SCIENTIFIC ABSTRACT SHESHUKOVA-PORETSKAYA, V.S. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549120016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SH~-SHUKOVA--MULTSKAYA, V.S.
Fossil diatoms of southern SAkhalin (marine Ileogene). Vest.WU
1-4 no-15:36-55 159. OURA 14:4)
(Sakhalin-Diatoms, Fossil)

SHESHUKOVA-PORETSKAYA, V.S.
Diat,7-.;-L,~ of some peat bogs of the Baltic shore; the Estonian
S.S.4--U. and Kaliningrad Provin8e. Uch. zap. LGU no.313:137-170
162, (MIRA 15:12)
(Estonia-Diatoms)
(Kaliningrad Province-Diatoms)

GLEZER, Z.I.
Diatow, Silicoflagellatas and Ebrildeae from Maikop
sediments in the Shibik River; Krasnodar Territory. Uch.
zap. LGU no.313:171-202 162. (MIRA 15:12)
1 1 (Shibik River-Algae, Fossil)

8HESHIJ-KQIjW-PORETSKAY-A. V.S.
New and rare Baci-llariophyta from the diatom series of Sakhalin.
Uch. zap. LGU n0-313:203-211 162. (MIRA 15:12)
(Sakhalin-Diatoms, Fossil)

SFESHULDI. G.I.
Comnosition of pas-liouid inclusiDns in minerals of spodumene.
Geol.mpst.red.elem. no.9:6-t-79 16i. 0",111;~ 1,-!: 9)
(Spodumene) (Pep7natitps)

F' ZA 'TC.V ' S,-!ULIi-,. G.I.; ~-O.-LZAKOVI B.A.
HE I
L,S,,; SUDERKI", A.I.; 31
A.S. nauchrV,-y F.,d.; MT ~1`7KGVA, Ye.K., red.
i zd-va; SE-MO~,A, tekhn. red.
[Industi-fts --c,~:uirei-ents as to the quality of mineral raw
inaterials-]TrebovaniiL pror:ys~.,lennosti k Jachestvu rare-all-
nogo syrl-ia; spravocimil. dlia geologov. Vos1wa, Gosgeol-
tekhizdat. 1,10-31[Fiezoelectric and optical rdnerals]Plezo-
elektricheolcoo i optichesj',-.oc syi-le. Izd.2., perer. 1962. 46 p.
(MIHA 15:10)
1. I-loscow. Vsesoyuznyy nauchno-isoledovatellskiy institut Ed-
nerallnogo syrlya.
(Quartz) (Iceland spar) (Fluorite)

LI L K, fi, V
IYrhe relation between ten percent and flash equilibrium
distillation curves lot coal tar). S. Laid., and %I. &_,iulka
Palila 35, *_'6:3-7(I!)"5).-Various articles dealif
relation for crude oils have tycen publisht4l, but not for tar.
'I ar, - roa6
To renivily this situ, ti-Sn' U Varimi,
and processes were investigated. A &~h ti.p. equil. disto.
qpp. wus constructed, consisting 01: Cullst.-ternp. txltl' with
mitt. of NaNO3 and KZ-103 salts in mol. ratio, clee. wixer,
'
flash evaporator with thermometer oil top and also con-
denser nith thermometer insert for liquid fractions. The
bottom part contained 2 openings, one for 3-part spray i'"
nozzles and the 2nd for removal of the nouliquid portion of
tar. The results of Engler-type distri. were compared to flash
evapa. A series of curves was.constructed showiii-- that
-the middle point of Engler dista. was also the mater for
flash equil. dista. curvU: From t4c slope of 10% distri.
curves the,'slope of flash %tistu. curves was deLd. mathernati-

iwq,s,[,'.!V, M.M,; I.T."Dvi-TEV, M.N,; FILIPPOV, P.I.; CIFIVILU, I.V.,-, SHE'Si~,NNCV,
V. M.
Recording of a Vavilov-Cherenlkov -adiaticn c-ne from isolated
particles. Atom. energ. 12 no.5:412 My 162. (KRA 15: 5)
(Cherenkev radiation)

SHESHU40VA. V.
Sheshtmova, V. (Exchanee of ExDerience) HelD in the work of the regionpl mInIng Insnect-
ors of the Central Statistical Bureau, USSR. P. 61
SO: Herald of Statistics (Vestnik). No. 2, 1951

-SHESKIN, A. - I
Tool for shpamening safety-razor blades. Prom.koap.no.8:29-31
Ag '55. (MIRA 9:1)
l.Starshiy inzhener proizvodstvenno-tekhnicheakogo uprarleniya,
promsoveta Entonskoy SSR.
(Razors)

J
los, t
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jr--:er
-71 - Lar. Rot-orclets. i-v, ll)_4)t
'cr tnf~ of Car-di i.-jte in :-etiicril Sciences).

�HFZKIN, Fj'
KA., kand.med.nauk.
Conservative treatment in tub--rculaus epididymitis. Vrach.
delo no.5;150-151 My 162. (MIRA 15:6)
1. Polik-linicheskoye otdeleniye 2-y bolinitsy Oktyabrlskogo
rayona Kiyeva.
(EPIDIDMAIS-TUBERCULOSIS)

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BE"OATS b1MIOD O~ A DETERMMMON.
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A newly developed weighing method for the determination
of aluminum In Iron ores and industfial proqucts has indl-~
cat~d that the quickest aW most reliable precipitation of
,
Alumlimm Is effected by ammonium benzoat~li~ a medium

of weak scatlo.neW.'The Iron reduced by sndlum hydro-
sulfito to a bivalent state does not interfere with the deter-
minatton of At. The method permits a quick qualltative do-
-
termination of aluminum in the presence of a high
content
of Iron., ar-auth) - t

Xj
I jo-1 woV,
and
Aoa.
rble
jp d

74 and
is TM
of to, 4
4n
Hi, and tho
r"vik
HSO, 10
at we* tx with *0 of Water 19 all
of cone. H The 6010AS U*014~_.. got
ascodAc Wd and a of NHf 1, dilu to III Ml"
mixed #t- W with v to 2 ml of &* I hl
17=1
prepared soln. of tannin added dmpw~ 'sit
aper. pulp whm tbj6 aoln. botows and
wt aid, at W for 2 to A hr. The NWum
omplex with tannin is filtered off from' Pe cold
SOLIM. -and inwhed with cold 4% HCI a6lo. After
ignition the ppt. if white Is fused ,.*th 0-5 to I
melt 4 t7m,tr-,
of JC~%O, and the,
H,SO solar with tha'addition ps of

r
F40'.4 Ii the SW;. 'r ence
of Ti. the colour i~TtZe*d wittii soln.,
of TI. Thii calculated amount
from the wt. Uf2' ourc4
t the* Wb Is rw frer 3 Frpt.

F. t,-. :i , - - ! -satis-
7
T 40, and
factory results !bSILTT Mj, MT.M.., nUMM3-L'UE-- 0-9

rMl-W-PUTH
o
Nb.

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5(2),5(1-')
AT,7 1 :
Ponomarev, A. I., Sheskol'Ska,,,a, A. Ya. SOVI/75-14- 1-1 1--, _-2
Deterr.,~ifiati,_:i i,iobium in 1,14o Preociice of Tun:,~,_-ten by tne
'Utl of (Orvedeleniye i;iobiya v;,,risutstvii
Vol ram~L :.C.L iOMOSIICI~I KUI)ferolia)

13 T ~,A L: 'h "o p r,
Z -,)-rnal -.n.%litiche.,~kov kliiviii, :r 1,

:'~'AC;111: A method i.,~. (tevised in the present paper,
pcr::~; ttiric tht,-
determination of niobium in alloys, steels arid other objects
containing tungsten, without prior separation of the two
elements. niobium standard solutions were employed for the
elaboration of this method: with tartaric acid, with oxalic acid
and with ammonium oxalate. The determination takes place by
precipitation of niobium with a 37-c' aqueous solution of cupferron
from hydrochloric solution, containing one of the three
mentioned complex-forming compounds. The precipitate is filtered
off, annealed and then decomposed with potassium pyrosulfate.
After cooling, a solution of oxalic acid, ammonium oxalate or
tartaric acid is added, wherein the melt is soluble on heating.
The solution obtained is acidified with hydrochloric acid and
Card 1/3 precipitation of niobium. with cupferron is repeated. The

Determination of Niobium in the Presence of SOV/75-14-1-13/32
Tungsten by the Aid of Cupferron
precipitate obtained is annealed (,10000) and weighed out as
Nb20 5' The precipitation with cupferron takes place at room
temperature. Filtering and washing of the precipitate is rapid
and reliable. The results obtained from the determination slic,.:
that for determining niobium. in the presence of tungsten all
three mentioned complex formers are suitable to the same dogree
for the masking of tungsten. By the aid of the radioactive
isotope 1085 the precipitates of 11b 205 were investigated as to
their tungsten content. The amount of tungsten co-precipitatea
was found to be dependent on that of niobium. On precipitating
10 tag Nb in the presence of 100 mlr W more pure 14b205 containin.,,
no tungsten is obtained. Investigation of the precipitates thr~t
are obtained from the alloys 71 - Si - -111b showed
co-precipitation of tungsten to occur only -,,rith niobiuta
contents > 3061a. The method devised is both rapid and accurate
and permits the determination of niobium in the presence of
Card 2/3

r-i ma tiorl o ur-. -*- r.
f.he Aid of CuT::
c =C
metihOl
::-,)Eccl
'o
al' Of AS -USSR,
Moscow)

S/509/60/000/004/022/024
Elll/E152
AUTHORS: Ponomarev, A.I., and Sheskollskaya, A.Ya.
TITLE: Determination of Niobium in Cast lr-o-nfi----~
PERIODICAL: Akademiya nauk SSSR. Inatitut metallurgii.
Trudy, No.4, 1960. Metallurgiya, metallovedeniye,
fiziko-khimicheskiye metody issledovaniya, pp.240-242
TEXT: The object of this work was to find a method of
determining niobium in cast iron in the presence of iron and
titanium, without their preliminary separation. Ascorbic acid
C6H806 was used to form a complex with titanium and for reducing
iron to the bivalent form in which it stays in solution. After
preliminary experiments the following procedure was developed.
1-1.5 g of the sample is treated with 5 ml of 1.40 s.g. nitric
acid. After evaporation almost to dryness on a sand bath, the
solution is completed by adding 30 ml of 1:2 hydrochloric acid
and boiling. The volume of the solution is maintained by adding
water. Ignoring any black light residue the solution is diluted
to 180-190 mi, 1-2 g of ammonium chloride and 0.1-0.2 g of oc~
ascorbic acid are added and the temperature is raised to 70-80
Card 1/3

S/509/60/000/004/022/024
Elll/h;152
Determination of Niobium in Cast Irons
10 ml of freshly prepared 1% aqueous tannide solution are slowly
added with stirring, the heating being continued for 2-3 hours.
Macerated paper is added and after cooling the precipitate is
filtered and washed 6-8 times with cold 4% hydrochloric acid.
The precipitate and paper are heated in a platinum crucible until
all graphite has burned off. A few drops of water, 10-20 drops
of 1:1 sulphuric acid and 2.3 ml of hydrofluoric acid are added
and the crucible is gradually heated on a sand bath until S03
fumes have been evolved for 5 min. 1-2 ml of water are added to
the cooled crucible and evaporation is carried out until only
2-3 drops of sulphuric acid remain. After cooling, 1-2 ml of
water and 5 ml of hydrochloric acid (s.g. 1.19) are added and the
crucible is heated until all salts have dissolved. The solution
is transferred to a beaker, diluted to 80-90 ml and the niobium
is precipitated as before after addition of 0.10 g of ascorbic
acid. The filtered and washed precipitate and filter paper are
heated to 1000 IC for 5-7 minutes in a platinum crucible which is
then cooled in a desiccator and weighed. The residue is fused
Card 2/3

S/5o9/6o/ooo/oo4/022/o24
E111/E152
Determination of Niobium in Cast Irons
with potassium pyrosulphate (0-5-1.0 g) and the melt is dissolved
in 20 ml of 550' sulphuric acid with 1-2 drops of hydrogen
peroxide. If the solution is colourless titanium is absent;
if it is pale yellow it is diluted to 25 ml and its coloration
compared with that of a standard titanium solution, the
equivalent weight of titanium dioxide being subtracted from
the weight of the niobium, pentoxide precipitate.
There are 2 tables and 5 references: 3 Soviet, 1 English and
I German.
Card 3/3

S/075/62iO 17/003/003/004
1017/1217
AUTHOR. Sheskol'sk-aya, A. Y.
TITLE: Determination of zirconium and niobium in their binary alloys using cupferron
PERIODICAL. Zhurnal analvticheskoy khimii, v. 17, no. 3, 1962. 327-329
TEXT A rapid and precise method for the determination of zirconium and niobiurn in their binary alloys.
based on the successive precipitation of these elements using cupferron.
A review of the problem in the literature is given. Works of Alimarin and Schr6der are cited and adapted
Tile results of a series of determinations of Nb and Zr in synthetic solutions containing tartaric acid are
tabulated and the error calculated. The error varies in this case between 0-3'/,. (relative).
The method of analysis of solutions containing Zr and Nb in a ratio of 1 :1 and 3:1 is identical with that
described here for samples of unknown composition.
PROCEDURE: 1) Determination of zirconium - 0.1 g of the sample is dissolved in a Pt-crucible by
addition of 2-3 ml KF and a few drops of HNO, to the complete dissolution of the alloy. Then 3-4 ml
HIS04 (SP- gr = 1.84) are added and heated in a sand bath, for 10-15 min. until white vapors appear and all
the H NO, is removed. After cooling, 25 ml 4 % solution of tartaric acid and 10 ml 2'/1 soln. of NH,fluoride
0
are added and the solution is transferred to a 300 ml beaker. The solution (100-125 ml), is neutralised by
Card 1/2

Determination of... S/075/62/0l7,,003';W3/00J
10 1 7i 1217
a,iiriionia using phenol-red indicator. the color changes from red, through yellow. to red; 2 drops ammonia
are added in excess.The solution is cooled to room temp. and Zr is precipitated by addition of 10-15 ml 6%
aqueous cupferron soln. which is added slowly with stirring, the soln. is left in the cold one night. The preci.
pitate is filtered offusing a filter of 9 cm. st (white band), and washed 5-6 times with cold water. The precipitate
with the filter paper is placed in a %%eiglied Pt or porcelain crucible, ignited for 10-20 min. at IOWC, cooled
in a desiccator and ZrO, is %%eiglied. The factor for Zr calculation from ZrO, is 0.7403.
2) Determination of niobium - 50 ml 2%' soln. of boric acid, 5 ml HCI, 20-25 ml 6"~ aqueous soln. of
cupferron are added to the filtrate obtained after the separation of the Zr by vigorous and constant sturing
to complete coagulation of the precipitate. After filtration carried out under the same conditions as for the Zr
separation. the 20 ml 6% aqueous cupferron soln. The precipitate with the filter is ignited in Pt or p,~rcelain
crucible for 15-20 min. at 1000--C cooled in a desiccator and the Nb,04 weighed. The factor for thr Nb
calculation from Nb204 is 0.6990.
ASSOCIATION. Institut metallurgii im. A.A. Baykova, Akademii Nauk SSSR. (institute of metallur.-Y
tin. A A. Baykov, Academy of Sciences, USSR) Moscow
SUBMITTED- May 8, 1961
Card 2,'2

S/075/b2/017/006/ooI/uu4
Determination of zirconium in the ... E071/E135
ASSUCI,,,TIQN: Institut metallurgii im. A.A. Baykova, Moskva
(ltistitute of Metallurgy imeni A.A. Baykov, Moscow)
SUBMITTLD: January 19, 1962
Card 2/2

KIPON, V.A.; :AfE.;rlJKOVj N.110
Fr(npe,~f.s for finding `1 in the Orenbrurg portion of the Karr-
Kinell system of troghs. Neftegaz. geol. i geofiz. no. 15:8-11
163. (MIRA 17:5)
1. Vsesoyuznyy nauchno-issiedovatellskiy geologorazvedocbny.,
nertyanoy institut i Neftepromyslovoy upravleniye "Biruuslarneft".

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of -'Ilaf~ TLILL-unritlo~~ in the Planc -f Zna-e f ob

SHESMINTSEV, M.A.; YAKOVLEV, N.V.
High-illuminance mirror-lens systems used for image transmission.
Opt.-mekh.prom. 25 no.5:24-25 MY '58. (MM 1l.-9)
(Optical instruments)

M
ACCESSION NR: AR4041593 S/0137/64/0001005/DO38/DO38
SOURCE: Ref. Mi. Metallurgiya, Abs. 5D225
AUTHOR: Shesno, L. P.; Shevchenko, G. A.
TITLE: Influence of method of heating of lilayer' billets (steel E1847-armco
iron) under hot rolling on inclination In intercrystalline corrosion of steel
E1847 in Hotrolled clad pipes
CITED SOURCE: Sb. Proiz-vo trub. Vy'~p. 10. M., Metallurgizdat, 1963, 106-109
TOPIC TAGS: bilayer billet, bilayer billet heating, hot rolling, intercrystalline
corrosion, clad pipe/E1847 steel
TRANSLATION: In investigation conducted for clarification of the influence of the
n-iothod of heating.of bilayer billets under rolling on inclination of steel E1847 to
intercrystalline corrosion., for abutment boundary contact with Armco Fe'hot-
rolled billet of ateel B184-7 from automatic mill was used, which after boring and
Card l/ 3

ACCESSION NR: AR4041593
line corrosion, as conducted investigations showed on hot-rolled pipes of steel
E1847 with cladding of Armco Fe is usually of a local character, whereupon with
strengthening of degree of corrosion the area of sections affected by it increases)
including the entire surface of bending of sample. Bibliography: 6 references.
SUB CODE: MM ENCL: -- 00

SHESTAK, G.A., kand. tekhn. Tiavik
Hecurrence of basic parameters of one-story industrial buildings
of the machinery industry. rrom. stroi. 37 no.6:48-50 Je '59.
kMIRA 12:8)
kFactories-Designs and plans)

KIKIII, A -I , i-vof.; Ye,1, , prof..; SILFIK~ '-T- 1.'.S. , prof.
dol-tor te"di., . nauk; I.LSSIG, '.,'e-ll:, ~;V, K.K., dots.;
T - -- - -'-~ ; -
1-- jKIY , G.~` --.ots. ; SIESI AK., G A - , dotF.
dots.; dotZ A.'I'-, Prof.; VEja"IKGV
G.S. (cots.; Tlj:'-~!N, S.I.'-, kand. tel,:hn, nauk, nauchiny... red.;
BEEGAK~ :-,:A.5 red, izd-ta; CSEZTKG, teklin. red.
["',etal construction; present state wid outlook I"or future
development] V.etalliclies"ie konstruktsii; sostoienie i pre-
spel-Aivy razvitiia. Fod obshchei red. N.S.SLreletskogo. 11-lo-
skva, Gos. izd.-vo lit-r,, po Aroit., arlthit. i struit. materi-
1961. 333 p. (,-.I;Lk 15:4)
1. Nioscow. 11--loskovskiy inzhenerno-stroitelInyy institut.
2. Kafedra metallicheskikh honstruktsiy ',~oskovskogo inzhenen-io-
stroitellrogo institituta iri-.eni V.V.Kuyb-j---heva (for all except
Tubi,~, :'f~ga::, Cse-,2-co).
(Buil6ing, Iron and steel)
(Alurm-m= Structural)

I-
--- ~ I - . . - .. . - . . . , . - - - I . . I

ShESTAK, Georgiy And-1-ianc.-vicb, kand. -tekhn. nauk; GENIYEV, A.N.,
prof., retsenzert; ZELYATOROV, V.N., inzh., nauchr. red.
(Designing steel structures for one-story industrial buildings]
Proektirovanie stallwykh konstniktsii odnoetazhnogo promysh-
lennogo zdaniia. Moskve-, Stroiizdat, 1964. 160Y p.
(MIRA 17:4)
1. Kafedra metallichaskikh konstruk-tsiy Leningradskogo inzhe-
nerno-stroiteilncp-o instituta (for Geniyev).

SHESTAK, N.A.
Melting glass in furnace!3 with divided zones. Stek. i ker.
18 no.6:6-7 Je 161. (IAIRA 14:7)
(Glass furnaces)

SHESTAK,N..".; ROKPLIN, P.1'11.
Regenerative glass fL-nace with crosscurrent alignment of the flame.
Stpk. i ker. 19 no.1:12-14 Ja '62. (MIRA 15-3)
(Glass furnaces)

SHESTAKY N.A.
Operation of Flass furnaces on natural gas. Stek. i ker. 20
no.,12:24-26 D 163~ (MIRA 17:1)

SBMAK, N.D., Inzhexer.
Apparatus for uitloodiag loose materials from railroad platforms.
Ayt.der.18 se.6:26 0 155. (MLRA 9:2)
(Loading and uxleading)

SHES , N.D. ' hener.
Erpeting the framework of concrete plants. Avt.dor. 19 no.9:11-12
S 156. 002A 9: 11)
(Concrete plants)

,:~W6-J779K /V P
5/O81/62/OOO/Oo6/oqq/j17
B162/BIOI
AUTHORS: Dorogochinokiyj A. Z., Bashilov, A. A., Chertoryzhakiy, A* V,
Arutyunova, 0. L.9 Krachetova, P. I., 1 10
_pheetak, U. P.
C
TITLE: The problem of the choice of solvent for polymerization of
ethylene into polyethylene at low pressure
PZRIODICAL: Referativnyy zhurnal. Khimiya, no. 6t 1962P 614, abstract 1z;
6P35 (Tr. Groznensk. neft. in-t, V. 3, eb. 25, 1961, 17-29)
TEXT: in investigation is made of the possibility of using extraction
benzine as a solvent for ethylene when polymerizing it into polyethylene
at low pressure. It is shown that the following are suitable: an extrac-,
tior. benzine fraction evaporating at 65-900C with an aromatic hydrocarbon 1
content of 3.61,js before do-aromatization and of 0-7~ after do-aromatization''
or a fraction evaporating at 75-950C in the case of which do-aromatization
is not needed (aromatic hydrocarbon'concentration 0.7%)- It is shown that;
the presence of aromatic hydrocarbons has no effe6t on the polymerization
process, but impairs th;,regenerability of the solvent. [Abstracter's
note: Complete transla on.3
Card 1/1
3C

6W . . . . . .
SHESTAK,_ GHERTOAIZHSKIY, A. V.; MIMKIY, Ya. V.; MITROFANOV,
M. G.; DEMMIKOV, I. A.
Adsorption properties of synthetic zeoliten-molecular sieves
and their use in the advanced-stage dehydration of monomers.
Neftekhimia 2 no.4:512-518 JI.-Ag 162, (MIRA 15-10)
1. Groznenskiy nauchno-inaledovateltakiy neftyanoy institut, i
Gromnonakiy khlmicheskiy zavod.
(Zeolites) (Monomers)

GARBFIR, K,S,, dot3ent; NIKITM, A.I..; LYAUDIS, B.V.; MALfNOVSKIY,
E,N., kand, tekhn.nduki BEL'SKIY, M.; VOLKOV, L.G.;
KTJZIETSOV, M'V~; KUTgENYOP A.D., SOROKIN, A.A.; SM-KHURSKIY,
A.D.; TRUBITSYNL, L.M-:, TRUSEYEV, A,I.; SFAFRAN, I.K., inzh.;
3iIFSTAK, P.J.; UL'YANOV, P,,P,,
Automatic control r& conwrter imaltIng by meann of compu' -s.
Stall 23 no~ 7:608-610 JI '63. (WRA 16:9)
L Dneprodzerzhinskly metal lurgichesl- iy zavad-vtuz im. M.I.
Arsenicheva (for Garger)~ 2. Institut kibernetiki AN UkrSsR
(for Malinov3kiy), 3., Zavod im, Dzerzhinskogo (for Shafran).

L r:~,

-SH-ESTA-K, S-,, podpolkovnik yustitsii
Temporary center of legal information. Komm.Vooruah.Sil 3
no.22:92 N 162. (MLU 15:12)
(Military law-Study and teaching)

LUZAFS1AYA, Dora -Lsaakovna; SETARLINSKI-Y, VJI., spet:3. -rd.;
AYT"ZAn, Yu.S., _-ed.; SHESTAK, SAI., red.
[Inland-water fisheries of the U.S.S.R. (lakes, rivers,
and reservoir-); a guide] Ryboklioziaistvennoe ispolzovanie
vnutrennikh vodoemov SSSIH (ozer., rek i iodokhranilishch);
spravochnik. Moskva,, Pishchevaia proi-.ysUennost', 1965.
597 p. (MLU, 18-7)

LAZAREVA, V.S.I. aseigt.; SHESTAK, S..S.
ned-feeds. Yeterinarija
Determining the f--oxilcol-l-~, erain and r:ombi
3G no.10-70 0 157, (MI2A 10:11)
1. Ohkalovskly -ozmqdlnR~-;r ~f-- 1,1 T a - a 2 - Zave duyushchiy
kxlimiko-tckclkn~
I o e -y nauchn o- i a s ledovate I
nkoy votarinarnoy stantsil f or I-, a,6k
(Yeeding om6 !it-, C3--Toxtcology)

nauchnyy sotrudnik;
SHESTAKIR S.S., KORENE4. G.P.; KORENEVA, T.A.;
,-6vqbbv, A..G., nauchnyy sotrudnik
Use of SZHK (pregnant mareAz serum). Veterinariia 37 no.l.-IO-12
Ja 160. (MIRA 16:6)
1. Orenburgskaya nauchno-issledovatellskaya veterinarnaya stantsiya
(for Shestak). 2. Direktor Simferopollskoy mezhsovkhoznoy labora-
torii (for Korenev). 3. Simferopollskay-a-mezhsovkhoznaya
laboratoriya (for Koreneva). 4. Turkmenskaya NIIZhV (for Sapogov).
(Serum therapy) (Veterinary medicine)

SHESTAKOV, A.
11(ictlicily, the cont of transportation. IMO 2 no.l.,22-24
(MIRA 1).*5)
J11 160.
1. ProdsAdatel' pravlaniya Natichno-tokhnichoskogo obahchisstva
Omskoy zhelqznoy dorogi.
(Omsk--Railroad research)

-SHESTAKOV,A_., tekhnik-stroitell; DIKIY, V.; TLJRASYAN, I.) KWKOV, N.,
inzhener-stroitell; FOPOV, F., inzh.
Readers' letters. Sell. stroi. 15 no-4:27 Ap l6i. (MIRA 14:6)
1. Sellkhozinspektsiya Orshanskogo rayona, Mariyskoy ASSR (for
Shestakov). 2.Predsedatell kolkhoza imeni Firovr- Yegorlyksogo
rayona., Rostovskoy oblasti (for Dikiy). 3. Sekretar.-I partiynoy
organizataii kolkhoza imeni Kirova Yegorlykskogo rayons, Rostovskoy
oblasti (for Tumatyan). /+. Sellkhozinspektsiya Khorollskogo rayonal
Primorakogo kraya (for Klokov).
(Farm. buildings)

TSUriIK(,V, V. (Bryansk); SMSTAKOV, A.
.
of fi-re prevention. Pozh,dalo 3 nc.6:32-
From the history
Je 162. 15:6)
(Firemen)

SIC-bTAKOV, Anatoliy, inzh.
Tuning up and launching into operation of the Ifaritsa-lztok
I. Thermoelectr4c
. Plant, Flektroenergiia 13 no.5/6:34-37
my-je 062.
1. G1, inzhener na grupata suvetski spetsiali pri Teploelektri-
cheskata tsentrala wMaritsa-lztok I ."

25(l) KIASE I KOY EXPLOITATION SOV/2330
ShestakovY Andrian Andrianovich
Machinist parovozdushnogo ciolota (Steam Hammer Operator) Moscow, Mashgiz, 1959.
118 p. Errata slip inserted. 8,000 copies printed.
Reviewer* P. G. Levandovskiy, Engineer; Eds.- B.N. Kazarinov, Engineer, and
S. G. Pachkov, Engineer; Tech. EJ.: N. A. Dugina; Executive
Ed.: A. V. Kaletina, Engineer (Ural-Siberian Division, Mashgiz).
PURPOSE: This book is intended as a manual for steam hammer opemtors and re-
pairmen, and may also be used by-forging machine, worMrs.
COVERAGE: The book -Drovides information on open and closed the forging processes,
on forgeability of metals, and equipment for heating forging stock, This book
is primarily concerned with the constructions and performance of steam forging
hammers and hydraulic and crank presses. No personalities are mentioned. There
are 10 referencesY all Soviet.
TABLE OF CONTENTS:
General Information on Open Die and Closed Die Forging 3
Concept of the processes of open die and closed the forging 3
Card 1/4

Steam Hammer Operator SOV/2330
Review problems 45
Operation and Maintainance of Drop rs 46
Automatic control mechanism of a drop hammer 46
Mechanizing operating processes of a drop hammer 54
Manipulator control and operating rules 64
Duty of the mechanic operating a drop hammer with manipulator 64
Methods of setting drop-hammer heads 66
Review problems 68
Closed Die Steam Hammers 69
Characteristics of the closed the hammer working principles 69
Control of steam distributors of closed die hammers 74
Duty of the mechanic operating steam-air dr~Dp hammer 77
Review Problems 79
Lubrication of Drop Hammers 80
Rules for lubricating drop hammere 80
Equi.oment, for lubricating drop IAmrmrs 84
Review Problems 86
Card 3/4

SUSTAKOV, Andrian Andrianovich; LEVAITDOVSKIY, P.G., inzh., retsenzent:
K~JIRINO'lfq B.N., inzh., red.; PUCHKOV, S.G., inzh., red.;
DUGINA, N.A., tekhn.red.
(Steam and pneumatic hammer operator] Kashinist T)arovozdushnogo
molota. Moskva, Gos.nouchno-tekhn.izd-vo mashinostroit.lit-ry,
1959. 118 p. (MIRA 12:4)
(Forging machinery)

SIIESTaOV. A.; GJLOV, Yu -
From the history of fire departments.
An '62.
departments)
Pozh,delo 8 no.4:)O
(miRA 15:4)
(Fire

I - ;i - - " * . I ~ .. - : , - .. . . I . :
,): 1 1- R r. I -T , A . i, . , -.Z1tJrJ . F-FT", N I 71-lit T,T I - 11~ I .
DissertatLon: 11i3ehavior of Integral Curves of' a System
the Vicinity of a Linpulal Point of ifigher Order." Sci
Moscow Order of Lenin State U Lmeni. M. V. Lomonosov., 17
of Differential Equatlons in
Res Inst. of Mathematics,
Dec 0.
1 so: vechern:,raya Moskva, Dee 1947 (Project q17836)

or cf Inte~-iall 3-m-nres of
A,~n,-. 3ci.
Lal-r--erential .-i --e c- n- ty --a n rFoi-nt Dok. A:,T,
~.o. 2, --'eha-,.rior n~ --he Soll-iticn-- Df a 'HDn-Lincni~ STr~terl of
DIf-'ere lt~--!- T, --"; "'he "eha-,~or o' z!' a
.0. 5, 1
4-1 the :-)f a Silv~ular- Point op 'i-her

A

A

_qurvds of
�estakov, A. A. On the behavior of the Wead
go k-jEe =ne gh.
6 M~emo 9rdin
g
ar Po L 0 y Akad. Nauk SSSR
'7
'.o
(N.S.) 02, 171-174 (1948). (Russian)
The equations
The singular
point is classified as a node, a -generalized
en
,
saddle of the I st, ?d or -3d type or a saddle-node according

=2 to the signs of c. and of the %(Xj) and whe
ther m4s
'
, even or odd. Theorem 2. If the X, are rital and negative,
0 being an isolated singular
are considered, 0: ri x.
te
M ~ 2, the'solu dons nding to 0 are tangent at the oright
;
point and the Xi being power series beginning -with terms to the curve defined by equating to zem the se0ond members"
of at least the second degree. The characteristic roots A, of
, of the last n-l equations (1). JA. UassCN.
the matrix (4j,), i, j= 2, n, are supposed to have non-
vanishing real parts, Theorem I - I f gt(xj) >0, 1, - - .. k - 1;
91N) 0, then given anysy3tem.
of k sufficiently small numbers x?, - - xk'(xt*>O), there is,
one and only one system x4,, x.0 such that the solution
xQ, - x.0) tends to 0 as 1- - oo.
passing through the point
V:

Sour-cat Mathematical Reviews, VO:L IONo. 1 4

Source.,
estakov, A. A., and Palvln, A. U. On the gymetotic
behavior of solutions of nonflnettr systems of dffe-rentlal
a On .,.. Doklady Akad. Nauk SSSR (N.S.) oz, 493-
MEE
US- tigiz). kilussian)
The asymptotic behavior as 1-~ao of the stable solutions
of I he system
dxildf- EaaXk+,pi(x,,xt,,- - -,xiffor ~Stmlf2r --.,I it
A-1
(a a constant, VO, 0. - - -, 0. 9) - has been studied by-
0. Perron [Math, Z. 29, 121~460 (1928)] and by L G.
Petrovsky CRec. Math. [Mat. Sbornik] (1) 41_107-155 qt
(1934)]. In the present note some of those results are stated-
under weaker hypotheses. Not all of the proofs are given.
IV. Wasow (Swarthmore, Pa.).
.............
Mathematical Reviewsp Vol 10. X6.8
='e 'T.

A'4:
�estakov, A. A. The behavicr of the Integral curve If
system of the form
dxl X4
X&O, V&S, xi) +x4(xl, x8'. - -X.)
di
In the neighborhood of a singular point Doldady Akad.
Nauk SSSR (N.S.) 62, $91 -S94 (1948). (Russian)
Previous reBuits of the author [see the preceding review]
are generalized to the present systems. Helassumes that
O:xl=--- -X.-O is an isolated singular point, that xi-O
is an isolated row. of X1, that -1eXi7Wx, diverges,
that 0