SCIENTIFIC ABSTRACT SALGANIK, I. - SALIKOV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446820017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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00 GUNDINGIN STAGBS. L. D. Salualk. Gumpory. 'a.0
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181 31A_48 .11949). 1h&7 operailon of several Russian
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0 0 grinding installations is analysed, 4M recommendations
are made for grinding in stages, -VO
as rOllow6d by Separation Into
00 dogir*d fractions after Saab stage. The combination
:*a
closed-circuit optm of grinding Is rooosizanded. Th*
0 1 first machines have opeft-~Irouit grindingg the rate of few
0 In high, the size of the final particles is not limited, and the re 0
a* f eod for each machine has fractions with grains of approxi- 000
mately the sm* six*; the last machine has closed-circuit 2- Jbi
grinding, with its feed he" a grain also differing very little
from that of the circulating charge.. flownbeets are in-, lee
cluded.,
J
too
two
METALLUNC.C-L LMRATUME CLASUPICATtOll 0
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KULIK, A.I., inzhf-ner,- ROGACH, A.P.. inzhoner; SALGANIK, L.D., inzhener;

AUTHORS: Dolkart, F. Z., Kulik, A. I., Salganik, L. D, 131-23-5-5/16
Skripnik, G. N.
TITLE: Experiment in Manufacturing Maghesite- Bricks in the Chasov-
Yarskiy Plant I mehl ;Ordzhonikidze. (Opyt izgoto*2eniya magnezitovogo
kirpicha na ChaEov-Yarskom zavode imeni Ordzkonikidze).
PERIODICAL: Ogneupory, 1958,,Vol. 23, Nr 5, pp. 2lo-216,(USSR)
ABSTRACT: Ya.~L..Rigberg, A.. V. Drazhnikova,.V. A. Litvinskiy'(deceas-
ed), T. S-Karmanova, M. P. Peresada, N. D. Tsepin, V. Ya.
Miroshnichenko,'A. D. Kulakova,,A. V. Zatula participated in
tnese tests. The results are-of interest.as a mass preparation
without deposit' pressing of the unfinished pieces, on Meehan_
ical presses, and burning in the tunnel.kiln is not used in
the"Magnelit" , which manufactAre magnesite bricks. In the first
stage of the experiment (figure 1) magnesite Powder of two,
types was used: MK of 6o-70% fraction under 0,5 mm, and another
type of 30-35% fraction under 0,5 mm. The chemical composition
of these two kinds of powder can be seen in table 1 and the cha-
racteristicof the masses in table 2. Furthermore the pressing
drying and burning of the unfinished pieces is des Icribed. In
figure 2 the way of inserting.the unfinished pieces for burning,
C-ard 1/3 is shown and in table 7 (lorries n. I to 4) the, burning tem- I

Ymperimut in Manuracturing Mvgmec-ita Bricks in the Chwov- 131-23-5-5/16
Yarskiy Plant imni Ordzhonikidze
peratures. By high strinkage (table 3) a considerable waste
occurrdd.,The chemical composition and properties (table 4)
corresponded to the conditions GOST 46-89-49.with the
exception of the deformation temperature under stress. In or-
der to improve the quality of the bricks a magnesite mass
with~a definite content of the fraction 0,5-0,86 mm. was ueed,
the characteristic of which can be seen in table 5. As these
bricks did not fully correspond to the GOST standards, in ithe
second stage of experiment masses were used, the moisture con-'
tent and granulation of which are mentioned tp~ble 6. The~un-,
finished pieces were burnt under a temperature regime which
can be seen from table 7 (lorries 6,7 and 8). The wayof in-
serting the unfinished pieces is sh6wn in figures 3 and 4. The-,
shrinkage during the burning is quoted in table 8 and the chem-
ical composition as well as the properties of the burnt bricks
in table 9. 96%,bricks of first choice and 4~6 of second
choice were obtained. Fihal conclusions:
1) By pressing on 2mechanical presses under a specific pressure.
of 500-100o kg/cM and a course containing -50% magnesite of',
the fraction 2-o.5mm and 3o 35~6 of the fraction below o,oHMM
Card 2/3 products can be obtained which correspond to the COST standards,

Experiment in manufacturing magnesite Bricks in the chasov-Yarski:y 131-23-5-5/16
Plant,imeni. Ordzhonikidze
with regard to volumetric weight.
2) Burning the unfinished magnesite pieces with a moisture
content below 1% can be carried out in the tunnel kiln under
the regime of burning magnesite-, chromite- as well as chromQ-
magnesite-, bricks; By economical insertion of the uhfinished
pieces the waste can,be considerably reduced. In order to ob-
tain good results in the manufacture without mass storage a
well sintered magnesite powder with a minimum content of cal-
cium oxide must be used. There are 4 figures, 9 tables.
.ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy- institut ogneuporov A
(All-Union Scientific Research Institute of Refractory Products
Chasov-Yarskiy zavod imeni Ordzhonikidze (Chasov-YarskiyPlant im-
eni Ordzhonikidze)
AVAILABLE: Library of Congress
1. Refractory materials - Froduction methods 2, Magne.9 iie-
Applications
Card 3/3
q

15
AUTHORS:. Kulik, A. I., Safronenko, S. A., SOy/131-59-7-2/14
Salgani _L-D-
TITLE: The Use of Electric Filters for Cleaning the Flue Gases of
Rotary Driers (Primeneniye elektrofilttrov dlya ochietki
dymovykh gazov sushilInykh barabanov)
PERIODICAL: Ogneupory,:1959, Nr 7, PP 293 299 (USSR)
ABSTRACT: The Vsesoyuznyy institut ogneuporov (kll-Unionjnstitute for
Refractories) and the Leningradskiy filial Giprogazoochietki
Inatitute for
(Leningrad Branch of the GiprogazoochistbL (State
.
the Designing of Structures-for.Gas Purification)) for the dust,
collection from the flue gases, of rotary drierat chose the
electrical method by means of horizontal electric filters of
the Ts-11,5 type. In 1958, a one-section electric.filter was
service. The scheme ofthe flue-gas dust removal of ro-
put into
.
tary driers is shown in figurelf and described. The electric
filter of the Ts,-11,5 type is shown in figure 2. The~precipita-
tion of dust takes place under the influence of an electric
field of high.voltage. The dust deposited on the electrodes,
Card 1/3 which has lost its electric charge, is thrown into the bunker

The Use of Electric Filters for Cleaning the Flue SOV/1 31 -59-7-2/1.4
Gases of Rotary Driers
by means of vibrators (Fig 3). The purified gas is led into the,
atmosphere by a chimney-35 m high. The feeding of the electuria-
filters.by high-voltage current is carried out by.means of e-~,
lectric units of the AFA-90-200.type. The putting into opera-
tion, and adjustmentg of the electric filter is further describ-
ed. Its working figures are indicated in table 1, and its.elec-
trie-working conditions in table 2*.The scheme of the gas t est-,
er is given in figure 4, and the test results of the electric
filters under different working conditions of the rotary drier.,
are given by tables 3 and 4. The filtering plant consumes a to-
tal of 70 kw of current. The utilization of thedust permits the.
same quantity of clay tobe saved, and the building and operat-
in& costs to be amortized inthis way..Conclusions: Since.March
1958, the electric filter has been working perfectly with a de-
gree of dust removal.of from 9 ?. 18 to 99.8%. After purificationg
the flue gases contain 157mg/m of dust. The use of electric -
filters does not only purify the airin the factory andits eur-
round;ings, but also yields annual savings of 280,000 rubles when
5 electric filters are employed Finally, the editors of.the
Card 2/3 periodical recommend the instaliation of these electric filters

5 (2)
UTHORS:
~A
SOV/13'-59-8-2/14
K'ulik, A. i., Safronenko, S. A.,
S'110
anik, L. D.
TlTL',3:
nesite Casting Linings
Mazrafacture of Mat-
PERIODICAL: Org,.neupory, 111,59,. Nr 8, PP 330--342 053,R)
AB.MUXT: In 1958 the Cll"OV-Yar Platit imeni Ord--honikidze started above
manuf acture. The fo 11 owing persona participated in the work;

Uu
~Ya. L. rigberg, K. Ye. Kapran, T. S. Karmanova, A.P. Zat la,
P. S. Gaydar, K. I. Kotlyarov, L. V. Iledvedev, V. IL% Baris, G. N.
Skripnik, and Ya. F. Yev.tushenko (Fcotnote 1), On the basis of
laboratory experimente the production scheme was introduced,as
shown in figure 1. Further, the charge- and 1--ain composition are
described. TheL Uning- was pressed on -a 290-t friction press
(Fig 2) and dried in the already existing tunnel drying, plants.
They were burnt in tunnel filxnaces simultaneously with casting-

ondifions are re-
"adle bricks at 15100 (see F-19 3). Burning c
presented in figure 4. The burnt casting linings are tested
according to the specifications of GOST 5500-50, Unburnt casting
led 4n accordance with the nrov'sional. technical
linings are control
instructions of the Savnarkhoz of the Stalinc E ~onomi,,, Rayon.
Card 1/2 Furthermore, the practiral testing of bu-Tn, and unburnt linings is

Matiufacture of Maffn'esite Casting Linincs SOV/1 31--59--8-2/14
described and noted to be saccessDa',. Af ter the naGnGsitle casting
linings had been tested they viere eubJected tc a petrographic.,
ar-alysis by the Petrogxaphic Labcratoi;y of the, UTTII0, (Ir4rainskiy
nanchm-j--ssledovatell E;k.-;.y institu-t, ogneui3oruv =Ukrainian
S-ientific. Resear!:L Institute for '.Refractory Materials) (see
Fc-otnote 2). Besides, its microstructure is descri'~ed in detail.
Conclusions: Casting linl.ngs pressed i1, a friction preas and
burnt in P- tumnel furnace exhiblt -"-;'-tiVa results vhen. usea in
casting, !adlee. They comply with the quality spsc-'-fications of
GOST 5500-50 if they are burnt at '!C;000. Unburnt macanesits
casting linings also previde positive results. under equal
conditions, and can replace fll-ie burnt c-nes. The mnni:facturs of
magnesite casting linings is cheaper as turning and the
resulting working processes ars superflu ous. There --a 4 f gu r e s
ASSOCIATION: Zavod im. Ordzhonikidze (Plant imen- Ordzhonikidze)
Card 2/2

S/596/62/009/000/026/030
1003/1203
AUTHORS: Svirskiy, L. D., and Salganik, L. L~
TITLE: The reaction of protective enamel layers with steel at elevated temperatures
SOURCE: Akademiya nauk SSSR. histitut metallurgii. lssledovaniya po zharoprochnym splavam.
v. 9. 1962. Materialy Nauchnoy scssii po zharoprochnym splavarn (1961 g.), 183-187
TEXT-. The adhesion of silicate heat-resisting coatings is a result of comple',,proclsses taking place chiefly
on the metal-coating boundary. These processes are analogous to the electrochemical processes of corrosion
of metals, and are due to the existence of micropores on the surface of the steel. The main depolarizet in these
microetements is oxygen. The investigations on diffusion of Ca, Ni, Mo, Co, Si, Mg, and Al from the enamel
into the steel led to the conclusion that the adhesion of enamel to steel may also be due to diffusion processes.
There are 3 figures and I table.
Card 1/1

ACCESSION NR: AP4012577 S/0072/64/000/002/0033/0036
AUTHORS: Svirskiy, L D. (Candidate of technical,sciences); Salganik.'
L. L 0 (Eng&er)
TITLE: The role of.electrical conductivity of fusion of priming
enamels duringthe reaction.with metal
SOURCE: Steklo i keramikaj no. 2. 1964~,33-36
TOPIC.TAGS: electrical conductivity, priming enam6li enamel coating,
bonding activator, cobalt,oxide, cupric oxide, enamel, paint
ABSTRACT: The lack of a single generally~acknowledged theory of
bonding of an enamel coating with metal can be explained by the
diversity of processes of reaction of a liquid priming melt.with
metal. Results confirm that the role of bonding ctivators in the
a
prime coating (in the given.case.CoO) leads to its effect on electri-I
cal conductivity of enamel fusion. To some extent this causes inten-
sification of the electro-chemical processes and determines to a
significant degree the bonding strength of the primer with Matal...
This may be explained by the strengthening of the anode solution-,in
Card 1/2

-ACCESSION NR: AP4012577
c
the priming melt with an increased value.of its electrical, condu ti
q vity. During annealing of the-enamel coating,.the surface of the
steel is not as rough as in annealing of the priming.which contains
cobalt oxides This is the basic cause of the extremely low strength
of bonding wiZh steel of the prime coating containing cupric oxide
as bonding activator. The processes of eldctro-chemical corrosionof.
metal during annealing of prime coating are not the only determina-
tions of strength and character of bonding but also the-diffusion
processes, the effects associated with adhesion of fusion to metal,
etc. Research on electrical conductivity of liquid prime enamel,
fusions in connection with the processes of their reaction with
metal opens new ways of increasing the bonding strength of the coat-
ing with metal, improves their quality and the develo ent of coat-
PM
ings without priming. Orig. art. has: 4 Figures.
ASSOCIATION: Khartkovskiy politekhnicheskiy.institut imeni V'.,I.
Lenina (Kharkov Polytechnical Institute.)
SUBMITTED: 00 DATE ACQ; 03Marb4 ENCL: 00~'
SUB CODE: CH NR REF SOV: 005 *0THER: 001
Card 2/2

BELOTSERKOVSKrY,,Grigoriy Bentsionovi.ch; SAYBE.Llp A.G.9 kand. tekhn.naukp

SALGANIK, R.I.
So: 1100235

Iz -If

12/2 Plij'510107Y Feb' 59--
XCERM YMCA Sef 2 Vol
6377. INCORPORATION OF GLYCINE-1-CI4 INTO NUCLEAR PROTEINS OF
A.NJMAL CELLS WITH REFERENCE TO SOME EFFECTS UPON DNA OF
,rHE NUCLEI (Russian text) - Sa I ga n i c It. 1. Biochem. Lab., Res.
Inst. of Nutrit., Min. of filth ~f -the Ukrainian SSR, Kiev, USSR - BIOKHIM-
IYA 19LO. 23/3 (377-381) Tables 4
Injury caused by DNZase or by X-rays to DNA of the nuclei isolated from the thymus
of calves or puppies redvces the incorporation of glycine I_C14 into nuclear pro-
teins. The incorporation of glycine I_C14 into nuclear proteins is resumed upon
addition to the incubation medium of DNA obtained from the thymus of animals of
the same or of different species. Addition of DNA to intact nuclei does not affect
glycine I-CL4 incorporation into nuclear proteins. (11.1,5,14)

111- 1. ~ I I - z 11 , - - - - ~, - ---- , - . - -- - ---- - - - - -

5/167/61/000/006/001/003
D299/0303
AUTHOR: salikhov, Z. m.
-----------------
TITLE: Automatic tuning of radio t r z-uismi t t ers
PMIODICAL; Akademiya nauk UzSSR. Izvestiya. Seriya tekhnicheskikh nauk9
no. 6, 1961, 9-19
TEXT Existing methods are analyzed of autoniatic tuning of high fre-
quency circuits. This,analysis is related to the planned construction
of an unattended short-wave t ransmitter with automatic tuning. Tile opera-
ting conditions Qfthe transmitter require automatic tuning at anyone of
the four to five pre-assigned frequencies in the 4-20 Mc.-range. The ex-
istingsystems of automatic tuning can be classified into 3 groups:
1) Systems with automatic tuning over a wide frequency range (SAT);
~2)systems with automatic trimming of circuits (SATR), 3) mixed systems
(SAT and SATH). The SAT are characterized by the fact that the tuning
element is set into a position corresponding to resonance at the given
frequency, only once. After completion of the working cycle, the SAT
Card 1/4

S/167/61/000/006/001/003
Automatic tuning of D299/D303
do not respond to changes in the natural frequency of the circuit. viith
respect to the source of the.control action, the SAT can be divided info
3 groups% 1) Systems having as the source of the control action one of
the variable parameters of the stage to be tuned (e,.g. the oscillation
voltage.at tile circuit). Examples of such systems~are the comparator sys-
tem, the system of differential resonance curve, and the system of mecha-
nical division of the angle of rotation of the control,element. Among
the systems of Group 1, the comparator syst.3m is the most Jmportant. and
is described in more detail. The main elements of this system are a,
comparator which fixes the maximum level of the oscillation.voltage and
a mechanical device which provides for rotation of the tuning element
in the required direction. Two types of comparator circuit are consider-.
ed- For the tuning of intermediate stages, and of the output stage re~
spectively. Group II), Systems which do.not depend on the parameters of
the stage to be tuned, but on the parameters of the other, highfrequeney
Stages. Systems of this,group include servomotors and frequency systems.
Group 111) includes systems with external,, independent control source..
S i Leal
uch systems incorporate potentiometer circuits with electromechan
Card 2/4

~S/167/61/000/006/001/003
Au t omat c t tin i nq of D269/0303
memory of the position of. the control element. or purely mechanical sys-
tems, The characteristic feature of S.,"M consists of the oossibil3ty
o.f t-jn_,n,,, .,r2-e.-,:)cctj.vc of vie rate or. ciiange of the llatUr~li
-ic c i i -c ut tbu t t n e c uj i tr o 1 si gnaL requ i res , t r I c as t2 paraj-,ieters of
;C to be tuned. SATI? are more up-to-date than SATt The rzuige o,,
ipplicabLltty of each system (SAT and SATH) is discussed in brief. Ilix:
the output stages of short-wave, transmitters., a combined system (SAT 1-111d;
SATIO is more ade(jUate than any.of the two separately. Such a Combined
sysLeni leads to a considerIable, simplification;. the SA!f, provides for thf.,
rough tuning only, and the SVfR does the accurate tuning and keeps-the.
C7LI'CUIt Wiled under any disturbing factors. There are 4 figures, I tabif,
and 20 refcrences~ 10 Soviet-bloc and 10 non-Soviet-bloc. .'The 4mos"
re~-_cvt references -to the En';lish-language publications read as:foJIOAVs
xn(
bakez., Unattended Broadcasting Tr,an*mitterl Brit. communlcat~on
Electronics, v.2, no.l.l. 1955; 64-681 V,R~ Delongs Automatic tuning for'
high power transmitter, Electronics, v. 29~9 I-11o. 771956, 134-137. W - L,
Vervest and L. van Gorkom, Aut,omatic tuning mechanisms using tnstantunet-_z
A vpr- 5Z t201/OR 202, Phillips,telecommunication review, V.17? 1, 1956,
G.R, Eilis7 K.Owen, and G.R.Weatherupg Transmitter tuned bv
Card 3/4

S/O24/6,i/000/OO6/01.1/Ot9
E14o/E335
AUTHOR, Sal J I.-ho:v, Z.M. (Moscov)
TITLE~, On a self-adjustling t am for r egul a t LD g t 11 C4 w o r k i n
conditions of a radio-tran5initter
PERIODICAL, Akademiya nauk SSSR~. Izves t iya . Ot d e 101, j,Y e
telkhaicheskikh nauk. Energetika i.avtomatika~
6, 1961, 77 84
TEXT .,The radiated power of a tran5mitter is a: func t i.on 0 L
many parameters, e-g- the anode supply voltage, the efficiency!
excitin- volta,re amplitudej tuning 'of. the tank circuits Ioading
Fa c t 0-r etc Meteorological conditions hav.e their influen-Ice
t i I i-011-h tile impedance' reflected back from tile ant enna.
Constraints in the form of permissible dissipations and non] x1lezIr
distortion in the case,of telephony also exist- There.are a lz~ o
mutual couplings between these various parameters, In or der to
construct an, automatic. system for adjustment of the load factor,
L a nh. - t u n i Li,,~,, and. final-sta-e excitation. it was decided. to aclopT
I sys'em Tor seeki -)t imum : in ~-.,Ihich eac'-1
7, sr--uentilt n,-, 'an 61
p-1
..et,:~r ~Ls adjusted duriri- a separate tiiae interval- A ba-E~ ic
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------------
337,04
3/167/62/000/001/001/004
D299/D304
lt,~ 9C) 3 3
AUTHORI~ Salikhoy, Z M.
TITLE: Automatic control of tuning and, load of radio trans-
mitters,
PERIODICAL: Akademiya nauk UzSSR. Izvestlya.-Seriya, tekhnichee
kikh nauk. No. 19 1962, 5-18
TEXT,- Automatic phase control is considered. The operating prin-
ciple i 's set forth.of an.~automatictuning-system involving phase
comparison. Such systems incorpor .ate phase discriminators. Several
types of phase-discriminatorcircuits are described.A circuit-
diagram,of the balanced phase discriminator is shown. It incorpo-
rates the 2. diodes JJ-4 (L1 ) and Al (M). From the pertinent f ormu-
las it follows that.the characteristic of the ..discriminator is
symmetrical and passes through zero when-the com-pared:voltages are
shifted by 900, the maximum output voltage being determined by the
smaller of the compared voltages,,not.exceeding double its value.
From the derived formulas it follows that the output,voltage of
Card 1/4

33704
S/167/62/000/001/001/004
Automat-ic control of
the ring-,syuimetrical..phaseldiscriminator is proportional to the.
,phase shift' be"ween.the 2 compared voltages; if these voltages are
shifted by a.multiple of 900, the load current is zero. Thus,, the
operating conditions of this discriminator are similar to those of
the balanced di.scriminator.,The main advantage of the discrimina-
tor is its complete symmetry. By replacing one (of the two) trans-
formers by aphase-shift.ing eircuit,.one,-obtains,a:nonsymmetrical
discriminator from the symmetrical one. (The presence of 2,trans-
formers constituted a shortcoming of the symmetrical circuit.), With
regard to phase mixer incorporating.triodes.a circuit is described
which makes it possible to limit the variations of,the output,yol-
tage; thus., by appropriate choice.of the displacement voltage Ed
it is possible to obtain a lower limits and by choice ofthe ano-
er limit., The,obtained formulas'show that the load
de-voltage an upp
cu--rent is zero for a phase shift of 900, just as in the case of:
the, rin -discriminator. The shortcomings of separate operation of
9
frequen cy transducers and phase transducerb can.be overcome by com-
bining them into a system. Two such systems are considered; in the
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33704
S/167/62/000/001/001/004
Automatic control of D299/D304
first, the transducers operate in succession, in the second -~si_
..Multaneously. The first system incorporates the 2 transducers, a
potentiometer,, a commuter and the servomotor control-circuit. The
accuracy of this system is determined by the accuracy of the phase
tr'ansducer., The second (simultaneous) system incorporates the same
~elements as the first, with the exception of!the commuter. In this
case the accuracy of tuningis affected by the steepness of the
characteristics Of both transducers. For higher accuracy, it is
necessary 'to use frequency transducers with littlesteepness. The
merits and shortcomings of each system are analyzed. A combined
System (:comparator and,phase-transducer) is described. 'The system
~also incorporates a control element and a servomotor. The opera-,
ting principle is stated, showing that the phase transducer adjusts
.Continuously the resonance circuit. This system has 2 shortcomings:
It does not ensure speedy transition to another frequency and,it
incorporates too many mechanical elements. The above-mentioned sys-
tems could be considerably~simplified if the tuning process would
always start'from the initial position. This means in practice that
the tuning would be preceded by a readjustmen-G, whereby 'the servo-
Card 3/ 4

33704
S/167/62/000/001/001/004
Automatic conirol of...,,,
D299/D304
motors would return the tuning elements to the initial.pos ition~
which it Is most~conv.enient toltake as the position of the maximum
of the inductance of the circuits. Methods are proposed for.ensuring
~optimum load-resistance and also for keeping it at a constant va-.
;ae while the antenna parameters.vary.. A basic di
iagram is.shown
of ca system of automatic loading of the output stage.of a transmit-
ter, used in practice. This system is, however, inconvenient in
bad-weather conditions. There are 5 figures and 8 references: 7 So-
viet-bloc and 1 non-Soviet-bloc. The reference to the English-lan-
guage publication reads as followe; V. 0, Stores. High-power trans-
mitter tuning devices and the mechanical and electrical.problems..
Brit, CcmmunIcation and Electronics,-v., 4, no. 5, March 195.3.
A.SSOCIATTON: Institut energetiki- i avtomatiki'AN UzSSR (Institute,,
of Power Engineering and Automation of the AS Uzbeks-
kaya SSR)
SUBMITTED: August 1 1961
Card 4/4

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of. bdi.3~s` ati which' thb 0
Zt.
iijd 0
d6 `~`kath6d"Ahell 0
m6ik6db:A-rQ-- kid' dent 66f ~,thd' t til iht
Open 0 ar 4i0 f kz_ =Z
17
'arl do a ai-
is --revers6a iV4~` atpPd wlk 0
the On
"en-, Gross ez:'

(U-zbekZ~"ritiA6 R~G--elm
SM IITTE
NO: REF,

USSR/Tecluiical Crops. Oil Plants. Sugar Plants. M
Abs Jour: Ref.Zhur-Diol.-, No 17, 1958, 77740-
Author : Saidov, D.K.; Salikhova, G.T.
Inst : AS Uzbek SSR
Title : Influence of Carbona-te-Magnesium Salting on the
Intensity of Growth of the Root System of the Cotton
plant.
Ori(; Pub: Izv AN UzSSR, 1956, No 2, 15-19.
Abstract: Field observations on the development of the root
system of the cotton variety 108-Ron sails salted
with carbonate 'Of Mg, conducted in 1954-1-955 in
the kolkhozes of Ak-Dar'yinsk, I.-hty-Khan and Kan-
somoll rayons of Sanarkand Oblast,, showed that in
these conditions the root s
ystem of the plants is
developed weakly.both in vertical and horizontal
Card 1/2

US&/Gener al ProbleirO of Pathology - Tumors T-5
Abs Jour Ref Zhur Biol., No 1, 1958, 3122
Author Kanzafarova, D.A.,,Salikhova, L.M., Teplyakova, Z.G.
Inst
Title Immediate and Remote Results of Treatment of the Chronic
Myeloid and Lymphatic Leukemias with Embichin No 7 Series
5-
Orig Pub Vopr. Krayevoy Patol. An UzSSR., 1956, VYP - 7, 79-84
Abstract 16 patients with chronic mycloid leukemia., 5 with chronic
lymphatic leukemia and I with Hodgkin's disease were
treated with intravenous embichin No 7 (0.01 mg/kg every
other day). The dosage per whole course wau 40 - 220.mg
depending on the patient's condition, his ability to tole-
rate the drug, etc. Duration of remissions was 5-6
months, rarely up to I year, depending on the,stage of the
disease. The compound of series 5 caused fewer side ef-
fects than the previous series. It did not lead to an
Card 1/2

Card 2/2.

Q,

*~l

AID P 5007
Subject USSR/Engineering
C a rd 1/1 Pub. 110-a
Author Salikov, A. P., Kand. Tech. Scl.
Title Possible use ofa gas .cycle In nuclear power plants

(News From Abroad). ,
Periodical Teploenergetik6, 9, 53-56, S.1956-
Abstract The author discusses this subject on the basis of

information obtained -
from various periodicals on nuclear.'.:-
power plants in the U .S.A., England and Switzerland.
.7 diagrams. 6 refere nces.
institution None
Submitted No date

AUTHOR: Salikov, A.P. (Cand. Tech. Sc.) 261
TITLE: The application of gas turbines in power stations for
combined operation with steam sets. (Primeneniye
gazovykh turbin na elektrostantsiyakh dlya
kombinirovannoy raboty s parovymi agregatami).
PERIODICAL:. "Teploenergetika" (Thermal Power), Vol.4,.No.4, April,
1957, pp-53-58 (U.S.S.R)
ABSTRACT: This article is a brief review of Western.practice
In the installation of gas turbines for combined
operationwith steam driven sets. The equipment
described includes the Brown:Boveri Velox steam boiler;:
the combined installation at the Arthur Hay station in,
Oklahoma, a station of West Texas Utilities, a:small
station at Bone in North Africa, a station at Tavazano
in Italy, schemes for combined steam and gas turbine
power stations of the U.S. General Electric Company,
the'combined scheme of the Burns and Roe Co. in the
U.S.A. and the.combined scheme of Professor Foit.; It.
is considered that this latter deserves particular
attention. 7 figures,
7 literature references
.
(none Slalronic),

647
AUTHOR: Salikov, A.P., Candidate of Technical Sciences.
TITLE: Ash deposits in gas turbines when operating on heavy fuel oils..
.
.
(Zollnye otlozheniya v gazovykh turbinakh pri rabote na
tyazhelykh.mazutkh.)
PERIODICAL: "Te loeneEG,etikall (Thermal Power), 1957, V& 4,
No. 63
,
pp. 51 - 5b (U.S.S.R.)
.ABS-TRACT: leads to.'
The use.of.heavy fuel oil in open cy.cle gas turbines
,
deposit formation on.the blades and to blade corrosion. 'A lot
of work has been done to overcome these troubles. This article
describes the present state of the question and considers ways
of overcoming the difficulties. Fuel oils differ greatly in
~co osition and, therefore, in their tena,-cy~to give trouble@
MP
~Open-cycle gas turbines.are very sensitive to ash,depositiont
as shown by published work on the Brown Boveri, C.A. Parsons,
and B,.T.H. Turbines, amongt others. Deposits are also formed
on the sarfaces'of regenerative Air heaters.
Incomplete combustLon is one, but not the mai-n cause of
.deposit formation. ~The mechanism of deposit formation is con_
sidered in relation to the composition and combustion of fuel
oil. Particular attention is paid to the effects of vanadium.,
and sulphur content. Consideration is given to the prevention
of deposits by organising the combustion process with incomplete
combustion, of carbon, with reference to the work of.Bowden,
Draper and Rowling (Proc.Inst.Mech.Eng. N0-3, 1953). Work that

AUTHOR: Salikov, A.P. Candidate of Technical Sciences, and
-f a1tn-,--S-.TF---,'-Enginee r. lio-6-13/24
TIT12: Tubes with wire fins of optimum dimensions for the
gas coolers of electrical generators.~(Trubkilsprovo-
lochnym orebreniyem. opti-mallnogo raZmera dlya gazookh-
laditeley elektricheskikh generatov.)
11ERIODICAL: I'Vestnik Elektropromyshl ennosti"(Journal:of the Electr-
ical Industry5 1957, Vol .28INo.61 PP-45-49 (U.S.S.R.)
'ABSTRACT: The gas coolers of hydrogen-cooled alternators are
located in the rotor frame,and so.it is,important to
make them as small as possible. To increase the cooling
surface of the tubes,. spirals of wire are wrapped
therefoie
round them to form cooling fins., it isp
ne ce s sa -c- 111st
j to determine the best way of making such f
selecting the wire diameter the
number of loops per
turn, the width and height of the loops and the pitch.,
With this aim the All-Union Thermo-technical Institute
in collaboration with the Troitskiy.Electro-mechanical
'Works (Troitskiy Blektromekhanicheskiy Zzvod)
Card, 1/3 (Engineers G.V. Vishnevskiy and V.I. Kokoreva), investi-
gated the heat transfer and resistance of bundles of
tubes with different designs of wire fins. As a re sult,

Tubes with wire fins of optimum dimensions for the
gas coolers of electrical generators. (Cont )
110~~_13/24
of the investin-ation a fin design was found 'which mak-es
it possible to reduce the weight of the. tubes by 3(y, a-lid
.the size by 4(r/; as compared with the -tubes used until
recently. The main dimensions of the three most succ-
essful designs of wire-fin tubes and of the old design
are given,in.Table 1. The increase in the efficiency
of the new tube as compared with the old is illustrated
in Figs. 2 and 3, which give the characteristics of the
fair coolers for.a 50-megawatt generator using the
existing and the new tube designs. Similar comparisons.
are made in Table 2. Fig. 4 gives design.curves for
determination of the heat transfer coefficient:using
wire fin tubes of type No. .9, and Fig- 5 gives -a curve
for determination of the hydraulic resistance to flow
over the outside of this type oftube. Similar curves
for the other two improved types of tube are given in
Figs. 6-9. Formlae.are*given for the preparation of
similar curves for the hydrogen coolers of generdtors.
Card 213 The experimental data. in respect of heat transfer to
air for.the old design of.-Uubes is in agreement with.the~
heat transfer curves used by the Elektrosila Works.

PHASE I BOOK EXPLOITATION 891
Sa.likov, Aleksey Prokoflyevich
Gazoturbinnyye ustanovki (Gas-turbine Power Plants) Moscow,
Gosenergoizdat, 1958. 288 p. 6.,000 copies.printe.d.
Ed.; Shuvalov, G I.; Tech. Ed.: Voronin, K.P.
P:URPOSE: This book may~be of interest.to engineering and technical
workers In the field of power engineering. It may. be.also useful
to students specializing in this subject at vuzes.
COVERAGE.-. This book gives general information on various gas-turbine
power plants in the United States, Canada, Latin America, England
France, other European countries, Asia and Africa. The Soviet Union
and the Satellites are excluded. The author lists 191 stationary
gas-turbine power plants, and gives the name of the-manufacturer,
purpose, year of construction, and the general characteristics of
the power plant, of the turbine and of the compressor. No person-
alities are mentioned. There are 106 references, of which 12 are
Soviet, 81 English, 12 German and 1,Swedish.
caTd--r/6

9&58-.2-1'S/23
AUTHOR: Sali"!:ov, A.P Gandidate of Technical Sciences
TITLE: Gas-turbine Installations Workin~_- on a Closed Cycle.
ayu sh c.L U
~Gazoturbinnyye us anovki, rabo _~ye po zamknu'omL,
-rotses.su.)
PERIODICAL: Teploenergetika, 1958, 1110 2, 80 - 88 (USSR).
ABSTRACT: After a brief account of the main existinE; closed-c-7cle
ras-turbine installations with -art-4cul,--r reference to t"'-e
Escher-117.yss turbine at St Denis, Fra-rice, tl~e John Brown turbine
at Dundee and a Uerman turbine at Ravensburg, the article
the operating principles of closed-cycle gas turbines,
considers
their ardvanta-es and disadvanta-es.
The Esc.-_er-Wyss 2 000 kV?1 gas-turbine installation is then
d--scribed in- full detail, with test results, f o llo,;.Ted~ by,.an
account of-combustion-type air heaters, zi-th drawings of the
equipment at St. Denis, L)uhdee and RavensburS. Regenerative
air heaters are similarly treated.
T,'-.e E;as turbines at St. Denis,
Dundee and Ravensbur~:-- are next
examined in more detail v,,ith. reference to their layout. In order
to increase the efficiency of closed-cycle ~-as turbines, atte-ripts
U
are miade to use the heat of the gas.or air, for example, for
heatinC. Thus, in the Ravensbur- set, water will be heated to
. 0 . U
a te,,mcrature of 70 -. 75 U for central heatinG and.other Purposes.
Fjo.;jcver, it is more difficult t s- the vaste, heaIt in closed
o U

96-58-2-13/23
Gas--- u.'-J n- i-
o.-ri a Closed (;,7c e
t ur L) -10 an s
rath-,~r ths;.-, iin o')en-cycle sets. (;Iosed-c~,-lc c ue
other si_,b_-ta_nces besides air, sucl- as c u-_- or (;0,..
ir, if particular advar-ta-e for 'his Closed-
-he
cz!c _'c t-arbi:2es- are used 'n atomic -ooner instal'ations
co_7'-1nustion-ty-.')_e hcF.-,tcr being,- re-nlaced by t.1-1- atondic reactor.
firm of Escher-'Mys- will (1~~llver a 10 000
cloZed-c- cle ~ as turbi2ie to the Soviet Uriion, for oT)era-ioin: on
d-a s
th Posco,,,: Basir, coal.
Tilcre ar,-- 1-: Uros ta'cics a-rid 10 re~Lnzrences, ~3 h
arc S.,ar-lish aild 2 ""wiss.
A V A I LAR IB - Libi,~~ry a f Uonrress
UL rd 2/2 1. Gas turbines-Installations 2. Gas turbines-Test methods
3. Gas turbines-Test results

AUTTIOR; Salikov, A.P. (Candjoch-Sci.) 96-3-22/9-6
--
TITLE: ----------
Vanadium corrosion of gas turbine bladincr and methods of preventing it.
(Vinadiyevaya h-orroziya lopatok gazovyh-h turbin i sposoby eye
predotvrashcheniya)
PUZIODICAL: Teploenergetika, 1958, NO.3. pp.86-90.(USSR)
ABSTRACT - This is a review of -the problem of vanadium.corrosion of gas turbine-
blading. Reference is made to the experience of the,firms of
John. Brown, General Electric, Ruston Hornsby,,Parsons and others.
The first part of,the article, (teals with~the resistance of different:
steels and alloys to vanadium corrosion and numerous steel analyses-,
the
and test results are given. The article then discusses
.
prevention of vanadium corrosion by use of fuel oil additives.
Vanadium corrosion can be practically,prevented by the use of such
additives as magnesium oxide and zinc oxide. The presence in the,
fuel of very small amowits of lead greatly accelerates vanadium
corrosion. There are 4 figures, 6 literature references 1 Russian,
5 English Language)
AVAILABLE: Libr&ry of Con--ess.
Card 1/1

SOV/96-59-5-8/19
AUTHORS- _-�alikOv-, A-P-9 Candidate of Technical Sciences;
Glazov, S.V., Engineer and Klitin. N.P., Engineer
TITLE. A New Type of Non-Tubular Regenerator for Gas.-Turbine
Installations (Novyy tip netrubchatogo regeneratora
gazoturbinnykh ustanovok)
PERIODICAL:Teploenergetika3 19599 Nr 5, ~pp 46-50 (USSR)_
ABSTRACT. Although r.egenlerators.are of the utmost importance in.
gas-turbine installations, a gooddesign has not yet-
been evolved. Tubular regenerators are mostly of large
size and weightt,table 1 gives thecharacteristics of
those used with a number of Soviet and foreign.gas
turbines'. Rotating regeneratorslare smalland light but
are subject.toconsiderable leakages of hot air into the-
gas space. Because of -the need to develop small and
light regenerators the All-Union Thermo-Technical Institute
proposed a new -ribbed-plate type of heating.surface., which
was used in the construction of regenerators. A sketch,,
of theribbed-plate construction is gliven In Fig 1 and.
it is described in the text, Bending of the ribs and
welding them to the plates present no special difficulties.
Card 1/3 A photograph of a ribbed-plate element manufactured from.

sov/96-59-5-8/19
A New Type of Non-,Tubular Regen.erator for Gas-Turbine Installations
cold-.rclled steel sheet-. is shown in Fig 2~
Regenerlator heating surfaces may be~made by assembling
these ribbed plates either as shown in IFig 36 or as
shown in Fig 3b~ In :each case, gas flows through 'the
channels between one pair of sheets and air, between the-
next pair of sheets and so on. The arrangement of
headers is sketched in Fig The units can be used'to
build up a regenerator heating surfa.ce which may bg
either rectangular or t.-ylindrical., Regenerators based.
on this construction were designed for a gas turbine'of.
50 NN, the pperating conditions of which are given. A
sketch of the rectangular fortnof regeneratox is given in
Fig 5., two such units are.required for a 50 MW turbine,
The construction of -the regenerator is described and
performance and~other relevant data are recordedAn
Table 2. A cylindrical regenerator in which the airls
delivered to the outsi.de of the cvlinder is illustrated.
in Fig 6 and the consEruction is described. If.necessary,
Card 2/3 the-,central part of the regenerator may be used io by-pass

SOV/96-59-5-8/19
A New Type of Non-Tubular Regenerator for Gas-Turb-ine Installations
some of the gas. Performance and other useful:data area
given in the second part of Table 2. Other arrangements;
are, of course, possible and a sketch of a design with
internal air supply is offered in Fig 7. -It'is,,,concluded.
that ribbed-sheet surfaces have considerable possibilities
for regenerator design. The -types of regenerator
described in the article are much cheaper and- smal.ler~.
than existing types. There is no special difficulty in
manufacturing or assembling the new regeneratorso There...
are 7 figures, 2 tables and '21 references, I of which,is
Soviet and 1 English.
ASSOCIATION?Vsesoyuznyy Teplotekhnicheskly Institut (All-Union
Thermo-Technical Instituts)
Card 3/3

Fm

S/1-10/60/000/010/006/014
AUTHORS Tit], in, S,N Engineer and
al- A.P., Candidate of Technical Sciences
i"Y -
TYT L E The Heat Transfer and Resist-once of Tube Bundles With
Strip Ribbing
PERIODTCAL- Vestnik e lek tropromyshl ennosti, 1960, No.-IO. pp .33-36
TEXT-, The All-Union Thermo-Teclinteal Institute. in add'ition,,to
investigating heat transfer and resistance in tube bundles, with
wire.ribbing (Vestnik elektropromyshtennosti, 1957, No.6 and
~Teploenergetika, 1958, N0~3), hazal3o studied two tube bundles with-'
3trip ribbing, one made by the "Urale'lektroapparat" Works and the
second by TsNITTMASh. The "Uralelektroapparat" tubes are made of,
brass and have ribbing of corrugated 'copper foil 0.2 min thick,
The TsNITTMASh tubes are cold drawn of copper grade M-2,, Tube
dimensions' and geometry are g3Lven. The experimental studies of
-heat transfer and hydrautic'resistance in the ribbed tube bundles
were made in an open wind tunnel of,270 x 300 mm- The bundles
consisted of 44 vertical, tubesar ranges in eight rows. the tubes in
'--d 1/3

E194/E455
The ffeat Transfer and Resistance of Tube Bundles With Strip Ribbing
the, bundies being arranged at the apexes of equilateral triangles.
The di.stance between the ribbing of' neighbouring tubes was I to
3 ami All the tubes in the bundles :served as caLorimetric
heaters using~direct current. One measuring calorimeter was
installed in each row.. The instrumentation is described and the-I
~critelrial-relationship used in working out the results arelgixren-
The main test results are plotted and tabulated, The results that
should have been expected on the basis of previously-published
formulae were caJculated and agreement with experiment waE found I
to-be good rn order.to compare the two constructions with one
another and with the wire-ribbed tubes of the "Elektrosila" Work_;
and the AIA-Union Therm~o-Technical Institute, a tochnical--c-conomic
ralculation was carried out and the results are given. Y r j
stated that the cold-drawn tubes use 50% more metal than the
'QElektrosilall tubes. The saving of non-ferrous metal. when using
the tubes of the All-Union Thermo-Technical Institute is, 22 to 36%.
Water coolers built up of tubes of TsNIlTMAZ-h and wLre ribbed tubes
Card 2/3

in

wer resources)