SCIENTIFIC ABSTRACT SOKOLOV, S.D. - SOKOLOV, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652020012-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACMISION. NR: AP30003,32 S/0062/63/000/005/0946/090
AUTHCIR:' Sokolov, So Do; Ashkinadzej Le Do; Chlenov, He Aq Kochetkov No K
e
:TIM: Structure of 3-methyl-4-nitroisoxazolone-5
SOURCE: AN SSSR. Izvestiya. Otdeleniye kh1micheskikh nauk, noo.5,, 1963p 946-947
I _0
TOPIC TAGS: 3-met4A-4-nitroisoxazolone-5,, isomeric methyl derivatives, 3-methyl-
.4-nitro-m5-metho.Visoxazole, 2,3-dimethvl-4-nitroisoxa2olons-5, infrared spectra..
;ultraviolet spectra
,ABSTRACT: 3-Methyl-4-nitroisoxazolone-5 was considered to be a DELTA compound,
therefore.. capable of enolization. This was, however, disproved by the inability
:to prepare a chloro derivative. In order to establish the structural fomula of
3-metV1-4-nitroisoxazolone-5, two isomeric methyl derivatives were synthesizedo
!3--%Nletiiyl-4-nitro-5methox.yisoxazole was prepared by the action of diazomethane on
3-methyl-4-nitroisoxazolone-5, while 2,3-dimethyl-4-nitroisoxazolone-5 was pre-
@pared by the action of methyl iodide on the silver salt of the original compound*
Infrared and ultraviolet spectra for 3-mothyl-4-nitroisoxazolone-5 and its deri-
vativas are reported. It was established that 3-methyl-4-nitiv-isoxazole-5, its
:r
ilve.,- salt and its N-methyl derivative are DELTA SUP 3 compounds. "The authors
exprei3s their gratitude to No Be Kuplet*skaya for procuring ultra-violet spectral.'-
.Card l/g

SOKq;4V_g - ASHKINADZE, L.D.
Infrared spectra of methylisoxazoles in the region 280C43POO cnrl.
Zhur.VKHO 8 no.13119-120 163. (MIRA 16-4)
1. Moskovskiy gosudarstvennyy universitet Imeni Lomonosova.
(Isoxazole--Absorption spectra)

SOKOLO-V,_q.D,; KOGHETKOV, N.K.
Isaxa--l e Series. Part 14. Bromi=ation of the side chain of
me+,hylisoxazoles. Zhur.obvkhim. 33 no-4.,1192-1196 Ap 163.
(MIRL 161@)
(Isoxazole) (Bromination)

KOGHETKOV., N.K.; !@OKOLOV, S.D.
laoxazole series. Part 15; Organomagnesium synthesis in.the
isoxazole series.. Zhur.orb.khim. 33 no.4:1196-1-199 Ap 163.
(KLU 16; 5)
(Isoxa4ole) (Magnesium organic compounds)

Zoif!
@l -, G9 exc@,-F

KOCHETKOV, N.K.; SOIIOL SI.D.
@ d.WZY-p mmmomw
Isoxazole series. Pkft 16: Degradation of 4-haloisoxazoles
under the conditionerof Grignard reaction. Zhur. ob. khim, 33
no.5:1442-1446 My 163. (MIRA 16.-6)
1. Moskovskiy gosudarstvannyy universitat imeni Lomonosova.
(Isoxazole) (Grignard reagents)

- S,CKO.LcV, S.D.; SAVOCHKINA, L.P.; KOCHETKOV; N.K.
Isoy-azole series. Part 18: Behavior of isoxazoles in the
Friedel-Grafts reaotlan. Zhur. ob. khim. 34 no.7:2,207-2209
'n 1?1
a + (MIRA 17:8)
1. Institut khimii prirodnykh soyedineniy AN SSSR.

SOKOLOVY S.D.; KOCHETKOV, N.K.
New reaction of the isoxazole ring. Dokl. PI-I SSSR 156 no.6:1391-
1394 Je 164. (MIRA 17:8)
1. Institut khimii prirodnykh soyedineniy AN SSSR. 2. Chlen-
korrespondent AN SSSR (for Kochetkov).

Sl- j.'i 0 1rI jIV- SAVUCMITA, L.F.; KCCHI-:'TKOV, F,K.
and properties oP @-thiogluc ider t:cnntaining functional
gmupn in aglucon. Zhur. ob.khj.rn. 34 no.12.*4099-4103 D 164
(MIRA 180)
1. Iristitut kbimD pr1rodnykh soyedinenly M SSSR i Institut
.L I
e
"ementoorganicheskikh aoyedineniy AN SSSR.

OGMEWN, R.M. 10 dots. , ksnd. bioj-. nalik; 30hCLOV,
dokLor red. nauk
oc,
[Yedicinal plants; their recognltion@ distrit
curement, chemical composition and med4-,--al
Lekarstvenr.ye rasteniia; raspoznavanie, raspru-i,
zagotovka, khimicheskii sostav i meditsinskoe
Stavropol' , Stavropol' s'.Xoe knizhnoe Izd-vo. I't

SOKOLOV, S.D., kandidat tekhnicheskikh nauk.
@7 @ .....
Investigation of internal and external supertension In traction
substations. Trud7 TSNII WS no.123:13-55 156. (MIRA 9:12)
(Electric railroads--Substations)

SOKOLOV, S.D., kandidat tekhnicheakikh nauk.
Compounding mercury rectifiers for tractian substations.
Trudy TSNII WS no-123:56-59 156. (MLRA 9:12)
(Electric current rectifiers) (Electric)

__' 1, @ ( (1.11"
C,'HIUWMV, M.A., doktor takhnicheskikh nauk; SOKOWV, S.D., kandidat
tekhnicheskikh nauk.
Converter units for traction substations. Blek.1 tepl.tlaga
no.9:4-7 S 157. (KIRA 10:10)
(Ilectric railroads--Substations)

RADORWO, V.D., kand. tekhn. nauk; RORIK, B.X, Imnd. tekhu., uauk;
SCKOL9v&_A!@3D!k kmA. tekhn. nauk; SUKROPRUDSKIT, N.D.j, kands'
tekhn. nauk; KUMRTAVTSBV. M.V., iuzh., red.; BUBROVA. Ye.W.,
tekhn. red,
[Increasing operational reliability of power-supply installations]
%vyshenie nadeshnosti raboty ustroistv onergonnabsheniia. Mosk7a,
Goo. transp. zhel-dor. izd-vo, 1958. 90 P. (Moscow. Vaesolumi.
nauchno-isaledovatel'skii institut zhelezuodorozhnogo transporta.
Trudy. no.1,W), (Electric rail.roads-Wires and wiring) (MIRA 11:6)
(Blectric :railroads-Substations)

S'mcol_ov
80) PHASE I BOOK EXPLOITATION SOV/1450
Radchenko, V.D., Candidate of Technical Sciences, B.N. Rebrik, Can-
didate of Technical Sciences, D. Sokolov, Candidate of Technical
Sciences, N.D. Sukhoprudskiy,,Candidate of Technical Sciences
Povyshenlye nadezhnosti raboty ustroystv energosnabzhenlya (Increas-
ing Operating Reliability of Power-supply Installations) Moscow,
Transzheldorizdat, 1958. 101 P. (Series: Moscow. Vsesoyuznyy
nauchno-iasledovatellakiy institut zheleznodorozhnogo transporta.
Trudy, vyp. 148) 2,000 copies printed. I
Sponsoring Agency; Moscow. Vsesoyuznyy nauchno-issledovatpllskiy
institut zhelezhodorozhnogo transporta
Ed.: Kudryavtsev, M.V., Engineer; Tech. Ed.: Bobrova, Ye.N.
PURPOSE: This collection of articles is intended for scientists,
engineers and technicians working in railroad electrification.
COVERAGE: The articles cover the following subjects: determination
of steady-state short-circuit currents, d-c are rupture In horn-
type arresters, method of preventive testing of insulators without
Card 1/4

Increasing Operating Reliability (Cont.) sov/1450
dismantling, increase of reliability of inverters and methods of
protecting electric locomotives against disruption of power re-
generation during breakdowns of the inverter.
TABLE OF CONTENTS:
Foreword 3
Sokolov, S.D., Candidate of Technical Sciences. Determination of
.Steady-state Short-circuit Currents 5
Important 'work In investigating short-circuit currents was done
in 1937 at the TsNII MPS. Further work by Soviet scientists is
listed in the bibliography. However, no'formulas for determining
the short-cirdilit current were given In these works. The author
zubmits a method of determining the values of sustained short-
circuit currents and presents data on dead short-circuit ciir.@ent
at substation busbars. He presents one of the methods of evalu-
ating the minimum value of short-circuit current, discusses various
measures employed to reduce maximum currents, and gives the results
of measuring input resistances of the trolley line. Thereare 10
references, of which 9 are Soviet and 1 English.
Card 2/4

Increasing Operating Reliability (Cont.) sov/1450
Radchenko, V.D., Candidate of Technical Sciences. Electric Are
Rupture in D-C Horn Arresters 34
The author@ provides results of tests on these protective devices
and presents oscillograms and photographs of disconnect processes
for various types of short-circuit current. He explains the ef-
fect of horn shape and air currents (wind).on the electric are-
forming process. There are 4 references, of which 3 are Soviet
and 1 English.
Sukhoprudskiy, N.D., Candidate of Technical Sciences. Methods of
Preventive Testing of Trolley-line Insulators Without Dismant-
ling 45
The author demonstrates theoretically the possibilities of lo-
cating defective insulators by the wave method. He also presents
the results of checking the proposed testing methods under actual
operating conditions. There are 5 Soviet references.
Sckolov, S.D.; Candidate of Technical Sciences. Methods of In-
creasing the Operating Reliability of Inverters 70
Investigation was carried out In 1956 by 'the Uralelektroapparat
zavod (Ural Electrical Equipment Piant) and TsNII MPS on a three-
phase inverter bridge circuit installed at the Tavatuy Traction
Card 3/4

SOKOLOV, S.D., kand.tekhn.nauk; MOCHENOV, I.G.. inzh.
Using series connections for transformers in traction sub-
stations. Vest. TSNII WS 17 noo6:15-19 S 158. (MIRA 11:11)
(Electric transformers) (Electric railroads--Subatations)

I-D
8(2), 32(3) PaASE I BOOK =LOITATION SG'1/2471
Hadchenko, Viktor Danilovich, SeXg2Z_@!@@ch @Sokolo@vand@ Nikolay
Dmitriyeavich Sukhoprudskiy
Perenaprya-zheniya i toki korotkogo zwrjkaniya v ustroyetvakh elektrifitsiro-
vannykh !zhelezMkh dorog postoyannogo toka (Overvoltages and Short-circuit
Currents in Systems of Electrified DC Railroads) Moscow, Trans zheldorizdat,
1959. 303 P. 3,000 copies printed.
Ed,.* S, K. Krylov, Engineer; Tech. Ed.: P. A. Yhitr(rr.
PMPOSEi This book is intended for engineering and technical personnel of
electrified railroads-and for personnel of plants engaged in the construction
and repair of rolling stock equipment.
(JIMPPAGEt Uha uuthors discuss excess voltages occurring in electric traction
system and their effect on the operation of rolling stock equiliment and
traction substations. They also describe methods of testing the insulation
of equipment anel methods of calculating short-circuit current parameters.
The bn-qia principle of operation of cirmxits used for the protection of
Card 1/9

6(,2.) '-, -_: ; '0-.5-59-2-18/25
AUTHOR Sokolov, S. D., Candidate J.1 Te._.hnical Sciences
TII'LE: On @the @Deerimination of the Arc-Back Action (K opredeleniyu
obratno-zazhigayushchego vozdeystviya)
M'@TODICAL: Elektrichestvo, 1959, Nr 2, PP 74-78 (USSR)
ABSTRACT: At first the formula (1) of Brown, Boveri and Co., and the
formula (2) of Shmalenberg and Shile (Refs 1, 2) for the arc-
back action are given. The imperfections of these formulae
are shown. They were established assuming that the backlash
U
voltage risesinstantaneously up to 6 U. In reality, the
recovery of the backlash voltage takes place at a certain
rate depending on the circuit parameters of the inverter
a,-,-'@regate and effecting the frequency of the backlashes. These
two formulae can only be used nhen the duration of the cur-
rent commii-tation t amounts to 6 to 7 times the time constant
-r of the ioniz-ntio7,. The formulae (3) and (4) are derived
.Gr calculating the action of are backs in any case. For this
the physical interpretation of this quantity (arc back action)
as being proportional '.o the product of the backlash jump A U
an" tlie concentration N of the charge carriers at the instant
Card 1/3 of the current commutation end is used. From the formula (4)

On the Determination of the Arc-Back Action SOV/105-59-2-18/25
it is seen that the arc back acti-on does not only depend on
A U1 and 11Y but also on the rate of back lash voltage r4e
and on the time constant of deionization. To reduce the are
back action and, hence, the probability of arc backs, it is
necessary to reduce T and the rate of rise of the backlash
voltage. Ibbcing the time constant T of deionization can be
done by reducing the working temperature and by changing the
valve design. The determination of the charge carrier con-
centration at the end of the commutation is investigated.
The formulae (6) for rectifier and (7) for inverter operation
are derived. They may be used for determining N 7 at ary ratio
of commutation time to the time constant -r of deionization.
Finally the arc-back action at the inverter is investigated.
It is shown that this action attains its maximum value in
the inverter at 150 - 450 A and is highly dejendent on the
capacity of the a.c. supply system. It is unsuitable to reduce
the rated converter current at its use as inverter on the base
of the quantities of arc back action. In order to improve the
reliability of the inverter it is necessary to reduce the are
back action. Three-grid valves with small time constants of
Card 2/3 deionizaLion are to be used, the time constant of backlash

0-n -:he Determination of the @,,.Q-Iiack Act@on SOIL,ior-59-2-18/25
voltage is to be limited (for example by insertion of capaci-
tances between anodes and cathodes) and the value of the
backlash voltage must be reduced. There are 5 figures and 4
referencea, I of which is Soviet.
SUB1,11TTED: October 4, 1957
Card 3/13

FLEYSIRWI, L.S.. lnzh.; TIOBROV, Ye.G., Inzh.; SOKOIk)V, S.D., kand.tekhn
iviuk
Testing new rectifier units using three-phase bridge systems.
Elek.l topl.tiaga 3 no.5:20-23 My 159. (14IRA 12: 9)
(Morcur7-arc rectifiers)

CHMITYSHEV, H.A. , doktor tekbn.nauk; SOKOIOV, S.D., kand.taBn.nauk-
I I @ I
Invpstigating,invF-rter installations under working conditions.
Trudy T3NII MPS no-173:4-50 159- (141RA 13:4)
(19lectric current converters)

SOKOIA)V, S.D., kand.takhn.nauk
Limiting fault currents during reverse firing and short circuits.
Vest. TSNII MPS 19 no-3:22-?-6 l6o. (MIRA 13:10)
Mectric currents) (XLectric railroads-Substations)

SOKOLOV,.S.D., kEknd.tekbn.nauk
1-t- " - . - I I i
Uee of high-speed current limittng grid protection. Trudy
TSHII MPS no. 1QO:4-40 160. 0 (MIRA 13:12)
(Mercury,ire rec41ers) (Railroads--Substations)

140CHENOVP I. ci@ Iinzh.; RUDNEV, V.N., kand.tekhn.nauki SOKOLOV, S.D., kand.
tekhn.nauk; PETRUSHKOVA, I.K., inzh., red.; MEDVEDEVA, M,A.j tekhn.
red.
(Studying the power supply systems of electrified railroads]
Issledovaniia ustroistv energosnabzheniia elektrifitsirovannykh
zheleznykh dorog. Moskva, Vses.izdatellsko-poligr. ob"edinenie
ni@-va putei soob. Jq 1961. 68 p. (Mosepw. vaesoiuznyi nauchno-
isaledovateltakii institut zheleznodorozhnogo transporta. Trudy,
no.W6). It" I (MIRA 14:5)
(Electric railroads- Current supply)

BOBROV, Yevsey Gdaltyevich; KOVTUN, Nikolay Fedorovich; SOKOLOV, S.D.,
kand. tekhn. nauk, retsenzent; SIDOROV, N.I., inih-., red.;
MEDVEDEVA, M.A., tekhn. red.
[Mercury rectifier unit with series-connected rectiPying elements]
Rtutnovypriamitellnyi agreqat s posledovatelInym soedineniem venti-
lei. Moskva, Vses.izdatel sko-poligr.oblledinenie M-ya putei so-
obshcheniiaj, 1961. 1o6 p. (MM 15:2)
(Electric current rectifiers)

S/196/61/000/012/029/029
E194/E155
AUTHOR. Sokolov, S.D.
TITLE@ An invertor installation with ballast resistance
PERIODICAL-. Referativnyy zhurnal, Elektrotekhnika i energetika,
no.12, 1961, 5-6, abstract 12'L 30. (Tr. Vses. n.,--i.
in-ta zh.-d. transp., no.206, 1961, 63-69)
TE:(T,o A circuit is proposed to accept the energy of
regenerative braking; it consists of an invertor of the three-
phase bridge circuit type connected in series with a resistance
of constant value. This device has the advantage over a ballast
resistance that the electric power loss can be reduced and the
control circuit simplified. It is much more reliable than the
normal invertor equipment because of the use of the constant
resistance of several ohms which pulls the invertor into normal
operation during fault conditions. To ensure that the necessary
regenerative currents flow, the back e.m.f. of the invertor can V/
be controlled by altering its angle of lead. To improve the
power characteristics of the equipment is is necessary to use
Card 1/2

An invertor installation with s/196/61/000/012/029/029
E194/E155
sniall values of series resistance and initial angle of lead- (but
equal to or greater than 30-350 electrical) and under fault
conditions to use a high-speed circuit for increasing the angle
of Lead, If, under fault conditions, the angle of lead is
50-550 electrical, the resistance can be reduced to 2 - J.'? ohms,
The presence of series resistance in the circuit avoids the
rieed for using a rear-for of high inductan!@e. Be@;:dusa of the
reliability of the device, which is intended for sections where
there are mainly small excess regenerative currents, but
currents of considerable magnitude at particular instants, full
use can be made of the advantages of regenerative braking to
obtain a power economy which greatly exceeds the additional
losses of the regenerated power.
5 Cigures,
tAbstrar,tor@s note, Complete translation.]
Card 2/2

SOKOLOVS- S.D.,. kand.tekhn.nauk
High speed protection with magnetic elements. Trudy TSIJII MPS
no.209:60-66 161. (MIRA 14:5)
(Electric protection)

130KOLOV) I kand.tekhn.nauk
S.D.
Methods for designing pick-aps for the protection circuit of substations.
Trudy TSNII MPS no.209:67-78 161. (MIRA 14:5)
(Electric protection)
(Electric railroads-Substations)

AFANASIYEVA, Yokaterina Yakovle-,,-na; C&ROND-ITS, Boris Yefimovich;
LITI1'1, Vladimir Darisovich; FILOVIDOVY Leonid Grigortyevich;
Prinim-al uch----tiye BORODULIN, B,M.; SOKOLO kand.
tekhr. nawk, retsenzent; USENKO, tekhn. red,
(Systems and operation of a.c. traction substations] Ustroi-
stvo i ekspluatatsiia tiagovykh podstantsii peremennogo toka.
Dy] E.IA.Afanasleva i dr. Moskva, Vscs, izdatellsko-
poligr. ob"edinenie Mm--va putei soobshch-eniia, 1962. 237 p.
(MIRA 15:4)
(Electric railroads- Substations)

SOKO-LGV, S-.D.) --- kand.tekhn.nauk; Prinimli, uchastiye,. GLUKHOV, I.G.;
CHERPUMY, A.V.
Burnout of the overhead conductor by an open electric are. Vest.
TSNII ITS 21 no-3:11-15 162. OURA 15:5)
(Electric 1-ines-Overhead)

S.OK.,OL,OV-J- kand.tekhn.natik
Grid protection of mercury rectifier devices with 4eries
connected valves. Trudy TSNII MPS no.23206-45 162.
(YJRA 15:9)
(Mercury-are rectifiers)
(Electric railroads--Current supp@y)

SOKOLOV, S,,D,, kand.tekhn.naulc
------ __
Relialbilit.,- of a group-type grid protecticn system. Trudy
TSNII IeS no.232446-60' 162. (HURA 15-9)
(Electric railroads--Current supply) (Electric protection)

@SOKOLOV) SOD., lcand.takhn.nauk
Burn-out and overheating of the wire at its contact point with the
skate of a stationary trolley. Vest.TSNII 1,0 22 no.1:21-24 163.
(NIRA 16:4)
(Electric railroads-Wires and wiring)

.110KOLOV, S.D., kand. tekhn. nauk
-Al `0 . -
Use of semiconductor rectifiers in'traction substations. Trudy
TSNII MPS no.250:4-18 163. (MIRA 16:6)
Electric current rectifiers)
lectric railroads-Substations)
R

SOKOLOV$ 6.D., kand.tek-hn.nauk
Methods for determining the reliability of electric apparatus
during testing. Trudy T3NII MFS no,261*417-54 163.(=A If 19)
.4,

TREYVAS, 1A.D.; SERDINOV, S.M.o in--h., fetsenzent; SOKOLOV, S.D.p
kand. tekhn. nauk, -ed.; VOTONIKOVA, L.F., tekhn. red.
[Higher harmonics of a rer--tified voltage and their decrease
in d.c. traction substations] Vysshie garmonicheskie vyp-
riamlennogo napriazheniia i ikh snizhehie na tiagovyk-h pod-
stantsiiakh postoiannogo toka. Moskva, Izd-vo "Transport,"
1964. 98 P. (MIRA 17:3)

MOCRENOV, I.G., kand.tekhn.nauk;-,9DKOLOV, S.D., kani.taklin.nauk;
RUDNEV, V.N., kand.tekhn.nauk
Selecting the polygon of regeneration and the receiver of excess
power. Vest. TSNII MPS 23 no.1:18-22 164. (MTRA 17:4)

: n". I, .
SOKOLOV, S.D., kand. tekhn. navik; @. -.,
Y,ACHEVSKIY, A.I., inzh.
aperience in the operation of quick-acLilon electric network
1. -
protection. Trudy TSNII MPS no.276:16-32 164. (MIL@ 17-,S)

I-a-
1:7f 1! o nat tPIKIM.
'7
nauk
uFe 0.
Fcononde G C-i-in v of @'!I@ r. . . P. brk
1,9 R
,Jor, trans

KOCHCTKOV N.K.; SOKOLOV S.F.; ZHVIRBLIS V.Ye.
Oxymethylation of 3., 5-dimethyloxazole. Zhur.VKHO 6 no-4:466-467
161. (MIRA-14:7,
1. 14oskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova.
(oxazole)

SOKOLOV, S... kand.tekhn.nauk (Novosibirsk)
Checking the operation of electric railway motors. Zhol.dor.
transp. 36 no-3:63-65 Mr 155. (14IRA 12:5)
(Blectric railway motors)
(Riectric measurements)

SOKOLOV, S.G-. kandidat tekhnicheskikh nauk, Novosibirsk.
Efficient use power reserves of electric locomotives. Zhel.dor.transp.
37 no.10:16-18 0 '55- (MLRA 9:1)
(Electric locomotives)

6
SCKOLOV, S.G.
.............
Reducing the voltage of contact networks in electric transportation
Systems. Izv. vost. fil. AN SSSH no.9:86-93 157. (MM 11:1).
1. Zapadno-Sibirskiy filial AN SSSR.
(Blectric railroads)

SOKOIAN, S.G., knnd.takhn.nauk (Novosibirsk)
---I-.-- - 'tempe'rature conditions in insulation impregnation and drying
for electric traction engines. Blek.i tepl.tiaga no.10:20-21
0 157. (MIRA 10:11)
(Slectric railway motors)

S/200/62/000/007/001/002
The effect of low temperatures ... D207/D308
little at -700C compared with room temperature. The electric volume
resistivity rose rapidly on cooling. An examination with a microscope
showed no irreversible changes on cooling to -700C followed by return
to +200C. Twenty thermal shock cycles (30 min at -700C, followed
immediately by 50 min at +1200C) hardly altered the elec 'trical proper-
ties of the resin. Immersion of the cycled insulators in water showed
no cracks. The resistance to arcing under Siberian conditions was also
good: no deterioration was found after a year's exposure to inter-
mittent arcing in open air. The ultimate tensile stren&th of the resinj
measured according to FOC T 4649-55 (GOST 4649-55), did not vary
greatly between +200C and -700C. The impact resistance, measured accord-,
ing to FoUr 4647-55 (GOST 4647-55), fell from 10, 5 kg/cm at +200C
to 3 kg/cm. at -60OC; however even the lower value is still better than
that of porcelain. There are 7 figures.
ASSOCIATION: Transportno- energeticheskiy institut Sibirskogo
otdeleniya AN SSSR, Novosibirsk' (Transport-Power
Institute, Siberian Division, AS USSR, Novosibirsk)
Card 2/3

SI)KOLOV,-S-.G..-kand.tekhn.nauk
Concerning the design of high-voltage insulators for districts
with a high degree of air pollution. Elek. sta. 33 no.7:59-64
J1 162, (IqRA 15; 8)
(Electric 1-ines-Overhead) (Electric insulators and insulation)

SOMIMP S,,G.; LEVITSKAYA, TS.M.
Effect of low temDeratureB on the electrophysical and mechanical
properties of epo@ide insulation. izv, Sib. otd. All SSSR no.7;
P-41 162. (MIRA 1?:8j
1. Transpor-,-no-energeticheskiy institut Sibirskogo otdoleniya
AN SSSR, Novosibirsk. -

SOKOLOV, S.G.
Effect of snowstorms on electric strength of the air gap. Izv.
SO AN SSSR no.2 Ser. tekh. nauk no.1:94-98 163. (MMA 16:8)
1. Transportno-energeticheskiy institut Sibirskogo otdelenlya
All SSSR, Novosibirsk.
(Electric lines) (Storms)

sei@oi,ov, S.C,.
, n3- *a t.,-S - TZ-;, :;() ' 11
PrIncIple fr-r de@;:rrjing
- I - -r@- ?I - 11 - -
SS'--'Fi no,10 Ser. tekh. nipiuk- no,3:34-41 ; 63 -,
WIRA 17:11 .)
1. Transportno-or,,tirget.4c7ieskiy institut Sib--'rskogo -crdele-niya AN
Ss3il, N'Ovosibir@,k.

K Cr. I.- rd e k h n , n a uk- ; TR c! OV V K'
n zn.
F and ae r od,,.r nar, i c o hara,- te rs tj@ -n 5 0 f s c@, r.-= 5 j7 ar,.6 d
Elek. sta. 36 no.2@59-62 F 165, 'MIRA 18:4)

5-,K6
V S,
7TJ Sokolov,
--S-DQ vychWenii vinbuostl vozduMu pri radlowparovuiff ating3foyi '[Cut-
mi ton rd7t-m7*s4-pLric humility by r-.idiw@rrv!!n;z ,f the atmosphere.] Meteoroicea i
GiJrjio@,;ia. Lertin7 -a,i, No. 6.49 19, Nov ),:c. 1,)'@5. Wife D%rB, DLC--.,% method
,T is
prop""A f,w Ilwasuling tile atnioipheric hum;dily if n, the ltiui of radi-oode sigluls even
when the difference b-tween the iimultinco,-s rccu@ding of the r.t,li-nide hygrunicter aud
psych -3mcLer is greater than 10% relative huntidicy a:id --- tnkcch a@3 25-30% relative humidity
or mo. e@ 'I )IC C LIC @U @31 f--LCtQr-3 ill radio@,jn&5 rz. piinihle fof the fact that they rreord a
I i I'N ,@& By Iowan, of an exp-'riment
higher rcLtivc huimdi@.y chart psychrmu"cri u, ai j
"I%C by mean, of which :Oat',e @uut:dity wan ul@tlsurcd Mwil tile latter
and, lllminmm atid -3sychrunicter, it is
di wo :h-,t a expt-Q@@C@I i;I Of Lh.Q Of the rcxain.@ it,4 value
f,r ;IH ,f huj,,idit@ . Subjet:1 Ifead.,rp 1. litimidity lp.Lasuremum tochniques 2. Radio-
Sundq observations, - I.L. D.

Subject
Card 1/1
Author
Title
USSR/meteorology
Pub. 71-a - 18/35
AID P - 3855
Sokolov, S. I. Floating station "North Pole-5"
On computing air humidity with radiosondes
Met. i. gidr., 6, 48-49, N/D 1955
Members of the floating meteorological station "North
Pole-5" explain their method of computing relative
humidity in the atmosphere by means of radiosondes.
One table.
Periodical
Abstract
Institution None
Submitted No date

PHASE 1 BOOK EKPLOITATION SO-1/4871
Leningrad. Arkticheskiy I antarktichaskiy nauchno-issledovatellskiy institut.
Materialy nablyudeniy nauchno-lesledovatellskikh, drayfuy-ushchikh stantpi "Severnyy
J,
P01,71W -4" 1 asevenvy polyus-6' 195Y57/90da- (Observation Material of the
Scientific Research Drifting Stations "Severnyy P,--Iyus-4" [North Poie-4) and
"Severnyy Polyis-6" (Nox-th Pole-6] for 1956/57) v- 3@, Leningrad, Izd-vo "Morskoy
transport". 1959. 950 P- Errata slip Inserted. 350 copies printed.
Sponsoring Agencies: Arkticheskiy i antarkticheskiy nauchno-issledovatellskly
institut Glev-nogo upravieniya Severnogo Morskogo Puti Ministerstva morsk;)gD
flcta SSSR and TsentralInays aerologicheskeya clbsexr@storiya Glavno,-,o upravleniya
gid:rometsluzhby pri Sovete ministroy Soyaza SSR. Ed. by K.A. Sychev, Tech.
Ed.: L.P. Drozhzhira.
PURPOSE: This bcok is intended for o,-eanographsrs, geophysicists,, and meteQrQlc.--
giE;tB
COVERAZE: This is the third of a 5-volume work containing the results of observa-
tions conducted. by Soviet drifting polar stations in 1956-1957, Volume Ivill
contain astronomical sad oceanographic ob@ervations; Volume 11, meteorological
Card L/3

Observation Material (Cont.)
SOV/4871
and.actionametric; Volume Ill., aerologie&l; Volume IV, magnetic and ionospheric;
and.Volume V. ice observations. The aerolcgical observations in this volume
are grouped into 27 tables. The methods and protedures employed in the re-
search work on the drift stations are ejrpl*@Ined in the Foreword. Three stations,
Severnyy poluss 4-5-6Y were operating simultaneously during the period covered.
Leading personnel at each station are mentioned. Director of the station
"Severnyy polyuj3-V was A.G. Dralkin,- Candidate aff Geogm3ftical. Sciences. Par-
ticipating in the researth work of the station were, beeldes the 20 members of
the Arctic Inatitute, staff members of Mos,-xv TUmivversity under the direction of
A.G. Kolesnikov., Doctor, of Physics . ani Mathematics ' ' 3nd staff members
of the Glavnaya geofizicheskaya observiatoriy-s(tWin ue-Ophysical Observatory) under
the direction of D.L. Laykhtman., Doctor of Physics and Mathematics, and staff
bers of the Institut mikrobiologii AN BSSR (Tnstitute of Microbiology', AS USSR)
under the direction of A.B. Kriss., Profesaor. The director of the station
"Severnyy polyLw-5" was A.L. Sokcicv., Candidate of Ge-cgraphy, and the director of
the station "Severnyy polyus-64 -vss K.A. Sychev, Candidate of Geograjhy. ObBerva-
tional data were processed in th,@ Aretic and Antarctic Institute. There are no
references.
Card 2/3

3 (7); 5 (3)
AUTHORS: Dolgin, I. M., Pikazin, Ya. S., SOY/50-59-3-13/24
Sokolov,.S. I.
TITLE. On the Improvement of Hydrogen Production Methods at Aerological
Stations (Ob usovershenstvovanii metods, dobyvaniya vodoroda na
aerologicheskikh stantsiyakh)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 3, PP 46 - 47 (USSR)
ABSTRACT: 'A survey of the methods of hydrogen production is given here.
Transporting of hydrogen from factories meets with great dif-
ficulties because of the restricting rules in force for all
transportation types. Hydrogen is therefore produced in aerolo-
gical stations. At present, the silicol method is employed,
which essentially consists of the separation of hydrogen under
the interaction of ferrosilicon, caustic soda and water. Gene-
rators of two types are used for the production. AVG-40 and
G-3 (ANII). The formmr allows ar internal pressure of up to
100 atmospheres, it requires relatively little
water, is however apt to cause troubles as concerns prevention
of accidents. The latter is more convenient in this regard, but
Card 1/3 it requires much water. The silicon method, however, is also in-

Sfnq /-- r,_ r- 11,, 7_4 P,
lhe imprivement O.'k' Hydrogen at
Stati--r-s
- -'r. It is
c n 1, e r- 4. -@n 4
not Is rez@ol---.!
4 4. -1.
cf the liazdenin- cf and a -reat 3austi,-
0 Q
s,--i:a is -aeded. This all le-i 'tl:, the re;- @, 3 S f rk E OU .I
.msth:1dz of pr:@d-,@.cinj hydrogen. k Teth-@' (Pat s-,,t Ur @ 1 11
has been re3-!ntly th3 @f Ya. S. PjL-a--*,--*
Hydrc'---r ia @r,--lu,ed by interazticn anOl J.1--
tht p2asan,@c :,f u lye art4n- as zatalys".. The n---th-,,l --',z
s3a
pcw@Lar ani C-'O L" s: i
and hard -a- q c d ut ?re--hcall HydroZen i s pu::or
L.Lar, t!i@ c.-,nc -.-.rodu@@czd acio-.1ini- to thi@@ silicol. ra,@!thod and by --ts
I@rDpt@rties comes -.o th-2 rLtaincd by hydrolysis.
ji@.-zaz: hi6lir;:r ality steel cyl-ndtze.
The ncw me'hcd, I'CW@-,-T,. r:, L @. I C
The posa@billty is p-iii-od c-z cl@, em-3-rin, stet2l- @@yllnders in
,,)mbina@lion wl-.-h -:70,@-Llct`oDn Z@-Steel
-ylind.-ar gas generat@r,,. By z' 'c- aid +.,inra it, ,T.-@ld be po2sible
t: --btain as much @n@) ---hargc, as is required for
C,
i@-Illnc +he raLl1rP@c!)e The gennrat,= G-75 could also be
Ca-f-I 2/3 'h,- Ity `I-h@:! new method. Tha e..^;sts
U @ - - U

c,dS a` SOV/5C-59-3-17/24
f Hj.1-C, -rodu r-. Die th
P__
al S4 c 71 S
at
2-Y 1CV1f:,
u ard Iy b@_ar_ appli'ad
this @_-.aascu --s slreaaj
as
of i@ Ilse-
r
b e ;: ("North
.h P-'
-a (N@::t
-,-,-).ivy P@ly
pz-@ 1:n
,and

DOIGIS, I.M., kand. geogr. nauk; SOKOIOV, S.I.,mladshiy nauchnyy sotrudnik
Distribution of meteorological elements at the Mirnyy and drifting
stations. Inform. biul. Sov. antark. eksp. no-?:13-17 159 (MIRA 13:3)
1. Arkticheskiy i antarkticheskiy nauchno-isale.dovatellskiy inBtitut.
(Antarctic regions--Meteorology--Observationa)

DOLGIN, I.M., kand.goograf.nauk; S-OKOLOV, S.I., mladshiy nauchnyy sotrudaik
Comparative characteristics of the wind regimen at the MirW Station
and the drift station "North Pole 7". Inform. biul. Sov. antark.
ekep. no.19:26-30 160. (MIRA 13:9)
1. Arkticheskiy i antarktiche3kiy nauclino-issledovatellskiy institut.
(Mirnyy regiou, Aatarctica--Winds)
(Ar6tic regions-Winds)

DOWIN. I., kan(l.geograf.nauk; SOKOLOV, S., mladshiy nauchnyy sotrudnik
Aerology in the lretic. Mor. flot 2.1 no.12:38-40 D 161.
(MM 14:12)
1. Rukavoditell otdela Arkticheskogo i Antarkticheskogo nauchno-
issledovatellskogo instituta (for Dolgin).
(Arctic regions-14eteorology)

DOLGINY I.M.;
"Aerology"by A.B. Kelin kii and N.Z. Pinus. Part 1: Methods
employed in aerological measurements. Reriewed by I.M. Dolgin,
S.I. Sokolov. Meteor.i gidrol. no.11:60-62 N 162. (MMA 15:12)
(Meteorology)
(Kalinovskii, A.B.) (Pinus, N.Z.)

CODE 1-171i/65/00GA)"I/0015/061.3
IS G W C LE Ui(
7. @;Cicnce@;); Sokolov, Co. 1. (Junior rC--
@@';c Research Institute (Arkticheskiy i antarkti-
c SC,
in air ter-aperature 'over 'Mir.nYY_,,.,--
V
inzarkticheskaya eks-peditc;iya , 1955-. lnfor@. atsionnyy byulleten
cilmate, air temperazure, tropozphere, wiad meanurement
en, pera-
of a five-year study (1956-60) of fluctuations in air t
?rC:;CnzCJ. C'. r te-mperaturc are usually due to circu-
U hannges iz, ai
@`c-finitc rellation-ship exists between the tropospheric tem-
7-, rocurl:@,C__co of -che uind diraction in the given i%-gio@,. in 1957, the
WIZAC CaX0_ccioT, in the southern quarter of the 500 millibar surface
0- -,'e "average". The recurrence of wind direction in the north-
cua2z,!@, 0--- zaat surrace was 49'U durin.-I the same period. in April 1958, a cold
d-iminished in the northezn quarter to 43% and increased to 28%
.A. i k. C; DixizZ the warmi, October of 1957, the wind recurrence rose to 50.4%
Ca.ci 1/2

T
;%CC- NR. 1,76025293
noz@@'-,@::@ quartez- ar'd to 24.3% in the sou-chern. Presumably, similar fluctua-
Occur iz' '6A'.! con@dnentls interior. This wouId account for the appearance
-)o-" -,(2ar the stations Voszo]x and &mundsen -Scott. In 1958, these spo's
"-ue 'co wl.-ndz; blo-ding from the Indian ocean. orig. art. has: 1 figure, 1 table.
A.
SU3 CODE: Cj_"/ SUBM DATE: l0Apr65

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froctions of Kashpir shale oil and refined with weak Hig), and Nao) I followed by %ash.
ing with Mq 11,1401 had the following characteristics: dt, a - ONW7. 4'0* - 1.4767.
chtm. compn C If 10-70, S S.M. 0 2A)%. On rrdintn. the oil was partially ..00
decumpd. 2M% distd. below 13011 1434% below 15W, 74.175o below 200"
and
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2 paraffins 2 5, naphthents 5.5. unistd. 25.57c: and of the IW 90* fraction as: Scompds.
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f results with those of HeusSer (Ber. 23, 23, 488(lFW). 30, 2741(IMM; zoo
Z. GINgew. C". 9. 2M, 318(18%)) shows that the oil is radically different from the

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A L
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0 meebitnical composition Of itas. S. M)kulov. Prob-
Ir"T Smvl. PatkiltitidruiYa 1939, No Kbim.
0 Rtj@njv /heir, IWO, No. 1, 70-S. irI& in a no. t4 .0
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content (a"ottling to Knoll), al,,urption calmeity and all-
sorbetiNa. Tht: ratio of (fie max. tool. moisture capacity
o: do to file max. hygrawopicity vari" front I.S to 10.1. This .200
ratio decrewts with the decrease ri the size 4 the particics
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0,1111 0 0 0 0 0 0 00000
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SOKOLOV, S. 1.
"On the Permissible Errors in the Determination of Temperature by the Comb
Radiosonde Method"
"Accuracy of Calibration of Pressure Recorders of Radiosonde Apparatus,"
Trudy, NIU GL04S, Ser I, Issue 19, 1946.

SGKGLOVI -j. 1.
"Tie Soils of Little MjTnLir@-. Basin and tlic Danger of 1-hid SLrearas," Iz Akad 111auk Kazakhsh
SSR, Seriya Pochven, Ho 28, Issue 3, 191,-6 (U-104,).
(Meteorolcgiya i GidroloCiya, 110 6 Nov/Deec 190)
50- U-32113, 3 Apr 1953

USSR/Geography - I-later reservoir
Card 1/1 Pub. 123 - 7/13
Authors i Sokolov., S. I.J, Candidate of Geographical Sciences
Title t Soil content of the lower part of the Euba river
Periodical i Vast. AN Kaz. SSR 120/3, 74-80, 14ar 1955
Abstract i Analyses of the soil content of the lower part of the Emba river
(empties into the Caspian Sea)are described, The work was conducted
for the purpose of controlling the Erba river waters in order to
build a water reservoir for irrigation. Tables.
Ins-4-itution i
Presented byt Member-Correspondent of the Acad. of So., Kaz. SSR,A. Bezsonov

14-57-6-12431
Translation from., Referativn7y zhurnals Geografi7a, 1957, Nr 6,
p 101 (USSR)
AUTHOR: Sokolov, So I.-
TITLE: Contemporary and Future Work of Classifying and
Systematizing the Soils of Kazakhstan (Sovremennoye
sostoyaniye i dallneyshaya razrabotkR vo rosov klassi-
fikatsii i sistematiki pochv KazakhstaM
PERIODICAL: Tr. In-ta pochvoved. AN HazSSR, 1956, Vol 6, pp 3-31
ABSTRACT; This atudy contains a critical review of classifi-
cation systems for soils in general and for soils of
Kazakhstan. As a basis for constructing a genetic
soil classification'. the author proposes to establish
the principle of evolutionary series related to the
cycles of development of earth's surface forms. Each
major relief form must have its own cycle of soil and
vegetation development. Regional and facial-climatic
manifestations will be superimposed on these cycles
Card 1/2 and will be changing within them. The author offers

SO]"OLOV, S.I.
Zonality- of soils and the soil zonps of Kazakhstan. Pochvoved-nie
no.9:56-64 S 159. (MIRA 13:1)
l.Institut pochvovedeniya Akademii nauk KazSSR.
(Kazakhstan--Soils)

PICHIKINA. Lyubov' Ivanovna; RUBINSETM, Mikhail Iseakovich;
STOR022ONKO, D.M., otv.red.vypuska; BXZSONOT, A.I., otv.red.;
BOROTSKIT, Y.M., red.; SOKOLOV, A.A., red.; red*;
USPANOT, U.U., red.; FOGOZEIET, A.S., red.; ROROKINA, Z.F.,
tekhn.red.
(Soils of Kazakhstan in 16 volumes] Pochvy Kazakhskoi SM v 16
vypuskakh. Alma-Ata. Tol.2. [Soils of Kokchetav Province]
Fochvy Kokchstavskoi oblasti. 1960. 135 P. (KUIA 13:8)
1. Akademiya nauk Kazakhakoy SSR, Alma-Ata. Institnt pochvove-
deniya.
(Kokchetav Province--Soils)

Y&DORIN, Yuriy Vasillyevich; PETALIN, A.M., kand.sellskokhoz.nauk. otv.
red.; BEZSONOV, A.I., glavnyy red.; USPANOV, U.U., zamestitall
glavnogo red.; BOROVSKIY, V.M., red.; SOKOLOV, A.I., red.; SOKOLOV*
S.I., red.; STOROZ90KO, D.M.. red.; BARLYBAYRVA, K., red.,@_
SE19VCHUK, T.I., red.; PROKHOROV, V.P., tekhn.red.
[Soils of the Kazakh S.S.R. in 16 volumes] Pochvy Kazakhskoi
v 16 vypuskakh. Alma-Ata. Vol.l. t3oils of North Kazakhstan
Province] Pochvy Severo-lazakhstanskoi oblasti. 1960. 173 p.
(MIRA 13:7)
1. Akademiya nauk Kazakhakoy SSR, Alma-Ata. Institut pochvo-
vedeniya.
(North Kazakhstan Province--Soils)

BEMONOV, Andrey Ivanovichy doktor, prof., zasluzhennyy deyatell nauki
Kazakhokoy SSR; USPANOV, U.U.v otv. red.; BOROVSKIYj V.M.j red.;
5 ed.; ASSIXG, I.A.9 red.; PROKHOROV, V.P., tekhn. red.
[Selected works) lobrannye trudy, Alma-Ata, Izd-vo Akad.rauk Kazakb-
skoi SSR, 1960. 254 p. (MIRA WO
1. Ghlen-korresporident AV Kazakhskoy SSR (for Bezsonov)
(Soils)

RZHANPEISOV. R.; SOKOLOV, A.A.; FAIZOV, K.Sh.; BEZSOIIOV, A.I., glavnyy
red.; USPANOV, U.U.. zam.glavnogo red.; BOROVSKIY, V.M., red.:
SOKOLOV. S.I., red.; SiIOROZffKffKO, D.M., red.; BARLYBAYRVA, K.Kh.,
red.; IYANOVIA, E.I., red.; PROXHOROV, V.P., tekhn.red.
[Soils of the Kazakh S.S.R. in 16 volumes] Pochvy Kazakhskoi
SSR v 16 vypuskakh. Alma-Ata. Vol.3. (Soils of Favlodar
Province] Pochvy Pavloderskoi oblasti. 1960. 264 p.
(MIRA 13:11)
1. Alwdemiya nauk Kazakhskoy SSR, Alma-Ata. Institut pochvo-
vedeniya.
(Pavloder Province--Soils)

c,QKOLOVLAj@; ASSING, I.A.; WOWIGALD'EV, A.B.; MtFIKOV, S.K.;
BEZSONOV, A.I., glav. red.; BWOVSKIY, VAL, red.; SOKOWV,
A.A., red.; STOROZMM, D.M., red.; USPITOV9 U.U., red.;
SMCHUK, T.I., red.; ROROKINA, Z.F., tekhn. red.
(Soils of the Kazakh S.S.R. in 16 volumes] Pochvy Kazakhskoi
SSR v 16 vpuskakh. Alma-Ata, Izd-vo Akad. naulc Kazakhskoi
SSR. Vol.I+. (Alma-Ata Province] Pochvy Alma-Atinskoi oblasti.
1962. 422 p. (MRA 15:4)
1. JLkademiya natdrIrftzakbskDy -"R-, A-Ata. Institut pochvove-.,
deniya.
(Alma-Ata Province-Soils)

WE$ I.I.; BARBOT de KARNI, A.,V,,,! VISLOGUZOVA, A,,V,; GALIYEV, M.S.;
LIJ, A.B.@ IDMONOVICH, M_11,,@ YAKOVOKO, Z.V,; ASSING, I.I.,
NURMANGALMV-. A.B . LO ,- Ij_GRIGOR'YEVA,Ya.P.,-
SEROV, N @ P. 3 @WNOV.,, G. @ , Y.9 B@ S. ; 'ZAGAYWV, V.I.
B01110`@SKIY, V.M.; LITVINOVA, A.A.,IPOGREBINSKIY, M.A.;
NASONOVA, O.M., KHAYDAROVP R.M.@ SUVOROVA,'R.I., red.;
ALFEROVA, P.F,, tekhn. red.
[Ili Valley, its nature and resources] Iliiskaia dolina, ee
priroda. i resursy. Pod obshchei red. M.I.Lomonovicha. Alma-
Ata, Izd-vo AN Kaz,SSR, 1963. 338 p. (MIRA 16:8)
1. Akademiya nauk Kazakhskoy SSR, Alma-Ata. Institut geolo-
gicheskikh nauk. 2. Nauchnj@,e sotmadnikil Lnstituta geologi-
cheskikh nauk AN KazS4R (for Bok, Barbot de Marni, Visloguzova,
Galiyev, U. Lomonolvich, Yakovenko), 3, Institut pochvovedeniya
AN KazSSR (ior Assillng, Nurmangaliyev, Sokolov, Borovskiy,
Litvinova, PogrebAnvIdLy), 4'. Inst-itut botaniki AN KazSSR (for
Grigorlyeva, Nasonwm). 5. Inst-itut zoologii AN KazSSR (fCT
Serov). 6. Kazakhskiy politekhnicheskiy institut (for Leonov).
7. Ministerstvo sel'skogo khozyaystva KazSSR (for Zakharov).
8. Kazanskiy filial Instituta "Gidroproyektn im. S.Ya.Zhuka
(for Khaydarov).
(Ili Valley--Physical geography)

son
oo
00 .3
400
0;3
041
0414
IMwdM
OWN. :!Rik-
,- W. A .-4w --LT
W=2*7
wTawmewiliu.
SO*
1-00
. 000
goo
woo
00
:oo@
Boo
x*O
we*
I L A ANTALL~AL LITIOATIM11 CL&IWXATM to
NOW 11MONIVO U- 40"Iftv NO
410 ", 10 44 WY t memo NVIVOOO&AG )t iv7-M 10
1: 4 @p "I"Oe
'10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0@6600066000006660960
eo .01 4 qp 004
*00,0000004000000900000 :0 000000000000400000;eu

w w tv w
W
O
0
L I

0
0: Tile efto of th; degree of dispersion and the stability
s
it
bes
b
i
ti
a
l fint
f U
i
l
W
j l
es
t
m st
ion
o
UM
sc
irp
y
I p
p
li
Om?i
N. P.
all, S, 1. Suillikiv. 111-11 ,it
Afteftr
I't"m wk.-Isslodomirl. Ims). Kitakiwisplal
@,s
IQ-if. No. 1. 16-17; C*Almn. Ztmir. 1933. 1. 41".-- 1.1,1111C
e%1. P.ml.l S. -los.of t-luillis
Initiciples of vairrux tivor" of (livrttilln, Culplayillit tile
of ultrAtiltiati4m. dialysis still fractional @Altiug
-It. The ilS(fiVhh1AI 11LItclitill't verse then sultutitted I%v
juant. ulling still 4"diliff 11) thr mirlholl of Kolov and
00
tickmoss, (ri. r. A. Ia. 34MI). 'Ilse plicuststmis of
z
00
(ci r. A, 18. 401) wilt, imA 14,r chArue-
till, i ... jj,-l.jt".j (f,ictum@. F%pl@. Qw-l thm zoo
liuclitin. writ. 111'. Illore easily %41trd litit. milli 111cruflne
he l-. @ttjmv. tile mole, rvor,,ly tfi,jwt-@ 11-
Yhr Itit wi% 14-vi, if? the fillee da-l- -1@ It, It-
i2A A vvmr.@ct. it, exists. umnit Americlus rxjwtl. hiJ- mul

00
the ptistion of nwittims ditiltemity @lwuvd the
;kelivaud C
of ligh"t ati-imptitm. A lheofeticul th-il',tit'n of the VNIOA
irwilided. NI'llre Z*o
00
-
.90
-
.00

0 0
1

@ L n
A
1
9 @
40
0 0 0 0 0 0 0 0 0 0 o o 0 0 o 4
* 0 0 0 0 0 0 0 41 0 0 0 0
40 0 0

it j A 11 -1 14 Is 14 tit vidis 14" A ?9 J. It 1: It 14 0 Atli m"41 4'
L 0 m U V
A
A I I SO Q up tt ufiliaro
,
-
t, f I

jw;j-ji",G-"
j
m
11060da fog the dtm ;-oO
tratim in SUM@ " eAracts. S, I E. G.
v on,
5
9
L
Muie "-Y. lsmxo)o Ttratm]. -jVa -
- T
,
rsirr"Okl. Imit.

00 Krzherenseni Prom. 1031. No. I. 'M; C". Zextr. 1933,
0
1. 4(ri2.-Tbc Folien colorimeter and the 11-1*d circimle -
0
%%viv num useful in the deln. of H-ion concn. in ulfile
00 G.Mmac
=00
zoo
00 zoo
00

0 0 Z@
00 =06
oo, =00
00

to ::09
00 00
00 f
A I I L =00
00 4

A L j a od 0
'
'
I
N
M

n
6( it it N it It rt
O
I
I
I
*0000000000*0000000:0loooooooooe*oooe*ooooo*

-
sssssssss 0 0 0 41 0 0 a 0 W V-
IP 0
1
4
0
-
-

1
0 0 a # a * 0 0 0 0 *16 0 0 0 9 0 4 a 0 0
0 #
, 0 Of
0 0
0
4
0 - "!
@18
--o-mr-w-
a
4 *
0

a It
am A. W 11 m a
,
.
.
al 4 16 it ta it M! I' n . . .
1 u f a a "
4
r 0
A I
f, it j L L a N F Q 4 1 1 U f A F I 4A 0 OL W t, 4 1 .
'
-1,
.00
00
00
A of
:-96

00
00 S ISIVIallfigiltilit H9119 1141,14alf With 4 &11111 11FIGICU'04111. N 1. S-MOLIIV, A G- i'All'INIKI,

60 ai A.Nll
:@.'. V, I't-SKOV. Za Orladeam rikkavikei. KozkervN#t,w ProistWilm. 1931. Na 2.
"
@Silh waslound Suitallh.
14- ;,.--A glae, electrude cantg. 10% L40. I0%CaOan(PU)
j
-06
00 fur pl, ilrins. in linir liquor front leather trratuartilL Sollm Ct tg. not lem than 025a`@.
"
'l

60 us NmpS have oat alra-t esiott, pl, vollitc of 12,21 to 12.3, while
i
l A.4atil. All, the Pat - -00
12A), [it smIll. %,Ilm of CatOll), h, - 121.0, &nit .4114 ;f pit - 12 1 ate obtmilwd hv
'
, ^00
of varyinx an,unnis of %
rhe .4y. .I CA
(0 1). kclvd@% x1viduAlly with
*as.
li
h
i
d
A

0 a
t 411,on t
le a
dra
lt
a)( us to 100' of NaCl to CatOlll h + Nai. The cont it CS iolm olv"-AW4 lits,111411V
v
i =00

400
0 with the at
dn. of NmCI. Attalla. of KCNS has alunist no effect nit pn. comings only a
40 %itiall increaw ill the itanisatiou of Co. As,.Sa cauvat only a mnall dr"raw (0.3) in the
sonitation of Ca The addii. of increasing milintia. of (NIIASO. to m?,ald. *,Ill all Cakilall I.
00 contig. 0.25% Nm#S safacregmaively decreased the pig value. The votiteriP. of CA ion't in
00 t,olutions Also itimases with increwaird conen. of (Nl(&W)4. Thus a consitimbir
lowering of jift and consequently a it" adjustment of the actitre alky. of little liquo"
09 z can only be effected by the adda. of weak has" such as NH. salts. In fresh Nine liquaft
oil iq practically const. at 12,2-12.4. A. A. BOUNTLINrK
0
- `
0.11 ago
t-
age
cc too 0
A I pa. S L A mtTAkkvR6KAL LITIRA111.41 CLJaS%lFKA1lO"
00
11 (NU &a
gas
--y '117- 1 W 0
U 71
49 a 4 It tl it IN Isla :14
0 0 0 0 v 0 0 a 0 0 0 0 0 o 0 0 0 0 a 0 0 0 * 070 0 0 19 0 0 0 0 a 0 0
1@44, 0 a 0 0 a A a 0 *so 00 0 0 a 00-0 googm go 016 0 & 0 0 0 0 0 0a 0 0 0 0 0 0 a

j@ A
0 A 0 0 0 0
0
a
0 4 0 0 a
0
1 M 11 1) 11 14 is is 11 is 11 30 JI n a if J) 16 17 r; it L 1, U II P n M 11 M h L V 41 of a 'C
AI L IJ L -t f. P Q I I I U V i Ir 1 7 1 AA 00 @L W it,#
A L L@ a P
06 ,

7%* &IMI electrode. S. 1. Sokolov and A. 11. raquinskii. OW44nde Tokkaikei:
KoaA~anoe I'mismoJuvo 1931, No. 2, 22-3; cf. C. A. 26, 4900-The reliability of thc
A! to& above P't 9 is quetimable; it depend, on th, ions of &"I nactal,
C
xl
11 the -4n. Electrodes were prrpd. of the following catnpns.* LiI0 10. C&O
=. -41141
10, Sio. 161%; N" " .0. CaO 8. SiOs r2%; KjO 25, C&O, 10. Si(N 05%. Pst ineasure- -00
90 mentt of these electrod" were made In solos. of LiOll, NaOll, K011. Rbbll and Cs-
9 Oil of various comnq. Up to lp 10 ibm Is a direct rtlationibip, of the potential to
low the deviation sets In at about pH - I 1 .5 and
l
F
r L4 and Na
f
h
h -00
0 o
e so
n.
t
I
e pm o
g
11.0. The Li-gla" electrode shown a drop toward the abocim in LiOli soins. and some
decline for NaOH and no deviations for -AAnq. of K011. RbOH and CPOIL The Na-
0* glass electrode shows a drop in solos. of LiOll and NaOH and a minor deviation in
00 KOH, RhOll and C,011. The K-Stan electrode has a drop in LiOll and N&OH solits.
b
i
) i
00
00 1 va
n
sc
and a considerable devistim (the carve running a1mcnt paralle. to the a
K011 and &much smaller deviation In solos. of RbOll arml C-011. Thus the Li-gLaz,
00 .3 electrode apitear, to 1w mmt reliable in the ab-cuce of Ll and No i@", altbixISh n.roame-
00 3 tnent, may be clTectcd in the presence -if Na ions providni the -ctrodr is properly
hili
k
A
A
B
d
00 @ I .
.
or
nS
calibrate
. '

zi
@40 0

09
A 1 0, S L A 4tTAI.LLFGKAt LITISAILRE CL&SSIFICATIC" El

t

Is T.
I - r q- r- - F a 4 @j i I a 1.4 0 - - I W- ft- -13 Aj, 1
2 n I I.

It 11 It 1.9 61 of it It It It n it It Vt ML
0 0 0 0 0 0 a a 0 a *
00
6 1

0 0 0

v - W_W_W_ W_W_W_W_ W_vF_4F_4v4VW___
VAN 09000000400000000
03
a
A a L -1 -
111) DAIS Alljohijoll u u W a b U I a I dj 43 W a 'r 0
1
N %V
'L A. Al a At I I il *1 11 v 1 1
1 AA 01 CE 00 U t

00 A
. ,
1
6 A
1 4

0: I-go
0

14
C
ll
id
l
bl
l
h
f 0
o
o
a
ems
a t
e pleparation o
leatbeir.
. 1.
pm
Inviliya Turatrai. SuawhAsslodmuld. IFS11. .00
Kos"mmol Proms. 1932, No. 0-7, 1-5.-V&YkKu prob.
l
ent% are reviewed in connection with the pvrpn. of leather.
A
A
H
l
h
k
.
.
or
it
nic

00

00

see

00

noe
S..SL AtIALLUNGKAL LITERATLAE CLASSIFKATtCK c Z_ CIO*

LO
'
11 11 " I
'
V, _`_
I
n
4
0 1
,
" w
U
R
.1 1 R
o'

O
0
0 0 to 0 o
T s
0 0
0 0
*
e 0
o 00
o
;
a
4

O
0 0 41 0 o;O 0 0 0 0 0 0 0 0 46 o, 0 0 0

-0 0-4-
- _4
wr
w W W is ro
0 gi
IGNA19 Nil Vu 14 5 is v
0 IT s; 41 u A)
I
1
I v 1 0. so (C vp it is I , 10 1 A
A
T A 0 1
"Go
1-1
s
sI L .
,
A

TbOOledricd-go 01111110 "gobble cu., ,j.l,jQk.AU,
slid 0- Fi- Kolyak.va.
P1104 No. 6. 114
00
1 and potentionetric tilralkw% of
'Pfucv and oak eats. ln,ik
ate that
the colloidmill C."Wril
aft
l"
*0 2 - er pur
lion
by Owens of dialysis and clectruitimly%is.
0 to 8
1 -quires On MCMIC charactet With Stepariv diawn. The
I
e"
yalents found were for mk est. 17(k) and for Vruct-

00 4
!; cit. ItM. After the neutralization of the first stage of

0* divInciatiniv, which should be ameribcd to The aulboxylit too

1* group, a further fixation of the alkali takn plairr, ar-
com
i
d b
hi
4 e
pon
y a
gh degree of hydrolyaks, probably froin

0 3 the phenolic groups, of (be saft-like compil. The clectro-
" kinetic chartiti of spiruto, and ask Vat -, purified by mmm%
s
f d
o
ial or electrodialyth, are MA and tMA mv.,
i
e
;t
ftv.
Cho be* ft In all cases when wid,
T
== @
are Added,
(It
eparticles doe* tint take ago
v plact. fricireivie of the tamp. fncseaw@s the cataphoretir

ninvenicrit of the tons. The ckc. chair* of unpurified coo
natural eats. of oak (78.99), queblivicho (7.*J.772), sprimer
(ISM
MI)
d will
5 co 0
A
an
ow (4
.44 mr.) Indicate the almence of
refs tkm toast ri"
lh
"
400
grivey.
iri
i"ollbegia.hychrin..
a% well as by phy4ml-chirmleal Inirthoils, leads let a con-
'i'lerable increase of the electrokinctic potential. Spruer
can has a lower rquiv. (on the rarboxylic group) and a te, 0
lower buffer capacity, but a higher. though lts stal4v t!**
:j clectrokinctic potential than has oak tan. A. A. H.

00 %..it A mf T6LLUrf'CAL "11"

00 j1o o
sf
An I
r 4-1 1 A]

L'
6, It a it It It it 0 0000
0 di
q 0000 0 0
0
0

0 0 0 000 0 9
0
00
00
009 0
0 0 0 0

-w-w v w w
9 v 11 v 11 It 1)
F a it I I
00 I-IT A1110
eel
00
00
00
00
ee
00
00
00 .3i
00
00
A S a - I I .11ALLURGICAL LITINATIA
S @ . -
toic.3
T-, . ---I
u ti IV , . -- --r
0 "a . " t, " a- a It A
leo 0 0 a i0 0 0 0 0 0 0 4D 4
0
@06 0 IS 0 0 OAD 0 000000 1
W-
11 to so J* a is H a A jo )I I) m id a k v w 4, 41 41 41 id d
I-T U. IL 'i A
-Is *1 -010
P.MISSII ..D Iftol"1614% I-Of.
;-00
..00
tiometer ASIA It@ a location with S Statia -00
SLkAovand%'.A. chdin. J-APPIled
14) -Thc apilli-til"I
(11. S. S. R.-) T. 1310-220% -
"Illetcr it, pit detus. domtvd.
A.
@A.
.0e,
CLASSIFICATICIV
7 roo
09
arele
see
see
wee
91
I @ -1 . -
W., .0.
MILMOdli -Isi lee
I S I cm 0 0 1 N so I a I
its 'l it of
0, 0 0 0
so** :10 0 00 00 0 09 000 ei

1 1 4 s I
Or!
*
m
7
$ f Ia ff u I) T
V` tin 2 *
ay
1 ! JI9 U ld III III V X 0 4 41 Q 0
-A a _rL f. .
1
f
2 A
l
I a J-.-&
If _X_ A-i d q_m

l
mW 0. L "mwvA JL,Appl. Cbew #Am, INN I.,
jj
eel
f6dwhilimak memaw- d ask mw

V9, Is is lWk M im.-Wa

66 it
00 a -191A PRAM* m6liad

6

**a 0*
PL T.
coo

.00
goo
I
goo

MOO

1
A S I L a
&ITALLUMOKAL '414'@Wf CL!@SWKAII" 117 @-..r. =_,c: 0
see

NO.Arv. soe,
Z
MILL21 OK a.. III

a gq a, tit

"
e S
a v u
MI L I a @d 0 a 8 Ir It 0 is a 32 T
F
o
OTS
:10
1
09000000000000
o
:
,
0 0000000000"O.000WO
4

* -00
1 9 1 V It U 1) 14-2 to -M
A A
4
000
00
of immi-0,11"
S
89"k

.
W
im. 1.
69i coagulation of
sq-w co4olds, of FtCJ, and
N
i
HO1L aMa
mm; Is, km hydrolysis of FcCl,@.
with boiLing water., Ag. Its Afe'reparw: WWIC In
others dkpaitim of
a coagalatad collaid rem" *,gwith U.S. S from
interactiou of. HjS and HSO@. Apparintly tho rate ot jonnation ot
--1W-JY 1-v p-@ Is 'unadected.. but U co
mgmt
ation has abmdy

o .
.
occmTW..dLVmion may restalt., Uluam@mk mmvsm@ do mot affect crysw-
fbatiog@ of su
ar or
t
"d S
l
supermo
un
g
OON. a-catp
yst is Avady
99V premt, tk inversion of cane suW is accakrated, otherwise the vibrations
0 a have no effect
D. R. H.
Ai
ASP.SLs KTALLLNMKAL LMNATWOR CLASUPICATION
lie. SIVINI&W,
tvadma -$p Ohl cat
0 100
SO o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a
-00
600
000
000
600
too
421LAI Gat OXV ASt leo
0. 0 1 IN a 9 a a I T
'1 o 'a
0 0 elf 0 6 0 0 0 0 0 4 0 0 0 0 0 0

0 0 to 0 0 0 0 0 0 0 0 0 0 0 0 0 *If 0 to to a 4 foawwwwww*@-
0 9 0 10 0 a 0 0 0 0 0 6 0 0 4 0 0 010 0 0 0 0 0 0 0 Ofo 0 a 0 41 0 4 0 0 0 * 0 0 4 0 0
1) 41 'a ff I. P IJ' 11 14 A A 'i I- V It M 11 $1 k h A. 11 .4 1; 1A fj 0
A
0 I 1 .4 PC I't It' It b
0 0
of -00
so -00
400 Machan" properties of highly polymeric compounds.
N. A. Krolova still S. 1. hr,zhnirnn 01-urnaya
-400
Preffi. U.S. S. R. 15. N6.5, 64 9t Owficilly -60

00 8 rnrvri tyliors,,l rubi,er O"%,jw,.,nwkcJ livel and tint-
60
@iityzl wrte invv%tigaird. The Maxwell and litilitinattin
449 a 1(jUAtiUM applicd to the (lata ubtitaticti did wit give Ali,-
00
-400
f-00
00 i@ MO. wilcrv it - functi"ll of file 14hall. anti 41 1@ a
*
llcctlitati,)tif.,rlhr~vl,x-itv
"n't. 1,)r a gi vVII 111.11 jqj@jj. 'I

we a.
o( flow: dldt - iruv -1, agrrr@ wvil will' the rkP11- dal
00 Thr lilt-cit. proilterties dinsiniihed trials crelm to striokcd
",:o 0
tan-,N1VVz. A. A. Pollsortiv 1:
00 a=0 0
oo -i'90 0
00

::o 0
too
200
tie 0
00 i too
00
00 ASN-SLA -1 I ALL 0 GKAL LITERA7LRE CLASSIFKATIGN EZ Leo
00 i9o
so
-

,
1''
1
04 wit W% K U n: It "t Zj
S
1
1
.
,
1
1
n
0 0 0 0 0 0 0 0 0 0 0 0 0 0 i1
o 0 0 o to 0 0 0 o 0 to 0 4 .
0
0 0 0 0

A- 411, via 9 9 V W
I
t
00 0 o go 0 0 0 a 0 0 o
i
a 3 31..x V III it x 31 32 13 JA a ]l
Lit III
JE L , K_ r a 0 1, 1 T
0 0 A TM f1radm" S. 1. SAWOV.
dwr 1114611111 . IN---..-
low. M'sWurvoill"
slowalle i Fit a. swwos Kducaukd. Kegalema
M"
i proax"a Y, sbornik Rabat As.-Killial.
00 (Xioia rl t 5-Iti.-TIve iinpo"ance of In-
atructurc ww
vestiptim of the cuumec" txtvma the
nwch. plon in Ol h%kwA._wt. jutwtanevs in a Wid
form (ad) Is Pointed mt. The sinve bub"aaccs had a
hisb widdin Off MPUM, ul Ckukity wA combination
0: a Pulle"ift- The subbor
cbow) bw on Wittig combiwim (A the lanGwift fac
lavatrabb for the abwe ituch,
64 8 ton, an watunry
00.

0 a "ty of strueterld
few strGa bomb bel
weak bomb). Mult4
kast of tow 41

ihm dMiag, CW
0 awkwNtaw
h..
-
haw
[
klm:
-ul"evathistfluisi.
the ll"4w
-im-iodwicter.oldedlo-rwa
ac%
dauir and vw* In
ad W%@Md dOW
datasts to beeill. the premwe of
we- thm: ek-u (also numerm.
suuctmm, i- t- the t
11111rd destic dICkt;;a =.Mli=
and protein fft- 110111WIGh
Anobarved
us theanctuMAMMbecan-
twat of sunwrow eiltallentary
Lite whows AM,
I is 60 WNWA
#0 Opod sn"ol.
Ibid. 82-108,-Tbe chsW gi
41 4? 13 Al G@o
IS v a
kova SM 3. A. .
double ftM fdnwtim is time at a @@. delormsti-
ObL73 do wine empkkal esirwaim M Lk chum of tewim
thm: an M'er-' aba M'NW 0111- am C011111u,
s jo thm sad . Is an
ail in a dnbk ich-
UMIlptills. A a. GW vukwimdm affected a .2
AJA.StA stTALLUKKA LITE ' my y lZurbs or -_ -------
L6 adwMUM PrOMM16 "
lut"dowks tbg main VdIlacy tM mbb,.
A. 211131 OK COV Ali
IT DOLIvadoollillffill
I
I
3 U .0 is 19 11 0 P1 I
4 000 0000
0 0
0009
0re. 0 0 0 0 0
00000 0
-00
-00
@00
-00
_010
:0*:
so*
Aso*
ago
:00
go*
;goo
so*
8*0
ago
Go
nee
see
goo

0
931 1
A
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