SCIENTIFIC ABSTRACT A.S. FRENKEL - I.B. FRENKEL

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413620006-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

80316
SOV/81-59-7-24149
High-Alumina Articles on the Base of Commercial Alumina
construction of special high-temperature furnaces for these purposes. The
high resistance of dense (with a porosity below 12%) high-alumina refractories
with a content of 65% A120 was established by comparative tests of various
types of refractories in tRe wall of glass-melting bath furnaces and by the
investigation of worked-out refractories. In the inner lining of caissons
dense products containing 76 - 80% A1203 were distinguished by good resistance
in operation tests. In the upper checker rows of gas regenerators a dense
high-alumina brick with a content of about 76% A1203 was distinguished by
good resistance.
S. Tumanov
Card 3/3

SOIT/-81-59-8-28222
Translation fromi Referativnyy zhurnal. Khimlya, 1959, Nr 8~ P 378 (USSR)
AUTHORS: I~r-~ ikeV A.S.. Slonimsk&ya, Ye.Z.
TITLEx The Determination of the Resistancla of Mir3miam-Magnesite Refractories
Against the Action of Ferric Oxides
PERIrODICAL: Sb. nauchn. tr. Vaes, n,-i. in-ta csrtuporcv, 1958, Nr 2 (49),
PP 356 - 370
AWTRAM Anew method is described whi,2h has beer. develoDad in VNIIO for the
determination of the resistanoe of &z-cmium-ma&nesite r6fractorles (ITT)
against the action of Fe oxides by means of t~ha all-sided action of the
scale melt on the sample. In the process of dev9loping the new method
the optimum test conditions have been elaborated, the composition of the
scale and the weight ratio bstween it and tha samples have been selestell.,
and the effect of the furnace medium and the denAity of the cruciblas
used has been studied. The method can be usqds for the evaluation of the
resistance of chromite ores against Pe oxides; for studying the proosss
of Fe oxide absorption by various types of C-PIR; In the development of a
comprehensive method for the laboratory evaluaticn of the operation pro-
Card 1/1 perties of CMR. V. Zloahevskiy

SOV/81-59-9-32089
Translation frcon: Referativnyy zhurnal. Kh1miya, 1959, Nr 9, P 358 (USSR)
AUTHORS: Frenkel', A.S., Slonimskaya, Ye.Z.
TITLE: The Effect of the Type of Chromite Ore and the Principal Technological
Factors on the Resistance of Chromium-Magnesite Refractories.,Against the
Action of Iron Oxides 1~
PERIODICAL: 8b. nauchn. tr. Vses. n.-i. in-ta ogneuporov, 1958, Nr 2 (49),
pp 371 - 391
ABSTRACT: 'The dependence of the resistance of chromium-magnesite refractories
against the action of Fe oxides on the principal technological factors
has been studied: on the type of the chromite ore (Saranovo, Kimpersay,
South Ukrainian, Albanian), the chromite content in the charge (0-70%),
the grain composition of the chromite component, the density and the
burning temperature of the products. The principal methods for increasing
the resistance of chromium-magnesite refractories are: the reduction of
the chromite content in the products, the coarsening of its grain compo-
Card 1/2 sition, the application of chromite from Kimpersay ores which is more

SOV/81-59-9-32089
The Effect of the Type of Chromite Ore and the Principal Technological Factors on
the Resistance of Chromium-Magnesite Refractories Against the Action of Iran Oxides
resistant to the action of Fe oxides at the coarsened grain composition, the increase
in the density of the products at the expense of reducing the porosity of the raw
brick and applying high-temperature burning.
V. Zlochevskiy
Card 2/2

S/131/60/000/010/001/002
B021/BO58
AUTHORSi Frenkell, A. S., Shakhtin, D. M., and Kovalev, V. D.
TITLE: The Use of Tagged Ato or Investigating the Diffusion of
Iron Oxide in Refractory Chromium Magnesite Products
11
)DO
PERIODICkL: Ogneupory, 1960, No. 10, PP. 460 467
TEXT: The present paper gives the results obtained from a study of the
process mentioned in the title. The method of removing layers by grinding
and the absorption method were used for measuring the diffusion. The
indicator was applied in the form of a fine-disperse suspension. A*radio-
active i=on oxide preparation was used as diffusing material. The samples
were fi=a4 in an electric kryptol furnace of the type 101WO-120 (VNIIO-120).
Thin layers were ground off the samples after firing, and the remaining
activity of the samples was measured. The radiation intensity was
measured by radiometric systems of the type 9 (B) and E-2 (B-2). Counters
of the type k.MCr-117 (MST-17) an T-25 1;1).Y(T-25 BFL) were used for the
P-radiation?The tangent of th a-n-g-l-e--ol-inclination of the'straight line
was graphically determined according to the method by P. L. Gruzin
Card 112

The Use of Tagged Atoms for Investigating the S/131/60/000/010/001/002
Diffusion of Iron Oxide in Refractory Chromium B021/BO56
Magnesite Products
(Fig. 1), Positive results were also obtained with the absorption method.
The characteristics of the refractory products investigated are listed in
Table 1. The values of the diffusion coefficients for samples from
purified chromite may be seen from Table 2 and their temperature depend-
ence fron Fig. 2. The temperature dependence of the diffusion
coefficients for chromium magnesite samples is mentioned in Fig. 3, and
reference is made to the paper by V. V. Goncharov. The calculated phase
composition of the refractory magnesite products investigated is given
in Table 3. The temperature dependence of the diffusion coefficients of
refractory magnesite products is shown in Fig. 4 and that of the
refractory products investigated in Fig. 5. The authors state in con-
clusion that the measurements of the diffusion coefficient were checked
and defined by the method of grinding-off and that of the absorption
method. Both methods produced conforming results. There are 5 figures,
3 tables, and 11 referencess 9 Soviet.
ASSOCIATION: Ukrainskiy nauchno-issledovatellskiy institut ogneuporov
(Ukrtinian Scientific Research Institute of Refractories)
Card 2/2

80289
1r-z?_00 S/170/60/003/04/18/027
S-,41,00 B007/B102
AUTHORS: Frankel', A. S.., Shakhtin, D. M., Kovalev, V. D.
TITLE: Measurement of the Diffusion Rate in Refractory Materials by Means
of the Absorption Method
PERIODICALs Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, No. 4, pp. 108-110
TEXT: In earlier papers (Refs. 1, 2, 3) the method of taking-off layers (Ref. 4)
was used for the determination of the diffusion coefficient by means of radio-
active isotopes. In the paper of Ref. 5 the absorption method was employed in
the investigation of the autodiffusion of copper. This method was improved for
the case of an application of isotopes with beta- and gamma-emission as indica-
tors (Ref. 6). The determination of the diffusion coefficient according to the
improved method consists in measuring the activity of beta- and gamma-radiation
before and after annealing. The respective solution of the general diffusion
P,ciiiation ic used for the determination of the diffusion coefficiento formula (1).
In the present paper this method was used by the authors for studying the
14ffusion of ferrous oxides in refractory cbromium-magnesite materials and in
"t"ie main components of the blast-furnace burden. The experiments are briefly
Card 1/3

80289
Measurement of the Diffusion Rate in Refractory S/17 60/003/04/181027
Materials by Means of the Absorption Method B007YB102
described. Then the measured absorption coefficients were used in calculating
the diffusion rate, considerably lower values compared to those of the taking-
off layers viethod were obtained. Analogous results were obtained in the papers
mentioned in Refs. 8 and 9. The analysis of the results showed that the
absorption coefficient " of beta-radiation when measured according to the
absorption method is not equal to the "-value determined according to the direct
method. An assumption is made concerning the reasons of such a divergence. In
order to remove factors which cause this divergence and which cannot be eatimat-
ed, the absorption coefficient /A of beta-radiation was determined by an indirect
way, as in the paper mentioned in Ref. 12. The dependence of the mass
absorption coefficient M 9(cm2/g) on the ratio of the integral intensities of
beta- and gamma-radiation was determined by experiment for various refractory
materials (Fig. 1). The experiments showed that it is possible to employ the
convenient absorption method in the study of absorption processes in refractory
materials. The temperature dependence of the diffusion coefficients of some
refractory materials is given in Fig. 2 as an example of the application of the
absorption method in determining the diffusion parameters. There are 2 figures
and 12 refe-rences, 10 of which are Soviet.
Card 2/3

80289
Measurement of the Diffusion Rate in Fiefractory S/170/60/003/04/18/027
Materials by Yeans of the Absorption Method BOOVE102
ASSOCIATIONt Nauchno-isoledovatellskiy inatitut ogneuporov, g. Xhar1kov
(Scientific Research Institute of Refractories, City of Khar1kov)
$
Card 3/3

457.2'9/ 0
6B619
AUTHORS: Frenkell A.Sal Ohmukler, K~M*, S/020 60/130/05/039/061
__
`
Y

ra. , ruTT
k
oN . V. B011
B005
TITLE: On the Mechanism of Formation and Decomposition of Solid
Solutions of Spinelal~in Periclase
PERIODIUAL: Doklady Akademii nauk SSSR, 196o, Vol 130, Nr 5, PP 1095-1098
(USSR)
ABSTRACT: The purpose of this paper is an investigation of the mechanism
mentioned in the title which has not yet been clarified suf-
ficiently. The authors studied the interaction of pariolase
with spinele the cations of which are Mg;2+, F02+7 A13+, Cr3+,
and Fe.J+. X-ray-9 chemical-, and petrographical investigations
were carried out. The samples were quenched to fix the high-
temperature state. The authors ascertained that there is a
certain limiting concentration (Fig 1) for solid spinal solu-
tions in periclase for every temperature. The roentgenograms
of the solid solutions show the same system of lines as the
roentgenograms of magnesium oxide. The lattice parameter of
the solid solutions decreases with increasing concentration of
Card 1/3 the solutions (Fig 2). The solid spinal solutions in periclase

68619
on the Wechanism of Formation and Decomposition S/020V60/130/05/039/061
of solid solutions of SpinelB in Periclase B011/ 1,005
are formed as a consequence of the substitution of magnesium
ions by bivalent and trivalent spinel cations. This is con-
firmed by the authors by comparing the calculated (formula (1))
and experimentally found values of the lattice parametern of
these solutions. Table I shows that these values lie very close
to each other. The placing of the smaller trivalent Ions
instead of the magnesium ions in the hollow spaces of the
octahedron causes a compression of the lattice and, thus, an
increase in free lattice energy. The authors also derive rules
of solubility in periolase for spinels of complex composition,
or spinel mixtures. Solid spinel solutions in periclase are
only stable at high temperatures. The solid solution decomposes
on cooling. The concentration of the remaining solid solution
corresponds to the saturated solution at this lower temperature
(Fig 3). Decomposition of the solid solution begins on quenching
in water, and is much intensified by quenching In oil. On the
basis of the roentgenograms, the authors assume a subsequent
decomposition mechanism Of solid spinel solutions in periclase:
at high R3+ concentrations, the supersaturation and the increase
Card 2/3 in free energy cause such a shift of ions within the elementary

68619
On the Mechanism of Formation and Decomposition B/020/60/130/05/039/061
of Solid Solutions of Spinele in Periclase BO11/BO05
cell by fractions of the period that some part of the ions
adopt tetrahedral positions. It may be assumed that in very
small regions such fluctuations are probable. Consequently,
the formation of nuclei of the apinel phase is ensured by the
number of occupied tetrahedral positions in these regions.
This assumption was confirmed electron-microscopically as well
as by the roentgenogram of the isolated miniature inclusions
having a spinel structure. S,T, Balyuk - took part in the work.
There are 3 figures, I table, and 5 references, 2 of which are
Soviet.
ASSOCIATION: Ukrainskiy nauchno-issledovateltakiy institut ogneuporov
(Ukrainian Scientific Research Institute of Refractories)
PRESENTED: July 25, 1959, by N.V. Belov, Academician
SUBMITTED: July 21) 1959
Card 3/3

VISHNEVSKIY, I.I.; MWELI, A.S.; SKRIPAK, V.N.
Heat conductivity of chrcme spinelide. Fiz. tver tela 5 no.9:
2691-2697 S 163. (MDU 16:10)
1. Ukrainskiy nauchno-issledovatellskiy institut ogneuporov, Khartkov.

FUNKELI, A.S.; VISWI-vVSKIY, I.I.; SKRIPAK, V.N.
- --
.- -
Temperature distribution In the crown masonry of an open-hearth
furnace. Tnzh. - fiz. zhur. 7 no.12:32-38 D 164
(MIRA 18s2)
1. Inatitut ogneuporov, Kharlkov.

',~r tho i3tudy of 1r-ht.
Ognour-ory 30 no.12,~ !"-16 't,5.
(MIRA
1. Uhr-Inskiy nauc-lmo-A!:z3led(,v-1 te." ';-, 'i,-.Iy lrlf7~ltuf Q~?neuPr,"Ovo

4~
-~&C,29974
Shapovalov,
~10 S.- Frqr~coll S. I Antonov, G. 1. Borman, Sh. X. V. S.;
GIL: none
93
A zaa-k,~iod for producin- basic refraczory products. Class 60,
/--illrlou.-Icod bIr U'a"'Llinizil Scientific Ro:;oa-.cj, ol' HofracWrios (Ukrainskiy
v
:-A au c inst;itut, 0"nounoro 17
SO U RGI E -. izobrot prozi obraz tov zn, no. 15, 1966, 166
TO1,31C TAGS : refractory product, refractory compound, powder mocal, powdar rno-zallurgy,
T. Th 5 -w-Lor corc'~f-ca-o Presents a od 'o-. -,-)roducJr.~ basic rozz-actery
..U
7jroduct- pro rod powder containinZ; by -.i-dG powder. prc-uce
r~a
'14 form, volun-'a of -L"10 -L'roduCLz;' 'mal-L-Cd materials such as ma'-'nosito'
a U-
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irizi-oduccd into -c, h o powdcx. Taoir amoun't lis
ar. j,
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are
of j)o,.:dc;r "y -..ay be :'~xod in ar, oxidizing
I; r, Z'L a Of 17 1:0 --
SUBY, DITZ.- 22Ju-,,0'4
763 00" 2

AID P - 4875
Subject USSR/Engineering
Card 1/1 Pub. 107-a - 9/14
Author : Frenkell, A. V.
Title : Savings of high-speed tool steel in butt-welding of
tools.
Periodical. : Svar. proizv., 4, 22, Ap 1956
Abstract : The technique of more economical welding of tools made
of high-speed tool steel developed at the Moscow Auto-
mobile Plant im. Stalin is briefly described here by
the author. Two drawings.
Institution : Moscow Automobile Plant im. Stalin
Submitted : No date

DEMLNTIYEV, V.A., inzh.; FFXMLI, A.Ya., inzh.; RUSHCHINSKIY, V.M., kand.tekhn,
nauk C~
Study of the dynamics of a block'consisting of a 67-2SP boiler and
K-50-90 turbogenerator* Teploenergetika 9 no.8:23-31 Ag 162.
(mikk 15:7)
1. Mentrallnyy nauchmo-issledovatellskiy institut komp:Leksnoy
avtomatizatsii.
(Boilers) (Turbogenerators)

DDENTIFT, V.A., inzh.; FRE,11KYLI, A. Yu., inzh.; OVISYANNUOV, Yu.B.,
inzh,
Study of the control system of a once-through type boller-
turbine unit with suberitical steam parameters. Teploenergetika
11 no.5:6-11 My'64. (MIRA 17:5)
1. Gosudarstvennyy vsesoyuznyy tsentrallnyy nauchno-
issledovatel'skly institut komplek-snoy a-tomatizatsii.

SOV/81-59-16-58490
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 409 (USSR)
AUTHORS: Frenkell, B.A., Tsimbler, Yu.A.
TITLE- Experience of Operating Thermostatio Condensate Eliminating Devices
PERIODICAL: Novosti neft. tekhn. Neftepererabortka, 1958, Nr 9, pp, 24-25
ABSTRACT: Thermostatic condensate eliminating devices have been tested for the eli-
mination of condensate from heating devices of reservoirs in petroleum
bt.ses. The principal parts of them are a case with a saddle and a cover
with the thermostat. It has been established that the condensate eliminat-
ing devices save steam, accelerate the heating (from 43 to 24 hours in the
heating of autol 18) and increase the possible maximum temperature of
heating at the same steam parameters (to 610C Instead of 680c).
G. Margolina.
Card 1/1

14(5)
BOV/92-58-12-18/24
ALMORS: Yerkmlov, N.S., Frenkell., B.A. Tsimbler, Yu.A., Members of the Moscow
~ Transportation lwmTniam9tio~;-~~Rosglavneftesnabobyt
TITLE: Automatic Heating of Viscous Petrolevm Products Kept in Storage Tanks
(Avtomatizataiya podogreva vyazkikh nerteproduktov v rezervuarakh)
PSRIODICAL: Neftyanik,, 1958 ~Nr 12, pp 22-24 (USSR)
P
-ABSTFL%=: Referring to K.A. Taran's article, published in Neftyanik, 1958, Nr 5
und r the title "Automatid Devices Regulate the Tempezatare in Storage Thakaff,
the author states that though -the system developed by K. A. Taran for the re-
mote measurement and regulation of the stored petroleum product temperature
works satisfactorily, it does not show, however, the true average temperature
of the whole mass of liquid kept in the storage tank. In addition the system
has some further defects which prohibit its use in storage tanks installed at a
distance exceeding 40-50 m from the controlling office. Fuxthermore, the auto-
matic operation of this system requires purified compressed air, the pressure
of which exceeds 2 kg/cm. In bulk plants such compressed air is not readily
available. For this reason the PKB MTTU developed another syst4m regulating
and controlling temperature of the viscous petroleum products kept . in storage
Card 1/2

Automatic Heating of Viscous (Cont.) SOV/92-58-12-18/24
tanks automatical].y. This system, which is shown ir- (Fig. 1), c=sists of a
PRT tempert-Lture regulator, an electrical mawmetric th&i=meter of the ENT-1
type, and s. thermostatic condensate outlef, arzangement. The a'athor explaints
how the PM! temperatpue relyalator, which consists of a number of parts such as
a regulating valve, sensitive thermal systAm, separatIag arrangement, works.
He also shows its design in (Fig. 2). Temperativre ccu-'rol and remote signaliz-
ation to indicate the disruption of vperating coraditio-as is effected by an
electrical thermometer instAlled at the storage ~aak. and hailt Df resistant
material. Any deflection of the temperature or drop in the liqaid level below
the line of the thermal cylinder is comm:-nicated the controlling office
either by sound or light signals. The thermostatic cozdeasate arrangement
of the 45kc~46br type serves to drain the condensate, "Ite temperat-are of which
dropped below 80--859C. All tl* above-mentioned ap-rarma-t~~ -have teer, +---sted
in the winter, and it has been found that they cpexa.t;-; satisfactorily.
There are 2 figures.
AS=IATION: Moskovskoye tovaro-traasportnoye npravleUye Rcsgiavreftesnabsbyt
(The Moscou, Transportation Admiais-~ration Rosglavn--fi~esnabsby+.)
Card 2/2

14(5)
SOV/93-58-12- 13/16
A17MOR: MerkulovY N.S., Fran W_j B.A. and Tsimbler., Yu. A.
TITLE: Automatic Regulation and Control of Viscoms Oil Heating in Storage Tank
(Mtonaticheakwe regtilirovanlye i kor-troll 2odogreva vYazkikh
nefteproduktav v rezernun-akh)
PERIODICAL: Ne!ftyanoye khozyaystvo, 1958.,"Nr 12. pp 62-67 (USSR)
A21311ROT Thc 04-TG pneumatic regulators in conjunction with control valves assure
stable temperature control. But these regulators require a continuous supply of
pure, dry, emd compressed air at a minimum pressure of 2 kg/sq am. This is
difficult to produce at tank farms, and furthermore, sitce the capillary tubes are
limited in length to 60 m, they can ser;re only those tanks which are within a
40-50 m radius frora the control post. Therefore, the MTTU Planning and Design
Bureau of the Roaglavneftesnababyt developed a new control system (Fig 1), con-
sisting of s. PRT direct action regulator (Fig 2), an ENT-1-VZG manometric ther-
mometer with. electric contact (Fig 3), and 45kch6br thermostatic condensate
eductors (Fig 4). This control system was tested at air temperatures to -23*
and 1-1-5 atm of atean pressure at the PervomayskLy tank farm in 1957-58. The
apparatus setisfied the requirements for open air operattion and assured regulation
of high acciuu-acy. Table lgives data on the efficiency of the condensate eductors
at various atmospheres vf steam pressure. There are 4 figures and 1 Table.
Card. 1/1

YREIOM to Boris Aronovich', GOR'KOVA, A.A., vodushchiy red.; GANINA,
--- ---- - It-.IC.. -I.--t. ekhn.-re.d-.- - I I
[Automation of industrial proceases in Moscow tank farms]
Avtomatizataiia proizvodstvennykh protsessov na moakovekikh
neftebazakh. Moskva, Goe.nnuchno-takhn.izd-vo neft. i gorno-
toplivnoi lit-ry. 1960. 71 P. (KIRA 13:2)
(Tanks) (Automatic control)

FRMIKELI, B.A.
Taking average samples from fetroleum products tanks.
Neft. khoz. 38 no.10:59-63 0 ,6o. (MMA 13:9)
(Petroleum products-Analysie) (Tanks)

ALEKSANDROV, A.M., insh.; BAZHENOV, V.S., inzh.; E)OBIWNIKOV, B.N.,
inzh.; VArAANOV, M.P., inzh.; GUREVICH, B.M., inzh.;
DZHIBELLI, V.S., inzh.; DROBAKH, V.T., inzh.; ISAKOVICH,
R.Ya., kand. tekhn. nauk; KAPUSTIN, A.G., inzh.; KONENKOV,
K.S., inzh.; MININ, A.A., kand.tekhn.nauk; PEVZNER, V.B.,
inzh.; PESKIN, G.L., inzh.; PORTER, L.G., inzh.; ECYADIIDV,
A.N.f itish.; SLUTSKIY, L.B., inish.; FEDOSOV, 13., inzh.;
,KR;=rRT. I inah.;,TSIMBLER, Yu.A., inzh.; SHULIGIN,
V.Kh., inzh. KIN, M.G., kand. tekhn. nauk; VORDBIYEV,
D.T., inzh. deceased]; SINELINIKOV, A.V., kand. tekhn.
nauk; SHENDLER, Yu.I., kand. tekhn. nauk, red.; NESMELOV,
S.V., insh., 7.am. glav. red.; NOVIKOVA, M.M., ved. red.;
RASTOVA, G.V., ved. red.; SOLGANIK, G.Ya., ved. red.;
VORONOVA, V.V.,, takhn. red.
(Automation and apparatus for controlling and regulating produc-
tion processes in the petroleum and petroleum chemical industries]
Avtomatizatsiia, pribory kontrolia i regulirovaniia proizvodstven-
nykh protsessov v neftianoi I neftekhimicheskoi promyshlennosti.
Moskva, Gostoptekhizdat. Book 3. [Control and automation of the
processes of well drilling, recovery, transportation, and storage
of oil'and gas) Kontroll i av-tomatizatsiia protsessov bureniia
skvazhin, dobyehi, transports. i khraneniia nefti i gaze. 1963.
551 p. (Automation) (MI RA 16:7)
(Petroleum and s-applies)

FREKKELI , Boris Aronovich; BYKOVA, L.B., ved. red.; YAKOVLEVA,
, ". Z'.'I'.;"I tekhn. red.
(Automation in the storage, discharge, and packaging of
petroleum products] Avtomatizatsiia khraneniia i otpuska
nefteproduktov. Moskva, Gostoptekhizdat, 1964. 142 p.
(MIRA 17:3)

FPINKELI,, P.A.; USTIMOV, L.S.
Automating the priming of a motor transport fuel mixture ir
service stations. Transp. i khran.neft! 1 nefteFrod. ro. 3:
14--17 64. (,MIRA 17:A~)
1. Spetsiallnoye konstruktorskoye byuro "Transneftlavtc,maLlka".

sp,
FICIIKUli B.A.
FVel puraF improvament abroad. Transp. i kAran. nof ti i nef L*e,.)rou.
I
no.9:34-3i t 64. (IrMIA J."t . 10)
1. VsesoyuzrKrf muchno-iosledovatel'okJy instLtut p0 pereralbotke
rteftl. i gaza i poluchotityu is'-cuistvc-niolo to,,~Iiva.
,l

1. K=Ilff All IM, 1. - T7-71171 I, B. B.
2. USSR (600)
)j. Alkyl Halides
7'. S~mthesis of some derivatives of ss-phenylisopropylaminej Part 1, Reaction of
syr.-metrical dialkyl halides with ss-phenyllsopropylamine, G.I. Kipi-fanov, B.B.
Frenkel" TTkr.khim.zhur. 16 no. 6, 1951.
9. Monthly Lij;t of Russian Accessions, Library of Congress. APRIL 1953. Unclassified.

s IV
'434,

FREJUMLI Bents ion `Borisovich; FAYBISOVICH,L. I., redak-tor; PROZOROVSKAYA,
'VA'-.~ I-ekhn-' '!~i
ib. Wij redaktor
[:M-2 two-chain scraper conveyer for use in the Moscow Coal Basin]
Drukhteepnoi skrebkovyi konveier KS-2 dlia Podmoskovnogn ugollnogo
baBseina. Moskva, Uglatekhizdat, 1955. 18 P-EMicrofilmlW2A 9:1)
(Conveying machinery)

~7
ALEKSANDROY, B.F., inzh.; BALYKOV, Y.H., inzh.; BARANOVSKIY, F.I., inzh.;
BOGUTSKIY, N.V., inzh.; BUNIKO, V.A., kand.teldm.nauk, dotsent;
VAVILOV, V.V., inzh.; VOLOTKOVSKIY, S.A., prof., doktor tekhn.nauk;
GRIGORIYEV, L.Ya., inzh.; GRIDIN, A.D., inzh.; ZARMAN, L.N., inzh.;
KOVALEY, P.F., kiind.tekhn.nauk; KUM*,TSOV, B.A., kand.tekhn.nauk,
doteent; KUSNITSYN, G.I., inzh.; LATYSHRV, A.F., inzh.; LETBOV,
R.M., doktor telchn.nauk, prof.; LEYTES, Z.M., inzh.; LISITSYN, A.A.,
inzh.; LOKHANIH, K.A., inzh.; LYUBIMOV, B.N., inzh.; MASUIXICH,
K.S.. inzh.; MALKHASIYAN. R.V.; MILOa'RDIll, H.M.. inzh.; MITNIK,
V.B., kand.takhn.nouk; MIKI]EYEV, Tu.A., inzh.; PAR.410NOV, V.I.,
inzh.; ROMANOVSKIT, Tu.G., inzh.; RUBINOVICH, Ye.Ye., inzh.;
SAMOYLYUK, N.D., kand.tekhn.nauk; SHMOV, V.K., inzh.; SMOLDY-
REV, A.Te., kand.tekhn.nauk; SNAGIN, V.T.. inzh.; SNAGOVSKIY,
Ye.S., kand.tekhn.nauk; FETGIU, L.M., inzh.; FRE10MI, B.B., inzh.;
FURMAN, A.A., inzh.; IWORIN, V.N., dotsent, 16-nd---.--t-e-kh--n-.nauk; CHM-
VEROV, B.M., inzh.; CIUJGIJHIKILIN, S.I., inzh.; S=OVNIKOV, V.N.,
inzh.; SHIRYATEV, B.M., in2h.: SHISHKIN, N.F., kand.tekhn.nauk;
SOM113ERG, I.L.. inzh.-, SHORIN, V.G., dotsent, kand.takhn.nauk:
SMODW, I.G., doktor tekhn.nauk; SUMIS, N.A., inzh.; TERPIGCREV,
A.M., glavayy red.; TOPCHITEV, A.V., otv.rod.toma; LIVSHITS, I.I..
zamestitell otv.red.; ABRAMOV, V.I., red.; LADYGIN, A.M., red.;
MOROZOV, R.N., red.; OZIWOY, R.I., red.; SPIVAKOVSKIY, A.O.,
red.; FAYBISOVICH, I.L., red.; ARKIIANOLISKIY. A.S., inzh., red.;
(Continued on next card)

ALEKSANDROV, B.F.---(continued) CArd 2.
BEITATW, V.S., Inzh., red.; BIJKIIANOVA, L.I., inzh., red.; ILAGOV,
V.M., inzh., red.; GLADILIN, L.V., prof., doktor tekha.nauk, red.;
GRKBTSOV, N.V., inzh., red.; GRECHISHKIN, 7.G.. inzh., red.; GOH-
CHARRVICII, I.F., kand.tekhn.nauk, red.; MMALOV, V.P., kand.tekhn.
nauk, red.; IGNATOV, N*N*s insh., rod.; DOMAKIN, S.M., dotsont, kand.
takhn.nauk, red.; )WTYNOV, M.V., dotsent, kand.toklui.nauk, rod.;
POVOLGTSKIT, I.A., inzh., red.; SVETLICHNYT, P.L., inzh., red.;SALI-
TSEVICH, L.A., kand.toklui.nauk, red.; SPLTUNTOV, A.V., kand.tekhn.
nauk, red.; SINTLAR, G.A.. inzh., red.; ABARBARCHUK, F.I., red.izd-va;
PROZOROVSKAYA, V.L.. teklui.red.-, KONDRATInTA. M.A., tekhn.red.
[Kining; an encyclopedic handbook] Gornoo delo; entaiklopedicheakii
opravoohnik. Glav.red.A.M.Terpigorev. Chleny glov.rodakteii A.I.
Baranov i dr. Hoak-va, Gqo.nauchno-tekhn.izd-vo lit-ry po gornomu dolu.
V01-7. [Mining machineryi Gornye mashiny. Redkol.toms A.V.Yopchiev i
dr. 1959. 6)8 p. (Mining machinery) (MIRA 13:1)

i't), FCV. fl.,~ FR I-NK-EIP , 13.0. , in zh. i SA WYIIYU)~ N. In i.
Ffo`~ V .11. ; SMIP-NIOV, V. Y, 'kand. ',.ektin. nau,c
~!,.,,ults of the exper-im,,ntal teiting oll the SP-63 srrhr),-~r
conveyor. Ujfoll 40 no.,,:53-5t.) Ap 165. (~f:PA 1F: 1)
1. FIll AN Ukr:3.SR (for Polyqk,)v. 5,mirnov). 2. (;,)t;tl(jpr,3tvf-;nnvy
ok~mer-imew-ftlln,yy 1111L.'tut ugol'nogo
trmr~hltiwit,rnyentpi (for ;amoylyuk, Fr,nkell
ordena "rudovogo Krasnca.o .,.nmrwn.1 gornyy InAlLut imen-I Artema
(for Krot).

GANEIN, Boris Davydovich; FISHMAN, Lev Yoiseyevich; YEDVEDEV. I.S.,
inzh,', reteenzenti FRENKEW,-B.-I., inzh., retsenzent;
CHEMOMORDIKOV, G.V., nau i;.-**-
'A red.; NIKITINA, H.I., red.;
CHISTYAKOVA, R.K.P tekhn. red., ERASTOVA, N.V., tekhn. red.
(F.quipment and devices for repairing electrical machines] Os-
naetka i pribory dlia remonta elektricheskikh mashin. Lenin-
grad, Sudpromgiz, 1963. 223 p. (MIRA 16:10)
(Electric machinery--Maintenance and repair)

YR3lfX3KL, B.I.; KISEMA, V-P-; METLE , B. Te.
Ambulatory method of reinforced syphilis therapy. Vest.vener. no.2:
32-35 Mr-Ap 150. (OLML 19:3)
1. Of the Ukrainian Scientific-Research Skin-Venereological Institute
(Director -- Prof. A.M.Krichavokiy).

atarshiy nauchnyy solurudnik.
Achievements In venereal disease control In the Mcrainian SSSR,
Yest;derm. I vOn 32 nG;5s28-31 B-0 '58 (HiRA n:n)
1; Iz Ukrainskogo natichno-JoBledovatellskogo kozhno-venerologicheakogo
instituta (dir. - doteent B.A. Zadorozhnyy).
(VMfMAL DISEASES, prev. & control.
in Russia (Run))

MDOVSKAYA, Z.A.i FRUKEL, Dol., starnhiy nawhnyy notrudnilc (Kharlkov)
Rapeated serologicr-1 examination of pregnant women is not
expedient. Vest.derm.i ven. no-1:59-60 162. (11IRA 15:1)
1. MiristnrAtvo zrlrnvnnlchrnncnlvP "krSSR, Kiyev (for Ordovskaya).
2. UNIM (for Prenkell1l.-A," '
REACTION)
(PREGNANICY)

9
FRENKELI B.I.
Vacuum fastening of parts. Mashinosti-nitell no.9:
28-29 S 165. (MIRA 18:12)

FRIIIIIKELI
Primary concer of the liver combined with acute retiouloendothe-
hosis. frach.dolo sunplement 157;25-26 (MIRA 11:3)
1. TernpevtIchaskoye otdoleniye Vinnitskoy oblASttoy boVnitsy.
(LIVNR--GANCY,R) (R",ICULO-KfiDOTfNLIAL SYSTEM- -D ISNASES)

FRENUL'' 7j-N.
On the agendap the electric making of glass. 'itek. i ker.
21 no.7447 J1 164. (MITRA 17.10)

1~04694-67 hWP(e)/1UTW, JY(CZ)/WH_.
ACC NR, Ap6olg?35 -,Mffft, 06091 7W/0%3/66/0W003/0332/0
AUVrTOR: ljatvoyev, M* A. (Professor); Er,2pj2l1. Do No
ORGt ncone
TITIZ,: All-union conferenc on boron-free. alkali-free and low-alkali content
Vitroouf; sTatems as raw-mtariala--for-the-praduaMiuLnf
SOURICEs Vessoyuznoye khindoheakoye obsbehoutvoo Zhurnal, v. 11, no- 3, 1966, 332-
TOPIC V,GS: glass product, glass, chomical conforence, sciontific conference.
research porsonnol, silicate, zirconium, glass property, optic glass, optic hb6r,
silicatA) glass, chemical resistant material
AWTpjXC~1. -A conference ofi-vitreous 'systems was h2hL in Minsk from 23 to 25
November 1965 and was sponsored by the State Committeb for Coordin-a-
Mo !~c_ienFific Research in the USSR; the All-Union Chemical Society V
.(Central and Belorussian offices); State Committee of the Council of
Ministers, BSSR, for Co6rdination of Scientific Research; and the Mirtietr~
of Higher and Secondary Specialized Education, USSR. The conference was
attended by 172 delegates from 79 organizations; 60 papers were read at
the meetings. The following is a partial listing of the contributors and
topicalof-their papers.

I, u4t)94-0
ACC NRs AP6019735
A report on the work of Profeasorti. I. Ki (deceased) and
G. A- Ellern described vitrification of 3-component silicat !e-zirconium sys-
tems, anti the solubility of zirconium as a function of alkaline-earth cont-
tent. Zirconium was considered the most promising component in vitreous
materialn.
Professor M. S. Aslanova. Z. M. Syritskaya, and S. Ya. Feyknere de-
termined two phases: a high-melting silica phase, dnd a low-melting high-
titania I)hase, in the TO -S102-P205 system. They prepared high-titania
glass renistant to.minerai acids, and compositions which can be used in
fiber optics.
Z. It. Syritskaya and coworkers obtained [IF-resistant glass with
0.5-2:0 mohm electrical resistance~clfrom the La203-TiO2-P205 system; UV-
transparent, thermoluminescent glass from the MgO-A1 203-P205 system; and
cesium gl.ass* for welding with low-melting metals from the
R20-PbO(11i2O3)-P205 system.
A. K. Yakhkind and N. V. Ovcharenko determined a wide vitrification
,range in the Teo-V205 aO system and prepared IR-translucent glass and
emic d I
Fe aeard~y Piofe4sor 1. T. Kitay),orodskiy, L. A. Zhunina M. I.
Kuzmenko-~a, and Z. 1. Govorushko established that-C-r-2F3 is the"best
cry6ralirkation promoter in th e.1somor'phic series,of.the CaO-HgO-Sio2+
(R203, R20) sy-stem.
Card *$'./3*

04694-0
Add_i4k-___ 019735
N. M. Bobkova and Ye. F. Smirnova discussed the effect of the degree
of cryst.1lizatio)z on the electrical properties of S'02-A-1203-Pbo-CaO-TiO2
glass.
G. M. Ma~ev and S. I. Udovenko phowed originality in their study
of devitrification in the CaO-Al2O3_SiO2 system by means of thermodynamic
analysis.
Seve:ral papers which were written by Professor 1. 1. Kitaygorodskjy
and others elucidated the role of additives used for the preparation o,f ._i
glas-s-with -predetermined.properties.
The final-resolutions of this conference called for continuation . of
.research on vitreous systems which contain no boron or alkali or with a
low boron or low alkali content; for improvement of research methods and
:apparatuti; and for improved coordination of research work through two new
sections of the State Committee for Science and Technology: 1) section
for research on vitreous systems and synthesis of industrial glass, and
2) section for the intensification of industrial-glass melting. Special
.attention was called to the need for preparation of high-quality, poorly
!crystallizing boron-free and alkali-free silicate glasses containing such,
I
ibivalent cations as Sr-Ca; Sr-Mg; Sr-Zn; Sr-Ca-Mg. The next couterence.
on vitreous materi.als.will be held in 1968.. fA-Tb PP~ESS':
SUB C093: Ill 07 SUBM DATZ% none
Card
fv

U),V- V.; v a re
A- X_L & a F a a I T

I=- N RVe &WW""Op"I Muts Wiroxi-da- -00
4*00*0"w OW IN tIamdamdes W MAY),
so
am. (U. S. S. R.) 0. 1682-4000).-The physiol.
actfirity of sooss of the derivs. of trisms-dehydrouWro,&tc-
k
I
0
411 e
t more
cane (1) prompted the autbars to attempt to ma
4.
R Improving 00 butenandt's method (C
sirailable .

0 . .
.
JO. 7633, 764111 WSW yields than heretofore reported wrfr
to'
107
Or -6 0

00
of -
obtalmd. Dibronsoclatiesteryl acetate
). m.
,
42N
to Reinittser (Af,,oWjh. 9.
U to 1, Its wpn. from the acW4
Inst
ti .
.00

00
uA ddNm tim wm carried (jut sminfins to
SJW I"
00*
00 Butevansit. The debronvivatted neutral prixtudi (3-11 x.)

0 at., rtfluxed with Oil cc. of ale. senik%rbaside acrtme.
The mixt. a," &Uowtd to tatted 19-14 hn. at room Ietup.
The semicarbasom of 1, as well as cholesteryl amiate (tan- -04
0 touched by oxidatim).crystd. out. Thtpipt.wasfifierril.
Th
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et
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o
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ded
estety
evapd, ether cit. yie
110-131. The dried setnicarbasoneoftot 2684W. Oxi-
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j. of U, 11.2 cc. It K. V at rW for 4
'lkll.. I q. ! IINO~. The
W
d tlat ormlaarbasone was carried out amKilinS
so 0
to Butcoandt. An av. Yield of hydrolysis was M%. 0
A
The m. pa. of the recrysid. products varied as followls:
-
3*
143'
137*
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)
5
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35
Tb
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LA SCIALL er
d excess o
e
.
emnpg.
o
through wit
a 1
g
the Grignard res4ent, M was extd. with brgc queutitie,t
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"
URGICAL LITIRATI

l
,.
(hid. .1
tatts TA (Ruxkka, 6T%). M to methyl- c I
a IT, I To C. A.
testod" was dam according to Op !tee
lk 01. well):
F:-1~11 Ft~_,
An a 1 0 aw 0 so 4 1 Of If 1 41 a

a I trivati"*s of 0-phrr. 1181propylamine.
110111c I 47-f ~Wl ji-pheli-y'livu-
.1 Symm nu ic dlhAlaalillnes
m n Ijj;,Ert
1~h! t-'. z,,,:,
I Ur): with :15 g. 1111(11 11cli MeNI It (1) 1.; lim. at 130
'? -"(X)*; di-110
(01"W[Cl[AfeC11,11P , it, 19--v
4'. iiii; .17..', K. I With 17 g. (CN1t%lJr)j',
Cliffe"W[C.Arej-
I Stc.1m li'MI if kvC I,(*, g
ClieAll., h, 1.15-43". 110 yall, Ili. 173-4"; 11101 frce
~-~ %I ith fir yielth it ti Mud tit 120- V. Heating 07.5 g.
I With 12 g. 7 his. tit l(W and .1
h, it 1-"P RL~e 7.2 Y"
'.1J'1~"-"'.I"-o:-' 1). 1/( j J,J!t. all. NG !!P
t:') "Il'i 117..l J:r I Ill"'. if rA')fll fryllit. R'tIrr'
'lpro-~,jne.
pvc
f...... 117 /M jull, in.
J'-"" 17 -; .'I CI !"It, p'. 1W (C!WJ1rs Timl I
kr;~ 1 hr.- .~t t'~':m Ira- IT,, C :"A'
!2; tit JKJ-4'~ tif;-lleltult
to, 11, R-!.acl1jji phenylisopropylantine with
G. 1. .01'( V. Khf,!~ i6id.
t1ho"I'a
1, licl ~D fit -1 qvalctl tilhe 10
fr'A.-d K've
)it 'tmiding and
SQ* !11 1 IT, I llidpo'li'm
;!,tvc k HIJ m 1-12-5', wI;Uh Titilryl
HO Tq~l. 1- 1 '1'. indicating different
Cl T.C; 0 FITA I 'imijarly gave

57.,11,"0 JVw(Z-Aydrxy&utyl) compl., hit MY3"; Ila salt. m. J
I Cyclahexen-: axide suid I aftcr 70 firs. :to ! !0 -0)'
save 91% jV-(Z-AydroxXyc.ohrxyl) analog, bi 1.18 -f7': 110
salt, m. 103-7". Glycidol atid I after 2 brN. at 1(9)' 1
95%, PtClfClftretilICIfICH(01[)CIIOl~l, 1), 110-70:
I
110 fau, vicou.1 mam. Ill. Reaction of O-pheuylisr)-iln-
line with I -ilibromoproputiol. 1. Kipri;vin~ '-.1
3
Ril
4(19 -
V jj
I Klintp . Aid, C632 '7))(h , Oiltl). I
CII(Cf-!,Hr~ (1) (8.7 g.) wmi Tubletl with Ice ro.)Niti; to 29 v.
tile mixt. CN)lcfi I 11T., kept 21 hli. ut
rcxmi tetiq,., ;Icidihell with 1110, Uxt'l. Ivith Elio, Im.1 0"!
qvid snln~-mmlt olk, uith NaOff wid extd. with Et-li,
i,ifl.liiii; (Ili.
b, and M2";' 1,3.h 1. (2. phem)qij oplop p"i 1'r iw+2-
111 2115-10. 11 3olidirl"I oil
tit, 81. 3'; IM still, m. 107--A 5% Ill ravc it nilml,, it).
17('~-11 (from HIM, tit, 164-7" (frwn E(Oll); di-IlCl
ln~ 247--N" (Iture), tit. (crude). Tfj'~ vicH of Ill
can be ra-hed by incticaiing the proporCon rIf 11" the
tbrqiii. K".pirig .1.11 g. epibromohydrin and 12.25 g, I I
hr. gave 2 1.4% 11 and 47% 111, Heating 2.4, g. 11 with L;i I
l 3 firs, at 130-40" led tc, no m-Letka, at 173-A5" 611;i
f \1 N,
il
wai forined. It limted with 40'1~ aq. MeNill In nvah-d
tube 5 hri. at 170-hOl K-.Ivc 67.5f'~
,
h
ll
i
i
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im
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I'lu'l (IT), 1), J.M-CA)'; HO lJt
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9 Ill-J. al M-Ki"gave G81""' IV. I.a.,kpolf

87955 -
S/115./60/000/012/008/018
00 B0211BO58
AUTHORS: Fronkell, D. and Stoyka, V. (Rumanian People's Republic)
TITLE: Telemetry of the Apparent Power by Means of the Hall Pickup
PERIODICAL: Izmerit eltnaya tekhnika, 1960, No. 12, Pp- 30-31
TEXT: The authors worked out an instrument,-based on utilizing the Hall
effect, for measuring the apparent power of transformer 2tations and its
telemetr~r. The active as well as the apparent power can be measured by
means of a pickup. The possible sources of errors of this method are
investigated next, the voltage being a parameter which changes little.
Systematic errors may develop because of the em:C which is inducted in the
chain of the Hall contapts by the alternating electromagnetic field, and
because of a different potential of the Hall electrodes. Both errors may
be reduced by constructive measures. The dependence of the Hall constant
on the temperature is described as beinj a seccnd source of error. The
f 102 mv. The complete
initial volta&e of the Hall pickup is of the order o
measuring arrangement is shown in Fig. 1. Curves for the change of the
initial voltage au a function of the power load were drawn up for three
Card 1/2

87955
Telemetry of the Apparent Power by Means' S/115J60/000/012/008/018
of the Hall Pickup B021/BO58
voltage values Fig. 2). TYarelative measurement error in the real scheme
is lower than 35~. It is finally stated that remote measuring of the
apparent power may be made with sufficient accuracy by utilizing the Hall
effect in semiconductors. There are 2 figures.
U, 2-
I - .M TO
1 1:3 if A J- I I
Card 2/2
Onr. 2
1-50 2--W *: 3-40 4-45a
Uir
.0 f
C L
S
arp 3
A
OHr. I

CHZ'BOTA'a:V, I.A.; FTIRMLI, R.I.
Sixty ton capacity flat cars having now board locks . Binl.tekh.-akon.
Inform. no.7:70-71 158. (MIRA 11:9)
(Railroads--Freight cars)

K&KAROV, MNXILI, M.Ta.
"'
Gag exchange between the soil and atmosphere on various turf-Podzolic
croplands and affect of deepening the plow layer on this process.
Trudy Fochv.inst.49:152-181 '56. (KLRA 9:8)
(Games in soilo)(Ploving)

FROLOYP H.S.,- F
._ - JLF.NKEL!,_j.Z,.; MATVITEXXO, A.K.
Automatic hydraulic dust control in loading rock with the PML-5
loader. Sbor.anuch.t,rud.Kriv.fil.IGD AN URSR no.ls23-25 162.
(MIRA 16:4)
(Mine dusts-Prevention)
(Loadkng and unloading-Equipment, and supplies)

NEDINP Y.V.; GELIMAK, D.Z.; FOPOVICH, S.P.;- FRENKELI, F.Z.; FROIDY, NIS.
WaP3 of improving the ventilation of shafts and blocks in
working layem in double levels. Sbor.nauch.trud.Kriv.fil,
IGD LN URSR no.1249-57 162. (MIRL 16:4)
(Krivoy Rog Basin-Mine ventilation)

GELIMAN, D.Z.,- FRENULI, F.Z.
Study of new systems of developing and working stoping blocks
as an effective means of controlling mine dust. Sbor.nauch.
trud.Kriv.fil.IGD AN URSR no.ls57-71 162. (MIRA 16:4)
(Krfroy Rog Basin-Iron mines and mining)
(Mine Ousts-Prevention)

GELIMAR, D.Z.; POPOVICH, S.P.; handbi F.Z.- FROLOV, N.S.
,=x
Dust formation during scraper haulage of ore. Bor2ba slail.
5 a74-177 162. (MM 16:5)
1. Krivorozhskiy filial Instituta gornogo dela AN UkrS6R.
(Mine ventilation) (Ore handling)

', kand.tekhn.naukj.FREIWLI,v F.Z.I# gorn3rj inzh.
GELIMAN,, D.Z.
Study of the-amount of-ore extracted in relation to the shape of the
stoping area. Gor. zhur. no.7:36-38 J1 162. (MIRA 15:7)
1. Krivorozhakiy filial instituta. gornogo dela AN USSR.
(Krivoy Rog Basin-Iron mines and mining)

GELIMAN, D.Z.j_D�NKEL, F.Z.; RALUTA, A.M.
Industrial investigation of ore removal from a stoping area
of rhomboid shape. Gor. zhur. no.5t25-27 $y 164.
(MIRA 17s6)
1. Krivorozhakiy filial instituta gornogo dela im. M.M. Fedorova
(Tor Gellman, Frenkell). 2. Rudoupravlen,4ye "Ingulets" Krivo-
roshakogo basseyna (for Baluta).

MHKIMI, G.; STkLIIIJV, A.
KLICIng photographR of mnvinp, picturea on the ocrean. Sov.foto.
113 no.11:39-1;1 N158. (MIRA 11:12)
(Photograpby-Copying)

ME
FRENKELI L-2.-*-
"Phagocytic activity of the leucocytes in the blood in various
injuries" by V.M.Zdanovich. Reviewed by G.Frenkell. Vop.elektropat.
i elektrotrav. 1:61 t61. (MIRA 15:10)
(ZDANOVICH, V.M.) (PHAGOCYTOSIS) (ELECTRICITY,INJUIIFS FROM)

I -
- I - A
A, il- J !11- / ~_/ (_ , - t', -
t
- LEBEDINSI[fY. M.B.; SIIVARTS, I.I.; YRRNMI. G.A.
'Low-voltage equipment of the stadium. Gor. khoz. Hoek. 30 no.9:
23-27 S 156. (MLRA 9;12)
(Moscow--Stadium*) (Sports--Officiating) (Ilectric instruments)

1-171DRU"Ll, G. 1.
New Findings in Frostbite Theory, Ibecow 1943
DW ....... p 11 Oct 1950, no classification \11 \-

F
FRENIKEL I p G. L.
"Shock Due to BurnB and Methoda for Treating it," Khirurgiya, No.4, 1949
Leningrad Sci. Res. Inst. Firat Aid

1. FIETKMI, G. L.: KOVF,-,IfNIKOVA, G. F..
2. U33R (600)
4. Burns wid. Scalds
7. Erectille phase of burn shock. Novo3ti med. no. 24, 1951.
9. Monthly List of Russian Accessions, Library of Congress, Feburary .1953. Unclassified.

1. VR7~*.jK-'-:TjI , G. L. ; 10141TIGER, Yu. V. ; VOMFIr, A. 11.
2. trin (600)
4. Shock
7. GoncePts of "shock and "collapse." Novosti med., No. 24, 1951.
9. Monthly List of Russian Accessions, Library of Congress, Febmary 1953. Unclassified.

1. FRETKEII, G. L.: TIKHOKIROV, V. A.: Fi-',DO"ZOVA , Ye. A.
2. USSR (1500)
3. Burns and Saalds
7. Method of calculating relative extent of burned nurface of hmman body.
Novosti med. no. 24, 1951.
9. M nthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

0- T'. TZ"MYLOVA, T,. V.
4. Blood Circulation, Disorders of
7. 'Metbod of producing chronic strain In blood c1rcul.-Ltion. Novostl bred. b. '24, 1'951.
9. Monthly List of Russian Accessions, Library of Congress, Febmar7r -1953. Unclassified.

so
MNKELI, G.L.
Frostbite traumas. Izv.All Kir.SSR n0-1:103-119 155. (MLRA 9:9)
(Yrostbitc)

FMU3L'. G.L., prof.. red.; AZHI:BAYVI. K.A.. red.; TURXMENOV. H.T.. red.:
ANOKKINA, M.G., tekhn.red.
[Proceedings of a conference on injuries from electricity] Trudy
konferentail. po elektrotravme. Pod obahchei red. G.LJrenkelia.
Yrunze, Izd-vo Aked.nauk Kirgizakoi SSR, 1957. 244 p. (MIRA 11:5)
1. Konferentaiya po elektrotravme, 1956.
(UMTRICITTO IffiTMISS isom)

MWOCLI, G.L., prof.; AIQ[UIfMYNV, I.K., prof., red.
the quick determination of the extent of burns on the
body surface] Nomogramme dlia bystrogo upredeleniia protsenta
obozhzhennoi poverkhnosti tele. Pod red. I.K.Akhunbseve. B 7 r1sunke-
mi i prilozhenlem nomogrammy. Yrunze, Aked.nauk Kirgizakoi SSR, In-t
kraevoi med., 1957. 16 P. (Serile 'V pomoshchl prekticheakomu vrachu,O
no.1) - - - 1 nomogr. (in portf olio) (MIRA 11:2)
1. Chlon-korrespondent AHII SSSR (for Akhunbayev).
(BURNS ALD SCAIDS)

AKRUNRAYEV. I.K.-, FRENKELI, G-.L. -mom
Classification, of shock conditions. Izv. AN Kir.SSR
-no.4:221-227 '57. OQR A 10: 7)
(Shock)

MIUMI. G.L.; STEGAYW, Ye.A.; TURDOBOV. M.T.
Protective component of the torpid phase of a burn shock. Izv. AN
Kir. SSR no-5:107-120 158. (KIRA 11:7)
(Burns and scalds)

AFANASIYBV, P.V.; TAKOVLEV, V.G.; MMLI, G.L.;MIELINITSKAYA, Z.D.
%qWw--- - ~ -I--- I
Biochemistry of thermal traumas. Izv. AN Kir. SSR no.5:121-131
(MIRA 11:7)
(Cold--PtWeiological effect) (Heat-Physiologioal effoot)

7RERM A----
---- G.14
Rectrocoumleive therapgr and coronary blood c1rculation. Boy.
zdrav. Urg. uo.Itl8-22 A-F 158. (MIRA 13:7)
1. Iz kafedry patologichookoy fiziologii (sav. - prof. G.L*
Prenkell) Kirgizakogo goomediustituta.
(XMTROTHMUPSUTICS) (BLOOD--CIRCUTATION)

ALIYRV. M.A., red;; FMKELI, G.L., red.; POGODINA, K.M., red.; ANOKIIINA,
M.G., tekhn.red.
(Bulletin of the second session of the Inatitute of Regional
-- Medicine) Biulleten' II nauchnoi sepall Institute kraevoi meditsiny.
Frunze, 1958, 1114 p. (MIRA 12:3)
1. Akademiya nauk Kirgizakoy SSR, Frunze.
(KICDICINS)

JWWM', G.L.
Physical and chemical principles involved in the insufficiency
of the bypertrophied heart. UY.AN Ur.33R. Ser.blol.nauk I
no-1:3-36 159. (HIRL 13:6)
(HURT-DISILSES)

AZHIBAU'V, K.A.; ESKIN, V.Ya.; YRENMI, Georgiy Livovich, red.
[Physical and physiological causes for increased electrical
danger in mountainous and hot countries; with a description
of the "DPA-l" defibrillator] F12icheakie 1 fiziologichaskie
prichiny povysheniis elektroopasnosti v gornykh i zhnrkikh
stranakh; a prilozheniem opinaniia defibrilliatore "DPA-1."
Frwize, Izd-vo Akad.nauk Kirgizakoi SSR, 196o. 69 p.
(HIJ11A 13:12)
(WACTROPHYSIOLOGY)
(MEDICAL INSTRUMENTS AND APPARATUS)

ALIM, M..A., kand. med. nauk, otv. red.; FRENKELI G.L., prof. red.;
X, "I., red.izd-va; A110-
TURKMENOV, M.T., prof., red.; SKRIPKII Z.
KHIN.A, M.G... tekhn. red.
[Problemo concerning the influence of alpine conditions on the organ-
ism; transactions of the First Scientific Out-Session of Dec.20-21,
1959 in Narynj Problenq vliianiia vysokogorlia na organizm; trudy For-
voi Vyezdn6i nauchnoi sessii 20, 21 dekabria 1959 g., g.Naryn. Pod red.
M.A.Alieva. Frunze, Izd-v'o AN Kirgizakoi SSR, 1961. 168 p.
(MIRA 14:12)
1. Akademiya nauk Kirgizskoy SSR. Institut kra-yevoy meditsiny. 2. Di-
rektor Laboratorii patofiziologii Inkituta krayevoy meditsiny AN Kir-
gizskoy SSR (for Aliyev). 3. Rukovoditell Laboratorlyey patofiziologii
Instituta krayevoy meditsiny AN Kirgizokoy SSR i Chlen-korrespondent
A14 Kirgizokoy SSR (for Frenkell). 4. Laboratoriya patofiziologii In-
stituta krayevoy meditsiny AN Kirgizskoy SSR (for TuAmenov).
(Altitude, Influence of)

MANOYLOV, Vladimir Yevstaf 'yevich; FM4KELI, G.L., prof., zasl. de) atell
nauki, doktor mod. nauk, re - AS D.L., red.; ZHI7711KOVA,
0.8.9 tekhn. red.
[Problems of safety in electrical engineering) Problemy elektrobe-
zopasnosti. Pod red. G.L.Fronkolia. Moskvij, Goo. ener izd-vol
1961. 294 P. &1" 14:9)
l.Chlen4cbrrespondent Akademii nauk Kirgizskoy SSR (for Frenkell).
(Electric engineering-Safety measures)
(Electricity; Injuries from)

FRENKELI, G.L.
Modern theory and practice of resuscitation. Vest.All Ydr.SS.%
no.2:25-37 161. (MIRA 15:3)
1. Chlen-korrespondent A14 Kirgizakoy SSR.
(Resuscitation)

FRENKEL'Y G.L.
Use of automatic control in electropathology studies. Vop.
elektropat.i elektrotrav. 1:5-13 161. (MIRA 15:10)
1. Chleii-korrespondent AN Kirgizskoy SSR.
(AUTOMATIC CONTROL)(ELECTRICITY, INJURIES FROM)

FRULELI...~ zasl. deyatell nauki Kirgizakoy SSR prof., red.;
ZABIROV,-I.Sh., kand. med. nauk, red.; VOZHEYKO, I.V., red.
izd-va; ANOKHINA, M.G., tekhn. red.
(Transactions of the Conference on High-Mountain Conditions and
Trauma Caused by Cold]Trady Konferentaii po vysokogorliu I kho-
lodovoi travme. Pod red. G.L.Frenkelia i I.Sh.Zabirova. Frunze,
Izd-vo Akad. nauk Kirgizokoi SSR, 1962. 359 P. (MIRA. 16:3)
1. Konferentsiya po vysokogorlyu I kholodovoy travme.
(AlTITUDE, INFLUENCE OF) (COLD--PHYSIOLOGICAL EFFECT)

ALITEV, M.A., kand. med. nauk, otv. red.;__ ~ENKE~Ll,_ G.L., prof.,
red.; TURGUNBAYEV, O.T., red.; VOZIIEYXO, I.V., 'i-ed.izd-
va; P140KHINA, M.G., tekhn.red.
(Effect of high mountain environment on the body; trans-
actions] Problemy vliianiia vysokogorlia na organizm; turdy.
Pod red. M.A.Alieva. Frunze, Izd-vo AN Kirg.SSR, 1963. 162 p.
(MIRA 17:3)
1. Vyyezdnaya nauchnaya sessiya instituta krayevoy meditsirry.
2d, Osh, 1961.

LIVAHOY, M.N.;KOROLIKOVA, T.A.;YR&a3L' G.X
--
Blectrophysiological examination of the higher nervouo fmnction.
Zh. vysshet nerv. deint. Pavlova 1 no.4:521-538 JU17-hur, 1951.
(GIML 23:2)

jjifmertati (in: ".PLectro ;!iy~iio I 0"5ca I 1rive 3!, 1(" ~t I wt of i!'j owln!' "rom
Go-tax of 'L In tr.o "Ourne o" Prodiwlr~ 'm !t JOfOYLSiV6 ~;onditiorje,4 jt%f~ ~,-ert;tln
i fero ri t ia t or:3 U-Lrid 31ol Sci, Inst of ziighor 'orrous c
11 Aca.-I Sci G'SSIJ, 'I) Apr
54, (Vecherny;iya I-iosr-va, 1-;wicow, 14 Apr 'V~)
s'!: SUM ?43, IQ 0(~t 1951P

Jmtkm if thceec- aeu-,-~,,y of th- Lrah% rail
tile
"04 j S~-S. A -imlfl~rity was fuulld
.10! uniluzme (" tilt: ~!Icc &Ctivay uf the C'~:L~7L of
rucctitifiatitnt,iaml noi-oial,"-av~q,;. Atj,',
Wjtztion~Athedrmg,wheu the intoa szAtc
aud stupor, 0113 cuxejlhalugmrn~ stavic-d
Irrumuc-16 ire-uemy) . slowing in tile pcr
*--4 The clurdctcr~(J VIC curvcs lVas dTWL:T to tht~--' i'1
UJ131,21 HEM SIL--P. However, ever, In iaqt--mcr!s -ahca-
folk-wine the ilij,&" 0.1 aminzuLne *!Ccp falk-1 to ill,
th i frequcnc~ of the a-rythm in tht: malmity of the p--uir-ais

rRENKELI, G.M.
Electroencephalographic studies of schizophrenics with a hypochondriac
syndrome [with summary in English]*' Zhur.vys.nerv.deiat. 8 no.4:
509-516 J1-Ag 158 (MIRA 11:9)
1. Institut paikhiatrii Hiniaterstva zdravookhraneniya SSSR.
(HYPOCHRONDRIA. complications,
schizophrenia. IMG (Rue))
(SCHIZOPIMIIIA. compl.
hypochondria, XW (Rue))
(PJACTROENCEM10GRAPHY, in var dis.
hypochondria In schizophrenia (Rua))

G.M.
Electroencephalographic investigation of schizophrenics during
the first manifestations of the disease.. Vop. psikh no. 3:249-
iMIM 13:10)
259 '59-
(ELECTROENCEPHAIMRAPHY) (SCHIZOPHRENIA)

SHTERNBERG, E.Ya.,* FRLNKEL'p__G.M.
Cainical and electroencephalographic studies of atrophic diseases
of the brain. Zhur. nevr. i psikh. 62 no.l:U4-124 162.
(MIRA 15:4)
1. Nauchno-issledovatellskiy institut psikhiatrii (dir. - prof.
D.D.Fedotov) AMN SSSR,, Moskva.
(MCTROMICEPHALOGRAPHY) (PSYCHOSES)
(BRAIN-DISEASES)

FRENKEL-, Gd~.; ZARUBINA, N.A.
Electroencephalographic examination of patients with cerebrohypophysial
nanism. Zhur. nevr. i psikh. 64 no. 12:1778-1784 164. (MIRA 18:1)
1
1. Otdelenlye fuatsionallnoy diagnostiki (zaveduyushchiy A.K.
Dobrzhanskaya) i terapevt4eheskoye otdoleniye (zaveduyusbchiy
A.G.Vasillyeva) kliniki Vsesoyuznogo institute eksperimentallnoy
cindokrinologii (direktor - prof. Ye.A.Vasyukova), Moskva.

?Z-YAC I U~10~ V Jl~ j FILRN*~ L I, G.M~ V:; D LU3lVAAxV.Y-0LY.4, A . K.
Effectiveness of sub,3tltu~lng hormonal therapy u,9lrj-,
V,
ronine in myxodema; clLnical enceplialogrujilhLe parallo.l., P~robd.,
eniok. i garm. 11 no.6L,2--P-.31. N-D 1~5. (MI-iA 18.12)
(7.,xv. Vau."'A'-w-0
Institut0i vrachey i ut-le-
leniyu funktslanallnoy dippionUki (zav. - kand. m-id. nauk
A.K. Dolr'3h-an3k.%yL) Vaewyu-m-,gru iriottLO.%
.fukova) , Mol;kv:!
en(tAr-Inologli. (dlr. Ye.~, Vaa,

FRENKELI,G-M. - DECEASIED1 1961/3 -
c1959
1 SEE ILC
MICROBIOLOGT

110SOV, 1".p., glav. red.; POLOVSM, G.A., red.; USTIVOV, A.D.,
red - IIMKELI G Ya " red.; RUBRIOV, A.B., red.;
N.L., tekhn. red.
[Protection of metal structures and mechanical equipment
against corrosion in hydraulic engineering; from materials
of a conference held by the tIGIdromontazh" Trust of the
Ministry of Electric Plant Conntruction of the U.S.S.R. on
24-26 June. 1960]Zashchita metallokonstruk-teii i mokhaniche-
skogo oborudovaniia gidrotokhnicheskikh oooruzhenii ot kor-
rozii; po materialam soveshchaniia, provedonnofro tro3tom
"Gid,,omontazh" Minintorstva stroitelltitva elektrostantsii
SSSR 24-26 iiunia 1960 g. Moskva, Gosenergoizdat, 1961. 55 P.
(MIRA 15:7)
(Hydraulic structures--Corrosion) (Protective coatings)

KRASNOTARSKIY, Vladimir Vasillyevich; NOSOV, Roman Petrovich;
FREWEI.I., Grigoriy Takovlevich; BEREZKINA, Tu.F., red.;
BULIDTATEV, N.A., tekhn. red.
(Corrosion and the protection of metal parts of hydraulio
engineering structures) KorrozJia i zashchita metallo-
konstniktaii g1drotekhniche8kikh sooruzhenii. Moskva,
Gosenergoizdat, 1963. 198 P. (MIRA 16:11)
(Hydraulic structures)
(Corrosion and anticorrosives)

cand.tnkhn.yjauk
Rapid testing of basic propartlea of portland coment. Stroitell
nn.~:27 My 159. (MIRA 12TO
(Cetlent-Tenting)

-,,:-FRE.NKELS, I.,-kand.tekhn.nauk
Why one can't mix different kinds of portland cament, Stroitall 8 no,4:
30 Ap 162, (MIM 15:7)
(Portland cement)

A.
um/mwoluz~ P4,U1012212 YArlAw 108
0
"Penicillin Therapy for Cartaiu Otorhlnoliryngolbo-
cal Disturbanaes) A. Frankell JkLr, Noss, and
Throatt, Dept, Makhtiusk *n1olps, loop, pp
.*Vest Oto-pino-Laringol" Vol X, No 2
.Describes application of penicillin in five cases
of severe oterhinolaryngological disturbance.
.Iffsoted amplets oure in four oases.
70ft

FBENOV, I.A., inzh.
Water-level alarm for steam boilers. Bezop.truda v prom. 3 no-7:
25-27 JI 159. (MIRA 12:11)
(Boilers--Safety appliances)

Cl-
[)V'.kK(1(.-- ~T
IV; -
ILI IN. V. . NAZAROT, S.S.; MIMLI, I.B.; PELEVIN, S.N.; PREOBRAZHENSK&TA,
Scouring woolen fabrics in water under pressure. Tekst.prom. 17
no.12:46-49 D 157. (MM 11:1)
1.Zameatitall predesdatelys, Dryanskogo sovnarkhoza (for IlInin).
2.Direktor fabriki "Proletariy" (for Hazarov). 3.Giavnyy inzhener
fabriki "Proletariy" (for Arenkell) 4.Direktor 11untsevskoy sherst7anoy
fabriki (Palevin). 5.Glaynyy inshener Kuntsevskoy aherstyanoy fabriki
(for Preobrazhenskaya).
(Woolen and worBted manufacture)

FRENKELI, I.B., inzh.,- BUTATKINk, V.T., inzh.
Modification of the system for procausing comber waste. Takst.
prom. 20 (n0.1:72 Ja 160. (MIRA 13:5)
Woolen and worated spinning)

MELINIK, A.I.; FRIMLI, I.B.
Better regulation of raw material expenditure in woolen manufacture.
Tekst.prom. 20 no.10:75-76 0160. (MIRA 13:11)
1. Direktor sukonnoy fabriki imeni Lenina (Khmellnitskaya obl.)
(for Mellnik). 2. Glavn7y inzhener sukonnoy fabriki imeni Lenina
(Khmelinitskaya obl.) (for Frenkell).
(Woolen and worsted manufacture)