SCIENTIFIC ABSTRACT STEPANOV, V.N. - STEPANOV, V.P.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653210015-7
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• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Hole of Thermal Processes in the Formation of 11120-129-C'--5',1169
Bottom '.7ater Masses of the World Ocean
formed. The author discusses more in detail the part played
by heat balance of the oceanic surface in the range of
subpolar and polar hydrological fronts. The interdependence
between the hydrological fronts and the heat balance may be
explained by the fact that the fronts and the balance are
subject to the totality of the hydrometeorological conditions.
The influence exercised by the heat balance also depends on
the seasons. There are 2 figures.
ASSOCIATION: Institut okeanologii Akademii nauk SSSR (Institute
Oceanology of the Academy..Rt SqieqncqLs-,--PqS-RJ
PRE"'aIND: July 9, 1959, by A. A. Grigorlyev, Academician
SUBMITT-OD: June 23, 1959
Card 3/3

BUTORIN. N.Y.; KAXSIMOV. 1.T., prof.. doktor geograf.nauk, otv.red.;
WUP"OV,J.N.. doktor gsograf.nauk, otv.red.; SUNGIR. I.&.,
"reer.-lid'vat UMINAR, A.G., tekhn.red,
(Secular variations of the man level or the Atlantic Ocean and
their relation to atmospherle circulation] Tekovyw Isuenenila
arednego urovnia Atlantiehaskogo oksana I Ikh evies' a teirkulletel*l
stmonfery. Moskva, Izd-vo Akad.nauk SM. 1960. 333 P. (MIRA 13:3)
(Atlantic Ocean--Oceanographic research)

STEPAIIOV, V.N.
Tepee of sea-bottom structure in the world ocean. Biul. Okean.
kom. no-5:43-53 160. (MIRA 13:10)
(Ocean bottom)

STEPANGV., V. N.
Principal convergences mid divergences of water in the world ocean.
Biul.Okean.kom. no.6:15-22 160, (MA 14:7)
(ocean currents)

STEPANOV V 14
Diagram representing the general circulation of surface vatere in
the world ocean. Trudy Okean. kom. 10 no.1:69-78 160. (MIRA 14:6)
1. Institut okeanolo i AN SSSR.
roodan currents)

STEPANOV, V.N.
Surface heat budget (balance) of the world ocean. Trudy Okean.
kom. 10 n0.1:79-81 160. (M1RA 14:6)
1. Institut okeanologii AN SSSR.
(Ocean temperature)

-j-TIILqIO-V-L-Y-- 1-1 -
Heat budget ~,f the world ocean. Trudy Inst. okean. 37:3-(-W+
16o. (IMA 14-8)
Pleterology, Maritime)
i
i
I
i
ti
I
I

SnPANOV, V.Y1, doktor-geogr.nouk, otv.red.; BEMUKOV, P.L., doktor If
pool.-mineral.rirmk. red.; LONGINOV, V.V.. kand.geograf.nauk, red.;
RADZWAOV.5KATA, N.A., kBnd.geogr#fnauk. red,; PANPILOVA. S.G.;
kand.geograf.nauk, red.; KOSTAKINOV, N,I,, kand.geograf.nauk., red,;
PUMIR, V.I., red.; TUGARINOT. D.N., red.izd-va; NOTICHKOVA, D.N.,
tekhn.red.
(Basic geological and hydrological features of the Sea of Japan]
Osnoynye cherty geologii I gidrologii Uponskogo morls. Moskva,
1961. 223 p. (mjU 14:3)
1. Akademiya nauk SSM. Institut okmanologii.
(Japan, Sea of-Subnorim geolo&v)
(Japan, Sea of-Hydrology)'

~ktor geogreficheakikh nauk, otv. red.; BMZOTA9
A.B.. red.; DOROKHINA, I.N., takhn. red.
[Ocesnological research] Okennologichookle lseledovenila;
abornik statei. I razdel programmy MOG (okeenologile) Mo-
skva, (In Russian with surveries in Inglish.] No.4. 1961.
110 P. (MIlLA 14:5)
1. Almdamiya neuk SSM. Mezhduvedometvennyi komitet po pro-
vedenilu Kezhdunarodnogo geofizichaskogo gods.
(Indian Ocean--Oceanographic research)

STEPANOV V.Ne
Anwal variations of the tj~perature of surface waters in,the
world ocean and bydrological seauons. Okepm logiia I no.3:,',9c)-
406 161.
Damm6wrmph.ic wark.in-the fiwimniaii People's Republic-,
555 (KMA 16:12)
1. Institut okezinologii MN SSSR.

S/020/61/136/004/026/026
B016/B075
AUTHORS: Stepanov, V. N. and Shagin, V. A.
TITLE: Kinds of Vertical Variation of Salinity in Sea Water
PERIODICAL: Doklady Akademii nauk SSSR, 1961, Vol. 136, No. 49
pp. 927-930
TEXT: The present paper deals with the classification of kinds according
to which the salinity of sea water varies with the depth. For this
purpose, salinity has been measured on points that were rather evenly
distributed over the total area of the ocean. By comparing the curves of
vertical variation of salinity, the authors have found several similar
regions. For each region, they calculated the mean values of salinity L/
(Table 1) and on the strength of these data they have plotted curves
(Fig. 1). The authors distinguish a total of 7 kinds of vertical
variation of salinity, which are subdivided into 15 groups. B) Polar kind,
grouped into: 1) Arctic and 2) Antarctic. The 50-100 m thick surface layer
is considerably freshened. Salinity rapidly increases down to a depth of
Card 1/6

Kinds of Vertical Variation of Salinity in S/020/61/136/004/026/026
Sea "Water B016/BO75
from 300-500 m and then remains almost unchanged. V) Subpolar kind,
grouped into: 3) North-pacific; 4) Antarctic. Similar to B; the
freshening influence of the surface layer, however, extends to greater
depths due to the sinking of the water. Salinity increases down to
118,
1,500 - 2,000 m and then remains almost unchanged. G) Temperate subtrop
kind, grouped into: 5) Atlantic; 6) Indian; 7) North-pacific; and 8)
South-pacific. It appears in tropical and subtropical latitudes. It is
characterized by a high salinity on the surface and a freshened inter-
mediate layer. Salinity decreases rapidly with the depth, reaching its
minimum near the axis of the mentioned intermediate layer. A secondary,
lower maximum of salinity is found at a depth of 2500-3000 m and a
secondary minimum on the sea bottom. D) Equatorial-tropical kind, grouped
into: 9) Atlantic; 10) Indian; 11) Pacific, differs from G by a highly
saliferous layer immediately under the surface. In deeper layers, this
kind has several maxima and minima of salinity. Kinds B to D are widely
spread in the ocean, and are dependent on the climatic conditions
prevailing in the individual latitudinal zones (Fig. 1). The kinds E, Zhf
and Z are only locally distributed. E) North-atlantic kind, grouped into:
Card 2/6

Kinds'of Vertical Variation of Salinity in S/020/61/136/004/026/026
Sea Water BO16/BQ75
12) Temperate-tropical; 13) Sub-boreal. It is'similar to mode 0; however,'.
salinity gradually decreases with the depth and then remains unchanged
from a depth of 1000 m down to the bottom of the sea. Zh) Circum-
mediterranean kind, grouped into: 14) Atlantic; 15 Indian. The upper as
well as the medium depths exhibit high salinity. Z~ Indomalayan kind.
This is known in the northern part of the Indian Ocean. There, salinity
rapidly increases with the depth. There are 2 figures and 1 table.
ASSOCIATION: Institut okeanologii Akademii nauk SSSR (Institute of
Oceanology, Academy of Sciences USSR)
PRESENTED:
SUBMITTED:
Card 3/6
June 20, 196o, by V. V. Shuleykin, Academician
June 19, 1960

STEPANOVI, V.111.
Main specific features of the structure of ocean waters. Ckeanolo iia
2 --.o.1:26-30 '62. (Y-IRA 15:25
1. In3titut okoanologii AN SSSR.
(ocean)

NEIMASOVA,V.A.; STEPANOV,_V.N_.
Types of vertical change os the water temperature In the world
ocean. Dokl.AN SSSR 143 no.3..73.3-716 Mr 162. (KMA 15:3)
1. Institut, okeanologii AN SSSR. Predstavleno akadenikom V.V.
Shuleykinym.
(ocean temperature)

5TEPANUVI V. 11.
General Regularities of Structure of the World Ocean Waters
report submitted for the 13th General Assembly IUGG, (Oceanography) Berkeley,
California., 19-31 Aug 63

V.1
1", fj, r4~.t:.eyizent; V'11, 'Y',,V A, r(id
L-A~,rion au~~;Lt the worl-d cc,~.-:n; a for
tet-icher.s~ Raoskazi ~ -Arcvom okeane; khreOllcmatii~A. *-G-
kilia uchito'.ia. I,,o.:kv:.., Uchj'.euIgizt 1-963. 159 p.
17-.7)
1. ",-Lvedu~ushchiy kabinctor. geografil Vo.-onezhL-kogo in-
J'Utjj u --ov c r.Aiens tvuvaniye uchiteloy (for Do:--ribinn).
2. (jeop-aftcheskiy I'ahul'tot ucicoskogo Go~:udar--'Vennogo
urdversi--eta (for Kikoin).

STEPANOV, V.N.
Role of the Pacific and Atlantic waters in the transformation of nature
in the Arctic regions. Probl. Sev. no.7-IIA-117 '63.
Possibility and t-xr)mdiency of the extermination of the Arctic ica.
Ibid.9118-.122 (MIRA 17:2)

STEPANCV, V.N.
Investigation of the world oceRn. Geofiz. biul. no.13:29733 163.
(WRA 17:2)

STEPANOV, V.N.
Current hydrogeological research on the world oceans Vop.
geog. no.62:11--26 163. (MIRA 17:3)

W LATOV 0 H.P.; STEPANOV, V.N., doktor geogr. nauk, Qtv. red.
[Circulation of
the adjacent
TSirkullatsiia
lushchikh moreij
1962). Moskva,
the waters of the Atlantic Ocean and
seas; a bibliographic index, 1638-1962)
vod Atlantichaskogo okeana i prilega-
bibliog.-aficheskii ukazatell (1638-
AN SSSR, 1964. 1:14
p.
(MIRA 1711l)

STEPANOV) MI.
Basic types of water structure of the world ocean. Okeanologiia
5 no.5t793-802 165. (MA 18:11)
1. Institut okeanologii AN SSSR.

ACC NRi AR7004104 (N) SOURCE CODE: UR/0169/66/000/012/VO22/VO22
AUTHOR: Stepanov, V. N.
TITLE: Results of calculation of meridional water circulation in the Atlantic,
Indian, and Pacific Oceans
SOURCE: Ref. zh. Geofizika, Abs. 12V130
REP SOURCE: Sb. 2-y Mezhdunar. okeanogr. kongress, 1966. Tezisy dokl. K,
Nauka, 1966, 358-359
TOPIC TAGS: ocean current, ocean property,
/Atlantic Ocean, Pacific Ocean,
Indian Ocean
ABSTRACT: Use is made of the equation of diffusion and advection balance
ak ak dk dk O'k 011h
Ft + ua, + uF, + w 57, - A, ap, + As,
for calculating the meridional oceanic water circulation.. The mean latitudinal
values of water temperature and salinity served as initial data W. The terms
Card 1 / 3 UDC: 551.465. 4

,'ACC NR- AR7004104
dk A
7t and u ij~ for the changes in the process in time and in the latitudinal
current component, are excluded from this equation. The kinematic coefficient
of vertical diffusion was assumed to be constant and equal to 10, while coefficients!,
A. and A which represent horizontal diffusion, were excluded as negligibly
small. 7S, a result of these evaluations and allowances, two equatioris in two
unknowns were solved, making it possible to calculate the vertical and meridional
current component. An analysis of the results obtained was carried out in
accordance with water structure. It was found that within the surface zone a good
relationship exists between the vertical and meridional components and the main
circulation systems. In the transitional, deep, and bottom zones, the meridional
water transport prevails. It resembles earlier concepts based on a qualitative
analysis of water temperature and salinity. For vertical motions, the predomi-
nance of water downwelling is characteristic except in the region where the
transitional, deep, and bottom water confined to the higher latitudes is formed.
The meridional component in the surface layer increases from a few centimeters
per second in the higher latitudes to 20-50 cm/sec in the low latitudes. In the
intermediate layer, values of 1-5 cm/see predominate. In the surface layer,
in most cases the vertical current component changes from I to 9 by 10-3 cm/sec;'
in the remaining zones values from I to 9 by 10-4 cm/sec predominate. An
2/3

ACC 11R' A117004104
analysis of meridional and vertical current components calculated for all
standard levels along the entire expansion of the oceans from their northern to
their southern limits made it possible to obtain a resulting transport. On the
basis of the latter, it was possible to plot charts of vertical circulation in the
Atlantic, Indian, and Pacific Oceans in meridional cross-section. [Translation of
abstract] JDW]
SUB CODE: o8,12/
Card 3 / 3

"The zoo--eo:-raphic chararter-1. -tics of the asphorlel (^Ioleopters-
'Eupr-cti-ina), o!' the Ill!-,r?n.tat,-~, natural llaumh.-m~34..,-A, zw;iski (Ccmcil
'ion f or natu:-al ~ ons), issuo
o'' ,,ain administra- L
2),
SC: U-3r)!.,2, 11 I'llal-ch r3, (Letopis 1~,hurnal ltr,rkh ~tatey, 170.7 lghg).

-,I- --, ~ "!- -T? - -
-- . .. . ~ ' 7 11 .- .
Be - t1s. s
N~,w s.n-ci~z )f b,�-! tl- inJurl our. to the ,- I-un~.; n~~-an, tt of Si".-erirn nurcip. in shelto-r-belts of
the St.~ijln~;rrd Pr.)vi:-,c,- (Col--)illt-r.!, 'Aupr-stidaf.) Zi,)!. 7hur. 31 ni. 2:27.2-275 ',:r-A,,) 152
Korigh7y List of Put-isirm Aco-.sionn, Librpry of ConFr-es-', July '.952 LNI C ILM, S I F I ED -
9. Monthl List of Russian Accessions, Library of Congress, -1953, Uncl.

Two species, new to the U.S.S.R.. of slender bupreatid beetles
of the genus Aigrilus Curt. from the subgenue Apinagrilus V.
StejA,riov subgen.n. Zool.2hur.33 no.1:114-119 Ja-IP 154.
(KLRA 7:2)
1. Glavnoys upravloniye po zapovednikam i okhotnichlysma
khozyaystvu Hini8terstva sallskogo khosyaystva SSSR. (Beotles)

Nm *Deals@ of bopreetide (Coloopterse Duprestides) In the
VoSoS.R. fro* piet&chiom (Pistacia vera L.) of Turicesnia.
Zool,shur,33 no.6:1307-1311 N-D 054. (MM 8:2)
1. Wrawlealye po saporodalksm MInisteretva sellskago kbosyay-
otva Sax
(Pistachio-Disoases and post@ )(Turkmalstan-1kapre-
StIdso)

STEPANOV, V.11.
%tarial on-the metallic wood borers of Tajikistan and
adjacent regions of Central Asia (Colooptera, Buprestidne).
Report No.l. Trudy All Tadsh.SSR 891111-121 158.
(MIRA 13:5)
1. Glavnoya upravlonlys po sapovednikan pri Hinisteratye
ijol'skago khpzynystva 533R.
(Soviet Central Asia-Duprestidus)

STEPANOV, V.N.
Two new species of wood borers of the genus Sphenoptera from
southern Tajikistan. Trudy AN Tadsh.SSR 11507-61 '59.
(MRA 15:5)
1. Upravleniye po delam zapovednikov pri Sovete Hinintrov MR.
(Tajikistan-Borers (Insects))

*STEPANOV, V. 1'..
"The Mi-ninal Teirmeratures for Garmim'ion of Seeds ani the Appearance of Spraats of Field
Cultures," Sov. igron, No. 1, 1948*~Cand. A-r. Sci.
L2

Meteorological Abst.
Vol- 4 No. 3
March 1953
Pdrt 2
Bibliography on Frost
and Frost Forecasting
~St.524_37~.02.W
St4:vj;,.(,v, V. 1,4., Khaviktkitistilca sellikokhozialstvenoylth kul'tur po ustolt h1vostl ikh k amo-I
rodam. [rharacteri,,aic-i of cropi with restwrt to their frost re'Jistancic.] Sol(kkaia
;6,14):82-87. April. 1948. tabl-a. NtIrrofilm, DLC-Atithor investigates the problem of plant
idamav, caused by frost vir' detrrtnin". for v2rious tyw3 of cropm. the criti:al temperatures atl
t which their riornial sirowing 1~ irnI3m3ihl,! or the plants are killcd. Subject llead;ngT: 1. Frost resist-'
I ance of PInnts 2. Frn3t davui6e to crops.

1 J'.

1. STEPANOV, V. N. PROF.
2. U5SR (600)
4. Grasses
7. Biological peculiarities of tillering in cerecl grasses. Soy.agron. 10
no. 12, 52
9. Monthly List of Russian Accessions, Library of Congress, FebruprX -1953. Unclassified.

STRPAMQI- VIIijaijJ11C.918gevich, professor, doktor sell skokhozysystvswWkh
nsuk; NXISME-3031, B.N.. rwmK:ror.- GUBIN, K.I.. tokhnichas'cly
redaktor
[Progress of Soviet plant acienoel Doetishentla movetskogo restenle-
vodetva, Moskva, Isd-vo OZ=nio,m 1957. 39 pe (yessotusnoe obahche-
atv0 o rosprostronentlu politichsskibh I mmuchzWkh sumnil, Sero5.
nOO173 (NLRA 10:9)
(Field crops)

USSR/Cultivated Plants - General Prjblems M
Abs Jour Ref Zhur Diol., No 12, 1958, 53502
Author Stepanov, VjN.
Dist Ti7.iirynzev AL:Xicultural Icade::W
Title DioloGical Classification of AC-pricultural Plants in
Field Cultures
Ori~; Pub Ivz. Tirdryazevsk. s.-Idi. akad., 1957, N.-i 2, 5-29
Abstract The basis of the classificatiou is the principle of the
ecologico-genetic groupinG of plants which permits uni-
fication of siLdiir climata-ecolof~ical groups by their
adaptability to envirozrwntal factors (heat and li,-jht).
With reGard to the comoa heat requirer.,ieits durinG the
vegetation period, 7 ~Xou.Ps of each were distinguished
for the plants of the mderate and southern latitudes
with intervals of 40CP. The most important biolo[,Ical
Card 1/2

STIAPANOV, V.N., doktor sel'skokhozyayatvannykh nauk, prof.
,vW4 ".
--o"",~aracte"ri-stice of the developmont of perennial grasses [with
oumumry In Inglishl. Izv. TSXhA no,2:7-Zo 158. (NM 11W
(Orassem)

STAPANOV, Vladimir Nikolayevick; KATSNNLISON, S.M.. red.1 ATROSHCHANK0,
L4T*,, takhn,red6
[Grain production Is the loasis of all agriculture] Prols-
Yodstwo sera& - asnova veoge sol'skegge khosiatetva, Noskv,&,
Isd-vo OZnania.0 1959. 31 p. (Tsesoinsues 97*sbchostvo pe
rasprestranouils politichookikh I nauchuykh snaull. Sor.39
Seloskoo khosialetvo. no.18) (MINA 12t7)
(Grain)

ISTEPANCIV, 11. F. , red.
[..Lrait growing] Rastenievodstvo. Moskva, Gos.izd-vo sell-
khoz lit-ry, 1959. 426 D (MIRA 16: 1)
(iield crops)

STEPANOV, V. N.,
*&out the Principles of Bloclinatic Classification of Agricultural Plants*
11aport submitted but not presented at the 2M International Congress of Rtwlimatolqw
and Blame toorol ogy,, London, Wo sop ig6o.
11suber of the Acadnq of AgriouItural Sciences, Moscow,

STEPANOV, V.14., doktor sellskokhozya-kstvennykh nauk, prof.; 11ASONOU,, K. Ye.,
nauchnyy sotrudnikj KURELEFOK, V.I., nauclmyy sotrudnik
Productivity of crop rotations specializing in grain and potatoes
in central regions of the non-Chernozem zone. Izv. TSMA
no.*3:*49-!64 160. (MIRA 14:4)
(Rotation of crops)

-STF,PA.NOV,--Vladimir-IlikolVqyich2 prof.; GIAZUNOVA, R.I., red.; NAZAFOVA,
A.S., tekhn. red.
[Recent developments in plant breeding] Novoe v rastenievodstve.
Moskva,, Izd-vo wZnAnie,," 1961. 39 P. (NarodxVi universitet kull-
tury: Sellsko-khoziaistvennyi fakalltet, no.9) (MIRA 14:10)
(Plant breeding)

SUNLN011 V E doktor o-;l'skoId1oZyaystvunnykh nauk, prof.; BOLOEOLOVA,
Z .
VJI., )~,,,ziLl.soll:3kolliozyay~;tvcrnykh muk; LL-M,., 1..V., nia.chnyy
sotmdriik; D.V., nauchnyy sot.-Ldnik
Productivity of crop rotatiom specializing in grain and potatoes
in tho central regions of non-Chernozm zones; second report.
Izv. TSIOU, no.3:7-22 161. (MiRA 14:9)
(Grain) (Potatoes) (Rotation of crol)s)

STEPANOV, V.11., prof., doktor seltakothazyaystvannykh nauk
Corn fields in July. IUn. nut. no.7:13 J1 161. (MIRA 1,~:7)
(Corn (Maize))

STEPANOV, V.11., Prof.
Corn fields in September. IUn. nat. no.9:12 S 161. OMIRA 14:8)
(Corn (14aize))

STEPANOV. VladiEir Nikolayevich, doktor sellkhoz. nauk, prof.;
LEONGVAY T.S.# red.;-NAZAROVA, A.S.., tekhn. red.
(Key to the solution of the protein problem] Much k re-
sheniiu belkovoi problemy. Moskwa,, Izd-vo *Znanie,," 1962.
47 P. (Novoe v zhizni, nauke.. tekhnike. V Seriia: Sellskoe
khoziaistwo, no.2) (Proteins) (MIRA 15W
AV

STEPANO
_1,1,,-doktor sel'skokhozyaystyennykh nauk,, prof.;
LETUNOVSKIY, V.I., aspirant
Simultaneous sowing of corn with pulse crops* Izv. TSKHA
no.2:19-30 162. (MIRA 15:9)
(Legumes) (corn (maize))

STEPAIIOV, Vladimir Nikolayevich, prof.
. -1 ------- -- I.---- - --- -
Giant peas. lUn.nat. m.4:18-19 Ap 162. (MIRA 15--4)
(Peas)

S-1 I-: PA I " G %T V. I T .proi% , doktor sel I skokhcjz. nau~; , i;. K. , i.auchnyy
P 1 4
sotrudnik; SOLOVIYEVA, 7.M., nallChnyy 30trudnik
Yield capacity and productivity of farm croFs during crop rotatiops
of various combinations ir central regions of the non-Cheirozem belt.
Izv. TSKHA no-5:106-121 164. WIRA 18:5)
1. Kafedra rasteniyevodstva Moskovskoy ordena Lcnina sell-kokho-
zyuystver.z,oy akademli imeni Timiryazeva.

GRUSHKAP Yaroslav [Hruskas Jaroslavo deceased). Prinimal
uchastiye,STEPANOV, V.N., prof.; MWV, M.P.[translator);
FOLIKMAN, Ye.N.j, red.
[A monograph about corn. Translated from the Czech] Mono-
graftia. o kukuruze. Moskva, Kolos,, 1965. 750 P.
(MIRA 18:7)

hOGALI--l.EVITcKTY,, Mikhail Viktorc)vich, kand. tekhn. nauk,,dots.;
SIEFAROV. Vladimir Nikolayevich, prof.; TATTS, Aleksandr
dots.; GORCHAKOV!, O.D.,
red.
[Ele.-trJe power plants and tran.4former substations) Elektri-
cheskle stantsil I traTlsformatornye podstantsil. Moskva,
Tr".5port, 1965. 36? p. (MIRA 18:8)

STEPANOVI V.N., pFrof. doktor sellskokhoz. nauk; IMFNDAYF'tA, L.V., azapirantka.
UtIlIzatIon by plants of nutrients stored in seeds. 1z7.
RSKHA nc 1.-82-91 165 (M-IRA 19:1)
1. Kafedra rasteniyovodstva Moskovskoy sellskokhozvaystvennciy
or-dema LenIna akademii imeni Timiryazeva.

11 E! I AN 111 . -W, YVA , K . A
VX. , prof, , do~ tor gel 13knkhoz. wiuk; !-Vi..
L.9 1, 1 r an 'I. k d
Effect or the quality of planting sl~-.ock or; the fomat!wn of'
crop and the productivity of photosynthesis In potatoes.
Nv. TSKHA no. 1:92-99 965 (FTRA 19!1.)
1
I. KnCedra rastenlyevodatwa Moskovskoy sellskokhozyuystven-
noy ordena 'k,(-?j,.ina akademil Imeni Timiryazeva.

a:,,~en,,~ cf the Oucts, a rare
~.ro_ CIO. 1LL. r1") -55
i t 54
I I noilc I i)-~ f I,,tli wo. ovo rs lien-
KV

STEIIANUV V.!;. (Moskva'
Surgical restoration of the patency of the seminal dLcts;
an experimental study. Urologiia no-4:29-34 6/,.
(MIRA 19:1)

ANDRIANOV, V.114.; BUDZKO, I.A.; VENIKOV, V.A.; DEMIN, A.V.; GORODSKLY, D.A.;
GRUDINSKIY, P.G.; ZAKHARIN, A.G.; KRASNOV, V.S.; LEVIN, M.S.; LISTOV,
P.N.; MARKOVICH, I.M.; MELINIKOV, N.A.; NAZAROV, G.I.; RAZ3VIG, D.V.;
SMIRNOV, B.V.; SjLPMY.X.,- SYROMYATNIKOV, I.A.; FEDOSE'fEV, A.M.;
YAKOBS, A.I. -
Doctor of technical scienous, Rorfv3sDr 1Av Efimovich Ebin, 1905-1 on
his 60th birthday. Elektrichestv,,4 *t ro.6:91 Je 10'5. (MIRA 2.8:7)

ACC NRo AP6029598 SOURCE CODEs UR/0281/66/00O/CQ:J/O019/OM7i~
AUTHOR: Stepanova, V. G. (Moscow); Tolstov, Yu. G. (Moscow)
ORG: none
TITLE: Three-phase-bridge inverter driven from the line with series-paral-lel
capacitors In the converter circuit
SOURCE: AN SSSR. Izvestiya. Energetika i transport, no. 3, 1966, 19-27
TOPIC TAGS: electric capacitor, electronic circuit
ABSTRACT: The article describes a threc-phasew-bridro inV*ri& vith a
.combination of series and parallel capacitorn connected directly to the
'torminals of the converter circuit. Such an arrangement offers the advantages
of stability arA of "instantaneous" current commutation, in addition to
co-mponsating for the reactive,power in the transformer circuit. Voltage and
current relations for the fundamental as veU as for the harmonics are derived
on asis of an equivalent circuit diagram showing the capacitors in the
roctiCior loops of the threa phases. Also the operational cb&r&ct4W1sV-cs
a:.-a analyzed, especially stability, regulation and comiutationt the pOrformaysce
-d -i amd without series capacitors is compared* Cortain design aspects &ro
d-4scussod, namely tho pr9per oboio's of reactancest i.9. the relative sizes of
and paraUol capacit-6ra, vith emphasis on the advantages of having them
co,an,*ctad In the rectifier loops. The last part of this article preterts and
UDC

STEPANOV V 0.
,
Experimental investiption of the motion of ohips in canals
at super--1+4 -*), Bpeeds. Visti Inat. gidrol. I SW. AN
URSR 171INoft 160, (MIRA 14:8)
(Ship&-aydrodymamics)

RUSAJKOV, Sergey Vasillyevich; PYSHKIN , B.A., prof., red.; qjE ~ANO
V ., nauchnyy red.; DAKHNO, Yu.B., tekhn. red.
[Design, construction and operatiom of Vmtective structures
at the Kakhoyka ReservoirlDosvid prooksumnia, budivnytstva
ta ekspluatataii zakhyanykh sporud Kakhovalkoho vodookhovy-
shchaw Pid red. B.A.Pyshkina. Kyiv, Vyd-vo kkad.nauk URSR,
1962., 67 P. (MIRA 16:3)
1. Chlen-korrespandent Akademii nauk Ukr.SSR (for Pyshkin).
(Kakhovka Reservoir--Shore protection)

ACCESSION NR: AT4028736 8/3083/63/022/000/0086/0101
AUTHOR_S (Stepanov, V. A.)
. _tepanov. V. 0
TITLE: Interaction of oblique waves with the walls of a channel and the hull of a vessel
with t;he latter traveling at supercritical speeds
SOURCE: AN UkrRSR. Insty*tut gidrologiyi I gidrotekhniky*. Visti, v. 22(29), 1963.
Gidromekhanika sudna (Ship hydromechanics), 86-101
TOPIC TAGS: hydrodynamics, ship, wave hull Interaction, hydromechanics. wave cluumel.
interaction, oblique wave, wave, ship movement, hydraulic theory, ship hull design
ABSTRACT: The movement of a vessel in a channel at supercritical speeds involves a
number of peculiarities which are not found in movement at ouberitical speeds. 7hese
peculiarities are analyzed in detail by means of the unidimensional hydraulic theory (G. 1.
Sukhomel, V. M. Zass, L. 1. Yankoveldy, Issledovanlye dvbhenlya sudoy po organichenWM
farvateram, Izd-ve AN USSR, 1956). However, the introduction of the reflection and Inter-
action of oblique waves with ft hull cl the vessel can significantly augment exAsting
Card 1/3

ACCESSION NR: AT4028736
explanations. An analysis of the "shallow water" theory, as well as the essential nature of
the analogy between gas dynamics and hydrodynamics, has made it possible to establish
the limits of Its applicability to au Instance in which a vessel is moving In a channel at
supercritical speeds. In this article, techniques are given for plotting the reflection lines
of oblique waves between the hull of the vessel and the walls of the channel. 7`ypes of .
reflection are considered which produce either small perturbations or waves of finite height.
In the first case, expressions are derived from the law of geometrical optics; in the second,
the use of jump polars is recommended for the plotting of the reflection lines. During
experiments conducted at speeds close to that corresponding to the minimum of the resistance
curve, nonlinear reflecdon of oblique waves was detected. It In proposed that the problem
of such reflections under specific conditions should also be solved with the help of a jump
polar diagram by means of the methods of gas dynamics. Consideration of the dynamics of
the action of oblique waves on the hull of the vessel has made It possible to refine and augment
available explanations dealing with: (a) the reduction of the resistanc6 of the vessel when
moving at supercritical speeds in narrow channels in comparison with wider thannels; (b)
the fact of the presence of repulsive forces at these speeds in the event that the vessel
2/3
Card

ACCESSION NR: AT4028736
approaches the channel wal1; (c) the instability of ship movement at speeds corresponding to
the descending leg of the resistance curve. In addition, on the basis of an analysis of the
effect of the tapering angle of nose waterlines on resistance, approximate methcds for Its
determination are given, as well as recommendations for the waterline design of vessels
moving In channels at suporcritical speeds. Orig. art. has- 9 figures and 16 formulas.
ASSOCIATION: Insty*tut gidrologiyt I gidrotekbniky* AN UkrR8R. (Institute of Hydrology
and Hydrotechnology, AN UkrRSR)
SUBMITTED: 00 DATE ACQ: 16 Apr64 ENCL: 00
SUB CODE: ME NO RZF 1KW: 011 OTHER: 006
Cwd 313

-.j5 EWT(d)/EWTj'm)/EWP(r)
---.---ACCESSION NR.__ AP4023367_________ S/0198/64/010/002/0~-173/0180
- - - -------
AUTHOR: Panchonkov,__A. (PAnchenkov, A. N.)(Klev); Stepanov, V. 0. (Stepanov,
(Kiev)
TITLE: A method for computing the load distribution over the span of a byd rofoil
SOURCE: Pry*Jdadnamekhanika, v. 10, no. 2, 1964, 173-180
TOPIC TAGS: hydrodynamics, hydrofoil, load distribution, hydrofoil loadirg', lift
ABSTRACT: The problem of the load distribution along the span of a hydrof Dil to reduced )l
to the solution of a basic, singular, Integro7differential equation by an iteration method
with a very small number of approximations. An airfoil with elliptl ". diabibution of
circulation in an Infinite flow is Inves-tigated and a closed eolution is obtained with the
assumption that this circulation exists under a free surface. Practical forriulas for
determining the hydromechanical coefficients of the hydrofoil are presented. "The authors
express their gratitude to Engineers A. I. Yukhy*menko and A. V. Miodusheralka, who
carried out all of the difficult numerical computations." Orig. art. has: I131i; I figure
and 19 formulas.
Cod 1/2

6994-65
ACCESSION NR: AP4023367
ASSOCIATION: lnsty*tut mekhaniky* AN URSR (Wtittite of Mechanics. AN URSM
SUBBUTTED: 07Dec62 ENCL: 00 MM ME: AN, ME
NO REF SOV: 003 ---- -- -OTHER: 101
Card Z/2

312), 3(4)

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,.:

VARZUGIN, V.M.; STMANOV, V.P.
Manufacture of cross-line acreene on photomechanical films.
Geod.i kart. no.2:43-48 F 160. (YIRA 13:6)
(Map printing)
(Photomechanical processes)

ALIYEV., IL.M.; UEYTMAN, Yu.S.; MAMEDGV, F.I.; STEIANOV, V,P.
Detemination of the tar content of fuel oils. XhimA tvkh.topl.
i masel 6 no.12:15-18 D 161. (MIRA 15:1)
1. NIPINeftekhimvtomat.
(Petroleum as fuel) (Tar)

s/049/60/000/02/010/022
E131/E459
AUTHORS: Salikhov, A.G. and Stevanov.
ftoww~'X - 9 1
TITLE: Density and Gravitational Effect of Faleozoic Rocks in
the Tartar Republic
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya, geofizicheskaya,
1960, Nr 2, pp 271-277 + 1. plate (USSR)
ABSTRACT: The results of an investigation carried out in the
Bondyuzh and Yelabuzh regions of the Tartar ASSR are
described. The data of thelravitational effect caused
by the variation in densities are given. The densities
of paleozoic rocks (a) are tabulated in Table I and shown
in the cross-sectional diagram, Fig 1. The distribution
of the densities for the two regions is illustrated in
Fig 2 and 3. Fig 4 illustrates the mechanism of
formation of the structures with the various densities.
The effect of the relief on the anomalous gravitational
field was calculated from the formula
,&g = 2'71 k 4& a H
and more exactly from the formula given at the tottow
Card 1/2 of p 276 for some localities. The results thus obtained

s/o4g/60/000/02/010/022
E131/059
Density and Gravitational Effect of Paleozoic Rocks in the
Tartar Republic
are given in Table 2. There are 4 figures, 2 tables
and 4 Soviet references.
ASSOCIATION: Kazanskly filial AN SSSR Kazanskaya ekspeditsiya
tresta ,Tatneftegeofizika,, (Kazan Branch of the Academy
of Sciences USSR, Kazan ExDedition of the Combine
"Tatneftegeofizikall)
SUBMITTED: July 22, 1958
Card 2/2

STEPAIIOV, V.P.
Tectonic pattern of the bedrock in Xirov Province and the southeastern
Mari A.S.S.R. Geol. nefti i gaza 4 no.9:39-41 S 160.
OGRA 13:8)
1. Trest Tatneftegeoglalka.
.(Ziroy Province-Geology Struatural)
(Mari A.S.S.R. Geology: Structural)

STT--'P;tj'q'0V , _V J, . -, YEVG1Gd',)V , IN.S. -, ANDMEV, V L.
Some results of surface magnetometric work in the Tatar A.S.S.R.
Geol. nefti. i gaza. 5 no.11:56-59 N 161. (MIRA 14-.11)
1. Kazanskaya ekspeditsiya tresta Tatneftegeofizika.
(Tatar A.S.S.R.-Magnetic prospecting)

STEPANOV, V.P... inzh.
Productive capacity of a ship repair enterprise. Sudoetroenie
27 no.2:51-52 F 161. (MIRA 26:7)
(Ships-Maintenance and repair)

STIPANOV, V.P., inzh.
Construction of the hydraulic and power center on the Nitigara
River in the USA (from *Niagara Power Project Data and Statics").
Inergokhoz. za rub. no.2:46-47 Mr-Ap '59. (MIRA 12:5)
(Niacara River-Hydraulic engineering)

STEPANOV, V.P., inzh.
Experience in operating electrohydraulic Bpeed controllers
of hydraulic turbInes. Elek. sta. 35 no.2:41-44 F 164.
(MIRA 17.*6)

--STEEPANOV, V.P., inzh.
Keeping oil out of the windings of hydrogenerators. Ent,rgetik
8 no-9:13-14 S 160. (14U-'. 14:9)
(Turbogenerators)

ASMAKOV., D.N., kand.tekhn.nauk,, inzhener-polkovnik; STEPANOV, V.P-p
inzhener-kapitan
Computing amplifiers. Vestprotivovozd.obor. no,3:20-24 Mr #61.
(XHA 14:7)
(Amp3i lore (Electronics))

ALIYEV, T.M.; STEPANOV. V.P.
Dynamic a.c.potentiometer. Izm.tekh. no.10:34-39 0 61.
(MIRA 14:11)
(Potentiometer)

.;/146/62/005/003/005/014
D 214 0 U-'
md Ste:)arov, V.P.
1`2 L c!is--)jayi-.v, tac; vectors of alternating
j L
k- D * 1C. _L 1-vc-Itiva vynnshil:h uchcL),ay'-.o. zavedet-dy, ilriboro-
Otroycidyc, V. no. 3, 1962, 37-42
2lic describe a devic-a -L::o,7 ol:~tainin,:f the a.c.
vcotors ca a-,i osciUo,,ra~)h --creen in '-:ic foni of :;traight li:1- sc--
mc-atc w1-103C ic-a-t"'. a-c! -poSit-i 0 r. , 7 41 .-11 rer,,)ect to thc, coordf "nate axes
6c-)C-LC: rcs)CCi-2~ c ot" -he vol-:aL.,es ti h V)
LVCIY 0-11 1:11C CIU! L
arc-, C3 --m-Plitudc modulated %,r',th a frc-. Idd
Tac volt--re is
or,lency lower thant. that o_f the volta,:c it*sclf , then divi-
dcd i--..,to two ccual in ma(mitude and displaced Z)Y 900 in
Vertical xr-,d- horizo-,tal plates of
"'.7c '-'C-- to
""ic --ay o-
dis-.)Iaccy~c-~It is
-3 1 a c e, -~ ~znt
c, vc "is
an os-
the
th~, 1-tter -mov i, a s-. iral and its maximura
L)y -LO.0 m,)1it1,Lc1c of t1ae :)rinary voltarre.
is -~7ed to the co-atrol. -rid o~_- the X-ray tube,
Card 1/2

'~ /1~6
3 /622/0 05100310 0510 14
e ev" cc -`O~: C12 L
.L nc' the vectors ... D23tWi303
tlle rcY -22w)ear at certain instxatc only, ifacn, short positive
)u1scon are -ive-,-L fro-, a, snecial unit. The -)u1ses --ifollow with a fre-
quancy ecual to t1hat of tlhe -),riraary voltz,~~e -n-,d I-Lave a stable phase.
"he screen is then illumiaatedl affter every turn o-' t~,,e spiral an
L d
the
.ItC C.:_
a suf-ficiently clocc to each other to give
a strai~zat V.11. _--'Otey-a is nentio-ned ----or his contributions.
There are 5 figurcs.
C3
institut -ae"ti i Ichimii in.
6 A.
.~ziz*_,-c1_:ova (Institute of 1?etroleum and Chemistry
of ,%zer'l~anyzhan im. lol. Aziz:3ehov)
S, -U ITT ZD Se-,)tember 11, 1961
Can-, 2/2

PHASE I BOOK EXMIUTION SOV/4944
Kamnev., P.V., Candidate or Technical Sciences, Docent, Ed.
Per*dovoy owt kovki (Advanced ZziprIence in Forging) IlAningred] TAniz"t,
1959. 246 p. "5,W0 copies printed. , I
Ed.: Ye.Y. Y=611yanows; Tech. Ed.: I.M. Tikhanows.
PURPOSE: This collection of articles Is Intended for vorkers and englIMM in
die-rorging shorrs and for personnel or affiliated branches in the machine
industry.
COVEMli The articles deal with the advanced experience or a number or TAnIn.
grad plants In wchanIz1ng and Improving production methods In the forging.
Recommendations a" made concerning the specialization of forging shop,,
and the further development of open-dio forging processes. Articles by op-
4rators-innovatorm In for4ing ohops of the Novo-Kramatorokly (Now Krematersk)
and Urallskly (Ural) machinery plants are Included. The collection contains
scap or t-lip topers w1drb woro 41aritmood during tho cortfor*noo In Juno 1918
01N. Kiwokov, 01taijunit) ook open-Me fordind, '1*11.0d hy W146 1-9dt(*iM1 0041ktua for
the pr*zsvorking of m*ta" or tho L*xLLngr"skoy* Prsylealy* nauchno-tekhni-
cheakogo obahchestva mashinostroltellnoy prgWoblennosti (lAningred
-Cm*4/4-

Advanced Experience in Forging s(w/4944
Administration of the Scientific and Technical Society of the NachiRe IMWtr7)
and the Leningradskiy Dcm nauchno-tekhnichaskay propagandy (TAningrad House or
Scientific and Technical Propagenda). The foreword includes a list or the Par-
ticipants who submitted papers to the aforementioned conference. There are no
references.
TABIZ Or CONTI=:
Foreword
Kamnev, F.V. Candidate of Technical Sciences,, Docent. The Method or Grouping In
the Manufacture of Forgings as a Basin for Specializing the Forging ShW 13
Lizunova, T.A.,_t.P._5tnnaW. and K.Ya. Shenin, Engineers. Heating the TALrge
Ingots and Blanks of High-Alloy Steels and Alloys 43
Medvinskiy, V.G.0 Chief Process Faigineer., Die-Pressing Shop. XWdng Forgings
From Oblong-Fom Ingots 52
Card-2/4

IYLUGUTOV, M.Ya.; STEPAIM, V.P.
State of stress in cylindrical stock in open-die upsetting
with flat-face hammers. Kuz.-shtam. proizv. I no.8:1-4 k, '59.
(MRA L2:12)
(Forging)

s/182/60/000/003/002/007
A16l/Ao2q
AUT-HOR34 Dzugutr.,v, M.Ya,,. Vinogradov, Yu.V-- Stepanov, V.P.
A), --------- -
TITLE: The Effect of the Deformation Degree on the Results of Ultrasound
lin~~ in Forgings~ From High-Alloy Heat-Resistant Steel and
it
Alloys
14
PERIODICAL! Kuznechno--shtampovoahnoye proizvodstvo, 1960, No. 3, PP. 10 - 13
TEXT% Non-uniform grain size In heat-resistant steel forgings with spots
of large-grain structure causes difficulties In ultrasound defectoscopy, i.e.,
the bottom signal disappears partly or completely in large-grain zones, or false
defect pulses are obtained. It; was revealed that the forging technology used at
the plant gave practically no large-grain zones, but the remaining zones of the
initial cast structure caused the same trouble. To determine the effect of sum-
mary deformation and of the forging dimensions on the results of ultrasound in-
spection an Investigation -s been undertaken with forgings from alloys _W4376
E14' ~\ 4
37B Ab;d a14481 (E1481) ,nan cylindrical and washer shape. The forgings were
(
prepared on a 4,000-ton press from an octagonal 2,100 kg ingot. The deformation
coofficterit 1B d~itermlned at. tho "Fitktrontal"' works 0-here exists no general
Card 1/3

S/182/60/000/003/002/007
A16i/Ao2g
The Effect of the Deformation Degree on the Results of Ultrasound Inspection in
Forgings From HIgh-Alloy Heat-Resistant Steel and Alloys
opinion on the determination method of this coefficient.) as the relation of the
final. bIl.let length to the Initial length in the drawing operation, or av rela-
tion of the initial billet height to the final (or of kh~ final and Initial
cross section area) In swaging. Explanation is given (in Table 1) how the total
deformation coefficient is calculated for the case of alternating drawing and
swaging operations. Ultrasound defectoscopes Y_V'tll (MD711), 86VM (861M). B47W
(V471) and ctheis were used, with frequencies of !.4 - 2.5 megacycles, trans-
former oil. or spindi's oil was employed as medium. It was concluded after exper-
Iments and comparison of praotical production data that the inspection results
depend on the deformation degree by forging and on the forging dimensions in the
sound directlen. Az may be seen from Tables '2 and 3, the deformation coeffici-
ent 7 or lower did not give a :omplete ultrasound Inspection In forgings of
E1481 steel of 155 mm height because of the presenoe of not recrystallized cast
structure, and the same happened with EI437B steel forgings of 215 mm height and
8.16 deformation coefficient, but ne coefficient 11 in the first case wid 13.3
In the second was sufficient. It was stated that heat treatment of forgings
Ca rd 2,13

s/i8z/6o/ooo/ooa/002/007
A161/AO29
The Effect of the Deformation Doegrep on the Results of Ultrasound Ins;>ec-.icn In
Forgings From HIgh-Alloy Heat-Resistant Steel and Alloys
with incompletely recrystallized struc,~ure and incomplete ultrasound perneability
is needed to complete recrystallization. It consists in heating slightly over
the temperature of beginning recrystallizaticn soaking in this temperatu.-* and
cooling. Peating to a higher temperature leads 0 a wrs complete and rapid re-
crystallization process, but can cause the beeginning of the collective recrysW-
lization process that could again Impair the inspection. S11- izing, the fol-
lowing conclusions are drawn: 1) The total deformation magnitude has a decisive
effect, and the accuracy of the reaults grows with a growing (to a certain limit)
deformation coefficient. 2) The inspection accuaray drops with increasing di-
mensions of forgings in the direction of sound (with equal deformation coeffi-
cipnt). 3) The nature of alloy, or steel, also has an effect. 4) Spe-21al heat
treatment of fcrgings that could not be "sounded" at all or partly in the state
after forging, usually improves the 'tsoundability" due to more complete M-crys-
tallization. There are 2 photographs and 6 tables.
Card 3/3

WM6
I
TMAA invelstig.ti-an ZVI th, R-er-yot.1111,t
PSRICDICAL: jAyllotly. kk.4~zIL I-k rl=y. 00.1
Coult. va%ollurriyo I toplivn. Ot4l, !V, PP 70-',-
1h. auth,jr,t doorLbg their It-at1oxttun. of ttn
War---
diff.zil.
Th- otI-Ct or th- -r -am
orgmatlon. vitn ap-ial -fnr~tl- to
Th. ;*r'rv*-r"uc1.ur* III %he coat Aliny to aft.)wn in the top tart Ox
2A 0.1 Fit. I :rill, that attar 14% linear
d scr hod t t. R-f. 1) Ill oh--n in M. top rwNt.
DI'ler.o:4v 2n r.rin"m I Is."cdar 41ftel-ont "1411t.10no Ira iv.1ne.
ttOMA f Yll,, 1. F-lr th- sa.kn
trilt.1 by tte 1,-r -C
jz"vt-,rst-~t the -Vhoro 40"d a vrt)41j.-tI,n ln.:ot of th. .1111
Sako borka (sozowt.,t largor than In th,t orlerintl u,,o of 1.naar
d.lo-gation (Swf. 1) ishich am d.f.r.2.4 at j1W, 11W, 1.1fx) -a
card IP,
U4C 61; t" O.'5.AV,;. After air ~,jin,_ th, 41torm,..,
"M C~- tt*Itk~lallj Into four pirta; on, of which am, at
0 dffor~tlon tapperatur" for ;) hovra allqth.r at l2q0
P011-b-4 --1tlOn- -r- zml, fro. ~a7lt_
at graph- of avara6m train nize NKaln"t 4.or ~;rl
dPfcrMmtlL= &Wl ta.larstum,
Fit' 2, 3 aloA A r.l,t.,
to Worsia%lon attuwIL ann.alln-1- 11-t-m-tion -1th a.,.
th 4=4 .4mPgral."t., and d.fqM.tj*' 'Ith 'C'
rat Loll roKI,,nj with % Or
otr*,C'~r* =,d tth -Old aI d-r ~t. r- tnii,e.4i. rtf'.~
I .all,
L
.I~jtrmt a -roat wtur 0. -V.I~for~12 4r.11
LISIL Or 'I*fOmmtlcn 4-foct,l for-1 at o,,r 1~#fr-q or*
!--I a;. New jSr.1n, mp;~,%-. Ghl gr- at all st%Kqs ,r hn.
d*.'wr%.a".*_m, An jr~vq&tjKgtjch ..a also m,,,d. of th" jnfl_,,~4 of
tr~atmant (pre,44-jr, or h-at) ln thm h-,t-
F~jr tV,,Im, ty;, v.P.M_~
Vast evera Aaln trots litics prt,vo~ from th,e mll,,y It oC
71-0-1~ti/, qC -n 10-1~ mill,, than to air).
Ca:i
St-~-!,rq -as d-t.ralrad (Tabl, 1) -1 -ith
Under torta.r. iDniltiona th- t~,nt r-iixtinw
Of tV'* *1107 or. im"--1 .. . r..Ilt or !'..
of oorr4tions a* ~:roln bo,An,:nr!qa (Fig. 6).
It:.-irg -.9 dir.,t.d by I U ',1y
, e--L
Th . a.- 6 fig"r-ti, 2 tebt-9 U Z-v-t rtiforo.:.a.
S-MI-31: Jun. 1, 1960
Card 3/1.

Y410
AUTHORS t
TITLE:
SOUROBI
4 519
8 f0q/61/007 ~~ 00/006/044
1J/ 10
WIVP303
stegayev# Y.V.p Danillchenko, A.S.,
Ra
~chkova. Z-3t. Mezis, V.Ya., Vinogradov, Yu.V., and
Stepanov, V.P.
Recryetallization of cast, deformatlon-resistant
alloys of the nichrome type
Akadomiya nauk SSSR. Institut metallurgi. Iseledova-
n1ya po zhuroprochnym oplavam, V. 7. 1961, 47 - 57
TFXTt The work was carried out under the supervioion of I.M. Yav-
lova. The rocryotallization of nichrome-type alloys has been atu-
died very little, since their low plasticity in the cant state =a-
kes experimenting difficult. Therefore, a new method of hot working
had to be developed, renderin,7 upsetting without rupturing poscible.
This method, in which uniform upsetting is achieved, consists cf
making shallow flat grooves (0-5 - 0.6 mm) with rims of 0.5 rm
width, in the end faces of a cylindrical specimens (20 = long and
20 mm diameter). The grooves are filled with moistened asbestos or
Card 1/3

S/659/61/007/000/006/044
Recrystallization of cast, D217/D303
water glass, acting as lubricants during high temperature deforms-
tIan undor a drop hammer or press. This enables the contact fric-
tiara to bq docreatood to it min1mum rand thereby permits deformation
i&ii,tor or)folitiont; of linear compronnion. Tito roesulto of invootign-
tiollp of proottloot, oocurring In motnllic ulloya
on hot working by pressure, nru usually V1*eOPfA#d Iti 010 tOM or
space diagra=s of recrystallization of the second order vithlri tho
coordinates "temperature, grain size Ecid degree of defornation".
Powever, these diagrams do not represent the entire recrystalliza-
tion process which Includes the old crystals to a certain ex*qn*
as well as any possible intercrystalline failures and their
billty. Therofore, the regione of full and incomplete recrystal.11-
zation, as well as regiona of failure and weldability between the
cryetalo, should be Indicated. A nichrome type alloy Ingot, made
under production conditions, was used in the investigation. Since
the mftximum traneveree diameter of the dendritic crystals of the
ingot attains 10 - 13 mm, the dimensions of the specimens were in-
creased to 30 mm. diameter and 40 mm length, as against 20 x 20 mm
used in the uniform upsetting method. The dimensions of the end fa-
Card 2/3

5/659/61/007/000/006/0,it
Recryetallization of cast, D217/1)303
ce grooves were increased proportionately to the new specimen dl-
mennions. The specimen axes coincided with the longitudinal dirac-
tion of the ingot. Three-dimensional recrystallization diagrams wax
constructed for cast nichrome type alloys by the "uniform" upsett-
ing method, and also for cases in which the eoaking time during an-
nealing of the hot deformed metal had to be allowed for. The re-
gions of complete recrystallization of a sound or defective struc-
ture, as well as regions of complete recrystallization of etructu-
res with welded-in defects were labelled. In all stages of hot de-
formation of nichrome-type alloys (in the cast or,prelimlnarily re-
crystallized state) recrystallization (appearance and growth of new
graius) was observed to take place. It was found that under certain
conditions of hot working and appropriate cooling of forgings, a
complex intercrystalline cohesion structure could be obtained in
nichrome-type alloys which effectively increased their high tempe-
rature resistance. There are 6 figures# 3 tables and 12 Soviet-bloc
references.
Card 3/3

" i
r 1 -1 A
11 - I U,L)", le.G.; _STM-ANCI~, - -
EquIpw,nt for the investijation of' oblique-atele cutting !;.I me
optical-polarizatic;n method. Sbor. nauch, trud. Fiz.,-teVh.in5t.
AN BSSR no.7:190-199 161. (W,:RA 1-1-0)
(Mat'.Rl cutting-Testing)

31131Y6,21000100-5101 1/015
AUTHORS: ~tepanov, V,_?,, Pridantsev, M. V., Dzugutov, M. Ya.
TITU"': I," :tri-a:,-ia'L non1,o),mogencity of 787 (E1787) 3teel
PERIODICAL: ~;tal I, no. 6, 1962, 544 - 5);7
TEXT: it i_ generally accepted that the tendency to spotty liquati,-,n
dccrcao~a~; ui)ori raislng the niell-el content of the alloy. However, the -n-.rc-f;t,'ga-
tions of heat re.-,!--t,.,nlv alloyu with a nickel content - In some cascs 1.,, hle-h as
30-40% - [ 3140596 (r165%3), OH 787 (E1787)] or produced on a nickel basi.,; Cali 4,05
(1-:14'.35), 3z4---;7 (EI437), OZ765 (EI765), etc.] showed that thene alloy.,; are not
without this dc'Lect. As spotty liquation was found to be pronounced In the E1767
grade, tests were made covering the character of spotty liquation, its effeot on
the plasticity of the steel and the factors which affect the development of this
defect. The steel tested had the following composition (in %): C ~J.08,
Si ~-z 0.60, k4n ". C.60, S -:: 0.010, P 0.020, W ~~ 2.0 - 4.o, Cr 13.0 - i6.o,
Ni 33-C - 37.0, Ti 2.4 - 3.2, Al 0.7 1.7, B 0.03. Structural analyses -were
made on longitudinal and-transverse templates, cut from Ingots and forgings. It
Card 1/3

S/1 33/62,1COCAC 61011/015
Extra-axial nonhomogeneity of... 4'%()54/A 12,7
was found that spotty liquation developed in zones of increased pickling tendency,
containing an excess compound of eutectic character, arranged in the cast or re-
heated and deformed metal in the form of nets around the micrograins. fm increase
in the ingot weight and a reduction of the crystallization rate promoted the de-
velopment of spotty liquation. In ingots weighing 450 kg the number of spots
covering 1 dM2 of the ingot surface amounted to 3, in 2,100-kg ln~ots to 11.
lvlhen pouring 50-kg ingots in two different molds (a conventionalcold ca3t iron LOO
mold and a ceramic mold heated to 7000C), at rates of 3 - 5 and 25 - 30 minutes
respectively, no spotty liquation was found in the first ingot, wherea:s it was
well-developed in the second. The effect of spotty liquation on the mechanical
properties of steel and mainly on its deformability was studied on specimens sub-
jected to the following heat treatment: heating to 1,1800C, holding time 8 hours,
heating to 1,05000, holding time It hours, heating to 7500C, holdine, time !6 hours;
(after each heating cycle air-cooling). In the heat-treated specimenn spotty
liquation did not affect the heat resistance of the ingots, but decreased their
strength and ductility at room temperature, mainly in the transverse 5pecimens
(in the latter, the ductility decreased by a factor of 2 - 3). This =at be put
down to the distribution of the eutectic element. The mechanical properties were
Card P_/1

STEPANOV, V. P. . inzh.
Electric lighting control network$. Energetik 10 no.8:26-28
Ag f62. (MIRA 15t10)
(Electric lighting) (Zlectric networks)

GLUSKIN, A.Ya., kand. tekhn. nau~; STEPANOV, V.P., irizh.;
BORDAGHENKOV, A,M,, inzh.
Static voltampere characteristics of a slida contact, Vtst.
elaktroprom. 34 no.7:44--/,'7 JI 163. (MIRA 16:8)

GLUSKINP A.Ya., kand.tekhn.nauk; BOPJ)ACIIENKOV,, A.M. p inzh.; STEPANOV
V.P. t inzh.
Performance of the brusk contact of electrical machines at in-
creased current densities. Elektrotokhnika 34 no.9t2O.25 S 163.
(MM 16:2.1)

I .-),
L '--4u i ,
"Studv of ctreEs-strain relations in fluid-saturated, T-orous modia; the :,L--.plest
proolems of wave rel' ection"
I
Report presented at the 2-nd All-Union Congress on Theoretical and Aprlind
1.1'echanics, Moscow 29 Jan - 5 Feb 64.

ACCESSION 164: AP019M
AUTHOR: Fridentsew, ft. V. (ftscow);.,St (ftscow); ToPI I In,, We Ve
(Moscow); Klyuyev, M. M. (VA"cow)
TITLE: Effect of ejactmjag MItIng an the wr9structure of alloy Kbn)$VTYV
AN SIISR. 1xv. Hot'
SOURCE: allurillys I gornoye delo, no. It 1%40 45.47
alloy KhN3SVTYu. alloy macrostructure, spatted liquati.on, CUC-
TOPIC TAGS:
troala,-, melting.. slog ANF-6. slog AN291
ABSTRAC17; This economical multi-component alloy on an Fe-Cr-NI bass. designated
an
for use under extensive stress at high temperatures and representing an excell t
substitute for similar Cr-NI based systems, Is limited In Its applications by a
tendency to sPottY liquatlon. The authors Investigated the effects of chemical
composition and the quantity of slog ANF
-6 (30-40% A1203- 60-70% C~F ) or AN291
(39-43% Al 203, 16-20% CSF2. 22-26% CaO, 14-20% 090), as wel I as of ef*ctri cat cur-
rent factors' and electromagnetic stirring of the slag and metal I Ic baths. on the
macrostructur* and surface quality of 1200-kg Ingots of this allay -obtained by
smelting cost or. forged electrodes (200 no) an the P-951 apparatus In a 425-mm
diameter crvstallizer. 'it Is concluded that Ingots of such size can*be obtained
&rj1,,, a potty liquation when the build-up rate Is hold to 16s.2oc kg/hr (61,v,

ACCESSION NR: . AF019M.
5.5-6.5 ka). The slow.build-up rate is the decisive factor In obtaining Ingots
with satisfactory macrostructure. 'lye. V. Voynovskly, N. F. Druakinine. N. K.
Kernich, M. 1. Fichugins, L*.F, Cherny*sheve and A. F. Reskme also participated
In this study". OrIp. art. bass 6 Illustrations and I table.
:.ASSOCIATIONs none
9NCLt 00
SmITTEOg DATE ACIts, 3INsr"
sue COK: HL -OTHUS 001
NO REF SOV:
~L
Card V2