SCIENTIFIC ABSTRACT MIROSHNICHENKO, V. S.Z - MIROSHNIK, B. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134530009-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Use of Air Enriched Wit' Oxyt-en in Partial 7
Carbonization of Coal
described. For the purpose of inve::tigatinC the le,,,pndence
of the gas yield on temperature durinC the cokin~- process
the authors made laboratory ex,erimcnts with Cheremkhovo ccal.
Data on the composition ani yiald of the gas are listed in
table 1. The investiCations were conducted by Engineer
L. F. Ovoyannikov, with the assistance of En!-ineer V.
3hiktorov, Engineor A. I. Gorokhova, and Engineer K. A. Bogena.
In addition, the influence exercised by various oxygen con-
tents on the composition and calorific value of the gas ob-
tnined was investigated. The following data were obtained:
In addition to semicoke and tar, gas with a calorific value
of 2,200 kcal/'nm3 is obtained durinp the partial carbonization
of coal in multizone shaft furnaces, uBine an air-oxygen
blowint- engine with an oxyven content of up to 50 and 35 ;7.
A i,7un is produced by oxygen enrichment of 4C, '0 which after
further treatment can be used for synthesizinq ammonia. With
an enrichment of 5r, ~ and more a gas results which has a
3
calorific value of 4,COO kcal/nn . Prime cost per calorie of
Card 2A the jas obtained does not differ i-reatly from that of

SOV/67_59_2_1/18
Use of Air Enriched With Oxygen in Partial
Carbonization of Cial
natural pa (for conditions prevailing in East Siberia)
(Table 4). The oxygen consumption does not exceed 40-50 Y-,j
with respect to the amount required by direct gasification
of coal by means of oxygen (producer gas) (Table 3). Table 2
and figures 3-7 (Diagrams) contain the technical character-
intics of oxygen- and air consumption, composition and
calorific value of the gas, furnace output, etc with
various additions of oxygen. There are 7 fit-ures, 4 tables,
and 14 Soviet references.
Card 3/3

MIROSHNICHENKO, Viktor Savvich, kand. ekon. nauk; Y"AKHASIIIYAN, G.M.,
nauc recTe; MAKAROV, I.I., red.; VAZAROVA, A.S., tekhn.
red.
(Toward new goals; a new stage in the development of the world-
wide socialist system] Na novykh rubezhakh; novyi etap razvItiia
mirovoi sotsialisticheakoi uisterq. Mof3kva, Izd-vo "Znanie,"
1962. 29 p. (Novoe v zhizni, nauke, lekhnike. III Serlia:
Ekonomika, no.8) (MIRA 15:5)
(ComurAllst countries-Economic conditions)

I BUKH, YeYl- dots.;
E.Ya., prof.;
BORISOVP Ye.F.p dots.; BREGEL', Yu kand. ekon. nauk;
VA,HENTSEVAP V.14.0 dots.; GOLEVA, G-V.0 dots.;
LEVA, A.P-s kind. ekon nauk; DUCCIfy dots.;
GO nauk; YERMOLOVICH, ZIIET30VA,
ekon. I
DONABEDCYV, G.T., kand. . yOMMEVAP K.G.0 dots.; KU
Y,ALYUZMM , V - M - Idots.) KO , V.S. 0 dots.; WASOIKOV a.,
A.s., prof.; lq'~OSOICHEN , SIDOROV, V.A. '%qRl"Ov,
dots.; dots.;
kand. ekon. nauk; Ply-IN9 A-S" dots.; SoltOKINA, I-F-,
A.D., dots.-# 30LOV'YEVAY K-F-v Ili, G.M., prof.;
kand. ekon. nauko KHAWHASH"YJ
TARUNIN, A "' TSER, Ye.K.0 red.; RC)TOVA, R.S.,
MMELISON, A.S., red.- SHM
red.; GIL-UNA, T.D., tekhn. red,
(Economics of socialis.1 politicheskaia ekonomija sotsi&liz-
Gc>s.izd-vo "Vysshaia shkOla," 1963. 476 p.
ma. Mosk-va, (MIRA 17:2)

AVKSUTIYEV. G.A.. lnzb.: (111SHCIMIKO, G.A.. insh.; YAKOM.TKO, I.H.,
14IROSHNIGIMIKO. V. V.
".- - -
Collective responsibility for, the anforcamont of safety rules.
B,vzop. truda v prost. 2 ao. 6:27-29 Je 158. (MINA 11:"t)
1. Predandstall shakhtkoas shakhty No. 32(for Ysicovenko). 2. Predoodatel'
komissit okhrenr truda(for Hiroshnich*nko).
(Donets Basin--Coal mines and mining--Safety measures)

LEVINTOVICH, E.V.,- SHAKHTIN, D.M.; KULIK, A.I.; LOGACHSV, M.S.;
-MIROSHNICHENKO, V.Ya.; SLAVGORODSKAYA, Ye.Ya.
Determining the vaight by volume and density variations of a
glass bar by the absorption of gamma rays. Cgneupory 28 no.lj
17-21 163. (KRA 16il)
1.0krainskiy nauchno-iseledovntellskiy Inatitut ogneuporov (for
Levintovich, Shakhtin). 2. Chasov-Yarskiy kombinat ogneupornykh
izdeUy (for Kulik, Logachev, Miroshnichenko, Slavgorodskaya).
(Refractory materials Testing)
(Gamma rays-Industrial applications)

a,i,-! )i' A~;r-3cl --- -jlss) ECfectlverios
the Prtn(--Ioal of 'ferrac'--~,- and
.7intar- an(I SLv:,- or ;ra'n ult,irt~ IiL tiia ~ontral ~ti:-t -)r j
3, i1 Belt,"
("os
A c am y * -,o: A
nvi A, r'
yazov

CHIZREVSKIY, M.G., prof., doktor selgskokhoz.nAuk; MIROSHEUGHF1KC, V.Ye.,
kand.sellskokhoz.nauk.
Fall plowing with moldboard and moldboradless plows fcr B-ring &nd
winter grain crops in the non-Chernozem zone. Izv. TSKhA no.1:49-
59 161. (MIRA 14:3)
(Plowing) (Grain)

DINISOV. I.; KIROSMICHWO, Ya.
Centralize %he asa, of nachines. Dan. i kred. 16 no. 7:67-70
ii 158. (NEU 11:7)
(Ukraine--Banks and banking--Accountirw.)
Nachina accounting)

DENISOVI. I.; MIROSIINICHZM. Ya. I-)
Consolidated notification in Interbrancb correspondence.
Don. I kred. 16 no.11:64-65 N '58. (xiaA M12)
(UkraLine--Bw*s and banking)

DENISOV. Ivan Petrovich, KIROSIWICHMO, Yakov Pavlovich; PLESHAKOV, S..
red.; LjOSM. _' -
(Mechanization of accounting in State Bank institutione of the
Ukraine] Kakhanizatalis uchats v uchrezhdanilakh Gosbanka na
Ukraine. Koskva, Gonfinizdat. 1959. 38 P. (MIRA 12:12)
(Ukroine--Banks and banking--Accounting)
(Machine accounting)

For Degree Df Do -or Oc~-nl

KIROSHRIGHNUKO, U.S.
---
Gsacheslov&k mchiaery exhibities. Pribor*atrosaie se.2:27-28 7 '57.
(Brno-Iastrumeat industry-fthlbitleam) (MIRA 10:4)

MIROSITNICHANKO, U.S., inzh.; SIDOROV. Te.A.. inah.
Structural characteristics of semiconductor genorators us,3d for feeding
automatic locomotive stops. Trudy RIIZHT w.26:8"89 158.
(MIRA 120)
(Blectric goneratorR)
(Railroad a-Autonat ic train control)

S/880/61/000/079/009/011
E194/E455
AUTHORS: Miroshnichenko, Ya.S., Pupko, V.V.
TITLE: the ability of measifting instruments to withstand
vibration and shock, and compensation of their
bearing friction
SOURCE: Lvov. Politekhnichnyy institut. Nauchnyye zapiski.
no-79. Voprosy elektroizmeritellnoy tekhniki. no.l.
1961. 199-205
TEXT: Instrument pivot bearings sustain very high pressures when
exposed to vibration and shock. Plain journal bearings operate
at much lower pressures but their friction must be reduced and one
way of doing this is to set up axial vibrations between the bearing
surfaces. A brief mathematical analysis of the frictional
characteristics of such a vibrating system leads to an expression
of the following type for the vibrator characteristics
= 227 r2 fQ
YO Toy k P
where y. - frequency and amplitude of bearing vibrator;
Card 1/3

s/88o/bi/000/079/009/011
The ability of measuring E194/E455
r - journal radius; f coefficient of friction; Q - force norfful
to bearing surface; To period of natural oscillation of
vibrating system; 9 - principal error of instrument;
kP - instrument spring torque. This principle was used in a
millivoltmeter for steam locomotive service. The instrument core
was mounted on a hollow horizontal shaft containing a stecl-cored
electromagnetic vibrator. Brass springs at either end of the
vibrator pressed against steel inserts capable of limited axial
travel. The outer end of each insert carried a clock-type
jewel journal bearing supported by a steel pin mounted on a
surroundIng frame. Tests showed that as the vibrator voltage
was increased the bearing friction dropped steadily to a very low
critical value. The supply frequency was not important provided
that it was more than 5 to 10 cycles. Thus with vibrator supply
at 2.2 V and a frequency of 10 c/a, the frictional torque was
2.7 mg cm and at 40 to 50 C/s less than 0.9 mg cm. Above the
critical voltage and at frequencies higher than 15 c/s the
frictional torque is practically zero. After six months
locomotive service the frictional characteristics had even
Card 2/3

5/880/61/000/079/009/011
The ability of measuring ... E194/E455
improved somewhat, presumably because of running-in. The
instrument was solidly mounted in a locomotive and gave good
service for over two years. The supply for the vibrator is not
particularly difficult to provide because the wave shape and
frequency are not critical and in any case auxiliary supplies are
commonly available where these instruments are used.
There are 3 figures.
Card 3/3

S 261 62 M) 01 1 01 ~ 022
j()r)7 12t)-
AUTHOR N1uroshfttcftcnk-rr. Ve S and Pupko V V
TITLE On the resistance of measuring instrument-, to jolting and vibrations and compensation
for friction in hearings
PERIODICAL Rclerativnyy zhurnal. oldcl'nyy vypusk 32 lzmcritcl'naya tekhniki. no 11. 19h2. 44 4,
abstract 32 11 343 "Nauchn iap L'vovsk polackhri. in-C. no 79. 1961. 199 20
TEXT Vibrating pivot-hcarings may be used in low-torquc electric devices As a result (if vibrations. the
vector of friction in the bearings rotates from a plane coinciding with the sense (direction) of rotation of the
moving system, to a plane perpendicular to the direction of rotation Formulas establishing the relationship
between the parameters of additional vibrations of beatings and the basic characteristics of the device are
given. These formulas were used m the design. construction and testing of a special bearing system for a
magrictoclectric millivoltmctcr intended for operation on a steam locomotive. The frame of the instrument is
provided with internal mounting centers (pivots). The moving system has a horizontal axis of rotation The
fixed core mounted in the air gap has a straight-through hole drilled along its axis; small steel at matures with
jewel bearings are mounted on the walls of the hole, whereas a straight electromagnet located in the hole
center between the armatures is gluccl to the fixed core. The armatarcs have limited freedom of displacement
relative to the fixed core, along the rotation axis of the moving system, and arc subjected to vibration under
Card 1/2

On the resistance of.
S/263 62'000 011 V 5'022
1007 1207
the action of the electromagnet. The instrument was tested prior to its installation on a steam locomotive and
after a 6-month trial period. Friction in the bearings and variations in the device readings were found to
decrease smoothly with the increaEc in tension of the vibrator. As soon as the tension reaches a critical value,
required to overcome the friction of the armatures in their guiding grooves, the friction in the bearings sudderil)
drops approaching a zero value. Friction and reading variations of the device remain unaltered with further
increase in vibrator tension lest results did not reveal any increase with time of the frictien in bearings as in
the case of instruments mounted on needle bearings. The device described, mounted without any shock-
absorbers, on a steam locomotive. required no overhauling after a two years operation period Though
the above bearing system requires an external current source for its vibrator, which constitutes a drawback
of the system, the absence of shock-absorbcrs is a major advantage. There are 14 refer crices
(Abstracter's note: Complete translation.
Card 2'2

g1 :,~, . -, I j ki i - ~ I,- 'I K.- , - . f .. * ~ ~
I
~; "r,. '! X , - 7 ., . -)c ~ , -
mn . 1 1,
Z , j . , , 1. 1 - -
I Z-1 . Ify " - - 't., : I . . - I

) 1 13 0'
3102 62/1 411/Of,;6/C 12/31 r,
B106YB1 44
Le'-Ied Y A. i ros ne nk o Ye A. Chay.,.. ri, A. Y".
i r')r7.-. ti ~-f P ryl -ir.i n-butyl lithi=i
10 D 1 L Alademiy~i nnLl~. 333R. D,'.1 .,;y, v. 145, r,-). o,
cimb-isti)n neal :)~ etnyl :irJ :~-butyll .*,t:-, a 5 e n e ~,n
*neat wan --a*.Cu-~-J*~e~,, Oz, "'; 3 t:, r. n
-~:,er.-c -rime.er-, -r, -..n ox-,, -fn T',.e ...ear. com D..;s t . 'n
1 i th 5 - + 1 5 ~ca A , bu ty 1 '~ i t:-. IU7. 7 21 1
CO
ID;C. I, no 't ; ~:Pri- I ts L 1 2D'~ r 2 5 were f,)--;n~ ;n t:~e r
t-tn,f, I I t n I "l ',n ana.-.sis of t-e
n - t.,, i i ' t h 1. um r ho e d :!)-i.b--ist1-,3n w~s complete. Dat~L :)n r ..a -T.
,t?at )f t,e combustiin .;rD.,;cts Li
0, and CO (U.3. Nat. B~.r. 3:ar,4.
2 2
rc Selected V-.Itzus j" C Thermodyna:::4.c ?r-jzer--e3.
n)- 5J-
1','52) were ugel to calcul,%%e the formation heat of etnyl
1 i th i tia: -14-0 + 1.3 kcLl/nole, and of n-butyl llithiuz.: -32.3 + 1.7
k c -i
noie. The 3tabiTity of the C-1,; bond Is calculated to be 47.5 -
Mole in ethyl lithium and 515-5 2-4 Kcal/mole in n-butyl lit-,.U;I.l
Card 1/3

Z, 2 C, 6
t i Ftt f e 1 anl . . . B 1 J6/B 14 4
ass x-,ing '.h , t th ~ -up, -t , k,.- . i , r, ; ..,; i~ ~ ,, , ', -., ? ar e o 7r.,.
rn a* eat Df atomic 1 i tn i u.,. 47. r
e
r-.c a 1! mo e an
5 4
e t h y I Ca e r r e r *.r. i
-~n r o 7, t - 1 e 3 f ~h er, i c a 1 3 r. L i
Zh F,,,-n no. 1, 2 N . N .
i n r, v n e
1r. ~ Chest'. -,y c ne t 1 ,3 )nroy s r,)
f c a k brie s ,in . rc ty z i 3.33R .
ri -b u t.,- I I i t h -* ( 2 .6 7 / c rA I o I e I i I ; r ;i
de enlenco --f t~.e satur%tei va,,)r r,,:- ro bo
ntly, eti-~Y: '-t. ~,U:- in rus't.,.s 3tale ha'. t
)f hex,,-.4er and te*rr-::,er as:-, tciates. r f n P, r
L..- s tab t~, f th,~ 1 6 ni . t i s aL SO ll~ecesEl ~IVY
i0n -e,., ':~P-~e coal'ouris frc)r, iLb C
t T r t En is, - I L n,.-~ r r
ne )s t
r t e r Soc 1 -.7
J Be r k ow i t z D Ba ic,
o c 7 5
Z, hr n J . ?hys Che::, 9 no 8 1 P9,) 96 1
1 21

3/020/62/145/0~;6/~:,'2/
i n u a t o f c *, h,' a nd ... B 10 6,'b 1 4
I nn L.' '.u t c h e s r. oy f i z ik i kkadez. i i na k SS SR n9
Df Ce, -,f tne Academy of 3-cience.; USSR)
A.- I by 7 '1: 1 nd r a t I yev , Ac a ~; e,-,. i c i ar.
A..; r 11 1 1 2
C trd

MMOSHNICHENKO, Ye.k.; LEYKO, V.P.; LEBEDEV, Yu.A. (Moscow)
Semimicrocalorimter. Zhur. fiz. k-him. 38 no.4tIO54-1055 Ap '64.
(MIRA 17:6)
1. Akademiya nauk SSSR, Institut ichimicheakoy fiziki.

BRUSIN, A.M., prof.; RYABTSEVA, Z.S., doteent; MIROSHNICHENKO, Ye.G.,
assistent
Method for determining the sensitivity of dysentery bacteria to
antibiotics. Report No. 1. Sbor. trud. Kursk. gos. med. inst.
no.13t204-2O6 158, (MIRA 1413)
1. Is kafedry mikrobiologii (zav. - prof. A.M. Brusin) Kurskogo
gosudarstvennogo meditsinskogo Lnstituta.
(SHIGELIA) UNIBICTICS)

MIRCUMCHENKO, Ye. K.
Improving the operation of uechar;ical chain grates at the
Krasnyanakly Alcohol Plant. Spirt.prom. 2? r.(,.4:19 161.
(MIRA 14:6)
(Distilling industries-Eqt:ipment and supplies)

1b-57-1-992
Translation from: Re f err: t' I -,, r~-vy zr,urnfil, -jeolowlye,
p 1~-7 (-z-7~1
Afjl!~ 'R: Ydroshnichen,(c, '.,'a. Y.
TI TLE: Co n ta c t :1es Is ta no as in J Whi 1 a 1141 k I ne El ec tri ca 1
Studies In Drill 110les (Izuchei,lye kontaktnykh sopro-
tivleniy v svyazi s primenenlyem metodov SEZ I -nikroSEZ
pri 13sledovaniyakli v skvaz1hinakft)
PERIOD17,AL: Tr. 'Mcj--,k. neCt. 1r,-ta, '19b5, 'N'r l'), PP 85-92..
AIISTRA'"r: -he resl3tan~~e -,f let dow- In drill noles
~7ererally Px,~(-eds the -aic~ilata:l groir.ding resistance
~-,f weakl,,, conductinF film
t er-a ise
th.at forms or, "-'eir 3~Irrar-ps. Trd s f 11 1m corj!31 s ts of
tt~e nrAicts of Plectrolysis and their cr,,e-nical reaction
with the rnaterlol In th 'a ()'A-(!c trod eg. The valae of the
contact renistat,ce was c,)r~3irlered to te trie dilTerence
between the actual resistance and the calculated.
Experiments nave shown trot the contact resistance of
Card 1/2 copper electrudes 13 somewhat lower than that of lead

Electrical
Contact Resistances -V-ind W,.Iie
electrodes, and this value decreases with diminution of tempera tare,
density, and frequency of' current Clowing ttirougn tne electrodes.
The obtained data are -ised to constract a graph showing tne
relationship of changes in conta~:t resistance tetween trie electrodes
to changes In temperature for cilfferent Jensities of alternatinL7
current (with a frequency of -.2 cps) and the resistance of the
medium In which the electrodes are immersed. The contact res.stbnce
generally lies t-etweer. the limits o.' 2.1,-)2 and 2-103 ohms.
Card 2/2 N, A. P.

121M, Ye.A., lazhoneri NIRG&jICBJM, U.N., Inshener.
Imaining the distribution characteristics of the specific
electric resistivity In the formation zone Wregnated by the
drilling fluid. TnWy NNI no.15:120-125 155. (KLRA 9:8)
(Oil well logging, flectric)

HIROSHNICHElao, TS.M.
Using the pK method for the analysia of carbonate formations in oil
fields. Isv. vys. ucheb. zav.; neft I gaz no.8:17-23 '58.
(MIRA 11:10)
l.Moskovskiy neftyanoy institut im. akad. I.M. Gudkina.
(Hydrogen--Ion concentration)
(Carbonates (Mineralogy))

MIROSMCI]XIMO, Te.M.
Iffect of the pH of drilling muds on the parameter of the pH
measured in a well. Izv. Tye. ncheb. sav.; neft' I gaz 2 no.4:
25-27 '59. (MIRA 12:10)
1.Moskovskiy Institut neftakhimichookoy i gazovoy promyshlonnosti
im. akad. I.M. Gubkina.
(Oil wall drilling fluids)
(Hydrogert-ion concentration)

HIROSHRICHENKO, Te.m.
Effect of the pH of dril:ing flulds on the value of dUr%nion-
adsorption potentials. Trudy bUNKRLGP no.41:84-87 163.
Results of laboratory dat,!~rm'-natl~n of the pH of Bayly oils.
88-92 (MDU 16110)

MIROSHNICHMKO, Ye.M.
investigatimg vell asaiicna by the pH method. Trudy ~,UIIMIGF
no.50z243-251 164 (MIRA ~Az2)

r
U53R/Human and Animal Physiology. Digestion.
Abs Jour: Ref Zhui-'~iol., No 8, 1958, 3651~
Author :
Inst 3tavropolski Institute
TitlP Tht~ Effect if Interceptiv,~- fror. tl,.e Tur.c-
of RuL,-inrtting ArAi:.,rtls -,,. 1~he Activity --f *he
G
ilarAs
')rig Pub: Tr- 3tavrnpo; rY.. 33-kh ii-t.-i
~bstmct: The snlivriry excret,,r, 3 ~r--l s w,t!,
fistula -f the parotid gland arA i large gastric
fistula fflinwing stimulaticn -f the tactilp recep-
tors -)f "he vertml rxr,,i drrsal gasLric. I-ourt,crl Cy
a ruLber balloon nr with the tip of a rubter '.1-ib,-
rind also by increasIng the content rf cnarse pirti,-,Les
of feed In the rwrer.. 3timulatior, nf the barorecept(rs
Card 1/2

USSR/Hurp-r. an! FhysicIcU. Pigesti )r.. T
Abs J.-,ur: Ref aur-Biri., .11c, ~, 19518, 36516.
-f the rete ar,d 3Lr,,,--nch 17y -f w-L,--:- -:-
14.i3tensinn with air -lecrerisel naliv%vy
Carl : 2/2
42

0
. ~- I
, A-4 I
t -
-0

HIROSHNICHENKO. Ye.Tik.
Distribution of the veed Amaranthua blitoides S. Wati;. Bot.zhur.
43 no. U:1608-1611 N 158. (MIRA 11:11)
1. Irymakiy podagogicheakiy inatitut im. N.Y. Frunze. Simferopol'.
(Crimea--Amaranth)

, HIROSHNICHIM, Te.Ta.
Sis7mbrium polymorphrm (Hurr.) Roth and Hercarialis annua L. as wood$
of vegetable crops in the Crimea. Bot. zhur. 45 no-9:1316-131h S 160.
(KIRA 130)
1. Institut tsitologii i genetiki Sibirskogo otdeleniya Alrademii nauk
SSSR, Novosibirsk.
(Crimea-Weado) (Sisymbrium) (Hercur7 (Botany))

MIROSBIGIIE21KOt YO.Ya.
biologicul characteristics of weeds occurring in 7egeVAble crops
in the Crimea. Bot. zhur. 46 no.1:115-1-19 ja 161. (KRA 14:3)
1. Sibirskoye otdelenlye Akademii ru~,uk 333R, Novosibirsk.
(Crimoa-Weeds)

nr rL.

, Ye.R. (Moskva)
Elastoplastie problem of a circular disk compressed by syrmetrically
distributed loads. Inzh.zhur. 1 no.3tl3l-138 161. (MIRA 15: 2)
(Elastic plates and shells)

1( BOV/84-60-2-34/59
AUTHOR: Sushinskiy, A. and Miroshnichenko, Yu., Engineers
TITLE: The TPM-An-2 Trainer
-if
PERIODICAL: Grazhda-askaya aviatsiya, 1960, Nr 2, p 18 (USSR)
ABSTRACT: The authors give a general functional description
of a new TP-An-2 Trainer developed by their (unidenti-
fied) organization and put into serial production.
It is intended for initial training of pilots in the
technique of flight, blind flying, landing approach
and flying by means of radio-technical equipment.
The TP-An-2 trainer consists of a mock-up cabin of
the An-2, a coordinator and an instructor's control
desk with an electric switch panel. It is powered
from a single-phase 127 or 220v, 50 Hertz AC net-
work, consumes not more than 2.5 kw. In this trainer
it is possible to do an imaginary flight, as true
Card 1/3 to life as possible, in such elements as the take

SOV/84-60-2-34/59
The TPM-An-2 Trainer
off and landing with full and raised flaps, climbing
at a rate of up to 4m/sec up to 1200 m, strr.ight-line
flight within 75-250 km p.h., landing at a prescribed
magnetic track angle, two way communication with the
dispatcher, the use of radio-compass, ahd determining
thereby the drift angle and wind vector, setting up
the course at,a homing radio-station, the OSP and
.'03P'7~0 landing, approach, and landing approach by means
f__ --di
o
the rection-finding receiver. It can also simu-
late a failure of flaps and instruments, such as the
air speed indicator, aviahorizon, variometer, open
antenna, radio-compass course indicator, etc. The
initial variant has been modified with help from the
Kiyevskiy institut GVF (Ki-yev Institute of GVF) to
become the TPM-An-2 trainer shown here In -apho'to-
Card 2/3 graph. This trainer is additionally capable of imi-

SOV/84-60-2-34/59
The TPM-An-2 Trainer
tating the engine operations and sound, the fuel
consumption and the influence of the wind upon the
landing approach at varied magnetic track angles. A
commission of GUGVF has given the TPM-An-2 trainer a
high appraisal. There is I photo. -1~1
Card 3/3

AUTHCRS: Stfashkevich, A.M. (3tmsHmvyeh,, OJ4.) and 21-5-5/26
Kiroshnichenko,, Yu.D. (Mirostinychenko, Yu.D.)
TITLEt Investigation of the Zlectron-Cptic Action of ertain rlectre~-
static Fields Nithout Axial Symmetry Iseledovhniye eleKtron-
noopticheskogo deystviya nekotorykh elektrostaticheakikh
poley bez osevoy simmetrii)
PERIODICAL: Dopovidi Akademii Nauk Ukrains'kot R3R, 1957, Nr 5, pp. 444-
447 (USSR) I
AB3TRACT: An electron-optic system without axial symmetry, an electro-
static cylindrical immersion lens, was investigated in relativ-
istic approximation. The tMmerical methods of Cowell and
Numerow-Fox were applied for the determination of trajector-
ies of relativistic particles. The trajectories, represented
by the curves in the figure in the article, show the general
dispersive action of the investigated system for the entire
relativistic range of variation in mass-values of the part-
icles. The article contains I figure and 7 references, of
which 5 are Slavic,
ASSOCIATIONt Kiyev Polytechnic Institute (Kyivalkyy politekhnictaW instytut)
PRESENTEDi By V.Ye. Lashkarev (Lashkar I ov), Academician of the AN Ukrainian BE
SUBMITTED: 25 January 1957
AVAILABLE: Library of Congress
Card 1/1

L 085&J-67 DIP IJP(c)
ACC NR, AP6031 U CE CODE: UR/0114/66/000/010/0030/0032
SO R
AUTHOR: Xurlet R I. (Candidate of technical sciences); Miroshni-
chenko-,'Yu.-D.--JEng'ineer; Deceased)
ORG: none
!TITLE: Thermal stresses In gas turbine nozzle blades under nonsteady-
istate thermal regimes
ISOURCE: Energomashinostroyenlye, no. 10, 1966, 30-32
TOPIC TAGS: gas turbine, nozzle blade, -Jatlk~ thermal stress,
blade cooling I rV RL31 Al E aX 09 0 f I V0 W Zr C 011 10ro)
ABSTRACT: Figures 1-5 show the experimental data obtained during
testing of gas turbine nozzle blades under conditions clone to actual.
A BESM-2M electronic computer was Used for the data reduction. The
Characteristics of Tested Blades
Solid blade Hollow cooled
blade
Blade chord 52 mm 55 mm
Card 1/7 UDC: 539-371-53-096.62-226.2:621.438-001-

L 08568-67
ACC Nit. AP6
Max. blade thickness
Blade height
Leading edge radius
Trailing edge radius
Blade material
11.2 mm
75 mm
3.76 mm
0.5 mm
E1765 alloy
(nickel ase
afto-y)-
2.5 mm (wall
thickness)
110 mm
5 mm,
0.3 mm
E1787L
steel)-
ifollowing conclusions are drawn: 1) experimentally and analytically
!determined blade stresses show that the maximal stresses occur in the
:exit edges of solid blades and in the inlet edges of hollow cooled
1--b-lades; 2) hollow cooled blades are subjected to considerable thermal
tresses,\and can probably be used In high temperature gas turbines only
under cohditions limiting the number of rapid startups; and 3) the ob-
Itained data can be used for the approximate calculation of thermal
Istresses in blades which are geometrically similar but made of different,
Imaterials with similar physical properties. Orig. art. has: 5 figures.~
(WA No. 76]
Cnrd _ 2/7

005 0-67
ACC NRi AP6034136
a
tali
Z::- jot
J5
;10
-71-
d L 7- r it I ti n ri~
..1o Co
4 0
J3
10, 0-
-Xjo I i n
Fig. 1. Temperature fields
a Tolid blade- b - hollow cooled blade under
heating and cooling.

L 08568-67
1 1. 1 ACC NRs AP
Card 4/
/ I
I
It, k/
2. Stress distc1bu-
in solid blade

L 06566-67-
ACC NRt AP6034136
a tau/M2, Co 6TUn F-7
4-
TraflingCind*
Cil Ar g616
j to t3 M 13 jo C.R a c
Fig. 3. Stress variation in solid
blade during heating-cooling cycle

L 08568-67
ACC Nib AP6034136 -0.85/M-2
Card 6
Fig. 4. Stress distribu-
tion in hollow cooled
blade
A - Concave aid* of bladel
B - convex side of blade.

L V_056b-67
ACC NR, AP6034-f36
is #an/M2
400
Joe
- Al~
IV0
a a t i n fy,
Cooling
1 (0) and 2 (0) - Leading and
trailing edge*; 3 (A) and
4 (2) - blade walle.
SUB CODE: 21/ SUBM DATE: none/ ORIG REP: 005/ OTH REP: 001
C,rd VT
717 R# r (em Fig. 5. Stress variation in
hollow cooled blade during
heating-cooling cycle

mom
14IROSHNIOMKO, Tu.M.. goobotanik.
Utilizing artesian wells for irrigation. Nauka I pered. op. v
mel'khoz. 7 no.10161 0 '57. (KLRA 10i11)
(Daghestan-Irrigation) (Artesian wells)

KORNIYENKO, N.M., inzh.; ISIROSHNICHENKO, Yu.M., inah.
Automation of bituminous emulsion plants. Art. dor. 26 no.6:
9-10 Je 163. (MIRA 16z8)
(Bitumen)

ACC NR, AP6015717 SOURCE-CODE-~--~/0413/66/OOC,/C-u~/6-,.6/0,-L46
INVENTOR: Gapanovich, N. S.; Miroohnichenko, Yu. M.
QRG: None
TITLE: A unit for determining air pressure in a pneumatic tire without c,-,er,ing tne
valve. Class 63, No. 181506
SOURCE: Izobreteniya, promyshlenny-ye obraztsy, tovarnyye znaki, no. 9, --Y66-, 1"6
TOPIC TAGS: pressure measuring instrwnent, tire, valve
ABSTRACT: This Author's Certificate introduces a unit for determining U.r
of a pneumatic tire without opening the valve. Thin device includes a r( i and ii
men,auring unit. The effect which the relative location of the unit and *-ric 1-~rv our-
face to be checked has on measurement accuracy is eliminated by using a
rod composed of a shaft with a head on the tip. The rod also containE a s;-,r.ng wnicn
pushes the tip away from the shaft, two contact rings mounted on the ti;,, a
which holds the contact rings together and a push rod mounted on the end of tr,e
shaft. This push rod contacts the head on the tip and one of the contact rings at
the instant of measurement. The push rod separates the tvo rings. An inuuctance
type pickup is used as the measuring device consisting of a coil rigidly Afixed to tne
unit housing and an armature with a steel heel. The armature also has a steel care
,,-Co_rd-- -1-12
UDC: 531-787-91:620-1.0-5:6-C,9.11.,~12-55

ACC NR,
and a pole piece made from nonferrous material. touching the surface of
The initial position of the inductance pickup amature is fixed by a rigi--ly mo,_ntel-
electromagnet supplied with current through the contact rings on the rod. 7he magnet
pulls the armature to a stop by interaction with the steel heel of the armature.
to m~ftsirlng
I t
0
t
to electromagne
!--rod shaft; 2-tip; 3-tip spring; 4--contact rings; 5--opring; 6-pust, rod, 7--
pickup coil; 8--core; 9--electromagnet
SUB CODE: 13/ SUBM DATE: 28Jan63
Cord 2

MIROSHNICHCNKO, Tu.H.
A.-, .
Conditions for raising Znglish oak in western Kazakhstan. Bot.
shur. 41 no.11:1667-1672 N 156. (KIBA 10:1)
1. Sovkhoz Chervlenyye buruny, Groineuskoy oblasti.
(lasakhetan-Oak)

-- MIRUSHNICHENKU) Yu.m.
Habitat of some plants in the Mongolian People's Repubiic. Bot.zhur.
48 no.2:263-264 F 063. (Kii~.A 16-4)
1. Vodokhozyaystvannaya ekspeditaiya Hinisterstva Bel'skogo
khozyaystva SSSR,, Moskva.
(South Gobi District.-Botany)

MIROSHNICHMIKO, Yu.M.
Dynamics of the vegetation mass of hayfields in centr-al ana rr.rtn-
eastern sections of the Mongoliar People's qepublic. Bot. zhur. 49
no.lsI20-124 Ja 164. (MIRA 17:2)
1. Botanicheskiy institut !-.ifni VA.Komarova AN SSSR, Leningriti.

W-RCISHNICHENV)) Yj~~J.
Vagilta tivs r r pagat I nn rf he ~urw.~~rj Ar f-, & f- 'j;a . - - ': .r.
,m~s.
Mrr4g---Ian Peor--t0a Republic. Bc,,~.znnr. 49 IN I A-..
',M'RA '~O ')
:~ Botan',hoskiy Ins~11,-i* tmeni V,I.Komarr.%,a AN

y-ij ..?~ , ~).M.
(, -,* *nf, wr7 , , I v, 'e; I . . *, . I -. ?,Icngo ' ',i n
- ,,doj Ar.emisiFi !,-.g,
'M-:~A
. .r,, !~w itj~ ~ -. Bc,~. lulr. 5(7. no.~14 '-,-4.: 5Mr 76~-
1 1.
,. ~ , , Fini -,,,eiKiy nsti-it 'm(.ri Kr)narf)vFi AN 33J'i, ~Prllngrwl.

ACC NRt AP6033211 SOURCE CODE: UR/0229/66/000/009/0050/0052
AUTHORS: Barannik, V. P.; Lagutina, A. Go; Hiroshnichonko, Yu. M.; Cherovko, To Go
ORG: none
TITLE: Invo3tiration of contact corrosion of welded joints in body stools under
sea water
SOUIZOE: Sudootroyeniye, no. 9, 1966, 50-52
70PIC TAGS: Boa water corrosion, stool welding, corrosion rate, carbon stool, stool,
austenitic stool / 09G2 stool, SKhL-4 stool, Yu3 stool, AK-25 stool, AK-29 stool,
3S stool, 45 stool
A3STRAGT: Corrosion stability of body stools 09G2, SKU-4, YU3, AK-15, AK-29, 33,
-and 45 has boon investigated in contact with oach othor as well an on control awnploa.
:The study was performed in the Black Sea. The contact of tho body stools was accom-
plishod by hand arc welding with electrodes of the austonitic class. The first five
stools were subjected to total, irregular, and algae-ty-pe corrosion, the remaining
,two Bteols-to total, uniform corrosion. The rate of corrosion was found to be within
.the limits of K 0.10 - 0.20 mm/year, K. 0.30 an/year. Towards the end of the
av x
3-year experimntal period the corrosion rate tapored down to 0.05 =/Year. Steel Yu3
in contact with stools AK-25 and AK-29 behaves as anodic material and when the ratio
UXi 620.19'.27
IL-Card 1/2

ACC NRI
Of -1 7 :1 w i tri r, ~ ro5 -,so
_, 1. iLs corrosior, ra~.o aoublo~; as comparet 5cro.
of Lri(_, area of ~ho anodic matorial in the woi(iod joint to thq ratin 2:i pro',octs the
Yu3 s-~eol from the contact effect of AX-25 stool. Seems weldid witii nustonitic elec-
trodes assure high corrosion stability of joints in sea wator. Gri,,. art. has; 2
tablos.
SUB CODE: 1.1, 13/ SUBM DATE s none/ ORIG RFF: 006/ OTH MY; C)Oi
Card 2/2

MIRGSHNICHENKO, Yu.P.; KONOVALOV, V.I.; HUNTS, Yu.7a,
Field Investigation of the co(.Iing nf a vell oore and measures
for preventing (:orrosion of underground equipment, Neft. knU7.
42 no.7:4.?-45 J! 1b4. ( MI RA 11 -)

6vieve 9/9 "Wo
*ALL
Is jo ... 139j%.O~.00 awl
6_.-Ou3-j-u-uwwTm .01 P.- .-Iiij 'D~ld , vo 'Will-IT8
(.t T.0 I.T1. ...I Pa. P.A011mun OQJ:Q---02 91
'a -Q op-.Q~.O -u J. -q.L G,v Pa, , 'a 'a-on
"4MO do "JITC15 IRL 01111=19 do MX34M
Is.-IS %livaq-do So Son
... mm ?a U, solqvi't
(cc I.-W 01 O."Id J. -.I3VVJOd "a few-D ".4 'UTP",u
1311-5 To J. U.13 TV.& j0d
it,
. 1:12.360mv
.2.0; .... I-Liffm J. -Wod.j G 0-0 Put m7AOUwwn3
!xmdZygLu Tvl" ;YIN a" MLU go Immor
19-WRIWO do rmz
A-dow-w
d Iqjll jo
I-" d"
r" 3 liq u "J"u-06- -*J~lwlld wvI
Pul '"J"D JO U013sawdsid sq3
jQj gpq3" puv
_J*J J- I 396J2 31-11 'fUd.S~TTwZga .1 VsSyqwd U310
-7-P .91. 41 U~11-P"d -I. p.jy~ p.v ;13,vaq
--ode 'Sszw-- IS:.,Q jo ZVOT-LI 3 em; UO GIVION jo - -
U. j. ,13 .3n3T3~Ul OM3
S..Isa ::T*13jv 40 UOT%bfTTI , Stu
L~Z~Pql Ws jo SSAzvvjQ J-U30 Pug seeligue3ue
T`svTlJ-,T-IVS JO S-VlZjWV"3 P.. "s.uTgue jo,; p~
ja T..u. ad . 1.; 12-129 VU2 Jcj P.Pue3ul $I A0.4 O%Q 'JEWWU
P-9 -Ijc 0 1 -ps -M.04 fuvw"ll S.1 1 '02 .~Olmmv ., -W,
'J'A --I 'd-M -.0u9su" -1-0
~Wrn - -C "Pu""IT _V_J 'X~Q ST%12 JO JJ'29 TWTJ031P,
-p~3ulid Geldob OW-1
-ul wl~z (v 'dXA 'tma.1 f3l veliag) 'd ILZ -9r,61
..Jl.jma jo
p sa~Immvm 4mu)
allsolouUme'L
I*:" jn3j3:uj ZljRguTw3M - &SAC r,
OT.Lv4jau]3 Moog T ami Mrz I

IJ
7,7- ~ 7-L
N�RM')
:4, 21
ezl mt~-Q&u
[PbAtin tit G'i
MMMM
d tha
'HOMANIti a
-hl#ttd 14 1 H# fom6rACo%CM-'(R
606
-M4?
_:,(U d
td od
-4p
Utic khl
NN C% d rbqylld adO a
Ovetim I
14Q'-..'RedWl6u;o1, the
12741, 1
b;- pd%i-
i IVA
-141
'6th
i 16.11S. bf add Old w0foethywo-sivenl 2, 145%
"loll 0 sc
142 -1
t
-TE
kni

AUTHORS. Allpercvic!~, A., !,:!X Z
TITLE: Synthesis of the Thiacarbacyanines From the 5-Sulstitl'Av-l
2-1.*,etl.~ -C. , 7-tt- tramet~iyl -b-nzot h J- a z a! es1'Sintez tiikar~ctsian-
4nov iz 5-zame3hcle7~n.)!-.h ,
PERIODICAL: Zhurnal obshc)icj :,himii, 1"?, V 1 29, Nr 3, pT ~USSR)
ABSTRACT: The synthesis of tho 3,3'-,,1jvt~.y1-(,7,6, 7'-bis-(tetramet1.vlene)-
thiacarbocyi.in.n4~--.,3 c-nlai;-, :-rthcxy t:rjups in the positions
',,51(Scheme I' is described Ln the present pa:)cr.
(See references 1, 2).
(tetramethylene)-tl-.i(.'Cdl-l)~-C. Lnines wec~, s,e a r~ -: t ro - ,
acetamino-, and oxy ~,rc-.,ps in t~.-! ?~.e synthesis
of the initial base was carrIed c~i. a:,-~c-dific 2.
After the nitration of (11) ti.e fc--nation -)' t-,Y- iqcncrs (111~
and (III) was to be expected. The nitr~pr-duct separatel
from the reaction ma--s melted at 9'-I~]Y. Two roiu,:ts aere
obtained by fractioned re-crystall-z~,tior. "rom allc0.-I,
with the melting point 13',1-1iGo (.y4eld 32,,", the :ther one
-
jfo) .The nitrativn was
with the meltin,- 8oint 96-,7 ( I 6
Card 1/3 carried out at -5 as ftt hii~~er t -3peraturea a re31nifi-~at'.On

Synthesis of the Thiacarbocyanines From thp
Substituted 2-filethyl-6,7-tetranLethyl-benzothiazoles
takes ~Iace. Ye. D. Sych proved that the posit,,on of the
introduced acetamino grou-'s i: -fluences the ie--t,-. .jr --olor of
the thiacarbocyanine and displaces als,, t-le abs-rpticr --.axima.
Thus thiacarbocyanine3 were synthesized from the nitro onr--
pounds (II) and (III); amines and their acetyl derivatives
were obtained by the reduction of these cyanines, tne latter
were transformed into quaternafy salts and dyes (Scheme 3).
From the comparison of the absorption maxima of the synthesized
dyes (Table 1) with the data obtained by Pych (Ref 8) we may
.I,- at 96-'), Js tl-e ccmpound
conclude that the isomer melt , I
0
(II), the isomer melting at 1~9-1.10 the compound 1,111). The
substitution of the amino Croup by the oxy group in the ~e--"*es
of benzothiazole was successft--1 over the diazc s,)m,,cunis. The
absorption maxima of the thiacarbocyanines are Cive, in table
3. There are 3 tables and 5 references, 4 of which are Soviet.
ASSOCIATION: Filial nauchno-isoledovatellokago kinofotoinstituta nii fabrike
Nr 3 1 Institut organicheskoy khimii Akademii nauk Ukrainskoy
SSR (Branch of the Motion Picture and Photography Scientifis
Card 2/3 Research Institute of Plant No 3 and Institute of Organic

Synthesis of the Thlacarbocyanines From the 5- SOV/75-25-3-1,1/61
Substituted 2-Metliyl-6,7-tetramethyl-benzothiazoles
Chemistry of the Academy of Sciences, Ulrainskaya SSR)
SUBMITTED: January 27, 1958
Card 3/3

MIROSIUIIGWMO, Z.I.; AtIEEROVICH, M.A.
-
Action of phosphorus pentasulfide op 2-acetylaminothioraphthen-
3-one. Zhur.ob.khim. 32 no.2:612413 F '62. (MM 15:2)
1. Fili&l Vaesoyuznogo nauchno-issledova+el'skogo kino-fotoin-
stituta, g. Shostka.
(Phosphorus sulfide)
(Benzothiophene)

- MIROSHNICHENKO, Z.I.1 ALIPEROVICH, M.A.
Oxidation of 3-thioacetilaminothionaphthene bj potassium ferriciarLide.
Zhur.ob.khim. 32 no.431245-1248 Ap 162. (MIRA 1514)
1. Filial Vaesoyuznogo nauchno-issledovatellskogo kinofotoinatituta,
g.Shostka.
(Benzothiophene) (Potassium ferricyanide)

MIROSHNICHENKO, M.; ALIPE:IOVICII, M.A.
Polymethine dyes from isomeric 2-methylthionaphthenothiazoles.
Part It Cyanine dyes, derivativea of 2-methyl-4,5-(2v,3'-th1nav~-
theno)thiazole. Zhur.ob.khim. 34 no.1:241-247 Ja '64.
Polymethine dyes from isom-?ri, 2-mat.hylthionaphthenothiazoles. Part 21
Cynnine dyos, derivqttvns it' 2-methvl-4,5-(31,21-thionRphthenolthia-
Zola. Ibid.s247-2~1 (MVIA 1'70)
1. Shoatkinskiy filial Vsesopiznogo nwichno-issledoval,-I'skogo kinn-
fotoinatituta.

AMMMIO-WOP Z.Ii ALIPEROVICHO M.A,
Pblymethine, dyes from isomeric 2-aethyl thionaph' heno thiaz oleo.
Part 3a Mero dimero, and rhodacyanine dyes derivatives of
2-methy1-/,,5;_(2',3'- and 31,20-thionaphthen"L) thiazoles.
Zhur,org,khim, 1 no,,2t289-294 P 165, (MIRA 18:4)

EXITINA, 0.1., kand. khim. nauk; SKLTAR, M.G.. inzh.; MIROSHNICE31MD, Z.Y.,
insh.
Spectrograp[iic determination of small concentrations of constituent
elements in steel. Trudy Ukr. nauch.-isel. inst. meti ne.4:261-271
158. (MIRA 12:3)
(Steel--Spectra)

t97
-2
3/137/62/00.0/001/219/237
A I 15A/A 1 S;
AVI"MRS t Ulkitina, 3. Jnrev&ya, A._Y*,, Sklyar, M. G., &~dyrlr~x, L.
Inv&nova, N. X., MroEhn1charLXo. Z. M.
T1= 1 04 the ratio of the elements in the solid aM vaporous phases upon
5pectral analysis of Iron alloys in various gaseous media
MMODICAL', RYferatIvn7-j thurnZ. Metallurg'ya, no', 1, 11962, 5. abatract ',K32
("SID, tr. Vxr. n. -1 . In-t metalllov*, 196.. no . 7, "C'I - ~421)
An w&A made nto t!-,e t-flect of tt.4 oxidizing at'll.ity
of a medium on the ratio if thb el~menta of an &:Ioy in a vapor~,--;n phaze &A Tun-
pared olth tt,e solid pn&s- by bp-ctral inlygts in a ap&rle. and an' arc of tr's
ternary Fe alloyst ee-rr-An, Fo-Cr-Al, Fe-C.-NI Fo--,r-W. It was foune. that
the risults of de'.emiratLon ot the elements in a spark di5char&e scarcely depend
on the oxIdizing attlity of 'h9 medium. In al', gan-crom media the FroLduatlon
curves are common and ovqr the entire range of rale,,,tod concentra-
tiona. Analysis Pf the alloys ~n a spark In an oxidizIng medium revea..'ed that
the relative concentratton of the elen~.ta In the vaporous phase 4oea not diff or
from that in the solid ;~mae of ta4-allw. n&s supply speed of the elements in
Ca.rd 1/2

On the rat-lo of ths....
the dl a mixrgA Zrrav I fi it p%rk yvIs do pnrulm on I to ox I. d: z%w,; ty- t,,' '.z,-
medium, In the glvn. Sdafta.A.,w n-Rum; it is govornod ty th,- ;ro-
perties of-the a.1loy pvses &M doc3 not djp-3nd on tho vcla%'~Ity or tr.~',r
oxides. Upon analyals In an arc d1acnarg" In varlff~s g&a-o,,,n m-din E~-.lfta 3f no
graduation curve6 ocour, which is #,xpinined by the role of the oxidizing proc"-
sea urder the effect of the s;ark di3crjarge.
L. Vornb'yeva
[Abstracter's notet 7=plete tmnslation)
Card 2/2

YAROVENKO, 0.; MIRDSHNIK, A.
Use of diffusion screens in rotary apparatus. Sakh. prom.
90 37 no.801 Ag 163. (MM 16:8)
1. Glavnyy inzh. Krasnyanskogo sakhamogo zavoda (for Yarovenko).
2. Glavnyy tekhnolog Krasnyanskogo sakharnogo zavoda (for Miroahnik).
(Diffusers)

DEMIN, A.M.P kand. tekhn. nauk; i,Ohli, F.I.; CJI~~.'IiOV, V.K.; '.'ASIL'Yr7,',
M.V., kand. tekhn. nauk; Y&-T~OV, 1.F.;
FRISEDSKIY, G.V., inz~..; XNEEVSKI'-', Yu.N.;
doktor tekhn. nauk; KU-tOYAN, A..L., kand. tekhn. nauk; MAYXi"
_X.; PET.%OV, I.P.; "L.,XjHE7.', 9111SH C
A. I.; -MlaQW j.KA
A.I.; AVERBUKH, I.D., inzh.; VPdI.SRAVSKIY, A.V.; K_~'.'YUKOV, D.E.
-'IIIEYEV, V.A.; 'IFI.IiC%', A.A., otv
LUKAS, V.A.; 1
N.G., red. izd-va; MAKSIMOVA, V.V., tekhn. red.
[Handbook for the mechanic in a co,,I ;At 31-ravochnik m(!kh;.nik't
ugollnogo karlera. Morkva, Qooro.-tekJ.izc%t, 11-61. 639 :.
(Ml:~A lr: h,
(Coal mining machine-y-Handbooks, manual-, "tc.)

?"-F 11'and 3ci L~ol se- t)
-I- jk --- 2
,."cheme of Control of a of :,Iect-c I o4org of ;ilt.erna- '.n, CurreT.* _- or
1-c're,n4sms of Movment of Mult.,*-; ral-~ E-~ca%,ators and -ranspor4.atle rid,-Pg,
paper -oad at te Session of * he Acad. Sci. o, Sc ~ cr., ific i r,), I pm!,, ;*Goma' c
~rodiic-",Dn, Octo~,Pr I ;-~6.
A-rtom;;t.'ka I t lemekh,-mika, n.
'01 ~ 22

XUVAYSV, Nikolay Yefremovich. dote.; RATMIIJ. Semen Rafailovich, dote.;
SHAWIAUOV. Vitaliy Pavlovich. kand.tekhn.nsuk; HIROSHNIJLx_AI&2&udr
M~~.bpglavlch, kand.tekbn.nauk; BUNIKO. Viktor &I sandrovich, dote.;
IAVITSKIY, D.A., otvetstvennyy red.; LOVINAII, S.S., red.izd-ye;
ANDRUMV, S.P., tekhn.red.
(Blectric drivo ror mining awchinory and the principles of automatic
operation) A;Iektroprivod gornyVh mashin i o9novy awtomattki. ICherIkov.
Goo. nauchno-tekhn. izd-vo lit-ry po chornei I towetnol metallurgit.
1957. 320 o. (14W 11-2)
(Mining fna chino ry~--A;Iec t ri c driving)
(Autowtic control)

KMATIV, Me.; MIRCSHIJII, A.M.
4-~ , I
Direct current separate17 o3xcltad tvo-motor drives. Izv. DGI
28:68-85 15P. (MITIA 11:10)
(Electric driving)

MIROsTMIX, A. ; YURSOV. V.D.
Induction motor heating during speed regulation by frequency change.
Izv. DGI 28-149-156 158. (MIU 11:10)
(Slactric motors, Induction--Testing)
(Frequency changers)

k I . Of Ro ', A N i k, . "i. ~ , - T . . v
, - . . I - . . i . . AK I I '. -, -
I . " . - -1

- I ' ' - - L, - ', - ,
I : , -,,! ~ . . -I.:,- . I , , . It - , : '! - , . ~ , I . - . . f,
; , - "". . ... . . I I I t . . ~ ~l : A P !- ,

VIYOSLAVSK7, Vasli~
RYBCM;Kc, Fetr
FOPOVICH' N i-kc, illy '~a'
FOLYANSHY, 111A,ilay ovlcf., inzi..; DAt-IL'
Girigorly 1winovici., rzl:.; S.A.p 1(-Kt,7'
te khn. nim k , C. , r I) t ~oi r, zq n t
tekhn. nauk,
retsenzon,
[Automation cl- m'm- * Av-
'I
iTintizatntift prol"lliflorm III-, r,yk."
1~y ! V.N V

SILIN, P.M.; LITVAK, I.M.; BARABANOV, M.I.; LIKHI,,syjy, M.Kh.;
BODRARIP S.G.; ROSTRIPENKO, I.A.; 10FROMM, L.P.;
YAROMKO, O.A.; ~UROSIUIIK, A.P.; IVASENYO, G.
Accelerating the sedimentation In settlers. Sakh. prom. 16
no.7:9-17 JI 162. (MIRA 17:1)
1. Moskovskiy tekhnologicheskiy institut pishchevoy promysh-
lennosti (for Silin). 2. Kiyevskiy takhnologicheakiy Institut
pishchevoy promVshlennosti Imeni Mikoyana (for Litvak,
Barabanov, IAkhiLskiy). 3. Lannovskiy sakharnyy zavod (for
Bondarl, Ivasenko). 4. 2-y im. Petrovskogo sakharnyy zavod
(for Rostripenko). 5. Gindeshtskiy Eakharnyy zavod (for
Sofronyuk). 5. Krasnyanskiy sakharnyy zavod (for Yarovenko,
Miroshnik).

AUTHOR: Eropkin, Yu.I., Reynike, K.F. and Miroshnik, A.T.
L_ '23
ITa: Selection of a rational scheme for benefici iN e k
ing zn z az-
gan sulphide copper ores. (0 Vybore ratsionalnoy skhemy
obogashcheniya sulfidnykh mednykh rud dzhezkazgana.)
P_.~.,JODICA.L: "Tsvetn_ye Metally"(Non-ferrous metals) 1957, N0.4,
pp. 14 - 20 (U.S.S.R.)
A.~,iLA,;T: In this article details and results are given of semi-
~,roduction scale tests of three different schemes for benefi-
ciation of sandstone-type sulpiLide co;~per ores, starting from
25 - 0 mm to give a product up to 95-1W: of 0.0?4 mm.
The work was carried out on a 10-ton installation at the
Dzhezkazgan beneficiation plant (DzhezkazganskayaObogatitelna3a
Fabrika). 11he first scheme consisted of two-stage ~;rinding
and sijagle-staji~e flotation. Scheme No. 2 consisted of sLngle-
sta6e coarse grinding followed by flotation, the .3t~,~Lration of
the sand fraction of the tailings in hydro-cyclones, final
L~xindin6 and flotation. Scheme No. 3 was t_~-,e nomal staped
flo'6ation -,~chume witi, q-,rindii,,, an,i n,., i.-C-1cle
flotation. ?1ow are t:ivu;. for vaci; sciie...e ~Ir!
Card 112 obtained are tabul ted , ti.u- inclu,.Lng on
percentage of -0.074 mm fi-icLion, nUML,-~r J_` -,red,
yield of' concentrate, coppei, contt-ziL in Llit! 01e, t.x tailiIIF',S

Oelection of a rational scheme for beneficiating Dzhezkazgan
sulphide copper ores. (Cont.) 136-4-4/23
and the concentrate, silica content in the concentrate and
extraction of copper. A modification of the first scheme, in
which the final gTinding was not carried out for Intermedia*,.e
products was also carried out, the results for t4is being tabu-
lated in the same way and compared with tnose for the unmodif-
ied scheme. Sieve and sedimentation analyses for tailings from
schemes 1 and 3 were also carried out and the results are tabu-
lated. The schemes are compared for a section with a daily
productivity of 4 000 tons with an assumed constant flotation
time of 20 minutes. The first scheme was found to be most ad-
vantageous from all points of view and is recommended for the
Card p/2 Dzhezkazgan sulphide copper ores, as well as for other deposits
of cupriferrous sand6tones 3.nd copper porphyritic ores.
Phere is 1 Slavic reference. fhere are 6 tables.
AVAI.LABIA6:

f
..2
AUTHOR: Miroshnik, B. (KIyev)
TITLE: Strange Guarantees (Strannyy,, garantil)
PERIODICA,L: Grazhdanskays Aviatsiya, 1957, Nr 5, p. 24 (U3SR)
ABSTRACT: The Glavakkumulyatorprom of the Kinistry of the Eaectrotechnichl
Industry had puaranteed the 12-A-30 storage batteries used in
aircraft to retain 75 per cent of their capacity In up to two years
of service. However, experience has shown that these batteries did
not last longer than 10 to 14 months, and in many cases even less.
The level of the electrolyte would vary, dropping as much as jr,-1, trn,
or the density would increase. ;Lfter repeated comrlairA3 --1,e !hv;i'-A-
umulyatorprom has issued another guarantee, this time for 5 -.,,.-ars,
including 3 years In warehouse and 2 years of aircraft operation. rhe
article calls this new guarantee worthless: the qaality of batteries
has not improved and the new guarantee makes no mention of the caracity
to be retained by the battery.
AVAILABLE: Library of Congress
Card: 1/1

millo:~,Hlljlk, P. Ocilev).
-I-
on the almetrira. eo~,. --)f nim',nren lrazma qv
n-.7:40 JI '57. . -4)
(Bibliogranke-Al- P. equi,meit ,

SOV/84-58-9-36/51
AUTHOR: Miroshnik, B., Hngineer (Kiyev)
TITLE: Checking Main CIrcuits of Generators (Proverka magis-
tral'nykh eiektrotsepey generatorov)
PERIODICAL: Grazhdanskaya aviatsiya, 1958, Nr 9, P 31 (USSR)
ABSTRACT: The author reports on a specific case of a break in the
generator circuit of an Il-14 airliner and how It was
determined by means of' a voltmeter applied to the
generator terminals when connecting and disconnecting
the voltage regulator to and from the circuit. A wir-
ing diagram of the generator accompanies the text.
Card 1/1

MIROSHNIK, B., inzh.
Idle standing shculd be reduced. Grazhd.av. 18 no.2:22-23
F 161. (MIRA 14:3)
1. Lineyno-okepluatatsionnaya i remontnaya masterskaya, Kiyev.
(Airplanes--Maintenance and repair)

I SAY ENKri, E.P. ; SLOBODENYUK, P.S. ; V. I R(SIM I K, j., ied.
[Charpi-teristics cf the c,~nstructlor of roadb4A In
Aber1a; lectures for tno rorrespondence courses for
ongineers and technieJaxis of t1lie NovoMoAr8k Institutp
of Rallroad Transportation Er.,gineersj 0:1 benrinqti vowii-
zhenila zhelemodorozhnoga zem!"anogo polottia v Ilbir.;
laktiti Jlia ziinchnykh kur,3(,v :Tit ~ri liTIZhTe. Novc-
albtrnk, Novosibin,kil In-t Inzhonero., irnnnT.
114~4. 54 P. (~")'A ;P:")

kAiz,,Skll,;, %orgly Al6kneyevich, kand.tokhn.nauk; WOMIL. Boris
Kartyi2ovicti. ~nxb.; UAITANOVSKIT, S.Y.. inzh.. red.: VERINA,
G.,P., tekbn.red.
(Construction and repair of railroad car trucks] Uptrol8tvo
i remont wagonnyl-ch telezhek. Koslcva, 9os.transp.rhel-dor.
izd-vo. 1958. 343 P. (MIRA 11:5)
(Ra I lroads- -Ca rn )

1. BARON, F. YA. and MIRUSHUH, ~~. n, Eng.
2. USSR (6 q)
1~. '..aarries qnd -iAArryjjjg
17. Deve'. -*rirg the corii,lptp me-hanizati yi -)f t-ie quar-y "Tabor." b.ul.str,li.terin. '4
no. ?1, 1951.
9. Monthly List of Ruerjan Accesslunn., Librnry of Confre-,s, tig~L I )~), t.nclr-asi fled.

KMOSHNIK, B.Ye., kand. tekhn. nauk, dotsent
1.11"... --- . I - .1
Practical possibility of supfly-ing railroads with asbestos
ballast. Trudy MINT 26%13',-153 162. (KRA 160)
(Ballast (Rallronds)) (Asbestos)

KOZHEVNIKOV, A.V.; LAZEBNlKOV, Yu.S., dot,5.; '~'.IROSHNIK, D.Ye.,
dots.; SHADhIV, N.A., prof.; Prininali uchaEtiye:
SUBBOTIN, B.K., st. prepod.; VOROTNIKOV, V.I., ciots.;
ANPILOGOV, R.G., retsenzent; ALEKSEYEV, V.D., retsenzent;
LYUbOMUDROV, A.F., retsenzent; CHEiliOV, F.E., retsenzent;
PESKOVA, L.N., red.; BOBAOVA, Ye.N.j tekhn. red.;
P-'.Conomics ,~f "t,-i-.eeringj Ekonomi-ka zheleznouorcz~.-
nogo stro4lr".-~va. (Li! A.N.Kozhevnikov i dr. Moskva,
TranszheI(lO"-iz(;[lT.' 1,4, -.. 4,112 11. WIRA 17:1)

and L-E-.S--:r';T-r-,-,, D.
2 1) 1 i,