SCIENTIFIC ABSTRACT MISHCHENKO, P. I. - MISHCHENKO, V. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134620010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MISHCHENKO, P.I.
---
Lffect of Rawolfia alkaloidp on ren&l hemodymmics Ln hypertens.on.
Terap. arkJi. 32 no. 5:7-1.2 I-tr 166. (XIPA 1.4:1
(RAUWOLFIA) (KILRYS-BLOOD SUITLY)

MISHCHMO, P.T., dotffent
Effect of reeerpine an the renal h1orA flow and the glamerulal
fUtration ar. reaboorptiom in hypertanic disease. Nauchotrudy
Chetv.Wask.gorAlin. boll. no.1047-355 161. (MIRA 160)
1. Iz kafedry propedev-tiki vnutrennikh bole=ey pediatricheskogo
fakulfteta (zav. - prof. A.M. Damir) 2-go Kookovakogo meditsin-
skogo instituta imeni Ii.l. Pirogova i Noskovskoy gorodskoy kl!Lni-
chookoy bollnitery No.4 (61avnyy vrach - G.F. Papko).
(RESPERM) ( HYPER7ENSIOIQ)

MISHCHENKO, Fj 1.
Reserpine (serpasi.1) in the clinical managem-rit of internal diseases.
Sov.med. 25 no-4:119-128 Ap 161. (m I -~A 14: 6)
1. Iz kafedry propedevtiki vnutrennikh bolozney (zav. - prof. A.M.
Damir) II Moskovskogo meditainskogo institata Imeni N.I.Pirogova.
(JIFSERPINE)

MISHCHENKO, P. I.
Influence of reserpine (serpasil) an 1,idnev function in rAlir-nant
hyWrtension. Terap. arkh. 13 no.5:10-21 My 161. (MIRA
1. Iz kafedry propedevtiki vnutrennikh bolezney (zav. - prof. A. M~
Damir) Il Moskovskogo weditBinskogo instituta imeni N. I. Piro--Ova.
(RESERPINE) (KIDIMYS) (HYPERTEISION)

~GSHCHFNKOI P.I.
Effect of Rauwolfla alkaloids Dn the kidneys
Kardiologiia 2 no.4:8C-82 Jl-Ag '62.
1. Iz kafedry propedevtiki vnutrennikh
A.M.Damir) pediatricheakogo fakul'teta
instituta Imani N.I.Pirogova.
(K.1 UNEYS ) ( R.A NG LF IA ;
In hy-pertension.
~5:9,
bolezney ~zav. -
11 Moskovskogo melltsInsK-,)w,-)
' HY PER -F. NS I -~ N )

A
XISHCHMIKOI P.P.
Repairing track on the line. Put' i put. khoz. no-10:31 0 157.
OCWA 10:11)
1. Starshty doroshnyy master, stantstya Ommova. Tnzhnoy dorogi.
(Rallroade-Maintenance and repair)

TARASOV, A.M., Inzh. , MISHCHWO, P.P.0 insh.
Consumption facto-- of the IntnkA syste-is of mrto-s. Xnargo-
maghinostroents 6 no.2:11--17 F 1~0. (MI-I"
(Gas and oil engines)

t1oIJ7
~!j 1,4 t ~. e F- n var i,)us me t hotis 0 1 Aas t ii no
..'I4 i vr c iia ry, i ii,,
f- r- -t t i v v %, /. ; ~ i r r,it i o t d v I ' ny y v y lai s k 1 1 o v y v
a ii(,%, k , f ~ " . _' ~ , x Ir 2 42, abstract 1 2 . L, 7 2
f r . k, t ia i, ~ ,, -. k . ; .,) I i t k ki n . in-t , miar kovsk . z , -d
r.tri~ I . :,,,% i i ri- , t r. , v. -)2, 1961, 49-67
~cner.~ I c li- -7-ra t 1.,ris Are preserited c(-jncvrnin6 t he
use ol ti T-bliles with Coll.~tilit ond variable pres8ure before the
z i j e s a n (i a pr(,(4-durf~ -I Ca ILulation is glven for two sys t eiris
T-i-- Aas(,s art, jirs-c tod to a Cominon receiver, tiiv v,)Iurne
Wn J cn i s iai co:jij,arv,j wi th that of the cylinder ( constant ,as
pr t-.,j !i u r (, ) . -1 ) The t man I fo Ids are made as sliort as
p (-) s s i ~, I e , ) I ~ ma 1 1 c r(. N s - .4 P c t i o n it nd .9 e rve 2 - 3 c y I i nde r8 . (~a .' I s
,it- I i vv re d f r,j tr. i rol i v i !,, 1 1 ol cylinaer8 to the corrosponding
s (- c t i o jis o t t liv tur-bii,v ii -zz if- gear ( variable Sam pressure
Abstract or ' N not P C,).z.i, lete trans lat ion
Card 1/ 1

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';/14
c"ficic'r.,~y o t,-c
c ..ill.. n
c ' -v e aj r~
r. -in tr. t: r? y-n a 0
r c c s i '.r, i;--r 4
e r e e
..~boch.-ye ~v,,-:,i-,eley
"12

n e -17 S'; S
C 1 V
na -r

141611CHANKO, S.A.
flexible feed pipe for diesel-powered hammer@. Hats.1 Itabr.predl
v 9troi. no.58:2,8-29 153. (KIAA '7:?)
(PlIe drIvIng)

M.A. , kand. med. nwik;
K.K.;
V. sy r
f Yll M -71 spo
Pr,le of artl"icial ;lne,.m(-,,tlcrtx i- *,I., -ompoi.na ol
p','lmonary tuherc,,',os~ 9. ror)l . tub. r 4-'
7 Mo da v n k c~ i7o i r.s *- i Ui 1, be rk leza d I re k t r) r a r
na,. k !~ . A 11t. r , a n , r, .

ACC NR ft/0075/66/021/011/1302/1394
CA. i )DE: U1
AUT!IC)i%: Poluektov. N". S.
ORG: Instituti- of Gi-neral and Inor),,,n.k C-tion-stry, UkrSSR Ac,-i,~crny (,f
Scle;-,Ces. 11-:-,or.-Itorles (Institut ob .~x,~y i nuor-anichesKoy khirn~i AN 1"'SSR,
Laborator~i) ,ii Odessa
!I rtir tcrbiun, wit n );,c
TITLE: Invvstigation of then kiores(
s a licyl. a, t
SOURCE: Ziiurnal anah tic hes kuy 21, rio. I I , I ijt,?~, L3
'-()PIC "'AGS: tt-l'bILIM, rarf, rarin 'Ia,Y-.'
salt)", ptiony: salicylate, rea~i,nL
I L
ABSTRACT: A ni,-thg)d for- fl~,orin
- ;i,is b(,(,n int "I. i, 1
S,I;k .'I"t" roduco j,''.
C ., r~'Lvat vs of rar(, --"rtn eicrnontt,
tL'Stt,~! ("", a n,~mt)er of salnplC6 0i r--r' 11 U)
-i. 5%. As a reagent for teromm ji"I"'Iy, ia,l, )..Ite (~-I"O'l 4,
1/2
Carci I - I ) ~- : -,) -13. 7

ACC NR~ AP7005539
wil-I respect to
,.aio, arld Ulf, V, P- t.
,SL:B (-ODI',: 07, 2t)/SUB',vl DATE: 0,)j
Card 2/2

LAPPO, D. D. (boningrriol'; S.S. .
~ ri I !I d I I I Tv, tt-n , 4 ri , . 'I , . , . , " , , , 1~ r, . , - . .
I 1 11 1 .- . , - . . .. . r , ,
of hodi-o of ~,-itor. 3~r-,i . ~r . - -, .- --. -, I . *. - - . I I .
I

AID P - 5411
Zubject USSR/Engineering
Card 1/2 Pub. 11 - 1/13
Authors Ourevich, S. M., and S. V. Mi--hchenko
Title Automatic electric arc welding of titanium
Periodical Avtom. svar., 5, 1-12, MY 1956
Abstract The authors discuss the most important properties of
commercial titanium affecting It8 welding. They describe
titanium welding In Inert gas atmosphere by non-melting
electrode, and the automatic titanium welding with
specially developed flux available from the Electrowelding
Institute im. Paton. Some data on the structure and
mechanical properties of welded specimens are given.
Five tables 8 micro-pictures, 2 graphs; 10 foreign-
references ~1948-56) and 5 Russian references (1952-56).

Avtom. 3vnr.,
Card 2/2 Pub.
Institution :
SubmltteJ
',, , - ; ,, Y. y I , r-.,
11 - 1/13
A.-
zlt~ Je 1-41't
A 11.) ? -" 1

KHOLEVF.T'i, K.M.; WACHEW, S.V.; KALMYI((;"A, 'I.P.; MALITS!'.VA, N.b.
Photorelay equipped with a germanium phototriode. Avtom.1
prib. no.1:59-62 Ja-Mr '62. (~GPA 1)-3)
1. Inetitut nvtomatiki Gosplana USSR.
(Electric relais)

KHOLEVETS, K.M.; 141SHCHMKO, S.V.
Indicator of metal position in heat treating furriaces. AvI. 1
pr1b. no.4.49-51 O-D 164 (MIRA P.")

FROIEVF'.', K.M., M! 'I'll ic , S.V.
j1hctoroj&,y for Indicating the posiLi:-jn of metal In the stand of a
blo,),ming rri'll. A-.rtrz. i pr1b. no.2145-47 A;).-,7e 165. (YJ.RA, 18:",

1
20355 5.
.
AMEMO$

6 vibildh7 -cou, 4 the, level ot the
*OM "tWfti.- itiidr
Vdx~ 3rmAfntkf-.I~-~,Orft-"arL has: 2 Ugures and t table.

suswr~ COD'Et
dun EM:

&REM

Modifying OpS jig by M:Itlnz
All lichenka. Lintlimig Pro4jv*" 1
30 107, griy imi a4 t,.k-, lt-,
tat" ed fi, blo-mg t1l" -111.. 1,11-

MIfiiCHnxO. V-1.
Contour trinuing of cast parts in dies. Sel'khozmashins no.12:
29-30 D '55. (MLOA 9:3)
(Dies (Metalworking))

MISCHMIKO, V.I.; STRBKOV, K.G.
Hfficiant worlmrs increasm Dibor productivity. Sallkhozmashina
no.1:29-30 Mr 156. (14IRA 1:7)
(Arricultural machinery 'milistr7)

HISHCHINKO. V.1.
One-sided double-point welding. Sel'khosmshina no-5:30-31 my '56.
(KLBA 9:8)
(Alectric welding)

KISHCUNKO, T. 1.
Ways of economizing lumber. Sollkhoxnashins, no.6:31-32 Je '56.
(KLRA 9:8)
(Umber) I

MISHCHMO, V.I.
NOWAft
Experience In planning on lower levels. liobr. v SSSR 2 no.4:2P-11
Ap ' 57. (KLRA 10:6 )
(Industrial management)

T I
f ic ne, y tne
Can'. 2

MIS--iCfMfKO, 7.1., inzh.
Commercial Bhnpe coiling -achine. Stall 20 no.10:-)33-?j4 0 160.
(MIRA 13:9)
1. Krivorozhakaya twigads, Ukrtipromeza.
(Rollinp millo--Zquipment and supplies)

STRXRKOV. K.0.. inshener: HISHCHINKO. V.I.. inshenar.
- -
1bgwrierics in organizing competitions and contests. Isobr. v 5SSR 2
no.1:37-38 157. (KIaA 10:4)
(Efficiency. Industrial)

41SMIENK0. V. I. . inzh. ; KHOMY,tK, B.S. , inzh.
.
fin%f mogthr,da in naking, niprplas for tn- SK- i r -, lod
combine. Trakt.i sel'Khotnash. nr . 11: .1 A,: " ').
W.,4L, , :11)
(Combinna (Agricultural -. ))

MISHCONK0. V.I. ; KOVj,LXIIXo. TO.V.
-~
Calculations for doterminint; thn nerd C -
.47-,*8 jvg 15 y. Olliit, 1. '11)
Trakt.1 nnllkhoz-iash. no.9-
(Agricultiiral machinery imt .;itr:,,)

MISHCIMKO. V.I.
Utilization of untapped potentials within the plant. Trakt. I
sel'khozmsh. no.12:39-W D '59. (MMA 13:))
1.Roateel'maah.
(Agricultural rmichinery irdumtr7)

bARANOV, Ivan Ivariorvich; 1APSHP,, ;oorgrly Seronovich;
Vladimir Illich; 1,AKk,,C1/A, E.A., red.; A!,*Di,F',TVA, L.S.,
tokhn. red.
Dlow to orqnniz,~ work Atli -'I'icienc~, in ; n
on terpr I n(~ Knk ()rg-n1zovnt I i-botu n i-to I -nit I iz: to rru; I r,,,
(XIA 1
prodpri int 11. :!os1-v-, I';-of I z41, t, 11 4,.'. ,~I.
(itostov-Agricul tural ! rtchiner-,- i:Austn -chi, . I in-
(Surportion

MISFCHENKC,, VladLmir ji'lCr. M,,? Vu . % t, A- rb,i -AYTISEVA, L A,
~.Zr- --
,Planning efficlency -ir,:-k In ~,nterprl5ps ' V;an:
r
rovante ratq,,-nA.'IzAT.-)rSKrj11 .fi :rf~(ipri '.AtlInkh. Mr)
iskvn , Prof i zdnt, 1 #0 #--j p O~IKA '-, 'J~
, Techno 1 o171,7ii ', Inn,-vQ *. I - -vq 3~.Vppetlon nyetems~

MISHCHENKOP V.
A trade-wnion groiT, -n ~, 'Ft-m. 3ov. profs-~',Izy ", n,~..":
25-26 S '6 3. (FIF-A It : 11,
1. Organizator profesqI-mallnoy 1,ruppy zhivolncvodrhps~-)y ~~rmy
sovkhoza imeni Kirova, Zapornzhskayn ob4

mislICIMIKOIT V.I.
Achipvempnts of the, ir-'llorl if EvjLliklz-lA. Efurenia no.313-6 '64.
,K-T(A 18-5)
1
1. CjosL.d.4rstvpnnyy komltr~' proMshlprnoati,

ACCESSION NR; AT4036066 5/2781/63/000/003/0255/0261
AUTHORS: Belikov, A. G.i Goncharenko, V. P-i Mishchenko, V. M.;
Safronov, B. G.; Slavny*y, A. S.
TITLE: Investigation of coaxial plasina accelerator
SOURCE: Konferentsiya po fizike plazmy* i problemam upravlyayemogo
termoyadernogo sinteza. 3d, Kharkov, 1962. Fizika plazmy* i prob-
lemy* upravlyayemogo termoyadernogo sinteza (Plasma physics and
problems of controlled thermonuclear synthesis); doklady* konferen-
ts.ii, no. 3. Kiev, Izd-vo AN UkrSSR, 1963, 255-261
TOPIC TAGS: plasmoid, plasmoid acceleration, plasma source, high
temperature plasma, plasma density, discharge plasma
ABSTRACT: A coaxial electrodynamic plasma accelerator is investi-
gated in order to determine some of its parameters, namely the plas-
moid velocity, the plasmoid density, the contamination of the plas-
Card 1/4

ACCESSION NR: AT4036068
ma with heavy ions, and the energy distribution of the ions. The
electrodynamic plasma accelerator consists of two coaxial cylinders
(72 and 32 mm inside diameter, length of accelerating electrodes
175 mm). The pressure used was (1--3) x 10-3 m/m ,
4. and the working
volume was filled with gas using a pulsed valve described by J.
Marshall (Fizika goryachey plazmy* i termoyaderny*ye reaktsii,
Atomizdat, M. 1959, p. 290). The acceleration of the plasma by the
coaxial accelerator was investigated as a function of the delay be-
tween the start of t:ie entry of the gas into the working volume
(more accurately, the start of operation og the hammer of the valve)
and the discharge of the source. The discharge was investigated
with an internal magnetic probe. The plasmoid velocity was measured
with optical (photomultiplier) and external nagnetic probes. The
mass composition and the energy of the ions of the plasmoids were
determined by the Thomson parabola method. The results have shown
that two plasmoids, moving with different velocities, areoroduced
during the acceleration of a plasma with a coaxial electr ynamic
Card 2/4

ACCEqSION NRz AT4036068
source. The formation of the plasmoids is not connected with the
periodicity of the discharge in the source. Further research is
necessary to ascertain the nature of the first plasmoid. The charged-
13 3
particle density exceeds 10 cm- , the hydrogen ion energy in the
fast plasmoid reaches 4-5 keV, and the plasmoid impurities are
hIgh, 50-60% in the slow plasmoid and less in the fast one. Exact
determination of the impurity contents in the fast plasmoid is diffi-
cult. Orig. art. has: 10 figures.
ASSOCIATION: None
SUBM,17rED: 00 DATE ACQ: 21May64 ENCL: 01
SUB CODE: ME NR REF SOV: 002 OTHER: 003
Card 3/4

ACCESSION NR: AT4036068
ENCIDSURE: 01
Diagram of accelerator: 1 - source electrodes, 2 - Insulator,
3 - glass tube, 4 - photomultiPlier, 5 - external magnetic
probe, 6 - vacuum chamber, 7 - Internal magnetic probe,
8 - vacuum, 9 - gas inlet
C.,d 4/4
C 0

A.CCESS ION NR':' 'AP403i69~_ 8~0057/G4/034/005/nS47/0852
AUMOR: Delikov, A.G., Goncharonko, V.P.; Mishchenko, Y.M.; Safronov, B.G.;
Slavn)o*y, A.S.
TITLE: Production of fast plasma bursts with a coaxial plasma gAtn
SOURCE: Zhurnal telthnichaskoy fitiki, v.34, no.5, 1964, 047-652
TOPIC TAGS: plasma, plasma gun, coaxinigun, plasma burst, fast ton
ABSTRACT: This paper reports a continuntion of previous work by the same five au-
thors (Sb."FLzika plasmy* i problemy* upravlyayemogo terrsoyadern(,go sintoza",No.3,
Izd.AN USSR,Kiov,1964). The velocity, density and other properties of deuterium
plasma bursts obtained with a coaxial cylindrical plasma gun were determined as
functions of the discharge voltage nFld the time delay between admission of the gas
and Initiation of the discharge. Pla-sma I)ijrstq wore obtained which contained more
tll,,In 1017 particles and had dennitloo gr,i.wtor than 1013 cm-3 and volocitiou greater
dvin 8 to 9 x 107 CMjFk,C.M1ePjaB1nu gun conm1.qtvd of two coaxial cylinders 32 mm and
,2 Jr) (Ijainfitor iind
- 17.5 cm long. One r-tibic contimeter (standard conditions) of
w,ol ndmitt(?d t,) tho ai!n%il;ii 41)ao, through oponinga In tho wall of the in-
k/3

ACCESSIOV XR: AP4035694
ner cylinder. Gas began to enter the interplectrode space 170 mirroser after the
valve was triggered, and the valve r(,mainod opon for 80 microqer. A 27-microfarad
capacitor charged to 20 kV or less w~if~ dt,irharged through the Run. The resultinj;
plasma burst was observed in a 95-mn Class drift tube. No confining axial intgnetic
field was used. The plasma bursts wvre analyzed with a Thomson mass spectrometer
located 2.5 meters from the source. The velocity of the bursts w-is determined from
the flight time between two external magnetic probes located FO cm and 200 cm from
the gun. The density was monitored by observing the cut-off of 8-mm microwaves at
80 cm from the source. In sorne cases the total energy of the pla.,4ma was estimated
from calorimetric measurements. The ions in the plasma bursts were distributed over
a wide range of energies. The velocity of the burst as determined from the flight
time between the two magnetic probes agreed with that calculated from the ton ener-
gies as measured with the mass spectrometer. The highest velocities were achieved
with a delay (between triggering the gun and applying the potential) of 200 to 250
microsec. When the delay was less than 170 microsec, gas did not enter the inter-
electrode space until after the potential had been applied. Under these conditions
only slow bursts were formed. Normally '.here worn two bursts per shot, and these
;had widely diflarent volooltios. When the delay was Increased boyond about 230
.2/3
Card

ACCESSION MR: AP4035694
m1crosec, the slow burst grow In sizo at the expense of the fast one, and the two
bursts tended to mergee Orig.art.has: 2 formulas, 9 figures end I tableo
ASSOCIATIONi none
SUBUIVEDi 11Uay63
SUB CODRt Md? HP
BATS ACQ: 2OM&y64
MR REP SOVI 001
SNOW 00
OMR: 002
3/3
Card

ALEKSAPOLISKIY, D.1a., kand.tekhri.nauki GALYWKlNA, L.D., inzh.; MAKkRCHUX, V.H.,
inzh.; MISHCHENKO, V M., inah.
Backing run torque converter for marine re"rde gear. 3unosLr-Anis
29 no.7123-17 JI 163. (MIRA 160)
(Marim engineering)

MAKA.RCHUK, V.N.; MISHCHEYAO, V.M4
Facperimental investigation of flow structure before the pump wheel
of a hydraulic torque converter. Sbor.trud.IAb.gidr.=9h.AN UkA
fig.10:146-152 162. (MIRA 15:12)
(Oil-hydre.ulip machinery) (Hydrodynamics)

T~
"Won
Wbi~q:thd rotoixiiWiid MAI an IMPOrtut 96~ Of ths,
K*-A4*"iIJd ~dniputsou with the No. 1
to the reditcKom qf awra losses. The 1
,
authors aho.c6uf6r~' thwpruklem of the calculationof the velocity direction behind the
conical VIdWW Mechanism. They ado that the design of a guldwce mechanism which
..WM Citeatis it 00 of gtven fam in front of the workftg bablue rotor requires the golution
of Mrs* sjWW problem, with the bta& oodtguogon ftwd on the basis of a given
'flow bdore'=4 dier the oddAnde madkgdom Wd dw on. the begs of severd sale
geometrical poirem a of the: may# NotlAg the'6ftame diffledtles encowtered in the
~.use of Ihis msftd*~ even in a simptMed formulat(on* the wdhars attempted. In Ws in-
stance*:,to apply to the calotdAffou of a conical gtddmq mocha nism the Ilow determinatim
me uqnudly used in ft of In-Ithe arays. O rf,-. art. has: T figures and

ABSOMUM t4ifigniAsHy politeldwdehaskly. (utm finat; K, L K~~

;n4
Inuil iiim!"qk 01
am CME: PR' NG

NO Rxr- O"S ~'OTHXR: 000
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Card

L 6178-46 EWT(j)/Ewp(m)/EWA
ACC Nit AP5025570 SOUMN COM UR/0243/65/000/00d/0076/002
AUTHDRt 111shcherke I N (Saginser)
AN=
441VAL o'jq, -'%A-A
ORO t Lenimrad Polytm4pic In UIRLA
PoUtA~C ~~UtUtt'
TITMt Calculation of profile losses in turbomachinery Inlet vanes
SWW,gt IVUZ. gnergatikj no. 8. 19659 76-82
TOPIC TAGSo cascade,, cascade losep profile loss, turbmwMn*zT_
ABSTMTs An soroximate uViod for estlatIM the extent, of the
and turbulent romiffig In-tldk around an &WoU In suggestedo This mthad Is used
to calculate the profile losses In a reversible cascade. Simos the point at which
the laminar layer lease Its stability can be calcWated (Go SeblichUagg Toorlys
pogranichnov sloyat ILO Not 1956)0 the region between P (low of stabMty)- and T
(crAst of ftU twbaleme) wbIch am be abaracteripi.Ar."
A Re, - Re; -- Rai
where
Re us-
V- -.I,

L 8
ACC M AIP
is at priawy Interest. A curve at A 0* " a ranotlas at 112
f is,
j (where
x - coordinete)based as vveleas date b" be~Abigalned, " dwm IS rig. 1. 'ItIS
dotted line asp eenU an of Ovalsou"I data bowed an U16 euthorle
argovants. IV putting
Versus dx.
for the given flows the tailmdence point Ir am be deteradned from the intersection
point with the general. carve of Fig, 1. If Um curves do not inbersect,, It can be
argued that sepwablon has occurred and tA" ARA"' ;::6 4W* The profile losses were
calculated for a goversIble easoak with 247'ailes b - IsO5 and lalst conditions
is . 2
Re - 2.5-3.8 x UP ad ~- IS turbalenae, Ow total preffla laese* wave aalculated
froo, equatIone derived by I" go - (SdpoKvImxI;v ra"ki profIley,
amek"W'Or - M9 aktAbuAlls. shUladnora natien"ika I adftnlka,$
tM,j "PO 40 1947 0 Ths odualated volvise Uwe In emoalleab 4P It INIM
A delee TOW GaMMMIG GUMIMAG VMS CaNdetted tozather-with 1. L.
-IF--WWMKWaO The Poverm"awbouted brunDepwto" eC-Ijdx-QftSMM4-4- -

'"W'Qdra or'6- art'- but 5 fUWM mad 19 formdw.
WB COOZI PIV SM DATZI. Iv"/ OM MWI 0031 OIN RWI 002

KY,
A
W
Pd Thi lo6iftom a. thi boundary, layer separation point':
e64*t1t, Ofm&tff.~
-bil tim', i'. The au or:sugges ows it p
th ta: that his approach all r basfs
'W-
folt". re. tiots betweek lattice twofifq lpsse4 and the flb*~s angle of Incidence.
As 'and 7- formulm',
h
VT gum:
(L
"WMATIOM14' tAhniebeekly tvis4l6t eningrad
Y PO
p6i
iiijfti Li'60
ENC IM,CODE"' PR ME
80 00i,
NO`,R19X

1, 0221111-67 FWT (d) (W) I J:' \, c)
X CC N R. Ki'6031303 ~Ouiiu; CooE:
AUTIiOR: Mi5nciienko, V. M.
-----------
OFG: Kharkov Branch of the ;nstitute or Mernanics AN UKrS5P (rr,iLr'rovGKiy filifli
Instituta mekhaniki AN UkrSSR)
TITLE: Methuds for calculating profile "Losses in turbine cascades
SOURCE: AN UkrSSR. Gidrodinamika gidromashin (Hydrodynnmics of hydraulic machinery).
Kiev, Izd-vo Naukova dumka, 1966, 68-771
TOPIC TAGS: turbine cascade, boundary IrLyer problem, nydraulica
'ABSTRACT: The author considers variou.; existing mettio(is for calf-iAIM.ing prnfiie looses
-in turbine cascades by computing the losses un,ior con6itions witt, infin'tely thin
'trailing edges with subsequent evniiiation (X vo,,e ln,,~ses. The assumptinni; ma(le n de-
rivation of the rormulai3 are aingle(I out an,l tnv rina, expreioiionn ar,- re,iiicioi to an
ie,~.-ntical form for a comparative evatuatior, of the acriji'acy of tne variolin meti,odi3.
It is asawned in all comparisons that the iictiia~ paramr!ters or the boundary iayer are
known so that the accuracy of caiculating profile lossen ir, determined only by the
Plotting accuracy of the given method. -Lne metnoos c(xnpared tire triose proposed by L.
G. Loytsyanskiy (PM , 1947, 11, 16, L. Speidel (Ing.-Arch., 1954, 22, 5), G. Yu.
Stepanov ("Hydrodynamics of Turbine Cascades", Fizmatgiz, Moscow, 1962) and N. M.
Lcard- 1 L3

I L OM47~6
I -ACC- NR. AT6031303 11
1 2, _-,
u
" I --
-1 "1
1-1 1101.
i --,
-fl
,-'-i .,-
0
- ". ~ / I

i, onhh-0
ACC NRj Ai,031303
Mja.rkov ("Calculating the Acrodyntimo- of' a Plane Cascade of Profiles In
Axial Turbines", Mashpiz, Moscow, 195,') .Ti.c snow that prori;e losses for 'Dota
nondetached flow and for flow with localizea sepiiration may be most accurately calcula,-
ted by the following formula proposed by L. G. Loytsyanskiy:
Qtu" T
Ahe
'where Aho represents losses under conditions with inrinitely thin trailing edges, 6
:is the thickness of the boundary iayer witti respect to impulse ious, and the expres-
sions under the summation sign are calculated separately for the boundary layers on
i
the convex and concave surfaces of the profile with subsequent summation (ace figure).
I
'Accuracy in determining profile losses from this formula is basically a function of
the accuracy in calculating the parameters of the boundary layer in the plane of the
trailing edges. Orig. art. has: 3 figures, 29 formulas.
SUB CODE: 201~04UBM DATE: 3omar66/ ORIG REF: 006/ OTH REF: 002
'Turbine glade
Y
Card _31,j rT

1, o921,,,;-67 [.:w j - (m) 1() (1) (;;Q/:.-..I I ~W)/,.'-`ir~v) 1,;,(C)
WC- -C N R. Nr6o3ijol. (N) -1,0Wicis, CODE: Uli/(Juoo/66/000/000/0078/c)oij't
AUTHOR: Mirhchenko, V. M.
,ORG: Kharkov Branch of the Institute of Mectianics AN UkrSSR (Khar'kovsFiy filial
!Instituta mckhaniki AN UkrSSH)
TITLE: Flow arou nd cascades of profiles with localized separation of the boundary
layer
SOURCE: AN UkrSSR. Gidrodinarnika gidromashin (hydrodynamics of hydraulic machinery).
Kiev, Izd-vo Naukova dumka, 1966, 78-0
TOPIC TAGS: turbine cascade, blnde'profi~e, fluin r~ow, aerodynamics
ABSTRACT: The author considers tne velocity field behind a cancride for the case of
flow and flow with localized seprtration of tile boLridftry ;ayer for a pro-
~file w-ith a trailing edge having two thic4nesseG: de=d/b=o-635 andd=o-m. Shown
I
,in figure 1 is the aerodynamic wake for preseparation riow around the profi~'e in the
cascade. The boundaries of the wake are determined by constructing curves for the co-
:efficient of profile losses Ci at various distances Az from the cascade. -Ahe factor
C is equal to the ratio between the total pressure loss to the kinetic energy of the
Card 1/3

-- L 09245 -67
I ACC NRt AT60313014
flow in front or the casrade.
The results show that doubling
the thicl--ness of the trailing
edges in the case of nonde-
tached flow results in an in-
crease in the aerodynamic wrike
'by a factor of approximateiy
,1.7. Nearly the same increase
,is observed in the coefficient
,a for variation in velocity be-
hind the cascade in the plane
:Joining the aerodynamic wakes
'calculated frcm the formula
UO W.i.
we

k,
I
'k

80
t tt t t
(0 0 460 80 r20 W 61.0a
jvhere wo is the velocity In the main ct.r-am (outsirle the watte and at its boundary) W
is the velocity in the wake and w min is the minimum velocity in the wake. in the case
~of nondetached flov around the profile, an increase in the thickness of the trailing
L_qqwd 2

1, 09265-67
ACC NR, AT6031304
edgeG rc6ulted in tin incrurii;c
in profile lo.-ifiq!r. by tk Cac-
tor of 2. Figure 2 shows ve-
locity profiles in cross 75 OVA
sections of the boundary layer '0
in the region of localized 0 411
separation an well an aerody-
namic wakes behind the can-
cade. Experimental studies ....... r...N
7~
of the boundary layer showed
that separation takes place
at values of x=xlx between
e
0.10 and 0.15 inclusive, dJ.MW -40 0 40 a0 W AW al,"a
'where x is the arc coordinate
a.long the surface of the pro-
file from the critical tip and x i s the coorqinaLe at tne Lra"'Lling cage. An ana~ynis
of experimental data shows that flow with localized separation of the boundary layer
is accompanied by a slight reduction in pror,ie energy loGGeo when the trailing edge
is thick. Formulas are given for an analytical solution of the problem on determining
the velocity field. Orig. art. has: 5 rigurea, 15 formulas.
SUB CODE: :~6* 'SUBM DATE. 30Mr66/ ORIG REF: 004
Card

I
-I v I - .7."

P6L)MAD V , A. V. . inzh-4 , V.!;- , inzh.
Manufacture of iron graphite ~:-i-tion p-'Lites 'or *-"-,'? of
honvy poter prAs.,les, Mashinostroenie no,3:r-6 Xy-Je I& .
I .,, I iv, i , : " )
1. Luganokiy teplavozostroitelInyy zavod.
(Clut-hes (,",achincry)) (Ceramic metals)

FANEJ-~AT'YhV, Vasiliy Alekstndrovichi PUSUCHOKO, V.14., red.
Dower feed for wookiwcrking macrinery; it.- in*.rocucilor.
in Leningrad enterprises) Av-tuporatcniki ;erevoobracat-7-
vaiushchi-kh stankov; opyt vnedreniia a& laningradskikh
~redprliatilakh. Leningrad, 1963. 23 1). (Loni-ngradskil
,jorr, nauchno-tekhi,icheskol propagandy. Obmen peredovyir. oj-r,-
t om. Sera la: Elere,.uot)rab~iitvtiitishchata promyohlerino~-tl ,
n- . P ) (MIKA

WSHCHENKO, '1.N., inah.
Selection of t.he ti.ickness o," a meaurans in deter-min&pg rock
pressure with electric deformntl~.n meters. Izv. via. icr.,-h.
zav.; gor. zhur. 5 nc..1:121-123 'u2. I~URA Ic .)
1 .,'r-jdneaziatqkiy pi-litekhnicneskiy instil.lit.. Rej, _m,~n,! vqn,t
,,,Ifedrc,y rnzrabotki mestorovidenij puleznykh iskopayemykh
,rednpaziatsio ( pelitokhnichoskogo ingtituta.
(Rock pressure--Measurement.)

MISHCHEWO) V.R. , inah.
Gontrolling rock pressure. Bezop.tru& v j-rom. 6 nc,.7 -.23 JI'062
(141:U1 1 1 : 7 )
(Mining engineering-Safety measures)

L 08236-67 Evrr (m COZ)Ll-u.,VO185/66/011/005/0563/056-5---7,
ACC NR.,Ipt,016050 SOURGL
AMOR: Korzh, 1. 0.; Mishchonko V. 0,i Pravdyvyy, M. M.; PrYkhW'ko,-Y,-P0J-
~iklyar, T. ; fott.'kj-
y ,
_~'kr~oitp h~lov (:r,s*.ytuL fizykj, ;J' r~'Jk,
ORG: Instituto Qf
TITLE: 1/,(JuEjuremoriL of ajq-u:iur of rieLtrona with oi,orvioa ol' C.5,
and 0.8 Mov In on t',turiiwn and cobalt nuclel
SOURCE: Ukrayina'kyy v. !~, no. 5, 1966,
fi 2_
TGPIG TAGcjz angu-titr diaLrilwL.W,, ela:~tic scatterinp, noutron
scattering cross DocLlon, titanium, cobalt, nuicloar energy lov(il, nw~,o n
Ab6TRZT: Theso muaouromox,Ls weiru carr~c(j ouL becau.,w Lho ava.,i~L.o :ti'
distrib~Lion in olas',ic scatter r,,- of rjoutron.9 wiLh oj)erC:(jS of ',I,,
A
inadequate for Ca~CLdIIL.41At; LAe G-10al) flucloar pnyslcal conatant:j -~i' L-
ae-uracy. Tho moasuremant reiju,'LLi aro jivon In LAO accompany', I.f"
1 r
it Is seen that LAO data on tho Lot4l cross section obtaLned by c,j',
good agroemonL wA* w, the experimonta! data (column 3) c6tainoc, L~'
J. fiarvoy (Neutron Crosa Section, Second Ldition, hliL-325, 195Pi. C r' r-L ~o t
2 formulas, 2 figures, and I table.
Card 1
- /2

L o8936-67
ACC NRi AP6016050
Energy of Total Total Elastic
Element neutron from cross cross scattering
photonoULron section section cross
source (~t, barn LT"t, barn section
Mnxr .I ~iil t nA e.
Ti
Go
0.3 2.79 2.85 2.6910.19
0.5 2.42 2.72 2.57JO.10
0.5 4.48 - 4.77J0.24
0.8 3.42 3.54 3.73+ 0.26
0
cross I
buctl*,n W, OILWtIC!
0.14J0.02 2-30~0-22
0-17JO.011 2.12jO.12
0-13fO-01 4.14JO.Z7
0-21JO-031 2.94J0-32
212. SUB COLb: 201 SUBM DATE: 12jan66/ ORIG REFt 003/ OTH REF: 004
Card not

3KIRNOV, Ci M. i IVANf,V, A.A.; HO(,Hkii~ V. 'I A., IfF.NY(', N '~ ,
MEDYNSK I Y, A. F. ; , V. P. , 7AIJC~- :V , Y-.M~
Welled ladle ror poiLring stool. Mpt . ', g rn(,r id. Fr m. n,.. , i
6 1~ Mr-Ap 164. MIRA 11",14,

MISHCHENKO, V. P.
USSR/Electricity - Magnetic Amplifiers
Mar 53
"Curves of Simultaneous Magnetization by Ac and Do Fields,, r. B. Negnevitskiy,
Cand Tech Sci; Engr I. K. Phnina; and Engr V. P. Kishchenko; Moscow
Elektrichest", No 3, pp 63-64
Presents curves of simultaneous magnetization of permalloy and F14A steel for moderate
values of ac component of magnetizing intensity on 400-cycle supply (necessary when
calcg magnetic amplifiers with feedback) and curves of resultant Induction aq functions
of de magnetizing force and ac comronent of indiction (necessary when calog transient
processes in magnetic amplifiers). Submitted 8 Aug 52.
PA 254T42

AUThC)R: Mishcheakol V.P.
i T LE Cow-ents on A.S. Paper "B,.rden
New Design" (CM11k :-,a stat'-iu A.S. Ayukrova
sLikhty novoy Koristruktsii")
PERIODICAI: Stal'i 1958, No.i, pi,. (USSR).
LBSThACT: The original paper was -,,ublishel in Stal',
TI.e present author disn~-rees witi. sowe v~ewb ex;-,re.,~sed ~:i tLe
paper. He outlines some r.etl.ods tried ori tI.e Azovstal' 'kiris
to compensate for nuri-uni*orm distritution uf mteriais n tlie
distributor of t~~e furrr~arp cl,argiriF, equipmpi.t v.I.ir:. did ',Gt
give any positive i:. ViF-V Ilcrpa. -,,~ TLP liT,eed -)f
rot,~ition of the distrlt-.i*~or, w :1 moi-e ;,,-`v-- r#-sill-
AS60CIATION: kzovstai' Works (Zavod "Azovstai'")
AvAILABLE:
I T. . , / I

MISHCHIU0. V. P.
Autonatte control of coneyer lines In gas and dust h&zardons mines.
Ugoll Ukr. 4 no.12:29-31 D 160. (MM 1302)
1. Zam. glavnogo inzhouera shakhtoupraylaniya No.4/21 tresta
Stalinugoll.
(Automatic control)
(Conveying machinery)

HISHCHENKO, V.P., inzh,
Signaling while enla ging mine shaftso Bezop.truda v prom. 4
no.12130-31 D 160. (KIRA 14:1)
1. Shakhtoupravlaniye Noo 4/2-1 tresta Stalinugoll,
(Coal mines and mining--Safety measures)

V.P., vornyy inzhenpr
Alarm signallin;! system notifyinv '.~e jamr-inr if cars )n
Uval ' Lkr. -' no. 11: 3 -~- Y, !; ' Q . (?~Ilu I-i: I I )
(m Ine ra i I roa(l! 11 )

-ITY'll il~ '.'K',, 1; T. p I f, 'r . i '' ! " .. , . .!~. , r -i .
I .
~F-,Knrj. nrok
Af,h.,iLr~.ng , : '. , .- _ 11. - - f t - , ~, : I., , pir h *. r.si
mn (-~~ I no a! u. (,I e- tr,.r~ 1 , :~lt? ' ,:-1 . ,. - . r . Ti - . , . ',-j
: 'A '. "

'W I?m , v " 'V A " AN
k-nd.tokhr.nwik; A.A., knn(l.t,-k x;
!nz! F" y
7 r1
MpAsurl- ~xt-rnAl ~;rfq "rQ 7 r
,ind c rVar*- ]qd1p.

F-i P,- 4
Inve.-
z,l . -lyp
Z Y,,ili novO, TT". It

L'"TVINSKI'l, A.I.; 11OMNOVSKIY, KOR~N, L.N.:
FROLOVA, A-; KOT:K, F.L.; El," 'KC,
VINOUALOV, N.M.; PYLAYYV, -.*,'.; iIFYI-L, Ye.:.:
MASYIJKOV, N.T.; i~GULAP', V.,.
In the co,mt.ry',i it.-ImukIng Ilants. Ms-tuillkirV,
1 -11) S 'h4. (M:, A
I h
1. Saldinskly metal zavcxi (Cor Pylityev).
Zavod Im. Lzerzhinskogo (for 14eygul, Eoxhlin).
3. Ysnakiyt!vskiy metallurgiche.L;kiy zavor~ (For Miisyii-v,
Hondar").

1 1j. .-I of
.-'cc,! -~~tLLlx_-j wv~ tI.A- of
. " Ir - .. , V,,. . .. :-,* f-, ~' C.
Av r,.,
A-,', to r. -1 tj
t:-, .-C tr I'AC'n, f.~, ;~C or
of tL-3 of U.- pl, r.
c, r I - : -1 ; f
-!CrTdr,,, atrcn,-th, elni ex".rn~- fi o
r*--i-rx7,ta zw-t~la mnd aJ-Ioyi; &" Includad in T~,Ora lli,~, v I L,~ VU rollljg,
rl 1/ 6

-r,1 2/6

A. A., 4--1 L. 1.
1, A. Ca t-3
-V3
3 0: :,1
A. A., L. I
--C" U.
L,-2 ziectrcal ",2cii,
c ard 5 / 6

Yo. F.
A. A.,
-'r, Unit i~or-z G In
,-,r4 4/6

C L -o -G
5/6

I G C. 1 1.
j
'-r- .1c r r
rr..
WIVI V c la c I Y cz. d 1 1,7
A. G.
I., 3twj of th, A-*---lt,,: :;!cct,u;:,!c of a W
Da. t',,o Aut&,~-tlc ::--,ct.-'c-
ContrDl of
AVAMIZZ- Library (j,' Com_~i-e-,ja
6/6

S 26 ; fi , fxx) (I I I ix 1., (12'
101)- 120-
AL I HOR Grinman, 1 6 . Ovm)%, N w % %Oit fictikil, N S. aild Bak h-i %c% N~
TITILI photoelectric mit-rometer lilt nica~tjrmg Ilic diameter (gago of rri,,%mg ~%irv w itirctd,
PFRIODICAI Referalivriv) /hurnal. oldcl'm~ l,lpusk 12 lmcriIcl'n;%..i tcklinik.1 m. 11 19W
abstract Q 11 KO "it In-la saticyn Iii AN K.kzSSR '. n~~ 4 19(d I IX 141,
TV X-1 ContacIlc%% dc% ice% of the shad(m - pulvc, pricurnat ii, and induLtion t%pc tilt nica,uring ~kirc diallivIcr,
during draAing ;ire descril-itd. and shortiomings ~hcn kiscd under plant Lontimmis irc fc%ealcd xiictinwi
dra%%n to it nc%4 improved mcasuringdcvitc Ific pholocictiric microrricler desigricd a Ow Instilid )
fiz)kj AN KarSSR (institute for Nuclear Ph~sics M [tic AS. KaiSSR) this rnicromcler konsist, m t ornhined
optical-mcchanical projection system % it h an electronic follo%% -tip device I tic image .,( I tic: A iTc. iflunlitialcki
hN a light beam, is focused on a .Lrcen provided ti,ah slots that are lo~.afcd parallel ro Ilic irnagc in oic
center (if the upper tiop) and limer edges of the mcen JAo phot orn tilt ipl iers. mounictl hchind thc ,tcuti
receive light pulse% that pass through the slots and Iran%hirm thCnI Into NoltagC PUI%CS I tic .4111,11 ft:11)II 1-1
measurement, is determined from the coincidence 4(tic pulse Itont line% l)C(aJjCkj (ICIL!"III(IMI 11 gJ%CfI Of the
electronic circuit ~pICCIalIV designed for thIS d(`%Rv Rcsuhs of lahoyaliyr~ lc%l~ of the tic" 1711tionwirr
lire reported there arc figures and I rcferenLc%
[Abstracter's note Complele fran%laijim
Card I I

7-HAUIP:, V A. (Voronez)-) i j~ Lj. (Wjron,~zn); .'ISIICIII~; ~ , V..J- (VO"neLn )
insertion nf an annu-Iar sta=i, into a half.-space. ?, TF no.6:15-i-
154 11-D 161. (,VIRA 14: 12 )
(Deformutions(!-~echardcs))
(Plastiel ty,

MISHCHEN&O, ~VS.
Genetic association of complex metal, rare wtal, and phoophorua
mineralization with an effusive-intrusive complex of the
Karadokskii stow (northeastern part of central Kazakhstan).
Izv.vys.uchsba&v.; geol.i razv. .5 no.8t98-106 Ag 162.
(MIRA 15:11)
1. Kiyevskiy gosudarstvennyy universitet Im. T.G.Shevchenko.
(Kazakhatan-Ore deposits)

ZAIKA-NOVATSKIY, V.S.; M-ISHCHENNO, V.S.
Age of the Bogdanovka magmatic complex (northern Kazakhstan)'
Sov.geol. 5 no.12:132-133 D 162. (KIRA 16:2)
1. Kiyevskiy gosudurstvennyy universitet.
(Atansor Lake regiar~--Rocks, Igneous)

vistlufmc.), V..-,.
Role of subnt!tutl )n processeg in thp formatirm of g-,an!to!d
nkl9siffi. Cleol. zhur. 24 no.WC-61 164. (MIRA 180)
I- n3t!'-Jt RPOlogicheakikh nauk AN Ukr-FSR.

14 W: I 0:11111~1'1I-V,E .
Fxporimpnto ; -,-i ., ~ rAl study o f ths- probl"r. 1~ - ^ar-~ !r~ g- *,1- 4.
-)Ptlmum #;r-n ir ag-.p',IrjZ during th~ Ft-rl.v or *~Pia~7-
Roca geory mlinnrrl j - 0 '163nkhiml In no o2:.227-240 F 16k. miRA '816)
1
is Anstlt,ul. a," -P' - "kKiXII ri A AN K-,.Vtmv.

IGSHCHENKO, V.S.
Conference on mathematical methods in geology. Geol. shur. 24
no.5slll-113 164. (MIRA 17112)
%4-

ZAIF%A-trjVATSKHq V*5*1 IWICTIVIKOp V*5*
fftw data on tbo age of the Krykkudukokly intrualve oamplem.
Sbar,muchemboRlevoun, nools&12 963.
(MIRA 2bl1l)

VI!KKUWOVO G.F.1 MRITC11wryo, V.5.
14wolf of tho amoondturj quart2iten of Howt mayntem.
.'Jbcw.nauch.mb.KlLvw.un. no.1826-34 963,
(I'MU 181110

i . 1~
0.
Fro ,!' w-r --! I i, xt, I *,(,) ~ ',-:k ' " -~f' ~' I ":: !, :. ~ , ~!- .'"
,IT Ully~- is. Div. "Tib. 1'. . ; : ' ~ -- ;... It ~.
" ~ A I -~. , I
I . D.- ',' ' , --f!, "., e! r ~ - :--% ~~ A.': .