SCIENTIFIC ABSTRACT MIROV, M. O. - MIROVSKY, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134610003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

J/
BTCHKOV. Dmitriy Vasil'yevich. professor, doktor takhnichookilch nauk;
KIROV, Mikhail Osipavich,inzhoner; YWOROTA, I70..rsdanar
I-xd--a"o 'I's~vi~.7-?ZRSM.--W.r..takhnichookiry-redaktor
Nechanical engineering] Tokhnichookaia makhanika. Pod obshchei
red. D.T. Bychkova. Izd. 2-os. Mosirva. Goo. izd-vo lit-ry po stroit.
i arkhit. Pt. 1. [Theoretical mechanical Teoratichaskata mekhanika.
1957. 282 p. (MLRA 10:5)
(Mschani,is, Analytic)

I . 1-U,(OV, NO I*
r -
, . s 'a ( 6t X) )
4. r a & - ~ -'.- - e e :
II . jr, L , : - - - -) ~. -:Ir~ :-!.:. r~r: vc-,-1, , :~: ~ , - - "J.:. .1, - .,( ~ .
..ar. i zver. ~ :4" . I , / . .
9. Monthly List of Russian Accessions, Library of Congress, '--- ""j' 1953. Unclassified.

MIROV, Samon Aronovich
(Urological diseases and their treatment at health re8ortqj
Urologicheskle zabolevanlis i ikh lechonle na icurortakh. Kookva.
Modgiz. 1958. 70 p. (MIRA 1):8)
(URINARY ORGANS-DISXASES)

)IIRDV, Takov TSoeilkovich-, LIVSHITS, Ta.L.; ISLF.IIT'TLFVA, P.G., teVhni-
FK=9RTYY--r"eTak to r .
[Atomic onmriri for pmacal Atomnulu snargiiii-dlia del& mira.
Mnskva. lzd-vn "Znanio%." 19~~. 10 p. (Veanniuznom obahchostvn
po rasprostrunmniin noliticheakikh i naurhnykh znanii. Sar.l.
no.17) (KLRA R-q)
(Atomic powoqr)

GROSHIXOV,M.I..kandidat meditsinskikh nauk-, U21A '116 kllnich*ok-iy
ordinator; TITOVA, N.M..k1inicheekLy ordinator;-IMADZHI-M. G.F..
klinicheskly ordinato
Single application of blomycin for treating chronic periodontitis.
Stomatologlia 35 no-5:13-15 S-0 '56 (KLRA 10:4)
1. Iz kafedry terapevOcheskoy stomatologil (zav.-prof. Ts.Te.
Platonov) Moslcovskogo meditsinalcogo stomatologicheakcgo instituta
(dir.-doteent G.S. Beletskly)
(GUNS--DISHASES) (AURXOKTGIN)

SHANUB, R.I., MIROVALXVA, Z.G. (Omsk)
Assistance of the Omsk Medical Institute to Lora-I public health
physiciann. Zdrav$ Roo, Feder. 2 no,8:36-38 Ag 158 (MIRA 1119)
(OMSK PROYnICS--FUBLIC HRALTH)

MIROVALEVA , Z. G. , dotse nt; SHANGIN , N. I. ; LEGYN I KIY , T - G - , ass is ton t;
SLOBODENYUK, 11. 1.
Public health of t: e Province and City of Omsk on '.he 40th &nzii,.re,-sar7
of Soviet power. Trudy (M no.25:23-48 '59. (MDUA 14, 10)
1. Iz kafe-ir-, organizatell zdravookhranenlyn Omkogo meditsinskogo
inatituta imeni Kalirdw, zav. kafedroy dotsent, Z.G.Mirovalt-va.
(01-ZK PhOVING-EPUBLIG HULTH)

MIROVIGHO D.Yu. [Myrovych, D.IU.), assIstent
Prevention of hmwrrhagic collapse in placental and esri postnatal
hemorrhages by mean& of intravenous use of navocalne. ?ed., &kush.
i gin. 23 no.ls47-50 161. (MIRA 14s6)
1. Kafedra &kusherstva i ginekologii (saveduyug hohiy - prof. P.P.
Sidarov) I kafedra patologichaskoy fisiologii (zaveduyuhohiy
rof. MsMrankvilitati) Stalinako o meditsinskogo institute
raktor - doteent A.H.,Ganiohkin lHanichkin, A.M.]) i oblaetnaya
M
bollaitsa im. N.I.Kalinina (glavnyy vraoh - I.N.Golub [Holub, I.N.J).
(HZKOHRHAGE' UTERINE) (NOVOCAINE)

MIROVIGH,--P-- -Yu,-assi a tent
Prevertion of shock a-d hemorrhagic collApse In obBt,--trIc&2
practice. A),ush. I gin. no.4:43-47 '6.2. (KRA ll*:7)
1. Iz kafedry ak-usherstva I glnekolofii (7,av. - prof. 1'. P.
Sidorov) i kafedry Datologicheekov fiziologii (zav. - prof.
N. 11. Trankvilitati) Donetskogo meditsinakogo instituta na
baze oblastno7 klinicheakoy bol'nItsy imeni M. 11. Kalinina
(F,Plnvnyy rrach - kandidat maditsinakikh nauk B. A. Shaparenko)
(YE-IORRFAr,E, U-,Vd';E) (SHOCK) (NOVOCAINE)

IL
Kk-
MlA'VI,'H D.YL- kand. med. nauk
~~a ra, *,e r i s t i c s of' s-- r, ~ c a I i n'. r r-.- er
associated with disorde r9 of tne blool coag~, -a*. r- j: - P:
i gin. 40 no.2:61~69 Mr-Ap Iu..
1 . Kaf edra akushers tva i vineko !or No. I V ul'yli-
zannostl zaveauyushchego - dotsent Kiroshn-'clienio, nauchn",:/
kor.sulltant - prof. P.P. Sidorov) Donetskogo medits;.nkoFo 'nst .i-
tkita i Donetsl iy ohLastnoy a~nistersko-i7inekologic~.esk,-~ c.
profilaktike i lechen-'yu terminallnykh sostoyaniy rizov,-J.t,
1). Yu. MJ rov i ch) .

V L' " "l) ~ ,. ' . . , -I - , , . - . . ".
no k !P,r - , . I f! , -1 1 -, . -
t r, hf~ ,P, It % - . ., j . ,. .. . . I ~ ?
. . . . I .

f I C' ".-f /V 2
ANDRITASKITA, H.M.; BAKKAL, T.P.; BIKKIR, S.M.; BOGUEOV-BIMOVSKIT, Y.V.;
BRAUN, A.D.; YASILEVSXATA, H.L.; GAVUSZVKO, M.N.; GARMASWA, N.L..
DEMICHIT, I.P.; DRIZGALOVICH, S.Te.; XALLIVINA, N.A.; KOZWOVA, G.F.;
M HA OTSKATA, To.?.; KIROTICH, V.I.; PROROKOV&, Y.K.; pUGOVI3.qWj_
KOTA. M.A.; RISFMTOVA, L.A.: 9VITMI, P.O.; UTZGXNOVA, K.D., KE3CHI-
HASHVILI, G.G.; SHVANG, L.I.; GARKASHEVA, N.L., professor. redaktor;
RUDAKOV, A.T., rodaktor, RULZVA, M.S., tekhnicheekly redaktor.
[Reflex actions in cother-fetus interrelations] Reflek-toraye reaktaii
vo vsaimootnoshoniiakh materinakogo organism& t plod&. [Lentagrod)
Goo. tad-wo ned. lit-ry, Leningradskoe otd-nie. 1954. 266 p.(KLRA 7-10)
(Pregnancy) (tobryology)

mir~,ov-IC-11 UT
*mw. and
rovkh (last C yuecol.: I
(AkInudeli.andMA-11iro" iff Of
U33*- - I "I'm
Afed, MIT -LM'n") = Pau-
104 w(anen
Kkilm. 2. NO- L 0" 19M)"-a
U &Sovvd eteatinurls; this was tabulated by age.
pattul",
Polity, nd durAtim of lab-- 7110 auttkws conclude that
it an ltmljL-At,w of disturbed MetabOlism-
Cyrus C. stmrgii.
46

BRAUN, A.D.; HMO ~um
Contractile proteins of the tWonetrium. Top.med. kbim. 2 no.3:
188-197 Vq-Js 156. (KMA 9: 10)
1. laboratoriya biokhicii Institute aicusheretva i ginakologii
AKI SSSR, Leningrad.
,KUSCLN PROrMINS,
hysteroeWosin in uterus (Rua))
(UrXRUS, metaboliva,
hysteromyosin (Rua))

lVkNOV, 1. 1. ; PA%9HINA, 3.A. ; MIW.VIGH
Adenon i not r inhoanhatase nativity and contractile -;rOr)prt1.p-fl of
Vonin. Riot-himita 24 no.2-21W-252 Mr-Ap 159. (KIRA 12:7)
1. 3iochemical Inhoratory, Institute of obstetrics and gynecology,
AcadeaW of Sciences of the U.S.S.R., and Cha ir of Biochemistry of
the Pediatric Medical Inntitute, laningrad.
(KTISCLIC P-30THIM.
Vooin, ATPnf;e nativity & contractile riroperties (ibis))
(AMN-ILPTROPHOSPHATASIS
in vosin (Rua))

I TANOV. I.1.: ZHAKHOVA. Z.H.; ZI110V'YNVA. 1.P.; RUOVICH. H.I.; MOISNYIVA. V.P.;
PARSHI116. N.A.; TIJKACHIIISKIY. S.Te.; TUR'YNV, V.A.
fractional composition of proteins and contractile function
of various muscle types. Blokhtmiia 24 no-3:451-458 Ptr-Je
'59. (MIRA 12:0
1. Biochemical Laboratory of the Institute of Obstetrics and
Oynecolo&T, Academ7 of 14.3dical Sciences of the U.S.S.R.. Chair
of Biochemistry of the Pediatric Medical Institute. and the
Institute of Blood Transfusion. Leningrad.
(MUSCLE PRWRINS,
fractional composition. eff. on musc. con-
traction (Rus))

I.I.; 11LIOVICA, II.I.; PiLi(SANA, E.A.
Sffort of hle-h pronaure on the adonnointrinhosphfttarips &rtivit7
of myoain. Bi,ll.okap.blol. I mod. 47 no.6:-~A-40 Je '5P.
(111RA 12: 8)
1. Iz biolchimichoskoy laborittoril Inntituta ulniahorntvil i
ginelcolot-it Mill lilil;ll laifedry binkhiriii Leningrndlikogo porliatri-
chookogo rieditsin3kogo Institnta. Predstavlona deystvitel'rqm
chlonom IIJCI SI;SR S.Yf3.Sev,!rirx:rm.
(1411scup Pacy.-Fulls,
TTrostn, efO. of hieh I)reqqlirp on ATPase artlvit7
( Ru 13 ) )
(A,D,-CII IAPT--tOP;[OJP. ihTA:i)Y,.
in Trogin, eff. ol hiph pregsureFi (Rja))
Wry4uspirmic Pusimu" of~.
on rCrol3il
~ A7Pano aCtlVity (A,1g))

rvARov. i.i.; KIROVICH, N.I.
Actin content of the myometrium. Blul.ekffp.biol. I mod. 48 no.9:
67-70 S '59. (MA 13:1)
1. Iz Bloichimichaskoy laboratorti (saveduyushchiy - prof. I.I. Ivanav)
Instituta akusherstva i ginek-ologil (direktor - chlon-icorrespondent
ANY SSSR Prof. P.A. Beloshapizo) AMB SSSR, Imningrad. Pradstavlana doy-
styitollny,m chlenom A." SSSR S.R. Pardashevym.
(MUSCLE PROTRINS chem.)
(UTIMUS chem.)

IVANGV9 I.I.; MIRO-VICH, N.I.
Protein fractions in the skeletal musculature of ti,e rabbit
folloving section 5f the spinal cord. Vop.med.khir- 6 no.4:
403-407 JI-Ag '60. (MIFIA 14-:3)
1. Biochem~a&l laboratory of the Institute ror Obstetrics and
Gynecologyi the U.S.S.R.Academy of Medical Sciences, Lenini;~rad.
MUSCUS) (PROrTEINS) (SPI':AL ~OFD--SURGEHY)

MIROTICHL N. I., TUKAC fINSF.IY, S. Y., YURYEV, V. A., ZF:AfH-VA, Z. N.,
IVANOV, T. I., BMG, YU. N., LEBE'w-VA, 11. A., and WitTINA, N. 1.
(U&~R)
"Proteins of various Muscle Myofibrils and the Prollem uf Tons."
Report presentef' at the 5th Internrational Blo-hem!stry Congress,
Moscow, 10-16 Aur 1961

MIROVICH, N.I.
Prot-ei-np. in the myometrium In nonpregnant and ;regnant rabbits under
normal conditions and in diaordere of the uterine. Vop. a-L,-d. k-h!-M.
7 no. 1:42-49 Ja-F 161. (MIRA 14:4)
1, Laboratories of Biochemistry and Pathophysiology, Institute for
Obatetrice and Gynecology of the Academy of Medical Sciences of the
U.S.S.R.9 Leningrad.
(UTERUS) (PREGNANCY) (PROTEIN METAPPTI-2M)

IVANOV, I.I.; N-IROVICH, Z:~;~KH(V:%, Z.1%; TUKJkCH.NSKI'Y, ~.Ye.
Water-soluble miycf-A'.1bril' proteins of the -.ryw-.,~trium. Vol- -,ed.
I:hi.-,i. 7 nc,.4-.Y4-3(K Jl-,,g 161. 15-3
1. Laboratory of biuchomiotr-j of the InBtitute of Gbotetr.co
and Gynecology of the Academy of Medical L;ci(_-nces of thc
U.S.S.R. and Biophysical Laboratory of the :,eningrad Instltit,~
of Blood Tranifusion.
(musuis) (m~iius) Oi(Mi!~,,

IVANOV, I. I.; MII OV!~I~i, 7; Z~ [AK !OVA Z.N. A~;'~ I :,3K! 3. Yo.
Fract, C-lal corpoa 1 0" v -Z i,:-. I
Ji0pilimil'i "t
i. Chair of Bloc..c il~ .-ry, ?o~liatr , :lo;j-!ai
Laborato f. InsLitut., o.'
3ciiricos of Ij 'InL.' IiOpi.',.; 1,7', 1 *,C r:7, -1.1
BlooJ Tran3f ision
(P-OT .-:.3) L- z

IMIROVICH, O.L.
rootric resistance wp:,i'rg -:' -t , ;44 And ma iss. .
S,rol. truboprov. 8 no.llt'1.7-18 10"3 (Klh.A I t
1. Treat Yuzhg&zprovr)dotn v, Tv !,*, N-na-Dinu.

"lltuvI~tl L.L., f"l-) . .
It ~, 141. 11 , - 4 . . -. I - . . . .
. , - . , : . , It . - .

;011/12-)-5,1-4- 4/50
AUTHOR: MirovitsKiy D. 1.
TITLE: Ref-octiDn oeff~cient_; for
Llicrowaves
FBRIVDL;AL; Pribory i LetnnikEi eK3peririenta i)5~, Nr 4 pi- 103-108
(USSR)
ABSTRACT: The paper presents a retit-vt of methods, especially in
relation to insulator.3. F,~g I illustrates the first of
the two types of system considered, namely that in whi,:h
the transm`ttin,~ and receiving tiorns are the same. Eq (1)
relates to the reflected signal recorded from a flat re-
flector far from the horn. Fig ~ relates to the other type
of system, and Eq '.2) gives the reflected si6nal, again
with due allowance for all the various interactions; here
Eq (3) relates to effects produced by ;:hase change at the
reflector. The next secti~)n deais with methods of avera~--
ing the received signals in order to eliminate the effects
of multiple reflection when the reflector is displaced along
the axis of the system. Eq (4) gives the positions at which
the signals are aa-ximal and minimal reopertively as funct-
ions of the refiec'.iQn coeff,_,7ients'etc. Fig 3 gives
patterns ob,~ained for var-ouj values of reflection coeffic-
Card 112 ient as functions of distance for a two-horn system, Fig 5

,~~_.JV1121 59-4-24/50
Measurement of Free-Spacp Ref:ect,,cn Coefficiencs for- Microwaves
gives similar data for a one-hor% syster,-., Eqs (5) and (6)
are simpili f ied la.,~ !iu i - ~A'_ It- f ~ T practica I use " t~e
latter relates Fii~ 15 w~;, ~i a mq~,i~,-T or other such
junction is use-I in :i t~ie ri.,rit wilf of tne
figu-re Tro 1;,;jL rI
of tl,e pu, ~_,r It iL., -,r,
radiatic.n c,,T-v,-:-. -a r: i -t- c t i- e a e, f r
reflecti)n with~.,. ti,,, r_j,~ c;f
good accuracy ar~ :.r- ierte i e z, 9:. --11 r. , ~D f j_.~ ure s
and 5 referenceb, I vai ar,- En,~,I_sh
SUBMITTED: May 15, 1)~,)b
Card 212

0'
518
S/~144/61/000/008/077/092
2 WO 7 D201/1)304
AUTHORS: Kui)rfyanov, I.K. and Mirovitakiy, D.I.
TITLE: 'i, maj-netic analogue of the Southwctth magnetic film
PERIODICAL: Referativ~nyy zliurnal. Avtomatika i radioelektrunika,
no* 8 1961, 53, abstract 8 1341 (V sb. Ferrity.
Fiz_ I fiz.-khim. svoystva, Ritiak, *U4 JSSR, 1960,
451-457)
TaT: It in qhovrn that it in physically possible to real-
ize a magnetic analogue of the dielectric Suuthwortt) film. This
possibility resultri fi-om t1w nymmetry of Maxwell's equations witli
respect to ~L and P. The proposed magnetic film 'has several
advantages over the Southworth film. Tht- press-band propertieE; of
the Southworth film are iiot great (t 1016); that of the magnetic film
is determined solelly by the regio-i wrliere thn conditious ~k a a X, V~
tan 6).L>> 1 (a-a .0 constant, ~ - leng"' of ""'Ve, /"2 - ?he imag-
inary term of complex a) aro satisfied~ This is so because tlie
Card 1/2

30518
S/194/61/000/008/077/092
A magnetic analogue... D201/D304
maximum of the ma,,,netic field of tte -.tandirg wave is vcry well
defin(,-' for the whole of the frequeziry rarige tid corresponds to the
short circuiting ,,l tic. 2 reFererices. r.~bstracter's tiote: Com-
plete translation2 t~
Card 2/2

D( /D( Cj',
AUTHOR: Mirovits?'ij, D.I.
T IT LE: On the of Reiulsion nts-
Dielectric 'r. Free S,~-ce
PERIODICAL: lzmeritellnj ,j terc,,n'ka, 1 )6~ , Nr
ABSTRACT: The author investigates theoreticill-; ~-u(,
ristic cases referring to Soviet, A.
and J. Kelleher, K. Norton, : . 'Na,-L t, : . I .L, , -. B.
Senior, H.j. Neugebauer, D.J. jones, -!nd
(H. Severin and 'N. Baeckman) works: The c imen
has such dimensions that the ir:-adiation cf
/
V
edges can oe neglected but the incident wqve c~inn,-'~
be considered flati P) the Fpec."men is s!~ :3mi~l
that the incident wave can oe considered f1at, -in.-,'
the edges are irradiated visibly. T~-.e crine
the curvature of the wave phase front 71S
Card 112 wave diffraction on the specimen play ,in imi ort-t-n'

S I I I 5/~-,C/' "I- /'~ ~' ,/' ' I
D002/'DC;C,z,
On the Measurement
men in Free Space
part ,
and 13
and 5
of Rei,~ilF~ion
i 3 ex,imi ned
references ,
Soviet.
Coeff icip-i's of -i D.,t,, Li-, -,- . -
-x.: e rimentally. -.,.ere ire -~ *. fi
(jf which 7 nre I -,er7. i.11 .
Card 2112

L
S/120/60/000/03/032/051
E041/E521
AUTHORS: Mirovitskiy, D. 1. and Dubroviii, V. F.
TITLE- Free-Space Measuremeh-t of Small Samples of Dielectric-
Materials it Decimetre Wavelengths
PERIODICAL: Pribory i tekhnika ekspertmenta, 1960, No 3
pp 109-114
ABSTRACT: At wavelengths of 10 cm and above wavegiiide methods and
conventional free space methods for measuring reflection
and transmission coefficients become awkward. By using
end-fire radiators instead of lenses and reflectors a
significant reduction in size can be effected and samples
may be measured whose dimensions are comparable with the
wavelength employed. Fig I shows a number of rod aerials,
covering the range 3 - 50 cm. Their use has led to the
following conclusions. 1) with a sufficiently slow
surface wave almost all the electromagnetic energy is
concentrated near the surface within a sheath whose
diameter is comparable with the wavelength; 2) the
'effective apetture' of the aerial depends only on the
Card 1/4 extent to which the surface wave in -4lowed down strid

S/120/60/000/03/032/055
E041/E521
Free-Space Measure--.-t of Small Samples of Dielec trIL Mat erlal 9
at Decimetre Wavelengthb
adjustment of the beam shape is controlled either by
altering the material of the rod or fixing a modifying
section to it, 3) the phase front at tile end of' the r o (I
is practically plane and this enables samples to be
brought close to it and tc reduce sf~nsttivity to exterri,it
disturbances It) a dielectric aerial ~an be matched to
free space such that a wave falling on it does so with-if
reflection, 5) an end-fire aerial enables tile use of a
new device for indicating a reflected signal tile
surface-wave diri-ctional (oupler (Ref 4)~ Thi-i last devi
has low insertion loss (-r_~ 5 db) and high directivity
40 db) over a + 15% band, Refractometers have been
constructed for measuring transmission and reflection
ovor the range 10-30 cm and loss over 20-50 rill In th-
10-30 cell range 1114, atllal" have beell orlical 50 min
diameter at tile leoll"T %fill 1)()() Milk 1ollA iiin,it, of I'll U.M.y
loaded w.~th Ba,rio2 (c I It )rile 91ir f n(. e wit A ( ()It t "d W Iit
Card 2/;* graphiteN(200 ohm cm) in order to stabilize the a.5virimety ic

Fj J'J')'
5/1~0/00/000/03/032/055
E041/E521
Free-Space Measurement of Small Samplf, ri, Materials
at Decimetre Wavelengths
TE .11 node, fix the polariz%tion a,jd help decotiple the
sample from the oscillator. In the 10-90 cm range the
shape was similar, 75 mm diameter at the feeder. 750 mm
long and the material loaded to give 6 -. 18. The coating
was aluminium-loaded polystyrene (6 = 30) The support
f or t he sampl. e wa a o f expanded po I ys t yr ene ( s - g0. Olt ) .
The apparatus was calibrated by using the reflection from
a standgrd reflector. A small aerial made o- CaTiO
ceramic\')(c z 150) was used as a probe for exploring the
field. Fig 3 shows how the reflected signal varies with
distanc- (h - 30 cm) and varlotis reflectors Fig 4 shows
the effect of separating the transmitting and receiving
aerials to various distances for two samples of different
thickness and of placing the samples variou4ly Figs 5 and
6 give the field distribution across and along the
measuring area Figs 7 and 8 compare theoretical and
experimental re4ults at 30 cm and 20 cm wavelength
Card 3/4 respectivelf. It is concluded that for samples as small

S/120/60/000/01)/032/05i
E041/E521
Free-Space Measurement of Small Samples of Dielectric Materials
at Decimetre Wavelengths
as the wavelength the measurement accuracy was about 10';b.
There are 8 figures and 7 Soviet reference.4
SUBMITTED: April 217. 1951) L~,
ard 11/4

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wa v e g
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i

8/109/60/005/07/Olry/024
3140/9163
AUTHORS:. Miro vitskiy, D.I., and Valeyev, G.G.
TITLEs RyViid" Su'nctl'on'for Sur,'ace-Wave Lines
PERIODICALS Radiotekhnika i elektronika, Vol 5, No 7, 1960,
pp 1179-1182 (USSR)
ABSTRACT: Double T-
,Junctions composed of surface-wave d1rectiona'
coupler-4Xsee abstract 5 of the present journaTT-are
inv6stiga . The operating principle is based on the fact that
in the H-plane coupler there is cophase distribution of the signals
in the output arms while in the E-plane coupler, anti-phase
distribution. Methylmethacrylate and polystyrene surface-wave
lines were employed. Isolations exceeding 514 dB were obtained in a
band of 1 1 1.4. The shapes were found by employing paraffin-wax
mixturei with barium titanate powder, permitting varying the
dielectric constant between 3 and 25 with low electrical losses.
A 12-terrainal network for signal distribution is shown in Fi4 6.
There ar,4 6 figures and 5 references, of which 4 are Soviet and
I is French.
SUBMITTED: November 17, 1959
Card 1/1

;&40" 1030, 1144
Ai7m, HO.`17)
TITLE
35 29
IA012 'BO'
V i rD,j i t sk iy . 7! - 1e Y e v , anJ 'Rulagyan, I F.
Measurement ol th- -ompl,x Rf~flt-cti ~n F4,-t)r of Dielectric
Materiai
PER11)')ICAL- Tzmeritel naya t,~-knnik_-, 1960, No '), pp , 1
TEXT: The so called free-sPace meanuring method is used more and more for
measur)ng, the electromapnetic pitrameters of' various materials. Here, it is
recommended for measur,ng the complex reflection factor of the workplece;
the simple formulas from the pa 'per (Ref. 7) should be used for calculating
the electromagnetic parameters of the workpiece. An instrument for measur-
ing the o,iplex reflection factor of a plane-parallel sheet metal in the
free space is described, ani sho%n in Fig. 1. The instrument 29 a system of
lines fcr transmitting the surface wave, an.1 consists of a directional
coupler (Ref. 9), a balancing, device, and a phase shifter. The balancing
device compares the controlled reference signal with the unknown signal
refleo:ted from the sam~~Ie measured, The modulus of the reflection factor of
the sample is letermined from the angle rf inclination of the threads of
Card 2

~3 51 2 9
Meanurement of the ompllex Refiection Fu,-t-,r S/ 115/1"0 00)"o)
of Dielectric Material t1O I 2e'90~,4
the standard refle,:tcr whereas the phase ~s Jeterminel frim the inlication
on the rox-h and fine scale of ~ne phase .1hifter. Fig. 2 shows a variant
of the insirument Jescritpl, Tnis varant uses a ~ontrolllable tialancing
device for balar,ing tho amp, itules (if t!~e reference signal ani of the
signal measured. Here the it' the reflection fact,)r is letermined
frem thp angle (Al incl ination of the iielectri- vavep,.iiie qe-t f tne
bal~inr:ing devi,:,3 wherea5 th-, phase s Jeterminel :n t~.,- adme lhay ;iq With
the f irst instrumert. it is po:nted ),t t~,at the mo t -rogresi',,;e
measurir,g methois are isei vith tt~#- instriments ieq~rit~ei Two c~iuses of
the h.kyr, arcuracy cf meas,irez,,er,~ i7struments are mentioned Tne
s t ar, I a r I bt-A"anrinw levice in
refiector in tnr- f:rst Iri-I t~*~ 7r)rtrcllablc
the -;t-~:onl ingtr-,ment make it pDssir>le !c talance with high accuracy the
amplifudt-s and phases of the reference sip-na: anJ of the signal measured
by meanq .-f surcessive tuninrs. 2) The interaction between the instrument
antenna and the simple, which other%ise leals ti erroro, Is very low in
these instruments which makes it jnnecpsqary ti use the more complicated
mea3uring meth~,a required in rther ~auecj There are 2 figures and
'' references: 9 Scv:el,
Card 2/2

85254
r, i6/c29/1 -j4
j/ J
1,13 40 (1064, 11VV, /31/) A 15VAG 29
AUTHOR: Mirovitskly, D.I.
TITLEi A 3plitter of Superhigh-Frequency Fbergy With 4eak Coupling Between
the Channels
PE~JODICAL: Byulleten' lzobretenly, 1960, No. 16, p. 18
TEXT: Class 21a4, 4868 . No. 130933 (628843/40 of May 21, 1959). This
splitter has the following special feature: in order to increase Its band width,
it is made in the form of several surface-wave lines, connected with a --)Tnon
feeder and Intersecting at an acute angle or else evenly branching Dut, from
smooth or periodical delay 5ystems, e.g., diele,,tric or ribbed, which are excited
by an unsymmetrical surface wave.
Card 1/1 OK

87064
4/2 1 1
A1c,,/OA26
AUTHOR5i Mirovitakiy, D.I., Valeyev, ;.G.
TITLE& Hybrid Connections for the Super-High-Frequency Wavehani
PERIODICALt Byulleten' izabretenly, 1960, No. 20, p. 26
4,
TEXT: Class 21a 48 No. 132687 (6388f,2/4(~, Se, 16 V4") - Dependent
on Author's CertificaWrio. 130933! These hybrid r,,r thp su;,er-
high-frequency waveband, made in the form of interconnected splitters, are
distinguished by the fact that, In order to increase the bandwidth of the
connections, super-high-frequency-energy splitters on surface-wave lines as
4-nAuthor's Certificate No. 130933 are used as splitters.
Card 1/1 * Do, No, 6 5 7 11"A ( )

(10098
s,'12o/61/O00/0U1/03L/U62
0 (also 16 0 2, // 2-7) F. 192/F 382
AUTHORSt Mirovitakly, D.I., Budagynn, I.F and Valeyev G.G.
TITLE: Ultrahigh-frequency Refractometer Based on Surface-
wave Lines
PERIODICAL: Pribory i tekhnika eksperimenta 196 1 . No. I.
pp. 116 - 120
TEXTz The device is dosigned for the measurement of the
amplitude and phase of the refraction coefficient of a sample
which is situated in the narrow beam of an axial radiating
antenna. It is based on the surface-wave devices (Ref. 1u)
and follows the principle of the Michaelson refractometer
(Fig. 1). The operation of the system is as follows;
a signal from the generator 1 propagates along a surface-
wave line and is radiated towards the sample 4 , a portion
of the signal is transmitted into a standard-signal section
I - 2 - 11 . The portion I of the mnin section is in the forynof
a dielectric rod radiating antenna, while 5 is a receiving
antenna which captures some of the signal transmitted through
the sample. Analogously, the portion 11 of the control section
Card 0)

?o69P
..)/12o/61/UOo/001/036/062
Ultrahigh-frequency E192/E382
i a a roJ dielectric radiating antenna and 8 is a
receiving antenna which receives the signal passing through
the standard 9 . The signals transmitted through the samile
and the standard are applied to a balancing device 6
(through the receiving antennae 5 and 8 ) . which i!j applied
to a null indicator 7 . The surface-wave lines in the
instrument are in the form of dielectric waveguides these
being polystyrol rods having a cross-section of 0.)l x
A fine metal grid made of filaments having a diametpr of
6. l x lo-4X and a winding pitch of 3.9 x 10- 3 X i!, used
as the standard. The refraction coefficient of the sample is
measured by a successive adjustment of the amplitude and phame
of the signal passing through the standard 9 until it is
fully compensated by the signal which passes through the
measured sample h The full compensation its shown by the
null indicator 7 The modulus of the refraction index
of the sample, at full compensation. is equal to the modulus
of the refraction index of the standard, which can be
Card 2/5-

2 O&Y F~
S/120/61/0(,()/L)( I/U,6/00~.'
Ultrahigh-frequency L11WE382
determined from an experimental graph bhowing T = f(a)
where a is the angle of inclination of the standard refraction
grating relative to the orientation of the electric field of the
wave. The phase of the refraction index is practicaliy
constant when the inclination angle of the grating is changed
and the results of the measurement are therefore unambiguous.
The phase of the sample is determined from the readingh of
two scales of the phase shifter, which is situated in the
standard-signal section, the position of' this phase-shifter
is such that it corresponds to the full compensation of the
m at n and the standard signals, as 11 observed on the null
indicator. The course phase control of the standard
signal is effected by changing the length of the path traversed
by the surface wave of the standard signal. The fine
adjustment of the phase of the standard signal i-. done
~PT V
by means of an electrical v P r n i e rconsisting of adielectric
waveguide which can be displaced along the axis 8 -11 by
means of a micrometer screw 12 Th amplitudes of the
Al 0
standard and the measured signals CIM7~pe cumpared by means of a
Card 3A,

Ultrahigh-frequency
S/ 12U/6 1/000/ot? I/ 03h/062
E 19'-'/E18:-'
controlled balancing device,
i .; t h P n not tiecessary. A
principle is briefly described
16 references; 121 Soviet an(]
SUBMITTE D December 3. 1959
the standard refraction grating
refractometer based on this
There &rv 7 1 1 6Lures and
It non-oviet
Card 4/$ i

S/lZO/62/000/003/039/048
F,()-59/E335
I.i rovi t :%j j , ~j. I . and oubrovi n, V F
L-,.- Itanci for :ieasurenients on zaicrowave dielectric
ma t C, F I A I --i itt free -space
Pril,orj j tekhnika eksperimenta, no. 3, 1962,
Aut, c,:;,,% t , C rt, t u.,i i s d e s c r 1 b e d wh 1 c h i ~ i t, t end e d
I r I 'I. t:,,- c o 4-1 1 c 1 en t,,, (, f r e f I e c t i o n a n d t r a it s m i :s s 1 (, n
z, an- curvi-d _,heets of di e1 ec tri c mat eria Is . tine trcins-
~t er ind reccver atitennae &:-e mounted on mobile carriages
J) x r o r-.i eit I f- r,,, r (. w o r kIne recei vers are. arranged for si,4i-
t I J.-S M 4 , II A r e.;i t a --i t , f t h P r v f I o c t e d a n d A. r n n s m i t t e d wa v e s
lroi-.; the :3,r, 1) 1 q. The antennae an(I sairple are all mounted on high
L
colu::ir-s in (.rdor to ivoid distortion of the high-f'requency field
Ll,o metillic parts rf the ap-aratus. 1hp limit of rotation
0. 0.
oc tiw sairiple is 0 to '~60 accurate to 0.25 The limit of
Vortical and transverse motion of thecample is + ~OJ aLn, accurate
to 0.1 cm. Longitudinal movement of' the sample cnn be up to
1 %CO Mli-,. All -,,-,ovtn;t.,nts are independent or can be carried out
Card 1/2

-"()/(,-/C)C)rj/c)() 3/039/0 it
Stand for ri-,easurei-.ent.-i SOIVE335
.7.,U. taneolislj Ant t-zina e cons I ruct ion is described i n detai 1
of measurements and the calibration
tNe a;,!,aratus. Tl-.ere are five wavelength ranges and a
jystem i.-~ described which is used for making a choice
if' coll-ration and wor~.,lng standards. There are 14 figures.
N. IT LID October 10, I(J61
Card 2/2

n

Z t i rct t
t It Ik) t ti~is i nt i
1)o r t
I v
:c in j~ i i tr i I t I c
1 t T1 Z- 11'. V V F I c 1 .1 r v
ir t C 1. eri
(."". Iv
Iv c c T1
t v
va ry in f, t i e d 1 t a c e s a n a n e tlie rlie I v (tri cro
p i s t ol" 1 -,,k sb e c n d e v c 1 or) e d for :-.e,i sur i n g tlie r cf1 ect ,C) n
c t ors o f I I r c
p -i t p s , w i t h
a mea ;ur enen t error o
i n i
C.k r d I /Z

i14- r I-

MMr 7
1 7_7~
7_
Q
fT
I,AR Yr.
'TI
tikii' ~g
Cf
AZ.OVL skijrD
t
A
wtl~,.,!, 41
sjmthisrlO ot,"im _--6f layer and of &,msatU
19641 48-(4
'tram..:,
~T40: 40ittering! iisiocig reflection Coeffi6ient ...
VO directivity pattern Fourier tramformao
ii9si6h CoWLdiehti -Aiffraction
withor'cowiders,1he. possibiiitif of - "Uthemizi4 an lbihmmogeme-m
outi,lmyor~~=& k'scsttiri*-regon -by-usin theZoOrLerintegmt-tv
Ir awformation.
.-'functio; Oct
t"Is -if a eflect,
tk tliet a specified oa or trnnadxsi coeffii,,ient
a
or.
is not an entU*
diMactUit. era., Drity: pattem of the - kadiator)
fuwtical-6t.'the"ex'p6l=tiii'til*,, At Li, necessary.to resort to. a; representation,

4r',

'With Qe
r
ee.
g
functib4s. ti CUrsCYj br. Illeana'
of
fi
nite
wathe cons:
s*,w these
be
us
ed abo,to scribed
in
re4ted ri
Olds

9: 00.,

8!
S
4

.1 ~y

-t Li
_11' '27. 2

rr, 'r
A

9Wr(4)/E9C(k)-2 RB/Wa--2
-ACCESSION NR: AR5008939 S/0274/6S/000/002/A042/A04i
621.371.165 B
SOURCE: Ref. sh. Radlotekhnika i atektroavyam'. Svodnyy tom. Abe. ZA162
AUTHOR: Wrovitsklyp Do Is
TITLE: Synthesizing an inhomogeneous layer and a scattering region
CITED SOURCE: Tr. Voss. saachn. energ. In-ta,_.vyp. 26. 1964, 48-66
TOPIC TAGS: inhomoganeous layer, scatter propagationq
TRANSLATION: The possibility is considered of synthesizing an inhomageneous
magnotodielectrLc layer and a scattering region. The fundamental wave equation
is set up with an allowance for tioundary conditions and for out-of-layer (or
region) conditions as a non-Fredholm equation with a continuous spectrum. After
the vantage point has been transferred into the front or rear half-space and the
scattering spectral characteristics have been reached, the equations become
simple enough and solvable by using the integral relations of the Internala
condition Tnethad. The field Inaide ths inhomageneous layer In described by the

L 4o13-66
ACCESSION NR: AR5006939
Bernully equation. With the vantage point in a remote zone, the Integral equation
for the scattering region can be solved by a Fourier transform on the basis of the
specified scatter diagram. Bibl, 10,
SUB. CODE: No ENCL#. 00

If-U2L-JA BW(1)/T/FCS(k) RB/WR
CCF # ARS014657
'j;Sj0t4 NR. UR/0274/65/000/005/AO48/AO48
621.396.671.6
SOURCE: Ref. sh. Radiotakhnika i alaktroavyaslo Svo to o Abe* SA327
AUTHOR; Mi rovitskiy�_ D.
TITLE: Connection between the problem of synthesising a radiator and the
reverse problem of the theory of dispersion I . 26, 1964, 61-75
CITED SOURCE: Tr. Vaes. xaochn. energ. in-ta; vyp
TOPIC TAGS: electromagnetic radiation, antenna radiation
TRANSLAVON. The connection i considered between the problem of
reconstructing a source (a radiator) from a specified field and the problem of
determining the characteristics of the dispersing region from a known field. A
homogeneous wave equation with a coordinate -dependent wave number is trans-
formed into a nonhamogeneous wave equation with a constant wave number. A
formal solution permits, after/ the Fourier transform has been applied,
expressing the disturbance term of the nonhomogeneous wave equation Ji. a., the
1com 1/2

I L 3998-66
.!ACCESSION NR: ARS014657
I function of secondary sources, which depend on the total field and on the law of
!variation of the wave number in the dispersing region) through the total field
specified in a remote zone. The total field is determined by means of a
quadrature formula on the basis of the previously-found function of secondary
sources; this determination is necessary for finding the law of wave-number
variation within the dispersing region. Principal relations for 3-. 2-. and single-
variable scalar problems of the dispersion theory are presented. Adoption of the
constant-within-the -di ape rsion-ragion wave number results in a radiator-
synthesis problem. Bibl. 11. fig. 1.
SUB CODE: EC ENCL#. 00

ND(TITSKlY, D. I.
Fl'i,dii,g thri aciur*,,e frwr, fi t-.Veri Cle,d. :2-1. V.,.-,. La;. ;
f Iz. E c- 3 1": - " . : .
1. Vsc-soyuzny-f zao rinvy -n-r:*(:*~i-.,jojj,..,'y :r.nL~ t t. ~ .:);-;; *~',,?,j
,)nrembor ', 0 1 ot'j.

wo
Mir, p:,Z:
A
variants of
the problea of synthesis of an opticaur, lvbamo~
4111i
SOL"
Spekt
j*j
3L_
.obtl6il la"r.Aahc'm -optleal. field, coherent
reflection': G'o4fncIemt`j-. a*u1mr.41stributionp spatial distribution-
is defined -'wthe: determinatim,of the 101JAical
V*41itles.of Aho-AsM-for a proscribed refloctim (O-r- transparency) voefflatentp..,
wist as are IPAI`
4iiiaikix stidied the'prescribed. Charadi the vat
dictriiition functions of the reflection coefficients Iftme avaor do-
Condit
*Mideb the
_1928.
In tu-
j*'ftjtA _ ift owup" *04'soms' urUer: vork.

Wit
CIO,
41
Ad-

7m

P34094.66- . IjP(-. ) - 4041im- - - - -- --- --
ACC NR. AP6009053 SOURCE CODE: UR/0207/66/000/001/0093/0101
AUIHOR: Budagyan. I. F. (Moscow); Mirovitskiy, D. 1. (Moscow)
ORG: none
TITLE: Application of asymptotic methods of nonlinear oscillation theory to the wpg--
prollairation liroblem
A
SOURCE: Zhurnal prikladnoy mekhaniki I tekhnicheskoy fiziki. no 1, 1966. 93-101
TOPIC TAGS: wave propagation, wave equation
ABSTRACT: The olution of the wave propagntion problem in a heterogene(ws medium .9
achieved on the basis of the equation for a partial wave in a total fivid Alto,r wil-istituting
A (x) (amplitude factor of a direct partial wave of a total field In a hetcrorcricous nif-dium)
for the independent variable x (the geon-vtric coordinate), use is Made of the Modification
of one of the asymptotic methods in nonlinear oscillation theory. There is 9till no meti'myl
developed for finding the relationship between the function of the parameters of thi rnF-diu..,
and Lh,- function of the total field whirh w.)uld have an applicatit)n g(.nf ral cm)ugh !
d(-ternime Lhv function of the tota-1 field ., itiianya(,,uracy at an arbiLr;ir~ dependen(f -i t~~-
functi,)n of the niedlum parameters. The asyny!otic procedure pr(,.,4,-nt(-(] .11 . I
article for solving the problem of wave propagation makem it posigible. on the hai.q if
selected auxiliary function, to determine simultaneously the two functi,)nji
Card 1/2

L J4094-b6
ACC NR, A 11600905.)
prescribed accuracy. At the same time, the method proposed makefi it p,w4lb.f-
investigate the case of nonpropagating wa%-eq when the valid wilodon iq not 'm -cillating
one, but a solution which proceeds similar to red exponentials of a s0llit),)n WhIt ~.
describes bound states belonging to the discrete spectrum. Thus, confirmition ~n prrwided
for the hypothesis proposed by E. Ch. Titchinarsb (Razlozhenjye po sobstvennykh
funktalymn. Izd. inostr. lit. , 1961, vol. 2) on the possibility of the presence of a transition
between the properties of the function of the discrete spectrum and the properties of
qua,sistationary states. The method was also used to obtain aolutions for the proh)em of
wave propagation in a heterogeneous medium in more complex cases, including the periodic
dependence of the parameter on the coordinate; the solution, however, is not given in tI'e
present paper for lack of space. Orig. art. has: 9 figures and 32 formulas.
SUB CODE: 12, 20 / SUBM DATE: 20May65 / ORIG REF: 00,i / OTH RFF: 003
2/2 vmb

.;', V/ I

1s: ni Scie,%-es,
Braun AA. F., Doctor of Tec'riaic,
Candidate (,f 1 Scie-c e'l/ er", LArovf--.1V1
Increase of the li,~ it] T,Jiv,er-iture f,):, F r
Mitjineerijit, Stoel.-; -~) uid J:A% (Povyslieniye
:iap~reva pod k,)vrLA st'ley
1.~,RIJJICA L: hie L.,d1ovedoni--.,e 1 .)hr%bQLka .Iet,~11 )v,
pp 111-46 (USSR)
ABS?RACT: T~ie ,,urk describcl i;, ihi, -- per vvj.-
Le pu s i i b 111 ~ i e,. ~ f t.- x t e z~-i, - *, h,
of furjn6 ~,j increasin, tiil~, te For,
inVeSt,iC,3LiOfiS ',"e," t--ffccte(i oj Steel -%,, r,
of tte nickel stet-.1 4'~N ( 1 ~c.l '-. 10% Iii
compositlor,,i A It ~A,
Table 1. The u1"
pla-;,t sc~ile ailh blar~ks :)f lt,o v: l()0 ..,:a cruF~
.P--e foi.~in,,, effectc~;d r.-- ~)f
'
:raven ~,im..ier, wl~,- reby the
bi,j-nks were f~,r~j.-!
'L iine s . For he-icin t,iie f fivi--
cl~useL: 1150, 1-10( , 1- --)o- , 1---,u -,. ~-
was , D --OIILjuctel t. t jr~
~,q 1/4 ~i, -
'7 -)C
, r, h d t
-0 x Cfj am ) t ~
e t
,
,
,
-

I rcrease of the ~ieatin.
3teelF. 5 and 47)N
e ri s u r i r,;~ j, P,-,, j: I! m r r
pr ocerE f ur t1 I 1..wm, .
of incremsii,,, -.re re-. )erntui-e
on Lhe mcch,irica i pr, poi ir,
11'0! 71j)OVe r. -
c;irried OUt ','At;~ ~-S Of bl,jq
? L; f u l
~
,
for~;int, end tt.-..iper~ L ~re ---1~s ;30(~ '. The ii.1 1 1,7 t, a :7
also st,,,uied of v- , : e ~-- t, iat-, Ile... pt: r,,. r,?., . u; v
;,nn(-- a liri~, tiiae s ,t t f:~~e re i-,pt2 c t Ive t u- -, i : Lij.- s
t;rowth of t lie au., i te .,I in ar, "', c I I -J.': .1
of the dej,-,ree of re-i u,--t . on ui, t i t-- r,~ f u t
'ilhe posFi1Li1it1e-,i f (~cjire,t ~ r.. ~.,W C ') 1'. S Q, I
~;eatint, -nert: ah,o ii~ r~
.:iechunic i1 p- pcrtl )I* 1--e c,-,; bor, r~e- 1
function of t, e r - h.) A'
ti:w~) pri,,,i to f ,!. . ., .
entered in Toble T~,!,I,-.

e Ste- 1 "L~ f
rt,
f-)r. 1:. 1 ~ ~)u Cc, r -r r, f
L

,ju V / I , "~ -:),) - l'-, - I-, / I I -
Increase of the Heati,,i~. f'(,r F.,rging of the Engineerine
Steels 25 and 4514
The mechai-iuLl p., :,-utles uf t:,e ~to 'I t!
of the hebtin, t,!... r,;, ur.: f,
t /pe of !,e h ttre ~ i ~, :~ L, -' I.
A inuber of fi,,,icto?. ;Ii,c-l t i u,: t ~i;,,
are repr.-,,Iuce(l. On t~-~(! b i ,,. e o I t i
thf! f 011OV. irit, I U,' LULS L11'e a VI, i ve i a t:
1. An inc. r!ase il, -":,e :,e: I-;
,~ i T; -"'e.,
f rt-,in6 fru... 115U to 1~"JO C
Steul 4~;N. illwevc-i,
nc re tt.,~ in'.
C, a t ite., . C ru *,r-
's roye p 1 ~t:- 1, i C If i
tre a t,ae~
The plast-c dufo- ',Ioi- s, i
treatiaeLit briit, 'I~ollt
suc,~ aii extert th,~t; r- 1., :.c- f
Cl
.:--ated tu ll-,~J
p,- pei,tie,--- are- i~ienti,~I.
te:ipera~,ii-c f
~ar,J 3/4 Ilefcrm:~Licn can be S'te(~

Increase of the Heatin~_ Tem: ~_-r: for Forging of the Engineering
S'_ecls 2? and ll~lq
1270-1280-C 8nd ij~ f 7, ,, e ti tc
to 1-511-1"W C.
4. Sinct! t~,,_, '-,ert~
prior to d e f orma t i oi. is re c :eA i ii t 1,e f..
f r, r f o r t, i T, , s p r o, 1 u c eby :ne t t wiv1
vo lume o I dle f . r-.;- s ilf f ~ , 1..
for,_iiiF enJ !(_.es ri,_t excer!~~
initial te:iiperat-,iie c_~:. be ii.cre-.
mentioned li-mitc fcr utl er ~-.-pe~~ -,f 1~: s f
pi-ovide-; t,:,!t t,.e debi-ec. f f r. !,r', i I
tha-n 5 a:.d *_ r.c f end
exceed -,000C. iht,-re !re
ASSO, IATIOb : Novo-Kra:,,iator5ki -,r
(Novo-Kram--torsicly Maehinory Manufactuming Plant)
1. Steel-Forging 2. Steel-Temperature factors 3. Steel---
Test results
Card 4/4

)41ROVS T.
Initial temperature of austenite transformation into ferr'Ate
during rapid cooling. Izv. vys. ucheb. zav.: chern. met. 2 no.4:
A5-87 Ap 159. (KIRA 12:8)
1.Ukralnekaya Akademiya sel'skokhoz7aretyennykh nank. Hakemandovano
kafedro7 tekhnologli metallov Ukrainskjy Akademit sel'skokhot7ay-styann7kh
nauk.
kPhase rule and equilibrium) kSteel-Cooling)

FHASI I WON UPWITATION SOV/5457
XaUCftnO-tokhnlche.kcyo obanchsotva msohInoatmLt&I'nOY Prccq9hl4-n-
t-1. Soktalys metallovedenlyd I ter-41crieakoy obrst>ot.1 me.tal-
Not:llovqkd.nlye l.torxIche:kykobrb6btk� notallov; tr-j^.y Soktall
etall:;odenly L tormlahe a y 0 rsbotkl %et&llov (Physical
Notall Zy and Has t -re ".nt of Rots,13; Trftneactions of the
300tion or Phyal.&I Metallurgy and Heat TreaMent Of ALtals)
no. 2.Ploscou. Plashaix. 1964). !42 p. 6.000 copies printed.
Sponsoring Lgancyi Waucrino-takhnichoskaye obzhchomtvO
was.hincat"Itellney pr-cny&hl-no&tl. Taentral'noye travlonly*.
Sditorial Boardi 0. 1. Pogodln-Aleksoyev, TU. A. Geller, 4. 0.
R&khahtadt, and 0. K. Shroyber; Ed. of Publishing H~*: 1. 1.
1.03.1chanko. Tech. 14. . B. I. P-~d.l ; Kanagl,j Ed. rcr Lltorm-
ture on Retalworking and Macnino-Tool P~'Ingl V. 1. Kitt".
IUFJwzt This collection or articles Is Intended for metallurgist*,
mechanical engineers, and oclantirle research ork.-.
CCVXRAag: The collection contains articles des-r-bing results
of research conducted by si~bers or mTo (scientific Technical
Society) of the naclans-b~ildlng Irl-try In the f'%el4 of
physical metallurgy. sv~4 in trio heat treat=.nt or cost
tron,and nonferrous Metals -d allors. go p*rson.lltl.s are
mentioned. Post of articles are ac by Sovl*t and non-
Soviet mr.mn..~ and contain Ira- from Inevati-
gat4ons.
?&%Tj OF CohTIOM'
Illanter. M. To.. Doctor of Technical Sciences, Professor. and
L. 1. IDu=.toov and L. A. ppotashop. Engineers. 3oft---ng and
Recrystallitation Procesocs in Iron and Nickel Alloys 3
Trun.1n, 1. 1., Inginser. vroot or Cold-Wortlng CondIttons on
thap 2ndurance of Stool 12
M. L.. CandIdsto of Technical 3.j..c.s. end L. V.
Poly skma. Englroer. SrfwOt of Cold W.zrkl~g or. ". St-ture
and Morti-S, Of the V-_ Tlt--I-- Alloy is
0 Doctor of T*chnlcal Sciences. Professor. On the
Ex!pMeecont of Iron-Alloy Props,rtloo After Man-
Froquency Qj*nch UrdenLng 25
Zakhztvy,a R. I., Doctor of Physics and Ratheatatica. Professor.
CandlUons-for the Sian&-Phas* P-tice, in Alloys 39
Z&kh&"vg. R. 1. Structural Tro-f*rmatione in Highly C-relva,
Alloys '1 2
?ogodin-Alsksoyev, Q. I., D-~' -7 ~f Technical sciences. Profsesor,-4
T-.-r. 3arglytvakays. Candld. --f Sciences
Ufset of the Microstructure of R ... ralbl.
TwWor-BrIttlen.90 L. E.-C-b_ Man steel 59
ftkV-L.A-Al~v9.y.1ft, K. Pt.. Candll.t. of T.ct-..I.sl Sciences. Docent.
Iffec-t of Some Metallurgical Factors on strain Aging -r :.,at-.-
tional Carbor Steel 6T
arqMn Pq F., Dootor or T-ch,i-sl Sciences. Professor. sr-d A~';.
JtLrQ~q&k~;. Z~Clne.r. 2=4=019 2- Preheating Temperature on ftrong

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AUTHOR: M, E.
S -
TITLE:
PERIODI.'AL:
AB3TRA;-T: T
iie
41 1 12
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miRulsy-Y, E., .
Tram f ormatiorw in steel durinC hardc.--ng. Zv. r(s. UCIAlb.
zav.; chern. met. no,2:l1P-I-)P 16C. ~ ": ~'-' : 5: * .
L. t-krairiokayo akademlya -l7Ljkokhozyay9tvv,-nnykh nauk.
(~tcfll- -hardc:ning'
~P~.aao rule and equilibrium'.

1400
85130
S' .8 2, 6'-j x
A,6,,'Arj?`j
AUTHORS Braun, M P , Vinokur, B b MlrovsKly, E Gfj 1, e r. A 1-_M
y-U5hk1n. L G.
TITEL: The Effect of Hot Forging Conditions on th4 PrcpartieF cif Larg-
Forgings
PERIODICAL- Kuznechno-shtampovochnoye proizvocis-vo. 960, W, 4, F~p, 11I
TEXT To analize the effect of heating temperatar- ~n Tt- proper*les
large forgings, a statisti-a.1 analysis of two -jea-s snop r-~-ras ani :jata -f p-e-
vious investigations (Refs 12) were used ani -AP,;!rImen*s w1'-, 10 ',) zA~) -o
steel inNtswere - ried out. Lngots r)Kh))i~~XH i-cY-hN0ana
ar of 55X 15
(55KhNM) were heated to higher temperatura ~ftan usua-i ani fo-g-ed 'nt-
st-s,pped pieces with diamel.ers of 960, 670 and 480 mm Du~? to n- hign.-r* tArnpp,at-
tur-~ forging could be completed with a single heating, mhe-eas In the
shop practice metal ha-s to be heated twice with intermediate reheat T,i- z"-
of overheat and holding timt- at forging temperature was studied :1 wa~~ sla'-J
that the compulsory longer heating time did no, spoil the me, 'a, prcp-?rt1es -vc-n
when metal was heated to 30 to 400C above the established limit Ma--ro!at-u-ure
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