SCIENTIFIC ABSTRACT KALUZEWSKI, S. - KALUZHNIN, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620210018-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Antiblotios
POIJLNI) PO/0006/66 /000/004/030710314
AUTHOR: Macierewicz, Maria -- Matserevich, M.; Kaluzewski, Stanislaw
Kaluzhevski, S.; Tyc, 'Zofia -- Tyts, Z.
ORG: Department of Bacterliology/headed by Prof. Dr. E. Wojciechowski
PZH, Warsaw (Zaklad Bakteriologii PZH)
TIT'LE. Properties of. Salmonella -enteritidis strains isolated in Poland. 1.
Sensitivity to antibiotics and nitrofuran
SOURCE: Medycyna doswiadezalna i mikrobiologia, no. 4, 1966, 307-314
TOPIC TAGS: antibiotic, streptomycin, tetracycline, microbiology, bacterial
antibiotic sensitivity, bacterial nitrofuran sensitivity, Salmonella enteritidis,
polypeptide antibiotic, nitrof-ran, nitrofurantoin, Ampicillin, chloramphenicol,
colistin, paromomycin, po. ,,Lxin
ABSTRACT: The sensitivity to antibiotics and nitrofuran of 612 strains of
Salmonella enteritidis, chosen at random from 5053 strains isolated in Poland
was*tested by the filter-pap er -disk method. Group 1 (4. 416) was sensitive to
nAromornycin,.,,chloramphenicol, tetracyclines, polymyxin B,

2. 1111'.q (600)
4. 'j.!ractors
7. Greater attention to organizing work of tractor drivers. Les. khoz., 61 No. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, 4jay -1953, Uncl.

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AND POIC4,1141-tw -11 1
Quality OU'llidlyditatt rubber. A. 1. Opalev. K.
Jim S. a. acirfunkel and V. 11. Mintrc Va. -6.~
;Vu'-t& RoM'er (11. S. ti, RJ Nil,
A -tudy was made id the quality -it jxAydime v~'Wivt
oil'
littlid. from emulsion IKAytnt:r and lmllydicnv~ lumLit v
values of 6.21-M.4 centilloim-s- -rhe test, Included
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15144ticity. teltailt strength, total anti "dual clangu6m,
lit-havior ipf The mlill. during mlencirring, and the rimning
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van lie improwd hy usitig pollydirrics J not lt,~ than 341
and olm over 40 centipoilwit. Thc trmill: mmigth of thc
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K4 Li -14 Z h e#
USSR/Chemistry - Rubber FD-1801
Card 1/1 Pub 50-5/19
Author : Kaluzhenina, K. F., Galil-Oglyj F. A.
Title : Production of colored rubber with the application of domestic dyestuffs
Periodical : Ehim. prom., No 2., 79-82 (15-18), Mar 1955
Abstract : Thirty dyestuffs have been tested in regard to their suitability for the
pre,paration of pigments to be used in coloring rubber. Nine have been
selected as suitable. Procedures for the production of colored rubbers
and white rubber are described. The effects of fillers, vulcanization
accelerators, antioxidants,, and other admixtures on the color are discussed.
Eleven, references, 3 USS111) all sirize 1940. Two tables.
Institution: Scientific Research Institute of the Rubber Industry

SOV/81-59-9-33450
Translation from: Referativnyy zhurnal. Xhimiya, 1959, Nr 9, P 562 (USSR)
AUTHORS: K#k1uzhWn&,,,,K.F_,, SkUbAL IA arebkov S.K., Medvedeva, A.M.
TIM: The Increase in the Adhesivenes8 of Rubber Mixtures and Glues Baaod
on Synthetic Rubbers
PERIODICAL: Tr. N.-i. in-tot rozin, prom-st ,1956, Nr 3, pp 47 - 55
PMTRACT.- The possibilities of increasing the adhesiveness of...,mixtures and glues
based on butadiene-stTene (BS), butadiene-nitrile'b (BN) rubbers and
glues based on neoprenO,(N) by means of condensation resins:
rubrezina, B (I), yarrezina A (II), yarrazina. B (III) have been studied.
The optimum dosis of these resins for raw mixtures of BS and BN is 10
weight parts per 100 weight parts of rubber. According to the capacity
of increasing the adhesiveness of the raw mixtures of BN, I, II, III are
equivalent. The introduction of these resins into the rubber mixture
Card 1/2 does not affect the physical-mechanical properties of the vulcanizates.

SOV/81-59-9-33450
The Increase in the Adhesiveness of Rubber Mixtures and Glues Based on Synthetic
Rubbers
V
I, I! and corezin, being introduced into glues of BS and N, increase their con-
fection adhesiveness considerably, as well as the stability of the adhesion of the
parts after vulcanization. The properties of the glues of SKB rubber do not improve
by the introduction of the resins indicated.
B. Glagolev
Card 2/2

SOV/81-59-9-33452
Translation. from: ReferativW zhurnal. Khimiya, 1959, Nr 9, P 562 (USSR)
AUTHORS: KQXlh2L_.L�.,, Skuba, I.A., Kaluzhenina, K.F.
TITLE: An Investigation of the Interaction of Thermoplastic Res!ns With
Synthetic 'Aubbers~~
PERIODICAL: Tr. N.-I. in-ta rezin. prom-st, , 1956, Nr 3, PP 56 - 72
ABSTRACT: The effect of the thermoplastic resin (TR) 110 on the mechanical
properties of unfilled and carbon black mixtures of W-26 has been
studied. TR 110 combines with raw SKN-26 rubber and masticates it.
In the vulcanization TR 110 interacts chemically with SKU-26.and S.
The characteristic of the change of bond types in the vulcanization
of an unfilled SKN-26 mixture with 20 weight parts of TR 110 has been
cited. In proportion to S consumption the rubber-resin bonds
accumulate in the vulcanizate. The deterioration of the physical-
mechanical properties of carbon black vulcanizates with an increase
Card l/.- in the TR 110 doses is explained by the formation of micro- and macro-

SOV/81-59-9-33452
An Investigation of the Interaction of Thermoplastic Resins With Synthetic Rubbers 0
nonhomogeneous domains due to the appearance of two types of bonds, as well as due
to insufficient compatibility of rubber with resin in the resitol and reaite stage,
V. Glegolev
Card 2/2

K'ALIMMM and othert;.
"Increasing the glutinousness of rubber mixtures ard glues on synthetic
rubber base."
p. 2.0 (Leka Promishlenost, Vol. 6, no. 10, 1957, Sof-lia, Bulgaria.)
IlQuick method for determining the content of crome in leather."
p. 31 (Le~-a Promishlenost) Vol. 6. no. 10, 1957, Sofiia, Bulgaria.)
Monthly Index of East European Accessions (EPAI) LO, Vol. 7, No. 6, June 1958.

M- -ILLNTNA. F.,11,
A. 1. Glukhova, K. A. Andrianov, L. N. hozlovskaya and K. F. Halushenina,
"Ibe Obtaining of a Rubber-Like Substance from thu Polydimethyh-ilicoxane.11
F-eport presented at the Second All-Union Uonfererce on the Chemistry and
Practical Application of Silicon-Organic Compounds held in Leningrad from
25-27 September 1958.
Zhurnal prikladnoy khimii, 1959, Nr 1 pp 238-240 (USSR)

S/138/59/000/07/03/009
AUTHORS- Kaluzbenlp&_~KF., Zberebkov, S. K., Sukbotina, T. M~,
Sergeylebeva, V. S.
TIM: On the roperties of Mixtures and Vulcanizates Based on Bromobuty.-I
Rubber it
PFIUODTCAL, Kauchuk i Rezina, 19559, No. 7, pp. 13-18
TEXT;' The authors outline t4e valuable properties of butyl. rubber and
explain its application in the production of rubber articles. The chemical and
pbysfc~al properties of vulcanizates made of butyl rubber are due to their low
non-saturation and also to the presence of regularly distributed: side methyl
groups, linked with the den3ely packed linear chains, as described in Ref. 1, by
R. Thomas and 'U. Xing. The properties of the vulcanizates made of the bu7.1
rubber are described, and how these properties are applied in the production of
various rubberized articles. However, the disadvantage of the butyl rubber mixtures
is the slow vulcanization and the Incompatibility of the butyl rubber with other
non-saturated polymers, as well as Its poor adhesion to various metals, Some of
thtssc, disadvantages could be eliminated by the use of bromobutyl rubber. Accord-
ing to the authors, there are two methods for the production of bromobutyl
Card 1/3

S/138/59/000/07/03/009
On the Properties of Mixtures and Vulcanizates Based on Bromobutyl Rubber
rubber4 1) by brominating the butyl rubber on the rollers with bromine, 2) by
br4m1natIng the butyl rubber with ethyl bromine in a solution of ethyl chlorine.
A comparison is made of:t-qe properties of domestic bromobutyl. rubber prodizoed by
tho two methods with th6sa of the imported bromobutyl rubber of the Hiker (nykar
2a32 trade mark, Etnd the possibility of combining the bromobutyl rubber with
other polymers As shown. When combining the domestle bromobutyl rubber with
natural rubber, rubber Is obtained with satisfactory properties. The compati-
bility of the brotobutyl rubber with other polymers makes it possible to cement
nibber or-to metal. The experimental procedure undertaken is outlined In detail
and the tecbnological and physico-mechanical properties of the vuloaniz t6s are
deterinined and given in Table 1. The highest stability of the 4dhesionKs reached
between the ply of natural rubber or butyl rubber and a ply of a mixture of
itportod bromobut-yl rubber, combined with natural rubber; a somewhat lower
stability is reached with a ply of a Mixture based on the domestic bromobutyl
Fubber, combined with the natural rubber. Adhesion to metal. of -the rubber can
be accomplished by using the ply of a mixture based on the bromobutyl rubber,
The possibility of fixing the bromobutyl. mixtures to metal~by the hot method was
studied. The results of the tests are given in Table 7. The results of the
Card 2/3

40295
$,/081/62/000/014/029/039
B166/~144
AUTHORSO Novikov, A. S., Kaluzheninal K. F., Gilinskaya, K. S.,
Mazakov, A. V.
TITLEt The manufacture of heat-resistant rubbers based on
butadiens nitrile-rubb%r
PERIODICALt Referativnyy zhurnal, Xhimiya, no. 14, 1962, 646, abstract
14P332 (Tr. N.-i in-ta rezin. prom-sti, ab. 7, 1960p 25-33)
TEXTs The influence of stabilizers on the thermal oxidation ageing of
CK14(SK~) at 15000 w~s determined from the magnitude of the induction
period of oxidation and from the character of structural changes in tile
oxidized rubber (due to the change in*swelling and solubility of the
ruAer' when oxidized). -The stibilizers tested can be arranged in the
following order aooording to the magnitude of the induoti~n periodi
dinaphthyl-p- phenylene diamine >Resamine 0,>diphenylol propane,> mercapto
benzimidazole (I) and "fatty red 011> dimethylphenyl-p-cresol (II) and
Neozone, D (III),> nitroso-(,-naphthol. Films containing II, I and III had
the highest solubility. The smallest degree of struoturation is observed
i the presenoe of I and 11. For heat-resistant rubbers it is preferable
C&Fd 1/2

S/OBlj62/000/014/029/039
The manufacture ofo.,, B166/BI44
tb use mineral filleral in particular All Mg and Ca silicates. Beat-
rtsistant rubbers can be.got by using "silicate rubbers" filled with
a orphous SiO2 in the yrooese of coagulation from the latex. [Abstracter's
n tot.'Complete tranalationo
Card ;2/2

S/661/61/000/006/050/081
D235/D302
AUTHORS: L. N., Glukhova, A. I., Andrianov, K. A.
and 'I'L'aluzhenina, K. P.
TITLE: Thermal stability of materials based on poly-dimethyl-
siloxanes
SOURCE: Khimiya i prakticheskoye primeneniye kremneor-aniches-
kikh soyedireniy; trudy konferentsii, no. 6:Doklady,
diskussii, reaheniye. II Vses. konfer. po khimii i
prakt. prim. krenneorg. soyed., Len. 1958. Leningrad,
Izd-vo AN SSSR, 1961, 216-220
MEN; A supplement to the above paper (this publication, no. 2,
P. 95). The authors report on materials formed from polydimethyl-
siloxanes and fluoro-organic polymers. Such materials can be used
at 3500C for 300 hours and at 30000 there is practically no change
in the properties after 1,000 hours. After service at 300 - 3500C
the mechanical strength is 100 110 kg/cm2 and the specific elon-
Card i/3

S/661/61/000/006/050/081
Thermal stability of ... D235/D302,
gation 80 - 100~j', the resistance to breakdown after the action of
oil for 200 hours at 20000 falls by 40 - 50~ and swelling amounts
to 20 -- 25~a; shrinkage after heat treatment is about 5i,. The ma-
terial can be used for packing, sealing, etc.; because it forms
few volatile compounds it will find application in vacuum technolo-
The paper is discussed by the authors and A. L. Klebanskiy
V * )I A. A. Berlin (Moscow), V. I. Pakhomov (NIIPDI,
NIISK, Leningrad
F
Moscow) and N. Nudellman (NIIRP, Moscow). The following topics are
discussed: Vulcanization of the polymers; toxicity of the material;
the i=ediate formation at room temperature of polymer Z"ratments
on rolling; properties; the mechanism for the formation 01" polymer
fra-,,,ments by destruction of Teflon and polydimethylsiloxane; and
the amount of filler for the material. Vulcanization tal~es Dlace
by breakdown of polymer chains, the formation of benzoyTI perioxide
and subsequent reconbination of the macromolecules; it takes place
with respect to fragnents of polydimethylsiloxane and not will-h res*-/
pect to the fluoro-polymer. The number of volatile compounds is
he
negligible and the material does not cause metallic corrosion. T
Card 2/3

S/66Y0'1/000/006/050/081
Thermal stability of ... D235 D302
toxicity is lourer than for fluoro-polymers, because it is a two-
component system and contains ZnO. On rolling, orientation and
-oartial breakdown of the polymers takes place, but the mat-erial
with thle optimura properties is obtained at 300 - 3500C when t1nere
is destruction of both polymers. There is no additional data on
L
the formation of polymer fragments, and although Teflon forms free
radicals if subjected to the short-time action of high tempera-
T,ures, experiments to find their concentrat.-Ion have not been suc-
cessful. This material can contain 87~a by weight filler and only
13,~', by weight polymer. To elucidate the formation reaction further
experiments must be carried out in an inert gas atmosphere, at
high pressure, in the presence of acceptor radicals and in the ab-
sence of zinc oxide.
Card 3/3

-,Y.ALU;',FENJlNAI, YGUO; ZHETERMAYEV, O.N., KHRUSLOV) V.K.
,. -- I
. , I -if
Changes in rubbgr structure occurring during the th,--rnal
treatment J-n an egreeBlve medium. Kauch. J rez. 24 no.12.,
17-18 165. (KRh 18:12)
1. Naiiabno- is sleed ovate I I ski y Institut rezinovoy pronTshlennosti.

-YaQ~100i R.K.1 NOVITSKIY, V. Ye.
Immunopathology of infectious nonspecific polyarthritis. Terap.
arkh. 35 no#5t87-89 My'63 (MIRA 16212)
1. 1z kliniki fakul'tetskoy terapii (nachalinik - prof.
V.A. Beyyer) Voyenno-meditsinakoy ordena Lenina akademii
imeni S.M.Kirova.

KAUMENK01 R.K.; hlJDRYAVTSEV, G.V.
I
Diabetic osteoarthropaLby. Probl. endok. i gorm. iO no.5:25-28
S-0 164. (14IRA 18:6)
1. Klinil--i fa-kulltetakoy terapii (nachallnik - prof. V.A. Beyyer)
Vqmr,no-meditsinskoy ordena Lenina akademii imeni Kirova, Leningrad.

KALIJZHENY,O, R. K.
"An Instance of Chronic Radiation Sickness." Voyenno-Yied. zhur., No.6.
pp. 88-90) 1955
Translation D 416276

SHURYGIN, D.U., podpolkovaik meditsinskoy sluzhby, kandidst maditsinakikh
nauk; KAYUNIX0 mXX I leytenant maditsingkoy sluzhby; KSEUOFCNTOV,
Tumps.,10.7tenaut meditsinskoy sluzhbv
SynthmWcin for treating chronic cholecyatitis and cholangities
Toone-meLzhure no,7:88 Jl 156. (MLRA 9:11)
(OHLORCKTUTIN) (BILIARY TRACT--DISEASES)

1117 t;i I r '! I : 11m I;pIt
USSR Pharmacolosy. ToxicoloGy. Chonilcotherapeutic V
'Preparations. Anti-Biotion.
Abs Jour Ref. Zhur - Biologiya, No. 3, 1959, 14036
Author K lu o, ~R~.K
11113t -1. - Aillff taa rWy Al Ai
'111tary-Me cvl Academy
V
in
Titlo O'n the Influonco of Syntomycin on Hemopolesis,
Orig Pub Tr.-Voyen.-med. akad., 1957, 76, 269-271
.WbG'Urv.ct Patients (43) with chronic cholecystitis and
aholan-itle, hepatitis and anacid and hyper-
acid Ststritis were tro-,.ted with syntomycin (I)
in, a single dose of 0.5 G 3-4 times daily; 10-20
g,per course. In the majority of prtients
idprovementof goneral wellbeing and a deoranse
of the arjount of leucooytes were observed, which
was not cnly the result of the tem-Anation of
Card 1/2-1

,-_
~'-T!
. 7
Geometric grid for pomputing color index. Lab.delo 4 no,3212-14
W-ja 158 (Bwm,.,tOWR AND COICRING MATTER) (MIRA 1l.-5)

KALMMKO, R.K.
1 1
Nomogram of hematologia indezea. Zdrav. Belor. 5 no.3:69-70 Mr 159.
(BlOOD-ANALYSIS AND CIMMISTRT) (MM 12:7)

Y,2luz),ftnova, Z. - "Age., ch2r;.cteristics of change in ~;rtcrjal pres-
silre 2pd reapir2tion wider the 2et,-Lon of hydrogen sulfide solu-
j
U011,11 Sbornik nauch. r~2bot studentov (Rost. n/D cos. 1111-t
0
im. Molotova), 153110 Ij 190, P. 93-98
SO: 10-3566, 15 marci, 53, (Latopis IZ)iurn2l Inykh St;~tcy, N(i. 1,14j 121,)).

MOROZOVA, I.V,,; BIBJKOVAp V.A,,j AIL,7,111~011A! ZOPO
L _ --
Fauna of gdmaeld mites (Parasitifomes, G&masoidoa) in the
sands of Sary-lahiRotrau* Zool, zhur, 42 no&12911;72-1876
f63 (,k 1.7 PA I-I -. 7 )
I* Gentral. Asiatic Research Anti-Aague jhsttiut-:~, Alnti-Al-a.

KAIIHIT7~1LO Ali' , E P
'Llk,--Z. P. 914HUTER, M. 1'.. BIBIKOVA, V. D
,LO7, A. S. , --UI-UV27A-, V. 1. , Val-~ I' k ;~-r L. , 1-101- WIA, 1. V. ,
?EYSAF-HIS, L. lk., HOSSINSK&YA, 0. B., SVIRIDOV, G. G.
"Certain laws governing the olague e-pizootic in the so-ath
Balkhash area (Ili-Yaratal interfluve)." p. 277
Desyntoye, Soveshchaniye po parazitologichesIdm probleiram i
prirodnoochn.-,oirym bolozkyam. 22-29 Ohtynbry-a la.'39 g. (Tenth 0onference
on Pvrasitological Problems and DiseeLses ijatiiral Foci 22-29
October 1959), Moscow-Leningrad, 1959, Acadeqr of Medical Sciences
,rz)Sl' and Arzideiky of Sciences USSR, No. L 254pp.
Central Asiatic Antiplague Inst./Alma Ata

BIBIKOVA, V.A.; ILIIIISKAYA, V.L.; KALUZHENOVA, Z.P.; WROZOVA, I.V.;
SHMUTIERS M.F.
Biology of fleas of the genus Xenopsylla in Sary-Ishik-Otrau.
Zool. zhur. 42 no.7:1045-1051 163. (MIRA 17:2)
1. Central-Asian Research Anti-Plague Institute, Alma-Ata.

SVIRIDOY, G.G.; MDROZOVA, I.V.; KALUPT,_UO ILIINSKAYA, Y.L.
A odel of an isolated burrow of greater gerbils. Zool. zhur. 42
5:70-782 163. (MIRA 160)
3
1. Gentral-Asiatic Research Anti-Plague Institutep Alma-Ata.
(Gerbils as carriers of disease)
(Epidemiological reseqLrch)
1~

SVIRIDov, mw -M*MOVA,~* T.Vj; ULUZHUOVA, Z.P.; ILIINSKAYAp V.L;
Use of radioactive iootopes in studying some problems of fl6a
eoology. Report No. 1: Aliftntary relationo of fleas of the
gonue Xenopsylla with the greater gerbil (RhomboWs opimus
Pall.) under vmtvTal conditions. Zool. zhur. 42 no-4:546-550
163, (MIRA 16:7)
1. Central Asiatic Research Anti-Plague Institute, Alma-Ata.
Phosphorus isotopes)
Sar.v-Ishik-Otrau-Parasites-Gerbils)
~Sary-lshik-Otrau-Fleas)

DEREVrANCHENKOP K.T.1 MOLMOVSKIr,, A.V.; MUZHFNOVA., Z.P.
-__'-A*~':-""_~%'y,~:~j~
Contact of rodents with other wid animals through bloodsucking
artbropods tm the Vlangyohlak Peninsula, Zool. zhur. 42 no,,6:
903-413 163. (MMA 16:7)
1. Astrakhan Anti-Plague Station, the State University of
Gorkyj and Central-Aoian Anti-Plague Institute.. Alma-Ata.
(Mangyahlak Peninsula-Animals as carridrs if disease)
(Fleas-Host animals) (Ticks-Hoot animals)

AZCZ_C,5~7
Al"6035064 MN) SOURCE CODE: PO/0096/GG/000/004/0307/031
AUTHOR: Macierewicz, Maria -- Matserevich. M.; Kaluzewski, Stanislaw----
Kaluzhevski, S.;Fryc, Zofia--
j, zoita Itts, Z.
ORG: Department of Bacteriology/headed by Prof. Dr. E. Wojciechowski
PZH, Warsaw (Zaklad Bakteriologii PZH)
TITLE: Properties of Salmonella enteritidis strains isolated in Poland. L
Sensiti~ity to antibiotics and nitrofuran
SOURCE: Medyeyna doswiadezalna i mikrobiologia, no. 4, 1966, 307-314
TOPIC TAGS: antibiotic, streptomycin, tetracycline, microbiology, bacterial
antibiotic sensitivity, bacterial nitrofuran sensitivity, Salmonella enteritidis
polypep4de antibiotic, nitrofuran, nitrofurantoin, Ampicillin, chloramphent'P"ol,
colistin, paromomycin, polymixin
ABSTRACT: The sensitivity to antibiotics and nitrofuran of 612 strains of
Salmonella enteritidis, chosen at random from 5053 strains isolated in Poland,
was tested by the filter-paper -disk method. Group 1 (4. 416) was sensitive to
streptomycin, paromomycin, chloramphenicol, tetracyclines, polymyxin B,
ard 1/2

_L o9856-6,1,
ACC NR- AP6035664
colistin, and nitrofurantoin; group 11 (2. 3%) to chloramphenicol, polypeptide
antibiotics, -,and nitrofuran; group 111 (93. 316) only to polypeptide antibiotics a'nd
nitrofurantoin. Minimum inhibitory concentrations determined by the serial -
dilution nnetliod were 2. 5-10 /,Zglml for colistin, and 12 ./C the cathode, which is proportional to-the current*'
la'ten~kty of tl~e them igilvanic cell, is related directly to the magnitude of the
;Ckchatge current and in ty berepresented by an equation of the forts
OD= [Men+] bo
r
d
~,2
...... ..... ........ . ....... .. .............

L i660iI.,M'
'Acassm wi AF$021414
:Where is the Ihibruogavanic current. For thermogalvanic cells with irreversible
P es -b
e
l c opir iting im~~! acid-media, the 1. erwgalvanic current arising therein is a
linearifunction!o thI6 : product of ..the spontaneous dissolution rate of the isolated
;electrodd by: the
iibift~a its potential I*vm the initial steady-state value, a shl
lta4Jnj!~Iace wb~nlihe c6lupleAs closed. The latter'rule holds with regard to tbe~
:ef fect' of them s6Ivition;6.czqositioh as well as the effect of the nature of the metal
jiti.elf; - factors *jhich'Uter'~ine. the overall rate of spontaneous dissolution of iso-,
,Iated-plectrodes,d a th"galvanic. cell.. Orig. art. has: 5 figures and 6 formu-
IASGOCIATION: Vokpikezbo~iy,gpi3iidarstvennyy universitat (VoroneM State Vera Ity)
SUDMITMD: Mark% ENCIIII .00 SUB ODE: MM
No REP! SOV: 007
OTHER: 002
C!rd
lei
71-2.
77'-

MAKAR IC119 V.H.; GAR, K.A.; POSLAVSXIYp Yu.M.; KALUZHINAp T.N.
Effect of chloroorganic insecticides on the processes of
tissue respiration in the imagoe's and larvae of houseflieB and
in the cateipillars of the lackey moth. Dokl. AN SSSR 152
no.2t475-477 S 163. (MMA 16tll)
1. Nauchnyy institut po udobreniyam i ineektofungisidam im.
Ya. V. Samoylova. Predstavleno akademikom. A.I* Oparinyme

5/62/000/007/007/016
AOOVA101
AUMORS: Kaluzhlnova, 1. S., Kitaygorodakiy, Yu, 1.
TITLE: Investigating the factors affecting ultrasonic cleaning processes
PEMODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 7, 1962, 31, abstract
7Bi68 (V sb. "Primeneniye ul'trazvuka v teld*Anol. mashinostr.", no.2,
Moscow, 1960, 75-83)
T W The authors present the results of Investigating the dependence of
ultrasonic cleaning duration on the distance of the specimens from the emitting
surface of standard TIMC (PMS) converters. The tests were carried out in the
Y38-2 (UZV-2) baths supplied b~ aY3r -10 (UZG-10) generator on fiat ground
specimens of stainless iX18HqT (iniftqT) grade steel, 100 x 100 mm and 100 mm
in diameter, having a thiftess of 0.8, 3 and 5 mm. The degreasi soluti n had
0 a - 3 and'~i 10 (o
the composition (g/1): sodiumtriphosphate, calcined sod OP-10)
- 3 at 45 - 50 C. it was found that the duration of cleaning grows with the
distance of'the specimen from the surface up to a certain magnitude tat a
distance of 80 - 90 mm and more, the cleaning time remained practically unohange4.
The lower the oscillation intensity of the converter (being determined by tho
card 1A

. . . . . . . . . .
5/223/62/000/007/007/016
investigating the factors affecting A004/A101
applied voltage) the shorter the distance in whose limits the position of the
speolmen affeQto the cleaning time. Increasing the specimen thickness up to 5 mm
and-reduoing the voltage from 520 to 110 v noticeably affects the degreasing
duration only if the part Is placed in immediate proximity to the converter.
At a short distance of the specimen from the converter surface, the cleaning
duration of the specimen lower surface is considerably shorter than that of the
upper one. If the specimen is removed from the bath bottom, the cleaning time.-
of the upper and lower surfaces almost did not change. Flat plates of 30 x 80mm
were used for the cleaning from slime, the plates being cut out from lKhl8N8T
sheet steel of 0.8, 2 and 2.5 mm thickness with scale after heat treatment
(water-quenching at 1,050 - 1,1000C). The scale was preliminarily pickled with-
out ultrasonics in a solution with 100 - 120 ml/l nitric acid (density - 1.35)
and 45 9/1 sodium fluoride at 40 - 450C. The specimens of 0..8 mm thickness were
pickled for 10 mi'n, those of 2 mm thickness for 15 min; and the 2.5 mm specimens
were pickled for 35 min. The slime was removed immediately after holding in the
pickling solution. All tests for removing the slime were carried out with
slight swingIng the specimens. Tests were also carried out for cleaning
blind holes 1 - 5 =:_ in diameter and-30 - 35 mm deep on aluminum-alloy parts of
intricate configuration with the dimensions 400 x 300 x 50 and 400 x 330 X 40 mm,
Card 2/4

Investigating the factors affecting ...
S/123/62/000/007/007/016
A004/A101
with projecting parts up to 120 - 130 mm high. Cleaning was effected in a solu-
tion containing sodiumtriphosphate, calcined soda and OP-10 by 3 g/1 each at
0
500C &id in "Galosha" gasoline at 20 - 30 C using ultrasonics. The authors
report on the cleaning of deep through channels in large-size parts of 500 x
300 x 200 mm, the chwinel diameter being 100 mm and the depth 200 mm. The parts
were cleaned in an ultrasonic bath and in a 30 g/1 sodiumtriphosphate solution to!
which 3 g/1 OP-10 were added at 500C. Cleaning of the parts in the ultrasonic
baith proved to be inefficient. An analysis of the obtained results revealed
that for an efficient cleaning of the outer surfaces of parts, they have to be
placed as near as possible to the converter surface. For cleaning the oilter
surfaces of voluminous parts, they have to be revolved in the ultrasonic bath,
or baths have to be used in which converters are not only placed on the bottom,
but also on the side walls. A swinging of the specimens during the treatment
increases the homogeneity of cleaning over Its entire surfaces. The most effi-
cient method of transmitting ultrasonic oscillations during the cleaning of deep
.parts is to introduce the tool in the aperture.
channels in solid thick-walled
Investigations of the effect of ultrasonics on the acceleration of the pickling
process, which were carried out on specimens and parts from IKhl8N9T and CH 2 20
(SN2 20) steel and OT 4 and BT 1 (vT 1) titanium alloys In the form of flat
Card 3/4

S/123/62/000/007/007/016
Investigating the factors affecting ... AOOVA101
plates and nipples, showed that ultrasonic waves accelerate the pickling process
by a factor of 2 - 3, and also promote the removal of secondary pickling products
(slime) from the metal surface, moreover, the surface finish of the treated
metal is improved. It is pointed out that, -in solving the problem of expediency
of using ultrasonics In the pickling process it is necessary to take into account
that an acceleration of the process by a factor of 2 - 3 is an insufficient
characteristic of the efficiency of using ultrasonics.. Its application is*
necessary for improving the surface finish and the quality of the parts.
[Abstracter's note; Complete translation]
_._Card.,4/4

KALLIZHINA, M.V.
Materials on the biology and economic role of the Zeravshan pheasant.
Trudy UzC;U no.11007-42 161. (MIRA 150)
(Zeravshan Valley--Pheasants)

A.T.a.; WSHAKOV, I.K.; KALUZHINA, S.A.
SHATAIDVI
Thermogalvanic corrosion of metals. Dokl. AN SSSR W
no.6:1,339-3,343. F 162. (MIRA .15:2)
10 Voronezhakiy gooudaretvennyy universitet. Predstavleno
akademikom LN.Frumkinym.
(Metale-Corrosion)
(Electrochemistry)

SERGI-ALWAY V.?.; RALIJUINOVA, G.P.
Wfect of certain substances on the solubility of benzoic
acid in e+hyl alcohol and a 5C~ mixture ofe-thyl alcohol and water
Zhur.ob.khiin. 31 no.8:2245-2248 Ag 161. (MIRA 14:8)
1. Kazakhakiy gosudarstvennyy universitet imeni S.M. Kirova.
(Benzoic acid) (Ethyl alcohol) (Solubility)

- - -
KALUOUIOVA, N.A.; RITSAKOV, I.G.
..., ~ ~Qk*~O'd
Acoustic measurements in water. Trudy VRIIM no-13:77-99 153.
(MIRA 11:6)
(underwater acoustics--Measurements)

';7

24(0); 5(4); 6(2) PHASE I BOOK EXPIDITATION SOV/2215

uchno-issleedovatellskiy LnetitUt metrOlOell 1RIe"I
Vsesc7u=nyy n
D.I. W."de eyova
j
Rarer ty nauchno-is3ledovatellskikh robot; GbornlA NO.' (Scientific
RaNarch Abstracts; Collection of Aarticles, Xr 2) Moscow,
Standartgiz, 1958. 139 p. 1.OW covies printed.
Additional Sponsoring Agencyt USSR. r-ftet fthnd&PtOV# mer I
lz=erltol-nykh priborov.
Ed.- 3- V. ReahatIna; Tech. Ed.. M- A. Xondrdt'YeTR.

PURPOSIs Th::e reports are intended for scientists, researchers
and argIn r5 engaged in developing standardes measures, and
gages for the various Industries.
COVxm=. -no -. 1u=o c==rs =3 rqpcr--z on standards of messure-
sent and control. The reports wer-- prepared by scientists or
I StItutes of the Komizet standartov, mer I I=eritellnykh
pr1borov pri Sovete Micistrov SSAR (Commisaian on Standards,
Measures,
and Feazurlng Instruments under the USSR Council or
xLnis ters . The partIcIpating institutes arts VNXIM -
)
VaeooYu=yy nauchno-losledovatellsxI7 matrolog1l Imeni D.I.
Mendeleyeva (A.12-Unlon Scientific Researe, institute or Met-
rology iwoni 0.1-ftendoleyev) In Leningrad; Sverdlovsk branch
of this Institute) VXIIX - Voesoyvzny7 nauchno-lasledovatellakly
1natl not Xcititeta atandartov, mer .1 1=erizelInyUh priporov
(A.U-Unlon Scientific Research Inst1tuto of the Commission
on Standards, Measures, and Xaaxur-.ng Instruments). created
from MODELF - Moakovakly gosudaxB-.~e=yy inatitut nor I
I=oz-ltellnykh priborov (Moscow State institute of Measures
and Measuring Instruments) October 1, 1955; VNIIFTRI -
Vaesoyum" nauchno-I-x3jedov&tellsk-~ InatItut flziko-tokhni-
cheekl1di I radlotekhniche3kikh Izzort-.1y (All-UnIon Scient--flc
Rasearch Institute of ftyalcotechnIcal and Radio-engineoriftS
Measurements) In Moscow; KhGIMIP - Rhar-kovakly gosudRretvennyy
InstItut zer I I=eritellnykh priborcy (Xhar'kav State Institute
of Measures and Measuring Instruments); and NOXMIP - Novool-
birekly gosudarstvenyy institut mer I i=erit*llnykh priborov
(Xovoslbirsk State Institute of Measures and Measuring Instru-
No personalities are mentioned. There are no references.
(VXZrTRI). Developing Methods
CX
Ecrova=
and L.A
V
_
._
. .,
Suzinc,
C~aird ~kljj
and Apparatus for Checking Noise Meters in the 0.16 - 20 Meencycl 1*32
I Range
Acoustic Keasurements (Brodaklyo A.D., Editor, Candidate 01-
Technical Sciences)
u=.hj,ovs' N.A. (VNII14). Extending the Method of Measuring
.~!Cf Pres-a-u7n-up 10 20 - 100 Bars at High and Low Frequencies
+
by the St&nding-dave Mothod 134
Y,-jahtalevich, A.N. (VNILM). Developing the Calibration of Micro-
j~~jjjj liji-tfi~Pi4e Field" by the Reciprocity Method 135
Rusakovo I.a_ and"A.M. Xr;Ahtaleyj-qh-- (V%7.IM). Developing Quality
Controa-Kolhods for 741-iFophones and Telephones 136
K.KrishtalovIcb, A-N; (VNIIM). Developing Methods for Determining
thei prequency Characterlatles of Loud-opeakers and for Testing
Microphones by Directivity 137
zA_,pzhinova. N.A. (VNII14). Developing the Method of' Checking
Card'-M&~
lNoiL;e Meters Under Conditions of the NoJ se and Speecn,'
snectx%m

KALUZHINOVA, N.A.
Acoustical measurements. Trudy.VNIIM
no-33:101-104 '58.
(MIRA 11:11)
(Sound--Measurement)

1068
S/589/62/000/061/001/005
061
/A126
A
AUTHORs Kaluzhinova, N.A.
TITLEt A measuring microphone with a sensitive lithium sulfate element
SOURM USSR. Komitat standartov, mer i izmeritellnykh priborov. Trudy
institutov Komiteta. No.-61 (121). 1962.. Issledovanlya.v oblasti
akusticheskikh i gidroakusticheskikh.izmereiiiy. 37 - 41
TEXT: The microphone described consists of a sensit ve element made of
five square lithium sulfate plates (0.8 - 0.8 - 0.12 - 10-~ m), a connecting
tube, and a cathode follower. The pile of plates is suspended on two wires,
which also serve for the electrical connection, in.such a manner that the pile
surface is exposed to acoustic action all round. The measuring range extends
from 20 to 15,000 cps. The advantage offered by lithium sulfate is its resionse
to all-round comprestion, and its drawback is its response to foreign vibrations.
Both circumstances were taken into account in the designing stage. The uneven-
ness of the frequency response characteristic is a maximum of 0.5 db between 20*
and 3,500'cps, and does not exceed 3 db up to 20,000 cps. Compared with other
Card 1/2

3/589/62/000/061/001/005 ~
A measuring microphone with a sensitive .... A061/A126
calibration techniques the miorophone under consideration has proved to be guod Vx
in calibration teats owing to its low degrees of instability and unevenness.
There are 5 figures.
SUBMrMD. July, 1959
Card 2/2

KAZ,IMHINOVA, N.A.
Reproduction and storage of acoustical pressure units. Trudy
inst. Kom, stand.j mero i izm. prib. no.61:23-28 162
(MIRA 16t,43
(Acoustioal onginearinR-Standards)
(Elootroacousties)

A measuring.microphone with sensitive lithium sulfate element.
Tft(tr inst, Kom. otand&p mer. i izm. prib. no.61*7-41 162.
(MM 164)
(Miorophone) (Mootroacousties)

7- ~T~/
;sklk~ nauk ~pss~or_ ZA
U ON. L.B.. dektortekhnio ~~. lorofess, "UZBIXO A.1
;;;tor tekhaicheskikh nauk, retserizent; RABA OV, G.G.,
cheakikh nAuk, redAktor; POPOTA, S.M.. takhnicheekiy redAktor-, XOMI,
B.I., tekhnicheskiy redaktor.
(Theory of mechanisms and mashines; kinematics and dynamics of mechanisms]
Teorile makhanisuov i mashin; kinsmatika i dinaulks, mekhanismov. Izd.
2-e, perer. Moskva, Goo. nauchno-tekhn. isd-vo mashinostroit. lit-ry,
1954. 504 p. (MIU 7:11)
(Mechanical engineering)
--l

I v
KALUZHNIKOV,,-.A.N..,,dOktor takhn.nauk, prof.
New system of point engagement of gear wheels. Izobr.v SSSR
2 no.11:26-27 and 30-31 N 157* (MIRA 10110)
(Gearing)

'-._4;q~WK91-j-A-.-N;-pNdoktor tekhn.nauk, prof.
Using t"-plets in graphoanalytic design of high-module gear
wheels with large radii. 1zvovys*ucheb.zav*; mashinostr, no.l:
4$-~ 1600 (MIRA 14'-5)
1. Moskovakiy avtomekhanioheskiy institut.
(Gearing)

":m: Ili 1, IN I W I 114, !."If, I,
KALTZ-VITE01), A.N. doltor tekhn.rauk
AnalyLical calculation and profiling ~3f t~ie pamp tooth of a bydraulic
servo stacring mechanimo Avtorrom. 3511 no.7:30--`3 "1 165.
1. Rookovskiy avtomo khan icho okiy irisLitut,

doktor tekhn. nauk, prof.
Xinemati'o "d power analysis of the double-rov thrust differen-
tial, Vest, manbinostr. 42 no.10:12-17 0 162.
(MIRA 15:10)
(Geari Alaw
24Y "!=

STUMI, Yp
,yvel* Aronovich; VASHM. B.F., prof., retsenzent; SUKAGM, A.P..
dots,, retimsent; K-ALIUZHNIKOT,-,N.A., retsenzent; BARU, I.L., prof.,
otv.red.; VAMZRG,'D."A.'-,'*r'8d.; CHMWSHMO, Ta.T., tekhn.red.
[Slectromeohwdeal relays; principles of the theory. analysis. and
desigul klaktromkMnichaskle-rele; osnovy toorii, proektirovaniia
i raahoheta. [A textbook] Uohobnoe posobia, Izd,2, Khartkovp
Isd-vo IhnrIkovskogo unly., 19561ay!54 p. (MIRA 12:5)
(Electric re

AUTHOR -K&LUZHNIKOV.N.A. (Kharlkov) PA - 2561
-
-
TITLE ng
O
fimplified Calculation of Magnetic Amplifiers with
Ironniokel Cores. (Ob uproshchennykh raschetakh magnitnykh
usilitelay s serdechnikami iz zhelazo-nikelevykh splavov,
Russian)
PERIODICAL Avtomatika i Telemckhanika, 1957, Vol 18, Nr 3, pp 262 - 266
(U.S.56RO
Reoeivedt 4 / 1957 Reviewedt 6 / 1957
ABSTRkCTt The present method is based on the application of experi-
mentally found out magnetizing curves of a nuclear material
B ad f(H,j H ) for a certain Usample" nucleus that has then
to be oonve;ted for new efficiency-, amperage-, and voltage-
values. The mode of operation of the magnetic circuit is de-
termined, after which the alternating-ourrent circuit is cal-
oulated, namely for an impedanoe-coupled magnetic amplifier
and for a bridge- or a differential two-cycle magnetic ampli-
fier. The process of calculating a magnetic amplifier is
briefly described. 1) The group of volt-;mpere characteristics
of the magnetic amplifier is converted into relative values
of H,,j H.t B,, and T, and T2 are calculated for the "sample"
magnetic amplifier. 2) The working points I and 2 are chosen
and k and kj, (calculation coefficients that characterize
~
Card 1 2 the w
rking method of the magnetic circuit) as well as

PA - 2 561
On Simplified Calculation of Magnetic Amplifiers with
Ironniokel Cores.
Hat and 1~v (control voltage or voltage of displacement
respectively) are calculated. 3) The alternating-current
circuit is calculated according to the given formulae.
4) The linear main measure of the nucleus is also calculated
accoiding to the deduced formulae. All further dimensions
arc determined from the conditions of similarity to the
sample nucleus- 5) The windings of the magnetic amplifier are
calculated. 6) The amplifying coefficient kY is determined
according to the given formula. The suggested method is simple,
reliable, and can be recommended for calculations of magnetic
amplifiers of an average efficiency with an iron-nickel
nucleus for those cases where no optimal tasks are set for
the constructor to perform. (2 illustrations and I citation
from Slav publications)
ASSOCIATION: Not given
PRESENTED BYs
SUBMITTEDt 10.4-1956
AV&ILLBLE: Library of Congress.
Card 2/2

Y
AUTHOR Ka hn~kov N.A. I(Khar1kov) 103-9-319
aluzh
TITLE -a the MoUpLul-ation of the Alternating Current Circuit of a Magnetic
Amplif ier.
(Vrasohetu teepi peremennogo toka magnitnogo usilitelya.-Rixesian)
PSRIODICAL Ayto;matika i Talemakhanika,1957,vol 18,Nr 9,PP 792-6ol (u.s.s.R.)
ABSTRACT The attempt is made here,on the basis of the theory of an "ideal"
magnetic amplifier,to find a method of computation. By means of thiv
the6ry simple relations are found, which, as shown by experiments,
can be used for the computation of magnetic amplifiers with an iron-
nickel alloyed core. The operation of an impedance magnetic ampli-
fier under an A-C inductive active load is investigated,and besides,
thfe peculiarities of the operation of two-cycle systems with indue-
tive load are analyzed. The influence exercised by the scheme-pa-
rameters of a supplementary scheme for a real magnetic amplifier is
investigated, and the results obtained by experimental checking are
giTen. It is shown that the here suggested method of computating ac-
cording to "average" values corresponds to the physical processes
in the magnetic amplifier.As regards complicatedness, this method
in no way lags bp;%-ind the method according to "effective" values.
The essential advantage offered by this method is its great reliab-
ility,whilst the somewhat too large dimensions of the magnetic am-
plifierlwhich are obtained as a result of calculation,must be de-
scribed as a disadvantage.The method described here corresponds to
Card 1/2 the greatest extent to the magnetic working materials with a rec-

103-19-3-6/9
AUTHOR: Kaluzhnikov, If. A. (Kharlkov)
_V5e"_ra_1c`"u'l `Mt ion of a Choke-Coupled Amplifier, labich is
TITLE:
Connected With a Monophase-Rectifier-Bridge (K raschetu
drossellnogo magnitno-o uoilitelya vklyuchennogo na odno..
faznyy vypryamiteVnyy most)
PERIODICALt Avtomatika i Telemekhanika,1958,V01-19,31r 3,pp.239.-2506(USSR)
~ABSTRAOM
The author gives a method for the calculation of the a. c. -
-circuit of a choke-coupled amplifier connected with a
monophase-rectifier-bridge with inductive and capacitive
load on the basis of the theory of the ideal and "linear"
magnetic amplifier. Two extreme cases are investigatedt
1) The "ideal" case where the magnetic amplifiei! is pro-
duced of a material with a rectangular curve of magnetization.
2) The linear case where the magnetic amplifier represents
a lincar variable inductivity.
The purpose of the calculation is the determination of the
feed voltaJe U , the minimum voltage at the magnetic ampli-
fier Uchoke an the current flowing through the a.c.-wind-
Card 1/2 ings of the amplifier Ichoke* All these quantities were

103-19-3-6/9
On the Calculation of a Choke-Coupled Amplifier,., I'Jhich is Connected With
a Monophase-Rectifier-Bridge
determined starting from the given parameters of the load
and mode of operation of the magnetic circuit at the ampli-
fier. The mode of operation is determined by the quantity
kB - Uchoke max/U choke"' where Uchoke max is assumed as equal
to U0 (in operation). The calculation is performed with
average values of the volta.-e and current over the semi-
period. All kinds of the bridge-load are subdivided into 2
groups: 1) Load with inductive reactioni here the "double
short--circ it" mode of operation is characteristic. 2) Load
with capa, ive reactionj here the "double no-load" mode
of operation is characteristic. At the end the method for
the oalculation of the magnetic amplifier is given. There
are 15 figures and 5 references,allof which are Soviet.
SUBMITTED: April 19, 1956
Card 2/2

PHASE I BOOK EXPLOITATION sov/5427
Kaluzhnikov, Nikolay Anatollyevich
Raschet magnitnykh usiliteley (Design of MaSmetie Amplifiers)
Kharlkovo Izd-vo Khar1kovskogo univ., 1960. 352 p. 103000
copies printed.
Resp. Ed.: A. P. Sukachev, Docent; Ed.: R. M. Derevyanchenko;
Tech. Ed.: N. 1. Nikulina.
PURPOSE: This book can be used as a textbook by students of
electrical engineering in schools of higher education, and may
also be useful to technical personnel engaged in designing
magnetic amplifiers for automation and computing circuits.
COVERAGE: The book presents problems of magnetic amplifier
,theoryj exantines various magnetic amplifier circuits and con-
structions,, and gives examples of their application in prao-
tice. Major emphasis is given to technical methods of oalcu-
lating magnetic amplifier circuits for a wide range of output
Card 1/5

Design of Magnetic Amplifiers
SOV/5427
power. Basic theoretical considerations are illustrated with
practio,al example5 of calculations. The author thwiks A. a.
Ivakhnenko, Professor, and V. L. Benin and F. A. Supell,
Docentsp who reviewed the book., and Engineer N. V. Kaluzh-
nikova, who helped with the manuscript. There are 68 refer-
ences: 43 Soviet (including 2 translations), 21 English,
2 Geman., and 2 Swedish,
TABLE OF CONTENTS:
Fo.-eword 3
Ch. 1. Theoretical Fundamentals of the Calculation and Analysis
of Magnetic Amplifier Operation 7
1. Basic characteristics and principle of operation of a
magnetic amplifier 7
2. Materials and constructions of magnetic amplifiers 24
3. Feedbaek and bias circuits 36
4. Magnetic amplifier circuits 65
Card 2/5

N
Design of Magnetic Amplifiers sov/5427
5, Basic principles of calculation 128
6. Dynamic properties of magnetic amplifiers 139
7. Use of magnetic amplifiers 156
List of Symbols 210
Ch. II. General Problems of the Calculation of Magnetic
Amplifiers 215
1. Initial data and purpose of calculation 215
2. Determination of the operating conditions of a mag-
netic circuit 216
3. Determination of the parameters of an a-c circuit 218
4. Calculation of a magnetic amplifier core 220
5. Calculation of magnetic amplifier winding 226
6. Determining the amplification factor of a magnetic am-
plifier 229
7. Calculation of magnetic amplifiers with several d-c
windings 230
Ch. III. Calculation of Magnetic Amplifier A-C Circuits 239
Card 3/5

Design of Magnetic Amplifiers sov/5427,
1. Choke-coupled magnetic amplifier 246
2. Push-pull magnetic amplifiers with a-c output 268
3. Push-pull magnetic amplifiers with d_c output 278
4. Concerning the calculation of high-speed magnetic am-
plifiers 282
CIL IV. Optimum Calculations of Magnetic Amplifiers 287
1. Calculation of a magnetic amplifier for a minimum volume
of steel 287
2. Calculation of a magnetic amplifier for a minimum volume'
of steel at a given amplification factor 291
3. Simplified calculation of medium-power magnetic am-
plifiers 292
4. Calculation of a magnetic amplifier for a given volume
of steel 295
5. Conceniing the calculation of the core of a high-speed
magnetic amplifier 297
Card 4/5

N
Design of Magnetic Amplifiers SOV/5427
Ch. V. Calculation of Magnetic Modulators (Magnetic Voltage
Amplifiers) 304
Appendix 309
Bibliography 354
AVAILABLE: Library of Congress
J~/dfk/ec
Card 5/5 7-29-61

S/194/61/000/006/017/077
D201/D302
AUTHOR; Kaluzhnikov, N.A.
TITLE: Differential equations of a choke magnetic ampli-
fier in an automatic control system
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 6, 1961, 11, abstract 6 V101 (Tr. Khar1kovsk.
politekhn. in-ta, 1960, 30, no. 1, 89-96)
TEXT: Differential equations ared erived of a magnetic amplifier
(MA) in a form which is applied in the theiry of automatic control.
It is assumed that the delay of the MA is determined by the para-
meters of the a.c. and d.c. circuits and that the averaged value
(over one half period) of alternating current follows practically
without any delay the changes in the overall magneto motive force
of the d.c. windings. It was determined from the results of the
analysis that a choke MA, with feedback and series connected a.c.
windings, is a static network of the 1st order. Its time constant
Card 1/2

S/194/61/000/006/017/077
Differential equations... D201/D302
is determined by the parameters of the d.c. and a.c. circuits. A
MA with parallel connected a.c. windings and a MA with several d.c~
windings is a static network of the lst order having a time cons-
tant equal to the sum of time constants of all d.c. windings. A
MA with feedback and series connected a.c. windings may be either
static (feedback factor -C 1), astatic (feedback factor = 1) or a
h- erstatic (feedback factor > 1) network of the lst order.
pzstracter's note: Complete translation-7
7
V/
Card 2/2

D201/'D302
AUTHOR: Kaluzhnikov N A.
TITLE: The design of a magnetic amplifier from its input
side
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no'fo 61 1961, 11, abstract 6 V102 (Tr. Kharlkovsk.
politelthn. in-ta, 1960, 30, no. 1, 97-103)
TEXT: The detailed procedure is considered of a magnetic ampli-
fier design from given parameters of the control circuit (P,,U,,I,).
Formulae are obtained for determining the geometrical dimensions,
off-load power, output power and of other parameters of the a.c.
circuit. The qualitative considerations are given as to the choice
of the magnetic field in the core. Methods are discussed for ob-
Uaining the required gain or the maximum, power at the output of a
Magnetic amplifier with feedback together with certain forms of
Card 1/2 43
S/194/61/000/006/018/077

S/194/61/000/006/018/077
The design of a magnetic amplifier ... D201/D302
feedback networks. 1 figure. 5 references. Z-Abstracter's note:
n
N.Oomplete translation-7
Z
~R
Card 2/2

NALUZHNIKOV N.A._
Differential equation of a choke-type magnetic amplifier in an
automatic control system. Trudy KhPI 30 noa:89-96 6o.
(MIRA 14:9)
(Magnetic amplifiers) (Differential equations)

KALUZPNIKOV, N.A.-
- ------------
Design of the magnetic amplifier from the input end. Trudy KhPi
30 no.1:97-104 160. (MIRA 14:9)
(Magnetic amplifiers)

.AUTHORS: Granzhan, A. V., Kaluzhnikova, 1. 11. SOV/64-58-8-12/19
TITLE: The Removal of Ammonia From the Condensate of the Liquor
Vapor of Neutralizers (Ochistka kondennata sokovogo para ney-
tralizatorov ot ammiaka)
PERIODICAL: Khimicheskaya promyshlennost', 195Bo Nr 8,
PP 497 - 498 (USSR)
ABSTRACT: Three cation exchangers - rulfonated coal-, wofatit P and
KU-2 were tented an to their applicc~.bilit., for the purification
of the liquor vapor condensate in the production of ammonium
nitrate which is sulloequently to be used for the cleansing of the
acid absorption. The tests were carried out in laboratory
columns (Figure). The cation exchanger ras prepared accordi-ng
to the method of the VTI. The tests in which sulfonated coal
was used (Table) showed that the capacity of s-Llf-llnated coal
depends on the ammonia concentration in the condoniiato und,
to oome extent, also on the temperature. With wofatit P
the temperature has much less influerce, rhile the effect
of the ammonia concentration is conniderable. The cation
Card 1/2 exchanger K11 -2 has a much greater capacity thpn the ot];or

The Removal of Ammonia From the Condensate of the Liquor SOV164-56-5-12/19
Vapor of Neutralizers
exchangers under consideration. Its capacity is, moreover,
practically independent of the temperature within the range
of 4.0 - 60'. Because of its capacity (1300 - 1600 g equi-
valent/ou.m.) and thermostability (Ref 2) the cation ex-
changer KU-2 can be recommended for use in the purification of
the condensate from ammonia. There are 1 figure, 1 table
and 2 Soviet references.
Card 2/2

MiMMEEM,
'. 1,13Z.
!.A r2,111MV211 J4.
USSR/Physics Crystal latLice constants FD_6o6
Card 1/1 Prb 153-18/22
Author Fines, B. Ya. and Kaluzhnikova) N. V.
Title Problem of the accurate determination of crystal lattice constants
from the x-ray analysis of polycrystals
Periodical Zhur. tekh. fiz. 24, 320-325, Feb 1954
Abstract Because of controversies in the determination of the lattice constants,
the authors attempt to verify experimentally the different formulas.
They found that in.avoiding errors it suffices to make two pictures,
the second one afte;4r' rotating the specimen 1800. G. V. Kurdyumov's
fnrmulas agree in the first approximation with the experiments. 4
references.
Institution
Submitted July 19, 1943

WOMINS,
Krasnerp Marc, at Ea22Anine,, Leo.
problfte dlexten.sion do groupes.
Krasner Marc.. at halouinine I.;o.
probl&o d1extension do groupes.
Ariar r IhLo i , ko.
I $ at KajoujL.Mg
problWa d'extension do group-es.
Produit complet des groupes de permutations at
I. Acta Sci. Math. Szeged 13$ 208-230 (1930.
Produit complet des g-roupe5 do permutations et
II.Acta Sci. Math. Szeged 14s 39-66 (1951).
Produit complet des groupes de permutations et
III. Acta Sol. Math. Szeged 14o 69-82 (1951).
Le~ Vj be a group of pemutations on a finite lot Mi (iZl, -) s). The complete produc
'If =*Pl 2 is the group of all permutations e on M :: Ml X M2 such that
Cr wherea-19P, andep Then df
(XI~2) :- ('rlxlr2(zl)x2) 1 _(xl)tT2. i = TlOT2~0* ' 'OTi is defined
0.
inductively asw 1-10 Pi and is called the complete product of
The complete product is associative but not commutative. If Pi has degree di and
order sip then TO Pn has degree dld2 and order sls di. A com let du t is tra**
1 2 2 p
tive if and only if each factor is transitive. Let G be a subgroup ow-0;F,
let M = (M1*-*'m a ) be a fixed element of M = No Woere A = Ml X ... X Mi (i e
and denote by Gj~m~ the group of all, C, G for which
Cr(ml'**QS,md = (Mjj.**$mi$* ... *) (i :: 1"949~s)-
The set G a GO(m),Gl(m),---4 a(m~ is called the canonical sequence of G associated with m;

KALOWNINE, Leo P.
this is caUed the canonical sequence of G if m is the identity. Every transitive
subgroup G of &*has. a series of subgroups G :: Go::)G,'O... G s such that (1) G a
contains no invariant subgroup of G and (2) the permutation representation of Gi-1
given by the cosets of Gi is equivalent to a transitive subgroup T~ of IF, - Conversely,
any abstract group H which satisfies conditions (1) and (2) is isomorphic to a transitive
subgroup of V. A si%ilar result holds for ceaplate products of abstract groups which are
defined as follows: If P Joe* P are abstract groups, the complete product
i
is defined as the complete product of the regular representations
P29 ... 0%
of the Pie Clearly Oliva permutation group on the elemanto of the cartesian product
X - X The associative law does not hold for complete products of abstract
groups.. In the third of the papers the theory is applied to the problem of group
extensions.
R.M.Thrall (Ann Arbor, Michigan).
SO: Mathematical Reviewt Vol 14, No 3, Nov 1953. PP 233-340.

KALOJAM, L.
Kalouininis, L. ~ber eine Verallgemeinerung der p-Sylawji-~ppen symetrischer Gruppen.
Acta Matb. Acad. Sci. Hungar., 2, 197-221 (1951). (Hussian. German simar7)
This is the full veraion of the author's note in C.R. Acad.Sci. Paris 2244097-
1099 (1947) [these Rev. 9, 4361. The pro6fa are given completely. The presentation
of the topological part of the theory is improved. The surv over the characteristic
subgroups of the -Sylow groups of the symmetric groups F m [see &121tnine
p p
Ann. Sci. Ecole Norm. Sup. (3) 65, 239-376 (1948); these Rev. 10) 5051 can be
carried over to the group investigated by the author if one understands
by the term "characteristic" a closed subgroup of ~P.. which is mapped on itself
by all continuous automorphisms of K.A.Hirseb (London).
SO:

GNKM,'O,
Mathomatical activities In the German Democratic Republic.
Usp.mat.nauk 9 no.4tl33-154 154. (MM 8:1)
(Germany, Zast--Xathematics) (Bibliography--Mathematics)

A a! k-~
Transactione of the Third All-union Mathematical Congress, Moscov, Jun-Jul '56,
Trudy '56, V. lp Sect. Rpts., lzdatelletvo AN SSSR, Moscow, 1956, 237 pp.
ain,_L, A, (Kiyev). Generalizations of Basic Theorem
,_!~~luzh
of the Galois Theory. 23-24
There are 4 references) 2)of uhich are French, and 2 English.
Kemkhadze, Sh. S. (Batumi). Second PrOfer Theorem for Regular
p-Groups. 24-25
Kontorovich, P. 0. (Sverdlovsk). On the Theory of Semi-
groups in the Group. 25-26
There are three references, 2 of vhich are USSR and 1 English.
Kostrikin, A. 1. (Morscow). Nilpotent Groups and Lie Rings 26
Kulikov, L. Ya. (Moscow). Universal Complete Abelian Groups. 26-28
Lyu-Shao-syue (Moscair). On Splitting of Infinite Algebras. 28

XUMHNINO L,X.
...... Owww"MOMI"m
Central expansions of Abelian groups. Part 1. Mr. mat. shur. 8 no.3t
262-272 156. (MM 100)
((Proups, Theory of)

IrAwz~,-W 0, ev,)_
- ny - -. ___ - __ -.- '. -
..Jvowm"~ - I
d;~irid r,~ suiext--n-s-ip4j-.ok.a co*jlet* product of Abelian groups.
15 -. --421'i~6. -
trim* imt, shur. 8 no.4:413 (X= 10:4)
(Groups. Theory of)

KAWY,WUN, j.,. A.., Doe Sca-(ulrs) Mie Siloy oubg-mupo of symetric groups.
C~,aujete group pxvct,1044. A gemnlization of Ue Gniois tAiwry," Kievy 1161, -L3 pp.
At. ,~ -
(Mvscow State Umiveraity im. Lumonocovo, j.20 copies.
tKL., klu 41j, LvVy p. Lub)

SMALLE, Klod (Cheralley, Olaudel; KALPMIN, L.A. [translator]
[Tbaory of Lis groups] Tooriia grupp LI. MoBkvSv Ixd-vo inostr.
lit-ry, 1938, 1 v, Translated from the J'rench. (MIRA 13;8)
(Oroupse Continuous)

prof. (Kiyev); STOGITIT, A.A.; YADREM, M.T .
K,ALUZLNI N L a
Mathematics clubs and contests in Kiev. Mat. pros. no-3:
229-234 158. (Kiev--mathemaitca) (14IRA ll.-q)