SCIENTIFIC ABSTRACT SOKOLOV, A.G. - SOKOLOV, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651930009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A U T -1110 Y, Ookolov, A.G.
SOV-77-3-5-21 /2-.,~
TITLE-, The Development of Reversible Cine-Film Under Fileld Condi-
tions (Proyavleniye obratimoy kinoplenki V p0leVykh 11910-
-,,~ ypkh)
PERIODICAL, Zhurnal nauchnoy i prikladnoy fotografii i kinematograf-i-J-'.
lqrQ~ V-07 3, "r 5, PP 398-400 (USSR)
I , -', -
A34S~R.LICT-- The a~.,th-,)r gives the orescriptions for the compos-'tion
d-2velopinl- solutions ~nd detailed instructior,s -f',:r the
developing of reversible cine-film under field c-)nd--*t-J--%ns.
where exact -Iaboratory processin6; is impossible.
1. Photographic f-Ilm-Processing
Card !/I
USODMA-Dc-5561o

KUZN'ETSOV, Roatislav Mikhaylovich; SOKOLOV, Andrey Georgiyevich;
ASffURKOV, Ye.B., nauchnvy red.; SRADRAIC, Ye.N., red. ; D.MOLOVI,V.M. ,
tekhn.red.; MOCHKINA, L.I., tekhn.red.
[Blectric engineering for ships and the assembling of electric
equipment of ships] Sudovaia elektrotekhnika i montazh sudovogo
elektrooborudovaniia. Leningrad, Gos.soiuznoe izd-vo sudostroit.
promyshl., 1957. 269 p. (Electricity on ships) (MIRA 11:1)

SOKOLOV, Aleksandr Georgiyevich; VILKOV, GJII., red. izd-va;
OTNEVW, N.V., tei6e reds
[Transmission Une towers] Opory .1inii peredach; raschet
konstruirovanie. Moskva, Gos. izd-vo, lit-ry po stroit.,
arkhit. i stroit. materialam, IC,161. 170 p. (MIRA .15:2)
(Electric lines-Poles) (Radio-Antennas)
(Television-Antennas)

FALLER, Moisey Yakovievich; SNARSKIY, A.A., kand. tekhn. nauk, re-
tsenzent; SCIOLOV, A.G., inzh., red.; KHIIROVA, N.A., tekhn.
red. .1 --------
[Theory of electrical networks]Teoriia elektricheskikh tsepei.
Izd.2., perer. i dop. 1-11oskva, Transzheldorizdat, 1962. 494 P.
(MIRA 15:12)
(Electric networks)

ROZENBERG, N.M., inzh.; SOROKODUMOVA, N.I., inzh.; TELESaVSKIY, -5,18.,
inzh., retsenzent; SOKOLDV, A.G., lnzh., red., PEDVEDEVA,
M.A., tekhn. red.
(Television nnd its use in railroad transportation] Televide-
nie i ego primenenie na zheleznodorozhnom transporte. Moskva,
Transzheldorizdat, 1963. 186 p. (MIRA 16:10)
(Railroads--Communication systems)
(Industrial television)

SOKOLOVy A.G.
Intake properties of absorption inills having a vacum at
well heads, Trudy Giprovostaknefti no-3:322-326 161.
(MIRA 1627)
(petroleum waste)

~-OKOLOV, A.G.
Some characteristics of the discharge of waste waters into disposal
wells in the ZolInyy oil field. Trudy Giprovostoknefti lto.4.
176-184 161. 04IRA 16:8)
(Kaybyshev Province--Petroleum waste)

SHIN, P.V., agrunam pq zashchite rasteniyj Off"UN, V.A., agronom po
zashchit~ raiieniy; ROSTOVTSEVA, T;*~,-
_~OKOLOV, A.G.-
For the good of manl Zashch."rast. bt vred. i bol. 6 no.9:
1-2 S 161. (MIRA 16:5)
1. Sekretarl partorganizatsii Kolomenskogo otdeleniya Vsesoyinnogo
obl'yedineniya Soveta Ministrov SSSR po prodazhe veltskokhoz-%~--
~aystvennoy tekhniki, zapasnykh chastey, minerallnykh udob~6&y i
drugikh materiallno-tekhnicheskikh aredstv, organizatsii remo~ta i
ispol'zovaniya mashin v kolkhozakh i sovkhozakh (for B*in.).
2. Nachallnik Golovnogo spetsiallnogo kone'uruktorskogo byuro (for
Rostovtseva). 3. Rayonnyy inzhener Moskovskoy oblastnoy stointsii
zashchity zelenykh nasazhdeniy, Noginskiy rayon (for Sokolov).
(Plants, Protection of)

Ya.A ; A.G.
Qii,ijity of the wa,.ers in'ected into prodlicim- rnservuirs,
I -
N.,efll,khoz- 41 no, 12~40-45 D '63~ (1411RA 17-.s6)

GAII*DII,.',, Boris Da,,ydovich, inzh.; MAGARSHAX, Boris Grigorlyevich,
inzh.; SOKC-TOV, And-rey M-igorlyevich. inzh.; KITAYENKO,G.I.
kand. tekhn. nauk, nauchn. red.; SACh-CH, N.A., red.
-~ on the repair of electric equipment on ships]
opravochnik po remontu sudovogo elektrooborudovaniia.
Lenin&rad, Sudostroenie. No.l. 1964. 240 p.
(MIRA 17:12)

~!;unp aT. [~a
Z'.
ni, a 2 0
C; Cy s a r a r, c.

1:1 VI K" V~i
c, r.,:. -

SOKOLOV. A.G.
Wood rosin industr7 im the U.S.A. Gidroliz. i lesokhim. prcm. 9
no.7:30-32 '56. (MIRA 120)
l.TSentral'nyy nauchno-issledovatel'skiy" lasokhimicheaki7 institut.
(United States--Gums and resins)

USSR/Chemical technology - Chemical Products and Their 1-9
Application. Wood Chemistry Products. Hydrolysis Industry
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 2661
Author
Inst
Title Development of Naval Stores Production in the United
States.
Orig P~ib Gidroliznaya i losokhim. prom-st', 1957, No 5, 30-31
Abstract A review.
Bibliography 7 refexences.
Card 1/1

SOKOLOV, A.G.; BARDYSHIV, I.I.
-Composition'of the acid part of colophony from oleoresin of the
S49otch pine. Gidroliz. i lesokh-im. prom. 11 no.2:5-7 158.
(MMA 11:3)
1. TSentrallnyy nauchno-isoledovatellskiy lgook"Umicheskiy institut.
(Tar acids--Analysis) (Oleoresins--Analysia)

SOKOLOV, A.G.
Thermal isomerization of some tar acids contained in the oleoresin
of common pine. Sbor-trud. TSNIIZIF no.13:U9-128 '59-
,:-, (MMA 13:10)
(Tar acids) (Oleoresins)

SOKOLOV, A.G.
Determining dehydroabietic, d4hpiroabi eti ,,--and tel-rahpdmableti
acids content of_r4sllis. Shnr't3nW.'r-9NTTM no.34-08.105 1.61.
(Resin acids) (Gums 'and resins) (MM 16:4)

LESSIG, Yevgeniy Hikolayevich; LILMY. Aleksandr Fedorovich;
Aleksandr Georgiyevich; 2BLYATROV, V.N., nauchny3r red~ktor;
ROSTOVTSEVA, M.P., redalctor izdatellstva; TOKIR. A.M., tekhaiche-
skiy redaktor
[Sheet steel structural elements] StalInye listovye konstruktaii.
MoBL-va. Gos. izd-vo lit-ry po Btroit. i arkhttakture, 1956. 479 p.
(Sheet steel) OLRA 9:12)

SOKOLOV, A. G. (Hoskva)
Calculating nasts by the method of given moment curves. Stroi.
melch. i rasch.soor. 1 no.2:22-25 '59. (MIRA 12:4)
(Elastic rods and wires)

SOKOWV, A. G.
Determining the most efficient angle of inclination of struts
in supports. Mat. po stall. konstr. no.4:58-84 '59.
(MIRA 13:8)
(Structures, Theory of)

SOKOLOV, A.G.
Limited state8 of supports. Mat.po stall.konstr. no-5:120-133
159. (MIRA 13:8)
(Wind pressure) (Structures, Theory of)

b
AUTHOR: Sokolov, A. G.
45252
S/767/62/000/006/001/001
TIT LE: Determi-ation of membrane stresses from the wei'cy'-t o--7 t-e liquid and
the proper weight of the shell.
SOURCE: Nloticow. Gosudarstvennyy institut po proyekt-i--ovaniyu, issleciovaniyu
i i6pytaaniyu stal'aykh konstruktsiy i mostov. Materialy po rnotalli-
chcskim konstruktsiyam. no. 6, 196Z, 167- 176.
TEXT: The paper provides an analytical solution for the determination of the
distribution of membrane stresses in a spherical reservoir supported uniformly
along a 'horizontal circle, as a function of the weight of the liquid contained in the
reservoir and the proper weight of the reservoir shell. The solution developed
applies to shell portions both above and below the support ring. It does not examine
the problem of the local stresses which derive from the condition of*the continuity
of th,~,, deformations in the support-ring zone. The analysis employs elementary
wei'aht considerations and analyzes separately the case (1) liquid level below, and
(2) liquid level above the support ring. It is readily apparent that the normal com-
ponent of the support reaction is maximal for a completely filled reservoir (all
further analysis is based on a full reservoir). Without entering into the problem
C Card I /Z

VAKHURKI11, VJI.; GLADSIFIEFYN, L.I.; KAh'.:ILOV, S.S.; KLIMOV, S.A.;
LEVITATISKIVY, I.V.; MALINN, B,N.i ITOSOV, A.K.; PALIM,
Yu.A.; POLYAK, V.S.: POPOV, G.D.; R.ASSUDOV, VX,.;
KRASYUKOV, V.P.; SOkQLOV.,_.A.,Gr.; Prinimali uchastiye:
GORBATSKIY, Ye.I.; MATVEYEV, S.S.; STRELETSKIY, N.S.,
prof., retsenzent; MUKHANOV, K.K., dots., retsenzent;
BOLOTI14A., A.V., red.; MIKHEYEVA, A.A., tekhn. red.
[Light-weight supporting metal structures] Oblegchennye
nesushchie metal1icheskie konstruktsii. Moskva, Gos-
stroiizdat, 1963. 282 p. (MIRA 17:2)

SOKOLOV, A.I., inzh.
Container type cars for narrow-gauge railroads. Torf.prom- 39
no-3:9-10 362. (KIM 15.'4)
1. Toplivno-transportnyy tsekh Yaroslavskoy gosudarstvennoy
rayomoy elektrostrantaii.
(Railroads--Freight cars) (Railroads, Narrow gauge)

SOEDLOV, A.- ~
,
Work of young poultry farmrs and its relation to instruction,
0 .5-.7 is 158. (KM Ila)
Politekh.-obuch. uo'6:2 2
1. Semiletayaya shkola 16.24 kbutora Miguty ranevskogo rayon&
XmsnodarokoCo krava.
(Ihcks)

NESHCHADDJ A.G. inzh.; KIMYUMOV, V.N.,, inzb.*- Prinimali uchastiye:
YEDEMSKIY P.M.; FADEYEVA., K.M.;.POKOLOV,_ A._I.;-.PETROVA, A.I.;
MIL-1AYLOd, N.M.; SERGEYEEVA, Z.P.
Influence of temperature on the extraction of prepressed Bunflower
cakes in the DS-70 extractor. Masl.-zhir. prom. 27 no.6:35-38
Je 161. (MIRA 14:6)
1. Voronezhskiy tekhnologicheskiy institut, Leningradskoye otdeleniye
(for Neshchadim). 2. Leningradskiy maslozhirovoy kombinat (for
Kurd7umov, Yedemskiy, Fadeyeva Sokolov Petrova, Mikhaylova, Sergeyeva).
(Sunflower oils

KLIONSKIY, Ye.Ya., professor; SOKOLOV, A.I.; SHAKFOV, II.M.(Leningrad)
r.-C-mm- ~v-kft'
Changes in and characteristics of the course of tuberculosis in
the postwar period. Klin. med. 32 no.12:20-25 D 154. (MLRA 8:3)
1. Iz kliniki legochnogo tuberkuleza (zav.-prof. ZA.Klionskiy)
LenIngradskogo aanitarno-gigiyonichaskogo med. instituta.
(TUBERCULOSIS."opidemiology
in Russia, postwar period)

PALASIIEVSKAYA, Aleksandra Semenovna; AIUSIMOV, M.G., inzh., retsenzent;
-SOKOLOV,WA.I., inzh., red.; BELEVTSEVA, A.G., red. izd-va;
ORESHKIN -,V.-I., tekhn. red.
[Means for preventing
izvodstvennogo shuma.
1961. 77 p.
industrial noise] Sredstva zashchity ot pro-
Moskva, Gos. nauchno-tekhn. izd-vo Ob r I j
(MIRA
(Noise)
14.9

soi~OLU,T, A. I.
I rrig-:tt ion
Mobile syp'hon 'Inter outlet for a tem-~.ov~ y irri., ti n system
1 r~ -a 0
_r. i mpl. '-' no., 1952
Gid
9. Monthly List of Russian Accessions-, Library of Congress, November_195A? Uncl.

1. 30-i"OLOV, A. I.
2. UO'SR (6()0)
4. Sewirators (Machines)
7. Device for inserting rivets in coiled separators, Podshipnik, No. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

SOKOWV. A.L. samestitell nachallnika, teekha.
Adjusting the fuel feed. laergetik I no.4:11-12 S '53. (MLBA 6:8)
(Farnaces)

BELISKIY, Vladimir Leonidovich; VLASOV, Ivau,Petrovich; ZAYTSEV,
Valentin Nikolayevich; KAN, Saveliy NakhimovicU,dokt.tekhn.nauk,prof.;
KARNOZHITSKIY., Vladimir Pavlovich; KOTS, Veniamin
Markovich; LIPOVSKIY, David Yevseyevich; BONIN, A.R.,
doktor tekhn. nauk, retsenzent; ELO-LO-y'-A.'I.I inzh., red.;
KITZIMIN, G.M.I. tekhn. red.
(Design of aircraft] Konstruktsiia letatelInykh apparatov.
(By] V.L.Bel'skiy i dr. Moskva, Oborongiz, 1963. 708 p.
(MIRA 16:8)
(Aircraft)
"1
4
,

SIDOPOV, Orest Aleksandrovich; ISAKOV, P.K., doktor med. nauk, re-
tsenzent; SOKOLOV, A.I.j_ inzh., red.; BAFIVIOVSKIY, V.V.,
doktor mi0-.nzFuk,---red.; YUGANOV, Ye.1-11... kand. med. naukj,
red.; ANT1011OVA, S.D.,, red. izd-va; OPXSFIONA) V.I.,, teh-hn. red.
[Human physiological factors determining the arrangement of a
machine control board]Piziologicheskie faktory cbeloveka opre-
deliaiushchie komponovku upravleniia mashinoi. Moskval 6boron-
iz, 362 p. (KMA 15:10)
Autoratic control) (Human engineering)
~

SOKOLOV, M.
Spectrum analysis of the crankshaft oil for 2D100 diesel engines.
Khim. i tekh.topl. i masel 9 no.2t7O-72 F 164. (141HA 17:4)
I. Tomskiy inzhenerno-stroital'nTl institut.

SOKOLOV, A.1, ,
Growing ginseng on the northern boundar7 of the range (eastern
slope of Sikhote-A-Iinl.), Ma". k izuch. zhen'. i drug. lek.
rast. Poll. Vost. no.19:71-73 163. (MIRA 17x8)
1. Sikhote-klinskiy gesudarstv-snnyy zapovednik.

KIZUBY I.P.; SUKOLOV A.I.
Efforts of the miners of the Anthracite Trust
- to fulfill the
seven-year plan ahead-of time. Ugoll 39 no-5:21-24 My 164.
(MIRA 17:8)
1. Trasb Antratait.

s/o96/6o 000/07/012/022
E194/E455
AUTHORS: Sherstyuk, A.N., Candidate of Technical Sciences,
Zaychenko, Ye.N., Ignatlyevskiy, Ye.A. and
__s kolov A.I., Engineers
- 4-91--~'
TITLE: An Investigation of Inlet Pipe Nozzles for Centrifugal
Compressors 45
PERIODICAL: Teploenergetika, 1960, Nr 7, PP 56-59 (USSR)
ABSTRACT. The design of the inlet pipe influences the efficiency
of a compressor in two ways. Firstly, losses in the
inlet pipe itself directly reduce the efficiency of the
compressor. More important, the shape of the inlet pipe
influences the velocity distribution at inlet to the
runner. If the distribution becomes unsuitable it can
appreciably reduce the efficiency of the runner because
the angles of attack at the inlet edge differ from the
required values. Despite the practical importance of
this question, little experimental work has been done
upon it. Accordingly, the present work gives the results
of the first stage of an investigation on axially-
symmetrical inlet pipes. The tests were made not on a
Card 1/5 compressor but on a special rig, illustrated in Fig 1,

s/o96/60/000/07/012/022
E194/E455
An Investigation of Inlet Pipe Nozzles for Centrifugal Compressors
which allows the influence of the runner to be excluded.
However, the outline of the duct beyond the inlet pipe
is made the same as in a normal runner in order to
obtain the required boundary conditions. Tests were
taken on 8 types of inlet pipe, 5 being axial and
3 radial. Sketches of the inlet pipes are given in
Fig 2. Combined data on the losses are also plotted in
the graphs of Fig 2 in each case as functions of
Reynolds number. Since Mach numbers were small (less
than 0.35). the test results were worked out without
allowing for compressibility. All the inlet pipes,
except type OR-80-V, have very low loss factors because
of the low values of Reynolds number and in all cases
there is an appreciable reduction in the losses as the
Reynolds number increases. As was to be expected, the
axial inlet pipe with the least losses is that in which
the ratio of the inlet diameter to the outlet section is
greatest. The greatest losses were obtained with the
cylindrical inlet pipes. The tests show the advantages
of using short cowls over the runner inlet. Data on the
Card 2/5 velocity distribution in the discharge section of the

8c'.4-3
s/o96/60/000/07/012/022
E194/E455
An Investigation of Inlet Pipe Nozzles for Centrifugal Compressors
inlet pipe are also presented in Fig 2. The tests were
made for various values of average speed up to
110 metres/sec but because of the very slight influence
of the Reynolds number of the velocity distribution
Fig 2 gives mean curves. In all cases, except those of
the conical and cylindrical inlet tubes, there is marked
distortion of the velocity distribution. If the runner
were designed without allowing for this distortion, there
could be substantial reduction in efficiency. In the
axial inlet tubes, the velocity distribution depends on
the length of the cowl. It is most uniform with a cowl
of medium length and comparatively uniform with a
cylindrical inlet tube; but cylindrical tubes are not to
be recommended because of their inherently high losses.
Conical inlet tubes give a uniform velocity field and have
small losses. Thus they are the most suitable of the
axial inlet tubes, provided they can be accommodated in
the overall dimensions. Their main disadvantage is
their great length which can be overcome by making a
Card 3/5 profile of the kind illustrated in Fig 3. The results

s/o96/60/000/07/012/022
E194/E455
An Investigation of Inlet Pipe Nozzles for Centrifugal Compressors
with the radial and diagonal inlet tubes are of special
interest because these types sometimes have to be used
and it is obvious that the runner design must make
appropriate allowance for changes in the velocity
distribution. Moreover, inlet tubes of this kind should
not be used at high peripheral speeds because the Mach
number at the tips of the discharge edges of the runner
blades becomes excessive. One of the tasks of the work
was to evaluate the reliability of approximate methods of
calculating the velocity in relation to the design of
the inlet tubes. The point is that approximate methods
of calculating on curved channels are sufficiently
accurate only if the boundary of the channel changes
curvature smoothly. In the case under consideration,
the change in curvature is not smooth: from the
experimental results and velocity data given in Fig 4,
it is concluded that approximate methods of
calculation are not sufficiently accurate. Differences
between test and calculated velocities may be 10 to 20%
Card 4/5 and, therefore, in important cases the velocity should

s/o96/60/000/07/012/022
E194/E455
An InNrestigat�on of Inlet Pipe Nozzles for Centrifugal Compressors k-\-
be determined experimentally. Ther-~ are 4 figures and
3 Soviet references.
ASSOCIATION: MEI - NAMI (Moscow Power Institute and NAMI)
Card 5/5

s/143/61/ooo/oo2/oc1;/oo6
A207/A126
AUTTWES: Sherstyuk, A. N., Candidate of Techmical Sciences, Sokolov. A. I.,
Engineer
TIM-E: Determination of the efficiency coefficient of the diffusion grids
from experimental data
PERIODICAL: Energetika, no. 2, 1961, 93 - 96
TE)U ; The authors derive the formulae for determir-ana the effi6iency coef-
ficient of a straight or radial diffusion grid from experimertal data. Graphs are
submitzed which simplify the calculations considerabiy. Experiments were made on
straight compressor grids (profile packages) which led to --rne mezhod of determin-
ing the coefficient of 16zses described in this article. There are 2 figures and
2 Soviet-bloc references.
ASSOCIATION: Moskovskiy ordena Lenina energeticheskiy insti-tu-r,, kafedra parovykh
I gazovukh turbin (The Moscow Order of Lenin Power Engineering Ins-
titute, Dpoartment of Steam and Gas Turbinps)
SUBMITIED: February 26, 1960
Card 1/1

'kwkq-~
-51'
L 221j5- EPA/E7,-.G(v)/EtiT(1)/E-,-IT(m)E'~,T(k)/E'PA(bb)-2/T-2/ETtIP(w)/ti.IP(f)/E~lP(r) Pe
Pf-h/Pw-4 AEDC(b)/AEDC(U)/A8DF-3ASDP-3/AFTCA2,"ilFTC(p) F14N.4
ACCESSION NR- AP5002201 S/0096/65/000/001/0043/0047
AUTHORS: Sherstyuk, A. N. (Candidate of tedhnical.sciences); Sokolov, As It
(&ngineer); Ly enko, V. F. (Engineer)
TITLE: Mvestigation of axial-radial e compressors with blade diffusers
SOUME: Teploenergetika, no. 1, 1965, 43-47
TOPIC TAGS: compressor, compressor blade, diffuser, compressor efficiency,
blade size,.blade shape/.N1 9 18 blade ty-pe, NO 511 14 diffuser., N 0 It 1B
diffuser, N 1 h 16 diffuser
ABSTRACT: Results of experimental investigations with blade diffuser-type
compressors are reported. The p~r~oso of the investigation was to study the
effect of blade geometry on compressor efficiency. The flowing section of the
compressor is given in Fig. 1 on the Enclosures. The details of the blade geo-
metries (a total of 4 different types) are given in tabular form. All except
N-1-9-18 blades were profiled. The compressor was operated at -25 000 r.p.m:. and
T = 2M. Its efficiency was defined by
la
Card

L 22155-65
ACCESSION NR: AP' :' 002201
where F, is the oressure ratio across the compressor and subscript H and K
correspond to conditions before and af ber the compressor respectively. The type
N-0.5-h-14 diffuser was investigated first by holding the number of blades z = 25.
but virying the mounting angle. The results showed a m~Lximum efficiency of 811% i
at (:V, 3H - 161)201 (see Fig. 2 on the Enclosures). The second test was done by
varying the number of blades. The optimum number was zH = 25-28. - Tile efficiency
of the compressor with N-0-5-4-18 type diffuser was less than. the N-0*5-4-14
diffuser by 1.5%. Analysis of the ratio ai/a 3 for to!iesc two profiled diffusers
(see Fi~a. 2) shows the limit alt/a 0.03 calculation results
obtained by using the non-steady neutron diffusion equation
practically coincide with those obtained by the above simpli-
fied method. There are 1 figure and 1 reference.
Card 2/3

Wu- kw r
V;-L- .;T--7 7
PW
/EWA (k) /~IM/L T4) A4TW:--
rx~ i~ . I LAR :W
/mq
EWFj-k~ _~_rT_W_ X_ I -IIG A I-etyrl--;~/r.L-4.-1 rJF(d D(t)/A9D(d)I/
_/_ -(a)-5
RAEMW ~Sv ASD
&6_4j
IACCE SiGIIN NRI' A04_t4R(~ S/018 64/0061009/2590"ji5ij
AUTHOR: Sokolovo A. K.; Zubarev, To No
';TITLEt Time varLafion in the intensity and energy of atimulatedib
;emission of a rubyYJlaser v h spherical mirrors
1SOURCEt Fizika tverdogo Telao v. 6# no* 96 19640 2590-2598
ITOPIC TAGSI ruby laser, spherical mirror resonstorp laser# ruby
laser energy, stimulated emission instabilityg stimulated emission
ABSTRACT: Spherical mirrors were used-Ln order to.decrease the- prob-
ability of imtobility durtng,the riseof stimulated emissicn pulws cf aruby laser. The
;mirrors were placed