SCIENTIFIC ABSTRACT SAVACHENKO, R.I. - SAVARESNKIY, YE. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447310006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NR& AP5026425
the equations
dt d0(1-0. 0011023 t) for trichloroethylene, and
d d (1-0. 001413 t) for fluotane.
t 0
The refractve Index and heat capacity were also determined. The coefficients Of diffusion of
ether, trichloroethylene, and fluotane Into various media were measured byVW vapoi
entrainment method. The electrical conductivity was found with an MOM-O%strument. The
apparatus uned for the vapor pressure, vapor densit , and diffusivity measurements Is
described. Orig. art. has: 3 figures and 3 tables-
I
SUB CODE:' 07, 06 / SU]3?vf DATE: 11Jan64 / ORIG REP. 001 / OTH REP- 001
ecl
Card 2/2

SATACHENKO ~~ill In I zh.; KASVRTUKOT, Tiadimir.Alekeendrovich,
Id I t FAIN' in
initaist-khirtirg. Prinimal uchastiye SOMS, M.K. KAZNIH. T.P.,
red.; LTUDKOVSKATA, H.I., tekhn.red.
[Manual on apparatus used for inhalation anesthesia] Rukovodstvo
po apparature dlis ingalistsionnogo narkoza. Moskva, Gos.izd~-vo
med.lit-ry Medgiz, 1960. 158 p. (MIRA 14:3)
1. Tg,esoyuznyy nauchno-iseledovatellskiy inatitut meditsinskogo
instrumentariya i oborudovaniya (for Sevachenko).
(ANNSOESIOLOGY-DqUMONT AND SUPPLIES)

SAITAGHENKOJ R~ I.; BARDIYER, ff. M.
Portable universal MIIAP-2 apparatus for inhalation anesthesia.
Nov. med. tekh. no.3-*3-13 061. (MIRA 14:12)
1. Vseso3ni-znyy naucbno-issledovatellskiy institut meditsinskikh
instrumentov i oborudovaniya.
(PJIESTHESIOLOGY-APPARATUS AND INSTRUMENTS)

S~:JAcnr"Kojl R.I.
Des--16n and dimens-ions of adsorbers jn &rjes-etzc a-n-d
respiratory apparat;as. '~'ov. med. tekh. no.1:211-43 162.
(l,"r.k 19: 1)
1. I.Isesoyuznrf r-auchno-issledovatellskfy -n5titut meditsin-
S,-i -
k kh in,-trumentol-' I oborudovaniya.

SAVACJENKO, R.I.; VORONIM, A.I.
Devices for the analysis of gas mixtures used in inhalation
anesthesia apparatus. Nov. med. tekh. no.'):81-90 165.
(MIRA 19:1)

1. i-r-':H'JATKLi, I. P., r
,UP m x
.A10. P. T. ,- SAVACF:Ei YI, , D. .
2. USSR (60,)
4. Clover
7. - Yield ot' seed f ron singlecut clover on.mcond year plots - Sov. agron. 10,
no. 12, 19 5 2.
9. Monthly List of Russian Accessions, Library of Congress, February' -1953. Unclassified..

Y-14KEYEV, V. , SAVACFKIN', V.
Clocks and Watches
Device for ch-ckino the movement of watches., Radio., 29, No. 1. 1952.
Monthl List Df Russian Accessions, Library of Congress, April 1952. Unclassified.

J, SIChER., J-
p Ccl ~z
F
ii f Organl c Che mi s ti -v a nd Bi on "n e md n tr y -D f !:03
A,~ademy of S--ier-,as, Prague. Suln-n-ittel Mall ll~

3 'RY, V.P. (Dzarzh.-Lnskq Gorlkovskay obl. p:-cspekt Sverdlrvaq d~- 31. kv.Pio
-, -~P D E.-~!
Plaq*er --ast following surgery in torticol-lis. Oi-top.,t.-av--. i protez.
25 nc.2z73 F 164. (MIRA 180.)
1. 1z detskogo khirurgicheskogo o-..delenlya Gorodskoy bollnitsy No.1
Dzertninska (glavnyy vrach .- zaalitzhannyy vrach RSFSR M.V.Pshenichnov).

KIFJDY9.YOV, Ya.P,; SHKLY.AR, M.S.; SAVADEROV, YeaP&
rgitifungin produced by bacteria 04' t-,6 p-m-8
Fseudomonas. ~,-ikl. b-ioldiLme, t. t-ilcrobiol. 1 no.2.,"SC-190
Mr-Ap 165- (ml-FA 18-1,L)
I# Vaeacvjznyy institut sel.1-
skoKhozyaystvennoy ml~--obiologii*

BEZB(!RODOV, A.M.; SAVADEROV, Ye.P.
Stud)r of amino acid medium dynamics during the growth of Actinomyocs
phaeochromogenes. Eksp. i kll# isal. po antibio~
,0 *t2;/+1-46 160.
'L- (MIRA 15:5)
(ACTINOMYCES) (AMINO ACID METABOLISM)

PLI:GPIA, G.P.; SAVADSKAYA, A.-fe.
Complex ore deposit in a shale-carbonate formation. Trudy VITR
no.4:277-283 '61. (YZRA 14:9)
(Ore deposits)

O.A.; SAVADSKAYA. A.Ye.
SAVADSKIY,
Geochemical and geophysical studies in prospecting for lead-
zinc deposits in eastern Transbaikalia. Trudy IGEM no-83:609--
629 163, (MIRA 16:1-1)

PECASE I BOOK EXPLO-EWMON 1169
,Vsesoyuznn- nauchno-isaledovatellskiy institut metodiki i tekhniki razvedki
Novoye v metodike i telchnike geologorazvedochnykh rabot (Now D"elopmmts in
the Methods and Techniques of Geological Exploratical Janinomd, GostopteWzdat,
1958- 123 P- (Series; Itss Sbornik trudov I) 2,bbo-coip~es printed.
Additional kponsoring Agency: usa ministerstvo geologii i-okhrany nedr.
Edao: VoloE;yuk, G.K., MAra=in, A.V., Safronov, N.I., Semeno7, A.S'-Xzecutive Ed,:
Ragina, G.M.; Tech. Ed.: Yashchurzhinskaya, A.B. if
PURPOSE: The book is intended for professional geologists and geopbysicists.
COVERAGE: This collection of articles revieft geological and geod=tcal mietlA.ods
of exploration used in the Saviet.Union, and the recent achievements in the
search 0:.!polymetallie deposits in Zabaykaltye, Rudnyy Altay, and in the Soviet
Far Nortbeast. The first group of articles describes discoveries of mineral
daVasiU. ~i the develo]pment of new industrial complexes in the USSR during the
last 25-ymftrs,~he latter based an the discovery of iron ore deposits, codl.fields
and new oil Helds (like the.Second Baku, situated between the Urals and the V019a)
Card 1/ 6

New Develor3aents (Cont.)
3.169
Likh V, B.B. Combined Rational Exploration Methods in Searcbin for Deposits
of Nonfern)us and Rare Metals
Sel~~ Geochemical OreBearching Xethodg and
, U.I., Sergeyev, Ye.A.
Pd-"ibilit';es of Further Development
22
Savadskiy, O.A. Qualitative Evaluation of Dispersion Aureoles in Polymetallic.
0 e-Ve-posPi-s"In Eastern Zabaykal lye
Polikarpochkin, V.V., Kaslyanova, I.V., Utgof, A.A., Cherbyanova, L.F.
Geochemica:''Exploration for Polymet&I.Iic Ore Deposits,in the Waters and
Silts of EastZsbaykallye Water Syftems 46
Sveshnikov. G.B. Hydrogeochenical aurveys in the Princiy&l Polymetallic
Regions.of Rudnyy Altay T4,
SafronovY DI.I., Folikarpochkin, V.V., Utgof, A.A. Spectrographic Gold-Test
Surveying as a Method of.Searching:of Gold Deposits Without Mechanical
Aureoles of Dispersion (Placer Deposits) 100
Card-3/26

New Developnents (Cont.) u69
Principles of a Rational Pattern for Selecting Test Pit*
.Trushkov,,
in P3Acer,ftploration 109
GEOPHYS.ICAL EXPIaIAMCK MMOB
Lyubimov, r.-M. Initial Results in the Use of Gravitational Gradientmeter6 131
Veshev, V-V-, Fokin, A.F., Petrov, G.A. New Appliances in Direct Currevit
145
Iglectro-surveying
Sheymmann., S.M. and Frautov., G.S. A Magnetic DipoleOver.s. Two-lVer
Medim 161
Sheynmann, S.M. Possibilites of Using Telluric Current. Fields and-,~Distant,
Radio.Stations in Geological Mapping 189
Semenov, A.S..,-Fokini A.F., Yeshev,.A.V., Novoxhilova, M.Ye. The Field of a
Point Current Source in Case of an Anisatropic Mediun for an Open Flat'
Surface 210
Kcmarov., V.A., Ioffe, L.M., lailoponina, LsSc, Semenovi M4V. Induced
rolarJzation in Rocks and Ores and Its Use in Electro-prospecting 236
Card 4/ ~6

SAVA.DSKIY, O.A.
Principles of the quantitative characteristics and classi-fication
of anomalous magnetic fields. Geol. i geGfiz. no.6:108-114 163.
(IURA 19: 1)
1. Sibirakiy nauchno-issledovatel.'skiy institut geologil, geofiziki
i minerallnogo syrIya, Novosibirsk. Submitted July 23, 1962.

SAVILDSKIY, O.A.
Evaluating complex metal dispersed halos in western Tranabaikalia.
Trudy VITR no.1:40-45 '58. (HIRA 12:1)
(Transbaikalia--Ore deposits)

SAIADSKIYJ, 0-.A.
New type of metallometric surveying; "magnetic mineralometry."
Geol. i geofiz. no.12:123-7124 160. (MIM 14: 5)
1. Sibirskiy nauchno-issledovatellskiy institut geologiij, geofiziki,
i minerallnogo, syrlya, Novosibirsk.
Wagnetic prospecting)

SAVADSKIY, O.A.
Molybdenum deposit in hydrothermally altered granites, Trudy VITR
no.4:288-293 161. (MU:U 14:9)
(Molybdenum ores) (Granite)

SAV,OSKIY, O.A.
Seismomagnetic method of prospecting for deep nagnetite bodies.
Geol. i geofiz~ no.11:12C-121 161. (PIERA 13:2)
1. Sibirskiy nauchno-issledovatel'skiy institut greologii,
geafiziki i mineral'no,-o syr'ya, Novosibirsk.
(Seismic -prospecting) (Hagnetite)

SAVADSKIY, O.A.; SAVADSKAYAf A.Yeo
--
Geochemical and geophysical studies in prospecting for lead-
zinc deposits in eastern Transbalkalia. Trudy IGEM no.83:609--
629 163. (MMA 16:1-1)

- ". ~ 1. , - --tv - q
11 , -" , - ~ jc (T,c dralath .
- 4MICH -C
. lel~7
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Fr. Aliaurtn Lfe!lm-~-, rf niptxflpe. CIJUFID~;O
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T I-, r 1.11 : 111 I-i 13 - I I A: 'I, 1 -1
1-w-lim-pu-0 1 ;~-AEREMRF= 2TIMILIM-1-MMIKIRIM H MILIKir M ME -ITI-Y Ai
-IME -,,In
I 111,414i Intl I
IMH

CSILLIK,E.
"Mbnsr--c-Ific Activity of Esterase of Sensorial and Vegetative Ganglia",
,Q;l, ( KISFFLFTt4S OR-!OSTTjT,'O!Lk-,,-Y. Vol.5, No.2, Yar, lQ53
pe / , Budapest,
Hungary).
SO: Monthly List of East European Accessions, L. C.,Vol.2, NO-11, NOV-1953
Uncl.

SAVALTINKOT, -4k-.
Red Gorbatov cattle. NFtuka i pere4. oT). v sallkhoz. 8
no.9:22-?4 S 158. MRA 11:10)
1. Direktor Bogorodskogo gosplammssadnika.
(Cattle breads)

SAVALEY, V.A.
A single electric locomotive exerts a Pull of 4~000 tdIPa. Blek.
i tepl.tiaga 5 no.9:20-22 S 161. (I'au 14:10)
1. Nachallnik proizvodstvenno-teJdmicheskogo otdela depo
Tayga Zapadm-Sibirskoy dorogi.
(Electric locomotives)

SAVALIN, K.G.
Protection of the electric motor of a compressor from
overheating. Vest. sviazi 23 no.S.,29-30 Ag 163,
(MIRA 1611l)

GUSAROV, N.H.. inzh. Prinimali uchastiye: ANMIMV, V.V., inzh.;
RABOTNOV, B.A., inzh.; FEDOTOV, L.Ye., inzh., nauchnyy red.
BALD0, V.A., retsenzent; BRODSKIY, A.Ya., kand.tekhn.nauk.
retsenzent;.SA
kand.tekhn.nauk, retsenzent; LEVI,
S.S., kand.takhn.nauk, retsenzent; SOKOLOV, V.S., kend.tek1M.
nauk, retsenzent; LEBFZBV, Yu.I., retsenzent; RAZUKOVA, A.D.,
inzh., retsenzent; DOLGIKH, V.G., inzh., retBenzent; MAKSINOV,
K.G., red.izd-va; MIKINA, Ye.A., tekhn.red.
[Provisional instructions on using gamma rays in controlling
welded joints of reinforcements In reinforced-concrete con-
struction elemental Vremennsia instruktaiia po kontroliu
avarnykh soedinenii armatury zhelezobetonnykh konstruktaii
prosvechivaniam gamma-luchami. Leningrad. Gos.izd-vo lit-ry po
stroit., arkhit. I stroit.materialem, 1960. 46 p.
(min 14:2)
1. Russia (1923- U.S.S.R.) Ministerstvo stroitelletva elektro-
stantsiy. Tekhnicheskoye upravleniye. 2. TSentralln" nauchno-
iseledovateliskiy institut stroitellnykh konstruktsiy (for Baldin,
Brodakiy). 3. Chlen-korrespondent Akedemii stroital'stva I arkhi-
tektury SSSR (for Baldin).4. MIONS (for Savalov, Levi). 3. Tftnt-
rallnaya nauchno-iseledovatel'alraya laboratoriya Goagortakhnadsors
(for Sokolov). 6. Samentitell glavnogo sanitarnogo inspektora,,Sani-
tarnaya inspektalyi SSSR (for Lebedev). 7. TsNIP Ministerstva stroi-
tel'stva elektrostantsiy (for Razumova). 8. Treat Sevzopenergo-
montazh (for Dolgikh).
(Gamma rays--Industrial applicationB) (Reinforcing bars--Welding)

SAVI",LOVICH , L. i.
"I'leasons for One Ty-.-e of Breakdo-,m in the R 1-5 Felay," Vest. Sv7fazi - Elel-t"-os-tr,,,az,
No. C,, lc)~:-8. E-LiSr.

137-58-11-366j
Translation from: Referativnyy zhurnal, Yetallurgiya, 1958, Nr 4, P 335 (U301)
AUTHOR: Savallskly, S.L.
TIME: Anodic Oxidation of the Ion of Bivalent 14anganese in Aqueous 3olutions
(A.nodnoye okisicniye iona dvukhvalent-nogo margantsa v vodnykh -rastvora,edi)
PERIODICAL: Sb. nauchn. tr. Severo-Kavkazsk. gorno-metallurg. in-t, lg'z/7, TIr 141,
pp 224-226
ABSTRACT- The experiment is run in a U-shaped glass tube filled with a satu,----,.:-,d
solution of K or Na bisulfate, and into the vertical portions of which are
immersed electrodes consisting of thin platelets of Fb- The solution being
tested, containing Yn ;e+ , is aPR lied dropwise to the surface of the bisulfate-
solution. Oxidation of the Ma + to Mn04- takes place with a plate voltage of
6o-loo v. A raspberry color appears after 10-20 sec. Ph2+ may be found dm.Tn
to 0.15 mg/liter.
P. K.
1. Dbnganese--Determination 2. Pbnganese ions--Oxidation
Card 1/1

ANISDIOV9 S.M.; OSIPOV, A.P.
Separation of seleniinn and tellurium from platium metals in the
form of triralent iron selenite and tellurite. Izv. vys. ucheb.
zav.; tsvet. -T,3t. 40 no. 1:101-105 151. (MIRA 11,:2)
1. Severokavkazakiy gornometallurgicheskiy institutp kafedra
metallurgii tyazhilykh tsvetnykh metallav.
(Selenium) (Tellurium) (Platiram group)

MSTOVNIKOV, Alekwndr Hikolayevich; TIGDCROVICH, Vilanin Naumovich;
BMTAYEV. A.I., retsenzent; LEVITSKIT, N.V., kand.khim.nauk,
retsenzent; BURTWIVA, X.G., kand.khim.nouk, retsenzent;
--S&YAL!U[U,3.L., starshiy prepodavatell, retsonzent; CHMHOV,
A.M., red.; KURDOVA, Te.I., red.izd-va.- VAYNSHTM, Te.B.,
takhn.rod.
[Chemical thermodynamics; selected articles for pyrometallurgistal -
Khimicheekaia tormodinamika; isbrannye glavy dlia pirometallurgov.
Moskva, Goo.usuchno-takhn.isd-vo lit-ry po chernoi i tavetnoi
metallurgii, 1961. 280 p. (MIRA 14:3)
I.Chlen-korrespondent AN SM (for Belyayev). 2. Kafedra obshcbsy i
fizichaskoy Irbi-Ii Severo-lavkasokogo gorno-metallurgichmskogo insti-
tuta (for Levitakly, Burtseva, Savallskiy).
(Thermodynamics) (Chemi-3try, Physical and theoretical)

s/14qA1/boo/boi/bo6/01_3
A0061AOOI
AUTHORS: Anisimov, C.M., Saval'skiy, S.L., Osipov, A.P.
TITLE: The Separation of Selenium and Tellurium From Platinum Metals in
the Form of Trivallent Ferric Selenite and Tellurite
PERIODICAL: Izvest L
-iya vyssh4kh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1961, No. 1, PP. 101 - 105
TEXT: A method for the separation cf selenium. and tellurium from platinum
metals used in analytical practice is based on their joint precipitation with fer-
ric hydroxide (Ref. 1). This method was tested and described by M.F. Proshkovich
and P.V. Faleyev (Ref. 2). The control of the full separation of selenium and
tellurium from platinum metals would be fauilitated and simplified, if there were
data available on the solubility of trivalent ferric selenites and tellurites in
hydrochloric acid solutions at different acidities and temperatures, and on the
effect of ammonium chlorides on their solubility. If in hydrochloric acid solu-
tions, containing tetravalent tellurium and trivalent iron, the amount of the lat-
ter is not sufficient to form ferric tellurite, tellurium dioxide may be precipi-
tated if the solutions are neutralized. To bring about tellurium separation in
Card 1/4

3/149/6 1/bw/bo i/oo6p 13
A006/AOOI
The Separation of Selenium and Tellurium From Platinam Metals in the Form of Tri-
valent Ferric Selenite and Tellurite
the form of dioxide, the optimum pH value muev be known at which its speeded up
precipitation and the effect of ammonium chloride take place. Eventually, to ob-
tain ferric selenite and tell',jr1te precipitates, enriched with selenium and tel-
lurium, the DH values must be selected, at which not only the coprecipitation of
platinum metals but also that of some impurities (iron) can be prevented. The
aforementioned problems were studied by the authors with the participation of
Engineer K.S. Perel'muter. Ferric selenite was prepared by the interaction of
ferric sulfate and sodium selenite by a method given in Reference 3, according to
which the precipitate has a constant composition with a Fe:Se molar ratio corres-
ponding to Fe2(SeO The composition of the dry precipitate of Fe selenite ob-
tained is express2 the formulae Fe2(SeO3)~ . 3H20. Ferric tellurite was pre-
pared by the Interaction of 0.1 n. solution o. sodium tellurite (pH = 1.1) with
0.3 n. solution of ferric sulfate. The molar Fe:Te ratio exceeded 2 - 3 times the
stoichiometric ratio of these elements in the formula Fe2(TeO
.3)3. The composition
of the dry precipitate is expressed by the formula Fe2(TeO3) _H20. The solubili-
ty of selenite and tellurite of trivalent, iron was studied at 19, 4o and 700C in
hydrochloric acid solutions with pH = 1; 1.5; 2.0 and 2.5 and also in HCl solu-
Card 2/4

S/149A 1/"/C)o 1/006/10 13
A006/AOOI
The Separation of Selenium and Tellurium From Platinum Metals in the Form of Tri-
valent Ferric Selenite and Tellurite
tions containing 10% NH4Cl with plyi = 1 and 2.5, at 190C. It was found that the
solubility of ferric tellurites and selenites decreased with a lower acidity of
the solutions; it was higher in HCl solutions with 10% ammonium chlorides. At
elevated temperatures in HC1 solutions with pH = 1, a slight increase of trivalent
ferric selenite and tellur--!te solubility takes place. In saturated solutions with
PH 1.5, 2.0 and 2.1-,, the Te, Se : Fe ratio increases. To investigate the stabili-
ty of HCl solutions of tetravalent tellurium, two initial solutions were prepared
by dissolving TeO2 in HC1, The former had a pH value of 0.85 and contained 0.98
mg/ml Te; the latter contained 2 mg/ml Te and 50 g/l NH4Cl with a pH value equal
to 0.5. It was found that the precipitation of tellurium dioxide from HC1 solu-
tions of tetravalent tellurim proceeded already at a pH value of 0.5 and attained
a maximum rate at PH = 5.3 - 5.4. The precipitation of tellurites and selenites
of trivalent iron from HC1 solutions containing free HC1, NH4C1 and ammoniates
of platinum, palladium rhodium, ruthenium, iridium was investigated at their neu-
tralization with soda. The initial solution was composed of Se - 665; Te - 766;
Fe - 708; Pd - 69; Pt - 40; Re - 50; Ru - 30, and Ir (mg/1). The results
Card 3/4

31149A 1,A)W100110061013
A0061AO01
he Separation of Selenium and Tellurium From Platinum Metals in the Form of Ir-
valent Ferric Selenite and Tellurite
A,
obtained show that optimum conditions for the precipitlatior of telluri~es nd
.3 .5 and a 90% excess of iron against the stoich
seleni4te are pH values of 2 - 2 10-
metric amount. Under these conditions tellurium extraction attained 97,5% and
selenium extraction 95.4%. The ferric selenite and tellurite precipitates separat-
ed out of solutions, at a pH value of 2.28, contained 215 g/t platinum, 460 g/t
palladium, and 59 g/t rhodiun or :5.7; 4.6 and 5.1% respectively of their content
in the initial solutior. The precipitate contained very small amounts of ruthenium
and iridium, There are 2 tables and 6 Soviet references.
ASSCCIATIONS: Severokavkazskly gornometallurgicheskiy !nstitut (North Caucasian
institute of Mining and Metallurgy); Kafedra metallurgii tyazhelykh
tsvetnykh metallov (Department of Metallurgy of Heavy Non-Ferrous
Metals)
SUBMITTED: -july 4, 196o
Card 4/4

MI CM/MW 5(t1AtP(b) ~TIPW___MVMOM~
ACC NR1 AP60111350 SOURCE CODE: UR/0054165/000100410173/0175
AUTHOR: Savan, Ya.; Kozhinaj I I Borisolra, Z. U,
ORG: none
/
TITLE: Glass formation In the arsenic seleniullismuth system
SOURCE: Leningrad. Universitet./ Vestnik. Seriya fiziki I khimii, no. 4, 1965,
173-175
TOPIC TAGS: glass, crystallization, arsenic seleniumbismuth,
selenide
r
ABSTRACT: The As-Se-Bi alloys containing varied bismuth additions to the vitreou
arsenic selenides have been synthesized from pure elements and studied by x-ray
analysis to determine the effect of Bi on tha limits of glass formation in the
ternary system. The alloys contained As:Se iratios ranging from 50:50 to 10:90 at%,
corresponding to AsSe-AsSeq with Bi partly substituted for Se. ' The largest region
of glass formation which extended to about 4 atX Bi was observed.in AsSe, 58
Increasing the b.ismuth content over 4 at% caused the formation-of a secoad crystal-
line phase which was shown to be bismuth selonide, B12SV3' B12Se3 crystallization
was observed in all arsenic selenides contaiting a certain minimum percentage of Bi.
The crystalline phase content Increased with increasing Bi:additions. Tabulated~
data ad adiagram show that the minimum Bi content necessary to induce crystallization
decreased when Se content was decreased or increasedin rqlation to AsSel.-5. The
Card 1/2 um: 542.65

L 10950-66
ACC NRl AP6002350
d-~
fact that Bi hampers glass formation is due to the increasing metallic character
of the chemical bonds in the sequence As - Sb - Bi. Orig. art. has: 1 table and
1 figure. [JKjJT
SUB CODE: 11,10 SUBM DATZ: 05Sep64/ ORIG REF: 0051 AM PRESS:
7,

I J P c. jDTH
NR, sOuRCE CODF6: UR/oo54/66/000/002/0118/0124
AUTHORi Savan, Yk.; Borisova, Z. U.; Il'inakaya, 0. V.
ORGt none
TITLE$ Effect of bismuth and OMP-ar-on the dissolution rate of vitreous arsenic
selenide 4) -'"11
SOURCEt leninf2ad. Universitet.1- Vestnik. Seriya. Miki I khimii, no. 2y 19669 118-
124
TOPIC TAGS1 bismuth containing alloyp copper containing alloys selenide, arsenic com-
pound, solution kinetics, sodium hydroxide
ABSTRACT: Vitreous alloys AsSe Bix and AsSej.~Cux, obtained from the dements by vac-
uum fusion, were dissolved In OW, 0-50, 0-75, .0, and 1.5 N NAOH at 25-750C. The
dissolution rate was calculated from the expression w = Aq where 6q in the weight
M3T1
loss of the sample (g); S, the area of the sample (cm2); t, the dissolution time (see),
M, the molecular weight of the structural unit of AsSe Bix or AsSe,. The addi-
tion of bismuth and copper to vitreous arsenic selenideNncreasos the ~".'tility of the
latter to attack by NaOli, but copper has a much stronger influence on the dissolution
rate of vitreous arsenic selenidol when 2 at.% copper is introducedp the dissolution
rate is reduced by a factor of more than 10, whereas the same amount of b1suruth reduce!
Card 1/2 UDC:

T ,'A'
ACC NR-. AP6020952
~the rate by only a factor of 2. The activation energies of dissolution of AsSe CUJC
e
;(18-23 kcal/mole) and tho lack of the influence of stirring of the solution on JA5
!dissolution rate indicate that the latter is determined by a heterogeneous chemical re-
I
;action taking place at the surface of the solid and Is independent of the diffusion
i
iprocess. Orig. art. hast 3 figures, 5 tables, and I formula.
!SUB CODE: 11/ SUBM DATE: 17mar65/ ORIG REFt 013
Card 212

L 47049-66
F,,IT(1)/El-[P(e)/,-7,4T(m)/L-'~4P(t)/LTI __jtJP(cj
SOURCE CODEt
AUTHOR: ~~; Borisovag Z. U.
ORG: none
UR/0054/66/000/002/013310156
TITLE: Effect of thermal treatment and small b:Lsmttb admixtures on the electrical con
ductivity of vitreous arsenic selenides
SOURCE1 Leningrad.__k4jyMqitet. Vestnik. Seriya fiziki i Ichimli, no. 2, 1966, 153-
156
TOPIC TAGS1 electric conductivity, bismuth, arsenic compound, selenide
ABSTRAM Vitreous alloys AsSex and AsSexBiV were synthesized at 950*c in a furnace
or in the flame of a gas-oxygen burner and quenched in air, and their electrical con-
ductivity was studied. The density, microhardness, energy of electrical conductivity,
and some other characteristics were measured and compared with data reported previous-
ly for AsSex (X> 1-5) quenched in air from 7000C. The results indicate that a complex
equilibrium of various structural formations of excess selenium that is difficult io
reproduce is established in the latter alloys, in contrast to alloys quenched from
9500C, in which the electrical conductivity values are reproducible. When bismuth is
introduced into vitreous AsSex, the conductivity increases, and tho energy of conduc-
tivity diminishes, the nature of the conductivity remaining virtually unchanged. The
increase in conductivity is associated with the metallization of the chemical bonds,
Card 1/2 UDCs

L 47049-66
ACC NR. AP6026954
which increases in the series arsenic - antimony - bismuth. Orig. ext. hast 2 figure
and 2 tables.
SUB CODES 20/ SUHK DATE: 27Apr65/ ORIG REN 006
v1r
C,,d 212

k-, H V 0 N (T I I (T, [ ~,,- , V, (" ,
ALIKSYMAY, 1.0.; ORIDY, 0.1.; ~47AXCMX, T.O.; PISARIHO. 9.. redaktor;
I - i -a A* R -ID-r -
PATSALYUK,, P. , tekhnGi~S-Svry -~
Lmanual for rural comunicatiou workers] Posibulk sillelkoho
zvmiazkivtsia. Kyiv. Dersh.vyd-vo tekhn.lit-ry URSR, 1956. 350 P.
(Telecommunications) (MLRA 10:7)

BOVA, Nikolay Timofeyevich; MARGOLIN, Gr-Egoriy Gavrilovich; ROZENBERG.
H'jvuton Harkovich;_4T4 -V- 0. redaktor; DOBRONEVSIKIY, O.Y..
~ . _4GW -
redaktor; POLITIYkNKO,,-S-,.-,*R'.',"P-~'Dk cheskiy redaktor
CPriuciples of radio engineering; a textbook for students in secondary
schools] Osnovy radiotakhniky; posibnyk dlia uchniv serednloi shkoly.
Kyiv.Derzh. uchbovo-pedagog. vyd-vo ORadianolka shkola,* 1957. 229 p.
(Radio) (MIRA 10:4)

ALEKSEYEV, Konstantin Alekseyevich; ORLOV, Aleksandr Ivanovich;
---SAVANCHU'K. Vladimir Aleksandrovich (Savanchuk, V.0.1;
PISARENKOJ, M.G., red.; P~rsare Co. M.H.1, red.;
STARODUBI T.O., tekhn. red.
[Manual for rural telecommunication workers] Posibnyk sill-
skoho zvliazkiv-tsia. Vyd. 2., perer. ta dop. Kyiv, Derzh-
tekhvydav URSR, 1962. 438 p. (MIRA 16:4)
(Telecommunication-Handbooks., manuals, etc.)
(Electric engineering~-Handbooks, manuals, etc.)

SAVANCHUK, V.A.
Every complaint is a notice of shortcomings in the operation of the
communication enterprises. Vest. sviazi 22 no.2:12-13 F '62.
(MIRA 15:2)
L, Zamestitel' ministra svyazi USSR.
(Telecommunication)

SAVANCHUK,, V.A., inzh.; ALEKSEYEV, K.A., inzh.
Video telephone. Vest. sviazi 22 no.4:13-14 Ap 162.
(WIRA 151:4)
(Telephone)

SAVANCHUK, V.A.
--------- I- I
Wire broadcasting has achieved a high level in the Ukraine.
Vest. sviazi 22 no.5tl3-15 It 162. (KRA 150)
1. Zamestitell ministra avyazi USSR.
(Ukraine-Wire broadcasting)

ALEESKYEV, K.A., inzh.; SAVANCHUK, V.A., inzh.
Central control room of the Kiev television center. Veat.
sviazi 23 no.6:14-16 Je 163. (MIRA 16:8)
i

DOBRONEVSKIY, O.V.[Dobronevslkyi, O.V.];_qAy~~ ~~ KAPUN,
Ya.L., red.; KLIMENKO, L.I., telchni red.
(High-speed electronic digital computers]Shvydkodiiuchi
elektronni tsyfrovi obchysliuvallni mashyny; posibnyk dlia
vchyteliv. Kyiv, Radians'ka shkola, 1962. 203 p. -
(MIRA 16:3)
(Electronic digital computers)

ROYTRkK,A.I.; SAVANELI,N.A.
Electroencephalographic study of schizophrenia. Trudy Inst.
fiziol. AN Gruz. SSR 9:201-220 '53. (Krak 8:9)
1. Naucb~4a Botruiffiitea Instituta -Psikhiatrii imeni M.K.Asa-
tiani (for Savaneli)
(Electrooncephalograph,y) (Schizophrenia)

SAVA"IELI, N. A. Cand Yed Sci -- (cl ss) "Data on the pa"honeurodynwdes
of hypochondriac syndromes in cases of sch-izophrenia and neurosis."
Tbilisi, 1957. 24 rp (Tbilisi State Med Inst), 200 copies (KL, 11-58, 121)
-12 7-

BORZHKOV, P.; SKALOZUBOVA, k.! SAVANIN, A.
Give more attention to the problems of capital repairs. Den.
i krod. 20 n0.4:80-83 AP 162. (YIRA 151:4)
1. Nachallnik planovo-ekonomicheakogo otdeleniya Odesskoy kontory
Gosbanka (for Borshkov). 2, Starshiy kreditnjy inspektor
Odesskoy kontory Gosbanka (for Skaloxubova). 3. Zamestitell
upravl,yayushchogo lAningradakoy gorodskoy kontoroy Gosbanka (for
Savan,in) .
(Banks and banking) (Construction industry--Finance)

1. 3JAVANOV-, ~ A. P.
2. USSE (6G0)
4. Machine Tools - Maintenance and Repair
7. Improving the repair of machine tools. Stan. i instr. 24, No. 2, 1953.
9- Monthly List of Russian Accessions, Library of Congress, May -1953. Unclassified.

AUTHOR: Savanov A.P -Engineer SOV-117-58-8-27,/28
TItLE: All-Union Conference on the Saving of Fuel and Electric Enerj.-f
(Vsesoyuznoye soveshchaniye po ekonomii topliva i elektroenergii)
PERIODICAL: Mashinostroitell, 1958, Nr 8, P 47 (USSR)
ABSTRACT: In December 1957, the All-Union Scientific Technical Conference
on the svving of fuel and electric energy took place. The con-
ference was attended by 25 National Economic Councils, 23 state
energy supply organizations, 6 ministries, 8 planning organiza-
tions, 225 plants, etc. The conference heard 12 papers and
8 communications. In the Leningrad Kirov Plant, the use of
exhaust steam for heating and ventilation purposes, saved
12,000 tons of fuel in the first 9 months of 1957. In the
Moscow Motorcar Plant imeni Likhachev, the consumption of
electric energy per motorcar could have been reduced by 20 %
over the last 5 years. In the Uralmashzavod, the saving of
electric energy in the first 11 months of 1957 amounted to
6.98 million kwh. The conference recommended organizing so-
cialist competitions for the snving of electric energy; to
use all secondary power sources, e.g. exhaust steam, heat of
the condenser water, waste gases, etc; to install central
Card 112 power supply plants in order to reduce capital investment and

8
SOV-117-58-8-27/28
Pll-Union Conference on the Saving of Fuel and Electric Energy
operation cost.
1. Fuels - Conmervation 2. Electrical energy - Conservation
Card 212

UFSHATAY1W. AA., kand.tokhn.nauk;..~9AVIIPV. V.A.
Obtaining complicatad patterns in varp knitted fabrics on
rascbnl machines. Leg.prom. 18 no-9:3B-40 S 158. (MIRA, 11:10)
(Knitting, Machine)

TMJSHCHENKO., N.G., gornyy inzhener; SAVANOVICH O.A. gornyy inzhener
Automatic venti-lation-dOOro Goramb, . noo3:52-53 Mr '60.
(MIRA, 14:5)
(Automatic control) (Mine ventilation)
V-

F'rolole.m3 of gtorirf-. fueI5 and lubricantF in surnlyirw arricultural machinery.
p- 2 77.
'L -~A 1~7 A. (Institut za naftu)
Za,:-reb, 'Yu-oslavia
V.1. 10~ no. ".3 All,-,-. 195/5'.
MonthLy list of Kas'Llern Lurepean Accession index ('-'IAI) LC vol. El
No. 11
11
Aovember 1059
Uncl.

21387
Y/004/60/000/012/002/002
/0 D237/D305
AUTHOR~, Savar, Wime, Engineer
TILE: Handling and staring aviation fuels
PERIODICAL: Nafta, 1960, no 12; 357-365
TEXT: The article describes the properties of aviation gaso-
lines, and jet fuels, gives some information on the proposed Yugo-
slav standards of these fuels and lists general rules for safe and
efficient handling and storing of aviation fuels. Since Yugoslavia
does not produce aviation gasoline, no standards for this type of
fuel have yet been established Yugoslavia imports aviation gaso-
lines of the following grade-, i00/130, 108/135 and 80/87. The
USSR has the following types of aviation gasolines as set out by
GOST 1012-54; B-100/130, B-95/130, B-91/115 and B-70. Table 1
shows the physical and chemical properties of gasoline according
to GOST 1012-54. Transportation and handling can adversely affect
the octane number and the chemical composition of gasolines due to
oxjAa,tion and to precipitation of lead compound formed from tetra-
Card 1/9

21387
Y/004/60/000/012/002/002
Handling and storing aviation fuels D237/D305
ethyl lead, Oxidation inhibitors are added to prevent these dele-
terious effects, Jet aircraft are fueled by kerosene with a boil-
ing point cf 150-2800C or by wide cut gasoline with the boiling
point ranging between 60 and 2800C. Table 4 shows the physical and
chemical Droperties of these two types of fuel produced in Yugo-
slav refineries, according to the Yugoslav standards proposals The
USSR has 6 types of jet fuels, including gasoline-type fuels, avia-
tion kerosene and wide-cut gasoline. Jet fuels have to be of high
chemical stability over longer storage periods. To test this sta-
bility the existing and potential gum content in the fuel has to
be determined, Yugoslav standard specifications lay down a test
of oxidation for 16 hours below 20 mg/lOO milliliter at 1000C,
Water, impurities and fire represent the potential hazards in hand-
ling and storing aviation fuels. It is imperative, therefore, that
the transportation and storage methods conform strictly to the
regulations which ensure not only the quality of fuel but also the
safety of personnel engaged in handling fuels. The generally
Card 2/9

21387
Y/004/60/000/012/002/002
D237/D305
Handling and storing aviation fuels
accepted practice of fuel storage, aircraft fuelling,fuel tank
operations, as well as a description of appropriate fire-fighting
equipment and efficient fire-prevention measures are given in the
article. There are 3 figures, 4 tables and 6 references: 3
Soviet-bloc and 3 non-Soviet-bloc, The references to the English-
language publications read as follows., Mobil-Aviation Products
Quality Protection Manual; Shell-Aircraft Fuelling; Static
Electricity, 1953, Nepa.
ASSOCIATION: Jugopetrol, Zagreb
Table 1
PHysical and cRemical
characteristics IB-100/130 *B-A5/130 B-91/115 B-70
Card 3/9

SAVAR, Sime, ing.
Lubrication and maintenance of steel ropes. Nafta Jug 12 no.1/8:193-199
JI-Ag 161.
1. Jugopetrol, Zagreb.
(Wire rope)
4

SAVAR, Sime, inz.
Yugoslav standards for petroltam and petroleum products.
Nafta Jug 13 no.11/12-.445-1+51 N-D 162.
1. "Interpetrol". Zagreb.

SAVAR) Sime, inz.
Founding and development of the Interpetrol Enterprise of Zarrei
E - b.
Nafta Jug 14 no.4:132-141 Ap 163.
1. Interpetrol, Zagreb.

--
SAVAR, Sims, inz.
Machine tools and their lubrication. Nafta Jug 15 no./+A t
123-133 ApQ* t~ 64
1. Higher TigoIjUcal Sahooll Tagreb,

o' TertizaT Triatoiric j*%lco',-.ols of the ~cez-rlene --erics
arf-I Their ul~idaticn..' C,~rr~ Chem, Sci, Inst of Org-aric Che:..istz"., i-merd D.
~elinsLdy, 3 jun 54. VecherzWaya Yoskva-, I..ascow, 255 lla-y 54.
SO: SITI,, 26 li'ov 1954

TANKO, P.; SAUVARD, Sanda; TIMAR, Magda
Investigations for the purpose of establishing a method of control
of the effectiveness of placental products. Stud. cercet. endocr.
13 no.6:809-813 162.
(FIACEITTAL EXTRACTS)

USSR/Engineeking -
Water, Surface Jan .50
irrigation
"Method of Calculating the Regulation of Flow for Ir-
rigation Purposes, Given a Large Number of Variable
Cotponents," A. D. Savarenskiy, Water Econ Sec, Acad
Sol USSR, 11 pp
"Gidrotekh i Meliorat" No 1
Effective planning of irrigation systems with reser-
v6irs has been little studied and, consequently, a
number of cases have appeared where area of land to
bie" ijrrigate& from reservoirs and size of reservoirs
thefiiselves~'have been incorrectly calculated. Dis-
cusses', regulation.for multiannual flow series and for
158T-4o
US~R/Engineering - Water, Surface
(Contd)
Jan 50
flow during seasons of accumulation and depletion of
reservoir and system for calculating flow regulation.
Illustrat6s construction and use of reservoir-accu-
mulation graphs by actual example from planning irri-
gwtion system with reservoir for multiannual regulation
on a river in Transvolga region.
158T40

7- 0 (--, ; P, --- -1 G ---
I a- I L- 1, -*V---~r I-c'-ar b -I , 1-~ * " 7 ;"~ -,'
:- U7 ..Otl 11
, -Ai. -;- ., -_.
C - - -_, ,, .'13-- * ' LT- - ' - ;'- ', ".. I I E~2 . - - '- -
_: :.. _:,_ 7 1,-, - 2 ~ I -~ 11, ~ -:: fl -, ' !, -, -J.
- - - I -Ii ~.

Usa/kngineering - Hydraulics Feb 51
tO Problems of Scientific Investigations in the
Field of Water Power Economy and Hydraulic
Engineering in Connection With the Building,of
Large Hydraulic Structures," A. D. Savarenski#..'
Sec Sci Development of Problems of Water Power
Ecou,Acad Sci USSR -
"1Z Ak Nauk, Otdel Tekh Na~W No 2, pp 161-168
Briefly describes hydraulic projects to be realized
according to decision of Council of Ministers USSR.
Out-lines program of sci work, 6.g., investiga~itllns
to adcelerate constr works and reduce costs,
185T37
USSR/Engineering - Hydraulics (Contd) Feb 51
development of complex use of water resources,
methods for designing hydraulic etructures, prpb-
lems. of melioration, water transport and supply,
etc. Submitted by Acad S. A. Khristianovich.
185T37

1. SAVAPENSKIY) A. D.
2. USSR 600
4. Runoff
7- Problem of working out methodological principles for studying and computing
river discharge, Izv. AN SSSR Otd. tekh, nauk, No. 12s 1952.
9. Monthly List of Russian Accessions, Library of Congress, April 1953, Uncl.

SOV/124-57-9-10340
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 9, p 64 (USSR)
AUTHOR: Savarenskiy, A. D.
TITLE: Methods of Calculation for Stable Riverbeds and the Motion of Sediments
in Rivers and Large Irrigation Canals (Metody rascheta ustoychivykh
rusel i dvizheniya nanosov v rekakh i krupnykh irrigatsionnykh kanalakh)
PERIODICAL: Tr. 8-y ob"yedin. sessii AN TurkmSSR po vopr. str-va Karakumsk.
kanala i dal'neysh. razvitiya khlopkovodstva v Turkmenistane, 1955.
Ashkhabad, 1956, pp 400-416
ABSTRACT: The problems of riverbed analysis and forecasting are studied on
the basis of the well-known indirect characteristics of riverbed stabil-
ity and sediment -movement balance. At the same time the author's
own conceptions are stated concerning the stability and kinematics of
s ediment- carrying streams as well as the processes of sediment
transport. Part of these conceptions is W&II-kn&wn through clearer
and more exact formulations by other authors I see, in par'_-.cular
Velikanov M. A. , Dinamika ruslovykh potokov (Riverbed Stream
Dynamics), Moscow, Gostekhizdat, Vol 1, 1949; Vol 2, 1955].
Card 1/1 V. N. Goncharov

124-11-12701
Translation from: Referativnyy Zhurnal, Mekhanika, 1957, Nr 11, p 54 (USSR)
AUTHORS: Savarenskiy, A. D. and Levanovskiy, L. B.
TITLE: Field Investigations of the Deformations of Channel Beds in the Lower
Reaches of the Amu-Darya. (Polevyye issledovaniya deformatsiy rusel
kanalov v nizov'yakh Amu- Dar' i)
PERIODICAL: Tr. Aralo-Kaspiysk. kompleksnoy ekspeditsii A. N. SSSR, 1956, Nr 7,
pp 5-46.
ABSTRACT: The paper contains a technical account with a detailed description of
the usual techniques, methodology, and conditions of the field work
performed.
Card I/I

SOV/lZ4-58-8-9008
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 100 (USSR)
AUTHOR: Savarenskiy, A. D.
TITLE: Alluvial Flow and Channel 15eformation in Irrigation Systems
(.Dvizlieniye nanosov i deformatsii ett&el v sisteme kanaloV)
PERIODICAL: Tr.. Aralo-Kaspiysk. kompleksnoy ekspeditsii AN SSSR, 1956,
Nr 7, pp 47-60
ABSTRACT: The author cites the basic requirements that an irrigation
system must satisfy if its canals are to function properly. An
account is given of the investigations of alluvial flow and
channel deformation in various portions of irrigation canals
undertaken in 1951 and 1952 by the members of a multipurpose
expedition to the Lake Aral and Caspian Sea regions. It is
stated that the turbidity of the water in such canals is deter-
mined by the turbidity of the river feeding the irrigation sys-
tem and is virtually independent of the water-flow rate, of the
flow depth in the canals, and of the slope of the canal bottoms.
The hydraulic characteristics of portions of such canals are
tabulated in the paper, also the data obtained concerning their
Card 1/2 actual turbidity conditions. The author sets forth his own ideas

SOV/ 124-58-8-9008
Alluvial Flow and Channel Deformation in Irrigation Systems
on the structure of the flow and the mechanism of alluvium suspension in
irrigation canals, but he quite neglects to substantiate them experimentally
ox theoretically. He includes (but without analytical justification) formulae
evolved by other'Authors for determining the stability of a flow channel. He
recommends procedures for calculating approximately the alluvium mass-
flow rate. Bibliography: 14 references.
N.5. 5harashkina
Card 2/2

/ SAVAIWAIT, A.D., doktor takhn.nauk
I- ---- - --- - ---
Methods of classifying waters in calculating the supply of
runoff waters. Trudy VNIIGIM 32:61-73 159- (MIRA13:8)
(Hydroloa-Tables, CAlculations, 9bC4)

SAVARENSKIY A.D.
Chain calculation of expected runoff rates, water losses, and
resources with the determination of their probable values, Dokl,
AN SSSR 136 no.l.-159-162 Ts. 161* (MM& 14:5)
le Vsesoyuznyy nauchno-isoledovateltakiy #wtitut gidrotekhnJI-I i
melioratsii im. A.Mos-,~am:ava. . Predstavleno akademikom P.Ya.rochinof
(Hydrology)

S ~lv ARE NSEEY. A X . , do~,"3r -~ . naLk
Statlli~,y m' ,~.e becis of rivers and carals, as relat,6d to the
"LarLz,-'e3 of charnel fcr-idat-icri. Tmdy -TG,
r c- r- - _M 403-78 16 .
.,u IVIj 42 3
(MIRA 17:6)

ILIIN, A.N.; KAPUSTIN, A.P.., KOGA9., I.A.; POPOV, I.V.; PROZOROVA, N.A.;
-SAVARENSKIY, I.A.; CHIKRACIIEV, S.M.; ~OKOLOV, N.I.[deceased],
'ao-Eto-r---g-e-ol--ni~~al.nauk)otv.red.; SPRYGINA, L.I., red.izd-va;
SUSHKOVAJ, L.A., tekhn.red.
[Karst phenomena near Dzerzhinsk, Gorkiy Province]' Karstovye
i*~ v raione g
iavleni~a' oroda Dzerzhinska-Cortkovskoi oblasti.
Moskva., Izd-vo,Ikad.nauk SSSR, 1960. 121 p (Akademiianauk
SSSR. Laboratorila gidrogeologicheskikh problem. Trudy vol. 32)
(Dzerzhinsk3tegi6~i'(Gorkiy Province)-itarsti

SAVAREDSM, I.A.
e'. . .
Estination of kewst phenomena for purpoues of engineering geology in
the Dzerzhinsk region. Trudy labgidrogeol.probl, 47.12-26 162.
(MIRA 15:6)
(Dzerzhinsk region (Gorkiy Province),-Karst)

The Conference on applied karstology
FERIODICALt rzvestiya Akademil nauk SSSR, Seriya geologichaskaya, no. 1, 1963,
124 - 126 (authorst. Gvozdotakiy, N. A., an& Cbikisher, A. 0.)
TEXr: The Conference was held in Moscow on Aprh 23 - 251 1962, and was
attended by 35 representatives from 16 scientifical and industrial organizations.
71he Conference was opened by X. A. Ovozdetskly who reported on the activities of
the Geographical section of the Moscow Society of Natural scientists. The follOK7
Ing reports were delivered: A. 0. Lykoshin on the investigation of karats for
hydro-engineering construction by geological engineeral V. S. Polevoy an the use
of geophysical methods to study karats in areas of hydrological engineering struo-
tures; 1- 6. 3 varenskly on problems considering karsta in industrial and urban
constr&tioi~ -in -the- _Dzerzhinsk region; N. A. Ovozdetakly on "Karat in the region
of Caucasian Mineral Water Sources"; 1. 1. Ginzburg on mineral resources connacted
with karat processes;
0 _J-BujhLnakfY on -bauxite and phosphorite karat depositas
ye. T. Bobro _on "Karat tia-u Ites of the YenIsey rIdgi and the adjacent region of
the Siberian platform"; N. A. Lisitsyna on "Karat bauxites in the Kazakh foldinge
and the Turgay depressi -'r - and V. N. Dublyy
on ; 5 'vanov !n~ski an "The importanci
of the Crimea karat in national economy"; ~,G-Qikishev on "The importance of ---
the Central Ural karat In national economy"; I. K. Kudryashov on the influence.of
karat on agriculture In some Bashkirian regloAs; The repo delivered were dis-
cussed by D. 3, Sokolova, V. A, Varaanofyeva, N. A. Krasillnikova, S. A. Slad.
kopevtseva, V. S. Polevoy and others. The Conference approved the methods of
karat investigation, Including geoptweloal means, electrical seismic and ultra-
sonic prospecting. It was decided.to investigate in detail the development and
expansions of karat; to study, the origination of karat bauxites, to control the
purity of mineral water sources and to continue research in the agricultural re-..%
Slone of Bashkiria.

SAVARENSKIY, I.A.
Probability of the occurrence of karst sinks of various diameters
in the Dzerzhinsk region. Nov,kar.i spel. n0;.3:35-39 163.
(MIRA 16:10)

YUDIN, Fedor Kuzlmich; SAYAR U v
,gq-.olq.4_VladimIrovich;
'Mi
GROMOVA, T.G., red.; PYATNITSKIY, V.N.,, to red.
[Use of polymeric materials in the textile industry]
IspolIzovanie polimernykh materialov v tekstillnoi pro-
myshlennosti. Moskva, Gizlegprom, 1963. 164 p.
(MIRA 17:1)

SAVARENSKIY, V.V.; YUDIN, F.X.
Manufacture and testing of machine parts made from polymeric
materials in textile factories. Izv. vys. ucheb. zav.,- tekh.
tekst. prom. no-4:137-142 t63* (MIRA 16:11)
i
1. Ivanovskiy tekstilinyy institut -~.neni M.V. Frtmze.

ACCESSION VR: AP3001586 S/0191/63/0OQ/0D6/0065/1w
iAUTIMR: Savar
;TITIE.- Determining the temperature limits for the application'of po37wrio
materials in the construe' bion of machines
!SOURCE; Plasticheskiye massy, no. 61 1963p 65.68
i,TOPIC TAGS.- dielectric constants,, polymeric materials,, surface hardness, capron,
polyvinyl chloride, capacitance
IABSTRACT: A method
based on dielectric constants, vas developed for determining
temperature limits for using polymeric materials. Method does not require sample
destruction or structure alteration., is very accurate,, and independent of change.
of fi2-ler in the resin. If the dielectric constant of a polymer is plotted
against temperature., any deviation from a straight line indicates change it resin
structure. The nature of the changet i.e. disintegratioA or packing of the resin,
can be determined by measuring surface hardness of the resin. Data are given for
polyvinyl chloride and for capron, The method is applioable to polar resi=; non-
polar materials require highly sensitive meavarezmt of their capacitance. Orig.
art. has: 3 figures and 1 table.
-Card

,ACCESSION BR: AP3OM5M
Card

SAViffi?ISTK
Using electric measurarannt mathods for determining the mechenical
strength of polymers. Plast.massy no.10,59-61 163. (MIRA 16:10)

SAIIARE;SKlY V.V.
,lip a-7 I - ' ' -
I -w rmeU--crds for ~ s'lrm- P-7ps " c fca~ms. Plast -ao rc. : --64
'a v ~ ~~L . - V 0-
164. (MIRA l8t4)

ACCESSIM NR; AP4039954 B/0191/&/000/006/0062/00&
AUTHOR: Savarensk4y# Ve Vo
TITIE: New method for Investigating foamed pLLsticso
.SOURCE: Plastiches" massy*j. no* 6., 196k.. 62-a
?~TOPIC TAGS: foamed plastic) electrometric analysis., phonometric analysia.polymer
structure change, physical mechanical. property change., dielectric pe=eabi3lty.,
.sound intensity, automatic phoncmetric apparatusp.FK 20 foamj, thermoplastic PS-1. i
zer quality control
process controls poly
:'ABSTRACT: The application of electrometric and phonometric methods for investiga-
ting foamed plastics is described* These methods exe capable of detecting changes
..in the polymer structures which am not visible but whicb7do cause changes In the
polymer physical-mechanical properties. Since the dielectric permeability and the
intensity of sound change with changer, in polymer structure., the temperature 31-fts
of structural changes in a foamed plastiap or other material,, may be detected*
.The-continuous autoz4atic appaxatus for measuring sound level and dielectric changes
shown in fig. I* was placed in a desiccator,, heated or cooled to the desired.
Card

NR: A.P4039954
.temperature and readings noted. Beat-reactive foam FK-20 and thermoplastic FS-1
were examined* On holding the FK-20 at 180C for 2 hours, changes in the sound level
i
and In the capacity of the condenser ceased. On holding PS-1 at 100C the so=d
Ilevel decreased during the first 10 minutes., leveled off., then increased after 30
minutes; analgous changes were observed in the dielectric permeability* Tests run
~at temperatures to -150C to determine the start of changes also showed that changes'
in sound-level coincided with thood in dielectrie pemaabilit~, FK-20 values were
!stable in the 0 to -150C range; in PS-1 the dielectric permeability dropped and thei
.round level increased, below about -90C. The possibility was noted of applying this;
I I
,method to mass quality control,, for continuous autmatic process coatra~,;or poly-;'
-meric material * Orig,, aite has: 3 fiiureSe
ASSOCUTICO: None
ISUNU z 00 ENCL. 01
~STJB CODE: MT No MW SOV: 001- r EM 000
'Card

mH a4 I'
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MtD~l e ril, z 8:' 'to r-,
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t
kstililIVkh
d )b--,rudovani-..a e
r-, remnnu,
-L . 6 p,

SAVARENSKIY, * F.
Earthquake with deep Foci. Instituta of the USSR AcademW of Sciences,
No 96, 1940.

- , - . -- - -- -, -,r
-C. .2.
ti;~ ta
He teror---enei f,,,,7- of Lar M, I s S'ul*llcture -' c c c r 1.1, -n~ t,.-, ~; : ;- mrai c D a11 X:l. .4-17 SESIR,
27, ',:0.1, igbo
- Kr-sico-"ath. Eci..'s
Central ceis-nic ~tatjon I;L spolo.7ical Irst., Dspt. PI ; - i . 1~ . r. -..

SAVAREVSKIY. Ye. F.
"Some Problems of Accuracy of Interpretation and the Garm Earthquake of
1941,11 Ye. F. Savarenskiy, Seismological Institute, Acad. Sci. USSR*
SO: Referaty, 1%5, p 34.

SAVARENSM, Ye.F.
"Errors in the Determination of the Relation of the Velocity of Longitudinal
Waves to Depth~jll Ye. F. Savarenskiyj Seismological Institute., Acads Scie USSR/
Referaty, 1945, p 34.

;'coCraAcheimiya prineudi:iostl teorerV 3. A. Chaplyg,L*na o differentsiall tZrkh riaravenstvakh
P liv..eynyn uravner~Vam rj chaotnypl !)roizvod,Vr.-! porvoCo poryatft. dan, 51 (1946). 255-258.
SO: 1.-:athem, tics in the USSR, 191'/-19417
edited by Kurosh, A. G.,
llarlmshevlich,
Rashevskily, P. K.
I-Loscow-Leningrad, 10,L0

*n-X-#hANpW ALF ?4
7Acha"I gin's thear-m P-n-dAemfi"eTz&t[tir-v tq-Lnw
equations witk- partial- *ilvat ves o thn P-M order.
C. R. (Doklady) Acad. Sci. URSS (N.S.) .51, 259--261
(1946).
It is shown that if s(x.,Y) i!i a rA-ition of the eqjarion
L(z) ~zv+A(x, yz)z.-R(x,),-z) =0 which passes through an
initial curve Qy = yo. t = O(x)), U tcn if j(z, y' ) also pams
through C and is such that L(v) > 0 on xo