SCIENTIFIC ABSTRACT SHESHUKOVA, V.S. - SHESTAKOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549310013-4
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• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OFL.:, j V. 1.
1111he History of Resevoirs of the Transurals," Doklady Adaderaii Nauk, Vol 51, No 3, 194b
(132-143).
(146-teorologiya i Gidrologiya, No b Nov/Dec 1947)
0
so: U-3218, 3 Apr 1953

SHEI~ -IM611A~ V, ~-,
21590 S~t�ltxm, V.- S. Diatomovyye vodorosli ilovykw otlozheniy
podstilayushchikV iW glin iz ozer Onego-Belomerskogo
vodorazdela. Trudy Leningr. o-va estestvoispytateley, t.
vyp. 3, 1949, s. 1?7-97. - Bibliogr: 8 Nazv
i
1*
SO: Letopial Zhurnnlfnykh, Statey, No. 29, Mosk-m, 1949

SHESHROVA, V. S.
Kargshlov District--Algae, Fossil
History of the ponds of the Trans-Ural region based on the study of their diatomaceous
flora. Part l.., Lakes of the KanWshlov District. Trudy Lab. sapr. otl., No. 5, 1951
lrlonthl~y List of Russian Accessions, Library of Congress, December 1952. Unclassified.

1. V. S. SHEShUKOVA
2. ussii (6oo)
4. Algae, Fossil - Don River
7. Material for the study of diatomaceous algae in Cenozoic deposits of the
Lower Don. Nauch, biul. Len. un. no. 28. 1951
9. ~ ~hl List of Russian Accessions, Library of Congress, April . -1953, Uncl-

TOPACHEVSIKIY, O.V. [reviewer]; GOLLERBAKH, M.M.; POLYANSKIY, V.I.; ZABBLINA X.M.;
KISEMV, I.A.; PROSHKINA-L&VRENKO, A.I.; SHESHUKOVA, V.S. [authors).
Review of the "Guide to fresh-water algae of the U.S.S.R.' (no.l:mStudy of
fresh-water algae. General survey," M.M.Gollerbakh, Y.I.Polianakii; no.4:
"Diatomaceous algaef M.M.Zabelina. I.A.Kiselev, A.I.Proahkina-Lavrenko,
V.S.Sheshakova). O.V.Topachevslkiy. Bot.zhur.[UkrA 9 no.1:87-88 152.
NLRA 6:11)
(Algae) (Gollerbakh, M.M.) (Zabelina, M.M.)

FROSHEINA,1AVREM-0, A.I., redaktor; SMSHUKOVA, V.S., redakfor.
[Sympoaium on diatoms, dedicated to the memory of Professor V.S.Poretskii]
Diatomo-Fyi abornik, posviashchennyi pamiatti professors, V.S.Foretakogo.
Leningrad, Izd-vo Leningradskogo goo. universiteta, 1953. 228 p. (KLRA 7:6)
1. Leningrad, Universitet. Biologo-pochvennyy fak-alltet.
',Dlatoma)

GOLLMAKII, 4.1., professor; KOSINSKAYA, T e.K.; POLTANSKY, V.I.,
professor; IIATVITEMO, A.M.: ZABELIXA, M.M.; KISELW, I.A.;
PROSHKINA-LAVR-7M , A.I.; SHESHUKOVA, V.S.; POPOVA, T.G.;
SAVICH, V.P., professor, zis-luzEM" R tells nauki RSFn,
redaktor; STRELINIKOVA, L.I., takhnichookiy redaktor; GRIBOVA,
'I.P., tmkhnichaskly redaktor; GUBER, tokhnichaskly redaktor;
KMIDSH, A.I., tekhnicheskiy redaktor; KORILEVA, L.I., takhni-
chnskiy redaktor.
[Guide to the fresh-water algae of the U.S.S.R.: in 14 volumes]
Opredoilitel' presnovodnykh vodoroBlei SSSR; v chaty-rnadtoati
v,ypuskakh. Redaktsionnaia kollegiia: M.M. Gollerbakh, V.I.Po-
lianskil, V.P.Savich(otv.redaktor) Moskva, Gos.izd-vo "SovetskaLia
nauka." No.2[Blue-green algae] Sinezele'nya vodorooli. 1953. 651 P.
no.3[Chrysophyta] Zolotistye vodorosli, 19~4. 187 p. NoA[Diato-
maceael Diatomovye vodorosli 1951. 618 p. 196. 6[Pyrrophy-tal
Pirofitovye vodorosli 1954. 211 p. Nn.7EXWlmnopbyta1Xvg1enovye
vodorosli 1955. 282 p. (MIRA 8:9)
(Algam)

SHESHUKOVA-PORSTSKAYA, V.S.
I ., . -
History of waters of the tranB-Ural region based an a study of
their diatomaceous flora. Uch.zap.Lon.un.no.191:105-162 155.
(Ural Mountain region--Diatoms) (MLRA 9:7)

SHESHUKOVA-POIMSKAYA, V.S.
Diatornaceous algae of mai~fue' intermorainic deposits of the
Bwopean U.S.S.R. Uch.zapoLanoun.uo*191:163-192 155.
(Diatoms, Fossil) W-RA 9:7)

C
15-1957-7-9089
Translation from: Referativnyy zhurnal, Geologiya, 1957, Mr 7,
pp 36-37
A UTHOR: Sheshukova-Poretskaya, V. S.
TITLE- On the Fossil Genus Rouxia Brun and Heribaud (Bacil-
lariophyta) (0 iskopayemom rode Rouxia et Heribauol
TB-acillariopiiyta))
PERIODICAL: Botan. Materialy Otol. sporovykh rast. Botan. in-t.
AN SSSR, 1956, vol 11, pp 64-75
ABSTRAC~: The genus of diatomaceous alga Rouxia Brun and Heri-
baud is described in detail. AN exhaustive critical
purvey of the literature concerning this fossil genus
is made. The genus Rouxia is a connecting link be-
tween genera having i-utures on one Valve only and true
Diraphineae with sutures on both valves. There is a
very close kinship, apparently, between Rouxia and
Peronia, which has rudimentary sutures on only one of
Card 1/2 its valves. The genus includes four species. One of

SIRSEUKOVA-PORSTSKATA, V. S.
w*
Now and interesting species of diatoms from trans-Ural bodies of
water.:Bot.mat.Otd.spor.rast. 11:76-81 ja '56. WAL 9:11)
1. Kafedra botaniki Leningradakogo gosudarstvennogo universitsta.
(Ural Mountain region--Diatoms)

SHi-;SHUKOVA-PORC-TSKAYA., V.S.
Fossil diatoms of southern Sakhalin (marine Neogene). Vest.LGU
14 no.15:36-55 159. (MIU 14:4)
(SakhgI4 Diatoms, Fossil)

SHESHIJKOVA-PORETSKAYL, V.S.
Diatoms of some peat bogs of the Baltic shore; the Estonian
S.S.R. and Kaliningrad Frovin8e. Uch. zap. LGU no.313:137-170
162. (MIRA 15:12)
(Estonia-Diatoms)
(Kaliningrad Province-Diatoms)

GLEZER, Z.I.
Diatoms, ~ilicoflagellatae and Ebr:Lideae from Maikop
sediments in the Shibik River; Krasnodar Territory. Uch.
zaAa LGU no.13,1:171-202 162. (MIRA 15:12)
(Shibik River-Algae, Fossil)

A
SRESFUI(01,,',A,PORETSKAXA, V.S..
New and rare Bacillariophyta, from the diatom series of Sakhalin.
Uch. zap. L&U no-313:203-211 !62. (MIRA 15:12)
(SaWin-Diatomss Fossil)

SHESHULIN, G.I.
Composition of pas-liquid inclusions in minera3s of spodumere.
Geol.mest.red.elem. no.9:67-?9 '61. (MJRA 14. 9)
(Spodumene) (Pegmatites)

FUZANOV, L,S.; SUDERKIN, A.I.; SHESHULT17, G.I..; DORZAKOV, B.A.;
GUDKOV, A.S., nauchrory re-ad.; SEDULSTKUVA, le.K., red.
izd-va; SMAKOVA, T.M., tekhn. red.
(Industry's rcouirerents as to the quality of mineral raw
naterialslTrebovaniia proryshlennosti k kachestvu rir-,.
nogo syrlia; spravochnik dlia geologov. Moskva, Gosg~--ol-
tekhizdat. NO-31[Piezoelectric and optical mineralslillezo-
elek-tricheskoe i opticheskoe syrie. Izd.2., perer. 1962. 46 p.
(MIRA 15:10)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy institut mi-
nerallnogo syr1ya.
(Quartz) (Iceland spar) (Fluorite)

S4 IJ LK Fit V
\Jrhe rdation -between ten percent and flash eti"Ibrium
distillation curves [of coal lari S. Liud;*'aud V.
Polka 35, L%3-7(lV55)-IVurj(Ius articles dettling Willi 115M
rehition for crinic oil's have been pubUiftl, but not fr tar.
To rx-lilcil), this sitnatiml, tar.,; I.Ii if hani i-~Ktts cmak
and processes weft ittvcstignted. A M'Sli bp. equil.- distu.
upp. was constructed. emsisting ot: const,temp. bati, with
.tnixt. of NaNOj and KNO, salts in mol. ratio, elec. mixer.
'Bash evaporator witla thcrinameter.on top and also can-
actions
The,,,
denser with' thermometer insert for liquid fr.
bottom part contained 2 openings, one for 3-part spray
nozzles and the! 29ad for removal of the nont!quid portion of
tar. The results of Engfer-tylic distn ~ were com.pared to flash
e%mapn. A series. of. curves was constructed showin- tliat
-the middle point of En4ler distn. was also the center for
Bash equq. distu . cur*tA.' From tlic slopc of 10% distri.
curves thei7slope of flash!&-tn. curves was deW. mathemati-
cally. ]us. LedersL---

BUTSLOV, M.M.; MEDVEDEV, M.N.; FILIPPOV, P.I.; CHUVILO, I.V.; SHESHUNOV
V.M.
Recording of a Vavilov-Cheren-kov radiaticn cone from isolated
particles. Atom. energ. 12 n0.5:412 My 162. (KRA 15:5)
(Cherenkov radiation)

SRESHUNOVA, V.
Sheshunova, V. (Exchange of libmerience) HelD in the work of the regional mining Inenect-
ors of the Central Statistical Bureau, USSR. P. 6!
SO: Herald of Statistics (Vastnik), No. 2. 1951

SHESKIN, A.
~
Tool for sharpening safety-razor blades. Prom.koop.no.8:29-31
Ag '55- (MIRA 9:1)
I.Starshiy Inzhener -L-roizvodstvenno-tekhnlcheskogo upravleniya
promsoveta Notonskoy SSR.
(Razors)

. I I o
. --, J. . -6..
or of pi~CLV-Ilalic SITOI-Clovsk) Cos.
nauch.-tel:hn. izd-vo ii-1--ry, 1946. 31 P. (50-20lih)
TJlCO.5).S4u`

S14*111SVII'll.) P. ili.
SHEMIl', -;'- -- -- "The Use of Streptomycin in Tuberculos-'s of the Md-
neys." Kiev Order of Labor Red Banner Medica! Inst irreni Acade-
mician A. A. Bogomolets. Kiev, 1956.
(Dissertations for the Deeree of Candidate in Medical Sciences).
SO: Kni?hnaya Letooi,91, No 9, 1956.

SHESKIIII,-F M , kand.med.nauk
Conservative treatment in tuberculatts opididymitis. Vrach.
delo no.5:150-151 My 162. (MIRA 15:6)
1. Poliklinicheskoye otdeleniye 2-y bollnitsy Oktyabrlskogo
rayona, Kiyeva.
(EPIDIDMS-TUBF,RCULOSIS)

4 ?.-1 1 14111MI. Ifff, HA% 1- 01-11- M
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1-k
at k-.I,t tvi, .11aphlagul,
..( (*.all- trt,. . J1,14.
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Aft, 11111111tely 'It"ll fln, 1.11wr .11~uw-, tit,, AWITAW
11dr-Its-I b.-Il tit, ~Iwflllfv llk."1e,4 th.. uth.
S, him,

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detamination of titanium. I. P- Alinwill and A- VIA- lose with RA(h, aimAve in lr~ Illsod. trander the lksla, Vo
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too
The deviAtions of r"alt% between micro and nuscro detus~
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iL A AL~VVGICAL LITISAIIWSI CL&SWICILION Z. 1=.;z:

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A k 1. M 11 Ub L,f TY F(M 2(A M ~i
na 0 HT42HUrg.f. mon-m-nm6ii: 101-6i
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In Rumalin)
A ae.1y devzlopcd weigbing method for the determiniticn
of alumwu~m in tra-- ores amd tnduEtrUl products h2s WI-
cated that tba quickest and moat rellable preefiAtAtIon of
aluminum is effected by atetwaium be=oaW In a medium
of weak acetic acid.'rhe iron reduced by godiwn hydro-
suffite to a bivslent state doeS not interfere with tha deter-
ruination of At. The method perwitB a quick qualitative de-
termination of aluminum in the prejence of a hip content
of iron. dr-auth)

kv8s. Ddezu4naffen at A10 In Ma iimum Q! d
'Ut* of fWaim-r-A. T NnOmarev and
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Mim- 1957, --ilie- use of ascorbic
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(2) 5
AUTH0_-i,'S: Ponomarev, A. !., Sheskol'skaya, A. Ya. SOV/75-14-1-1=,/7/2
Determination of Niobium in the Presence of Tungsten by the
Aid of Cu-,~~erron (Onrodeleniye niobiya v prisutstvii
vollfraria i;ri porioshchi IKbpferona)
IZ 1. 0 T; I C A L: Zhurnal analitiche-.-.koy khiii-iii, 1950, Vol 14, 17
1, pp 67-.0
(Ussf")
A_'3S'7,'I,ACT: A mcthod is devised in the present paper, permitting the
determination of niobium in alloys, steels and other objects
containing tungsten, without prior separation of the two
elements. 3 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 3~o' 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 113 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
Nb205' 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 shov
that for determining niobium. in the presence of tungsten all
three mentioned complex formers are suitable to the same degree
for the masking of tungsten. By the aid of the radioactive
isotope w185 the precipitates of Nb205 were investigated as to
their tungsten content. The amount of tungsten co-precipitated
was found to be dependent on that of niobium. On precipitating
10 mg 14b in the presence of 100 mg W more pure Nb205containing
no tungstcn is obtained. Investigation of the precipitates that
are obtained from the alloys 71 - Si - Nb showed
co-precipitation of tungsten to occur only ~,,tith niobium
contents > 30%. The method devised is both rapid and accurate
and peroits the determination of niobium in the presence of
Card 2/3

Det.ermination of 1,iobium in the lurisence of
;~uw:-' .., I J.
_Len 'r- lhe Aid of Cupferron
ol" t-arl,_:sten. licry detc-ilud
in:~~ructlon.,; for thf_~ it'~cbizzm Olef.errii.na .ion '):-z.~~! (-,?I this
metho!_ !,.re t-iven rcnnect to - - ~;b r~._lloyl;
ta-hlo!, nnd
U!, (A.:!
of thia AS4,ZSS-R,
Moscow)
--Ch 6. 1056

S/5og/6o/000/004/022/024
Elll/E152
AUTHORS: Ponomarev, A.I., and Sheskol'skaya, A.Ya.
TITLE: Determination of Niobi 7in C~ast IFron
PERIODICAL: Akademiya nauk SSSR. Institut metallurgil.
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
C6H8O6 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
ascorbic acid are added and the temperature is raised to 70-80 OC.
Card 1/3

S/509/60/000/004/022/024
Elll/E152
Determination of Niobium in Cast Irons
10 ml of freshly prepared 10.0' 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 n1oblum
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 OC 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/oo4/022/024
Elll/E152
Determination of Niobium in Cast Irons
with potassium pyrosulphate (0.5-1.0 g) and the melt is dissolved
in 20 ml of 506 sulphuric acid with 1-2 drops of hydrogen
peroxide. If the solution is colourless titanium is absent;
if it is pale yellow it iL 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
1 German.
Card 3/3

S/075/62/017/003/003/004
1017/1217
AUTHOR: Sheskol'ska A. Y.
TITLE: Determination of zirconium and niobium in their binary alloys using cupferron
PERIODICAL: Zhurnal analyticheskoy 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.
The 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 HN03 to the complete dissolution of the alloy. Then 3-4 ml
H2S04 (SP- 9r = 1.84) are added and heated in a sand bath, for 10-15 min. until white vapors appear and all
the HNO, is removed. After cooling, 25 ml 4% solution of tartaric acid and 10 ml 2% soln. of NHsfluoridc
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/075/62/017/003/003/004
1017/1217
ammonia 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 off using a filter of 9 cm. bt (white band), and washed 5-6 times with cold water. The precipitate
with the filter paper is placed in a weighed Pt or porcelain crucible, ignited for 10-20 min. at 1000'C, cooled
in a desiccator and Zr02 is weighed. The factor for Zr calculation from ZrO2 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 stirring V
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 porcelain
crucible for 15-20 min. at 1000'C cooled in a desiccator and the Nb201 weighed. The factor for the Nb
calculation from Nb2O, is 0.6990.
ASSOCIATION: Institut metallurgii im. A.A. Baykova, Akademii Nauk SSSR. (Institute of metallurgy
im. A. A. Baykov, Academy of Sciences, USSR) Moscow
SUBMITTED: May 8, 1961
Card 2/2

S/075/62/017/008/001/UO4
E071/El35
AUTHORs Sheskollskaya, A-Ya.
TITLE: D(~-te-ri-n--i-n.%-ti--o-t-i--o-f---z-irconium in the presence of large
quantities of molybdenum and tungsten
PERIODICAL: Zhurnal ay-aliticheskoy khimii, V.17, no.8, 1962,
949-951
T1;XT; The development of a method of direct determi~atiori of
zirconium in molybdenum and in alloys bAsed on tungsten without
tlieir preliminary separation is described. The method is based on
the precipitation of zirconium with cu *pferron at pH = 6.8 in the
presence of tartaric and oxalic acids to r-etain molybdenum and
tungsten in soliition. The method was deve.loped using pure
solutions of the elements and this has.shown that the accuracy of
the method is high (e.g. 4 ing of zirconium in the presence of * %.!/
550 mg of tungsten gave an error of +0.2 ing of zirconium). The
method was applied satisfactorily for the determination of small
amounts of zirconium in molybdenum and tungsten alloys. The
analytical procedure is described in some detail.
There are 2 tables.
Card 1/2

S/075/b2/017/008loo!/uO4
Determination of zirconium in the ... E071/E135
ASSUClikTION: Institut inetallurgii im. A.A. Baykova, Moskva
(Institute of Metallurgy imeni A.A. Baykov, Mosco-)
SUBMITTED: January 19, 1962
1
.J~l
Card 2/2

1. 10700-&; FWP(q) IrWT(Y-) YIKIDS, -AFFT01A SD-,jjn
ACCFMION NR: AP3002539 *0075/63/018/006/07W0783
AUTHOR: 1%ieskolgakaya, A. la.
--------------
IVA
TITLE: Rapid gravimetric method for the deterttination of niobiuai in the presence
of large quantities of 1~~ognum,,j
SOURCE: Zhurnal analitichaskoy khimii.. v. 18,, no. 65, 1963, 782-783
TOPIC TAGS: niobium determination, alloys, molybdenum, gravbietric analysis
ABSTRACT: A rapid gravimetric method has been developed for the determinaticn of
niobium in metal alloys containing molybdenum without previous separation of-molyb-
denum. The dissolution of a1loy is accomplished w1ith HP and ENO sub 3 in a plati-
nun crucible with a subsequent additi 'on of H sub 2 SO sub 4. The method is based
on the precipitatioh of niobium with cupferron ata pH of 4.6 in presence of tar-
taric acid which complexes the molybdenum. The present method is more accurate
than the existing hydrolytic methods which show low results when compared to Stan-
dard solutions. Orig. art. has: 2 tables.
ASSOCIATION: Institut metallurgii ima A. A. Baykova., Moskva (22e Institute of
Metallurgy Moscow)
Card 1141
--------------- -------

KLUBOV, V.A.; SHE,SKUKOV,_N-.-L.
i
Pr(spects for finding il in the Orenburg portion of the Kama-
Kinell system of troghs. Neftegaz. geol. i geofiz. no. 5:8-11
163. (MIRA 17:5)
1. Vsesoyuznyy nauchno-issledovatel I skiy geologorazvedochn3n.
neftyanoy institut i Neftepromyslovoy upravleniye "Buruuslarneft'".

L.
1-1 1.
- C~ z c
.Iisto-ical Dates ol m, Avi-n-z~--cn and ,"tcron uti s"
lzdatcllstvo Dosaaf, Mfoscow 1933
Translation - Lia :;685,47
I

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I chn-*call ins'., ~- scmr, "The Lighting Systen Aberration
-c- u
.bv., All-Union 7 ec~ro-7 -
Effect on the Mumination of a Screen by an infinitesmal -'--ource of Li7ht," Zhur.
Tekh. Fiz., 14, '. 7s. 4-5, 1944; "On the Influence of S-heric Aberration on the Pl-w'ome'r`c
.,0 u
of Opticall ATrparatus," ibid., 16, --lo. 2, Ic.)46; "On the Question of the
Dictribut.ion of thn Miurd-nation in the Plane of the Inarle of Photon-raphic Objectives,"
ibid., i;o. 4, lcP46.

SHESKINTSEV, M.A.; YAKOVLEV, F.V.
High-illuminance mirror-lens s7atems used for Image transmission.
Opt.-mekh.prom. 25 no.5.-24-25 HJr '58. (MM U.-9)
(Optical instruments)

ACCESSION NR: AR4041503 S/0137/64/000/005/DO38/DO38
SOURCE: Ref. zh. Metallurgiya, Abs. 5D225
AUTHOR: Shesno, L. P.; Shevchenko, G. A.
TITLE: Influence of method of heating of Wayer billets (steel E1847-armco
iron) under hot rolling on inclination in intercrystalline corrosion of steel
B1847 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
method of heating.of bilayer billets under rolling on inclination of Bteel'EI847 to
intercrystalline corrosion, for abutment boundary contact with Armco Fe
rolled billet of ateel BI847 from automatic mill was used', which after boring and
Card l/ 3

ACCESSION NR: AR4041593
machining to dimension of B2 x 9 millimeters did not manifest inclination to
corrosion. Analysis of results of heating of abutment boundary contact pipe billets
under rolling in muffles of carbon steel and steel B1847 shows that even under' h
conditions of very thorough degreasing of surface of these billets, pipes become
inclined to intercry3talline corrosion; heating in muffles of carbon steel is
accompanied by appearance Of significantly larger inclination of free surface of
steel E1847 clad pipes to intercrystalline corrosion than during heating in
muffles of steel E1847- It was established also that clad pipes are the less able
to resist corrosion, the more hermetic the packing of the muffle in which billets
for these pipe3 are heated. Azid only heating of billets under rolling without
'muffles (on hearth of continuous furnace) ensures obtaining of clad pipes not
,inclined to intercr-ystalline corrosion. This is explained by the fact that during 11
heat treatment on hearth of continuous furnace products of combustion of remainders
of lubricant, adsorbed in microdefects and micropores of steel EI847 are wall
eliminated, which cannot be achieved with usual chemica3 methods of degreasing.
:Furthemore, in hermetically closed muffles heightened pressure is created, ii
'increasing diffusion rate of C of remainders of adsorbing lubricant in depth of V
metal, and process of oxidation of surface proceeds less intensely, Intercrystal- it
Card 2/3

- F
bMSTAK, G.A., kand. tekhn. nauk
Recurrence of basic parameters of one-story i#ustrial buildings
of the machinery industry. Vrom. stroi. 37 no.6:48-50 Je '59.
MRA 12:8)
kFactories-Designs and plans)

KIKIN, A.I., prof.; i-,ELMTYA, Ye.I., prof.; STREIETI,"!IUY~ V.S., prof.,
doktor teldin. nauk; 1XS81G, Ye.F., dots.; 1-JdKHX'.OV, K.K., dots.;
DUW'!:'JKR~ G.S,, (lots.; 31FESIAKi G.A., dots.; IOIATITEVA, V.S.,
dots.5 WfiJAKOV., VJ%., dots~; ~G;,.f ~, A.11., prof.; VELO-11KOV,
G.S., dots.; TUBIV, SJI., kand. tekhn. nauk, nauclinyy red.;
BEGAK, B,A... red. izd--.ra; OSENKO, L.I.I., tekhn. red.
[Eletal construction; present state and outlook for future
development] Netallicheskie konstruktsii; sostoianie i pre-
spektivy razvitiia. Pod obshchei red. II.S.Streletskogo. Mo-
skva, Gos. izd-vo lit.-ry po stroit., arkhit. i stroit. materi-
alam, 1961. 333 P. (1AIRA 15:4)
1. Moscow. Moskovskiy inzhenerno-stroitellnyy institut.
2. Kafedra metallicheskikh konstruktsiy Voskovskogo inzhem-en-io-
stroitellnogo institituta iLeni V.V.Kuybysbeva (for all except
Tubin, 24egak, Osenko).
(Building, Iron and steel)
(Aluminim, Structural)

~ tj 7-, .
.1. 1 ~ 1, - - -, : - - - - - . : , - - - - I I; z . ..-. -i~ - - " I
- I .. - , I - - ~ - - - I - . , -.. Z - - - . --l' . - . 3 : -,

Andrianoyl h.. kand. -takhn. nauk; GRUYEV, A.N.P
Y
-- ---.0-1P.-!~..
prof., retsenzent; ZELYATOROV, VA., inzh., nauchn. rod.
(Designing steel structures for one-story industrial buildings]
Proektirovanie stalInykh konstniktsii odnoetazhnogo promysh-
lennogo zdaniia. Moskva, Stroiizdat, 1964. 169 p.
(MIRA 17:4)
1. Kafedra metallicheskikh konstruktsiy Leningradskogo inzhe-
nerno-stroitellnoao instituta (for Geniyev).

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

SHESTAK, N.A.; ROKELIN, P.N.
Regenerative glass furnace with crosscurrent alignment of the flame.
Stek. i ker. 19 no.1:12-14 Ja 162. (MIRA 15:3)
(Gla,,,s furnaces)

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

SHYMAK. N.D., Issheamr.
Apparatus for unloading loose materials from railroad platforms.
Avt.dor.18 n@.6:26 0 '55. (MLRA 9:2)
(Loading aid unloading)

SHE6 ener.
MLZL"Mw~
Erecting the framework of concrete plants. Avt.dor. 19 no.9:11-12
5 (MLEA 9: 11)
(Concrete plants)

-7-220/<

S1061162100010061099111T i 5
B162/B101 I *
AUTHORS: Dorogochinskiyj A, Z., Bashiloyl A. A., Chartoryzbokiy, A, V4 . '
Arutyunova, 0. L., Krechetova' P. I.,,Aestak, ff. P. 10
TITLE: The problem of the choice of solvent for polymerization of
ethylene into polyethylene at low pressure
P=RIODICAL: Reforativnyy 2hurnal. Khimiyap not 6, 1962, 614v abstract
6P35 (Tr. Groznenek. neft- in-t, V- 3, eb. 25# 1961s 17-29)
MET: kn investigation is made of the possibility of using extraction
benzine as a solvent for ethylene when polymerizing it into polyethylene
at low preseure. It is shown that the following are suitable: -an axtrac- 20
tion benzine fraction evaporating at 65-900C with an aromatic hydrocarbon I
Conte-it of 3.8,~* before do-aromatization and of 0-7~ after do-aromatization,
or a fraction evaporating at 75-950C in the case of which de-aromatizatiow
is not needed (aromatic hydrocarbou'concontration 0.7%)- It is shown thati
the presence of aromatic hydrocarbons has no sffa4t on the polymerization 25
process, but impairs the regenerability of tbLe solvent. r1betracter' a
note: Complete translation.j
Card 1 /1
36

SHESTAK, N, ._I CHERTORIZHSKIY, A. V.; MIMKIY, Ya. V.; MITROFANOV,
N. G.,- DEMMIKOV, 1. A.
Adsorption properties of synthetic zoolitea-molecular sieves
and their use in the advanced-stage dehydration of monomers.
Neftekhimia 2 no.4:512-518 R-Ag 162. (MIRA 15:10)
1. Groznenokiy naucbno-iosledovatellskiy neftyanoy institut i
Groanenekiy kbimicheskiy zavod.
(Zeontes) (Monomers)

GARBER, K.S., dotsent; NIKITIN, A.1,; LYAUDIS, B.V.; MALINOVSKIY,
B.N., kand. tekhn.nauk; BELISHY, 0.1.; VOLKOV, L.G.;
KUZUETSOV, M.P.; KUTSENKO, A.D., SOROKIN, A.A.; STAKHURSKIY,
A.D.; TRUBITSYN, L.M.; TRUSEYEV, AJ.; SHAFRAN, I.K., inzh.;
SHESTAK, F.I.; n IYANOV, D.P.
Automatic control of converter smelting by means of compu' rs.
Stall 23 no. 7:608-610 J1 163. (KRA 16:9)
1. Dneprodzerzhinskiy metallurgichesidy zavad-vtuz im. M.I.
Arsenicheva (for Garger). 2. Institut kibernetiki AN UkrSSR
(for Malinovskiy). 3. Zavod im. Dzerzhinskogo (for Shafran).

u'l 71 ives e-
L::O b, ocm, ne al r
4
1-71 12~
X;- 64
ms,~allixrg'cheskiy zavod im. Dzer?h!nakogo.

SHESTAK) S., podpolkovnik yustitsii
Temporary center of legal information. Komm.Voorazh.Sil 3
no.22:92 N 162. (MIU 15:12)
(Military law-Study and teaching)

LUZANSJAYA, Dora Isaakovna; SHPAPLINSKIY, V.M., spetn. red.;
AYNZAF7, Yu.S., red.; SHESTAK, S.N.,, red.
-. . . .....I
(Inland-water fisheries of the U.S.S.R. (lakes, rivers,
and reservoirr); a guide] Rybokhoziaistvennoe ispollzovanie
vnutrennikh vodoemov SSSR (ozer, rek I vodokhranilishch);
spravochnik. Moskva, Pishchevaia prorryahlennost', 1965.
597 p. (MIM 18:7)

A
LAZAREVA, V.S., asel2t.; SHESTAK, S.S.
Determining the toxicology of grain and combined,feeds, Yeterinariia
34 no.10:70 0 157. (MLRA 10:11)
1. Chkalovskly gosmedinstitut (for IaTareva), 2. Zaveduyushchiv
khimiko-toksikologicheskim otielomm rauchno-issledavatell-
skoy veterinarnoy stantsii (for 3hestak)
(2beding and -l'oeding stuffa-Toxicology)

SHESTAK S.S nauchnyy sotl-udnik; KORENLI~ G.P.; KORENEVA, T.A.;
A,.G., nauchnyy sotrudnik
Use of SZHK (pregnant mareAs serum). Veterinarlia 37 no.1:10-12
Ja 160. (MM 16:6)
1. Orenburgskaya. nauchno-issledovatellskaya voterinarnaya stantsiya
(for Shestak). 2. Direktor Simferopollskoy mezhsovkhoznoy labora-
torii (for Korenev). 3. Simferopollskaya"mezhsovkhoznaya
laboratoriya (for Koreneva). 4. Turkmenskaya NIIZhV (for Sapogov).
(Serum therapy) (Veterinary medicine)

SHESTKKOV, A.
Reducing the cost of transportation. IITO 2 no.IL:212-24
Ja 160. MRA 13:5 )
1. Predsedatell pravleniya Nauchno-tokhnichoskogo obahchostva
Omskoy zheleznoy darogi.
(Omsk--Railroad rest-arch)

SUSTAKOVA... tekhnik-stroitell; DIKIY, V.; TUMASYA.N., I.) XWKOV, N.,
inzhener-stroitell; POPOV, F., inzh.
Readerst letters. Sell. stroi. 15 no-4:27 Ap f6l., (MIRA 11,:6)
1. Selikhozinspek-tsiya Orshanskogo rayona., Mariyakoy ASSR (for
Shestakov). 2.Predsedatell kolkhoza imeni Kirovr-Yegorlylwogo
rayona, Rostovskoy oblasti (for Dikiy). 3. Sekretar'l partiynoy
organizatsii 161khoza imeni Kirova Yegorlykskogo rayona, Rastovsko7
oblasti (fop Tmaiyan). 4. Sellkhozinspektsiya Khorollskogo rayona,,
Primorukogo kraya (for Klokov).
(Farm bWldingq)

TSURIKOV) V. (Bryansk); SHESTAKOV, A.
From the history of fire prevention. Pozh.delo 8 no.6:32
Je 162. WDIV, 15:6)
(Firemen)

SIBSTAKOV, Anatoliy, inzh.
Tuning up and launching into operation of the IfaritsaIztok
I. Thermoelectric Plant. Flektroenergiia 13 no.5/6:34-37
My-Js 262 *
1. GI. inzhener na grupata suvetski-spetsiali pri Teploelektri-
cheskata teentrala wMaritsa-Iztok I ."

25(l) PHASE I BCOK EXPLOITATION SOV/2330
Shestakov, Andrian Andrianovich
Machinist parovozdushnogo molota (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. Puchkov, Engineer; Tech. Ed.: N. A. Dugina; Executive
Ed.: A. V. KaletinaY Engineer (Ural-Siberian Division, Maehgiz).
PURPOSE: This book is intended as a manual for steam b r operators and re-
pairmen, and may also be used by-forging machine, worMrs.
COVERAGE: The book provides information on open and closed the forging processes,
on forgeability of uietals., 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 references, 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
Heating metal for open the and closed the forging 4
Furnaces for heating metal 6
Classification of forging (Smith) machines 8
Purpose and classification of forging ham rs 9
Sources of energy for forging-.iammers 10
Be-view problems 12
Working Principles of Steam Drop Hammers 13
Double frame drop hammer 13
Bridge-type drop hammers 20
Single-frame drop hammer 23
Review problems 26
Steam Distribution in Drop ra 27
Slide-valve steam distribution 27
Valve steam distribution 32
Valve box of the "Eumuko" drop hammer 39
Setting valves 42
Card 2/4

Steam Hiammer Operator
Hydraulic Presses
Operating principles of a hydraulic press
Classification of hydraulic presses
Operating hydraulic Dresses
Review problems
General Information of Other Forging %chines
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1o-16-59

SHESTARO-V.,-A.; GOLOV, Yu.
From the history of fire departments. Pozh.delo
Ap 162.
(Fire departments)
8 no.4:30
(MIRA 15:4)

SHESTAKOV, A. A., Cand. Physicomath Sci.
Dissertation: "Behavior of Integral Curves of a System of Differential Equations in
the Vicinity of a Lingulal Point of Higher Order." Sci Res Inst. of Mathematics,
Moscow Order of Lenin State U imeni M. V. Lomonosov., 17 Dec 47.
SO: Vechernyaya Moskva, Dec 1947 (Project #17836)

A. A.
-o'
Sci- . ?es. Ins'. ~_ath-, 6ta!-O. iniv. lor., Geo. hysics inst., De
Physico-Nath. 5ci. , Acad. Sci. , -cJ949,-. "T"Chavior of integral Cur,~res of the Systen
of Ordina-_y Diff erential Eauations in 'the Vicinit- of a Sin:~ular Point, " Dok. All, 62,
.7 U
"o. 2, 1~`B; 's-jrm'o'ic 7ehavior of Solutions of a Non-Linear System of
il .. _r -e A -
Differentia-1 E-uations," ibide 1 62, lio. 5, 1~-431; 'IT-he Behavior of integrel Cu--veo of a
System of Dif ~'erentiall Ecuat tions in. the -1-7eif!hborhood of a Sinf:ular Point of Hi7her
Order," ibid., 65, 'Kilo- 22, 1c, 4 9 -

is
~estakov, A. A. On the behavior of the lattUll curns of
asystern
I
?
1--~rho,)d of a singular point. Doklady Akad. Nauk SSSR

The singular point is clawified as a node, a generalized
eraliz
ja(ir' + X.(Xt. Zt, X.) saddle of the Ist, 2d or M type or a saddle-node, acizording
i-i to the signs of c- and of the 9Z(XI) and whether m is
t=2, . n, even or odd. Theorem 2. If the X, are ecal ar-i negative,
0 being an isolated singular n-2, the solutions tending to 0 are tangent at the origin
tn,! th,- X. ke!ng power series beginning with termR to the curve defined by equating to zero the second members
The rhjra~teri,~tic r-)ts 'k. o,' n eq aa ri
of the last -I tio. s (1). J. L. Yassera.

>; J L
9t,X,)