SCIENTIFIC ABSTRACT SINAYSKIY, M.M. - SINDALOVSKIY, G.KH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550720016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

" " Ca.. of F-li~ctrc
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:7~o,!.orF f or mov it-oll de-.ric-s of Iyd ra . I ! c str c ~~r =s ~'. Moscow, !"~70-
pp alltl T,,tt- -A-r M s~:ow Cr,],~r of -71.nln Po-.i,.r
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SINATSKIT, Mikhail Mikhaylovich; YEZIOUZIT, R.Te., red.; TJETONOY, G.Te.,
to kkin . red. -- . -
[Start regulating resistances for electric motors of cranes]
Fuskoreguliruiushchie soprotivloniis dlie kranovykh elektro-
dvigatelei. Moskva, Gos.energ.izd-vo, 1960. 19 p. (Kranovoe
alektrooborudovenis, no.5). (MIRA 13:8)
(Cranes, derricks, etc.) (Zlectric motors-Starting devices)

I_-I*I
KALINM, Vladimir Sergeyevich; FA7M, Goorgiy Ookarovich; SINATSKIT.
M.N., red.; SMDI, S.T., tekhn.red.; BORUROV. K.I.. tekhn.red.
[Hoisting electromagnets] Gruzopodlemnye elektromagnity. Moskva,
Goo.energ.izd-vo, 1960. 31 P. (KIM 14:1)
(Hoisting machinery) (Blectromognets)

IVAhOV, Viktor Mikhaylovich; KOZffUSHKEVICH, Vladimir Georgiyevich;
SIMAYSKIYs. MAL. red.; B01010Y, N.I., tekhn.red.
EDirect current motors for crane hoists; regulations on
installotion. maintenance, and repair] Kranovye elektro-
dvigateli postoiannogo toka; rukovodetvo po ustano7ke.
ukhodu i remontu. Moskva, Gos.energ.lzd-vo, 1960. 62 p.
(Kranovoe alaktrooboradovanie, no.41ro (MIRA 13:7)
(Electric cranes) (Electric motors. Dirset current)

BREYTHR, Mikhnil Yefimovich; KRICHEVSKIY, Aron Somuilovich;
SINAYSKIY.-J4.X...red.; BORUNOV. N.I., tekhn.red.
(A.c. and d.c. brake electromagnets] Tormoznye elekiromggnity
pootolannogo i poremennogo toka. Koskva, Gos.energ.Isd-vo,
1960. 63 p. (Kranovoe elektrooborudovanie, no.7).
(mIRA 14:2)
(Cranes. derricks, etc.-Brakas) (Ilectromgnets)

SINATSKIT, P.M., Inzh.
All-Union conference on electric crane Installations. Blektri-
chestvo no,3:91-92 )Ir 160. (MIRA 13:6)
(Electric crane*--Congresses)

:jELE!.'IKIY, G.I.; J,,ETTIR, IM.Ye.; IVANOV, V.!-*.; ILUMB!, V.S.;
KOZEUS'DIVIC", V.S.; FET,,AYGVSKIY, V.,,-!.; RABINOVICI!, A.A.;
RU."'ILSKIY, I.A.; SJQNAY-SYJY, Y.E.; IMLE.", G.O.;
KHOROSHILKIL, L.L.; KOVAR, P.A., red.; BULIDYA',"EV, N.A.)
tekhn. red.
LElectrical ec,uipment of cranes-I Elektricheskoe oborudova-
nie hranov. Moskva, Gosenergoizd!;.t, 1963. 399 p.
(I.'T 'A JE:12)
1. Kollektiv inzhenerov moskovrkoco zavoda ffDinu.o" imeni
S.'. Kirova (for all exopt Komar, L_~Ulldyayev).
(Cranes, derricks, etc.-Electric equiFrer-t)

SPIAYSKII, N.A., inzlj.; IMERKULOV, A.G., inzh.; SH-111MYSKAYAP M.S., kand.
W.hn. nauk
Results of a roentgenographic analysis of power fu-31 ashes.
Teploenergetika 11 no.12:65 D 164 NIRA 18:2)
1. Khimiko-metallurgicheskiy institut Sibirokogo otdelfmiya
AN SSSR.

7(6)
Al'T H:-', ~~ S Rovinsskiy' B. w". , Sinanysi-iY, V. SOV/~2-24-1 I -
TITLE: Preparittion of tf~_eil7lot of the Crvo'al
Lattice" by the :.Iethod of Continuous Reistration
(Polucheniye dii.~rramm kri,;t%1liches-
koy reshetkill Ti-~to(lom nepreryvnoy re.~i~;tratsii)
v
PERIODICAL: Zuvodskaya Laboratoriya, l')1)8, Vol 24, 11r 11,
pp 1367 - 1370 W;310
ABSTRACT: In contr,,Lst to the usual -nethod, by which the
defor-iation of the samplea. t~--kes place ~.tepwise
and with each chan,-e of the loao the saariple is
X-r-,,' red, t-.e method repo.-ted here emplo,-s continuous
X-rayinc on a movin,:~ film. The correnpondin,; defornin-1,
load io recorded si.-.,.ultaneously %.nd attom,,,tically
on tiie X-ray T',.e film hol_~Ier rtit;-, its fil.-_l is
turned by tvio SD, -2 synchronous motors. The :-,''eel case
with the film _older is attacned to t'~,e columno )f' tie
XK -12A machine, to which the X-ray tube is al-co
conveyed (Di-,-..jrari, Fig-are). 'N`.en a BSn tube 's us-ad
Card 1/3 an e.~pacure time of .-bout one h~)ur

Preparation of the ,!,)t "Loarl-Defor--vLtion o,-f tl-~e j
Crystal L-fl tico" ~Y t`:e of Cont in7~- t
Corres pond i ngly, the velocity at- which t,-.e fJ lm
turns and the velocity of deformation be
re.-ulated to this pcriod. From an X-ray picture if a
finely gr:tnulzited, cylindricfil mm) 11r-
aluminum samplc~ which had 'been di~,,tle:--Jed 0,%a ,-nd of
layers of lines (511)(533) in the a~so.-:,--.ion of the
KCL radiation of cop-per it is -pparent that on the
two sy-nmetrical fields of the X-ray plate the K CL 4:~nd Kaj
doublet for-is two curves ahich can be divided into
four parts. The first section corresponis to the
condition of the load, the second to the elastic
distension, the third to the transition of the de-
formation into the plastic region, and the fourth
part to ;the decomposition of the sariple. In thi,.; last
section the lattiQe narnmeter ~-,hows :,. jreriter valize
M-an in t!-'0 irit4al ~onJition, which paints to u residual
defor-i%tion of invc-rce sign. A:non,- the ndvantcl~-ez of the
method described is the pos~-ibility to cbz;er%,e .7ingle
Card 2/3 cryst~.;lss by X-ra.-.:irii; coursely cry3tallire sammpl,~s.

-,,i-on o-
al Lattice" by the :~etlhqd of Con!,
There -.*c 5 fijures and
sovi c t
A S,, 0 1.-t t,,,, t~L ch i n o v e d e n i y --L s E Tj I J:-'o ut e
f or Llac.-inc Scic-:,,'cqAS U32Sl,)
3 3

24(61) NILE I BOOK EXPLOITATION sov"~2335
Akademiya nauk SSSR
Nekotoryye problemy prochnosti tverdogo tela; sbc,--nik statey (Some Problems
in the Strength of Solids; Collection of Articles) Moscow, Izd-vo AN SSSR,
1959- 386 P. Ell tz allp Inaert-d. 21000 copies printed-
Ed. of Publishing Houma: V. I. Averlyanov; Tech. Ed.: R. S. --,-Ievzner;
Editorial Board: A.F. loffe, Aoademician; G. V. Kurdyumov, Academician;
S. N. Zhurkov, Corvespond!,ng Yem")er, USSR AcadeaW of Scien-.es; Z. P.
Konstantinov,, Cozax-spcading Memb,-r, USSR Academy of Scienees; F. F. VitymnY
Doctor of Physical aril Methematical Science,3, P-zofesso:7 (R!sp. Ed. ); L. A.
Glikm%nl Doctor of Technioal &:ience;F, Professor; N. A. Zliatin, Doctor of
Physical and Mathematical Spiences; V. A. Steppxov, Doctor of Technical
Sciences; Ya-B. Fridmex., Doctor of Technical Scien,!es, Prcfessor; B. S. loffe,
Candidate of Te chnical Science s (Deput ty Re qp - Ed. ).
PURPOSE: This book is intended f-r constmnuction engineers, technologists, physic-
ists and other peer3ons intere-it-ed In the strevgth cf materials.
COVERAGE: This cal-lection of articles was compiled by the Otdeleniye fiziko-
matematicheskikh naulk AN SSSR(Department of Physical and Mathematical Sciences)
and the Fitiko4ciftlcheskiy institut, AN SSSR (Institxt& of Applied Physics.,
~Gard 1/10

Some Problems in the Strength (Cont.) SOV,2385
Rovinskly, B. M., and V~.M. SinqL~ (Institut viashinovedeniya AN USSR S.,
Moskva (Institute of Mec&~=cal Engineering, Academy of Sciences, USSR,
Moscow). Investigation of Individual Grain Deformation in a Polycrystal-
line Body During Simple 5!nsion 49
K.1yavin, O.V., and B. I. Smirnov (Fiztko-tekhnicheskiy institu7; AN SSSR
g. Leningrad - Institute of Applied Physics, Academy of Sciences, USSR,
Leningrad). Study of the Width of X-ray Lines of Nickel Deformed at 4.20K 56
Gindin, I.A., B.G. Lazarev, Ya.D. Starodubov, and V.I. Khotkevich
(Fiziko-tekhnicheskiy institut AN USSR-Institute of Applied Physics,
Academy of Sciences Ukr. SSR, Eharlkov). Low-temperature Polymorphism of
Metals 61
Zhurkov., S.N., and E.Ye. Thmashevskiy (Institute of Applied Physics,
Academy of Sciences, USSR, Ieningrad). Time Dependency of Strength
Under Different Load Conditions 68
Card 3/10

Some Problems in the Strength (Cont.) SOVj2385
Bokshteyn, S.Z., T.I. Gudkova, A.A. Zhukhovitskiy, and S.T. Kishkin.
Influence of Stresses and Deformation on the Process of Diffusion 76
Pines, B.Ya., and A.F. Sirenko (Gosudarstvennyy universitet imeni Gor1kogo,
g. Kharlkov State University imeni Gorldv, Khar1kov). Diffusion Creep of
Cermet Specimens Pressed From Powdered Iron 87
Pyutkina., V.I., and E.S. Yakovleva (Institut fiziki metallov UFAN SSSR~
. Sverdlovsk-Institute of Metal Physics, Ural Branch, Academy of Sciences,
USSR, Sverdlovsk). Influence of Aluminum and Copper on the Deformation
of Nickel 93
Kontorova, T.A. (Institut popuprovodnikov AN SSSR, Leningrad-Semi-
conductor Institute, Academy of Sciences, USSR, Leningrad). Relationship
Between the Mechanical and Thermal Characteristics of Crystals
Garber, R.I., and I.I. Soloshenko (Gosudarstveanyy pedagogicheakiy institut
Imeni G.S. Skovorody, Kharlkov-State Pedagogical Institute imeni
G.S. Skovorda, Kharlkov). Stiengthening of Rock Salt Crystals by Re-
peated Reverse Bendin, 105
card 4/io

Some Problems in the Strength (Cont. ) SOV/2385
Gaydukov, M.G., and V.A. Pavlov (Institute for Metal Physics, Ural Branch,
Academy of Sciences, USSR, Sverdlovsk). Some Aspects of Street Relaxation
in Bronze KMtZ_l ill
Tsobkallo, S.O., and Z.A. Vashchenko (Polytechnic Institute imni M.I.
Kalinin, Leningrad). Increasing the Elastic Limit and Decreasing the
Elastic Aftereffect During Cold Hardening and Tempering of Speing
Aluminum Bronze BrA7 U8
Glikman, L.A.., and N.N. Kolgatin Wi po pererabotke nefti i polucheniyu
lskusstvennogo zhidkogo topliva, g. Leningrad-Scientific Research Insti-
tute for Petroleum Refining and Production of Synthetic Liquid FVels,
Leningrad). Nature of the Physical Yield Point of Steel 130
Moroz, L.S., and Yu.D. Khesin. Investigation of the Hydrogen Embrittle-
ment of Two-Phase Titanium Alloys 140
Potak., Ya.M., and O.P. Breslavtseva. Hydrogen Embrittlement of Steel and
the Influence of Mechanical Tlesting Conditions on Its Occurrence 152
Card 5/10

Some Problems in the Strength (Cont. ) SOV/2385
Sokolkov, Ye.N., V.D. Sadovskiy, and S.N. Petrova (Institute for Net&1
Physics, Ural Branch, Academy of Sciences, USSR, Sverdlovsk) Structure
of Austenite Grain Boundaries and the Temper Brittleness of Structuml Steel 165
Ageyev, N.V., and V.A. Trapeznikov (Institut metallurgii AN SS3R, g.
Moskva - Metallurgical Institute, Academy of Sciences, USSR, Mbscow). In-
fluence of the Degree of Purity on Cold Brittleness and Other ?roperties
of Chromium 172
Markov, V.G., P.O. Pashkov, and Ye.D. Teplova. Cold Ekrdening of Pear-
litic Steel With an External Iayer of Austenitic Steel Alloy 179
Sakharov, P.S. (Industriallnyy institut imeni Kuybyshevs, g. Kuybyshev -
Industrial Institute imeni Kuybyshev, Kuybyshev). Effect of the Cooling
Fate and Some Other Factors on Rupture Strength of Chromium-Aluminum Steel 187
Shevandin, Ye.M. (deceased), I.A. Fazov, and A.V. Yefimov. Influence of
the Scale Factor During Plastic Deformation and Rupture of Steels of
Varying Strength 194
card 6/1o

Some Problems in the Strength (Cont.) sov/2385
Vitman, F.F., and V.A. Stepanov (institute of Applied Physics, Acad~W
of Sciences., USSR, Leningrad). Influence of DeformatJon F4te cn the De-
formation Resistance of Metals at Impact Speeds of 10~- 10~7misec 207
Zlatin, N.A. (Institute of Applied Physics., Academy of ScienceB, USSRp
Leningrad) Role of Compressibility in the Dynamic Deformation of Plastic
Bodies 222
Konstantinov, V.N., and Ye.l. Timofeyev. Influence of a High DeforuAtion
Rate on the Mechanical Properties of Steel Alloy Type V-95 After Varying
Degrees of Aging 230
Uzhik, G.V., and Yu.Ya. Voloshenk -Klimovitskiy (Institute of Mechanical
Engineering.. Academy of Sciences, USSR, Moscow.) Resistance to Initial
Plastic Deformation During Impact Stress Under Low-temperature Conditions 238
Glikman, L.A., and V.P. Tekht. Physical Nature of Metal Fatigue . 246
Kudryavtsev, I.V., and N.M. Savvins, (TsNIITMA$h - Central Scientific Fle-
search Institute of Technology and Machinery). Fatigue Strength of large 256
Plates
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Some Problems in the Strength (Cont.) SOV/2385
Ratner, S.I., N.V. Kadobnova, and Ye.A. Petrov. Effect of Size of Tlest
Piece on its Strength Under Repeated Stresses 268
Se-rensen"S.V. Accumulation of Fatigue Damage in Iron With Glcbular
Graphite Daring Reverse Bending 273
Drozdovskiy, B.A., and Ya.B. Fridman. Sensitivity of Metals to Cmcks 280
Zilova, T.K., N.I. Petrukhina, and Ya. B. Fridman. Kinetics of Deform-
ation. and Rapture Processes in Connection With the Reserve of 321astic
Energy 297
Likhachev, Yu.I. (Industrial Institute imeni Kuybyshev, Kuybyshev).
Determination of the Rapture Strength of a Plastically Deformed Metal 312
Volkov, S.D. (Umllskiy politekhnicheskiy institut imeni S.M. Kirov&,
g. Sverdlovsk- Ural Polytechnic Institute imeni S.M. Kirov, S-ierdlovsk).
Principles of the Statistical Theory of Strength 325
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Sow Problems in the Strength (Cont. ) SOV/12385
Burmakina, O.P., and F.S. Savitskiy (Sverdlovskiy filial VNII metrologii
imeni Mendeleyeva-A.11-Union Scientific Research Institute of Metrology
imeni Mendeleyev, Sverdlovsk Branch). Mechanical Properties of Tempered
Steel Under Biaxial Tiension 334
Vitnan, F.F., S.N. Zhurkov, B.Ya. Levin, and V.P. Pukh (Institute of
Applied Physics, Academy of Sciences, USSR, Leningrad). Problem of In-
creasing the Strength of Glass 34o
Stepanov, V.A., and L.G. Khodakova (Institute of Applied Physics,
Academy of Sciences, Leningrad). Measuring Residual Stresses in
Tempered Glasses by the Mechanical Method 348
Indenbom, V.L. (Institut kristallografii AN SSSR, g. Moskvvp-Crystal-
lography Institute, Academy of Sciences, USSR, Moscov). Some Findings
on the Destruction of Bodies Under the Action of Internal Stresses 357
Kuzlmin, Ye.A., and V.P. Pukh (Institute of Applied Physics, AcadeaW
of Sciencesl USSR, Leningrad). Rate of Development of Brittleness Cracks
in Glass and Rosin 367
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Some Problems in the Strength (Cont.) SOV/2385
Regel', V. R., and G.V.-Berezhkova (Crystallography Tnstitute, Academy
of Sciences, USSR, Moscow). Effect of the Type of Stressed State on
Flow-Curve Parameters of Some Plastics 375
AVAILABLE: Library of Congress
TK/fal
Card 10/10 10-15-59

SII~AYSKIYI V. M., Cand Tech Sci -- (diss) "Research into residual
oriented micro-stresses and their effect on mechanical properties of
metals." Moscow, 1960. 15 PP; (Academy of Sciences USSR, Inst of
Machine Practices); 150 copies; price not given; (KL, 17-60, 159)

i9 8~00
82624
s/18o/6o/ooo/oo4/o19/O27
E193/9483
AUTHORS: Lyuttsau, V.G. and Sinayskiy, V.M. (Mosr-OW)
TITLE% The Effect of Oriented Microstresse 5 Jon the Relaxation
Stabilitj N
L Of Alum.inium Under Repeate IL,!o~~adin
Ilq A
PERIODICALz Izvestiya Akademii nauk, SSSR, Otdeleritye tek?l1notcheakikh
nauk., Metallurgiya i toplivo, 19607 No.4, pp-120-123
TEXTs In one series of the experiments reported in the present
paper, specimens of aluminium grade AVOOO (annealed in vacuum at
2000 C for 90 min and consisting of grains of average size
approximately 0-05 mm) were loaded in the elastic range., held
under load at a constant strain for 200 h to allow relaxation to
take place, unloaded and held in this condition for some time,
after which the loading-relaxation-unloading cycle was repeated
several times. From the data on the variation of the cross.-
section of the specimens (whose total initial elongation during
the entire course of tests remained constant), relaxation curves
for the elastic deformation in the direction of the applied load
were constructed; these are reproduced in Fig.l. Th-t- second
series of experiments was identical except that the pro:ess of
relaxation was studied by accurate determination of the variation
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82624
s/l8o/6o/ooo/oo4/ol9/027
E193/9483
The Effect of Oriented Microstresses on the Relaxation Stability
of Aluminium Under Repeated Loading
of the lattice parameters by the X-ray back-reflection techniques
the relaxation curves based on these dataare reproduced in Fig.2.
It was inferred from the results obtained that during relaxation
of macrostresses elementary slips, taking place in the
crystallites, produce plastically deformed micro-volumes.
Interaction between the elastically and plastically deformed
micro-volumes leads to the formation of oriented micro-stresses,
the existence of which is easily revealed by X-ray examination.
On unloading, partial relaxation of the microstresses, revealed by
a decrease in the residual strain of the specimens, takes place.
On reloading, the presence of oriented microstresses results in
the relaxation of macrostresses proceeding at a slower rate.,
i.e. in a decrease of the magnitude of kl. Acknowledgments are
made to Professor B.M.Rovinskiy for directing the work.
There are 3 figures ~~_ndli_FleferenceA 2 Soviet and 2 EnglLah.
SUBMITTEDt December 1., 1959
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24547
it gzoo Z 11
S/179/61/000/002/015/017
E073/E535
AUTHORSt Rovinskiy, B.M. and Sinayakiy, V.M. (Moscow)
TITLE: The relation between oriented micro-stresses and
residual irreversible deformation in metals
PERIODICALt Izvestiya Akademii nauk SSSR, Otdoloniyo tekhnichaskikh
nauk, Mekhanika i m&shinostroyeniye, 1961, No.2,
pp.146-147
TEXT: The results are described of experimental investigation
of the residual deformation ofthelattico, and consequently of the
oriented micro-stresses, on the magnitude of residual irreversible
deformation of specimens made of steel 45 in pure compression and
tension. After machining, the specimens were annealed in a
vacuum furnace at 7800C and then deformed by means of the test
machine VH-1AA (IM-12A). One series of specimens was subjected
to pure compression, the other to pure tension. The rate of
deformation was 2 mm/min. The residual deformation of the lattice
was measured by X-ray diffraction and is shown graphically as a
function of the residual irreversible deformation of the specimens.
The residual deformation of the lattice is taken as a measure of the
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24547
The relation between oriented S/179/61/000/002/015/017
9073/9535
oriented micro-stresses; it shows a maximum value at about 19
residual (plastic) deformation of the specimens. On further
increase of the plastic deformation of the specimens, the residual
deformation of the lattice falls continuously. The oriented
micro-stresses are therefore at a maximum at plastic deformations
of about 1%. Therefore, plastic deformations approaching 1%
should be avoided if oriented micro-stresses have an adverse
effect. There are 1 figure and 6 referenceal 3 Soviet and 3 non-
Soviet.
ASSOCIATIONa Institut mashinovedeniya Akademii nauk SSSR
(Institute of Science of Machines. Academy of
Science. USSR)
SUBMITTEDt December 9, 1960
Card 2/2

10 1401)
28271
S/179/61/000/003/014/oi6
E073/E535
AUTHORS, Gal'perin, M.Ya., Rovinskiy, B.M. and Sinayakiy, V.M.
(Moscow)
TITLE. On the influence of preliminary tensile plastic
deformation on the fatigue strength of steel
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye teklini-
cheskikh nauk. Mekhanika i mashinostroyeniye, 1961,
No-3, pp.161-162
TEXT: Most authors mention only an increase in the fatigue
strength as a result of increasing work hardening produced by
applying tension, N. 1. Chernyak (Ref,l: "Fatigue strength of
preliminarily stretched steel". Symposium Tr. In-ta stroitel'noy
mekhaniki AN UkrSSR, 1953) found that a small amount of plastic
deformation by tension does not increase but lowers the fatigue
of steel. For CP = 1.0-2.13% a minimum fatigu; strength in reached,
then the fatigue strength increases and for C = 12% it reaches
a value corresponding to that of undeformed steel. The work
described in thin paper was carried out for the purpose of
Card I/$ ,

2 ~Q rj 7 11
On the influence of preliminary S/179/61/000/003/014/016
E073/E535
determi.ning the relation between the magnitude of oriented
residual microstresses occurring during plastic deformation in
tension and the drop in the fatigue Limit, Medium carbon steel,
Steel 115, of 25 mm diameter was used in the tests, the mechanical
chara,.teristics of which were as follows,-
2, 1 kg/mm2
(5.s T 39.8 kg/mm CT B :66.C
2
b5 ~- 22.2%, 4.89%, ak ~ 9.1 k.Wcm HB = 152
Several batches of specimens, 12 in each batch... were produced.
The shape of the specimens was such that the same specimens could
be used,without further machining,frK the fatigue tests. The
gauge length was 226 mm, the 20 mm long central section of which
had a diameter of 8 mm, Fig.l. After machining to the desired
size and surface quality the specimens were annealed in vacuo
at 7800C for two hours and then allowed to cool together with the
furnace., Following that, they were stretched at a rate of
2 mm/min within a range of 0 to 10%.. For the gauge length the
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2 8 ~'- 7 1
On the influence of preliminary ... S/179/61/000/003/014/016
E073/E535
error iii mitasurLng the length did not exceed 0,03%. The fatigue
tests were carried out with a loading frequency of 3000/min for a
total duration of 107 cycles. Prior to the fatigue tests, the
oriented microstresses were determined by X-ray methods; two
X-ray diffraction patterns were taken from the same spot, one
bei'cre and one after loading. The obtained results are plotted in
Fig.2 and it can be seen that the maximum drop in the fatigue
strength was achieved in the range of preliminary deformations of
I to 2%, which is in good agreement with the results obtained by
Chernyak (curve 3). The deviation between his results and the
result3 Of the authors of this paper (curve 1) is attributed to
the fact that Chernyak did not anneal his specimens after
machining. Fig.2 also given the relatiog between the magnitude
of the oriented microstresaes (I (kg/mm ) and the magnitude of
preliminary deformation (curve 2Y, It can be seen that this
curve has a minimum approximately for the same range of plastic
deformation ag was observed for curve 1, The curves 1 and 2
show similarity for small plastic deformation:~ the influence of
work hardening starts to manifest itself at 2% which leads
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2
On the iniluene of preliminary S/179/61/000/003/014/oi6
E073/E535
to an inc.rease in the fatigue strength. The obtained results
confirm the assumption of the dezisive role of residual
oriented inicrosiresses on the fatigue strength, This is in good
agreement with data published earlier by the authors (Ref.6.-
Izv,AN SSSH. OCN, Mekhanika i mashinostro-feni-ye, 1961, No.2) on
the relation between oriented microstresses and the residual
plastic deformation, However, i-t is net t9 yet possible to
propose a simple mechanical model of the phenomenon since the
magnitude of the oriented microstresses is much greater than the
drop in tht. fatigue jimit. There are 2 fi7ures and 6 Soviet
referen-,es,
ASSOCIATWN'~ Insvitut mashinovedenlya AN .15SSR
(Institute of Ma:htne Science AS USSR)
SUBMITTFD. January !8,. 1961
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S/179/62/000/003/010/015
E191/E435
AUTHORS: Rovinskiy, B.M.,_,Sinayskiy, V.M. (Moscow)
TITLE: On the effect of the rate of deformation on the
magnitude of the residual oriented microstresses
PERIODICAL: Akadeniya nauk SSSR. Izvestiya. Otdoleniye
tekhnicheskikh nauk. Mekhanika i mashinostroyeniye,
no.3, 1962, 159-16o
TEXT: The magnitude of oriented microstresses has been previously
related to the equivalent yield stress under reversed loading.
Oriented microstresses have been shown to be mainly responsible for
the reduction of the fatigue strength due to even a small prior
plastic deformation. Standard cylindrical 0.45% carbon steel
test pieces, provided with precisely machined longitudinal flat
lands, to facilitate X-ray investigation, were examined.
Carefully conducted tests in tonsilo testing machines covered a
range of plastic deformation between 1.2 and 1.5'/~ and a range of
rates of deformation up to 30 mm/min. The magnitude or oriented
microst-resses increases several times within this range of speeds.
To avoid oriented microstresses, which always have an adverse
Card 1/2

On the effect of the rate ...
S/179/62/000/003/010/015
E191/E435
effect, minimum rates of deformation and materials with the least
non-uniformity of structure should be used. There is I figure.
SUBMITTED: February 16, 1962 v.-1
Card 2/2

SINAYSKIY, V.M. (Moskva); ROVINSKIY, B.M. (Moskva)
Residual stresses occuring during metal grinding. Izv.AN SSSR.-
Otd.tekh.nauk.MPkhJ mashinostr. no-3:142-145 YV-Je 163.
(KIRA 16t8)
(Strains and stresses) (Grinding and polishing)

L 04-29U~67---- Z41444I P(t)z,?rI IJPW JD--.-
ACC-NTj 1 SOURCE COLE: UR/0126/66/021/006/0c)29/0"4
8949 ~K)
AUTHORSt Rovinskiy, B. M.; Sinayskiy,, V. M.; Gallperin,, M. Ts.
ORG: NII for Machine Design (NII mashinovedeniya)
TITLE: Inv~stigation of the stability of defects arising in metals due to =t&1
fatizue I
SOURCE: Fizika metallov i metallovedeniye, v. 21, no. 6, 19660 929-934
TOPIC TAGSi aluminum metallurgy, copper, x ray diffraction study, x ray acatteringp
metal crystal
JWSTRACT:,jhe stability of fatigue defects in metals was studied on both aluminup'l-11
and
-gmei7 specimens. The study supplements the results of an earlier investigation
by B. 14. Rovinskiy and V. G. Lyutsau (FMM, 1961, 12, 305). The work wa3 carried
out by measuring the change in x-ray scatterN4y the metal specimens in the fa-
tigued and relaxed state. The effect of aginglon the plasticity and durability of
cyclically deformed copper was also studied. The experimental data obtained in
this part of the investigation were treated after the method of N. N. Davidenkov
and G. T. Nazarenko (ZhTF, 1953, 23, 741). The experimental results are presented
graphically (see Fig. 1). It was found that the intensity of scattered x-rays is
notably dependent on deformation of the crystal lattice (caused by the cyclical
deformations) and on aging (connected with the relaxation of the deformed crystal
C rd 1/2 UDC: 09.43:539.292

- - - , - .. - I -.-11----T-' 1
7
ACC NR:
A116018949
5 . 50
125 430
73 /00
z2V
Fig. 1. Integral intensity of the Debye Stan
line (400) of cyclically deformed copper
as a function of aging period. Solid 120
dots represent the relative scattered 2
intensity for the specimens in the initial 80,
7 2
state. 1 - 10 cycles C- 10 kg/mm VO I
Max 0 JO /00 150 200 2, 0 300'.
6 Time ho)irs
2 - 10 Cycles a-max = 16 kg/mm2; aging
i temperature - BOG.
lattice). The authors conclude that the vacancy and micropore defects heal with
time, provided that the latter are smaller than X (critical), that vacancies are
precipitated on pores and cracks in excess of X (critical), and that a general
coagulation of micropores smaller than X (critical) takes place in the aged
specimens. Orig. art. hass 4 graphs.
SUB COLE- l1/ SUBM DATEt 02Jul65/ ORIG REFS 0051 OTH REFS 002

2/2

ACC Al'100363.5 SOUiV'JE CODE: UR/OJ6O/67/OW/Wi/00q0/OIOI
AUTH016: Rabotnov, Yu. N. (Moscow); Sinayskiy, V. M. (Moscow); Stopanychov, Yo. 1.
(xoscow)
ORG: none
TITLE:. A study of kinetics of the disintegration process of glass-reinforced plastic
SOUCE: Mashinovodoniye, no. 1. 1967v 98-101
C' /_ /1 -5 Y /~~ a e'e I
TOP113 TAGS:Asolid kinetics, reinforced plastic, resin, tube, film, lons objective,
phot-apparatus, polyester plastic, plastic deformation, performance test / No. 21
resin, PN-3 polyester, Zenit photoapparatus, Industar 22 leas objective,, BSV-2
radiation tube, RT-5 x-ray film
ASSURACTi -Kinetics of the disintegration process of glass-reinforced plastics based
on resin No. 21 and on ,--saturated polyester FS-3 (cold set) has been studied using
Vransmitted light photography and absorption microroontgenography. The apecirzeas
(30-m-a wide rectangular strips) were cut from a shoot (0.6 mm thick) prepared from a
single layer of fiber. The first study, method, employing photoapparatus "Zonit"
with objective "Industar 22,11 was used to investigate the development of cracks in
the binder. The photographs were taken of specimens stretched at known load
increments. X-ray diffraction study of the same specimen after removal of the load
was conducted in the characteristic radiation of a copper anode at 8-9 kv issuing
Card 1/2 UDC: 666.678.023

ACC NR, AP7003635
from, a BSV-2 tube, using domestic fine-grain x-ray fi.1m RT-5- It was established
that, while increased load causes the appearance or a whole system of cracks (Mainly
perpendicular to the direction of the stretching) the microstructure of the filler
is hardly affected by stretching up to the point of actual destruction of the
specimen. The specimens of the materials were obtainod from He YA. Ivanova
(Leningrad). Orig. art. hass 3 figures.
SUB CODE: ll/ SUBM DATEs none

BITTK~V~-H, R.V,; S.1qV2rLYv V.d.
flat
Xuanetak Basin
seAns
Rock pressure in abort wall mining if
mines. Vop. gor. davi. no.7j52-65 '61. OffRA 18s7)
Tnatitut gornogo dela AN SS.-;R In. A.A.Skoehinak go*

BAYK(J'I, Miklvjil Aleksarolrovich; SDAYSMY,
Pavlovich; PEREVOtZEV, Petrovich-,- VE-SKC-i"'P
otv. red.
[Experience in short face mining of medium LhIckness flat
seams] Opyt razi-abotki pologlkh plastav !~rfkinel mo3h,~h-
nosti korotkimi zaboiami. Moskva, ISen,r. takhn.
informatsii ugollnoi promyshl., 1962. 78 P.

SINAYUK, David Aronovich; GONIIQ4AN, M.Ye., retsenzent; GRACHEVA,
A.V., red.
[Ways to improve welted footwear; quality, material ex-
penditure, and production methods] Puti sovershenstvova-
niia rantovoi obuvi; kachestvo, materialoerkost', sposob
proizvodstva. Moskva, Legakaia industriia, 1965. 179 P.
(KIRA 18: 10)
1. Zamestitell direktora po nauctmoy raoote Latviyokogo
kompleksnogo nauchno-issledovatellskogo instituta Gosu.-
darstvennogo komiteta legkoy promyshlennosti pri Gosplane
SSSR (for Gonikman).

SIN.ATSKIT, V.P., inzh.; SHIROKOV, A.P., lazh.
Using nnchor bolts in mines of the KuzneLsk ba64n. Bezop.truda v
prom. I n0-10:7-8 0 '57. (MIRA 10:11)
1. Voesoyuznyy nauchno-issledovatellskiy ugolinyy institut.
(KU2UStak Basin--Mine timbering)

SINAY3KIY, V. P., Cand Tech Sci -- (diss) "A Study of the Possibility of Reinforcing
the Foundation Layer in the Exploitation of the Thick Steep Formations in the Kuzbass,"
Moscow, 1960; 15 pages. (Academy of Sciences USSR. Institute of Mining); 150 copies;
price not given. (KL, 22-6o, 139)

BUTOVICH, R.V., kand.tekhn.nauk; BRAYTSEV, A.V., kand.tekhn.nauk; BAYKOV, M.A.V
kand.tekhn.nauk; PEREVERZFV, M.P., inzh.; SINAYSKIY, V.P., inzh.
Using short working faces in medium-thick flat seams in the
Kuznetsk Basin. Nauch. soob. IGD 17t64-71 162. (KRA 16:7)
(Kuznetak Basin--Coal mines and mining)

I .rill., YlIK-1 V, ye.s.
Sume prope rtier, o, a sperdal opera tor wi th arAJI' ca! icns in '.
10. ;,, -
theory of creep. IZV. AN Arm. SSR. Ser. fi,.-r,,;at. nauk 17 r ,
117-122 16~,. 0-11RA 18-3)
1. Dntprapetrovskiy gorny-, inotitut.

L Ye. Y---
~: I :'
1. ). %.; --kKATOVA, '-- ')-;
2. USSR (600)
4. 6hoe Industry
7. q,le of middlesole in shoen, Lep. prom-9 12, No. 11, 1952.
9. Monthly List of Russian A .ccessions, Library of Congress, FlthrMU 1953. Unclassified-

L 7017-66
ACC NR, AP5026786 SOURCE CODE: UR/0206/65/000/01.7/0071/0071
AUTHOR: Orlov, V. A.; Sinaiit,
jit
ORG: none
TITLE: A protractor for measuring bevels. Class 42, No. 174372
SOURCE: Byulleten' izobreteniy I tovarnykh znakov, no. 17, 1965, 71
TOPIC TAGS: mechanical measuring tool, angle measurement Instrument
ABSTRACT: This Author's Certificate introduces a protractor for measurilg bevels,
especially for aircraft parts and shipbuilding equipment. The instrument contains a
basic component with a reference plane and a sector scale, and also a rotating compo-
nent with a vernier and a reference plane. The device is designed for ailtomatic
alignment on the surface of the component being measured. A variable be-iel is mea-
sured without resetting the protractor by fitting out the rotating componant with a
spring which holds the instrument in the extreme position. The reference plane of tho
rotating member is mounted on a rocker.
UDC: 531.741 : 62 --- 432.2
SUB CODE: IE/ SUBM DATE: 25Feb64/ ORIG REF: 000/ OTH REF: 000
Card 1/1 1, J L-.-,'

USSR/General Biology Genetics B-5
Abs Jour : Ref Zhur Biol., No 3, 1958, No 9569
Author :Belik, V.F., Sincha, K.P.
Inst :Not Gi van
Title :Effect of Paternal Forms on Inherited Properties of Hybrid
Melon Plants
Orig Pub :Nauchn. tr. Bykovsk. bakhchevoy opytn. St., 1957, No 4, 125-133
Abstract :A number of cases are given in which, in crossing of different
types of melons, the maternal line is followed. Among
features inherited mainly from the maternal line these are
indicated: length of vegetative period, relative content of
solids in the fruitp degree of infection by fusariosis,
Coloration of fruit rind, coloration of fruit meat and its
consistencyo seed types. The same instances of the maternal
line were noted also in squash hybridization.
Card Vi

SINCHMO, G.Z.
Combining electric communication and radio reception facilities
leads to raised labor productivity. Vast-eviazi 15 no.10:14-16
0 155. (MLRA 9:2)
1. Nachallnik LIvovskogo oblastnogo upravlenlya avyast.
(Talecomminication) (Radio)

SINCHMO, G.Z.
.T d .
Efficiency innovators' work in the communication enterprises
of Ukraine. Vest. eviazi 16 no.12:26-27 D '56. (MI-RA 10:2)
1. Zamestitell ministra evyazi USSR.
(Ukrain"--Telecommunication)

SINCMKO, G.Z.- GERCHIKOV, Ye.Ya.; SBRGBYNVg I-V-, inzh.
Provide model telephone and telegraph communication between cities
for the National Economy Councils (SoYnarkhoz). Test. eviazi 17
no.11:17-18 W 157. (MIR& 10:12)
1. Zamestitell ministra evyazi USSR (for Sinchenko). 2. Nachallnik
irpravlenlya elektrosv7a21 I radlofikatell Ministerstva sv"zi USSR
(for Gerchikov). 3. Arkhangel'skoye oblastnoye upravleniye sryazi
(for, Sergeyev).
(Telephone) (Telegraph)

SINGRANKO, G.Z.
tl~iuige of efficiency innovators I work In communication enterprisee
of the Ukraine. Test. eviazi 17 no.12.,23-24 D 157. (NM 10:12)
1. Zamestitell ministra, evyazi USSR.
(Ukraine--Telecommunication)

SIIICIIMIKO, G.Z. Pinohenko, H;ZJ
Ifew developments in the technology of communication. Nauka i
zh7ttia 8 no-5:6-10 My '58. (MI-U 13:4)
1. Zamestitell ministra evyazi USSR.
(Radio relay systems) (Coaxial cables)

I-M
.11, --1 5/32
At.j,2T70R: Sinchonko, G.Z..,,
DeDuty L'inister of Co=unications
C.-t=13,17, ~an=an ;,SR
The of jo,.aLiunication Workcrs arid Ilational-
of Llic Ulr.rainc
F."' I --LI 0 D I C.LVestnih, ov-ja-zi: 1959, ITr 5~ I)p 2c) - 30 (UOS;iZ)
A B S-2 R T in 1953, the co=unication ,--orkers of the Ukraine
-ubi.-Atted 11.313) imp-lovemont su,"Gestions (t,ic)se
suCr-estions which were not processed in 1`57 are
included in this fiGure) and 0677 sur-gestions viere
ac,,epted, of v,,Iiich 8755 su-;--estions found practi-
cal a-,-,-T)11cation. The Ukrainian 1,Tinistry of Communi-
cations is oresently,-.-.,orkin,~~ on a plan of technical
trainjIL', Subjects for -c omi.-.unic at ions employees. The
txainin~,, i3 to be conuluctod -Ln lar-e techni-
cal %-,rorksHop equipped vilth all tyT)es of conmimica-
tion equin"Icn" The author cites a number of e.-.am-
- -L U.
a r-1 pies of otu--estions made: 1) telephione booths vith

~~1-2 -132
The ~']x-cricn-ce ".3r:L-ninication ':.,orkers a,-,--.d Rationalizers of the
Uhrai ne
automatic Lelephones .-,-ere introd',.iced
at, Yalt;a: 2) T,"* a- automat -,-as de-i6ned for
n Kiyev ii -
sellia- ne,.-,,spa-pcr:' 3)'-a portable device for measuring
the attenuation of wire broadcast lines; III-) a transis-
torized underL-,round c-able locator and a trancistori-
Z(J-d broadca *r-t relay burancaitter .Ath an output
t,',:s at 1,7) volts. The au"hor T)oints out
aa
tliat I he ra~A=aliz.-,,tion -,-iork is still on a lo-..,
at -a nu-ibe.~' 0-7 ro.,=Lziii ca tion entorDrises of
the Uk.-aiaian of "orl:.-iUnications, Ap-propriate
jacasures aill be taken to improve t.-,c rationalization
1.-.-or.- at enter-rises. There is 1 photoFraph.
~'ard 212

8111(my'liKO, (".z. (Sinchooko, 11.Z.]
Telecomcninication in the sevenvqear plan. Nauka i zhyttlit
n0-7:12-15 JI '59. (14IRA 12:11)
1. Zamestitelf ministra ovyazi USSR.
(Telecommunication)

SIECHEM, G.Z.
Use of reinforced concrete on Ukzainian co=unication
lines. Vest. eviazi 20 no.4:23-25 An 160. (MIRA 13:7)
1. Zamestitell ministra avyazi USSR.
(Ukraine-Blectric Hnes--Poles)
(Ukraine-ReInforced concrete construction)

SINCHENKO, G.Z.
Mechanization of the Ukrainian postal enterprises. Vest.
sviazi 21 no-4:24-26 AP 161. (HIRA 14:6)
1. Ministr svyazi USSR.
(Tjl=aine-Postal service)

SINGHENKO, 0. [Sinchenko, 11-J
With a speed of light. Nauka L zhyttia 11 no.2:1-3 F 162.
(MIRA 15:3)
1. Minstr svyazi USSR.
(Communication)

SINCHMOP G. Z.
Regional agricultural administration centers should be provided
with good telecommunication services. Vest. eviazi 22 no.9:
16-17 3 162, (MIRA 2519)
1. Ministr avyazi UkrSSR. (Telephone)

AUTHORS: Kukhtin, V. A.9 Kamay, Gillm, 20-3-24/59
Sinchenko. L. A.
TITLE: Telomerization of Metacrylic Acid With Trialkylphosphites
(Telomerizatsiya metakrilovoy kisloty s trialkilfoofitami).
PERIODICAL: Doklady AN SSSR, 1958, Vol- 118, Nr 3, PP- 505-508 (USSR)
A.BSTRACT: The first two mentioned authors proved that (ref. 1) trial-
kylphosphites under the action a, 0-unsaturated aldehydes
and acids can be subjected to a regrouping according to
Azbuzov. The authors continued research in this line and
stated that on certain conditions not one but several molecules
of metaorylic acid can be combined with one molecule of
trialkylphosphite, so that reaction in this case becomes
telomerization. The reaction takes place without catalyst
and at room temperature; triethylphosphite must be carefully
purified (with sodium) and must have been subjected to
fractioned distillation. The amount of the telomer how-
ever, also in this case is very small. Therefore a suitable
catalyst had to be found. Benzoylperoxide proved to be
the best catalyst. Depending on the quantitative ratio between
Card 1/3 initial component and catalyst telomers of different mean

Telomerization of Metacrylic Acid With Trialkylphosphites 20-71-24/59
molecular weight were formed. All telomers are white powders
rithout significant melting point. They can be softened
and carbonized when heated. When heated the telomers are
soluble in methanol and acetic acid. The experimental results
are collected in table 1. 1 diagram of the telomerization
based on earlier works is given (ref. 1), although also
another structure of the telomer is possible, It was not
investigated here. In order to prove the diagram sugge3ted
anequimolar mixture of triethylphosphite and metacrylia acid
was stored at room temperature until triethylphosphite had
disappeared completely. In this an intermediate product of
the regrouping according to Arbuzov which corresponds to the
first stage of reaction was suggested. Only then a 4-fold
excess of metacrylic acid plus catalyst was added. An
intensive formation of telomers with a good yield set in
immediately. This result proves: 1.- The formation of an
intermediate product, and 2.- The probability of the
telomerization mechanism suCgested. Unexplained, however,
remains the part of the catalyst as well as that of the
mechanism of its influence on telomerization. With the
Card 2/3 increasing concentration of metacrylic acid the mean molecular

Telomerization of Metacrylic Acid With Trialkylphosphiten 20-3-24/59
weight of the telomer increases. This is also the case
with the increasing concentration of benzoylperoxide. The
capability of the intermediate product to enter telomerization
makes possible the assumption that the binding P-0 is of
ion character. From this is deduced a presumable scheme of
the structure of this intermediate product.
There are 2 references, 1 of which is Slavic.
ASSOCIATION: Yafta!. Chealml and Teebbologleal Imtitute laWILL S..M. KLro-v
.. (K&Zan;kiy khimiko-tekhnologicheakiy institut im.
S. M. Kirova, .
rAlLatDr,of the Scientific Research Institute for Cinema and
Photography (Kazanskiy filial Nauohno-iseledovatellskogo
kinofotoinatituta).
PRESENTED: November 13, 1957, by B. A. Arbuzov, Academician
SUBMITTED: June 28, 1957
AVAILABLE: Library of Congress
Card 3/3

AJT11~1101~..' Kukhtin. 7- A , Gillm Kamay, SOV/79-29-?-72i'71
Sinchenko, L. A~j Orekhova, K,
TITLE. Affiliation of the Complete Esters of Phosphorous Acid and
Phos~hinic Acids to ConjutTated Syctems (Prisoyerlinenjye pol-
nykh efirov fosforistoy i fosfinistykh kislot ksopry;_:zhennym
sistenam)_ VII. Telomerization of the Methacrylic 'Icid ',',ith
Triaalkyl llhos;)hitea (VII. Telomeri-.-.atsiya metakrilovoy kis-
loty 0 trialkilfonfitami)
I'ERIODICAL: Zhurnal obrhchey khimii, 1959, Vol 29. 'Tr 2, pi.~ 510-'115 (USSi
ABSTRACT~ In continuation of the common reaction of c~,P-unsaturated acids
and alkyl halides with trialkyl phosphites (Refs 1,2, the
authors intended to find the catalyst most suitable for telo-
meri-ation.. to determine tho factorn which exercise confluence
upon thiz; reaction and to determine the structure of the
telomeri; obtained, They found that carefully purifiec-.- tri-
ethyl phosphite c:~n telomerize Tith methacrylic acic~ also with-
, - ta
out a c., lyst. Tc-inperature does not matter in this connection,.
The yield is sinall in this case (Table 1, Experiment 13).
However, if a methacrylic acid is used for a while that is
Card 1/3 not statilizel with hydroquinone, the reaction takes place in

Affiliation of the Complete Esters of Phosphorous SOV.'79-29-2-32/71
Acid and Phosphinic Acido to ConjL.-ated Systems, VII. Telo:71eriizatior of the
Methacrylic Acid 71ith Trialkyl Phos:,~hites
a very violent manner under intense selfheF...ting and rith a
high yield of telomers (Table 1, Experiment 12)~ The trialkyl
phosphite that is purified only by separat 'ion throul;h dis-
tillation does not telomerize with a methacrylic acid that Vas
liberated from t'ne inhibitor immediately before the experiment.
It was interestin.,7 to know the way in which this telcmerization
would take olace in the presence of triethyl amine ard sodium
methylate tested by R, 1M.. Connel and 11. 7,'. Coover (Ref 3) as
catalysts Yet only small yi.?lds were offered ly these experi-
ment2 (Table 1, Exueriments 1,2),, Also the application of
alkyl iod.1des for telomerization did not quite meet expectations
Penzoyl hydro.-en peroxide turned out to be the most favour-
able catalyst for telomerization- In de-.~endence oil the molar
ratio of' the initial components, on the c,~~ncentration of the
cataly:3t an,.- the phosphite radical telomers with var:.ou.9
averaje molecular wei,-hts ,,;ere obtained in this telorrierization
(Table 1), Accordin to previous an.-I th.:? present results it
may be assumed thZit the above-mentioned telonez`zation takes
Card 21P place according to th,_- scherie mentioned in conc-lusion

Affiliation of the Comj.,lete Esters of Phosphorous SOV/79-29-2-32/71,
Acid and Phosphinic Acids to Conjugated Systemc. 711. Telomerization of the
~.Iethacrylic Acid With Trialkyl Phoophites
Thus, the structure of' telomer-, resultinj from the telone.-i-
zation of methacrylic acid with trialkyl phosphiteE was
investi.-ated and a scheme of re,,iction was sug-estEd in ad-
dition. There are 2 tables an,,! 3 references, 2 of which are
Soviet,
ASSOCIATION: Kazanskiy khimiko-tekhnologichesO, then there ~_xists a set PC E (the measure of which is arbitrarily
l-'ttle different from mes E) so that on it for h--*O it converges uniformly
fh(x)-Wx)
Let f h(x) have the property IS if lim sup co,fh(x) - 0 (here 6"Vh(x) is the
h-po o< x< 1
,rariation of fh(x) as a function of x in the point (x,h)),
Theorem 2i Let f h(x) be defined in the square O< x