SCIENTIFIC ABSTRACT KALFUS, M.K. - KALGANOVA, R.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620020020-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

COUNTRY Czechoslovakia 0-2
C AT SGORY
ABB, JOUR. AZKhi*:L. I i,;o. 16 19;9P ~io. 5?159
AUTHOR
I IM .
TITLE
0RIq. PUB.
ABSTRACT yield 83%, mp 141.2-14i.?d (from butyl acetate).
A mixture of 0.05 mol V and 0.2 mol 80% HGOOR
is treated with 32 ml alcohol &ad left to stand
J'
15 hre at 4*t X-formyl-K'-cyanoacet,.Ylhydraiine
is obtained, yield 68.5%, mp 11.53-2-153-V (from
ale). 0.1 mol V is treated without cooling
with 18 oll water and 0.125 mol. (CJI~CO)20, the
solution is evaporated at 90-95*/10 am, and N-
acetyl-NI-i.sonicotinylhydrazixie (VI) is iso-
lated, yield 0,1%, mp 162.2-162.5a (from butyl
CARD: 5/9

OOUNTRY Gmechoslovakla G-2
44TWORY
ASS, JOUR. JIU im- i~Ql- 16- 19591
AUTHOR
Ot.
PUB..
8
Lporite~ t~
vg O~ift4la. (90-9,~ ire*
iw,
'With
ant 8,.,
apparatilp~~ F~th ;_qxtracti.~'.60010 bra)
give lb-; i
` Yield~ 26%,. lip 150.
to. 5 -151 Q tf LIcib:
alc Pi 03 i0l VI~IW reflimed *Wk, 0.055;:Z01-
POC3.1 -in 50 'iml P~ Ik,: t6'.105 mi'n',: tp~c'j C6
a q~ ire alic ue is~ trib ,a-to di,as.-in
dist:Lll~d': off, atd"
rVu.. k
Cho precetang t 6 py ne e trac-til, evi'vo-
-M-L' 1.0
ftted t67 15'~~20';; Mixed f6i 310 ndin~)iritb: -
the, presence of characiRD
CARD

KAL I FUS, M. K. Cand Chemr~ Scj. -- (di BS) "POtenitt-=Otrib - Study! Of
the Induetrtia'-D Pra"as of Acetylene H~rdration According to
Kucherow." Alma-Atap 1957. 19 pp wiffil diiagrams, 22, am. (bljjmi of
Higher Educatlon USSR, Kazaklii State Univ. JIMI 3. M.,XXZM Kkmowt
ChemW& Faculty, Chair of CatalyBiS and
MIn of Chemto&- Industry USSR. MbLim Administ atiorv of Rubb6r
Industry. Karaond Plant 2-V SyxLthettw Rubbsr~
CentreCl ScialMSPAR ReBVOM Laboratory!), 200.copbes (XL, 25-57,109)

AUTHORS; Vetrov, G. P., Kallfus, 1,11. K. 67-5-5/12
TITLE The Practice of Itemote Air Supply Of Ca CXjUen Plant 'by
LeauG of a FiDeline (Pzakt:Lka zc~_,ora vozdulcha "cislorodnYm
taekhom ]~o truboprovoclu -,a lallnew rasstoyanii).
FERIODICkLt lKislorod, 1957, /0 ifr 5, pp. 24-25 MUM)
ABSTRACT: in the factory area of the Plant for Synthetic Caoutchouc in
Karaganda there are beside the technological halls trio more
Great carbide halls as well as halls for the production of
great quantities of acetylene, which serve also for its hydr-
ation to acetyldehjde. Dttxing production in these halls it is
unavoidable that acetylene is constantly effused into the air.
The air fractioiiating blocks are equipped with acetylene ad-
sorbers. Theja oculd, however, not save the plant3 frou an ex-
Plosion ia 1953. Of late, a:Cter t.'10 ir-3tallation of the new
pipeline, the adsorbers a5:o not longer switched on. The remote
air-auppl,y, as a protection against air impurities, was intro-
`--4 '~, IcsJ9. From the war%in6 practice of' the oxyt!-an -plant

The Practice of -iomote itir 5upply of an Oxygen Kant by 67-5-5/12
keans of a Pipeline.
of the condensation-caloriuetria method. In connection with
I.-he air-supply from the area of the o-xygen plant the authors
also inveotigated the viind dir3ctions and their influence on
the accumulation of acetylene in the apparatus in the course
of 13 daYs- On this occasion it turned out that the wind dire-
ction as well aa the distance betweon the air fractionating
hall and the source of impurity influa%ce t.,,c accumulation
of acetylene iii the apparatus. 'Whoa tho pipeline for the air-
-suplily is sufficiently distant froza the Iroduction site of
acetylene it can not corapletaly -avoid the entrance and the
accuii-julat-ion of acetylt--ne but it can decrease, its content in
the apparatus, There is 1 table.
AVAILABLE: Library of Con&ress
1. Acetylene-Determination 2. Air-Purification
Card 2/2

XALIFUS. M.K.
-
Zffect of the components of the acid catalyst on the condenstalon
of acetaldehyde. Trudy Iust.khim.nank AN Kazakh. SSR 2:218-221 '58.
(MMRA 1212)
(Acetaldehyde) (Catalysts)

FALFUS, Yauryv
Testing the aging of caoutchouc by means. of the lwmetJc via,;ometer.
Polimery 7 no,4tl36-139 Ap 162
1 Iaboratorium Fizyko-Chamiczneo Zaklad N&ukowo.-Bad&wcvyq Zaklady
Chemiczne, Oswiecim

P/014/62/041/004/001/004
D204/D301
AUTHOR: Kalfust Maurycy
TITLE: __ Accuracy. and ap~,_,Cati'on of osmotic determinations
of the-molecular weights of polymers
PERIODICAL: Przemygl: chemic zny, v. 41# no. 4, 1962, 173 - 176
TEXT: A review based almost exclusively on Western.work. Osmome*try
is considered the simplest and theoretically most sound method of
determining the mean molecular weight. A number of inherent errors
is discussed and exemplified. 1) Errors in osmotic pressure measure-
ment. It is thought that modern static osmometers possess suffi-
cient accuracy. Greater difficulties may arise in connection with
2) osmotic membrane errors, due mainly to,insufficient selectivity
and lack of understanding of membrane action and structure. 3) Er-
rors in extrapolating the osmotic pressure to zero concentration*
The need is stressed for sufficient experimental results to indica-:
te the method of extrapolation required. Despite the above osmome-
try is believed important in determining the number-average molecu-~
lar weights in the range 30,000 - 500tOOO and to be particularly
.___Card_1 /2,--.

P/014/62/04-1/004/001/004
Accuracy and application of osmotic D204/D301
useful in cases of well fractionated polymera, There are 2 figures
and 20 references: 3 Soviet-bloc and 17 non-Soviet-bloo. The 4 most,
recent references to the English-language publications read as fol-
lows: R.U. Bonnar, 11. Dimbat, P.H. Strossp Number-Average Molecular
Weights, Londont 1958; P.W. Allenp Techniques of Polymer Oharacte-
rization, London, 1959; F. Alvong# OP SamuelBont J. Polym.., Sci, 24
353, 1957; L.H. Tung, J. Polym. Sci-P 32P 477, 19580
ASSOCIATION: Zaklad naukowo-badawcz ZCh Obwipcim (Scientific Re-
search Institute ZCh OK%Viqoim)
Card 2/2

P/014,/62/041/006/003/003
D204/ '307
IAUTHORS Sachajdak, Jadwiga, and Kalfus. M&Ury-Qv
TITLE: A viscometer for the rapid determijiation of the time
viscosity of 3-5 ml samples
PE111IODICAL: Przemysl chemiczny, v. 41, no. 8, 1962, 464 466
TEXT: A description is given of a new variation of the Ubbelo?~de
viscomeier (Fig. 1). The important features are; a) The ability to
dilute the polymer sample in the viscometer itself, to allow deter-
M111aGions at a series of concentrations, and b) the absence of taps
reauire laborious washing. The sample (3-5- ml from a thermo-
statt-ed burette) is poured into (9), (8) is connected to (6), and
'he .
U measurement is carried out. Vessel (9) is then taken off, the
sample 2.s diluted, and the measurement is repeated. 4-5 dilutions
are nossible. For the viscosity measurenentu itself, (2) is closed
,at the top and the test solution is Teezed out from (9), by inean's
of a rubber bulb on (3), through (7) int. dia. 2 mm) and through
the bent measuring capil 'lary (16 cm, long, 0.47 - 0.75 am. int. dia.
up to above graduation mark in (4). Tubes (2) and (3) are then
Car%d

P/014/62/041/008/003/003
A viscometer for the rapid D204/D307
opened and the time of gall of the meniscus through the meawiring
capillary is measured. The determination is repeated 3-5 times. The
results are in good agreement with those obtained with an Ostviald
viscometer. There are 5 figures and l.table.
ASSOCIATION: Zcakl'ad naukowo-badawczy zaklad&v chemiczhych Obviiqcimt
(Scientific Research Establishment, Chemical Works,
06wip,cim)
Card 2/0 -2

KAIFU$, Maurycl
Single cell oomometer with a mercury oeal. Proem-chom 41 no*3tlg,9-
160 Mr f62,
1. Iaboratorium Fi:sykochemiozne Zakladu flaukov- Badawozago ZCh Oswiacim.

KALFUS, Haurycy
---------- ---------
Precision and ~Lpplication of the osmometric determination of
the, molemaar weight of polywre. Przem ohem 41 no.4:,173-176
Ap 162.
1. Zaklad Naukuwa-Badawazy Zakladow ChemicwWahv OsvUcim.

SACHAJDAK, Jadwigal- KALYUS, Maurycy
A fiscometer for speedy determination of the intrinsic
viscosity in the 3-5 ml sample. Przem chem, 41 no-8:464-466
Ag 162,
1. Zaklad Naukowo-Badawozy, Zaklady ChemiczneJ Oswiecim.

KALFUSO Mauryoy
Now aj~
~ttw -,:Cor physicochemical research in the Scientific
Research.Department of the Chemical Works in Oswiecim.
'Przera ohom 41'no*8470 Ag 1620'

KALFUS, Maurycy; KOPYTOWSKI, Jerzy; LESNIAK, Stanislaw; SKUPINSKA,
Zbfii7-
Determination of the molecular weight distribution of,Ker
S 3012 butadione-styrone rubber. Polimery tworz wiel]c 9
no. 2: 54,.57 F 164.
1. Chemical Works, Oswiecim,

KALFUS, Mauryoy, SKUPINSKA, Zofia
Experiments in fractionating polymers in a preparative
centrifuge. Polimery tworz wialk 9 no.11:475-476 N 164.
1. Scientific Research Laboratory of the Chemical Works,
Oswiecim.

KOPYTOWSKI, Jerzy; KALFUS, MAurycyj SKUPINSKA, Zofiaj IESNIAK, Stanislaw
Effect of the molecular weight.distr-0AAlor )n certain
4 * i
properties of Ker S 301' butadieneN-styrene
and it3 vuloanizatea. Polimery Wor-, WIeIK 10 ho,,405-59
F 165.
1. Chemical Works, Oswiecim. Submitted July 1, 1964.

-,KALIFUS M.- KOPY'WVSKI, Ye.; SKUPINSKA, Z.1 1,L',NV-AK, S.
Molecular weight distribution and physicomechanical prcperties
of butadiene-styrene rubbers. Vysokom. soed. 7 no.921655-1659
S 165. 18:10)
1. Osventsimakiy khimicheakly kombinat, Pol'sha.

POLAND
KALRUS, M., Dr
Laboratory director, Dept* for Scientific Research, Oswiecim
Chemical Laboratories (Kierownik pracowni ZaIdadu Naukowo-
Badavczego Zakjad6w Chemicznych Ofiwigcim)
Wroclaw, Wiadomosci chemicznej No 11, Nov 1965, pp T45-762
"Determination of molecular weights of polymersusing the
Archibald method."

EWP( j) Ij Kc RIM
ACC NR1 AP6018459 SOURCE CObf.--da
(A)
AUTHORt Kalfus M Dr.); Graff,_J. (Graduate Engineer); StrzolecM h~rtd (G'iid-
uato Eng eer
ORG-. Research and Development Department, Chemical Wods, AueghA111L Poland
(Forschung3 und Entwicklungsabteilung der Chemischen Worke)
TITLE: PolymerizatioAconditions and molecular weight,distribut.ion of pq
e
SOURCE: Plaste und Kaufachuk, no.1, 1966, 4-8
TOPIC TAGS: dimerization, polymerization accelerator, polymerization inhibitor,
polystyrene, molecular weight, peroxide) emulsion polymerization
ABSTRACT: The article reports on the results of an experimental investigation to
obtain preliminary information on the problem of detormining what deviation rrom,
standard polymerization parameters produces the variations in tbe parpmetera of the
polystyrenes produced commercially. To this and ovary effort was mado to fabricate
a given and definite typo of polystryreno under fixed and given polymorization con-
ditions. The molecular weight distribution of polystyrene,.prepared by peroxide
initiated emulsion polymerization, war. determined and it was found that of all the
polymerization conditions, the only changeo in the initial heating rate and the
~17

KALFUS,T.
Dinger of beat damage to the lone during the Nalbran-Echeic oper-
ation. Geok. oftalo 21 no*W549 Mr 065.
1. Ocni oddelani, Obvodniho uotavu narodniho zdravi-y Liberci,
(vedoudo MUDr. T. Kalfus, Me.),,

KALFUS,-T.; CECII, M.; TEMINt K&
Leptospiral uveitis. Cas. lek. cesk. 104 no.25:687-690 25 Je'65.
1. Ocni oddeleni Ob7odniho ustavu narodniho zdra%"i, (radauoi 3MUnr.
. T. Kalfus, CSc); Infeani oddeleni Ob7odniho ustavu narodaiho zdmvi
(vedoucit MgDr, Ve Hase1c) a Mikrobiologicke oddolleni Obvodniho
ustavu narodnibo zdravi v Liberai (vedouci i HUM-. V. Mmmdovs),,

KALFUSS T.
IOur axper~ences with Sta.1lardr-a operatibno Ceuk. oftal. 20
1no.4t3n-113 J1161+
1e Omi qddeleni OUNI v tib6rci; vedouoit MUDr. TXal6st CSo.

KHOBLOGH, Rudolf, MUDr.; XALFUS, Tomas, MUDr-
Prevention and some problems of industrial traunatoloa of the
eye. Gesk. ofth. 12 no.l:.12-20 Iftr 56
1. Z ocni kliniky v Plzni, prednosta prof. MUDr R. Knobloch.
(M, wounde.and injuries
In indust., prev.)
(WOUNDS'AND INJURIMS
eye, in Inclust., prev)
(INDUSTRIAL HrGI M
prev. of eye inj.)

KALIF-KALIF. S.M.; MARTYNIOV, A.V.
Percentage bridge for testing resistance boxets and high-prealsion
d.c. bridges. Izm. tekh. no.UW-41, N 164. (MIRA 18:3)

KAWANOV, A.-F., Eng.
KAIMOV, A. F., Eng.
Building
Forms of local planning of production-line construction. Biul. stroi. tekh. 9, No. 17,
1952
Wathly List of Russian Accessions, Library of Congress, December 1952. UNCIASSIFIED;

1~ Cq mo V"
VCROBIYNV. A.A., professor, doktor fisiko-matematlohaskikh nauk:
VOROBIYNV. N.I., doteent, kandidat tekhnicheskikh nauk; Tmm-
NA, M.N., inshener; VCROBIYBV, G.A., inxhoner; rALYATMII, I.I.,
inshener; TRUBITM, A.M., inshener; BaTRIVSKIY, V.S.,.Lnzhener;
UWANOV, A.7., Inzhener; KUCHIN, V.D., Inzhener.
"High voltage electrical engineering.' Part I &a 11. A.A.Akopian
and others. Reviewed by A.A.Voroblev and others. 11ektrichestTO no.S-.
91-92 Ag '54. (mm 7:8)
1. Xafedra tafthniki vypokikh napryazhouiy I kafedra slektrolsolya-
tsionnoy i kabellnoy tekhniki Touskogo politakhnichaskogo inst.Ituta
in. lirova.
(Blectric engineering) (Akopiau, A.A.)

and
VOROB-YEVj G.A.
"On the Problem of Measurement of Breakdown Energy of Solid Dielectrics,"
PP 97-102, in, 4 ref
Abst: For a clarification of t~he rrechanisin of breakdown of solid dielectrics,
interest is devoted to determining the amount of energy which leads to a loss
of dielectric strength as well as the amount ofenergy causin,4~ the mechanical
breakdown of the dielectric due to the Influence of a high-voltlige field. In
the arlticle results are given of a measurement by the calorimetric meth-od of
the total enerGy absorbed in a pulse rupture of solid dielectrics.
SOURCE: Izvestiya Tomskogo Politekhn. In-ta im. S. M. Klrova (Newss of the
Tomsk Polytechnic Institute imeni S. M. Kirov), Volume .01, Works of the Con-
ference on Solid Dielectrics,- Tomsk, September 1955, Tomsk, Publishing House
of the Polytechnical Institute, 1956.
Sum 1854

SOYI I I Z -58 -2 -1849'
TranslatiDn frorn: Referativay-y zhurnal, Elektrotekhnilra, 195$, jqr 2, P 8.(M;R)
AUTHOR: Yarob'yev, A. A. , and Kalganov, A. F.
TITLE: A.9pociation Between theil-lea-t- ~_s ~"f Gaiies and Liquids and Their
Physical and Chemic,4 Characteriatica (0 qvyavi elek-tricheakoy prochnosti
. Mdkcatey n Ukh- fi-.-.ika-1-Jzim1cheakixn1 ovo, A
g az 0 v I Z.. f otvayn-)
PERIODICAL: Izv. Tomokogo politek-hn. in-ta, 1956, Vol 9 11: pp 103-107
ABSTRACT: Electric strengtl*of six groups of gases (H?
02, -N?
., Cl.Z, BrZ, 12,;
HC1, Mr, HI; CH30H, CZH50H; C1130, CH3Br; CH31; CZH5CI, CZ14?,Br,
CZH51, CZH12, COW and limit normallitruld hydrocarbons are juxtaposed
with Uhei:r respect; e phi
v ysical and chemical charactexistics. It is shown that
the electric strength, of gaijes with-4a one g.-roup ixtcreaoes with inczease.in inter-
-nowc-lar b
I - onds w1hich are characterized by dent;itv aad, polarizability of the
eas and -also that electric strength of gases decreases with ir-crease in intramo-
lec-=tar forcea. For liquid hydrocarbono, the electric. st'rength grows with in-
crease )f in-termoleculax bonds that are characterized by the boiling point,
Card 11?.

SOV/112-58-2-1849
Association Between the Electric Stxength of Gases and Liquida and Their ~ . .
evaDtratior- heat, surface tension and density. Breakdown of a liquid is a step-
by-step process of destructioa; first intermolecular bonds and then, as the
energy grows in the discharge channels intramolecul-7-r forces. Recom. menda-
tiona are given for selecting gases and liquids that haye high electric Otrength.
Bibliography: 13 items. Tomskiy politekh-uich. in-t (Tomak Polytechnic
Izzati-t-ute), Tomsk.
Gard 2/2

I - ;I "." I I 1'1:~
15MMINNNUMNIfOMW
OBITM, A.J~., KAWANOVI A.)r,
Energy r4ta"tions in the electrical spark-over of gases (with
ummary In English). Zhur.fI%.khIm.jl no.7:1455-1458 Ill '57.
(MMA 10: 12)
Politekhnicheskiv Inatitut, Tomsk.
(Electric discharges through gases)
nAAV VVDTATMAr"f)VP_) -,nv//.AnQ

High-Voltage Testing (Cont.) SOV14809
8. Voltage measurement and stabilization of an electrostatic generator
with a moving belt 125
9. Description of designs of electrostatic generators with moving belts 141
10. Principle of operation of electrostatic rotor generators with a di-
blecttic transporter 152
11. IYescription and technical characteristics of electrostatic rotor
generators 164
12. Characteristics of electrostatic generators 168
13. Electrostatic transformers 178
14. Nuclear generators 184
Bibliography 196
Ch. III. Rectification Circuits. Cascade Generators
--J.- Rectifiers and certain a-a rectification circuits 198
2. V61tage-multiplication circuits 218
3. Circuits illustrating the principle of operation and the theory of
performance of a loaded cascade generator 228
4. Effect of spurious capacitance on the output voltage of a cascade
. generator under no-load conditions 25-14
5. Cascade-generator circuits for generating high cum-onto at low pulsa-
tion 267
Card,V'6-

69409
s/144/60/000/04/004/017
E194/E455

AUTHOR: Kalganpy.~.,j,.,F~.Aspirant
TITLE: A Small Self-Exciting Rotor-Type Electrostatic
Generator.&
PERIODICALt Izvestiya vysshikh uchebnykh 2,avedeniy,.Elektromekhanika,
196o, Nr 4, pp 20-26 (USSR)
ABSTRACT: Rotor-type electrostatic generators with rotating
segments can develop voltages of hundreds of kilovolts
and may be made self-exciting. Design formulae for such
generators are generally inadequate and do ~ot allow for.
stray capacitances. This article derives design
formulae for the particular case of a cylindrical-type
generator, allowing for stray capacitances. The
article includes design calculations and test results
on a generator rated at 75 kV and 100 microamps. An
elementary schematic diagram cof the generator is given
in Fig 1. In the absence of stray capacitances, the
characteristic equations of such a generator are given
by Eq (1), (2) and W- In practice, the output
voltage is reduced by stray capacitance to earth, which
~
Card 1/3 may be represented by Eq (5). Then the output of the

69409
5/144/60/000/04/004/017
E194/E455
A Small Self-Exciting Rotor-Type Electrostatic Generator
generator is given by Eq Its maximum output is
given by Eq (11). The stray-capacitance factor for
machines is approximately known from experience and it
is shown that such strays may appreciably reduce the .
output, particularly at high output-voltages. In order
to obtain high output-voltages, several pairs of rotor
and stator plates may be used with a potentiometer
arrangement to ensure the appropriate voltage
distribution;' the schematic diagram of a generator
with three pairs of plates is shown in Fig 2. The
optimum number of pairs of plettes may be determined
from Eq (14) and the characteristic equatio'ns of ouch
a generator are represented by Eq (16) to (21). A
numerical example of.generator design is then given with.
a schematic cross-section in Fig 3 and a photograph of
the finished generator in Fig 4. The construction is
briefly described and some of the materials used are
named. The generator was filled with carbon,dioxide
at a pressure of-22 atm. In order to determine the
Card 2/3 actual stray-capacitance factior, the generator was

~l 4/6069409
Sj /000/04/1004/017
EJ.94/E455
A Small Self-Exciting Rotor-Type Electrostatic Generator.
tested with external excitatioYA, The volt-ampere
characteristics for various fixed values of excitation
are plotted in Fig 5. The strety-capacitance factor is
found from these curves to be about 0.4, which is about
double the value used in the calculations. The
electrical characteristics of the generator consequently
differ somewhat from the calculated values. The
corrected value for the maximum output is 5.8 W,
compared with the actual output of 5 W at 54-5 kV and
91 microamps. It is concluded that the agreement
between the designed and experimental values is
satisfactory. In conclusion the author expresses his
gratitude to Professor A.A.Voroblyev, to Doctor
Ye.K.Zavadovskiy and to Engineers V.P.Shcherbinin and
P.P.Galinskiy. There are 5 figures and 24 referencess
12 of which are Soviet, 4 German, 5 French, 2 Czech and
I English.
ASSOCIATION:Tomskiy politekhnicheskiy institut (Tomsk-PolZiechnical
SUBMITTED: December 8, 1959 Institute
Card 3/3

KAWANOV, A.F., aspirant; POLOTOVSKIY, L.S., Imnd.tekhn.nauk, dotsent
Now operating principle of a capacitative d.c. generator. Izv.
vys. ucheb. sav.; elektromekh. 3 no.4:129-133 16o. OMU 13:9)
1. Tomakiy politekhticheakiy inatitut (for Mlgauov),~ 2* Leningrad-
skaya Krasnoznamennava voyenno-vozdushnaya inshanernaye, akeidemiya.
(Electric generators)

20705
S/120/61/000/.001/043/o62
Eiq4/Ei84
and Shcherbinin, V.P.
AUTHORS; Kalganov
TITLE: A Self-Exciting Rotor Type Electrostatic-GPnerntor
With Output Voltage of Given Polarity
PERIODICAL: Pribory i tekhnika eksperimenta, l96l,No..1,pp.l42_*JL44.
TEXT: Small high-voltago sources with outputs of up to a
few watts may be built as electrostatic generators with
cylindrical transporter-conductors. The authors, assisted by the
graduate of Tomskly politekhnicheskiy instttut (Tomsk Polytech-
nical Institute) P.P. Galinskiy, have designed, built and
investigated a generator of this kind for 75 kV., 100 microamps.
Fig.1 shows a section through the generator. The generator rotor
is a solid of rotation, 14, with two systems of~metallic plates,-
main and auxiliary each consisting of four plates. The rotor turns
about the centre line 15 and is retained by bearings on the flanges
I and 9 which are made of insulating material. The generator
stator consists of four metal plates rigidly connected to the some
flanges. The assembled generator is contained within a steel
frame 3 and operates in an atmosphere of compressed gas.
Card 1/7

20705
sh2o/k/ooo/ooi/03A62
E194/P,184
A Self-Exciting Rotor Type Electrostatic Generator With Output
Voltage of Given Polarity
The generator operates as follows. If an accidontal charge
appears, for example, on stator plate 4, a charge of-opposite sign
is induced on the transporter 6 of the auxiliary rotor4 A charge
of the same sign as the exciting charge is draini to the earthed
casing by the brush 8 through the commutator plate 7. After half
a turn of the rotor the transporter 6 occupies the position of the
transporter 11 and a charge passes through the brush 10 to a
stator plate 12. This induces a charge of opposite sign on the
transporter 13 of the main rotor which at this instant is
connected through the brush 7 and the commutator 16 with the
earthed frame. The charge induced on the transporter 13, the
polarity of which is the same as that on plate 4 of,the stator, is
transferred to the brush 2 which is electrically connected to the
plate 4. The charge on this latter plate is thus increased and
this increases the charges induced on the additional. plates of the
rotor and transmitted by plate 12 of the stator which still
further increases the charge on plate 4 of the stator and so on
Card 2/ 7

2o7o5
$/12o/61/000/001/043/06t.)
EjL94/El84 p
A Self-Exciting Rotor Type Blectrostatic Generator With Output
Voltage of Given Polarity
until an equilibrium condition is set up. In general, a
generator with m-plates on the main rotor may be dosigned from
the following formula (from the condition s of obtaining the
maximum power); 2 2 1
Pm= M nC(1/2 Ed) (2 + am)-
I = 1/2 mnCEd
U = 1/2 Edm/~2 + am),
2
1 = Ed(l + am)/(2 + am),
where Pm is the maximum power, I and U2 are the 'output
current and voltage, Ul is the field voltage, E is the working
field intensity in the gap between the stator and rotor, d is
the gap length, n is the rotor speed, C is the maximum
capacitance between the transporter of the main rotor and the main
exciting plate, a Is a stray capacitance coefficient equal to
Card 3/7

207,05
S/120/6:L/000/00-1/043/o62
E194/Ei84
A Self-Exciting Rotor Type Electrostatic Generator With Output
Voltage of Given Polarity
the ratio of the stray capacitance of the transporter to the
maximum capacitance C. The optimum number of rotor plates is
determined from -the empirical formula
m = (0.15 - 0.2) D/d
where D is the rotor diameter. From the given ' values of
current, voltage, stress and speed it is possible to:determ~ne
the necessary maximum capacitance C and to design the trans.7.
porters of the main rotor. The dimensions of the auxiliary rotor
are selected experimentally to make up current leakage over th 'e
insulation of the main exciting plates of the stator * In the
example built, the length of transporters of the main rotor was
9 cm. All the plates were made of duralumin. The gap between
rotor and stator and plate thickness was 3-5 mm. All insulating
parts were made of transparent plastic. Other constructional
details are given. The rotor was driven by a motor type JIWC -2
(DShS-2), of variable speed up to 3000 rpm. The generator
Card 4/ 7

20705
S/120/61/000/001/043/062
E194/E184
A Self-Exciting Rotor Type Electrostatic Generator With Output
Voltage of Given Polarity
together with the motor are located in a steel cylindrical casing
with an internal diameter of 99 mm and length of 0.5 metres. The
cylinder was filled with carbon dioxide at a pressure of 22 atm.
Tests of the generator with external excitation,.with the
additional rotor cutout, showed that the stray capacitance factor
a = 0.4. At a speed of 3000 rpm the generator operating with
self-excitation develops a maximum output of 5 W at a voltage of
55 kV and a current of 92 microamperes. E = 278 kV/zm. Thus
there was good agreement between the calculated and experimental
results. The generator output pulsates at a fr(;quency of 4 n. '
The main disadvantage of the self-exciting electrostatic generator
with transporter conductors isIthat the polarity of the output
voltage cannot be predetermined because the accidental charges may
be of either polarity. A simple circuit based on diodes was used
to overcome this defect (see Fig.4). Diodes were connected in the
eakthing circuits of the brushes as shown in Fig.4a when it was
necessary to obtain a voltage of negative polarity. In this case,
Card 5/7

20705
S/12o/6j/ooo/oo1/o45/062
E194/Ei84
A Self-Exciting Rotor Type Electrostatic Generator With Output
Voltage of Given Polarity
of charges induced on the rotor transporters onlythose of
definite sign can be passed to earth. By use of the change-over
switch shown in circuit Fig.46 the polarity of the output
voltage can easily be changed. This circuit for obtaining a given
polarity can be simplified by using a common diode connected in
the brush circuit of the main rotor and both types of circuit have
been tried.
There are 4 figures and 5 references: 1 Soviet and 4 non-Soviet.
ASSOCIATION: Nauchno-issledovatellskiy institut yadernykh
issledovaniy, elektronikl i avtomati1ci TPI
(Scientific Research Institute of Nuclear Research.
Electronics and Automatics, TPI)
SUBMITTED: December 2, 1959
Card 6/7

a,
S/057/62/032/008/011/015
B104/B102
AUTHORSs ~Felicij N. J., and Kalganov# A* F.
TITLE: Measuring the short-circuit current of an electrostatic
rotor generator with dielectric transporter operating in
various gases and gas mixtures
PE910DICALt Zhurnal. tekhnioheakoy fizikip v. 32, no. 8, 1962, 1001 1011
TLXTj The short-cirquit currents of an eleotrostatio rotor generator wiLh.
dielectric transport4r were measured in various gases (0, N, Ce and
mixtures of these) as functions of the exciting voltage, of the pressure#
and of the gas mixture compositions. The short-oirouit current I 'in H
sh 2
expressed as a function *of U, (Fig. 1) rises steeply at first and flattens
out at higher U1 values, These experimental curves differ considerably
so a function of U
from the theoretical, The short-circuit current in N U
is ent#ely different from that in H Kt medium ftessureep up to 50 at,;:
2*
`~7 ~n
Card "1/3

B/057/62/032/008/011/015
Measuring the short-circuit... B104/B102
Ish " f(U,) has two inflection points, between which it depends linearly
on UV The amperage decreases as the nitrogen pressure increases. At
pressures of less than 6 at the amperage in hydrogen is higher than in
nitrogen whatever the exoi 'ting voltage. At higher presour,es the amperage
in nitrogen is higher if an increased exciting voltage is applied. In
CO the threshold voltage rises rapidly with increasing pressure, while.
2
the amperage decreases. Only at small pressures is the amperage in C,0 2
higher than in H or N Mixtures of N and CO have better electric
2 2- . 2 2
characteristics than the pure gases. In most cases the current-in H 14
2 2-
mixtures ia higher than in pure He The use of an Bell, mixture cati
reduce the threshold eraiting voltage in ah electrostatio generator,
VWRO tho 81440
I table.
3
ASSOCIATIONt Laboratory of Electroitatics and Physics of Metalp of the
Scientific Research Institute imeni Fourier of the Grenoble'
University, France
Card 2/3

----------------
KALGMIOV., Aleksandr Fedorovich; PATSEVICH,, Vasilly Viktorovicb, aal
b%ximum power rating of electrostatic generaters, IOV, VYB*
ucheb. zav.; elektromekh. 6 no.8;917..;921 163. (WU 1639)
1. Starshly inzhener.-Vauchno-lasledovatellskogo inatituta pri
Tomakom politekhnicheekom institute (for Kalgq;aov).,2. Kafedra
teoreticheskikh osnov elektrotekhniki Tomskog4 politekhniches-
koge instituta (for Patnevich).

ACC NR-. AT7003986 SOURCE.CODE:' UR/6606/66/0001000/0005/ooio'
y Lukutin, V. A.; Patsevich, V. V.
AUTHOR: Voroblyev, A. A.;_~4&4qq.,
OIG: Tomsk Polytechnic Institute (Tomskiy politekhnichoskly institut)
TITLE: Theory and technology of electrostatic machines
SOURCE: Mezhvuzovskaya konferentsiya po elektronnym uskoritelyan. 5th, Tomsk, 1964.
Elektronnyye uskoriteli (Electron accelerators); trudy konfer-ontsii. Moscow,
Atomizdat, 1966, 5-10
TOPIC TAGS: electro tatic generator, particle acceleration
ABSTRACT: The' .'phenomena transpiring in the electrostatic generator-and their analogy
to the phenomena in the electromagnetic generator are briefly reviewed (e.g.,
D. Gignoux, "Electrostatic generators for space application", 102-eme Colloque du
SNRC, Grenoble, 1960). Formulas for maximum power of disk-type and cascaded-
conveyer generators show that the maximum specific power (per unit volume or weight)
is inversely proportional to the stator-rotor gap; the load voltage and current are
independent of the gap. Small gaps are preferable because they mean smaller spuri.ous
capacitance, and the available power becomes closer to its theoretical value. The
latter statement was proved theoretically and experimentally, on a single-disk
generator, at the NII of Nuclear PlWsicss Tomsk Polytechnic Institute. An electro-
static generator with parallel-connected poles and vacuum insulation seems to be mosti
promising. Orig. art. has: 8 formulas.
Card jjj__S~M
3

000,61"/0,00/00,0/0622/0026
ACC NR. AT7003969 SOURCE CODE: td/
AUTHOR-.Kalganav-;-k~-F.; P~,tsevich, V. V.; Sivkov, Yu. N.
Q.~' il_BLA
ORG-. Scientific Research InstItute of Nuclear Physics, Electronics, and Automation,
Tomsk Polytechnic Institute (NII yadernoy fiziki, elektronikii avtomatiki pri
Tomskom politekhnicheskom institute)
TITLE: Effect of conveyer capacitance to ground on the operation' of bar-type
electrostatic generators
SOURCE: Mozhvuzovskaya konferentsiya po elektronnym uskoritelyam. 5th, Tomsk, 1964.
Elektronnyye uskoriteli (Electron accelerators); trudy konforentsii. Moscow,
Atomizdat, 1966, 22-26
TOJC'.LQ electrostatic genQrator, particle acceleration
ABSTRUOT: In a"companion report (see Abstract AT7003986)o onlY two direct
capacitances were taken into account. However, in small-size bar-type electrostatic
generators, direct capacitances of charge conveyers to ground (shaft housing) may
become considerable; they are denoted by C4 in the inner-rotor (lefts and outer-rotor
(right) generator designs (see figure below). By applying the same electrostatic-
equation method to two numerical examples (nimber of conveyers-, 2m = 14 and 2m = 22),
these conclusions are reachedt (1)'The inter-conveyer capacitance C. is responsible
for a natural charge polarity reversal which augments the load current; (2) The
D;qrd 112

ACC NR-.
conveyer capacitance to
;ground abruptly reduces
1generator voltage and
Icurrent; the effect of
this capacitance on
Igenerator voltage is
tby one order of
.magnitude stronger than
Ithe opposite effect of
,inter-conveyer
Icapacitance; (3) Intro-
Iduction of a second
istator, which shields the
irotor from, all pounded
:parts;'-'is particularly
~efficlent in improving
Uh
9 generator operation.
',Orig. art. has:
I
i4 figures and 9 formulas.
0
P 0 00- R
gV,
-7
+
\~boo-00(~
0
0 00
10 01
a
4-.
7,
UO
)0 00 4
)0
I SUB14 DA.TE
SUB GODE: 09 001ar66 ORIG REF: 002
!Card 2/ 2_

B IB 111. I*onid Pavlovich; VARYOWMMV, Y.G.; KAWANOVO D.-I.;, ~OSTAROVSXIY.
T.S.; PUSHKIN, V.S.; TRAXHTANBMG, G.L.-f-HAW&IGH, A.G., red.;
STJDAK& D.K.. takhn.:red.
[School and office oupplies, musical instruments, photographic
upplies, radio equipment, athletic goods, hunting and fishing
:
quipment, tcqsl Tovary shkolino-pielmenaye, kantioliarskie, mu2ykal'-
nye. foto, radio, sportivnyo, okhotnichli, rybolovaye. igrushki.
MoBkva~ Goo. izd-vo torge lit-ry, 1958. 328 P. (MIRA 11:4)
(Manufactures)

ZHILKIN, V.B.; Prinimali uohastiyet ITELISON, O.M.; MUNOV, D.K.;
KADOBROV, V.D*; OLEYNIKOV, I.S.; SWRNOV, V.f-.T'VMVMFU1D,
M.K.; KONYASHIN, YO.I.; LASKIN, R.L.
Experimental use of titanium in bydrometallurgy. Titan i ego
splavy no.8:273-Z78 162. (MIRA 16:1)
ti~~ovtetallurgy-Equipment and supplies)
(Titanium-Corrosion)

XALGANOV, G.N.,inzh.,red.; UVAROVA, A.Y.,tekha. red.
.- fqwwl~l
[Clockworks; theory,doeign, and mterialeJ Chasovyo mokhanissy;
tooriia, raschety I materialy, Kookys, Gos. nouchno-takha. izd-vo
mashinostroit. lit-ry, 1958. 129 p. (MIRA 11:12)
1. Nauchno-iseledovateliskiy institut chasovoy promyshlonnosti.
(Clockmking and watchmaking)

A.Lf; PfibVUKHOV, A.L.; ISKONT8XV, A.N.; "--4AY-O-V-# A--AiL
KHaITONOV, Tu.A.
Improved technology for the conversion of lachkanar vanadium
pig iron, Stall 20 no$ 12:1081-1086 D 160.1 (MIPA 13:12)
1. Urallskiy aauchno-ineledovatellokiy institut cherrqkh metallov
i Chueovskoy metallurgicheskiy zavod.
(Kachkanar-Cast troa-Metallurgy)

BOGOMOIOT, G.V., prof,; ULGAMV, M-1.
.... . e...... ........ ~~;' il. I -IdW4""A R~4
Geological and hydregoolog .ical elemants in prospecting for iron ore In
White Russia. Dekl. AN BSSR 3 nool:20-25 Ja '59., (NM 12:3)
(White Russia-Iron ores) (Prospecting)

!~AI-Gr.ANC)Vi
BOUTREV, G.P.;- VOGKAN, D.A.;. NOYMAITSKIY, I.P.; VERK. D.L.; DYU'GAYKV,
IA.; KAWN, Y.H.; KUPMKO, A.A.; UZMMOV, H.R.; ARSENOTET,
S.Ta.; 73GORKIN, A.N.;XCHWOV, P.P.; KUZIKIN, VA; STRMTS.
B.A., PATKOVSKIT. A.B.; SOL131SLAVSKAYA, B.M.; IRMOR. D.B.;-
FINMMISMIN, A.S.; SHAPIRO, I.S.;. LAPIN# L.Tu.. Prinimali
unhastlye.- NNSKATA, G.I.;- FIMOSEYNO V.A.; KASPILOVSKILY, Ja.B.p
MWOVA, K.V.. BARDIN, I.Psj, akademik. otv.red.; UTFAIR, X.I.,
skademik. nauchnyy red.; SMUNILIN, almdemik. nauchnyy red.;
ANTIPOV, HeLt nBuchvj7 red*; MMTJUICHIKOV, X.P., nauchnyy red.;
TJCRCFMVI B.N., nauchnyy red.; KAGANOV, M.I, , nauclinyy red.;
L
SAMARIU, A.H*, neuchnyy red.; SLWDZ= ij nauchnyy red.;
KKUBNIKOV. T.B., nauchnyy red.; SMYS, N.A.. nauchnyy red.;
BANKVITSM, A.L., red.izd-va; POLTAKOVA, T.V.. takhn.red.
[Iron ore deposits In central Kazakhstan and ways for their
utilization] %helezorudnya mitoroxhaoniia TSefttrallnogo Kazakh-
stana i puti ikh ispollsoveniia. Otvetetvennyi red. I.P.Bardin.
Moskva, 1960. 556 p. (MIRA 13:4)
1. Akademiya nauk SSSR. Neshduvedomstvennays pontoyannays
komiselya po zholezu, 2. Gosudaretvennyy inatitut po proyektirovanism
gorn.ykh predpriyatiy zholazoruduoy I margantsevoy prowyehlennosti i
promyahlennosti nemetallicheskikh IskopayemVkh (Giproruds) (for
Boldyrev, Vogman, Arsenlyev, Tagorkin, Koraskov, Kuzimin, Streleta,
(Continued on next card)

BOUTRIV, G.P.--(continued). Card 2.
3. Institut geologicheskikh nal* AN Kazal-hokoy 30 (for Ilovokluttekly).
4. TSentralino-Kazakhptanskoye geologichaskoye upravloniye 14inisterst-
va geologii i okhrany nedr SM (for Vark. DyMayev, Kavan, Kurenlco,
Uzbekov). 5. Ilauchno-iseledovatellskiy institut mekhanicheskc7 ob-
rabotki polesnykh iakppayemykh (Kikhanobr) (for Patkovskiy)e 60 Gosu-
darstvennyy 4netitut proyaktirovaniya metallurg.zavodov (Gipromz) (for
Boleslavokaya, Indenbom, Finkallahteyno Nevok-nys. Fedoneyov, Karpi-
lovskiy). 7. Mezhduve4omstvenus;ya poBtoyannaya komissiya po zholazu
AN SM (for Shapiro, Zernova. l1alganov). 8. Gosplan SSSR (for Lapin).
(Kazakbatan--Iron ores)

IALGANOVI K.I., otv.red.; TBMGOSOV, Z.A., otv,red,; SHISS OV, vexes
~L,i,zd-va; KASHINA, P.S., tekhn.xvd.
[Studies of the geological station of the Kursk Magnetic
Anomaly] Haboty gornogeologicbme oi stanteli na Kurskoi magnit-
noi anowlii. Kookwa, 1960. 28 "11P. (XIM 13 -.7)
1. Akademiye nauk SSSR, Institut gornogo doles
(Nursk Kagnatio Anowly-Iron. ores)

, geolog. laureat Leninalroy premil;
MGA fiQ1,JWk-h-a i-1--I va novi ch
KOSSOVSKIT, Hoisey Abramovich, zkrurnalist; LTUBD(OV, I.K.,. red.;
KONOVAL'YUK, I.K., z1adshiy red.; VIMNhl[AYA, B.N., takhn.red.
Elurak Magnetic Anomaly] luraknia vagnitnais anomallip. Moskva#
Gos.izd-vo goo lit-,-yg 1960. 70 P. (HIU 13:7)
F=k Magnetic Anomaly)

SURIN, Vladimir Konstantinovichp inzh.-Coolo :;KATXtANOVp_M.I.,, Laureat Le-
S11--
ninskoy i Stalinskoy premiy, kand. geo ogo-mineralog, mauk, red,,,-,
SOLDATOV, I., otv. za vyNsk; NWTOV, V,j toun. red,
(Geology andminerals of Oral Province) Geologi(~heskoe stroenie i po-
leznye iskopaemye Orlovskoi, oblasti. Pod red. M.I.Kalganovae Oral., I
Orlovskoe knizhnoe izd-vo, 1960. 162 p. (MIU 14:12)
(Orel Province--Geology, Economic)

RAKffl4ANOV Vitaliy Pavlovich; KPL M.L kand, eol,,-rdn,.naukq
WNW lle,,, Kam
d-V
..,va; T Ct4lROVA, S.G.
a
m
a
otvared.; POPOVAp T.S., re izd
tekhn. red.; DOROKHINAj I.N., tekhn. red.
[Rich iron ores of the weathering surface in the Kursk
l4agnetic An=a3,v as revealed by the studies of the Mikhmy-
lovka] Bogatye zlieloznye rudy kory vrmtrivaniia Kurskoi
magnitnoi anoralii; na Drimere Kikhailovskogo restorozh-
denlia. I-loskv.-I Izd-vb Akadenauk, 1962* 151 ps,
(Mmu 15:7)
(Kursk Magnetic Anmaly-Iron ores)
(Kursk Magnetic Anotna3y-Weathering)

YANITSKIY, Aleksandr., LeonidovicbL..&tArfiW mailchnyy ootrudniki:L~~M-~I-
otv.rea.; WHTIU, P.S., tekl4ored.
lq!Uocene ool~te iron ores in northern Turgay'and tkAdr genesisI
03.igoteenovye golitovye zhele~nye rudy Severap Turgaia i ikh genez~b
Moskva, Izd-vo Akad. nauk SSSf~ 19W. 218 p. (Akadesdia napk =R.
Institut geolagii rudnykh mosorozhdenii, p**bgrafii,, mineralogii i
gsokhimij. Tr~~, no.37) (MIRA 15:10)
1. Inatitut goologii rudnykh mestorozhdeniy3'F6trO9ra;Viip mineralogii
i geokhimii AN SSSR (for Yanitskiy).
(Turgay Gates--Iron ores) (Turgay Gates-Oolillp)

a I ir'l., Vll -;jj 1,!,; T.r
geal.-
min. W-111K. otv. reti.
ng gyeol~.-;t -6tudy of the nat-Ural plastic and
mpture I.Ieformadon .,f roc~.s] Inzhonanio-geologicheoikoe
i7vchcnia este.Avewnykh piisticheskikb i razr)miykh,de-
fcm,atzJ~i gorny-kh or-od. MoA-val Nauka-, a964. 149 p.

ARTSWYEV~ Aleksandr Vasillyevich; KnGA11OVj M.I.p. kand.geol.-
min. nauk., otv. red.
[Eng4meang.geological study of the natural plastic
and rupture deformat4ons of rookel Inzhenerno-geologi-
cheekoe i2abbenis estestvennykh plastichaskikh i 'raz-
ryvmykh deformatsii. gornykh porode Mookvaq Vauka,- 1964.
149 P. (MIRA 17,n)

iskyRIKOP Maviya Frokoflyevna; KALGANOV, M.I.v nauchn. reu.
- ~
I c
[Key to the texture and atructure of Ore. -Op"J- delitell
tekstur i struktur rud. Moskvap Nedra, 1964. 154 P.
(14IRA 18:1)

YUDIN, V.I.; TARTAKOVSKAYA, R.Z.; KRUSHCHANSKAYA, D.Z.; FTDORISHCHEV, T.I.;
Prininala uchastiye IEREZINA, S.S.
RYABININ, N.A.; KALGANOV
Production of pine, tar for the needs of the rubber industry based
on the utilization of waste resins from the Ve(rkhnyaya Siniachikha
Wood Chemical Combine. Kauch.i rez. 21 no.8t4l~-51 i1g 162.
(MIRA 16:5)
1. Sverdlovskiy zavod rezino-tekhnicheskikh izde.Uy i Sveralovskiy
nauchno-issledovatellskiy institut pererabotki drevesiny (tor all
except Berezina).
(Verkhn,yaya Seniachikha-Wood-using industries-By-products)
(Wood tar)

FEDORISHCHEV, T.I.; RYABININ, N.A.; KALGANOV ~LN.
Tar softener-for rubber, Gidroliz. I leaokhim~prom, 16 no.DI3-16
163, (MIPA l6t2)
1. Sverdl*vakiy nauchno-iseledovatellakiy inatitut~percrabotki
drevesiny.
(Wood tar) OR-abber)

raA unizoV, yo.; POWNSXIY, G.; MIUNW. G.; XAWANOV, P--
Aggulatq the accounting and control operations Of fimucimg
and issuing long-term credit. Den.1 kred. 18 ao.601-59
Je 160. (UM 1:)s6)
1. Xreditqy i53*ktor Winizekoy oblaotuor kontarr Goobsulm
(for ;==v , 2, Gl&vW bi*hgsltsr Kabardino-lbalarskoy
respublikanskoy koutory Goebania (for Kishnev)- 3- Revisor Sxolenw-
skoy oblastnoy kontory Gosbanks (for UlganOT).
(Credit)

KALGANOV, S.A., in.A.
Using calcium chloride in contro,1114g dust and consolidating
road pavements. Avt.dor., 23 no.6:24 is 160.
(MIRIL 13:6)
(Roads. Gravol)
4
fI,

HMOV, A.; KAW'ANOV, V.;jROTSMO, N.; STRONGIN, Y.Lo, red,; SOKOLOVA,
U0.109 te'k'hno-r6d*-
[storage of fruits and vegetables In natural wateral Khranenie
plodov I ovoshohei v vodoemakhe Moskva, Gos. izi-vo torgovot
lit-ry, 1957. 39 P. (KIRA 11:4)
(Vegetables--Storage.) (Pruit--Storage)

iv,-, - %d - . 'i ( ;, I I "
Ifj 1. 't. . . 1, , I - - ! .-l. 1-~~ ~ -.. i, - -M~l -,~ t"t .)
i - -, I -. --- ~ n.-' lra---~!. av, 2,1
; ., - . . - i I
.,-. 1! -1., t~ ,
" z ", Q ~tj,
! ';~, 6 1: . . , ( t- I..f 11 A118 - 8 1

AUTHOR: Kalganov, V.A. 6_58-5-1011 7
TITLE: thsQues~on he, Organization of Grinaing Work in
Cartographical Planta . (K voprosu ob organizatsii
shlifovallnykh rabot na kartagmficheskikh fii"b)-ikrJ:h)
FMODICAL: Geoaeziya i Kartografiya, 1958, Nr 5, Pp. 54-;'5() (USSR)
ABSTRACT: In the grinding shops of the departments for1he preparation~of`
printing blooks in cartographical institutes and in the editor. ts
office for the ccmposition of geographical maps photo-measurements
of time were carried.out in 1957 during the grinding of aluminum
plates for the production of printing blocks.' Photo-measuremerits
of time offer the possibility of studying the technological side
of the grinding process at various cartograpbical iastitutes
with great accuracy, to find the most economical method of opera-
tion, and to pass on experience gained. In the case of the mod--
of operation described, from three to four machine tools can be
operated by one man. Only if it becomes necessary to operate five
and more machines, a second man is necessary. If vmrk Is properl'y
arranged, one machine tool after another is prepared and put into
Oara 1/2 operation at the beginning of a shift. In sonie cases, as e.g. at

On the Question of the Organization of Grinding4lork 6-58-5-10/17
inCartogranhicsiplants
kinsk, all machines are first prepared and then put into
operation. This method causes waiting intervals. In other cases
(Tbilisi) pumice stone is still being used instevl of porcelain
balls. At many institutes instructions concerning grinding are
not follovred, and the working places of grinders are not properly
supplied
1. GrIndets-Operation 2. Photography-Applications
3. Industrial Plants-Organization 4. M*Ping
Card 2/2

- UWANOV, V.A.
Establishing labor norms for offset brigades. aeod. I kart*
no*7:49-55 JI 1609 (MM 13:9)
(Xap printing-Pto duct Ion stan"rds)

KAWAIIUV,, V.A.
-----------
Ecoilomic ef ficiency of the engravirg meth&l. Geod,i kart,
no.7:54-.61 n 162. (KEPI 15:8)
(14iLp printing)

a PRO til V01"! ffirtimignIql= a
4 11404 !!ir!i
Ll~~6~ -EWT(
Fizo j=~ C'E =3:~~ tqi/ob 2/00416W
ACC NRs AF 7341.
AUTHOlt: tachnical sciend a
TO Candi.da ova V A,
(Engine")
Ma: xwne
j
TITM M&a and mica-bast) Lna a at hike t"Peratu
SCURM Blektiotekhnika,'no, 20 19661, 45-'4T
TOPIC. TAOSvmica~ mica product, high temperai~re: matetial ~1!1 thermal. stress
are.
1BSTRACT: Experimental vcaues,of the,electrio,strength. of i6a -a~A-~Mlca -pr6~wt6~.
compared with'the values obtained: fk= calculations b~seal, 0;~ ~ the 1eiem6nt~~ ~heo
py of
thermal, breakdoiwn.' Commercial 0008-~-041-tmn thick: Specik~~d !6~, mi~caniie! iA6a
mat, mica-glas6 cloth, Ud micaplast tested "or bi~eaw%in 50 C~S.
lt!.Was!
found that~,Ap, to 300C~ the breakdoini Volta~s of all Aov~ Interi sjracticiLlli
does not dep6hd on temperature; beyond: 3=. i Ue:breakE1c%-ft 3iis ofr! rap~dly~
Experimenital and theoretical curves:Ig Ubr f(I aj~,
/T) ~pro int6d'ithich sho"9'tha",
within, a 500-60W temperatur j, a purev, t6mal" bre*cw~ tok6a Aauf$ ur.~K
art$ ha-i: 4 f5gures dndA for=
SUB OM 0 Al non if
SM WE: ORIG RV.-. 0031
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ard 1 7
MMOMIRM MINIM

7,lllNYJN$ G.N. (Leningrad); KOGAN, ".A. (Umingrad);
BOLDYMV3, VA. (Lentrigrad) 0 11.1% Uonlngi,ad);
Practices Ln the oloctrouilicatization o1' soll~- ir Umingrad.
Osn.,fund. i mekh,,grun. 7 no.b5-6 165.
(MIRA 1814Y

SITWILIX) N.P., Inzh.; KAIAANOV, V.I.
Economic efficiency of metal deposition procennes. Sbor. at.
. N1ITIAZHMAS11a.Ura1mashzavoda no. 302-98 164. (MIRA 1717)

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PRICAMiN 11CH III t-~
GOLIDGAWER, K.K., dAtor mod. nauk (Moskva, I-ya Cheremushkinskaya u1.,
d.24/25, kv.1.00); KAILANOVA I.N...
Thrombosis and embolism of the mesenteric vessels. Vest. khir. 89
no.110:15-18 0 162. (MIRA 17010)
1. Iz 6-y Moskovskoy gorodskoy klinicheskoy bollnitsy (glavnyy
vrach - N.S. Shevyakav).

....................
KAWINOVA, K.
Adviser, teacher and friend. Sov. profsoiu2jr '16 uo.18:35-37 S 160.
1. Zaveduyushchiy kuliturno-massovym otdolom Nookovskogo oblastnogo
soveta profsovuzov.
(Factory libraries)

(:::: I W t 711
TAUBKIN# S.,kand. takhasnauk, - JUWAffOrA-ff.-'Jnxh.
The SK-L f irorproof paint made of silicates. Pozh. clelo 4 no, 7:11
ii 158. (MIRA 111-8)
(Point, riroproof)

USWChemdetry - Metallurgy. Rafining of Metals 11 &n 53
"The Effect of Teaperature on the Regularity of Jolnt SepmmUca (xf Ions During
Electrolytic Refining of Metalop'O A. L. RotivMj, V. L. Jlsqrfata, IN, S. Kozin*
0. :F. Nalganova
DAh SM, Vol 88, No 2,, PP 301-304
The effect of temp ca the ecatajdnaUm of RL oathodes vith WvftU ar Cul, Znp ~b#
Co, and Mn was studied under various awditIons. In the flimt rind seemd cawtv* the
rate of selp of admixt an the cathode In lialted bj diffuni4yap wad ~ thip =to of
selm of the ba3e metal, by diftuaim or delayed discharge. U the third case.
the rate of nep of the admixt and Us base metal In detd tU, diOATed d1wharge.
In the fourth case,, the rate of soya of admixt In LUdtad to, dolmyod diseWwp"
Lnd that of the bass metal,, by diffusimp Premmted ty AMMI A.'M. 1~moaklrl
21 Nov 52.
PA 255T19

A
S/136/60/000/010/olo/oio
E073/E535
AUTHOR:
TITLE,. Purification of Nickel Ilutions pper
from Co a
Fluidized Nickel Powder Bed
PERIODICALt Tsvetnyye metally, 1960, No.10, pp.114-86
TEXT,. Experiments were carried out in 1957 at the Severonikel,
Combine of purifying nickel solutions from copper in a fluidlzed
nickel powder bed. The nickel powder is fluidized by means of an
ascending flow of the solution which is fed in fro m the bottom.
In the experiments powder was used which was obtained by reducing
nickel protoxide with small coke having an activity of 55%. The
powder contained 84.1% Ni and 4.43% Cu and the bulk of'the powder
had grain sizes between 0-5 and 0.074 mm. The required speed of
-the solution to obtain fluidizing was measured in a glass column
of 30 mm. diameter fitted with a porous bottom of an area corres-
ponding to 5.6% of the cross-section of the column., The critical
speed of the solution to obtain fluidization was found to have a
linear dependence on the average particle size. In the experiments
a speed of 4 to 6 times the critical one was used. Experiments
have shown that an equal mixing intensity of the powder -with a
Card 1/4

3/136/60/000/010/010/010
E073/E535
Purification of Nickel Solutions from Copper in a Fluidized Nickel
Powder Bed
nonuniform grain size can be achieved by using apparatus with a
cross-section varying along the vertical. In the semi-industrial
plant,which had four chambers of differing cross-section, the
solution was circulated at a minimum rate of 4 M3/hour and a
max.imum rate of 6.5 m3/hour. A nickel solution containing 400 to
600 mg/litre of copper, pH = 2.3 to 2-7, was subjected to purifica-
tion; the fluidized layer was 4 to 5 m high and consisted of
nickel powder. The solution was purified down to 1-4 mg/litre Cu
with a double consumption of nickel powder of an activity of 55%-
The utilization of the nickel during the cementation process was
60 to 65% per stage. A better utilization of the nickel powder
can be achieved by using a counter flow process in two cementators.
In the first one the solution with a high copper concentration is
driven and also the cement copper from the second,comentator in
which the final purification of the electrolyte is effected by
fresh nickel powder. Following these tests, an experimental
industrial set-up was built (Flg.2). It consivts of a metallic.
Card 2/4

5/136/60/000/010/010/olo
E073/E535
Purification of Nickel Solutions from Copper in a Fluidized Nickel
Powder Bed
welded housing which is lined with pid resistingbrick and has:a
removable cone (Fig-3). The insidoe the cone is lined with rubber
and turo tangentially placed pipes are fitted to enable tangential
feeding of the solution into the cementator. The cementator
contains three holes with rubberized bushings into which valves
are fitted enabling periodic removal of cement copper from the
various strata of the fluidized layer. It is proposed to develop
pneumatic control of the equipment. The installation was tested
with a solution containing 59 to 62 g/litre Nii, 0.02 to 0.04 g/litre
Fe and 0.40 to 0.56 g/litre Cu and pH = 2.5 to 3, To create this
fluidized layer during starting up the powder was fed in for two
days at a rate of 120 to 160 kg/hour, whereby the speed was lower
by a factor of 1.5 than the normal speed. After producing a
fluidized layer, at a feeding speed of 200 kg/hour, and a circula-
tion of the solution at the average rate of 160 M3/hour, 1.2 to
4.0 mg/litre Cu remained. About 20 to 25% of fine cemented ccpper
was carried away from the cementator by the cementator solution. It
Card 3/4

S/136/6o/ooo/olo/m/olo
E073/8535
Purification of Nickel Solutions from Copper in a Fluidized Nickel
Powder Bed
was found that two cementators -with an approximate volume of 325 m
can substitute 5 to 6 mixers of a total volume of 80 to 60 m each
or .16 to 17 percolators applied to percolation purifying in nickel
works. This cementation process in a fluidized layer is also
applicable for purifying zinc electrolyte from copper and cadmium,
for the precipitation of gold from cyanide solutions and for other
processes. There are 4 figures.
ASSOCIATION: Severonickell Combine
Card 4/4

3/149/61/r,oo/005/002/008
AOo6/Aloi
AUTHORS: Lipin, B. V., ~~~~P.
TITLE: Investigating the process of anode dissolving of raw nickel
PERILODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya, no.5
1961, 81-89)
TEXT: At the "Severonikelf" Combine the authors studied the effect of the
composition, the structure and the preparation method of raw nickel anodes on
indices of anodic dissolving. They employed the method of the statistical
processing of over 200 laboratory tests made with anodes of various composition,
which had been prepared under different.casting and cooling conditions. Tile
samples were produced in the refining shop, melted in laboratory furmaces, and
obtained by electrolysis. The electrolytical conditions were: t - 6.oC,
Da = 200 amp/m2; the electrolyte composition was 54.6 g/l Ni; 40 g/l Na2304;
25 9/1 Cl-; 25 g/1 H3 B03; pH of the inflowing solution was 4.4; circulation
15 1/hour per 1 m2 of the cathode. These electrolytic conditions were the same
for all the experiments. The results obtained, which are illustrated by a
series of graphs, reveal that the optimum composition of the anodes is assured
Card 1/2

3/149/61/000/(>05/002/008
Investigating the process of anode ... A006/AlOl
by the following content of admixtures: not over 4 - 4.5% copper: 0.5 - O-8X
sulfur; 0.2% carbon; 0.1% silicon, 0.1 - 0.15% oxygen. The cooling of an(xles
should be rapid and conducted under the following conditions: after the metal
has been cast into the mold it should be slowly cooled during five minutes, and
then sprayed with water. The metal refining conditions should en3ure the
production of slightly oxidized metal with a minimum carbon content, without
using deoxidizers. The described melting and refining conditions and the
recommended composition of the metal ensure the production of porous anodes,.
thus improving all the indices of elcLcrochemical dissolving. The article was
recommended for publication by the Department of Metallurgy of Heavy Non-ferrous
Metals at the North-Caucasian Institute of Mining and Metallurgy. There are
7 figures and 6 Soviet-bloc references.
ASSOCIATIONS: Severokavkazskiy gornometallurgicheskiy inBtitut (North-Caucasian
Institute of Mining and Metallurgy); Kombinat "Severonikel"
(Severonickel Combine)
SUBMITrED: May 30, 1961
Card 2/2

KHEIMSI V.L.; ROTINYANO A.L.j KUDANOVA Oo?*; LMTNFISH., P&G,
Wes of a oimUtaneous electrochemical disoMr1re of it basic metaa
and aAmixtureq..the depolarization. effect: taken Into account. Zhi~r.
prikl.khim. 34 no.?x1519-1528 JI 161. (KERL 14&7)
(Electroplating) (Polarization (Electricity))

KALTJTOTA, 0'. P.
Investigating membranes of ion-eixchange materials In the
elektrolytic refining of nickel. TSvet. met. 38 no. 12.-1,0-44
D 165 OMTRA 19:1)

KAWANOVA, R. I. Cand. Med-. - Sci.
Dissertation: "Conditions of Certain Regulatory-Protective Systemi of the Female
Organism (Reticuloendothelium and Vegetative Nervous Systems) During the Second
Half of Pregnancy, Delivery and the Early Postnatal Period." Inst of Obstetrics
and Gynecology, Acad. lied. sci, USSR, 4 Dec 47.
SO: Vechernyaya Moskva, Dec, 1947 (Project #17836)

KAWASOVA, R.I., kandidat meditsinskikh nauk; WWANOV, L.G., direktor.
Clinical considerations on the narrow pelvis. Akush..i gin..no-3:33-37
'W--Te '53. (KM 6;7)
1. Institut akusherstva i ginekologii Ministerstya zdravookhranoniya fWR
. (Pelvis--Abnormities and &eformities)

ICAMANOTAl R. L; GRASHCHINKOVA, Z-P-
Conduct of the placental stage. Akumh. i gin. no.5-.35-41 8-0 '54-
(XLRA ?112)
1. rz Institute, akusherstva I ginakologil (dir. L. 'G.St4panorg
nauchrVy rukovoditel4 prof..F.A.Beloshapko) MInIsterstya zdravo-
okhranonlya SSSRa
(IABORI
third stage. conduction)

T
XLLGANUVA. R.A., kandidat maditBinakikh nauk
V--t'-04 I -'#
Iffect of psychoprophylaxis of pain in labor as related to various
methods of preparation. Akushe I gin. no.6:31-36 N-D 154. (MIRA 8:2)
1., Is Instituts, alcusherstva I ginakologit (dire L.G.Stapanov)
nauchny7 rukovoditell - prof* P.A.Meloshapko) Ministerotva sdravo-
okhraneniya.
(LABM
painless, psychopropbylactic methods, evaluation)

---XAI4ANOVA-9--'R.I.. starehiy neuchnyy sotrudaik
High upright position of the head [ifith sumary In lliglishl. Akush.
i gins 34 no93:8-10 Vq-Je 158- (MIRA 11:6)
1. It rodillnogo otdeleaiya (xave - starshiy nauchrq7 sotrudnik
R.I.Kalganova) Institute akusherstva I ginekologli (dire - dotsent
L.G.Stapanov) Hinisterstva zdravookhraneniya RSFSR.
(LABaR. PM]RITATI(N
breech, with high upright position of head (Rua))

KALGATTOVAJ, R. I., Doe Med Sci (diss) -- "A clinically. narrow pelvis".
MoscowIf 1960. 27 PP (First Moscow Order of Lenin Med Inst Im I. M. St!chenov),
250 copies (KE., No 14, 1960, 136)

KALGANOVAJ, R.Il. (Kallumovas R.L.J., starshly nauchnyy notrudn'ik-
ConcerAing Vistenis, sign. Fed., alawh. i gifi. 22 no.3:59--60
160#, (MIRA 14:4)
1. Nauchno-iseledovatellskiy institut alowherstva i~ginekologii
Ministe'retva o-khrany zd I MR (direktor - doktor med.nauk
O.V.Makeyeva.) [O.V.Maki:rileovvar).
(OBSTETRICS)

KAWANOVAp R.I.
Transversely contracted pelvio. Sov,med, 21t no.3;8244 Yx 160,
OtIPA 1413),
1. Is Nauchno-iooledo7stel'skogo instituta akusherstva'i ginekologii
Minioterstva zdravookhraneniya RSFSR (dir. - dolaent L.G.Ste ov),b
(PELVIS-4fflORMITIES M DEFORMITIES) Pam