SCIENTIFIC ABSTRACT VENDEIKTOV, L.N. - VENER, R.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859410005-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V-2F-MIKTOY, L.U.. Inzhener;
Balancing the rotors of electric motors. Inargetik 3 ns.l?:
30-33 D 155. (MIRA 9: 2)
(Electric motors) (BalanoiM, of machinery)

V
Subject USSR/Electricity AID F - 3718
Card 1/1 Pub. 29 - 23/25
Author Venediktov, L. N., Eng.
Title balancing of the ors of electric motors
Periodical Energetik, 12, 30-33, D 1955
Abstract The author describes the procedure, methods, and
instruments of balancing the rotors of electric motors,
in particular the balancing machines of the DB-3, DB-4,
and DB-2MR types. One photograph, 1 diagram and 4
drawings.
Institution None
Submitte(: No date

VENEDIXToV', M. M., Candidate of Agric Sci (diss) -- "Intraspocific and Inter-
specific hybridization of tetraploid wheat of Dagestan". Leningrad, 1959. 19 pp
(Min Agric USM, All-Union order of Lenin Acad Agric Sci Im V. I. Lenin, All-
Union Sci Red Inst of Plant Growing), 150 copies (KL, No 21, 1959, 1170

ETDUS, G.S.1 MARKOV, V#V.j VEMIXTOVM.D.
Asynchronous address communication sysWul a survey.
Froble peredo informo I no#4:3-19 165a
(MIRA M12)
1. Submitted May 18, 1965-

15 -57-3-3736
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
pp 180-181 (USSR)
tUTHOR: ~~P.Rg~ PELIL?"
TITLE: Determination of the Distribution of Moisture Daring
Desiccation in Bodies With Typical Capillary Pores
(Opredeleniye raspredelaniya vlazhnooti v tipichnom kapillyarno-
poristom tele v protsesse aushki) (in Ukrainian)
PERIODICAL: Nauk. zap. Stanislavs1k. derzh. ped. in-ta, fiz-matetm,
ser., 1955, Nr 1, pp 3-12
ABS TRAC T: In order to determine the distribution of moisture in
bodies with capillury pores, the method of finding the
dielectric constant is convenient. The change in the
dielectric varies linearly with change in moistare.
The method of P. E. I.leksandrov is used for determining
the dialectric constant f3lb. Fizika poctiv.SSSR, 1938,
5, 404 (Physics of the Soils of the USSR), 1938, 1101 5,
p 40j7. Investigations have shown th-t the determi-
Card 1/2 natlon is most precise when the conductivity is small

Determination of the Distribution of Moisture (Cont.)
15-57-70-3736
(on the order of 10-5 ohm-1 cm-1). In order to avoid ti-ie error
resulting from the fact that the field ut the edges of the
plates of the condenser is nonlinear, it is convenient to
isolate a layer in the middle of the dielectric. The capuci-
tance of such a condenser is considered to be thut of a large
number of elemental parallel condensers. A plexiglass cylinder
was filled with quartz sand and in the middle of It six con-
donser3 were mounted in the axial direction. The capacitance
of the condenser and, after this, the total moisture were deter-
mined by using the graduated curve obtained earlier. The total
measured error amounted to O.b percent.
Card 2/2 L. I.

VEVEDIKTOV, M.V., red.; PECHUK, V.I., red.; NECHAYEV, G.K.0 kand.
takhn. nauk, red.; RUMMY, N.M., rA.; RUDNAYA, A.I.,
kand. tekhn. nauk, red.; WDRIWISEVA, R.G., otv. za -rip.;
PAVLENKO, VA., red.; BUMEV, A.L., tekhn. red.
(Industrial control, equipment and the means of automatic
tontrol) Pribory promyshlennogo kontrolia i oredstva avto-
matiki; doklady i sobbshcheniia. Kiev, Gos.izd-vo tekhn.
lit-ry US~2, 1963. 370 p. (MIRA 16:12)
1. Ilauchno-tokhnichaskaya konferentaiya po priboram pro-
.ohlennogo kontrol-ya i sredstvam avtomatiki. 2. In.Aitut
::w
av-tomatiki Gosplana Ukr.SSR (for 14echayev).
(Automatic control)

USSR/Processes and Equipment for Chemical Industries - Processes and Apparatus for
Chemical Technology, K-I
Abst Journal: Referat Zhur - Xhimiya, No 19, 1956, 63947
Author: Venediktov, M. V.
Institutiont None
Title: Determination of Moisture Distribution in a Typical Capillary-Porous
Body During the Proce a of Drying
Original
Periodical: Nauk. zap. Stanislavs1k. derzh. ped. in-ta, fiz.-matem. ser., 1955,
No 11 3-12; Ukrainian
Abstract: Description of the procedure developed by the author for determining
the distribution of moisture (M) in a capillary-porous body during
the drying process without cutting the sample under investigation
into separate layers. From the value of dielectricpermittivity
measured by the method voltage resonance according to Aleksandrov's
scheme (described) a determination of M is made. The object under
study was the 0.6-0.8 mm fraction of quartz sand, washed free of
Card 1/2

USSR/ProcesBes and Equipment for Chemical Industries - Processes and Apparatus for
Chemical Technology, K-1
Abst Journal: Referat Zhur - RTLimiya, Wo 19, 1956, 63947
Abstract: electrolytes and having an initial M of ^,20%. Distribution of M
during drying is determined by means of a number of condensers,
inserted into the sample under study, in the calibration of which
for the quartz saad used a curvilinear correlation between dielec-
tric permittivity and M had been ascertained. There are shown curves
of the distribution of M within the investigated sample (2.4 cm in
depth) at different stages of drying in the case of a uniform dis-
tribution of temperature therein. By the magnitude of the errors
(0.5%) the method approximates other determination procedures.
Card 2/2

VENEDIKTOV) M.Vl BIBIK) V.P.
Determining the coefficients of heat conductivity and of the ab,
sorption of ultrasonic waves for wet capillary-porouB bodies. Inzh,
fiz.zhur- 4 no.11:120-122 11 161. (I~MRA 14: 10)
1. Gosudarstvennyy pedagogicheskiy institut, g. Stanislav.
(Heat---Conduction) (Absorption of sound)

VEMIKTOV, N.A.
-_Ulang nylon wastes In the Kharkov gas distributiOL system.
Gaz. prom. 4 n0-11:38-39 '59. (MIRA 13:2)
(Kharkov---Gas distribution--Equipment and supplies)
(Nylon)

-70V, N.L.; AFRAMOVICH, P.Ya.; YMAYJ
-Vxwj~ W. V.M.
Gas cock made of kapron. Gaz.prom. 5 no.6:32-35 Je 160.
(XLRA 13:6)
(Gas biwnero)

LAPP, Ralph; VICNZDIKTOY. N.A.; redaktor; BJUVA. N.A. to khnichoskiy rodaktor.
CThe now force; the stor-/ of atoms and p.eonle. Tranalated from the
Inglish] Novaia 911a ob atomakh i liudiakh. Sokraschannyi perevod
a angll~ukogo. Prediolovie M.I.Rubinahteina. Moskva, Izd-vo ino-
strannol lit-z7, 1954. 221 P. (KMA 8:6)
(Atomic power) (Atomic enorpy) (Atomic bomb)

VENLDIRTQV,_N,R..,_iuzh. (Dnepropetrovsk), Wil4dN:Z'IYj A.B., inzli.
(Dnepropetrovisk)
Preventing the washout of alopes. Put' i put.khoz. 5 no.8:14-15
Ag 261. 6.mu 14:10)
1. Rukovoditell gruppy zeml-yanogo polotna Dneprogiprotransa
(for Karminskiy). (Railroadn -Track)

"I ly.- - t! . -~;- -7- 11
GEOU)GY

50) 15(8)
AUTHORS: ._y2njtd~ 1-1)v/(,4-)3 - 5/19
:Lktov, 3. ?. , Landyoheva, V, A. ,
hogovin, Z.
TITLE: A New Method for Deterriinirq; the Chemical an(' Physical
HetcroC:eneity of Acetone-Soluble Ac~ityl Cellulose (11ovyy
metod lopredeloniya khimicheckoy i fizicneskoy neodnorodnD~;ti
atsetonora3tvorimoy atsetiltsellyulozy)
PERIODICAL: Khimicheskaya promyshlennost', 1950; Nr 6,
PP 470 - 472 (USSR)
ABSTRACT: The fractions of acotyl cellulose (I) fro::. technical 1)re-
parations differ in the of the-ir nolecules tnO in thf--.
degree of esterification of t-,.(? triacetyl celliiloze. Since
the methods of deter.,,.ininj,, this 'ietero,-jeneity (Rcf 1) %re
too complicate(I for une under oiperntinb conditiono, the
evaluation of acetate fibers during the )rod,)ction process
is confined to evaluatini, its low-riolecul..r fr..ction contr;.-.,t.
This is stated an being not enou,,;h, f,,inc(, ir. or!er to obtain
a clear picture of the technical fiber-for::-.int-
of (I) it Vinlll!l 11M) bC1 iMPortant to c-,v-iluatc Vie hij:-,h-
Card 1/2 molecular fiactions. T',,,crefore, it in (1) to

A New Method for DetermininC the Chenical and
Heterogeneity of Acetone-Soluble Acetyl Cellulose
determine the low-molecul,,-,r frL-ction content by the current
method (treatment with a 55,'?o acetone-viater :.-Ayture); (2)
to determine the high-molecular fraction in the follo,-vini-,
way: (I) dissolve e.j,7. if, a 50" acetone - water mixture at
600 arid then cool to 200 so that the high-molecular fraction
is precipitated and can be determined; (3) to determine ti-.~e
low-acetyl fraction by treating (1) with boilinC etI-Intnol;
~4) to dc-termine the high-ucetyl fraction content by tre-ntinE
I) with methylene chloride.. The method of analysis is
describeds and analysio data for four samples of (I) a.r-e
given (Table). There are 1 table and 4 Soviet references.
Card 212

TUM, V.G., inzh.; VZIMDIrWV, T.G., Inzh.
Loading ties and short pieces of lumber using a "cap."
Zhel. dor. transp. 41 no.5:60-62 Mjr '59. (NM 12: 7)
(Railroads-Freight cars)
(Leading and unloading)
(Lumber--Transportation)

, - '~ . , m, i j
~: I 'v% ; PONOXL "', ., . i~ , r Ll~ it .'' .- ? I I'! ~--, ---I T;r-r,- ~jIIr
EC " HTY-0,11$ j I
Tr,i I n' riF J -- - . ~, t-~ ~ trt;n1p. l.A -2 1Q.
I- . '. - .1
(X--"!

107-57-1-44/60
AUTHOR: -~ovosibirsk)
TITLE: Inductionless Potentiometer. Experience Exchange.(Bezynduktsionnyy potentsiametr.
Obmen opytom)
PERIODICAL: Radio, 1957, Nr 1, p 42 (USSR)
ABSTRACT: A suggestion is given for redind-ing a conventional potentiometer strip so as to
minimlze its inductance.
AVAILABLE: Library of Congress
Card 1/1

VIREEDINTOV T mono
w -
Maintenance of automobiles in a training unit. Ayt. transp. 37
no.5'.54 My 159. (MIRA 12:8)
l.Direktor Dallnevostochnogo uchobnogo kombinata.
(Automobiles--Kaintenance and repair)

MASALOV, A to ".nik-nekhanik (UfEjl)*$ KOIUIIWV, M. inzh.; SHIGidlov, A.0
(48rnigov); DUMIN, A., 'inzh. (Leningrad); AYMV. S., slosarl-
Instrumentallshchik (p,.Kirovsk, Loningradsko7 oblhsti);
J)ROBYBHF,VSKIY, V., insh.; VVINDIXTOV, T. (Svordlovsk)
Suggested, dnvoloped, introduced. Izobr.i rats. no.1:40-42
Ja l6o. (MIRA 13:4)
(Technological innovations)

MEDUTOV. V.
Object nothod of teaching lised In &-i-ving, schonle. nvt.trarg-.
35 nc.7:32 Jl '57. (!,L,?A,io:,-,)
I.Jirektor Jvl'nonoctochnogo iich--~noro korbinatt~.
U.utoroblle -1rivers)

ACC NR, SOU'HCE" CODE.;; LM/0
ii~ 66/000/01 3/0126/0127
INWENTOR: Venediktov, V. A.; Vasillyev, Yu. A.; Popov, N. 1.; 24arkelov, Ye. V.;
Veynblat, '4. Kn.,, Dlyakov, A. P.; Shishakov, K. 1.; Yusim, L. Ya.; Skvortsov, A.
Kireyev, Yu. A.; "Suzanov, G. N.; Gerasimovich, S. G.
ORG: None
rl"ATIE: A fluid device for damping torsional vibrationb. Class 47, No. 183539 [an-
nounced by the Turbine Motor Plant (Turbomotornyy zavod)]
SOURCE: izobreteniya, promyshlennyye obraztry, tovarnyye znaki, no. 13, 1966,
126-127
TOPIC TAGS: vibration damping, hydraulic device, torsional vibration
ABSTRACT: This Author's Certificate introduces a fluid device for damping torsional
vibrations. 7he unit consists"of a housing with a hole for fluid delivery ELnd a
movable annular disc with a compensating cavity set inside the housing. The instal-
la'"-Lon is designed for more reliable and simpler filling of the unit with fluid
providing the faces of the disc or the internal surface of the housing opposite the
hole for fluid delivery with at least one annular groove connected to the compensat-
ing cavity by channels in the disc body.
Card 1/2 uDc: 621-752.2

ACC NR, APOO 5UU.L
;Vt,
1,-housing
2-nannular groove
3-compensating
cavity
4-disc
SUB CODE: 13
SUBMI DATE: 28Apr65
.Z~
Card 2 2

VENEDIK,rov, V.D., Inzh.
-AP Study of the operation of a birotational turbine in a twc-phase
flow with liquid particles. Teploenergetika 11 no.2%24-28 F
,64. (MIRA 17:4)
1. TSentrallnyy nauchno-issledovatellskiy institut aviatsionnago
motorostroyeniya, Moskva.

MAR

V29WIS.'i t I ~V. .
l~.-,)':`,'.-'-*' ' " -, t .~- a .. 1 z - - -- rwtn-er -A, rrL.)r3 with 10030
I .,;;. ".- - , , I . .. I I",
, , 1, ~ '. k J:,.A lc,..g)
- . Elf[.) r,,.-5: `17.
(V t hr.-, '. i :. i!.-~p , q",j (A i ead; Lile')

~VENEDIKITCIVI V.N. , inzh.; ZELENIII, V.M., kand.takhn.nauk
Use of electronic computers for studying the temperature fields
___ __ -----of -s-team--turb-1--i-~-otors.---Teploenergetika 9 no.11: 18-22 )1 162.
-15:10)--
(Impel.lers-Thermal properties) (Electronic computers)

L 232go-66 EVPM/T-2/ETC(m)-6 79
ACC NR, AP6012110 -SOURCE
INVENTORi Venediktov, V. D.
ORGt none
TITLEt An axial steam turbine with rotating stator. Class 140
No. 180195
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, no. 79,
1966, 15
TOPIC TAG$t turbine stator, steam turbine
ABSTRACT: An Author Certificate has been issued for an axial steam
turbine with rotating stator (see Fig. 1). To assure It* operation
f
UDC: 621.165.51-25

L 231no-66
ACC NR3 AP6012110
Fig. 1. Axial steam turbine
S tatQr; 2 mois tu re of f take
on steam having any degree of moisture content, the stator is equipped I
with moisture offtakes for the separation and continuous removal of
condensation. Orig. art. has: I figure. (WHIII
SUB CODEj 10/ SUB14 DATE3 IDJun63/ ATD PRESSsl~236
Card 2 2

77777
- - - - -------------
-7- -------
SOURCE: iw.nenerno-f
TOPIC TAG$ i gas f I ow, r.--7Z!(-" ?,I -.br-: -im rapor condenBati on, ad. abatic
exPanslOn , Ideal gas, heat t-ansfe-
ABSTRAWt The equilibrium flow of Fi (.-,a!-vapor mixture inside a nozzle is investi-
j E;Mted anulytically. it is assumed *hat this mixtvire is homogpneoug and that the
iflow is one-dimensional. It is also azriumed that there is ri~, heat transfer to the
4--he int tial vapor is dry and saturated, and that both components
"n J WL X ; "',
CEM b~ ta- ar-pansion is expressed by
Hc. - g'.C"T. I I(P,/Pj
+ T,'T,)(r, + c,.T,) + C,.r In (r/r,)I-
UDG: 535.6
1/2
F MR-W-15-1-T!, I I =0 I

L 26648-66
ACC NRs LP6CO7165
F~!,,tt -..ar-m .)r th~- -:g-ht Uie i&abatir erpansion of the gas component,
21 Dt VIOLDOr. Next, equations
1~ r AZ9 9 ~Ln 711','-r phasefl.
A set ul
Attire vere'.19 M Lx Vux-e

S/096/62/000/011/001/006
9194/E413
AUTHORS: Vencdiktov, V.N., Engineer,
zelenin,-T-.I~-,andidate of Tochnical^Sciences
T I The digital. computer investigation of tho
temperature distribution in a steam turbine rotor
Toploenergetika, no.1i, 1962, 18-22
TE'XT: A previous article (M.A.Kasparov and the present';,.uthors:
Energomashinostroyeniye, no.1, 1961) gAve tomputer-calculated
flonlogranis for determining temperatures and stresses in simple
cylindrical rotors, The temp4rature distribution in the rotor is
found by solving the equation of heat conduction in cylindrical
coordinates, with boundary conditions giving the temperature as a
function of the time and'the distance-along the rotor and giving
the value of the heat transfer coefficient at the rotor surfar'e.
Calculation of the temperature stresses is a separate problem
..involving the solution of the biharmonic equation for the stress
function y, using the temperature distribution given by the
solution of the heat equation. As the boundary conditions are
unknown, the equation is solved by successive approximations.
Card 1/3

s/o96/62/000/011/001/006
The digital computer E194/E413
A simplified method of determining the stress on the rotor bore is
explained and for the present problem the stress equation need
only be solved near the region where the above stress is a
maximum. A numerical method of solving the heat equation by the
method of finite differences ia describod. The method was used
to calculate the temperature and stress distributions in a
particular turbine rotor. Numerous variants were solved
including differences in initial rotor temperature, surface heat
transfer coefficient and equation for the temperature of the medium.
A flow chart of the computer programme is given. A single variant
could be solved on the Strela computer in about 20 minutes.
A similar problem was also solved on the faster SDCM-2 (BI-SM-2)
computer. Some of the results obtained are plotted including the
temperature distribution at the instant of maximum temperature
stre.ss and graphs of temperature-ais a function of time at various
points in the rotor are given. The temperatures and stresse-,t are
compared with nomograms for hollow cylinders (Energomashinostroye-
niye, no.1, 1961) with appropriate boundary conditions. Use of
the nomogram gave oxcessive error in determining the temperature
Card 2/3

S/096/62/000/011/ooi/006
The digital computer ... E194/E413
stress under the regulato.~- stage of the turbine, but calculations
by the nomogram were suffmciently accurate at rotor poaiti%ins
where there were no discs. There are 6 figures.
Card 3/3

87770
snA/Wooo/ouvoovoog
2. 6, 112,0 E194/E3~i
AUTHORS: Kasparov, M.A., Candidate of Technical Sciences
(Deceased), Zelenin, V.M. . Candidate of Technica I
Sciences and Venedi1stov, V.N.% Engineer
TITLE, Computer Investigation of Temperature Distribution
and Temperature Stresses in Tvil)ine Rotors
PERIODICAL~ Energomashirtostroyeniye, 1961, No. 1, pp, 1-5
TEXT; In determining their temperature distribution and
temperature stresses, steam- and gas-turbine rotors of simple
shape are sometimes considered as hollow cylinders ol'
infinite length. The temperature distribution is then found
by solving the unidimensional equation of transient thermal
conductivity represented in cylindr.Lsal coordinates and
written as Eq. (1). In solving Eq, (1), the initial
conditions are the temperature distribution in the body at
the initial time. In the problem under consideration
the initial temperature is taken to he the same at all parL.-
of the rotor. The boundary conditions depend on the
temperature of the surrounding medium and on the heat-trans
Card 1/5

S/ 114/6 1/000/001/ool/E7-7:1
069
E194/E3 -,
Computer Investigations of Temperature Distribution and
Temperature Stresses in Turbine Rotors
coefficient between the medium and the surface of th-,?
cylinder. it is assumed that the temperature of the
surrounding medium rises instantaneously from its initial
to its final value at zero time, With these boundnry
conditions the temperature at the. surface of' the cylinder
is found from Eq. (2). In order to make Eq, (1) more
universal, the problem should be solved in dimensionless
coordinates and criteria of similarity, These are given
as" relative temperature ratio of' internal. to external
radius of the cylinder, Fourters cf-iterion. F0 , and
Bio -s criterion, Expression (1) is then obtained in the
form of Expression (11), Solution of the Fourier equation
in criterial form makes it poss,~ble to extend it to hollow
cylinders of various sizes ,;ith various temperatures of'
media and body,
In order- to solve the pioi,lein on a comptilor, r(I-i (3) and
Card 2/5

P
0
S/114/61/ooo/ooi/ool 0 9
E194/E355
Computer Investigations of Temperature Distribution and
Temperature Stresses in Turbine Rotors
(4) must be written in finite differences. The method of
doing this is explained and expression (14) is derived
for the inner surface and expression (15) fc.r the outer
surface. These formulae were used to calculate the temperature
stresses on a "Strela" computer. The temperature distri-
butions and temperature stresses were calculated for the
conditions of design and operation of stationary turbines.
With the conditions chosen it is stated that the error in
calculating the integral in Formulae (14) and (15) by the
trapezium method gives an error of less than - 10%. An
error of this order in determining temperature stresses Ls
quite acceptable in engineering pract-i:e.
The results of the computer calculations were used to
construct nomograms of change of relative temperature on the
internal and external surfaces of the cylinder. It has also
been shown that the nomograms can easily be used to determine
Card 3/5

F, -1 717 ")
S/114/61/ooo/ool/ool/009
E194/E355
Computer Investigations of Temperature Distribution and
Temperature Stresses in Turbine Rotors
temperature stresses in the rotor when the temperature of
the medium that heats the rotor varies acCording to a linear
law along the length of the rotor. As this cAse 18 Often mot
in practice, the nomograms for the study of temperature
distributions and temperatune stresses in turbine rotors can
be widely employed, A numerLral example of use of the nomo-
gram to deter-ine the temperature and stress is then given,
In order tL check temperature stresses in designing turbines
and selecting itarting conditions for power installations it is
necessary to have a convenient triethod of determining the
maximum temperature stresses in the turbine rotors. The
computer calculations were used to construct combined nomo-
grams to determine the maximum values of temperature stress
in rotors of simple cylindrical shape,
By means of the nomograms which ax-(,, given in Fig. 2, various
kinds of problemmay be solved, For example, under turbine
Card 4/5

~, 7 77"
S/111i'/61/ooo/ooi/oo_1/oo9
E194/E355
Computer' JnvesLigation Ot* Tempera t tire Di.%tj,jj)jjt jon alid
Temperature Stresses in TUrbine Rotors
operating conditions, given the dimensions o( the rotor- and
the heat.-transfer coef'ficient at its surfac4.~ the magnitude
and timc of' occurrence of the maximum temperature stresses
can be calculated. The method of doing this is briefly
explained The nomograms can also be used 31Mply and quickly
to solve the inverse problem of assessing the heat-transfer
coefficient on the rotor surface from known values of
temperature stress, rotor size and heating conditions and also
to solve a number of' other problems
Calculation with these nomograms is much simpler than
analytical calculations 14'hen using 'he nomograitts to calculate
temperature stresses in ro,tors of more complicated meriodional
section.. use should be made of oxperimental corrertion factors
or indivLdual solution programmes should be drawn up For each
particular problem on a comptiter. There are 2 figurps arid
5 Soviet references-
Card 5/5

----VENF,DIKTOV, V-N-; PARTEMKIYO B.M.
Selecting the-groove angle for an inertia synchronizing gear- Trudy
Ural.politekh.-inst. n0-104:222-224 164-01. (MIRL 14:6)
(Gearing)
.f

VENEDIKTOV, Yu.Z,, inzh.
Electric hard facing of -Iide lbearzings. Faargi~-tlik 12 n0-1:35-30'
Ja 164, (HIRA 17:3)

/V T 6VJ
Subject USSM/Engineerini
Card 1/1 Pub. 29 - 12/25
AID P - 1963
Author Venedilctov, Yu. Z.
w
Title Repair of the crankgear, of a locomobile.
Periodical: Energetik, 4, 211-25, AP 1955
Abstract The author de-scribes a simplified method of repair
which he developed. One drawing.
Institution: Norle
Submitted : No date

Country -,USSR
Catogory :Farm Animals.
Cattle.
Abs. Jour :Ref Zhur-Biol,, No 21$ 1958$ 96865
Author Venediktova A, M.
Inatitut. All Mff-;~~-ecientific Research InItitute of*
Titlo The Prequency of Feeding Calves of Nursing
Age.
OrIg Pub. :Vses. n.-J. in-t zhivotnovadstva, 1957, No 2
(4)7 15-18
Abstract I Calves which at the age of 2 months were chan-
ged -from being nursed and fed 4 tiMSS daily to
3 times daily were not Werinr in terms of
their average daily weight gainji (808-810 g)t
the digestibility of nutritive substances in
their rations, the utilization Of nitrogenous
substances in rations of carbon energy and
minerals to calves which were fe& 4 times dail
Card: 1/1
*A-Iiwal Husbanciry.

7, I-A., Y I
N 'A 0 U
T**

*0 f"Sh-p4oft"t JUM4

1939, Ml~ 41, ~,3 ", &At.. Wer-a /b." 1440, No 1,
A. 34. R-W4tl%v 0- flu' w-tom of
a. hl, "if fir 1"Juitt or, I vapw p1m-, stul .4 Cl and 4 1 wat
1-1r,1 1,A vainiht,, cimits. aphAll, Itatim"
twr-t,A~.stkyq1,, rt~&,. nitrix-tiltik~ &rut buitpormc. T1w
-~,bprrnv vsmi,bm air vatuabic suti-
'loth f..
00 V
0 See
-0411
r
e 0

to
v

AL!
5*0
0

1
RO
. we 0

i tie
1:40

.09
t
I it `W
u It if to It
4
0 ff it it m 1
If
0 0 0 00 00 0
# a- *410 0

Y.E.11-EDIKT.OVAO M.G.; KOIAVITSKAYA, Ye.A.; GHUSHEA, A.G.
Changes in the cardiovancidar systen in myanthonia. Tnidy 1-go
1-241 24t169-176 163 (NIU 170)

ri ids
L-vt"rat~vi, Ki~ev.

V.;2TED1KTOVA, R.1.; VLASEVKO, I.V.
'L
Extraction method of determin4niy the moistlire of
materials. Zav: lab. 30 no.ll':1332 164 (,!IRA 18:1)
1. Institut avtomatlki Gosplana UkrSSF.

PHASE I BOOK EXPLOITATION SOV/4853
Akademiya nauk SSSR. Radiyevyy Institut.
Radiokhimicheskiy analiz produktov deleniya; sbornik statey
(Radiochemical Analysis of Fission Products; Collection of
Articles) Moscow, Izdatelletvo Akademii nauk SSSR, 1960.
134 p. Errata slip inserted. 6,000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Radiyevyy institut Imeni
V. 0. Khlopina.
Ed.: Yu. M. Tolmachev, Prof., Doctor of Chemical Sciences
PURPOSE: This collection of articles is intended for persons con-
cerned with the radiochemical analysis of radioactive isotopes.
COVERAOE: The series of studies contained in this collection were
carried out at the Radiyevyy in8titut Imeni V. 0. Khlopina AN
SSSR (Radium Institute imeni V. 0. Khlopin AS USSR). They are
Ca"-i/6-

Radiochemical Analysis (Cont.) SOV/4853
concerned with tge detgrmination of fission yields during the
splitting of U23 , U23 , and pu239 into 14,Mev neutrons and
fission neutrons. Individual studies deal with radiochemical
methods of separation and purification of the followJng fission
prodqcts: Sr89J, Sr9o, Zr95j, Zr97 M099 M0101 .0 M0102 , Rul03.,
Rulob Pd112 Ag ill, Cdll5, Sb125: Te136, j132, Ba139 Ba140
j140 4;, C055
and La as wel as of the followin isotopes: Ca
A874, Au06 P AU196, T1202p T1204, po2fo, and U237. The
separation and quantitative determination of most Isotopes
were based on the Isotope dilution method. The chemical
operations for each of the isotopes were carried out at time
intervals that depended on the radioactive transformation of
the isotopes. No personalities are mentioned. References
accompany individual articles.
TABIZ OF CONTENTS:
Tolmachev, Yu. M. On the Radiochemical Method for the
Determination of Fission Yields 3
Card-la/-6--

Radiochemical Analysis (cont.) SOV/4853
Tolmachev, Yu. M. On the Arrangement of Chemical Operations
With Respect to Time in Determinations of Fission Yields 13
L. P. Rodionova and Yu. M. Tolmachev.
Method for the Determination of MOB 28
Mookallkova, E. A., and N. B. Platunova. Determination of
Short-Lived Molybdenum Isotopes 35
Venediktova, R. V., T. A. Illinskaya, N. A. Pavlova,
L. P. Rodionova, an M. T 4tachev.. Methods for the
Determination of BaMua-nd La? 37
Osipova, V. V. Determination of the Short-Lived Barium
Isotope 43
X.Vened ova, R. V., and Yu. M. Tolmachev. Determination
of AgM 47
Blinova, N. I., and Yu. M. Tolmachev. Method for the

Radiochemical Analysis (Cont.) SOV/4853
Determination of CdI15 52
Moskallkova, E. A., D. K. Popov, and Yu. M. Tolmachev.
Separation and Purification of Radioactive Isotopes of
Zirconium 58
-,,*,Venediktova, R. V., T. A. Il linskaya, and L. P. Chernyeheva.
Determination of Radioactive Isotopes of Strontium 63
Blinova, N. I. Method for the Determination of Sbl25 68
RDdio 9 a. L. P. Method for the Determination of Te132
2
and J 75
X Venediktova, R. V., I. T. Krisyuk, E. A. Moskallkova, and
A. K. Permyakova. Determination of Radioactive Iaotopes
of Ru 81
Naumova, 1. 1., and V. N. Ushatskly. Determination of
Pdll2
-C4=Ljq-6- 85

AUTHORS: Protopopov, A. N. , Tolmchev, G. M., SOV/69-.5-2-5/36
Ushatskiy, V. 11. , Y_enadik1ay&,_R. V. , Krisyuk, 1. T. ,
Rodionova, L. P., Yakovleva, G. V-.-
TITLE: Distribution of the Mass of Fission Fragments Resulting From the
Fission of U235 p U238 and pu239 Induced by 14,6 MeV Neutrons
(Raspredelaniye oskolkov po mazsam pri delenii U235, U238, pu239
neytronami s energiiyey 14,6 Mev)
PERIODICAL: Atommya, energiya, 1958, Vol. 5, Nr 2, pp. 130-134 (USSR)
ABSTRACT: The reaction H3(d,n)Ha4 served as a neutron i3ouroe, the deuterons
being accelerated up to 170 W. Irradiation of the nuclei to be
fissionea took place by means of a medium neutron flux of
5 . 108 r~cm2.sec. Irradiation lasted from some minutes up to
8 hours. Separation of the fission products was carried out by the
method of isotopic dilubion. The separated elements were brought
into anhydrous or non-hygroscopic compounds the absolute
P-aotivity of which was measured with respect to the satumtion
activity of Mo99. The following relative yields were measured:
C a rd 113

Distribution of the Mass of Fission Fragnents SOV/89-5-2-5/36
Resulting From the Fission of U235, U235 and pu239
Induced by 14,6 MeV Neutrons
U235 U238 pu239
S r89 0,86+0,o4 0,55�0,03 0,44+0,02
S r9' 0,9610,07 0,65+0,05 0149to,03
7, r9 5 0,97�0,04 0,93�0,04
zr97 1,16+0,05 1,02+0,05 0,96�0,04
M090 1 1 1
moi0i - 0,99�0,04 -
M0102 0,71+0,08
Rul 05 0,28+0,02 0,39�9,03
Agill Ov22�0,01 011m,01 0,34tO,O2
AgI13 0,22+0,02 o,16+o,ol
Card 213

Distribution of the Mass of Fission Fragments
Resulting From the Fission of U235, U238 and pU239
Induced by 14,6 MeV Neutrons
U235
SUBMITTED:
Od115 0,21+0,01
1131 0,83+0,05
Ba.140 0,86�0,04
The half-life of Mo99
There are 3 figures,
Soviet.
September 12, 1958
U238
0,16+0,01
0,91+0,05
0,80+0,04
SOV/89-5-2-5/36
PU239
0,28+0,02
0,64+0,03
was measured separately, T ,2= 67,2+0,2 h.
table, and 16 references,'i of whi-ch are
Card 313

PROTOPOPOTO A.N.; TOIXACHBV, G.M.; USHATSKIY, V.N.-,-VMMDIIMWA --Aj!j-
KRISYUK, I.T.; RODION07A, L.P.; TAXOVMA. G.V.
Hass distriltAon of fragments remdting from the fission of V~~35,
U238 k-
, and Pia --I induced by 14,6 MeV neutrons. Atom. energ, 5 no,2:
130-134 Ag 158. (min ll.-8)
(Fission products) (Mass spectrometry)

ANDRXYIVSKATA. O.V.; VOW991i 10-4 1 YAMINTSIVA, A.D.; IASHKOVA, L.P.;
TOIAfACHXV, -rT.T-.
Interreaction of binary uraniumW fluoride and ammonium w.3h
alkali cirbonate solutions. NLRA 10:5)
(Uranium fluorides) (Complex compounds)

DIW11'rSYNA) V.13.,, a8flistent; VENEDIMOVA, T.M., assistent; VINT, L,V.,
assistent; BRADIS, A.V#, star5hiy prepodavatf-11; Y~-111,107.SKIY, V.S.,
dotsent
Content of some ralcroelements in the water and uoils of tte
"Zavety Illicha" Stata Farm in Kalinin District, Rahnin Provii.cc..
Trudy KGMI no.10:1r'-'-Ig 163. (MIPA 16:1)
1. Iz kafedrv obshchey khimil. (zav. kafedroy - dotsent V.S.
KlllnovBkl3) i kafedry fiztkl. (.-,av. kafedroy - --tijrsl;iy prerc-
I-) gosudarstvennogo mcditsinsRcgo
davatell A.V Bradis) Kilininsko~,,
instituta.

VENEDIKTOVA, T. N.
"The Role of the ~arvtt45 Syster. In Proco5fes of Digestion ,~nd in 11- r-tysiolory -,f 'hirst
Inst., .15.
in Farm Animals." Moscow Oblaet Pedagogic A Chair or zoolocy, Yomccw, 19r
(Dissertation for t~ie. Dseree of 'Vandidate of Biological Sciences)
SO: Fnlzhnaya Imtopts' , No. 22, 1955, T)P 93-1015

V E DI " C11, !~%
' txi~n,111-
.~J,,n,71F, r,nd ctr~tiJ-2 )
0,,,
,
ntricit'
Corrections as a result ot ecce
lation. i~. 16.
11FAINIKA, Sofiya , IIol. 4, tir). 4, Apr./,v!,y 1,2-;5.
SO: MonVnly List of Etist --uropep-n Accession&, Lr,. voi. 5) -,Ic. C June
Uncl.

vXMIUOY, V.
IM.". f"v2VMdwxwWl
Noninductive potentiometer. Radio no.1:42 Ja 157. (XLR& 10:2)
(Potentiometer)

SELYANIN, Boris Vladimirovich,, ERIKH, Vladimir Nikolayevich;
DOBRYANSKIY, A.F.P prof., ret6enzent; JEE~ ~Xe-X-,
prepodavatell, retsenzent; FROLOVA, V.K., retsenzentj
BRUSKIN, D,M.,, ved. red.; YASHCHURZHIKSKAYA, A.B., tekhn.red.
(Industrial analysis of petroleum products and gaalTekhnicheskii
analiz nefteproduktov i gaza. Leningrad, Gostoptekhizdat, 1962.
367 p. (KIRA 16:3)
1. Leningradskiy universitet (for Dobryanskiy). 2. Groznenskiy
neftyanoy tekhnikum (for Venediktova), 3. Zaveduyushchiy labo-
ratoriyey t4oskovokogo neftepererabatyvayushchego zavoda (for
Frolova).
(ietroleum products--Analysis)
(Gas, Uatural-Analysis)

VEhEDKOV, M.
Density of tr1angulati-)n stations :!nd polygonal networks In connections
with agricultur--:1 rcconatruction. p. 141. E-ulgarska ada-demita no naukite.
Teknicheski. institut. EVESTILA. Sofiya. No. 3, 1955-
SOURCE: East European Accessions List. (EF.AL) Library of Congre33.
Vol. 5, No. 8, Auc-ust 1956.

KJL-(DASV,CiV, David Aloksoyevicb- ;rjrimal ucilaqtiyo LANGE, YU-Vo;
VEliKOVA, ye.S., red.
- kloio 1,10'kvRo lzd-
ro thetic adhesives] Sinteticheskie (AURA 17:6)
vo "Khimlia," 1964. 491, P.

VENDROV, I.G.; BOGUSLAVSKIY, L.B.
Greater daring in the introduction of honferro= &ad ferrous
metal iqubstitutes. Metallurg 9 n0.708-39 Jl 164,
(KIRA 17:8)
1. TSentraltnaya nauchno-isoledovateliskaya laboratoriya
Upravleniya mestnoy pramyshl~nnosti Donetskogo soveta narodnago
khozyays tva.

'VENDROV, S.L,, red.; NIKULIN, P.I., red.; SHIROKOV, V.M., red.
[Material's of the First Tec~mologiZal Conference for
Studying KiWbyshev Reservoir] Materialy nauchno-tekhni-
cheskogo soveshchaniia po izucheiiiiu Kuibyshevskogo vodo-
khranilishcha. Kuibryshev, Komsomollskaia gidrometeorolo-
gicheskaia Obsorvatoriia. No.l. 1963. 245 P.
(MLRA .17:7)
1. Nauchno-tekhnicheskoye soveshohaniye po izucheaiyu
Kuybyshev8kogo vodokhranilishcha. 1st,, Stavropoll-on-
Volga, 1962. 2. Komsomol'skaya gidrometeorologicheskaya
obsex,vatoriya (for Nikulin,, Shirokov). 3. Gosudarstvennyy
komitet Soveta Ministrov RSFSH po vodnomu khozyaystvu,
Institut geografii AN SSSR (for Vendrov).

cf
(FICL,
raha , Czecho~;., cv., Ida
6o: t luropetin ch lV7

VEnTil, M.
"Rice and its water require7wnt," (p.31). BIOLD'jIM SBO.-,L',IIY,. (Slovenska akaderia
vied a urneni) Bratislava. Vol. 7, ~;o. 112, 1952.
SOz East European Accessions List, Vol 3, No 8, Aue 19,111.

00000000 A-10
71
of POII~Itx antWIR&OIS.

t ckmdf"&n
RSTWOG Od tbv I A. A: R
A.
rolwitl 6. M14,14MKI-N). rhe products c%Id- trims
1,11urnels with petrolcum ether (.11%, arc: IL Mill- of
li~iujd said. and unsaid. fYclic hydracarimm (10
fatty acids (11%). "id high mol Miss (1.41).
Cyclic let hydrombMA CW;IW'ii)P-W33' C atme.of
the =F f"runsim (Cil.). of the PrAylectsene wt*$
neutral my-amptis, Aroissiderable
part of this fractixm is a neutral lar4ike Pubstarim (97c)
4 high mol. wt., Conti. sk-. and carliontri VMN, and
al CmInecting (). The trinalning fraction in is mist,
Of ILNnpkx hydroxy-telits rillsling, lit part, in anh (I
:n,1 lactonle for"14. The IfartkIm ttid. with CA. X.
nd cHCh conxint mainly of high mqJ. wt. cornlids. ti
the phersol -raftm yfic aciJit. The irk.-henzene u4.
nt thiq coml d-xv-s n.t moitain wax". A. A. 1'..

.00
.00
_60
16
00
coo
see
g*0
zoo
4 2*0
S L A
lit 0 be,
--T
is
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lim 00
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p
arid "Ited In the tuvr9ilgatiem mijained.- C M,-tj, .00
II3.I9.N4.7f)andOCI42237o lbeFebumateswere
d li
Jii *0
n
umate loin. of No wit h
prfixt. by (I I "it. the n
fhc sq. ~4n. (it 4alls of fiTirtlus. or Imic- oxide and changing ~**

00 a the pmportion4 of the Wiro: (2) shaking the burnic iicod .00
with VrCf,*, (3) shaking the bumic a6d with an a1c. 631n.
ff-W4
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f F
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rted w
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o
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t
f
hi
h
h 41*0
Wrrr f
pta
fird
ry was
e
umate with hat Ift
N
ng t
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;. t

0 In the Ve humate, rKh hytiroxyl COMIA11" with allnut 8 A.

w4th I
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A
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mn
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a
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y,
arid. Th- im-sence of fertrous Fe anylti atti tbt ovidol ion
8:41114111
of the humic acid coulide-rably om that with feffic Pr. zoo

0
00 d The humates obtained by both typev of Ft ults a" "juiv.

A:
I ' W
1 In their oxidation abibly, which incTraws with the imyrasr
f F
id
i
h
i
f
h
i
h
Th
f
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o
e ot
t
n t
umve.
ntens
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at
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ty o
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Idr-GO---
~, 4 uma
e
s oc
e
epen
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em
ca
y upon t
ne
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y cum
and is not affected by the total *rnt. of Fe Mt%rnt as ad-
I ~
, mixt. A. A, ItorhilinSk _01111
00
Is

A WALL
4 S 0 - S L
U96KAL WIRAIL-11 CLAISIFKAT4- 00

Wof Igo 0

V so AS

a go a
a it IN a a I Ar so 9 0 3 9 1 WW
KID a I iss

Oio 0 0 1 0 0 0
11 111 a 0 0 0 0 0
0 0 0 0 9 0 0 0 0 0 111 0 0 0 6 0 4 00 90 0

of 0 0 0 * 0 0 0 0 0 0 0 0 0 * 0 0 00

* 0

V*' 49 O"OW *we 0 0 0
98~, )I#iiii ?I *I'll It 11 " " 11 0 * At 11 b a 30 0 a 0 a is 1 a m 3? a
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00
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'to amin, all Im4ency past to as
1
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T
=
1
an
.
rv
s C
OM
'
OW 1. U. V&W. xhile. 40t0 T*Oivo 4. t(YT-13
(1WSr=TW-WPft1drWR(xA% i itila Wit-b"fing in
PtSt &I't Wfpnkk=t Of US COUtMt (4 CCHUfaMe. PMOC
is 0z subamsm isavrowe the Wit-beatt"g, alihmigh no quant.
0 .3 rtutim is knows. ploworitilly thip procra d"Oda mainly
upon the mkicbUoCkal and pitylical conditilloo of the
Twit. The toW coment of ash mod particulasty the
S, 0 cvmtent of Fe do twt tridirate the tend. ox v to self-ignitim.
The armaist of P4t morlbitied with the hurnic outAtsom of
00 the peat bearoo& c$w irlatim too-11-ijoilitm.
R-hili"Sk

00
0

U 0 AT e LS 19 To to to to 0 K K 9t of a of a IT It
0 0000
SO" 0 0 0 01: 00 #0 *0
A
ofii7tl aw co-I lot
W R I W N 2 A 4 2 a I
0 0 *1:* 0 0 Q 0 0 0 0 0 0 0 0 0 0 0 0 q 0 0
0 0 010 0 0 v a 0 0000*00000000
040
_00
I-00
of
!'-00
.00
600
=046
40
zoo
60
zoo
too
see
be 0
Dole
life

vety'aR, T. M.
(f1c)
1. K~,HAV;ffEV, N. VENER. 1. 11.
2. USSR (6(jc)
ItQuantitative Detenaination of Isidole in Coal Tar," 17. A:.. Nauk SISSR,
Gtdel. Te?h. Nawk., INO. 5, 1941. institute of '..ineral Fuels, iicaule.-V of
113ciences USSR, SubF.-dtted 5 Feb 1941.
9. Ift Report U-1530, 25 Oct 1951.

T
or 'coal Tir.11 T_. Alf. "auk
itObtaininr. C,"tbf)lic Acid from Fhenols
of
'n
?0
e,:h. , , . 1-12,
tted 2 Aur, 1%31.
-M Peport Ti-1556, lb IVr. 1951.

A A

00 two MR fraits dw Pbodiall of cad ut
A M. Vetter, 11101j, d"Ij. $tv Vfif -
S.S.. (14140 1(i. th 19K 49401.-The phetkil-crr.
0* 114,1.4mitf tar is 1tested watb N4011-activatr4l Ve preptl
09
%-4",r -ph&" puriftat kin, t Iw ptwo&A is passrl into t he om -
0 Sawt Am, at Its the hql%W-PhAw pr,wr., the
Miuml-Fe agent is IMMt.1 &rretty to The phen-44-n-4
-
. fna,$$
fraction In pints. 91 approx. 5
V
bcatvd ufukr a trilux con,knwr W IM h.p. rof the lklul,l.

:e, 4approm. IMP) for 2kn. The j1hOjIobj&Iardnj.:H) 4W.
Thiophmol rewts with the fre ftaput to into, henwnr,
00 TIWJLmt.G1b"1r"eobt&irwdw&~
hppfox. fr. -,atulotbipOwnyl approx. A%of the thiophrmoi
iv
u,"t. Tb
~~s stem Purified in the vajuw pba,~ in a
tubecants. IMIS. ofthe Fervagirnt, redumi with If
M11
hrs. at W; in the liquid pK&W. in a 812-
fL-L,k With a reduz rondenw. The purifA41 pnAuct wa.
90 2 .6fied in ~ bubbling cojumn with 25 plaits, y4riding a
1
nA
f
15
8
b
l
7w
-1
ff
raction
ffl.
1.
1%
m
Noft"Swatfound. Tberewtk)n ofthiophenA with the

e FercagentbervialI75% Fere-
agent (40.0g. reduct4 at.NW) reactrif at ZVJ*, with 21,4
o"
-00
lee
; zoo
xOO
so e
19
411111411
J
see
g. thiophenal psaied 21.4 X,, introduced at the rate j
4,J
A :01!./hr, to givr 12.2 jr. of liquid product stiff fiws mi. (at
F
iN :1 IN ,of gas (92% of which was 11). The Hquid reactitwi
P-In" was rectified to girt henn-ne and bi A F,Klr
too
to 0
Isms
FO -U Y'll
t 8 Id o 0 W t w a o a 4 2
I ~ 14
0 i 0 * 9 09
* ie * * 00 00 * 0 0 0 & 0

all I, Oj *I 1 0
A I f.-S -L--j. -j ii
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The I n- 0 V,,,mk 1047,,
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00 11sam. Ille tirmcniary anAlYsk )I tile 111VIM c
00
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:.
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asm V V V In V 0 W a V 9 An 9 V In Mriv-1" - I In -.- .
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t$ SO 11 it 0 a v a If 3% Ip
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I A I L 1-1-1-i ... A-A-A-L a 14 r 9 1 1 1 If 1 1, t, 0 (t 11 t 1 4-2 1 A I I
I
004 IS, -1- j- 1-4.1 - ..P
041A,

09A
40 t,
00*
001
*0 a 7 -00
DrigrajoAlles ad Pyridlav Bases in III& rraduds at .94P
0 0 If tho Coke-CbeadW Industry. (in Russian.) M. M.
0013 Karaysey and I. U. Vener. Bulbtix of Aradt"sy of
Scieners of the U.S.SA, Soction of TerhOviect Sci-
0*0 exers. July 1947, p. 913-M. 4*0
00 Glyce a detalled description of the development of
a colorimetric method using bromthloc =00
which Is vald to be much more amarato
00% sulfuric acid extraction method. Moditication for
analysis of ails and of saturated alkaline solutions,
004
respectively, are given. go 0
zoo
g
200
Igo o
IuA*
&*a ILA NITALLIA10GICAL LfTIVATL49 Ct,11111FICATICK boo
voo
..0, .,f -*#SAO) 30 41
U is AT 90 ts-
0 It to MIS ItIt KUM It ItKWfl 1~14
0 0 0,0 41i'l 6 0 GO 0 * 0 0 0 : : I : : *1* 0 0 * 0 o 00 00 0 0 0 o o o o
!10 -*4
'i do : 0,0 0 0 0 * 0 00 0 * 000000 0 V
at 0 0 so 000000

A-1 --L-A
So 4T
I"
06. 1~ 100 MAMINCION 01F TAR FRW! PYROLY313 O~* K~OVISINr. Xaravaev
tjN and 00
00 Va9?r'-I. U. (bull. Aced. Sol. UoS.B.P., Div. Tech. Soi., IU48, j-00
0 41 6314>41r.- Condenser tar f rom the pyrolysis of kerosine was
fractionated into four cuts, below 170*C.. 17CC200*C.. 200-300%. &W
0
230-240". Hytro-car;3an-group analyses of the last three fractions Oo
09-1 were node, and they war* examined for their content of indone. naphthal 66
and methyl-naphthalaw respectively. Further re-distillation and Analys. zoo
showed indene (1.4%) to be present in the 175-1620C. out, naphthalene,
o0 0i
00-3 (2.0%) in the 200-230%. out, and =ethyl-nap), thal ones (1.8%) in the zoo
00, 226-250%. out. The yields are calo. an the original condenser tar; goo
00"t the mithyl-naphthalones consisted of equal parts of the #P(- ando-
isomers. A s&mplo of sludgottom kerosine pyrolysis yielded 3.2,', of
!:.goo
mixed mathyl-naphthalenes. I zoo
;goo
U Do
#,ILA OtTALLURGICAL UlegAtW1 CLA&UPKAPOS
'i LA I
1 14-~~tw-q-j I'T., -- --"--.-- - -- - --- 1: ., - '- '~ --9 IQ.,
.411J.4 It Ott iiiiii not Cmi iii
. -, I --9-T
U a AV fo "; . . . ... 4 . 1
'0 Is D 0is0it W 4 01 M 9 It n It
40~00-0000000090000*0041
*-*-" - 0 -*10-0 0 0 0 0 0 40'a 0-0 Is 000
0 A I I
00*10*0000toostsoo6*069
0 0 *1* 0 o Is &000096060*606

g4m

Offirilaw, ---

AL 0 1 1 L
00 So
tho Mgxltn froca Nos"* basim. A.
'
ter. l
wAapv 140(wa S. V
c ;
. 00
tif *k..bmrhw evin, and yW& on Im-temp. cubacim- :0 0
A. A. KwhthoAh -0 0

-00

0
0 j =00
000 coo
400
coo
00
o V COO
so 0
goo
.00

L-0 0

14 0 41 03 it
i An I s 0 -1 )v -$*'I,
IV 16 0 If It
t
0 0 0 0 0:41 0 00 000 00 0 111 111 0
00 0 4 9 0 e 0 4 0 0 0 0 0 a 0

I F-ALLM V W.1- -
00000000 be :0 0 0 6 4 0 -4 04-0 OW
1031 1 lot 6 P I I %till .1 !_ - ~1. . I I ~-, - is ~11 17 1 ~--
J. I U 0 ILC kV 01 1 0
4

to =Imom at me *#"a *ad f4prop"to $0416 so jh*
1
1. A. Von" am"I R. 14. (Iolir
1
-Ibm twitile
TIscompeoptUteis

so Al blum Ish 4CIM aw b" They contain. rap.,

96,7
74 1 OR-
04
1
H
0
w S 1
ATh
37
3

11
' .
.
9
1
.1
m
0,
.
,
.
no olm"ifik' Puniness contain votatik oubstantis
11
4111 :
1 3111. 75' 7, C 7011219 7943; It 8.1th, 8.41; N )Ad, 1.04,
4, 11
4 14 Ii if) ii
O
di
4
.
.
n
atts. skry gawr tar 7.2.
%
363, 1.
.1 11ii l'i 7 3 9;' wask-oke 4113A, 42.7; 1" And
'

j
k~s 12 A 04.8%, rimary Vito mmialmed Cf4 131.
~~P
17j; 0.2. 12 it. CO 9S. 1($ 11) 3 8 d. Colt
'
'
47.6. 40J; SMJ N, 33.0. 13i~;:
fib; to,
hi;i ~P. W
'
LOM, 0.9m; Xmigirr viorealty it" 3.1"
fiash Pow
IIA*
; pow pains
-. -11% 11.0 2.05. 0.411%;
JIA 0
01
64
0
l?
11
10
7
1; N -
84
M); It 8
jrR2

i .
.
.
.
,
.
.
'
,
.
,
'
Ino.119.0,115.3; pbramIsYS.78.4M.
s OCWS 0.19. 1; limphalifft" 1.0. 1.00; and paramn

00 I film" S(V W) Q 17, O.Met'. A. A. loarbilingir
is
0 0
too.,
)1
so
.00
-49
.00
466
I
1'11111411
91111
i'v 0
L46 0
As
,so
.00
00
'100
0 0
t:00
I,*
0 0 0 0 0 0 0 0 0 0 0
-is-so -0-00 0,411 0000 0
or 0 44 4 3 9
0 0 0 0 0 0 0 0 0 0 0 0 0 4111 0 0 0 0 0 0 0 0 0 0 0 0 0sit
0 0 0 0 0 0 4 0 vs 0 0 0 0 0 4 4 * a a v a 0 0 0 00000 a

I
I 1:1 It w 11 a I? a It 0 1 2? Is a a v 0 10 0
! q Is I
I V A v Z
T ago
'1 42 - Is
ZO

-A L
I F 2 IL, I
"
it? ..D jw C*D!pl _
O 0

.0 o
CUMJW ChuscladeficIs Of Coal of the Ralchilthiask
:0 4 1 d*pWt. R. A. Venter and It. R. Galle. kinow. Imr.
- -00
d-10 rOpisw7
.M MIM.-This I, a thin 1"Wft 14al
0 of burnous, origin, It contains .14 0.1".49. mh 111 11.
7
maiotur* 37-4o% and its Grit. maw awstalas V
,IF 71. If
0

I
j b 4 5
'
o Imse an 1. of hunlic *L*10. and & very mall
3i
1
l JO 40
.
l. f
.1 "Men oul
t
n sk.-C.U.. Tests in the Fivlwr
aluminum retort yielded 3.4-41j~~i primary tar contg.
h
t
CW41
32
b
J
Ii

O's eno
y
.
.o
, car
axy
c at mg. lbawo
p
12-O
0
M
anti neutral Pubstaners (16
81-1112146%
T1 no
ol .
.
,
.
,
w
inu
s i
t
it
bl
f
h
0
0 3 s no
su
sly ga
a
e
or t
e synt"s of liquM 1~1
pr
iw*uw of its nxnpa. It hat a ra3arilk vislac c4 MAI- 9* 0
00 MIX) cal. (calcd.). The wmicoke contains moisture
L&S-A.SSandmh 11.37-11.78; thecombustible matterenct-
tains C MAI-WAI and It 3.26-1.10%; the calocific value
it 7WI-"#M cal. Destructive hydi,nmitathm 4 this roal
,
1400
in the fwewr" of MA ( 1%) Cwtaly't at 4M
U"f a "41
'
prrmuir t4 w-Imatm. five Wmin. liquetire IWI I- (M.
#Vrr -see
-f the "at and may yield a motcw f1wi. it the "at is fired
f
h
torn t
e contponent rich in fwain. A. A. NxIlmny
00
0
"0
-
00
n
!
se
64,11; swill'.
014&11 u
ti ti son,11i SSIQ4, -
'

U
;o
Is Is It is K it 4
6 0 * * * 0 6 3 Is Is I do 4 3 0 q
TA An
RM A I i 14 0
0 0 00 0 0 0

'6 00'6 0
*
--7
-1

00 A

00 21
C%"SITICN 0? A DIM= rROM CREUMMOT COAL.
41
!_
.0 , 6
M& Oralalkova. Xhim. Wordogo ropiiva 6. 1935) The
1
(
~

09 t &
products oxtd. from bitumon with petroleum other st a alit. of liquid
~
"U. and unsatd. cyclic hydrocarbons (10%), fatty acids (1.3$). solid high
vol. wt. parWjns (I.U%), cyclic cW)Iox bydrocarbons contg- 30-32 C &%ose of
the general foranas, (053S)z of the polyterp*ns **rise (1%), Wd also
-
-
ldor
blo
rt of thi
A c6
f
d
ti
t
t
l t
t
l
a
s
rac
on
s.
me
o a neu
neu
r&
ra
ar
comp
pa
oz7

'3 like substance ($%) of high mol-"., contC. ale. and carbonyl groups, ad also
zoo
tl~ a connecting 0. The rnaining fraction is a mixt. of cosplex hydroxy-selds, coo
existing, In part, In araxyd. " lactonic forms. The fractions extd. with Rao
06N mac,. mA CHC1 consist Waly of high col. wt. compda. of the phemol-
(A
P r
no alc.-benzeno sol. bitumen of this coal does not contain
4uw
xyllo acids.
A. A. P.
coo
` W'J
tt 0 0
Sk
"TALLUEr KAL LIMATLAI (LA11WKA14*
~" ~'- :': . .-- v
U a At W to 9 A 3 1
I -6~116
0 0' 0 We 0 0 0 0 *1
4--0 0 4~~ 0 0 0 0 00 9 000 0 al* a 6 0 0 0 0 0

A, A
'
"'
~
I I It 1) 0 W 4 11-0 ITS

t
Is
0 0 11 I'm so 111114101
0-:60
1
J 71
1
A
00
A
00. I

!IsI .

~
1
.
L

'11 of a-bowswei &am CbwsQjtbmv ow. a,

tkal'itilitma.
L. U. Khtno. rwftirp
- f
-Th
r
t
d
td

:04 .
rom
w
s v%
u
e p
pctrtpkutn Other (43r;1 age: a Milt. of
-90
liquid Astd. and unssid. cyclk hyd
"ne ot~:
(11'4
wt
dw bi
h m
l
m
7~11
(13%)
.00
og ,
.
o
.
o
.
fat t 7 me
. e
g
Wx bydirocarbons "Intg. 30-32 C atoms al 400
:0 4 fortauls (Cjfo). of the polyterpew As w

00 AvInsiderabW
t
l t
111
f
ti
b
t
hi
(11%)
0
04 ar-
o a stittra
te 9u
s
on
s
ance
t
rac
:rwrb MCI. wt., mutw, ak. and cwbmyl poups, and
i
ning fracilon Is a mist.
six* a conneciine 0. The rema
part. in ank
j~m=hydroxy-acids. exWing. In
f
Th
keelo
s e
td with C~H
r J;
see
0, arms.
.
x
e
u
,, a
, COO
and CHCl~ consist mainly of It PCIS. of
the pbera-CatM& WMS T1. '112CM
t
l
hi
l d
A
A
P
4794
q coa
n" not con
n waxes.
a
.
.
hituiports of t
, 400
400
woo
e
C
't Wit w
0 0

Al- ~L.
it .11ALLIPIPCKAL LITERCILOWE CLASSIFICATION Woo
.- _ ... 1'..
21111 6
i -- _ - . - . ' - .____
woo
1~*~% ; . -
io t
4 %a III#) I. 4-
S r --. goo
AS:
'
U w
4 4
4
'
'
'
,
'
'
6
;
t 0

0
e
; o 01 v
0
o o %
0
o
0
o
o
0
0
1 0 0 0 0 a 0 00000 0 ooo 0
0 0 0 0 0.0 0 0 e 0 a 111 0 4 411 0 49 0 0 14 0 0 a 0 0 0 0 0 0 0 0 0

,
-
1 d
0 *
4
0 0'
i i il
i
~
~ W
N
06 f 1 11 m
0 a 11 a 13
it
l
.
.
.
. .
.
a
,
1
8 o
. . 11 A,
A
e At
-2 '1 1 AO CC
I
i '
.
1 j
- 1
a
a A 9 jA- I L A 1. L-.
..C' A" 41. 1#Cj.$

0 a invastigatioa of tho bitmens of Utia"If Comila G. 1-

NAmat
SI-4141161V and rwiete ro&v
A 1, No. 4, 23-01110)), of. C. A. 23, 1W.-Iliturnen W'
with a twusem-alc. miat. hum Moscow IkAprik-ov 0 0
)xtpwn ~l yielded vAne ivat in. W-73'. The loilumen
cmitain"I hydrurabo" tn. abixit .34-43*. juded 1,1, Boo
its bitumety. this COW timpiel a Position Inter"w(lime
1 lictwe"It the two" "at at central Gernisny and the
00 llalrottAc lAtuntin"As cost. The rv-ins prew-rit in thr

,
'itunten of (be hfoscow coal air chafacirrised tW a very
fish 0 c'mirrit. A. A. florhilinxk L
%
0*0
2 coo
00 A --0o
moo
!we*
age

14 ;A-, -e. H] a., j4I
1. 1~
I -- . 1. - .
a., 0,
u 11 AV mo is, , , , -
I 1
a IOf 0 of a n It a 1-V - -- -i--
4 1 1
W A I OW 0 4 v I a so I a a 3 1
Is
l 0
0
0
0 0
a
9:
0
9
g
e 0
0 0 O
0
0 0 0 0 0
4
0
1
6
4
4 0 o 0 0 0 0
0 0 9 0 0 q
:
000SOM9 4*000 00 6660909 090
004 4 0000*0000400900 0;

SON
**A
004
ood
luto Ame #o"04146 Amts
bwaamat"m .1, cogs& G.Lift"armvew
-SaW44"IlL TMAML T601- tw 1. No. 4.
44-19badift Ifth WRQR Ykided,a we'
=,r. 36-4n * Tb6 naim an by
'00pow Tbl udistulk betwomompal
OUL
Cc. ABC (4)
-4 fle 010 0 0
60000 -0009 _*_WA 0-010-0 0
N v I ff p 9 a 4
J"
oo****ooooooooo!
0000000000000001
--
I ZOO
GOO
'00
000
too
:;so
000
,woo
goo
!&see
.1-00

VBIU, 14jos, oklevoleo gepeumornok
Formation of accurate inside diemeter for heat~reslsting glaas
tubes by mean of vacuum zuction process. Finommechanika 1 no.
10:308-310 0 162.
1. Budapeati Orvooi Muszergyar.

VENER, IAjos
Formation of the accurate internal diameter of refractory glass pipes
by means of vacuum pumping process; excerpts from an article. Rua 3/
elet 17 no.24t15 22 N f6g.

YUGOSLAVIA
lU Oct 63
VEITER,, Norbert
Chairman, Association of Yugoslav Iron Works; general
manager, Sisak iron Works; head of a delegation of
Yugoslav metallurgical expertst visited the Krupp-
Renn Process Plant in Ejpovice, West Bohemian Kraj,
10 October.
Pravda, Plzen, 11 Oct 63, p 1.

SO-*
0 Soo
I AA. III -W-M. R AL-A. L- I
031 s 'a -'-! A I
..r. C.Cl3-s
r
C-de of the -q 'd Dam.,, s. s.
1~17'4 CoW. 1941. No. 3, 1Q. ~). -71w (mi ct~m,, IA the
041 8vMWPd B&IM (S&frALM%Sjrffau DiMrkt) mmlain con4der. -00
ahk 11UMUS AM channel COOS of Carbonilems W.
00 mutfical Chdractede" of the code of the "Second lot
0 841110. - &A.Yew and 0, L. Gnikhman. 1W. Im 1 4 -00
0 rhe nmt% vmilkin Tf,0 11-4.5. a4i In-74. ms. S 11.4
3-%v%4pyrstrS1A%.57v. The a,h-lr- fr*cli-nmn4.f.,4 -00
00 .00
Inaller 3fi,412%: The h"ting value rarir% fmm 101101 to
00 Ar as*
f "If eal. The re.1jition between fimil rontent afuf chem
00 C-Pu rnx~imtlV recar-l- vAtlile mAtier. i, dmv-l.
zoo
00 i a**
00 COO
06 COO
00 4100
049 0
80 a
fjl~TVRI CLAISIVICAMP
9 it
All (Wiiv is,
t son*.* 44A -in A S a ad 0 1 N It 2 All 4
'i cc tt W RW 0 1
cp it to a IF 11 Pt u
*0 0 0 0 0 0 0
* 0 0 a 0 C 0000 00,
0

A O's #Soo*-$ 0 a* 0
v* too 11 9 A jo Al A 0 1) jj m 0 0 lip a 10 a if
A U iw--Tw
-2-j- r--A ~It A-1-IL-1. rA a -2 it- t i--*
it, cooa'" 1-

N, 01-
.-I It A IN, I
-
1
" ,
s lit"lit.. % 1, 1. ~ II;:'i 1
MI. IIIAIU

.0
04
0
0
00
00
Z*9

to it
00 1
hl
1
zoo
N*
...00
10w,, tz*
too
U U &V A3' T -41 -1
T s 8 ow
log 41 It K (I Ij it 01 n 0 0
0 0 0 0 9 0 0 0 AD a 6 0 9 0 0 0 0 4
0 0 0 a 0-0 o 0 0 0 10.0 0 le 0 0 0 0 o 0 0

fee 000 0 0 a 0 0 0 6
C B I I # 4 1 4 1 a -) it 11 it 6 1 is a to A.
A A L J
A
r A J 9 L A M 04 N
,
dermis in the lo,gi-it of
NI 1 11,1 1-. 14
9.
01.81 4 g
st, 1,11
-1111-Ilk lit I It I J11- At' At t
1
-w Alli, C TI it., 11 4 %-14 111;;.
..illd " I I -,-1 1.- 9, . "; . , a 1- , fi, ~ ~ 11,
Ow '-I ~41 o1 Id
'411d gj~ 4 high

0 0 0 0 0 0-0 0 4-6- w-w-
ji "i I. I, V~ L. W M 4 11 Is a L 0 re
it It I t 1 9. lee
00
h. p
It J" 4- 01
17
If-iiij,

lit, I
1.
. - -Vti ".1
I .I Npiul
A A. 11,

.48

LO 0
EOW-0400.
lee
to - I L & tIALLLrGKAL Littll-IL-1 CLOWICATIOm f z
i old., 11. #1'..
-_4
10
r , I ~ a
o, s v 5 it I
u u Av a) It
0 to to IV It 141
0 0 di 41 0 0 0 a 4 0 on e 0" 0 0 0 9 0 0
0 0.0 0 0 0 0 0 0 0 0 IS 0 0 0 0 6 0 0 0

KARAVAYEV, N.M.; TH'IIER, R.A.; KOROLFVA, K.I.
Composition and chemical nature of sapropelic acids. Dokl.
AN SSSR 156 no. 4:877-879 Je 164. (MIRA 17:6)
1. institut goryuchikh iskopayerrykh AN SSSR. 2. Cheln-
korrespondent AN SSSR (for Karavayev).

KARAVAYEV N. M. (Moskva); VEM, R. A. (Moskva); RUWAIMEVA, Z. A.
(koskva); SHE 0-,1G-1-.-Wmkva); MAMAYEVA, A. Y. (Koskva)
Effect of slow heating '~y ancient intrastratal fires on the
composition and properties of Pan 'ragnob.coal, Isv. AN SSSR.
Otd. takh. nauk. Met. i topl. no.6:lo6-2ol NZ 162
(MIRA 16:1)
(TaJikistan-Coal geolojzy) (coal-Testing)