SCIENTIFIC ABSTRACT SMIRNOV. YE.V. - SMIRNOV. YU.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651620003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SMIRNOVI YG,V,, prof. (Leningrad, T-101, Kirovskiy prospekt 2, kv.36)
~-. -1-1-1- - POPOV )-S.-D. J. dotsent
Continuous suction of the contents through a duodenal catheter in
surgery of the bilary tract. Vest. Khir. 91 no.10:3-8 0 163.
(MIRA 17:7)
1. Iz kliniki gosp-itallnoy i voyenno-morskoy khirurgii f-na-challnik-
prof. Ye.V. Smirnov) Voyenno-meditsinskoy orrdena Lenina akademii
imeni S.14. Kirova, Leningrad.

10 ;3 ~3
ca L;
kn1r. nO.E.; 3, J
Ji-esions of t~e bile
(NIRA
1z khiruri7icheskoy tsivskoy ordena henina
ar'-lademii imeni Eliruva.

iloin(lY S.D., dotsent
NCAl Ye V
external drainage of the biliary tract through
--dlimdlenal anastomoses. 'lest. khir. 94 no.1-7-3 Ja
iary, -L
6 (MIRA l8t7)
lz kliniki gos.pltal~imy i voyanno-morskoy khirurgii (nachaltnik
neditsinskoy ordena Lenina akademii imeni

SRIRNCVY Ye.V., prof.; POPOV, S.D., dotsent
Causes of some errors and failures in ascending chol
Otraphy.
Vast. khir. no, 6:47-53 165. tktkA 18:12)
1. 1z kliniki voyenno-morskoy i gospitallnoy khirurgii (naeball-
nik - prof. Ye.,r. Smirnav) Voyenno-aedit6inskoy ord.ena Lenins,
akademii imeni Kirova.

P, 2
5/0 56,60/03 BTA/20/061
0 30061,011
11rJap.y. .1. M, 7.,rlrkk. A, 3.,
IfItIl- A, D.: rka EL rulk., ?V A41, Lf-bi-n A.
~ In. -
N.Vul..ko Y. L Sivit, 1. k , S.~;!,_ " T*. V., Stiu-,
TITLZ: Channel for Latipro%onsrflff th a Mocentux of 2.8 3.,/1
PSHIODICAL, 2burnal sk.parixental-noy I %.orettchaokoy fitiki. 1960,
Tol. 38, 30. 2, pp. 445-448
T147: Th, -%bar, of Ih 'on' -' or 4 ... ~11. . h...l 1.11% for
in..$"go I, an , 'h. of azt1pro%... In . aloud ctsmb.r. Anti-
proton* fare produced by 9-Bow pro% a. 1. . target. Fig. I I . . . ch.-tic
r:pr 'he -h-A. 1 4 ... rib.d in the following. Th. -.tiprot...
. r. id-mtif~ roe their velocity (P - 0.95) by -a of
Cherenkov counters, %.ch of which -* provided vi%h two phot*=l%iVlt.rs
0 . bl 1.
f the type OY-33 (M-35) -boa- efficiencies are open Itied 1. . .
,the attained with different cola.id.a.. obinstion. are
1in Table. 2 and PIZ. 2 home . bl..t diagram a' 11.
vs.
9
Ch-A.1 for Az%ipro%o- ll.h' a 1,aswatuz at 3/056/k/036/0,/20/061
2.6 1."10 1006/1011
yet-, end respective data are supplied to Table 4. The *ff..l ... Y of
the scheme described with respect to antipro%ons is fouml '%o be 60-4,~,C.
Sam- t1st. are bristly descril3od no-%. Bil the !Yet-. Ji-u ... d her., C~.
;.Ih*,, dl,:-L.*d the ratio of the .-her of P Ith
me . , " c . ,
/0a-b.r of .11 r..Ainkn& paxticies (ihich- *or% -.17 ......
frc. the b.ryIlion tart.% 6g/c. -a or the ~gl.. 0 -4 7 , and tr..
s, c-por %"go % (-.180 A-8 u-4-r'Y ith 5.Apect %. the primary 1r.%..
b.~ (8.1 - IS19 3., ). It " Intensity a- 10 P of the inner be-.
average at 1 9 is. roacrd*4 within four minutes. Results:
LAel. t-ge proton boa. particle aux- relative ft"ber of an%l-
intensity bar I. the proton. in the be..
channel
00 9 .10-4
Be 10 1000
Be 109 -700 (t. 37e.1 8). 10-4
7oCu 109 -700 (2.42e.53) .10-4
The number of particles cdoardad in the ch.-.I groom I%h do%.
Card 2/3
19
CA-1 far Antlpr4t-s with a Momentum of 3/056/60/A~c,2/2o/o61
2.8 I.,/a '3006/BOI I
L.C.9-a :v.qr.:.4 Sol.' ic'slons In emulsion. (Her. 4). Th. izcS.... A. the
red it, umb r f ant P t'. In t he transition from () " ? In the
system 4groo4 with predictions male on %he st--~tm or
labor:%arI the
0., I tIc&I thoorj, 3y conatiorlag plan absorption (0, -1 33-4b) ant &nti-
prolon absorp%ton ('a,-60 sh) as will am the altanua%jaz of %1~q b-m, of
priory protons (din - 30 ab), %b4 ratio of the dijrf*rqatal proi,q%itn
r,** or ~ ,I FIII, 1,11 1*,,* under 0a I, the 1,
my.%.* to f~'~rd 3- be4'a
Thor. are 2 ftgW.., 1 tables, -1-4 4 r.f.r.1-s: 5 1
-1 1 I~t.rwl.naj (CON).
A3WCIATtGl: Ob-y.Itndn.yy tn.tit.t y.d..rj'lh
STIBUITTED: Upt-b.r 5, 1959
Carl 3/3

C
VOVENIKID A. Mr. A 1MV, B. A. T,TXT! MP MV, M. F. , L -t-LPRUM, L . 1, M41ML77XINNI) , %-11. $k.
!1AV III, IA. V. S. ITITN-CHANG,
r't -
"Inf-Annt.1c Tnt~rartlnna of vith lfydrni,-~n"
report prevented at the Intl. Conference on 111gh Energy ftyalen, Geneva,
4-11 Jitly 1962
Joint Institute for fluclear &-search
Laboratory of Ifigh Energies, Dubna, 1962

U. A., LYUBUDY0
A. S., KM-'~!Dv, B. A. 'A-
V0,1E A., S"a DV, nd STW,7INS-ry,
+,,,.c,,On,, on HydroFen On the lEbo JUigle"
"&JUStjC Scattering Of7f
F5,port prese.nted at the Intl- Conference o-4 High Fnera PhYsIcG, Geneval
-L1 july 1962
joint Institute for Nuclear pesearch
Laboratory of High Energies, Dubnap 1962

lu,Awf, -:3. '%., LTFa7ACMx, M. F., MWIff-EHYD, Yu. A.. SAM, L. A., O'RITINOV, Ye. V.
and STAVINSKIY, V. S.
"Total CrcGs4:ecticrLs of Y~sons vith Hydrogen at the Amenta Freq
3, () to 5, 0 Gev/C"
report presented at the Intl. Conference on High Energy FhYsics, Genova,
4-11 July 1962
Joint Inat. for Nuclear Research
Lab. of 11i&h Energies, Dubna, 1962

L;A)5",/62/042/C03/01 1/0,19
B 104/B 102
A UVICAIS I Vovptjko, A. S., Golovnnov, 1- B., Kulakov, B. A,,
Mamulonko, TU' A' I ';"V'nF 1. A., Smirnov,YoY.
T IT LE i Total n--p interaction croan nootion,i at high energ(ca
PERIODICILs Zhurnal eksperlmontalluoy I teareticheckoy rizikil v, 42t
no. 3, 1962, 715 - 720
TEM dt(--t-, p) was determined for proton momenta of 3.4, 3.9f 4.n,, 7-Os
and 9.2 Bell/c. The experimental arrangement is ahown In FJ The
total interaction crons section decreased between 3-5 and 7 v/0- Mess-.
urementu at higher energiL.,j have not clearly shown whether the decrcaae
of dt(R-, p) is only characteristic if the range Investigated, or thv be-
ha,iior is an asymptotic one (Table). k comparison with other results has
shown that p) and (1,(n-, p) tire equal in the range of- 4-5 116-1
within the accuracy attained. Aunuming that cy /o - (IM 0/1;-.,k o2 the
T1 Y 'Y
charge exohange to eatimated with the aid of relation
Card 1/3

Total it -p interaction crone ... B I OA/Jj 102
1~1). hall" -- (I Ij/r2)jjr(:t-, p) J!) I
0, . 0.012 and 0-003, rorpectively. AI)* ani A nre the nniplitutinq of the
charge exeliange proceattes (Rop--~ 't n, it-P --~I; n) and of the claptic
ncattering under the angle 0 0, IT, and (1, are the total chnrgo exchaugn
crons ziection and the elantio ocattering crot3o at-etion. The two vqluco Or
(I,, were obtained at fj',-~~.5-5 millibnrn with a (K-, p) - cit(RI, P)
illibnrn, and (1 .1,
m t(R P) - at(, p) - 2 millibarn, reppectively. The
datit of other authorn (G. Yon Dardel at al., Fhys. R-w. Lptt., 1.1 127,
1961) are in good agreement with the renulte olitnined hore. I. Ya. Porior-; 7,1-
nnchuk and L. B. Okuni are viontloned. There fire 2 figuron, I tnblo, anti
17 referencens 11 Soviet and 6- non-Soviet. Thf? four ciont recent reCnr-
enos-,n to EntSliah-language publiontionn read an followsl V. 11. Gribov,
N
Nuc 1.
Phyn . , 22 , 249, 1961 j C. . von D rde I a t al . , Phys . Rov . La t t .
333, lj6O; A. S. Vovenko at al., Proo. of tho 1960 Anti. Intirn. Conf a,.,
High Energy Physico at Rocheater, Univ. of Roolinster, 1960, it. 4,13;
V. S. 13ornahenkoy et al,, Fucl. Phya., 1-1, 522, ig6o.
Card 2/3

Total R -p interaction crona. .. D1011/11102
ASSOCIATIONt Ob"yedinennyy in atitut yndernykh lvel,~dayaniy (joint
Ingtitute of Nuc lear Research)

S UUMLITTED iOctober 10, 1361
Fla. 1. Exper iment al Fig. I
a rra nt~ ement.
Legend: (T) tfireet in the
-synchrotron; 0,1-7
proton

I
ML-Mfour-pole lensee;

~L(1-57 (SP-57)) magnet; (S
C)
wx" ~:~

"
.04
I
IntI L '
concrete; (2) lead.
Table
Table. Measurement results.
Lecend: (1) momenta of n- mesons, Bev/
0;
-
' - i i .1i 10, H 2,1 f n,2
! ,, I
, p), millibarn; (3)
(2) at(n muon admixture t

In the beam, 2"~ 1 t
Card 3/3

- '2
L 2 2
nT,A,&E W' (k~T ~EWr(j)/EVq_(m)/EU1h)AM C%/ru~l Ell
~11 W P_ M
ACTCNR, A MWO'AYi SOURCE CObE: UR/01 0 ao 1 01 9 014
EV,'P(v) IJP(c) AT/iWiH/DJ
AUTHOR: Kozhukhov, I. V. , Muratov, Yu. V.; Raehevskiy, V. P.; Ryl'toev, P. I.
Sarantsev, V. P.; Sjnj&n~
!. _Xq_ ~V.
ORG: Joint Nuclear Research Institute (Ob"yedinennyy institut yadernykh Issledovanii)
TITLE: Use of a plasma gun for producing high electron-current peaks- S--~
SOURCE: Pribory i tekhnika eksperimenta, no. 1, 1966. 139-143
TOPIC TAGS: plasma gun, pulse shape
ABSTRACT: A new plasma-gun electron source (see figure)
electrodes: discharge electrode 1, diaphragm 5, and
extraction electrc)&~ 6 mounted on two stainless-steel
disks. PlexiglasPbushiniN (active material) is fed by
spri g 8 toward tf~e -gap ~s the bushing end in burned'
up. ~The discharge electrode is insulated by porcelait
bushipg 3. The tungaten diaphragm has a 1-mrp port.
Insulated cathode 2 is intended for improving the
extraction conditions and focusing. its insulation is
consists of.
thiee
designed to withstand a working voltage of 30 kv. The plasma-gm- electron source
Card I / 2 364.623

L 20722-66
ACC NR, AP666i6i-6
t--inlcs:;-ct.ccl cylindrical extraction elcctrode is grounded. "'hen 17-kV "'r.1g-
atran" pulze is applied to the discharge electrode, a spark to the diaphragrr.
evaporates some of thcpjLxjE
,jasr, and forms a plasma in chamber 7. An electric field
extracto electrons from the plasma. An electron current of ZOO amp was produced In
.0. 15-0.2-mocc peaks when a constant d-c voltage was used for extraction. Witha
pulse extraction voltage (provided by a capacitor), an clectron-cur rent peak of I ka
10-6 sec has become possible. "In conclusion, the authors wish to thank Pe F.
ChernyayTv. for his great contribution to the construction of ths experimental. outfit.
Orig. art. has: IF figures. [031
SUB CODE: 09. SUBM DATEt 2lJul64 ORIG RE]rt 002/ -ATD PR=v/225

T TIj
"Die-Block Steels and Methods of Heat Treatment," 42/48 in Modern
Methods of Heat Treating Steel by Dom Inzhenera i Tekhnika imeni F. E. Dzerzhinskovo.
Gosudarstvennoye Nauchno-Tekhnicheskoye Izdatel'stvo Mashinostroitel'noy Literatury,
?.-.osco,,r (1954) 4o4 pp.
Evaluation B-&:_),350~ 30 Jun 55

133-8-18/28
AUTHORS:Pridantsev, M.V. (Dr.Tech.Sc.) and SmirnovqYe-V. (Eng.)
TITLE: The cause of local brittleness in technical iron sheets
and methods of its elimination. (Ustraneniye mestnoy
khrupkosti v listovom tekhnicheskom zheleze).
PERIODICAL: "Stall" (Steel), No.81 19579 pp.736-740 (USSR).
ABSTIUCT: In iron sheets (Armco type) produced by "Serp i Molot"
Works localised brittleness was occasionally observed.
The investigation described was carried out in order to
establish causes of such brittleness and methods of its
revention. In the experimental part of the work, V.N.
rubarova, Z.P.Solovlyeva, R.M.Rozenblyum, E.M.Chistya-
K
kova and R.E.Grabarovskaya participated. Chemical compo-
sition and the content of gases in brittle and ductile
specimens of technical iron (Table 1) did not show any
substantial differences. Microphotographs of the above
two types of specimens (Fig.2) indicated some differences
in grain boundaries which in brittle specimens were more
strongly etched and somewhat thicker. Electron micropho-o-
graphs (Figs. 3 and 4) indicated that thickening of grain
bmindaries of brittle specimens represents accumulations
of some kind of inclusions. The nature of the brittle
Card 1/3 fracture (Figs. 5 and 6) indicated that this takes place
along the grain boundaries. Annealing in asbestos and in

133-8-18/28
The cause of local brittleness in technical iron sheets
and methods of its elimination. (Cont.)
a vacuum of'ductile specimens at various temperatures was
carried out. In all specimens annealed above the critical
point (900 C) brittleness was found while in those annealed
below the critical point (870 C) brittleness was absent.
Oil the assumption that brittleness is caused by oxide
segregation annealing of specimens in a dry and wet f.Wdro-
gen or dissociated a onia atmosphere was tested. Anneal-
ing in a dry hydrogen atmosphere removed brittleness and
considerably decreased the value of the coercive force
while annealing in wet hydrogen did not remove 'brittle-
ness (Table 2). The influence of annealing in a dry
hydrogen atmosphere on the oxygen content and the value of
coercive force was additionally tested on samples from a
few melts (Table 3). Sheet specimens from some melts were
cut in two parts and carbon, sulphur and oxygen contents
in one part of the specimen were determined in the init-
ial state and in another part after annealing in a reduc-
j.Dg or oxidising medium and from the difference, changes
in chemical COM30sition were determined. The results ob-
Card 2/3 tained (Table 4 indicated that the removal of brittleness
by annealing in dry hydrogen or dissociated ammonia
C,

MRSHCHERINOVA, O.N., kand.tekhn.nauk; TRIPONOVA, T.N., lnzh.; TORPANOVA,
G,A,,, kand.tekhn.nauk;._.~MIRNGTq Te,,V,,_ inzh.-, BABAKOT, A.A.,
kand.telchn.-nank; XMITA, U.N., lnzh.; ZHADAN, T.A., insh.;
TALOV, N.P., lnzh.-, TSTPKINA, Te.D., kand.takhn.nank; WROWIN,
V,14,, insh.; DAVYWVj~ L.N., lnzh.; PRIDANTSKT, N.V., prof.9
doktor tekhu.nauk, red.; LIMITS, G.L., kamd.tekhn.naxLk. red.;
BXRLIN, Te.N., red.izd-mal W1KRJnWA,,Y-V., takhn.red.
[Steele with low 'aicksi content, a handbook] Stali s ponizhen-
nym maderzhaniam nikela; spravochnik. Pod red. N.V.Pridantseva
i G.L.Livehitea. X&akva, Gos.nauchno-tskhn.izd-vo lit-ry 13o
chernoi i tsvetnoi metallurgii, 1961. 200 p.
(MIRA 14:12)
1. Direktor Institnta kachestvennykh staley TSentralOnogo
nauchno-Issledo-istel9skogo Institute. chernoy metallurgii im.
I.P.Bardina (for Pridautsav).
(Nickel steel)

8MIRNOV, Ye.V., NEFEDOV,P. I., and 1VANOV, V. M.
"On the Behavior of Liquid Drops in Immavable Highly
Heated Gas Medium."
Report submitted for the Conference on Heat and Mass
Transfer, Minsk, BSSR, june 1961.

V7U (4
S/129/61/000/002/007/014
E193/E483
.AUTHOR: Smirno ngineer
t
~TITLE: Die Steels for Hot Extrusion of Deformation-Resistant
-h -70 S 1: ~t:L
A
ipERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No.'2, PP-31-35
)TEXT: The object of the present investigation was development of
a new steel, more suitable for the fabrication of tools (dies)NIfor
'hot extrusion of tough alloys, with particular reference to the
:determination of the optimum carbon/alloying elements' ratio in this:
type of steel. Three*varieties of steel, differing in their
tungsten content (2, 5 and 10% W), were used in the experiments.
,The chemical composition of these steels and some other data, TI
established in the course of preliminary experiments,are tabulated
(Table 1). (Melts No.3 and listed in this table represent
13
2 heat-resistant steels used in the USA; Rockwell hardness (C),
.heat-trea'ted under optimum conditions as given in the table, was
.45 to 50.) The results of the first series of experiments are
given in the form of a histogram reproduced in Fig.2, showing
.hardness (Rockwell C) of all the alloys studied (vertical axis)
Card 1/_~

82674
S/129/6i/000/002/007/014
E193/E483
Die Steels for Flot rxtrusion of Deformation-Resistant Alloys
after quenching from temperatures indicated underneath the
horizontal axis and tempering at 600'C for 2 h (part I of the
histogram) or for 100 h at 6000C (part II). The mechanical
'properties of steels at room temperature are given in Table 2.
The temperature dependence of and ak of sonic of the
experimental steels is illustrated in Fig.3- (Numbers given by
the curves in this figure indicate the number of melt.)
In the next series of tests, the wear resistance of the experimentaL
steels was studied. At room temperature, a Skoda-Savin testing
machine was used for this purpose. The test pieces (cooled with
an 0.5% solution of sodium chromate) were pressed under a load of
15 kg against a tungsten carbide-titanium carbide disc, rotating
at 675 rpm,and after 3000 revs the volume'of the groove formed in
the specimen was determined and used as a comparative measure of
.resistance to wear. At 5000C, a Suzuki testing machine, equipped
'with a tubular furnace, was used, In this case, ring-shaped
specimens of *experimental steels were rotated aga
inst similar rings
_
made of a heat-resistant alloy 30 617 (E1617)
, loss of weight after
,
Card 2/9

uY04
S/129/61/000/002/007/ol4
E193/E483
~Die Steels for Hot Extrusion of Deformation-Resistant Alloys
20000 revs being taken as the comparative measure of wear resistance.
~The results indicated that in this respect, steels of group I and
III are better at room temperature, steels of groups II and III
,,being more wear-resistant at 5000C. Since low thermal expansion
!coefficient is a desirable property of a die steel, this
characteristic was also determined and found to be lower in steels
:%%rith a reduced carbon content (melts No-2, 3, 8, 13, 14).
-.Regarding the heat conductivity (determined at both room and
,elevated temperatures)', it was highest in steels containing 5" W,
lower in steels with 8 to 10% W and still lower in those containing,
20A W and 5% Cr, their heat conductivity being 0.082 to o.o98,
;0.064 to 0.077 and 0.055 to 0.077 callcm sec OC, respectively.
Finally, the temperature dependence of hardness of the steels
,studied was determined. The results are given in Table 3.
On the basis of4the results of the presqnt investigation, two die
steels 4X5B20Cj (4Kh5V2FS) and 4X21352_M)N4Kh2V5F,%1) were recommended
for full-scale industrial trials and subsequently used at a large
number of Soviet plants. Their composition is given (Table 4).
Card -.3/

89674
S/129/61/000/002/00"f/014
E193/E483
Die Steels for Hot Extrusion of Deformation-Resistant Alloys
The mechanical properties and recommended heat treatment of these
two ste.els are given in the handbook of-,%Machine-Building 'Materials
(Vol.1, Mashgiz, 1959). Acknowledgments are made to
Z.P.Solovlvevg, who participated in this work. There are
3 figures and 4 tables.
.ASSOCIATION: TsNTTChM

A,-) L' r D
F101 P.-I 14- :3-c)
no.5"e' 161&

li

---, - -- , . . - f f ~,fv ; VC-1 . ( o- ( ; 021 .

I
ANTIPOVI B.V. G;~LIP RIII, Yu.M.; T-JUIAKOVA, NI.M.; PERESTORONIII, S.A.;
S M I
Effect of cardioplegic substances and artificial blood
circulation re;:,incs on the restoration of heart activity
after prolonged aneinia. Grud. khir. 2 no.4*108-113 J'l-Ag
100'. (MI:J, 15-6),
1. kdres avtorov: 'Noskva, 3-ya 11-11eshchanskaya, d.61/2p
Noskovskiy oblastnoy nauchno-iosledovatel'--kiy klinichoskiy
institut imeni I.I.F. Vladimirskogo.
(HEART FAILURE) (UMAC RESUSCITATION) (CARDIOVASCUIAR AGENT3)

ANTII-OV., B.V.; GALIPERIN, Yu.M.; YERMAYOVA, N.M.; P=-STORONIN, S.A;
SLYdRI-lov, Ye.ye.
Restoration of cardiac activity after prolonged arrest and anemia
of the heart in a surgically prepared experiment. Vest. khir. 85
no. 7:9-17 Je 160. (MIRA 14:1)
(HEART FAILURE)

S ffmov, Yu.
"Wonder alloy." Metallurg ,.no./,:29 Ap 263. (MIRA 1633)
(Zubakin,'Vasilii Nikolavvich) (Iron and steel workers)

ZARELUA, A.; SMIRNOV, Tu.
Essential and zero-dimensional mappings. Dokl. AN SSSR 148
no.5:1017-1019 F 163. (MM 16:3)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosova.
Predstavleno akademikom P.S.Aleksandrovym.
topology)
f
0

TATARINOV, P.M.; ARTEMOV, V.R.; MIKHAYLOV, N.P.; RUMYANTSEVA, N.A.;
SERGIYEVSKIY, V.M.; SMIRNOV Yu, .
L=---
Basic and ultrabasic rock formations in the Urals; critical
observations on an article by S.V. Moskaleva. Izv. AN SSSR.
Ser. geol. 30 no-5:135-143 My 165.
(MIRA -18:6)
1. Vsesoyuznyy nauchno-issledovatellskiy geologicheskiy
institut, Leningrad.

L 44568-66 EWT(l) SCTB DD/RD
ACC NR, AP6030912 SOURCE CODE: UR/0209/66/000/009/0068/0070
AUTHOR: lo4eliani, K. (Lieutenant colonel, Medical corps);_aTj_rqqx.,
1yu. ~Iajor, Medical corps)
3Y
~ORG: none
'TITLE: Overcoming unfavorable emotions [Psychological training for
!pilots and cosmonauts)
iSOURCE: Aviatsiya i kosmonavtika, no. 9, 1966, 68-70
TOPIC TAGS: flight psychology, flight physiology
a
ABSTRACT: Methods of controlling the emotional states of pilots in
flight are discussed and their importance is emphasized in view of the
1great nervous and emotional strain associated with piloting modern
aircraft and spacecraft. Acquiring the ability to control emotional
experiences is an important part of pilot and cosmonaut training,
i
jPsychological preparation must be conducted throughout the training
1period, since many of the unfavorable emotions associated with flight
Idevelop into conditioned reflexes and are hard to eradicate. Several
imethods for self-regulation of emotional states in flight conditions
I
lare recommended, including such elementary devices as listening to
1pleasant sounds and encouraging oneself with phrases like "I can,"
Card
L

L 44568-66-
ACC NR: AP6030912
"I must," etc. Physical exercises, selected for their effect on the
Jmuscle groups most fatigued by prolonged static stress, have proved
I
!very effective. Each group of exercises is practiced before the flight
4 hr during flight. Special muscle-relaxing
and repeated every 3-
exercises, consisting of a combination of stretching exercises, turns
,of the torso, exercises of various leg joints and breathing exercises,
jare used to remove emotional tension on complicated long:flights.
Pilots should be familiar with all varieties of breathing exercises,
and the physiological and psychological effect of each on the organism
(for instance, breathing deeply and exhaling slowly has a calming
;effect). Pilots should be trained to shift their thoughts at will to
:pleasant and successful flying experiences, thus overcoming unfavorable
emotions arising during flight. LJSJ
SUB CODE: 05, 06/ SUBM DATE: none/ ATD PRESS: 5080
-Card 2

1. 07008-67 EWT( 1) GW
ACC NR: ALN7001063 - - , , I
SOURCE CODE: UR/9009/66/000/140/0004/0004
AUTHOR: Smi mov, Yu,
17
ORG: none
TITLE: Automatic telescope
SOURCE: Loningradskaya pravda, 15 Jun 66, p. 4, col. 2-4
Topic TAGS: astronomic telescope, TV telescope AZT-11 astronomic telescope
ABSTRACT:
The Astronomical instruments Design Bureau of the Leningrad 02tical-
14echanical Plant (bureau chief 0. V. Vasil'yev) is working on the new AZT-11
Itelescope. Specialists under the direction of the chief designer P. V.
!Dobyc~LiLn now are working on the project. (AZT = astronomicheskiy zerkal'nyy
;~,teleskop = astronomical mirror telescope) Two such instruments will be con-
structed: one for the Crimean Observatory and one for the Abastumani Ob-
:servatory. The mirror diameter is 1.25 m. It will be used in making photo-
!electric measurements of starlight. The AZT-11 is completely automated.
'Me observer will not be near the instrument, but at a central control panel
,.within a glassed-in, air-conditioned room; the air conditioning is required
~to ensure reliable operation of electronic instruments. In most cases the
i:
AZT-11 will operate in accordance with a preformulated program on magnetic
1/2
Card

L 09977-67 0--3' (1
XCr-99--AT6026763
SOURCE CODES
AMOR: S-Mirnov, Yu.
ORG: none
1/0'29/0113/0117
TITLE: A graphical method of solving the transcendental equation obtained in the
study of wave interference in a waveguide with a dielectric that is loaded by an
attenuator
SOURCE- Kuybyshev. Gosudarstvennyy pedagogicheskiy institut. Uchenyye zapiski, no.
29, 1959. Fiziko-matematicheakiye nauki (Physical and mathematical sciences), 113-117
TOPIC TAGS: graphic technique, electromagnetic wave interference, dielectric.
waveguide, dielectric constant$ dielectric loss, microwave attenuator, successive
approximation
ABSTRACT: A graphical method is proposed for solving the transcendptal equation for
wave interference in a waveguide filled with a dielectric and term1bating in an
attenuator. The expression for the reflection coefficient in
iI'R =. . .1*12 . ...I - .
To2+y*'+2Te7ich1d.7.1*~
The reflection coefficient is assumed to be a eomplex number R A + iB. After simple
algebraic traneformations,
Card i fit

ACC NR3 AT6026763
if C
C, - C 2-t0 (A + iB)
D=ToI[I-(A-j-iB)j; E='I~FA'+iB,I
then
tgTit ic,
D-TA2E
which can be solved graphically for the propagation constant in the dielectric under
study. A graph of the function tan -(11 is constructed (see Fig. 1)1

L 05,1977-67
ACC NR, AT6026763
and the values of the constants C1, D, and E are determined experimentally. Then a
second-order curve is constructed. The points of intersection of this curve with the
graph of the function will be the roots of the transcendental equation. The real and
imaginary parts of the dielectric constant are determined. The method is valid for
dielectrics with negligible losses. The author thanks Candidate of Technical Sciences
Ya. N. Kolli for consultation. Orig. art. hasi 12 formulas and 1 graph.
SUB CODEt 09, 12/ SUBM DAM none/ ORIG RUi 008/ OM RUs 004
Card 3/3'~P

~ 1.40 -1 1
1RIKITUINSKAYA, stll"Id:W) ~U.A.-, TIKHONITKO, KIS'"," F.L.
PurificatiOn and concentration of Sendai V-J ,,3 by
grtiphy oil TRAE-cellulole. Acta virol. (Praha) L-url-,.] 9 no-1:
92 Ja 165
U.S.S.7, A,.ademw cf
1. The I-,.railovsly Tristitute Of Virolc;9:1~ I
Medical Sciences, I'IOSCO~'F*

SMrRNOV, Yu.A.
Burning milled peat in boilers with limited heating surface.
Torf.prom.33 no,2:34-35 '56. (MLRA 9:6)
l.Komsom6l'skiy torfotranaport.
(Peat) (Boilers)

17(6) SOV/177-58-3-24/29
AUTHOR: Smirnov, Yu.A., Captain of Medical Service
TITLE: The Use of Disinfecting Showers on Truck DDA-53 for
Deactivating, Degassing, and Disinfecting Military
Equipment
PERIODICAL: Voyenno-ldeditsinskiy Zhurnal , 1958, Nr 3, pp 87-89
(USSR)
ABSTRACT! With simple adaptation the disinfection showers on
truck DDA-53 can be used for deactivating, degassing
and disinfecting arms, equipment and transport. For
this purpose a transition coupling is used to join
the collector of the deactivating unit of a mobile
spray station type ARS-12D to the pressure hose of
DDA-53. The coupling has a thread at one end and a
female screw at the other, the thread being similar
to that on the distribution pipe of ARS-lM Three
sketches of the coupling are shown. The coupling is
fastened by a screw to the eight-nozzle collector of
ARS-12D. Rubber washers are placed at the screw junc-
Card 1/3 tion. The nozzles of the collector are joined by
V

ao , , ??
00 SOV/112-M-6,856
Translation from: Referativny-y zhurna-1 Elektrotekhnika, 1960, Nr 2, p 327
(USSR)
AUTHOR-,, Smirnov. Yu.A.
TITLE- On a Possible Modification of the "Blackbody" in a Waveguid
PERIODICAL. Uch. zap, Kuybyshevsk, gos. ped. in-t, 1958, Nr 21, pp 203 - 207
ABSTRACT: The essence of the proposed method for determining the electric
characteristics of dielectric^s follows: two thin-dielectric
plates, one of which has a direct contact with the short-circuiting
pis-ton, are placed in a waveguide. At a certain distance between
the plates travelling wave conditions are established, and an ex-
pression for the propagati onstant in a dielectric can be found.
The accuracy of the method is in aiinverse relation to the thick-
ness of the plates. The advantages of the proposed method com-
pared with others are the speed and the simplicity of measurements
and calculations,
Card 1/1 I.F,D~

IUC 7
pq 113 7/
:r
Z
r z
fl e.;z C-f
f im.; of n
f r r
71Y
f h,i

i- J
:i:r
L -n z 3 1

S/194/61/000/001/031/038
/300 '0~110'/D304
i'WTHOR: Smirnov, Yu.
TITLE: Graphical method of Sol i _#,lie transcendental
equation as obtained in the study of the interfer.-
ence of waves in a waveguide filled ,Ath a dielec-
tric and loaded by an attenuator
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 1, 1961, 44, abstract 1 1350 (Uch. zap. Kuyby-
shevsk. gos. ped. in-ta. no, 29, 1959, 113-117)
TEXT: The equation is solved graphically for the case of a dielec
tric having tan ~ e, 0.1, the variables in the equation of the com-
plex propagation constant are separated ~-dth a small error and the
system thus obtained of two equations is solved by the method of
consecutive approximations. 12 references,
Card 1/1

m I R" ~)1117 Yu. 15'.
of the overations of.chromate, solution pickling in the
.1raduction. of sodium dichrorate. Faiim.pram. 41 no.7:540-542 J-1 165.
(MIRA 16:8)

VARSHAVSKIY, S. L.; TGMILOV, A. P.; SMIRN , Yu. D.
Electrochemical method for preparing trialkyl phosphates. Zhur.
VMO 7 no-5:598-599 162. (MIRA 15:10)
(Phosphoric acid) (Electrochemistry)

FEOKTJSTOV, L.G.; TU.IlLaV, A.P.; SMI,IlPlQV.,. Xu,.D.; GOLIDIN, M.M.
Nature of the cathodl-c breaking of the carbon-halogen Elektul-o-
kidmila. 1 no.8.887-,893 Ag 165. (MITRA 18:9)
1. Institut elektroki-dmiia AN SSSR.

TOMILOV, A.P., SMIRNOV, Yu.r),,,- KALITINA, M.I.
I
'~Iectrochemical chlorination of ethylene in anhydrous metbyl
alcohol., Zhur,pr'Lkl.khim. 38 no.9a2123-2125 S 165,,
(MIRA l8sll)

CHERHOV, Griguriy Iosifovich; S,1IRNOV, Yuriy Dmitriyevich; SVFf,
Ye.u., red.; KU ZNET-5OVA,' O'.Y~-. Y' -'tekhn. red. .. I
[Production of semikilled steel] Proiz-vodstvo poluspo-
koinoi stali. Cheliabinsk, Cheliabinskoe krizhnoe izd-vo,
1963. 59 P. (MIRA 17:3)

ALYM, L.A. Yinzh.; VAYNSHIEYN, O.Ya., in*.; KEYS, N.V., inzh.; LUBF3ETS, I.A.,
inzh.; SMMIOV). Yq~!?.2 inzh.; FIRSOV, S.G., inzh.
Production of ISt. 5ps semikilled steel for concrete reinforcements.
Stalt 23 no.4:320-321 Ap 163. (MIRA 16:4)
(Steol, SU-uctural-MoLaAtirgy) (Concrete reinforcements)

KGLO.~V,.' 't-likhri-J-1 STROGAINOV, Anatcliy Illicl.; a-'E"OV
Ym-iy bmitriyA~vich; SVEi , Ye.b., red.
[Selectin,L- a method of steel pouring] Vybor sposoba raz-
'iv'~-i sr -a'iabinsk, Cheliabinskoe kn-izhnoe izd-vo
- -a- Ch ~
I 96.~. 5, (IMIRA 17:2)

TOMILOV, A.P.; VARSHAVSKIY, S.L.; KULIKOVI M.T.; SMIRNOV, Yu.D.
Electrochemical synthesis of hexamethy-lendiamine and amino
capronitrile. Khim. prom. 41 no.5,.329-333 My 165. (MIRA 18:6)

If-'r f~-tatAvt~-tro-,I-ic
anc, t."eir (~:-.namlcs
entral 11-1-s" or Sna
rn e o f arl c1 -' d a t p-
L
disorders in radiciiltis
_M. C I-ex lureatrient
:L-ifit-encp al
batins." "in Health
~S~ It ~u d J. e s
i- ';'e 'i cal
C -c-Lence
!L-i; zhuna-.-a letlori-s t77o 2~~ 191~6

SMfRN0V' Yu.1).
Vogetative trophic disorders in the clinical picture of lumbosacral.
radiculitis [with summary in French]. Zhur.nevr. i psikh. 57 no.10:
1258-1263 '57. (MIRA 10:12)
1. 14evrologicheskoye otdeleniye (ZaV. - prof. N.S.Chetverikov)
TSentrallnogo institute Kurortologii (dir. - kandidat meditsinsk-ikli
nauk G.N.Pospelova)
(10MVES. SPINAL. diseases,
lumbosacral radiculitis causing autonomic trophic
disord. (Rua))
(AUTONOMIC WRVOUS SYSTRM, diseases,
trophic disord. caused by lumbosacral radiculitis (Rus))

SMIRNOV, Yu.D.
". -
Vegetative disorders in Lumbosacral radiculitis and their res,)Onf;e
to compound trentment empl(rjing mud applications and hydrogen
sulfide baths. Vop.kur. fizioter. i lech.fiz. kul't. 23 no.6:553-554
N-D 158 (MIRA 11:12)
(irgms, spiNAr.-DISEASES)
(BATHS, MOOR AND MUD)
(HYDROGMT SULFIDF,-=FRAPEUTIC USE)

SMIRNOV, Yix.D.; SHPIW~3XRG, B.M.
Pulseless disease or Takayasuls Syndrome (progressive Danarteritis
obliterans) Zhur. nevr. i ppikh. 59 no.1:58-60 159. JOEM 12:3 )
1. NeviologicheskDye otdelenlye (nauchnyy rukovoditell (prof. Z.L.
Lurlye '4-y gorodnkoy klinicheskoy bollnitsy, Moskva.
(AORTA, dis.
.. aortic arch synd., Takayasu (Rue))
(ARTNRIM,
same)

SMIRNOV. Yu.D.. kand.med.naA; 'IEGOROVA, M.S. (Moskca)
Rrognosis of aubarachnoid hemorrhage. Yop.nairokhir. 21. no,,6*0
29-35 N-D 260.
(MIRA 14-,l)
1. Nev-rologicbeakoye otdeleniye 4-T gorodskoy klinicheskoy b6ilnitsy.
(BPJUN-HEMORRHAGE)

S Y-
Ci i,n-,' aon~- ts and rjf anc'ur""SmL of '-,he, ce
"hl~r
ne vr. 6 5 nc. 2,: 508- 5 15
1. Kafedra nervnvkh bclemey 'k zavi~~illr.13.,-..-hiv - prcf,

133-9-14/23
AUTHOR: Tageyev, V.M., Candidate of Tedhnical Sciences and
Smirnov, Yu.D., Engineer.
TITLE- Preveiitio:~ of the Formation of "Whiskers" during Crysta-
llization of Steel Using Additions of Rare Earth Elements.
(P--edotvrashcheniye obrazovaniya "usov" pri kristallizatsii
stali s pomoshchlyu redkozemellnykh elementov)
M,RIODICAL. Stall, 1957, ho.9, 823 - 82a (USSR).
ABSTRACT: The influence of admixtures of rare earth elements on non-
uniformity of the distribution of sulphur and other admixtures
during cry3tallization of steel was investigated. Experimental
J-ngots of H40 steel melted in acid-induction furnaces were cast
in sand moulds. The dimensions and composition of experimental
ingots is given in Table 1. fVhe rare earth alloy containing up
to 43,06 of cerium, about 5% of iron (remaining lanthanum and
other rare earth metal) was added in a proportion of 0.01-- - 0.2%
either to the ladle or placed in pieces on the bottom of the
mould. Simultaneously, a control ingot without the alloying
addition was cast from -the same melt. For the determination of
the distribution of inclusions radio-active isotopes of
S35 and p32 were used in addition to the usual chemical and
metallographic analyses. Radio-active elements were added as
Cardl/3 elemental sulphur and red phosphorous in sealed steel tubes and

~33-9-14/
2 OJ3
Prevention of the Formation of "Whiskers" during Crystall zatlori
Steel Using Additions of Rare Earth Elements.
in such amounts that their activity at the time of exposure was
0.1 and 0.01 m Curies/kg, respectively. The fixation of the
distribution,of radio-active elements radiograms of longitudinal
and transverse cross-sections of ingots were made. The eyposure
time varied between 15-20 days. The radio-active phosphorous
was added to all ingots, sulphur only to some of them. Character-
istic data on the macrostructure of the experimental ingots are
given in Table 2. Xegatives of some of the radiograms obl;ained
are shown in Figs. 1 - 7. It was established that alloying of
0.1 - 0.2% of rare earth elements with deoxidised steel prevents
or decreases the segregation of sulphur and other admixtures
(possessing different solubilities in solid and liquid phases) in
the form of whiskers., This is due to precipitation of the
sulphide phase at an earlier stage of crystallisation, thus
sharply decreasing the diffusion redistribution of sulphur in the
two-phase zone of ingots. During the crystallisation, a consid-
erable proportion of sulphur in the form of sulphide inclusions
is distributed along the axis of dendrites with the corresponding
decrease of its concentration in inter-axial spaces with a sub-
uard2/3 sequent decrease in the dendritic non-uniformity of steel (more

SOV/ 137-58-7- 14457
Translation from: Referativnyy zhurnal, Nletallurgiya, 1958, Nr 7, p 75 (USSR)
AUTHORS: Markaryants, A.A., Solntsev, P.I., Smirnov, Yu.D.
TITLE: Degasification of Steel Under Va-t-u'umin -th, Manufa"ctre' of
Forgings (Degazatsiya stali pod razrezheniyern pri proiz-
vodstve pokovok)
PERIODICAL: Trudy Nauchno-tekhnicheskogo obshchestva chernoy metal-
lurgii, 1957, Vol 18, pp 58Z-591
ABSTRACT: The degasification of 34KhN3MF steel was accomplished by
means of pouring the molten metal from one ladle into another
under vacuum; 6 to 7.5 minutes were required to transfer 20-2Z
tons of metal. The vacuum apparatus was composed of a cham-
ber with an intermediate casting device, a heat exchanger
equipped with a filter, three vacuum pumps, and three reserve
containers for the creation of preliminary vacuum as well as
for accelerated removal of gases. Ingots weighing 18.9 and
13.4 tons, made of steel the properties of which it was desired
to investigate, were converted into rotor-type forgings. The
inacrostructure of the latter exhibited no peculiarities what-
Card 1/2 ever. Compared with stock prepared from regular ingots, the

SOV/ 137-58-7-14457
Degasification of Steel Under Vacuum in the I'vianufacture of Forgings
overall quality of the plastic properties of metal in the internal zones of
forgings prepared from vacuum-treated ingots was significantly higher. The
influence of the vacuum is most apparent in the magnitude of relative shrink-
age. Vacuum degasification of steel reduces the harmful effects of hydrogen,
and its en-iployment is advisable when it is desired to effect a leveling of
plastic properties of the metal without resorting to protracted periods of
tempering.
Ye.K.
Steel--Forging 2. Steel--Degasification 3. Vacuum systems--Applications
Card 2/2

X MOKARYANIS, A. A. and SIEMNOV, -Yu. , D.
"Some Questions of the Theory and Practice of Steel Degassing,"
paper presented at Second Symposium on the Application of Vacuum Metallurgy.

L . -
SMrCIT"Ovy Yu. '!~). : 1%jaste-'. T-5-ch Sci (diss) -- "Invest-~.-,at-or o-~' t'- -ro~,,ess- o-f
producin,,,-, and dovclopin~rz zonal chemical non-hornogl0mit-,~- in st-eel in8cts and
cm3tinf~:i". 13. m. (un'tien'-U.T~.-d), 19"'. 27 pp, Y."O corico (IM, ITO '), 1059, 151)
I u -1 L I-

SOV/123-59-15-60471
Translation from: Referativnylj zhurnal. Mashinostroyeniye, 1959, Nr 15, p 223 (USSR)
AUTHORS: Tageyev, V.M., Smirnov, Yu.D.
TITLE: Investigations of the Process of Non-Axial Heterogeneity Formation in
Steel Bars and Castings
PERIODICAL- V sb.: Zatverdevaniye metallov. Moscow. Mashgiz, 1958, PP 352 - 373
ABSTRACT: Tests with bars (B) of grade 40 steel were carried out. Two B solidified
in the crucible of a 1-ton induction furnace after its having been switched
off, while one of the furnaces was tilted through an angle of 450. Eight B
of 1.8 - 6 tons weight were cast into sand molds from the same ,3teel charge,
smelted in a 25-ton acid open-hearth furnace. One of the B was case in a
horizontal position, the rest vertically. In some cases diaphragms of a
molding mixture were put across the B with an opening of 150 mm in diameter
in order to obtain an increased shifting of the steel in the region of the
diaphragm; a rarefication was created in the interior of the head section
of B in order to obtain an intensified gas liberation of air pressure on
th B u t 3.5 at. For the examination of the metal flow radioactive
Card 1/2 w195, s~5 'and p32 were from time to time introduced into it. 3ased on the
,_Z

tt ChOlar.TBA CM111

K.c
nm.... p........... .............
:
..... .....

.9.5
a.r.rpy...

AC.B.G.- . ........a
O.r,K,-,,
CM.r
"-
:
H.M.

H.M.T-

Do
b.n.K.--
-port ~bml tt*4 for th. 5th Phy.1c.1 Ch"l-i
Coof."_. - at"I Prloottoo, . 1
30 _ 959.

18,3200, 18-5200 7761,v)
SO V/1333 -60-2 -155/25
AUTHORS: Markaryants, A. A., S!n,lz,r,,ov, Yu. D., Men'shikov, A. D.,
Yemel 'yanav, B. F.
TITLEi Production of Rotor Shaft For--InO*3 From Vacuum-Cast
Ingots
PERIODICALi Stall, JcjC_, Mr 2, pp 148-152 (USSR)
ABSTRACTz In light of attempts to minimize the hydroL_-en
content In of lar;;-e forcrings "or critIcal parts,
the aiu'Lhors It-ivestigated TV-0 rotor foegin-s made
from vacuum-cast Ingots, and by waY of comparison,
from regularly produced in-ots. Acid open-hearth
34K911,13WA steel was 1-1sed. The followinlo.- perjons
particIpated In the study: S. Ye. Rabkin, A. P.
Morozov, A. N. Solomin _' B. A. Lavrentlyev, et al.
I L
(1) Vacuumin.g. a special installation consisted o'
2 vacuum chamber,5, 17 and 36 in-), arc! 3VIN-16G-type
p, ijnp,,; MiniiwAm presslire of 1 t13 3mercur-,,~
Card 1/6

Cast Inoots
-c-l-imn ;-,raz3 ruaiv-~aLried at tide lzlilt--, s~----
and o"
towar~t th~~ -'N.tial rierlod ol' dezassii-,,:~,~. A
A j 1 f, e 1"'w~ diate, la"Ile vja~-t pl,--~ed on tiie t',hLv0)f* L, lid.A
dlarti riibber cord seel).lred b~-
tween cl-.~amber Ild and ladle bottom. To
splashin-, by the hot. metall jet fro,ii t'he it,,termediavy
labile, a mm diam, 30'U, '1L'11 lon-ii- tube -V.'as
attached to the lid apertuire. Splaz3hing war; further
reduced by increasing the in-ot diam,. -1114 L . c 1

as i to prevent,
attention w given to the r ser llnino,-
lInIn,--.-r pieces from entrapment in the: inSrot. Th, e
authors recommetid accelerated teeutln.- wiiich also
reduces ingot defects. (2) Characteristic (--,f rol;or
f o rg i nc, s Originally the workpier-es were for-ed
b-i- two uDsettir-S operations and tlvro intermediate
j -
annealings followed by n~70 a~,-Id firm
~' -'f
860o C ~'ind final annealin~y' and tempprin~, '.:) remove
6 LI
hvdt:,c)!,~en. T:-v-~ ,w-,thoei (,-)L' caz;tirit- Inc-ot-i under vacuum
Card 2/6 tv)t only removes hydrogen but. decreaseo, the munber

Production ot' fj,:)tc)r Sj~ILL~,t 7, 6 1.15
Ca 0 t I.~ 0 t S
of' Sequence of tests:
Dlple;~inlg~ in 25 ton basic and 25 ton acid open-hearth
0
Larnaces. Four 1--~.4-ton tez~t lr~-ots were ca3t.
Comoositioll 01, mne-us, numte-1-3 and 9,066 in %:
C ml-', Sl P S
0.'5 , D, .4 0 C) . 0 1
J
'3
0 1,2 2 C. . 1
Caotlnc- a.,,d
Melt ri~v!iber,,)
I Ot S
Ti;,,ie, s,,
c a s t 1 n,: ~; until I-Iser
total Cast.!-[I,,,
degasslrL~-
Cr IN 1. v CU
1.42 -.22 3c~ 0 , 1 _31 0.15
.2 4 0. 1~~ 0.14
"j C~, j-
_a! id' 2
1)-40 5-00
11-1(, 8 _ ~7
8-00 -
0_30 5-30
"- -11
0 - 2 C) ~4 v
'17-4~) 7-35
3, ()

~rj
p
17 (,"a
Rm j)-popni,tiez.; as
de "a.; A.n~'-
"on 3 Imp.1-- p r oc
w o operations rollowed by .4uel-I
[I a_nd tealperi~j.cr' wittl ollilosioll of twO
LVOI a 1 A
A - - - - - L
in, c W'.,Ieallil. (.~
L IJ -
17- 1-)
Ua- L. av
CX j~i i

1, V C
prodaction ot'
Vaclaujil-Cast
u1 ,
/2
s ov/1
f tl 6V
-T7
CL
!aa
~11 Tr T III
IT
A
d,'a(: :il roto,
va
To
Cavi

E, d u~. J1
All
s, e
.3 ~%~uf d that pla.,,,i:'-, prcuperties
ci a u I
t j
i,,,) z, c) I
-s made fv-~)m iii, -,u! L:~
ly
eildowed wit!, e,,~Cellent
p, L prope r' 1 and i,:--,~-, th Ne it her
m L ro v r~ i o t, i ive i a p d e I --a-) o I ~ un - -a i'L c a
were mp.-alred illont, with rocomiiendJ n~r
I-Lew ot t~ie
m, I o I ia fo-f, tile p., I r po S, 'o
i tic, -,, va n c e s,
rel
noval
1) a only very 0 1, 1 1 ~t s
1-JTlove L"I ~o~ie f-,; J- c
jr% al

................
Pig
NO
rl
P6
Ig
I

i/6c-o/bv-6/bc,5/o 1, 7
A0510129
AU'FhOR: SmIrnov. Yu. D.
T -TTLE News in brief
FERIODTCAL- Stal', no. 6, 1961, 518
TEXT,~ The Chelyabinskiy nauchno-issledovatellskiy institut metallurgii
fChelyabinsk Scientific Research Institute of Metallurgy) in cooperation with the
Chelyabinsk metall-urgicheskly zavod (Chelyabinsk Metallurgical Plant) has carried
out testS to insulate the riser of 2.6- and 4.5-ton ingots by means of light-
weight f-ireclay bricks. When the simplest of test methods was applied, by
inzulating the dozzle with light-weight bricks, the yield of flawless Ingots of
ball-bearing steel increased by 2%, that of stainless steel by 4%. A new struc-
ture for f.he dozzle and a new, more economical shape of bricks to be used for
ingats of various weights have been designed.
Card 1/1

VORONOV) F.D., prof.; MORCIZOV, A.N., prof., doktor teklin.nauk;
SELIVADOV, II.M., kandetekhn.nauk; kand.te=n.nftUX;
RABINOVICH, Ye.I., kand.tekhn.naiik; CMERTTOV, G.I., inzh.;
M HEITKO I.A., inzh.; BUTAGIROV, K.K., inzh.; FILIPPOV, V.M.,
TRAC I
inzh.; KUSTOBAYEV, G.G., inzh.
MaIdng St. 3ps capped steel in Magnitogorsk Metallurgical
Combine open-hearth furnaces. Stall 22 no.8:716-718 Ag 162.
(MDU 15:7)
1. 1-tagnitogorskiy metallurgicheskiy kombinat i Chelyabinskiy
nauchno-issledovatellakdy institut metallurgii.
(Ilagnitogorsk-Open-bearth process)

S/133/62/000/007/006/014
A054/A127
AWHORS: Smirnov, Yu.D.; Chernov, G.I.
TITLE: At the Chelyabinskiy nauchno-issledovatel'skiy institut, metallurgii
(Chelyabinsk Scientific Research Institute of Metallurgy)
PERIODICAL: Stal', no. 7, 1962, 620
In cc-peration with the Magnitogorskiy metallurgicheskiy kombinat
(Magnitogorsk Metallurgical Combine) a technology for semi-killed steel I-as been
developed, in which reduction is effected only by silicon added in the furnace
or the ladle. High-quality 7-ton ingots of (_'T - 3- (St.3Ps) stebl can be pro-
duced by this technology. As to chemical composition, the new grade is similar
to !,:illed steel; the surface of rolled sections is satisfactory and requires
less finishing than the -3c:n (St.3sP) killed steel. The yield of service -
able product for rolled sections increased by 9%, the production costs were cut
by 2.55 rubles/ton. In rolled sections with diameters under 30 mm tl~e strength
and ductility are in accordance with)-OCT 380-60 (GOST 380-60) for killed
steel, at sub-zero temperatures and after mechanical aging, however, the notch
toughness values are not equal to those of killed steel. Tterefore, the new
Card 1/2

S/133/62/000/007/007/014
A054/A127
AUrfUlOS: SmIrnov, Yu.D.; Bogatenkov, V.P.
TITU': At the Chelyabinskiy nauchno-issledovatefskiy institut metallurgii
(Chelyabinsk Scientific Research Institute of Metallurgy)
PERIODICAL: Stal', no. 7, 1962, 620 - 621
rrEXT: In cooperation with the Chelyabinskly metallurgicheskiy zavod
(Chelyabill3k Metallurgical Plant) and Chelyabinskiy politekhnicheskiy Institut
(Chelyabinsk Polytechnic Institute) the conditions were studied of blowing oxy-
gen into open-hearth furnace baths through tuyeres in the crown with 6 orifices
during smelting. When oxygen was blown through in amount:s of 5.8 - ?.4 m3/ton,
at a rate of 1,000 - 1,200 m3/h, the smelting time was reduced by 45 - 49'min,
the specific fuel consumption by 4.7 - 9.2%, the total specific oxygen consump-*
tion by 1.2 - 4.5 m3/ton. The hourly output of the furnace increased.by 6.2 -
9%.
Card 1/1

S/ 13316 2/0()0/007/008/014
A054/A i 27
AMORS: Smirnov, Yu.D,; Bokov, I.I.
TITLE: At the Chelyabinskly nauchno-issledovatel'skiy institut metallurgii
(Chelyabinsk Scientific Research Institute of Metallurgy)
PERIODICAL: Stal' , no. 7, 1962, 621
TIEXT: Tests were carried out to determine the effects of the,phosphorus
content and the smelting technology applied by various metallurgical plants on the
quality of cables produced atthe Beloretskiy meta Ilurgiche skiy kombinat (Beloretsk
Metallurgical Combine). A sulfur content of 0.007 - 0.045% and a phosphorus con-
L(,~nt ol' 0.012 - 0.026% (lid not affect the properties of the' wire and service life
of the cable. An increase ot' the phoriphovus content oC the steel -to 0.042% re-
duced the wear resistance of the wire and the aervice lit'(-, of the cable by 30 - 110
'11he rupture of wives during drawing is caused by surface defects, axial porosl~
ty, combined with liquation and local heating.
Card 1/1

P
ACC NR- AR6000433 SOURCE CODE: UH/613"7'/6V06&/669/VO4Q%
AUTHORSt ed, F, I.; Smirnov, Yu. D.; Khasinj 00 A4
TITLE: Segregation defects in ingots of are yacuum,_�~n2j~~i_
SOUME: Ref. zh. Metalltirgiya, Abs. 9V302
REF SOURCE: Sb. Teoriya i praktika metallurgiya. VYP. 7. Chelyabinsk., 196h, 59-68
TOPIC TAGSi arc furnacep vacuum arc furnace, metal melting
ABSTRACT: On the basis of literature and experimental data, an explanation is given
for the appearance of segregation defects in ingots derived from vacuum are smelting.
The degree of deadritic segregation in one or the other ingot zone depends on the
conditions of liquid metal supply to the 2-phase region. During worsening of
foodiiig, the dendritic inhomogonsity may increase. Lfter decrease of power during
arc molting, the width and branching of the 2-phase region rapidly increases and the
I metal supply to the depths of this region is interrupted. In difforont regions of
2-phase, different conditions arise, giving rise to heterogeneity. During the
formation process of different heterogeneity form, an important role is played by
shrinkage displacements of the enriched liquid of the 2-phase region which are
determined by the character and extent of the 2-phase zono, feeding cond-itioas.,
magnitude of alloy shrinkage, as well as the liquid metal composition of the 2-phase
i I
ICard 1/2 UDC.- 669.18-412621.U6.6soo

ACC NR: AR6000433
zone. For segregation of nonaxial heterogeneity, the smelting of a metal that
tends towards segregation mst be carried out at nj-nim= current strength. It is
necessary to program the electric current strength which insures the maintenance of
a maxiimim possible temperature gradient in a liquid vat during the whole smelting
/M--anslation of abstraeg
process. 5 illuatrations. D. Kashayeva L-&r
SUB CODE: 11
.Cord _2/_?__ 1;1

SY,IRNOV, Yu.D.
Minor intrusions of basic and ultrabasic rocks of the diamord-tear-
ing regions in the western slope o' the Central Urals. Inforn.sbor.
j
VSEGEI no.16:75-85 '59. (MIRA 15-3)
(Ural Mountains-Rocks, Igneous)

SNIRNOV., Yu.D.; KUKUSHKIN, A.I*
RelationBhip between the mute strata of the Bashkir anticlinori=
and those in the zones of the Ural-1.1au. Mat.VSKE1.0b.ser, no.28.,
9-18 160. (MRA 14:6)
(Bashkiria--Geology, Stratigraphic)

KUKHkRENKO 3 A.A.;_�kURNOV,,__XR!~P.
Stratigraphy and condiLlons of formation of the lower Paleozoic
1~9
of the western slope of the Central Urals. Hat.VSEGEI.Ob.ser.
no,28:51-66 160. (MMA 14;6)
(Ural Mountains-Geology, Stratigraphic)

SMMNOT, Tu.D.. KUMARRINO. A.&
Perldotites from the basin of the DI-A RiTer (Nc-nherz Yf-alsl --A-
their relation to the )dmberlite group. Uch. zaD. TGU no.291:6,~'~*
160. (MIRK 13-7)
(Uls Valley-Peridotite)

&IMOV, Yu,D.
Pre-Cambrina and Faleozoic intrus-iQns in the -waste--m sloDw of
the Northerw, Central, and Southern Urals. Mat. VSXM no.67t
1 57 0 (FIP,'- 15:12)
- tM,
(Ur;d Mountlilns-Roaka, 14-no-Ous)

/17
'10
JV
!,ii)() 'Civ loa.M.,
'Iuc-lei Levels CalcillatiOll,"
tlic L 9
f on "-c'ear Rencti r.5
j c., 1, C u c
_~,j t j at t1jr,, l-T-Tn -
S 1, 7- 7
lic'; 5
icS, 2,
"~t~fc Tj

5
AUTHC :~3 N e i n G 2 2,
TITLE: The Gerealogical Coefficie:-,ts in -,he Generalized Nuclear
Model ( Grenea-log-4-chesk-i Ye koe-f fi. t,~7,j yorty -,r obobshchennoy
modeli yadra)
PERIODICAL: Z hurna 1 ek sp eri n, e-Z t, a- I I no v i te c; re c he qk oy z --;k.*L. 5 9,
Vol 36, N'r 1 , 7,p s6-'. t)? "USSR)
ABSTR-'-CT: 'I'lie present parer describes a -eneral in7eStigation of the
croblo.:i and deermines a general formila -for the calculation
of the grenealDgical -,oefficien'. The fi--st part of thi s paper
deals th the "-m-ber of i-nd9pendent- s t-ptes. A nucleon in the
iiuf~;leus -J s charac-erized by the char,--- nn-a, in addit'IC-9
by 4 quart-a-mm, numlbei-s, e. g. Iry n11;2, whe-re~2derotes the
pro4ectio--. of the angular moment,.= of the -_-Juxlecr on to the
sy=etry axis of the s~ The ac- ual shape of this set
of ijuantum n-umbers is not W' essential --importance for the
- i
here discussed -pro'--le"r s he-re denoted by 11). First, the
case is -investigaled 4n a:-~ N. are differe2', Next, a
A. U
pair vilith eq-4-al N.. is as3une-4. Finally, the case v7it-q k
Card 1/ 2 tomcgenecu s pa--** ro N con " ained J--. t-- t,~ t sl r,*-,-,ber ,,. > 2k i s

The Genealogical Coeff 4 ci ent s the SOV/5--`- 36-1-25/62
Nuclear Model
ASSOCIATION,
SUBMITTED:
ir-vestigated. The second par'. of tllie present paper deals with
the geneal ogica-1 ccofficients a:id their calcalation. By means
~,f the genealogical _-oelfficiazltzi it- Is possi*_-19 to exnress the
c~Dm-,,lete ar-tis-=etric walre cf r, nucleons in form
of a of S11 tric wav-3 Fanctions
of n particl-_3 az-a connected with the
on 0~ the n-th paarticlz by way of the isobaric spin).
cal coef f are oal-c-alated by the method
develo-ved b-v _T~. IT, Red,'.r,~~r:d ~'ReP 6'1. The calculation is
descri.1-led ste.- st-ep. A tab-,_= co~ta~ra the gen-ealoi-
~ 0 gical
C-~fff_c4ents fo-' n = 3 and n There are 2 zables and
Tn-StjtU~ yadernny f2z_Jk-.:. Mloskn-vsk-0.3c 3osudarst-lennogo
un-1ve2siteta (Instit-,_,te of Nuclear P.Vsics of Moscow State
Jun--~ 24, 1955
Card 2/2

16.8300,24.6ooo
AUTHORS: Neudachin, V.
TITLE: Clustering of
PERIODICAL: Zhurnal eksperimentallnoy
1959, vol 37,
76996
SOV/56-37-6-36/55
G., Smirnov, Yu. F., Yudin, N. P.
Nucleons in Light Nuclei
I teoreticheskoy fizilci,
Nr 6, PP 1781-1783 (USSR)
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-
tions composed of wave functions of nucleon clusters,
was demonstrated with the aid of the perrr,~ utation
group theory. The total wave function ([00 LST)
for the system with whole orbital momentum L, spin S,
isobaric spin T, and Young's scheme for orbital part
of the wave function - Ct j was
[a] = [Gtl, a2"... M
expressed as follows:
LST) = A(D (L [(z] r);t (ST f(~j
Card 1/4

Clustering of Nucleons in Light Nuclei 76996
SOV/56-3T-6-36/55
(where A is antisymmetrization operator; r is symbol
allowed a given [a] ; HO and V are symbols analogous
to [CC] and r, but for conjugated concept). The above
equation is equivalent to the usual expression:
(1-1 LST) (1) (L [al
(ST (2)
(cf. H. 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 m can
be < 4):
y (ST Fa]7~) (S, = OT, = 0 [~11 1234) X (S,T, 5678)... x
x 7 (S.T. fn - a., n - ot, + 1, n)= YC-
X (STFaIT). (4)
7
Card 2/4

Clustering of Nucleons in Light Nuclei 76996
sov/56-37-6-36/55
From these relations the following expression was
obtained for the equivalence of wave functions with
LS-coupling:
~(fa-ILST)=A(D(L);((S,'l'lloclli234)X(S27"Ila2i5678) ... x
x (S.T. oc,,, + n).
This relation was applied to the calculagion of,8he
wave function of the ground states in Be and B .
There are 8 references, 2 Soviet, 4 U.K., 1 3-aiss,
1 U.S. The U.S. and U.K. references are: J. K.
Perring, T. H. Sk-yrine, Proc. Phys. Soc., A69, Coo (1556);K.
Wildemuth, Th. Kannelopoulos, Nucl. Phys., 7, 150
(1958)' 9 4119 (1959); H. Jahn, Proc. Roy. Soc., A209,
502 (1~511; S. J. Biel, Proc *Phys. SOC., A70, 866
(1957); G. Raeah, Phys. Rev., 63, 367 (1943).
Card 3/4

Clustering of Nucleons in Light Nuclei 76596
so-v/56-37-6--?6/5-
ASSOCIATION: Institute Nuclear Physics at the Moscow State Uriversity,
USSR (Institut yadernoy fi-,;-Ilci Mo3lcovakogo gosudar3twn-
nogo universiteta, SSSR)
SUBMITTED: JulY 18, 1959
Card 4/4

S/048/61/025/002/001/016
B117/B212
AUTHORS: Balashov, V. V., Neudachin, V. G., and Smirnov, Yu. F.
TITLE: Structure of light nuclei
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, v. 25,
no. 1961, 170-188
TEXT: The present paper was read at the 10th All-Union Conference on Nuclear
Spectrosccpy (Moscow, 1960), and also at the 11th Annual Conference on Nucle-
ar Spectroscopy (Riga, January 25 tcFEbbiuary 2, 1961). The authors sum-
marize tho progress in the development, concerning the theory of light nualei
and mainly deal with two aspects which underly their description of the
theory of light nuclei: 1) Utilization of a modern shell model to calculate
the characteristics of ground states and least excited states; 2) The ques-
tion of consistency of various models of light nuclei. The first chapter
deals with the manybody aspects of the shell theory. A theoretical argu-
mentation of the shell model is not given; the model is only treated as a
semi-empirical method providing a simple explanation of experimental data,
and at the same time furnishing a means for predicting lower-excited nuclear
Card 1/5

S/046/61/025/002/001/016
Structure of light nuclei B117/B212
states. The authors discuss various elementary questions concerning the
formalism of the sl,ell model, i.e., introducing concepts and symbols which
are generally in publications c.- this subjectj-P but have not yet entered
the Russian The first chapter deals with the following ques-
tions: Construction of wave functions belonging to the shell theory
(Refs. 2-7), application of the shell model to calculate energy spectra of
light nuclei (Refs. 5-8); electromagnetic moments and transitions in light
nuclei (Refs. 16-22). The second chapter deals with the alpha association
arid shell model,(Refs. 2,23-28); it is shown that the alpha-particle model
of nucleus and the shell,model are much closer interrelated than has hither-
to been assumed, and that they do not exclude each other. In chapter three
~'Collective m.otion and *hell Model"), the authors mention papers (Refs. 29-
40) which deal with the creation of new and more complicated models. They
had to be developed from the collection model (drop model) and the shell
model, since the range of application of the two aforementioned models
alone is rather narrow. Finally, the authors deal with a number of experi-
mental problems. The solution of such problems has become urgent since the
theory of light nuclei develops steadily and rapidly. In order to clarify
the characteristics of nucleon interactions it is, above all, necessary to
Card 2/5

S/048/61/025/002/00i./c)16
Structure of light nuclei B117/B212
per-form a systematic investigation of light nuclei. This is necessary for
a precise explanation of the shell model and a determination of its rellatIon.
to other models. At first, such an investigation might be limited to a
small number of nuclei, but the results obtained should be very com-alete.
From a theoretical point of view, and regArding the present experimental pc~i-
sibilities0he nuclei at the end of the p-shell with A = 13, 14 and 15, and
also the B nuclei, up to now already thoroughly enojeh studied, are of
According to 'he authors, the following special pro 1e
special interest. ms
seeri to be promising: 1) Levels in.Li7; 2) calculation of levelsin Li
12 16 20
3) nature of the excited 0' levels in C , 0 , Ne and other nuclei;
4) investigations of D2-transitions near Mg when T is chanjed; 5) experiment
tal spectrometric pi-oblems which are of interest for the theory of Dhoto-
nuclear reactions (Ref. 44): a) stripping (d,p) and (d,n) -,eactions formin.3
sinEle-body level.s of the final nucleus; b) inverse stripping'(p,d) reac-
tions durinfr which the nucleon is "pulled out" from the inner'shell of the
nucleus, e. , ITZ24 etc.; c) elastic proton scattering on up to 8-Mev nuclei.
Ref. 45 brings an example for such experiments. G. Lipkin, Yu. 14. Shirokov,
K. A. Tumanov, V. Yu. Gonchar, Ye. V. Ino-Din, and S. P. Tsytko are men-
tioned. There are 2 tables and 45 references: 11 Soviet-bloc.
Card 3/5

Structure of litpht nuclei
3/048/61/025/002/o01 /016
B117/B212
ASSOCIATION: Nauchno-issledovatellskiy institut yadernoy fiziki
kloskovskogo gos. univerbiteta im. M. V. Lomonosova
(Scientific Research Institute of Nucl ar Physics of Moscow
State University imeni M. V. Lomonosov~
J. T PO
1 J. T witi a cxeme zi~ft 11 x
9 eye
.3
Legend to Table 1:
Iles 3,,, it pf 1 1:12P.I. 312 11,
P.I., B11 311. 11, pl[431:11P 1) Nucleus; 2) class-
flea 0,1 p%121:3'So p~%:01 C12 0,0 p8[44):1130 p%-.00 ification in the LS-
1,16 .1,0 p212)-.13S, 9-1,-10 C13 111. 112~ p9[441j,."P% Aii"11 '11, scheme; 3) classifi-
LF 112. 11, pl[31:12P.I. p.31.:31, 11, N11 1,0 p10[41j2j-.1aSj g1,: 10 cation in the jj-
1303 0,0 P41411:11s, :00
P,'/ N's 1/t. 11, p"j-143J.-P.1, 9.1.1121/2 scheme
11119 312. * 'It p 14 1 1,.il P-1 .
P all '12 Oil 0,0 p'2[4441:12so p,8,.p,./,:00
Belo 3,1) .
p6[421:13Dj P.,/,:30
V1-
Card. 4/5

S/04S/62/026/ooa/oI7/028
B104/-~102
Neudachin, V. G., and Smirnov Yu. F.
-:attkhiz, Z.
17 17
The lo-,.rer levels of 0 and F in the Y_ -nuclear model
~-kade:,-.iya naulk S-3JR. Izvestiya. Seriya fizicheskaya, v. 26,.
no. 6, 196~2, iou'o - ioal'q
-7
'-!he 0 nucleus is considered to be a tetrahedron having rk-particles
in it-- lz),.;r corners there and with the last neutron moving in its field.
0 4 1 -z o n. i a nof t3afts sv_-tem, has the fora, H = H + H + Ii + H
rot vibr '0 V-P
2
) is the rotation energy-of 'he nucleus, j "he
L
-0t 2Y
an~-~u~ar momentumlin the Eiven state, j the angular momentLim of th e
L the mean an~7ular momentum of the F vibrations of the ce-particles
2
ol~, Core; ~4 V L.or is the vibration energy of the core, H 'D the single-
--a--ticle 'Hamiltonian.
V,6 (r - Ro) Qp,,Yp~p (0, p)
(A) gives the

I
1o,.,.-,er levels cf 0 7 nd ...
-::/O,t' 816 2/02 6/008/017/0 28
3104/3102
bet!z:eon nucleons and vibratin- core. A miclear level dia~rx-,
is -)lotted,, an~` t'he level shifts due to core vibratons are examin-ezi.
17
-u~-td~--,:.oole- moment of ti-~e 0
rround
~-7 is deter:-.~J-necl -~o lcm- -0.02~ barn.
10
e. s 0 sec. `2'-ese
1~ S'-I t S, love,
Kam-= et al., Proc. 2hys. Soc.
- 4 ~! ~he core. There
coupled .'.'.Lh k'
state wit'-- a counlin constant
The lifetime of the ffirst. excited'
data ae-ree we-Ill with ex-oerimental
T. 'Uauritsen,..,Nucl. Phys., 11, 1"V-5c.'
A
A., 70, 897 (1957)). The nucleon is
are 1 figure and 1 table.
C I AT 1 ON institut yadernoy fizilki
:~.OE;o GO-'. Universiteta im. 141. V. Lomonosova (Scientific
Res*--rc"I institute of Nucloar.Physies of trie il.osco-;.- ;State
v 11
Univeroity ILrrl'arAl .7d. V. Lomonosov)
Car'.