SCIENTIFIC ABSTRACT REVICH, V.A. - REVINOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001444720008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MALTYZOV, V., rabochiy; MOITAKROV, A., rabochiy; FOLYAKOV, I.P*rabochiy;

SZANTO LASZLO, L.; REVICZhY, Alice; GYULAI, Erno; GORGENYI, FrigysB

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L 37935-66 E.%IT (m)/=-*.-'IP (i PM
ACC NR: AP6028495 SOURCE CODE: HU/0018/65/017/006/0634 47
AUTHOR: gaviczky. Alice L.--Revitski, A. L.; Szanto, Laszlo--Santo,,,L.;
Grynaeus, Tamas--Grineus, T.; Nony, Ilona--Magong, I.
.ORG: National Institute of Rheumatology and Balneology, Budapest (Orszagos'Reuma. es.1,
Furdougyi Intezet)
TI'IU-,: Deiodination of I sup 131 labelled amino acidJA
SOURCE: Kiserletes orvostudomany, v. 17, no. 6, 1965, 634-647
a
TOPIC.TAGS: amino acid, tyrosine, hormone,-iodine,.isotope separation,,,chromato
ABSWGT: lR the case of butanol extraction and chromatographic separation from
KIII or I -labelled tyrosine, or compounds with a thyronine skeleton, the. particulir
.phase of the procedure at which 4 loss of iodine appears as well as the degree,of
this loss have been determined. The investigations were carried out inaqueous
solutions and on materials mixed.with serum for comparison. The problems and.
questions-of composition of the thyroid hormones and precursors as.well a's.,of.BII
have been mentioned briefly. Finally, the reliability of the isotope method.
described and the problem of its usefulness have been discussed. The authors
thank Laboratory Assistants Laszlo Ce iIiA and Doctor BaranyAl J024glagror
technical help* Orig. art. has: 4 figures and 3 tables. LJPRS: 34,1611
SUB CODE: 06, 07 SUBM DATE:, 13Feb65 ORIG REF: OM 00 REFI:.
Card 1/1

L 37937-66
ACC NR. SOURCE CODE: HU/0018/65/017/006/0648/0 655
AUTHOR: -ReviczjQj0__A_jjce .--Revitski, A. L.; Szanto, Laszlo-Santo, L.;-
Gr,U us;' Thkias-Grineus, T.; Magony. Ilona---!Magon', I.
ORG: National Institute of Rheumatology and Balneology, Budapest (Orazagos Reuma
es Furdougyi Intezet)
TITLE: Deiodination of components of the blood serum labelled endogeneously with
I sup 131
SOURCE: Kiserletes orvostudomany, v. 17, no. 6, 1965, 648-655
TOPIC TAGS: rat, iodine,.blood serum, isotope,.tracer study
ABSTRACT: In the course of the experiments, the analysis of the blood-serum of
.rats treated with labelling-amounts of 1131 are described. It is concluded that,
there.is a great diffezence between the amount of iodine-hormone fractions and the,_.
total amount of serum organic iodine* It is discussed in detail and it has also
.been proven by means of a mathematical method that the results obtained~ with. the .
active method can not be considered as analogous to those obtained with the inactive.
method. The results obtained with active methods correspond to.the true conditions
only approximately. partly because of their biological half-life and partly because
of various.degrees of iodine losses occurring in the course of the determination
and explained by the instability of the iodine derivatives* The authors thank
Laboratory Assistants LQAMII~ Canilia- and Doctor Baran7vai Jo2sefte for technical
Lip;. ig I 8%WhM11G,aqd ~.tAbys JdFBS'.: 3L.1611-
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Mj:i1-1A 1~y
REXICZKY L Alice SZANTO, Laszlo, IjRTNAEM, Tiamas, MAGO.NY, Ilona; National
Institute of Rheumatolojy and Balneolorry (Orszagos Reuma es Fu:-dJc;u;--yj T t=Te~).
Trypsin and Pancreatin Digestion on the Iodide-Containing Proteins
ffect ol
and Amino Acids of the Thyroid."
Budapest, Kiserletes Orvostudomany, Vol XVIII. No 5, Oct 66, pages 502-500'.
Abstract: rAuthors' Hungarian summary] The effect of trypsin and pancreatin
i5n the. 1131-labelled thyroid-proteins of rats was studied. In an identical
medium, completely different results were obtained. The splitting ability of
pancreatin proved to be greater and this excess appeared in the thyroxine and
triiodothyr6ine fractions. The eventual importance of the quantitative ratio
of thyroid hormones which are bound in two different ways is discussed.
4 Hungarian, 12 Western references. [Manuscript received 23,Oct 65.1

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DAMILEVSKIY, N.N.; REVIN, A.S.; SAFIYANOVA, T.Ye.

COUNTRY u3LB
Cp.TEGGRY cultivam'-, Plants. Industrial, 01---iferctls, Ouger- IV,
101M
AP3 'RzMioi. NO, 2'~ 1958. 1-10. 101,775
.
.
AUT-40'R t Pt-vin. B. T., Zelazinskiy. Ye. I,,.

TME Femi:~ In Ku %in
IMG. PUB. L-,~n i kcnoplya. 19J No. 1. ILi-15
A ~!S T R -A (,T is tlt~-- principal aupp-lior ef the -queas c,,'L sauth~-Irn,
heirp for oth,--r nbl&:~tlt3 wiv~ Repl;blics of t1rus ncuntry.
Elf-vt, r~,yon~i, c,-A4~411,v in the icwthern ~~nd southern
parts of Fxar.66&rf;kj.y kra!~ ara fingageu in hemp ,:;ro-di
AE:ricultursl t~vchnique neasvrec assuring~ 7--oducction of
ch-i6fly of t ha a;-- ru sof he3,P
~Ii yields of Th#-- ateims but
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USSR/Cultivatod Plants - General Problems M-1
Abs Jour : Ref Zhu-- - Biol.., No 1, 1958) No 142o
Author B.T. Rev-In
Inst Not Given
Title Agriculture in France
Orig Pab Zemledeliye, 1957, xo 6, 82-87
Abstract No abstract
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(Mrasnodar Territory-Collootive fam)

Call Nr: TN 705.R8
'AUTHOR: Ministerstvo tyazhelogo mashinostroyeniya 5SSR.
tTekhnicheskiy otdel
TITLE: Metallurgical Equipment (Metallurgich,eskoye oborudovaniye)
PUB. DATA: Cosudarstvennoye nauchno-tekhnicheskoye izdatel'stvo
mashi:nbstroitel'noy literaiury, Moscow, 190, Part III,
299 pages, 4,000 copies
ORIG., AGENCY: Mi-nisterstvo tyazhelogo m.ashinostroyeniya SSSR
Ebitm Fustanovichi V.A.; Scientific Editor: Tselikov, A.I.;~
~Compilets of Part 111:'_!evin, I.A., Chayka,.V.Kh.
'PURPOSE: The purpose of this publLc4ttion Ls,to acquaint a wide
circle of;engineers, technicians, planners,-etc., connected
withnitallunicAl Olant's,,.of machine designers and pro-,.
9
duction engineers.' as viell as the students of-higher and
other technical schools, with the design,and eypes of
Card 1/S

Call Nr:. TN 705.R8
Metallurgical Equipment (Cont.)
metallurgical equipment produced under the authority
of ihe Ministry of Iteavy Mac,hinery Construction.
COVERAGE: This book has a dual function, being both a catalog,and,,
a reference.book. It lists, accoj7ding toa generalized-
and systematic sch,eme, the basic assortmint.,of equipment

e e
produced by plants df the Ministr as 11 as th
YR, w
,
engineering data on -347,types of-mchinery and automatic
equipment of''dtandard size, and found satisfactory ifi'
operation as based on the pr6duction record s for.th~e
years preceding World War 11 of the Soviet plants.'
which-are,listed-below.-The present volume, is Part III
of a'three-. part !publication, whose separate sect ions deal
with the folloviing'equipmefit:'I, Crushing,and Grinding,'
Sinterting, Blast-Furnace and Steelmaking.Equipment;~.
II, Cranes,fot Metallurgical'Plants and'For Special
Purposes; Mechanical Equipment for.Coking Plants;,
III, kolling-Mil.1 and Auxiliary Rolling-Mill Equipment.
card .2/11

Call Nr: TN 705.R8
Metallurgical Equipment (Cont.)
The book contains the following Information on each--.1.1
listed item: A-general layoue giving,the principal
dimensions; a brief description;.the principal technical
'performance data; the basic weight ;data and for the
sake of orientation, the ba'sic data on the electric's
motors. No personalities are mentioned, In thei,Preface'.'.
The facilities which are wentioned~follvw,-. Metallurgtcal
equipment plants: UralmashzAvod Is. Ordzhonikidze;
the Novo-Kramatorskiy Plant im. Stalin (in Krasiatorsk)el
the Staro-Kramatorskiy Plant im. Ordzhonikidze; the
Novo-Kramatorskiy Plant im. Stalin (in the town of
Elektrosal'); the Irkutsk Machine Construction Plant.im.
Kuybyshevi There are no references.
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AUTHOR: Revin, I.A. , Engineer. 122-4-4/29
TITLE: The h.z-avy gauge sheet rolling mill "2 800". (Tolstolist-
ovoy stan 112 80011).
PERIODICAL: I'Vestnik Mashinostroenila" (Engineering Journal) 1957, V1,37
No.4i pp. 28 - 33 (U-ses-R.)
ABSTRACT: The plate mill '12800" installed and put into serviceL
in 1955 at the "Urallmashzavod" plant was designed for the h
ot
rolling of plate between 4 and 50 mm thickness, betweenLl 000
and 2 500 mm width and between 2 500 and 18 CYOO mm. length from
slabs of 100 to 250 mm thickness, 700 to 1 500 mm width and
1 500 - 5 50C lengths and a w 7 1/2 tons. A brief
eight up to
description is given of the soaking pit section,,.the coarse
andfinish rolling sections, the hot finishing section, ands
the cold finishing section., The coarse rolling lineLcons iStS
of a reversing rolling stand with vertical rolls of 1 000 mm
dia. and a reversing two high working stand withLhorizontal
rolls of 1 150 x 2 800 m dia. The finishing line consists of
a universal four high stand with horizontal rolls, namely the,
working rolls of 800 mm, dia. and the supporting rolls Lof L
1 400 mm dia. The hot finishing section consists of two hot
1/2 levellers, cooling rollers and further, blowers for co 1*
0 Ing
down to below 250 OC. The cold finishing section has one

30708
S-/02o16i1!4!1OO210221027
1)- -7
S 00
AUTHORS- Revina, A. A., and Bakh, 11.~
TITLE: Electron paramagnetic resoliance study of the interaction of:
molecular oxygen with a stable free radical in solution.
PERIODIOAL: Akademiya nauk SSSR. Doklady.; v. 41, no. 2, 19
61, 409-412
TEXT: It was the object of the authors to pursue the primary reaction of
02 with radicals. d, O-diph,enyl-P-picry'. hydrazyl (I) in, benzene
solution was used as free radical. This compound was synthesized by
A. Ye. Arbuzov and F. G. Valitova by their method /ZhOKh, 27. 2354,0957)).
The investigation was carried out with an 31TP-2 (EPR-2) si-~--Ctrometer of,
IKhF, with 0.08 CM3 of 1 being.used. The known fiveepr lines witha
16
width of'~J50,oe (number of paramagne.tic eenters 4-10 ) Were,obtained in,
vacuo. At 150 mm H9, the spectrum widened to 60 oe~ and the.
P02
~6
number of paramagnetic centers dropped to 3.4-10' At pC) 760 mm-Hg,
2
Card 1/$

3 07 -08
S/020/61/141/002/022/027
Electron paramagnetic resonance... B-~017B 110
the hyperfine-structure vanished. The spectrum now only formed a wave of
16
72 oe width, and the number of paramagnetic centers -Aas 3~~0-10. After
eva.cuation.the initial five-line spectrum reappeared. The effect of the
duration of contact between I and 0 2 was examined ir an ampoule
containing 0 2 and I in a ratio of~B, After 90 days no free radiGa,ls*
could be observed any longer in the presen;~e of 0 After evacuation,
2
'however, they reappeared. Samples Without 0 did n-t show a variation of
2
their content of free radicals during this time. The rate of disappearance
of free radicals furthermorL& depended oa the addition of~O Fig-3
2'.
shows the results obtained for V /V -8;,50; and,100. The variation
gas liqu
is ascriLed to the
of the epr spectrum of I in ths presence of 02
interaction caused by
superposition of two effects: 1) mere physical
~the paramagnetic properties of 02 molecules. This leads to,a widening of
the lines, but does not affect the unpaired electrons in.the system,
2) Chemical interaction which, due to the formation of a.p.eroxide
Card 2/0

6-~
4~/002/022/027
Electron 0 B C
compound, leads to the disappe-srance of I radicals, d e c. om.r o s e S
hoi.,ever, on. evacuation. Ili th -,:t longer --ontac". betP;een I and 0
2
oxidation products of I are formed. ~Fig, 3 sh.,3ws that 'he reaction.:
slows do,.-,,n ahen there is little 0 excess. T~J.P
formati:,n of thA pri-mary
2
ide compound is a fast reaction while the aubseq-uent c C r-, of
'Peroxi a nv e r s i
this compound 'Into final oxidation products prooee"'s S401411y, The 0
2
consumption was found to be greater thar. what wou`wd have corr~lsarnded
to the consumption of L This is explained by the fa--.~t thal the solvent
o b -
contributes to the oxidation process, Tha-s contr,buticn zan a-'-=
proved by the occurrence of phenol groups, the aniount of whi-ch exceeded
the amount of phenol groups contained-in I. The wu-thors thank Professor
L. A. Blyumenfelld for adv,~ce and di~cus8Lon. Thw~-.P are 3 figures and
11 references: 5 Sov-,et and o' non-S6viet. The four most recent referen'--es
to En lish
9 -language publications read as T~ Ma~sugashtta, K,
Shinohara, J. Chem. Phys.9 52~ G54 (~,960); B. R, Loy, J~ pojymerz Sci.,
~44, .34 1 (1960); J.. Deduch-i Chem, Phys., 52 -~;144 ~-,960'; T H.- Brown,
D, H. Anderson, H~ S. Gutowsky, J. Chem. Phys~j 15, 720 -~Ir,-060)~
Card 3/

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ec ti-On paramagn e t c resonance..

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Lle ~-Aroohem-43t-ry of the . Acadtiiny c, f S.: en es USSR).

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af
I'Aa v 9
Fig Vt tion of thin disappf.,aran ,~e rate 3f -l n~ a t 10 rl
of the to"."'i" C, -oriteril, in the sample .

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ri~o 2 ra

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f -al n th e p r e s n c e o f 0
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A E-
G" tl~c i.i- w..1i .... .. f th~,c radicals hy F-%R-sp-t-sc.py, In this caw th, !-itival, of the 1prctro-cle, is riot
N11.1rd by 11-x flcq or the klysiton, if special arringenwitti ire employed. but by the noke level of
the p . -Pjifie'~
IN'topc of Iv, "i,c P-amphr~rs (C g. omiefj) it is then posOle to Increase the unswvity or the 4;vctrutncter.
The ,onditwo, for this are -lcul.ted.
An X-band rube mixr t!c%tl 2.0. The experiments were run
with a hydraulic laboratory press (5 t) in an ordinary die with a
hollow punch, internally cooled by liquid 02. The, punch
diameter was Z6 mm; round 50-65 mm blanks of Nrs 10, 20,
Yal and YalT steel I and I.Z mm thick were used.. The temper-
ature drop ir- the blank was determined by means of four therm-
ocouples mounted in the die. The design of the die andthe
methodology of the experiment are presented. It is established
that the process of deep drawing with local cooling of the blank
to temperatures of the order of - 150 to - 1800C makes. it pos -
s-ble to attain drawing ratios of K - Z.:) or.more af.a single
Card 1/2 working stroke of, the die.. F-of St with cooling of the blank by,

137-58-6-12232
Deep Freeze Used in Formmg by Drawing
liquid air is more advantageous than F with heating and multiple drawing-
The design of the die is simpler, and the great amount of time required for
preheating the (lie before F is eliminated. The temperature drop is smaller
and crystal growth in tile blank is completely ruled out. Of practical interest
is the redistribution of the wall thickness of the formed object, since in F
with reduction of ibicknt~ss of grades 10, ZO, YMT and Yal steel, the reduc-
tion it) the tIlICIkn(,!ss of cup walls in tile vicinity of tile bending projection on
E-,,reat with deep freeze F as in ordinary F, while
the die is only one,half ac
controlled distribution of the cooling liquid may be used to obtain the re-
quired distribution of wall thickness of the part. This fine control is not
possible with the present F methods. F of nonferrous alloys based on A],
Cu, etc., is deenned to be undesirable, as they undergo only insignificant
changes in mechanical properties at low temperature.

PUBS I BCON EXPLOITATION SOV/3791
3oveshchanlys po obrabotke sharoproohnykh splavoy, Moscow, 195T.
ObftbOtka SharoproChnykh Splavov; I aborn1k dok2aAov... I (Treat-
mant or meat-mosistant Alloys; collection of Papers Read at
the Conference)-. Moscow, Zza-vo AN SSSR, 1960. 231 P. 3,500
soples printed,
3POrAOr Lag Agonclos~ Akadealys nauk SSSR, Institut aashinov*denlya
Komisslyne po tokhnologil mashino3troyenlya, Akademlys, nauk SSSJL
InAtItut motallurgii I=. A.A. BaykOva, Nauchnyy movet. po probleam
sharoprochrykh splavov.
Rasp. Ed.: V.r. 'Dlkushin, Academician, Ed. of Publishing Hoaset
vA. Kotov, Tech. Ed.: V.V. Bruzgull,
FUMU: ?me book to intended for metallurgists.
COVZM33 The book Consists Of thirty papers read at the Confer-once
On the Treatment of Heat-Resistant Alloy3 hold in Moscow by the
Committee on Machine-BuildingLTochnology, institute or the
Academy of Sciences USSR, In 1957. The
Papers cola wLth four principal areas or &.1joy ~tzal~jrgyj
aasting, rorwLng, MaChinIng, :and welding. The A11073 (together
with refractory carblde3, borides, nitride*, and oxides)
discussed OsPecisaly In connection with their application
in the manuf4cta" of turbine blades, heat engines, boilers,
-torn, containers for high- temperature =odla, dieso casting
='.' .1d "t&l-cUttlr%g tools. No personsairle3 am mentioned.
3omo of tho,artLclss am accompanied by references. mainly
30-vst.
..V. C48% Rotor Blades for 25
1-0- 31cu&&--sVo..S.B. Pevzner, and
The Is .--RaZUVaywV-
ThOMOSSMUnIC&I-COndift-ons In the ProsaworkIng 019R.'safr&otory
A410YO IOf.M.127blOnUa and Chromium Base 33
P247-1-B-, and 10.1-Alsk3amirov. Effect Of Work HrdonIng
Vvlalritlsuo Strength of. Heat.1toelOtGnt 3ts0lS at H.-gh Tompara-
turn@
41
Deep Drawing of products Pros VA&t_R~glgt&nt are at
A"ft-f0ch. App. Ica of Deep pre In&
'Ica- a
53
.0
NZ40 InOTI-T.YA., and T.N. Saxonova., ?last- Workability and
PrOP.GrUsa of-Tizanium A11078 96 DOZ-ort"Unod by the
of x3t; Workins
Varydov, Yu so LI L1. a t'r'so 'or the St&apn& of
A&t_IWM istant
W34"Ing Of Xs&t-lt*21$tant 3t*ol Stardard parts
B..Its, Rivets, Etc.) 75
VKQjILoshdv X y
PresisLon Drop Pqr&ina,of 3tsgl (Turbocomprgasorl
xyf1?A-Y0-M. Process Of Manufacturing Turbins-Blads BiLnkm Pros,
NOW Osilt&nt Alloys With Minimum Mikohining Allowances ja0h,
the Blade
ST
xlkol'skly' L.A. 3peclal Features Of the Drop PorgIng of Tlta-
nido-Alloys-,
ANI1kO1&Y~V-.-0,A,. Welding of Turbine Parts Made Of FG&t-RoAlstant
OYa
log
Automatic Electric and ZIsGtrO~I&g; Welding of
Host-Realbtant Alloys
113

S/123/62/000/019/010/010
AOO6/A1O1
AUTHOR. Revinov, V. N.
TITLE: Sheet press-forming of (YaIT) and HM (YaI) steels.using deep
cooling
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 19, 1962, 16,
abstract 19V70 ("Tr. Khar"kovsk. aviats. in-ta", 1960, no-. 20,
153 173)
TEXT: Information is given on.results of investigating press-forming of
0
YaI and YaIT steels with cooling of the maximum stress zone down to -160 -7 170 C'~'~~
while above-zero temperature is maintained on the blank flange., an extrusion-
coefficient as high as 2.8 - 269 can be attained. Comparison tests at room tem-
perature and boiling temperature of liquid 0 have shown that in deep cooling the
YaIT steel is strengthened 2 - 2.1 times anOYaI steel by a factor of 2.3 with
unchanged &-. To cool the walls of the press-formed part, the punch has a cavity
'into which the cooling agent is supplied. A drain tube evacuates the vap Iors.of
the cooling agent from the punch cavity. The punch parts, having low temperatures'
Card 1/2

S/123/62/000/019/010/010
Sheet press-forming of... A006/A101
during operation, are heat- insulated by means of glass fabric, asbestos and
textolite. Parts contacting the cooling agent are anti-corrosion coated. The
operational parts of the punch are of conventional geometry. Due to a large
mass and satisfactory heat exchange with the surrounding-air, the temperature
of the die and the pneumatic clamp remains positive. This makes it possible to
employ-conventional greases. The following cooling agents are used: liquid 0
2
(boiling temperature - 1830C) or liquid N (boiling temperatire - 1950C). Re-
sults are presented of an analytical dete&ination of the exurusion coefficient
and the effect of friction upon the process. There are 20 figuresand 9 references
S. Shirman
[Abstracter's note: Complete translation]
Card 2/2

e, no, ;rang.e.in,
nee compares, ~fi~brably`
-per o v
ling._. e~~awim lath6ut 600