SCIENTIFIC ABSTRACT MIROPOLSKIY, L. M. - MIROPOLSKIY, Z. L.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TRUFANOV, A.A.; ARBUZOV, A.Te., akademik, glava" redaktor, MIROPOLISKIT
L.M., professor, otvetetvennyy redaktor.
[Cross circulatioa in free flowing chanaele (working hypothesis
of the theory of circulatioa)IO poperachnol tairkullataii v
evobodsom ruslovom potoke (opyt rabochei gipotety toorit tairkuliateii).
Kazan'. ltd-vo Kazaaskogo filial& AN SSSR. 1950. 86 p. (Academiia
nauk SSSR. Kazanakii filial. Trudy, serila vodokhottaistvenzykh
problem so.1) (KLRA 10:4)
(Hydraulics)

TSOV, L.Y., KOVTAZIN, N.M.
Oolitie ores in lower Frasnian deposits of Bashkiria and the Tatav
Ae3.8*Re IsvelluanofILAN SSSR. Ser.geol.nauk no.1:11-20 150.
(MLELA 10: 1)
(Bashkiria~-Oollte) (Tatar A.S. 4.R*--Oo lite)

KIROPOLISKIT, L.K.
-
Stratigraphic Independence of Ufa deposits In the Tatar A.3."4.Re
Izv.1lazan.fil.AN SSS".Ser.gool.nauk no.1:35-4-6 '50. (MLRA 10:1)
(Tatar A.S.S.R.-Geology. Stratigraphic)

USS/Geophysics - Gyps= Jan 50
Clays
Gypsum From the Goteriv Deposits in Tatar ASSR
co and From the Adjoining Regions of Ullyanovsk
0-4 Oblast," L. M. Miropol'skiy, N. M. Kovyazin, Xa-
M State U imeni V. I. Lenin, Geol Inst, Kazan
Affiliate, Acad Sci USSR, 4 pp
"Dok Ak Nauk SSSR" Vol LXX, No 3
Clays up to 30 meters wide make up basic stratift
of upper Goteriv. Clays include gypsum, pyrite,
hydrogoethite, barite, and rarely calcite. Types
of gypsum formations in clays include: (a) clearly
va
158T49
USSR/Geop hys ics - Gypsum Jan 50
(Contd)
bounded crystals, (b) their paxallel concretions,
(C) tvin crystals, (d) groups, (e) spherulites,
and (f) shorts ("korochki"). Submitted 24 Nov 49
by Acad D. S. Belyrankin.
:Alm
158T49

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BeAtes twom Middle luffacdc Saditneents Of Unsettles
L M K-Y.,of 1,wl.y.,
Ir.-Me; . ObIrAiekel1w (,%Itm. so, ru~- ,on#rl.) 40. 48 54
11951) The systematic study of lhflf)%tAllUgYApbir h,,bo
.bwr,,ed In juruw bletrite de$xisils howee elide Ba.*i. .,,
ffJIFIIlCd III �Cpt&fIAC With lphtfollklellIC 1.11ALICIR)US. IWAll
wilbrailcift. pyrife. sypsom, mod
awlegia. fornivel Juriat file jw".) b~t ."o elm I
(A the covis, 4u4 41.&AVIketif, MO hyliopurtil,
lleants, cptd ( om ur-ld ing -be-ran . MAI *I
flegfuled ciao' 141400M to' the devvitiva0~09 FeliII,
-pf~rw I , ,, i -,( Ol..'d I. ---1- 11-1 Ilk I I, Io
I he ,I,, %% poel

'd
Sphalarne in Dirrawan asidimstots of southwitativis Tar-
taA Is L It. MirNstl'skil and C. L. Wropol'skAva
PeEdy AW Norisk-STS R 80. 42." 1951 . ef CA
46. 34fild The uwm of sphalente with pynte and ude-
,it, 1, Ins .%tr "Sions of the eastern RNM..n r"t-
furl" It is generally explained by diagrivetic ct"tn from
fine.fisper- in,ins In a reducing medium. New dee&-
I.Wsugs gage tntlin"ant results courclubil tht iccondAfy
ch.tracl" of the formation of ZnS from 1110 "no , the
ininef4l is Offen t).Wfvtf oil the wails 0(coviliesof thr'UUn-
ivy cork The metatm,iatism is regional. Not only is it
4%varel with but it it observed in all kinds
of cAlcareow ~Jjmcnts and clayey sciliments The strongly
f"luchig conditions art shown by the abundant ows. foxy
~%ils and Niuminous layffs locally rich In FeSv. rater withl
chAropyrite Lhiaris is u.unfly older than zns' tout calcite
" always Younger Distinct crystals of TnS are rate,
mostly the trinefal is fine-~crot The crystals sometimes
.how a charActeristic coning with brownish and yellowish
I~nds The Ixvtrjj analysis about Ike ptv*M of I"
(abundant 1, Cd, Cu, [fill* On. end only tracvq of Un and
In Lived rnfirbryients in Cd ate not yet explained, alto not
the az%wn with chalcopirrite Firel

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KIROPOLISKIY, L.H.; MIROPOLOSKAYA. G.L.
Galam in Devonian sediments in southeastern Tartarya. Doklady
Akad. Mauk S.S.S.R. 83, 903-5 152. NLRA 5:Q
(CA 47 no.l5t7382 '53)
1 1 " , , , . I ,
'L, ,~ --I-- - z -, ,~! I , I 1 11 1 I"uj - ! , I- - ~ I-
.1 _ 1! ~~ ; Lul ~12 4-:-, .IiL~ i1'. - -- 4

MIROPOLI SKIT, L.M. ; SOIMSOV,L.Y.; MrROPOLISKATA,G.L.
Study of minerals in the lower Famennian deposits in eRstern Tatar
Republic and in neighboring regions of Bashkirin. Izv.KAzan.fi1.AN
SSSR. Ser.geol.nauk no.2:3-6 '5h. NLRA 8-11)
(Tatar A.S.S.R.-Geology, Stratigraphic) (Bnahkiria--Creology.
Stratigraphic)

(Kazan')
MIROPOWAI
Topogeochemical study of Permian deposits in Tatarstan based on
the example of the Sakmara-Arti stratifications. Uch.zap.Kaz.un.
115 no.10:108-111 '55. (MLRA 10-5)
(Tatar A.S.S.R.-Geology, Stratigraphic)

HLROPOLISKIY, L.H.; DISTANOV. U.G.
.
[Hatuml resources of the Tatar Republic] Bogatetwa nedr Tatarii.
Xazan'. Tatichalgoizdat. 1956. 74 p. (MLRA 9:7)
(Tatar A.S.S.R.-Natural resources)

BLUDCROV. A.P.; KMSAIIM. N.V.. DISTANOV. U.G.; 7MOVA, L.S.; ARTJ%m. AJO..
otkademik. redaktor.;.Ap~~.!SKIY., L.M., redaktor. SH.APOVAUNA, G.A..
rodaktor; PAVLOVSKry, A. .,
roidnktor.
[Tertiary coal-bearirw deposits of the centrRI omd southern region*
of Bashkiria) Tretichnye uglenoanys otlo%heniia teentrallky1ch t iuzhnykh
rnionov Hashkiril. Moskva. lzd-vo Akademii nauk SSSR, 1956. 138 p.
(Aksideniis nauk SSSR. Kazanakli fili^l, KAzan. Geologichemkil Insitut.
Trudy. no.3) (MLRA 9ilO)
(13mahkiritt-Cootl geology)

MIROPOLISKIT, Leonid Mikhaylovich; SZKCMVSXIT, Tu.T.. redaktor; YWDOTITNT,
I-,,-,- - Cit.'.- reaa,ktor; MOSKVTCHZVA, R.I., tekhnicheskly redaktor.
(Topogeochomical invogtigation of Permian deposits in the Tatar Repu-
plicl Topogookhimicheakoe iseledovanie permakikh otlozhenii v Tatarli.
Moskva, Izd-vo Akademii nauk SSSR, 1956. 263 P. (KLRA 9:6)
(Tatar A.S.S.R.-Geology, Stratigraphic)

MMQPQW$KLT.,L.H.. professor, otyetetvannyy radaktor; IPBODOTITIV. K.M.,
redaktor isdatelletva; PAVLOVSKIY, A.A., telchnicheakty rodairtor
LPstroleum and gas resources of the Ural and Volga provinces;
proceedings of a conference on the petroleum and gas resources of
the Ural and Volga regions (Kay 10-15, 1954)] Neftegazonognost'
Urelo-Volshakoi oblasti; trudy soveshchanita po probleme nefte-
gasonoenosti Uralo-Povolzhlia (10-15 mats 1954 g.).Koskva. 1956.
346 p. (KLRA 10:1)
1. Almdemlya nauk SSSR. Kazanakiy filial.
(Ural Mountain region--Petroleum geology)
(Volga Valley--Petroleum geology)

'Kin"Veny, L.K.; GMSIKOTA, Te.T.
Glaneoults, In deposits of the Devonian earbasate formtloa In the
Tatar A.B.S.R. Isy. rasam. fil. AN SM. Bar. goal. nauke maj:
41-47 '56. MRA 10: 4)
(Tatar A.$. S.A. --Glauc omits)

Translation from: Referativnyy zhurnal, Geologiya, 1957 15-57-1-481
Nr 1,
p 77 (USSR)
AUTHOR: 14iropollskiy, L. M.
TITLE: More on the Sulfide Mineralization In trie Devonian
Rock5 of Tetaria (YeShche o sullfidnoy mineralizats1i
v devonskikh otlozhenlyakh Tataril)
PERIODICAL: Uch. zap. Kazansk. un-ta, 1956, Vol 115, Nr 16,
pp 251-266.
APSTRACT: The author sharply criticizes the statements of B. A.
Uspenskiy and N. V. Kirsanov (Uch. zap. Kazonsk. un-ta,
1954, 114, Nr 7) in reference to his previous paper
I RZhGeo, 1955, 3094 ) and reaff Ims b1s poi n t of view on the
hydrothermal origin of the sulfide mineralization in
the Devonian deposits of Tataria and ttie adjoining
regions of Bashkiria and the Jdmurt Republic. He denies
the correctness of the view of N. V. Kirsanov on the
sedimentary origin of this adneralization.
Card 1/1 B. I. R.

-~242
from: "ieferativr-, ,, zhurnal, lvt-,
Y,
pp 77-'IC~ (USSl)
4' - --- -P Q 7, 1. r o r-),) v , ro n o I 1 .9 ka a ,
-- -L:7: n k e r Eas err!
A :T~e i n -Ti-tr Lowe rve ti a r, Denos 13 0 1'
-Iatariv a ( 01 a n,cerl ~c v n I zh-iez, lve'-3',' -"K'. ~' 1OV.enly a K-,
~-.a 1103 t,) k e Ta ta r I I )
PER I CD IAL: Uz,-,. zap. Kazan3k. -r~-ta, i9bC, 7cl !16, w ~~, ;)P !,-)C-
197
li .
The au th ors d esc ribe L, canc r,- -.' on a,,,*,( er e ~r ) m, t ne
lbse of a sandstone (D y). T',-Ie vartica. dia-neter A' t~.e
concretion is at least 15 cm. 'Al e ga 3 C '-) ~,I' C & , '~'-~ t~:e
ankerite is 3ark ~,ray and dense. Under tt.e -r-'-roscope,
the principal part of the fToss, locu~ized In --entral
part of the concretl,-)n, Is seen to riave a e,,rnr,illAr
st.rkict,ure. Isolatod soctions ol" 'I" no-grallmid muterlb
t,e 3een agu,(,,iu .i,.Lg background. In quet, sections
ttle ankerite Is i ni fo rmly turb I d I ec 'A u.9 e ~) f t!.u~ i 1 3 s oml -

-42
A nk - r 't,,~ I r, t h,! r v a r. D e ,3 ~j ~i
till f'', In fif, CI no pf~ 11 tic Ma ter-la 1. ou rs er r ra Inc (I Uvivr ef:,u ~e 9
a nj~ e -, Itr, are Vie res 11 t of' rec rvs ta 1 11.1 za t 1 -)r. -,e f.'
~r,a !-e:- la I. Cone -1 -,-c,)ne 3 tr-ic ta re In t,-.e ;.-per ar,-_4 pa rt t e
c,~ncr4--!t.' Dr. a i is I ni').mopenel ty 11 ) t ~~e a r,4erl 1~e , I f : Al - q
tne 'g,", ~ I on, a ppr,).~ ~ rna te I y ii t rI4F%t a ry Les ',r if, 1 r I r~ f c one
,ievelopment , t,,,.e ar,kerl te -i&:j a mej7,as-opic mottled c,-)!--)r. T! 1 e C )nes
1 al
n suc,-. sec t'. )ris -iavt~ a co ncen~rlc , zon s tric tare T., i u 'Lame t ers
a3es Of t',e 10 rjot eXCeed
A t ..g
rarwe ~. t,.) I Ttie miuroscnpe snows t!.e I v I ~;,A a ne to
c,_,r._qjst a nu.-7d er rjC smaller c,)nes encloseu -vitt.lri I T%t r-..4mter
.) f t%t' -se c,_~nes ranF-es from 3 to i4, and they are 3epara*.e~l :'rum (-)re
ar-,tn, r coa t~nws :)f clay. The authors are 'Inicill.-jeJ ,, t "v,, !.n t
n c ) r;,! - I ', k f~ q f r,ic tur e v v I )pi,,i I r) th a a:,A f! ri to t Y r o 7": ~1 t1i
zation )',' a spec!al type, -),,c surfti
'nefas')matIlsm. -~ie reCra--ti`(, '.r.11ces o." ar.ker.'Ie 1'r )-r. .,,e
s e - r, 9 w1 t (~()argest -1tr-ict,ire and ov arlc.~,iir
cones Nre No 1.742-1.'/',Fj :.o, T%O'
1~f t-,e coarqe-rra' ned ankerite Is near t%at of the aclc_~Iar _-rystaA.
The ankerlte, In the cones, relative to the coarse-F-,ralned t-,,-e -,a s
Card 2/3

" t- `
- ~ -`,7242
Ankerite In the Lower laivetian Deposits of P-4sterr. Tatar'ya (Font.)
a *--Igrer content of ~a and, in part, of Fe; trie Mg ,~onter-t Is 'Lower.
.a rd 713 K. S. R.

SUBJECTs USSR/National Economy 25-5-10/35

AUTHORs 1
Miropolski , L.M., Professor, Deputy Chairman of the Pro-
sidile Of the Kazan Branch of the USSR Academy of Sciences
TITLEs For the National Economy (Dlya norodnogo khoayaystva)
PERIODICALt Nauka I Zhizn' - May 1957, No 5, p 24 (USSR)
ABSTRAM The most important section of the USSR Academy o1 Scionc* in
Kazan Is the chemical school headed by Academician L.E. ArUuzov.
Since Its foundation in 1945, chemists have produced many now
phoaphoro-organic compounds, which proved very useful for agri-
cultural purposes. "Oktametil", for instance, to an in-
mecticide approved by the Ministry of Chemical Industry as
being a very effective vermin killer, especially suited to
destroy insects on cotton and citrus plants. A drug for curing
serious eye diseases (glaucoma) was developed by Academician
Arbuzov. It is a phosphoro-organic medicine approved for pro-
duction by the USSR Ministry of Health, as it has proved to be
superior to many imported drugs for similar purposes. The an-
organic chemistry laboratory developed a now highly effective
method for electric polishing of metals. Another useful con-
Card 112 tribution of a Kazan scientist, E.A. Robinson, is the monograph

MIROPOL'SKIT, L.M.
Fundamental problema of nineralog7. Report No.l: Thenr7 on
species and varieties in minarelog7. Isv.Xazan.fil.AN SSSR.
Ser.geol.nauk no.6:17-25 1 57. (MIRA 12:1)
(Mineralogy. Doterminative)

MIROPOLISKIT, L.N.
Magmatic manifestations in the Xama-Volga area. Isv.Kazan.fil.
AN SSSR. Ser.geol.nank no.6:27-31 ' 57. (MIRA 12:1)
(Kam Valley-Rocks. Igneous)
(Volga Vallay-Rocka. Igneous)

MIROPOLISKIY. L.M.
Study of the lithelo,7 if the -apper sedimentary -ovpr of thR
Tatar A.S.S.R. and adjecont areita of neighboring proyincee,
as an Introduction to further Fitudy of (~mternary, Nnooene.
Cretaceous, Jurnaelo, and Permian sediments. Uch. zRp. Kaz.
un. U7 no.4:3-11 157 (MIRA 11:0
(;.tar

MIROPOLISKIY, L.M.
Two formations of sediments as a basis for dividing Devonian
sediments in the eastern Tatar A.S.S.R. Izv. Kazan. fil.
AV SSSR. Ser. geol. nauk no. 70-9 159. 041RA 14:4)
(Tatar A.S.S.R.-Geology, Stratigraphic)

MIAOFOLISKIY, L.M., glav. red.; SEYFUL-4.,.ULYUKOV, R.B., otv. red.;
AM'YAIICV, V.I., red.; MIRCF-CLISKAYA, G.L.,
URAZI,7~7.1,1.:,., rexj.; SIUSFYIN, A.V., red.; j.M.,
red.; k~AIXITAIWV, A.F., red. izd-va; P(jLF24(,VA, T.! ., trikhri.
red .
[Characteristics of the distribLtion of oil and gas fields
in the Volga-Urfil r-q?,ionj Zakonomernosti rawrievhcheniia
mestorozhdeuil i gaz;i Volgo-Urallskol ubl%.,ti. Mo-
skva, Izd-vo AN 35:1, 191,~'- 3~,r) P. (XImLA 17:2)
1. Kazanskiy filial AN SSS;t (for Averlyanov, Mirnpol.L~ka~,a,
Uraza.yev, Yi, +ov~.

GALIYEV, U.Z.; STANKEVI"'E, Ye.F.; KAVEYEV, M.S., rikovodl a I ' rabo ty;
MIROPOLISM, L.M., doktor geol.-raineral. nauk, Prof., otv. red.
(Underground vaterB of the Pastern 'Dart of tne ',rans-Kama reg'.cr..,
Podzemnye vody Vostochnogo Zakamlia* Kazan, 1964. 11"1 T. (Akadem.I'a
nauk SSSR. Kazanskii filial. Trudy. Seria geologlc."Bklk.~; na,~ir,
no.8) %Y:.;,-A IS:5)

BLUDOXV, Alcksandr I'avlovi( t,; P-1,WPUL10"hil , -,,~i 1'. Jv: ;11.01 ,
nauki HSFSH doktor geol.-miner. nau~, pr~,f., (~tv. red.
[History of the rhl icciru,;itior. 'r, 'I,t- --,ulft-
eastern part of the iiusslazi Platform; :!Aorila
uglena.koplenila na IUgo--'v',BtOke -Aissk i jlhtformy. Yogkvr,,
I zd-vo "Nauka," 19cli". ?4 1 . 17: ~)

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IfteM inleir,*12 of withdravituil ffwl*twlit- (r," the bl-l
DUN lbw wirtaboille ry-fiteni (d the fargAns to wwrwiffries
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m. rurrelAtion b-rlw",, the Imenmit, 4 int"liolit, InIrl
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r-A and Airorplakli 4 (Ookledy 4M4. OSuk 4-5-6-ft- (Rop ~04
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wide teApersture
phenomenon occurring In water tube boilers
caises
differences between top and bottom surfaces oO' horizontal tubes
and sometimes periodic temperature fluctuations. excessive
thermal stresses end other III offsets follow. Quel-istory
experiments v4dre carriod out with a single tab* 8.2 a
long and 56/70 me in d1water, at preaturoo or 10 to 224 sts-
Uspheres, with a therrAl load of 20,000 to 120,000 large
calories per a hr on the IMAW surface kof Othl% Olifto- .'rO
L CITM. ii f GPOOd 3f 0.25 to 1.0 8 80d. It Was found that
there we& drItIcal opoo4 of movement of the mixture below
which forantton of layers occurred and above whi-h it III
not. Wltic,4 spead Incressol with thermal loading up
to a tharmal loading or 50,000 Isrgo colarles or n hr.
and decreased with increase of pressure.
:CLAHOX04"
I "d 0 d
0 a 0 0 0 0 0 0 0 0 0 0 0 0 a 0
9-9-00000000000000
b U 0 11 10 njj j j j 0 j j j jj j j
0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 a tI&O o' 0;1;o;
!-so
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2
:11 me
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roo
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see
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0
100~
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Ty IRO (16 ~- ~ k iv, ~ V
F:~ I
m
1438. T.' .1 U=: LILQJQMM.MAX aMlA?jjjJ_=
ALALUJMWZKL ItYrIkOvich: N.A. and I(Irepell 1W. ZA. (12TOOt.
Akad. Nauk SSSR, Mal. Tekh. leak (ftll. Aced. lot. U.S.S.R.. $Oct.
Tech. Set.). Oct. 1961, 1495-1512). laboratory experiments are doscrib6d
an tubes 56 and 40 m In internal dimetor at pressures ranging f ram
36 atsi. up to critical pressure.

TSIRELISON, Simon Aronovich; RAZRAN, Mikhail Avraamovich. Prinima-la
uchastiye TSIRELISON, E.A.; MIXPOLISITY, 5_7., kand. bio'L.
nauk, retsenzent; CHICHFMV, A.I., inzh., retzenzent;
BOBOSHKO, S.B., nauchnyy red.; GORDON, L.A., nauchnyy red.;
YEGOROV, S.A., nauchnyy red.; KAZAROV, Tu.S., red.; KRYAKOVA,
D. M. , tekhn. red.
[Livabii1ty on board ships](ibitaemost' sudov. Leningrad,
Sudpromgiz, 1963. 266 p. (MIRA 16:3)
(Merchant seamen-Accommodations on shipboard)
(Ships-Heating and ventilation,

L 6347-66 EWT(l) GW
ACC NR: AP5025615 SOURCE CODE: UR/0033/65/042/005/0977/0990
AUTHOR: Mironovsk N.
V W& a ~4 t?
ORG: Mggcow State UniversAty, Physics Department (Moskovskiy gosudarstvennyy uni-
fakullb?t)
versitet, FizichaskLy
TITLE: Gravitational radiation of double stars
SOURCE: Astronomicheskiy zhurnal, v. 42, no. 5, 1965, 977-980
TOPIC TAGS: gravitation field, double star, gal galactic radiation, binary
star
ABSTRACT: Two contradictory theories concerning the nature of the gravitational
field responsible for gravitational waves are examined. The objects studied are
stars of the V UNa type, whose density in the neighborhood of the sun is greater by
a factor of 1S than the density of eclipsing variables of all other types; this re-
lation holds true for most W We stars in the range of periods 0-1 day. The gravi-
tational, radiation of the part of the galaxy closast to us is determined almost can-
pleteiy by stars in this class. Using data an these stars and the formula for the
UDC: 523.842.001
Card 1/3

L 6347-66
ACC NR: APS025615
intensity of gravitational radiation of a system of two material points moving in
circular orbits around a common center of inertia, the spectral density function of
the galaxy is p(T) = MfOT) # (T), where N is the number of V UMa stars in the
galaxy, T is the period of the gravitational wave (see fig. 1). The total intensity
,of galactic gravitational radiation is ,--:~1038 ergs/sec. If all the galaxies of the
:universe had such a radiation intensity during the lifetime of the universe
(_-1010 years), the accumulation of gravitational radiation would be,.*~- 5.10-20 erg/
CM3. In turni the density of the flux of gravitational radiation near the earth
would be~~jlo 7 ers/sec-cm2. In comparison with closely spaced double stars the
contribution of other sources of gravLta-
tional radiation Is negligible. The value
4 -20 era/cm3 therefore can be accepted
5-10
(with an accuracy to one order of magni-
tude) as the lower limit of gravitational
4 radiation In space. An appendix describes
lbO
64 the method used to determine the number of
0 W UMa stars in the galaxy. "The author ex-
presses appreciation to Ya. P. Terletski fS_
B. V. Kukarkin and P. G. Kulikovskiy for
u a aj rd
Card 2/3 Fig. 1.

L 6347-66
ACC NR: AP5025615
0
useful advice and discussion of the r*sults of the wwk.11 Orig. art. hass 4
fomulass, 4 figures.
SUB CODE: AS/ SUBM DATE: 03Feb65/ ORIG REF: Oll/ OTH REF: 003
Uw
Card 3/3

VOWSTNOVA, K.B.; PRWBRAZMSKIT, M.A. (deceased). Prinimali uchastiye:
DItMVICH. N.D.; KOROLAVA, K.K.; XLRMLISKIT, Ta.A.. YEROYMY,
I.A., red.; YZDOTOVA, AJ., tekhn.red.; KOTALKSKO. T.L.. taidw.red.
LDictionary of Russian transcriptions of geographical names]
Slovar' mBakoi tranakriptail geografichookikh aazvanti. Moskva.
Gos.uchebno-pedar,og.izd-vo K-va proev. RSFSR. Pt.2. [foreign
geographical names) Geograficheakie nazvanila na territorii
zarubezhnykh stran. 1959. 167 p. (MIRA 12:5)
(Geography--Dictionaries)

MIROPOLISKIY. Ta.k.
Chinese geographic names and their Russian transliteration. Geod.
I kart. no.461-64 Ap 162. (KMA l5tl2)
(Chlina-ffames, Geographical)
(Chinese language-Transliteration Into Russian)

S/123/61/C,rj(,/V,3/c !VG2
AOG4/A 104
AUTHOR: Miropol'skly, Yu. A.
TITLE: On the calculation of cam mechanisms of forging and stamping auto-
matics by the trapezoidal rule of acceleration variations of the
pusher
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 3. 1961, 3, abstract
3V12 (V sb. "Issled. i raschety mashin kuznechno-shtamp. proiz-va.
[ENIKMASh, v. 11", Moscow, 1959, 64-97)
TEXT: The author presents the results of investigations carried out by
EUIKMASh on cams profiled by the rule of constant acceleration of the pusher;
motion ensuring the cosinusoidal variation of the pusher acceleration; motion
ensuring the variation of the pusher acceleration by an equilateral and modified
trapezium. The calculation of the main dimensions of cam mechanisms is given:
axial and offset cam mechanisms with forward displacement of the pusher and with
rotating disk cam; cam mechanisms with forward displacement of the pusher and
the cam; cam mechanisms with rocking displacement of the pusher and rotating
disk cam. The author presents a calculation example of a cam mechanism with
Card 1/2

On the calculation of cam mechanisms ... A0o4/AI04
rocking displacement of the pusher of the ejection mechanism drive )f *rIe A-I.*~
cold-upsetting automatic. There are i 1, t lgure:~ and eferen(,(,.~.
Ya,
[Abstractor's note: Complete translation]
Card 212

MIROPOLISEIY. Tu.A.
rMUM -, - -'
New method for ca-':7,jIa' '-!4~ - -f th-~ -~ffictiv,~ :-r -,file
of a cam. Kuz. -.9 ~,tar. ~,r- I z-v. " r;' . t Ap 'C' (,.
( M :11, 1,- : IC )
(C ams )

MIROPOLISKIT, Tu.A.
Determining the dynamic load acting on the cutoff mechanism of the
advancing ty-pe of upsettor. Kuz.-shtam. proizy. 2 no.6:27-31
JO loo. (MIRA 13:10)
(forging machinery)

HLROPOLISKIT, Yu.A
Selecting the molion principle for cam-mechanism followers
of automatic forging presses. Trudy last. mash. Sim.po
toor. mash.20 ao. 79sl2-26 160. (MIRA 13:12)
(Oams)
I

-Z-V! ~,M Twj- -D
Sj~ V-no
--f,j
Z 7.
v-
-TJ- J, T-T~q..z
Dg~S/AOS rl-O J- =M-n.V

Automation ~f C,:,Iil [Meta-11 Stamping Production SOV/5580
Miropol'skly_, Yu. A. ClassifIcation and Selection of the Arrangement
of Cam Mechanisms for Autcmatir Die-Forming Machines 206
Orlikov, M.L., and Ye. Ya. Antonavakiy. Some Problems in the Method-s
of Designing Cam Mechanisms 229
Belczerw~v, Y,j. A. Mechanization and Automation of Stamping Operations
In Ins.ruwnt Making 237
Glitnik, M.A. Automation of Stamping Operations
Zhagiro, V.I. A M~rr, Automatic Press
244
259
Tartakovskiy, I.P. Determ-Ination )f the Basic Para ters of Vibratory
Pre~-,zps for TrIffaning Operations 264
Po~abirinik, 1.1A. A-atrimatic Macrilne for Fabricating Wire Products 272
AV AJIABLE - Library cf Congress
Card 5/5 VK/wrc/mas
q-i5-6i

MIROPOLISKIY, Yu. A.
Determing dynaimic loads in swinging-type cam gear on cold headers.
Kus.shtam. proizv. 3 no.3:23-26 Mr 161. (MIRA 14:6)
(Forging machinery,)

MIROPOL'SKIY, Yu.A,-
Effect of a faulty manufacture of cams on the dynamics of'
automatic cold headers. huz.-shtam. proizv. 3 no.9:28-31
S 161. (MIRA 14:9)
(Forging machinery)

,,,I 1~ (-,i- T : - ~'l ~ 1~ , , I : v-, . T :~( il fr'l , " . :, I !, zt) .
01'. ~~ 4.. .1 IF. it '. rp * r CA ris " 0 r rnot c. t,,,i r, I - in- ;t u 1~ om 4 t I ~ m i t- ~ i ps r- ~ , #,, r ?. .
~ Na u(-,. . t r- u. I.,, EN I KMAShA 1~ , 't) A . r!',! ~,.A 1, , j )
(Flrollng marhinery)
( Me (7 h F, n I - z I a n q n d c -) na I ruc U o n )

KMdPQL'3KIY# 'N.A.; VARLAMOV, Ills.
High-spe6d motion-picture photography in investigati-nil- p:-ocesses
and equipmant for forging &nd (:ie stamping. Kuz.-vht&m.proizv. 5
no.5:43-47 My 163. (I-LIRA 16t9)

MIROPOL'SKIY, Yu.A., inzh.
betermining the torque on the cammha-ft of a cold heafling mai::hlne.
tNauch. trudy] ENIKMASha 8sl8-35 164. (FIRA 19:3)

VeOeryaya Moskva
Sum 71

MMOFOL-SKIY, Z. L.
USSR/PhysIcs - Stear. Turbines
Thermulyriau,.'cn
'I ),~.r
"Stratification of the Flow nf q Strear~-Wqtur RIxturo at High Pressure In -i
Heated Horizontal Tube," 1-1. A. i'ty-rikovich, Corr Mem, Acad ocl U~,,J(, ~. L.
skiy, Power Eng Inst imeni Krzhizhanov9kiy, Acad Sci U")'.,R
"Dok a. Nauk MiRll Vol LkX1, No 2, pp 279-282
Shows critical velocity (1-4 m/sac) of steam-wnter mixture v3 heat load
x 103 kg-cai/sq m hr) for various pressures (3(~215 at). Similarly critical
velocity vs pressure for various heit loads. Also -.perheat (0-170 S) -f -i- i --,r-
generator tube vs velocity if steam-water mixture (3.2-3.2 m/gec') f,)r 7ari~,is
press,ares (3~>-182 at) . Sutxiitted 21 jec 0.
FA 165T82

STYRIKCIII(II, M.A.; MaRCPOL',T-r~,
T
lhe Effect of a sLope laigle -i. tl.(- Dp:-ratl.,,j~ Terajjerat~i-re f - - '
(,f' a ~;t.etzi It-,i-.eratint, T~ii,e Pr"~I[~ I-t~
Dok A:T 'Ir.1 -'~- , 11" 1 , I .,ep ~ I

1V3A
eol
V,4~
6
3272
rUMPgRATUM PAGIMIll OF ROPJXCWTAL 4411114 Pittil
NUM WMAN mLan rusts. N A Mirikovich ard
I. L. Olr*W'" faveal. AkW. Mull ILlL&PL Olarl
Tqkh. K4", 1496-161241161) Ott. Ila RMS444M

USSR 'EngincerlTo - Heat Exchange, Jul 52
Processes, Equipment
"Temperattire C,)ndltions of the Metal of Steam Gen-
erating Plpt~s f.,r a High-Boiling Organic Heat-
Caz-rier," F. F. Dcjgdanov, ~. L. Miropol'skiy
io
CD
"I:. Ak Nauk, Otdei Tekh Nauk" No 7, pp 1026-1030
Studies po.-.sibility of using horizontal pipes in
heat -exchariging equipment with diphenyl oxide-di-
pheny'. mixt as heat-carrying medium. States that
overheating of upper portion of pipe wall takes
plar,e iue I.o senn of vaDor and liquid phases at
228T84
low velocities of flaw ir such pipes. Concludes
that 'Uoiling pipes cannot be used in
boilers vith natural circulation. Submitted by
Acad M. V. Kirpichev 20 Jun 51.
228T84

. . -- I ~ -.1 . .
I . . .- - ---- -- - - - I- -. --.
9. Montnly List 2.f Russian Accessions , Librnry of Congrc-Bs , - -- . i .A,, ''ri, , .

l
,
al

4419'

M.
""air
am
aft
M
M"-WAT=
Y
=

..... %
no
in lifflis
.
Aw
w
n
"W.cwawtvso
tout Daralf,
WI* if
'WWAIMM Z"TAL
IN
MAIL
,law
Deg""&
wi

Sov I-1.1-C08 1 5020
Tratiblar,on trcim- Rctert -.,. /hurr.al fvlv~hanika 19;H Nr
Au rHORS: Stv ri~(j ( hM A hl~r op"I ~k :-, / I
F I F I E. 011 ihc ()pt I 1-fliprr I, (.(" di~lw,, ''t 11''t
Ink -, cd ;I. g hprc,~tlft- Steam 9V 11 v I, ~ It I ti )~ I ~ihv v tillit, r if I I
rv/h;yiit- rahotv 11"kh , riaklow)VOI
-ShLhikh irub pri da ivnival~h)
PERIODICAL V sh - Gicirodinamika i tep~oubmen pri kipenii kutiakh
~ysokogo da-.lvn,-,a, Mk-s( o%k AN SSSR, 1(4~5 p p-'9 - -"~ 4
ABSTRACT: The article presents the of experimental research
on the operatioria[ temperature cond.tLons of horizontdl dnd
nclined tubes with in interrid: d.amt,rcr frt)m ~.' to ~6 nim
The angle of inclination is trotri O'j to 10" the pre,,,,urv r.tn~jv
is fr-.3m ~6 to 18. atm abs and lit, heat Iran,,frr r,it,- ~ 1r,,ii.
40XI01 to ~, i0x1o ikL al T-112 outir D(-,( ription (d the n-,,aila
(ion is given Experimental methods are (le-,L ribect in cietail
Numerous graph-, are presented It hit, been establ,shed that
there exists a Lonsiderdble range of operatiunal k,,nditiuns
during which in( rCdSeS are obser-,ed in the metal temperature
Ca r d I /Z of the upper parts ot the oibe wall These in(redses are due

SOV 124 ~8- 3 10~10
On the Operational Temperature Conditior~ of the High Presiure 1, ont, )
to unequal distribution of the - apor and the liquid phases )%er the height of
the crffT41-svction Such an o,erheatLng mav cause damage due to ( racking
or corrosion It has been found that the o-~erheating At of a tube wall depends
on the geometric dimensions of the tube. the reduced %elocity of the liquid
and the steam the heat-t ransfer rate, and the pressure The value AL
increases with an increase in the tube diameter and the heat-transfer rate,
and decreases with an in( rease n the t )r(ulation veluc~.Iv With an in( rease
in the reduced steam -.elo( -ty a]! coher (ord,t urs heing equal _%t inc reases
at I irst and begins to dec rease later W h an int rease in pre5sure there is
an increase in the values of the lim,ling ( rL ulation -.elo( ity at whi( h the
values of At decrease to a small arnmint of the order ot 5 to l0o With an
increase of the angle of slc)pe to 10" at the pre-sure of 100 atm ahs the
,, alue of At decreases to I 'i or 1 4a,,,d at h:gher pressures ( 140 to :80
atm abs) decrease!, appreximate1v to 12 The art:( le ( on, ludes that an
ernplovment of horizontal lubeb n F. gh presurc natural , irt u:ation boilers
is not permissible Bthltograph~ - 4 refert-ir es
A A Gukhman
Card 2 ~ Z

L C Z P / Physics Hydrodynanics
Card 1/1 Pub. 41 - 1l,'15
Author Miropol'skly, Z. L. and St-,,,rikovic~ , M.
Title Use of -~ 7ays in stulying tLe :.y,lrodynamics of' ~IpLrwe aystcm-,
Periodical Izv. Ali 5&',*~', ()tC,. "ek-1- llau~. ,, 11)4-15c,, ~'ep
C",
Abstract D,~scrtbes metrio.-I t!ti2l-MiT.in,~ lensl',y of a water-stear- system,
I-oller by measu- t:~e lesBenin,- of t,,e intensity of a beam of
ray,3 when passe,-1. surl. a zj:edilun. Describes experimintal 2 t -
Presents -alculation of tI.e processes involve!
-P.
11phase nedia. Drawir.~,z ,formulae , t~raphs.
Institution:
Submi tte,A : April 14, 1~,5'-,

AID P - 4o81
Subject FOR/ Power Eng.
Card I 'I Pub, 110-a - ~,, 14
Authors Styrikovich, M. A., Corr. Memb., Academy of Sciences,
USSR, M. E. Shitsman, and Z. L. Miropollskly, Kand.
Tech. Set. Power Institut-e~- AtadeTfiy 6f Sciences.
Title Some data on temperature changes in a vertical boiling
conduit at near-critical pressures.
Periodical Teploenergetika, 12, 32-36, D 1955
Abstract Tests with vertical boiling pipes at different pressures
and various flue temperatures are explained. Some
temperature changes in the pipe walls were noticed, which
seemingly Dave considerable Importance for establishing
conditions of normal performance of vaporating-surfaces
of super-high pressure boilers. Seven diagrams. Three
Russian references, 1951-1952.
Institution None
Submitted No date

I Z. L. (Cand. Tech. Sel. ) e%.nd SHVISMAN, MI. E. (Cnad. Tvch. Sc 1.
"apOPOLISKly)
Experiments on Heat Transfer and Permissible S.Decific TLe=w.1 Loodirt.- '.I-, tile
Stearr, RaisinF Tubes of Boilers.
iftite f
b 1: 1 La -1' r.
AS UKr~;
Power Inst. Aced. Stl. UBMi

LSKrY Z.L.
jjqQNkI
1_
Kanufacture of movable steam boilers in InglaM. Mal. tea,-ekon,
inform. no.1.092-93 157. (KIRA llt4)
(Great Britain-Boilers)

t
b t - t
t t 0!r 1

.
T L
C It 1 ca I Reg 1 C) 11
Dj '~;IIK ( 11 t i V K 0 - K C t 1 C t3 K'- j an I
A L

v -
s th f!
T,
t ~;,i I
.
.
.
A .,A
6 1.0". t !.(-t boll, i..'I, W~ite' t
4 t c 2 ~3 o a t a r ~.- ,.ver- s 1 rv ga
16 t0 At a :r. Cl V 0

t I c r

,.:,e- (;o.:,, t a t 1. ti o r.
t o v -a "-i u t #-- d 9 t t 1,
t .9 e t - r a r e ro,, i ri.i Ai L

ul:~ A a v - 7
va ' '1-3 U :' f e r-j!. ':f-q t -:A, 1 i
I n(1 s t ea!ll IV I (I I ri t h f. v m t n e
va r I a t 1 c. ii . Tn, 1 9 c ~., r. t ris t n e k n w r. f I - areg R. , .17.
::le~in cur: f~t t-:,. erat-.~e i.i -z.-3 -1:, -1 '1 n e ia t t

r a I, -a::~ i ft i
irun
I t t , re . I f, i - 13 r, - L n r, q n
temperatA:-,~ i. I~rl 1;i S
d ven 7~-r- i F, 7, 1
r,, ti - t n
r, s,
AN jS~;R , 1.1, (MR A14
AVA i ru rj r e! z i s

10(4); 21(5); 24(8) PHASE I BOOK EXPLOITATION SOV/2457
Vsesoyuznaya nauchno-tekhnicheskaya konterentsiya po primenenlyu
radioaktivnykh I stabillnykh izotopov I izlucheniy v narodnom
khozyaystve I nauke. 2d, Moscows 1957
Teplotekhnika I gidrodinamika; trudy konf6rentsil, tom. 4 (Heat
Engineering and Hydrodynamics; Transactions of the All-Union
Conference on the Use of Radioactive and Stable Isotopes and
Radiation in the National Economy and Sciencep Vol 4) Moscow,
Gosenergoizdat, 1958, 88 p. Errata slip Inserted. 2,500
copies printed.
Sponsoring Agencies: Akademiya nauk SSSR, and USSR. Glavnoye
upravleniye po IspolIzovaniyu atomnoy energii.
Eds.: M. A. Styrikovich (Reap, Ed.), G. Ye. Kholodovskly, and
M. S. Fomichev; Ed. of Publ. House: L. N. Sinellnikova; Tech.
Ed.3 N. 1. Borunov.
PURPOSE: This collection of articles Is intended for scientists
and laboratory workers oon6erned with the use of radioactive
and stable isotopes.
C ard t*P-

vr
t I f.
we

K"V Pa t
Doi I ers v-. r

::l':tC)POL13.,'.li, Z.L.
of ar: alLj-~iz. ,.-I
-ir, Aj-

juV/1,)6-58-6- 11/24
AUMOR: Wropol I skiy, Z. L. , Cand. Tech. Sc i. and Slineyerova, IL. 1. , Engibeer
TITLE. The generalisation of experimental data on tewperature conditions
in the metal of horiAoutal and slightly sloping boiling tubes
(Obobahcheniye eksperimental'nykh dannykh po temperaturnym rezhimam
metalla gorizontallnykh i slabo naklonannykh kipyatillaykh trub)
PERIODI:AL-~ Toploonergotika, 1958,vd ~ , No.6. pp. 56-60 (USSIO
ABSTILAM When a steam/water mixture moves in slightly sloping tubes, it
separates out into layers, so that the tube is uiievenly heated
The affect depends on a large number of factors and many tests had to
be made in the study of it. The tests were made on two semi-full-
scale rigst a closed-circuit circulating system with an oil-fired
furnace in Regional Electric Power Station No 2. of Mosenergo, and
a rig of the direct-flow type using externally supplied steam and
water in the Beat and Electric Power Station of the All-Union
Thermotechnica.1 Institute, where the experimental sections were
radiantly heated by electric furnaces. In most tests the tubes were
heated uniformly over the perimeter, but some were heated from one
side only. In the tests at the All-Union Thermotechnical Lustitute,
in addition to wall temperature measurements, the steam/water flow
structure was studied by means of V irradiation. The toot
conditions are tabulated; some of the results have already been
published. The present article attempts to work out the test data
Card 1/1

1/96-58-6-11/24
The generalisation of experimental data on temperature conditions
in the metal of horizontal and slightly sloping boiling tubes.
obtained in this work by means of dimensionless criteria, and a
procedure is proposed for calculating the wall temperatures of
horizontal and sloping boiling tubes. Separation into layers occurs
over a wide range of circulation and pressure conditions. Mider such
conditions the temperature of the lower part of the tube, where the
water is, is little above the saturation temperaturel in the upper
part of the tube cooling occurs by transmission of heat to the steam
An equation in given to determine the maximum temperature tuid the
assumptions made in its derivation are described. To use this equation
directly for practical calculations, one would need to know the
variations in the beat-transfer coefficient to wet ste%m in contact
with the upper part of the tube and the proportion of the tube
perimeter that is free of liquid under various experimental conditions
A,@ this information in lacking, the test data must be formulated an
dimensionless criteria and the relationships between them indicated
The appropriate dimensionless formulae are then derived Equation
(2) for the temperature difference between top and bottom of the tube,
is a function of 14 dimensional magnitudes, and is reduced to an
equation with nine dimensionless criteria. Available test data in
then used to express this formula concretely. Criteria required in
Card 2/3 the work are plotted in figa.l. and 2. Finally, an expression is

S-V / -)6- ",8-6 - 11 /,~4
The generalisatiou of experimental data on temperature conditions
in the metal of horizontal and slightly sloping boiling tubes.
obtained by means of which the test data can be worked out A
graph of the test results for a uniformly heated horizontal tube
worked out in this way is given in fig.3, with an equation defining
the best line thrutigh the points. The scatter of the test points is
accentuated because they relate to a variety of rigs and not all
are equally accurate. The concurrence between the straight line and
the results of various authors is discussed. When the tube is heated
from one aide only, the highest temperatures occur on the side of thf
tube where the heat flux is greatest The maximum temperatures were
the determining fa-,or in working out the test data and an equation
is given that corresponds to the results given in fig 4 The -ase of
sloping tubes is sirail&rly treated by an equation and fig.3 The
results show that the least permissible circulation rates depend on
numerous factors, but at high temperatures and rates of heat flow,
very high circulation speeds would be required to secure uniform
temperature distribution round the tube The possibility of drops of
highly-concentrated salt solutions forming in the tubes must bo
considered, and the probable behaviour of various salts reeel-t In
boiler water is discussed. There is I table, 6 fit- & 1~
it references
Isoviet)
ASSOCIATIONi Power Institute Acad. Sci. USSR. (FliergetickesklY Institut AN SSSR1
Card 3/3 1 . 9o I ier ', ;oes-he

AUTHOR: Kirorpol'akiy, Z.L.
TITLE: Radioactive De-oosits in the Steaj-. Zectior, of Atomic Fo,,rer Fla.A2
(Radioak tivnyye otlozheniya v parovodyanom traltc -ito-.:v,ykh
silovykh ustanovok)
FERICDICt,1,: Physico and Thermotachniqu-s of Reactors (Fizika I taplotekhnika
reaktorov)p Supplement Nr I to Atomnaya Energiya, 1958 (IMSR )
ABSTRACT: i1hen dealing -rith the problem of radioactive contla,-;.ination in 3team
circulation systems wiih direct .9tea.., 6eneration, the quantity ind
the compositions of the radioactivities in the steam raust be knom..
It is necessary also to knoa the type, the radiation energy, and
the half-lives especially of /--mys, because their presence renJer3
access to the stear,. parts difficult.
In heterogeneous boiling viater reactors there are three causes for
the radioactive contamination of steam-carrying -,arts:
1.) The cans of fuel elements have become leaky and radioactive
fission products find their way into the steai;i circulation
sys tem.
2.) Corrosion- and erosion products, which have been vithir, rari,;e
Card 1/2 of the active part of the reactor for a long time, noa that

Radioactive Deposits in the Steam Section of
Atomic Power Plants
they have become radioactive, penetrate into the steam
section through the circulation system.
3-) Corrosion- and erosion products of the steam section penetrate
into the active part of the reactor -,Aiere they are activated,
after vihich they again enter the steam duct after some tirae.
The amount of radioactivt contamination in the viater-steam part
-ffas calculated and the radiation doses for those parts aere deter-
rained in ahich radioactive deposits may occur. There are I figure,
2 tables, and 10 references, 6 of -Arhich are Slavic.
AVAILABLE: Library of Congress
Card 212 1. Atomic power plants-Radioactive contamination 2. Radioactive
substances-Contamination 3. Reactors-Radioactive contamination
USCOW-DC-5471"

8(6), -11/,9)
So -.r/ I., I - ""~ - 4 -6tj ;4
Translation fro-n: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 4,
pp 38-39 (USSR)
AUTHOR: N1'J_z-apa1'ckiy, Z. L.
TITLE: R2-lioactive Deposits in the Steam-Water Circuit '~,f At ~rnir_ P-.vt,r Pla---3
PERIODICAL: 11 ab. : Fiz. i teplotekhn. reaktorov. 2M. , Atcmizda*., 191~8,
Pp 205-215
ABS-rRACT: At atomic power plants with heterogeneous
faxto:-5 cause radioactive contamination of the stearn-wz.Ler circuit. 'If 1~ek~
thrc~-zgh the jackcts of heat-producing elements that result in -racllver f'i~-l &.-i'
fiesi~,a products getting into the loop; (Z) clution of corr~)3ion
vr-ai,~a if materials that were in the core for a Irng Lim~ z.nd Z'.-Iat '.-vv
co-isiderable activity, (3) activation of erosioa and corresion ,`-T3duct3 - t-,-
~,team-water circuit which is outside the reactrr core ani activat,in of, 0,~ c-
side ~u',ataiices that penetrate into the loop. Mo.;t difficulttfj in ef
Card 1/2

SOV/112-59 4-66,54
Radi,.iactive I)eposits in the Stearn-Water Circuit of Atomic Power Pla:.t-,
steam-water circuit of a boiling reactor are due to radioactive isotopes that
have a radioactive half-life of a few dozen days, Formulae are developed for
determining the radioactive contamination of the stearn-water circuil and the
irradiation dose coming from contaminated circuit components. The haza:-d of
chemical -element activation and of loop contamination by fissien pr3ducts is
discussed. Estimates made for large atomic power pla-ats with bciling reactors
have shown that 24 hours after the turbine shutdown, the irradiation doses due
to radioactive deposits near the turbine do not exceed permissible val,.~es. in
the case of a damaged jacket of a heat-producing element an,' peretrattz~n of a
few hundred grams of the nuclear fuel into water, the irradiation doses can
exceed the normal values several times.
G. Ye. M.
Card 2.'?

MWSTINbUT. I.L.: -MIROPOLISKIT, Z.L.
Investl~ption of heat exchange during alirface boiling of water
and methyl alcohol on a horizontal tube. Mauch.dokl.vys.shkoly;
energ. noo3:157-164 '58. (MIBA 12:1)
1. Rekomendovano Inergeticheakim institutom AN SSSR.
(Heat--Transmission)

~ r, .1 -
I I .
MIROPOLISKIY, E.L., kand. takhn. nauk: SHITSMAN, X.Ye.. lamd. tekhn. nauk.
Methods of calculating heat transfer to water and steam in the
near-critical mnee. Inergomashinostroonle 4 no.1:6-11 Ja '!;B.
(Heat-4ransmission) (MIRA llsl)

'Kill:

TITLE: r i t i,
St-
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t Yr, r -_iL i fo iin t i.,-!
i t r L t i
EY ~-l T t t t,!d i60 :.J.;
-,, (I t n oli~7..t-r 1~, mir. I tt_- . s ts
1~,rO 1/4 -ti.,. cf v-ri -I - I

de, c-t i j.
it

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or.:.
tr r z
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6LJ~,),n j.d t i-.-
~tjor, r- t,!,
t
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r om
i
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,
S-r-
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Ott i,. i. i
Teo,- oriti;~ i, cf
I - ~ L-;-,, ,
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L- c-D
,%

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and 4 Soviet
re f e re n c e o
T
t i--.+ t e7n"- ~';f "Ci 0': -, 9 , USSR)
~.Lrd 4/4

)aRDPOLISK , kand.telchn.nauk; SHITSMAN, Me.. kand.telchii.nauk;
~L~~-
14DSTINSKIY, I.L., inzh.-, STAVWVSKIY, A.A., inzh.
Effect of inlet conditions on the critical thermal flows during
the boiling of water In pipes Cwith summry in Inglish].
Toploenergettka 6 no-1t80-83 Ja '59. (MIRA 12:1)
1. Knorgaticheakiy institut AN SSSR.
(Steampipes) (Thermodynamics)

Akadomiya ".. SiSR, 'L-K.t
0. R. Kr" ~._hano,w~
ToploonargettwA vyp I(Heat P~wer EZ91neerLn0t. Nr 11 Ptcscm.
ii~R, Inserted. Ma. of copies
Isd-vo AN . 1;59. 141 p. Errata slip
printed not given.
Xd. of Publishing Noun*' V. A. Kotovj Tech. Ed.: Yu. V. Ryllneg
ILdltari&l boards V. A. 1laum, Doctor of' TscAnlcal Sciences.
Professor (Item
tp. Id.); G. Ye. 0,lodovskly, Doctor of Tao,nnical
Sciences; M. . Tushet"rnk,omm. Candidste of T~hrdcal Sciences;
2. L. 111rogollskiy, Candidate of Technical Sciences (Secrete");
and S. 0. oyarkow, Canildato of Technical Sciences.
PURPMEs This work to intended for scientists and engineer@ ~rftjng
to the field or steam boilers.
COVEDnIs This to a collection of 9 articles on the circulation of
water and water-apor Mixture in boilers, bubbling processes.
pulsation of pressure. temperature fields In combustion chambers,
raRj~oton heat transfer between Cray bodies. amd the solution of
onlinmar problem pf mathematical Physics. Them is al M an
rtiolm describing process" occurtrig In the st"m boiler of a
:
solar has I energy station. References appear at the and of
each article. -
more aced-, ted t thersohydroel"trtc laboc*atorloe In cooperation
with Seat amd ~"trtc Power PI&Lt (TETs) No. 9.
0 71 "r V. A, Kojoijoltapv, :nd
'L as
0-i p.:-r,~ ~tr;~ tigation of Vapor nd Gas
_~a_nients In a itibbling P~.Ma 40
It u:$ foLund thstths dt:trtbution of volume vapor content
and I, content =C th el v*tjcn of the bubbling volume
at am, CuIricant reduced velocities of vapor or air. an.1 at
Iow boiler water 04.1t con Ont. remaLne qualitatively tn*
P, domme Ladw Wricia prommurom andtchar~torlstLcs of the prforstod
Plate. An Increase in the weight level at atmospheric
Pressure results In a decrease of vapor content. kn Increase in
the reduced velocity of steam whm~ tte enter ta of low salt
content increases the volume vapor content.
I I Pulsations of Pressure to the Flow of Gos-Liquid
66
MA art~tole dmortian expertmento in pressure pulmattom In
roup I& a long pipes of d1frorent dlamaters-25.8, 47-4. 74.7
and ". a am. The flne, velocity changed fron _2 to 5,L,B".
The gas content ch&vged from 0.05 to 0.95. Graphical represent-
ation of experlamint&I rsoults are given.
44ompolookly. Z. L.. &Od R. 1. Shoeyorovs. InvestIgAtIon of
Flow 01~`Wavw Water Rutam In Pipe. by r Radiation 53
In VMS article the authors describe pmblome In dater-
alcAnd the average vslws of @tomm ~Jus* o,cntonta ;) av. to
pipes and In conduits of rectancLaar cro.s section. 'he
result valid for conduits of
1;:,obt in.4 4" too
arbl y g:.no trical ohpos. DIW-. jod graphs are given.
Khrustalov. B. A; and 3. 3. FilimanOv. Temperature FjoLds in
Combustion Chambers 62
Three kinds or furt,sco h-ting ceusbors mom investigated.
Me riseratal data ohm that under cori'!Itl~ of
nod.11.8 twWw"t.,re field. the.. cZ"b.,o perform
..r
according to load ItIlLet-ted th'attth:
f dim..v a t-pe, a ur rI ..1. fr- the
various combust ion ch-b.,.
each at -Mich differ from
1 0 her according to 9GOcwtr1c chau~&,terlstlcs and the
Fps r ambuo ti.n
shchosolow, D. A. steam B.1%00 of . Solar Hast K--gy station 70
Th* author presents date on tn. prf,co ~f to&. no, 'or.
Operating on 801" has% energy. General of .
boiler and tables or Principe., vsracterist, a" given.
3urtnov, Yu. A. Ift"Ot4stim Of Fledl-tino Nast Transr.r 1.
Systems Of Gray Bodies 74
Th. author develop. . th,, Of radiation and radiation heat
transfer. The equatLcn, appearing tn trL$ article porelt a
theorettoml-probability Interpretation. The article
0t 1. di-
dad Into two partes I) Sol~tjnh of & a! zed pro,"A on r.41_
at In.,O;y..,. or gray bodies tn 4 dlather.1,
IMENNEUMME utt MIAod prble2 of radiation heat

jjil
11
P Il, Ji
g it
.1 u
A F
A

MIROPOLISICIT, E.L.; SHNEYEROVA, R.I.
inv8stigstiOn of steamso-water flow in pipes by means of gamia
rays. Teploonergettka (Inerg. inst.) no.lz53-61 '59.
(KRA 13-2)
(Pipe-Hydrod.7nartice)

AuTHUH: NUro2o~'s&aj, /,.L andidate of
MIJE: temperature ,onditions in tne metal of tie -'Leam-aai~
.'urfaces of Once-Through Boilers (Temperaturnyy rezhiia
metalla paro gene riruyusLchixU1 poverkhnostey pryamotoc,..r,.-;,r--i.
kotlov)
PE1dQDIGAij:TeploenerfLetii,La. 1~)3~,',Nr 3, pp 40-4-4 (U66,h)
A13STRAUT: This article is a &eaeral review of published wortc or.
the subject. As steaii, conditions are raised, tne
operating temperatures in metal heat ing-surfaces ap;~roach
limiting values It is. therefore, i~Lportant to aeveiop
methods of calzuiating tne metai temperature turouC;.ou-.
tlie steam/water pata of' t.,ie boiler. L'emperature
conditions viiier, operating below the critical presL;;~re
are firsi co.-,sidered Dia6rams of trie temperat,ire
distribution trie flow and tLe temperature of t.,.e
wall surface of a tube are given in Eig I ---e diari--i-
relates i,,) ti,e valuie len6th of a ccil of a once -ti,ro
boiler wiLL. uniform neat fiux distribution round the
surface and lent~tia of the tube, In the first section of
the tube the temperature of tne working medium and of tne
Card 1/4 wall are below the saturation temperature; nere, existizng

iemperature Conditions i.;i t.,e :eicai cf' tLe
of Once-Th-rough ~~oilerz
&athodii of caicuiaLing Wie teiiiperaLu-re are well
establi~5Led iowe ve rfaise results are liKel
y t o be
obtained in temperature and pressure re~rions viiiere ti.e
specific 'neat cf the medium is rapidi,-,; cnanGing ~eve!-dl
previously pubiisued mettious of maiinef tae6e
are reviewed i-ae effect of t;ie change-over from
to filmwise evaporation is considered _ypical data c-ii
temperature ciiaiige6 ifa ~i,a waAib of tiie tb~ WILI.
in the teat flux at LIF re :Aotted in
~i ~,ressares a -
1t is SLOwIA tiat fol- low values of steam content in t,..e
working medium tiie maxiwum permissible tnermal fl,.~xe_ ~i.,e
governed by ti,e condirioris of transfer from buuble Lo
fj-lmwise boiii_n~. ~rapi~ical data abo-u-u tne ~i:~,itinb
condition,=. at wriiuii t-e transfer to f'Limw,-be boilirq~
occurs aue seen in Values of tiie critical and
permi5sibie iaeat fluxes at press=-es cf 2b, lUO, lb(i a.~,d
220 atm obtained in te~,tb witij tubes 8 mm diameter ~jeatel
over a lenbtij of 160 Lum are pioLted in i~ig.4. .',ome idat~,
Ard 2/4 about the L;afu uporaLion of boiler tubes durinf4 filrnwioe

Temperature Conditions in tLie '.ietai of the ~team,iaisin- ~'. ,~rfaces
of Unce-Through boilers
boiling are given by superposed curves of permissible
tnermal fluxes. 2he possible occurrence of dangerouE,
conditions at tLe start or tile end of thLe evaporative
zone is explained. conditions are somewhat more difficult
if the steam-raising tubes are arranged horizontally or
with a slight slope, as in 2ig.lb. Uniformly-heated
horizontal tubes are treated in equation (4) and
equation (5) refers 'Go a tube heated from one side only.
femperature conditioris at 5uper-critical pressures are
then considered. Here a single-phase medium flows triro_i6~,
the entire boiler but tne use of ordinary methods of
calculation of neat-traisfer coefficient witi, forcea
convection can lead to serious errors in a niunber of
cases. Tne temperature changes of tk~,e medium and the
walls for tLis case art! plotted in i,ig.5, whict. refeiF~,
(,ard 3/4

Temperature Gonditions in LL& ILIetal of rLe --zeam-?aisi.%,7 --,.r_facez
of Unce-2hrough Boilers
to both vertical and aorizontal tubes. .11ele Dire
figures and 14 references of which 15 are ~ovaet and
Lnglisb-
Institut -LJ ~:"L;SR (Power Institute of
.lard 4/4

STTRIKOVIGH. N.A.; icand.tekhn.nauk; SHITSKAY. M.Te.,
kand.tekbn.nauk; KOSTIVSKIT, I.L., inzb.; STATROVSXIT. A.A., inzh.;
FAUOROVICH, L.Ta., iazh.
Effect of superimposed elements"pa the setting up of boiling
crisis in the steam genera ing pipAp. Toploanergetika 7
no.5:81-88 My 160. (KNU 1j:8)
1. Inergeticheakiy institut AN SSSR. 2. Oblen-korrespondent AN
SSSR (for Styrikovich).
(Heat--Radiation and absorption) (Boilers)

I -A mz
-i-, --r-m 'I A 'I 'A
Pj;--j Fq
i-3 '41 j.
TJZ-g
-j-k! -T liz
3. ..IwFq

STYRIKOVICH, Mikhail Adollfovich; REZVIKOV, Matvey Isaakovicb. Prinimal
uchastiye MIROPOL'6'JKIYP Z.L., kand. tekhn. nauk; BORUNOV, N.l.,
tekhn. redo
[Methods for the experimental Ptudy of processes taking place Inside
the boilei )Metofl-i eksperin.orital Inogo izucheniia vnu'Lrikotlovykh pr-
tsessov. Mosjcva, U08. energ. izd-vo, 1961. 367 p. (MIRA 14--l-1)
(Boilers)

SHMEWMA I R.I, 0 lnzb.; SHVARTS . A.L. v knd.tskhn.naukj MIROPOLISKIYp
Z,L., ksW,te)dm.n&vkj WISHIII# V.A## kmvd.tskhn#~~-- ---. - --
~NA- Experimental study of the real steam oontente emd useful heads
In tilted pipes. Teploonergetika 8 w4W-67 Ap 161*
WMA 1488)
I# borgetichaskly Institut, AN SM I Vaesoyuwqy teplotekhnichaskiy
instItut.
(Boilers)

A UTHUL) Miropo 1 1 -i k ij 1, h i t ,i V
TIT LL Critical h.. it fluv~.q I'or vt it# r bcil i n., i n ch i rinv 1 g
P.-,A IUL IGAL A t omnaya en iya , v . 1 1 , n~, . 6 , 1 ',)6 1 , ) 1 ) - ),) I
T 1, /.T t bxperimental d,it,~ obt;j in- d by :~(-,veral a.thors are vi 1 an t a -i n (l
analyzed by introd~cin,,, dimensionlej3 critical parri-T.(-ters ch PIrli-
-ited by q cr o 0 0 0
meters may be interrel - f( ~. 9
Ii, r c'T
; 3 2 0
specific weignt, (kvlm k i neu.;i t ic v isc~s i ty ( M ~i oc Lly
namic viscosity (kg*13ec IM2 1 .9 urfa c e s t r es ti , r - evapur-it ion h eii t ,
~, - he it conduction coefficient, a - th( rmal dif fusivity, T S - siturktion
temperature, , 4" - reduced velocities (m/sec) , q - specif ic th--rmal
0
flux, q cr - specific critical heat flix, 1 0 - characteri.,;tic length (m).
Analysio of availaule oata shows that channul crus3--iectiorial di::,f.~nsions
Card 1/0