SCIENTIFIC ABSTRACT SIROVATSKIY, S.I. - SISAK, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550910004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,Z - 7,
scm-s i, th~! FnEice ~:slnvnn- cc,-l ,.basin.
Vol. ro. I, P-1'57
CT~
-1 Lu
ion, ',0. -a- IQ-7

31 1 s . I .
--.-
"On the The-orf of Tiscontinuities in 11.'agnetic 'r7y,3ro!'-ynamics.,' Cand
Phys-!,.ai.h Sci, Physics instu imeni F. N. Lebedev, Act-id, Sci U~S'71R, 24 7ec 54.
(101, 16 Dee 54)
Survey of Scientific and Technical lissertations lefended at USSR Higher Educatio-aal
Institutions (12)
SO: SiLn. No. 556, 24 Jun 55

i H-17
:)..a~.-Au ry Yu;,.7os_Lavia
C a t os -_; r
390685
Jour.
tut', .,r Sirovical A.
Illstitut. !given
it I- Li,-;ted in the Contemporary Pharmacopoias
7: umi, e rot Gountries
of A
"o
Arkhi-,,, .7 irmats,
p,,-je P-utijor di -~-,usses a numoer of substances used in
the pharmacon,~j_a_~. Of various countries as bases for
ointments with a view t-) their introduction in
Yki~-oslsv pharmaceutic
vlatveyev
ology. Vitarains. Anti-
-YUGOSLAIfIA CheMical Techn
biotiCS& 1958, 74950-
1,,bs JOur: 'Ref Zhur-Xhimiyal No 229
j3,uthor 14:LICrovich, Sirogites. odicii -
Inst Not given. n of Si u errosi I
Title Stabilizatio 7, 7, No. 3, 157-162.
orig Pub Acta pliarmac. 3ugo5l't 195 .ed out, it Was eS_
bhe -investigations carri diffiCUlties
-Frora I , f or the Fer-
Abstract: tabliShed that tile reasOr.atiOrl Of sirupus
ntered in the prepal of Yugoslavian
encOu jodidi (1) by the Method oxidation of star'.-
rosi Lacopeja 2 is the surface duct-,
pharr laterials: Ferrum Pulver. and Ferrum re
ing D their prolonged storage-
after
Card 1/2

SIROVSKIT. B.A.
...
The fortheming festival. Geog. v shkole 20 no,2:67-68 Nr-Ap 157.
(KLRA io-.4)
1. Shredny"a shkola no. 248 goroda Noskv7.
(Moscow-Youth-Congresses)

SIROVSXIY, I.A.; FMIN, Ae, redaktor.
--I-
[Valuable experience of the wholesale issue branch office of the Main
7cotwear Trading Corporation of the Oftrio ComrummO 7actory] Mnjwi
opyt optovoi vykhodnoi bazy glavebuvItorga pri fabrike OParishakRia
konxuna,w Koskva, Gos.izd-vO torgovoi lit-ry, 1955. 39 P. (MM 6:5)
(Shoo industry)

SIROVY, Vladimir, Inz. Mt.
Characteristics of the clay fraction of soils on loesses
,,Vst vyroba 10 no-V6055-566 MY-Je '64.
and loess loams. R
1. Central Research Institute of Plant Production, Prague-
Ruzyne.

;orlk. in---a vnerolo:iii i
to-
pis I~hunnal I nykh j ta "o.

SIROVSKIY., M. (Norillsk); FOMIGHEV, Yu., slesa-rl-mekhanik
...... . I I . I-,.,
"I can not keep silent." Za rul. 21 no.7:14 J1 163.
(MIRA 160)
1. Moskovskoye konstruktorskoye by4o kinoapparatury (for
Fomich3v).
(Automobile drivers)

SIROZHDINOV, S.M.; MAWOV~ M.
Local theorem for densities. DAL AN SM 142 no,5:1036-1037
F 162. (141RA 15:2)
1. Tashkentakiy gosudarstvenW universitet im. W.r.Ionina.
Predstavleno akademikom A.N.Kolmogorovym.
(Sequences(Mathematics))

SIRTS, A. i.
Intestines - 'Wounds and Injuries
Enterovenous fistula due to gun-shot wounds. Khirurgiia. no. 7, 1952.
9. Monthl List of Russian Accessions, Library of Congress, December 195#
- - - , Uncl.
2

SIRTS, A. I.
Modification of Babcock's operation. lhirurgiia no.6;el 82 Je 154.
(MLRA 7:9)
1. Ix khtrurgicheakogo otdelentya (say.,otdelenlyan A.I.Sirts)
Slavutskoy rayonnoy bollnitsy lamenste-Podollskoy oblastl (glawayy
vrach T.M.Gutovskly)
(VARICOSI VIINS. surgery,
*Babcock's operation, modified)

SMS, k.l. (g.Slavuta, Khmellnitskoy oblasti, u1. Budennogo. d.27)
;";,. -7 .: -- -7~
Application of the Pavlovian doctrine In surgery. Test.khir- 77
no.6:114-120 Je 156. (KISA 9:8)
(SURGICRY,
Pavlovian theory in (R"))

SIFTS, A.P.
Skin plastics in large wounds. Sov. mad. 20 no.1:6B-71 Ja '56
(MM 9:5)
1. Iz Slavutakcy rayonnoybolluitsy Kmenets-Podallskq7 oblasti.
(SKIN TRaNSPLARATICK
in large wde.)
(WOUNDS ADD IUJMINS, surg.
skin transpl. in large wde.)

Sl RTS, L . I.
Acute perforating diverticulities. Kbirurglia no.7:76-77 '55.
(MLRA 8:12)
1. Iz khirurgicheakogo otdolenlya Slavutskoy bollnitsy Kamnets-
Podollskoy oblasti.
(ILYIN-SURGERT)

SIRUCEF" J.
Experiences in preparing standard industrial designs.
p. 164
Vol. 5, no. 4, 1955
ZA SOCIALISTICKOU VEDU A TECHNIKU
Praha, Czechoslovakia
Source: Monthly List of East European Accesions, (EEAL), LC, VOL. 5, no. 2
Februar.y 1956, Uncl.

.'any
mc),
-.,-4 nil ng
Q G.S t vy. oba 11 no
rF, c- c a
z ~-),t ch 2- MA--T, c e
or k)

7vanovsl-y, ecul.27.ent used ir. subsurface P.
Pr.,'-,., Vol. no. 3, 1955.
SG: ;'onthly .'J,-7,t oo :'Air-opean Accessions, LICy Vol. 4, no. 10, ct. 1955,
Uricl.

SIRURYAJI, A.N.;,.-ZAI?MfAN, N.I. .04,
, -r- .. I
-- 1. w - .
RS*Ults of teviing a remote dynamometric installation in the
field No.4 of the Oil Yield Administration of the "Ordzhonikidze
Petroleum" Trust. Azerb. neft. khoz. 38 no-5:28-29 Xy 159.
(Dymnometer) (Remote control)

SIRVIALSP A. P.
Cand Bio Sci, Dias -- "on the problem of temperature and heat exchange
of plants". (Vilinyus, 1961. 17 pp, 20 em (Min of Higher and Inter
Spec Educ CTSSR. Viltnyus State U imeni V. Kapsukas), 250 copies, Not
for sale (KL, No 9, 1961, p 180, No 24317). Z61-503477

3AZONOV, A.M.; SIMPAS, V.I.
Energy distribution of gaip-ma radiation in --c'id medium. Atom. energ,
15 no.5:420-422 N 163. (IMIRA 16:12)

RN 104ROV 31 . ye
ant
L.- 18
I i L LF-.-,, ngrad.
T,IS m e ny

SLAVOROSOV, Aleksey Kharitonovi,-,h; BUTYLINA, A.I, retBenzent,-)
f3UKRINSKIY, V.A., retsenzent- SlRYACfMKb, F.14. ved.
red.
r
04ine surveyors and their assistants] Marksheiderskii
rabochii i s"emshchik. lzd.3., perer. i dop. Moskva,
(MIRA 17s12)
Nedra, 1964. 267, p.

BABOXIN, I.A., redaktor, IIALBACIIA11, Ta.I, rodaktor; BARAWWOV, F.A.,
re-daktor; BUCHIOV, V.K., redaktor: VUDI?11ItSXIY, V.V., reduktor;
GILIGORIYN,, S. Ye., redaktor, DDKUKIII, A.Y., redaktor; ZHABO, Y.Y.
reidnktor-. ZAD7311DKO, A.N., radaktor; ZAITSEV, A.P., redaktor;
IMICHIV, A.S., redaktor; KAGAN, V.Ya., redaktor; KRASNIKOVSKIY,
G.V., redaktor; KRASOZOV, I.P., rodaktor-, KRIVONOGN, K.K.,
rodaktor; LALAYANTS, A.M., redaktor; WGILEVSKIT, N.H., redaktor;
ONIKA, D.G., redaktor; 03TROVSKIY, S.B., radaktor; OSTROVSKIT,
S.M., redaktor; PETSAKHOVICH, G.I., redaktor; POCBM4KOV, K.I.,
redaktor; SIIMACHMIKO, F.N.;redaktor. SKOCHINSKIT,A.A., redaktor;
STUG,~RW, W-6'r`_-'-3KOHKIN, K.I.; SKURAT, V.K., redaktor-,
SO'BOL.W. G.G.P redaktor ;TERPITOREV, A.M., redaktor; KHtWCOVTSU,
Y.M., r"daktor; TSTPKIN, V.S., rjdaktor; SHE7YAKOV, L.D., red-ktor;
19IRLKOV, A.A., radaktor;AITDRZM, G.G., tekhnichaskiy redaktcr.
[Safety rules in coal and shale mines] Fravila bezopasnosti v
ugoltnykh i slantsevykh shakhtakh. 4oskva, Ugletekhizdat, 1951.
-1307 P. (MLRA 9:1)
I. Russia (1921- U.S.S.R) Hinisterstva ugol'noy promyshlonnosti.
(Coal mines and mining-Safety measures)

siRnmirumm, F.~J.
For minerH. Sov. prof notizzy 7 no.9:63 My 159.
(IAIRA 12:8)
1. Zameqtitel' glavnego redal-tora Uglatekbizdata.
(Bibliography-Mining englneerirAg)

V
DODIN, A.Ya., inzh.; KRTUKOV, I.I., dotsent; ]PROITIN, A.I., inzh.;
SIRYACHENKO, K.P., inzh.; STOVAS, 14.V., dotsent; IIPSM%YN, M.M.,
dotsent-
Nngineering and geodetic observations on deformations in transport-
and-dumping bridges. Ugol' Ukr- 3 no-7:24-27 Jl 159.
(MIRA J38, 10
1.Dnepropetrovskly gorWy Institut.
(Mine surveying)

KRYUXOV, I.I., dotsent; SIRYACHENKO, K.P., irlzh.; STOVAS, M.V... dotsent
Using an engineering geodetic method to determine deformation
of :rwsporter bridges. Izv.vys.uche,b.zav.; gor.zhur, 5
no.2:82-85 162. (KRA 15:4)
1. Dnepropetrovskiy ordena. Trudovogo Krasnogo, Znam ni gornyy
instituta imni Artema. Rekomendovana kafedroy geodeziie
(Transporter bridges)

GOhYl,`CV, 1-I., inzh.; KMYUKOV, I.I., dotiont; SMAG11KRO, K.P., inzll.;
ST-OVAS) M.V.., dotsent
New iwthod of determining, corrections, for bonds in the riaLal con-
struc.tion oftransporter bridges. Izv. vyu. ucheb. zav.; gor. zhur.
6 no,'1:87-90 163. (MIRA 16:9)
1. Dnepropetrovskiy o-l-dona Trudovogo Krasnogo Znw.--eni gornyy in-
stitut imoni Artema. Rekomendovana kafedroy geodf,-zii Dnepropetrovs-
koge instituta.
(Transporter bridges)

RYA;~FTS, N.P,,- SIFiYACHEMC),
.*,fiil,:!-~p,--e--j r;nc-lxnatic turn tablp. n,~.4i13 Ap 165.
(MIU 18-5)

BELYAVSKAYA, L. I.; SIRYAK, A. I.
"Cone~erning the effect of ga irradiation on the electroconductance of milkAline
silicate glasses in intensive electric fields."
report subilltted for 4th AU-Union Couf on Structure of G.Lams, Leningrad,
16-21 mar 64.

L 4990--~
ACC M's
EWP(e)/EYIT(ni)/EPF(c)/EWP(i)/EPF(n)-2/t~IA(h,'
5027434 SOU HCE OODE,
IA(1)
AUMOR: Belyavske 1~6
ya, L ak A. I..f
ry
ORG: Tomsk State Unive omskiy gosudarstvanr*7 universitet)
TITLE; Some characteristics of magnetoresistance of alkali silicate glasses after
gamma-irradiati25,and t'aermal treatment
19 1Tq
807JRCE: Fizika tverdo,go tela, V. 7, no. 11, 1965, 3427-3428
TOPIC TAGS: irradiation, gamma irradiation, mechanical heat treatment, magnetoresist~'
ance, silicate glass
ABSTRACT: TD obtain more information on the character of the transverse effect of
magnetoresistance (E-L III specimens of sodium silicate glasses of different si
tion. were investigated in a magnetic field (from 0.5 to 1.9 weber/m2) after
ation with doses of 106 to 10, r at an intensity of 20 r/sec at room temperature.
COGO with a quantum energy hv = 1.25 Mev was the irradiation source. The content of
Na20 in the specimens (10 x 2 x (0. 3-1. 1) M) was 16, 20, 26, 33, 36, and 50 mol
The synallest specimen was adjusted in the direction of the magnetic field and the
largest, in the direction of the electric field. All measurements were carried out
for the direct and reverse directions of the magnetic field. The direction of iria-'
diation corresponded to the direction of the magnetic field. The following results
were obtained: 1) The previously detected effect of transverse magnetoresistance iji~
Card 1/2
A 2

L G%,76-67
AC~ A~R603254G SOURCE CODE: UR/0139/66/0001004/003110035
AUT11011: Sirynk, A. 1.
OP,G: Siberian Physicotcchnical Institute imcni V. D. Kuznetsoy (Sibirskiy
L'izil.zo-tek~ii-ii-c-li--c-s--kiy-"i"n-s-ti-t-u-t-)-
TITLE: Characteris tics of tile electrical conductivity of alkali silicate glass in
strong electric fields after exposure to gamma radiation
SOURCE: IVUZ. Fizikd. no. 4, 1966, 31-35
TOPIC TAGS: electric conductivity, electric field, silicate glass, gamma
radiation, alkali silicate glass, volume charge, high voltage polarization
ABSTRACT: An explanation is given of the stable radiational variations in
electrical conductivity in strong electric fields in sodium alkali silicate glass.
The concept of the accumulation of volume charge, produces high-voltage polariza-
tion in the presence of electrons induced by gamma radiation, is applied. It is
assumed that the r,~combination of electrons and sodium cations and their dissocia-
tion are controlled by a strong electric field. [Author's abstract]
SUB CODE: 20/ SUBM DATE: 07Mar65/ ORIG REF: 009/
!Card

REZNICHENKO, V.A.; TKACIMIKO, KOZLOV, V.M.;
- SIDORENKOY G.D.
Reduction of ilmnite concentrates in a fluidized bed. TItan
i ago splavy no.5:60-61* 161. (MIRA 15:2)
(Titanium-Metallurgy)
(Fluidization)

HIMUCILION V."I.; SDL'Y'~pOv. G.V.. SO~Ovf V. I.
.4 111
Two-stage smelting of ilmenito concenturatos. Titan i ego splavy
no.9-.96-104 163. (HIRA 16:9)
(Titanium-Blectrometallurgy)

Country
Abs, jour. 3.
Ins t itilt
"ailed
0o
Titlo
D C C 111 f i C11 C C' tG V, .3 Cor-
ro T-. -3
02C~ 041
t-ot.".1 ~!Ir);3C Of 2
70 pt,_tientl
(-7 ~,od t1lat t,1.-,O of col-
OcIcr--a of' ti,c. tolznt.-, lowars tcnpor,~`Ure c~-nd in-1
c-rcasoc thc motion rariSe. Also obs.-rvod icro
dj_r1i_m,ti.= in tao absolute P-nd rciat-dvo mmiber
ef casilnonhils, siov-irr- of V-ic ex-jtn-rocyto ze-
rate arnd an Li the xvxn~bcll
of -Ind in nrothrombin content.
Card:

PSEBZHSTSKIY, S.Ya..; KAMENETSMA, S.A.; GRIBOVA, Ye.I.; PANKUTOV, A.Y.;
MORDZOV, N.M.; POSPIWVA. I.N.; APIN, A.Ta.; SIIUATSUYA# T.N.;
STAVIMSKAYA, N.A.; CHR DETCHRIKO. V.M.
Kinetics of' the decomposition and explosion of ozone.
Probl.fiz.khim. no.2:27-38 159. (KIRA 13:7)
1. raboratoriya kinetiki gazovykh reaktsiy Nauchno-iBBIedovatell-
skogo fiziko-khimichoskogo instituta im. L.Ta.Karpova.
(ozone) (Bxplosions)

05833
5M SOV/76-55-10-31/45
AUTHORS: Pahezhetskiy, S. Ya., Morozov, N,. Ij., Kamenetskaya, 5~ A,, Sir-
yatskaya, V. 11., Gribova, Ye. I.
TITLE: Kinf-tics of the Thermal Decomposition of Ozone
PERIODICAL: Zhurnal fizicheatKoy khiaiii, 1959, Vol 55, RE, 10,
pp 2306 - 2315 (USSR)
ABSTRACT: According to A, V. Pankratov and S. Ya. Pshezhetskiy (Ref 1),
the quantum yield of photochemical ozone decomposition in li-
quid phase attains a value of 20. Investigations of the kinetics
of thermal ozone decomposition have not fully explained this
problem. Thus, values of 23-31 kcal were given for the activa-
tion energy in various publications, Further investigations of
this problem were made by L.,S, Kassel, (Ref 2), Benson, and
Axworthy (Ref 3). In this article, the authors measured the
reaction kinetics of thermal ozone decomposition at small,
medium, and high ozone concentrations and various reaction sur-
faces . iithin a wide temperrature ran.ge. Experimnerts were made
under ;static and dynamic conditions (at low concentration), The
decomposition rate of ozone was determined at a pressure of
Card 1/3 30-760mm Hg and various initial ozone-hydrogen ratios within

Kinetics of the Thermal DecomDosition of Ozone
Card 2/3
5833
SOV/760-33-10-51/45
0
the temperature rangre 70-170 .The results of some typical
experiments are listed (Tables 1-3), The velocity constant of de-
composition, calculated according to the equation of second
order, varies in dependence on the ratio 0 2:03 as well as the
#?actual" activation energy which rises from 18 (95-97~- 0 )
up to 27 kcal (2-No 0 ). At very high and low ozone conceAtrations,
the equation of secona order holds with sufficient approxima-
tion. Extension of the reaction surface by 4.7 times does not
change the reaction rate (Table 4). The factor before the ex-
porient also varies with the composition of the gas mixture 2
(Table 5). In concentrated mixtureso it is smaller by 10-10
than the number of double collisions, and 102_104 times greater
than the latter in dilute mixtares. An eqation for the reaction
rate was set up by the method of constant concentration which
was suggested by Schumacher and Glissmann (Ref 10)., The factors
before the exponents and the activation energies were calculated
for the four elementary reactions of the process (Table 6). The
decomposition of ozone at the surface sec,,:.s to be heteroueneous
and of first order as confirmed by data by Markevich (Refs 6,7).
There are 3 figures, 6 tables, and 24 references, 8 of which
are Soviet.

-.. Q --, 8 8
J700
D
S0v/(9-Y"-1 -49111 '8
AUTHORS: Zhigach, A. F., Siryatskaya, V. N., Antono-.,, I. S.,
Makayeva, S. Z. -------- -
TITLE: Concerning the Mechanism oC Diborane Reaction 1-lith
Olefins
PERIODICAL: Zhurnal obshchey khimil, 1960, Vol 30, Nr 1, pp 227-
0 230 (USSR)
ABSTRACT: Diborane reacts with excess olefins, and form.~ succes-
sively,allcy1diboranes (RB 2 H-; R 2 B2 H,1 ; R 3 B 2 H6 etc.)
according to the reactions:
112110 ;-~! 21111:1 (IV),
lyid + 11113 ---. 1,311" M.
11:111t, + CnII2, -B11:1 + (VI),
111111(,-0611 + B113 --)- 133118C~112-+l
B3111(;- 112.,1 + C.112. ~ B 11:1 + 132114(C-1 1'4~,02 (" 11)
B3114(C-[12-+1),,+C-112- - B11, j-2B(Cj1,.tj, (IX)
Card 1/3

Concerning the Mechanism of Diborane
Reaction With Olefins
77388
SOV/79-30-1-49/78
Theoretically, a B atom can join either of the C=C carbon
atoms and form isomers. According to D. Hurd diborane
gave with olefins equal amounts of isomers (X~ and (XI);
Col. '.'4alliple:
B2116 + 6 ":,\,C=c 112 (X)
C113,3
\C~_C'12 - 2B (C 3\ (1.11-C11 (X 1)
13,110 + 6C::,
C
a C
Card 2/3
It was also reported (J. Am. Chem. 30c., 1956, Vol 78,
P 5694; Chem. Eng. News, 1957, Vol 6, Nr 28) that the
olefins, on reduction with sodilun borohydride in the
presence of AlCl 3' gave the corresponding primary alco-
hols. Inview of the contradictory data on the order of
diborane addition to olefins, the authors investigated
the mechanism of this reaction. Propylene with diborane
on heating to 230-2500 C gave tripropylboron in 91%

AP6001497 ( /U SOURCE CODE: UR/0191/65/000/012/0019/0021
AUTHORS: Shapatin, A. S.; Golubtsov, S. A.; Soloviyev, A. A.; ach. A. F,;
Siryatskaya, V. N.
ORG: none
s
TITLE: Addition of hydrides of silicon chlorides to alk!gj carboraw
SOURCE: Plasticheskiye massy, no. 12,, 1965j. 19-21
TOPIC TAGS: silane:, organic synthetic process, catalysis,, silicon compound,
catalyst, ferric chloride
ABSTRACT- A simplified method for synthesizing carborane siliconorrAnig_zauQWs
is offered. It consists of adding chlorosilicon hydrides to alkenyl carboranee,
according to the equation: 4L.. --
CI.SiH 4- CH.= C -._-C11 CjSi--(C'H') C-~~Cli
\-4 , *
B10HID
The following reactions were studied: methy1dichlorosilane with carborane derive-
tives containin vinyl, isopropenyl, propenyl, or butenyl groups; trichlorosilane
and dimethyl chlorosilane with vinyl and isopropenyl carborane; ethyl dichlorosilane
and phanyldichlorosilane with isoproperqlcarborane. Elementary analysis and
r~-j 1/2 UDC: 678.84
2-

ACC NRr Ap6001497
0
physical properties of the resulting 10 compounds are reported. In the absence
of the catalyst the reaction occurs only above 200C and results in very low yields.
The yields increase to 801% and more, and the required temperatures are lowered by
the addition of chloroplatinic acid or ferric chloride as catalysts. OrIg. art.
has: 2 tables and 1 equation,
SUB COIDE-. 07/ SUBM DATE: none/ ORIG REF.- 001/ OTH REF: 004
fil

k_W m o~W(J)ITIEWA(c) RPL WW/JW/JWDAM
'--AC U -~L.
AP6002477 SOURCE CODES UR101911661000100110021~
AUTHORSt Sobolevskiy. A.-!.; Zhimch- 2-A.-F.; Grinevich, K. P.; SAtishvili,, 1. G.;
S~ryats~~, V. N. -, Kozyr 3irg, Ye, - M.
ORG: none
TITLES Synthesis of tjWcarborawfii I 0XIMPA
VOW
SOURCE: Planticheakiye mesay, no. 1, 1966, 21-22
TOPIC TAGSt polymer, boron compound# Noranso orgenosilican compoundp organoboron
compound
ABSTRACTS To extend the available data on the froperties of carboranesiloxans
polymers de8cribed in J. PDlymer Sci., 1964); 2 No. 7 (1964)o the following
po4&lk,T1c&rboranesiloz,ane polymers were synthesized.
R R
11' 0-
Card 1/2 RqL 678-A
21

L 13357-&
ACC NRt AP6002477
where R: C",, r,",. i~,%
The effects of pressurep temperature, and reaction time on the degree of reaction
were studied. The weight less of the polymers at 140C and 210C was deterained an a
Anction of tinev and the results are shown graphically in Fig. 1.
Time, hourt
Fig. 1. Dependence of tho degree of conversion on the reaction time for the reaction
between polyethy1hydrosilcmane and isopropen.Vlcarborane at 250C- 1 polyetbyl)Wdro-
polyethylearboranesiloxane!; 2 - polyethylcarboranesiloxane.
It is noted that polyethyl.carboranesiloxane has a greater thermal stability thity,
polyethylhydropolyethylcai-boraneeiloxane and the initial polyethylbydrosiloxane.
Orig. aA. has: 4 graphs and 2 equations.
SUBPODE: 11/ SVjjM DATE:! none/. ORIG REPt 0021 OTH REP.- 003

_10_1~2_16616_07166
i ACC NR, AP7001492 SOURCE CODE: UR 6/6883/08857
AUTHOR; Vilkov,, L. V.; Mastryukov, V. S.; Zhigach, A. F.; Siryatskaya,
V. N.
ORG: Moscow State University Im. M. V. Lomonooov (Moskovskiy gosu-
darstvennyy univeraltet)
TITLE: Electron diffraction study of the neocarborane molecule
SOURCE: Zhurnal strukturnoy khImii, v. 7, no. 6, 1966, 883-885
TAGS: neocarborane, molecular structure, electron diffraction,
icosahedron, loosahedral model
ABSTRACT: The structure of the neocarborane molecule Bj0C2Hj2 has been
studied by the electron diffraction method In the gaseous phase. Neo-
carborane was prepared by thermal isomerization of ortho-carborane at
480C for 30 hr. Experimental curves of the molecular scattering com-
ponent sM(s) and of -;he radial distribution f(r), and a table of the
positions of maxima on the f(r) curve are given in the source. Ex-
perimental data were compared with the respective data for a model of
a regular icosahedron with carbon atoms meta to each other. This
model was in accordance with earlier assumptions on the structure of
neocarborane, and the chemical and physical properties of the compound.~
Card 1/2 UDC: 539.2

CC-WR A7 7001492
N
A
It was shown that thi:3 1cosahedral model is in complete agreement with
electron diffraction data. The basic parameters of the neocarborang
molecule are: r(BB) - r(BC) - 1.775 * 0.01 A; r(BH) - 1.21 -k 0.03 A;
(r(CH) - 1.10 Orig. art. has: 2 figures and 1 table. (W. A. 77]
j (BO
suB coDE: SvjBM DATE: 16Mar66/ oRia REF: oo5/ OTH REF: 012
Card 2/2

SHALIMIN, S., inzh.; SIRYAISKIY, 'A., inzh.; SENNIKGV, Yu., inzh.
Stand for assembling reducing gears. Avt. trarap. 43 no.12i
30v 35 D 165. (MIRA 18:12)

SIRYK, GeV.
Conformal mapIdug of close regions. Dope ta pevo L'vIv*un. no*6
pt 2: 113-119 '55. (MM 10:3)
(Conformal mapping)

SIRYK, G.V.
-, 11
pproximate method of conformal mapping. Dop. ta pov. Llviv.uA.
no.6 A 2zll9-122 155. (MLRA 10:3)
(Conformal mapping)

SUBJECT USSR/MATHEMATICS/Theory of functions CARD 1/1 PG - 520
AU TH OR _SIRYK G.~V.
TITLE On he coCformal mapping of little different regions one onto
another.
PERIODICAL UBpechi mat.Nauk 11 5, 57-60 (1956)
reviwed 1/1957
Por the determination of the conformal mapping of the circle, the halfplane,
the strip and a ring on an "almost-circle", an "almost-halfplane" etc., for
simply connected regions the formulas of Schwarz (for the halfp1ane e.g.
F(z) jooRe F(t ) dt )v for ring regions a formula of Villat (Rend.d.
t-z
-00
Circ.Mat. Palermo JIL (1912)) are used and after certain limit proceests
singular integral equations are obtained the solutions of which are the
sought mapping functions. The investigation is of formal character because
the existence of the solutions of the mentioned integral equations is
guaranteed under additional conditions only which are not considered by the
author. Some of the obtained integral equations can be solved by successive
approximation.
INSTITUTIONAGOROD.

86i89
S/14C~60/000/005/016/021
/6-3000 C111/C222
AUTHORt Siryk, G.V.
TTTLE. The Generalization of the Variation Formula of M.A. Lavrently .0t;'
for the Conformal MappindPof Little Different Simply Connected
Regions to the Case of Doubly Connected Regions
PERIODICAL; Izvestiya vysshikh uchebnykh zavedeniy. Matematika, 1960,
No. 5, pp. 152 - 159
TEXT: At first the author considers an annulus I
/T, jz( 4 1 from which
a little lune is separated the corners of which lie on jz( - I or on
Izi By a number of elementary conformal mappings the cut annulus is
mapped at first onto a rectangle with a missing small semicir~_le, then on-
to a halfplane with a missing semicircle, then onto the whole halfplane,
then onto a rectangle and finally onto a whole annulus. By neglecting
the terms being small of higher order with respect to the area of the
lune, the author ohtains explicitly the function which performs the
total mapping. If we have a doubly connected region being little different
Card 1/ 3

862.8,9
S/14 601000100510161021
C1 1 IYC222
The Generalization of the Variation Formula of M.A. Lavrentlyev for the
Conformal Mapping of Little Diff%~,rent Simply Connected Regions to the Case
of Doubly Connected Regions
from an annulus and bounded by
(23) r, (y) r2(tf) 2(y)) , 0 2 7t.
where
(24) W1 < E < Cj (y) < 1 192
then for the mapping onto an annulus the variation formula
IL
K K
W z + Z, i In z P) d P
It. 2
Z, (i In ~c z + !~ 1P) dy
;72 2
Card 2/3

3/14 "~O/")00/005/016/021
C I 11 YC 22'2
The Generalization of the Variation Formula of M.A. Lavrentlyev for the
Conformal Mapping of Little Different Simply Connected Regions to the Case
of Doubly Connected Regions
can be given which was already published by the author in (Ref- 4). Here
ZI(u) is the Jacobian function, and K is a constant.
The author thanks Professor L.I. Volkovyski for the leading. There are
5 figures and 4 Soviet references.
ASSOCIATION; Uzhgorodskiy gosudarstvennyy universitet
(Uzhgorod State University)
SUBMITTEDs October 21, 1958
Card 3/3

SIRYK, IG. V. Cand Phys-Math Sol "On the approximate conformal td~Mm
of
and doubly-L~~.;~~ Uzhgorod, 1961 (Joint Academic
Council of Insts of Phys, Math, and Metal Phys, Acad Sci UkSSR). (KL, 4-61,186)
-39-

5/044/62/000/008/069/073
C111/C333
AUVHOR: Si k, G. Y.
TITLE: on the progvam for the approximative conformal mapping of
double connected domains
PE,RI0D7_G:_T: Referativny- zhurnal, Matematika,-no. 8, 1962, 65,
Y
abstract 8V580. ("Dokl. i soobshch.'Uzhgorodsk. un-t. Ser.
fiz.-matem. n.", 1~61, no- 4, 111-112)
TEXT: One propose3 an operator schdme for the putting up of the
program for the solution of the non-linear algebraic equation system,
which is obtained in an approximative conformal mapping of the circular
ring on a double connected domain.
EAbstracter's note: Complete translation.]
Card 1/1

MARKO, M.F.,, SIJIYK~ G.V4
Standard Tjr,:;g-,ajn for approxImate ccnfonral mnppllne.~4 ot' dcubly
connected regions. UAL i socbt Uzhrf', Ser~ flz.-mat, i ist.
nauk no.5il0l-103 162. (WRA 17.9)

SIRYK, 1.
Brief news. lov. vys. ur-heb. zav.; neft' i gaz 5 no-3:18 42954P
84.62.94102,108p114 162. (MIRA 16:85
1. Zamestitell direktora Sakbalinakogokompleksnogo nauchno-
issledovatellskogo Instituta Sibirskogo otdalen-lya AN SSM.

STASENKOV., V.V.; SIRYKI, LM.; RAZUPIOV., N.V.
Oil and gas potenti3ls of the western ed--,-e of the centrel Sak-ha-1-in
synclinorium. Geol.i geofiz. no,12.7-13 ;61. OUHA 15-5)
1. Sakhaliriskiy kompieksnyy nauchno-issledovatel'skiy institut,
g. Novo-Aleksandrovsk.
(Sakhalin- --Petroleum geology)
(Sakhalin-Gas, Natural--Geology)

SIRYK,, I.M.
Mud Volcanoes in scathern Sakhalin as probable satellites of
oil and natural gas fields. Geol. i geofiz. no.7:66-75 162,
(KIRA 16: 7)
1. Sakhalinskiy kompleksnyy nauchno-issledovatellskiy institut
Sibirskogo otdeleniYa AN SSSRI Novo-Aleksandrovsk.
(Sakhalin-Mud volcanoes)
(Sakhalin-Petroleum geology)
(Sakhalin-Gas, Natural-Geology)

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USSR/ Chemistry - Spectroscopy
Card 1/1 Pub. 43 37/62
Authors lZimina, K. I.; logansan,, A. V.; and Siryuk A, G.
Title lApplication of infrarod spectroscopy to the study of petroleum products
Periodical iIzv. AN SSSR. Ser, fin. 18/6, page 707,- Nov-Dec 1954
Abstrtot lExperiments were conducted to determine the applicability of the group .atruc-
tural analysis accordJ.ng to infrared absorption spectra to the study of gaso-
lines, kerosenes, oilu and tarry substances (petroleum.products). It was
determined that infrm-ed spectroscopy can find broad application in the
analysis of petroleums in a wide range of molecular weights. Spectroscopy
offers greater perspectives in the study of simple hydrocarbon mixtures
than the quantitative analysis method.
Institution : Central Institute of Aviation Fuels and Lubricants
Submitted :

eft

'~2

4.
27~- The stmelural smVsk- of tGUOU'Um I--
-
inim-ved Aid.
pUan x1mcfts,
_A--Y-Igg~ri and I G. Siryuk. R~FRT
~5y

-23 5 ~ Rrf Zhur
14,56. It-,-r N~) U1,217-Several u-t; L-,f
mita red sp~rtr,zc-py are, discu~14t4. In liarticular
m)wn mat. ,i the sarnFles of re-~mr-as sub
)
?
?;tatv os izom that wm,) studied, a ch
i
lit, of > C-0 groups, It, th,-,
~
ff,
anou c ItIlation
m5~ -i kerosene by direct diAt
te
L-i rn p,,trolcum with urea, both n. and
z~)p- Ifin hydrcizarbuns aTo olitainLul; in the
deparaflinisat;or. cf kctroszme from thcrmal emcking
~ttl urea nz) removal of ex-olefins takes pl4,,cG;
U's satuiated hvdmcartons of varinus types ar(3
d ;n 1he L'~3mp' proportions D,* ill the original
I)roduct, it. PetTol from
ing types of axmiturat~4 hydrocarbons have been
frans-RM-01
R' and
c
I
IRT: C1
C. D. Ifonnq

NOR POM

24M PHASE I BOOK EXPLOITATION 507/1365
L'vov. Univeraytet
MAtCAM17 X VaedrYU=090 mavashchara7a pa spaktroakopil. t. It
Xolekulyarnaya apekt--,)s~-.ipjy& (Papers of the 10th All-Union
Conforonce On Speetrsisorpy.
ILIvoy) lad Vol. 1: Molecular Spectroscopy)
-vo Llvovskogo univ-ts, 195T. 499 P- 4 COO copies
printed. (Series: Itai Plzjchnyy zbi Mk, v7p. JX)
Additional Sponsoring Agency. Akademiya nauk SSSR. Konia3lya p0
spektroakopli. Ed.t lazer, S.L:; Tech. Ed,t Saranyuk, T.V.1
Editorial Boardt Landaterg, G.3 , Academic an (Reap. Ed .' Deaeas"),
Reporont. B.S., Doctor or Physical and Vathematical Sciences,
Fabollnekly, I.L., Doctor of Physical and Mathe=atlaftl Sollences,
7atxlkant. V.A.. Doctor of Physical and Mathematical Sciences.
Kornit.uI7, T.O., Candidate of Tech-.xical Sciences, R&Yskiy, S-M-,
Candidate of Prqslcal ani Mathe=atical Science lainovskly, L.X.,
Candidate or Phys'-cal and MathemAtical Soienaa:: Kiliyanchuk, V.3.,
Candidate of Phjrsioaa and XatherAtical Scientago and Glauberwamp
A. Y&., Candidate of Physical and Mathematical 301*A046.
Card 1/30
S&TlAOT, B.G. Use of lnfraz~d Absorption Spectra In
DatervInlAg the Characteristics of the Produats of
Vitamin It synthesis 20
Belyy, N.U. Optical Method for the Detarzinatiom of
the Composition of Complozoo In Solutions 267
R0gOa0IOV. 3.D., M.P. Grebeashchikows, and 1. Ta.
Liplawk. Analysis of Phenol-naphth"ans Mixture*
by Mean* or Ultraviolet Absorption Spectra 270
Zinina, X.I., and A.G. Sirrak. Group Detorwlmtion
or the Naphthalene 14rdro*arbons by Means of
Ultraviolet Absorption Spectra 2T2
ftabadash, A.R., V.P. rahenitsyna, " V.M. KUsMva.
Speatrophotometrio riethods of Phase Control In
Processing Acetic Achydr1do 275
Usporent, B.S.. X.P. Vasilevskly, and N.A. Lapim.
cy.alitative Absorption by ftans or Water yWr Is
Near Infraw Region
Card I8A0 mino "

Particular features of the ultraviolet spectra of certain types
of aromatic hydrocarbons. KhimA tekh.topl.i masel 7 no-5:23,-
26 * 962. (MDU 15:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po, pererabotke
nefti i gazov i polucheniyu. iskasstvennogo zhidkogo topliva.
(Hydrocarbons--Spqctra)

S/048/62/026/010/005/013
S117/B186
AUTHOIRS: Kusakov, M. M., Shimanko, N. A., Shishkina, Me yet
Zimina, K. I., and Siryuk, A. G.
TITLE: Ultraviolet absorption spectra of aromatics
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheakaya,
v. 26, no. 10, 1962, 1249-1252
TEXT: This paper deals with the rules goverhi~ng the effect of saturated
substituting groups on the absorption spectra of a number of,mono- and
bic clic aromatics. It has been found that, according to the number and
position of substitutes, the absorption spectru*m of alkyl benzenes is
sh2fted towards the long-wave region, and the absorption intensity maxims
are intensified. In the case of cycloalkyl-bengenes (naphthene-aromatic
hydrocarbons) with a similar spectrum this shift is related to the sub-
stitution'of cyclopentyl groups for the alkyl groups. The structure of
indanes (hydrindenes), which show absorption spectra'and which absorb
2-3 times more strongly than benzene, can be determin4d by comparing their
spectra kith those of corresponding alkyl-substituted~bensenss and simple
homologs of indane. The ultrayiolet spectra of tatrahydronsphthalones
Cird I/P

S/04PJ62/026/010/005/0-13-
Ultraviolet absorption spectra... B117/B186
(tetralines) follow the same laws as alkyl benzenes,,cycloalkyl benzenes,
and indanes. Diphenyls and,benzenes have different,spectra. Most m- and
p-substituted diphenyl homologs are characterized by-strong absorption and
by the absence of a fine structure'in'the bands. Tjiq spectra of ortho-
substituted diphenyl are subject to considerable changes. Diphenyl
alkanes and alkyl diphenyl alkanes: The absorption,spectra of several
diphenyl methanes are similar to those of benzene. The spectra of aromatic$
with condensed rinEo show a specific character. Naphthalene has an
absorption spectrum covering the range 2100-3300 R and is characteristic
of all naphthalene homologs. As the absorption spectra characteristic of
polycyclic aromatics are hardly affected by substituting groups these are
suitable'for analytical purposes. An atlas (M. M. Kusakovp N. A. Shimankog
M. V. Shishkina, Ulltravioletovyye spektry pogloshcheniya aromaticheskikh
uglevodorodov (Ultraviolet absorption spectra of aromatics), Izd. AN SSSR,
1962) was compiled for the practical application of ultraviolet
spectroscopy. The ultraviolet spiactra of mono- and bicyolic aromatics,
graphicall represented on the swae scale and in terms of t - f(?,) or
loge_ . f(_'~, were partly recorded by the present autfiors and partly taken
from publications (!,-nerican Petroleum Institute Rese'rch Projec't 44,
Ultraviolet Spectral Data, 1958).
Card 212

s/o65/63/000/002/006/oo8
E075/E436
,WT11ORS: Siryt1k, A.G., Zimina, K.I.
TITLE: Quantitative determination of some aromatic hydro-
carbons by ultraviolet absorption spectra
PERIODICAL: Khimiya i tekbnologiya topliv i masel, no.2, 1963,
52-56
TEXT: Naphthalene, phenanthrene and anthracene structural
groups were determined in petroleum vacuum distillates boiling up
to 350 to 4000C by ultraviolet spectroscopy. The concentration of
the analyzed structural groups Cstr in a given oil is determined
from its specific extinction coefficient. For an oil containing
naphthalene, phenanthrene and anthracene hydrocarbons the specific
extinction coefficient is given by k = Kn-Can + Kph'Cagh + Ka-caa
where Can, Caph and Caa e.re the weight percents a nap thalene,
phenanthrene and anthracerte structural groups in the oil, and
Kij - the extinction coefficient of a structural group for
wavelength Xj. The absorption bands chosen i.fere: 225 to 230 m),
.k.
for naphthalenes, 225 mil 'or phenanthrenes and 375 M11 for
anthracenes. The content of each aromatic hydrocarbon in an oil
product can be thus approximately calculated if its mean molecular
Card 1/2

s/o65/63/000/OO2/Oo6/oo8
Quantitative determination ... E075/E436
weight is known. The method is unsuitable for the determination
of benzene rings (mono-aror-atics). The most accurate results are
obtained for complex mixtures such as lubricating oils.
Tetracyclic aromatics interfere in the determination, but little
interference is caused by sulfides, thiophenes, mercaptans,
disulfides and thioindanes. It is expected that benzothiophenes
will interfere. The method requires only 0.1 g of sample and the
analysis can be completed in 30 minutes. There are 3 tables.
ASSOCIATION: VNII NP
Card 2/2

SIRYUK, A.G.; ZIMINA, K.I.
Quantitative determinati,3n of polycyclic aromatic hydrocarbons.
Trudy Kom.anal.khirn. 13:359-366 163. (MIRA 1625)
1. Vsesoyuznyy 4z4zchno-:LssledovatsI'akiy institut po pererabotke
opfti i gaza i polucheni- iskusstvennogo zhidkogo topliva.
Yu
(Hydrocarbons) (Cyclic compounds-Absorption spectra)
I

SIRYUK. A.-Q~.~ IOGANSEN, A.V.
Qwmtitative determination of aromatic rings in heavy
petraleum products according to the infrared absorption spectrum.
(14IRA 16:5)
Trudy Kom.ane-l.kidm. 13:393-399 163.
1. Vsesoyuznyy nauchno-13sledovateliskiy institut. po pererabotke
nefti i gaza i polucheniyi iskusstvennogo zhidkogo topliva.
(Aromatic compounds-Kasorption spectra) (Petrole= products)

SIRWKI A.G.; ZIMITNA, K,I.
Quantitative determination of some aromatic hydrocarbons from their
ultraviolet absorption spE!ctra. Khim.i tekh.topl.i masel, 8 no.2:
52-56 F 103, (MIRA 16ao)
1. Vsesofuznyy nauchrio-isoledovatellskiy institut po pererabotke
nefti i gazov i polucheni:ru iskusstvennogo zhidkogo topliva.

SIRYUK, A.G.; ZIMINA, K.I.
Spectral-chromatographic determination of hydrocarLons with con-
densed aromatic rings in potroleum products. Neftekhimia 4
no,3:501-506 My-Je 164. (MIFLA_ 18:2)
1. Vsesoyuznyy nauchno-iss-.Ledovatellskiy institut po pererabotke
nefti.

SIRYY, I.S-.., -kand.tekhn.nauk
Selecting methods of measuring in machiner7 repair. Mekh. sil'.hosp.
11 no.8:22-23 Ag 160. (MIRA 13:9)
(Agricultural ma,,hinery--Maintenance and repair)

105-58-6-2/33
AUTHORS: Glebov, I.A., Candidate of the Tec1mical Sciences
Kashtelyan, V,Ye., Engineer, Siryy, J.3., Engineer
- - -----------
TITLE: Electrical Braking ofSynchronous lenerators Connected
to Longdistance Transmission Lines (Elektricheskoye
tormozheniye sinkhronnykh generatorov, rabotayushchikh
na daltniye linii elektroperedach)
PERIODICAL: Elektrichestvo, 1958, Nr 6, pp- 7-10 (USSR)
ABSTRACT: In this paper the results of the investigation of the
electrodynamic model of a trunk line of the type water-
-power plant Kuybyshev-Moscow, are shown. The model
generator had a rapidly effective ex3itation system and a
powerful regulator. It was possible to connect the load
resistances with the types of the generator ~_s well as
with the high-voltage lines. In order to be able to
regulate the connecting and disconnecting of these
resistances a special wiring diagram has been constructed.
Card 1/3 It could operate depending on time as we2l as . depending

105-58-6-2/33
Electrical Braking ofSynchronous. Generators Connected to Longdistance
Transmission Lines
on the slip. In this case above all the electrical braking
was investigated for the case of a shortest lagging time
for the connecting of loading resistances in the existence
of an automatic excitation control with small degree
(k = 1,5). It is shown that a proper selection of the
moments of connecting and disconnecting (of the loading
resistances) guarantees a higher effectiveness of the
electrical braking, even in the case of unknown amount of
resistances and small degree of excitation. Such a control
mechanism for connecting and disconnecting of the loading
resistances can be realized according to the rotorslip
of the synchronous generators, the size of which is
determined by the character of the emergency conditions.
The connectinE; takes place at a certain slip-value and
the disconnecting in the case of a slip equal to zero,
which corresponds to the moment when the rotor reaches the
first maximal deviation. The followinm conclusions are
drawn, based upon the investigation. 1) The electrical
Card 2/3 braking is most effective in combinution with an automatic

Ele.--trical Braking of Syncronous Generators 105-58-6-2/33
Connected to Lorgdistance Transmission Lines
control of the excitation. No considerable degree of
excitation is needed for the increase of the dynanic
itability of distant transmission tVtitbelevel of-HW"c stability
The automatic excitation-control consists in th.Ls case
essentially in securing the static stability.
2.) The regulation-machanism proposed in this case, in
connecting and disconnecting of the load resistances allows
load resistances of conitwt to"r ', and thus guarantees
the increase of the dynamic stabilityup to the level of
static stability 3.)
Taking into consideration that the application of both the
electrical and mechanical braking of synchronous motors
consists in the uptake of the surplus Output Of their rotors
in the case of emergency condition, the consequences
Card 3/3 mentioned here also essentially apply to mechanical braking.
There are 6 figux-es and 7 references, 4 of which are Soviet.
ASSOCIATION: Institut elektromekhaniki Akademii nauk SSSR
(Institute for Electromechanics of the AS USSR)
3UBMITTED: July 18, 1957
1. Poger plants--Equipment 2. Generators--Contr--)l systems
3. Generators--Wiring diagrams

BOBROV, V.K.; VORONOV, A.A.; (UMOV, I.A.; IYAHOY, V.I.; KARFOY, G-V.;
KAWTELTAN, T.Te.; SKMvOY, Y.T.; SIROTKO, V.K.; 5jATr,-.N.S..-
SUKHANOT, L.A.; URUSOT, I.D.; F&ISOT, T.T.; FOHINA, Te.11.;
KOSUNKO, M.P., akademik, red.; DCLMATOT, P.S., red.izd-va;
SKIRNOYA, A.Y., tekhn.red.
(Blectrodynamic modeling of power engineering systems] Elektro-
din,amichaskoe modelirovartie energeticlieskikh sistem. Pod red.
H.P.Kostenko. Moskva, 1959. 406 p. (KIRA 13:2)
1. Akademiya nauk SSSR. Institut elektromakhaniki.
(Electric networks-Electromechanical analogies)

v"
if
I leg
au V0.9 *0
as
&I ', I; % A 1 1
is
j
Mat , 11 i
all v 0 all

Collected Papers ift&x) Sbornik robot po voprossm elektromekhMi4172 vyp. 3:
Finergeticheskiye eistemy, elektromashinoetroyeniye, elektricheokayi_tjigg,
avtomatizirovannyy elektroprivod, avtomaticheaklye i
telemakhognicheakiye sistemy, elektroavaroc q e oborudovaniye . ~~oscow, Izd-vo
AN SSSR, 196o . 314p. POWE
--~ubI____:rf6iE_BstItut elektromekkaniki
Glebovq I.A. operation of the Electronic Self-Excitation System of a Synchr nous
Generator in the Presence of Isymeft1cal Faults LShort Circuits] 3
The author deals with single-L.~ncl two-phase short circuits and two-phase
shorts; he describes experimental tGstJ-ng of voltage balancing, the operation
of an electronic converter under asymmetrical voltage conditions, and the
special design features of a Synchronous generator with electronic self-exci-
tation for both steady and transient conditions.
Glebov, I.A., V.Ye. Kashtelyan, arLd N-S-A!EYI_- improving the Dynamic Stabili-
ty of Long-Range Electric Transmission by Means of Electric Braking of Syn-
chronous Generators 15
The author describes tests on electric braking of Synchronous generators
using a model of the Vo1zhskaya GES-MOSCOW transmission line. They
conclude that electrical braking is most efficient when combined vith au-
tomatic control of the excitationo
Card 2113

It
id
lop
A
qj
t 3

-SIM., N. S.) GERISENMG, G. R., fKASITELYAN, V. E.) and OSTENKOJI M. P.
"Intense Field Control and New Stability Problems,of Electric Favor Sjratezw."
paper presented at the International Federation of Automatic Control Congress,
Moscow, 25 Jun - 5 Jul 60.

GLYBOV, I.A.; KASHTILTAN, V.Ye.; SIRYY, H.S.
Increase in the d7namic stabilit7 of long-distance electric trans-
mission by, electric braking of symchronous generators. Sbor.rab.
po vop.elektromekii. no-3:1~-35 '60. (MIU 13:8)
(Electric generators)
Mectric power distribution)

GLFABOV, I.A. (Leningrad); KASHTSLYAH, V.Ye.('Lieningrad); SIIffY, N.S.
(Leningrad)
Effect of hydrogenerator parmeters on the stability of loDg-
distance electric transmission. Izv.AU SSSR. Otd.tekh.nslu .
Energ. i avtom. no-5:3-14 S-0 16o. (MIRA 13:11)
(Hydroelectric power stat:Lons) (Electric power transmission)
I*

GEPTSEIMM'I, G.R.; GLII;TEM7IK, S.R.;
VOIIITSKIY, V.G.; S~'IRYY, N.S.
Study of the parallel operation of electric current generators
feeding two electric power systems via a.c. and d.c. power
transmission lines. Sbor. rab. po Yop. elektromekh. no.6:17-30'
1/1,
0 (MIRA 14:9)
(Electric power distribution) (Electric generatora)

KASHTELYAN, V.Ye.; SIRYY, N.S.
Study of the mutual villwations of synchroncuB generators in parallel
operation. Sbor. rab. po vop. elektromekh. no.6:69-U 161.
(MIRA 14:9)
(Electric generators) (Electric power distribution)

BOBROVJ, V.14, inzh.; GLEBOV, I.A., kand.tekhn.nauk; FASHTZLIYbII, V.Ye.,
inz,,h.; SIRYY, N.S., inz-h.; GERTSERIBERG, G.R., kand.tekhn.nauk
Effect of excitation systems on the stability of the parallel
operation of large turbagenerators. Flektrichestvo no.7:7-13
i1 161. MTRA 14:9)
1. InDtitut elektromekhaniki AN SSSR (for Bobrov, Glebov,
Kashtelp.n, Siryy). 2. Vsesoyuznyy elektrotekhnicbeskiy
institut (for Gertsenberg),
(Turbogenerators)

KOSTENKOY M.P., akademik,- NEYMAN, L.R.; GLINTERNIK, S.R., kand.tekhn.
nauk; KASHTELYAN, V.Ye., inzh.; NOVITSKIY, V.G.t inzh.; kjRYY
S. nzh.; GERTSENBERG,, G.R.,, kand.tekhn.nauk
Automatic control and stability during parallel operation of
the generators of an electric power plant feeding a.c. and d.c.
power transmission lines. Elektrichestvo no.10.-I-9 0 162.
(MIRA 15zl2)
1. Institut elektromekhanilri AN SSSR (for Kostenko, Neyman,
Glintern-1k., Kashtelyan,, Noi-itskiy,, Siryy). 2. Vsesoyuznyy
elektrotekhnicheskiy institut (for Gertsenberg). 3. Chlen-
korrespondent AN SSSR (for Neyman).
(Electric power distribution)

SIRYY, N.S.
1~1~ of synchronous generators with
Regulation of the excitation
consideration of frequency, S*-)orerab.po vop.elektromakh.so.8slOa-117
11 163.
(MIRA 1W)
(Electric generators) (Electric power distribution)

N.S.; OSTROUMDV, E.Ye.; SNITKC, L.P.
Effect of T0 and Tdo time conBtants on the dynamic stabilil.1 of an
electric power transmission systems Sbor.rabepo vopeelektromakh.soo
8:161-167 163.
(MIRA 1615)
(Electric power distribution)

KASHMIAN, V.Ye.; SIRYY,
Study, of tria parallel eperaticn of long-distance power trans-
mission linGs with a common receiving system. Sbor. rab. po
vop. elaktromekh. no.10'.137.-145 163. (MIRA 17:8)

SIRYY, N~S.
, -~ #~ r-- 0 11 -1 t4 " f p , f - f ~ , , - - ~ t - r , r! j j!~:~ -a ti. r,:-, cf treq e w~y
1. ~ - . .- I ~l I , . , ~ . -1 . - -' .1-7
r(-, 1, ~ 1, 1
ane'le ot tr.~- rab, pr vr-;:.
el-ormekt. 't,3. (MIRI j7-.8)

iRAKdFfiYZV, A.A.; RCMIN, S.F.; BILYAVSKIT. V.A.; KOIDTILOV, A.N.;
MOWXANOV, S.I.; NMASCV, A.K.; LAVRIXENTO. K.D.; POIRNTSBY, M.K.;
ItOZHTXSTVIMIT, A.P.; SATAMVSKIT. A.Te.; Si 0 -P.Q.; SPIRIMMV.
K.A.; CHEWSHIT, F.S.; SHUBMO-SMIN,
Savva Mikhailovich Zherbin; obituary. Blek,'3ta. 30 no.2:96 7
159. (MIRA 12:3)
(Zherbins Savva Mil-hailovich. 1903-1958)

Yu. Y
TATSANKO, Valentin SemenovichI_SIRYr, u.. red.; SXRKO. G.S., red. izd-va;
IAVIMOWA, N.B., tekhn.
[Design of marine shafting and wa7s of improving it]'Kionstruktoiia
sudovy~kh valoprovoaoy I puti so ulur-hahentia. Nomkwa, Izd-vo
"Norskol transport," 1958. 38 It. (MM 11.07)
(Shafting) (Marine engins~)

SUSHKOV, B.B., inzh.; SIRTY, Yu.Tu., in::h.
Train ferr7 to be used an the Oasplan Sea. Zhel. dor. transp. 41
no.4:56-57 Ap 159. WRA 12:6)
(Caspian Sea-Train ferries)

PHASE I BOOK EXPLOITATION SOV/4931
Koetyamin, Boris Nikolayevich, Illya Illich Kichkin,
Yuriy Turlyevich Siryy, and Borio Borlsovich Sushkov.
Primeneniye ul'trazvuka na morskom -ransporte (Use of Ultrasound
in Marine Transportation) Moscow, Izd-vo "Morskoy transport,"
196o. 6o P. 3,200 copies printed. -
Ed.: V. Ye. Kazakevich; Ed. of Fuj)'Lishing House: Z. D. Ivanova;
Tech. Ed.: B. A. Sarayev.
PURPOSE: This booklet is intended for those Interested in the
application of-ultrasonics to the metallurgical and mechanical
-engineering aspects of shipbuilding.
COVERAGZ: The booklet presents the fundamentals of the theory of
ultrasonics and the use of ultra3onics in shipbuilding and
marine maintenance. No personalities are mentioned. There are
21 references: 19 Soviet, and 2 English.

51 R 7- E M S KITS---.
mirACMUM. M. ,Black still" RM an 11""JOURIN of CHO Dral"PAV,
Inlin wakainlk iftudrilcrito hroJu", (lospodarlin
P 0 L wodna, Noo 3, 1054, pp. 40-4Y,
Dif form tin Ilan between humim pippor find ,blqck xall" of murmhy
orlaln, The aulhrir, referring to 1hp 1rovowt involvod In the forM41100
vil ,block Poll", mphasisca the tort thot the Oren n1 ouch gall hill, In
Polund, wbottintlally Invrewd (the IlichitcArw ,Iolink Thlo In not
in much tho effect ot mollorntion works jui pr itho Invicofiliolf drynvw
,it Poland'A climate, A PliplInr phenorrorart Im nbcorved in lho Drimilen.
hura provAnco at Germany, Art unduly roptil InwerIng of the lovoll all
uoil waters - givaiii Tige to Irregularille4 in U10 soil form4tion Proms,
ultimately leadfrix to it varijildcritblo dimInutian lit mricultur4l Value. it
1.4 therefore essentlal In concentrate efforts on the -.ontroi of woter
condillons nnd the re-eshblinhmpnt er hydrultigival C-~Illlibrltjm.

RARG,It~ ~. [deceased]; SISAK, E.; POPA, 0.
Plane network of NHT 8406 thin profiles. Pt.l. Studii tahn
Timisoara ? no.3/1+:1?9-185 J1-D 960.
1. Membru corespondent al Academiai R.P.R. (for Barglazan).

BARGLAZAN, A. [deceased]; FREDA, I.; SISAK, E., BUDISAN, N.
Automatic hydroelectric apparatus for the microhydroelectric-
power plant of Megoiu. Studii tehn Tim4soara 8 no.3A:195-22109
JI-D 161.