SCIENTIFIC ABSTRACT STEPANSKIY, G.A. - STEPANYAN, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653220008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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.~Xk;~~ZPTA MiCk Sec.5 Vol.11/4 General Patholoz:y A
5 8
1112. THE PATHOGENESIS OF HAEMOLYTIC ANAEMIA OF TOXIC ORIGIN (Rus-
sian text) - Stepansk iy G. A. Med.Inst. Pavloff, Ryazan - ARKH.
PATOL. 1956, 18TT_(3U--_S9Y7GPjphs 2 Tables 4
When rabbits poisoned with AsH 3 are given narcotic doses of chloral hydrate (0.25
g. per kg.) or sodium amytal (0.025 g. per kg.) the globular resistance is decreas-
ed much less than in control animals also poisoned with AsH3. 20-30 min. pre-
viously; it to particularly the resistance against the lowest percentage of NaCl so-
lutions which is influenced. On the other hand, administration of Na amytal in
doses of 0.1 g. per kg. increases the degree of lowering of globular resistance. Ad-
ministration of 0.25 g. per kg..Na amytal 6 hr. after the poisoning when haemolysin
begins, not only does not decrease the degree of lowering of globular resistance,
but even Increases it. 0.1 g. per kg. Na amytal Induces in rabbits a condition very
near anaesthesia: it delays the development of haemolytic anacmia, but also the
regeneration of red cells. Administration of 0.5 g. per kg. chloral hydrate in-
creases the development of haemolytic anaemia. Administration of 0.025 g. per kg.
Na amytal 6 hr. after the poisoning caused in the first group: in 48 hr. in some ani-
mals retardation of the development of haemolytic anaemia, followed by enhance-
ment; In the second group: in 24 hr. a marked effect on the development. acceler-
ating and increasing globular destruction. Administration of 0.25 g. per kg. chloral
hydrate to white mice 20-30 min. after poisoning them delayed the development of
haemolytic anaemia; 6 hr. later. however. It enhanced it. Introduction of the
narcotic substance soon after poisoning exerts a distinct influence on haemolytic
anaemia and on erythropolesis during the whole period of illness. The fact that this
action is exerted via the central nervous system was proved with the aid of trauma
of the animals' heads or repeated knocking on the head: a distinct increase of ery-
throcytes and of the Hb content ensued; no variations of globular resistance.
Cranial trauma in poisoned rabbits delays the development of haemolytic anaenda.
It is obvious that narcotic doses of chloral hydrate (0.5 g. per kg.) or of Na amytal
(0.1 g. per kg.) do not interrupt the pathological reflex arc, but only m6dify the
trophic manifestations of the central nervous system.
V-~- - - -- - --, - ~ -1 - - waahtmahAsahwui~

STEPATISKIY, G.A., gvardii polkovnik med.sluzhby, prof.
Methods of artificial respiration for military field conditions, Toen,-
med.zhur. no.10:16-27 0 158. (MIRA 12:12
(RASPIRATIOI, ARTIYZC M
methods In military field cond. (Rus))
(KOICINN. MILITART AND NAVAL
artif.reep., methods in field cond. (Ru))

,=MA=U,9-.G.A*
Ghollnestermfle renctivntors as an antidote in orgnnic phosphorus
poisoning; review of foreign literAtureo Farm. i toks. 21 ao*2:
83-90 Mr-Ap 058 (mrRA il.-6)
1 Il Moskovskly gosudnrstvennyy meditsinskly institut Iment,
N:I. Pirogova.
(PHOSPHATBS. poisoning,
cholinesterase reactivators ther.. review (Bus))
(CHOUNBSTUMN,
reactivators. ther. of phosphnts pols.. review (Rua))

LIDOV, I.P., dotsent; MBSHKOV, V-V-, kand.meditsinskikh nauk; STEPANSKIY. G.A.,
prof.
The Great Medical Incyclopedia is a valuable aid for the military
physician. Voen.-med.zhur. no-7:83-90 JI '59. (MIRA 12:11)
(K&DICINN-DICTION&RIES)

STEPAIISKIT, G.A., prof., gvardil polkovulk meditsinskoy sluzhby
An important event in the life of the military medical servi-,e of
the National People's Army of the German Democratic Republic. Toen.-
med.zhur. no.10:91-92 0 159. (MIRA 13:3)
(MILITART MgDICM, history)

STEPAN31IT, G.A., prof. (14oskva)
- Manual methods of artificial respiration. Med.sestra 18
'59.
(RISPIRATION, ARTIFICUL)
no.12:13-21
O'Mk 13:3)

SWANSKIY. Georgiy Avroamovich
[Artificial respiration] lakusetvannoe dykhanie. Moskva.
medgiz, ig6o. 161 p. (MIRA 13:12)
(RESPIRATION, ARTIFICIAL)

STITANSKIII'l G.A.
-1-- -.. .... I,----,- Oximes- as-thera-,,eutic agents in poisonings with organic yb".pbarm -r
compounds (according to foreign data). Farm. toks. 24 no.3:357-371
K7-Jet 161. (M11U. 15:1)
Y 1. 11 Moskovi*iy gosudarstvennyy meditsinskiy institut, imeni II.I.
V Firogova. (OXII-IES-Tilz~-EUTIC LUE)
(PHOSPHORUS ORGANIG CO)WOUDS-TO41COLOGY)

SIEPAT'I'SKIY., 1. y inzh.
Transporting 30 m. trusses. Na stroi. Ros no.2:14 F 161.
(MIRA U:6)
(Trusses-Transportation)

STKPAHSKIY, L.G., in2h.
Solving some problems in the theory of machining metals by
pressing. Sbor.MOSSTAIIM no.4:18-44 058. (MIRA 12:4)
(Forging)

STAPANSKIY, L.G., inzh.
Determining stresses in upsetting pipes in containers. Test. mash.
38 no.3:42-43 Nr 158. (NIRA 11:2)
(Metals-Cold worktng)

~- T-13,S)LlY, ',,,-nd '2f~ch Sci - (dir-~ "kyi!7--7-cirical
under con(litionf-lif un,-ven coln1r.-,ssion
in *11. coit, ill, r.11 '.'on., of ",lec',nical i--d in-
f tioll, 195P - 14 I)P (-;t: to Coll'aitt(;ej 01' thi'; Coll cil f i-
M;Slli on 4utom,,tion nd Michin,; 1;,ui1Ji)lt-. Sciqw-
0, -nd llrchint; Bu-I'ding
n 11'7 z3h) .11~0 ropics. (1:1"39-rg, lorz)

L. G.
, ~, ~ ~ .~ 1y0
" I ~ - '41. ~,
I , '.. a ..lpl t-,,
,~,,jcuia,t fies and deform;-,!. ,l c"',
,,-Is 'It', 11 9.
u6rMig ~)," +1-1ji. Kuz.-sljtam.j,rvlz-,-. I nio.j: 1'~ ~
041RA 12: 10 1)
Ions Wechariic-~O!

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-..$-T4?=KLY,-"G.-0oskva); UNKSOVP Ye.P. (Moak-va)
Approximate solution of some problems of plane and axisymmotric
plastic deformations. Izv. AN SSSR. Otd. tekh.nauk.Makh. i
mashino,gtr. no. 1:170-173 Ja-F 161. (MIRA 14:2)
(Deformations (Mechanics))

UNKSOV, Ye.P.; STEPANSKIY,--"CL.-
Designing the process of pressure cladding of bimetal tubes.
Kuz.-sntam. proizv. 4 no.3:3-8 Mr 't,2. (~IiA 15:3)
(Metal cladding) (Tubes)

S11821621000100310011006
/,?/0 D040/DI13
AUTHORS: Unkoov, Ye. P. and Stepanskiy, L.G.
TITLE: Calculation of the bimetal tube pressing proceas
PERIODICAL-. 1,uziiecl,..rio-slitampovochnoye proizvodstvo, no. 3, 1962, 3-8
TEXT: The results of research on the pressing of bimetal tubes, conducted by
the authors at TsN1ITTTASh in 1960, are given. The derived calculation
formulas for determining the necessary dimensions of tube billets, the re-
qui.red pressing -force and the press capacity are also presented. The experi-
ments consisted in pressing 18 x 3, 18 x 2, 16 x 2 and 15 x 1.5 mm bimetal
tubes,clad with a 0.2 - 1.2 mm metal layer on the outside or inside, in a
.1 A container
,00-t vertical hydraulic Dress. 40 mm in inner diameter.was
used. Armco iron and steel grades 90612 (E1612), ly,18119T (lKhlBN9T),
A4 852 (EI852), .90 847 (EI847) and 45 were used. Billets were prepared
by turning forged metal rods, pickling them to remove oxide films, assembling
them into bi-layer billets by pressing, and finally heating them for Dressing
Card 1/2

Calculation of ...
S/182/62/000/00.1/001/006
D040/D113
in a barium chloride bath after preheating to 750-800 0C in an indusl~ion
"urnace. The container was preheated, and a mixture of graphite with ma-
-hine oLl used for lubricant on the container and die surfaces. The tube
mar.drel was lubricated with 20A (20A~ glass powder of the Gosuddrslvennyy
ins~itut stekla (State Glags Institute) dissolved in commer-Aal water rlar-z.
The fluid pressure in the cylinder and $the time of movement of thr- pr~---ss
sliir- were ossillographed. The conditions resulting in a 34eady pressing
pr,,.-~css are given in formulas for cases when (1) metal of higher strength
is in the external layer, and (2) is on the inside. The recommended
seauence of calculation using these formulas is given. O.A. Yegorychev,
A-L Mishulin and A.A. Sokolova took part in the experiments. There are 7
f.igures, I table and 6 references: 4 Soviet and 2 non-Soviet-bloc. The
Eni,liob-language reference is: "Materials in Design Engineering", 1959, 38,
rv,, 7, 91-93.
Car I Pl/?

STEPANSKIYO L.G.
Calculating stagnation zones in setal during extrusion.
Kuz,-ohtam. praizv. 5 no.101.1-3 0 163. (KmA 16:-,,1)

~3,i6i,poz:.Klyv L.G.,
Boundaries of a plastic deformation focus caused by extrusicn.
Vest.mashinostr. 43 no.9:59-62 S 163. (MIRA 16110)

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70 (M 1 1 1-1, - ",

"No-mo~,,raphic re-recentati .-, )r &rtain relations vrith -qi-x wria~)Ies cor':,.,I~I,ned
ya-, with a linar-.,, field.
1- connecting lines of the nomog m
3 rT Ostrava, Czechoslovakia, Vol . 4, 'lo- 5 ,1953.
-~-ist -',wironean Accessi,-ms 0,; 0. '~j "entember 1)59.
Hon+.hly Ligt
~'ncltassif ied.

STEPANSKY, Vaclavp prof.p dr.
Representation of relations with eight to twenty-four ra-
riables by nomograms with several ocale system or binary
fields united by crossed indexes with a system of direeting
lines. Sbor VS-B Ostrava 9 no.2t 183-226 163.

STEPANTSEV, A.; TASAKOV, A.; LIBERHAN, S.; MOISITEVA, L.
---- Ri*tdw tho instructions for removing fat from carcasses. Kim~. ind.
SSSR 29 no. 4:39-40 t58. (MIRA 11:8)
1. Michurinskiy myssokombinat.
(Packing houses)

~ r, ~ ~ 7., . .. - . 1.
cests dispases of sur-.ir beets and control of thern. Tanhkent, COS-izdat uz.`FS.Rj, 1944.
33P.

STIPAJITSKV a
V-11
Temperature conditions of the woolly aphids. Izv.Otd.est.nAuk AN Tadzh.
SSR na.13:139-143 156. (KLU 9:10)
I.Tadzhikskiy sel'Rk9kh~zyzystvsnnyy Institut.
(Plnnt lice)

ME TRY limn
T U Oti Y Flan't of Cultivated Plants.

iiUR. -P. - -
T, .
-'REF ZHUR 8101-CGIYA, NO. 4, 1959,
A7UTFiOR .-StOD"n-W,1107
I'll"
ri Ts rAll " ,
~S ~i,11(1,zhik SOR
on(i 11,heir Cont.rol.
CotLOTI %4,lt oimeas-s, - I
Izv. Utd itv. nauk XT Tsezh7),-)R, 1957,
-
ro~
41,
-A-2-STFUXT -', n coatradictioa uf une view-
p,)ii-,t oa the nature of' vdit in the
cottc,rt plant, tte author exrresses the oDin4
,on t-,,at U-he cvase of the wilting %,,,as not
Lfungi but spp;~~ ial lar-favorable meteorolo!7,i-
.
Cal Conditious, and he Considers the im-
T)ianta~ion of fua-,i on these plants to be
a secondary fa,:~tor. ,'i 1 t can bt.% Dro-
duced by a hi~;h critical tem-uerature (hir..h-I
er than 38.? degrees) with low himidity and!
1/3

ZAILAKIN, A.,polkovnik, kEmd.ped.nauk; STIPANTSEV, V.,kapitan, kant.ped.nau
Reconsider some submachine gtm operations. Voen.vest- 38
no.11:68-71 N '58. (MIRA 11:12)
(Kachine-gm drill and tactics)

STEPANTSEV, Yu., kapitan 3-go ranga
I
How we try to raise the professional qualifications of seamen.
Komm.Vooruzh.Sil 2 no.2:57-60 Ja '62. (YLIRA 15:3)
(Submarine boats)

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"Cn Cl-lrtain Phyuic,--l Constants ol* Jli.,ti:re:; of Hydrocarbons -- I1,11 Zhur. CbEhch.
9, 1:0. 6, 1(?J9. Re,-!--d 1- JU:.y 193P.
ReDort U-1517, 22 Wt 1951

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0
' Pet 1.5 Bev is approximately 1o30 erg. The conclusion is drawn that the
particles were ejected during the initial stage of the flare; this is of im-
Card 1/2

S/71Z/6Z/027/000/011/015
The total number of high energy particles ... A001/A101
portance for the theories of cosmic ray generation during flares. The diffusion
path was determined to amount to (5-7) x 10 12 cm. There is 1 figure.
SUBMI'I'l May 1961
Card 2/2

45129
S/712/6Z/027/000/012/015
AO01/A1O1
AUTHOR: Stepanyan, A. A.
TITLE: On the problem of the variation spectrum during the Forbush effect
SOURCE: Akademiya nauk SSSR. Krymskaya astr.ofizicheskaya observatoriya.
Ivestiya, v. 27, 1962, 182 - 193
TEM The problem of spectrum of variations is very important-in studying
the modulation of cosmic ray intensity, since the spectrum indicates the mech-
anism of effect. In the present article the author considers the spectrum of
the Forbush effect. Several mathematical expressions for the Forbush effect
spectrum are presented and discussed, but only three of them are theoretically
calculated and compared with experimental datag 1) The spectrum of the type ~X'
Iarccos 1 - Po ; 2) LD - PPO, and 3) the spectrum of variations generAed by
1, r P D
the effect of an electrical field. In order to compare the-calculations with
experimental data, the ratios of amplitudes of effect on various instruments
were calculated, such as neutron monitor at sea level, neutron monitor at a
Card 1/2

S/712./6Z/027/0r-0/012/015
On the problem of the variatiorl 6pectrum... A001/A101
level of 680 9/CM2, cubic telescope at sea level, and*the primary flux for the
given parameters of the variation spectrum. Calculations were carried out for
geomagnetic latitudes 500 and Oo.' The comparison of experimental data with
theoretical ones shovathat the spectrum of the electrical field type yields the
best agreement. Although the existence of an interplanetary electrioal field
is not very probable, the*question of modulation of intensity by the heliocen-
tric field remains still open. There are 2 tables.
SUBt-UTTIM: May 1961
Card 2/2

07,1
s/l6q/62/ooo/oo8/o69/oqo
d 1/10 6J+, E032/E.114
AUTHOR: Stepanyan, A.A.
TITLE: On the specielim, of variations during the Forbush effect
PERIODICAL: Referativnyy zhurnal, Geofizika., no.8, 1962, 11,
abstract 8 G 84. (izv. Krymak. astrofiz. observ,
v-27, 1962, 182-193-)
TEXT: Reports calculations of the.relations between cosmic-
ray variations at different recording instruments during a Forbush
effect. Three types of spectra are considered:
1) (1/7C ) cos-1(1 - PO/P); 2) 6D/D = P./P; -and 3) the.spec.trum
of variations appearing under the action 9f an electric field.
Comparison of the results with published experimental data shows
that the spectrum of the form PO/P is not in.agreement with tkiese
data. The beat agreement in obtained for the spectrum of the
electric-field type.
~Abstractor,s note: Complete translation.]
Card 1/1

S/712/6.0w/028/000/020/020
E032/E314
AUTHOR: Stepanyan, A.A.
TITLE: Connection between the characteristics of tile Forbush
effect and chromospheric flares
SOURCE: Alcademiya nauk SSSR. Krymskaya astrofizicheskaya'
observatoriya. Izvestiya. v. 28. 1962., 324 - 330
TEXT: IGY data and the results of other investigations are
used to investigate the correlation between the Forbush effect ands
chromospheric flares. The surface of the Sun was divided into
three zones (goo E - 10 0E, 100E - 10 0W, 100if - go0W) in order to
investigate the amplitude and duration of the Forbush effect on the
flare coordinates. The average values of the Forbush-effect
parameters i-,rere then found for each zone. Forbush effects unidenti-
fieti with flares were assigned to the central zone,if they were
large, and to the peripheral zone if they vrere small. This was done
in such a way that the differences between the average character-
istics of the zones were a minimum. It was found as a result of
this procedure that the Forbush-effect parameters were independent
of the coordinates of the flare (to within 20 - 25%). Next, an
Card 1/2

S/712/6
Connection betiveen .... 2/028/000/020/020
F-032/E314
analysis was made of the'relation between the flare duration and
the amplitude of the decrease in the cosinic-ray intensity during
the Forbush effect. It was found that flares of longer duration
were more likely to give rise to a Forbush effect than flares of
short duration. The correlation coefficient characterizing the
connection between *the amplitude of the Forbush-effect decrease
and the duration of flares is of the order of 0'08 + 0.111. In the'
case of magnetic storms occurring in close succession, the Forbush
effect tends to become suppressed if the flares responsible for the
successive storms do not occur in the same active regions.
There are 1 figure and 4 tables.
SUBMITTED: December, 1961
Card 2/2

-VTADIMIRVISKY, A. A. STEPANYAN
--ie Rmdamental Features of Forbush Effect and on the Small Effects
-.):-L s-,-Atted for the 8th Intl. Conf. an Cosmic Rays (IUPAP), Jaipur Tnd',-,
Dec 1'~63

STEPANTAN, A.A.
Width of corplinnular strHama retiponsible for the diurnal effect
in cosmic rays. Izv. Krym. astrofi2. obser. 29sl26-130 163.
(MIRA 16:10)

AZATYAN, V.D.; YESAYAN, G.T.; STEPANYAN, A.A.
Sukfonic acid esters. Report No. 12: -Chlaroethyl esters
of sul-fonic acids. Izv. AN Arm. SSR. Khim. nauki 16 no.5:
461-464 163. (MIRA 17:1)
1. Institut, organicheskoy khimii AN Armyanskoy SM.

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SOURCES
Tmzl on the mechanism of diurnal variation in comle roWs
cam swRczt rtv. Krymak. astrofic. observop ve 329 19&9 56-66
TOPIC TAGSt cosmic rwvyd:iurnal variation
TRARMATION: It is ohown that the win characteristics of the diurnal Wect in
coandc rays - the variation apectrun and the latitudinal variations of the first
and second harmonics - can be Wlaine4 by assuming that the diurnal variation is
due to the action of an electric field; the absence of variation in the low-energy'i
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ACCESSION ER: AP5018216 UR/0119/65/000/007/0015/0016
621-317-T7,681,142.6
AUTHOR: Stepanyan, A. (Candidate of technical sciencea)i Cb*hontsev
(Enginde-r-Y--
3
TITLEt Static functional device
SOURCE: Priborostroyen4a, no. 7, 1965, 15-16
TOPIC TAGSs function generator
ABSTRACT: The principle of operation is explained of a now function generator
which produces all trigonometric functions of a phase-shift angle between two
voltage vectors of the same frequency. The function generator is based on three
multipliers which develop: (1) a scalar product of two voltage vectors, (2) a
vector product of two voltage vectors, and (3) a scalar modulus product of two
voltage vectors. An experimental model of a now 50-cps phase meter (FV-.162) uses
the above principle. Orig. art. hass I figure, 11 formulas, and I table.
ASSOCIATIONI '~' none
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OTHER: 000
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ACC NR: AR5018139 sou= cwE: uR763i_3TW_(56_o
AUTHOR: Stepawan. A.A. J
ORG: none
TITIZ: Mecl-nism of the diurnal variation in cosmic
SOURCE: Ref. zh. Iseledovaniye kosmicheskogo, prwtx=stva. Otdel$My vy"k, Ab4.
7.62.254
RW SOURCE: Izv. rxymsk. astrafiz. obeerv., v. 32, 19640 56-66
TOPIC TAGS: cosmic ray measurement, particle, particle scatter, diurnal variation
TRANSIATION: A theory on the diurnal solar variation in cosmic rays, developed in
1955 by L.I. Dorman, is compared with experimental data obtained by the universal
network of stations during the International Geophysical Year. The author points out
that in order to coordinate a theory with experimentally obtained data, it is neces-
sary to keep in mind two factors: 1) the redistribution of trajectories of cosmic
ray particles in a geomagnetic field, laading to varied decreases in the variation
amplitudes recorded at various geomagnetic latitudes. Thus, at the equator the de-
crease coefficient of the neutron monitor is 0.67 for the first harmonic, vhereas it
drops to 0.29 for the second harmonic of the diurnal solar variation; yet, at 700
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