SCIENTIFIC ABSTRACT SHEVYRTALOV, YU.B. - SHEYDER, YE.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549320015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AKULOV, Ll.; dARZHIN, V,Ya.,,, VALITOV, R,A., GAREASH, Ye.N.-,
MEN, L.F.: VAYDINOV, V.Z.-, PIITSFIIKO, V.V.;
S101,01OVSK'rY , V,F,.; SDII.OLOVY Yu.L.; TARASOV, V.L.-
TEREKFOV LI.K,z SMYRTALOV., Yu.B.-. YUNDENKO, I.N.--
CHISTYAKOV. KOKOSOV, L.V.. red.
[The-~ry and dilsign of basic radio circuits using
transistors] Tecri--'La , ras-,-het os-novnykh radiotekhniche-
skikh skhem na tranzistorakh. Moskva.. Sviazl, 1964.
1-5"' P. (MIRA 18:8)

TARASOV, V.L.; SKCVMALOVO Yu..B.
Investigating triode crystal
no.2:298-316 '57.
Onvotal detectors)
detectors. Poluprov. prib, i ikh prim,
(mia ,Ll:6)
(Transistors)

SHE- Y, G. P.
Heavy-type vibrating screens. Obog. rud 5--no.3:27-741 160.
(KMA 14:81'
(screens (Mining)) -

SHEY, G.F .
r
New sieves for screening Labstracted from a West-German cat,23gl.
Obog. rud 5 10-5:46-52 '60. (MIRA 14:8)
(Germany, West-Screens (Minine))

SHICYAROV, A., instruktor.
Factory committee avoids acute problems. Sov.profsoiuzy 4 no.8:
68-70 Ag '56. (MLRA 9:10)
l.Stalinskiy rayonnyy komitet Kommuniaticheskoy partii Sovetskogo
Soyuza, Orsk, Chkalovskaya oblast'.
(Orsk--Patroleum industry)

SHEYANOV, A.
This is the way a trade-union organization achieves authority.
Sov.profsoiuzy 4 no.12:62-64 D 1560' (MLRA 10:1)
1. Instruktor prom3rahlennogo otdela Stalinskogo Rayonnogo komiteta.
Kommunisticheskoy partii Sovetakogo Soyuza, Orsk, Chkalovskoy oblasti.
(Orsk-Trade untons)

5!~M ~ANOV,-Aleksey Ivpovich, Gf~Foy Sots ialistiche skogo Truda; BEIAN, M.P.,
red.; KAYDALOVA, M.D., tekhn. red.
(Matter of honor and.glory] Delo, chesti, delo slavy, Khabarovsk,
Khabarovskoe knizhnod izd-vo, 1959. 31 p. KERA 14:9)
(Khabarovsk-Socialist competition)

SHEYMOVY G.G.; RABKINA, A. Ye. (Moskva)
Effect of starvation on the histostructure and function of the
islands of Langerhans. Probl. endok. I gorm. 9 no-5:12-17 S-0163
(MIRA 16:12)
1. Iz kafedry patologicheskoy fiziologii (zav. - prof. Ya.A.
Lazaris) Karagandinskogo, meditsinskogo instituta-I otdela
morfologii (zav. - prof. Ye. I.Tarakanov) VseEioyuznogo institu-
ta Eksperimentallnoy endokrinologii (dir. - prof. Ye.A*Vasyukova).

Eff e cr, o.f Sta-r-.*Fi-, icn (:r-. 0-, men-. o--:, di~hi zcne diabete.9
7
rcrm, 9 n~).6:21-* 163.
(MIRA 17: 11)
1. 1z fizlologii (zav. - prof. YEL.A.La-
zaris) Faru--~~,dlxiskogo meditsinskogo instituta.

SHEYANOV, . G. G. (Karaganda)
Functional state of the cells of the islands of Langerhans
and their regeneration in experimental dithizone-induced
dialbetes. Arkh. pat. 25 no-5:72-78 163. (MIRA -17:2)
1. 1z kafedr7 patologicheskoy fiziologii (zav. - prof.
Ya.A. Lazaris) Karagandinskogo meditsinskogo institute.

SHEYANOV., G.G.
Effect of 91"coue load on thr, hi3toatructure and functional state of
the islands of Langerlains. Probl. endok. i gorm. 10 rio.1:73-77 Ja-F
164. (MIRA 17:10)
1. Kafedra patologicheskoy fiziologii (zav. - prof. Ya.A. Lazarev)
Karagandinskogo med-itsinskogo instituta.

SMANOVP M.A.
Poesibilitea of gimatansous active immudsation of swine against
bacillary erysipelas and cholera* Veterinhilla. 38 noolls44-45
N 161 (MM 18:1)
1, Glavnyy veterinaxnyy vrach go Barnaulae

NEYMAN, M.B.; RYABOV, AS.; SHETOOV, Ye,tf.
Polarographic determination of halogen derivatives. C.R. Acad. Sci.
U.R.S.Se, 149, 68, 1065-1068. (MT,,RA 2:10)
(BA - A I Ja 153.-97)

SHEYANOVA, F.
USSR/Chemistry - Boron Compounds Ylar/Apr 52
i "A New Group of Reagents for Boric *Mid," I. M.
Korenman, F. P. Sheyanova, G~---Ikiy State U
"Zhur Analit,Khim" Vol VII, ho 4--pp 128-130
Reagents for H 3 B0.3 may be org compda 'wb;LeY-form 5-
membered inner comiplex cycles r Vron. This was
the 1st exptl indication t4at"riemoval of one carbon
atom from a 6-membe~r cle does not materially
change he '~dai properties of the compd. Some
azo dyit anT eematoxylin (Pyrocateechol derivs)
es
pa" 'of entering into colored compdB produc-
are ca
ing s3f-ficiently sensitive reactions with boric

KCRIMM1,I.M.; SHEYANOTA,F.R.; GIAZUIIOVA,Z.I.
Radiometric micro-determination of potassium In the form of
1CO(NO2)61 Zav. lab. 21 n0-7:774-776 '55. (MLRA 8.10)
1. Nauchno-issledovatellskiv institut khimii pri Gortkovskom
gosudaratvennom universitete
(Potassium--Analyeis) (Microchemistry)

SHE'Y'ANOVA, F.R. and KORENMANp I.N.
"Investigation by the Method of Radioactive Istopes of the
Extraction of Some Inner-Complex Compounds.." a report presented at the
USSR Conference on Application of Tracer ATom Methods in Chemistry of
Complex Compoundsj Kievi, 5-8 October., 1955,, Zhur. Neorgan. Khim., 1, No 2, 1956
Above conference was described in an article by Z.A. Shek

C, v
Mactian a( certain Inner
cO -nd
of rad;041ctive indicator
Fr-Alloact.-c Ladicatcrs
to ~tudv problems ur e~:g. inner conir.~ex curnpcis. was dis-
c-~L--ted it was 5L,)wn ttvit thi3 mcth~,d is advantagv-jus L9
he f.U-3vuing case-- fc rnkr~ t~r -ic-mimicro quantities;
d h,r very low ctric:-.i , to sttuly [tit extn. cif colerlmn coustids..
fw c4iluxed or solid inedia. The effect of pH, cimipiz. of the
btLffor ;.in., .-xov~, of the reageats. ctc., an the quantity of
extd. material wits dc-til for the dithizonatts of Z-n and Cd.
T. g2yL;jL _Leach

-11 , " -. I
, ~ , -- L~ -'I--';- -- - , - , -'- - - I-/- ~ ,
-~ I '/KOREITRAN. I-M.; SHEYAHOVA. F.R.;
I
Radiometric titration of
1143-1149 156.
DEMINA, E.Z.; SHAPOSB21IKOVA, M.I.
zinc and copper. Zav.lab. 22 no.10:
(KI-RA 10:5)
l.Gorlkovskiy gosudarstvannyy universitat im. N.I. Lobachavikogo.
(Zinc) (Copper) (Titration)

F. 8,
Determination of the soi-Wity of'
Semi]. 1. Nf, Knorenman
a,nO Al. -N. g,
Z,414y. Obskch. RAim.. 1950. 26-T"-r 365-370-13-V
means of a radiometric micro-methed based an the
use of ~Co, the -solubility of. Corlig(SCN)j in water
at vanoQs temp. (1-09 m,11 at* 10' C, 1-40 m-11 at
*10' C, 1-98 m.V1 at 30-'C and 2-68 r-11 at 40* C)
and ia various clectrolytes at 13,5* and 220* C is
determined* Halides increase the wlubWty bKause
of complex formation. in solutions of S04" and
4NOS, the use of excess of 0-1 N NjHg(SCN)'] gives
the optimum conditions for pptn. In water and
in dil. solutions of KNO, and 9,SO, the solubility
found graphically to correspond to zero ionic
strenzth is 1-25 x K 1A." givind th~_actkvtty

.10 of I)H in the far=dan dud tha cmacti4on of
/The rt,

Zhu? Ohs-ch~(

ta, t:~:'
t
-'~asc M pli
irinp abott .-in llcrluise in ~3.
f 0--buffer ;~lu. used to .2-stablish

Rovta.,
j
.

4L

-7 i-7
Category: USSR Physical Chemistry
Thermodynamics. Thermochemistry. Equilibrium. Physico-
chemical analysis. Phase transitions. B-8
Abs Jour: Referat Zhur-Ehimiya., No 9., 1957, P-9952
Author Korenman I. M., Sheyanova- F. R. Potapova M. A.
Inst nol_~
Title Determination o~ Solubility of Difficultly Soluble Compounds by
Means of Non-Isotope Radioactive Tracers
Orig Pub: Zh. obshch. khimii, 1956., 26, No 8, 2n4-2118
Abstract. Determination of solifoility of difficultly soluble compounda by
means of isomorphous non-isotope radioactive tracers. In this
instance the tracer is isomorphously incorporated in the lattice
of the co ound'Under study. Solubility of Zn LH-g(CNS)J, Cd
MP 6t
Hg(CNS)q,7 and Cu [-Hg(CNS)j was determined by the use of Co
As isomorphous radioactive admixtures were also utilized Cd"-,;,- and
Zn&3
'. By the described method the solubility is determined with
satisfactory accuracy.
Card 1/1 -72-

14 )5' ,
if, dioxneftic titrat!no am
~d I. M. KGM-
It.

n R.Sh nova, 1. shaposhni
S!ft na q
k-ova I . . ocac evs if State Univ.. Corki). Zawdrfaya
Lab. 32, applicatica of rddiamtric
titration was testM in the detn. d Zdand Ca with We(CN)e
and with (bM4)~Hg(CNM4. Asmallarnt.ofZ64waadded
-to the Za-saft solo.. standard &Fe(FN)6 was added. the
sola. vras cenodupa, and the.-activity.d the filtrate:-Was
tested radforrietrically. Wh en Cu and Zu ire both preient,
Cu is pptd.~ first with no chanjes in the soln. radioactivity.
and the Za is pptd. second, thus permitting the deta. of both
without intermediate filtration of Cu. To det. Zu with

NH4)lHg CKSic, Some H95" was added to the sta.
M
!, 4 soln., or tatue &I'& W23 qdded to the Zu-
salt soln. In the first case, the end point was reached when
the filtrate first became radioactive; in the second case.
when radioactivity of the filtrate dropped toO. Amodifica-
tion of the latter method consisted in adding QP to the sdn.
which coppts, with the ZpLF4qCN)i.--Tbe-latter-method---.-,

v!hich higbly*acthre isotopes are unobtainable or very expen-
sive, but which are either copptd. With the tadfoacilve iso-
topeadded or pptd. before the lattet W-- ILL Sterilbo-

6926o
~43 / 0 SOV/112-59-17-37119
Translation from:- Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 17, P 193 (USSR)
AUTHORS: Tarasov, V.L., Shevyrtalov,--Yu.B.
TITLE- A Study of Triode Crystalline Detectors~
V sb.: Poluprovodnik. pribory i ikh primeneniye. Nr 12, Moscow, "Sov.
-7idio", 1957, pp 298-316
'-"A.!:;7: :'he optimum conditions of detection, oscillating characteristics, parameters
of detection, their dependence on operational conditions and carrier fre-
quency for plane and point-contact germanium triodes of industrial types in
f,hree switching circuits were studied experimentally. On the basis of the
.%insults calculations of detection circuits were made, and the data obtained
,.;ore compared with the experimental data. The output oscillation character-
~~'~ics of plane and point-contact triodes in a common emitter circuit are
lilar by their form to static characteristics of vacuum pentodes. Under
'':imum operational conditions the linear section of the detection charac-
begins at an input voltage of approximately 0.15 - 0.2 volt. When
i,',io carrier frequency fo increases, the efficiency of detection decreases and-
iie detection parameters met worse. The non-linear distortion factor is for

6926o
A Study of Triode Crystalline Detectors
SOV/112-59-17-37119
olane triodes 2 " 3% and for point-contact triodes 4 - 7,16. The input resistance of a
;detector does not depend on the magnitude of load for modulating frequency F, but is
strongly influenced by fo. The data for common base circuits do. not differ essentially
frorn those for common emitter circuits, although they are somewhat worse than the latter.
Oscillatinl- characteristics of a common collector circuit are similar to those for the
UUM Griode. An analysis has shown that the calculation of detection circuits with
transistors can be made by the usual graphical method with the use of oscillating cha-
racteristits. In practice triode detectors work always under short-circuit conditions
;-)y f. Jn the output and by F in the input, which essentially simplifies the calculation.
Transis'or detectors have a high sensitivity and linearity.
M.S.V'
d ?,/ 2

- KORENXkN, I.M.; SHEYANOVA, F.R.; RYABOVA, S.A.
Determination of the composition of cobalt manthogenates. Zhur.
neorg. khim. 2 no.1:65-67 Ja '57. (MLRA 10:4)
1. Gorikovskiy univarsitat Im. W.1. Lobaehevokogo.
(Xanthic acids) (Cobalt compounds)

Kor=m
-'Me iPI-_,3 aff tlurcc ~-Arfaats =t
are
am fam-im (a) The ion to b* dowriMned. lahefled
with Its own ra-lio-active twwpa, is t1trated with it
goln,of it pan-radipactive rugcra. and tho produut
L
:
::4
u
of the reaction h oxtratted LOW on ot&aAlc "Ivent
the Galvit
the titrattou
of the MW
i
l
D ,
,
,
,
ur
a)",
ng
y
layer demasci and that of Me sohTat layer Lactmea
until the estd-point occum (b) The Loa to be
deteMined is tibmted wiffi an mq. w1n, al a rcajent~
la-befied with an isotope. Ving a Product wbkb is
v
ylent. wbilst the mrigiual
&,Auble in in organic so
materials are not. Durlog the tit"tiou the
activity - of the Colvent layer- in"easci froin- Itri,
until the end-point is rtmcAm and thereaftec remalam
obustant, wlk&t that of 'the aq. layer rmaim wo
until the Crid-coint when It-jitarta to increase,
(e) 110th the Ion to I)a detemIned =4 the t1tratial
soln. am labelled !vith their cortmpon4iog IsotoM,

X-A
and Cho product, but not the rwUntv, wtut be
sciable in an orpnic solvent. During Me ft-atioa
the activity of the q. IaM deme2ses until Its value
is zem at the end-point an4 then Increases. wWht
that of the solvent layer hwt~ steadily until It
attains a constLat value at the end-polulL A a
cations of the first method te the fitattan of MeM
Rg with a soln. of dithimne, the dolvent belaS
CUCI, we dmnl)ed. The titmt'Um of tfg amm also
be mried out the we of radioactive Zu Instead
hy
A, Hera the "vities of ba% eq.
~d remala un;banged until t1fe,
been complAxed, wheratzpart the
the -activity og the xq. layer,
docreasas &;4. thAt of the wivent laya immsM;
=0 the end-polat of the t1tration of U Is skom by
the actVtte, OCCOMng *MSUOL

~
i/&Ki as tuethad for PbYgCochetaklil "dYSI&
c ~
'lgd Chevsw
__
n'
ff
i~
gW
4
-
_T
Th-e
ect-ofl- and
d
to a c w ff .
~t, of
b
u
-the relative vols
of the cation-and the org
of a
soln
.
.
.
q.
solu. of the union, ai wcH as the relati- ve concus. of the cation
_4
4
a id anion ou the completeness of extu., is discussed- Con-
t
d tions are derived when It is preferuble to wark writh various'.
all
1 2-41 _
vols. of ~the aq- and org. solas. bo;h having the same mol.
Colicil. and both cowbuied,ja a coast.- vol.- and wlicu it is
preferable to iro& viith equal vols. of the aq. and org. soW.
.
-
of-
varying their. respective conc In buti, keeping-Ahe
sum

n
rzicti g mols. coast. -Jn phys.-chem. Rnil~sls Me ext. is
used for dctg. Its optical d. For ~ery.dil. wc, faiutly~p
colored. and culorless ones it Is suggested to use rudiuiso-
,
l
t
dl
l1
w
th
a
t
me.-
.
t
c
rica
prno
e comp
. ra
ome
y.
dilre mis used for detgAlfe cotnpiis. of Zu, lFg,und Co di-
thizonc, quinolinoNte, and I-nitrusu-2-naplitholate.

KORENRAN, I.M.; SHETANOVA, F.R.; ROSHCHINA, R.V.
Investigating some azo dyes as reagents for indium [vith summary
in English]. Zhur.anal.khim. 12 no.4:476-480 Jl-Ag 157.
(MIRA 10:10)
l.Gorlkovskiy gosudarstvennyy universitet im. N.I. Lobachevskogo.
(Azo dyes) (Indium)

, TMANOV, A.A.: GI-AZUNOYA, Z.I.; DMIN. O.J.; FILI- OVA. N.
I-------5-UBAdVk-AYA, T.F., BOMO, Te.P. PT A.;
Brief reporte. Zav. lab. 23 t0-5:544 157, ()URA 10,~8)
(Radioisotopes-AIndustrial applications)
(Chenistry, Analytical)

AUTHORS Sheyanova, F.R., Malenskaya, V.P. 32-8-6/61
TITLE Chromiumoxane Pure Blue "B" as Reagent on Aluminum.
(Khromoksan ohisto siniy "B" kak reaktiv na aluminiy.)
PERIODICAL Zavodskaya Laboratoriya,1957, Vol. 23, Nr 8,
PP- 907-909 (USSR)
ABSTRACT The chromiumoxane dye pure blue 11B 11 possesses a certain
arrangement of structure which (according to data by
V.I. Kuzhietsov) permits to assume that this dye may be
considered a reagent on aluminum. The experiments proved
that upon interaction of the reagent with aluminum in
weakly-acid media a violet coloring occurs, whereas without
aluminum the color is golden-yellow. On heating this
coloring may also be detected in strongly-acid media
(PH - 2). The research results permit the assumption that
independent on pH, the composition of the reaction product
may be expressed by the formula AlR (where chromiumoxane
pure blue B is denoted by HR). With he aim of using
chromiumoxane pure blue B for the determination of the
aluminum content in magnesium- and zinc- alloys various
components of these alloys were investigated. The obtained
CARD 1/2 results confirmed the possibility of determining a small

Chromiumoxane Pure Blue "B" as ReaCent on Aluminum.
32-8-6/6!
content of aluminum in the presence of a supersaturated
content of Mg, Zn and Mn salts. A direct determination of
the aluminum content in the presence of copper is only
possible at the ratio
A13+ : CU - 1:0,7 and in the presence of iron only
5 .7+
.1
at Al : Fe 50:1 . The final results show that the
use of chromiumoxane pure blue B for the determination of
the aluminum content in magnesium- and zinc-alloys yields
satisfactory results.
(5 illustrations, 5 references, 1 table).
ASSOCIATION: State university imeni 11N.I. Lobachevskiy" in GoAiy.
(Gor'kovskiy gosudarstvennyy universitet imani N.I.
Lobachevskogo)
AVAILABLE: library of Congress.
CARD 2/2

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AUTHORS: Korenman, I. M., 76-3--5-.22/39
Vishnevskaya, T. N., Bratanov, B. I.
TITLE: The Solubility of Thallium and Cesium Cobalti-
Nitrite (Rastvorimost'nitrokoballtiato-~7 talliya i
tseziya)
PERIODICAL: Zhurnal. Neorganicheskoy Khimii 1,058, Vol 3~ Nr 52
pp 1188-1191 (USSR)
ABSTRACT-, The solubility of thallium cobalti-nitrite in water
at 10 to 300C and in solutions of chlorides, nitrates
and sulfates of sodium at 200C was letermined.
The solubility product of tha1liux cobalti-nitrite at
0 0 - 16
20 C amounts to 1A - 10 at 10 C to 8.5 - 10
at 300C to 6,,6 . ,o-5. The solubility of thallium
cobalti-nitrite substantially decreases according
to the increase of the concentration of thalliuw
nitrate (0,0-0,06mol/1).
In the presence of NaCl., NaN03 and NaS04,the
Card 1/2 solubility of thallium 3obalti-nitrite increases,

The Solubility of Thallium and Cesium Cobalti-Nitrite 78--3--5-.22/39
especially in the preeene) of sodium sulfate
The solubility of cesium 3obalti-nitrite in water
at 200C and in solutions of nitrates and sulfates
of sodium?as well as in-magnesium nitrate was investigated.
The solubility product of resium cotalti-nitrite in
water at 200C amounts to 3,,5 - 10-1 . The solubility
of cesium cobalti-nitrite increases according to the
concentration of sodium nitrate, sodium sulfate and
magnesium nitrate. There are 1 figure, 5 tables, and
3 references, 2 of which are Slavic.
ASSOCIATION: Gorlkovskiy gosudarstvennyy universitet im.N.I.
Lobachevskogo (Gorikiy Btate University imeni
N.I.Lobachevskiy)
SUBMITTED: May 22, 1957
AVAIL.kBLE: Library of Congress
1. Thalliia c*balti
Card 2/2 2. C4sizzs c*ba.14.j'.

5(0) SOV/153-2-2-1/31
AUTHORS: Korenman, I. M., Sheyanova, F. R.
TITLE: Some Problems of the Theory of Extraction (Nekotoryye voprosy
teorii ekstragirovaniya)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tekhnologiya, 1959, Vol 2, Nr 2, PP 151-156 (USSR)
ABSTRACT: The theory mentioned in the title is poorly worked out (Ref 6).
In the present paper, the authors discuss, in a general form,
the dependence between some factors and the quantity of the
extracted product obtained by the effect of the reagent HR
(weak acid). Figure 1 shows this quantity of the MeR percent
of the initial quantity of the Me . It also shows that the
character of the curves is equal at any value of K (constant
depending on the character of the organic solvent applied,
and on the temperature). The position of these curves, how-
ever, depends on the value of K. The extraction begina it
pH = pK + 2, a full extraction "lakes place at pff = pK + 6.
Thus, the range of extraction comprises nH-un-ItS funder the
BZ-
condition of equal initial concentratio s of Ye alld 1.
use of equation 14 (derived above) thie authors calculate the
Card 1/3 range of extraction at a change of 'he relative quantities

Some Problems of the Theory of Extraction SOV/153-2-2-1/31
of Me +and HR (Fig 2). An increase in the reagent excess
shifts the range of extraction in the direction of smaller
pH-values. The upper limit of extraction will undergo a
greater change than.the lower one. The effect of the relati've
volumes of both phases on the degree of extraction is also
discussed. The equations (5), (6) and (7) derived above are
used for the calculation. Figure 3 shows that the volume
ratio of the two phases is an important factor influencinE
the range of extraction. At an increase in volume of U-.e
non-aqueous phase, the range of extraction is shifted il. t'le
direction of smaller pH-values. At the same pH-value, the
degree of extraction changes ra-pidly, when the relative volumes
of both phases are changed. The character of the change also
depends on the pH (Fig 4). The calculations indicated can
only give approximate values. For the experimental cbe6kin-
of their conclusions, the authors chwTe-a)-the extraction of
cadmium dithizonate at different dithizone excesses (Table 1,
PiZ 5), and b) the extraction of zinc dithizonate at different
ion concentrations of the solution (Table 2, Fig 6). (Dithizone
= dipbenyl thiocarbozone). The results of the tests under
Card 2/3 a) were in full agreement with equation (11) as well as with

Some Problems of the Theory of Extraction SOV/153-2-2-1/31
the conclusions on the reagent excess- (Fig 2 In the tests
according to b), radioactive zinc isotope Zn 5 was used. The
results obtained confirm the assumption of.the authors
that the influence of the ion concentration on the extraction
is small. F. Po Khabarova and Z. P. Moseyeva took part in
the experimental work. There are 6 figures, 2 tables, and
9 Soviet references.
ASSOCIATION: Gorlkovskiy gosudarstvennyy universitet imeni N. I. Lobachevskogo;
Kafedra analiticheskoy khimii
(Gor'kiy State University imeni NA I. Lobachevskiy; Chair
of Analytical Chemistry)
SUBMITTED: January 23, 1958
Card 3/3

SHEYIUKRA, F.R.; MJkMNSKAYA, V.P.
------ - --- ---- ---,
Complqxonometric determination of aluminum in magnesium alloys.
Trudy kom. anal. khim. 11:243-251 16o. (MM 13.10)
1. Gorlkovskiy gosrdarstvenWy universitet im. N.I.Lobachavskogo.
(Aluminum-4ailysis) (Magnesium alloys)

5.5300 77746
SOV/75-15-1-8/29
AUTHORS: Jrorenman, I. M., Sheyanova, F. R., Kunshin, S. D.
TITLE: Color and rluorescent Reactions for Gallium
PERIODICAL: Zhurnal analitichesicoy kh1mii, 1960, Vol 15, Nr 1,
PP 36-112 (USSR)
AB'STRACT: Color and fluorescent reactions of gallium with organic
dyes were studied in order to select a suitable reagent
for gallitun. The Invest1gated dyes containing the
following groups:
Oil Ol I N11-i OH OH 0H
1\-N=N-1\1\
Oil Oil
Card 1/3

Color and Fluorescent Reactions for Gallium 77746
SOV/75-15-1-8/29
Card 21/8
Procedure: to 0.1 ml of gallium nitrate solution
(0.1 rag Ga3+) 1-2 drops of a 0.1% aqueous dye solution
and 0.1 ml of a buffer solution was added; the mixture
was then heated to 60-700; appearance of color or
fluorescence (if any) is noted. Control tests were
also made. From the 68 dyes investigated, only 22 gave
positive reactions for gallium. Some of the most
sensitive reagents are shown in Table 1. The dyes,
Nrs 1-5, containing group (I) produce gallium compounds
or bright color. Dyes Nrs 6-Q, containing (II) aind
(III) groups, form with gallium not only colored but
also fluorescent compounds. Concentration limit's at
which the dyes (Nrs 6--9) produce fluorescent products
are given in Tablq 1. React on of the above dyes wi h
other cations (In3-', y3+, Th4"-. Zn2+, Ce3+, AlJ+, ScV,
La3+., Fe3+) also were studied. It was found that In3+
Sc3+., Th 4+ , and Fe 3+ also give color reactions under
the same condition as gallium; they interfere in gallium

Color, and Fluorcocunt Rear~tiona for Gallium 77746
----SOV/75-1571-8/
?g
U[ oil Nils 2-:1 t t 000 000
clA_N.,N_rN/) A-d t :4w 000
Jos - S0,Nn
Oil Oil Nils 3-5 'it i :8w 000
O,N/\ -N-N; /\
Na,,,01jSO.Na
3
A.
Ca r d P.

Ott OH NH,
1- \-N-N-~)1\
Na )S%N,
NO.
Ott OH NH,
0,N l\-N=N-I-'l
Na SQNa
Ott Oil Nil,
0,Nl\-N-N-(Y\
J

Q SON.
NaW /
, Na

3_6 it,
2-3
4-6
2-3 7?1,
A-" 7L
t : 800 000
1 800 000
t I OW 000

Color and Fluore3cent Reactions for Gallium
7
oil 011011 4-8 p
N- -N-/\/\
NaOJ
SO:,Na
oil 011011
/\--N.-. N-"-`1\
I Nd'Oj I )SO,Na
C. I
01-1 011011 3-5 p
1'\-N--',' /\/\
Ni'O'-.,S 1U\J SO ,Na-
Oil Oil 1-5 p z
S03Na
Card 4/8, Key to Table I on Card 7/1u
77746
S011/75-15-1-8/29
000 00
p
p
11 700 000
6oo ooo
I
800 0110~

Color and Fluorescent
a
e
h
n
Reactions for Gallium
Key to Table 1.
= dye Nr; b = formula; c = colorj d
= control; f = Ga; g limiting concentration;
= pinkj 4 = violet; k pink violetj
= blue; P = red; r = violet redj s =
77746
SOV/75-15-1-8/29
= fluorescence;
m = sky-blue;
bright pink.
determination using the above dyes. Data obtained by
the study of the molar ratio of gallium to "gallion"
(dye Nr 1, see Table 1) in the products of reaction,
show that the compound formed has, presumably, the
following formula:
0
N-
Card 5// 3

Color aiid Fluorescent Reactions for Gallium 77746
SOV/75-15-1-8/29
ASSOCIATION:
S L53M IT T E D i
Use of some of the investigated dyes as indicators in
complexometric titration of gallium was also studied.
The data obtained (see Table 6) show that dyes 1, 3,
and 5 can be used as indicators in complexometric
(ccinplexon III was used) titration of gallium.
There are 6 tables; and 5 Soviet references.
N. I. Lobachevskiy Gor'kiy State University (.Gor'
lrovskiy gosudarstvennyy universitet imeni N. 1.
Lobachevskago)
July 18, 1958
Card 61~31

Color and Fluorescent Reactions for Gallium
a 3
Table 6.
1-7746
SOV/75-15-1-8/29
5 1 1 3 15
300 0,91 0,90 0,91
0, V, 0,6 O,M
too 0,3 0,31 0,31
52 0,16 0,15 0,15
'25 Ojs 0,76 0,75
15 0,!,5 0,112 0,45
to 0,33 0,3 0,27
5 0,15 0,18 0,17

CL
301
198,5 208
198.5 301
202 0,33
0,75 0,66
0,75 0,33,
1.
99
53
25,7
15
11 102,5
49,6
25,1
14
to 102,5
53
24,8
B
9 1,0
1,9
3
0
to 2.5
4,6
0, 4
6,6
0 2,5.
1,9
0,8
0
10
5 (M) 5 0 20 10
Card 7/8

Color and Fluorescent Reactions for Gallium 77746
SOV/T5-15-1-8/29
Key to Table 6.
a = Ga3+ taken (//ml); b = dye Nr,- c = complexon III
used for titration (ml); d = Ga3+ found ( 7/m1);
e = error (M.
Card 8/8

31061VO/001#064/001051
B193/4180
AUTHORSt Korenmant I* M*s S~~nov~aF.~R.., Nikolayevs RO A.9
Abramov, 0. B.
TITLEt Thermometric titration of some organic compounds
PERIODICALs Referativnyy zhurnal. Xhimiya, no- 4t 1963t 154, abstract
4G147 (Tr. po khimii i khim. tekhnol. (Gorlkiy), no. 4, 1961t
753 -760)
TEXT- The thermometric titration of aqueous solutions of furfural and.
acetone solutions of salicyl aldehyde by solutions of tetramethylenediamine.
and hexamethylenedismine has been investigated and found possible. The
equivalence point was found fro the salient point on the titration curve-
obtained by pl,otting- t"rperature versus titrant consumption"in ml. The
optimum ratio of titrated solution concentration to titra.nt~was found. The
normality of the titrant must be about 10 times that of the titrated solu-
tion, so that there is only a slight volume change 'of the- reacting mixture
during the titratiar4 thus avoiding any big variation in'the specific heath
of the mixture. The order of the titration is shown to haveno effect-on
the accuracy of the analysis. The temperature pick-up consisted of a
Card 1/2

5/081/63/000/004/008/051
Thermometric titration of some organic.... -B193/BI80
battery of 10 copper-constantan thermooouples made of 0.1 mm diam. wire.
The junctions wete motLnted in the titration flask, the llcoldl.~ junctions In
a thermostat. After each portion of titrant was added. from the microburette
the mixture was mixed for 8 - 10 sec. and then the change-in.the galvino-
meter reading taken. [Abstracter's note: Complete translation.]
Card 2/2

KOREJIIIMAN~ I.M.; SHEYANOVA, F.R,; POHEWTSEVA, E*G.
Metal-containing reagents as fluorescent indicators in the neutrali-
zation method. Trudy po khim.i khim.tekh. no.11.U5-229 163.
(MIRA 17:12)

SHEYAN6VA' yg. 14. '
U98R/Chemistry - Feductionp Electro-Bromine Compounds Nov 49
"Electroreduction of Bromoacetic Acid and Bromoform on a Mercury-Drop Cathode,"
M. B. Neyman, T. A. Petukhovsks~m., A. V. Pqabov, Ye. M. Sheyanova, Inst of Chem,
Gorlkiy u, 3.1/2 pp
"Zavod Lab" No 11
Results of experiments show that many organic compounds containing halogen atCO16
can be determined polarographically. Moreover, new technique can be used for
compounds into which halogen atoms can easily be introduced,, a. g. j uumtRated
compounds can be bromated and resultant bromides determined. DLacusses abobanism
Of cathode reaction, with three diagrams.
PA 153T10

-S I -!-:--y U-VI-% ~Yz-. M., - -- - - -- - - - - - - --
USSR/ Chemistry - Folarograrhy 21 Oct 49
"Folaragraphic Determination of Halogen Derivatives," ?",.B. Heyman, A.V. Ryabov, Ye. M.
Sheyanova, Gorlkiy State U
I'Dok Ak Navik )SSR" Vol LXVIN. No 6, pp 1065-1068
Results of studies Of -A-cctroreduction on mercury droFpinff cathode of halogen deriv of
organic compd. 6Luui6d electroredi:ction of halogen deriv i-n water, ale, and sioxane sol
cont 0.1 V KC1, 0.1 V-HC1, 0.1 N Licl, 0.1 N Uoh, and 0.1 (CH-)4NI. Table introduces
pareir;eters characteri ing electroreduction of halogen deriv of-~aliphatic series on
mercury dropping cathode. Derives ,eneral formula describing electroreductior. Data
introduced should lead te f-orther use of rolarog-raphic analysis in sciehtific rescailen
laboratoriles and organic synthesis industry. Submitted by Acad A. N. Frumkir. 11 Aug 49
Ift 172T6

I
P.-.1,I- - C
I. --CL,
Sheyar, B.S. "On the reabsorption of albumn by the epitheliumcc the urinarT passages in
neohritic albuminuriall, Vracheb. delo, 19L9, No. 1, paragraphs 21-26.
- - I -
SO: U-3042, 11 `iarch 53, (Letopis 'nykh Statey, No. 9, 19h9)

SHEY8AK, ro. P., Cand of Nled Sd -- (diss) "Cobalb, Nickle, and Manganese
in the organs and Mammary Glands of Internal Secretion in Breast-Fed
Infants 'Who Have Died from Bronchial Pneumonia," Minsk, 1959, 21 pp
(Minsk State ~ledical Institute) (KLj 5-60, 130)

MAR, G.I.; SYM7BAK, M.P.
--------
Problem of experimental Dneumonia. lab. delo .5 no-3:43-44 Yq-Je '59,
WPA 12:6)
1. Iz Belorusskogo institata epidemiologii, rnikrobiologii i gigiyeny.
(PIM-IOCOCCAL OnCTIONS)

SHEYBERY B.P., kand. ~-Ahn- nauk; GURFVICH, L.S., -inz-.
Set of the BC-1 equipment for prel.'alrary and subsequent
bituminization. 1'ransp. stl-o-4. 15 no.202-53 F 165~ (MIPA 180)

,,SHEYBUKHOV, N.S., inzh., red.; PNVZNNR, A.S., red. isd-va; P*ON' M.N.$
[Manual of consolidated indices of the cost of planning and research.
In force as of 1 January, 195B] Spravochnik ukruppnearqkh pokazateiei
stoimosti proektnykh i izyskatellsldkh rabots Tvoditsia v deist-Vie L'
s 1 ianvara 1958 g. Pt.220 [Wdraulic engineering structures, ports,
and land reclamation and impriovement] Gidrotekhnicheskic sooruzheniia,
porty i melioratsi,ia. Moskva, Gos. izd-vo lit-ry po stroit. i arkhit.
1958. 91 P. (MIRA 11:8)
1.*Rassia (1923- U.S.S.R.) Gosudaretvahw komitet po delam
stroitel'stva.
(Hydraulic engineering) (Harbora)

SHMUKEIOV N 3 inzh. red.; MUNITS, A.P., red.12d-va; BOROMV,
W-khn.reL
[Production norms for planning and survey work paid for according
to a piece-rate system] Normy vyrabotki na proektnye i izyska-
tel'skie raboty, oplachivaemys edellno. Pt.21 (Hydraulic structures
and portal Gidrotekhnichaskie sooruzheniia, porty. Moskva, Goo.
izd-vo lit-ry po stroit., arkhit. i stroit.materialam. 1958. 153 P.
(MIRA 12:3)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po delam
stroitelletva. j
(Ruesia--Industries) (Production standards)

SHEYCHENYO, A.N., inzh.
Technical communication on the CrdzhcnD idze - Tiflis line.
Stroi. truboprcv. 7 nc.4:11-12 Ap 162. (KRA 15:5)
1. Ukrainskiy gosudarstvennyy inatitut po proyek-tirovaniyu
predpriyatiy po dobyche prirodnykh gazov, Kiyev.
(Pipelines-Communication systems)

VINOGRADOV, V., kand. ekon. nauk; SHEYCHNIM, I., kand. nauk ekon.
Teaching a course in commercial organization in the institutions
of higher.learning. Sov. torg. 33 no.6:44-47 Je '59.
(MMA 12:8)
(Business education)

SHRYCHAKO, I.P., dotsent; FURMAN, G.Y., takhn. red.
[Organization of freight transportation by rail and water;
lectures] Orgenizateiis zheieznodorozhnykh i vodnykh"gruzovykh
perevozok; lektsii. Koskva, GoB.Jzd-vo torg. lit-ry, 1961.
1~9 P. (Freight and freightage) (MM 14:5)

Mr,FF,~-JOV, KOT~'311,11KCIT, Sj., S-!CF.YCflF;N-KOj V,L; SHEYLYFIl, Yu.'N.
Eth~rates of s--u4ieS ty nuclear rmgnEtic resonance
~ipectrosccpy. DC3--i~ Ul' ~ZSSR 162 t6--,
1 -4 (14:1 R A 18 -. :5 "1
I
. Institut organicheskoi khimil im, N,,P.7elJrsk(,'Io AN S S r, R i'n-
khlunl prircd-9,ykli ~~oyeriireniv AN SSSR, Submitted July 21,lc,64.

KECRATOVA, N.A.; BAN.'KOVSKIY, A.I.; SHEYCHENKO,,_V.I.; RYBALKO, K.S.
Structure of sesquiterpene hydroxy-araid.from Artemisia.
vachanica-Kra.sch. Khim. pr-irod. aced. no.5.-306-311 165.
(MIRA 18:12)
1. Vsesoyuznyy nauchno-issledovateliskiy inatitut lekarstvennykh
i aromaticheskikh rasteniy. Submitted May 6, 1965.

L 31893-66 EWT(m)/EWP(j) RM
ACC NR: AP6012526 SOURCE CODE: UR/0062/66/000/003/0443/0452
AUTHOR: Kolesnikov, S. P. Nefedov, 0. M.; Sheychenko, V. I.
ORG: Institute of Organic Chemistry im. N. D. Zelinskiy, Academy of Science SSSR
(Institut organicheskoy khimii Akademii nauk SSSR)
r~
TITLE: Reaction of trichlorogermane with aromatic compounds and uncatalyzed addi-
tion of germanium chloroform at arom[tic unsaturated bonds
SOURCE: NT SSSR. Izvestiya. Seriya khimicheskaya, no. 3, 1966, 443-452
TOPIC TAGS: organic synthesis, aromatic hydrocarbon, germanium compound, deuterated
compound
ABSTRACT: Germanium chloroform displays extremely high reactivity in addition to
olefins and ISS~ylenes /in the absence of catalysts and generally exotherma32y. Two
of the authors reported previously [Izv. ZN SSSR. Ser. Khim., 579, (1965)] addition
of HGeC13 to alkyl- and arylsubstituted cyclopropanes with opening of the three-
membered ring and formation of isoalkyl or aralkyltrichlorogermanes. The article
describes addition of HGeC13 and along the aromatic unsaturated bonds which have not
been investigated prior to this time. It is shown that the reaction of germanium
Card 1/4 UDC: 543.422 t 542.91 t 661.718.66

L 31893-66
ACC NR: AP6012526
chloroform with a number of aromatic compounds proceeds quite readily at moderate
temperatures and without catalysts, contrary to the experience with hydrides of
other elements of group IVB. The addition occurs not only at the olefinic and
acetylene bonds, but also at the aromatic double bonds. Addition of HGeC13 to naph-
thalene was accomplished by single heating of equimolar mixture of reagents to 100-
1300C for 10-25 min. The reaction proceeded by the following scheme:
+2~G,Cl,- GeCl., Clf"Mgo' I(CH
~' WC
GcC13
In addition to b*s(trimethylgermyl)tetralines methylated reaction products of HGeCla
with naphthalene)containing high boiling germanium hydrocarbons. Reaction of alkyl-
naphthalenes witfi germanium chloroform proceeds even easier than with naphthalene
and results in formation of isomeric bis(trichlorogermyl)alkyltetrahydronaphtha-
lenes. In contrast to polynuclear aromatic hydrocarbons, benzene and alkylbenzenes
do not add HGeC13 (even after prolonged boiling), but introduction of electron donor..
alkoxy group into the benzene ring promotes addition of germanium chloroform to the
double bond of the benzene ring:
Card 2/4

L 31893-66
ACC NR: AP6012526
OR OR OR
+311.GeCls 03G-6-G~03 Cli;IMRBr (CH,),G (CH.13
r __6G:(Cti')3 .
"Cl,
(V). (VI)
It was also found that HGeC13 can be added to heteroaromatic systems. It was reacted
exothermally with thiophene producing isomeric bis(trichlorogermyl) tetrahydrothio-
phenes. It was concluded that introduction of electron donor groups (CH3, CH30,
CZH50) onto the ring facilitates the addition of HGeCla at the aromatic double bond
while electron acceptor groups such as halides hinder such a reaction. This indi-
cates the electrophilic nature of the addition reaction of germanium chloroform to
aromatic compounds. Such an exclusive nature of germanium chloroform among hydrides
of group IVB elements is explained mainly by the strong acidic properties of this
compound. To evaluate accurately the acid strength of HGeC13 and to determine its
reactivity as a function of the basicity of aromatic hydrocarbon, experiments were
conducted on deuterium exchange between DGeC13 arA the benzene series hydrocarbons.
Experiments show that while with toluene deuterium exchange does not t e p ace even
during 1 hr mixing with DGeC13 with more basic hydrocarbons (mesitylene, sodurene)
DGeC13 acts as a strong acid capable of rapid deuterium exchange. Isotole exchange
Card 3/4

L 31893-66
ACC NR: AP6012526 3
data indicate the tendency of HGeC13 to ionize. The authors thank V. A. Koptyug and
M. I. Gorfinkel' for assisting in the experiments on deuterium exchange and for the
discussion of results. The authors also thank M. G. Voronkova for commenting
on the reaction mechanism. Orig. art. has: 3 figures and 1 table.
SUB CODE: 07/ SUBM DATE: 03Sep65/ ORIG REF: 010/ OTH REF: 004
Card 4/4

SHEYCHIK K.
Idle paper resolutions. Pozh.delo 9 no.1:10-11 Ja 163.
(NDA 16 11)
1. Nachallnik otdela Gosudarstvennogo pozharnogo nadzora
Upravleniya pozharnoy okhrany Irkutskoy oblasti.
(Irkutsk Province-Woodworking industries-fires and fire preventionY

SHRYD, D.L.
Disability evnluation for convaleseents from surgery for perforating
~,-965 S 158 (14M 11:1-3)
gastric and duodenal ulcers. Vrach.delo no.9296'
1. Yrachebuo-tradovaya ekgoertnaya I-omissiya Wo.2 Odessy (nauchnnyy
rukovoditell.- prof.I.Yas Deyneka).
(PKKIC Ul,*M)
(DISABILITY EVALUATION)

1, 0,64 23 -67 LNT(l) jK
ACC NR: AP6029 /V) 06/004
005 SOURCE CODE.- 39
UR/O
AUTiOR: Sheydova, L.; Alers, L; MitturmaMr, T.; 3-~Ieyda, N ; Mltey,m, I*-
:ORG: Clinic for Infectious Diseases/headed by Dr. T. MittermaVer/of the Faculty
~Clinic Minika infektsionnykh zabolevaniy Fakullte-~;skoy bollnitsy); Hemodialysis
I
~Station at the Department of internal Disease/headed by Dr. Ya. Mateyka/of the 'Milil
;rlospital, Koshitse, ChSSR (Gemodializatsionnaya stantsiya pri otdelenii vnutrennikh
,zabolevaniy Voyennoy bo~llnitsy)
TITU,: Application of extra-corporeal hemodialysis in heraorrhagic fever accompanied
,by the renal syndrome
SOURCE; Sovetskaya meditsina, no. 6,
~TOPIC TAGS: clinical medicine, man,
~medicine, epidemiology
1966, 41-45
virus disease, medical equipment, diagnostic
13SIMACT: This is a report on one caso occurring in 1963. 'Me patient recovered in
:6 months althourra this disease is usally lothal and has only been diagnosed in
,autopsy. Die patient was hospitalized with an initial diagnosis of Schonlein's
p4pura. Hemodialysis with added heparin, performed twice for 6 hours at a 2-day
i
;iiiterval at the height of renal insufficiency probably saved the patient's life.
I& course of the disease was complicated by lung edema, requiring tracheostomy, a dry
Card___,J/? - 61 -002. 1-ogg.6-o8q:616
UDC. 6,61-15

L o642-3-67
ACC NR:
AF6o29005
,per,-Carditis, myocarditis, and later bronchopneumonia and a urinary infection. The
:diaanosis was based on the clinical syndrome (initial hypotension and characteristic
;.-,`evZr curve), laboratory data, the course of the disease and epidemiologic data.
iEpidemiologic~studies on location found favorable conditions for rodents from which
I
,many ectoparasites were removed, particularly Hirstionyssus musculi which, according
ito Soviet literature, can carry the pathologic agent for a long time. Differential
1diagnosis excluded typhoid fever, leptospirosis, dysentery and sepsis.
Thrombocytopenic purpura was excluded on the basis of coagulation time and a higher
inumber of thrombocytes, and immuno-allergic vascular purpua was excluded due to
Iabsence of other allergies and certain negative tests. Acute glomerulonephritis was
'also excluded. Conservative treatment included hypertonic glucose solutions with
i. `*
linsulin and calcium, maintenance of water and electrol.-yte balance, anabolic steroids
!ca
1 rdiotonics, antipyretics, antibiotics, erythrocyte and whole blood transfusions Q
jintensive care. Radical treatment consisted of tracheostomy, draining of the upper
!respiratory ducts, breathing under pressure, oxygen inhalation and hemodia-lysis.
1
1 "We wish to thank Prof.. A. - L, Ugryumov (Kiev) for consultation in our case. We wish
luo thank Dr. V. Cherni from the Parasitology Department of the Biologic Institute,
!'Czechoslovakian AcadeFay-of Sciences, Prague, for identifying the ectoparasitest',
10rig. art. has. 1 figure.
SUB CODE: M, 07/ SUBM DATE: none/ ORM REF: 003/ SOV REF: 007/ 0M REFs 008
Card 2/2

SHEYDANYEVA, I.- M.
"Ostracoda of the Pontic Stage of Eastern Azerhaydzhan." Cand Geol-
I-Iin Sci, Inst of Geology, Acad Sci Azerbaydzhan SSR, Baku, 1954- (RZhGeol,
Dee 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutiona (12)
SO: :~=. No. 556 24 Jun 55

KOCHETKOV~ N.K.~ KHORLIN, A.Ya.; CHIZHOV, O.S.; SHEYCHERIKO, V.I.
Chemical study of Schizandra. chinensis. Report No.2: Structure of
schizandrin. In% AN SSSR. Otd.khim.nauk no.5.,850-856 My(162.
MIRA 15:6)
1. Institut khindi prtodnykh uoyeaineniy All SSSR.
(Schilandra chinonsis)

RY BA LKO.
-uzl-.uro of' garosshomine, a sesqtalterpane lactoric from
Grossheimia macrocephala D. Scsn. et Taldit.
7hur. ob. khim. 35 no.3i580-584 Mr 165. 18~4)
1. Vsesoy-uzny-.,r nauchno-iss'Aedovateliskiy institut lekarstvennykb.
i aromaticheskikh rastenly i Institut khir-l'. p,A,iro6nykh soyedineniy
AN SISSR,

GR-TiFf'.K0, G~S- MOIRSFOTIA, N.I.5 SHEYGHLNKO, V.I.; MAKSIMOT, V.I.
Sptlnes'~s of methyl ester of trans-anti-5--methyl-3-
(P--
me thoxyph en yl) --cyclopen tan -1-on e-2-carboxylic acid.
Part, 12. Thur. org. khim. 1 no. 12,,,2135,)140 D 165
(mitu. 1923:)
fuzn-yy n au chn o-i.,:, sled ovat el I skiy khLmikco-farm, atsev-
tir--hosk1y institut imeni Ordzhanikidze. Moskva. Sulnitted
November 10, 1964.

SHEYDATEV, A.
Life of our brigade. Pozh.delo 4 no.4:22-25 AP '58. (MIR& 1-1:5)
1.1lachallnik pozharnoy chasti, Baku.
(Baka--Petroleum industry-Firee and fire prevention)

SHEYDAYXV. A.
Close cooperation vith volunteers. Pozyh. del* 5 n0-3:8 Kr 159.
(MIRA 12:5)
(Baku-Fire prevention)

SHEYDAYEV~Ch..M,
Some opinions on the formation of the Surakhany and Karachukhur r
anticlinal unlifts. Azerb. neft. khoz. 40 no.6:10-13 Je '61.
(MIRA 14:8)
(Apsheron Peninsula--Folds (Geology))

SHEYDAYEV, Ch.M.
Apparatus for complete well measurement. Azerb. neft. khoz 40 no.11:
43-45 N 161. (MIRA 15:1)
(Oil wells--Equipment and supplies) (Measuring instruments)

- S.REYDAYEV, Ch.M.
Determination of oil recovery from horizons of the Kirmaki series
in the Surakhany field. Azerb.neft~khoz. 40 no,80-6 Ag 761.
(IMIRA 15.2)
(Apsheron Peninsula-Petroleum geology)

SfEYDAYE;V, Gh.M.; ALM-M, F.Yu.
-
Block map of the section of the Kirmaki series in the Surakhany and
K&vachukhur deposits. IJeti.-.ap.AGU.Ser.geol.-geog.nauk- no-5:109-113
161. (MIRA 16:9)

-- SITYIDAY.F.'A' Kh. M.
Dissertaticn.- -- "Ostracoda of the Pontiac Stage of rastern Azerbaydzhan.11
Cand Ge-ol-Min Sci, Inst of Geeclcoy ireni-Acaderician T. M. Cwbkin, Acad Sci
Azerbay-dzhan SSR, 2c Jun 54. (Pal`,ns!-iy Rabcchly, Wil, 20 Jun 54)
SO: Sum 31F, 23 Dec. 1954

Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
AUTHOR: Sheydayeva,Khi M.-
TITLE: On the Ostracode Fauna of the Pontian Stage in the
Shemakha Region of Azerbaydzhan (0 faune ostrakod
ponticheskogo yarusa Shemakhinskogo rayona Azer-
baydzhana)- -
PERIODICAL: Izv. AN AzSSR, 1956, Nr 4, pp 51-57
ABSTRACT: Four new genera and two varieties of ostracodes are
described: Loxoconcha djafarovi Schn. var. schema-
chinica var. n,, L. Minis sp. n., L. pontocaspia
Sp. n., j!. EE2Hdoplana sp. n., Xestoleberis lutrae
Schn. var. plerique var. n., Ilyocypris magna sp. n.
In the Pontian deposits a middle horizon is differ-
entiated, formed of brown clays with layers of sand
and 145 m. thick, and also an upper horizon., 250 m
thick, composed of limestones with layers of shell-
Card 1/2 filled clays, sands, and sandstones. The absence of
15-1957-7-9060

15-1957-7-9060
On the Ostracode Fauna of the Pontian Stage in the Shemakha Region
of Azarbaydzhan (Cont.)
lower horizon is explained by an interruption in sediment
accumulation. One table is included.
Card 2/2 V. A. Ivanova

SHEYDAYETA, Kh.M.
New species and varieties of ostracods in the Pontian stage of
eastern Azerbaijan. Izv. AN Azerb. SSR. Ser. geol.-goog. nauk no.3:
3-15 '58. (MIRA 11:12)
(AzerbaiJan-Ostracoda, Fossil)

3H~;'CnAT,4"A -~, A, ) Cand 'I'ed zici -- (dioss) "PeculiaritJes of the
-1 s a It Bal
of croupous pneummnia in rict-amalari- 'u tes. m,
1.-159, !~~ Dn (.kz-erb--,,rdz'nar. Otato ~-~d inst im
2'70 c,,~oies (Fl, 3b-5-9, 12-3)
ilL

SHETDATEVA-KULITEVA, Xh.M.
Stratigraphy of Pontio sediments of Marasa (By-undi) and Shemakha
(KhMely Gorge) Districts in Azerbaijan. Dokl. AN Azerb. SSR 15
no.10:939-943 159. (MIRA 13:3)
l.Institut geologii AN AzerSSR. Predstavleno akademikom AN
Azerbaydzhanskoy SSR U.N. Ali7ev7m.
(Azerbaijan--Paleontology, Stratigraphic)

G - i T, .
Aijsliaron oer-ir ts o-;' ti.,a 11 ... lez .Doki. An
am . - ,
T I 'n
16 no. -12:1177-1L 'A
1. Iri.3tltv-t oolo-ii 147 FradstLvleno ~.Ikademikc:a
:11; Azt~rSSR "i.V. Abranovic.~-,.-.
(Gezdak Fl-"tl--,x--Gclo,--,~-, Strati-i-a.-inic)

AID, =, 1-1. V. , FjJY-L7JI7ff, V. G. , K014STAITHENOV, A. S. , LIVSHITS, N. F. , vANZ1103, F. I.I. ,
SOKOV, Yi, T. USIPASSM, P2., F27ZGTITA, A. YA., C=.,C',"AT USEY, V. V., SI MEEI.!AN, T. Yt
fler,ietallicheskiye materialy, ilrl obraholuka i primeneniye (Nometallic I-Laterials,
Their Pi-c-,cessing and Use) Mloscovr, Oborongiz, 1949, 535 p. 6,000 copies printed.
Ed. (title -oac-e),: KalyuzImyy, V. G.; Ed. (inside book): Ponomareva, K. A. Tech.
Ed.: Zudakin, J.'.
RFOSI: This '-ook Is intended for students of aviation institutes and other institutes
PIP u u u
and it may h also be useful to engineering technicaians dealing uqth nomietal materials.
se:~ card for Andreyelr. 17. V. for abstract.

GOLIDBERG. Mikhail Haricovich; ZAKHAROV. Vasiliy Aleksandrovich; KAZANSKIY.
Yuriy Nikolayevich; LEONTOYEVA, Valentina Petrovna; LOSEV. Ivan
Platonovich, doktor khtm.nauk, prof.; TROS7YANSKAYA, Yelens
Borisovna, doktor tel-hn.nauk, prof.; EXAZANOV, Grigoriy HikhaFlo-
vich; CREBOTARNSKIT. Vladimir Vladimirovich; SHHYDWAII. Igor'
Yurlyevich; BOIEDAREV, V.S., inzh., retsenzent;'PANSHIN, Me', kand.
tekhn.nauk, nauchnyy red.; TUBYANSKAYA. F.G., izdat.red.; ROZHIN.
V.P., tekhn.red
[Nonmetallic materials and their use in airplane construction]
Nemetallicheskie materialy i ikh primeaenie v aviastroenii. Pod
obshchei red. I.P.Loseva i E.V.Troatianskoi. Moskva, Goa. isd-vo
obor. pronVahl., 1958. 428 pe (MIRA 11:7)
3
~. Kafedra "Takhnologiya obrabotki nemetallicheskikh matarialov"
Moskovskogo aviatsionnogo tekhnologicheskogo instituta i kafedry
*Haterialovedeniam Moskovskogo aviatsionnogo ordena Lenina
instituta imeni B.Ordzhonikidze (for all except Bondarev, Panshin,
Tubyanakaya, Rozhin)
(Airplaaes--Desing and construction)
(Nonmetallic materials)

1g,
a fig
al

Handbook on Machine-Building Materials (coat.) SOV/4419
Electric insulating materials and articles 319
Ebonite articles 319
Electric insulating materials made from soft rubber 321
Ch. VI. Paint Materials (Belovitskiy, A.A.$ and V.I. Ivonin,
Engineers) 3*
Cellulose ester enamels, primers, and lacquers 323
Enamels, primers, and lacquers based on various synthetic resins 323
Enamels and primers., oil-resin type 323
Pil-resin lacquers 464
Auxiliary materials 476
Solvents
, alluents, and thinner8 494
.
Solvents for paint materials 498
Ch. VII. Leather (Mikhaylov, A.N., Professo4 Doctor of Technical
Sciences, and L.V. Matveyeva, Engineer) 503
Ch. VIII. Textile Materials (heydeman, I.Yu., Candidate of Technical
Sciences) 508
Car&-9/15-

Hwidbook on Machine-Building Materials (Cont-) SGV/4419
Textile fibers 508
Yarn 510
Threads 512
Cord, string, and rope 514
Cloths 522
Leatherette fabrics 547
Drive belts 547
Fire hoses 550
Tape 550
Wadding materials 554
Felt 556
Ch. IX. Asbestos and Asbestos Articles (Zak, D.L., Engineer) 559
Asbestos and its properties 559
Textile articles , 561
Asbestos fiber and cord 561
Asbestos cloth 562
Asbestos covers and tubes 562
Asbestos insulating tapes 564
Asbestos fiber 564
Card---10/45-

2W176 S/137/61/000/005/029/060
A006/A106
AUr'HORS*. Leont'yeva, V.P., Sheydeman, I.Yu., Kapranov, P.N.
TITLE: Investigatton of the viability of some synthetic glues on viscosi-
meters of various types
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 5, 1961, 57, abstract 5E4o8
("Tr. Kuybyshevsk. aviats. in-t", 1960, no. 10, 163 - 16q)
TEXT: Th-~ authors st.A.~,~-ed kinetics oglhcreasing viscosity in an open
container of a group of glues, employed in_dviation engineering, i.e. multi-pur-
rose resin glues q 2 (BFF-2) and 6f2 4 (BF-Ar~-, (mKhprj 1~67-49); (5 (P 6 (BF-6)
(TU 17-226-48); --afbinol giue (AKFJ 319-52); resin-rubber glue 88 (ME11MU 1542-
M TU
~9) ; leuconate (Iri nP 1841 52) and PA -6 (RA-6) (MKhFV 4082-55). The incre
of viscosi-,,y w3s'determinel on viscosimeters CP -3613 (FE-36v), (33 -4 (VZ-4), 7n
a N A 4 t\ JL (11IJKL) f unnel, and on a Geppler type ball viscosimeter with eccentric
dr;:~pping of 'the ball. As a resjit of the Investigation performed, approximate
values for th,~- general viability of the aforementioned glues In an open contain-
er were esnabli,-.hed by de--.s-r-nining ~,he relative vls,~osl-.y on a FE-36V viscosime-
,er. it waZ al-zc. foun:l -,hat when determining the viscosity of a very liquid leu-
Card 1/2

24.576 S/137/61/000/005/029/o6o
Inves-z;igation of -,he viabllil,y . . . A006/Aio6
conate, it I's expedient to employ the VZ_4 viscosimeter; for low-viability glu-
es, such as carbinol glue with a filler in a certain time gap, it is recommended
4.
to use the NIILK funnel. For the rest of glues the FE-36V device is mosv suit-
atie; It Is widely used in The aviation industry. The accurate but expensive
Geppler viscoiimetsr should be used when pro~aseding with investigations which re-
quire the de~lermination c*L' absolute viscosi-t-y. From the results obtained the
authors derived for B-F-2, BF-4, BF-6, RA-6, 88 and carbinol glues without fillers
approxima-,e formul ae' (dire:, equations) for the conversion of viscosities deter-
mined in FE degreez on the FE-36V device -to viscosity in seconds of the VE-4 and
MILK viscosimeters and to viscosity in centipoise of the Geppler viscosimeter.
The results obtained may serve in practical work with glues for the correct deter-
mination of the technological viscosity at various stages of the gluing procese.
V. T.
[Abstracter's note: Complete translation]
Card 2/2

BRO11MAN, M.Ya.; VYDRIN, V.N.; YF,9MKHIN, F.K.; KISLYUK, V.A.; KRAYNOV, V.I.;
LEVINTOV, S.D.; RIMEN, V.Kh.; SFREBRYAKOV, A.N.; SHEYDER, B.E.
W-thod of controlling the tension in continuous rilling mills.
Stall 25 no.7:629-631 J1 165. (MIRA 18:7)

GORCHAKOV, G.I., inzh.; ~HEYD.ER, Ye.B.0 red.
[Manufacturing one-piece prestressed arched girders
practices of the Reinforced Concrete Plant No.18 of the
Main Division for Building Materials in the City of Moscow]
Izgotovlenie tsellnykh predvaritellno-napriazhennykh aroch-
rjykh ferm FAE7-24-4; opyt zavoda zhelezobetonnykh izdelii
No.18 Glavmospromstroimaterialov. Moskva, Gosstroiizdat,
1963. 24 p. (MIRA 17:4)
1. Akademiya stroitel'stva i arkhitektury SSSR. Nauchno-
issledovatellskiy institut organizatsii, mekhanizatsii i
tekhnicheskoy pomoshchi stroitellstvu. 2. Zamestitell glavnogo
inzbenera zavoda zhelezobetonrrjkh izdeliy No.18 Glavnogo up-
ravleniya promyshlennosti stroitellnykh materialov i stroitelt-
nykh detaley kfor Gorchakov).