SCIENTIFIC ABSTRACT SHTENNIKOV, F.V. - SHTEPAN, M.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550010019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


SUBITNIKOV, ._F.V.
Active worker of the Office for the Promotion of Industrial
Efficiency and Inventions. Izobr.i rate. no-7:12-13 Jl 158-
(Gorkiy--Automobile industry) (MIRA 11:9)

44056
0
S/863/62/000/000/006/003
D207/D308
~UJTHORS: Yannevich, Yu.11., Shtennikov Yu V. and Yagu?.ov, I.G.
T IT=: 14 o d c 1 i -, i~ -7, Of 'L-1-10 7,rocesscs of radiowave propagation
C.~
over the earth's sur-Eace -
SOURCE: 14-odelirovaniye yavleniy v atmosfere i gidrosfere;
trudy Pervoy mezhduvedonstvennoy honferentsii 22-26
noyabrya 1960 N-Oscow; Izd-vo AN S~iSR, 1962, 67-82
T 72 "~'r The clcctrody-namic method of modeling ground-wave
propagation was employed: the dimensions of obstacle--, the wave-
length aid th2 electrical pro-~)erties OIL the ground were scaled up
or down. The phase characteristics of -the waves but not their ampli-
tudes were investigated. The eff-ect of the geometrical dinensions of
an obstacle was found using 3000 Mc/s waves travelling from a trans-
mitting aerial (a quarter-wave cop?er pin) over a path represented
by an aluminum sheet. The measured phase shift due to a hemispheri-
cal aluminum obstacle agreed satisfactorily with theoretical predic-
tions. In another series of tests the effect of a change in the
Card 1/2

Modclincr of the processes ...
C>
electrical propertics of the ground
on the phase of a ground wave -uas
at 3o0 1.',c/s to compare the phases
over aluminum sheets (representing
erties) a-Lid a wave which did not.
experiment agreed with theoretical
figures.
ASSOCIMON:
S/863/62/000/000/006/008
D207/D308
(e.g. at the sea-land boundary)
studied. The beat method was used
of a wave which travelled partly
a change of the electrical Drop-
"Zain, the results of the model
calculations. There are 16
Leningradskiy gosudarstvennyy universitet (Lenin-
grad State University)
Card 2/2

KALLISTOV, O.V.; SHTENNIKOVA.,I.N..,
Relation~'-between molecular weight and intrinsic viscosity of solu-
tions of poly-p-tert-butylpheny-Imethaer7late in bromobenzene and
carbon tetrachloride. Vysokom. soed. 1 no.6:842-845 Je '59.
(MIRA 12:10)
l.Institut vysokomolakulyarnvkh soyedinenly AN SSSR. '
(Acrylic acid) (Molecular weights) (Viscosity)

TSVETKOV, V.N.; SHTEIRIIKOVA, I.N.
Flow birefringence of poly-para-tert.butylphenyl methacrylate
oolutione. Vysokom.sood. 2 no-5:646-657 My '60. (MIU 13:8)
1. Institut vysokomolekulvarxWkh soyedineniy itN SSSR.
(Methacrylic acid) (Refraction, Double) j

TSVETKOV, V.N.; SI~JK~OVA
Form of ethylcellulose molecules. Vysokom.soed. 2 n0-5:808-816
My 16o. (MINA 13:8)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR.
(Cellulose--Optical properties)

TSVETKOV, V.N.; SHTENI-UKOVA, I.N.
-
Flow birefringence of nitrocellulose solutions. Part 3. Vysokom.soed.
6 no.2:304-309 F 164. (MIRA 17:2)
1. Institut vysokomolekulvarnykh soyedineniy AN SSSR.

ao u ~,r;
AN 631 R.

~T
TSVETHOV, V.N..~ MITIN, Y,,;.,* .:~ Slq-',-ENNIK-OVA- I.N.%, GL-USHEKKOVA, V.R.; TARASOVA,
G.V., SKA.ZJKA, WKITI"N' fqj.
Sedi-mentatlim, d-iff-.a5.' Dr, a-tA. -i-iscoc-ity of p~)Iy- /-benzfL Iglutazate
in 802Ut4orLS. V-y6,)k---m. govd. 7 rlo-6~1098,--`103 je 165. (MIRA 18:9)
1. Institut v-ysokoirsli~K-a!7a,-riykh soyedinerdy AN SSSR.

SHTF,KN,K,)VA, yeal. ,I~ omralmENKO,
LN,
4 be
Fk-,),,i birefr-jr.67epre and 7 no.6-13G4-1110
g-,ta u1,55 In
- _Mate molei.
65.
I. in-stitut VTsokcmolekulY&rnYkh ,oyedir.~~DiY All SS'R4

TSVETKOVY V.N.; SHTENNIKOVA, I.N.; RYUMTSEV, Ye.I.; SKAZKA, V.S.
Birefringence in an electric field, rotatory diffusion, and
dipole moments of poly~-~4-benzyl gl-ut-gmate molecules in
solution. Vysokom. soed. 7 no.60.111 6 Je f65. (MIRA 18:9)
1. Institut vysokcmolekulyarnykh soyedineijiy AN SSSR.

ACC NRs ARG035046 SOURCE CODE: UR/0058/66/000/008/DO911DO92
AUTHOR: Tsvetkov, V. N.; Shtennikova, 1. N. I
TITLE: Double refraction in a stream of a rigid chain molecule solution
SOURCE: Ref. zh. Fizika, Abs. BD714
REF SOURCE: Sb. Optich. issled. molekulyarn. dvizheniye i mezhmolekulyarn.
vzaimodeystv. v zhidkostyakh i rastvorakh. Tashkent, Nauka, 1965, 151-155
TOPIC TAGS: light refraction, double refraction, rigid molecular chain, rigid
chain
ABSTRACT: A study was made of the dynamic birefringence of light by a number of
cellulose ester solutions (nitro cellulose M, ethylcellulose (II),and trinitrobenzoate 1
cellulose (III)),whose molecular chains possess considerable skeletal rigidity. The
study was made to determine the effect of the form of cellulose on the above
parameter. The parameter [n], which is the dynamo-optical constant of the
solution, varied parabolically with variation in the refractive index of the polymer
in the case of I and III, which were characterized by positive and negative intrinsic
anisotropy corresponding to the theoretical. The observed binary refraction for
Card 1/ 2

ACC "': A116035046
esters was found to exceed in magnitude by two orders this effect of elastic
polymers. The second property found to be characteristic of these polymers
soluLion was the independence of the above birefringence on the concentration of
the solution in solvents, where the observed effect to a considerable degree is the
effect of the form of the cellulose. It is assumed that the observed dynamo-optic
effects of the ester forms of cellulose are a reflection of the segmented effects of
the microfilm. A bibliography of 13 references is included. Ye. Glazunov.
[Translation of abstract] (SP]
SUB CODE: 20
2/2

SVYATKOV, S.N.; SHTDIINIKOVA, N.A.
Degign of pneumatic transportation units with two evacuation
fans. Der.prom. 9 no.3:12-13 Mr 160.
(miBA 13:6)
1. lesotekhniches[Gaya akademiya im. S.M.Kirova.
(Pneumatic-tube transportation)
(Wood-using industries--Equipment and supplies)

-L;i-Y Zv TT,A
A I ---c,-.-e manitfacture of particle boards.
'T (VT
14:2)
r e' --p c'- p --, ~a cC
-:adeni,,a im. S.M.Kircva.

LYANITSKIY, V.Ye., professor, doktor tekhnicheskikh nauk; SMORODINSKIY,
N.A., doteent- SHTNNTSICLI V.K 9 doteent; KAGAN, Ya.Kh., kandidat
9
tekhaicheskilkCh. al D.G., inshener; STRELICHENI. M.M.,
; AL"mmav,
inzhener.
[Harbor hydraulic-engineering installations] Portovye gidrotekh-
nicheakie sooruzheniia. Moskva. Izd-vo Ministerstya morskogo i
rechnogo flota SSSR. Part 1. 1953. 6z4 p. (MMA 6:12)
(Harbors) (Hydraulic engineering)

GORYUNOV, B.F., kandidat tekhnicheskikh nauk; GTJDANETS, N.A., kandidat
tekhnicheskikh nauk; ZIATOVEIKHOVNIKOV, L.F., kandidat tekhnicbeekikh
nauk; KAGAN, Ya.Kh., kandidat takhnicheskikh nauk-, EMVOV, A.K..
inzhener; KUROGHKIN, S.N.. inzhener; LTAKHRITSKIY, T.Ye., doktor
tekhnicheBkikh nauk, professor; NOVIKOV, A.F.. imndidat tekhaichookikh
nauk; ROXASHOV, D.G., inzhener;_S,~T - SELI Y.K., kandidat tekhni-
redaktor';
cheskikh nauk; KUZIMIN. T.P., reUkt6grj!M"Y4-. II.N.,
NILIDOVA. B.S., radaktor Izdatel'stva; TIKHONOVA. Ye.A.. tekhnichaskiy
redaktor
[Port hydrotechnical installations; construction and disigal Portovye
gidrotekhnicheBkie aoortizhenila; konstruirovanie i raschet. Koakwa.
Izd-vo "Morskoi transport.* 1956. 537 P. (MLRA 9:11)
(Harbors)

~. - - ~ -0 , ~- It-I- z~ ,~ -. /~-
LYAKIWITSKIYjalerian Yevgenlyevich, zasluzhennyy dayetell nauki t tekhaiki,
doktor tekhnicheakikli nauk, professor; SHTENTSELI, Y.K., red*;
VOICHOKO K.M., tekhn.red. I - - -- *-aorld
[Harobrs] Porty.- leningrad. Izd-vo "Rechnoi transport," leningr.
otd-nia, 1957. 431 P. (MIRA 11:3)
(Harbors)

NIKIFUROV, Vagiliy Fedorovich. kand.tekhu.nauk; KAPELLO. I.A., red.;
,.~4.TENT ., ratsenzent; ARKRIPOV, Te.Te., retsenzent;
_.W-J.J
MAIRUSHTNA, A.U., red. izd-va; BOBROVA, V.A.. tekhn.red.
[Waterways and harbors] Vodnye puti i porty. Pt-3.(River portal
Rechnye porty. Ifoskva. Izd-vo II.Rechnoi transport." 1958.
370 P. (NIRA 11:12)
(Harbors)

SHTENqSELI., V.K., kand.tekhn.nauk, dotsent; STEPANOV, I.A.,inzh.
Accuracy of laboratory wave investigations. Trudy LIVT no.8-.58-62
16o. (MIRA 15:2)
(Hydraulic engineering-Research)

S/194/62/000/006/04-z/232
D2957D308
AUTHOR: Shtentsell, V.K.
TIT T 1~;
j 'Eethods of measuring wave elements on space models
PERIODICAL: Heferativnyy zhurnal. Avtomatika i radioelektronika,
no. 6, 19062, abstract 6-2-86 n (V sb. Novyye metody
izmereniy i pribory dlya gidravlich. issled.
MY, SS-R, 1961 p 22-24)
T--,XT; Elements are described for modernizing a 24-loop 07-24
(0T-24) oscillograph to enable us to carry out the rapid calibra-
tion of all pick-ups recording wave heights in investigating the
wave re6ime of an aquatorium by means of space models. The re-equip-
melat consists in nounting (to avoid parallax errors) a special mo-
vable visor in the upper panel -instead of a red glass, in mounting
a s~jecial -,irror scale behind the chart, and in the additional illi;.-
mination of this scale by means of two small lamps which are only
switcheo on in calibrating. The lack of coincidence of the loop-to-
chart distance with the distance to the mirror scale will only ma:ke
it necessary to introduce a constant correction coefficient to the
Card 1/2

KERPIN, Sergey Vladim-'rovich, doktor tekhn. nauk, prof.; KOTOV,
Aleksandr Ivanovich, RASILA, Dmit.-Ily Nikolayevich; ZARKHI,
A.Z... kand. tekh-n. nauk-, dota., reteenzent; MORARESKUL,
N.N., kand. tekhn. naWk. do-',-s,,, retsenzent; TSELI,
V.K., red.; VOLCHOK, K.M., tekilin. red.
[Footings, basements, and engineering geology] Osnovaniia,
fundamenty i inzhenernaia geolog'Aa. Pod obshchei red. S.V.
Nerpina. Moskva,, Izd-To 4Rechnoi transport," 1963. 36o p.
(MIRA 16:7)
(Engineering geology)

Acc r4-AP6634014 SOURCE CODE:
AUTHOR: Shtentsell, V. K.
ORG: none
TITLE: Specific character of the wave motion of a fluid and its comaiderations in
the sea-wave theory
SOURCE: Okeanologiya, v. 6, no. 5, 1966, 900-905
TOPIC TAGS: hydrography, i&QA dmmxryj-wz;yz=4P;Ft;un., hydrographic research, (current
fluid dynamics/ nxz+~-o,_ 0 CL4,1-
ABSTRACT: In the present article, an attempt is made to show that the wave motion
is of a specific type and differs from both turbulent and laminar motions. It is
asserted that, as a rule, no deformation of particles is observed in laminar
motion. In wave motion, the deformations are strictly periodic, and their frequendes
are lcw. In turbulent motion, the deformations are random, and their frequencies
are high. The equations of the fluid particle motion on a wave have been derived
from the above-mentioned considerations. These equations give wave-current velocities
one-half of the velocities obtained by Stokes, but corresponding to the values found
by Shuliyicin. Orig. art. has: 4 figures and 8 formulas.
SUB CODE:4508/ SUBM DATE: none/ ORIG REF: 006/ OTH REF: 001
i
rnr,4 I 1 /1 7mr. C11 co-qql AAA 11(96)

SHTEPA, A.
,C7-- --
Those who look forward. Metallurg 7 no4:35-36 Ap ,62.
MU 15:3)
1. Sekretarl partiynogo bytwo elektrostaleplavillnogo tsekha
Kuznetskogo metallurgicheakogo kombinata.
(Novokumetak-Electrometallurgy)

133-58-4-9/40
AUTHORS: onovalov, K. N.1 Korneva, N. K., Danilov, P. M.)
Teder, L. I.1 Drobyazko, T. T. and Shtepa, A.S. , Engineers.
TITLE: Gaseous Heating of Ingot Heads (Gazovyy
pribyllnoy chasti slitka)
PERIODICAL: Stall, 1958, Nr 4, PP 311-316 (USSR)
ABSTRACT: The use of an.oxygen-coke-oven gas mixture for heating
the hot tops of ingots weighing 5.6 to 6.7 tons developed
on the Kuznetsk Works is described. The following
optimal parameters for injector burner (Fig.1) were
established: the diameter of the oxygen nozzle - 5 mm;
the diameter of the mixing chamber - 16 to 18 mm;
the diameter of the outlet 17 mm widening to 21 mm, the
diameter of the tube for the gaseous mixture 1 1/211.
Oxygen pressure 4-7 atm, coke o3ren gas pressure 200-350 ma
H20. Consumption of gas 40-70 m5/hr and of oxygen
15-30 m3/hr. Experiments were carried out on 6-ton ingots
of open hearth steel using the usual and experimental hot
tops (of a smaller cross section but better insulated)'.
Floating hot tops (Fig.2) were also tested. The duration
of heating varied from 60 to 90 min, depending on the
Card 1/3 level of metal. The influence of gaseous heating on the

Gaseous Heating of Ingot Heads 133-58-4-9/40
quality of steel was studied on transverse macro-tem-plets
cut out from the upper part of ingots after crop end
(Fig-3). Chemical analysis indicated oxidation of
aluminium, manganese and silicon (Fig.4). When bunkerite
was added and carrying out heating under a protective
layer of slag (by adding chamotte, furnace slag etc.)
with a small addition of deoxidants, the oxidation of
elements was stopped. The experimental results are shown
in the Table. It was established that gaseous heating
is possible, the quality of metal did not deteriorate and
the yield of good semis increased by 5-?% due to a
decrease in crop head from 17-18% to 10-11%. Similar
experiments were carried out with stainless steel lKhl8N9T.
The results obtained indicated that the heating conditions
(the ratio of the consumption of gas and oxygen and
heating intensity) have a deciding influence on the
oxidation of titanium and the quality of the macro-
structure of steel. The following optimal conditions
viere established: Heatin-cr periods
I ii III
Card 2/3 duration of heating period, min - 30-40 30-40 20-30
oxygen pressure, atm 6 5 4-3

Gaseous Heating of InEot.Heads 133-58-4-9/40
The pressure of coke oven gas should be increased to
2-3 atm (to avoid cooling of the burner). A maximum
oxidation of titanium of 2150
16 is observed when heating
is carried out vith an insufficient amount of protecting
acid or fluid basic slag. The necessary aaount of slag
5 to 7 1-6 should be added in 2-3 lots. By introducing
into the slaS titanium oxides and aluminium powder, the
oxidation of titanium can be prevented. The quality of
the metal obtained is satisfactory. Saving in metal due
to a decrease in crop top - &/o. Further development of
the process in order to decrease crop top to 6-8% should
be carried out.
There are 1 table, 8 figures and 7 references, 6 of which
are Soviet, 1 English.
ASSOCIATION: Kuznetskiy metallurgicheskiy kombinat
(Kuznetsk Metallurgical Combine)
Card 3/3 1. Steel--Manufacture 2. Ingots--Heating 3. Slags--Properties

SUBJECT: USSR/Flood Conduits -7
AUTHORt Sht*pa, 3.G.-, Engineer, and Povlotakiy,M.Z., Engineer
TITLE% "Prefabricated, Prestressed Reinforced Concrete Flood Condqi~s"
tborrWe livneprovody iz napryazhenno armirovannogo zhelezobe-
tona),
PERIODICALt "Gidrotekhnika i Molioratmiyall, 1957s # 79 pp 24-28t (USSR)
ABSTRACT: Flood conduits across canals are built of reinforced concrete,
and are generally either trough or tubular shaped. Prepara-
tion ofdesigns for the building of prefabricated flood conduits
will enable to mechanize and speed up installation, as well as
effect considerable savings at construction costs The,aqua-
duct designed by the authors has a capacity of 2,; CU M Bect
a arose section of 0-51 square meters, and a difference of
levels between the upper and lower pools of 2.7 m. The structu-
r* consists of a total of 97 concrete blocks of 6 different
types. The prestressed units are manufactured by means of
hydraulic jacks of the type TaNIS MPS (Q14K WIC) with a capa-
city of 60 tons or the conventional hydraulic Jack DG-100
Card 1/2 (,Qr- 100) with the special stressing attachment DORNII (POPHO;~.

99-7-5/14
TITLEi "Prefabricated, Prestressed Reinforced Concrete Flood Conduits"
SlDorny~e livneprovody iz napryazhanno armirovannogo zhelozobe-
tona).
Considerable savings in metal and cement can be made by using
prestressed prefabricated reinforced parts.
The article contains 2 figures and 1 table, and lists 1
reference (Slavic).
ASSOCIATIONs
PRESENTED BYs
SUBMITTEDs
AVAILABLEs At the Library of Congress.
Card 2/2

PHM-A, B.G., GONCHARANKO, P.A.
Creation of a vide area of raw products for the canning industry
in the Volga-Akhtuba flood plain. Xons.i ov-prom. 15 no.11:25-27.
N 16o. (MIRA 13:10)
1. Ynzhgiprovodhoz.
(Volga Valle~--Canning industry)

TE:

SHT&PA, I.S.
&I-b-
Study of the pollens of Caucasus pine and fir tress. Soob.AN Grus.
SSR 15 no,3:175-182 '54. (MIM 8:5);
1. Predstarleno doystvitelinym chlenom Alrzidemii nsuk V.Z.Gulimashvili.
(Caucasus--Pollen)

SHTEPA, I.S.
Pollen morphology in some genera of the tribe Cynareae of the
composite family. Zam. po sist. i geog. rast. no.20:54-62 158.
(MIRA 12:9)
(Pollen--Y,orphology) (Cynareae)

SHTEPA, I. S.
Method of studying harbarial pollen of hybrid plants. Zam. po
sist. i geog. rast. no.21:67-70 159. (MIRA 13:8)
(Falynologr)

SHTEPAY I.S.
M
,Drphology of pollen of the genus Cirsium Mill. and a-Uied genera
of the tribe Cynareae (Corapositae). Trudy Tbil.bot.iwt. 21:81-
126 :61. (,KTRA 14. :10)
(Thistle) (Follen-Morphology)

SHrEPA, I.S.
"Palynological details concerning the Caucasian representatives of
Causinai Cass."
Report to be submitted to the Intl. Corif. on Palynology, Tucson, Arizona
23-27 Apr 1962.
Botanical Inst., AS Georgian SSR, Tbilisi

~t- ,,, .
~ ~o I I,, f'. ,~ t, nyi,- ! J p I till "!j of Q I v ca!, -~x .1 !'It. v!, 's ..'; P , I
I . . 1. ~,, ,, !" gerlil",
163.
.1"Irs-lum po sist. I lureo,,.- no~*23: 113-12 L
" !-I
17:12)

SHTEIIA.? I.I.M.
. Ejoursion to a steam electric power plant. Geog. v shkole
C,
25 no.1:49-51 Ja-F 162. (14IRA 15:1)
(School excursions)
(Electric power plants)

209
ERRORS Or THIRD ORDER IN CYLINDRICAL ELECTRON
LENSES. N. 1. Sherpa., Zhur. Tekh. Fix. 22. 216-26139-52)
Feb. On Russian)
The Author uses the method of trajectories (Cf. 0.
Scherter. Hettr. glektruntnopiLk 33(19471'. R. Rutter. J.
AWjt-J Phys. 11. -74011$47)) to find error* of third ~r5.r
due to distortion. spherical aberration, curvature of field,
initial velocities of electrons, etc.. in cylindrical electron
lenses. (G.Y.)

STrITEF4, N. I
USSR/Electronics - Electron Optics Feb 52
"Errors of Third Order in Cylindrical Blectron
Lenses," N. I. Shtep
"Zhur Tekh Piz" Vol XXII, No 2, pp 227-237
Subject although important is little analyzed..Bhtep
uses method of trajectories (cf. 0. Scherzer, "Beit-
;~7rage zur Elektronenoptik" 33, 1947; R. gutter, T. of
1. Phys., 18,740 1947) to find errors of 3d or-
App
V, 0 der, due to distortion, spherical aberration, cur-
vature of field, initial velocities of electrow,
etc. Indebted to A. M. Strashkevich. Received'
28 May 51.
209T58

11TL-: r-o'
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1559
AUTHOR 6TEPA,N.I.
TITLE The Graphoanalytioal Construction of the Spatial Orbits of Charged
Particles in Electrostatic Fields by the Method of the Radii of
Curvature.
PERIODICAL Zurn.techn.fis, 26, fasc.10, 2281-2286 (1956)
Issuedi 11 / 19_56
The here described construction is suited for relativistic and nonrelativistic
particles in electrostatic fields., At first the equations of motion of a re-
lativistically charged particle in the rectangular system of coordinates and
explicit expressions for the radii of curvature of the orbits of the particles
are written down and transformed. The transformed relations for the radii of
curvature are (if supplemented by the method of velocities) suited for the
graphically analytical construction of spatial orbits in an assumed electro-
static field. However, in many cases it is more convenient to use the energy
theorem, The velocity eomponents are determined by the method of successive
velocity increase, The corresponding expressions are explicitly given and permit
the determination of the velocity of the particless at any point of the orbit
if the initial velocities of the particle and the distribution of the field are
known. Next, the construction of the spatial orbit by the method of radii of
curvature is described in detail, If the field is determined experimentally (as
e.g. by the method of the electrolytic trough), it is not necessary to determine
the equipotential image of the entire image and it will be sufficient to de-

AUTHOR:
TITLE:
PERIODICAL:
SHTWA&.-L- 109-5-15/22
Construction of Space Trajectories of Charged Partiules in
Electrostatic Fields by the Method of the Radii of Curvature.
(Postroyeniye pros trans tvennykh trayektoriy zaryazhermykh
chastits v elektrostaticheskikh polyakh metodom radiusov kri-
vizny, Russian)
Radiotekhnika i Elektronika, 1957, Vol 2, Nr 5, pp 637-641 (u.s.S.R.)
ABSTRACT: A construction without the application of the method of velocity
increase is described here, The here suggested method of an
approximated graphic-analytical construction of spatial trajec-
tories offers the possibility of constructing trajectories of
charged relativistic and also of not relativistic particles pro-
vided the field distribution is knovin or can be determined in the
course of construction. The method can be successfully applied in
practice. In conclusion an example of such a trajectory construc-
tion is given. (With I Table, I Illustration, and 5 Slavic Re-
ferences).
ASSOCIATION: Not given
PRESENTED BY:
SUBMITTED: 14.7-1956
AVAILABLE: Libmxy of Congress
Card 1/1

'AUTHOR S HT'_-:PAI L2 i 7
TITLE G Y-a-01F () a ~,-a 1 1 P tg~'d P,3 1'711E-S IT.; MagLe'kC
Fields.

(Graf oanalit h chas t4
!
J_
ts v po!YL_'~-"i Jussifln)
PERIODICAL Radiotekhni'l-a i E',ektronLka,lq_?,vo2 "-r
ABSTRACT Two netliod~; ;ire igiv~z. !-ho plotting-, of ipai~~e trajectories of char-
Fed relative i- i the ccrditian that the
L
-rostatic
is
t'nat t h r~ z 'I.,. I on the
nc.
a 1, t t, agnate olanes
XO,' ~li.`U Xt,;,*i,!),2t
v~ -are -)lot-
7~ ac n- -a r a c y o f
t Z: e I I' a n d
tn ta t i ons . ~!'he
c. a L r
a a 17;-.i2rease the
i-- p C10 nQ-1 a 1, CT, I t
T_
7'k;
is
t ra

AUTHOR: Slitepa, N. 1. 37-1-25/30
TITLE: )ho-iii~ ytical ?lottiii,, of Charged Particle Trajectories in
Gral
Variable Electric and Constant Magnetic Fields (Grafoarialiti-
cheskiye poqtroyeniya trayektoriy zaryazhennykh chastits v
pereimenriykh elektricheskikh i postoyannylch ma.-nitnykh polyakh)-
PERIODICAL: Zhurnal Tekhnicheskoy Fiziki, 1958, Vol. 20, Nr 1, pp. 178-187
(USSR)
ABSTUACT: In this work the -raphoanalytical plotting of the charged partic-
les in variable electric fields, in superim-Dosed variable electric
and in constant ma,-netic field according to the method of
the increase of the velocity and the method of the radii of
curvatures is -iven with the following nez-lections: 1) Influence
of the magnetic component of the variable electric field on the
motion of the charged particles. 2) Energy of the electromagnetic
radiation of the moving particles, and 3) action of the spatial
ci.iarr,e of _,oving particles. The field potential distribution is
assumed as known, i. e. as a function of the coordinates and of
time or as numerical values at the points necessary for the plot-
tin- at the necessary time. In the case of a presence of a constant
magnetic field the potential of the magnetic iield is assumed as
known. Both methods are ail elaboration of the similar methods
Card 1 2 (ref. 4, 8, 9) su-zested for the plotting of trajectories of char-

Grapho-Analytical PlottirC of Charged Particle Trajectories in 571-1-25/30
Variable Electric and Constant Mav,nctic Fields.
.-ed particles in static fields in the case of variable electric
fields. The shortcomintas of these method are shown as well as
the
possibilities for their corrections. Tile range for the app-
lication of these methods which is deliraited by the above 3
s*.,,ortco,,,a-;ngs is briefly discussed. Coi-,clusively an exam-ple for
the -plotting is given. It is stated that the suggested ,rapho-
a.--lytical met'-ads can be used successfully for the plotting of
trajectories of nonrelativistic and relativistic charged partic-
les ir variable electric fields and ir. superimposed constant
Liagnetic fields for the case that during the plotting the field
distribation, alon,- the trajectories can be found or is already
known. There are 3 fi.-Yures, and 9 references, 8 of which are
Slavic.
SUBUITTED: ...arcil 19, 1957
AVAILAAE: Library of Con~;ress
Card 2/2

SMPA, N. I.
Graphic -analytic platting of charged particle trajactaries
in electrostatic and magnetic fields. Zhur. tekh. fiz. 28 no.11:
2587-2603 N '58. (MIRA 12:1)
(Particles, Elementary)

AUTHOR: I- 5htepa, N.I. sov/log-4-4-16/24
TITLE: Graphico-analytical Construction of the Trajectories of
Charged Particles in Axially Symmetrical Electric and
Magnetic Fields (Grafoanaliticheskiye postroyeniya
trayektoriy zaryazhennykh chastits v aksiallno-simmetrich-
nykh elektxicheskikh i magnitnyl-zli polyakh)
FERIODICAL: Radiotekhnika i elektronika, 1959, Vol 4, Nr 4,
pp 695 - 702 (USSR)
ABSTRACT: The ifork is a continuation of the investigations described
by the author in his earlier papers (Refs 1-4). it is
assumed thakthe field dfstribution is known and that the
space charges of the moving particles and their radiation
can be neglected. A cylindrical system of co-ordinates
(r,111y, z) -is empl:O*'*yed. The motion of a charged
relativistic particle in an axially symmetrical field
is described by Eqs (2), where E r and E z are the
external electric field components, E is the induced
'T
electric field, while H r and H z are thc ma.-netic field
Cardl/3 components. First, the velocity-increment method of the

sov/log-4-4-16124
Graphico-analytical Construction of the Trajectories of Charged
Particles in Axially Symmetrical Electric and Magnetic Fields
trajectory construction is consIdered. For this purpose,
the derivatives of Eqs (2) are expressed by finite
di-C-Cerences; consequently, the equations can be written
in the form of Eqs (3). The construction of the
trajectories will be more accurate, however, if Eqs (3)
are -w-ritten in the form of Eqs (4). In this case, the
approximating rectilinear segments are drawn at an angle
which is a mean of the angles of the tangents at the start
and the end of each of the construction segments. The
inethod is illustrated in-Figure 1. The mcond method
is based on the use of the radii of curvature. The basic
formulae for this case are given by Eqs (5), where the
derivatives of r,.,~Y and z tan be found on the basis of
the energy conservation law. The velocity-Increment of a
particle is defined by Eq (7). Consequently, the derivatives
of r, -Y and z are defined by Eqs (8). Eqs (5),
together with Eqs (8) are the principal formulae for the
construction of the trajectories. The mithods are employed
Card2/3

SOV/102-4-4-1~/
Graphico-anal-tical Construction of the Traje torie OJ4C harged
Particles in Axially Symmetrical Electric and Magnetic Fields
to construct the first turn of the electron trajectory
in a betatron. The results are shovm in Figures 3 and 4 and
in Table 1. The figures illustrate the dependence of
z on -T and r on -a for J ranging from 0 - 4000
From the figures and the table it is seen that the results
obtained by the two methods are in good agreement.
There are 4 figures, 2 tables and 6 Soviet references.
SUBMITTED: November 4, 1957
Card3/3

SHTNP.A, N.I.
Finding the trajectories of relativistic charged particles in elec-
tric and magnetic fields by the Adams method of finite differenT.
Zhar.tekh.fiz. 29 no.1:120-127 Ja '59. (KIRA :4)
(Particles, Blementa7.7) (Electric fields)
(Kagnetic f ields)

6.7000,16.8.-Doo 7 7 _33 38
AUTHOR: shtepa, N. I. SOV/57-30-1-17/18
TITLE: Numerical Evaluation of Trajectories of Charged Relativ-
istic Particles in Electric and Magnetic Fields
PERIODICAL: Zhurnal tekhniche3koy fiziki, 1960, Vol 30, Nr 1,
pp 121-124 (USSR)
ABSTRACT: Method of solvin.r differential equations of the first
order that the author used (ZhTF, XXIX, 120, 1959) in
solving the same problem is cumbersome to compute, and
it radUces the accuracy of the solution as shot-in by
Kollatts (Chislennyye metody resheniya differentsiall-
n,ylch uravneniy, M., 1953). This time the author sticks
to one of the Interpolation methods applying them to the
eauation of motion of charged relativistic particles in
constant electric and magnetic fields of arbitrary
shape. Electrical variables may be of an arbitrary
form while the magnetic ones are axially symmetric.
Eqtvation is written in the form
C~Ird 1/8 ii, -:::::: fi (,It, q2, q3, j 1, 11:1, t), i =z 1, 2, 3, (1)

Nulji,:~rical E-Ja.luation of Trallectori-or, of 77338
R,Aaf-j . 111 Electric SO'1/57-30-1-17/18
-n,~Alr-
11,11d Mac,
(I'll, (13 jre deno'ked rectan.p.,ular x, y,
,"S 01" 111 ul ones. (I Is-
cylindric, COMIC
pondln,,; Gline deri-vatives. Initial conditions are
q, Q.) = q.,,~, q, Q.) == I j,, (i =-- 1, 2, 3).
Solution of (1) 13 obtained constructing three tables
of' the type of Table 1.
Card 2A."

171.1. 2 V3TII. 3
. . . . . . . . . . . . . . . . . . . .
V2' -i, k
(Ii. k-1 k-1 T,4.
VTi, k
r:-

L
ol, JI
Jr, q2. Ar q:j. Jr,
V2-,,,, k V71j, k qj, k-1,
out-od
tjjc Lable's (-'OM-
b V'-q,

Nmerical ElalLIatiOn of' Trajectories 'of 77338
Charged Relativistic Particles in Ele,~tric SOV/57-30-1-17/18
and Magnetic Fields
u (u 1) (u 2) ... (u r dudr,
rl
0 0
b,4 is (is -4- 1) (it -#- 2). . .(If -1, r - 1) du.
rl
0
:,"?irst values oC the coefficient a r b r are shown in
Table 2.
2 3
-
1 19 3 W)3
2 6 - - -
12 -
-
3 2SI 95
b, 1 2 12 i00 288
Card 5/6'

Nl!m~2rl-cal Evaluation of TrajectorieL3 of 77338
cnarj,-c-d RelativL";tic Particles in Electric SOV/57-30-1-17/18
and Fl,i~lds
values of qi.,; q etc. at the initial
i'l 1,2; cli, 2 -1
oC the trajectory may be obtained by means of
Taylor series, iteration methods, etc. In a coarse
approximation
qj, n-1- -I- rq,, 0, -4- Tij, 1 , 2, 3),
qi
Tfi 473, -,qi. 0-
2. qj. 0 -f-rli. 0 -f- -4- vk 1), 1~011 = qi, 0 0 -4- V% I
Y 1J
Ti(ol (q[(') q(0) ... qfOl ti), VTiO1'=tO1'-1i,O-
L 1 1. 1- 2. 11 3.11
1,2- IN -q- -I- vtiliol 4101 = (Ii, 0
3. qfl)l -- 2qi, 1 6.0 .10 i.2
Id
to] 101 V1,(01 - Tin) - 1101 V2T,[GJ VTI[01 - VT[OJ
TIP] = Tf- (17 21 ... 1(0121 12), ,2- 4,2 li, 1'.
" q2, 3. 1.2 i.2 i.1
.,2
Card 6/8 4. q'01 'Mol - q~011 -f- -C 71101 V2T,101 qkOl~ -F 2T,!,01. -f--
C3 .,2 ( ,2 12 i. 2), '.3 1. , -

Numerical Evalu~ttion of Trajectories of 77338
Charged Relativ`-stic Particles in Electric SOV/57-30-1-17//18
and Magnetic FiE.-lds
Card 7/8
The approximation is then improved by I/ -fold itera-
tion. Numerical values of the solution are obtained
by filling out the tables of differences. The author
ZUpplies a recurrent equation for esti-mating the accur-
a,cy of the solution but points out that the result of
estimating the accuracy is of a much higher order of
n-agnitude than the actual error. In practice one can
take the construction accuracy of difference tables for
the accuracy of shorter s6gments of the trajectory.
The author evaluated the trajectory of a 4 mev electron
moving in an electric field E = Ex = -2-10 V/cm
and magnetic field H H = 200 Oerst. Initial
x
velocities X40 = ze o; Yo = 0. The step used was T
10- 11 sec, and cvmputations were made up to six
sLgnificant figvres. it was sufficient to go to the
third order Jifferences tables and the trajectory
a-reed in all six significant figures with the actual
oqe, in the x interval from 0 to 14 cm. There are 2

Numerical Evaiu.31-,iorl or Trajectories of 77338
Charged Relati,.ris--ic Particles in Electric SOV/57-30-1-17/!P,
and Magnetic Fie-lds
taoles; and 2 Soviet references.
ASSOCIATIONz Or3k State Pedagogy Institute (Orskiy gosudarstvennyy
pedagogicheskiy institut)
SUBMITTED: Jily 28, 1958
Card 8/8

SHTEPA, N.I.
Gompensation-zero method for investigatihg plans a~d
axisymmetrical magnetic fields. Prib, i,.tekh.eksp. 6
no.4:79-83 Jl-Ag 1.61. (MIkA L.4:9)
1. Orskiy gosudarstvennyy pedagogicheskiy inatitut.
(Magnetic fields--Measurement)

bW/00Z/02q/b0`
5/044/61
.
6 .
-AO6
/AW-

AUTHOR., Shto
~a, N. I

TITLE: trical solution of it syst6m -'of ordinary,
-diffe ial equati ono
of & high order A

PERIODICAL: Reforitivnyy zhurnal~ Mate 4
0- 19630 3,, pbstract 2V
M4
'
to).
Wet.
zap. Orski s. ~no. P~ I

I
y go ped.
3
~
TEXT: Theautho ie
r considers the nurn0ricalsolution of &sys m of.ordinary
differential eqmtIons
r- ---7.7 7-~
P

with the initial conditions
x
ire
The author indicates that the numridal 6614tion -6 f 'that system
may be obtainedp.'-'.
If that system Is reduced to a; sjst6~ -.of 1~ ~irst-orderi- Afffoie4lal - equations
However, as resulttof an n-fo, d re ij6i!i~
l pliceme
Card 1A

TUTC-TAGS: i~akrietlc Ti6ld"fi4ld
31
-',A~prdiicit ,..pro
p9se
di stribution- -of -j iai'
-: - - _ P P.,
At598)
1/2
rIj

V- - - - -- , - ---, --. -.-" 7 7
-77-- ~ ~ --- -- -77 7 '. .- - -
- - .- - - - , 2 r , - - , . , - : , - I - - - . - o . , , . .,
I 1 :1- ~ I I - -77~_~ 7:.~-,-`:~!~

ASSOCIATION., Orskiy pedagogicheskiy Ihstitutlorsk'Pedagogical Institute)
sma=: P-owir6p- DATE Acia: l 2Jun63 ENCL: 00
SUB CODE: PH,SD NR FM SGV; 000 003
Card 2124

- SETEPA, 11. 1.
Finding the spatial distribution of magnetic fields by the com-
pensato:7y null method. Uch. zap. Orsk. gos. ped. inst. no.5250-
54 163. (MIRA 1813)

I . . I - - - - - - - I . . . r - - - - - --- - - I. . . . .. r . .
I- . 4 . I I T, I - I - 1 1. . 1. .

SHTEPA, N.I.
Condition under which a relativistic charged particle will not
reach the axis in axisymmetrical static fAlds. Zhur.tekh.fiz.
33 no,.5s639-640 My 163. (MIRA 16s6)
1. Or3kiy pedagogicheskiy institut.
(Dynamics of a particle)

ACCESSION NR: AP4017597
AUTHOR: S4-epa",-N.
S/0109/64/009/002/0272/0282
TITLE: Radial-focusing characteristics of static transaxial fields
SOURCE: Radiotakhnika. i elektronika, v. 9, no. 2, 1964, 27Z-262
TOPIC TAGS: transaxial field, transaxial electric field, transaxial magnetic
'field, transaxial field characteristics, transaxial field radial focusing, transaxial
lens, transaxial lens power
ABSTRACT: A theoretical investigation of axially -symmetric radial-focusing
corpus cular -optical xyqterns which form the so-called "disk beazn~l of charged
particles is presented. Transaxial combined (magnetic and electric) fields are
studied. It is asnumed that (a) the paths of the charged particles are close to the
plane of symmetry of the fields, i. e. , to the plane of shaping the disk beam, and
(b) the effect of the space charge can be neglected. Z*panolons describing the
Caro I /Z

ACCESSION NR: AP4017597
magnetic -flux -denii ity components in transaxial fields are derived. It is shown
that the disk beam can be formed not only by an electric field but also by the
magnetic and combined transa2dal fields. It is proven that radial-focusing fields
a have only a collecting characteristic. Formulas are developed for the power of
short and weak transaxial lenses. The results of studies of the radial focusing of';
nonzelativistic particles are extended over to relativistic particles. The
principal errors of radial focusing are considered: asinnith scatter aberration.
chromatic aberration, and third-order errors. Orig. art. has; 2 figures and
60 formulas.
ASSOCIATION: none
SUBMITTED: 14Jan63
SUB CODE; GE
DATE ACQ: ISMar64
NO REF SOY: 004
ZNGL: 00
OTHER: 000
Card 2/2

SIITEPA, P. S.
"High-Frequency Oscillations of Star Type S~rstems." Cand Tech Scip
Moscow Higher Technical School., ~bscow 1954. Waiz, Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (11)
SO: Sum. No. 521, 2 Jim 55

SHTEPA, P.S.) kand.tekhn.nauk
Methods of studying and calculating the vibrations of locomotives.
Sbor.trud.BITM no.20:43-54 161. (MIRA 15:3)
(Locomotives-Vibrations)

MIOMO, 0.; SHTEPA, S,
tiCcllected regulations and instructions on safety measures in enter-
prises producing building materials" by I.Babichinskii and others.
Reviewed by O.Mon'ko, S.Shtepa. Bez.truda v prom. 6 no.1:38 Ja
1 6,2 . (141RA 15:1)
1. Cornotekhnicheskiye inspektora Vinnitskoy rayonnoy gornotekhni-
cheskoy inspektsii Upravleniya Kiyevskogo okruga u"Osgortekhnadzora
USSR.
(Building materials industry)

SHTEPA.9 S.F., inzli.lesnogo khozyaystva (g. Vinn-itsa)
New machinery for the care and maintonance of plantations. Pat' i
jmt.khuz. 6 n0,502-33 162. (MIRE 15;4)
(R~tlroads--Fquipment and supplies)
(Windbreaks, ahelterbelts, et~~)

aml
d Ch mistry
jow-nal. of APPLU .6
Equilibrift of of Me d" V.
-Iirein~wco I
A dtagram cover"w-
.12i 21"1-5% of Ni is prewnted,
based on thermal analysis. touL-try~ and miTgraty
Tilt cast
and licat-treatw auoys,

ACCESSION 11R: AP4040771 S/0021/64/000/006/0763/0766
V. N.;-Shtepa, T. D.; Churakov, M. H.
AUTHOR: Yaremenko
TITLE: Interaction of titanium with iridium
SOURCE: AN UkrRSR. Dopovidi, no. 6, 1964, 763-766
TOPIC TAGSi titanium-iridium system, titanium iridium alloy, alloy
property, alloy structure, titanium indium compound
'~LBSTRACT:'Methods of metallography, x-ray diffraction., and micro-
hardness tests wereused to 'investigate titanium-iridium alloys con-,
taining 1-55 atZ iridium. Alloys were melted in an unconsumable
electrode arc furnace in an argon atmosphere, then annealed ait 1100d
for 48 hr in evacuated quartz ampoules and furnace cooled..,. Three
.9
intermediate phases *ere found i*~ thei system. The phase app*eari)ng
in the alloy with 15 at% iridium was dabignated.'the Y-phase; the
alloy with 25 at% iridium consists of Y-phase only. According to
the composition and structure, it is the T13Ir compound; its micro-
hardness is 780--850 kg/mm2i Alloys with high Y-phasa content: are.,,,.

,.ACCESSION NR: AP4040771
brittle and break down during-machining or sharp cemperature changes.
In the alloy with 33 at% iridium another phase, the d'-phase, is.
formed. The alloy with 40% iridium consists of the V-phase' alone, the
!m icrohardnesg of which is nearly 700 kg/mm2. This phase is based ap-.
;parently on the TiIr compound and is a high'.temper ature modification.,
,1of the 6-phase. The Y-phase has a Cr30-type cubic structure w.ith a
lattico constAnt of 5.00 kX; the V-phase has a CsCe-type structure
i with a lattice constant of 3.10 kX; the- structure of the 6-phase-
could not be determined. Orig. art. has: 3 figures.
ASSOCIATTOV: Insty*tut m-etalokeramiki ta spetasplaviv AN URS R (Ins till -
tute of Powder Metallurgy and Special Alloys, AN URSR)
SUBMITTED: 17Jun63 ATD PRESS: 3049.. ENCL: -00
SUB CODE t MH NO-REF SOV: 000 OTHER: 002.
"Card-, 2/2

ACCESSION NR: AP4040758 S/0073/64/030/006/0649/0651
AUTHOR; Shtepa, T. D.; Gritsenko, E. G..
TITLE: Effect of rhodium on the dissolution rate of titanium In acids
SOURCE: Ukrainakiy khimicheskiy zhurnal, v. 30, no. 6,,1964, 649-651
:TOPIC TAGS: titanium, rhodium, titanium-rhod.ium alloy, titanium
;corrosion resistance, alloy corrosion resi;tapce, titanium-dissolution,
.-,alloy dissolution, dissolution ratei alloy corros.ion., alloy.corrosion.
rate
ABSfTZACT:~.The.jnvestigation of the effect of alloying with 1-10 acZ-
1rhodium. 'on the'corrosion resistance of titanium invarious acids
;demonst-rate'd that rhodium improves the resistan,ce of titanium in
:'tsulfuric acid, has no effect on its corro~-ion resistance in diluted
:hydrochlaric acid, but-decreases its resistance in concentrated hydro-
I:chloric acid. The dissolution'rate of unalloyed titanium in
atrated hydrochloric acid is 0.007 mg/cm2,hr, while titanium alloy.'
!with 10 at% Rd dissolves at a rate of 0.026 mg/cm2*hr. The resistance
,of'the alloys in concentrated nitric acid is the same as that of
Card 1/2

.,ACCESSION NR: AP4040758
in diluted acid it is somewhat lower. Rhodium has no I
titanium, but
,!effect on the resistance of titanium in a'l:l mixture of nitric acid
acid.. Rbodium improves considerably the resistance:
with hydrochloric
..f its mixture with nirri-c acid,
'of -titanium in hydrofluoric acid and
1but the dissolution races remain very high. In a 1:1 mixture.of
i1nitric and hydrofluoric acids, the dissolution rate of an alloy with
'110 at%- Rh is, for instance., 6.32 mg/cm2o
min, while that of.unalloyed
titanium is 28.58 m /cm2.min. Orig. art. has: 2 figures..
9
1ASSOCIATION: Institut metallokeramiki i spetsaplavov AN UkeRSR
.:(Institute of Powder Metallurgy and Special Alloys, AN UkrRSR)
,;SUBMITTEDt 29Jun63.
ATD PRESS: 3056 ENCL: 00
~SUB CODE: MM
No REF SOV: 005
OTHER: 000
c3r4l 22

(m)/T/EWP(t)/ETI IJP(c)
L 27503-66 EWT
ACC NRt AT6012365 SOURCE CODE: UHIOO00165100010001002510029-..
AUTHORS., Yerevienko, V. No; Shtepaq To Do; Gritsenkos Be Tel
ORGi none
TITLE: Intermediate phases in alloys of titanium, with iridium and rhodium
2,7
SOURCEs Soveshchaniye po metallakhimii, metallo4eniyu i primenerdyn titana i yego,
aplavov, 6tho Novyyo isalodovaniya titanovykh splavov (New research on titanium
alloys); trudy soveshchaniya. Moscowp Isd-vo Naukap 1965j 25-29
TOPIC TAGS: titaniumj iridium, rhodium, alloy phase diagram crystallattice
ABSTRACT; The phase diagrams of the binary systems Ti--Ir, over the whole concentra-
tion region, and Ti--Rh from 40-100 at, % Rh were determined (see Figs. I and 2).
The diagrzims were constructed on the basis-of microstructural and x-ray analysis
data. Photographs of alloy polished sections are presented. It was found that the
system Ti---Ir exhibits three intermediatephases: 6, and & The crystal
lattice oj.' each intermediate phase was determined. The system Ti--Rh exhibits two
intermediate phases.- 8 and 8. The latter phase, at an Rh content, of 57 to 60 at"
suffers a rearrangemen., the nature of which is not yet clear and which requires
I Codl/

L 27503-66
ACC NRt AT6012365
r Fig. lo

C Preliminary
;4a
zM jot

-

#x
0
RO
phase diagram 1

A

0

,

#'
t
7Z~
of the system
lox .
220 -
Ti--Ir. 1
IM
lox
L
1
.
1 single-phase -A

z
2
alloys., tjl

16" +
two-phase
T
1500 o
0 t
alloysi 3 lox -. Of - -I
1400 1 z
alloys which

I6vv undergo a

transformation
In #
8 -
'v -V
X Al
in the solid
000 11 state. Fig. 2. Preliminary phase
600
so
V
.17
X
P
. . 4 diagram of the system
TI /a - ..
. Ti--Rh. 1 - single-phase'.
alloys; 2 - two-phase
alloys; : 3 - allqys which
undergo a tmnsformation 1h
the soUdatatee.
furthor study# Orig, art, bass !3 figureav,
SUB CODE., 1l/ SUBM DATM 'Mec%t OTA REN 002
Card 2t,2

ACC NR
AP6020963 (A) SOURCV- CODE!' TJR /0 22"; /66/000100r, /()Of) N 007 2
Awri-jOR: Yeremenko, V. N. Shtega, T. D. Sirotenko, V. G.
ORG: Institute for Problems in the Science of Materials, AN UkrSSR (Institut prob-1
lem materialovedeniya, AN USSR) 10
TITLE: Intermediate phases in alloys of titanium with iridium, rbodiunAnd
osmium
SOURCE: Poroshkovaya metallurgiya, no. 6, 1966, 68-72
TOPIC TAGS: titanium alloy, rhodium alloy, osmium alloy, iridium alloy, =B=jr
monoclinal structure, intermediate phase, RHn5e 00,enP0_T.'r/0,j ;qx_to)~,
ABSTRACT: The authors investigated the alloys Ti-Ir, Ti-Rh, Ti-Os throughout
the concentration range. The sti~uctures and some properties of the intermediate
phases formed in these alloys were studied. The 6 -phase was found for the
first time in the Ti-Rh alloy, and it has been shown as a monoclinal structure with
1/2

L 43774-66
ACC NRt AP6020963
tl,.e parameters 14~2,96-!:0-03 A, 'b' 2,86:H~OS A, c=3,41:1--O.02 Aand
~-11-90037~ Orig, art. has: 2 tables. [Based on authors' abstract] [AMfz'
SUB CODE: 11 SUBM DATE: 19Mar66/ ORIG REF: 002/ OTH REF: 007,;1:
r- _4 2/2

- 14 ~.
ITITIA., V. 1.
20822. ":'.htepa, '~.' . 7 1 T
~. Kachestl~o soli d1ya maslode Iiya. --V o-Ii V. ''. 3htepa.
.."rormik do!-ladov Pervoy Vsesoyuz. Kon-f-tsii molloch. delu. 194.9 -, -,Z - -70
I S. -
SO: IETOFIS ZI'MIAL STATEY - Vol. 28, Moskva, 117,49.

NORIN;B-.N.; SHr]CPA,V.S.
Research works on the vegetation of the Soviet North. Bot.zhur.40
no.4:636-639 J'1-Ag55- (MIAA 8:11)
1. Botanicheskiy institut imeni V.L.Kamarova Akademii usuk SSBR,
(Russia, Northern--BotwW)

SHTEPA, V.S.
I
Conference on the problem of forest conservation on the northern
limits and tundra shelterbelt afforestation. Bet.zhur.40 no.6:
917-921 X-D '55. (KLRA 9:4)
l.B*tanicheskiy institut Imeni V.L.Komarova Akademii nauk SSSR,
Leningrad.
(Forests and forestry) (Windbreaks, -shelterbelts, etc.)

TIMOMIROV. B.A. ; SHTEPA. V-S-
Characteristics of the forest outposts in the Lower Lena Taller.
Bot.zhur.41 no.8:1107-1122 Ag '56. (MMA 9:12)
1. Botanicheskiy institut imeni V.L.Komarova Akademii nauk S&M.
Leningrad.
(Lena Valley--Forests and forestry)

TIKHOMIROV9 B.A.; SHAMURIN, V.F.; SHTEPA0 V.S.
Temperature of Arctic plants. Izv. AN SSSR. Ser. biol. n0-3:429-
442 M3-Je 160. (MIRA 13:7)
1. Botanical Institute, Academy of Sciences of the U.S.S.R., Leningrad.
(ARCTIC REGIONS-PLANT TDIPERATURE)

TRETIYAKOVA,, I.V.9 inzh.
TIT' _Ysjop inzho;
P'LliffEVICH, A.B., ~n7h.
uplt-,O.Uh'~arallel powei- tra~misslon f6'-!* mine,
hols-ting 6ysbems. ElAlrotakhnika 36 no.6:29-32 Je 165.
(VJRA 18gl)

BIRLOVSKlY, V,M,, Lnzb. ,, BO-W~YAK, Yu.G., in:;h.; SPTET-A. YeeP,j inzhui
MINVVIGH, inzh,
AuLomated electric driving of mix-9 hoisting machines with a
revolving statur. Gor. zhuT-. ao. 12--49-52 D 165. (K Ml IS ~- 12)
1. lQuarl~ovz;V"y el-ek-fromekhandoheskly zavod.

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! It 43 f. W

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a LI r. 1-A L F Q I T z to It.
1 11 " a "

f massmuite of tho swood crystrillintiom M. G. Lmucsommit &"
YJ
tk
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2&"(lQ29).-lnordcrt* W4-
V F#,am-&
00 z (
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,
'
00 the quality ,f r;&* supt of lite stcorid cyptn . the matmeculte was affinated by, mol"ars
diluted t. :I(j* lit. at a utup. 5' above that of the treated ntamccuite. The mults
Were very satislactom V. H. HAIKOW
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SH-LEPAN, . -
l'- "
Training of Junior chemists. Sakh. prom. 31 no.4--79 Ap '57.
(Ghemists) (MIRA 10:6)

SHM.A.N, r. V.
Disinfection of diffusion batteri,~_s by forinalin. Sakh.prom.
34 no.3:16-17 Mr 'WC-L~ (MIRA 13:6)
(Diffusers--Disinfection)

L 45495-66
_Adc7_4k1_J a--1-16-03-3-344--' SWRCE CODE1
AUTHOR: _Stepans Kalman--Shtepan, K.
ORG: Mechanieal Measur ra)
ing Instrument Works (Mechanikai Meromuszerek Gya
TITIE! Miniaturized profile manceeters 10
SOURCE: Mares es automatika, no. 2, 1966, 63
TOPIC TAGS: manometer, pressure measuring instrument
ABSTRACT: The profile manometers developed at Mechanical Measuring Instru-:
ment Works were described. They comply with the stipulations of Hungarian .1 1
Standards HSZ 11 201 and 11 202, and are capable of being operated in cor-I
rosive atmospheres. the dimensions of the instruments are 160 x 40 or
80 x 20 mm.; they are bReed on a Bourdon tube made of properly fatigued
and heat-treated tombac. The instruments are of
the conventional type except that they contained no Stared are or geared I
rod. The faceplate is circularo perpendicular to the rotational plane of
the needle indicator. A specification and performance list is provided
Ao indicate the operation of the Instruments and the range~_Aq_"ich they
are available. Orig. art. has: I figure and 1 table. (JPRS: 35,3281
SUB CODE: 14 / SUBM DATE: none / ORIG REF: 001
UDC: 531-78

BRUSYANTSEV, Ilikolrq Vasillyevich, CHMNOZHUKOV, N.I., doktor tekhn.nauk,
retsenzent, DAVYDOV, P.I., kand.tekhn.nauk, retsenzent, GULIN, Te.I.
kand.tekhn.nauk, retsenzent, DEMCHENKO, V.S., kand.tekhn.nauk, retsenzent.
S U.G-,.kand.tekhn.nauk. retsenzent, PAPOK, I-Ir. doktor takhn.
~auk, red.; NAKHIMSON, V.A., red.izd-va.. UVAROTA. A.F., tekhn.red.
[Motor vehicle Rnd tractor fuels and lubricants]. Avtotraktornye
topliva I smazochnye materialy. MoskvA, Goa. nsuchno-tekhn. izd-vo
mashinostroit. lit-ry, 1958 . 340 P, (MIRA 11:9)
(Motor fuels)
(Lubrication and lubricants)