SCIENTIFIC ABSTRACT MAKSIMENKO, M.Z. - MAKSIMENKO, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031620007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

X&ESIMMO, H. Z.
Application of a mixing injector for neutralizing gasoline.
Neftianik 1 no.11:20-21 N 156. (HLHA 9:12)
1. Inzhener-mekhanik Novouftmakogo neftepererabatyvayushchego
zavoda.
(Gaaoline)

MAKHOVP A.F.; SUDOVIKOV, A.D.; MAKSIMEWO, M.Z.
-
Still with spiral nonperturbent coil for beating, reforming,
and pyro2ysis of petroleum products. Mash. i neft. obor. no.5:
31-33 '63. (MIRA 17:8)
1. Novoufimskiy neftepererabatyvayushchiy zavod.

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SAVELIYEV, Vladimir 1vanovich; 1141AKSIMENKC, IN., red.
[Potentials for an Increase in fishery :~e-
zervy uvelicheniia proizvodstva rybnoi produktsii. Ka-
liningrad, Kalindigradskoe knizhnoe izd-vo, 1961.. 45 P.
(INIRA 17:10)

KAKSIMENKO, N.M.
,
Fluid vitreous frothing agent for foamy cement mixtures. Rats.i
izobr.predl.v stroi. no.55:20-21 '53. (KIaA 7:3)
Oement)

MAKSIMENK09 N.N., insh.
A case of the faulty operation of a system for protecting electric
generators from short-circuits to ground. Elek. Sta. 33 no.8:
79-90 Ag 162. (KRA 15:8)
(Electric power distribution) (Electric protection)

HAKSIMENKOp N.N., inzh.
Electric current grounding devices in permafrost regions. Elek.
sta. 33 no.10:66-69 0 162. (MIRA 16:1)
(Electric currents--Grounding)
(Russia, Northern-Electric power distribution)

I'M H-rp_l ~, V r A V_--M m

MAKSIMENKO, U.N., inzh.
Sensitive directional protection system of radial conTen5ated
networks from short-circuits'to ground. Izv. vys. ucheb. zav.;
energ. 6 no.6:12-17 Je 163. (MIRA 16:11)
1. Tomskiy ordena Trudovogo Krasnogo Znameni politekhnicheskiy
institut.

MAKSMENKO ,N.N. -L-inzh.
Damage of the stator winding of the TVF-100-2 turbogenerator.
Energetik 11 no.336-7 Mr 263. (MIRA 16:4)
(Turbogeneratore-Windings)

MAKSIMNKO, N.N., inah.
Sensitive relay for the protection of high-voltage motors from
short-circuits to ground. Energetik 11 no.5:29-30 Mv IA3.
(MM 16j7)
(Electric protection) (Electric relays)
(Electric motors--Safety measwres)

MA&UMENKO, N.N., inzh.
System far checking the inmilation at the bus conduatcTs
electric substation. Energetik 11 no.6-19-20 Je '63.
(MIRA
(Electric insulators and insulation)
(Slectric transformers)
of an
16%7)

MAKSIMENKOJI iiizh.
Protection of low-vGltage motors in partial phase speratirn. Prom.
energ. 18 no.7:14-15 JI 163. (~aRA 16:9)
(Electric motors)

MAKSIMENKO, N.N... inzh.
1-
Conductivity of reinforced concrete pile foundations in perma-
frost regions. Prom. energ. 18 no.llt4l-42 N 163, (MIRA l6tl2)

MAKSIMMOO N.N., inzh.
-, -" -:~'
-
Seasonal change of the capacitance of electric power transmission
lines in the Arctic Regions. Elek. sta. 34 no.1002-83 0 163.
OGRA 16t12)

.. - MAPI~ENK:O,-,~,~,,--dotsent
Design of electric current grounding devices for permafrost
soils. Izv.vys.ucheb.zav.; energ. 7 no. 4:43-48 Ap 164.
(MIRA 17:5)
1. Noril'skiy vecherniy industriallnyy institut. Predstavlena
kafedroy elektrotekhniki.

-7 7
0--in-p-d-t '61
.'t4~ th T
re gatp~ ~O'A
___o
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nit# the --regi te _'ta b4Ef a ---r6giatqmfor7_--_'
-ins: e1 ihw~
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6f' tqii Ang WwA d'.
4~1
.0 tit
he':auxniia~ keititbr-, th; 0 dame

RAKS IIC
I ~ITKO, N.N. Oloril Isk)
Electric currents in frozen ground. Elektrichestvc
no.12:47-50 D 164. (MIRA 1F,12)

MAK3MINKO, N.N.,, inzh.; C11,114ANOV, V.P., -nzh.
Single-phase short zircuits to ground in 35-110 kv. networks in -.,e
Far North. Elek. sta. 36 no.9:57-61 S 165. OmaA 18:9)

'ACC NRa AT6034774 SOURCE CODE:
AUTHOR: Maksimenko, N. X.
ORG: none
CLS
TITLE: Return currents of alternating-current lines in heterogeneous grcun'
SOURCE: 'Norillsk. Vechernyy industriallnyy institut. Trudy, no. 3, 1965- Fiziko-
elektrotekhnicheakiy vypusk (Physics and electrical engineering), 75-63
TOPIC TAGS: electric current, high voltage line, mathematic model, electromagnetic
wave, differential equation, wave propagation, earth current, electric impedance,
electric conductivity
JIBSTRACT: A method for calculating the effective conductivity of the ground on a
current path in a conductor-to-ground loop according to the input characteristic
1kDedance of the ground is proposed. The method is based on the analoey between
processes in lines with distributed parameters and processes that characterize the
distribution of plane-parallel electromagnetic waves. It is assumed that the con-
ductor of the overhead line Y-ms along the axis of a cylinder cut into the earth's.
surface (see Fig. 1). Cylindrical electromagnetic waves propagated in homogeneous
ground are expressed by HOP(E)
I H (2)(E)
H---
21ch HiDAW'..

ACC NRs AT6034774
0
.00,
Fig. 1. Reudenberg's model for .0
calculating return currents
2
where i is the current in the forward conductor of the line; 6 is the conductivity of!
the earth; Cv is the current frequency; IAIAO is the permeability of the earth;
110 (2) (g) is a zeroth-order cylindri cal'Hankel function of the second kind; and
H (2) is a first-order cylindrical Hankel function of the second kind. In
1 (C h)
heterogeneous grounds, the impedance of the conductor-to-earth line, the impedance of
the zeroth sequencep and the coefficient of mutml inductance between the two
conductors are determined from formulas derived for homogeneous grounds. This is
achieved by substituting the effective conductivity calculated from the input

NR, AT6034774
characteristic impedance of the earth as:
r--
, Cs(-3i-C22thlh2'+Cjt2thTlh,+C,C3th7lhlth7,h7
tl.(a4CitithT2h2+.C2COthTihi+Ca'thTib,th72hI
C2((s+t2thT2h2)+ClthThl((:+C3thT,hOt
tj& -+ (jthj2Q -t (,thjjh,((~ + C2thjsho
This method can be used for any degree of heterogeneity of the ground. The
theoretical-conclusions Wee with the experimental date. Orig. art. has: 14
formulas, I diagram, and I graph.
SUB CODEs 09/ SM LLTEs I3Yar65/ ORIG REFi 003/ OTH RW; 002

AUTHOR:
TI'H~F:
FERD,DICAL:
ABS'I"RACT:
ASSOCIATIOT,
-ih
Nfak3imerik--~, 1,1. V., A.,
Puc?ir,17, nt' Sr.,jil' and B,,!: z~oelr,
1960, DII. p ~j (USSIO
11, 1,-)55 a ,;"rnple design of puckii,j,, rr)d~': Jr omiAl'~, a:11
Jeveioped at Alchw/6~ Plant. This cousLsts ha~,
stuffing box"s fol, the large bell cod ,LniA ono detat'LiLbLe stu!'Nnjr, box
t'or Uie I -~ 1 rz)d 1.,-. *11,t- !.-.4 r-
figure.
P1an,, Imcn! (Zavod imen,
Card 1/3

c nd Illrgl? B""'
Smal L
CU

Packing uf Smali and Large Bell Rods 78034
SOV/130-60-3-3/2--~
Fig. Stuffing box packIng for the rcds of small and large oe---' for
charging apparat-us of Dlast furnace. (a) Rod of the 'Large bell;
rod of the small be.'-; ~ 1 and P) detachable stuffing hoxes for
rod packing of large bell; 3) detachable stuffing box for rod
packing of small bell; (4) lubriaating ring ; '5) packing.
'lard 3/3

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"TowL;-d
iyC. 1,,bor nnre
T e chn
Cb
12 Feb. ~Leto,-.'z,

KAKSINNNED, U.S.
, , -
Fuel briquettes from the lignin of c*ttonseed hulls. Gidroliz. i
lesokhim. prom. 8 no-7:21 '55. (MIRA 9:4)
l.G3.avnyy inzhener Forganskogo gidroliznogo zavoda.
(Briquets (Fuel)) (Cottonseed)

USSR/Chemical Technology - Chemical Products and Their Application. Wood Chemistry
Products. Cellulose and Its Manufacture. Paper, 1-23
Abst Journal: Refemt Zhur - Khimiya, No 19, 1956, 63365
Author: Panasyuk, V. G., Makeimenko, N. S.
Institution: None
Title: Production of Active Charcoal for Clarification from Lignin of Cotton
Hulls
Original
Periodical: Gidroliznaya i lesokhim. prom-at', 1956, No 2, 13-14
Abstract: Active charcoal for clarification is made from crude charcoal obtained
from hydrolysis lignin of cotton hulls by hhating at 850o (with steam)
for one hour. Yield of activated clarification charcoal, under these
conditions is 48-53% on the basis of the crude charcoal or 25-27% on
the basis of dry lignin. In contrast with charcoal produced from wood
or hydrolysis lignin of wood, charcoal from lignin of cotton hulls can
beactivated only once; repetition of the process decreases its ac-
tivity.
Card 1/1

SHPUIROVA, M.Ye.; I-MKSIKE14KO. N.S.; GRANKINA. L.G6
--~
Perfecting pentose and hexose hydrolysis of cottonseed
bulls. Gidroliz. i lesokbim. prom. 9 no.4:7-9 '56. (XLRA 9:11)
1. Tooso7uzrqy nauchno-iseledovatal'okiy Institut gidrgiilz_
A
I oullfitno-spirtovo7 promyshlennosti (for Shpuntolwy-z. -
FarganskI7 gidroliaW zavod (for Haksimenko i Grankina).
(Cottonseed) (H7drolysis)

PARSTUK, V.G.; KAISIMSIZO, N.S.
Thermal decomposition of lignin processed from cottonseed hulls
by hydrolysis. Gidroliz. I lesokhim. prom. 11 no.1:16-17 '58.
(MIRA 11:2)
l.Dnepropetrovskiy khimiko-tekhnologicheakiy institut (for Panasymk).
2.lPerganakiy gidrolizny7 zavod (for Maksimenko).
(Lignin)

XMIMMM, N.S.; GLADWEVA, A.P.; PAVLOV, S.Y.; AKKERMAN, I.Z.; KOIDSOVA,
Ta,V.
Mastering the processing of new raw materials at the Krasnodar
kdrolysis Plant. Gidroliz. i lesokhim. prom. 11 no.6-.12-16 158.
(KM 11:10)
(Krasnodar-4drolyzis)

PANASTUK, V.G.;PANASYUK, L.V.;MAKSIK3NKO, N.B.;LLPSHIN, F.S.
Vacuum thermal decomposition of hydrolytic lignin from wood. Gidroliz.
i lesokhim prom. 12 no-7:16-17 '59 (KIA 13:3)
1. Dnepropetrovskiy sellskokhozyaystvennyy institut (for V. Panasyuk).
.Z,Kras,aodarski,y gidroliznyy zavod (for Maksimenko, Iapshin).
(Lignin)

YAKSIMENKO, U.S.; GRITSFINKO, T.P.
,10
New plant producing fodder yeast. Gidroliz.i lesokhim.prom.
13 n0-3:18-21 160. (KMA 13:7)
1. Krasnodarakiy gidrolianyy zavod.
(Krasnodar-Teast)

GOIDVA, O.p.; EpSHTEIDT, ya.V.; SERGEYEVA, V.N.; K&JITINISH, A.I. [Kalnins.. A.];
ODIMOV., P.N.; MAKSDIEUKO, N.S.; PANASYUK., V.G.; Prinimali
uchaatiya: K,; vulunW, L.I.; BISENI=E, S.K.[Biseniece, S-1;
GMMARS, A.Yu.; FEDORCIMIKO, R.I.; MINAKOVAt V.I.
New Method for the complete chemical processing of plant tissues..
Gidioliz. i lesokh1m. prom. 14 no.7:4-b 16.L. krwuL L4.-j-L)
1, Institut-A*ysokomolekul my oyedineniy AN SSSR (for Goloval,
Spahteyn, Merlis., Durininar 2k*h 'Inatitut lesokhozyaystvennykh
problem i khimii drevesiny AN IALtviyokoy SSR (for Serge7eva,
Kaln4mtsh, Odintsov, Bisenietseq Gundars). 3. Krasnodarskiy
gidro2iznyy zavod (for Maksimenko., Fedorchenko, Mnakova).
/+. Dnepropetrovskiy sellskokhozyaystvemyy institut (for
Panas-yuk). Plant cells and tissues)
~Botanical chemistry)

GIADIIEVA A.N.; MAKSDETTKO, N.S.; PAVIDV, S.V.
Furfurole-hexose method for p;ocessing husk and tan waste.
Gidroliz. i lesokhim. prom. 14~no.7:23-25 161.
(MIRA 14:11)
1. Krasr4ldarskiy gidroliznyy z&vod.
(FURALDEH,XM)

GMOVA, O.P.; EFSHTEYN, Ya.V.; SMEYEVAq V-H-; KALNIN'SH, A,I- [KaInin
CDINTSOV, p.N.; MWIIEMO, N.S.; PANASYUKO V.G.
Outlook for a now method of complete processing of plant materials.
GIdro1izA loookhim.prom. 15 no-3sl2-15 162. (MIRA 15 s5)
1e Institut vysokomolekulyarnykh soyedinenly AN SSSFL (for Golova,
Rpshteyn). 2. Institut lesokhozyaystv9nzVkh problem i, khi-ii
drevesiny AN Latviyokoy SSR (for Sergeyeva, 1-4- Shp Oclintsov).
3, Yawnadarskiy gidroliznyy zavod (for Voksimenko)e 4,, Dnepro-
petrovskiy oel'skokhozyavatveanyy inatitut (for Fanasyuk).
(Wood-Chemistry) (HydrolysiB) (Plant cells and tissues)

KULINEVICH) V.G.; A I]
B. A.
f ur o 1 e I c s--,.g Ir., n-e ci ng '..3 v,,:
hexooE., cocil"
5:-1-23
tuta ~Or Kal A:'r
ZeL,.,Ud (for

MA'1~13 DDV A, l' NA,
N'N'.) ADELi,
3 - 1-t ':7, P

STARICHKOVA, Me.; DUDYCIN, M.S.; GLADNEVA, A.N.; MAKSIMIKO, N.S.
Preparation of fodder yeast from millet hulls. Gidroliz. i -lesokhim.
prom. 16 no.1:9-1-1 163. (MIRA 16:2)
1. Odesskiy tekhnologichookiy inatitut im. M.V.I4=t+sova (for
Starichkova, Dudkin). 2. Krasnodarskiy gidroliznyy`iavod (for
Gladneva, Maksimenko) iYeas-t
as feeding stuff)

MAIZIMENTKO 0
I NoTs
Use of metazide tuberculosis in infants. Xhim. i med. no.14:92-94
160. (1-MA 14:12)
1. Klinika tuberkuleza (zav. - prof. I.V.TSimbler) Instituta pediatrii
(dir. - prof. O.D.Sokolova-Ponomareva) AMN SSSR.
(TUBIMCULOSIS) (METAZIDE)

MAKSIMENKO, Hikolay Visearionovich. kandidat sellakokhozyaystvennykh nauk;
,,-~ '-: -... --- tok--';'--tftRILIxA. Z.P.. tekhnicheekiy redaktor
(Companion cropping] Uplotnennye posevy. Koskva, Goa. izd-vo
sellkhoz. lit-ry, 1956. 52 p. (MIRA 10:3)
(Companion crops)

USSR/Cultivat ed Pla-uts - Folder M-0
Abs Jour Ref Zhur - Biol., No 1, 1958, No 1637
Author N.V. Makaimenko
Inst ~141o-G v7e~
Title Cititivatiag Corn As Green Fodder and &isilage in the Ukrainc
Orig Pub V sb.: Kukuruza v 1955 9. Vyp. 6. m., Sellkhozgiz, 1956, 25-34
Abstract No abst~oact
Card 1/1

;WT(j) DD
2516 (A V vt SOURCE 'CODr-.---'-'~IM/0391/66/000/bO7/0010/0013
-11 411k, .~7-1.
AUTHOR: Goncharava, N. N. (Kha~kov); Kar9RsheY;-r-.'B! (Khar-kkav); Makgiv
(Khar'kov)
ORG: Institute of Industrial Hygiene and Occupational Diseases Institut gigiyerly
truda i-jr-oftabolevanly)
TITLE: Industrial hygiene problems of working around ultrashort-wavellransmitters
used in television and broadcasting
SOURCE: Gigiyena truda i professional' nyye zabolevaniya, no. 7, 1966, 10-13
TOPIC TAGS: microwave, industrial hygiene, central nervous system, cardiovascular
system, hemodynamics, human physiology
ABSTRACT: A hygienic assessment of personnel working conditions around ultrashort-
wave generators was conducted. The clinical effect of a wide range of EMF's was
also studied. The tests were run in TV transmission centers where 2-5 kw, 67-230
Mc (VHF) transmitters are used. The basic causes of EW were inadequate shielding
of HF components such as oscillating systems, air capacitors, generator tubes, power
bridges, antenna components, etc. Measurements of EMF power intensity were conducted
using a LIOT dosimeter and the results showed that the average strength of EMF'a
(5 v/m) exceeded the permissible values recommended by Z. V. Gordon and P. P.
Fukalova. Around control panels, intensity reached 8-15 v/m, around TV transmitters,
Card 1/2 . 616.6-621-39

L 35863-66
ACC NR, AP602251
23-68 v/m, and around bridges, 8-30 v/m. It was also noted that 30% of the working
shift was spent around transmitters where the field intensity fluctuated between
23 and 150 v/m. About 50% of the time was spent behind the control panel (8-9 v/m),
and 20% in the absence of any EW. Physiological examinations were conducted on 51
subjects, 27 of whom had working periods of 3-8 years and 24 of whom served as
controls. It was observed that the working group experienced shifts in nervous and
cardiovascular system function. At the end of the working shift-there was an increase
(by 13 mm Hg) in systolic pressure and prolongation of speech and visual motor
reactions. Central nervous system reactivity was not equivalent in the two groups;
a study of speech and visual motor reactions showed that reaction speed was decreased
by 17-34 a in workers, while it was increased by 11-17 a in control subjects. The
speed of visual motor reactions compared well to the data of T. V. Kalyada, U. A.
Osipov, et. al, 1959. To detect shifts in the state of the nervous system, an
olfactometric approach was used. Rosemary (sympathicotropic agent), thymole (para-
sympathicotropic agent), and camphor (no essential autonomic effect) were used. An
increase in worker olfactory threshold was found, indicating central nervous system
inhibition both in the autonomic and sympathetic spheres. Analogous results were
obtained in a study of the eripheral nervous system; finger chronaxie was somewhat
prolonged (0.03-0.05 m/seJ in workers, while shortened in control subjects. This
slight increase in chronakie apparently indicates a decrease in the neural excitation
generat4on. IriLte. It was concluded that prophylactic measures ALre called for to
decrease EW intensity in-TV and radio stations.
(CD]
.-suB oom: o6/ SUBM DATE: 15MaV65/ O1UG REF: 003/ ATD PRESS
- - Ad

MAKSIMINIM, H.Te, inzh.
Screwed steel frames for producing precast reinforced concrete
beams in series. Biul. stroi. tekh. 12 no.6:8-9 A 155.
(MYRA 11: 12)
l.Str*itelln*-mentazhn*ye upravleni7e. No. 6 tresta, No.1 Glavnogo
upravleniya a etsializirevalmykh trestov.
lConcrete construction-Formwork)

G. C,L.
Shlyalunan, M. Ya. ,n1, ,:a?sAne,,kg, 0. IN', - "The n' Ibuch.
" Vol =II, -.- . 22. -,~ "
za,nlski (Kne-,ro,,-~etr. 194~j ,
SO: 17, Dec. -~, (Ii- , - ~-~ IZ~, 'nykh 3-, ~ -\
J~ ~ I - . ..I I --, 1.

MAKSIME!KD, P.; POLYANSKIY, Yu.
Radio frequencies for industrial and medical high-frequency systems.
Radio no.5:56-57 W 163. (MM 16:5)
(Medical electronics) (Ultrasonic waves--Industrial applications)

I V, T~ 0 11AKS11 I , j,"P ,
.4-- ---- -
Lr7.-.ering t~e cost of imi 'l.. ln.~; ref fi.-T-CupGry
2 6 no . 7: 342 -343 ', C"p-I . %'~ 1;l' 14 .7 1%,
1, Vostrchny-i institut ognouporov (for Sew-rin). 2.
j
(flDr
(Refr-nctories industry)

MAKSDfENKO, P. T., Candidate Med Sci (diss) -- "The combined use of antibiotics
in treating patients with ulcerous stomatitis". KharIkov, 1959. 16 pp (Min
Health Ukr SSR., KharIkov Med Inst), 200 copies (KL, No 24, 1959, 151)

Iftltiforw exudative erythema and its appearance on the MWOUS
membrane of the oral cavity. Trach.delo no.3:281-284 Mr 160.
(WMA 13:6)
1. Tafedra terapevticheakoy stomatologil (sav, - dotsent Ta.L.
Tridman) KharIkovskogo meditsinskogo stomatologicheakogo insti-
tuta.
(IIRTZHWA) (MOUTH--DISIMSES)

MAKSIMENKO, F.T.
Clinical aspects and treatment of ulcerative stomatitis in children.
Probl. atom. 5:411-416 160. (~IIRA 15:2)
1. KharIkovskiy meditsinskiy stomatologicheskiy institut.
(STCMATITIS)

GRIGORSYNA, L.P. (Mlarskov); LEKHmrm, L.I. (Kbarlkov);__g~D=~KO,
,~~.T. M2arikov); USTIMMO, T.L. (Marlkov)
Compound treatment of paradentosis. Probi.st