SCIENTIFIC ABSTRACT YUDIN, M. I. - YUDIN, N. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963110007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

M.I.; VULIS, I.L.
Use of statistical methods In studying the flimite-difference
19true-l"ure of the balance equation. Doklv AN SSSR 153 n0-5.
1067-1070' D'163, (WRA 17: 1)
1. G3-avna7a geofizicbeekaya observatoriya im. A.I. Voyeykova.
Predstavleno akademikcm A.-A. Dorodnitsyny

YUI-)Bi, M. -I.
"on the pa rametric description ofradiative-heating in the atmo5pbere'
report presented at the Atmospheric. Radiation Symp, Leningrad, 5-12 Aug 64.

USPENSM, B.D..,doktor fiz,-mat. mauk, prof.; -BEWUSOV, S,L., Jond.
fiz.-mat. nauk;-,FYATYGII,'A, M.I.; 11,M-TSALOV,
A.N.~ kand. fiz.-mat. nauk; DAVYDOVA, O.A.; KUFYANSKAY4~.4
A.P.; PMRICIMIKOp I,A.j MORSK($1 G,I.; TOMASIEVICH, L.V.;
SMOYLOVj A.I.; OUOVA~ Yo,l.j DMORM1110, V.A.; PEAMMO,
N.V.; DUBOVYY, A.S.; ROMOV, A.I.; PEMOSYANTS, 1,,.A:; IGLAZOV
.WLWF,VA, T.F.; BELISKAYA, N.N.; CHISTYAKOV A
Ojft~- D.;
GANDIN., L.S.; BURTSEV, A.I.; MERTSALOV, A.11.; BAGROVYY, N.A.;
BELOV, P.N.; ZWlj~Wj,&;&.,,.rvts9nzent; SIDEREOp G,-V. pd,
red.; DIJBINT-SOV, V.H., kand. fiz.-mat. nauk, muchn. rou.;
SAGATOVSKIT 2 BUGAYEVt'V.A., doktor geogr. nauk,
prof., red.; ROGOVSKAYA, Ye.G.., red.
D'anual on short-range weather forecasts] Rukovodstvo po
kratkosrochUm prognazem pogody. Leningrad, Gidrometeoizdat.
Pt.l. Izd.2., perer. i dop. 1964. 519 p. (19RA 18:1)
io t -tut.
n--iz:WU -Pr
-7:
77
-77

T
V! i
S/0D49/64/=/00VM24?A35
ACCES-SION NR
~1AWHOM::- -Yudin,. X.J:j.1 WI-In I.-L.
TITLE*;
Applioation of ;statistical rmthoas to the lAvestigation of the finite
difference stractiare bal-anon equation
SOURM~3 IN 3=0 Uva-SeriZa goofiticheskayaj, no~ 1) 3.964., 324-135
TOPIC TAGS: statistical metMdy Tinite differe=e., structure balance equation,,-
finite difference equation., spectral density., error density, arithmetic mean,
wind fle3A
Sappotenbial XleU.
StIarbing from: some results concerning-
A=R=. the theory for the fumtion of a
random variable and from data on,.the statistical structure of the wind field
and the geopotential fieldj the authors have determined the mean arithmetic value
and the spectral density, of errors associated with a finite-difference approxi-
mation of the balance equation. They pokit out the form of a differonce equation
that is distinguished by relativeI7 sma33. error. They conclude that tho proposed
method may have comparatively more general significance dur:1ng analysis of many
natural processes for which the statistioal chamveristios of tho investigated
Card 1/2

. z . -
;:,: ~17R7
1 --- :~~- I , ~l
.1
- " -'a

d6ktor fiz.-natem. naukp prof.; ILIIN, B.M.;
!OtM79, L.V..
One method for the control and correction of aerologic
telegrams, Meteor, i gidrol. n0-5:35-39 My 164.
(MRA 17:6)
1. Glavnaya geofizicheakaya observatoriya imeni A.I.
Voyeykova.
i
M-, ~K'a 1~- 61
-~M -~~
NINE

ACCESSION NR: AT4046059 S/2531/64/000/166/0182/0188
AUTHOR:
Y_U-414 ~Td-- POctor of physico-mathematica., sciences); YeBakova, N. P.;
Afanastyeva,, V. B.
TITLE: Preli inary evaluation of the prognostic significance'of the Information
Im obtained
from meteorological satellites
SOURCE: Leningrad. Glavnaya geofizicheskaya c6mrvatorlya. Trudy*, no. 166, 1964. A
Yoprosy* interpretatsii danny*kh meteorologicheskikh spubAov (Problems in the
interpretation of data of meteorological satellites), 182-188
TOPIC. TAGS: - meteorology,, meteorological satellite, cloud, precipitation, weather
forecasting, long-range weather forecasting, snow cover, radiation bafance
ABSTRACT."' The objective of this paper was to develop a method for the preliminary
characterization of anomalies of cloud cover, the radiation balance of the underlying
surface and th limits of snow and ice cover for subsequent use of such characteristics
I in long-range weather forecasting. The authors establish statistical relationships between
such anomalies and the characteristics of future weather (ten. perature and precipitation);'
certain direct characteristics of atmospheric circulation are also analyzed In relation to
future weather. Determination of the characteristics of anomalies of the cloud cover,
Card 1/3

ACCESSION NR: AT4046059
the boundaries of the snow tind Ice cover-and the radiation balance was done using mean
1 .10-day values for the period Septelbber-Novembor 1948-1957. Thesevaluoswere j
mapped,. after which the parameters characterizing the fields of hidividual elements
weredetermined. The method used for constructing the maps and defining the character-.
istics-of anomalies is described briefly. 7%e state of atmospheric circulation was des- f
crWed using the zonal index devised by Ye. N. BUnova, the M. 1. Yudin merldional index
dnd'Ibe A. A.- Rozhdestvcnsldy hydrodynamic indicts. 7beso parameters were used
to-supplement Me 10-day means of temperature and precipitation for an analysis of these
'valuo determined for a grid of points covering much of the European SSSR. Synchronous
j_statiAtical ralationahips were establisbed between the 10 mentioned parametera;
6nou
.~msynblik a prognostic relationships also were determined. Ile ten considered para-
_.!,~,__qters.were correlated wit
h temperature and precipitation for the 10 days which followed.:
,P.9'.0-'cbmPutatIons of the correlation coefficients were performed on n "Ural-III electronto
putor. Mout of the rasulta of the computations wortj plotted on maps, and GG such
iifips were idonstructed. In a considerable n=ber of cases relationships were discovered
whic3h are characterized by quite high correlation coefficients and with a stable Identical

['ACCESSION NR'. AT4046059
sign for the entire conoldered area. It was found that the selected parameters Pnorally
give more information for prediction of temporature than for preffiction of precipitation.
However, an absence of prognostic ralationsbips is noted on a number of maps. The
method described made It possible to establish a number of parameters of the state of the
atmosphere and the underlying surface vibich are qLtito clouely related to the characterlotic'
of future weather for 20 days In advance. ThEt grpater part of the parameters apply to
those elements which-cannot be determined globally except by use 16f meteorological
This emph"es the great importance of satellite obsIrvattons for long-range
forec"ting.. Orig. h= 2 formulas, 5 figures and 1 table.
AMOMITION.- Glavnaya geoffticlealtayu observatoriya Leningnd (Main Geophysical
ObservAtory).,'
ENCL. bTB CODE ES
AMIT
SM TED- 00 0
,:, OMER.. 000
NO REF
1/3

jj:g: 1, YUDIN,
GAND-Us', ij.~It 'i
r7 of' Ln the anal:)rz!
nF Dr.. -al f e 1,18. Irac-,y 0 n .1 t~,

-7 M
favvUlUk; WDE: 0 769W62f6
UR'6~ ~266 002
60 2769 0 W69-f 6
0 769W62f6
AUTHO1L- yu
din,_
ORG: Main Geopbysi 17
Lq~~~(Glavnaya g eofizicheskaYll.observatorlya)
''TITIX: EquinbriumkMor
gradient
SOURCE: AN. SSSR. IzVestlya. Mika atm
o8fOrY I Okeana, V. 2, no. 2, 1966, 208-216
TOPIC TAGs: atm
ospheric temperature
gradient, lowe Ir atmosphere, heat exchange
ABSTRACTi Defending his concept of an equilibrium to
atmoBphere, tile author rev.J~WS theories and ob mp.cratute gradient in tile near-ground
ment scrVatie)is-on the Subject and disputes a
rgu-
s, CAIeflv by A. S.-- Monin Mv. AN SSSR, Mika tmoBfery I oheana, 1, No. 5, 1965.
a
against his contentions that the mean turbulent thermal flux becomes zero when the tempera-
ture gradient approaches 0. 6Q1.100 m and that turbulent pulsations are not small when the
turbulent thermal flux dDeS not exist. Among dies In the lower atmospheric layer noted
stu
are a) teMPeratUrs lapse rate observations Wl Ich yielded 0. 6C/100 m as the mean value of _U,
H
the equilibrium temperature gradient at altitudes from 1. 2 to 88 m, b) free balloon observa-
tIonB of te3nPerature fluctuations, vertical temperature profiles, and vertical flux velocity
Card 1/2 UDC: 551.524.77
_0615-7 observa
Ni c) alrborn
AP6.0191519 100 to 3000 M1 0 M, the [Lcr-uracy 01
C/100 for altitudes frOil 06C/10
produced the Vuluc 0' 54
M Ch duced. a Value of 1 vLt 8 to 2100 M'Which
v~bich t a,. at 5.0 to 2000 M Wh' pro observations B.
Tecentairborne 2 tables, and 3 figure
tions, by Monlue formulasy
author CUSPutes. and d) more has: 6
-01lich the - value of 0. 58C/loo 3n* -Origo art
yield a mean
REy: 012
- F.. 015/ OTH
24AX1965/ ORIG RE
UB CODE: '08/ SUBM DATE
lard 2/2

YUDIN, H.I.
Jadeite and natrolite rocks in the ultrabasites of the Borus Range
(Weatern Sayan Mountains) and their origin. Izv. ANSSSR. Ser.geol.
28 no-4378-98 Ap .163,1P (MIRA 160
1. Tonskiy politekhnicheskiy institut.
(Borus Range-Jadoite) (Borus Range--Natro-lite)

AUTHOR: SOV/11-59-2-4/14
U

TITLE: The Dunites from the Borus Mountain Range and Their Origin
.(Dunity khrebta Boru,3 i ikh proiskhozhdeniye)
PERIODICAL: Izvestia Akademii nauk SSSR, Seriya geologicheskaya, 1959,
-77 (USSR)
Nr 2) pp 59
ABSTRACT: Although the ori6in of dunitea has for many years been the
Object of discussion, no unanimity was ever reached on this
problem, Some scientists, such as A.R. Aleshkov, were of
the.opinion that dunites were formed from a .9pecial dunite
magma. Others (F,Yu. Levinson-Lessing, A.N. Zavaritskiy,
G.L. Padalka, P.I. Lebedev, Ye.A. Kuznet.,1-ov and others)
considered the dunites an a product of a crystallizing-
gravitational differentiation of the basalt magma. The
partisans of the heterogenous origin of the ultrabasic
rocks (Yu.A. Kuznetsov, B.A. Kashkay, G.V. Pinus and others)
connected the origin of dunites not only with the basalt
magma but als Io with a special hyperbasic magma. Finally,
in the last 10 years, some of the geologists Uspenskiy.
S.V. Moskaleva, A.A. Kadenskiy and O.A. Voroblyeva) came to.
Card 113 the conclusion that the dunites were of a metasomatic

SOV/11-59-2-4/1A
The Dunites from the Borus Mountain Range and Their Origin
origin. In the Borus mountain range, (Western Sayan), duni-
tea occur in a hyperbasic,massif composed mainly of serp-
~ntinous periodites and serpentinites. The author gives a
very detailed description of dunites and other vtarieties,
differing slightly in thpir composition. He came to the
conclusion that the dunites and the genetically related
pyroxenites were of a. more recent formation than the
serpentineous hyperbasic rock forming the Borus Massif.
Both are qualitatively different products of two inter-
connected stages of a unique-metasomatic process. Each
stage represents a result of a variation of tne qualitative
correlationof interacting components JAgO and Sio at
2
different depths of the converted rock. The ordinary &nd
folded pyroxenite veins were a product of the first meta3o-
matic stage and were formed as a result of a chemical inter-
action of rocks containing a large amount of magnesium with
the siliceous solutions ascending along the fissures.
These solutions originated as a result of the admixture of
oilica from the plutonic depths where, by the addition of
Card 2/3 magneuium, the magmatic processes led to the formation of

SOV/11-90-2-4/14
The Dunites from-the Borus Mountain Range and Their Or~gin
dunites, which are basically olivine rocks. At each stage
of the metasomatosis.the conversion bore a sharply select-
ional character. inated on a
The pyroxenite voins orit,
given level before the dunites were only partly converted
into dunites during the second metasomatic stage. The
largest part of them remained in the dunites as relies -
xenolythes, streak te inclusions and other formations.
Tho other,goologiata montioned by tbe rtuthor were. 11. 1.
Bezborodlko, V.A. Lodochnikov, 11.30. Krotov, P.M. Tat~irinov'
V.S. Koptev-Dvornikov, V.I. Lichitskiy, and A.A. Kadenskiy,
There are 10 photos, I map, I table, 1 diagram and 23
references, 22 of which are Soviet and 1 American.
ASSOCIATION,. Tomskiy Folitekhnicheskiy Institut (The Tomsk Polytechnical
Institute)
SUBMITTED: January,21, 1958
Card 3/3

3/133/60/000/012/009/015
A054/A027
AUTHOR3i Filonov, V.A. Engineerv Yudi.n, M.1 Engineer, Troshchenkovf
N.A., Engineer, and Movshovits, V. Envineer
TITLEg Improved Produetion Proness fnr Cold Rolled A)'-.oy Steel Sheets
PERIODICAL.- Stall? 1960~ No. 12p pp~1;1116-aI~18
T:2XT Until recently the produotion of the alloyed steel sheetsq 0,5-
3.0 mm thick, in the Zavorozhstall Plant was divided into 8 stages. The
technology had certain arawbaaka2 because the sheets had to be moved about a
great deal during proreaslng,, their surfa.-!L- defects were numerous,- 16.6-25.11~11
it was not possible to obtain the relu4red mec~banical
were defective, moreover, - I
properties. About 3DI"lo of the sheets had to be rejected because the strelL.-th
limit was too low. In order to simplify-and at the same time to -improve this
process, cold rolling test.9, were trade with 1,2r2A (!.2G2A'), 25XIF'CA~25KhGSL),
30xrcA (30KhGSA:.) and other steel sheets, 0,8-3.0 mira thick, omitting bright
annealing, i.e.,the second phase of the, conventional prodaction process, The
tests were Carried out on a 1~6BO mm stand, at a naximum rolling speed of
3.95 -M/sec and it was found that the 12G?,', steel. sheet2~ 0.8-1,0 w, thirk and
730-1,270 mm wide could easily be rolled in 3-7; passes.' The (J.,cld rollimr, of
25KhGSA and 30KhGSA steel sheets Nvithout bright annealing was only possible. J-D
to 1.2-3.0 mm thi6kness, irreopective of the strip iv-idthq with normal metall
Card 1b

S
33/60/COO/012/009/015
.0 -7
A054/' 2-
Improved Production Pro(,ess for Cold Rolled Alloy Steel Sheets
pressure at the rollers and with normal load on the main motor. Omitting bright
annealino, decreased tolling waste 2.2 tLmes for the 121V2.k and 3.2 times for the
25YhGSA and 30 KhGSA brand steels. Furthermore, tests were carried oul: with
cold roll-ing.steel. sheets.(IMA) containing man.,mese -ap tfl 0-5 Mm thickneos,
Ithout b i It aymealing and intermilttent annealing, on a A-high reversi-ble
V
7 a. r ~I I
m'J.11 stand 1 200 mm) and --t was established that by applying this teehnologv
wastage could be reduced 3.3 times as f,~,--mparedwith the conventIonal method,
,while the metal. pressure on the rollers was kept within the I imits a-' 1,~wed
(1,800 t) and by applying hydrogenated sunflower seed o-.1 as a rabricator, the
main motor load cruld 'be redjce-d~ !Zaximum rollin.- speed attained 6.7 m/zef:~
Tests were -nl5o, carried out *I-r, improv,?, the annea2lng of hot rolled sheet coil~-
of 23 X 2 11, B(P A (23Kh2NVFA) , 17 e.-~PA (i7n2mrn) , 12 X 21 14, M21451F I
25)e rCA (25KhGSA) and 3OYr(.,P, (30MrAGSA) steels and it was establi,3hed that
owtimum conditions can be.obtained by annealing unpickled sheet coils in
protecting atmosphere of nitrogen, contairiing not moxe trhw, CO 4-6-, CO
and .4-6~-~oH2, Annealing takes place in thiG protecting atmosphere at 850'(, fior'
periodg of 1.6918 20 hours, dependin- on the welght of the charge,( < 6,7-8,
9-10 coils, respectively) By annealing An pttJective atmosphere it waa poosiblo
Card 2/5
V.7

S/133/60/0M/012/009/01r-
A054/A027
Improved Production Process for Cold Rolled Alloy Steel Sheets
prevent decarbonization and to increase the output of the pick-ling equip-
ment considerably by setting free great part of J_
capacity. Further improve-
ment in the quality,of cold rolled IMA steel sheets could be attained by
normalizing the sheets in coils, in electric hood- furnaces with ventilators.
The-.heat conditions of the process were:the same as when normalizing the sheets
A- in-small Dackets (heating up to 840-8600C, holding time: 1 hour, furnace
~temperature 9000, cooling under muffle to 18000); the improvement in mechanical
)ronerties was obtained by the special size and the construction of the furnace
SeCUr3.ng a un-iform heatins, and cooling in the entire coil while waste due to
~4nadequate mechanical properties could be eliminated. This -waste had amounted
to, about 80,?~j when normalizing in the conventional production process sin.-le
packets There is I table.
qard 3/5

f 884-98
A054/fi-027
mp- Luc 3 m~
j-, -roved
.-A Troduc ibn_Prd7oe ~.o
ickne 4D mm Strip
Steel brand; Initial and final th ss of the sti J,
mm; G) Total, reduction %; (5) Load on the main motor a; Metal pres-
sure on the roll ton; Rolling speed mYsec; (B) Lumber of passes.
x HCXOAnax R PHOC Harpyoxg NIAD. ~Lsvxerre UtTeA. CXOPOCTb
Wx Zvi no.,7 X0.1r4ecyto
Velattag 7001111~0. P lie um AWATua Al Ila ZaAKU nPoKa"', Is nponyc
Max Xk
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1270 65,1 120D-2810 14M-1700 1.17-3.44 7
7170071.517
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2.3-0 1020 65 1 W-30GO 8()0_1100 1,57-3.52 5
2.3-1,0 1270 56:6 120-3(0 131)0-1700 1,57-3,71 6-7
3,60 5-3
1020 55's 10006_3400 90N.: 1700 1,57-'
23-1,2 1020 47.8 1(W-3WO '830-1500 0,78-3.52

1020 44,5 IGN-25W 900-1100 1.76-3,52
1,070 31*S 2OW-3-OW 1200-1 711 1,17-1,12 3

3,7-2.5 1270
32 4
2(0-30DD 1400 2,54-3,14
1270: 25:0 2(=- 3000 140D-16,00 2.34-3.14
4,0_3
730 .
25.0 20W-2WO 9W-1100 2.34-3.14
Card

S/133/6
0,/000/012 15
/009/0
A054/022-7
improved Pr Ioduction Process for Cold'Rolled AlloyS teel Sheets

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37.5
32,4
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2000--2aw
8)0-1600
8)0-20M
SM-M
400-160

01-3,500
JOW-3000
1200-1600
800-3000
1200-3500
400-3000
8)D-2800
400-3500
12M-2000

200-1810
1200- ISM

1300- 1830
130O.-IM
1050-1600

1300-2000

300-18.)0
1000
1200-1200
81,10-1600
900-2000
1200-2100
1100-1700
1100-1900
0,78-2,74

0, 78-3 j 14

0, 78 L3. 14

1,17-2,35
0,62-1,95
0,78-2,34
0,75-3,14
0.79-1.76

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0,78-3,14
0,78-1,57
1,17-2,74
0.78-3,14
0.78-3.14
0,70-1,,57
0.78-2.74
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2,09 -6:70 7

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S/ I Y,16 1/000/00 1100310,06
AO 6/A-C-0.
HORS ollir
A
M Yudin, M. I., Chief of the Cold R Z Shop, Troshchenkov, N. A.,
'CHT-e-f-o-f the -Rolling Group T,9ZL
IM Stainless Steel Ground Plates
E:
PERIODICAL: Metallurg, 1961, No. 1, 1961,.pp.,.21-23
TEXV: In connection with the development-of olisbed plastic articles,
I ~ p
manufactured by pressing, the demand of polished and ground stainless steel baeking
plates is continuously increasing. The production of ground stainless steel plates
was started at "Zaporozhstal"' in 1957, using the LOW-1500 (8hPM-1_rNOO) grindirR
machines. The authors together with 14. M. Stekachev, L. A. Zagadchenko and G. A
n the sur-
Drobot investigated the effect of individual technological parameters o
face.of the finished plates and revealed deficiencies in the design of the afore- v/
mentioned machine. Heat treated, etched 1X18H9T (lKhl8N9T), 1X18H9 (Mla4q) and
2XI8N9 (2~hl&'49) steel sheet s, and quenched and etched cold-worked IKhl8N9T steel.
blanks were used. Since the quality of the ground plates depends on the surface
conditions of the blanks, measures were taken to improve the quality of the blan-k
surface. For this purpose water glass used as a binding material on abrasive
Card 1/3

belts was replaced by bide glue and the followir~g optimum conditions for grinding
the plates wer establisheM 1) rough grinding with 100 mesh ab--asive material;
2) pre-finishipg grinding with 150 mesh abrasive and 3) firishing grinding wit.h
180 mesh abrasive powder. Electrocor-andum was found to be the best abrasive
rial. The abrasive powder was applied to the belt by a special device consls~.ing
of'a sheet metal container with four rolls - two for tightening the. belt, and tivo
-hI
for applying and levelling the abrasive material, The ShPM-1500 belt- ype mac =e
consists of a feed and a grinding mechanism. The sheet to be ground is sucked or,
to a perforated feed belt by a vacuum pump retaining the work on the belt during
its processing with the abrasive belt., I Ithe feed belt moves at a speed of 3,2 - 11
ni/min. The grinding mechanism consits Iof three rolls onto which an endless I mm
thick.* 1300 mm wide abrasive belt is fastened, The abrasive belt moves at a speed
of 10 m/sec. The belt is pressed against the work piece with four 100-mm diameter
steel rolls. '11"he grinding operation car, be switched over to the vertical directicn.
Experience gathered in the production of stainless steel grmind plates by the
aforementioned method has led tothe following conclusions. 1. The quality of
finished plates depends in the first place on the quality of cold and hot rolled
blanks. There should not be any visible defects on the blank aarface, since their
elimination would require the removal of a, thick metal layer. This would 'C-xt-nd
Card 2/3

S/1 30.16 1/ooo/oo 1/boYtc
Stainless Steel Ground Plates A006/AO01
the grinding process and impair the quality of the ground surface. 2. The
existing method of applying the abrasive material and the glue to the., belt by
manual pulverization does not assure a uniform covering of the belt with the
material on its whole length and width. Therefore mechanical processes of apply-
ing the abrasive powder should be developed. 3. The rubberized transportation
belts do not yield satisfactory results due to different thickness across their
section (2 - 4 mm at a 12-mm thick belt); non-admissible expansion during opera-
tion (up to 13%); cracking and scaling of the upper coating. 4- The endless,
'woolen abrasive belts produce considerable non-uniform lorigitudinal stretchIng
(up to 15%) causing cracking of the abrasive coating and break-down of the belt.
Inclusions of foreign material in the belts produce scratchings on the surfacelto
be.ground. 5. The grinding machine described has a series of deficiencies and
cannot be recommended for the grinding of large size sheets, Designs of machines
should be developed for the grinding of sheets on both sides by taking into account
domestic and foreign experiences. 6'. Large scale production of ground plates
b
should be perform ed In special shops. starting with cold rolling of lariks. There
are, J -f Igures. - -
ASSOCIATION: Zaporozhstal' Plant
Card 3/3

ULTAMY 0
B.S. i BW111., V: 1. 3 OLISRMTSKI7., V.yo,; prir4rali uohaptiyo..
FliioNov.v NO.A. I inzb.; H.I.~ i=b.3 IME., inzh.;
w1w., s -Nil, dmi~h.; RI%LTZOp- Gal., in-"h,,; ODMTS., L.I., inzh.;
BIGALKO$ ?.V. I inzhv; TSIVIM; D.Teq, VOLOSHCWA M.D. , inzh.
HOat U-satmunt Of C034-rOnad shoot zDtal, Stall 22 no.2-.163-
A.63 F- If2. (MIRA 15:2)
I& zapormbskiy mobinostroltolInyy iwtitut i zavod
OZaporothotall", 2* gavod "Upormhotal" (for Filonov"
Yudin., loffe., Fopov., gybako., Odinots). 3. Zaporozhskiy
me.ohinostroitelInyy iwtitut (for Siga:Lkoj, TSivirko., Voloshchuk).
(Sheet Btiol-Heat troatmeA)

-,YUDIN-,-,-M-.,I,.; KaWIOVSKIY, A.Z.; TROSHCHFIIKOV., N.A.
Redesign of the 1618 continuous cold rolling mill. Matallurg 8
no.11:28-29 N 163o (MIRA.i6:12)

I.N.; SOLOVIYEVy L*L.; MRXINA, R,.Ye.; YUDIN M.I.
CHEN N.G.; TRAYGER,
Acid pickling of steel with the use of a new additive.
Stall 24 no.5t451-452 )V 164~ (14IRA 17:12)
1. Dneprcdzerzhinskiy metallurgicheskly zavod-vtuz i zavod
"Uporozhotal"'

ACC NR, Anoi2o8c., SOURCE CODE: UR/,'il77/6G/O'.,,')/000/0036/00,")2
_11. P. (Academician AN UkrSSJ1); &-if 'Yin. -AT. M. (Professar); -
AUTHOR: CLickmape
Mole te of technical selencen); ~~r~Lf I),
shko. V. 11. (Candida g,_Ytjt. (Candirl tv of technicai
~Ioka V._2, Xsenzi0t, IV%. A. (1',ngineer)
sclunces)- Avrmnenko, 1. 11. (Engineer); D
I -_ i
Kudin, D. 1). (E'ng1neer)'--L61a, V., N. (Engineer); blovshovich, V. (Engincur); I
V. B. (Engineer); Surolkol, L., N.~ (En Ineer), Sukhobrus, Ye. P (Engineer); Kholodnyy, V. P.
9
ngineor)
(Engineer); Win, Al. L (L
ORG: none Ir
TITLE: Improvements, In the techniques of production of IMISNIOT cold-rolled wide-sirip
steel at the-ZoporoAstall Plan 61'
SOURCE: -Dnepropetrovsk. Institut chern21-inetalluLgi rudy, v. 21, 1965. Prokatnoye
proizvoddivo (Welding Production), 38-52
TOPIC TAGS: stainless steel,. bright stock lubricant, metal rolling, sheet metal, Industrial
plant / X118NIOT stainless steel, P-26 brigbt, stock lubricant
ABSTRACT: On increasing to 11. 8 tons from ths.pr6vious 10, 3 tons the %vight of the ing9ts

L _412274-66
Acc NRiAT6012-6 80
of KhISNIOT stainless steel used to produce 1000 mrn wide phects the ZaporozhBtal Plant
found It possible to reduce by 40-59 kg/mm2 the wastage of metal during slabbing. Other inno-
vations introduced in recent years at this plant include: fettling, flame scarfing and planing
of Ingot surfaces so as to eliminate defects of mcLallurgical origin prior to slabbing. 'I'liese
measures, along with improvements in the Ingot reheating regime, have made it possible to
increase the productivity of slabbing mills by 15-20%. The Ingotu theinsok es are cone-shaped
in order to optimize the conditions of crystallization of the molton metal.1 After trimming and
heating to 1050-13000C the alabs proceed to a continuous' strl~_M_ffl where they are rolled inte
1000 mm wide strip. Dy introducing the cold rolling of-this strip in a reversible four-high mill
with a reduction of 85% and by abandoning the practice of Intermediate quenching (luring the
produ tion of, 0. 8-1. 4 mm thick sheets rolled fro J. 0 min thick stock, using RZabright
stoC71(highly viscous mineral old) qs th~olub'rl'cran?/ using highly polished rolls, and increasing
the convexity of the rolls to offset the increase In roll pressure, and thus streamlining the
rolling techniques.to an extent at'which it became possible to roll in 13 passes 0. 8 mm thick
strip without overloading the. rolls and main drive, the Zaporozhstall Plant.has found it possible,
to increase by ~1% the productivity of its sheet mill and by i80%, the productivity of its rover-
sible cold-rolling mill. The annual savings produced by these innovations amount to: for the
slabbIng-mil.1 shop, 162, 000 rubles; for the shect-mill shop$ 91, 000 rubles; for the cold rolling
sbDpj 719, 000 rubles. Orig. ~trt, has: 3. 11prOB, 9 tabl0s,
SUB CODE: 139 H/ SUBM.DATE: none/ OMG REF: 015
card

Yump_f
,IVANCHINOV, A., Inzhener; YUDIN, H-, inzhener.
Bew cutter-loaders in KarngandA. Maot.ugi. 6 no.9:20-21 S 157.
(M MA 10: 11)
(Karaganda Baaln--Coal mining mnehinery)

y-LTDT-N, N.A..t inzh.; VORMINUA) G.V inzh.; YELIZAROV, 11-YO,
01
--ture cof
du-t for tho fa
New I.ead-nont-Aning pro
&nd artistic glass. Ste-1. i ker. 22 no.8:18-19 A- '65
(MIRE 16:9)
1. Gusevskoy filial Gosudtastvennogo nauchno-issledovatel'skogo
instituta stekla (for Yudin, Voromkova). 2. Glavnyy inzhener
Stekolinogo zavoda imenj Sverdlova (tor Yelizarov)*

A~
inzh,- 8yRlTSEkYA, Z.H...kand,tekbri.nauk
YUDIN~ II.A.X
a for dishes made with rarO
Synthesis and study of tYP8. Of glas
earth elements. stek.i ker. 20 no.2i2l-26 F 163o
OURA 16s2)
:rilial Institutfi, Stcklu (for yudin). 2. Institut
1. Cusevskoy
(Rare earth metals) (Glass, Color0d)
M -

,~gggngi~ -

F'p.
-,a T
2 s-,;~ + nsuchrr-I
e v 5
jr-stitutba
5; ZK.-.

LIdustrial founding of glass colored.with rare-earth elem-ents
In the fo= of concentrates and ores. Stek.i ker. 19 no.3.1s
(MA 151l2)
37-38 N 162.
(Rare earths) (Glassp Colored)

SYRITSKAYAO Z,M,., kand. tekbno nauk; TUDIN~ V.A.p inzh.
Glasses of the Si(~ - GaO - Na2O - R20 s7stam colored vith
rm eartb cctideB. Stak. i ker. 20 no,%6:18--20 Ag 163,
(IURA 16. 11)
1, Gosudarstvenrqy inistitut steklu (for Syritskaya).
2. Gusevskoy filial Gosudarstvennogo inBtituta stekla (for
Yuan).

Ruxesrij N. EL Goftnar D judit and
0#1 Tzoryzbvv, Jourmat el N'uw'VAiQXy Ce 0
SA), v. 20, to, 4, 194 V. 4-30&
Deurlbes and d)AXrAM3 09 2P tux md for
of the a= WAInp an
-.soft lrw. srkeeL and ebromanill, and
gives mWts of the mpasuftwents. In m2rof the =00
cases the roritent of the base metal bad an effect -=6
ths bardness Of the casting. 096
goo,
eel
r's 0
00Y
ago
WW"
lia.SLA 17,111X'~WAL 1JURATLit CLA3WXA7j0p
L
J,
:2 'A 9ft UCl is Cl M=aI i=
0 0

1A
VD I rN i
3(8) PHASE I BOOK EXPLOITATION SOV/1575
Akademiya nauk SSSR* Sovet po lzucheniyu proJ1_zvo,ditel1nykh sil
Ocherki osadochnykh mestorozhdeniy poleznykh Iskopayemykh (Description
of.Sedimentary Mineral Deposits) Moscow, Izd-vo AN SSSR.. 1958.
84 P, 5.,000 copies printed.
Respo Ed.: L*V. Pustovalov, Corresponding Member, USSR Academy, of
-Sciencesj Ed, of Publishing Housei G. 1. Nosov; Tech*-79d,:
S, G, Markovich
PURPOSE: This publication is intended for mining geologists.,
stratigraphers., petrographerso and mineralogists.
COVERAGE: 7his collection of articles is devoted to a description
of several minerals found in Eastern Siberia, and a discussion of
the conditions of their deposition by regions, Individual
articles repol?t on the BerezovBkoye iron ore deposits, the
titaniferous rhinerals of the Bakallskoe deposit,, the iron ore
deposits of the Angaro-Pitskiy basin and the Khoperskly region,
The articles are accompanied by diagrams, tables, and biblio-
graphic references,
Card 1/3
Bits (cont.) sov/1575
on of SedimentarY mineral DeP
DeocriPt:L
CONTWS: t! 3
iD61itic Forma on
-Iron-ba e
D.P. -DevonlOin
Serd-yuohirk ve Iron From
platonov, Nati 25
and:
7e, ev-ShBk.9 y Region
roshob Iron ores of the Khoperski.
Devonian of the
d.magnetit6 Quartzite
ar 28
Pin'
,alebov A.V, TOur-=3 .SoutheM YakutlYs
in
p~nedichi River 43
:!After Ludwisitib
V-A polinineral P13eudOM01phs. 47
pavlovo -,,_pjtski7 "Basin
Angaz
Yudin., n*:E..',:Eron ores of the
__1 ------------
card

~e.

Pnosphorite Pct"'Aal Of Fr'--CaMbM~.An BC--7tnCn*'-
a, ;
-
I
the
th
-
l
,
.
n
pi
eas.Ler
n Par, Of the Tuva A.S.S.A. Lit, I
M-37 Mr-Ap 165, Ml IE:~ 6
i
1. Laboratorlya 0--ldoclinYl-h poiczaylt i.5kopayaWkh
vennogo geologichwikogo komiltotta SISSR, 1~-,skva*

~
-, v:. , . I

15-57-10-14999
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
p 280 (USSR)
AUTHORS: Yadin, N. N.
TITLE: Now Magne#6'Starters for the Coal-141ining Industry
(Novy e magnitnyye puskateli dlya ugollnoy promyshlen-
nosti5
PERIODICAL: V sb,,,. Avtomatizatsiya v ugolln. prom-sti, Moscow,
Ugletekhizdat, 1956, pp 25-28
ABSTRACT: The Kuznetsk Basin Electric Motor Factory has made known
the production of new magnetic starters of the PMV
series (at normal currents of 60, 120, and 240 amp) for
use by them in various automatic systems in extraction,
transport, and other mining operations. The starters
have been 'used on electric motors with power ratings
from 32 to 200 In-it and voltages of 380, 500, and 600
-volts. A housing for the starter with two covers and
a panel of separate block terminals make the inner
Card 1/2 parts of the starter easily accessible and simplify
-g
gl'
m
L

15-57-10-14999
New Magnetic Starters for the Coal-Mining Industry (Cont.)
rep.air work. The lead-in arrangement, in addition to a sealed lead
cable, has a dry-treated armored cable, as developed by the All-Union
Coal Institute. The entire working of the starter is made spark-
pro-of'for large values of direct current in the regulating circuit.
The remote control circuit provides a telephone system and a signal
system on the. conductors of this circuit, and also provides protection.
from stray currents by a leakage relay of the RUV type. The starters
are provided with'thermal circuit breakers which are effective during
large overloads, during tilting of the electric motor, during
breaking of one of the circuits, and by a safeguard against loss of
control during temporary shorts. in the remote control circuit.
The author shows the electrical design of the magnetic starters of
the new series and-automatic remote control of belt conveyors by
using the magnetic starters. He also provid:es tables showing the
principal parameters for the starters.
Card 2/2 R. I. Teder
ff4
-, ON,-
0,

SOV1112-58-2-2303
Translatio-a from: Ref eTati-wnyy zhurnal, Elektrotekhnika, 1958, Nr 2, P 83 (USSR)
AUTHOR: Pankrat'yev, A. F., a
JM
TITLE: Automatic Explosion-Proof Electric Equipment for Underground "-y
Mechanisms (Avtorv-ati=rovan"oye vzr,/,vobezopasnoye elektrooborudovani-je
-aizmc-
d1ya pedzemnykh mekha, v)
PERIODICAL: V Bb.: Raboty M--va elektrotekbx- prom-sti SSSR po mekhaniz. i
avtomatiz- r-ar.-kh-va. 1. X 1956, pp 75-80
ABSTRACT: Enlosion-proof electric eqaipment manufactured by the
Kuzbasselektromotorll Phizit is described.. A sh-ort description is presented
of the construction and -PurpoBe of the squirrel-cage.series KO and KOM motors,
the series PMT magnetic starter, the Type AFV feeder automatic circuit
breakers, type KUY push-button stations, and also a number of special M.0tovi,
and electric appaz-atu* for rnining machinery recommended for Izae in automated
Control schemes in underground wo:rk, partic-alarly in an explosion-hazardous
medium.
A. V. S.
Card 1411

YUDIN, N. N.
'low Voltage Apparatus for Mines andFactory Installations Liable to Explosions"
report, -presented at the All-Union Scientific and Technical Conference on the r1ectrical
Equi!,Emnt in Buildings and Outside Installations Liable to Explosions, 14-19 April 1958,
Stalino
(Energete Byulletezilv 1958, No- 7; PP 29-33)

P.I.; YUDIN, N.P.; IVAUCHINOV, A.M.
Coal mining with a single bar cutter-loadere Kekhstrud.rab. 11 no.1:12-15
Ja '57. (MLItA 10:5)
1,Glavty7 inzhener tresta WoVU9011 (for Matonin). 2.11auchnyye
voirudniki X-ragandiniskogo natchno4esledovatellskogo ugollnogo
Inatituta (for Yixdin, Ivanchimov).
.(Cos'l-mining machinery)

22631-
S/118/6-./000/001/003/005
A161/A133
AUTHORS: Yudin, N.P., Eydellshteyn, I.A., Zeifert, V.P., Engineers
TITLEt Drifting combine "Karagand:a- 19,11,
PtRIODICALt' Nekhanizatsiya i avtomatizatsiya.proizvodstva, no. 1, 1961,
43-45
TEXT: The combine has been designed by the Karagandinakiy nauchno-isslado-
vatellskiy ugolinyy institut (Karaganda-Scientific Research Institute of
Coal) and the first unit*was built at the Temir-Tauskiy liteyno-mekhaniches-
kiy zavod (TemiT-Tau Foundry and Machine Plant). The "Karaganda-ill is in-
tended for the drifting of'horizontal and sloping (up to �120) preparatory
section-area.in-coal and rocks of moderate hard-
ness. It cuts coa '1 (or
reloader andCUP-11, (SKR-11) scraper chrin- conveyers. The work tools are a
drill and a crown, and two cutting disks with replaceable cutting bits. The
disks are rotating about the main machine shaft and at the same time on their
Card 1/6

22631
S/118/61/000/001/003/005
Drifting combine "Karaganda IM" A161/AI33
shafts in the opposite sense. They throw the loosened mass to the shield be-
hind, or load it on a conveyer located on the lower part of the combine when
passing the bottom side of the face. The working cut by the disks is round,
2-3 m in diameter. The berm milling cutters of the combine give the finish-
ed working and arched shape and at the same time move loose mass from the
side walls to the conveyer on the combine. The work side of the conveyer is
on the bottom, and its chain drives the berm milling cutters. The caterpil-
lar, electric system and hydraulic system (slightly changed) are from the
Me-3 (PKG-3) combine. A centrifugal fan on the combine sucks off the dusty
air from the working space. Propping is possible only behind the combine,
and the driver is protected by a special shield. The technical data of the
combine ares Work disks diameter 1,000 mm; they are rotating at 47.3
106-48 rpm; the number of bits on one disk is 24, 12 and 6; the disk car-
riei operates with 2.85 rpm; themaximum. diameter of the drill is 600 mm and
the rotation velocity is 45.6 - I ,12 rpm; the macimum crown diameter is 130mm
and the Yotation s-oeed is 169.4 426 rpmj hourly power of the electric mo-
tor is, 65 kw, the continuous Dower is 28.5 kw, the armature rotation speed
is 1,460 rpm. The scraper conveyer is driven by a 29 kw motor, the caterpi-i-
lar by two 8 kv motors with 980 rpm. The work speed is 3.34, 4.27 and 6.01
.Card, 2/6

22631
S/11BJ61/000/001/003/005
Drifting combine "Karaganda .11all A161/A133
m/h; maneuvering speed 68,4, 86-5 and 124-9 m/h. The 650 mm diameter berm
cutters are rotating at 52 rDM. The loading scraper conveyer works with
.1.27 m/sec chain.speed. The-total length of the combine is 6,800 mm, width
over the Caterpillar chains 1,860 mm, weight 17 ton. It has been tested in
drifting the west airway in the No.120 mine of the "Saranlugoll" coal trust,
dangerous-because of explosive coal dust, in the I'Verkhnyaya Mariannall seam
of varying thickness between 4:.6 and-6.8 m. The seam is disturbed, includes
many imbedded.clay and shale layers and slopes 16-280. The coal was trans-
ported by up to 13 SKR-11 conveyers to I km distance. The work face was
sprinkled by an OR-2 (0N-2) pump through metal pipes and hoses from 1 km dis-
taiace. A schematic drawing of the combine in the drift is included (I?ig.2).
The operating team consisted of the combine driver and 3-4 assistants in-
stall1bg permanent propping, working with the conveyers and bringing materi-
als, one combine mechanic, 2-3 repair mechanics and 2-3 girls attending the
conveyer lines. The highest drifting speed achieved per shift was 15 m, the
average (minus downtime) was 3.2 m1h. The "Xaraganda-IM11 proved considera-
b[Lymore efficient than the PKG-3 combine with rHJ1-30 (GNL-30) loarler. The
exhaust system of the combine reduced the dust content of the air to 40-88r9/
m3 (comparing to 102-130 m9/m3 without exhausting) at an airway length of
Card 3/6
V%

22631
3/118/61/000/001//003/005
Drifting combine "Karaganda JM21 A161/A133
500 m. At 100-15P M ventilated section length and 0.6 m/sec air flow, with-
out the dust exhaust, the dust content was 40-70 mg/m3, or 20-25 times less
than with the 17K-3 (PK-3),TTK-2M (PK-2M) an&M-3 combines. The test proved
that the "Karaganda-IM" with the described tools is fully acceptable for the
conditions in the test avam, and it-is cheaper in operation than other com-
bines. Its drawback is the large unpropped space (14 aguare meter) because 0
of the size of the caterpillar carriage. It managed 15 upward slope and 13
downward (comparing to a possible maximum of 5-70 with the PKG-3 with bucket
loader). The combine as-a whole and its individual components can be used
for the development of a.pilot series of larger ombines for up to 7.6 m2
face area single-track drifts and one for 15.7 M double-track drift. There
are 2 figures.
Card 4/6
UP
-X Z~~cK~' i A MOR %UMNIP

ffj~
:L6.8300,24.6ooo 76996
SOV/56-37-6-36/55
Neudachin, V. G., Smirnov, Yu.
AUTHORS:
TITLE:. Clustering of Nucleons in Light Nuclei
PERIODICAL: Zhurnal eksperimentallnoy-i teoreticheskoy fizilci,
Nr 6. PP 1781-1783 (USSR)
1959s Vol 3T,
ABSTRACT: The equivalence of wave functions of the shell theory
with LS-coupling for states with a higher symmetry
--of-the--orbital--part,and-,the antisymmetrized wave func-
tionB composed of wave func-iions-of-nucleon-clusters,
was demonstrated with the aid of the pex tation
group theory. The total wave function 7MCQ LST)
for the systemwith whole orbital momentum L, spin S,
isobaric spin T, and Young's scheme for orbital part
of the wave function[a] =- rctl, a., ... CLm] was
expressed as follows:
((at] LST) A(D (L (cc] X (ST [ii717),
Card 1/4

Clustering of Nucleons in,Light.Nuclei 76996
sov/56-37-6-36/55
(where A is antisymmetrization 2perator; r is symbol
allowed a given - U60 '; NO and r are symbols analogous
to EGLI and r, but for conjugated concept). The above
equation is equivalent to the usual expression:
([a] LST) 10 (L [a] r) y
(cf. A. Jahn, H. van Wieringen, Proc. Roy. Soc.,
A69, 6oo, 1956). The following relation was obtained
for the spin-orbital functions corresponding to Young's
scheme with maximal symmetry (in which only a can
M.
be. < 4):
Ti
X(S a)7o)=X(S,=OTI=Dl~~,11234)y(S.T,[~.15678)... X
Card 2/4

Clustering of Nucleons in Light Nuclei 76996
SOV/1~6-37-6-36/55
From these relations the following expression was
obtained for the equivalence of wave functions with
LS-couplingi .
fla) LS7) = AW (L) X (SI'1*3 la3)1234) X (StT2 15678) ... X
X, X (SmT. Ia.) n - a,., n - a,, + 1, ..., n). (5)
This relation was applied to the calculagion of he
wave function of the ground states in Be and B18.
There are 8 references., 2 Soviet, 4 U.K., I Swiss,
I U.S. The U.S. and U.K. references are: J. K.
Perring, T. H. Skyrme, Proc. Phys. SOC., A69,600(1956);K.
Wildemuth, Th. Kannelopoulos, Nuel. Phys., 7j 150
(1958); 9 449 (1959); H. Jahn, Proc. Roy. Soc., A209,
502 (19515; S. J. Biel, Proc. Phys. Soc., A o, 866
(1957); G. Raeah, Phys. Rev., 63, 36
Card 3/4

Clustering of Nucleons in Light jiuclei 76996
sov/56-37-6-36/55
ASSOCIATION: Institute Nue lear~nwsics at the Moscow State University,
USSR (Institut yadernoy fiziki Moskovskogo gosudarst7m-
nogo universiteta., SSSR)
.SUBMITTED: July 18., 1959
Card 4/4

A)l
82605
S/05 60/039/01/17/02)
C~o 0. Boo6YN63
G., nevohenko, Y. 0 Xudin,~~ It
AUTHORS: Neudschi%
TITLV-.. Position of the Giant Resonance in the Dipole Absorption
of y-Quanta by Atomic Nuclei
--W
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheakoy fiziki,
1960, Vol. 39, No-i (7), PP. 108-111
TEXT: The shell theory has already been used by Wilkinson (Ref. 1) to
calculate the dipole absorption of gam a quanta and to explain the width
and area of giant resonance lines. It was, however, found that the
theoretical giant resonance energy vas about twice as high as the experi-
mental energy. Attempts to avoid this difficulty by introducing an "effec-
tive mass" led to an increase in the spacing between neighboring single-
particle levels (- 14 Mev), whereas the value of 6-7 Mev was experimental-
ly confirmed. In the present article the authors show that for nuclei with
-A /- 70 a consideration of the residual pair interactions in the calculation
of giant resonance according to the shell theory yields values which agree
with experiments, without the necessity of introducing an "effective mass".
Card 1/3

_rc4
82605
Position of the Giant Resonance in the Dipole 3/056/60/0'9/01/17/02c/-
Absorption of y-Qaanta by Atomic Nuclei B006/BO63
--Thene calculations vere-made by the authors for Ca40 and V51 for which
there is sufficient spectroscopic material available.-The calculations
are described in detail for the El-absorption of a y-quantum by
51 f )B(nf?/2)3 )8(Pd3p(Vf
V 9 such as the transition (I) (P 7/2 (V f 7/2 5/2)
(nf )3. The experimental data necessary for this purpose as well as their
7/2
sources are given. The energy of transition (1) was estimated to be
19 4 20 Mev. Formulas for the absorption cross section are given for
a) trarsitions from incompletely filled shells and b) iransitions from
.filled shells. The resul~si (BI-absorption-curves) obtained for
V511 and.Ca40 are shown in the first diagram; the o her three diagrams
158 Cu63
contain the curves obtained for V and cu 5 as compared to the
experimental curves determined in the papers of Refs. 13 and 15- Satis-
factory agreement is found also in this case. For the three last-mentioned
isotopes, however, the experimental material available is comparatively
poor, so that the results are not very exact. Finally, the authors thank
V. V. Balashov and Yu. F. Smirnov for their helpful advice, as well as
Card 2/3

ban=
8260.51
Position Of the Giant Resonance in the Dipole S/056J60/039/01/17/029
.Abborption.of y-Quanta by Atomic Nuclei B006/BO63
Yu. M. Shirokov for his discussions. There are I figure and 15 reference3;
3 Sovietv 8 US, 2 Canadian, 1 British, and I Dutoh.
ASSOCIATION: Institut yadernoy fizlki MoskovBkogo gosudaretvannogo
universiteta
Qnstitute of Nuclear Physics
SUBMITTED: January.28, 1960 (initially) and March 11, 1960
(after revision)

S/056/61/041/006/039/054
B1097B,02
AUTHORSs Balashov, V. V., Shevchenko, V. G., Yudin, N. P.
TITLEs Giantresonance in Pb 208 photodisintegration
PERIODICAL% Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 41,
no. 6(12), 19611, 1929-1933
TEXTg The cross section for the dipole absorption of /-quanta by Pb 208
nuclei has been calculated by using the shell model. The application of
the diagonal approximation (taking into account only the diagonal terms
of the interaction of the particle with a llhol.ell) to the photodisintegra-
tion of Pb 208 does not bring about an essential change in comparison rith
the single-particle model of Wilkinson. In this aDproximation, the curve
of dipole absorption is characterized by a wide maximum in the range of
5.5 - 8 Mev (experimental range*13.5 - 14 Mev). The energy levels J - l-
and the corresponding wave functions were calculated by diagonalizing the
interaction matrix, using the single-particle states shown in Table 1.
The position of the single-particle levels was determined in agreement
Card 1/0 1-2

208 S/05 61/041/006/039/054
Giant resonance in Pb B1.09YB102
with experimental data on the neighboring nucleus an-d-extrapolating
calculations according to the single-particle model. As,,,,,,in
J-interac. [ (1 -,A), 0 -
tion between the nucleons V A 1 2 1 rP
12 ~ -9 2fj(r - -2
and an interaction amplitude of 1220 Mev. e (see W. W.-True, W. T.
Prinkston, J. C. Carter. Bull. Am.-Phys..Soo., 5, 243, 1960), the values
given in Table 2 and Fig..2 villbe obtained forGK = 0.135. A relevant
calculation with the Wigner force resulted in values which deviated
considerably from experimental data. it is concluded that a consideration
of the residual interaction in Pb 206 leads to an isolated "dipole state"
-whose position corresponds to the experimental energy value of giant
,resonance. The occurrence of this state is caused by the high density
of the single-particle dipole states in the nucleus under consideration,
It is pointed out that high density of single-particle levels is not a
sufficient condition for the occurrence of an isolated and strongly
correlated dipole state (Brown-Bolaterli effect). It is assumed that the
&-.ant -esonance of photodisintegration can be explained by the use of a
shell model and-by laking into- account the-mixir3 of configurations~ T*,-e___________
Card 2

208 1.3/056/61/041/006/039/054
Giant resonance in Pb B109/B102
208
results of investigations of Pb are believed to be valid for any
other nuclei. There are 3 figures, 2 tables, and 7 referencess 1 Soviet
and 6 non-Soviet., The four most recent references to English-languqge
publications read as followss G. Brown, 11. Bolsterli. Phys. Rev. Lett.,
30 ~ 472,_ 1959; E. Gi Fuller, E. Hayward. Intern. Conf erence on Nucl.
Structure, 1960, Kingston, Ontario, Canada; J. 11. Soper (to be published);
G. E. Brown, L. Castillejo, J. A. Evans. Nucl.Phys., L2, 1, 1961; W. V,.
True,.W. T. Prinkston, J. C. Carter. Bull. Am. Phys.-Soc., 5, 243, 1960.
ASSOCIATIONs Institut yadernoy.fiziki Hoskovskogo gosudarstvennogo
universiteta (Institute of.Nuclear Physics of Moscow State
University)
SUBMITTED: July 12, 1961
Table-1 -Energies o f zero th, approximation".. Legends- (1) single-partic le
es..(?) single-partial
'Proton.stat e neutron states.
Table 2. LeGendt (1) 3' -mb. Mev.
total
Card 3 "A
~~W S, --i"
h; A9

nf

. - I - ~,:, I : -, j . .

~-il!
,

0/011
/026/009/01
P_/62
s/04
B125 M66
yudin e on the single-
of a COr
MITHOR' olarization
Effecl Of dipole P, p-robabili ties
TT_TLB' paTti C' e transitio ~Yt -1- Zveqtiya* fizicheo'kayll'
nauk SSS 7
kkademiYa_ 9 j962,, 1215-121 of the
P BRII ODT- C 26' no- 8.41i tude
&Csoribed
V, I 'Jeonst the Vrocesse.113
interaction of the nuc uaes Of th.
OVI., ng to the- the~amplit'
TZyT- the Sum of
n equals,
0
Bi - t ran 133--
graphs-
by th e
ctions.
jr int era
hS ~vith pa
0 erthe graP
Summation was made v
~kl~ 1,0>W hi) +
Card 2/4
- - --------

2
S/04 62/026/00~/010/Oal
Effect of dipole polarization of a core., ftl 25Y131 a 6
2 M 211
I (12 rij>'x
fill
(21, + 1) 2) 1 y3v~t jm> I d I jm~,
total m oment Furthermore,
I ie'the orbital moment and j is the
v V(r + HP'Y' Br"J' V(r
[W + M
12 7 12) 1 V,,(r,, r 2)Pk(Gos tj 12)
k=O
-0.
With b-s.haped pair interaction-V r r a + a cr
12 1 2 1 2
formula (4) reduces to
rl I> + ri, rj 140 X'-'~
(B .7 E2, Z,) .3
lots
X-03 I irl lixq-,43 +.00'0119 1 110>1 OW I yip
2 3 17 17
With a 0.1 (Rosenfeld forces) and gAn r -03, P, 0-7 for 0 F
41 41 0
probabilitiea are
and 0-5 for Ca Sc Thus the.,-El-transition
Card 3/4

S/04 621026100910101011
Effect of dipole 'olarization of.a core.*. B125YB186
p
twice and four times smaller than the corresponding,probabilities of the.
single-particle model. The single-particle dipole transition is
suppressed more strongly as the mass number increases. Similar
considerations also hold for hole-'dipole interactions. There are
2 figures.
Card 4/4

S/048/62 26,1009/0111/011
B1201W
AUTHOR: Yudin, N. P.
TITLE: ~ar iMe-hole interaction in the-ahell 'model of the nuelcuo
PEPJODICAL: Akademiya-nauk SSSR.' Izvestiya. -Beriya fizicheskaya, v. 26t
no. 9, 1962, 1218-1221
TEXT: The mos't important formulas for the particle-hole interaction for
the shell model are derived. From the particle-hole interaction
-Ijo~l T i V I f~-IfsJ T >
(2)
_x (Amdm. Ifty) (rM,,6M; I JrM> ).
x
in the jj coupling,,,.with transformation
< -1 JMJVI 1-1. ,F
11 73: JT>
11 12 11'~ 13' L Yj (A+lff(&.~ EL) a (Pg., rs) >~ KI
11.4 r
X <
1" 1 V1 III, rL>,
IM (M; TS) (277 + 1) (29 + 1) W (1/22/2 2/2 V
88) W (Its 1/2 1/g 1/2:
follows in the L-S coupling. The first te*rm in the braces in (2)
corresponds to the graph a and the second term corresponds to the graph 5.
The phases of the matrix elements correspond to the sum J = S+L of the
moments. (5) formally holds also for shells not, filled to 11,1,'.
Pormula (4) can be evaluated by Slater integrals. With pure Wigner forces,
N
-at -states with-T ~zl, -highly -occur owing to the
excited states
characterintic.repulsion betweewpar Jolt and -hole. In statoo wi t b
T=O, particles and hole mainly attract one another. Theov, fticts dvverid
only slightly on the type of the forces. If the states are not clasi.~ifie- d
according to the isotopic spin, then thejsotopic parts in the corresponding
interactions ahoulri be left out~and _j)T+'+1_ehould ~,e replaced by
Card 2/4
V
-_iz

5/048/62/026/009/011/011
Particle4ole interaction inthe ... B125/BI86
The interaction betweitn equal particles is mainly negdtVve.vith the
ordinary forces; the interaction of different particles mainly deptnds
on the type of-forces and on the ratio (direct term/exchance term).
Formulas are also derived for the 6-~type partiale-hole interaction and for
interaction
V VJV,~ N).
+ P
VI9 Y (r JW ~_Hplup + he
Quadrupole forces cause two collective states., ,Similar considerations
also hold for lacking spin.-The existence of such states in r6al
nuclei has not yet-been proved; the*neceseary *calculations are being
done.. There is-1 figure.
Card 3/4

YUDIN N P.- SULIVDVJ~ X.G.; ZEYFERT, V.P.
Breaking of.coal by shallow shearing. Nau.h. trudy KNIUI no.
Ilt2o-25 162. (WRA 17:7)

N.p.; EyDFLISHTEYN, I.A.; ZEYMT, V p -
ing mechanisis of the
Studying the parameters of the aCtaat
"Karaganda-IMi mining cutter-loader. Nauch. trudy KNIUI
no. 11:81-94, 162. (KRA 170)

I YUDIVI N.F.
. 1. - - - interaction On the 'OhOtOdi-sintegration
Effect of nucleon-sl=faco. I - " f.?
f + Izv. AN SSS-R. Ser . . ~6 no.9:1222-1224
0 the 616 nucieus. z
S 162. (Qurzattma theo'7) (Cbcnen) (miwl 15:9)

SbUCHE"", V.G.:JUDIN N.P.; YURIYEVP B.A.
--Quadrupole -excitations- of atomic nuclei,. -.-Izv.. All- SSER.
27 no.10-.3313-1318 0 1630 (MIRA 16:10)
`-1-M*Yri~ti W4~
Kz,

-1Z

S.; SIAMUMV, 'Yu. F.; YMBI, N. P.
12
:~e Stop-ping Absorption in
remort sifDraitted for Al-l-Union Cofif cin Nucl-ear Spectroscopy, Tollisil 14-22
Feb 64.
-MU (YDscow-- State -Univ)-

YUDIN, N*ip#;
Studying -the -actuating- M)Chani= -of -the- "Ka-raganda-07"
cutter trudy- MUI no. llill-15 162.
'Nauch.
-loader,
(MIRA 17:7)

YUDRI, 1j.p.; ToLSTYKH, B,N*
I)eterminint, parmeters of the actuating itechaniSM Of the
"Wagandai,07't~ mining ~cutter-leader.-Ilaucha- trudy-RINI
164 (mim 18 a)
Remats, of testing and studying the vKaraganda-0`7a cutter
loader. Ibid..-i87-200

YUDIN, V.P.; EYDELISHTE-5, I.A--
Investigating the breaking propertieo of Karaganda P"In.
rooks, Ilaueb, trudy KNIUI nool3:200-213 164
(MTRA 18:1)
"!W

S.; S~JJR?Iov, Yu.1P.-, YUDIN, N.P.
ZEIMISKAYA, 11.
of stopped meson a C22
by
Absorption
Ser. fiz.,29 no.1:186-190 Ja .165.
.1. Ilauc~no-iseledovatellskiy institut yad rnoy fiziki Ploskovskogo
gosudarstvannogo universitetag
WORM Muiz*w
V
" 9.1 S"IMIR I
Y M45.2
4

ISMANOV, B.S.; VDIN, N-P-; YURIYEV, B.A.
Electric qua,dr-ipole transitions in Ca4O. Izv. AN SSSR. Ser. fiz. 29 no.7s
1212-1216 JI 165. (MIRA 1&7)
1. Nauchno-issledovateltakiy institut yadernoy fiziki Moskovskogo
gosudarstvennogo universiteta im. M.Lomonosova.

TRE V.A., kand. tekhn. naifk; VASIKIN, N.I., gornyy inzh,; DANDZEMG, LY.,
ENNERP
brigadir- WON, Ya.A., inzh,; SHIVEPTS, irzh.; TIMIN, 1~11~
tekhn. nauk
New record for mining development workings In coal with the "Karap~in~'-
7/15" cutter-loader. Ugoll 40 no.6:7-11 Je 165. (Mi?.A
1. Ciprouglegormash (for Brenner, Yudin). 2. Konbinat Karaban~.au7oil (I'--
Vas1kin). 3. Shakhta Nc.122 tresta Sararlugo',' (for Dardzt~-_i~jz, "a,
4. Trest Saray'lagolt (for Shvets).
g~p g
RM

ACC NP8 AP 6019623 SOURCE CODE: UR/0048/66/030/002/0306/0311
AUTHOR*.. Zhivopistsev, F.A,; Moskovkin, V.u-.;
d
Ag,
ORG: Scientific Research Institute of Nuclear Physics, Moscow State University im.
M.V.Loronosov (Nauchno-issledovatel'skiy institut yado~_no-T-INNI Moskov kogo
gosudarstvcnnogo universiteta)
TITLE: On the nature of the width of the dipole resonance in Vaotonucleirr reactions
/A~aport, Fifteenth Annual Conference on Nuclear Spectroscopy and Nucloar Stni_qtuP,_
held at Musk, 25 January to 2 February 1965/
SOURCE: AN SSSR, Izvestiya. Seriya fizicheskaya, v. 30, no. 2., 1966, 306-311
TOPIC TAGS: nuclear reaction, nuclear structure, nuclear shell model, dipolo
interaction
ABSTP,kCT-. The authors ascribe the anomalous wit:th of the dipole resonance in heavy
nuclei to the interaction of the dipole level with nuclear configurations whose
energies are nearthat of the dipole level but which themselves do not, or practi
cally
,do not, carry dipole transitions, and in particular, to interaction with configtirations'--
consisting of two particle-hole pairs of which one arises from promotion o.-.a nucloon
from a filled state with j = I + 1/2 to a free state with j = e - 1/2 and the other Is
a particle-hole pair of the typo considered in the usual-treatment of the dipole
resonance. The matr:Ln elements coupling th e two particle-hole.,pair configurations to
1/2

lithe
lbution-
I
!,be
Iresonance.
icluded,
ACC NR-. AP6019623
single particle-hole lLonfigurations are written for the case of a delta-function
:- In
Wignor interaction. Tho doa:Aty of the two particle-holo states in pb208, their
distribution with respect to the angular momonta of-tho two pairta, and their contri-
to the width of the dipole resonance under the asswiption that thoy interact
incoherently with it were calculated. The results of those calculations, but not tho
calculations themse~'ves, are presented. It Is concluded that interaction with the two;
Pb208 -froLl
states increases the width of the dipole resonance in
the --sitan&rd R-mtrix theory - value -of -some -200- keV to approximately 3 MV (which
compared with the experimental valuect about 4 MV), and that all the two particle-1
hole pair states of the type considered, with arbitrary allowed values of' the angular
Momentum of the secondary pair, contribute significantly to the width of the dipole i
Most of the discussion is limited to the case of magic nuclei; ;it is con- i
however, that in nonmagic nuclei the dipole resonance should be even broader.
Orig.art. has-. 4 fornulaa, 2 figaresk and I table.
SUBCODE: 20 SUBM DATE: 00 ORIG. PM: 006 OTH REF: 003
Card -2/2. hs

~_ L i F
ACC INRz APS019624 SOURCE CODE: UP./0048/66/030/002/0312/0318
I=TUOR: Zhivopistsev,
V,A Yudip. N.P
~ORG: Scientific Research Institute of Nuclear Physics, Moscow State Univol
W.V.Lononosov (Nauchno-Issledovatel'skip institut yadornoy fi--i).i Lloslcovskogo
,gosudaratvannqgo-universiteta)--~-
MITLE: Effect of correlations in the ground state on nuclear reactiona /Report,
irifteenth Annual Conference on Nuclear SnectroscoDv and Nuclear Structure, hold at
IXinsK zo january -co z renruary, Luoz)/
SOURCE: AN SSSRI.*Izvestiyu. Beriya lizicheskaya, no.2, v. 30, 196G, 312-318
nuclear reaction, mathematic method, Green function, many bo* proble
STRAM The authors discuss the effect on nuclear r~`azctions of correlations in the
und state (backward Feynman diagrams), particularly with regard to excitation of
Igro
I T = I or 3- , T = 0 vibrational love 1s. The calculations are based on the
ippmar.-Schwinger-formalism and the Green's function treatment of the nLclear Tnany-body
~_ I
ipro am as presented by A.Fdoin and C.Zemach (Phys.Rove, 108, 126 (1957)), Formulas
a re written gor the T-matrix elements for the (p,p'), (d,p), and (d,pc)'reactions
(here c indicates excitation of a vibrational level of the final nucleus) in terms of
the corresponding ~vavo functions and vortox-functions. &n expression including tho
effect of ground state correlations is derived for the Fourier transform of the product
Card 1/2

L 413 0 D66
ACC NR% AP6019624
L
of two singlo-particle Green's functionsi with the old of which the two-particle
Green's function cLn be'calculated. "Me three-particlo Green's function, required to 1
calculate -the -natrix.element for the- (d--De)-- reactioni --- is calculated--,in-the pole approy-,
-parti
imation from the.two cle Green's function. The matrix elements for the reactions
calculated with and without taking into account tho ground state correlations, are
compared,- and it is concluded that the contribution of bockward Foynman diagrams is
particularly important in the case of excitation of partic2e-hole type collective
states, especially of 3-, T = 0 states in light nuclei and 1- states in heavy ones. An
advantage claimed for the presented calculation technique is that it enables one to
judge the relative -importance of the ground state correlations without performing
detailed numerical computations. Orig. art. has:..41 formulas, 1 figure and I table.
SM CODE: 20 DATE SUB11; 00 -ORIG. REF: 000 OTH REF: 006
carA 2/2

7nf
iz- a 'M k z
ACC NR. APGOIDG25 SOURCE CODB: UR/004 8/66/0310/01322/0'a 1
AUTHM: Korotlakh, V.T-.
Moskovkin,V.111.; Yudin,N.P.
tOAG: Scientific Research Institute oX 'Juclear Physics, Moscovi Stato Vnivorr~
;V.M.Lomnosov (Nauchno-issledovatells"Uy institut yadernoy _fizihi
universiteta)
~TITLE: Quasi-stationary slngrlo-particlo otatei-, in Pb-*103 /Raport, Fiftrjcnth, i.7mu,7_1
'Conference oil IN'uclcar Spectro3copy and Nuxlear Stvuctura. held at nph.,
y
,2 February 1965/
IS013RCE: A2; SSSR. IzvestiyhA ~3eriya fizichaskayck, v. 30, no. 2, 1966, 319-321
jTOPIC TAGS: nuclear structure, nuclear ener.-y level, lead, nuclenr Aiell -m,-,A-j
I-continuous spectrum
i.ABSTRACT: The, authors have calculated the enamies of 25 cLilp~.~J.-st"tio'lary
.s-~-ate5 and 25 c:uasi-statioiiary prot,03.1 states,in 1113- tile same
_~dc'-scribo tho irlto_~-ac Lion potienti.11 wi~!11 as did J. Blomqvlst Lml
ifys., 16, No,46' 545 (11,59)" xad, prcscmt tlhem di.-tgpr.-
io~L tho calculated icivGls lie in the cou-~inuoup, spectr1h,.,., in th", 7_11-1
ishells. and tho and 711W proton sholls. The energy of a qua&,i-s t 4 0,:,
.was regarded as that at vhich the derivative of the scattering ph-.10-0 was
1/2

tll.-,, pc'i
ACC r4p, joc
un(lertal:c- tO cial,
c. C-1c.", ztiollr, )010
I
, I octrum
for
-all(icr WcLY- TI'O COl
2 formulas a'd
has: 00
CODE: 20
UB
S
ILC
Cord
c
mimm

Otate C0271-eh-t Orl c-flp,~~-ta nuellear reartir'-n-7.
un. -Ser. 3: Flz,, astr,.m, 20 -no,2*30-34 M-r-Ap lt5.
(M LRA 28.
1. flauchno-issleelovatOllskiy institut yadernoy flziki Me-skovskogc.
universiteta.

jTRRl.,.j~,;PA; EYDL'LtSHTr-.BI, I.A.; 7SOY, P.11.
Same'facts about the pb3mical and me~-hanical properties of
Karaganda Basin rocks. Haucb. trudy KNIUI no.13:226-235) 161+
(MIRA 18r1)

inw, AsNo
1,-I,iIINENY,O; IDA SHCMTNYY., PJ.- YMSHIN, V.I.; VASI JaWINSHY, P-S-;
I.ye.- YUDIN UV.5TAFvyBvj Yej.;
EMIELM, R.Z.1, X~HO-Ifffi-q'.
istallurg 8 no.3:10-19
Greater uae dustry of s9mikilled Steel.I (im 16-3)
in ir
mr 163.

NOR

ig~

PONDPAREV# B.Vaq jijb., rod.; SIIDI&O, P,H,, toj:bna~tl.
red.; YUDIN,
t comercel
[Webanizat on of IjCc~ountjng and CoMputing work in Sovie
Makbanftatsiia ucbeta I vycbislltellmy)cb rabot v predprilatiiakb
sovetskoi torgavIi. ~bakvs,,.Gostorglzdat, 19,52. 60'p. (14IRk 12:2)
vanting)
(VAcbino acc -
4
-A. 5V:F
SO
.-M