SCIENTIFIC ABSTRACT KLYUKACHEV, V.A. - KLYUKOV, M.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723310013-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

llX=H&V$ V, A,
TUrd IntamtIonal Oftforence on the V" ofBadlooUctroulgo
In Modloins, Nw. md, tob. nool*107-119 061.
(=A 2J0 22)
L VnooyaW nataboo-lododmtell tidy lutitat matainskikh
Instrmentor L oborudovanira*
(XSDICAL EM

ILTMCHSV V A
lisotrondleal #quipont from Cleaboolo"Ida. hr. -md. tAkh. no.3s,
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1, Vessoyusn7y nauchno-isoledovatellskir Institut wditalookIM
Instrumentor I oborsdovanip.
(amovas ICAL INSTRtHMS AND APPARATUS)

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igmtrmdnW I obaradmani

KLMACHLPVO V.A.
glootrioal modloal appentu from Ctoohoslmkla. W,proxo 16
no.400-53 Ap 162. MMA .15 1 a)
1. Voesoya"y ftuchrio-toolodavatel skly, ins titut sWitsinskiM
instrumentov I oborudovanlya.
(MECHOSWVAXU-MICAL INSTRUMM AND APPARATUS)
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MC17MMO P.K.; ~~OTAI T.N.; KUSAXINA, O.K.
Investigating therma-making and "tarded caking gasollnes
as rav stock for azo-synthests. Reft. i gas. pro~6 no.42
49-49 O-D 164 (MIRA 2S t2)

NL iW-wv~~4 VQ '"i
USM/Coneral Problem. A-
Abe Jour : Rot Zhur - Xhimiyap So 10, 1957, 33373
'Author : Klyukevich.. A.8.
Title i Prom the Ristory of the Stearino-oloinic and Candle
Industries in Russia. (thevork of i.p. nimay).
Orig Pub Tr. in-ta,istorLyL yutstvo=. L tokhn. AN SM, 1956,
338-352-
Abstract Bhort historical information an the emerConce of the
Manufacture and a more detailed discussion of ixp*vo-
MOUU) ou"ested by -the chemist. L?. nlwv (1820-101)
is
Card 1,1
"l, MIQ
3

-1 AAsentlyevichi LTUBOCEMs B.I.p kands tokhn.
=Mans,
lRe"urments during the aperatlon of x4rine pmr plaul
Imereniia pri skopluatatoll mdonkh allovykh ustabovok,
Msskvap Transport# 1964. 233 pe (MIRA 17M)

IATTSM, V.N.; KUMIH22&.A.F. I CEMNYMMV, V.V.
Uperience In the use of the now tM of cutting fluid based an
vater-solubla oils in the nantfatture of textile machinery. Isy.
"v. ucheb, savj takh. take. prom. no.61145-147 165.
OGRA 19i1)
L Ivanovskly takatillay Institut inni N.V. Frunze I, Ivanovskiy
kbimichookiy zavod Imeni, P,S. Baturina. Bubmittod April 27, 1965.
k6:

SOY/144-59-7-lV17
AMORS I ~Uyukinj A,F. (Inginser) and Titovt V.N. (In charge of
the Chair (10ting) in the Physico-aTechnioal Faculty)
TITLEt Statia Prequenoy-Trobling of the Current for Feeding th a
Winding of a Betatron Electromagnet
PERIODICALs Isvestiya vysshM uoh*bnykh zavedeniy
Slektromekbanika, 1959, Ir 7j pp 99-10A (USM)
ABSTRAM Two units have been constructed with powers of 2 W and
15 kW respeotivelyq trebling from 0 to 150 a/s. The
circuit of Fig 1 in which 3 single-phase transformers have
their primaries in star and their secondaries connected In
series has been known since 1912 (Ref 1). Until now no
completely satisfactory design method has appeared.
Otarting with th sals =ad* by L.L. Rozhanskiy
(Refs 6 's Mosign was attempted. 'A'%e core
798)o a 2
materia was 0,35 M type 142 steel. The core cross-
section was 64 am and the primary and secondary turns
were 86 and 65 respectively. The table on p 100 compares
the caloulated,and measured performances. The power
output and working voltage are less than expected. Fig 2
Card 1/3 shows the output power and voltage and input power factor
plotted against secondary current. When used with a

SOY/144-59-7-14/17
Statio-Prequency-Trabling of the Current If r Feeding the Windingtof
'o
a Betatron Electromagnet
5 HeV betatron the power output a'juld be inareasbd to
2.4 kW by increasing the capacitan-ae in the tuned circuit.
Fig 3 shows the effect of capaoitanae on output power
current and voltage. The expe7imental data was used to
correct the design -formulae tq deri".ing -ioeffioients k1
and k2 which are the ratios respeitively of open-airouit
to working voltage and shurt-AoWault b.3 working ourrent.
These are given in Fig 4 as a funotior. of !.nduction, The
relation between secondary and primary rarrents determine$
the correat section of conductor and tho value of the
induced e.m,f. determines the .3ore-se-ition. Fig 5
compares the calculated and m"sured results when the
anticipations of the former have been correoted. The
agreement is good. The following datals required to
carry out a designs core material, primary voltages
maximum output power., optimum output working voltages
optimum output current. The calculations are made in the
Card following orders the numbers tiorresponding to the forULUs
2/3 on pp 102-103. 1 Choose working flux-dansityA 21 Find
core-section; 3t daloulate pArimary turns; 4, aloulate
secondary turnsi 51 Find magnetizing rarrentj

BOV/144-59-7-IV17
Static Frequenoy-Trobling of the Current for Feeding the-Winding of
a Betatron Slootromagnot
6, Find primary short-circuit current; 7t Calculate low
frequency current on open-*irouit; 8, Find wire-sootion,
-The table on P-103 compares naloulated and measured
performances of a 15 W dosign. The low-frequenoy current
on open circuit could be reduced from 130 to 20+30 amperes
by power-taotor correction.
There are 5 figures, 2 tables and 9 references, 5 of which
ars Soviet, 3 Nnglish end 1 Italian.
ASSOCIATIONt Fiziko-takhniohoskiy fakul tots Tomskiy politekbni-
chookiy institut (Physiao-;eahnical ~Iapartmmt., Teftk--~~
Card 3/3 Polytechnioal Institute)

tekialo TAUV;
Ael At
RYAW?~'1111' I Y. V. Inz? A;
11 SIM'N, A.G., Inn.; tI'AYAyF';A, T..'~.,
In&h.; DOCHFAREVO V.,AA, Inei.; !tF,"'ENIK, G.F.; TRAXIMAN,
Invostigatingt the process of rolling wheela at the Nlzhtly
Tagil m tAllurgical combbis. 3tall 25 tio.6s543-546 Je 165.
(111FA
1. VII-ITI I NIzIme-Tartlfskiy meta IlurgArheqkiy kombinat.

9.1.1 ALUSANDROVO V.I.; minnsay, N.Ye.; TABACHKOV, I.F.
BDLISHAKOVp V.I.; KANAR#O I.A.; TASOKO, A.Y.1 K.WUKIN, A.P.;
POLYAKOVt V.S.; F-ILIMVAj N.A.; SMAGORIMSKIT, B.S.,, rid.;
IMBOMINA, S.1.j tokhn. red.
(The xUllonth traoton on the occasion of the 30th ami-
vermary of the Stalingrad Treator Plant (193D.196o)] mil-
l1owq1 traktor 'k 30-latilu Stalingradskogo traktornogo sa-
Toda 1193D-1960i. Stalingrad, St&Ungndskos Imishnos isd-vc
1960. 94 P. (MIRA 16s9)
1. Stalingraskiy tnktorrqy savod in, Dsershinskogo.
(Volipgrad-Tractor Industry)

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me~,R ~-J94VAPUPIX M"t !~P'4V

At~
A 05
00 1 SUMS
00 f"k, ph"## 0=0 got GO-M 167, INM ]h w4sat"o.
0# 4 A ft"" Of 600411140 SPOSA Of 9M4 la &UStlO O~UM aSA Of 64,
ftetor of tu ultere based " the mnrmm of the ow*lm
Sloil 4m of tha mulatiall "UsIll" an ths fat2swe am the wt SIA
4,10 1
4
00 a fres "werwe or a 401"Lax Wad witl bm Mme, IT 00 advea
0 Assbad masummms In tu Nqljw 80" am 0/0 of tho "U41V
60 lw at soml was ads* fte 4 ti" bows Wme measwed ftr oaverup
00 of matwel &M arlitlelal rdAw of vembe harftess, oork# folt, Utmw
0 1 wW tM sma-proOlm damelaristles of aU Us" waterlals ftImUted,
4
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XlTVXlltl.l*; PffALYAM#A,V,
F- 14g&ftthalo sound frequency logmeter and Its use In acoustic
measursmentso Trudy Zoe po m3mst, St5-11 155.
(Sound-measurewas) (KERA 8 s8)

IIIU IN. 1.1.0 kandIdat tekbalobeekM nank.
A type of sbock absorber anchorleg for ship mchinery,
Sudostroents 22 moolOM-13 0 056o (MM 1012)
l8bips-knip"at WA "PA169)

AUTHORt K ~ ~Yukl
TITLFA Effects of a Vibrating &urface on Indication
Errors of a Vibrometer ivl1yanlye na
pogreshnost' pokazonly vibrometra yego reaktoil na ko-
loblyushchuyusys poverkhnost')
rmoDiCALi Itmeritellneys tekhniks, lq58, Nr 6, pp 50-35 (VSSR)
APSTRACTs Vibrometers are used for detecting the sources of noises in
industry, transportation, *to. The use of iribrometers In-
creases the mass of the tested port and reduces the number
of oscillations* At medium and higher -frequencies the re-
duction may exceed 10-15 decibels. Vibrometere use a piezo-
electric or a slectrodynamic system of indications The smal-
lest piezoelectric vibrometers are miniature or "point" in-
struments weighing 2o-30 go They contain a piezoorystal as a
detecting element. 9sevier vibrometers weigh 5CO-600 go
Sound vibrxtions transoit energy in the form of miUa-
tion modes, Jibrometer indieptionet tire distorted by the
thickness of the t~stel p1pte, by the tass of the vibrom4ter
,-ni by the freluency. The Ir-fluence of the mass on the vibro-
meter rcedings wpm InventIgpted by repsuring the oncillationa
Card 112 of on object and then loading It or the vibroreter with

SO /115-5P-6-15/43
Iffeats of a Vibrating ft-f"& v6 Indlostlon
Errors of a Vibrameter
additional mass, after which the mepsurements were repeated,
Figure 3 shows the weakening of oscillations due to vibro-
motors of different mass. Figure 4 shows a compArison bet-
wean the experimental and the calculpted values. The derived
formulae may to used only for a qualitative evaluation of
the error values, For the vibrometry of machines vibrometri-
cal tracts are used, consisting of a vibrometer, an ampli-
fier and a recorder. If the oacilletion spectrum rises by
6 decitels during the first measurement and decreases by
6 decibels during the second measurement, the case of the
vibrometer to in the first case 3 times lees -then in the
second.
There are 2 diagrams, 2 graphs and 5 references, 3 of which
are Soviet and 2 Gorean.
Card 2/2

[joy/46
AUTMI layukin, 1.1,
- wpm"
TITIA i On sho SMOt 0 % -TjbrW*t4Or Oil SbO liotion Ot A VjbM" surta*#
(0 TUYU11 TibrcW*trft iw jilibeftiv" koloblyathchwAys, povarW"tj)
MUODUAW Akustichoskiy thurnal AM# Vol So, Kr 1, pp 88-44 (u=)
ABSTPACTs In Noteurosats -of acoustic vibrattons, of sollax it to often natessary
to determine or.to estimate the magnitude of the rotation exerted by
X, "bramotor - (vibratlon motor) on the vIbrAV1n& salld - Under certain
Good Itions this - rotation may be s 6 ~ Wgo that the results obtained tre
strongly atteate4e TM author -considered the reaction at a vibramAor
on bodies in which flexure maves are propapted. The author t"M
"prooslons for attenuation of the transverse vibrations at Infinite
rods and pUt*s by a vibrmetor. At medium and high acoustic t"onales.
attemation at vibrations of thin plates &W rods say be considerable
even In astalls, The, mpitade of this attenuation does not dopeW on
~x rd 1/2

17=IN, I.I.# kiandtokhaaAak
TUrd laterrAtional Cotgross on Accustleso Sudostrosule 25
so.1201-73 D 1590 (KIU 11:4)
(Sound-4eigrosses)
I
I

2/046J60/006/02/08/019
DO14/BO14
AUTSORs. 1,1, (Leningrad)
TITLS* The Attesuatip of Befiding Wa a In ILd4nd Platoo with.
the Aid of R#ssmwt ViliralladlRystena.
PnIODICALt Akustiobtakly s"Al' 19601 Yale 6j No. 2t pp. 213-219
TZXV The prokent paper dssl#j%14b the affect of vibration Isolation
of r"Qnant VAUBA sVMjj1jLjX&nftvitratoro)* Firstj reference is mad*
to publications by ]~#PX. Brothovikikh (Rote 5) and L. To. Outin at &I.
The antIvItrator which Is connected with the plot* with or without
friction Is disousso'4 ty'seans of Fig., 1. On the basis of the theory set
up by the above-noutzoned research workers, formulal M and (5) are
dorivaA for the Impedances of sativibrators for bonding vibrations of
plates and/or torsional vibrations of rods, Vitration'isolation Is
-expressed in dealbels toy formula (9). Ito simple, antivibrators (fig. 2)
are examinod by moans of these formula*$ and twi quadratic equations (13)
arq,obtsized. The results of a graphical solution of the** equations
are compiled In Tablo i. the frequensLes of a complete vibration
Card 1/2

The Attenuation of Sending Waves In Rods and 810461010061021081019
Plates With the Aid of Resonant Vibration Sys 3014/3014
isolation are Indicated here* The author studies son& further *yet#" of
antivibrators represented In ]PIS. 2* The vibration* of plat** in the
audio-frequenty range are shown in Fit, 4e These curves were drawn on
plate* of different thickness 'b*y means of an arrangement which Is
schematically shown in 7ig. 5. The arrangement Illustrate& In ?iso 6
was *nployed-for a qualitative determination of the vibration-Isolation
properties of antivIbrators. 1n the center of this arrangement there Is
a vibration source around whiah &ntIvIbr&tors are set up In two oons*ntrio
circles. A,aoaparison~was sad* between vibration levels In the Mbmen**
and presence of antivitrMori, In conclusion$ it Is said that In the
frequency rano 400-3M CPS ths vibration-Isolation effect of &ntiw
vibrator& Is greater than that of some of their elements. In thersast
above 4 We# the off#0 of &ntivibrator& Is detaulnedo not.by their
resonance properties* 'but by the damping of the pl&tos. The author thanks
A-. A. Bovtal and D. A. Ousov for having rendered assistance In
measurements, There are 7 figures, I tables and 6 roferenesso 4 Soviets
I Oorman# and 1-iritish.
k1c
SVSMI?Ms August 28, 1959
Card 2/2

3/046/60/006/02/14/019
B014/1014
AUTHORS (Leningrad)
TITLEs A Practical Method, of Visuallsing the Distribution of lots*
or Vibration In Time or Space
PBRIODICALs AkustIcbeskly shurnal, 1960, Vol. 6, ft. 2j pe 261
TIM The authoradsocribes an adoustleal Spectrometer with photographic
recording* The miss of an ordinary generator and a Diesel generator whI4h
are started and stoppedo Is-shown In Fig. I and fig. 2# respectively.
Fig. 3 shows the v1sualis0lon of noise for a sound receiver moving In a
sound field (passageway of a Diesel passenger ship)* The effect of the
hatehes-of the engine room to distinctly marked. The author th"ks
A. K, lovikov for his assistance rendered in assembling the apparatus#
and V. X. triger who took part In measurements. there are 3 t1preso
BUINITTZDs August 28p 19"
Card 1/1

P9M I WM MCIWITATI(X WW/5986
the. AIM, M- gm- 1
or 'a Is -sudA& - (Solso 04, Sound Vibration Can-
B
trol an Vessels). 1961~.. p- 26W oqd" FUW$
Rovievt a. 9. jw~vjdn:, -01~oator at -Physics am Mathematics 9 Prof4esorl and
1. la.101"alkovs Xagino4ri Scientific Ides X# Be Antgferm-fIlLs 1. 1.
Leykim) Tooh. 2d,C' R* Ko T#4.
PMWM* Me book IsAmtead*d for designores, scientific vorkors# workers of
shIpbuildlig plantasamA aloo1or workers of plants supplying U.Sm'm -0
~400- W14
Sent for ships The i_ -k mW -" be useful for those -stawne sups 0 strue-
tural moustlosw -thi 460i"Its of sm S And saw engineering -appUostlms
of Lbratia theory# lt~- say MOO be of interest to persomad VoAdq Vith
other means of tr*sporUtion and interested in noise ad vibration controle
CCVZRAWt Basic sourm of wise and vibration In Amps are discussed and mod-
ern methods of m6lee~ and Iribration absorption, Ansul-timp masursmmt,, and
cut 211.;~

JtLYUXU
in Dormrk.
7 -no. 3 1 391.yA 161. Akust. zbw,
U19)
-Z -77777~,

kand, tekba. nauk
Noise oantrol an ships* Sudostroonle 27 no*2164-M7
(MM 1617
Nalm amtrol)
llbrationa0hrine *Wasoring))
i

AUCKSIM, A*Mej lnzh&l jLjWLj[*_Ljp kand,*M.nauk; SWROVSAIYj 'A,109
kand.-tskhn,nauk
'Vibration dampers for reducil the vibration of ship plates. Ssdo-
otroenis 27 -no,12A-8 D 1 10 1511)
(VibrationUkrine engineering))
M

NIZDIXXO# Olog KonsUatinoylohl 1 Petrovich; IVAXCMW# X.I.p
kand. tolft, am*, ntmmtl URFIS, I.A.,p kwo, tokba. rmkp
retsomwmt MUM I Lo wwbWY r0dl NnITINA, R.D.# r*d,j
XORMKDO~VW~71101- redo
(Ax6rtization of marine engines smd mcbmdowlAmortizatsism,
adovykb dvIgatelej I "khaMwT. Leldnaod,, NdWvvos
1962. 287 p. (MMA
(VAriM OnSims) (Amortlution)

MUW 'S
-W . Zuz W-
IRISMV, Yovpniy Mikhayloviahl ZOW, Dole# kaM* t*khn.naakp
retsensent; )ffAMXCV, L.L.,
prof#$ aftebas redel LLUOVA, L.R,p red.; ZUSTOVA,
N.Y., takhn. red.
[Pbralcal quantitles and units for their wesmu*mentj
Fisicheside ve3.I*hIW i edinitay ikh Imereniias Le-
ningrad# 5UdPr0MO%j 1963. 94 Ps (MIUU 17 1)
%

XTASMIKOV, Lai Loonidoviobl STASMVICH, A.P.p kaM. tokhn. nauko
dots., retsenumtj namohno red.; KMAKOTA
DA, takm. red.
(The InaudIble so=dl loolyshbWl svuk. Leningrad, Sudprom-
gis, 1963. 110 p. (MIRA 16slO)
(BOWW)

KLYMINs~jpV.. lumviabo Hwumvp L.L., doktor t*khn. nauk,, prof.,
retsonswtj sutwrrm, Y.Z,., kand, takhn, nauk,, retseassati
GORWYO L.I.p sauabo, M. I, VASIL' YlVAt M.N., red.1
SHISHKOVAt L.M.10 tokbn. red.
(Mworwater swindol Podvodvqi awk. LmAngmd Sudpromosp
1963- 1A P* IMIRA l6sG)
(oadervator a ties)

Mg, MUZA
PodTodrV7 ST** 1AMIMoods ow-- 0 19630
:143 P. inw, aaal., shlowo
BibUognnfts Ps '141-2kgG
L Midermater aao"U"o Is Rus*U Wervater aeoustics, 3* Some

'AMMON Ms AP4OW31 1
xlrwttA* I grepecdAvad); SwMws, Tag V. (UMW4A)
T=1 SUUWIM of nOW&I W&M * TOrdift M=ts fIXOd M 4, plat*
SOMS a AkWU sbMr"%# To lot so* 10 It&# 60-0
TOM TAGSt flexural waves vibrabica mountp rosam" systent for" impeden".
Osainstion 00"tions, On"u" rud"', moment Avedowes wumdri"I '%mums,
go"
ABSrR=s The authors study a field of flenral waves in a plate an much
placed poIA vibration movat resoname "stem obara4arlsed by for** Inpodancee
ThW daterodne the loGA attenastion of Us claill Im Gf the pUU at W*
points of of the vIbr,Won mourAs and the depandsocs, of the
Atten"U" of 1A a 4bbarbood of a vgWdiosk mute TbW estab-
2ish that the zadins of effectiveness of a viWation mountp witbin who" Undta
the *8dIUUOA &SIbenadion UOOWW 3 4b for vibratiAn mounto with a matural
frequaW at 2SW Ve w4 ow 70 pop ooqpU" 0.3.0o4 of the I angth of %M
cW4 2A
AN.

XLTMNO I.I. (Leningrad)
1. ~ ...... ---~ - -- ~
. T Viamlization or Ylbrations in plates. Akust. zhur. 10
no.lsl23-124 164o (MIPA M 5)
0
. . I

!'ACC N1, Ap?oo1513 COD111 UR/W29/66/000/011/0005/0010
:AUTHOR:
.,,ORO None
.TITLE: State of the art and problems in noise prevention on ships
SOURPE., Sudontrayonlye$ no. 11, 1966, 5-1o
ITOPIC TAGS.- acoustic noiseq marine engineering
I
1ABSTRACT: The author discusses the admtages and disadvantages of the principal
Ymethods for reducing noise duo to the operation of marine equipment including noise
control at.the source, the use of acoustic and vibration insulating materials, methods
of sound and vibrition absorption, elimination of conditions favoring acoustie rsius,-
!
ition and rational placement of accommodations for personnel. Orig. art. has t
'SUB CODE: 13/ SUM DATM Iwo/ ORO RVI 090/ OTH MWI 005
uDct 534.8*42
Card 9.12.

AM70020 Monograph
,47
Alsksey Yenenlyevich
Acoustic M~asirementsinshtpbulfdtng (Akusticheskiye, ismerenlys. v sudo-
stroyanit) 14aningrad,, Isd-vo ",6~~trqyenlyi", 66. 01304 p. Mus. j,'bibUo.
3,300 cople# printed
TOPIC TAM jaccustio measurement, sound absorption, acoustic damping,
acoustic imoedancs,, anoustia insulatton$ acoustio noise, spectrum analysts
PURPOS,E AND COVERAGEt . The book-describes methods for determining the
et
param ersof oscillation processes, and measuring the efficiency of acoustic
designs used in the acoustic systems of ships, machines, and mechanisms,
in construction and -architoctural acaustics, and hydroacoustles. Elements of
acoustic measuring circuits are investigated, and fundamentals of spectral
and correlation analysts at processes are given.- the peculiarities in measuring
sonic vibrations, sound and vibration insulation, and sound and vibration
absorption are considered in detail. Attention to given to graduation and
calibration of sound- and vibrafton-measuring instruments, and also to now
Arends in sc~ausfta namely mod#Uq simulation, v1suglisgtion of
cam 113 UDC: 534. S. 6 o.62L 12

AM7002947
Cb. 3. Noise6easurement -- 102
Q. 4. Sonic ~ibratfon measurements -443
Ch. 5. Spectrum analysis and visualization of oscillation processes 160
Ch. 6. Measueement of sound Insulation, sound absorption, and sound
supprdesion -189
Ch. 7. MeaAurement of vibration insulation and vibration absorption -- 213
Ch. S. Correlation measurements -- 245
Ch. 9. Messuirements of dynamic constants of elastic-viscous materials and
interWyers made from them -- 275
Ch. 10. -Measurement iof mechanical resistance and acoustic Impedance 296
Ch. 11. Modeling in woustia measurements -- 308
Ch. 12. Automation of mmmurements# and.scoustic control of a mechanism's
quality -- 325
Ch. 13. Evalu4tion of errors, in data obtained 351
Inclosure 315
Uterature 379
SUB CODE,. 20/ SUBM DATE: OGAprGGj ORIG.REF: 216/ OTH REP: 175
-CoM313

KOZODAMp M.S,j KLTUWp_KKej SULUMp RAI IPILIMO A.1.1 SHUMMAVY, T94A*
balm tic InteracUan of X*-means with Wiun vaclel at an ewrV
of about 3W Nots Oweekspoi toorefis, 38 w.2sLOQ..= 7 #60~
(KM 21.0)
2. Ow1wimmyllotitat raderw7m issledoTgays
(*So=) (Rolim)

well
Alpine matsorologloal station In the "r reaches of the
zolyms. Priroda 46 mo*405-58 Ap 157. (NMA 10t5)
to Vtvabogornmys, skep"itstys, po organizatsit stanteli Itolymbego
uprmlonlys, g1droutelushty (N4pd").
(KoIrm r&W-Pbtsorologlcal Observatories)

30)
AUTHORt _Kly~kin. 1C SOT/50-59-1-4/20
TITLXt Tho Distribution of Uot*orologicAl Elements on the XOuntaln
,.Ridge of ftntar-Khayata (East-Takutlya)
'(0 rasprodelenti astoorologicheakikh slementoy na khrebte
Suntar-Khayata (Tostoohnaya Yakutiya))
PERIODICALs Motoorologlys. I gidrologlya# 1959, Nr 1, pp 26-30 (USSR)
ABSTRACTs Under the program of the International Geophysical Year, a
series of meteorological stations was *rooted along the 140th
meridian of east longitude on the 3untor-Khayata (continue-
tion of the Torkhoyanskly Range), a eighty mountain massif
(about 3,000 a high). The measuring results of those stations
for 1957 are listed In &stable. Th e data of tho mountain statIm
(2,063 a) and the two valley stations (1,350 a and 770 %) aro
compared, the results &rot 1, The winterly Inversion to
distinctly marked. 2. 'In contrast to the assumption by
A. P. Vaulkovskiy on the presence of two precipitation maxima
in different holghtev the pluviometrical data show a
constantly rising gradient, the gradient on the windward side,
being smaller than on the leeward aid*. Thus, the resulta are
Card 1/2 in conformity with those ascertained in mountains in the
The Distribution of Meteorological glexents on the
Mountain Ridge of Suntar-Khayata (Bast-Takutlys)
SO/50-5941-4/20
the Urn14 100111 Intrea Asia.
ftropean part of the USSRj ana '0.. tvery xucho
Snow melting in the high mountains Is protracted
This explains the -persistent high water of the Indigirka In
springs and tbo violent floods when wars rainfalls Occur tu
the snow-olad high mountains. The stations supply already now
data for comyuting the water flow and for making hydrological
and.motoorologioal forecasts for rant-yakutiyas At the SA1140
times an expedition of the Institut morclotovedonlya
(institute of Nzwxrjst) of tho AS USSR started there
glaciological and ooooryological research work. Thor* a"
3 figures, 2 ta'bloso and 13 Soviet references.
Card 212.

XLYUKIN. AL
--allow
It
fill
13
all I I
4% 11 1
ful

pus I BM 1vwrw1O11 SIN/4489
BOV/72-6-88
leningrad. Olavasys, poftsichoWwa observatorlys,
Voproey obobdwy I sinaptidwaW klimtologit, (Problow in General and ftnoptic.
climtology) lAniumd.9 (11drowtootsdatp 19W. 141 p. (Series., Its: TrWtyt
vypo 88) ftrats sUp insertied, ljO00 coplies printed.
Additional 80onsoring Alpencyt VM. fimt Ministrov. Glavacya upraylenlye
gidrometeorologicbeekor sluibby.
ad. (Title Plap)i 0. A. Drotdovp Doctor of Oeogmpblos.1 Scienoes; Zd. (Inside book):
T. V. UsbWwvaj Tlechs Xd-s W. T-A, 12am,
PURPM; This publication Is intiended, tar meteorologlets ad synoptia climatologists.
COVARUM.- ?Me Issue of the Main Oeographiml Observatoz7lm Transactions Contains
12 articles dealing with wInd-ftused redistribution of precipitation,, too &a-
cretioa under various relief conditioas, the chamateristIcs of snow d0posit-
lone,p and forest obelter belts. fte adaroallimatic peculiarities of a ]Argp city
CA-rd 3A

Problems In Ooneral and ftiwptlo (Cont.
an analyzed. An evalation of the vol"Ity of moisture dispersion and transfer
is attempted. Variability in the 1wor boundary of cloudiness and the pos-
sibility of walysing toVerature anomalies by takt-it into account the forms
and intensity of circulation an 41smsed - 2a relationship between the varl-
ability of preeipitat-Ion and the forms of &WOophoric eirculAtion Is ennined.
The climatic conditions In individual regions of the USSR am de scribed in three
articles* No personalities an mentioned. i1eferences follow each article.
TABLE OF C
Levin, A. Go, and V. Do V#lWddJWV* Wind-Caused 11ed1stribution of ProcipitatAon
in the Atmosphere
xtyukin w. Kj, and To V. Holinikova. the Problem of Measuring Precipitation 16
Midnevaj, A. V. %a Problan of the flelAtimship, Between the Amount of roo
Deposited on Wires and the 11011of 25
Peaftlov# le. Do rn Defense of the "wary of lbrost [Molter) Belt Construe-
tion Types
C%rd 2/4

-Ilk
WI/4489
awwdmn't S. -binmeiddi of &-Iuw Civ-voon the T"pratua, Air
timidity izA p
48
Hikbel v0 us - Uriallity In the Beight of the Later ftmnftry of the
Imer Cloud TAvel
59
Drazdayt 0. A. Vis Velftltr of.Nobtas 9pread Over a Oiven Tarritory 69
Grigor I yova.. A. S. TalationshIp Satmon the Avemp and the TaboUnt
Tfwsfor of Moisture Over the 2a"ean WS 73
Voroblyeval Ye, Vo NW41ided Ow of tba Chumterlsties of the ftus:
and btensity of CinWA+Aou In Ponasstim Hathly Tevpmtm Anomalies 96
Bud V, V. 1. C14-tJo ChwWa In the OeaUv4 Owisoxen ObUsts in
Nikoltskiy,p X. X. Fbmtion of Seaondsry Qplaoss Over the Sout1wrn
IbgIons of the Usanoyarody MMY 125
C&vd 3/

ILTURno N*L t MlXZMA# tT-
Precipitation seasuremat. ftvdy W no.88s16-24 I" .I
(NIRWIO)
(Precipitation (Nou oroloa)w4banrement)

PHASE I BOOK WL01TATION 30V/5729
Leningrad, Olavnaya geofiflaheskaya observatoriya.
Voprosy prikladnoy kllmatologlij sbornik statey (Problems In Applied
Climatology) Collection of Articles) Leningrad, Oidrometeoizdat,
1960. 159 P..Zrrata slip inserted. 1,050 copies printed,
Sponsoring Agency: Glavnoye upravleniye gidrometeorologicheakoy
sluzhby pri Sovete Ministrov SSSR. Glavnaya geof.1iieheakaya
observatoriya im, A, 1. Voyeykova.
Ed. (Title page): F, F, Davitay, Doctor of Agriculbril.Saiences;
Ed.i L. F. Zhdanolta; Tech. Ed.s M. V. Volkov,
'PURPOSE : This publication in intended for applied climatologists
and planners In ollmate-depandent industries.
COVERAOE: This collection of 18 articles contains reports orig-
nally presented at the Conference on Applied Climatology In Lenin-
grad In October 1958* The purpose of the conference was to sum-
marize the results of research done in the field of applied
Card 1/7

Problems in Applied Climatology (Cont,) SOV/5729
climatology,and to point the way for further investigations, It,-
dividual articles deal with general problems in applied climet-
ology and special problems In engineering and Industrial climat-
ology, medical and health resort Climatology# climatic energy
resources and marine climatology, No personalities are
Reference; follow indIvidual articles,
TABLE OF CCWTEKTS s
Foreword
GUM" PROBUM
.Drczdov,, 0. A. [Glavnaya geofizicheskaya observatorlya im, A, 1,
Voyeykova -- Main Geophysical Observatory imeni A, 1. Voyeykovl',
apatial and Temporal Climatic Characteristics Required to Serva
the Needs of the Mational ftonowl
Sapozhn4.kovao So A, [Nauchno-looledovatellakly institut aeroklinat-
ologil Scientific Research InatItute of Mroollmatology) On
Card 2/7

Problems in Applied Climatology (Cont.) SOV/5T29
the General Methods,of Applied Climatology 11
(Kciyaskoye upravienlys g1dromoteorologloheskoy
slu y -- Kolyma Administration of *drometeorologloal Service).
Some Problems in the Applied Climatology of Northeastern USSR 22
Rubinshteyn, Ye. S, (Main Geophysical Observatory imeni A. 1,
Voyeykofl, Methods of Determining the Rated Temperatures In
Designing the Protective StruotAires of Buildings 31
Anapol'skaya, L. Ye.0 and L 3 Oandin (main Geophysical Ob-
servatory iment A. 1. Voye;iov). High-Velocity Wind Regime
Over the USSR tor Calculating Wind Loads on Structures 38
Dunayevs B. A. (Nauohno-issled6vatel'skly institut zhilishchs
Akademii stroitelfetva I arkhitektury SUR-- Scientific Re-
search Institute of Housing of the Academy of Construction and
Architecture USSR]. On the Necessity of Expanding the Program
of Solar Radiation Observatlons With Respect to Housing Construc-
tion Needs 52
Card 3/7

Problems In Applied Climatology (Cont.) SOV/5729
Vottinovi 0. N. (Magnito rokly gornometallurgicheskly institut
- Ragnitogorsk Mining-an Metallurgical Institute). Principles
or Regionalizing the USSR for a Standard Planning -of HousIng
Construction
Brayninap Ye. Yu,p and I. A. Nikiforov (Nauchno-iseledovatell-
skly Institut yo stroltelletvu- Scientific Research Institute
of Construction], Climatological Data To Be Considered in
Designing Roore without Attics in Southern Regions 61
Brayninas Ye. Yu. [Nauchno-inaledovatellakly Inatitut po stroi-
tel'stvu - Scientific Research Institute of Construction]. Use
of Climatological Data in Regulating Heating Systems 67
Kalyuzhnyy, D. N., V. 1. Pallgov, and Yu. D. Dumanakly (UkraiTk-
rkly nauchno-lasledovat:1;skly Institut koundnallnoy gigien --
Ukrainiar Scientific He 9 rch Institutect Miniolpal Xyglenel.
Effect of the Character of Urban Building on Modifying Insolation
and Aeration in the UkrSSR 80
Card 4/7

Problems In Applied Climatology (Conts) SOV/5729
PROBLEM IN MEDICAL AND HEALTH RESORT CLIMATOLOGY
Chirakadze, 0. 1. IT-hilieskiy nauchno-looledovatellskiy g1dro-
meteorologichookiy institut -- Tbilisi Hydrometeorological Sci-
entific Readarch Institute]. Climatio Principles in Planning-the
nonstruction and Operation or a Health Resort 86
Chubukov, L. A. ITsentralinyy institut kurortologii I Institut
geografti AN SSSR -- Central Institute of 'Naturil Medical Factors
and the Institute of Oeogr&phy AS USSR), Methods of the Com-
parative Analysis of the Climate of Health Resorts and Therapeu-
tic Localities and Their classification 90
Turoverov, K. X. (Gosudaretvannyy'balln6ologicheakiy institut
na Kavkazskikh MineralInykh Vodakh -- State Balneological In-
stitute al; Kavkaxskiye Mineraltnyys Vody (Caucasian mineral
Waters)). Effect of Meteorological Conditions on the Regime of
Mineral Springs of -the Caucasian Mineral Waters 98
Card 5/7

Problow In A"lled oUmlat0201W (Cont. SOV/5T29
Xilevskiyp,-V.--Yu,.,~.ttAniup*ad'skI tidrcmetooro2ogiaheskly In-
X:fto
stitut -- Leningrad Hydrometsoro gioal Inatituts). Effective
Tesperatures in DAropean: VM'
Vadkovskaya,, Yu, V. and-X.--A4; Ptappoport (Institut obahchey i
kommu-nal-Inoy SISIony I*@ Sysina AN AM BWR - Institute of 0en-
eral and Municipal Hygionciusul SysinAS Aoademy of Medical
Sciences USSR]., and L, A,--Chubukov,, and Ya. I. Fe2ldman .(In-
atitut* of Oeography AS UMJ.' Cliuatio Physiological 'Basis
for Regionalizing the USSR'for Purposes of Clothing Hygiene '120
PROBLM OP CLINATIC MURGY RESOURCES
Tarnlzhevskly,, B. V. (Nnergeticheskiy lnstitut AN SSSR - Power
Engineering -Institute AS =SRI. Consideration of Some Character-
Istics of Radiation 011"t9 AffootIng the Operation of Solar
Power Plants 138
Akimoviah, N. R. (Odeemkiy gidr~meteor6logicheskiy institut
Odessa Hydron6toorological Institute], Wind Resources of tae
Card 6/17

KLYUKINg No K*9 CAND 019042 Salt I~LIVATICI RESOURCE$ or
tjw" /i m
NORTHEAST USSR* M64409# 1960s (AGAD 801 USSR* Ims"Oeft of
0909RAP11Y)e (KLt 2-61# 201)o
-42-
_-Z
i",,MV ON"
, 31-
VIM
-, al

B./169/62/000/007/124/149
D228/D307
AUTHORs Klyukin, NO KO
TITLE3 Avalanches in the north-east of the USSR
IBRIODICALs Referativnq shurnalt Geofizikag no. 7, 19620 65t ab
stract 7V37 (Izv. AN SSSRq Sera geogre, no* 1, 1962g'
80-83),
TEXTt The author reviews data known to him about avalanches in the
mountains of the USSR's north-eastern part. Analysis of these data
allows the fOllowing tentative conclusion to be drawn: tfie forma-
tion of avalanches is confined to-the period of maximum snow accumu-
lation (Maroh-April) and to the thaw (April-May). The collap.;e*of
snow peaks has a major role in the formation of avalanches.-L Ab-
straotePs notes Complete-translatione.7
Card 1/1
h rai E M

III- WAS.
Sm problm of W J*ro"wnt of clinto by $m action an tho iw AAAi
cow, Probl* Sov,so,7454W !63* (XUU 17ii)
1. Nauchm-toolodomteltakly iutitut aer4kUnatologiie
ma -VI
in

GRAVSp N.A.p doktor geogrenauk; GAVRIWVA, M.K.; GRAVIS, O.F.1
KATASDIIOVp YO.N.; XLM=,JR.I.; KOWSHA, N.M.;
KWILOVp B.A.1 CHISTOTBiW, L.V.1 'TOMWOVA, Z.A., red.
(collection of articles] Sbornik statei. Moskva Nauka
No-14. 1964. 340 P, (KEU IM21
1. Akademiya nauk WM. Mesbduvodmstvenmyy komitet po
provedeu#u Me&Wunarodnogo geofisicbeakogo, god&* IX rasdel
progranq HOG# Gyatelologlyss

SOURCS CODES UR/0050/66/000/00610053/0056
'70PIC'TAMi hydro. toorologyg data. processing
ABSTRACTS The author reviovs different methods which can be used in automation of
hyda tooroloSical data processings Current methoss have been entirely Inadequate
for processing the vast sawAnt of data being rer. Lvade For example,, one of the
possibel variants to use of a blank docursent and Ito microfilm using a method do-
volopod by the Solentifle Research Institute of the Central Statistical Administra-
tion USSR for economic informations On a blank moasuring 20 x 29 an the latt sidw I
set aside for for recording data (in place of a journal) and the right side Is for,
coding, Inwhich the observer makes marks* that is codes the particulai informations
Mch attention is given to the way In such a document would be us*d# how the data
would be transmitted to processing centers (it Is visualized that the processing
would be done at 10-20 such centers In the MSR)9 sW how processing would be.done
there. Warofilminxg computer snalypis and stora-e problem or* discussed aned,this
1/2
SOURCES lietoovologlys I Sidrologiyag noe 6# 1966# 33-36
AUTHORS KlnkInp_yj_,_XA (Candidate of CooSrophical Sciences)
ORGS Contele-SSS (Gldrometeorologichookly
nauchno-issladavatellskly tsentr SSSR)
.TITLEs Preparation of results of hyd toorolosicai observations for procesilas
on electronic computers
'IRM"
',FT

CC W4766ii3i 0
variant Is compared from the economic'poinif of view with other mthods, Actuallyt
gour or five different uriants &rs discussedp Involves copying observational.data
from journals onto a five-Chapnel-teloSraphic punch tapes directly atthe stationo
OrIgo art* hass I figure, jJP19z 37*3971
SUB COOgs 04909 SUM DAM 04W*65
t
'Ord 2/2

ILUMM, S. T.
Molotov Province, Invoysesop"'Ob-TA 87 ao.6:5x~-qa 24 155,
(Molotov Pftilsoo-loosado ONAIRms) (au 913)

vi

L=INO V,
thf *OTWM$ iA 101ding, ReCh. tramp. 24 no, 10$35
165. (MIRA l8tl2)

xama x v
Prsvs~t accidents In the water* Toen-snan. 31 no,6s25 Jo 156,
1e Machallulk "satellnoy slusbby XoskoTskop gorodskogo
komitsts, Do'brovollnogo obabebastva sodaystviya arell, avlatell
I flotu.
(Lifesaving)
-gg-
~Mm ::-,Vj

i oil
I
d,
I fee
RR two-MM-M.-

VEtTSMERt VX; IVANOVj X.O.1 'VCROXA,, YU,Xo; NI As V.0,; luvo;
XLlu Nt VoY**
.Mmwow I
M? elsetron sioroseops. Isv. AN SM. Ser. fis. 27 ;"T.YUjl3-
(XUtA IT 9)
(tuatron ateroseops)
10,
HIM
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AUTHORS Klyukin 0 1u, Is. 32-12-5V71
TIM A Device for the Investigation of the Dust Content of the Air
(Pribor dlyz issledovanlya sapylennosti vosaukha).
PWODMAU Zavvdakaya 14bomtoriyas 1957, Vol. 23, Nr 12. pp. 151-6-1,516 (MR)
ADSTRACTs in this I*per a combined wind-wing is reconaended which lop at the
saw tim, arranged to absorb dust f rce the air. It consists of a
tube-shaped box which is movably arranged, on which the wing itself
Is mounted in one direction whiles in the opposite direction# two
pal= of mirrors of different six@ OD x 2D and 40 x 40 m) are
armnged in such a mamer that one pair is horizontal and.the other
vertical, lach of these parts Is provided with a sepamte smaller
beac with a winil bolt, so that the7 *an 'be o"14 ramoved wid &a-
justed to any desired position. The wing, which consists vf two
bladest besides has a hinge-like mannar of fasteningo whiohmakes It
possible to adjust these wing blades at any desired angle to each
other. It wind pressuro is brought to bear upon the wing, the entire
systea moves accordingly. SftswbAt lower down, on the same axis,
an indicator of the caMinal points is firmly mounted. There La
figun,

S10621(01000100910061021
B0251 064
AUTBORSt Chernyaboy, Ye. A., KlY_Uk1na.jLUJX1-, and Petrov, A. D.
TITLEs Aoylatton of Silicon Hydrocarbons and Synthesis of the
Silicon-containing Alpha Methyl Styrenes
PERIODICALs Isvestiya Akadealt nauk SSSR. Otdolenlye khtmichookikh
naotr 19609 No. 9, pp. 1601-i6o6
=To This paptr continues previous investigations (Ref. 1). The authors
aimed at Improvlig the method of acylating the aromatic silicon hydro-
carbons-provioual -- develived by 1. A. Kullsh (Ref. 3). At the same time
they explained the yroblem of the reactivity of bonsyl- and f-phonyl-itthyl
trialkyl allanes In the acylation reaction. A method of competing reactions
wasapplied -to determine the relative reactivity of trimethyl-bensyl
silane and P-phenyl-sthy.. trImethyl allans. A mixture of one sole benteno
with one sole f-phenyl-e;sq1 trinothyl allane or with one mole trinothyl-
bonsyl silano was acy'lated by one mole of the acid chloride of capronlo
aoid with one sole aluminum chloride. Triaothyl-bonzyl allano was founi to
be 24 times as active an benteno, while f-phenvl-ethyl trimethyl s'llane
Card 1/3

67123
Aoylation of Silicon Hldrocarbons an4 Synthes a 3/062/60/000/009/000/021
of the Silicon-contalnlng Alpha Methyl ftr= B025/B064
was only 16 times as active in the sent reaction. It Is obvious that t9
increased reactivity of bensyl allane is due to the conjugation of the
31 - C bond with the aromatic cycle. Organosilicon ketones were obtained
in yields up to 70% when studying the compati reactions, while the
maxisium yields of the previous studies were 3~. The authors' assumption
that the yield in organoollicon ketones would have to be higher If the
reaction were carried out in benzene solutions, proved to be correct. At
a solar ratio silicon-hydrocarbon i benzene equal to 1 1 2 to I s 4 In
the solution, the yield increased considerably. Table I shows the com-
parative.data on -the yield when the old and the new method was used. All
ketones were obtained with reaction In the benzene solution. Table 2 shown
the formula, the yields, and properties of the ketones obtained. Correa.
ponding alcohols were obtained from the parasubstituted acetophonones with
the help of the OrIgnard reaction using CH~NCCI; the alcohols were, 4*-
hydrated toistyrones. Partial dehydration of the forming alcohols took
place already in the course of the reaction. Only in two of four caa&s
,alcohols were obtained in the pure state. Table 3 shows the formulas and
properties. Alcohol# and the fractions obtained in the courso of distil-
lation, which corresponded to the mixtures of styronos with al:ohols,
Card 2/3

van
AcylatIon of Silicon Hydrocarbons and Synth(,sls 3106216010001009,10061021
of the Silicon-containing Alpha Nothyl Styruien B023/BO64
more dehydrated. Alcohol&, with three silictn valences saturated with
methyl radlealst were subjeot to dehydration already when boiled with
KESO Alcohols, in which three silicon valences were saturated with ethyl
V
rad icals, wore only partially subject to dehydration with KESO 4' There are
3 tables and 8 referoncens.7 Soviet and I Britinh,
ASSOCIATIONs Institut, organichookoy khicii Im. N. D. Zolinskogo Akadex4i
nauk SSSR (institute of Organic Chamiatry imeni
X. D. Zolinakiy of the Academy of Sclen.:e* VSSR)
SUBMITTEN Marjh 13# 1959
Card 3/3

APAMWj I.A.1 KALYAZINAO V.S.1 PARMSo 2-Ya.1 XLYUKINA 9 P POSTXIKOVAp
A,V,; PrInImeli ueh"tlyos BASMCUMA, Te4-.,,W,.--j--iUB';d, A.K.;
KOSIOUSOVAO A.S.
improving tho quality of contact sulfuric acids Khts, prom*
41 no.10045-746 0 165, WRA isn)
E "T
M PON MIMI, A OPERA= I

SOUMOVO O.M.1 PAVWVO T.M.) CUUM., V.I.) XLYUKIM# Z-P-
WAWW calaimtim of abrmits obarps in fummms With IL
--IbLtdised bad* Xhla# pvwa =o9s63-44 8 161o l5a)
~(Sadim abromats)
irl tA ll-Ril4" 11 V"

MORA= t -0. A. MAYRANOVOMt S. 0. 1 KLYUKIXA, -W D,
Ilectrochadcal boh&vW of pyrldimo 1xv, M SSSR. Otd.khlaj
nauk no.7:43%AWJI 161. (MIRA Us?)
1, ImUtut elektrokbinii AN SSM i ltatitut organicheakay
khImil -is, M, ZGlitwk6P AX SM,
(Pyridim) (laactrochisdistry).

rolArogm..-Ide c,-.ta:Lvtic o" II-y,*r.- C-n LL2.'--,Ctod
Vie atrortl-,m m." thp V+l
r~~,&-o6mr-lcz concentration)
cat
, tarriv)
NEW
Mll

XLYUKINA L $1 DAMAZINp B&B.
Adsorption of pyridins on mercury from neutral solutions of K01.
Izv. AN SSSR, Otd.khIm.nauk no'46slO22-1030 Je 063. (KMA 26 17)
1, Institut elaktrokbiaii AN SM i Moskov",gosudarstvinnyy
universitst imeni Lasonosovas
("dine) (Adswption) (gleatrodes, VArcury)

K ti
I.$.: SUMBOYAt Z.V.; k=ALJ-*L-
Phone diagram Of ths Sts"M IdGI3 - COIC12 1801. lhur,.neorg,
khin. 2 no.721639-1642 J1 I$?* (MIRA 10: 11)
(Hoodynium eblorldot) (Calcium chlorides) (Scmitum calorlde)

SMs V.A,; V.F*j KLYMM L.Z,
Unquir Us forked st4ol pourbW apmts of opm4carth
fame*& with refraat=7 acnarsto* Oguoupor7 26 na*W6
269 061s OM 141T
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ILYUKDAl M. 0.
JITUNINIp W. 0o -"The &wfacep Btru6tursp and Adsorption Properties of the
ActIve Hasses of an Alk$21 Battery** Bmtov State U Imni W. 0. ChermalleTSM70
saratoys 29551 (Dissertation for the Degree of Candidate, In Cmdeal $claim")
ON Knishnus, Letoplstg Xo. 35, 1955

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Chadetry - ginetAcay Combustiomp 292mlaw., Topo-
chad stry.. Oatalysiis
Fiour..
v Jour: Pleferat. Chuml MWktya., No 3s 19A 72%8-
Author Ye. A. Nateroves 1.(L-myuklm.
Inst Imningmd. Otatoe
Title Dependence of Caftlqtic Activity of Alummilleate Catalysts
an Their Exchm" Ompokillty and Structure.
Oris Pubs Vah, xv. -UN) M), ]b us 175~-]#T.
Abstract: ii~tr (aet"WAS& ty the
absorption of b& iiwS)j,mp*dfIc Inaftce (detendmd by the
aftax"Ims of wthqU". Ulip); par . Ity (ftum the wrr" of
-me iii~cftb :
S 1". aiw
stelli MA tw~' yUc activity (dwtwmI;zwd
by tho amoki" of War at Cd, ftfttw
0
L vith
rim-) .1 a adn-
WX74: catalpts of Wrl
tion of
Card V2
Sition. -1. VI OCNAes an LnUrMediate Po-
Card 2/2 -31-

5(4) SOV/69-21-3-,8/25
AUTHOR: KlLitkina, M.G.
TITLE: Adsorption of Electrolytes by Nickelous Hydroxide
PERIODICALt Kolloidnrl zhurnall 1959., Vol XXI, Nr 3, pp 292-297
-(USSR)
ABSTRAM The author reports on a study of the adsorption or a
number ofneu-ral salts and alkalis on nickelous hy-
draxide which is used to prepare the active mass of
thepositiv a electrode of an alkaline accumulator.
This active mass consists of a mixture of nickeloua
hydroxide and graphite, whieh3attor plays the role of
a conducting additive. The electrochemical qualities
of the elootrode depend on the prosonce, in solution
or in the solid phaut, or a very small quantity of
admixtures,, which have either a positive or a negative
effect on the work of the electrode. But up to now
the mechanism of their activity remained undinclooea
in most oases. The came uncertainty prevails with re-
Card 1/4 gard to the problem of ion adsorption, which occurs
g

SOV/69-21-3-8/25
Adsorption of Electrolytes by Nirkelous Hydroxide
during the precipitation of the hydrate and the time
,the electrode is working. The&esent investigation
was intended to verify the app cability of general.,
rules to the phenomena of ion adsorption by ni-)kelous
hydroxide and to explain the character of this ad-
sorption, i.e. to clarify, whether there is an ad-.
sorption of the entire molecule or an exchange of ions,
and whether these processes occur on the surface or
in the solid phase* The experiments have shown that
the correlation of the quantities of adsorbed cations
is determined by the reaction of the medium and the
sign of the charge of the hydrate surface. At pH
values near to the piezoelectric point, a cation and
anion absorption was observed in quantities near to
the equivalents* At the diminution of the hydrogen
ion concentration an increase of cation adsorption,
due to the increase of the negative h7drate surface
charge, can be observed, The capacity of an anion
to adsorb a neutral salt is determined by the nature
Card 2/4 of the cation and increases with the diminution of the

ZOV/69-21-3-8/25
Adsorption of Electrolytes by Nickelous 14droxide
radius of the hydrated cation: rel+,