SCIENTIFIC ABSTRACT PROSKURNIN, V. P. - PROSKURKO, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343310009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PROSKURNIN, V.P.J. inzh.
Use of synthetic liquids in the manuf4i4re of power condensers
and transformers in France. Vest. elektroprom. 34 no.3-.75-78
Mr 163. (MIRA 16:8)
(France-Electric transformers)
(France-Condensers (Electricity))

29(0)
PHASE I BOOK M(PWITATION SOV/3065
iskusstvennne sputniki zemll, vyp. 3 (Artifictal Eaxth Satellites, No. 3)
Moscow,, lzd-vo AkadAmil.nauk SSSR, 1959. 125 p. 5~,500 copies-prInted.
Sponsoring Ageupyt Akademlya nauk SSSA.
Resp. Ed.: L.V. Xurnoiova; Ed. of Publishing House: L.V. Samsonenko; Tech.
Ed.: Yu. Byline,
PMU!OSE: This collection of articles Is the third in a- series Intended to
disseminate'data cbllected;from artificiil.earth satellite investigations
to scientists.
COVEWM: The collection of articles deals vith various problems arising in
'the operation'of artificial sfttellites. The papers also cover the use of
!artificial satellites as scientific -instruments for varlous'types of geo-
physical Investigations.
TABIE OF CONTMUS:
1. Yegorov, V.A. On'the Problem of Capture Within the Restricted Circular Three-
Card V3

Artificial Earth (Cont.)
SOV13065
Body Problem 3
2: jeletskiy, V.V. On TAbration of an Artificial Satellite 13
3. I-i0sM=InI, and Yu.V. Batrakov. First-order Perturbations in the
Motion of ArIficial Satellites Canoed by the-OblAt6ness of the E&rth 32
4. Batrakov, Yu.V., and V.~. Prookurin. ft Perturbations in the Orbits of
Artificial Satelliteg-a w-d-biye-ReAlstance of the Air 39
5. Vakhnin, V.M.,, and V.V. Belets.kiy. Observation of Artificial Satellites
Using the Antlelpation Method'(metod ozhIdaTiIya)- 47
6. Evyasberg., P.Ye. Sacular Variations of Orbit Elements as a Function of the
Re6istande of the Air 54
70 Lavrantfyev, MA. Problem of Puncture at Cosm1c Sjeedz 61
8, Shklavs4yj I#Sss and V,G, Kurt, Detezzination of the Density of tha
Atmosphei4e at *an Altitude of 430 km by the Nothod of Sodium-vapor Diffusion 66
Card 2/3

Artificial Earth (Cont.)
SOV/3065
9. Imynnitov, I.M.,.and Ya*M. Shvarts. Methoda of Preventing interference
Currents Arising at the Point of Input of an Electrostatic Fluxmeter
Dur:Ltg Operation In a Conductive Medium 77
10. Mikhnevich, V.V., B.S. Danilln, AJ. Repnev., and V,A, Sokolov, Some
Results in Detemining the Structural Parameters of the Atmosphere With
the Aid of the Third Soviet Sputnik 84
11. Istomin, V.G. Rsdio-freWency Mans Opectrometer for Invest.1gation of the
Ion Composition of the Upper Atmosphere 98
12. ftchay,, S,A. Manometer Error Caused by gmall Iesks in the Envelope of
an Artificial Satellite 113
130 Zon0V# YuV, On the Problem of interaction of ap Artificial Satellite and
-the Magnetic Field of the Earth
AVAILANZ-. Library 9f Congress
AC/jb
Card 3/~ 12-30-59

-PROSKURIIIII., V.P., inzh.; PERESEIINIMEV, I.F,, inzh.; BATET, I.F., inzh.;
I-k', . - - .
* IV MITIKOW P.N., j-nzh.
2
Study of the characteristics of paper condensers staturated
with chlorinated liquids. Elektrotekhnika 36 no.8:18-21
Ag 164. (MIRA 17:9)

ANDRIANOVP A.P., starshiy prepodavatell; GUSEV; I.P.,, dotsent, KUZRETSOV,
0
L,A., starshiy prepodavatell; FROSKURIJI, V.V.,, dotsent; FEDOROV,
N.A... starshiy prepodavatell
Clay breakthroughs in mini . Izvovys.uchebezave; gorezhur.
no,3:15-18 16le (MIU 15:4)
1, Tomakiy ordena, Trudovogo Krasnogo Zz--ni politekhnicheskiy
institut imeni S.M.Kira7a; rekomendovana kafedroy razrabotki
Plastovykh mostorozhdonly Tomskogo politakhnicheakogo instituta.
(Prokoplyevsk region-Coal mines and mining) (Clay)

pROSKMIIIAO V. M., Candidate Tech Sol (diss) -- "The computation of sheets of
nonlinear elastic materials under finite displacements". Moscow, 1959- 9 PP
(Min Higher Educ USSR., Moscow order of Labor Red Banner Construction Engineeringg
Inst im V. V. Kuybyshev), 130 copies (FL, No 23., 1959, 168)

PROSKURIN, V.V., dota.,- RYZHKOV, Yu.A.. assiatent
Mathodclogical conference of schools of higher education In the
eastern U.S.S.R. Izv.vys.ucheb.zav.; gor.zhur. no.6:139-142 ' 58.
(MIRA 12:1)
(Siberia--Minlng engineering--Study and teaching)

KOKORIN, P.I., prof.; LUKIYANOV, P.F., prof.; PPOSKJJRIN, V.V., dotsent
ProblemB of mining edLeation; concerning higher education in
mining engineering. Ugoll 40 nc.S-.22-24 Ag t65. (MIRA 1W)
1. Nemerovskiy gcrny7 institut.

BOBER, Ye.A..; PROSKURIN, V.V.; FEDOROV, N.A.; REDIM-I.Ov, V.A.
Full-scale meaguremen-s of rock rressure in develo-ment
at mine 5-7 of the Anzherougoll crust. Vop. gor. davl. no.17:10-
13 63. (?,IIW. 18:9)
1. Kemerovskiy gornyy institut (for Bober, Pros"a-in, Fedorov).
2. Shakhta 5-7 Tresta Anzherougall, Anzherskiy rayon (for Reyuarov).

YEVSEYEV, Vasiliy Sergeyevich; FROSKURIV, V.V., otv. red.;
[Introducing and studying parameters of systems of mining
wide flat seams) Opyt vnedreniia i issledovaniia parametrov
sistem razrabotki moshchnykh pologopadaiushchikh plastov.
Moskva, lzd-vo "Nedra," 1964. 141 p. (MIRA 17:7)

PROSKURIN, V.V., dotsent; KUMETSOV, L.A., inzh.; ARDRIANOV, A.P.,
- I - I fft-z-fi.:~'--GMSEV& I.P., inzh.
Industrial testing of shield ceilings made of logo. Izv.vys.
ucheb.sav.; gor.zhur. no.6:3-8 '59. (MIRA 13:10
1. Tonkly ordena Trudovogo Krasnogo Zaameal politekhnichookiy
InstItut Imeni S.M.Kirova. Rekomendovana kafedroy razrabotki
plastovykh mestorozhdeniy.
Nine timbering)

4TIM13. S.G., Prof., dokt.tekhn.nauk; ANANUN, G,P., dotsento kand.takha.
nauk; BARANOV, A.I., dotsent, insh.; BMMIN, A.Te., inxh.;
BOCffARXVv #.G., kand.tekhninauk; BUTKUICK, R.T,, kand.tokhn.nauk;
VZSZWVSKIT, V.S.. prof.,doktor tekhn,,Uauk; VESKOY. M.I., kande
takhn.nauk; VOLIKITAU, A.Ve, kand.tekhn.nauk; GAIMAVI, S.M.,
kand.tokhn.nauk; GORBACHEV. T.F.; DAVIDTANTS, V.T.. kand.tekhn.nauk;
INITRITEV, N.Y., kand.tekhn.nauk; DOBROVOLISKIT, Y.Y., kand..tekhn.nauk;
DUALOY. M.F.~, kand.takhn.nauk; ZAITSET, N.'A.; ZARANKIN, P.S., lnzh.-,
ZVTAGIN, P.Z., dotsent. kand.tekhn.nauk,-, rW5HTs7N, A.M.. kand.takhn.
nauk; KILTACHKOV, A.P., dotsent. kand.tak:hn.nauk; KIRICHUXO. I.P..
inzh.; KRUPINNIKOV, G.A., "nd.tekhn.nauk; KMNITSOV, S.T., kand.
takhm.nauk; KUCHERSKIY, L.Y.. kand.tekhn.nauk; LINMAU, N.L. inzh.;
LIPXOVICH, do~sent, kand.tekhn.nauk; LOKSHIN, B.S., kand.tekhn.nauk;
XURATOV. K.L., dotsent, kand.tekhn.nauk.- MUCHNIK# V.S.9 profoo
doktor tekhn.nauk; N.AYDTM, A.M., dotsent, kand.tekhn.nauk; NF&U-
SOTSUT. Ta.Z., prof., doktor tekhn.nauk; NEMM, G.A., inzh,;
NUROK, G.A., prof., doktor tekhn.nauli; OVINOV, N.I., inzh.;
PORTNOY. A.A., inzh.; .PROSWRIN, V.Y., dotsent. kand.tekhn.nauk;
1JUMMAW, B.A., iazh.-, WrraLir. r.-F.-,kand.tekhn.na-uk; SMTSKIT, R.A.,
dotsent, kand.tekhn.nauk,- SDMOV, A.P., kand.tokhn.nauk; SKAF-A,
P.T., inzh.; SWIN, S.D., prof.; SUDOPLATOY, A.P., prof., doktor
takhn.,nauk,- TIMOSHEVICH,.V..A., inzh.; FUFlNAN, A.A., inzh.; CHINAM,
N.A.; SULUMYSTER., L.G., dotsent, kand.tokhn.nauk; TIRPIGORET. A.K.,
glavnyy red,; LOMVA, A.A., red,; NAPKIN, I.F., red.; OSTROVSKIT,
S.B., 4ed.; PANOT, Ab., red.-. W
S., red,; SEMKOY. A.A.,
9n next care.)

AT19SM. S.G.-(continued) Card 2.
red.; ARKHANGILISXIT. S., kand.tekhn.nauk, red.; REZITIEDY, G.A.,
tnzh.. red.; AUSHIN, ;,:I., red.izd-va; IIACHALKIffA, Z.I., red.
Az4-va; PROZOROVSKATI, V.L., takhn.red.; NAISINSKATI, A.A., tekhn.red.
[Xining; an encyclopedic handbook] Gornoe delo; antaiklopedichaskii
spravochnik. Glav. red. A.M. Terpigorev. Weny glav.red.: F.1.
Barabanov i dr. Tol.5 (Undargro-und coal mining] Razrabotka
ug ol'nykh mostorozhdanii podzemnym sposobom. Moskva, Goo. nauchno-
tokbzL.izd-vo litiry po ugollnoi promyshl. 1958. 447 P.
(MIRA 12:2)
1., Chlen-korrespondent Akadsmii nauk SSSR (for Gorbachev, Chinakal).
2. Chlen-korrespondent Akadsaii nauk UM (for Zaytsev).
(Coal mines and mining)

15-57-7-10220
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
P 229 (USSR)
AUTHOR: Proskurin V. V.
TITLE: Sequence of Mining Operations in Adjacent Steeply
Inclined Strata (K vybQru poryadka i ocherednosti
razrabotki sblizhennykh krutopadayushchikh plastov)
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1956, Vol 84, PP 39-54
ABSTRACT: Problems of mining steeply inclined strata of the
Prokoplyevsk-Kiselev deposit in the Kuzbas are
discussed ifi this work. According to the author,
strata should be considered as being adjacent when
removal of one stratum of the series complicates
removal of the others. A specific sequence of
operation and specific methods of controlling the
host rock should be used in mining such strata.
Card 1/4 Factors affecting the sequence of operation are as

15-5-1-7-10220
Sequence of Mining Operations (Cont.)
follows: 1) the presence and position of layers which are dangerous
because of sudden ejection of coal and gas; 2) the presence and po-
sition of &n aquifef; 3) the thickness, physical and mechanical
properties of the rock between strata; 4 the presence and position
of thick strata in the group; 5) the angle of dip; 6) the hardness
of the coal; 7) the qualitative characteristics of the coal; 8) the
tendency toward qoWLaneous combustion; 9) method used to control
the host rock; 10 the presence of fires on connected layers. The
effect of these factors in determining whether the strata should be
mined in an upward or downward direction is outlined. An ascending
order of removal is redommended in the following cases, providing
the refilling is complete and solid; 1) if the top layer in a group
of adjacent layers is dangerous because of sudden ejections of coal
and gas; 2) if the top layer carries water; 3) if the dip angle(~c
of the layer is greater than the angle of repose f 1 of the foot wall
and if a system of shielding is used in mining the upper stratum,
while the lower stratum is mined with the help of long columns placed
Card 2/4

Sequence of Mining Operations (Cont.) 15-57-7-10220
along the strike of the stratum; 4) if the time allowed for exploi-
tation of' the mine is shortened; and in other cases where this
method of procedure will be more economical. Factors determining
individual mining of adjacent strata are also considered. Adjacent
layers should be mined individually, using any desired order of re-
moval, in the following cases: 1) if the adjacent layer is dangerous
because of sudden ejections of coal and gas; 2) if it is necessary
to dry out the adjacent aquifer; 3) if it is necessary to degasify
the adjacent layer; 4) in case of a collapse, when the time necessary
for the process of cleaning the rock is equal to or greater than the
period of mining the adjacent layer. Otherwise, simultaneous mining
of connected layers is recommended. The questions of the minimum
advance of clearing operations in adjacent strata and of location
of preparatory mining operations are also considered. The author
poses the problem of the necessity for instrument observations of
the displacements of deep-lying rock in mines of the Prokopfyev~;4_-
Kiselev area in the Kuzbas. The problem of estimating and charting
Card 3/4

Sequence of Mining Operations (Cont.)
15-5 9-7-10220
I
the sequence of mining adjacent coal strata on levels below the
current operations is also discussed. Such charts should be used
as guides by the planners of mining operations and by the builders
of surface structures.
Card 4/4 G. A. Teplitskiy

ir
Translation from: Referativnyy zhurnal, Geologiye, 1917, N
p 203 (USSR)
AUTHOR: Proskurin, V. V.
TITLE: The Influence of Safety Pillars on the Stability of
Hoisting Shafts and on the Choice of Location of Such
Shafts During Working of Deposits With Thick, Steeply
Dipping Beds at Great Depth (Vliyaniye predokhranitell-
nykh tselikov na ustoychivost' pod"yemnykh stvolov i na
vybor mesta zalozheniya ikh pri vskrytil mestorozhdeniy
s moshchn mi. krutopadayushchimi plastami na bol'shikh
glubinakhT
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1956, Nr 84, pp 55-63
ABSTRACT: The experience of developing the Prokoplyevsko -Kiselev-
skiye coal fields has shown that the disposition of the
majority of hoisting shafts within productive beds has
led to the loss of excessive amounts of coal because of
safety pillars. tnd with greater depth this loss
Card 1/2 increases sharply. The increased loss with depth is

The Influence of Safety Pillars (Cont.)
15-57-3-3930
shown in a table. The author believes that the leaving of safety
pillars as a measure of protection for the hoisting shafts in deep
mines does not insure their stability during the long period of oper-
ation of the mine. He cites actual examples from workings In steeply
dippipg beds in the Donets Basin and the Kuznetsk Basin. He shows
that an earlier selection of the site of constructing the hoisting
shaft at depths of 300 to 400 m within productive beds was determined
by the growth with depth of the chief crosscut levels. With modern
techniques and mechanization of haulage, losses entailed in cross-
cutting and haulage of waste are unimportant. The author believes
that hoisting shafts for working thick steeply dipping beds at great
depth should be placed, as a rule, beyond the limits of harmful
influence of subsurface workings.
Card_~/2 I. A. K.

PRWEMN. V.V.i. NOSKOVV S.I.
-
Some results of using levels of 150m.high in working wide pitching
eams. Ugoll 31 no.12:13-16 D 156. (MM 10:2)
:
Tomekly politakhnicheakiy inatitut Ineni S.N.Irtrova (for Proaku-
:n). 2. Nachs.11nik abakhty "Severnaya" treate, KawroTugol' (for
N06kOT).
(Kuznetsk B&Bin--Coal mines and mining)

FROSK M H, V.V.; GUSZV, I.P.
Readers' response to X.F.Sapitakii's and L.V.Zemlianskii's
article $Effect of the length of a cutter-loader mined seas
n labor productivity In the extraction of certain sloping
:
eams loss than 0.8 m. thick; Ugoll" no-7 1955. Ugoll 31 no.l:
41 Ja 156. (MLRA 9:4)
lJoankly politakhnichaiddy institute
(Coal mines and mining)

V y
Vcot
'skoy Avittt.,-

u/p
86-5-12/24
AUTHORS: Chernyshev, V. N., Ltj~_Col. cdwaAler'of unidentified Air
Force unit, and Proskurin, V.
TITLE: Our Engineer (Nash inzhener)
PERIODICAL: Vestnik Vozdushnogo Flotal 195Tp Nr 5. pp. 66-68 (USSR)
ABSTRACT: A description of the,initiative shown by Deputy Commander
for the Air Engineering Service, Q. A. Sumerkin, as re-
flected in the following achievements. (1) He eliminated
the time-consuming towing of airplanes to the preliminary
takeoff line (linUapredvaritellnogo starta) and back for
the preflight airplane preparation and repladed it by pre-
flight preparation at the parking area. The location of
the preliminary takeoff line is not given in the source.
It may be surmised thsAthis is not the actual takeoff
line and that, theretojee, its use was time wasting. Thus,
he shortened preparation by two hours daily. (2) He im-
proved the process of refueling airplanes by carrying it
out directly at the parking area, without using the refuel-
ing trucks, and by _4provirig the refueling installation at
the parking area. Thus,, hi,cut the'refueling time nearly
Card 1/42 in half, raised the efficiency, and relieved the refueling

Our Engineer (Cont.)
86-5-12/24
trucks for other duties. (3) He raised thelstandard of
technical instruction given to flying personnel by
dropping the detailed subjects on the construction of air-
plane and airplane parts, stressing, instead, the subjects
proved to be of more real importance in teaching them to
fly intelli ntly and safely. (4) Last year, he organized
a drive forletter dissemination of aeronautic scierice-
aniong the personnel, and also an exchange of experiences in
which some of the better aviation specialists toolc part.
(5).'He organized a technical conference at which cases of
efficiently and poorly organized work in, the Air Force sub-
units were discussed. One figure. (6) He directs the
activities of the "rationalizers" of his unit.
AVAILABLE: Library of Congress
Card 2/2

PROSKURMAY M.V.; NOVIKOVA, Z.S.; LUTSMIKO, I.F.
Derivatives of carbalkoy-7methylphosphinous acids. D,-,Ir-l. AN
SSSR 159 no.3s619-621 N 164 (MIRA 18e1)
1. Moskovskiy gosudarst-,ennyy universitet. Predstarleno akade-
mikom A.N. Nesmeyanov-ym.

PROSKURKIN, Ye.V., inzh.; ZROLUDEV, M.D., inzh.
Nickel plating of molybdenum and its alloys. MashinostroenIAe
no.6:60 N-D 163. (MIRA 16:12)

ACCESSION NR: AF1027925 S/0l37/64./000/0O2/BO07/BO07
~SOURCE: RZh. Metallurgiya, Abs. 2B39
AU MG R Ylamy*kin, P. S.; D'yachkov, P. IT.; Proakurin, Yu. A.; 01yunin, L. Ya.
TITLS: Highly refractory crucibles from fused magnesite for malting special metals
in high-frequonoy furnaces
CITED SOURGE: Tr. Vost. in-ta ognouporov, vy*p. 4*# 1963, 127-130
TOPIC TAGS; magnesite, crucible, refractory
'MUNSLATI011t Rammed crucibles made of fused magneiite~of the following composition
(in 10: S102, 3.7; A12031 1-1J FG 038 1-94; CaO, 1.6;.MgO, 91.6 and a dextrin
solution (300 g per liter of water3 have a maximum life of 200 meltings, and an
aver&ge life of 150. A description is given for,the,procosa of manufacturing
crucibles for melting high-temperature alloys without slag, and also for malting
in initial vaoutiuke N. Molchanov
DASM ACQs 193&4l SUB CODE: I Im EYCLs 60
Jl-
Cardl

BURUOVI, M.P.;KUCHIRjU, Ya.; PROSMINA, L.
f -th:ra,- on of mo ocular interaction. ,
Nonharmoulcity as 01~6 0 a -
Opt. i-obektr.5 no. 2:141-14 Ag 158. (MIRA 11:10)
1. Leningradskiy gosudaretyannyy universitat. Fizicheskiy institut.
(Molecular dynamics)

ACC NR: A117011372 SOURCE CODEt UR/002L/66/000/012/1537/1539
AUTHOR: 11roskurin, Yd. 0.
ORGt Institute of Cybernetics, Academy of Sciences Ukrainian SSR (Instytut
kibernetyky AN UkrSSR)
TITLE: Electrical analog simulation of flat frames of arbitrary design
SOURCE: AN UkrSSR. Dopovidi, no. 12, 1966, 1537-1539
TOPIC TAGS: electronic simulation, circuit design, electric transformer
SUB CODE: 12
ABSTRACT, This paper'concerns the simulation of two-dimensional (flat)
structuFes of arbitrary design built up from rods. Rppropriate oquilibriwa
and deformation equations for individual rod elements are combined with those
proposed earlier by G. Ye. Pukhov for such structures ("Electric Simulation
of Rod and Thin-Wall Structures." Acad. of Soi. USSR Publ. House, 1960).
The resulting sy-stem of eqwztions iG then shown to be amlogous to a certain
AC circuit including two transformers and this circuit is proposed as a siwulati~g
device for f2-t rod-based structures. In addition to t-w advantage of direct
siTmilation (as compared with the current computer-analytical approach), the
circuit offers the possibility of simulating three-dimensional rod-based
Aructures if a third transformer is included, Paper was preaftnted by Acaftmician,
V M 2 figures and 11
Wd riGlushkov. Orig. art. has: formula%,' LJPRS:,, 40v3S/

SO-11/51-5-2-7/26
AUTH0133 Burgova, li.P. , Lichirak Ya. aad Prosloirina, L.
TITLE - Aknhannonicity as One of tho Charactaristica of Iatenaolacralar
Intaraction (Aagarn, onichnnst' kak odna iz kharakt,,iria-UL,
me zlidumol alai lyarno go 7-.z~,.i_,iodeyst-,1.ya)
MRIOD I UL OpLJVL% I Spektroulcopiya, 1958, Vol 5, 11r 2, pp 141-146 (USSR)
ABSM- CT; It was found (Rais 1, 2) that formation of inta;:~-aolecjlar satirated
bonda (hydrogen-type bonds) ara accompanied by discrete changes of
vibrational ffequeaciaB. Thia affect -ias explained by a now
qaasielast,ic constant of ia+armolacular interaction and a change in
the quasialastic conBtan'A of intarnal wolecalar binding which, is
vaukened by ausociatiou ofiaolacules. The authors' purpose -was to
find -Maother thore might be a furthar sign of tha preseaca of s,.iah
intaimolocAlar satar-AIWAI bonds. They iavastigat~3d hon +,,,.-3 vibr--tional
spoctrija changes on incr~3aze of anharmonicity of vibratioas due to
intermolecular association. Thay measured infrarad frequencies anJ
L-itansitias of valence vibra+.i6ns of OR and OH in the revion of the
Dun&
uaan-f;al frequency and the two first haraonXca. This was done for
solutioas of pbanol, aaetia acid and halogen deriva-bives of laothans.
'The authors also used published dat;a on the sPectra of th-3 OH group CIf
Card 1/3 The infrared absorption spectra were me,.sured using a

SOY/61-5-2-7/26
AAharaonicity as One of tho Charactirialics of Intqnaolacular Interacti a
0
Pericia-Elmor snPc-rrophotowo1.-.)r 12 B wiUla a LiF prista aui a
spectrophotoz,vatir wit'a an echalatte grating, preparad at -',"Ila
Physics Institute of the Lanincrad State Univorslb -
Q Eirrors
In lbhe fraqqeacy measuraidents did not exceed 3 an"~iland those in
the intensity measurements ware less than 101a. Figs 1-3 give the
dipole moments of the hydrogen bonds of several substanpa;s as runctior-s;
of the vibrational quantALn rpambar v. Figs 4-5 Give the absorption
spectra of chloroform and bromoform pare and in solution. From the
fraqaancies and intensities of the infrared spectra mechanical and
optical anharmoaicitios of -the X-H wroups, whare X = 0 or 0, were
obtained. It was found that formatioa of hydrogen bonds producez
characteristic changes In the optical anharmonicity. In the case of
-weak hydrogen bonds bands due to molecular association are absent in
the harluonics but are present in the fundamental frequency of valance
card 2/3

A.Wiarmoulcity as One of tha 'Gharacb,3risiAes ef lnt5naolecular Intaraction
vibratious. The r-,%sulbs ob4Ainad supplement those reportad by
Ikeelce (Refa 4;, 5). The authors t1hanic V.:!. CiuilAnovskiy for
advice. There are 5 f iFuraq; , 1 table and 15 raforences , 3 of
which are Soviet, 4 American, 2 Genaan, 1 Japanese, 2 Engliah,
1 French, 1 A-astralian aad 1 frcm an intarawliloaal journal.
ASSOGUTICN.Laniagradskiy gos-adarit..-i-,inayy ualversi-bat, fiziahleskiy institut
0
(Physics Instituta, Lanirgrad State University)
SUBLUTTU: July 10, 1957
1. Molecular association--Analysis 2. Cyclic compounds--Molecular
Card 3/3 structure 3. Cyclic compound s-Spectrogra$hic analysis 4. Spectro-
photometers--Equipment 5. Infrared spectroscopy--Applications

PROSKURINAV L.G,, " -
.L -
Evalu"ation of the efficlenay of the utie of cottor.-~avvin flb-a-
blends in the undaraear assortment of the knit goodt3 'Indus',-.%-/.
Izv. vys. ucheb. zav.; tekh. teks'~. prom. no.3-14-20 165.
(MMA 18~8)
1. Mbs'kovskiy tekstillroyy J-nstituil-,.

BAKtMNKO, T.L.-, PRO~SKURIN&, L.G.; ZVMATSKAYA, M.L.; FISHMAN, K.Ye.
LoOBe nylon fiber dyeing. Khim. volok. no.5t7O-72 165.
(MIRA 18:10)
1. VNIISV (for Bakumenko, Proskurina). 2. Kiyevskiy kombinat
iskusstvannogo i sinteticheskogo volokna (for Zvenyatakaya,
Fitshman).

BUCHIN, P.I.; PROSKURINA, L,V.
Effect of some amino acids on Ue growth of diphtheria bacteria.
Lab. delo 10 no.3:175-176 164. - (MIRA 17:5)
1. Kafedra mikrobiologii (zaveduyushchiy - dotsent P.I.Buchin) Ke-
merovskogo meditsLnskogo instituta.

DUBOSHINAP Z.N.; PROSKUJININA, N.F
Alkaloids from Oxytropis wiricata. Zhur.ob.kilim. 33 no.6-
2071-2073 Je 163. (MIRA 1,-~:7)
1, Vsesoyuznyy nauchno.-issledovatelskly kh-imiko-farmatsevti-
cheskiy inatitut ima~l S.Ordzhonikidze.
(Alkaloids) (Oxy-tropis)

PROSKURNINA N F
- --- Z=:~~
AlkaloidB of Imucojum aastivim. Separation of eBtivine and
ungerine. Zbur. ob. khim. 33 n0-5:16"-1690 ~~ 363.
(MIM 16; 6)
1. Vs6Boyuznyy nauchno-issleclovat4liskiy khimiko-farmatsevti-
chaskly institut imeni Ordzhohikidii.
(AlkaloidayTor

PROSKURNINA N.F.
9 mll I W""- . ~ m - W-R.--1., - "
Structure of ungerine. Zhur. ob. khim. 33 no.5'.'1686-1688
My 163. (MMA'16:6)
1. Vessoyuznyy nauchno-issledavatellskiy khimiko-farmatsevti-
oheskly institut imeni Ordzhonikidze.
(Ungerine)

YAKOVLEVA, A.P.; :I~k NOPS
TKURMAII. ~ I
Alkaloids of Piptanthus nanus. Isolation of "nanin*v a new
alkaloid. Zhur. ob. khim.-34 no.110841-3842 R 164
(MIRA 18:1)
1. Tseso'yuzn-yy nauchno-iseledovatel'skiy khimiko-famatsev-
ticheskly institut imeni S. Ordzhonikidze,

YAKOVLEVA, A. P.; PROSKURNINI N. F.
Alkaloids from Piptanthus nanus.
piptanthine. Zhur. ob. khim. 33
Metbylation products of
no.1:125-127 163.
(KERA 16:1)
1. Voesoyusnyy nauchno-issledovatel'skiy khimiko-farmatoev-
ticheskiy Institut imeni S. Ordzhonikidze.
(Alkaloids)

-PROSKURINA, 0. V.
The acid conten! of rye dough And ad variously pro,
vired, M. 1."Knvn lcjiev, 11, Nl.~gotnlkov, Yu. R.
olkhovitinn, K. 6,11atavAnya, nnd 0. V.'Proskurins,
Ingrad Technot. last. Food Ind.).- -BOhimiya 19
10-54).-At highcr temps. the lactic acid content
dough and bread iummes, the volathe adds In bread ~
Cre"1511. Luis of dry 5ubstancej In the douob In tke Drocei~
of fermentation at 34--30* Is lower than at 28-30*t which
6 the temp. used'in bteadmaking Lmiu sti.ie~.., B.S. L.
;7

PROSSIM-III.A. V.19., inzh.
.;.,.~Some Ob ectiven in eesi-ening- plates witb nonlirear dependence of'
j
stresses on deformation. ITauch.dokl.vys.shkoly; stroi. no-3:37-11,84
158, ( 1! 1 Pa . 1,2, , ,~ )
1. Rakomendovana knfedroy soprotivleniya mRterialov Mosknvskn-~o -ir-
zhenerno-etroltellnogo instituta imeni V.V. Kuyb,,rehevn.
(Elastic plates and sholls)

( ; *. 2 F ~ . I ~ *.Irl-.;n *,;r~t;j
il 1 :7 1 .- I- . -
;~ M-J'ITTU(tJ --'- :-,I ;;I'-- -* J ~.'T 7 ?U F'I a G-1 'T .0 ~ -- --- - -1 ., --~

PROSKURINA. V.M., aspirant
Calculating the physical nonlinearity in problems of deflection
of elastic plates. NAuch.dokl.v7s.sbkn3,v: strol. w.2,.43-51
1 58. 1 (MIRA 1221)
(Blastic plates and shells)

LUSHCHITSKIY, V.0. (Khartkov, ulitsa Danilevskogo dom 8, kvartire");
v*S.-,(Kharlkov, ulitsa Danilevskogo, dom 8, kv. 44);
-S '
SHAKHOVA. F-.B.-Marlkor, ulitsa Danilerskogo, dos-8, kyartira
44)
Ten years of experience with electrosurgical treatment of pre-
tumorous skin diseases. Vop. onk. 9 no.8:94-98 1163 (MIRA 17W
1. Iz Ukrainskogo ~Instituta usovershenstvovani7t vrachey
(rektor I.I. Ovsiy6nko) i Ukrainskogo nauabno-issledovatell-
skogo kozhno-venerologicheakogo instituta ( dirfiktor - dotsent
A.I.Pyatikop).

V,
J
USSR/Human am! 'mirial Physioloa - Ifer--r-2us Systen. T-10
11cce-Lative Nervous System.
Abs Jour : Rof Zhur - Diol., Ito 18, 11050, 846lo
Author : Shchcpkovskaya, Ye.V., Drincl, A.I., Tachkova., A.M,,
Ii Kur
-os' nim, V,S,, Mtviyanko, ION.
I
Inst, :
-iriC " id a-S a
-.le : Cirbancous Vessel Reactior3 t!-) NicOt 'Lc
Method of the Functional State of the Central Nervous
Systoxi.
Orig Pub : 11 sb.; Sovrem. vopr. dormtol., Kiev, G:)sncdizda't,- G)MR1,
1957, 52-57-
Abstract : Five to 7 ninutez after 0.2 CX of ni-cotiric acid (1) wz;i-c
takca '-)y healtIny perZ-DiiE. a mderately expressed and syr,
i-,ictrically distributed hyperema ap-peared wbich was spi-cad
throuLjiout variou8 areas of the orGanisn in a certain way.
In patients with various skin diseases, I re-actions diiTlc-
reCt from those in healthy persons. The asymetry of
Card 1/2

USSR/Iluman and ldiirml Physiolo,:y - Ilc:.v:)us Systm. T-10
VcC~ctativc Nervous Syotcn.
Abs Jour Ref Zhur - Diol., No 18, 1953, 8461o
aj)paarance and 3proad -if hyl,emmia in patients
with (Jp-'Ua obtained by c:mmi ninG other vegetative functticrs.
In cases-in which stirmlative or inhibitory processcz with-
~11 CITS / central nervous systcrl
_7predoninated, a i-1-1111C, oz*
less irAtensive crythcmtouE; reaction to I va(3 obscr-.,L,(l. --
I.A. Slavutskayv.
Card 2/2

S/777/61/0
00/000/0041005
'2
AUTHORS: Pukho'v,:'G,' Ye., Vasillyev, V. V. Grezdov.- G.I., Karandakov, V.,
Proskurin, j(pjA. Levin, A.G.
TITLE: ...-,-,Device for the visual observation of the voltage distribution in ele %ric-
grid. models.
SOURCE: Voprosy vychslitelInyy tekhniki; mashiny, ustroystva, elementy i.;,ikh
Kiye -Goq
primeneniye. Ed. by A.M. Novik. v, tekhizdat USSR, 1961~"99-104.
n
TEXT: The paper proposes a device that provides a? reading of the most sig ifir
cant voltage values in electric analogs and thus afford a, representation, for e4ample,
-'ofthe-m.aximum.values and the general character of the, variation of bending n~b'ments
-in an electric analog of a.stressed beam., The voltages to be measured ' multi-
enter 41
channel commutator, where a control block governs their successive entry injo the
imput of a cathode-ray indicator(CRT) over a time T . The scanning of the ORT
is~ synchronized. with the beginning of the commutation, and its duration is sel 6~.
to equal the commutation period of the entire: ensemble of the voltages to be m~as-
ured. The 3 alternative versions of this arrangement differ in the type of the com-
mutator used and the.method of the synchronous scanning z1ong the axis of the
absci-ssae: (1) An electromechanical commutator with a step-by-step switch.
Card 1/Z-

Device for the visual observation of the ~S/777161/000/000/004/005
(2), An lectromechanical comMutato with a collector
r ~; (3) An electronic commuta
t6r. , -An experimental investigation of these.3 types. of commutators denotes their'
respective advantages and shortcoiri.inai: A(Ivant�'Ies:., Type (l)- simple design;
permits- the use I of sto.ck types of step-by-step -switches; - type (2) - relative f reedom
from noise; type (3~ - total freedom f rom noise. . Types, (1) and (2) - direct voltage
commutation with a transmission coefficient equal to I in all channels; type (3) -
elevated commutation rate. Type (1) - commutator can be stopped at any step of the
_.,S-~vitch; type (Z) can operate with the ordinary 307 (E07) indicator; type (3) - no,
mechanical contacts, no rotation. Shortcomings: Type (1) - requirement for an in-
dicator with prolonged, image persii-tence; type (3) - awkward design if ordinary
electron tubes are'used forthe coImmutation. with a large number of points; types
(1) and (2) - requirement for mechanical. contacts and rotating parts; type (3) - need
for equalization of the constants of the component gates and of the amplification
according to chanxiels to prevent a scatter of circuit and tube parameters when
tubes are replaced;. type (1) - significant noise effects during the motion of the
switch. All three types do not permit the reading of voltages when the latter vary
with a frequency, that is close to.the scanning frequency. There are 6 figures.
Cara -Z/ ?

AVANESTAII, M.G. ; PROSKURINA,jq*G.
Outstanding people of the seven-year plan. Tekst.prom. 20 no.9:53-
56 S 16o. (MM .13:10)
1e Nachallnik otdela tekhnicheskogo kontrolya Karabakhokogo shel-
kovogo kombinata (for Avanesyan).
(Nagorno-Karabakh Autonomous Province-Silk industry--lbiployees)
(Barnaul--Cotton industry-Employees)

PROSMINA, YO
. _x$ ---
Catalog.of radiants and velocities of meteor streams based on obser-
vations recorded in Ashkhabad in 1944. Trudy Inst. fiz. i geofix.
AN Turk. SSR 3'31-47 157. (MLRA 10-.9)
(Aohkhabad-Keteors) -

' D -
KUYAGINICHEV, M.I.; PLOTNIKOV, P.M.; BOIKHOVITINA, Yu.R.; BAZOVSKAYA, K.G.;
FROSMINA, O.Y.
Acid content in rye dough and broad prepared by various methods.
Biokhimiia 19 no.1:96-99 ja-F '54. OLLRA 7:3)
1. jeningradskiy tekhnologicheskly instit-at pishchevoy promyshleanosti.
: (Rye) (Acids. Organic)

"Observations of
No- 76-77(1948)

FROSKLMINA, Ye . M.
"On the Determination of the Angular Velocities of Meteors." Izv. Turkr-..
FAN SSSR, No. 3(19510), PP. (--6-()8
.1 -1

MOSXMINA) YE6 M, PA 187T9

PROBnRINA, -A-.-
iA
40~- Studying the photographs of four meteors. Trudy Inst.fis,i
geofis.AN Turk.SSR 2:134-149 156. (MLRA 10:5)
(meteors)

_ACC NRI AF60;5826 (A) CODE: UR/0321/65/026/005/0569/05i6
AUTHOR: Zhenevskayal R. P.; Rumyant seva, 0. N-4 Novoselova. I. L -Ugimm-9-1-gia. I.
Proshlyakova,.-Ye.,.V.-!.--Proshly~akovag E. V.
ORG'71---Institute of Animal Mor&loxy im. A. N. SevQrtsov.-AN SSSR. Moscow (Institut
morfoloeii-zhivotnykh AN SSSR)
TITIE% Regenerative processes in the transplantof intact muscles of young rate 13
,.SOURCE: Zhurnal obshchey biologii, v. 26, -no. 5, 1965, 50-576
TOPIC TAGS:- rat
myology, animal physiology
ABSTRACT: The article contains results from research on ieorianization and
shaping processes in skeletal muscle transplants. More than 100 operations
'wersperfomed on 1-5-2-5 mofith-old rats. Cross Vrans
plants of the gastro-
cnemius muscle (from one extremity to another) were done. A detailed morpho-
:lo ical and histological description is given of thehealin and regenerative
9
processes.taking place up to 8 months after the operation? The processes in
good and poor transpLants are'described with respect to the time passed since
!~the operation. Of 11 transplants examined after 6-8 months, 5 consisted
;mainly of muscle tissue, 2had a mixed muscle-connective-tissue structure,, and
44 were predominantly connective tissue. Reformation of the transplant's ner-,
Ivous system is described in details In transplantation of intact muscles a
'considerable part of the material is lost and resorbed; intense shaping pro-,".
icesses take place only in tho'perip~er4 zone, and the neV4 formed Muscle
never exceeds 50%.of normal weight. Orig. art. has: 10 figures. [JPRS1
SUB CODE: 06- SUBM DATE.I. l9Mar65 ORIG REF.- 012 OTH REF: 005
E71 ~C'Grd i/i - PU) UDC: ~591.109:001.5

FETROVp V.A., kanC tekhn. nauk; EDELISHTEYN, M.I., kand. tekhn. nauk;
PROM"RIliko- Xu,M.p inzh.; POLYAKOI, A.I., inzh.; MOTOVIWV,
KOVS, inzh.; PINI, V.Ye., inzh.
Optimm value of radial clearances for roller bearings of
railroad cars. Vest. TSNII MPS 22 no.7s44-47 063. (MIRA 16:12)

SHARONIN, V.S., kand.tekbn.nauk; PROSKURINA, Yu._M_~, PINI, V.Ye.
Studying the resistance to motion of freight ar4 passenger car--
with roller bearings. Trudy TSNII MPS no~221:25-45 '61~
(MIRA 15:1)
(Roller bearings) (Railroads--Cars)

PROSKURINA, YuA, inzh.
-
Results of tests for friction of freigbt car boxes.
20 n0-8:37-41 '61.
(Car axles--Testing)
Vest.TSNII I~TS
(MIRA 15:1)

GOREV, K.V.; PROSKURINA, Z.N.; SHEVCHUKp L.A.
Cast iron inoculation by cerium. Sbor. nauch. trud. Fiz,tekh,
inst. AN BSSR no.7:125-134 161. (MIRA 15:7)
(Cast iron--Metallurgy) (Cerium)

S/57l/6o/ooo/oo6/oo6/oll
Elll/E135
AUTHORS. Gorev, X.V., Proakurina, Z.N., and Shevchuk, L.A.
TITLE. Investigation of the effect of ultrasonics on the
structure of magnesium cast iron
SOURCE: Akademiya navuk Belaruskay SSR. Fiziko-tekhnicheskiy
institut. Sbornik nauchnykh trudov. no.6, Minsk, 196o.
82-93
TEXT: Experiments have previously shown that when
crystallization of magnesium inoculated cast-iron takes place under
the action of ultrasonic vibrations the size of graphite
precipitating is greatly reduced. In earlier work the authors
have shown that the ultrasonic vibrations facilitate formation of
crystallization centres and thus reduce the supercooling of the
iron, giving a stable structure. The object of the present work
was to study V;-e effects on the structure of magnesium cast iron
of ultrasonic ,--ibrations of various intensities introduced into
the alloy at various stages of the crystallization process, and to
determine the influence of the cooling rate of the castings on the
effects of the ultrasonics. Microscopic investigations were made
Card 1/ 7

Investigation of the effect of S/57l/6o/ooo/oo6/oo6/oil
Elll/E135
of the structure of ultrasonically treated and of untreated
specimens. 5-kg heats were induction melted in a quartz crucible.
Inoculation was carried out in the ladle at an iron temperature of
1450 OC with an alloy containing 15%'magnesium, the remainder being
75% ferrosilicon, the quantity added being calculated to give 0.5%
magnesium relative to heat weight. An 18-22 kc/sec oscillator was
used and with a single magnetostriction element an output of 2 kW
was obtained. The oscillations were introduced into the metal with
the aid of a half-wave concentrator; the apparatus is shown in
Fig.1 (1 - ingot mould, 2 - thermocouple connected to temperature
controller, 3 - concentrator, 4 - magnetostricter, 5 - tube
furnace, 6 - thermocouple connected to a temperature recorder,
7 - quartz sheath). The pouring temperature was 1300 OC. In the
'experiments in which the oscillations were applied at various
stages of crystallization three irons were used, their compositions
being shown in Table 1. Weights of 240 g were taken: the
oscillations were applied using the maximum output (2 kW), the
cooling to 300 OC being in the furnace, giving a rate of about
100 OC/min near the eutectic-arrest temperature. Vibrations during
Card 2/ 7

investigation of the effect of S/571/60/000/006/oo6/oll
EIll/El35
cooling from the pouring temperature to the end of the eutectic-
arrest led to complete elimination of chilled and graphite
size was greatly reduced, especially near the concentrator, but
not for iron FICII. This iron is somewhat hypo-eutectic and
therefore primary crystals of austenite appeared before the
graphite, weakening the effect of the ultrasonics. Many of the
graphite inclusions were not strictly spheroidal, especially in
the region adjacent to the concentrator. Similar effects were
obtained when ultrasonics was applied during cooling from the
pouring temperature to the start of the eutectic-arrest, When
vibration was restricted to the eutectic-transformation process
three zones were observed in all specimens. Near the concentrator
is a zone with the structure of mottled iron and comparatively
coarse globular graphite. Here the cooling rate was so rapid that
crystallization occurred before vibration started; however7 the
vibrations had produced partial graphitization in the solid state.
Above this is a zone with very small inclusions of globular
graphite and a ferrite-pearlite structure. Ascending this zone,
the effect of the vibration weakens rapidly and it merges into the
third largest zone having the structure of mottled iron with
Card 3/ 7

Investigation of the effect of S/57l/60/000/Oo6/oo6/oii
Elll/E135
comparatively large graphite inclusions (there were also small
inclusions in some regions). Among possible causes of the much
smaller effect of vibration when restricted to the eutectic is
the poorer contact between the concentrator and casting. In the
solid state, at 720 OC, vibration for about 2 minutes produced
fairly-considerable graphitization. The authors conclude from
their results that ultrasonic vibration promotes crystallization
of cast iron in the stable system and accelerates graphitization.
The acceleration is due both to increase in the number of
graphitization centres (due to cavitation-grinding of non-metalli':
inclusions) and quicker movement of carbon atoms to them because
of fluid agitation; in the solid state it is due to production
of internal stresses, which lower the stability of cementite and
thereby facilitate graphite-nuclei formation at the cementite/
austenite boundary, accelerating carbon diffusion in austanite and
ferrite crystals. To study the effect of intensity of vibration
on structure, cast iron "C" was used in weights of about 2.4 kg.
Intensity was regulated through power output at about 1, 1.5 and
2 kW. With 1 kW a grey-iron structure was obtained over the whole
vertical section. A fine globular-graphite and a pearlite-ferrite
Card 4/ 7

invest�sat�on of the.effect of ... S/571/6o/ooo/oo6/oo6/oii
Elll/E135
structure were obtained only near the concentrator. Above this
graphite coarsens rapidly and, near the top, free cementite appears
with ledeburite in increasing quantities. With 1.5 kW the
pearlite-ferrite structure extends over the whole casting section
with fine graphite extending over 1/3 of the height; graphite
coarsens up the casting. With 2 kW the fine-graphite zone extends
to half the height. For studying the effect ' of the cooling rate
"C" iron was again used, power input being 2 kW and cooling rates
near the eutectic arrest being about 20, 100 or 200 OC/min.
When the first two cooling rates were applied, the structures were
approximately similar; in the case of cooling at 200 OC/min a
small quantity of ledeburite remained. Thus, an increased cooling
rate weakens the effect of the ultrasonics; this is due firstly
to the shorter action time and secondly to higher degrees of
supercooling. There are.9 figures, 1 table and 9 references:
6 Soviet'-bloc and 3 non-Soviet-bloc. The English language
reference reads as follows:
Ref.4: A.E. Crowford, Metallurgia, 47, P-109, 113, 1953.
Card 5/7

Investigation of the effect of ... S/571/6o/000/006/oo6/on
EIII/E135
r
Fig.1
:-';trd 6/7

Intrestigation of the effect of ... S/571/60/000/oo6/oo6/on
E12-1/E135
Table I
Designation
f i Chemical composition, ~u
o
ron
C
si
p
s
Mn
Re s idua I
Mg
A 3.9 2.6 0.040 o.o28 0.5 0.05-O.o6
B 3.7 2.5 0.034 o.o3l 0.42 . 0.05-0-o6
C 3.4 2.3 0.035 o.o26 0.36 0.05-0.06
Card 7/7

GOREVI K.V.; ~PROSKWUIJA, Z.N.; SIIEVCIIUK, L.A.
Crystallization of magnesium cast iron under the effect of
ultrasonic waves, Lit. proizv. no. 4:35-36,, 42 Ap 161.
(Cast iron--Metallography) ' -~ (MIRA. 14:4)
(111trasonic waves-Industridl Vplications) .

GOREV, K.V.; PROSKURINk, Z.N.; SL-VCHUK, L.A.
luve~ptikating the action of ultrasonic-waves on the structure
of.magnesium cast iron.; Sbor.nauch.triid.Yiz.-tekh.inst.AN OSSR
no.6-.82-93 160. (MMA 14:6)
(Ultraaouic waves-Industrial applications)
(Cast iron-Metallography)

GOREV, K.V.; PROSKURINA, Z.N.
Effect of carbon and silicon on the CUMO of cooling of cast iron
modified and unmodified by m"siva. Sbor,nauchtrud.Fiz.-tekh.inst.
(MIRA 34-6)
AN BSSR no.6:94,-105 160.
(Cast iron-Metallograpby)

GOREV, K.V.; PROSKURINA, Z.N.; SHEVCHUK, L.,A.
-------------
Effects of the amount of inoculator and the rate of cooling on the
crystallization of magnesium cast iron. Lit. proizv. no. 5:22-25
MY 161. % 043RA 14: 5)
(Iron founding) (CrystaUization)

A
S/1 28~981%00/004/002/003
AO 54/A1 3 3
AUTHORSt Gorev, K. V.; Proskurina, Z. N., and Shevchuk, L. A.
TITLEt Crystallization of magnesium cast iron under the effect of
ultrasonics
PERIODICAL: Liteynoye proizvodstvo, no. 4, 1961, 35 - 36
TEXT- It was found that ultrasonic effects contribute to the disinte-
gration of spheroidal graphite and to the evolution of a stable structure
in-magnesium cast iron. Tests were carried out to establish the effect of
ultrasonics on the various phases of crystallization. The metal tested con-
sisted of G-1 (B-1) converter iron, 111011 type steel and 75-% ferrosilicium.
Magnesium was added to the ladle at 1,4500C as a magnesium master alloy with
a 154 magnesium content; ~The metal compositions are given in the table).
The ultrasonic vibration 18 - 22 kc) produced by an ysr-io (un-io) gen-
erator were transmitted to-the metal by means of a semi-wave concentrator
connected with a magnetostriction transformer (Fig. 1). The concentrator
was inserted through an aperture in the Tr-o,3 (TG-0.3) type graphite cruc-
ible, the ingot weighing about 240 g. The cooling of the castings was de-
Card 1/5

23865
S/12 61/000/004/002/003
Crystallization of magnesium cast iron under... A054YA133
layed by placing them in a tubular resistance furnace (with a temperature
of 3000C). The ultrasonic treatment took place in three phases: 1) when
the iron.specimens cooled down from the pouring temperature till the begin-
ning of the eutectic arrestatim2) until the end of the eutectic arrestation;
3) during the eutectic crystallization. The ultrasonic treatment in the
2nd phase radically changes the metal structure. No blanching can be ob-
served and the graphite globules are disintegrated very intensively, espe-
cially near the concentrator. Away from the concentrator, in the upper
part of the casting, the size of graphite globules increases. Ultrasonic
treatment in the 1st phase also eliminated blanching and resulted in the
disintegration of graphite globules in the lower part of the ingot, in the
proximity of the concentrator. In the 3rd phase (eutectic transformation)
three zones were observed in all specimens: near the concentrator, a zone
of mottled iron structure with fairly large-sized graphite inclusions, next
a zone with very small graphite globules and a ferrite-pearlitic structure,
with an insignificant pearlite content. In this zone the liquid metal crys-
tallized under ultrasonic effect. Moving upwards, the ultrasonic effect
becomes weaker, while in the third zone a mottled pig iron structure is
Card 2/ 5

8~'
27?
S/12 A~01000/004/002/003
Crystallization of magnesium cast iron under... A054 A133
found with large graphite inclusions. When ultrasonic treatment was only
applied during the eutectic crystallization period, its effect was much
weaker than in the two other periods. This may partly have been caused by
the less intensive contact between concentrator and casting, (a layer of
metal crystallized, before the ultrasonic vibration started). The ultra-
sonic effect in this period was also limited by the irregularity of crystal-
lization over the entire volume of the casting. The effect of ultrasonics
was also investigated on solidified metal. The tests were only carried out
in the third period (eutectic transformation) at 7200C, for 2 minutes and
the microscopic findings revealed a considerable graphitization for this
period. The accelerating effect of ultrasonic tr6atment on graphitization
was explaij~ed by the increase of graphitization centers. On account of
this, the path the carbon atoms have to cover to reach the graphite centers
from the surrounding metal becomes shorter, both in liquid and in solid
metal. Besides, the ultrasonic vibrations have also an effect on the de-
gasification of the metal. Based on tests with other metals and alloys it
can be assumed that supersonic vibrations accelerate the spontaneous evolu-
tion of graphite crystallization centers and also increase their number by
the gravitational crushing of non-metallic inclusions around which the
Card 3/5

23865
S/12 61/000/004/002/003
Crystallization of magnesium cast iron under... A054YA133
graphite particles crystallize. In solid metal graphitization is accelerat-
ed by internal stresses arising from the ultras-onic effect. These stresses
weaken the stability of cementite, promote the formation of crystal grains
on the boundary between cementite and austenite and accelerate diffusion of
carbon atoms in austenite and ferrite crystals. There are 4 figures, 1 table
and 9 references: 6 Soviet-bloc and 3 non-Soviet-bloc.
Table. ComDosition of the iron grades tested
Content of elements,
Cast iron
grade
C
Si
P
S
Mn Residual
gnesium
A 3.9 2.6 0.040 0.028 0.5 0.05 - 0.06
B 3.7 2-5 0-034 0.031 0.42 0.05 - 0.06
C 3.4 2.3 0.035 0.026 0-36 0.05 - m6
Card 4/5

PROSKURING,.V.V.2 dots.; POS0101OV, G.Ye, inzh.; KURLENYA, M.V.,!inzh.;
RYZHKOV, Yu.A., inzh.; SUMACREV, B.A., inzh.
Laboratory redearch on leaving rock on a worked
system of mining. Izv.vys.iicbeb*2aV&;gor*zhur&
level in the shield
no*2:11-14 '160.
(MIRA 14:5)
1. Tomskiy politekhnichookiy institute
(Mining engineering)

PROMMINA. Yu.K.. inzh.; PINI, V.Ye., inzh.
(__~~&sistan'e-e' to movement of loaded gondola care equipped with roller
bearings and sliding friction bearings. Teat. TSNII MM 16 no.7:
24-25 0 157. (MIM 10:11)
(Railroads-Cars)

FROSKURKINO G.A.
High-speed milling of cutting-tool holders. Masbinostroitell
no.6:40 Je 162. (MM 16:5)
(VAlling machines)

PROSKURKIN, G. A.
Now techniquev for beat treatment of ro2le. Manhinostroitall
no.12:33 D '62. (MIRA 16:1)
(Induction hardening)

PROSKURKIII, G.A.
Hydrcabrasive cleardng. IMashinostroitell no.9:36-37
s 62. WIRL 15: 9)
(Grinding and po3dshing)

PROSKURNIN, V.N.
- -__ -.-
Paper for heavy-current condensers. Bum.prom. 38 no.4s2&-31 Ap
163. (MIRA 16-5)
(France-Paper)

GORBUNOV, N.S.; ZHOLUDEV, M.D.;JRQSXURKJY-,-j2.V.
Zinc diffusion coatings. Zashch. met. 1 no.3t',14-1.18 My-Je '65.
(MIRA 18:8)
1. Institut fizicheskoy khImii AN SSSR i Ukrainskly naucbno-
issledovatellskiy trubnyy institut,

LUTSENNO, I.F.; KRAYTS, Z.S.; PROSKMNINAt M.V.
Preparation of ApAalkenylphosphoryl halides. Dokl.AN SSSR
148 no.4s846-U9 F 163. (MPA 16 14)
1. Moskovskiy gosudarstyennyy universitet universitet im. M.V.
Lomonosova. Predstavlono akademikca A.N.Neameyanovym.
(Phosphotyl halides)

PROSKURINA, YU.M.p inzIl.
Effect of ax1al clearances on the friction in antifriction bearings.
Vest.TSNIT MPS 24 no-3t28-33 165* (MIRA 18:8)

EDELISHTEYN, M.I.P kand.tekhn.nauk; PROSKURINA, Yu.Hm, inzh.
Reconditiening of the radial clearances of cylincL-ical-roller bearings.
Vest.TSNII WS 22 no.1:47-50 163. (MIRA 16--4)
(Roller bearings-Maintenance and repair)

PROSMXO, A. 1.
Dissertation: "Structural Petrographic Characteristics of the Cr7stalline Rocks of the
Pridnestroyl Region." Gand Geol-Min Sci, Dnepropetrovsk State U,, D-enpropetrovsk, 19153.
Referativnyy Zhurnal--Geologiya, Geogra-riya, Moscow, Jul 54,
SO: SUM No. 3560 25 Jan 1955

FROSIURED, A. I.
Parental rocks of serpentinites of the Narkopldsh Massif In the
Greater Caucasus. Izv.Otd.est.nmak AN Tadsh.SSR n0-11:3-12 '55.
WMA 9:10)
I.Keedra mineralogii i petrografit Tafthikokego gesudarstvannege
tniveratteta.
(Karkopidsh Massif-Serpentinites)

FROSIMM, A. 1.
Pyrozone mphibelites In the Dniester Valley. Dok-LAN Tadsh.SSR z9.14:
13-17 '55 - (MMA 9:9)
l.Kafedra mineralogil I petrografil Tadshlkok*go gosudarstyennege
universitsta. Pre-Istowleno chlonem-kerrespendentem AN 'fadshikokey SSR
R.B.Baratevyn.
Onlestr Valley-hvhibolito)

FFLOSMJRW, A.I.
On the petrography of gangus found near the eastern boundaries of
the Gismar Range. Dokl.AN SSSR 1o5 no.6:1.332-1334 D 155.OC[aA 9:4)
1.Predstavleno akademikom DeS.Kershlaskim.
(Gissarlange-Petroleff)

PROSKURKO, A.I..-
Accessories of the igneous rocks of Turlarienia. Izv. 07 Turk.
SSR.Ser.fiz.-tekh., khim. i geol.nauk no.5:90-97 165.
(IMIMA 18:11)
1. Turkmenskiy politekhnicheski3r institut. Submitted
December 19, 1963.

PROSKURKO, A.I.
Prpsence of alkali d-Lfferen-Liates of basalto-id magna in t~e Paleozoic
bEsement of the Kara Kun platform. DokI. All SSI'SP 164 no.4:902-1/105
0 t65, (MIRA 18:10)
1. Ivano-Frankovsk-iy filial LIvovskogo politeklLnicheskogo instituta.
Submitted February 10,, 1965.

PROSKURKO A.1
Presence of alkali-acid basaltoid rocks in the Eadkhyz region.
Dokl. Ali 533R 162 no.4:905-908 Je 165. (MIRA 18:5)
1. Ivano-Frankovskly filial Llvovskogo politekhnich-v3kogo in-
stituta. Submitted January 29, 1965. 1

lva.

BUDANOV' V.I.; MSKHI., A.M.; PROSKJRKO,-A.I.; DERMVM, I.M.
Geology-of intrusions in the eastern part of tha Famirs. Trudy
AN Tidxh.SSR. 104 n0,1:131-138 159,, (KMA 15:4)
lo Upravlenip geologii i OkhmY nedr pri Sovete Minlotrov
Tadiabi koy SSR i Tadshikskiy gosudarstvennyy universitet.
(PWairs-RockA., Igneous)

PROSKURKO, A.I.
Importance of accessory minerals and,rare elements for the
solution of problems of magmatic cycles. Przegl geolog 10
no,'7:347-35o n 162,
1. TJbiwersytet, Ashkhabad*

- PROSKURKQ,_A~1.
Geology of intrusives in the transitional area ot the
Northern Alichur Ranges (Bazar-Dara) 'and the centrial
eastern Pamin. Trudy Tadzh.gos.un. 28 no.1:35-50
(Pamirs--Rocks, Igneous) (Tadjikistan--Rocks,
Rushan and
and south-
'60.
(MIRA 15:1)
Igneous)

PROSKURKO, A.I.
Alkaline rocks of the eastern Pamirs. Izv. Otd. geol.-khim. i tekh.
nauk AN Tadzh. SSR no.2:71-86 161. (MIRA 15:1)
1. Tadzhikskiy gosudarstvennyy universitet imeni V.I.Lenina.
(Pamirs--Rocks, Igneous)