SCIENTIFIC ABSTRACT KAMENETSKIY, G.D. - KAMENETSKIY, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620230002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/68-59-1-8/26
AUTHORS: Bondarenkol i.p., Yamenetskiy, G.D. and Dovbnya, K.Ta
TITLE. On the Choice of a Rational Shape of Lining of Coke-oven
Doors (0 vybore ratsionallnoy konfigura-usii futerovki
dverey koksovykh pechey)
PERIODICAL: Koks i Khimiya, 1959, Nr 1~ PP 33 - 34 (USSR)
ABSTRACT: The serrice life of door linings made from various t es
and shEpes of refractory bricks (shown in Figures 1-41
is i,ompared. It is pointed out that bricks M119 and M120
shaped as in Figure 4, at present used in the Zaporozhe
ovens, give the best service life of 3-4 years. This
type of brilak is recommended for future replacements and
new batteries. In addition, it was found that the
service life of 3-4 years for the above bricks.is obtained
when the beginning of the service coincides with the
startJjig up of the new batteries. After replacement the
service life decreases by about 50%. This is ascribed
to the fact that whenitarting ovens., the doors 0are placed
when the temperature of the d-rbn,"is above 800 C so that
the lining bricks undergo an additional firing Blowly
attaining their operating temperature. It is'therefore
Card 1/2

SOV/68-59-1-8/26
On the Choice of a Rational Shape of Lining of Coke-oven Doors
considered that a special camera for firing lining bricks
with the door directly in the region of counterforts
Bhould be designed by Giprokoks.
There are 4 figu s and 1 table.
ASSOCIATION: ZhdaaOVBkiy koksokhimicheskiy za-vod
(Zhdanovskiy*Coking Wo'rits)
Card 2/2

KAMNMSKIY,G., inilhener; BITXIN,G., inzhener
measuring the volume of hydraulic fill. Rech. transp. 14 no.4:
13-14 Ap"55- (Hydraulic engineering) (MMA 8:6)

BARSUKOV, A.A., VABILOYNY, N.V.; ZATCUNKO, L%.; UKENWSKIY, G.I., KAZYRIH,
I
I.Y.; MODXL#, B.I., tekhaichesidy redaktor
(General reference data on hydraulic equipment used in modernizing
machine tools] Obshchle epravochnye dannye po gidrooborudovaniin,
ispol'suemomu pri modernizateit metallorezhushchikh stankov, Moskva,
Goo. nauchno-takhn. izd-vo maohinostroit. lit-ry, 1956. 151 p.
OILRA 10:3
1. Mol,coVe Ikoperimentalinyy nauohno-issledovatel'skiy inetitut
metallorexhushchikh stankovo
. (Hydratlic machinery) (Machine tools)

AID F 5374
Subject MR/tingineering
Card 1/1 Pub. 103 - 4/28
Author t lamenetokiy, G, L
Title i Longitislinal vibrations in machine tools with hydraulic drive
Periodical i Stan. i instr. V
*/\ 91 11-13, S 1956
Abstract t The author presents the analysis of longitudinal vibrations in
machine tools. Vibrations developed in the basic rigid system
and those additionally ooouring in the control-regulating and
directional mechanism are analyzed. Twenty-three formulaep
4 graphs, 3 tables, 4 drawings, 1 oscinogram; I Russian ref-
erence (1948) and 1 German reference (1952).
Institution t None
SWaItted go date

KAOMKIYj 0. 1.
VHydraulic amplifiers and drives."
Progrwwwd Control of Metal Cutting Nachines. report presented at
All-Union Conference, Moocaw. 13-16 Nov 1957
yamblu Ak- NAU SWR. 1958, No. 2. pp. n3.n5, (author Kobrinakiy, A. Yo.)

/ "mulle Tooehanisme for shookleF;n gear switch. Stan. i instr. 29
no.2:29 If 158. (Gearing) Owdraulia control) WPA 110 )

ZA)RIWITSKIT, G. 1.
_- -,
Hydraulic control panels for transverse planing mehinea and
slotting mahines. Stan* i instr. 29 no.6:19-21 is '58. (MIRA 11:7)
(Machine tools--Hydraulic driving)

fe~~ rJJ
25(l)' PHASE I BOOK EXPLOITATION SOV12383
Akademiya nauk SSSR. Komissiya po tekhnologii mashinostroyeniya
Avtomatizatsiya mashinostroitellnykh protsessov. t. II: Privod
i upravleniye rabochimi mashinami (Automation of Machine-build-
ing Processes. VoA2: Drives and Control Systems for Process
Machinery) liosco~, Izd-vo AN 8SSR, 1959. 370 P. Errata slip
inserted. 5,000 copies printed.
Ed.: V.I. Dikushin, Academician; Ed. of Publishing House: D.M.
~Ioffe; Tech. Ed.: I.F. Kuzlmin.
PURPOSE: This book is intended for engineers dealir~g with auto-
mation of various machine-building processes.
COVERAGE: This is the second volume of transactions of the second
Conference on Overall Mechanization and Automation of Manufac-
turing Processes held September 23-29, 1956. The present volume
consists of' three parts, the first dealing with automation of
engineering measuring methods. The subjects discussed include
automatic control of dimensions of machined parts, inspection
metbods for automatic production lines, in-proce5s inspection

Automation of Machine-building (Cont.) SOV/2383
devices, application of electronics in automating linear
measuring processes, and machines for automatic inspection of
bearing races. The second part deals with automatic drives
and control systems for process machinery, Including appli-
cation of digital computers in the control of metal-cutting
machine tools, reliability of relay systems, application of
gas-tube frequency converters in the control of Induction
motor speeds, magnetic amplifiers and their use in automatic
systems, hydraulic drives, and ultrasonic vibrators. Part
three deals with mechanisms of automatic machines and auto-
matic production lines. The subjects discussed include
linkage, indexing, and Geneva-wheel-type mechanisms, friction
drives, automatic loading devices, diaphragm-type pneumatic
drives, various auxiliary devices for automatic production
lines, and methods of design and accuracy of cams. No person-
alities are mentioned. There are no references.
TABLE OF CONTENTS:
PART I. AUTOMATION OF THE PROCESSES OF
ENGINEERING MEASUREMENT

Automation of Mao.hine-building (Cont.) SOV/2383
Gorodetskiy, I. Ye. ZD-eceased7. Automatic Control of Dimensions
in Machine Building 5
AlItshuller, A.N. Determining Optimum Conditions for Controlling
the Mean Diameter of Machined Parts 9
Kopanevich, N. Yo. ffenin prizewinnej:7,. Insp'ection Methods
for Automatio Production Lines 29
Dvoretskiy, Ye. R. Standard Devices for Active Control 39
Vikhman, V.S. Application of Electronics in Automating Linear
Measuring Methods 45
Klusov, I.A. Metrological and Statistical Checking of Some
Automatic Inspection and Sorting Systems 53
Sh~tov, G.A., Ye. M. Dvoskin. Experience Gained in Develop-
ing Machines for Automatic Inspection of Bearing Races 62
Card--34

Automation of Machine-building (Cont.) SOV/2383
PART II. AUTOMATIC DRIVES AND CONTROL
SYSTEMS FOR PROCESS MACHINERY
Mayorov, F.V. Digital Computers in Automatic Control of Pro-
cesses 75
Khetagurov, Ya. A. Some Problems Conceniing Digital Control of
Metal-cutting Mai3hine Tools 88
Zusman, V.G., and I.A. Vullfson. Designing Digital Program
Control Systems for Machine Tools 9-8
Sotskov, B.S. Problems Concerning the Reliability of Relay
Systems 107
Labuntsov V.A. Application of Gas Tube Frequency Converters
in the Control of Induction Motor Speeds by the Frequency
Method 117
Naydist V.A. Controlled Electric Drive for Metal-cutting

Automation of Machine-building (Cont.) SOV/2383
Machine Tools 124
Dunayevskiyo S.Ya, Magnetic Amplifiers and Their Use in Auto-
matic Electric Drive Systems 133
Zaychenko, 1.Z. Dynamic Stability of Hydraulic Drives 146
KamenqtgkjyL_~G.I Hydraulic Drives With a Servo Control System
(Hy`c'Lr_aulic Amplifiers) 162
Leshchenko, V.A. Study of the Dynamics of a Hydraulic Servo
Drive for Copying Machine Tools 173
Barke, V.N. Study of the Transformation Ratio in an Ultrasonic
Vibrator 192
PART III. MECHANISMS OF AUTOMATIC MACHINES
AND AUTOMATIC PRODUCTION LINES
Levitskiy, N.I. Development of the Theory of Mechanisms of
Automatic Machines 203

ZAYCHENKO
J.Z.; ~ftHLEVSKIY L.M.; ZAYTSEVA, K.V.;-XAMENETSKIY,
V~i -TZMN O.V.;
.G.I.; NAZYRIN,-LV.[deceased]; SHCHERBAKOV, 1~ 0
CHffiREVA, E.I., red.; KOVALISKAYA, I.F., tekhn. red.
(Development of the designs of hydraulic and pneumatic equip-
ment and of-lubrication and filtration-systeas for machine tools
abroad] Razvitie konstruktsii gidravlicheskogo i pnevmaticheskogo
oboradovan.11a, smazoohnykh i filltraiushchikh ustroistv metallo-
r6zlniahchikh stankov za rubezhom; obzor. Moskva, TSINTIMASH,
1961. 101 p. (MIRA IA:5)
1, Moscow. Eksperimentaltnyy nauelmo-iosledovatellskiy institut
metallorezhuahchikh stankov.
(Machine-toole-Design and construction)

S/121/61/000/005/003/005
D04O/Dl12
AUTHORt Kamenetskiy, G.I.
TITM Tracing hydraulic valves for program-controlled machine too13
PERIODICAL: Stanki i inBtrumentp no. 5, 1961, 13-16
TEXTi 'The desoribedlr68-1 (G68-1) valvesp developed at ENIMS9 are de-
signed for program-oontrolled, copying and some other machine tools. De-
tailed engineering information is given. The valve (Fig. 1 and 2) is two_
stagedj electri6iLlly controlled. The first stage comprises an electro-
mechanical actuator and a needle valve, the second a spring-loaded distri-
bution valve. The efforts produced by the mobile system are proportional
to the voltage applied to the coil terminals. Existing actuators of this,
type are described by V.A. Khokhlov (Ref. 2s "Avtomatika i telemekhanika",
vol. XVIII, no. 10, AN SSSR, Moscow, 1957) and in an English source
(Ref,, 3t "Applied Hydraulics and Pneumatics", no* 2p 19r-9). The G68-1
differs from them im that it produces a constant effort that does not de-
pend on the coil position and its valve needle; its pressure is less de-
pendent on the oil viscosity and temperature, or on the valve motion speed;
it has low susceptibility to contamination of oil. Vibration is eliminated
Card 1/14

Traoing hydraulic valves###
S/12 1J61/000/005/003/005
DOWD112
in the major valve# and starting delay is not above 0.004 see despite the
long travel of the needle. The electromechanical actuator (Fig. 2) has
the following elements. A coil (19) with a textolite frame, with leads
in the center and at the ends of the winding (which makes-the actuator
applicable in simple and in differential control systems), moving in the
field of a permanent magnet (22) made from a special alloyl the coil
winding stays within the uniform portion of the magnetic field and the
electromagnetic forces are proportional to the voltage on the terminals
and independent from the ooil.movements. A pointed needle (16) in
bushings (18) closes a calibrated hole in a diaphragm (15) thus changing
press-are in the system; sinusoidal 50-cYole current equal to about 0-05 -
0.1 of the maximum control current vibrates the needle axially and so eli-
minates the effect of friction. A deflector (17) prevents air from being
sucked into thq valve and solid particles in the oil from getting into the
needle bushing. A maximum'of 403m-wtis needed for the needle valve
control in a static state. A soft spring (20) balances the oil pressure
at zero (no current in the coil) by 6 kgf/OM2. A screw (21) is provided
for the initial adjustment of the spring (20). The needle valve has no
sealings and'can be used in the vertical position only. Pressure increase
Card 2/14

S112116110001-jO510031005
Traoing hydraulic valves ... D040/DI12
in the first stage:displaoes the valve in the second. A sprinc.; (1) Maket~;
the valve output energy proportional to the electric input signal. A
bushing (11), pres6ed into the casing (5), has bores (10) for oil from the
pumpq (6) for draint and (9) for oil feed to the work cylinder spaces.
The two bor:s (6) are conneoted. The valve (7) has oalibratea grooves
(8) on its ages (their dimensions are selected in accordance with preocuro
in the system and work load), The rigidity of the spring (1) under the
valve is 2.25 kgf/mm. The valve moves upon pressure changes in the space
(13) and changes the arose sections of the grooves (8) creating a pressure
gradient (as in usual tracing valves). The valve (7) i's rotary, which
prevents it from unilateral pressure against the oas .n d counteracts
jamming due to solid particles in the oil. A turbine 74a)nrotates the
valve (7) and is itseIT rotated by the oil flowing from the draining main
through a radial (24) and one aXial (23) bore# and on into opposite ra-
dial bores (3). The pxessure loss in the turbine is 1 kgf/cm4p and the
latter's velooityAbout 300 r.p.m. (friction may also be eliminated by
swinging the valve by aleotricaIly-driven cam mechanisms or -two electro-
magnets, but the turbine is simpler and more dependable). A stop (12)
Cara 3/14

S/121J61/000/005/003/005
Traoing:hydraulic valves.,. D040/D:112
and a washer (2) limit the valve motion, Its travel from the central to
the limit position is LS mm in 0.06 soo (can be reduced by increasing
the needle diameter and correspondingly faster oil flow). The control
signal power changes in inverse proportion to the square of the time of
motion of the valve. Valves with grooves (8) reverse more than twice
faster than valves closing apertures completely. A special compensator in
the form of bares (14) is provided for reducing the effect of the oil tilem-
perature. The number# diameter and length of the bores are selected so as
to make the friction losses of oil in them approximately equal the friction
loss in the drain lint. Pressure on both ends of the valve (7) changes
with temperature simultaneously and approximately equally. The valve is
mounted in the hydraulic system without the use of pipes (for convenience).
The casing (5) can accommodate a standard -iTr54-12 (PG54-12) valve. The
technical specification of four lIG68-111 valves is given (Table 1):
Card 4/14

Traoing hydraulic -valvi)s#.*
Maximum work pressure .. kgf/cm 2
Maximum power fvom the slide
valve, kw
OD flow at maximum power ., liter/min
Uximum. pump power .. kw
Ataximum control.signal. power at
maximum slide valve p6w&~ in
simple control systems ** mw
Maximum needle valve pressure 2
kgf/om
Oil flow through the needle valve,
Card 5/14 liter/min
S/12 ij 61/000/005/003/005
D040/1)112
G6s-Ila o68-11 G68-12 p6a-13
50 50 50 50
0.25 0-5 1.0 2.0
5 a 16 35
0*62 1.25 2.5 5.0
125 135 145 170
8 8 8 8
310 3.0 360 3*0

Tracing hydraulic valves ... S/121/61/000/005/003/005
DOWD112
The dependence of the Iressure gradient between the spaces in the actuator
on the general prebsur(l (kgf/cm in the system can be expressed as
P-6r = ~hyc( Ptot (1)
where P)r is the presoure gradient between spaces; Pt,t - the general
pressure; 7h)vi- hydraulic efficiency of the slide valvev showing what
portion of pressure applied to the slide valve is utilized by the hydraulic
drive. The formulae for the oil flow (Q) and the valve power (N) are
(S + 0-3)_
Q = 0 S
otot
max
liter/min
(2)
Oaxd 6/14

S/121/61/000/005/003/005
Tracing hydraulic valveseas DOWD112
C (S + 0.3)
N S F7~ 3;,kw (3)
612 max
tot 6yot
where 0 is a proportionality coefficient depending on the width of the
grooves (8); S - slide valve displacement from its zero positiong in mm;
Smax - the maximum slide valve displaoementp in mm; 0-3 - the opening
value of the slots at mid position of the slide valve. As can be calcu-
lated by the formula Mt the maximum output power of the valve is at
2 i.e. at lo&is in the grooves (8)tequal to -1 'Pt t The de-
1101= 3 ) 3 .0 1
pen&enoo between the output.power N kw, displacement 8 mm of the slide
valve from the mid polailion, pressure tt(kgf/OM2) in'the system, coeffi-
cient and the voltage U on the terminals of the ooil (19) is expressed
Card 7~14

Tracing hydraulic valves,,,
by the formula
3-5N 1 1
U 28 +
;~2 7r
,tot
rd
S/121/61/000/005/003/005
D040/Dll2
volt,
(6)
where the figures 2 and 3,5 are coefficients determined experimentally.
In a differential con-brol system and with a,o. control ourrezit the control
signal* at static state inthe system will be higher than in a simple con-
trol-systelm (Data in table 1), but it must not exceed 1 w (in order not to
overheat the ooil). Pressure in the main hydraulic system is maintained
by a safety valve (29) (Fig. 2). A separate pump (28) is provided for the
valve. The oontrol system has no safety valvep and pressure increases
with the effort developed by the electro-mechanical actuator. A valve
(25) is provided for preventing air from getting into the system, for the
needle valve has no mealing. The valve (25) is shown in a separate draw-
ing (Fig- 7). The piston is covered with oilproof rubber. The valve
shown in dotted lines (26) is a relief valve that is to be used in systems
where the pump capacity exceeds the total oil flow in all valves connected
to one pump, i.e. it is designed for maintaining the turbines pressure
Card 8/14

Tracing hydraulic valves&*# S/121/61/000/005/QO3/005
D040/DI12
at 1 kg f/cm2 ther valves than the G68-1 can be used if a relief-tralve
(29) is placed in'the system and not on the actuator). The valve control
systems must be indepohdentf i.e"o a standard'twin blade pump can be used
for two valves, after a slight design change. The described valves (with
feed from a twin pump) are used in a program-controlled vertical 6M42
(6M42 pr ) milling taaohinep where the-program control of two motions is"*P
performed by two valves - longitudinal table motion and cross carriage
slide motion. The milling -machine was tested, and it was stated that
there is no need for feedback for the work element motion speed, and that
it is better to control the motion speed by lag from the programmed speed.
The needle valves of the actuator's can be fed from the main pump through
a set of diaphragms if the machine has more than two work elements. The
diaphragm set design is illustrated (Fig. 8) (where (1) are diaphragms,
(2' spacing shims.sealed with rubber rings (3); oil inlet is through the
comer (4) to all bores in the casing (5); (6) flanges joining the valves).
The system illustrated in Fig. 2 is designed for program control. If the
G68-1 valves are used in copying machines, the usual slide valve (coupled
by levers with the tracer) is replaced by an electric feeler, and its
Caxd 9/14

Tracing hydraulic valvas*~#.*
S/12 61/000/005/003/005
D040Y3)112
amplified signals are transmitted to the valve. A copying madhine tool
hydraulic system is analogous with the system in Fig. 2 but includes the
usual mechanical foedback of copying machines. The G66-1 valves may be
used also in boring maohinea with hydraulic drive for the tool, A tacho-
meter generator Taulat then be connected to the hydraulic drive, and feed-
back provided between the tachometer generator and the valve. The vd ves
make the hydraulic system simpler and the tool motion more steady. There
are, 9 figuresp 2 tables and 3 references; 2 Soviet-bloc and 1 non-Soviet-
bloc. The 'reference to the latter publication reads as followsz
"Applied Hydraulics and Pneumaticellp No 2p 1959-
Card 10/14

S112116210001001100110-Ni
D040/D113
AUTHORt Kamerietakiy, G.I.
TITLE: Hydxaulic torque amplifiers
PERIODICAL: Stanki i instrumont, no. 1, 1962, 3-8
TEXT: 'The design? oporation and theoretical basis ofMrl8-1 (IJIG18-1) hydrivi-
li(k torque amplifiers (Fig. 1), developed by ENUMS for application in machino
tools, are described In detail. The components are an#HM (IMG15) hydraullic
axial-piston drive,previously described (Ref. 1: Kamenetskiy, C.I.. "Stanki i
p 4
!r1,11XL1M0-1t"1 no. 5, 1959), and a control valve consisting of a buzhing W
and a round-it oock (2) with four slots (3) that coincide in sequence raih
ducts ~41 and (5), an,d,four blind slots. Oil is fed and removed through tvr
or I . b ?s (.7) arA flows in annular grooves on the bushing and the valvQ
~Pos UG or(
ca5ing. A joint ;(10). securely connects the bushing with the amplifier shafi
and compensates for misalignments. The maximum turn angle is + 350. AiT
Js drained from,the valve topo The torque on the output shaft rises with th~E-
lag 4qlef seen in the sohematio diagram ViC- 3) and drops with incrca~ina
Card 1/

ACC NPtAP7006950 SOURCE CO));,,,':- Ull/oLtl")/66/000/021/0211/0211
VIVENT01i Kam y,4_ Q. I.,- Zayt,--eva, K. V.
ORG: none
TITLE: Hydraulic food-control device. Class 59, No. 188306 (announced
by the Scientific Research Institute of Dcperiuiental Metalcuttiqgr
I
Lathes (1,;)Icsperimentai nyy rauchno-issledovatell skiy Zstitut i-.etallo-
rezhushchilch stankov)
;SOURCE: Izobreteniya, promyshlennyye obrazt-sy), tovarn,,,Tye znaki, no. 21',
J966, 211
TOPIO TAGS: hydraulic device, hydraulic pump, q29
Pisre-ol 6XIAL
ABSTRACT: An Author Certificate has been issued for a hydraulic feed-
control device for an axial-piston pump with variable piston stroke. It
contains a double-arm lever connected with the pump's control element,
actuated by hydraulic control cylinders and provi-ded with a shoulder
which interacts with controlLbble, stops in the pump's housing to limit,
Z.
I
the maximum supply, To assure a simultaneous uniform change in feeding-
urhen reversing, a contrclIable regulating spindle in the housing inter-
0
-he evolvent surface of the lever's shoulder.
acts through the steps with AV
Orig. art. has: 1 figure.
SUB CODE: 13/ SUBM DATE: none IWA.--98

Ilp-ldcri3r.)l. and
nr u illdrens'
Branch a I
of Tartaric -;ti both ?Wonto ~nil
lloaltlv
.~hur. !.'-ikrol,)iol. zpid,~,mLlLol i Dumnobiol. 'Nlo. 6, 1'.414 .

PESHKOVSKIY, L.M.; KUYN) G.N.t Prof., doktor teldin. nauk, retoonzent;
KARVYSHEV, I.A., nauchn. red.; XA1W
_4TSK1Y. I.I. naichn.
red.; AKATOVA, V.G... red.; SHVETSOV, S.V.p tekhn. red.
(Designin footings and foundations for public and industrial
buildingsi Raschety osnovanii i fundamentov grazhdanskikh i
pronWsh:Lonnykh zdanii. Petrozavodsk, Rosvuzizdat, 1963.263 p.
(MIRA 1?-2)

IIEDKOV, Ye.I., prof.j KMIENETSKIY, I.I., otv. za vyp.
[Lectures for the course "Soil jnechanics~ footings3 and
foundationst" the section "Frinciples of soil resistance
under stress"] Lektaii, po kureu "Neklumika gruntov, os-
novaniia i fundamenty, razdel "Osnovrye zakonomernosti
soprotivleniia gruntov pod nagruzkami" (uchebnoe posobie).
Moskyao Hosk. in--t inzhonerov zhel-dor. transp., 1962.
94 P. (MIRA 17:3)

KA1,',MET5KIYJ% 1. 116
"On the Smillest Interpolation and Pe Proceediog.," Dokl. All S-csR,, 25.,
No.51 1939
Voronezh State U.

KIIIMTNIETSKIY~ 1. Y.
"ConcerninE; Interpolavion by Means of Derivatives and the Correspondent
Processes of InterpollLtion," Dokl. AIN SSSR., 26, No.3, .1940
Voronez)i State U.

X41,2N TSM it
x , 1. M
"Concerning the Indicator of the Hypotahesis of a Complete Function of the
First Odder and Concerning the Distribution of the Singularities of a Function
Rppresented by the Associated Series of Taylor," Dokl. i,.11 SSSR) 26, vo.6, 1940

MDROZOV, V.I.; VORONICHEV, N.M.; NAiMIN, Yu.V.; GARMAZA, V.A.; WDVEDEV, G.I.;
IZOKH, V.V.; BARASHKOV, V.D.; EMPARAPULO, V.Kh.;
RAYEVSKIY, N.P.; P4ASHKGV, Yu.M.; GRISHIN, V.P.; SMYSLOV, I.I.;
ROMANENKO, Yu.M.; SAKHAROV, B.B.
Innovatiom, Avtom. I prib. no.261-62 Ap-Ja 165. (MIRA 18:7)

1E F'3 K I Y, 1, S.
MORKINO 1.8,1 kan&ida 't moditsinakikh nauk, otarshty nauchnyy sotrudnik;
XMIMTS11Y, I.S.0ordinator
.Kwlbawwaltv 00 14,10*00
Imediate results of simultaneous therapy of syphilis with pentaillin
and other antisyphills drugs. Veste van* i dorm. no.6:29-33 N-D 154.
1, Ix otdala sifilidologif (zav.-prof. I.D.Parkell) Odeaskogo nauchno-
iseledovatelgekogo kozhuo-venerologicheakogo Institute. iment. Ye#S.
Glavche Wio-nau'ehrgry sotradnik B.I.Shpolyanakly)
(SYPHILIS, therapy
pe&cillin with oxophenaraine & bismuth)
(PINIdILLIN,* ther. use
syphilis-.with axophonaraine & bismuth)
(OXOPMMM;~;, ther. use
syphilis, with penicillin & bismuth)
(BISMUTH, tfier. use
syphilis, with penicillin & axophonarsins)

OUGHKIII, R.S.j kavdidat madtisinskikh nauk; KW!LSKIY I.S. ordinator
Yurther observations on the simultaneous treatment of syphilis with
penicillin, arsenic, and bismuth (with summary in English]. Vest.
dorm. i von. 31 no.3:24-27 MY-Je 157. (MIRA 10:11)
1. Is otdela sifilidologii (say. - kencliclat meditsinskikh nauk
M.S.OrecWn) Odesskogo nauchno-isaledovatellskogo kozhno-veneri-
cheskogo institute vendispansera (glavM7 vrach I.M.Koltun)
(COCOPHIIIARSINN, therapeutic use,
.syphilis, with bismuth & penicillin (RUBD
(M;ISXUl.H, therspeuiic~uqe,
iayphilis, with oxophenaraine & pernicillin (Rua))
(FINICILLIN, therapeutic use,
Isyphilis, with bismuth & oxophenarsine (Rua))
(SYPHILIS, therapy,
bismuth; exophenersine & penicillin (RUB))

KANWRTSKIY, I.$,; (N)LIDW, M.I.
Complications of gonorrhea in males with reference to modern methods
of treatment. Vest. derm. i ven, 32 no.6:59-61 N-D 158. MIRA 12:1)
1, Is Odesskogo oblastnogo koshno-vanarologichei3kogo dispansera (glavuy
vrach I.M. Koltun).
(GO]161~, compl.
(Itue))

GMtEVICH2 Yu.N.; KAKKNETSKIY~ I.S.
Heiterlo syndrme treated with corticosteroids. Vest.dem.i
ven. no.21:67-69 161. (MIRA 34t34)
1. Iz Odsookogo oblastnogo kozhno-vonerologichookogo dispansere
(glavxwy vrach I.M. Koltun). 'i
(REITEals DiszAsE) (AWMOCORTICAL HORKORM.-THMIAMTIC 'USE)
I

Le
\PoiF-Nrz.-TsKjV
I
J FSPUR 1" BWX EXPLOITATION SOV/3838
Bliskunov, N. AO, and L Yho Kwm;&tekiy
Tekbwlaoya Imoizvocletva e1AtrovaImu=ykh priborov., Ch. 1: Izgotovleulye
kato&w, pAogx*mta1ey, i gazopoglotiteley (Production Technology of
Fae*t-ro-Vaimum Devices, Pt. 1: 7te Manufacture of Cathodes'Heaters,
and Gss AWorbers) LeningreA. Gosenergoizdat, 1959. 219 po Errata
sUp inserhad. l0jpOOO copies printed.
Ed.: S. A. ObailensUyj Tach. Ed.: O.S. Zhitaikova.
PURPOBS: Thim book is intended for persons working in the electro-
vacvm industry, and can also be used by students of schools of higher
education ntuMmg the teabnology of electro-vant, devices# -
CDVMG's; TI)a book explaiwe tbp, te0nological principles of the mmu-
facture of cathodes., heaterz., md gas absorbers of modern electron
tdbea. Mie authors tbaxt R. A. Savrilov,, S. A. Obolenskiy, R. A.
giletaer., and B. N. Nothzboyajoy. 'There are 10 references: 3 Sovi6t
and T EUV-Ish-
Card 1/ 4

Production Teahnology (Cont.)
WV/3838
TABIS W COUMM:
Ch. 14 Teelrology of Mth*U *muiscture
1. D*Mign and, physlaoi-themical Wop.LxUes of cathodes used i~
electro-va== dev:L*az 7
2* N&terlaJA and speciflostAons for *atheds base 14
3. Mmizel and purifice-ion, of materiels used
&r dirvct-heating aatkole basee, 26
4. bkebinlaal tests and bvd"~tn arsnesUng of fine vire and tape.
Bronzing of tuapten virs 33
5. Violding of d1rect-heaUng cathoda bases 40
6. NechAnt treatmemt of indireot-hiating cathode bases 47
7- Meansing of indirect-beating cathade bases 55
8. Reat treAtment. and sintaring of lmdirect-heating cathode bases 76
9. Oxide caqoetition axd te,~Imolcgy of their preparation 85
10. AppUcation of oyIda, =poeLtl on on aathode bases 101
11. InapectIon of aidde e,%th,-%A-S3 327
car& 2/4 .

Productionk TeeLmology (Cont.) SOV/
.3838
12., Carbide coating of cathodes 124
Ch. 11. Technology of Heater Manufhature
1. kk%teriala and specifications of heater bases 132
2. Specifications for IiisixUting coating materials and methods
of purifying .. and testing them ik
134
3* Mecba--I*al manufacture of heater bases and the technology of
their trfttment 140
4. Wthods, of app34ing ipsulating layer ~on heater bases 152
5. Anneallng of %eaters 172
6. Armoring and inspection of beaters 175
Ch. M. Tec&nology of Gas Absorber Mmufa--ture
1. General. info rmation. on and specifications for gas absorbers 181
2. ToohnW.ogy of the preparation of metall#:,barium 185
3- Preparution of alloys of barium with aliAminum and IFAUDA ium
M 190
Preparntion. of gas aVoorbers of the barium-titanitm z
ti)
and of the barium-tborium (bato) type 194
Card 3/4

gig-, ...... .... .. (~-Itqvii
Production Teelmology Nont.) SOV/3838
5- FroparlstLon of batalum ptttr,#, ribbon gas absorbers, and paste
gebters [formir-getterl 199
6. Prlej*rstlon of tubu3w getters (barium vitb metal coating) 205
7. Zirconium and cerium-thorium pe-aboorbing coatings 209
8. Gas-atitiorbing construction materia3z 216
BiblioMphy 220
AVAIIANX: Ubrary of Congresa Jp/RM/ec
Card 4/4 7-14-60

KA)MNETSKIY I.Ya,
Effect of e4aptation to high-mountain conditions and the action
under these.oonditions of Dorogov's antiseptic-stimulant ASD
an the healing time of skin wounds in white miceo Trudy
KirgNOAGE no#2t3&-39 165o
Effect of adaptation to high-mountain conditions and the action
'Under these conditions of DorogovIs antiseptic-stimulant ASD
on the healing time of skin wounds in white rats. Ibid..*39-42
(MI RA, 18 111)
1. Iz kafedry giatologii (zav. - prof. A.A.Braun) Kirgizskogo
gosudarstvennogo meditainskogo instituta.

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VywPaW to
ACC 104 ' ; .. ! i . t~;-: ; I I . I 1 11
SOURCE 00
0502806 !i V VE: M/0236/65/000/020/0064/0064
wtokly. ?Ta I A.;. IZD
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V; A
U M IM A I re nnt Ye. Nq
0
nov, P; ye
'Ina
K. A' 3iAsr, L sha-UnriT.- P'..
W
ORG:
TITLE., ;Surfacing. or mot.inic and reinforced concx-oto docks. Class 39# No. 175643,
an!~Dun O'd r or g4u ga ~ or *0 StAto Co=gtffie-6-0-n-sm Oonst ction SM
c"P 0 P ru
follreAnligWYA gMdarstl~bxwogo koriteta po sudostroyeniyu
SOMCH t: D
yullete lrol~! a
Unty i tovarnykh snakov, no. 20# 196% 64
Topit TAGSt polywj co.*,pplyaer, rubber, mineral filler, pigiwntp metal surfacing
reil r concraim shi!~~ component -rHETIC A w 8 6 0- Y' 5') .!
0 5 YN
ABSIRACT t. This Aut~or Cortificato presents a surfacing material for metallic and
r 0 cr
a n atol decko~.' The sixifecing material is based on a binding polymer
aud rin~rs i~w' pigments, To increase its resistance to abrasion and
cor.
t At,6 slipperiness, a copDlywr of styrole with nitrylacrylic
aoid and :with.;')utT1'
porylicrubber is used as the binding po
SUB; C0DFa 3-1/ Mk DkH: Mara
d; iA' UDG: 678.746.2-139.678-046.3 (378-047

KAW,NETSKIY,.,,togpad..Borisovicb;.,!,IPSKAYA, V.P., red.; GORYACHKINA
R.A.9 tekhn. red.
[Manual for the bulldozer operator)
bulldoiera. Moskva, Avtotransizdat,
(Bulldozers)
Pamiatka mashinistu
1963. 30 P.
(MIRA 1618)

Leonid Borisovicb: LAPSKAYA, V.F., red.
,ZAM,F4
[Handbook for a bitumen-boiler operator) Pamiatka mashi-
nistu biturmogo kotla. Moskva Transport, 1965. 36 p.
(miju 18:6)

KAMRnTSKIY, L.
~ " .- 7 - ~I , I . . I..
Eliminate the abortcomings of cbronometric observations in coal
mines. Soto.trud 4 no.3.-91-93 Rr '59. (NIR& 12:4)
(Coal mines and mining-Researeb)

KAI-MINSKIY, Le Ye., insh.
Some reoulte of using a new wage systrm for Chel7abinek Coal
Basin miners. Ixv.v7souchubocave; goreshure no.4:20-25 159.
OAIRA 13-.5)
1. Leningvadskiy ordena Unina I ordena Trudovogo Krasnogo
Znameni gorny7 institut imeni G.V.Plekhanova. Rekomendovana
Wedro7 ekonamiki i organizate4i pro12vodstva.
(Chelyabitak Basin-Coal miners)
(wages)

XOMTIMKIT, L.Te,
Integrated work orgaplotion in the Chelyabinsk Coal Basin.
1zvovys,uch9bvzav*,, gorahtir. noo4:51-56 158, (MIRA 11:11)
lo Lquingradskly gomyy institut.
Whelyabinek B.aoin-Xine management)

KAYM.TSKIY, L.Ye., kand.ekon.nauk
Standards for calculating the amount of other expenditures during
the designing of open pit coal mines. Shakht.stroi. 7 no.5:
6-7 My 163. (MIRA 17:4)
1. Gosudarstvennyy institut po proyektirovaniyu shakht.

KORBUTP A.A., inzh,; KAM--'NETSKJ,Y-,.,L..Y t kand. ek(incm, neuk; VAYSBUIRD, M.,
inzh.
Using linear programir.r -- 'I-ods in planning the exWs! n of the Kansk-
AchLnaR coal basin. IzN.vys.ucbeb*zav*;gorezhuro 7 no,,L4-E~-51 164,
(MIM 'LC?~,12)
1. Laningradskiy vychis2iteltnyy tsentr (for Korbut). 2. Gosudarctvannyy
instAtut po proyektirovaniyu shakht (for Kamenetakiy, Vaysburd%

KAIENETSKIY, L.Y9.0 kand. ekonom. nauk; KORBUT, A.A.
Using the linear programming method for solving probilems-in the-ex-
pansion of the Kansk-Achinsk Basin. Ugoll 40 no.2t29-31 F 165.--
(MIRA 18s4)
1. Gosudaretvennyy institut po proyektirovaniyu shakht (for Kamefietskiy).
2. Leningradakiy vychislitellnyy tsentr (for,Korbut).

KAMMSKIYJ (g. tadiyevka)
Light in neon from a long distance. Zhil.-kom. khoz. 12 noja
8-9 Mr 162. (MIRA 15S.10)
(Luganak Province-Commmity life)

M - , w- "r--
TS Anzho
KAMNE ~Lb,JM
Detemining the efficient structure for the processing of slag by
linear programing. Stroi.mat. 10 no.8814-15 Ag 164-
(MIRA 17212)

1y
113, 1 e ctri cPouer 3upply frcll ?."blie-jowN, ce A;I'iorls i
i !. It i v L; I
-,9t- coritur%.r. 'I -~ ,
o,' Cand. 'ec:,mical !)c-. 5u~. CcL
10
.,n-inrj~x n-, ln~5t, irroni ll~rzhiz anovokl- ca. a ~c
-OW!,
3uamry 3"', 1.3 Doc !>'2, Presented
f -,ering in lloscovi
0i- Da,7r~es in Scienn ~w Sr4~im
in 19142. F-ram Vew.-harrwayij ~Loslkinaa-. Jan-lk--,c 1,,',43.

- - f VII Uji ...........
I
KA1,01ETSKIY, M. 0.
Russia's First Electric Power Stations (Pervyye russkiye elektrostantsii),
Gosenergoizdat, 132 Ipp, 15151,
Book W-2251.7, 29 Apr 52

V, AM ENETW%~' M - --, .
BERGER, A.U., professor (Imeningrad); KAMMTSKIT, M.O., inzhener
(Leningrad).
P.P.Xopniasyle role In the activities of the Russian school of
electrical engineering. 11ektrichestvo no.1:71-72 Ja '54.
(MLRA 7:2)
(Kopniaev, Pavel Petrovich, 1867-1932) (Electric engineering)

AUTHOR KAWITSM 11.0. PA. - 3103
TIT" -ratermiang Feed in currento During Faults in Low Voltage Circuits.
(Opredeleniya tokov podpitk-I pri korotkikh zapykanifth v setyakh niz-
kogo napryaheniya -Russian)
PLUIODIGAL Jaektrichestvop 1957sVol ? Nr 5. pp 4o - 45,
Received 6/1957 Reviewed 7/1957
ABSTRACT The experimeate were carried out wIth a circuit of 38o V and,the overcon-
sumption of the &synchronmotors which were used was determined, With a c:Lr-
cuit voltage up to looo V and a corresponding fall of voltage the asynch-
ron-notom emit a current to the short circuit point for a certain timee
The purpose of this particular work was to aulyse the fading exay of this
short circuit current. Farallel to this experiment another calculation was
carried out whereby the noDdnal output of the motors basically determines
the amount of the load before the short circuit, and the concept of "the
apecific false outputh (the comparison of the false output to the self sus-
pended output) was used by 6,A.Mitkovich, It is demonstrated that the ape-
cific false output can aleo be analytically determined. The formula for
the fading away of the short circuit current is derived. The experiments
and the calculations differentiated themselves at lo - 15% and both eon-
firmed that with the correct evaluation of the circuit voltage and of the
noxinal motor output, the calculation results are throueal reliable for
those eaves where the short circuit results in the top portion of the low
Card 1/2 voltass circuit. With.medlum or greater distance of the short circuit, pointej

r~Rt,'\E-NETSKIY, M.O.
105-9-19/32
AUTHORt Kameaetskiy M.O.1 Candidate of Technical Sciences,
(Leningradi
TIT;,Et B.Arnold'a Activity in Russia (Deyatellnost' B. Arnollda v Rossii)
PERIODICAIA Blektrichestvo, 1957, Nr 91 IPP- 65-68 (USSR)
ABSTRARTi 1856 - 1911. From 1874 - 1678 Engelbert Arnold studied at Zurich
at the Tsihnical High Schoolq faculty for mechanics, and worked
as ebgineer at Leipzig and Offenbach on Main# In 1880 he was
appointed assistant at the Technical High School of Riga. He ob-
tained the venia legendi on September 22, 1883 on "Transfer of
Electrical Energy". In 1886 electroteohnics was introduced as an
independent compulsory subject and Arnold was given the chair for
this subject. A special eleotroteohnioal laboratory was established
at hie initiative, The Technical High School at Riga was one of
the first in the world and the first in Russia at which electro-
engineers were trained. In 1882-1892 Arnold was a member of the
editorial office of the "Riga Industrial Newspaper". At Riga
he wrote his two basic works "Details of Machines" and "Armature
Windings of Direct Current Dynamos". From 1891 - 1894 he was head
of the aleotroteohnical department of the Oarlikon-Works at
Zurich and from 1894 - 1911 he held the chair at Karlsruhe Tech-
nical High School. From 1896 - 1898 the Institute for Eleotroteoh~n
Card 1/2 nice was established at Karlsruhe under his management. From 1906 -

E. Arnold's Activity in Russia - 105-9-19/32
1907 he was rector of the Technical High School at Karlsruhe.
There is 1 figure and 1 Slavic reference.
AVAILABLEt Library of Congress
Ctrd 2/2

ThIISHYEV, A.A.- GOLOUSIMIX, Y.N.; XAWtV%1T. H.O.. kvnd.teIzhn.naukg
nau;;;;; red.; VOROBIM,.G.S., red.izd-va-, GURDZUTRYA. A.m.,
tekhn.red.
(Developmont of electric anginasring in the U.S.S.R.) Rasvitie
elektrotekhniki v SSSR. Leningrad, Ob-vo po rasprostrananiiu
polit, i nauohnananii RSFSR, Leningr.otd-nie, 1959. 45
(~I 1).-4)
(Blectrio engineering)

POPILOV, Lev Yakovlevich,-. KMMr,S-K-IYI II.P._, kand. tekhn. nauk., retsenzent;
'SIAVUVI PA.-,-Rand. kbina
VyAcjil, nail I dots., red.; GRILIJMS, S.Ya.,
red. vypualml YAMPOLISKIY, A.M., inzh. red.; 01~IISHCMMKO, R.N., red.
izd-vaj- DARDINA, AoAoy tekbne red*
[Electroplating] Gallvanoplastika. Pod red. P.M.Viacheslavova. Mo-
skva, Hashgiz, 1961. 62 p. (Bibliotechka gallvanote.khnika~ no.6)
(MIRA 14: U)
(Electroplating)

OMERP maq-ummany -M.S.
.-====L
Secondary bypertrophic pulmmu7 oateoartbropathy (Mairle-Bamberger
m.drcme); alWeal characteristics and role in the-diagnooio of'
pulmmiM cancer. Teraparkho 33 no#3&41-46 Mr 161* (MIRA 3.413)
1 Iz klitiki propedevtioheekoy terapil. (ioo. mavo - kandit-at
m;ditsinakikh nauk M.S. Obnoyder) oanitarno-gigiyemicheakogo -
i pediatrioheskogo fakulltatov Stalinakogo meditsirakogo instituta,
(ACRQMMY) (WNGS-CANCEM)

WIENETUn. M.S.
--P;
Evaluation of L-ray methods of examining e3cternal respira,
tion. Vraoh. delo no.8s73-75 Ac'63- (MIRA 16:9)
1. Rentgonovskoye otdeleniye Vtoroy gorodskoy bollnitsy
Donetakoo betaU= ichoskogo zavoda.
1~ "; - -40'
. I (X RkISI (RESPIRATION)

1 37-1958-1-219
.Translation from: Referativnyy zhurnal., Metallurgiya. 1958, Nr 1, p 34 (USSR)
AUTHOR: Kamenetskiy, M. V.
T IT LE: ri-ga-tio"n of the Ternary System NaGI-KCI-TiCI3
(Issledovaniye troynoy sistemy NaCI - M - TiCl
3)
PERIODICAL- Nauchno-tekhn. inform. Byul. Leningr. politekhn. in-t, 1957,
Nr 3, pp 3-12
ABSTRACT: The binary systems NaCI-T'C'3 and KCI-TiC13 are studied.
It is shown that t'he system KCI-T'C'3 contains a stable chemical
compound 3KCI- TiCl melting temp. 7600. In the interval in-
investigated, this sys?e- m' has a eutectic of the composition:
KCI 85.2 moL. - percent, TiC13 14.8 mol - percent, melting
temperature 6760. The composition of a second eutectic was
61114-trmined by extrapolation. It: consists of 66.4 moL -percent
KCI and 33.6 mol,, -percent TiC13, melting temperature 5950.
The system NaCl-TiC13 is eutectic, NaCl 77.6 mole -percent,
TiC13 22.4 moL-.- -percent melting temperature 5400. It is
shown that in the NaCl-KCI-TiCl system the minimum melting
') is that. of the following mixture
temperature (5900 approximately
Card 1/2 (in mol- -percent): NaCl. 40, KC1 48, TiC13 12. The existence

137-1958-1-219
An Investigation of the Ternary System NaCI-KCI-T'C'3
of a chemical compound 3KCI - TiC13 is proved. It is suggested
that there is a compound of the composition 3 NaCl - T'Cl3 -
N. P,
L Metal abloride coxpemda-4nalpio 2. Metal chloride co"mdo
-?ropertiee
Card 2/2

AUtH0R'. KamenetEkiyj M. V. BOV/163-58-2-17/46
TITLE: The Interaction of Metallic Titanium With Its Chlorides in the
Melt of Alkali Metallic Chlorides (Vzaimodeystviye metalli-
cheakogo titans, s yego khloridami v rasplavakh khloridov
ahoheloohnykh metallov)
PERIODICAL: Nauohnyye doklady vysshey shkoly, Metallurgiya, 195B, Nr 2,
PP. 104-111 (USSR)
ABSTRACT* The interaction of metallic titanium and its 2- and 3-valent
chlorides in the melt of alkali metallic chlorides was in-
vestigated. This investigation is of importance for an electro-
lytic production of titanium metal from the alkali melt* The
decomposition of TiCl 3was investigated, The experiments cn
this decomposition were carried out in a potassium chloride melt
and in an equimolar melt of NaCl and KC1 in a quartz 'llube. The
determination of the composition of 2- and 3-valent titanium
chloride in the salt melts investi ated was carried out by
means of the titration of iron-(Ill-chloride. It is shown that
Card 1/3 at temperatures of 675-9000C the equation 2 TiCl + Ti--13 TiCl
3 r- 2

SOV/163-58-2-17/46
The Interaction of Hetallio Titanium With Its Chlorides in the Melt of
Alkali Metallic Chlorides
tends to the side of TiCl,* TiCl 2 cin the other hand decomposes
furthor,into TiCl The deoompositl,on takes place according
3 "
to a eomplex reaction scheme. The ilependence of the solubility
of titanium on the anodic current lensity was investigated.
At lower current densities the process of dissolution mainly
takes place under the formation of TiCl 2* At a current density
of OP35 A/am2 for instance, the anount of Tici 2 is almost
twice that of TiCl 3' With an increase of the current densit y
the amount of TiCl3 increases, and at a current density of
10 A/am 2 mainly TiCl 3 is formed at the anode. There are 2
figures, 5 tables, and 8 references, 3 of whi.-h are Soviet.
ASSOGIATION: Leningradskiy politekhnioheakiy institut (Leningrad Poly-
technical Institute)
Card 2/3

KAI-EWTSKIY, 'IM. V.: Master Tech Sci (diss) - "Investigation of the physicochem-
ical properties of .[used titanium chlorides in alkali-earth vietals". Lenin-
grad, 1959. 14 pp (Hin Higher Educ USSR, LLnin,~,,rad Polytech Inst bq it. 1.
Kalinin), 150 copies (KL, No 13, 1959, 105)

. I
I.8.3100 77728 -9-60-1-17/27
AUTHORS: Kairenetskiy, M. V., Kostyukov, A. A., Popov, A. N.
TITTLE: Ternary System of Potassium, Magnesium, and Titanium
Chlorides
PERIODICAL: Izvestlya vysshikh uchebny1c zavedeniy. Tsvetnaya metal-
lu-rgiya., 1,960, Nr 1, pp 119-122 (USSR)
ABSTRACT: Equilibrium diagrams of the above ternary system were
investigated as an area of interest for titanium electro-
metallurgy. Previous work on this subject by A. I.
Ivanov (DAN SSSR, Vol 86, Nr 3, 539, 1952) and M. V.
Kameneuskiy (Tsvetnyye metally, Nr 2, 39, 1958) is cited,
The study was based on cooling curve recordings of the
system, with composition expressed in molar percentages.
Eleven cross sections of the diagram were investigated
at,, shown in Fig. 1. As melts high in TiCl 3 content
could be studied insofar as saturated by "his component,
the position of monovariant line e E (see Fig, 1) is
Card 1/6 determined tentatively. A short description of the cross

Ternary System of Patasslurn, Magnesium, 7 7 7 2 'd
~nd Titanium Chloride,3 S011/149-60-1-17/27
section:5 is given as follows; (1) (90% KCI + 10%MgCl 2)
TiCl.. crosses the cryStallization field boundaries
of KCI,' 3KU-1-TiCl., and TICI (7.9 and 28.6%) at 615 and
r'900 3
C, respectiv~jy. (11) (80% KC1 + 20% MgC123-
Tici 3 crosses the same boundaries at 5400 C (4.5% TiCi 3)
and 560" C 23% TiCl 3 (111) (75% KC-1 + 25%MgCI2) Ti I
crosses the same boundaries at 490 0 C (3% TiCl 3) and
54oo c (20% TiCl 3). (Iv) (67% M + 33% MgC12) ---:--TiCl3
crosses boundaries of fields of variable composition
phase crystallization A, KCI - MgC! 29 -QKCl TiC1 -4 and
TiCl 3 at 430`~' C (1% TiCl 3 ); 47700 (6% TiCl. 3 and 47000
(15% TiCl,~). (V) (6(;% u1 + 40% TiCl crosses
% I ~19C'2) 3
Card 2/6 one field**boundary KCI - MgCl 2 and TiCl 3 at 3880 C

T,:~rnai,y System of' Potassium, Magnesimi, 77728
. arid Titanium Chlorides SOV/149-60-1-17/27
A~
-,41QCI M AW7, -
Fig. 1. Concentration triangle of KC1-MgC1 P_-TiCl3 showing
Card 3/6 cross sections and points of Investigatod alloys.

T:A,nary System of' Potasslwii, Magnegitmi, 77728
and Titanium Chlorides sov/,1149-')o-i
-17/27
(11.5% TiCl 3)' (VI) (50% KC1 + 50% MgC'2)----),,TiCl
(81%) crosses the same boundary at 390 a C. (VII) (4o%
KC1 + 6o,,,4. mg-.1 2) -.> TiCl3crosses field boundaries
DTgC,IL and TiCl at 44o c (6.7% TiClj- (VIII) (92.5%
2 3
KCl + 7.5% TiCl 3) -> KCI M9C12 crosses the field
boundaries of KC1, 3KC1 TIC13 and M - MgC1 2 (30.5
and 62%) at 565 and 4350 C, respectively. (IX) OKC1
TiCl-, --:-: KC1 - MgC1
2 (63%) crosses field boundary
3KC1 TiCl and KC1 - MgC1 2 at 4800 C. (X) (69% KC1
+ 31% Tici 3~--p,01 -MgC19 (65%) crosses the same
boundary at 4160 C. (XI) KCL ----,1(71% MgC12 + 2S%TiCl3
crosses field boundaries of KCI, 3KC1 - TiCl 3 at 5680
(801% KC1) and 4200 0 (56% KC1). The above experimental
data were used for plotting the KC1-MgCl2-TiCl 3 ternary
system diagram as a projection of primary orystall-L--i-
Card 4/6 tion aurfaceo on the plai)e of a coiioentration triang1c,
I

I ,t] I ! I
Til,,~trlilml sov/ I ,I(.) -6o- I -11'iV
I;hown cry-talll;~~,JtAori ;uIT; -1 c 0 is
Vopre,ientud by ci-,-,,o tii I I t [(-,ii Vie. ld~~ ( three co,-re -
I
qxm (11,11J!" to Ovl~jll~ll nalt,, _ind to counpowdo Kf "I
and K(,',] - M~,,~Il, al;., zl:,
The Vieldc'; convelIrt, ill l,C)l IvtviLl 11,_
I I till'(20 cutcetic '111d One hypevuu I-lee tic Theiv
characteri,stics are triven. In their conclu.,3ion,3 the
autlicw!; indicate thaL tAic! loviu-st moltiiig of tile
t u r 11.1 ry syotelll are in the Vicinity Of eutectic poilit-,
E', and (-,,~)'O, C) . "cne forin...1tioll of a otable 'olnpo,und
IXCI. - TICI which U. J :_;Oluble ill mr)Lton K, 1,b-', a Fid Ti
-lilori- I
A co i c 0111 * L, I'me'd Tl*wve avu, '.." fivuve:,; 1
x
and 5 references, 3 Soviet, Gerill-'~.
0 CI A'J'I 0 N Leningrad Polytechnic
ol' Non-Fevi,01.10
,iy illstitut. Kafedna
ulk-- ta I Iov
3M.U.11"I'l I.,j): ILly 20, 19~)9
Iwotitute. Chair of Electrometal.-
MA-11b (bjningvad~,kiy
'21ektrolliet:111in-gii t-svetilykil
Can]

Ttn-nuvy SYLOU,evi ot' Potasoiivn, Magnesium,
and TitLilliLlIll Chlcwides ,-,)o!j/ll 4, 9-b- I - I"!"Y
I",-
pflorl, VCI Nor/,
Fig. .0. Concentration triangle for KCI-W,C1 -T*,."I
ID 2 - '' 3
Card 6/6 system wiLh Isotherms.

80833
8/149/60/000/03/03/009
0 0
AUTHORS.- Baymakov, Yu.V., Kamemetskiy, M.V., Smirnov, V.V.
TITLE: Investigation Dito Processes Occurring on Electrodes in Electro-
lytic Titanium Refinement
PERIODICAL: Izvestlya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1W~ No 3, pp 81 - 89t
A
TEXT: Studies on.the crystallization of metal on the cathode In
eleotrolytio refinement of titanium are still at a stage of preliminary re-
searohi Crystallizattion of titanium on the cathode is complicated by the
2TiC13 + Ti Zt3=12 reaction developing on the surface of forming crystals.
The aut) iors investigated the preparation of melts containing TiCl3 and earried
out analyses. The metho'l described in Relb 5 and 6 was employed. The experi-
ments were performed Inta medium of purified argon on an installation shown in
Figure 1. Results of the experiments are given in a table. The dependence of
the current efficiency And the composition of the final electrolyte on the
volume current density at 8000C is represented by a set of graphs. It appears
that, highest current efficiency is obtained if the melt contains 5 to 12%
Card 1/~

80833
S/149/60/00/0~/03/009
Investigation Into Processes Occurring on Electrodes in Electrolytic Titanium
Refinement
T101 (in g equ). Higher temperatures cause increased current efficiency which
attla its*maxiraum within the range of 8DOO - 8750C. Further raise of the
temperature causes decreased ourrent efficiency. Reactions on the electrodes
and the balance of electrode processes were investigated. Values of the de-
composition potentiala for reaotions of reduction and formation of titanium
chloride at 8000C, calculated by M.V. Kamenetskiy (Ref 12) are given. If the
equilibrium electrode potential of Cl is considered as a constant value, the
most.clectronegative potential corresponds to the reaction of T12+ reduction.
I.rhis leads to the conclusion on the consecutive course of anode and cathode
reactlons. To obtain. a satisfactory course of the cathode process, a higher
cathode current density is required as well as a relatively high Ti+ concen-
tration in the melt onsuring the feed of the zone adjacent to the cathode.
The reactions on the cathode and anode are illustrated by Figure 5. The
effect of the volume current density was studied in a series of experiments.
It was revealed that the amount of TiCl3 and TiC12 contained in the volume of
the electrolyte acted as a regulator to maintain a constant composition. As a
consequence the part of the current density was revealed, whose optimum value
Card g/~

80833
S/149/60/000/03/03/009
Investigation Into Prooesses Occurring on Electrodes in Electrolytic Titanium
Refinement
was 25 - 30 amp/l. It was established that highest current efficiency was ob-
served If there was a noticeable TiC12 concentration in the malt. To ensure
a nuffloient rato of TIC12 formation malts with high activity of T'Cl3 are
recommended. Best current efficiency Is obtained if the cathode current
density is 0.8 - 2,5 amp/=2 and the anode current density is 0.05 - 0.1 amp/emp-
at 8ooo - 85oOc. 'the authors studied the effect of the electrolysis process of
KCI - I'M3 melts on the structure of cathode deposits, which was most satis_
factory at a concentration of 4 - 10% TiCl in the initial melt, a volume
current density 9f 25 - 50 amp/l, a catQ~ current density of 1 - 2.5 amp/cm?
and a temperature of 8000 - 85000. There are 1 diagram, 1 table, 4 sets of
graphs, 4 photographs and 14 references: 10 Soviet, 1 English and 3 German.
ASSOCIATION- Laningradskiy politekhnicheskiy institut (Leningrad Polyteelmical
Institute), Kafedra elektropirometallurgii (The Chair of Electro-
pyrometall-argy)
July 21, 1959
Card V3

BAYWKOV, Yu*V#; YJaMNEMKIY, M,V.; CHRIWO F.
Equilibrium betveen titanium chlorides and titanium metal in
molten potassium and sodium chlorides. Izv.vys.uchebozave; tsvet,
met. 3 no#2tlO2-l07 160. (KUU 15:4)
1, Laningr4dekiy politekhniahookiy institut, kafedraelektropiro-
metallurgii.
(Titanium-Electrometallurgy)

S/149/62/000/003/OOZ/Oll
A001/A101
AUTHORSt
TITLEt
Kamenetakiy, M. V., Shevlyakova, L. 1.
Electric conductivity of binary systems consisting of sodium and
titanium chlorides or potassium and titanium chlorides
FE1110DICALI Izvestlya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
no - 3,1962, 89 - 93'
TEXT: The authors studied electric conductivity of binary systems used in
electrolytical, refining of titanium at 800 - 9500C in order to select'an effective
compositicn of electrolytes. The device used for resistance measurements was a
conductivity meter vrith an operation range from 10-2 to 107 ohm. Molybdenum and
tungsten were used as materials for electrodes. The specific electric conduc-
tivity of the KU-TIC13 system was measured in the concentration range from 0 to
38 mol,% TiCIj, and thit 6f the NaCl-TiCl3 system in the range from 0 to 30.8
mol.% TiCi jIsotherms of specific electrio conductivity of both systems are
shown gra;2ically at various temperatures and compared with data by Yu. X.'Deli-
marskiy and R. V. Chernov. At a content of 25 mol.% TiCl3 the isotherms show de-
Card 1/2

S/149/6P-/000/003/002/011
Electric conductivity of... AOOI/A101
flections, which can be explained by formation in the systems of chemical com-
pounds Na TiCl- and K TiCl With increasing TiCl content beyond 25 mol.%, elec-
3 yty of ~~e 6
tric conductiv meit drops considerably, In view of its dilution by
poorly conducting titanium trichloride. Relative temperature coefficients of
specific electric conductivity of both systems were calculated and plotted in
graphs versus TiCl3 content. The curves of both systems pass thi~ough maxima at
25 mol.% TIC13, conf_!-.-*.ng thereby the formation of the chemical compound in the
melt. It was found uhat the eleotric conductivity data of the melts studied
sat' ., Frenkel9s formula: U.
X XT
Anal~.,ically, using this formula, and graphically the authors"determined activa-
tion energy of the electric conductivity process at a temperature of 8750C and
plotted the corresponding curves versus T'Cl3 content, which also reveal maxima
at its 25 mol.% content. There are 4 figures and 1 table.
ASSOCIATION: Leningradskiy politekbnicheskiy institut (Leningrad Polytechnic
Institute) Kafedra -elektropirometallurgii (Department of Electric
Pyrometallurgy)
SUMMMM: . January 6, 1962
--Card 2/2

S~826/62/000/000/002/007
D 08/D307
AUTHORSs KamenetAkiyj_M.V., Kostyukovt-A.A. and
V -
--Ko'rohakov JC.
TITLE3 The ternary system of sodium, titanium
and barium chlorides
SOURCEt Fizicheskaya khimiya rasplavlennykh soley
i shlakov; trudy Vses. soveshch. po fiz.
khimii raepl. soley i shlakov, 22 noyabrya,
1960 g., Moscow, Metallurgizdat, 1962, 60-62
TEXT: The authors studied the phase diagram of the
ternary system IlaCl--Ti(;13--BaCI2 in the region of compositions
suitable for the electrolytic production of titanium, because the
addition of BaC12 to the system EaCl--T'C'3 (in order to prevent
separation of the electrolyte components), alters the physico-
chemical properties of the electrolyte. The cited binary system
was also studied, up to 35-5 mol % TiCl content, because of the
discrepancies in the d#ta concerning this system obtained by
Card 1/2

S/826/62/000/000/002/007
The ternary system ... D4oa/D307
Kamenetakiy et al. The investigations showed that the'binary
syetem eutectic contains 23 mol % TiC13 and melts at 550OC; the
ternary eutectic has the oomposition TiCl3 20.6, BaC12 14.2, and
WaCl 65X mol % and meits at 5400C. There are 3 figures.
ASSOCIATION: Leningradskiy politekhnicheekiy inetitut
(Leningyad Iblytechn'ic Institute)
Card 2/2

B/826j62/000/000/001/007
D408/D307
AUTHORSt _W.enetski t M. V.-, Kostyukov, A.A. and
" "' Kly' "~'
_M11s _ao7_e_-_Ch_'uang
TITLE: The ternary system of potassiump barium, and
titanium chlorides
SOURCE: Fizicheskaya khimiya rasplavlennykh soley*i
shlakov; trudy Vses. soveshch po fiz. khimii
raspl. soley i shlakov, 22 - 25 noyabrya 1960
g., Moscow, Metallurgizdat, 1962, 54 - 59
TEM The authors studied the phase diagram of the
system KC1--TiGl3--BaCl2 in the regign of compositions suit-
able for the electrolytic production of titanium up to 40 mol
TiC13, at atmoGpheric pressure, because the addition Of BaC12
to the system KC1--TiCl3, (in order to prevent separation of
the electrolytic components), alters the physico-chemical pro-
perties of the electrolyte. The cited binary system was also
studied, tip to 41.6 mol % TiC13 content, because of the existence
Card 1/5

S/026/62,/000/000/001/007
The ternary system ... D408/D307
of discrepancies in the phase diagrams obtained for this system
by various authors. From the investigation of the binary system
it was found that the eutectic contained 15 jnDl % TiCl and mel-
ted at 6760(;, the compound 3KCI.TiC'3 meltel at 76008, and the
1;ompound 2KCI.'Pi" 3 melted ircongruently. A peritectic transi.
tion occurred. at 40 % T'Cl3 and 5800C, in accordance with the
reaction K2TiCl5 liquid + K3TiCl6. The crystallization
surface in the investigated reC,,ion of the ternary system is re-
presented by the four crystallization fields KC1, BaC12, K~TiCIO
and K2BaCI4, and the triangulatine secants are K 3T'C'6--K2 aC14
and K3TiCl BaC12, which divide the system into three secondary
systems: K81__--K3TiCl6--K2BaCl4, K3 TiC'6-,-K2BaCl4--BaCl2, and
K3TiCl 6--BaCl 2--TiClY The latter system was not investigated
since it encompaBses the region of melts difficult to obtain at
normal pressure. In the portIon of the phase diagram which was
atudied, the lowest melting point, 6000C, occ-ars in the region
of the ternary eutectic points having compositions (TiC1 3 4.6,
Card 2/3

S 826j6',)/000/000/001/007
The ternary system ... 9,08/D307
KCI 75,1t and BaC12 20-3 Mol 76), and (TiCl 3 7-89-KCI 65.69 and
Ba(;l 26.6 mol %). It was confirmed that the compound K3TiG16 is
stabie in molten KCI and B&C12, There axe 6 figures.
ASSOCIATION Leningradakiy politeklinichaskiy inetitut
(Leningrad Folytechnio Institute)
Card 3/3

KAMMSKIY., H-,,V.; SMLYAKOVA, L.I.
Electracotductivity of binary systems ot sodium and titanlum
chlorides wid potiwaium and titanium chLorides. Izv.vya.ucheb.
zav.; i~svet-met- 5 no.3:89-93 162. (MIRA 15:11)
1. laningradskiy politekhaicheokiy institut, kafedra
elekta-6pirometallurgil.
(Systems (Chemistx7)) (Ulorides-Electric properties)

IMTHIOU11311111 IIIIIIHI
KAKENETSKIY, 4.
B
Increase of the service life of 43a2 picture tubes. Radio
no.2;.98 F 161. (MIRA 14:9)
(Television--Picture tiabes)
_.__x ~
"-I

FAIVIETSKIL S 6
Reoonditioaing of 43MB kineacopes. Radio no.6:44 A 162.
(M331A 15:5)
(Televioion.-Picture tubea)

KMRNETSKIY~ S, kand,tekhn,nauk
We All raise the quality of heat insulation. Na stroi. Roe,,. 3
no*100-31 A 162. (MIRA 16:5)
(InsulatiA; materials)
LA

......................K11111"'mm,
RAY1210H. Joha Willi" Stratfi; - USPP.NSKrjr,P.H. (translator);
S.A.,Ctratiolator)., RrTOV,S.M.,, re4aktor
rTheory of sound. Tramelated from the Mwlisbl Toorlia zvuka.
Perevol a 3. angliiakcigo itd. P.N.Uspenalcogo i S..i.Kamenetskogo.
Izd.2., pod. red. t a predial. S.R.Rytova,, Moskva, Goo.izd-vo
takhniko-tearet. lit-77, 1955. (MLRA 90)
(Bound) (Vibration) (Waves)

TIHOWBM, Stepan Prokoflyevicho rof - YANG, MIL, (Young, D.11.1, Prof.;
3. 00
PANOTIO, YA.G. [translate J, XAFAWM*IY. 16,A red.; GAIVRILOV,
S.S., takhn.red,
[vibration problems In engineering] lolebaniia v inshenernom
dole. Hookva, Gos.izd-vo fisiko-matem.lit.-ryl 1959. '99 P
(MIRA 1;..10)
(Vibration) (Mechanics, A;Tlied)

PCM, L ev Oolomonovich; GRIGORITAN, A.T.. red,,; KA:99MSKI hok, re d.
TUKMIHA:t N.A., tekbn.red. .!Mff&AjA
[Tatiation6l principles In mechanics, their developmut ana
.Drinteipy makhaniki,
~applications in physical Tariatsionnp) i
ikh'ranvitie'i priwaardia v finike. 1gookva, Goo,ixd-vo flxiko-
wtonait-ry, 1960, 599 p. (NIPJI 14:3)
(ffach~nios, Anal 10) (Calculus of variations)
YtPhysics)

ZAZOVSKIY,,
Proosure Ttatoration on waU bottoms in thinned cil f3ow. liefteprom.
delo noM6-12 165o (MIRA 18110)
1. Vuesoyusnyy neftegazoM nauchno-Issladavatellskiy institut.

o" A Sothod for tlVlatennhiation of nicotinic acid In blood.
S. J.-Karnenets'kil Ukrain., Sri. Research last, Nutritioni
Kiev). Ukrain. Biolftim. Zh?tr, 20, 303-9(in Russian,
368-70)(1048).-This metivyl do-S amly with the me of
NaCNI" To 10 nil. Hoodadd 15 ad. ILO and all,w to stand
-for 5 1111n, Add 10 oil. of a 10~'(, .oln. of Na tungitzac atid
after 5 mia. 10 nil. of 0.07Y HC1. Shake occasionally ~or
46 inin and filter: t') the filtrate add ION IN1011, 15 all. for
every lio ml. of filtrate. Ili-A for 1.6 lirs. on awater bith,
Nctitmilze to plimelplithalvin with 30%) IICI. ak! bring
to pit 4,646.0 with 2% IM, with bromphetiol bh1c And
bromem-A)l purple 41 indiCUOM Add water ti> brhig the
Vol. to V, tha, t of the Mtrate taixt; for hydrolysis atid heat
10 int. to 75-80' on a water Lath together with 1 Intl. of
rhodanine bromide (1) soln. Cwl to room telu and add
2.bml.ofiL57osoln.otmetbyl-p-aminopbcui)l(~). Thel
solu. contains CaCOj which products a more Wtense and
stable color. Statidards oz! propil. with 0.11 1.0, 2,0, and
3.0 -y nicotinic acid (M) and the color is read in it photoclec.
t-olorinieter after 4", niln. at room teirip. Oi:,e cmi (let.
25-307111inlml.ol'theblood. Aniliaecanbeimedinstead
of H. 'Werner jacobjDw~

H ~
Kk'% M ItAKTOY11Y. SIIH-Si.
VIX -Mupdre !4 ri /+9
"Upi 11041 of 011 t 03MU lvdroUds of Protein !J) t-be Treatwent of Dptroodo
00
ItId,too" p", Viluvoitso Rw of proxIdW37 Ibex "Jutic Mildo" N~ of
"UVO x"19 Awd ad UkMID&CM "L%t A* Vo IsvI% SN to,
RAPMUSM" era
tx=
'Itualft
a lid IV"
Or4 of W1 Bomar of I4ibDr W Tw* lwxd
RNIUM19 A
Ated A* tor 01 446,11 &0.-1 -1 Duptp Mcratzdav Nutrition Iwtg 5 i.Dp
"IWO 00 Vol MITIT, Ik, 4
UPOW IL colut*lp of wljo add* 6w top ovolved bv As Ve Win fm tbo
pownud
cu,ilb*-tur, or *~*Obll itlbo ave 4bus idth dratco0da* On obtub1mvooltive reudto
AU b6 16WILIftUMol, iNtildstend thei sialution to ~ bwas psitlerUj, -'wf- 46 ailult
ISM tmted tw, 6:w8sntw7 twdo dystroptWv 36 abowd ;*vIUvv reoulto " 91$Kv ro
iRQuvMwzr4 T4bmUtqmI bt&Uvd ft= tA;o of the w rft*ntal dogap and am]
colftJOV &0 In two pstlents,, dIsAussing their chgo blowin
OULU- TabuUts4i dat.41 ca tgo aojoUal c&wso BeMdtg,j)f the treatmut j1ppow quitip
VA

KAMM9MY, S.I.
Metabolism of vitamin 0 and nicotinic acid in gastroduodenal
ulcarl. Klln..-rjed..Moskva 18 rio.10:87-88 Oct 50. (CTJML 20:4)
L Of the Department of Propedeutia Therap7 (Head-Prof. HA
Gubergrito, Active Member of the Academy of Sciences USSR), Kiev
Order of the Red Banner of Labor Institute imeni Academician A.A.
Bogomoleta.

1. =,q I Xty -3 1 KT 'Ia.
Kul , . S~~; BRAHINO 1, B. Y.; HEYKIMiN, L. Z.; I-MLIMI, 14.
REIDERMANt Y. 1.
2. USSR (600)
4. Vitamins
7. Content of certain vitamins in the blood and urine in grippe and in acute
catarrh of the upper respiratory tract. Medych. zhur. 22, No. 1, 1952.
9. X2Lthl 1953. Unclassified.
I List of Russian Accessions, Library of Congress, April -

XLMSMSKIT, 3..Il.., dotsent; XIKUNIS, R.L. kandidat maditsinakikh nauk
Olinical aspects of acute hepatic dystrophy in Botkin's clisease.
~racih..dqlo n6.11:1201-120 N 156. (KIRA 10:3)
is Xafadra fakulltetskoy terapil,(zaveduyushchiy - professor
4.S.9*1"r Yh 6, tskogo maditainskogo instilhuta.
TITIS, WICTIOUS)

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C~.t(y - '-.iur,,.- n Ani--l j7~t to ()I oi
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7 To
i;bc, 6C~ur, a.-
ya klinika (zav,-prof. B.S.
it-,Stltl,~to ifakulftetalmya terapevticheska car
Thi-ml -c,:r
T itL; - I- . -- I
r1 4
?u"J. --lnxh. .,(-lo 5
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of I--- -
U .Orle, the
be'ore It vas to
C,~.rd: 1/3
**-*shkiyar) Vinnitskogo meditsinakogo instituta.

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