SCIENTIFIC ABSTRACT SMIRNOV, S.N. - SMIRNOV, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651610004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

i -
. S.17., inzh. (g.T;shkent)
Drilling bore holes in bridge footings. Put' i put. khoz. 5
no.3.46 mr l6l. (=---tA 14:3)
(Railroad bridges-~jaintenance and repair)
(Drillin.- and boring)

S,MIREOV, S.N., inzil.
The effect of compaction methods on the otrungUi of cohesive
soil. Transp. stroi. 12 no.6:57-5c' Je '62. (,-,I!tA 15:6)
(Soil stabilization)

":., ; 7~ '!(N ',.T , ~ . ! - .
- . . "I .. . Lnzh.
GpLi-mum density rjf railroad ern-bank--pents rmade frorm, loesslike
loam in Central Asia. Sbor. tr-ad. LIIJZI,IT. no.209:P~>-50 163.
(IMIPA 17:12)

SNtLWOV S.N
Method of graphic visualization of splinters in roentgenography of the
eye. Vest. oft., Moskva 32 no.3:20-23 May-June 1953. (OLML 25:1)
1. Candidate Medical Scieup'ee. 2. Of the Eye Clinic (Director -- V.N.
Arkhangeliskiy, Corresponding Member AM USSR), Kiev Medical Institute,

FROLCII, Yu.P. [author]; SMIRNOV, 8.11. [reviewer].
Review of IU.P.Frolo,.,In book "Sensory Organs," charter 5, "Organ of right
and visital f1stimatilion." Reviewed bY S.N.Smirnov. Vest.oft. 12 no,3:4-6-
1-7 It,-Je '53. 0-l-RA 6:8 )
(Eyes) (Sight) (Frolov, IUrii Petrovich, 1892- )

SMIRNOV, S.N., kandidat meditsinskikh nauk
New scleral projector. Vest.oft. 34 no-5:32-37 S-0 '55.
(HLRA 8:11)
1. Iz glavnoy kliniki (dir.-prof. P.S.Plitaa) Kiyevskogo
ordena Trudovogo krasnogo Znameni meditsinskogo institute.
imeni akad. A.A.Rogomoltea.
(OPIITHALMOIDGY, appratus and instrument,
scleral projection appar. forcphthalmoscopic &
x-ray localization for for.body & pathol.foci)

. C),/ 21)/ 4 .1 1/1 ". 4,1 '.jII~1, . - ---- - -
EXCOTTA IWICA Sec.12 Vo.U/6 Ophthalmolog7 June 57
-- - m ~et h o ~d~
939. -SMIRNOV S. N. Dept. of Die. of the Eye, M-e-d-MW~.,i~-,~.

(_1 S 6;
e, a t4lr
of localization of foreign bodies in the eye by means of
X-rays and without ehe use of contact lenses (Russian
text) VESTN.OFTAL. 1956, 3(20-26)lllus. 7
A new method is offered of localization of foreign bodies in the eye by means of
X-rays and without the use of contact lenses; it is based on an exact fixation by the
affected eye, or if the affected eye is blind by the other eye. The method offered,
unlike other existing methods. permits: (1) examination of the damaged eye while
immobile, without the use of superimposed contact lenses; (2) the result of the
examination to be obtained immediately after, by means of a simple calculation
from a wet plate and graph paper, (3) the discarding of eye-diagram applicators
in favour of an illustrated diagram of the patient's eye, constructed in accordance
with the history of the disorder and having all the necessary data for the surgeon.
During the 1953-55 period, the method was employed in 130 cases. Its accuracy
and simplicity, its clarity and rapidity in obtaining results of the X-ray examin-
ation, permit us to recommend it for practical use. Dormidontova - Moscow

K011AIT VIGH, I.. dotsent; U:STIl0,'lTKO, L., kand.med.nauk; SMIRITOV, S., kancl.med.nauk
Report on the irork of the Kiev 0'Dhthalmological Society for 1958-
Oft.zhur. 11P no.4:250-251 '59. (MIRA 12:10)
1. Prodsedatel' pravleniya Kiyevskogo oftal'nolopicheskogo
obshchostva plaznykh vrachey %a 1958 god (for Korenevich.).
2. Bek-retari Kiyevskogo oftal'mologicheskogo obshchestva glaznvkh
,trachey zu lq58 god (for Ustimenko, Smirnov).
(KIEV--OPi[THkU4OLOGICAL SOCIETIES)

SMIMOV, S.N., lcand.med.navdc
Mothod of roentgen localization of foreigm bodies in the eye
with a determination of eyeball size. Vest.oft. no.6:46-47
t 60. (MIRA 14:11)
1. Klinika glazn-ykh bolezney Kiyevskogo meditsinskogo instituta
Plitas).
(dir.
- prof. P.S.
(EYE,FOREIGN BODIES) (EYF--RADIOGRAPHY)

L 33666-66 -L'N7*kdj/-:'Nr11'rn) ',VPt"-)LE,'IP(%,)/E-iP(t)/ETI,/E-"IP(k)/~i'IP(h)/Etip(l) !JP(c-)-
-11R' AP6014065 SOURCE CODE: UR/0294/66/004/002/0202/0206
JD/~IH/JH
IAUTHOR., Golubav, B. P.; lCharitonov, F. Y9.; Kalitin, P. P.;
lVasillyeva, G. A.; Smi noV-, -S.N.
13
'ORG: High Temperaturp Scientific Research Institute (Naucbno-
I -
iisslado-v-at-el-l-s-kly-i-n--sti-tut vysokikh temperatur)
I
!TITLE: Construction properties of corundum microlite at bigb
ltemperatures
~SOURCE.- Toplofizlka vysokikh temperotur, v- 4, no. 2, 1966, 202-206
~TOPIC TAGS., high temperature alloy, corundum refractory
A.BSTRACT: The article presents a correlation of experimental and
literature data on the mechanical, physico-chemical, and tbermo-physical
properties of corundum microlite at rRom temperature and at high
temperatures (up to 12000C). Th*e corondum microlite used bad the
following composition: 99.1[-99.5%.Al2o 3; 0-5-0.6% MaO; ~J-03-0-0-5%
Fe20 ). The samples were annealed -i7n a batch type flame furnace with
prOnEed beating for 16 hours at 4000, an,' then for 12 hours at 1750.
The following properties of the s 'amples were determined: water
absorption, specific weight, porosity, hardness, coefficient of linear
Card 112 UDC: 620.10.620.171-3.620.18

ACC NR: AP6014065
',thermal expansion, specific electric resistance, the strength limit for
Phock bending, fracture, and compression at room temperature, thermal
:Stability, electric strength, refractory properties, deformation
.~temperature, and shrinkage. The experimental results are shovm~ in a
table and fiE.Ure3. There is also D photo at 90 maCnifications of the
microstructure of the corundum microlite. It was found that the material
,~as attractiV properties for use as a construction material in mpe'nine
'construction,&n the electrical industry, and for high temperature units
. 1-
I 1cH -oper6te in aggressive media. Orig. art. has: 4 figures and 1
Itable.
,UB CODE: 11/ SUBM DATE: 220ct64/ ORIG REF: 009
Card 2/2 ry-,

SM., IM-)V, I- ~ ` ~ ,
r 4
;I.rinturp and opt:mum density of loesslike soils used in
Pmbankmant, fill. Sbor. trud. LIZHT no.203jl4-20 163.
(MIRA 18z8)

'K.17 95 2
S/13 60/005/004/012/021
D274YI)306
Smyrnov, S.0. and Shenderovy6h, u.1A
S-po-nLanc,ous brealkdoi-tris of air sparl: ga-,ps
1, 0 D, 1 Ukrqyins'kyy fizychnvy zhurnal, v. 5. no~ 4, L900.
5 4 0 - 5 48'
T - The r_f-Zect of spontaneous (u-,tco-.Itrol-'Lcd) Oi-eakdowns ir- -t ~-ie
o-i)cr~itio-L of )ulse modulators is considered, as well as the mechan-
is-m -.7.1ich le~,ds to tine ap--pearance of such brcc-_`~dowms. First, the
1. ~-F ; 1-c: -_oasiderccl W"14 Ch occur in a i)ulse modulator as a result
L L
Of brc.11aIo,..;ns during the (Iischarge period. The pulse
mo;-_'1_11a~or wor~_s On resonance -charge Of DUlse-fominf--, line, su-,),)Iic!d
bv, a d.c.-source., An analysis of formuiaE relatin- to the claarge,
bind o,-- oscillogr~ar..is of charge voltage and current s.-Lowed tilat spon-
ta-~'O'Ous cause many faults in the opcration o_f modulators,
CIven -the uum,.)er of tbe 'breall-Ccloims is s-,-.iall. -A- siac-Ifle s-i3ontaneov-s
nav lcnd to. a) an e-cess volitacre of 30-,"0 (and 6-ove) at
C~_
Gard L/5

27952 S/L35/, 60 005 Ooz, " 01 )'~021
-ns - 74 '1 i~ 306
_>Dontaneous i3rc,:i.TccIo-. D2
L11- ;)LLI-se "ormim, Linc, the load and IL-he pulse transfomcr; o) un-
(e.g. puilses of reclucccl
T)rc)cesscs i-Ti -,the charrin,7 circuit:
;J?T:) t-liz,Ac -ji L I i I. arge Q -factor's I- I to s I o I I
tetIS to it-CUiLS ~dLIIOILU CLIL.Off cl_iok-~"cs;
I diodes, stabiliz.-iUl'o'O, IS
CI-CC11- I-
111c volt iias !)ci~u c) Ii. iittiiv-, off a
ct u~e to !Auic ;irc, 1~;LO inay DO CUL off o,,,,ct,v -*. j-4 11~13AIIA~C'Sc,
e L wouL~_I 'be to it:; d) ar._)J:A.rarv -IL -
c rcaso s in frequency; (2) thf., ;,ppearance of furth,:2,- sporicancous
I.1-Ith aLl i cs couscquences The opcr~Aio-,i oi- tlie modula-
,--0'-- iS MOST LI'I!,~,A'101'Z7,.bI v afffectecL _)y a spontancouis .L)rc ClhC WtILC~ IL
occurs L-ALe ML(IdLe of I-Ilio ciwwging perioc .I Ti"Q "'.se C.-F cuv-
Ofi" diodco. si--i'ALizes Lhe of the chargii,g circ'Ldl: i:fter a
_)nca~, ous ;)I.e -I-,dow-,j, ut exccss volta-es -ccome, marc lilc.1-
:.,.a tv o" clefec'tc-z due to spontaneous Ib-rc2akdwIri_Is Cali c1c. _,_oU_.,Ic
0?
d L L c u 1 in many c,,,ses load bre~,,Icdmms 6c- r."e resul L
o' z 1, c: 0 ss, v o L i-!,e
i-cs r.urin., sporit-ancous c)re-iktio'I;_I,.s v c .nilr-
1J_-rLc t* j_USStor, t'jj, -S c ic s
j
ard 2j, 3)

27952
S/185/60/005/004/012/021
Spontaneous breakdowns ... D274/D306
stability, excess voltage, etc.) do -not occur; the faults that still
occur are the lighting of the d.c.-arc and the arbitrary frequency-
increase. On mechanism leading, to spontaneous breakdowns, a figure
is given illustrating the appearance of spontaneous breakdown for
the case of resonance- and of exponential charging. In practice it
is very important to determine the maximum field strength E, in the
discharge gaps, for which the number of spontaneous breakdowns be-
comes insignificant and their appearance is not harmful. A table
is given with values of El for commutation currents of 1250-3300 amp;
for comparison, values of E are given for which spontaneous break-
downs occur in every period. It was found that (with resonance-
charging), spontaneous breakdowns are most likely to occur towards VK,.
the end of the charging period, notwithstanding the fact that the
current density is largest then. in the case of exponential char-
ging, the breakdowns are most likely to occur towards the middle of
the charging period. Spontaneous breakdowns may lead to a smaller
number of defects in the case of exponential charging (than it would
in case of resonance charging). Nevertheless, the other advantages
Card 3/5

2795 ~/185,/60/005/004/012/021
Spontaneous breakdowns ... D274/D306
of resonance charging prevail even if spontaneous breakdowns occur.
The value of El which is one of the chief characteristics of dis-
chargers, ought to be determined in each concrete case depending on
the permissible number of spontaneous breakdo-vnis. In this connec-
tion, the following suggestions are made u1th regard to the design
of dischargers: 1) In order to reduce energy losses by ventilation
and to increase efficiency, the discharger should have a minimum
number of gaps at high-voltage during the charging period. 2) The
field strength in the gaps which are at high voltage should be chosen
as small as possible; this reduces the likelihood of appearance of
sDontaneous breakdowns with small losses of energy through ventila-
tion. There are 8 figures, 2 tables and 4 references: 3 Soviet-bloc
and I non-Soviet-bl-.ic. The reference to the English-language pub-
lication reads as follows: E.L. Ginzton, W-W1. Hansen, R.L. Kyhl,
R.B. Neal, IVI.K. Panofsky and the Staff, Stanfordskyy lineynyy uskor-
itell elektronov (model 3), Rev. Sci. Instr., 1955, 26, no. 2, p.
134.
Card 4/5

IEWP(b) IJP
-L-16240-66 --- EWT(M),A,-W 3~1
AM NR- -7T6'002258 QA) SOURCE CODE: UR/2564/05/006/000/0255/0260
AUTHOR; Belyayev, L.M.; Gfil.varg, A.B.; Panova. V.P.; Sillvestrova, 1. lyr
pmirnov, B. P.
ORG: bone
TITLE: Growing of CdS crystals from a melt a
nd study of their properties [Paper
presented at the Third Conference on Crystal Growing held In Moscow from 18 to 25.,
November, 19631
SOURCE., AN SSSR. Institut kristallograffi. Rost kristallav, v. 6, 1965, 255-260
;TOPIC TAGS: cadmium sulfide, crystal growing, photoconductivity, piezoelectric
property, zone melting, photosensitivity, crystal defect, dark current, volt ampere
haracteristic
ABSTRACT: The paper describes the apparatus and methods for growing crystals of 4
t3rl)e AIIBVI from a melt at high pressurd with a study of the photoelectric,
e
Wezoelectric, and other properties of thAdStals
rystal. The apparatus, the diagrams of
w
'hich are given, made It possible to ca.M out the growing from the melt under pressure
both by the method of directional removal of heat. and by the method of zone melting.
Card 1/2
4~'

I ULJ 25891t
S/07o/6l/oo6/oo4/oo6/oO7
E073/E335
.'U''AURS. Belyayev, L.M., Shakhovskoy, G.P,, Smirnov, S.P.
and Kuzlmina, I.P.
TITLE2 Growing of Cadmium Sulphide Crystals at Elevated
Pressures
PERIODICAL. Kristallografiya, 1961, voi. 6, No. 4,
pp. 641 -.643
TEXT.- Mentioning work of other authors, it is stated that
interesting results were achieved by Medcalf and Fahring
(Ref- 5 - J. Electrochem. Soc., 105, 719-724, 1958). The
authors of this paper developed more simple apparatus for
growing cadmium-sulphide crystalsft]).It consists of a thick-
walled cylinder 4 with a cover 2 , which is fastened by
eight bolts 3 . The tightening of the cover is accomplished
with pressure ring 9 and two gaskets 8 . The cylinder
carries four electric input leads 10 , two of which connect
the thermocouple 5 and theother two connect the heating
element 7 The cover has a T-shaped pipe I which carries
a manometer and a valve for filling the cylinder with an
Card 1/4

25894
S/07o/6i/oo6/oo4/oo6/007
Growing of Cadmiuz4 Sulphide Crystals E075VE335
formed at the bottom of the crucible due to the Tact that the
heat was removed primarily throug4 the bottom. The produced
single CdS crystals are of an orange colour, they are trans-
parent and,in thin layers; the intensity of the coloration
along the height of the ingot differs"some-.-rhat;' brighter
sections form at the beginning of the growth of the crystal
and darker sections form at the end. In experiments carried
out at temperatures considerably above the CdS fusion tempera-
ture, the centre part of the ingot contai2ied.a large quantity
of fine cavities and bubbles, which is obviously associated
with partial dissociation of the CdS. The weight losses during
crystallisation. did not exceed 10%.
There are 3 figures and 6 references: l.Soviet and
5 non-Soviet. The three English-language references quoted
are: Ref. 1 - R. Frerichs - Phys. Rev., 72, 7, 594-6ol, 1947;
Ref. 3 - A. Addamiano - J. Phys. Colloid. Chem., 61, 9,
1253-1254, 1957; Ref- 5 (quoted in text).
Card 3/4

SMITUTOVI S.P.-
The votorinary network is the most important link in the organization
of artifici.al Insemination of livestock. Votorinariia 36 no.4:20-25
Ap '59. (MIRA 12:7)
1.11achallnik vetotdela Kuybyahevskogo oblastnogo upravlonlya
sel'skogo khozyaystva.
(Kuybyshev Province--Artificial insemination)

T. I-
Pi-h/Pz-6 jjP(,)
ACCESSION UR: AP5008473 S/0070/65/010/002/0252/0255
Pano
M.
~AUTHOR: _pejLa v Krasi nikov, V A _~yaxr~cjv va~
m.; Smirmov, S. P.; Gil'varg, A. B.
,TITLE: Interaction of ultrasonic waves with conduction electrons in cadmium sulfide
P
,SOURCE: Kristallografiya, v. 10, no. 2, 1965, 252-255
TOPIC TAGSt cadmium sulfide, ultrasonic wave, photoconductivity
ABSTRACT: The strong interaction of conduction electrons with acoustic wayes along
definite crystallographic axes in CdS, together with the photoconductivity.6f this
semiconductor material, which facilitates changing the electron concentration, make
,cadmium rulfide an excellent material for studying the interaction of ultrasonic
waves with conduction electrons. These interactions take the form of attenuation,
amplification or modulation of the ultrasonic wave, a change In the voltage - current
icharacteristics of the c-.yotal in a strong electric field, or an electroacoustic
,effect. All these effects were studied in CdS crystals grown from a malt. The
Specimens were cut into bars 4 x 6 x 7-8 mm. The hexagonal axis of the crystal was
!oriented both parallel with and perpendicular to the long dimension of the bar.
IDark conduction was 10-10_10-4 n,CM 1. Illumination reduces the conductivity to
j
I C.,d 1/3

L 4141514-65
~ACCESSION NR: AP5008473
0-cm-1. The ends of the specimens were coated with indium by vacuum
deposition. It was found that the maximum change in elasticity and in the damping
constant taken place at maximum photosensitivity. Amplification of ultrasonic
~pulses was observed in some specimens when measuring attenuation with the app.U-
cation of an external electric field. The amplification amounted to 2.5-3 db/mM
for a frequency of 24 Mc and a field strength of 1200 v/cm. Voltage-current char-
acteristtca show a deviation from linearity (current saturation) when the drift
'rate of the electrons is greater than the speed of the transverse or longitudinal
lultrasonic waves (depending on the orientation'of the specimen). Nonlinearity
,increases with the conductivity of the crystal. Drift mobility was found to be
130-150 cmz/v-sec. The sign of Cie electroacoustic emf corresponds to n-type
conductivity in CdS. The pulse dmplitude of the acoustic emf is on the order of
,dozens of millivolt.. Orig. art. has:" 3 figures.
ASSOCIATION: Institut kristallografii AN GSSR (Institute of Crystallography,
Academy of Sciences SSSR) '
SUBMITTEDs 20May64 EMS 00 SUR COLES SS'

V, j .I- . I . I F- r-- ! I r - L, -v ,V.-I.I'L
ffPreparatlon of antibiotics on state fanw."
Veterinariya, Vol. 37, No. 5, 1960, p. 20
ll~: - "'Plav- walld-
I LT " JLt"' KttJ(
1) C

L 09383-67'. 0,-iT(I)/EW-(ma/W-(t)/LTI---IJP(c)--GG/JD - - -------
NK- AR6033775 SOURCE CODE: IJR/0058/66/000/007/AO51/AO51

A
UTHOR: Belyayev L. M. Gillvarg, A. B.; Panova V. P. Billvestrova, 1. AL
Smirpqv, S. P.

TITLE: Growing cadmium sulfide crystals from the melt and an investigation Of theh _~~,
V properties
v
A
SOURCE: Ref. zh. Fizika, Abs. 7A435

REFSOURCE: Sb. Nekotoryyevopr. viaimodeystviyauPtrazvuk. voln.s
elektronami provodim. V kristallakh, M., 1965, 33-46
TOPIC TAGS: crystal,' cadmium sulfide, melt, cadmium sulfide monocrystal,
photoconductivity, visible region, dark current, piezoelectric modulus, elastic
modulus

ABSTRACT: A description is given of apparblus for,gr ing iarge crystals of the 7`f~

II VI
heat
B type from the melt under pressure, both by the method of controlled 77
removal and the method of zone refining. The working space is heated by using
a resistance furnace or high-frequency current. Cadmium sulfide monocrystals are,,-.
Card 1 2

Card 2/2~~f
S~

"o(6)
AUTHOR: Candidate of Historical SOV/30-59-1-22/57
Sciences I
TITLE: In the Republic of Sudan (V Respublike Sudan)
PERIODICAL: Vestnik Akademii nauk SSSR, 1959, 11r 1, PP 107 - 111 (USSR)
ABSTRACT: From April to June last year, the author stayed in the Republic
of Sudan which. was formed in 1955 - 56. The object of the
journey was to collect materiul for the monograph- "Istoriya
Respubliki Sudan", as well as to become acquainted with the
country, its Population, science and culture. As an extension
to the Khartum University College established in 1951 by the
British administration, the Khartum University was founded
on June 24, 1956 and educates more than 800 students. The
majority of the teaching staff are foreigners - primarily
Englishmen. Only recently, the Sudanese Nasr all-gaqq- Ali
was elected vice-rector. The Sudanese Professor Mekki Shebeyka
is dean of the Faculty of History of Art. The author became
acquainted with him in Moscow in 1957. Further, the curriculum
is described. With few -exceptions tuition is given in English.
Card 1/2 There are 2 more colleges in the Sudan; the Technical Institute

YEPULIYANOVA, Ye.N.; KARLOV, N.V.; MANENKOV, A.A.; RILYAYET, V.A.; FROKhaROV., A.M.;
SHLRKOV, A.V.
Electron paramagnetic resqnnnce spectrum and spin-lattice relaxation of
chromium and iron ions in 414c tungstate single crystals. Zhur. eksp. i
teor. fiz. 44 no.3:86&-969 Ar 163. (MIRA 16:3)
1. Fizich4skiy institut imeni. P.N.Lebedeva AN SSSR.
(Parnmnanetic resohance and relaxation) (Zinc tungstate crystals')
(Ions)

T p ro ", S.71.
"StaF.es of conteriporm-, Afric3n Ili-story."
r
Repart irogentrd at the 4i-st Tntl. Congress of Afteanists
Univ. of Ghana Dec 11-17 11062

POTEKHIN, I.I., glav. red.; BARANOV, A.N., red.; BELYAYEV, Ye.A., red.;
GELLER, S.Yu., red.; GRAVE, L.I., st. naucluiyy red.; GRIGORIYEV,
A.A., red.; GUBER, A.A., red.; KULAGIN, G.D., red.; MALIK, YJ.A.,
red. MANCHKHAP P,I.# red.; MIL40VANOV, I.V., red.; NERSESOV, G.A.,
red.; OLIDEROGGE, D.A., red.; ORLOVA, A.S., red.; POPOV, K.M.,
red. ROZIN, M.S., kand. ekon. nauk,, red.; SFIRNOV S R . red.;
UFIMOV, I.S., red., SHVEDOV, A.A., red.;' BOVA~ I.P.P red.;
PAVLOVA, T.I., tekhn. red.
[.kfrica; encyclopedia] Afrika; entsiklopediche6kii spravochnii.
Glav. red. I.I.Fotekhin. Chleny red. kollegii: A.N.Baranov i dr.
Moskva, Vol.l. A - L. 1963. 474 P. (MIRA 16:4)
1. Sovetskaya entsiklopediya, Gosudarstvennoye nauchnoye izdatell-
stvo, Moscow.
(Africa-Dictionaries and encyclopedias)

133-0-11/23
AUTH-OR. Skobolov , P.A. , and Smirnov, S. S. , Engineers.
T 11, 12, The Use cf Repeating Devices for Automatic Transfer of
Oval Sections. (Primeneniye obvodnykh ap-,,-'ara+.-ov dlya
avtomaticheskoy peredachi ovala.)
PERIODICAL: Stal', 105?, Iffo.9, pp. 816 - 819 (USSR)
ABST1?ACT: Ex-Derience of the authom in the use and adjustment of
repeatii%~ devices for oval sections on a mill "300", consisting
of 5 t-hr,--e-roll stards and one two-roll stand -c)lzced in line is
lescribed.
There are 3 4"
Ligures.
A.SSOCIATION: Chelyabinsk Metallurgical Works (Chelyabinskiy
tie tal lurgiche s'r-liy Zavod)
AVAILABLE'; -library of Congress.
Card 1/1

AUTUOR: Smirnov, S.S. (En,,ineer) 110-2-1/22
TITLE: The technology of manufacture of large turbo-and hyd-ro-alternators.
(Tekhnologiya izgotovleniya moshchnykh turbo-i gidro-generatorov)
MIODICAL: Vestnik Elektroprowyahlennosti, 1958, i4o.2, pp.1-7. (USS11)
ABSTRACT: At the *Elektrosila" Works turbo-generators of 100-160 ABY and hydro-
alternators of 105 OV are now in series production, with consequent
changes in manufacturing procedure. The first part of,the article
describes welding methods for stators and rotors. Sheet steel is cut
with an ojW-acetylene flame, and semi-automatic welding machines are
used. The manufacture of stator stampings has been improved;
formerly two parts were stamped at a time, so that it was necessary
to split the sheets in half, but now one tool cuts four parts. A
centrifugal casting method is used to line bearings with white-
metal. The end-flanges of casings for hydrogen-cooled alternators
are ground to ensure a gas tight joint, by a method illustrated in
Fig.3. Grinding is also used to produce spherical seating surfaces
for bearings, as illustrated in Fig.4. Jigs of 4,700 mm diameter
are used in drilling 232 holes in the rotors of hydro-alternators.
A special super-finish is given to the thrust bearings of hydro-
alternators. Stator steel is still assembled by hand, but measuring
devices are used to ensure accuracy in hydro-alternators of large
Card 1/2 diameter, as illus-crated in Figs. 5 & 6. The manufacture of

ar

1.~, -~till~ov,. Serge~-.
Eyes of the present. Sov. foto 18 no.4:1-3 Ap '58. (MIRA 11:6)
l.Sek-retart pravleniya SoTuza pisateley- SSSR.
(Photography)

S-!LQNOV, Sergey Sergcn-ev-1ch;KONOVALOV.-, Z, red.; Mlh-M-'LOVSKAYA, 11'.. tekhn.
[In Italy] V Italii. Voskva, Izd-vo TsK VLKSM "Y-olodaia gvardii-,"
1961. 108 p. (MIRA 14:12)
(Italy--Description and travel)

2
S141RI-JOV,.,Sergey,-,Sergqypvich, akademik; BETEKHTIN, A.G., akademik, glav.
red.; VOL'FSON, F.I., doktor geol.-min. nauk, otv. red.;
GODOVIKOVA, L.A., red. izd-va; SfEVCMIKO, G.N., tekhn. red.
[Gomplex metal deposits and metallogeny of eastern Trans-
baikalia] Polimetallicheskie mestorozhdeniia i metallogeniia
Vostochnogo Zabaikallia. Moskva,, Izd-vo Akad. nauk SSSR, 1961.
506 p. (MIRA 15:1)
(Transbaicalia-Ore deposits)

SKIWICV, S.S." P13atell
Island of happiness and 1-1berty. 21 no.':2-5 Je '61.
L - 0
(MaRk 14-6)
(Cuba--Description and travel)

SMIRNIOV, Sergey Sergeyevich; KAIVITSKIY, V.V., red.; SOKOIDVA, R.Ya.,
tekhn. red.
[A trip to Cuba] Poezdka na Kubu. Yoskva, Sovetskii pisatell,
1962. 246 P. (MIFA 15:4)
(Cuba-Description and travel)

-SmDalov, Sergey Sergeyavich,~ akaderdk; BETEKIITUI, A,:G,,, akade..riik.,
=Lg7av__.__red.; VOLTSOV, F,I., doktor geol.-min. nauk, otv.
red.; GODOVIKOVA, L.A., red. izd-va~ ISORO-101INA, IJI'~'
tekhn. red.
[Ore deposits and metallogeny of eastern regions of tile
Rudnye nestorozhdeni-La 1 raetallogeniia vostochrjykh raicnay, SSSR.
Moskva, Izd-vo Akad. nauk SSSR, 1962,, 357 P. (MIRA 15'~~ 9)
(Siberia, Eastern.-Ore deposJts)

inzli.
Efficien+-. t-rpe of shaker screen for coke. Izv.vys.iicheb.
zav.; chern.met. no.6:157-163 Je '58. (MIRA 12:8)
1. Dnepropetrovskiy metallilrpichaskiy institlit. Rekomendovano
Ivifedro7r melchanicheskogo oborudovaniya metallurgicheskikh zavodov
Dnepropetrovskogo metallurgicheskoge institiAa.
(Coke) (screens (mining))

SMI-RINOV, S.S., inzh.
-
Design of electromagnetic vibrating screens for coke. Izv.vya.uchob.
zav.; chern.met. no.9:133-140 S 158. WIRA 11:11)
1. DnepropetrovBkiy metallurgicheskiy institut.
(Screens (Mining))

-SMIRNOV, S.S.; BYSMONT, I.I.; GOROBETS, Ya.K.
Using vibrations in loading coke into railroad cars. Koks
khim. no.5:38-40 160. (MIRA 13:7)
1. Baglayskiy koksokhimicheskiy zavod.
q, (Coke--Transportation) (Loading and unloading)
.. . -1
P

SMIRNOV, S. S._;_ EYSMONT, 1. 1. ; GONC 0, I.N. ; SHIMANSKIY, H. I.;
DCBROV, V.P.
Substitution of vibrating screens for disk-grizzly screens in
coke-aaeorting shops. Koks i khim. no-10:31-34 16o.
(MIRA 13:10)
1. Bagleyskly kokeokhimicheskiy zavod (for all except Dobrov).
2. Dnepropetrovskiy metallurgicheakiy institut (for Dobrov)
(Coke industry--Equipment and supplies) (Coke)

SMIRNOV, S. S. , Oand Tech Sci -- "An ef -L'icient type of vibrat.L.6-f.,
7,~~g sifte2' for coke." Dnepropetrovsk, 1961. (Acad Sci UkSSR.
I-
-,-I-~l,1-11
Inst of Aran Metallurgy) (KL, 8-61, 249)
- 311 -

SHIRNUV, S,S.; GOiWAGH, V.M.; LYSMONT, I.I.
Mechanization of the stopcock control board in the heating of coke
ovens. Koks i khim. no. 5:32-33 161. (14IRA 14;4)
1. Bagleyskiy koksokhimicheskiy zavod.
(Coke ovens)

SMIRNNOV, S.S~; RUDNICHENKO, V.I.-, EYSMONIT, I.I.
Mechanical cleaning of workinF vlatforms of coke batteries. ioks ,
i khim. no-11:37 '61. ( K.:U. -, r: I I
, ~, L)
1. Bagleyskiy koksokhimicheskiy zavod.
(Cae ovens)

SMIRNOVY S.-S,.,;,RVDNICHENKO, V.I.; RADCHEMO, I.F.; EYSMONT, I.I.
Mechanization of oil change in reeductors. Koks i k-him.
no.16':35 161. (MM 15:2)
1. Bagleyokly koksokhimicheskiy zavod.
(Coke industry-Equipment and supplies)

!'~J 5 S,

AUTHOHS~ "It e I I n i kov A Vblo r oz o ir. F. - 11
. A A, c:7 28-1-36/39
Rotshteyn A,, Ya, Skrirpov_~ F I
Smirnov S. V~
TITLE~- A Method of Free Nuo_',ar induction for Measuring Weak
tlagnetij~ Fieldi ?IeTod-Lki. s-t~cbodnoyyadernoy -Lnduktsiildlya
izmerenJIya slabykh magn.itnykh poley)
PERIODICALg "z1hurnal Tekhvicheaskoy Fiziki 1958 Vol 28. Nr 4,
pp 910 912 (USSR)
ABSTRACT; A laboratory apparatus For the measurement of weak
magnetic fields accord3rg to the method of free nuclear
induction was here set up and tested. The fundamental
data of this apparatus are given here The senderg the
proton-resonan3F in distilled water (k=0,23483 Gauss/kilo=
cy7,les~ T sec) was ;~qed The receiving coil had
2
8ooo windIngs and formed pa7-- of the resonance-circuit
wi,~h a Ifigure of merit of abou- 3o and a natural frequency
var,,able around 2 k.ilocycles The auxiliary field was
Card produced by a one-laye-red solenoirl of a square cross see=

A Method of Free Nuclear Induc-,ion -for 5 7 -28 -4 - 36/39
Mleasuring V"eak Magneti.,- Fields
tion I~ was possible to use an amperage of up to 15 A
in the ca3e Qf ]~mm w-I.r- diameter which guaranteed an
H't~= *Ioo Gauss The amplifiert from thq -inpu--' circuit
the s-..gnal pro~-eeds to the input of a three-cascade-R C
'ampliflier ,,,urh pentodes. An amplif i ca tj on-.f actor of about
io~ eras osually used The band width of the amplifier is
abour ~ kilocyclpa tkie effecr,_-Lve band for the noise is
determined by the circuill and is about 7o cycles, The ob.
servation of the free nuclear inductiont When the signal
is after the amplifier transmissed across a cathode follower
to a loop-oscillograph, the envelope. curve of the signal
is obtained on the picture in the ~,ase of a low velocity
of the f3.1m, At a high it, ie also possible to
dissolve individual oscillarior(5 For the exact frequency-
measurerien- :)f the fre- nuclear induction the method of
bearinG wAth ti-ie standardized frequency of 2142,3 cycles
was empll.:~yed The measuremen, of the field=,gradientst
Vv'hen 2 c,-.ils of a sta~-Lr. -"~ee sende- are fastened in
plaln-s, where the magne-ric field strengih is different,
dur) ro the frequi!c%:.y diffctr-nce of the precession in the
s,.grnai of nuclea-r J.nductinn _tstilf a teating forms whose
Card 2/ 1; fre(.ii.~en,:Y is a rjeasu~e for the field difference, The

A -7.e,hod' of Free Nuclear Induction for 57-28-A-36/39
~,Tpasuring Vi'eak 1-Jagnetic Fields
management of the Scientific Research Institute for
Metrology and Yanovskiy, B. M. Professor, made it
possible to perform the experiments in the rcoms of
the 1,11agnetic Laboratory of the VNIIM in Kavgolovo.
There are A figure and lo references.
ASSOCIATIONt Nauchnc-issiedovatellsk-iY fizicheskiy institut Lenin=
gradskogo gosudarstvennogo universiteta (Leningrad,
Scientific Research Institute for Physics of the State
University). Vsesoyuznyy institut metodiki i tekhniki
razvedki Ministerstva geologii i okhrany nedr (All-Union
Institute for Geological Prospecting Methods and Techniques at the
'Kinistery for Geology and Proteotion of Mineral Resources)
SUB1YITTED- Ontober ". 1956

BFIRNSHTE'T, N.D.; GOLOD, I.S.; GOLOSINSKIY, S.Ya.; ?,AYTEV, A.N.; POGORELOV, E.M.;
SMIRNOV, S.V.; SHAMSJITPYN, SHI~LAKOV, A.G.
2'3KTK-1 motion-picture cont!,ct Drinter snt. Tekh.kino i telev. h
no.10:10-19 0160. (MIRA 11:10)
1. TSentrallnoye konstrutctorskoye by-uro Ministerstva kulltury SSSR i
Tseso,vuznyy nauchno-issledovatells',:iy kinofotoinstitut, Iaboratoriya
obrabot'ci tsvetnykh fillmov.
(Motion-picture photography-Equipment and supplies)
(Color photography-Printing processes)

SMIRNOV, S. V. (Leningrad)
Ionized air make-up of the atmosphere in the underground roams
of the V. I. Lenin Leningrad subway. Gig. truda
("prof. zab.
no-3:51-52 162. 15--4)
1. Leningradskiy institut *t'zhenerov zheleznodorozhnogo transporta
imeni V. N. Obraztsova.
(AIR, IONIZED) (LF.NINGRAD--SUBWAYS)

W
0."Smirnov. S., V. OA the problem of general anamorphosis.
VOKiaay - A -d- Nauk SSSR (N.S.) 69, 297-409 MA7
'
~
,
,
,-O
is
'The equation F~X, y
.-Z)
equivaient to the vanishing
Of a determinant of M2-u if and only if a system of two
~

Aiff~rentinl equati . aven T. H.:,, Gr6enurall,
r"
ons by
tj.~ MitL: Pdres AppL (6) 8, S9-402 (1912)i p. 70] have b~
common solution. In this paper an equivalent set of thm-
'
;
ed
inuoducing two new dekndent.
r,, equatioas..isi,6btain
try
variables u' and v by means of the relations
.2a 2c)D/-Dx---3e.
it.being' understood that w6 do: not.6veihe v~l-kncPOT~
cam ai*iit~ axa -Fe.".S " ssi
Spec, -V uccessive differentiation of
-qi"6i6t the, new-system.; and elimination shows t6i
an e

bl Ch, f 't partial envativa
irr
toexpressea o,:the
itispossi e
,
..of'u'and'; in algebraitIdn p at
f i&ffie jiiarticil
denva 0 UD., f:,- 6rdm
ssid 0 leads to'0ki,fOM.0w1PK-.,
di M*`thl
x,
con "oa*., t con tions e;
P,
.
'
;
au-
isteno~,Qf
.
,
"bL jh!"_';~j4jShijjgjor
las
Y g .!Df'PO YU.0 ~,Wft

F zons,00 and
are rationil
w

:,Can 0 'by, ap, ute
de'r~*iritWei;:i,ihe~e~'co~ditions- -b6' b,
&
numbei.~fAfiffaintiiA60W:
church (Annapcoli~,.Md,

61*~Ilil'~07, S. V.
Cand. Physicori.-ith -:~Ci.
Dissert-Ation: "Coricerninp t.,lp Vorjoft--r,-i,)hlc lier)resent!itiori of Equations."
19/10/50
Mathematics Inst. imeni.
V. A. Staklov, Ac.A. ici.
::,kv a
so j
sum 71

Call Nr: AF 1108825
'Transao-tigns of the Third All-union Mathematical Congress (Cont. ).moscov,
Jur.-Jul '5b, Trudy '56, v. 1, Sect. Rpts., Izda-uellstvo All SSSR, Moscow, 1956, 237 pp.
Mention ls made of Fedorenko, B. V., Modzalevskly, L. B.,
Andr-o-nov, A. A. and Privalova, N. I.
sm-tri-lov, S. V. (Moscow). An Indian XVI Century kstrolabe. 235-236
Sm-tr-r-ov, V. I. (Leningrad). The Scientific Archd.ves of
A. M. Lyapunov on the Stability and the Theovy of Ordinary
Differential Equations. 236
Khovanskiy, A. N. (Ioshkar-01a). The Works of Euler on
the Theory of Continued fractions. 236-237
Ment-Ion is made of Viskovatov, V.
AVAILALBLE - Library of Congress
Card 80/180

SHIRNOV. S.V.
IRM-SvTment of approximate nomograms by displacement of scales.
Uch. zap. Ivan. gos. ped. Inst. 10 '56. (MI.RA 10:4)
(Nomography (Mathematics))

SUV/52-2-4-4/7
AUTHORS: Smirnov, S. V. and Potapov, M. K, (riiioscow)
TI _T
T 1E A nomog-ra-z-1 -or an Incomplete r -Function and Probabilit-y
1?unction -y 2. (Nomogramma dlya nepolno-y r-funktsii i
2
funk-tsii veroyatnosti X .)
P.L;RIODIUL: Teoriya Veroyatnostey i yeye Primeneniya, 1957, Vol.II,
Nr.4, pp. 470-4?2. (USSR)
~LBSITII~ACT: A nomoo-ram. is constructed of tile function
C,
P()(-2 n) = 1- r (m.,y), where r (m,y) is the incomplete
i- -function., n=2m, ^Y, =2y. For n ,,&30 the function
is introduced, which is obtained from P by means of the
transfo-rmation
12
t x while for 1-