SCIENTIFIC ABSTRACT SENKO, M.F. - SENKOVSKIY, YU.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548210018-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SZjjtKO, M.F.; SI..AVIKOVSKIY, IT.A.; ALIKHODZHAII, B.A.; ~ILIN, L.G., inzh
Ijengthening the life of rails. Put' i Put-khOz- n0-12:24 D
1590 (NIRA 13:4)
1. Glavnyy inzhener sluzhby puti Moskovskoy dorogi (for Senlk!I).
2. Zamestitell nachallnikp distanteii puti Moakovskoy dorogi
(for Slavikovskiy). 3. Starshiy inzhener sluzhby- puti Maskovskoy
dorogi (for Alikhodzan).
(Railroads--Rails)

SENIKO, M.F.; KIRIC'M4KO, N'I'; SLAVIKOVSKIY, IT.A.
Maintenance of continUOp rail tracks and of long welded rails.
Puts i put,khoz. 4 no.~:7-8 Je 160. (MIRA 13:7)
1. Glavnyy inzhener sluzhby puti Moskovskoy dorogi (for SenIko).
(Railroads--Maintenance and re]~Air)

ISENIKO, M.F., inzh.
Attention. is focused on the mechanizatioa of maintenance operations.
Pat' i put. khoz. 4 no. 12:2-5 D 160. (MIRA 13:12)
1. Glavnvy inzhener slazhby puti Moskovskoy dorogi.
(Railroads--Maintenance and repair)

26-58-7-10/48
AUTHOR: Sen1ko, P.K., Candidate of Geographical Sciences
TITLE: Geophysical Explorations in Antarctica (Geofizicheskiye iss-le-
dovaniya v Antarktide)
PERIODICAL: Priroda, 1958, Nr 7, PP 59-62 (USSR)
ABSTRACT: Since the middle of 1956, the Mirnyy station has become a
center of Soviet research in the Antarctic in the fields of
seismology, earth magnetism and -.he ionosphere. The seis-
mologic station,under seismologist A.D. Sytinskiy has re-
corded nearly 200 earthquakes in the first 7 months of its
operation, but only 1/5 of the coordinates of the epicenters
could be determined. The majority of the earthquakes could
be traced to the seismic zone in the region of the Tonga,
'Samoa and Fiji Islands. For the study of the ionosphere,
an automatic ionospheric station has been established, where-
by aid of a film camera..a high-Trequency characteristic is
recorded on the film; this gives an idea on the condition
of the ionosphere at a given time. The short-wave connec-
tion between Yfirnyy and Moscow usually is best in the evening
and night hours-. Radio-Engineer V.V. Bobkov stated that
Card 3,A the waves cover the briefest distance of 15,000 km at that

Geophysical Explorations in Antarctica 2-26-58-7-10/48
time, while in the afternoon hour3 the clearest signals went
through the regions of the South and North Poles,covering
25,000 km. G.V, Bukin stated that the medium waves cover
only brief distances due to their absorption by the ice.
The geomagnetic station has been built entirely of -good
without the use of any iron parts at all. The seasonal
changes of the magnetic disturbances found out by this sta-
tion confirmed the theoretical concepts of A.P. Nikol'skiy
of the Arkticheskiy institut (Arc-.ic Institute). S.M. Man-
surovis suggestion that the source of ma-net-ic variations
0
of local characte.. is an electric current of an anomalously
great density and flowing in the coastal sea zone was con-
firmed. V.A. Troitskaya gives an analysis of observation
material. For the study of cosmic rays,an ionization camera
(ASK) was set up at the beginning of 1-957, as well as an
S-180 camera for automatic recording of aurorae boreales.
At the end of 1957, the station Vostok (7827S - 106-52 E)
was established at a distance of 1,400 km from Mirnyy and
the station Sovetskaya (7824 S - 8735 E) at the beginning
of February 1956- It is Planned to move Sovetskaya still
further inland.
Card 2/3 There is 1 chart, 1 graph and 1 Soviet reference.

Geophysical. Explorations in Antarctica 26--58-7-10/48
ASSOCIATION: Arkticheskiy nauchno-issledovatellskiy institut Glavsev-
morputi - Leningrad (The Arctic Scientific Research In-
stitute of Glavsevmorput' - Leningrad)
1. Geophysical surveying--Antarctic regions
Card 3/3

TAUBM, Georgiy Mikbaylovkchg doktor geograf,nauk; ~IK
.~Sh,,,kand.geograf.nauk; DOLGUSHIN, Leonid Dmitriyevich.
__jQnozj~v
kand.geograf.nauk; MELINIKOVA, N.B., red.; STRELKOVA, N.A.,
red.izd-va; ATROSHCHMIKO, L.Ye., tekhn.red.
(Soviet scientists on the sixth continent] Sovetakie uchenye
na shestom kontinente. Moskva, 12d-vo 'Znanie," 1959. 31 P.
(Vsesoiuznoe obshchestvo po rasprostraneniiu politichaskikh i
nauclinykh mianii. Ser.9, Fizika i khimiia, no.21) (MIRA 12:11)
(Antarctic regione)

-ACCESSION NR.- AT4041516 --8/2732/69/002/000/0116/0134
AUTHOR. Sen'ko, P.K.
TITLE: Magnetic field in the Mirnyy area (on the basis ot 2956 data)
SOURCE: Sovetskaya antarkticheskaya sk4editalya, 1955-1968. Pervaya kontinentallnaya
ekspeditsiya, 1955-1957 gg.; nauchny*ye rezulltaty* (First continental expedition; scientific
results). Trudy* ekspeditsli, v. 2. Leningrad, Izd-vo "Morskoy transport, 11 1959, 115-134
TOPIC TAGS: geomagnetism, terrestrial magnetic field, magneiie declination, aurora,
geomagnetic disturbance, Antarctica, ionosphere, radio wave abs~rpfion
ABSTRACT: The following summary represents the results of observations of the magnetic
field in Antarctica by the First Continental Expedition from July 1956 to January 1957. Exist-
ing magnetic maps of Eastern Antarctica require corrections, especially for magnetic declina-
tion. The mean half-year diurnal variation of magnetic elements Is represented by a simple
wave with an amplitude of 120-140 gammas. The form of the diurnal curve of the vector of
field strength in a horizontal plane indicates that'Mirnyy. is situated to the south of the zone
of reversal of phase of the diurnal variation of the horizontal component. The mean monthly
Card 1/3
--------------

ACCESSION NR: AT4041516
values (for all days) of the magnetic elements from month to month change as follows: de-
clination 2-51; horizontal component 5-30y; vertical component about 10y. Minimumchanges
are observed in the winter months. In winter the values 6f westerly declination on quiet days,
are less and the horizontal component on such days are greater values than on international
disturbed days. In summer the opposite is true. The diurnal variation of magnetic activity
and its seasonal changes indicate that Mirnyy is situated within the zone of maximum frequency
of occurrence of auroras and quite far to the south of its boundary. Certain relationships
have been found between magnetic activity and absolute values of D and H. Changd'in the inten-
sity of daytime and nighttime disturbances at Mirnyy is related to changes in the absolute values
of the horizontal component. With an increase of the intensity of daytime disturbances the
value H increases and with an increase in the intensity of nighttime disturbances it decreases,
Diurnal 6hanges of activity in the high latitudes in the overwhelming majority of cases follow
changes in biagnetic activity on a planetai_~ scale. An uin uccessful attempt was made to de-
tect individual small field fluctuations which might be observed simultaneously In the north 1%
and south polar regions. As in the Arctic, there is a coinQidence in the time of appearance
!_gqEd 2/3

ACCESSION NR: AT4041516
of anomalous absorption of radio waves and the time of appearance of the maximum phase of
morning disturbances. An increase of ionospheric absorption, especially In the winter and
e.quinoctial season, coincides in time of appearance with the maximum phase of daytime dis-
turbances. In addition, an increase of ionospheric absorption is observed in winter at the
time of the maximum phase of nighttlime disturbances. There Is a clear relationship between
elementary'disturbances in the ionosphere and magnetic activity in the nighttime hours in
winter. Orig. art. has: 14 figures and 3 tables.
ASSOCIAMON: Sovetskaya antarkticheskaya ekspeditalya (So-06t Antarctic Expedition)
SUBMITTED. 00 DATE ACQ: ENCL: 00
=3 coDrs: EG
NO REP SOV: 013 OTHER 00,

SENIKO P K., kand.-geograf. nauk
Shore effect on magnetic variations. Inform. biul. Sov. antark.
eksp. no.4:61-65 '59. (14IIU 12:11)
l.Arkticheskiy i antarkticheskir nauchno-issledovatellskiy institut.
(Antarctic regions--Magnetism, Terrestrial--Diurnal variation)

SEIITIKOY F.K., kand. geogr. nauk, red.; DFOZHZIM,,'A, L.P., tekhn. red.
[Materials of the Soviet Antarctic Expedition] Trudy Sovetskoi
antarkticheskoi ekspeditsii, 1955-. Leningrad.. Izd-vo "Illorskoi
transport." Vol.12. (First and Second Continental Expeditions,
1955-1958; observation data) Pervaia i Vtoraia kontinentalinye ek-,
speditsii 1955-1958 gg.; materialy nabliudenai. Pod red. P.K.
SenIko. 1960. 528 p. (MIRA 14:12)
1. Sovetskaya antarkticheskaya ekspeditsiya, 1955
(Antarctic regions-Geophysical research)

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SEN7KO) F.K. (Mirnyy, Antarktika)
T4e advance of snow. Inform. biul. Sov. ant-ark. ekap. no. 24s62-63
160. (KM 140)
(Mirnyy region,, Antarctica-Snow)

SENIKOP P.K., red.; NOVIKOVA, G.M., red.
[Transactions of the Soviet Anta-rctic Fapedition, 191:15-1
Trudy Sovetskoi antarkticheskoi ekspeditsii, 1955-. Le-
ningrad, Morskoi transport. V01-35. 1963. 378 p.
(vIP,A 18:6)
1. Sovetskaya antarkticheskaya ekspeditsiye, 1955-.

MANSUROVA, L.G., mladshiy nauchnyy sotrudnik; SMOKO, P.K.,, kancl.geograf.nauk
Geomagnetic coordinates of the Soviet Ant~--irctic stAtions. Inform.
biule Sove antarke ekspe no*/+5:43-44 164,,
(MIRA l8t.1)
1. Nauchno-iseledovateliskiy institut zemiogo magnetizma,, ionosfery
i rasprostraneniya radiovoln (for Mansurova). 2. Arktichaskiy i
antarkticheskiy nauchno-issledovatellskiy institut (for Senlka),

SFITIKOY P.K.
By radio from the Antarctic. Inform.biul.Scv.antark.eksp.
no.48:45-48 164. (MIRA 18:2)
1. Zamestitell nachallnika Devyatoy kontinentallnoy antarkti-
cheskoy ekspeditsii.

C ,
iLN I ~0, F .
---- -- 1. -- ---
B"- radio fi-.-,,m t:h---
49 -. 14141.
-i
L. Zam;~7-,Iuittell mihallnilka
8'k--pektsil.
Ar 1 arc;'- . ~. cv. arO-.al.k.eksp. 1~
(MIRA 18:5)
Dr~vyafc-y k,,~Ptlmntalt-noy AntarktIc--heskoy

Zov. antark.eksp.
.y r-!adic, from the Antarctic. inform.b-11110 (MIRA 18.5)
ro.50:55-56 '64.
Zarjestitell raclial-Inika Dewjatoy Antarlticheskoy kontinentallnoy
ekopeditsii.

SENIKO, P.K.
By radio from the Antarctic. in-form.. biul. Sov. antark. eksp.
no.51:77-78 165. (MIRA 18;9)
1. Zamestitell nachallnik Devyatoy kontinen-!Iallnoy antarkticheskoy
ekspeditsii.

ACCESSION NR: AT4041517 S/2732/59/002/000/,)13.5/0152
AUTHOR: Sen1ko, P. K.
TITLE: Investigation of earth currents in the Mirny*y area
SOURCE: Sovetskaya antukticheskaya ekspeditslya, 1955-19158. Pervaya kontinentallnaya
ekspeditsiya, 1955-1957 gg.; nauchnytye rezulltaty* (First continental expedition; scientific
results). Trudy* ekspeditsil, Y. 2.- Leningrad, Izd-vo IrMorskoy transport. 11 135-152
TOPIC TAGS: magnetic variation, earth current, terrestrial magneti.c field, -magnetic dis-
turbance, terrestrial electromagnetic field, geomagnetism.
ABSTRACT: Exparimental investigations of the earth-currept field at the Mirny*y Antarctic
station are described in detail. Emphasis is on field charactcristics rather than apparatus
and methods. The work was done in 1956-1957 at the time of the First Continental Expedition,
It was found that the amplitudes of variations in the eartuh-current field In Antarctica ~were
very great, usually attaining several hundred mv/km. In the Mirny*y area it was found that
magnetic variations were highly localized. Variations in the vertical component (the ampli-
Card 1/3

'ACCESSION NR: AT4041517
'tudes of individual pulsations had a period of 5-40 minutes) at the site of the magnetic observa-
. tory were 20-50% higher than variations at points situated 10 km away. On the other hand, the
.variations in declination and the horizontal component were greater at such points than at
Mirny*y. It is therefore assumed that the values of the amplitudes of the earth current record
at iMirny*y are too high. Disturbances of the earth-current fic.ld follow a disturbance of the
earth's magnetic fieid and usually have a maximum at times close to local midday. Despite
the slow paper movement it was possible to find stable pulsations with duration of several
hours and with an approximately. identical period on particular days. The periods charac-
:teristic of stable pulsations were 10-50 sec. The greater part of the stable pulsations had
amplitudes less than 100 mv/km, although in Individual cases the amplitudes attained 100-
150 mv/lcm and even 300 mv/km. Trains of pulsations, that iE,, individual groups of pulsa-
tions, usually preceding bays, were expressed les's clearly on Antarctic records. The ampli-
tudes of the trains of pulsations were usually 10-100 mvAm, Wt sometimes even exceeded
1000 mv/km. Antarctica is characterized by a sharp change ti the character of the electro.-
magnetic field during the day. In certain cases, stable pulsations are superposed on all
field changes, but. in other cases they are absent. This ohango of regimes occurs with great,
Card

ACCESSION NR- AT4041517
Iregularity. Comparison of earth-current records with records of the magnetic field revealed
~that short-period pulsations, when the sensitivity of recording of earth currents is l2`mV/
.km- mm, and the sensitivity of recording the horizontal component of the magnetic field is
6. 3 gammas, are expressed considerably more strongly in the fk.,st case. The ratio of
amplitudes E/H for trains of pulsations as a mean for the cases considered was close to 10:1.
In the case of stable pulsations -this ratio was 10:1 or more. Earth-current records there-
fore make it possible to obtain experimental data on short-period disturbances and variations
-in the electromagnetic. field to supplement standard magnetic records. Evidence indicates
that short-period pulsations of the earth's electromagnetic field,, despite the smallness of
:their amplitude, extend over enormous areas of the earth'B surfaom and do not experience
appreciable attenuation with latitude such as is characteristic of I-aylike disturbances. Orig.;:
art. has: I formula, 18 figures and 2 tables.
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00
SUB CODE: NO REF SOV-. 000 OTHER:' 000
Card 3/3

SENIKO, P.K., kand.geograf.nauk
I I
'Unusual local riagnotic variations in the HJrz3y7 area. Inform.
biul.Sov.antark.okop. no.1:81-8? '58. (H11U 12:8)
1. Ark'ticbeskiy i antarictichookiy nauchno-Josledovatellekiy
institut.
(Antarctic regions-14agnetisim, Terrestrial)

-_SFaVKO-r-P-. X-.
Navigational and magnetic observations during the Antarctic
tractor-oledgo joui-ne7. PrQbl.Arkt. no-5:118-121 '58-
(KMA 13:5)
(Antarctic reglonB_-Magnstisn, Terrestrial)
(Antarctic rogions--Geographical positions)
This collection of 19 Articles published by the Arct::.'C andAntarctic Institute
deals with phenomena on the Arctic ice shoot, the effect of western atmospheric
circulation on air conditions in the Arctic, methods of photometric processing of
aerial photographs in determining the depth of reservoirs .. magnetic observations and proc-
esses occurring on islands in Soviet Arctic waters. Briei' information on the results
of Soviet Arctic and Antarctic expeditions is included.
"I

Subject WSR/Aeronautics
Card 1/1 Pub. 135 - 4/20
AID P - 3298
Author : Sen1kol V.9 Guards Lt. Col., Twice Hero of the Soviet Union
Title : Education and training of navigators of 3ontemporary, bomber
aircraft
Periodical t Vest. vozd. flota, l1.. 19-22., N 1955
Abstract The author discusses problems of educati3n and training for flights
and missions at high altitudes and in camplicated weather conditions
of the weather. He gives examples of go,)d and bad training. Names
are mentioned.
Institution : None
Submitted : No date

CRLOV, T.K.,; SHEVCHUK, K.S.,;-BMIKO, V.M.
r
Use of penicillin with autohemotherapr. Ain, h. I gin. 32 no.l:
69-70 Ja-F '56 (MLEL 9:6)
(ABSOESS, ther.
penicillin with autohemother.)
(PINICILLIC ther. use
abscess, with autohemother.).
(S]IROTHRRAPY, In varioun die.
autohemother.. abadess, autohemothe:!. & penicillin)

SENIKO, Ya.A.; BEGMA, I.P.
Experience of the Budylakii Diatillery in %e reconstruction of
its equipment. Spirt. prom. 28 no.6:37-38 162. (MIRA 16:10)
1. Kharlkovskiy spirtotrest (for Senlko). 2. Budyllskiy spirtovoy
zavod (for Begma).

SENqKO-BULATNYY, I.N.
Neutron logging at boron and bauxite deposit;j. Trudy Gor.-geol.
inst. UFAN SSSRo no.34:83-86 158. (14IRA 14:10)
(Radioactive prospectinj t)
(Boron) (D Luxite)

S/049/59/000/03/015/019
AUTHOR: Sen1ko.-BulataZZ, I. N.

TITIE-, Tn-%-estigations of Wells in Deposits of Manganese and
Ba-lix-fte, Using Neutrons
PERIODICAL: Izvestiya Akademii naiik SSSR, SeriTa geofizicheskaya,
'
'0
%
1959, Nr 3, pp 476-479 (USSRj
ABSTRACT: Neutron methoddlwere first used in 1956 (Refs 1 and 2).
The present paper deals with Dzhak3insk deposits of
ma,aganese and with West Ubagan dep:)sits of bauxite
(Ax:~.re st i gat ions were carried out wLth the cooperation of
the North Kazakhstan Geological Authority). The
following geophysical methods were used: gamma-sampling
neutron-gamma sampling (NG-K)': and the method of
,'GK)
,
induced activity (MNA). Fig 1 iLlustrates the results
obtained by the former two methods, where 1 - manganese
ore, 2 - clay and silic-sois 6bale . The results obtained
Card 1/2 by the induced actiiity method are illustrated in Fig 2.

S/049/59/000/03/015/019
Investigations of Wells in Deposits of Manganehe and Bauxite,
Using Neutrons
Comparison of the three methods is given in Fig 3 for
the baiLxite deposits. Fig 4 and a table on p 478 give
the results of analysis of the bau3:ite deposits
det-ermined. by the methcA, of induced. activity. Due
-P;o -.-,-he high resolving power of the methods described,
it is suggested that they should bE- applied more widely.
Ao.knowledgments a-na, made to Yu. P. Bulashevich for
advice and to L. L. Deyey for help in measurements.
There. aZ:e Lrl figures, - 1 table and 7 Soviet references.
ASSOCIATION: Urallskiy filial AN SSSR, Gornc-goologicheskiy
institut Wral Branch of Ac. Sc. USSR, Minin'S and
Geological Institute).-
SUBMITTED: No-vember 26, 1957
Card 2/2

BUIASHEVICII, Yu.Pq SENfKOvBU.IATIIYY, I.N.
Experimental testing of optimum conditions for continous ac-
tivation logging. Izv. AN SSSR. Ser. geofiz., no.4-.541-543
Ap 161. (MIRA 14:3)
1. Institut geofiziki Ural'skogo fil-iala AN OSSR.
(Radioactive prospecting)

BELYKH., V.A.; SENIKO-BLJLATNYY, I.N.; SHULYATIYEV,, SJ.; YAKUB, L.I.
Effect of silicon activation by fast neutrong during activation
logging of bauxite deposits. Izv.AN SSSR.Sex.geofiz. noi6:917-921
je 161. (MM 14:5)
1. Akademiya nauk SSSR., Urallskiy filialp Iratitut geofiziki.
(Radioactive prospecting) (Bauxite) (silicon)

BULASHEVICH., Yu.P.; SENIKO-BULATNYY, I.N,; DEYEV, L.L.
Gama-spectrometric activation logging. Irv. AN SSSR. Ser. geofiz.
no.9:1153-1157 3 162. (NIRA 15:8)
1. Urallskiy filial AN SSSR, Institut ge0f12iki.
(Radioactive prospecting)

S
374/62/00 0/0 02/003/6 19.,
~020/008
AUTHORS: D0YGvt L.L. and Senlko-Bulatnyy, I.N.
TITLE;
A single-channel differential 't-spectrometer using~
a triaxial--cable
-SOURCE: Akedemiya nauk SSSR Urallskiy filiIal. Institut aeo-
fizilci. Trudy.. no.,2,. 1962. Geofi'zicheskiy sbo~,A,
no,,_ 3, 71-78
TEXT:
The-siqgle-ch4mel spectrometer now described was'.
built in 1960 and -may be used to investigate T -ray spectra up to
about 3 NeV. The instrument is designed for operation in conjunction
with a tria.-~ial type K.To-l cable which. connects the counter probe in;
the borehole to the pulse-height analyzer on .the surface. .The effect
of the distributed parameter6 of the cable is eliminated by -matchiwu-
the output impedance of the probe to the wave impedance of the cable.;
The probe consists of an NaIM) crystal mounted an a 04Y -JIB (r-zu_
11B) photomultiplier. The probe container includes (in addition to
them phosphor and the photomultiplier) a transistorized, pulse ampli-
C ard

SF211KO-BULATIffY, I.N.
Gamma-apectrometric continuous activation logging in bauxite
deposits. Izv. AN SSSR. Ser. geofiz. no.7:1030-1036 J1 164.
(MIRA 17:7)
1. Institut geofiziki Urallskogo filiala AN SSSR.

SENIKO-BULATIRY, I.N.
Activation logging of bauxites. Trudy inst.geol. UFAN SSSR no.64:225-
233 164- (MA 17:12)

DEYU~ t ~ I. ;--.- -;- ,;I Kll'~-LLi LATIEY$ I N .
r,, --or-2trometry. Trudy Inst.geofiz.UFAN SSSR
jj!vi~-j for borehole gamila A,
n(,-,. 3.1195--199 165. (MIRA 3.8t8)

qr, 1)
S c -"e, rac-,~-rl cs c-' Li- cc n2 truct on on
soi-1s of a chemical plant in Saratov. Oon., f~inr!. zmn.
6 13-15 164. 1
D 11

SEMOVY A. M. - - --- - - - - - - - - - -- -- -
Approximation methods of calculating the stationary movement of ground waters under
hydraulic structures. Kiev, Izd-vo Akademii nauk Ikr. SSR, 1952. 227 p. (54-19013)
TC163.S3

USSR/Physics Hydrod ynaziicIa, Hydrome- 21 Apr 52
chAnIcs of - Channels
"The 1.~ydromechanical Effect of Slots," A. M. Senkov,
P. F. Fillchakov, Inst of Math, Aced. Sc:L Ukrainian
SGR
"Dok Ak Wauk SSSR" Vol LXXXIII, wo 6, pp, 805-808
Studies the problem of the hydromech effect of chan-
nels and the problem of the equivalence of a channel
and of the horizontal portion of the front part of a
dam spillway under the following assumptions: the
water-permeable ground under the structure is homo-
geneous; the depth of the water-permeable layer is
221T87
infinite; and contact filtration is absent. Sub-
Ject problem has been solved on "elec modeling"app at
the above-mentioned institute. Submitted by Acad
A. I. Nekrasov 21 Feb 52.
223T87

A
SnKOV,'O.X.; FILIGHAKOV, F.F.
Electric models in the solutions of hydraulic problems in free vater
flov. Dop.AN URSR no.6:394-393 153. (MM 7:1)
1. lastitut matematiki Akademii nauk Ukrainelkoi WUL Predstaviv
di7aniy chlen Akadezii nauk Ukrainslkoi RSR G.X.Savin.
(4draulle models)

SzRI4 A4., professor, doktor telthnicheskikh nauk.
I - T R P~ t -
Stability calculations of earthy slopes. Gidr.stroi. 22 no.10:46-47 0 153.
(MI-RA 6:10)
(Soil mechanics)

1. SENKOV, k. MI.; FILICHAKOV, F. F.
2. USSR (1600)
4. water, underground
7- Method for the determination of the hydromschanical groove effect,
Dokl. AN SSSRp 88, No. 1. 1953-
9. Monthly List of Russian Accessions, Library of Congress, April,
1953, Uncl.

SOV/124-58-11-13326
T7anslation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p Z02 (USSR)
AUTHOR: Senkov,_A-M.
TITLE: I- Novel Method for Stability Investigations of Hydraulic Structures
(Novyy metod issledovaniya ustoychivosti gidrotekhnicheskikh soor----
zhen-.y)
PERIODICAL: Tr. nauchno-tekhn. soveshchaniya po vopr. primeneniya elektr
energii v s. kh. Leningrad, 1956, pp 83-94
ABSTRACT: Description of the design of a composite dam consisting of a
system of thin-walled reinforced-concrete boxes filled with soil and
covered with a concrete plate, which serves to ensure a free overfall
of the water over the dam. A description is provided of full-scale
tests of the stability of such a dam set up on the Oredezh river. The
shear slippage of the dam was determined by means of dynamometers
set up in the clearance between the extension apron of the dam and its
foundation. The observations indicated that slippage of the dam com-
mences when the coefficient of friction bccomes significantly smaller
than that established in the laboratory for the given type of soil. A
Card 112 concurrent study was performed of the seepage-flow conditions

SOV/124-58-11-13326
Novel Method for Stability Investigations Of Hydraulic Structures
obtaining underneath the structure. Investigations, performed both in the elec-
trical-analog laboratory of the Academy of Sciences, Ukrainian SSR, and on the
actual full--scale dam showed that the frequently used calculation method according
'Lo Lane and Bligh appears invalid; dependable results are obtained through hydro-
mechanical analysis by means of the method of fragments and the use of the EGDA
(electro- hydrodynamic analog computer)
V. V. Pinadzhyan
Card 2/2

.M professor, doktor tekhnicheskikh nauk; SUKHROV, I.I.,
inzhener.
New method for designing improved diaphragm dynamometers. [Trudy]
VNIMI no.30:210-213 156. (HLRL 9:11)
(Dynamometer)

SmKOV, A.M., prof., doktor tekhn. nauk.
Method of consecutive plotting. [Trady] THIM-1 no*31:23-30 15T,
(Mine survey-ing) (MIRA 11:1)

r ;~rt pmlert*d at th- lot All-Union cong-la Of Tila-LIC-1 end APP'led MachaniCs,
Z
e-, 27 Jan - 3 ~b .60.
Ch-all I In. d.rlctI- of W-4
-0 IC&I &4.11..
T-?,_R&bLWwIde (90840M). N. X. RAbQW*e t5olo4tWok),
Ckaap otreength-of t"Mal-dt"I ----- -
236. now wes ounsallaktim at well
aled. tba aduall or .Pq. C....
237. ra~ P. creelp.
J30. _1 &,,,bL- 10 t3ae, them of
eusdasq GoaceeneLAI Me deaLso at folk
2 a. (Leelikow. aaaa, 'Irr.- K-U- at
tleate-L -cba..
zk~ . 1, 1 1 "-; ow-), 0. the, pa'".I.a. at le.u.
pz"u. --. .
2%4. IQL. A. R&IbfttLIA Metal) I FrapMsUaa at L.
t1oleake -al..
*2. ID~~Cbe-dlmm). ge'th p"fewe m rikkible "t%LLtw
24). T. I- Seat- CA.,diagak) 1 0. the Prea- of . roleft ka
.1am. b.Lf`-ep-.
alh. P. A. gfbue:~( -). Type. of kith mea .. 3- d at-
C:- t_.W.r_4 WLI efte'l.t., aaah-Leal p"ap-
at), Ck the tstnawmall at the -zL- 911-APL
m1gus mtraemgth.
*6. T. 0. Ititt MGM) I The appileauck cc tLe "Call of balle-
ts-s" ealk prlblka~ at the
.1a.u. ty.
241. A. 3. Rill-Ital. 06ael-). a- woualle ec
U911% KaWbrttel In fl&Ldp P"WO "1140-
"e K. 1. Ch ca. the
V-r .,La to LnUmika.0 -7 the cc
-U.
2". X. 2. so-dll moavo"~A) I S" "Imeme, at the,
Ilitap" ponata", ut"O"r at al-D.
at vtl~4w4s
.tula 4- 1.
=3- cMIC(&,=tr&4)s rap _"r;makt,I "y at me
tr
aeolatteeme.
Th. d.wu.tialk er a.
"I. ..PVNL.4 PUZ. tr cle, meethed at
ppramilawslicas
.I, Tor.1- or ~:..teopu mismati-
M. k&k:tj=(z
at
M
2fe. I-A-balUser (g.Lig-JAC,ad). Tb. tq..t eer . s.,kU Va.*
eak - MU PL-
)s
mm luee or -uAty -IA,
tl-
M. JA:T1r&kU_C
=
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:
allea.... maroaLikettale
W. StabIlItY of LIILI-
ke
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ar th!
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Fiat" bduw or Plate. Let.

M. A. F. IlAdUlt (1haaaae), A be- tee-10.1 half -Pka-
I., Limit.
-Uw,.d)- 4- prokleall 0 --P
elf "I..
M. 4. 0. lintollaaaklif (Nae.w) I SlateralbsUal CC Call kar-I
mmallearrea-ur ILUU. of aemotesst aM veerLablA Weak-.
2". DY-16 PM- Ot ~ d*LL8% a'
"tubg ..4 somose,ji- unaler Lapeat load..
M. a. P" tkq LI-mrV)s 4.1-t 1.1ar.-ki. wou-
w St".4. 4 by U. aelcked at &.,tL.1 weall.-
tke-r
Ch..- pblaekk -Ct"
.u
-.b" Om . I... at "viumme
weleleas I.
3". 1L.I. sar"I'l The "ten-I friau"
t3be La'0- ead I."d
14aloa Mrdi"No St"alas La klu~ekl"&
267. 9. 1. I
to
M
ILLS

SOV/IZ4-58-7-8033
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 105 (USSR)
AUTHOR: Senkov, A.N.
TITLE: The Method of Successive Plottings (Metod posledovatellnykh
postroyenjy)
PERIODICAL: Issled. po vopr. gorn. i marksheyd. dela, 1957, Nr 31,
pp Z3-30
ABSTRACT: The author sets forth a graphic method for calculating the
stability of slopes for a given safety factor. In order to plot
the contour of a uniformly stable slope in a state of ultimate
equilibrium (safety factor 1), he proposes the relation-
ship
X ~a - Y tan 1)
91P A , CP r-
In the case of a large mass of earth comprised of several horizontal strata
(of arbitrary thicknesses and with differing geotectonic rock characteristics
C, and the author supplements his proposed method of calculation
wi th~a proceaure for transferring the system of coordinates. Upon placing
the system of coordinates at the summit of the slope he plots the contour of
the slope's uppermost stratum. If the thickness hl of this stratum satisfies
the condition
hl 2C cos < P (2)
( I - sin (p) -
then the contour of the slope's next lower stratum is plotted in the same way,
wherein the system of coordinates will have been transferred in advance to
that point where the plotted curve of the slope intersects the interface
Card 2/3

SOV/ 124-58-7-8033
The Method of Successive Plottings
if
between the uppermost and next lower stratum. The author does not explain
the physical significance of the quantity P. However, from his further line
of reasoning it is inferred that P has the dimensions of a pressure. Con-
sequently, the quantities involved in the inequality (2) are dimensionally in-
consistent, Hence, expression (2) must be considered erroneous.
A.I. Govyadinov
1. Earth--Gonfiguration 2. Mathematics--Applications
Card 3/3

SENKOV,F., inzhener
Automatic regulation of beating systems by the local outlet
method. Zhil. kom. khoz. 5 no.2:22-26 '55- (MLRA 8:6)
(Moscow--Heating from central stations)

SENKGVj F. V.
SENKOV., F. V. --"Investigation of the Operation of Heat-Supply Systems with
Automatic Subscriber Inlets." Published by the Min Communal Economy
RSFSR. Moscow., 1956. (Dissertation for the Degree of Candidate in
Technical Sciences).
So.: Knizhnaya Litopisl,, No. T, :L956.

SEMOV, F.V., kand.tekhn.nauk; KONOVALOVA, A.P., inzh.; KONCHOVICH, Ta.V.,
-in~ih`;'YELISEYEVA, A.S., tekhnik; POLYAKOV, V.F., tekhnik; GROMOV,
N.K.: kand.tekhn.nauk, retsenzent; VOLIYKOVICH, M.Ye., retsenzent;
CHABROV, I.M., red.
[Regulation of the daily allowance of heat supply to apartment
houses and public buildings; scientific report] Rezhimy sutochno-
go regulirovaniia otpuska tepla zhilj-m i obshchestvennym zdaniiam;
nauchnae soobahchenie. Pushkin, Akad.Icommun.khoz.im.E.D.Pamfilova,
1959. 73 P. (MIRA 13:5)
(Heating from central stations)

ARIYEVICH, E.; SENKOV-,-F.-1 --
Thermal conditions and dampness in hpartment houses.
Zhil.-kom. khoz. 9 no.4:12-13 '59. (MIRA 12:7)
(Dampness in buildings) (Heating)

ANDREICHEVA, Nina Alekseyevna; SENKOV, Fedor Vasillyevichf
RYAZANTSEVA., L.I.,-md.; KISIMOV, a. , ;Ve-RJff.--rsd6
(Protecting wood from rot; assistance for the rural
builder] Zashchita drevesiny ot gnieniia; v pomoshch'
sellskomu stroiteliu. Moskva, Gosstroiizitat, 1963. 62 p.
0 IIRA 16: 5)
(Wood-Preservation)

~E~Nl!~,_~edor Vaqil~yevich; SHIRDIVA, Nina Pavlovnaj LOBANOVA.,
VINOGRADOVA, UK., red.; TAR.YJIGVA,
K.Ye.,, tekhn. red.
[Heating and heat supply of farm buildings and installations]
Otoplenie i teplosnabzhenie sel'skikh zdanii i sooruzhenii.
Moskva,, Gosstraiizdat, 1963. 11+6 p. (MIRA 16:12)
(Farm buildings-Heating and ventilation)

ACC N1, ; V7) -So ~ I
AR6034811 ("V URCE CODE: UR/0398/66/0-09/006[V008/V008
AUTHOR: Senkov, G. I.
TITLE: Experiment in setting up an NVD-48 automatic remote control system for
ship engines
SOURCE: Ref. zh. Vodnyy transport, Abs. 8V51
REF SOURCE: Proizv. -tekhn. ob. Telchn. upr. M-va rechn. flotQ RSVSR,
no. 7(51), 1966, 7-12
TOPIC TAGS: remote control, automatic control, marine engine, glue, sealing
device/NVD-48 engine, adhesive no. 88
ABSTRACT: Pneumatic remote control of the NVD-48 engine can be achieved from
'he wheel house, the bridge wings, and the engine room. Tests of the remote
control system brought out its deficiencies, - Reversion failure is due to lack of
vejAilation in cylinders during reversing. Shifting of the camshaft therefore
requires considerable additional forces, which affect the performance of the suction
valve arid the exhaust valve, and the force of the reverse gear unit is insufficient to
i-nove the camshaft. Starting failures occur because the air released from the
1-Card.1/2 TJDC: 6 29. 12. 014. 519

ACC
N" ARG034811
starting system of the engine and the pipeline passes along different channels, the
pressure in the pipeline falling more slowly. As a result., the push rod delays the
movement of the fuel supply system. Failures to reverse and to sta.-t wer--- due to
the faUing off of the rubber seals inserted into the ends of the piston valves. In
order to eliminate these deficiencies, the design of the system was modernized at
the Nevskiy shipyard. A blocking valve supplied with the engine, is used to ventilate
the cylinders during reversion. A cam that acts during reversion on the sliding
bushing of the blocking valve was installed on the shaft of the reverse gear unit.
When the camshaft is set in a final position for "ahead" or "astern", a spring keeps
the lower valve shut and the upper valve open. The pipelines become separated,
and one of these admits air through openings in the sliding bushing. When the
camshaft. is set in a final position, the cam emerges from under the sliding bushing,
the lower valve sb,,"ts, the upper opens, letting the air escape from the loading
pistons of the starting valves through the flip flop valves and the pipeline. In order
to prevent starting failures, the pipeline and the push rod are detached. While air
is fed into the starting system, a catch simultaneoi,sly releases the fuel supply rod,
and an oil-type shock absorber shifts it in positio,., to supply fuel. No failure to
start was recorded after modernization was carried out. To prevent the faUing off
of the rubber seals, these were -attached with adhesive no. 88. S. Mamulin. (Trans-
lation. of abstract] [GC]
C-ord.2/2 SUB CODE: 11, 13/ - I

AKUTINJ, G.K., kand.tekhn.nauk; BURATOV, G.N., inzh.; KULINICH, N.T., insh,,;
~EITIKOV., inzh.; FEDOROVSKIY, V.V. , inzh.
Radio control of switches from a moving locomotive. Mekh.
i avtom. proizv 15 no.7:39-42 Jl 1"61. (MIU 3-4:7)
~Railroads-Zwitches)

SEITKOV, M. A,
"The Theory, Method of Calculation. and an Faperimental Investigation of Zlectro-
magnetic Brakes." Oand Tech Sci, Moscow Order of Lenin Power Inst Imeni Molotov,
7 Jan 55- (VM, 30 Doe 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher 3ducational
Institutions (12) '
SO: SU14 No. 556, 24 Jun 55

S.M-OV, hizh.; SHLRUAIEV.-~'iMp L.E.
lia-1:3.road5 of Iran. Zhel.dor.Lransp. 43 no-4:89-93 Ap 161.
(141M 14-3)
(Irarr---f~uilroads)

MOMINSKIY, Nikolay Ivanovich- ~MMOV, je.F. redaktor; LEONOVA, B.I.1
redaktor, SOLOVETCHUK, A.W.-' redaktor.
[Geodesy] Geodeziia. Leningrad, Gidrometeorologicheskoe izd-vo,
1954- 391 P, (M22A 8W
(Geodesy)

50-56-4-10/26
AUTHORt Senkov. Te. P.
TITLE: The Measurement of the Length of Rivers on Maps by Means cf
an Improved Curvimeter IIKS" (Izmereniye dliny rok po kartam
a pomoshchlyu usovershenstvovannogo kurvimetra "KS")
PERIODICALs Meteorologiya i Gidrologiya, 19589 Nr 4v Pr: 28 - 30 (USSR)
ABSTRACTs As an introduction,;the method lied until now (Ref 5)o is
f8 1 4) are discussed#
described. Various improvemen,6a Re
All methods, mentioned abovep recommend the application of a
compass. The advantago and Ai disadvantages of the old meth-
od are discussed. To avoid the disadvantages (division of
the rivers into segment* of different sinuousity, selction
of suitable curve-specimens, correction cooffioientsy the
difficulties involved, spoiling of the maps by prick-ing)
the measurement of the river length (or other sinuous lines),
the coefficient of sinuousity of which does not surmount
1.11 (Ref 2), by moans of the amrwimster mentioned in the
title, is recommended. It in produced by the State Hydrology
Institute (Gosudaretyennyy gidrologicheskiy institut ). The
Card 1/2 device (Figure 1) in described. It makes it possible to

50-58-4-10/26
The Measurement of the Length of Rivers on Ma;s by Means of an Isproved
Curvimeter "KS"
pursue relatively narrow bonds. The author has tested the
ourviseter "KS" at 68 riverso which he has measured by this
means. Por 41 rivers the length ralues differed for lose
than I %. For 88 % of all 68 rivers the difference did not
surmount 2 %. The usability of the apparatus "*,Alto fro& the
folloiings'l) The survey process is, at orfactly satisfying
fresultm, accelerated by the multiple, 2~ The labor of the
surveyor is eased oonsiderablyt 3) Maps are saved fro& getting
spoiled by priokiAg. Besides other deficiencies and diffi-
culties mentioned abo,-s(in brackets), are avoided. There are
I figure and 5 roforenoo s,all of which are Soviet.
AVAIIABIZ# Libraz7 of Congress
L TU"And WatoordVa -- Hasurvant, 2. laps - Applications
Card 2/2

C
LZO&Uvy Yu. 1.) ld;i4i- Vet SCi - (uiSS) "C.L:rnica.L--aiuc-pLo.Lot,4caI changes occaaioned
Lry the trannl)ision of incompatible isogmic blooc. into cattle." NuvocnorkaEBk,
;~-,u pp. (M.Lu 4i-ic U1140R. thvocherkassk Zoo-Vet Inst.), L-'U coples.
(n., No 40, -o57, p-94)

USSR/Human and Animal Physiology - (Normal and Pathological). T-4
Blood. Blood Transfusion and Blood Substitutes.,
Abs Jour Ref Zhur - Biol., No 11, 1958, 5073.3
Author Son'kuv, Yu.Ai
Inst Novocharkassk institute of Animal Technology and Veterina-
ry Sciences.
Title Clinical and Morphological ChanF.,cs in Large Horned Cattle
Resulting from Transfusions of Incompatible Isogenic Blood.
Orig Pub Tr, Hovocherkasskogo zootakhn.-vet. in-ta, 1957) vn- 10)
391-397-
Abstract In order to establish blood conpatibility reactions in
484 cows of various breeds, c., total of 5261 cross tests
were performed using the method of Vensan and shiff.
In 120 (2.2 percent) cases a positive hemaggluti-nation
reaction was observed, Twenty-four blood transfusions
Card 1/3

26097 y/001/60/000/010/001/00,
C/ D257/D302
AUTHOR: Senkovit, Predrag, Assistant Professor
TITLE: Piezo-electric quartz as a crystal vibrator, and its
application in electronics
PaIODICAL; Tehnika, no. 10, 1960, 1907-1915
TEXT., The author deals briefly with the history of piezoelectric
groups9 kinds of oscillators, family cuts, mechanisms of the piezo-
e1ectric effect and its reciprocal phenomenon, electric twins, agingg
and gives a note on a piezoelectric and ultrasonics laboratory.
Table 3, gives a summary of crystal elements. The medium range is gen-
erally from 100 Kcs to 100 msc. Electrodes are placed on the two basic
surfaces of the plaLe, usually as thin films of silver, or gold and are
divided lengthwise into two parts (see Table 3).-.vhere the polarity of
potential in the top half is opposite in phase. Then, if the top parL
elongates thelower will contract, and the whole plate will oscillate
around the node points which hear the points of fixing. To achieve
lowest frequency ranges, two plates of the stme cut are jointed
together (duplex cut), here the X axes are placed opposite in sign:
Card 1/5

26097 Y/001/60/000/010/001/001
Piezo-electric ... D257/D302
for this reason plates made from left and right crystal structure are
paired together. Elongations and contractions produde binding along a
thickness and the frequency is inversely proportional to the square of
the length and directly proportional to the thickness (4 1 mm); AT
and BT cuts are (in higher frequency ranges) of sliding oscillations
along the thickness and the frequency is given by: F = Fk/T . where F
is the frequency, Fk - the frequency constant for a particular cut and
T is plate thickness. For AT cut, F k is 1.670 Kcs. and for BT 29560
Kcs. (Xmm). Plates usually have spheroidal shape which removes para-
sitic resonance and facilitates figing. The range is x1sually 1-20 Mcs.
and higher harmonics can be attained by changing the mode of excitation
(these are not exact multiples of the fundamentals but deviate from the
whole odd multiple as shown by DI. Miljkovit, (Ref. 9: Savremeni tipovi
jedinki krstala kvarca i njihova primena u oscilatorima. Telekomunikacijeo
bra 2, 1959, g*Bgd.)). Crystal units work better in vacuum due to the
Card 2/5

16M Y/oojL/6o/ooo/oio/ooi/ooi
Piezo-electric.ao D257/D302
absence of damping. The amount of excitation is very important since
the use of high excitation potentials can burst the unit. FromAcryf-
tallographic viewpoint, electric energy is converted into mechanical
energy this way: molecules of quartz are electrically neutral and the
link between silicon and oxygen is homopolar; according to Van der
Waals the links along the apexes and sides of tetrahedra are ionic,
electronic, and Van der Waals' in nature. On heating or placing in an
electric field bond lengths change (which explains the variation in
electrin conductivity with temperature) and if quartz plates are put
into alternating current, the electric impulses impinge regularly on
th* outer eLectron mantles around the atoms in the crystal grating.
Electrons are repelled by the same polarity in the current and in turn
pack higher order electrons towards the positive center of the a.c.
i.e. the whole ceU and electron mantle are deformed in the direction
of the positiNe pole. The atomic core holds back the electron mantle
which tends to the positive field of the curren-c.. This is how dynamic
equil-Lbrium is attainsd which if the imposed pressures are not excessive
prevents permanent deformations. In electronics, crystal units are of the
Card 3/5

Y/001/60/000/010/001/001
Piezo-electric... D257/D302
at-tive and passive type; they are active as generators of oscilla-
tions, and passive when used as selectors or filters. The great
stability of frequency which they exhibit has also found use in radio
tranamittars and rtcelvers. The use of crystal re tifters as ultra-
sonic rettifiers was made in the generation and reception of ultrasonic
waves and activa or paBsivs ultrasonics e.g. in cutting and working
metals, solder_'ng aluminum, altrasonic therapy such as rheumatology,
investigation of materials in underwater comunication lines, In in-
vestigations on the brain et-v. as well as utilization in microphones
and loudspeakers. Future studies will include extension of temperaturs
ranges, and mproved zynthstic piezoelectric-crystal formation. There
are 15 figurte, 3 tablez and 9 references., 6 Soviet-bloc and 3 non-
Soviet-blot. The rsferences to the English-languags publications read
as follows: R. HeiBing. Quartz. crystals for electrical circuits, New
York, 19463 W. Cady: Piezoelectricity, New;York, 1946..
Card 4/5

M
Y/001/60/000/010/001/001
Piezo-electric... 26097 D257/D302
ASSOCIATION: Mineralogije instituta Mihailo Pupin, Beograd (Mineral-
ogical Institute Mihailo Pupin, Belgrade)
SUBMITTED: March 2, 1960 Tob t. 3

Legends to Table 3. Aftein I 'IrrteL Frehrwn II -d:Yf1ha b-tirina
1. Manner of oscillation,2. Types S O-Pmcrjf Pte
of cut a) Duplex,3. Freq. range
-

(Kcs),4. 1= length t - thickness
*
' ~Z
4 '50'y
1
e'
b = breadth D = diameter
of plat
.
d = diameter of electrode.

n
5
Slidin
l
t
) alon
t b)

Z

t
.
a
o
g a
g
g

fundamental c) along surface, 0

6. Extension a) along 1,7. Bending 1

S

ASA

0
a) along b b) along.t
t",
Cr 100-IOW
Card 5/5

h7
-
G Ar a r

7

jw
-
Am
-
h,
UIU
L4
,
pbstr, In REr.

AI

(
the
O.M
Val or 240
up aw
M-45tlftrtion~, rhe *Crbt at 0.38 quito Losatisfeetwy lt 0,

--VON

Bottom depoolle of the Aral See. V. 1'.
Ryidl. .1faikov. Ohikhesba lipylatrI. 'Pr(YVr-(7UIt:-'
Geol. 22, No. 4, Chryn- Zfntr. (kusLln,/
Zone Ed.) 1948. 1. OKS.-The %ater of this sea has a lower
Halt cmtent (O.WLf*"p) and a higher conirnt in Ca and
Nig julfateq thAtt isomul ica water. The 1xitiont ~Ii-
ivient k plavic underial and vrrv fine grihiml chem.-hM.
'ctlituent. lt~ clunlin. is 41cm-tilwl. At. G. Moore

A j- ': -- v-. i , - , - T-
LUKASHEV. V.A., zasluzhennyy vrach RSFSR; SENIKOVSKAYA. Yu.F.; KOVALEVA, S.V.
a ~~
Protable apparatus for subcutaneous infusion of oxygen. Akush. i
gin. 32 no.6:72-73 N-D '56. (MIRA 10:11)
1. Iz Kinell-Cherkasokoy polikliniki Kuybyshevskoy oblesti.
(OXYGEN, ther. use
portable appar. for subcutaneous infusion)

-SETIKOVSKIY K,J, inzh.
Classification of phosphide eutectic in gray iron. Tekhnika
Bulg 13 no. 2: 13-16 164.

SF,NKOVSK1, Kazhimiezh [Serikowski, Kazimierz]p inzh.
DIreat observation,of the beginning of gray cast iron
melting. Mashinostroene 13 no.6:35--38 161+

SENIKOVSKIY, ',I.Yu. [Senlkovclkyi, M.N.], kand. geol.-mineral. nauk
Tripoli from the Dnieper Valley is a valuable mineral raw material.
Xhim. prom. [Ukr.] no.3:28 il-S 164.
(M,IRA- 17:12)

- -- - -- -- ---- --
SEN I KOVSKIY,
Improving the operation of cement mills. TSement 27 no.3:8-11
MY-Je 161. (MIRA 14:7)
(Cement plants-Equipment and supplies)

SENIKOVSKIY, ]~.B., in7-h.; VOROBTYEV, D.A., inzh.; KIZRICV, A.V., inzh.
Device for sorting materials belng milled. TSement 30 no. 2:
20 Mr-Ap t64. (MIRA 17:5)
1. Bryanskiy tsementnyy zavod.

SMOVSKIY, St., magistr.
Silicones. Tekh.mol. 22 no.11:14-15 N 154. (MLRA 7:12)
(Silicones)

aENKOVSKIY. Stefan I.-Sankowskii, Stefan] .
Giant of the Polish chemical industry. Priroda 45 no.11:58-61
N 56. (NLRk 9:11)
(0swiecia, Poland--Chemical induelties)

KO LII! N ,V. 1, ; SEN I KOVSK I Y , Yu.N.
cil ~retaceaus zed-4;finents or. -,he Vc:~TC-FcdolJar.
1 17 '2 1 IR
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Subm-Itt9d J-ure 9, -

The parallelism of 5-tratigraphic profiles of Muschelkalk in the Silesian and
Kralrow regions and in the region of Go-y Swietor~xzyskie. p.83
Urarszaw., Poland. PR&MAD GLOLOGICVTY. Wydavm.-Ietwo Geologiczne.
Vol.7, no.2, Feb-1959
Morithl-1- List of East Europcan Accessions Index, (EEAI) LC, Vol.8, no.6
Jime 199
Uncl.

SENKOWICZOWA, Hanna
The Middle Triassic in the sub-Carpathian Depression. Kwartalnik
geol 3 no.1:57-70 '59. (EM 9:8)
1. Stacja Slwietokrzyska I.G.
(Poland--Geology)

11 -SENKOWICZOWA, Hanna
The stratigraphic position of the Rhaetic. Kwartalnik geol 3 no.4:
899-913 159. (EFAI 10:1)
1. Switokrzyska Stacja Terenowa I.G.
(Poland--Geology)

SENKOWICZOWA-lanna; SLACZKA Andrzej