r- ~i - ~ ~i - !.-m: ! ~ , --... - - , - . . . -11 i - ;, - :. -,
- :~. . I ~! t -

7'
AUTHOR- Yakimenko, 1. P.
TITLE: Attenuat-on of electromagnetic waves in a.helical waveguide ith
rn'li~ne-lar:"Ve
S C,'-* R C ---: R a d -. oka elektron~ka. .,. 0. no. ':, 'AQ~4,
TOPIC' TAGS: el-ct -ornagnet;c wave, 'hel,.cal wavegu~de
A15STP-ACT-. The arenuation of waves propagatiing in a plasma-filled helical
w;-veg---.de .s calk, an,-~ invec':gated. The thcor%, :i
or Ine fnd'..-..gs o' B. ",i. B-I~akov. e-, a.. ."-6- 3J, 7, 84: anc;
oi a soluton o-- ti~2 f!--c-ro-dv-,ar-n:c a,-c 0. r:es'.ui
MAJ~~' IC *--~! IS
vf r 7 1 1

1, 2.9431-65
ACCESSION NR: A-P4048881
doubled field. the -Lttenuation varies by 30 times while with a frequency variation
cf 1.6 tirne-c, the altenuation varies 100-fold. This is ex-plained bv tlrie r,~5oriant
rature oi the diciectric constant of the magnetoactive piasr-na. Other cata given.
i~he experimentai -.-erification included a II?--mrn-diameter Rlass tilDf, wound ovLr
b~ a 20-cm-l-)ng %, re 'hel,.x. 'he gis-,-,:scharce plasnia was generate-4 a
Vbltage (tip to 11) li-I applied to the electrodes with a pressure of 0.01 -n ni),,
4nside the t,..,be. ' 71-~e a,,,thor w~sl-ps P..--S"es'o-)alov for '--s
;Lnd helo in the or,~;ect, and I. D. FJ-I' and Yu.__~L. IL - a
r~aypry.~~k,,Z; V o took T) a r!n
the experinrients. Or-Ig. art. has: 6 figures and rZO. forrnulas.
ASSOCLATION: Khar'kovskiy universitet (Khar'kov University)
,SUBMITTED.- 101.ug63 ENCL: CO
SUB CODE: EG NO REF SOV: 006 OTHER: 000
Card 2 / 2

ICU'~~~AT
lr'A'~A_ NK, APGO. Z CCDZ '~VIVO~057166~103610~051086~8108 ~76
SOUItC
AUILWOR: Yakimenko, I. P.
. . .............. ....... . .
OM: Kharlk6V"~gtatc University im A.M. Gor'kiy (Khar'kovskiy gosudarstvennyy univer-
sitet)
TITLE; Oscillations of an inhomogeneous plasma cylinder
SOURCL Zhurnal teldinicheskoy f izilti ,
v. 36,no. 5, 1066, 868-876
TOPIC TAGS: plasma waveguide, dispersion equation, isotropic plasma, inhomogeneous
plasmn, mathematic method
ABSTRACT: A technique is describedfor'calculating the conditions for propagation of
D modes in an isotropic pla ma wa ~Uide of circular cross section in which the
Langmuir frequency is a function of the distance from the nxis. Such a technique is
very desirable becEiuse experimentally realized plasma columns are practically always
inhomogeneous in the radial direction. The plasma cylinder is divided into an arbit-
rary but finite number of cylindrical shells within each of which the plasma is homo-
genequs. The fields within each shell are expressed linearly in terms of modified
Bessel functions of the first and second kinds and zeroth and first orders, and recur-
rence 'relations fram which the coefficients in these expressions can be calculated are
derived from the boundary conditions on the axis, at infinity, and on the surfaces be-
UDC.;__jj33.9

L 3340-66
ACC NR: AP6.015308
tween the several shells. These recurrence relations are relatively simple and are
suitable for solution with a computer. The.dispersion equation can be found with the
aid of the,,recurrence relations. In the case of,,ptn'inhomogeneous plasma waveguide
there are a number (or a whole spectrum) of "cut-6&! (absorption) frequencies; the
present technique enables these to be calculated. The following simple cases nre dig-
cussed:by Ni,ny of oxnmples: a uniform cylindrical.plasma waveguide; a plasma wave-
guide in a glass container, and a plasma waveguide on which there is formed a Langmuir
layer in Vaich the dielectric constant is unity. In the last case there occurs
anomalous dispersion, and this is discussed. The technique as developed in the-pre-
sent paper.:is-applicable only to a cold plasma; it would be desirable to modify the
technique so ns to make it possible to take account of the effects of the thermal
motions of the plasma electrons. Orig. art. bins:. 51 formulas.
SUB CODE: 20/ SUM DATE: 08Jul65/ ORTO OF: 009/ OrH REF., 009
Card 2/111 T.9

KAIIPENKO, yAKI14MO, I.ya_; GoIJOH&ROV, G.A.
p[echanization of lAbor-consuming processes involved iu
the growing of sugar-beat seeds, Sakh.prom. 34 no.8-.
58-59 Ag 160. (KM 13:8)
1. Yoronez;hskiy sallskokhozyaystvennyy institut (for
Ilarpenko, Takimenko). Z. Mikharlovskiy evoklosovkhoz
(for Goncharov).
(Sugar beets)

-,,r- o,,..4oi--67-iw(TY-v P (c~)=-_0VjkT-/GD
ACC N Rz AT6.022329 SOURCE CODE: UR/0000/66/000/000/0028/0033
AUTHOR: Krei)ak.. V. N. '14W, rAev\X o IqA
ORG.: None
2
TITLE: Electromagnetic waves,in a nonhomogeneous jlasma cylinder
SOURCE: Vaesoyuznaya ppi4phnaya-.sessiya,.,ppevyashchenna nyu radio. 22d
ya_D
l9i.56. 1966, 2&.331
prostraneniya, radiovoln. Doklady, Moscow,
-TOPIC TAGS: inhomogeneous plasma, plasma electromagnetic wave, wave propagation,
-lectric property-
_ABSTRACT: The authors consider some of the discrepancies between the conclu-
sion s.of the.theory for propagation of ele ctromagnetic waves in a uniform plasma
cylinder, and experimental data with actual plasma columns. It is pointed out
that one of the reasons for these experimental deviations may be the fact that
-actual-plasma columns arenot always homogeneous. While a direct solutionlof the.., 11
-electrodynamic boundary proble~i for propagation of surface E-waves in a non-
h(mogeneous dielectric cylinder involves considerable mathematical difficulties,
the problem may be approached.by aBsuming a laminar approximation for the dielectric.
The-dispersion,equation
r.N 1=0t1:
Card 1/3

-- - ~ f)9l.al-4-7 --- - - - -