SCIENTIFIC ABSTRACT TOMASH, K.K. - TOMASHEVICH, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756210003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Dinas production for the crouns of ~Iartin furnpees"
Ogneupory, No. 2, 1949

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"Dinas produictir)n for the cro,,m.,3 of IL-rtin furnacr-sll
0:7niupory, No. 2, lUA9

T,OMASH, K.K.
Reorganization of the Zaporozhlye refractories plant. O'g-,eupory
28 no,10-12 163. (HIRA lf-il)
1. Zaporozhskiy ogneupornyy zavod.
(Zaporozhtye-Refractories industry)

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5492* FWDUCTION OT'DIM BUCKS FCR CROM Of OPIS-HUM YMMCSS.
31doranko, Tu.P, and TowAab,.Z.X. (Ogimmpory (Refractories).
Fob. 1949, vol. Us 77-U). Dwerlbes the mtbod of production
us4d In the MoS.R. DIffawt featwo ionlyed md tbelr
influence an ibe qualltly of the flul product war* In"atiggW,
Opti~ obealael aompositlom *M conditions of production aro
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'T RIA
66 _ Edp (j)/ m)A
Ace URI AP6005955 (A) SOURCE CODEt UR/0191/66/OW/W2/0067/0068
W;
Tomasht
ALYMORS t I ~eminp ~V# D.j Filimonanko, L. T.
ORG: nono
TITIMs The componition of the polymer part of the preliminary polymer obtained
in the first, 0~ e__of polymerization in-the- sYnthesiB--of #~~ct-reaista P017-
styrene,
SOURCE: Plasticheskiye masay, no. 2t 1966, 67-68
TOPIC TAGSi polystyrenra, polymer, polymerization,, graft copolymer, covolymeriza-
tion, IR spectrum, IR absorption, turbidineter, impact strength
ABSTRAGT: The composition of the polymeric part of the preliminary polymer ob-
tained by -two-stage graft copolymerization of styrene and butadiene-styrene
rubber is studied, At the end of the stage of preliminary polymerizationg the
reacting mass contains 25-30% of polymarj excluding the starting rubber (7-
10%). The composition of,the prepolymer was determined by velective precipita-
tion. An-FEK-4/1 photacclorimeter was used for turbidimetric titration. The
polymer m-t was precipitated from a benzene solution with methanol. The
Cardj UDCz 678.746.22-136.22-134*622

L ~07 97-66
ACC ITRt AP6005955
pigs 1# Infrared spectras a pure poly-
- --styrenel b --product of-polymer
part from a benzene solution of 00 -
At with an acetone-methanol
mixture in 10, 20
b
f6 12M
Orig. art* has, 4 graphs'-
SUB CODEIM~07/ SLJBH DAM none/ ORIG REFi 001/ OTH PM s 001

TOYASHo N. V.
TOMASHY N. V- "I~vestigatiOn Of the WlbculAr Folywrphism of Orthomethoxy
Benzaldshyde." Min Highor Education Ukrainian SSR. Kharl -
kov Folytechnic Inst. imehi V. I. Ionin. KharIkavy 1956.
(Dissertation for the Degree of Candidate in Chemical Science)
So: Knizhnaya Istopis', No. 19, 1956.

-TOMAS11, N.V,;-DJU,'IMIN, V.D.; FILIMONENIKO, L.T.
Composition of the polymeric part of the forepolymer obtalned
during tho first stage of polymerization in aw. s~nthes.ls of
t,
shockproof polystyrene. Plast. massy no.2:67-68 166.
(141RA 19:2)

11547-66 EWTk'm)/EWP'j' RM
ACC NRI
AP6000350--- SOURCE--CODE-. UR/0286/65/0()0/021/0047/0047
AUTHORSt Shawayev, G,~
R.; 1~piz, H.-N,; Tomas~,Ar. V.; Drojiln, V. D.
ORG: none
TITLE: Method for obtaining unsaturated polyesterselltilass 39p No. 176063
bannounced by, Ukrainian Scientific Research Institi for Plastispe (Ulkcra kiy
nauchno-isoledovateltakiy institut plasticheskikh -/ 7Y 1~-11'.)
Maus)
SOURCE: Byulleten' izobrotemiy i tovarnykh znakov, no. 21, 1965t 47
TOPIC TAGS: polymer, polymerization, polyester
ABSTRACT.: This Author Certificate presents a method for obtaining unsaturated
polyesters on the basis of diethylene &col7or ethylene glycol and moloic anhydride.
To render the polyesters insensitive to the Inhibiting effect of the air during the
hardening process and to increase the variety of polyesters# eDdomethylene tatra-
hydrophthalliLc anhydride and cyclopentadiene are added to the reaction Fu-rO-.
SUB cow's 11.1/ SUBH DIM 178op64
Lcwdl -
ILAL 6-18.6741410

-47
3/07~ 6'/035/009/010/015
B106YBJ
AUTHORS: Vintaykin, Ye. Z., and Tomash, Ya.
TITLEs Vapor pressure of pure cobalt
PERIODICALi Zhurnal fiziohookoy khimii, V- 35, no. 9, 1961, 2121 - 2122
TEXT: The authors studied the saturation vapor pressure of pure cobalt,
since publication data on this subjeOt differ considerably. In Ref. 3
(An. N. Nesmeyanov i Do Dyk Man, Dokl. AN SSSR, j2j, 1064, 19591 Do Dyk
Man, Avtoreferat dissertatsii (Author's abstraot of a dissertation)) an
important dependence of vapor pressure in a Knudsen vessel on the surface
of the effusion opening was found, thus causing in the known formula
P - Po oeQloC+ S (1) (where p0 is the saturation vapor pressure; p the
actual vapor pressure in the Knudsen vessel; 8 the surface of the effusion
opening; q the surface of the specimen;o6 the evaporation coefficient) a
great deviation of the coefficient o6 from 1. For determining the vapor
pressure the authors used Knudsen's method with radiometric determination
of the metal weight on the condensation disks (Ref. 4t Ye. Z. Vintaykin,
Dokl. AN SSSR, Li:L, 632, 1957; Be Dyk Man, Avtoreferat dissertataii
Card 1/4

- - , Iti - ~
S/076/~1"035/009/010/015
Vapor pressure of pure cobalt B106/B116
(Author's abstract of a dissertation)). Electrolytic cobalt was investi-
gated, into which Co 60 was introduced by metallurgical means. The metal in
the form of fine filings was entered for measuring into a Knudsen vessel
made of tantalum. The radiochemical analysis of the condensation disks
6o
was conducted on the basis of A-radiation-of Co . In view of the data in
Ref. 3, effusion openings with the surface 0.825 - 10'.2 and 2.25 .10-2 Om2
were used to peimit a determination of the equilibrium vapor pressure and the
evaporation coefficient. The cross section of the Knudsen vessel (0-5 cm 2
was assumed as surface of the specimen. The vapor pressure measurements
were conducted in the temperature range of 1100 - 12500C. The results
obtained are shown in the figure. Each experimental point of the figure
represents the mean value of 4 - 10 measurementel the circumference of
each point corresponds to the root mean square error of the mean value.
As may be seen from the figure, the results for different effusion openings
practically coincide. A value between 1 and 0.2 was found forn~ , which
does not agree with the data in Ref- 3 (Oe - 3-jo-4). This fact, however,
is Df'no great importance, as the evaporation coefficient is no fundamental
Card 2/4

s/oi6;61/035/009/010/015
Vapor pressure of pure cobalt Blo6/B110
characteristic of metals but is determined by theaccommod6tion coefficient
and the purity of the metal surface. The very low value of the evaporation
coof f iciont of Hof - 3 is obviously Aue to a conaidorablo dogroo of oxida-
tion of the sample surface. The authors determined the following equation
for the saturation vapor pressure of cobalt: log pat - -(21900/T) +7-130.
This result deviates from publication data. The figure also shows results
of vapor pressure measurements of cobalt over an iron-cobalt alloy with
10-5 atom5/6 cobalt. On the basis of the results obtained, the thermodynamic
activity coefficient has approximately the value 1, which agrees with
results of thermodynamic investigations (Ref, 52 T. Satow, S. Xachi, K.
Jwase, Sci. Rep. Res. In3t. Tohokou Univ., qj 502, 1956), This agreement
speaks for the correctness of values obtained for the cobalt vapor pressum.
There are 1 figure and 5 referencesg 3 Soviet and 2 no'n-Boviet. The
refs*rence to the English-language publication reads as follows: Edwards,
Johnston a. Ditmors, J. Amer. Chem. Soo., U0 4729, 1951-
ASSOCIATIONt Tsentrallnyy nauchno-issledovatel'skiy institut chernoy
metallurgii (Central Scientific Research Institute of
Perrous Metallurgy)
Card 3/4

VINTAIRKIII, Ya.Z.;- TOMASH, Ya.
---------------
Vapor pressure of pure cobalt. Zhur.fiz.khim. 35 no.9:2121-2122
161. (MIRA 14:10)
1. TSentrallnyy nauchno-iiisladovatellskiy institut charnoy
metallurgii.
(Cobalt) (Vapor pressure)

TOlt4SHAYEVY K.
Lithology of the Upper Jurassic carbonate sediments in the
Kugitangtau and Ketmeni-Chapty (Turlaaen S.S.R.). Lit. i
pol. iskop. no.6:54-66 N-D 165. (MIRA 18:121)
1. Institut geologii Ministorstva geologii SSSR, Ashkhabad.
Submitted July 3, 1964.

TOMASHAYEV, K.
goundary layers of the carbonate and salt-gypsum series of the
upper Jurassic of Kugitang. Izv.AN Turk.SSR.Ser.fiz.-tekh., khim.i
geol.nauk no.1:80-83 162. (kRA 16:12)
1. Institut geologii AV Turkmenskoy SSR.

20717
loo 1011,5, 12,"S/ 1141--
S
AUTHOR: Tomashchik, A.K.
S/120/61/000/001/060/062
E032/Ell4
TITLE: A High-Pressure Bomb for Optical Studies at Low
Temperatures
PERIODICAL: Pribory I tekhnika eksperimenta, 1961,No.l,pp.193-194
TEXT: A description is given of a high-pressure chamber for
studying the optical and photoelectric properties of crystals at
low temperatures. The pressure is produced by freezing water in
a constant volume bomb. The bomb is slio%vn schematically in Fig.l.
The main body 1 is made of beryllium bronze and the windows 2
from methyl methacrylate. The windows are 8 mm in diameter.
The specimen is attached to the end of the piston 4 which
contains a cylindrical channel through which the water is
introduced. The pressure at 20 OK reaches 1750 atm (V.G.Lazarev,
Ref.1). The bomb has been used to investigate the absorption
spectra of CdS single crystals at 20 OK. It was found that the
absorption edge at 2057.1 cm-1 shifts towards shorter wav6lengths
by 170 cm-1. This is In agreement with the data reported by
I. H'O'hler (Ref.4).
Card 1/3

S/120/61/000/001/069/062
9032/E114
A High-Pressure Bomb for Optical Studies at Low Temperatures
AcIcnowledgements are expressed to A.F. Prikhot1ko and V.L. Broude
for interested advice.
There are 2 figures and 5 references: 3 Soviet and 2 non-Soviet.
ASSOCIATION: Institut fizikl AN USSR
(Physics Institute, AS Ukr.SSR)
SUBMITTED: January 8, 1960
Card 2/3

20717
S/l2o/6i/ooo/ooi/o6o/o62
A HiSh Pressure Bomb for Optical ..E032/Ell4
Fix. 1
A Legendl
1 - body
2 - window
- obturator
3
4 - piston
5 - 01'stori. screw
6- working volume
7 - methyl methacr~late
windows
Card 3/3
34

TOMASHCHIK, A.K. [Tomabhchyk, O.K.1
Determining zhe position of absorption bands in defororA
UP crystals. Ukr.fiz.zhur. 6 no.6:820-822 4-D 161 iMIRA 16-'5)
1. InStitUt f12iIjL AN UkrSSR, Kiyev.
(Cadmium sulfide crystals-Spectra)

BROUDE, V.L.; TOMASHCHIK., A.K. [Tomashchyk, O.K.)
Spectral study of thermally stressed crystalline films. Ukr.
fiz. zhur. 9 no.108-45 Ja 164. (MIRA 170)
1. Institut fiziki AN UkrSSR, Kiyev.

-.__-TOMASHCRIX, A-.K. -- -- - - - -_ - - -_ --- - -_
High-pressure bomb for optical investigations at low temperatures.
Prib. i tekh. eksp. 6 no.1:193-194 Ja_F 161. (MIRA 14:9)
1. Institut Miki AN USSR.
(Low temperature research--Equipment and supplies)

F-PIK110"i"K0, A.F.; ~`OSKIN, M.S.; W~MIICHIK, it.f,
Measurement of the absomtion spectra slender dellcrued
naplithalena cvystals. Opt. i spektr. 16 no. 4:615-618
Ap '64. 0IIRA 1?: 5)

SOV/120-58-2-35/37
AUTHORS:Brandt, N. B. and Tomashchik, A. K.
TITLE: The Use of Alcohol-Water Solutions-to Obtain Pressures at
Low Temperatures(Ispollzovaniye rastvorov spirt - voda dlya
polucheniya davleniy pri nizkikh temperaturakh)
PERIODICAL: Pribory i Tekhnika Eksperimenta, 1958, Nr 2, pp 113_11L~
(USSR)
ABSTRACT: It is possible to increase considerably the uniformity
of the pressure within a "bomb" and to obtain any required
pressure (not exceeding 2000 atm) by the use of water solu-
tions of ethyl alcohol instead of water. Fig.la shows tho
dependence of the relative increase of the v3lume of such
solutions on freezing on the concentration of alcohol. Curve
1 shows the resulting change in the volume relative to the
initial volume of the solution at a temperature of 200C.
Curve 2 shows the change in the volume relative to the volume
of the solution at the temperature of freezing. The freezing
temperature of alcohol-water solutions is shown in Fig.lb.
Fig.2 shows the dependence of the pressure on concentration
Card 1/3

SOV/120-58-2-35/37
The Use of Alcohol-Water Solutions to Obtain Pressures at Low
Temt)eratures .
of alcohol at helium temperatures when the bomb is filled with
solutions at 200C. The pressure was measured by the shift in
the critical temperature of tin (Ref.1). Results were obtained
for a bomb made from unrefined beryllium bronze and having the
following dimensions:- 12 x 6 mm, length of inner cavity 50 mm.
Experiments on the solid phase of the alcohol-water solutions
have shown that the coefficient of internal friction rapidly
decreases as the concentration of alcohol increases. Thus,
for example, th8 coefficient of internal friction at a tem-
perature of -35 0 decreases by a factor of several tens when
the concentration of alcohol is increased from 5 to 10%.
The use of water solutions of alcohol reduces the nonuniformity
of pressure which occurs when specimens are compressed and
gives very reproducible results. There are 2 figures, no
tables and 5 Soviet references.
ASSOCIATION: Fizicheskiy fakul'tet MGU`
(Department of Physics of the Moscow State University)
Card 2/3

SOV/120-58-2-35/37
The Use of Alcoliol-Water Solut--ons to Obtain Pressures at Low
Teweratures.
SUBMITTED: July 19, 10,57.
1. Pressure--Temperature factors 2. Etlianol solutions-
Applications
Card 3/3

' L~'-' - - -1 W~.. -- -,- I-
ACC NRt *6017656 SOURCE CODE: UR/0136/66/000/001/0075/0078
AUTHOR: Raytbarg, L. Kh; Vul'fovich, L. B.; Toma6hohik, Yo. G.
ORG: none
TITLE: Deformation resistance of aluminum alloys under cold pressing conditions
SOURCE: Tsvetnyye metally, no. t3, 1966p 75-78
TOPIC TAGS: cold working, metal pressing, metal deformation, deformation rate, I
aluminum alloy I ADI aluminum alloy, DI aluminum alloy I
ABSTRACT., Tho-true Aeld strength which is affected by ~hhngee in temperature,
~ rpm
degree of deforinatio4 V),)and def rmation rate (w), wail stuc d n two typical
aluminum alloys, AM'~soft and Dl\fhard) under cold pressing onditions. In the AM
6' 1-
alloy, the most pronounced incr~-ase in S. is observed at w = 0-5-3.0 sec-1 (see
Fig. I) In the D1 alloy, the effect ofa tenfold increase in deformation rate (from
0.5 to ; sac-1) is even greater than in ADI (see Fig. 2). This is due to a greater
evolution of heat during deformation, and to the resultant heating up of the speolmonp,
which causes a more marked decrease of S- This phenomenon is more pronounced the
higher the deformation rate. It is concEded that under cold pressing conditions, the
deformation rate substantially affects the strength characteristics of aluminum alloysi
Crig. art. has:
3 figures.
r

ACC NRt AP6017656
Fig. 1* S. va, rate w and tem-
perature t 9 OC for AM gUoys
SUB CODE://,/,31 SUBM DM: nous/ MM REFI 005
.1#11 Oct
see
71,
T
Fig. 2. Sy vs. rate w and
temperature t 1, 6C for M &Uoys
b.

KHOMIIK, Tanya, yunnat; KRIKUN, yunnat; TOMASHCHUK, Kolya,,yunnat
How we propagate currants. ITJn. nat. no.7:32-;33 Jl 161.
(MIn 14:7)
(currants)

jig
ell

ARNOLIDOV, INA.; GOHTA, T.T. [Honta, T.T.J; ICAT, CHITS', V.V.;
HIMMO. 0.1.; MRITIN, Ta.M.; MURZIN, O.K.; SAVICH, D.M.;
TOMASHCHUK T D - SHYARSKITT, A.M. (Mwanalk7i, A.M,J;
red.; RATTBM, L.. red.; GOMVIEKO. L.
LHorkavenko, L.], tekhn.red.
(Chemical industry of the Ukraine] Xhimichna promyelovist'
Ukrainy. Kyiv. Derzh.vyd-vo takhn.lit-ry URM, 1960. 128 p.
(MIRA 1):11)
(Ukraine--Chemical industries)

Prt-----nCe Of hVdYCidnn oM-'Af,
TC-)PTi- -r-Ar--Q.

i_-_L_oob59-66
ACCESSION NR: AP5021343 UR/0120/65/000/004/0123/0126
539.1.073.2
AUTHOR: Tomashchuk, Yu. F.; Radevich, 1. A.
TITLE: High voltage pulse generator with short signal delays for spark-
chamber actuation
2,5-
S07JRCE: Pribory i tekhnika eksperimenta, no. 4, 1965, 123-126
TOPIC TAGS: spark chamber, spark gap, pulse generator
ABSTRACT: The operation of small interelectrode gap (--~l cm) spark chambers
depends in an essential way on the delay in arrival of the high voltage pulse
f following the instant of passage of the ionizing particle. This article
presents and describes two such generators of high voltage pulses whose fronts
~.at loads of 700 pF are not greater than 30 nsec. The maximum delay from the
instant of the application of the triggering signal to the instant of generation
of the high voltage pulse is not longer than 40 nsec. One of the devices
tiv
utilizes the VIR-5 vacuum spark relay as a switch. Both use two highly sensi e
blocking generators with 6V3S and 6V2P secondary emission,tubes, respectively*
The second alternative incorporates an anode-cathode feedback. Lifetime tests
4
of three VIR-5 relays show that they can survive at leaat,5-10 cycles.- "The
Cord

L-OOOD-66
.1,ACCESSION NR: AP5021343
authors thank S.T. Frankovskiy for help during the investigation." Orig. art.,
has,
'ASSOCIATION: Institut eksperimental'noy i teoreticheskoy fiziki GKAE, Moscow
(;nstitute of Experimental and Theoretical Phystcs, GKAE)
NCLI- 00
J SUBHITrE]):- 13Mqr64 SUB CODE., NP, EE
140 REF SOV. 004 OTHER, 002
Card 2/2

S00GE CODE:- 61-20T [6do/66~N
ACC NR, AP6021994 LfRT C6-, 35/0040
AUTHOR: Radkevich, I. A. T
.2~hch~ukYu~.~.; Srolyankina, T. 0.1 Sokoiovski,,/. V. V.
ORO: institute of Theoretical and
,~.~er.~pentz!l Physics, "k,
teoretichoskoy i ekaperimentallnoy flziki 0KAT"'T'__ SM _.Hkf~qav_~Jrwtitut
TITM: 2park chambers-fpr slow-particle recording
SOURCE: Pribory i tekb!Aka eksperimenta, no. 3, 1966, 35-40
TOPIC TAGS: spark chamber, nuclear particle, particle counting
ABSTRACT: Frame-type and "pen-box" type spark chambers with an interelectrode gap of
I am are described; each type may have thin and thick electrodes. A device for
aluminum foil stretching is shown (a sketch), as well as a system for gas filling
and gas purification. A 12-gap frame-type chamber had memory times of 300 and
550 nsec for clearing fields of -600 and -400 v, respectively; the efficiency
corresponding to the minimum delay was 0,97. Plots of chamber efficiency vs. pulse
delV for various clearing voltages are given. "In conclusion, the authors wish
to thank A. 1. Levkov and S. T. Frankovskiy for their help in measurements and also
Yu. 1. Oreshkin for his help in building th ham ers.11 Orig. art. hast 8 figures.
(031
SUB CODE i IS / SM WE i 201,W65 / ORM REF - 006 / OTH REP: 0041 ATD PPMG: ~J- 0.3 7
Card I I UDC 1 539. 1.

BREVNCV, N.N.; Ta4ASHCHUK, YU.F.
Effect of local perturbations of a magnetic field on the
confinement of particles in a magnetic adiabatic trap.
Atom. energ. 13 no.5:421-428 N 162. (MIRA 15:11)
(Magnetic fields)
(Plaama (Ionized gases))

34438
S11 8516110061006,101810"30
~41 77 Od I"/ OSV)
D299/D304
AUTHOR: Tomashchyk, O.K.
TITLE: Determining the position of absorption bands in de-
formed CdS crystals
PERIODICAL: Ukrayins1kyy fizychnyy zhurnalp vo 6. no. 6, 1961,
820 - 821
TEXT: A method is proposed for determining the position of absorp-
tion bands as a function of the degree of CdS crystals. The method
is based on the relation between the absorption bands and photocur-
rent variations, as the photocurrent maxima (and minima) can be
clearly seen even in the case of deformed crystals, their position
being independent of specimen thickness. In studies of CdS photo-
conductivity it was established (in the references), that the maxi-
ma of the absorption bands may coincide with the maxima or minima
of the photocurrent. The proposed method does not require photome.-
tering. A high-pressure container was developed for study of ab-
sorption- and photoconductivity spectra at low temperatures. The
Ca, r d 1 , ~ "

3/185/61/006/006/018/030
Determining the position of D299/D304
pressure, of the order of 1700 atm, was produced through freezing
of waters The experimental method was described by the author in an
earlier work. The absorption- and photoconductivity spectra of un-
deformed- and deformed crystals are shown in two figures (at 77 and
200K respectively). From the photoconductivity spectrum it is clear-
ly evident that the absorption band, which corresponds to a minimum
of the photoconductivity curve, is shifted towards the shortwave
side by 30 A approximately, (the curves corresponding to 770K),
Whereas the fine structure of the absor 'ption band of the deformea
crystal is not observable even at 200K) without photometering, the
photoconductivity curves show that the absorption band which corres-
ponds to a photoconductivity minimum, is shifted by approximately
36 Y_ towards short waves. The difference in the magnitude of the
shift (at 77 and 200K respectively) is due to the experimental con-
ditions. There are 3 figures and 6 Soviet-bloc references.
ASSOCIATION: Instytut fizyky AS UkrRSR (Institute of Physics of the
UkrSSR), Kyyiv
Card 212

ACCESSION NR: AP4012030 S/0185/6-+/009/001/0038/0045
AUTHM: BroudG, V. L.; K
TITM Spectral study of thermally stressed crystalline fi3ms
SOURCE: Ukrayins1k7*y fizy*cWy zhurnal, v. 9, no. 1, 1964, 38-45
TOPIC TAGS: strain, thin films, absorption spectrum, naphthalene, naphthalene
single crystal film. anthracene, phena~throne, whisker crystal
ABSTRACT: The absorption spectra of thermally stressed naphthalene singlo crystal
films adhering to a quartz support were studied at 200K. A pronounced chan.aa ih
these spectra for thin films was correlated with a different mechanical
behavior of those Illms. Itwas shown thzat naphthalene crystalls with a thllcknass
of 1.5 V. contracted by 4% alonc, the b axis vs. their dime=4 on at room terz-ocra-
turo, those 0 k by 0. 9
-5 thic 5p, and those 0.~ Y thick to an infinitely sr~ll
oxtonts A bohartor similar to that of naphthalono crystals was ostablishad for
anthraceno and phonanthrene crystals. The phenomena observed are cxpl4inod by
an exceptional rigidity of very thin single-crystal films, which assume the
properties of "whisker" crystals. Orig. art. has.- 3 figures.
Cardl/z

ACCESSION VR; AP4032030
ASSOCIATIONs Insty*tut Fizy*ki AN URSR. M. Ky*yiv (Ins.titute of Physics, AN URSR)
SUBMITED: 22Jun63
SUB CODE: AP. PH
*DATF, ACQ: 14Fob64
NO REF SOV: 007
ENCL: 00
0=-. 000
Card 2/2

L 32225-66 T IJP(c)
ACC NRl AP6020842 SOURCO CODEt xUj0006jWWCF/1U---/02-5T/02W'
AUTHOR: Tomashegovi6h Zdenko (Doctor; Zagreb)
ORG: none 13
TITLE: Reliability of photogrammotrically produced contour lines of wooded areas
SWRCE: Geodetski list, no. 10-12, 1965, 259-264
TOPIC TAGS: photogrannotry, error, aerial survey, topography, aerial photography
ABSTRACT: On -the basis of rosults of Yugoslav and foreign researchers, the author
1) discusses the general reliability of photograrmtrically produced contour lines of
wooded areas; 2) studies various causes and nagnitudes of errors; and 3) recomwnds
several measures for the improvemont of aerial photoUap~j4and plotting of contour
levels of modod areas* Orig. art& has; 1 formula,and 1 tables LJ-PRgS
SUB CODEt 08 SUIRI DATE: none
L5
Card 1/1

,N~
- A

Us. Hon-- Bi--~~ -7
YUGOSLAV'- A Farm Animn V Q
Abs Jour: Ref Zhur-Biol., No 3, 1958, 12215
Author Tomashets Ivo
Inst
Title The Studies of the Effect of Antibiotics on Bees
(Issledovaniya deystviya antibiotikov na pchel)
Orig Pub: Napr. pchelarstvo, 195T, 14, No 1-2, 10-12
Abstract: Investigational experiments established that by the
treatment of European foul brood with antibiotics,
the infection of young larvae is prevented and
they develop better. Thereafter, the healthy bee
families (in the hives and small cells) were fed
terramycin, streptomycin and penicillin in sugar
syrup and the results were evaluated after 3-4 weeks.
Treatment with terramycin (13 families, 0.25 in
one 1. of syrup) produced no results. 10 families
Card 1/3

YUGOSLAVIA / Farm Animals. Honey Bee
Abs Jour: Ref Zhur-Biol., No 3, 1958, 12215
Abstract: were receiving 0.4 g. of streptomycin in 1.5 1. of
syrup, and 4 families 0.25 g. in one 1. of syrup.
The number of bees after the administration of
streptomycin incrcaoed: in the group composed of
families, before the experiment, the bees were oc-
cu ' the average, 15-1 2 each (controls -
JO~ying., on
; there were 24 thousand (control - 28 thousand)
cells with offspring, before the experiment, and
thereafter 115 and 90 thousand, respectively. The
honey crop increased. Less effective was the action
of penicillin. The intestinal microflora of the
bees in the cells was sharply changed by the anti-
biotics. After terramycin (0.021,~v' was fed, the nor-
mal flora was absent and the fungi developed abun-
dantly. After the administration of stre,)tomycin
(0.02%), minute bacteria, particularly Euridyce,
Card 2/3
59

YUGOSLAVIA / Farm Animals, Honey-Bees
Abs'Jour: Ref Zhur-Biol., No 2, 1958, 7274
Author :-Jvo Tomashets
Inst : N ven
Title :Essential Principles Of the Fight Against
Principal Infectious Diseases Of Bees
Orig Pub: Peela, 1957, No 4, 57-61 (Serbo-Khorv.)
Abstract: The Nosema disease is widespread in Yugoslavia.
"Nosemak" (3 tablets to 3 liters of syrup) is
used for the treatment of this disease. Methods
of biological control include the elimination
of infected bees (an increase in the number of
cleansing flights, better collection of honey)
and the breeding of a larger number of young
bees (a young and efficient queen-bee, balanced
supplementary feed). The fight against 11acara-
Card 1/2
47

TORASHEV.,-~_--
Decisions are determined by the circumstances. Pozh.delo 7 no-5:
19-21 My 161. (MIRA 14:5)
1. Zamestitell nachallnika Upravleniye pozharnoy okhrany Ministerstva
vnutrennikh del RSFSR.
(Fire extinction)

< TOML-111N, A.; RTABOV, I.; LTASEMDIKO, M.
Ikperimente continue; experiments in fire extinction of
lumber piles. Pozh. delo 6 no. 11:20-21 N 160. (MIRA 13:12)
1. Zamestitell nachallnika Upravlenlya pozharnoy okhrary RSFSR
(for Tomashev). 2. Zameatitell nanhallnika TSentrallnogo naacbno-
iseledovateliskogo iastituta protivopozharnoy oborony (for
I~rabov). 3. Nachallnik Upravleniya pozharnoy okhrany Arkhaugell-
skogo oblisoolkoma (for Lyashedlko).
(Limner yaras-Fires and fire prevention)

Bcoull, K.P.; GSWIMOV, N.S.; GOLUB3V, S.G.; DEMIDOV, P.G.; DSMIYANMO, M.P.;
YOVIUSNIN, N.M.; ZERSKIY, H.L; KAIASHNIKOV, K.A.; KONCHATXV, B.I.;
KOROM, A.I.; XMHIZHANOVSKIY, P.I.; KULAKOV, G.M.; PCLOSUKHIN, M.N.;
ROYTKO, M.Ya.; RUKYANTS3V, V.I.; SIKUSEXIN, B.V.-, SMUROV, A.H.;
TARASOT-AGAKOV, N.A.; TLX~ _A.L ~
Semen Tasillevich Xallaev; obituary. Pozh. dalo 4 no.5:29 My 158.
(Kaliaev, Semen Vasillevich, 1904-1958) (MIRA 110)

TOMSHEV Jq B.I. (Oral)
Establishing the rules of operation of aritbwtical radicals.
Yat. v shkole no.3s6O-61 My-je 161. (MIRA 140)
(Roots., Nme4ical)

TOKL.W
..Oft~
Solving irrational equations in the 8th class. Kat.v shkole no.1:49-
53 Ja-F '57. (XLRA 10:2)
(Equations--Study and teaching)

TOKASHEV,-N.D_.I_;ALITUVSKIT, P.M.;ARAKELOV,A.G.
Anodic protection of titanium in ffulphuric acid. Dokl. Ali SSSR
121 no. 5:885-888 Ag 158. (MIRA 11:10)
1. Inatitut fisicheskoy khimii AN SSSR. Predstavleno skademikom
P.A.Robinderom.
(Titnnium)
(Corrosion and anticorrosiveB)

. , .1

TOMASHEV, Nikon Danilovich; CHERNOVA, Gal-ina Prokof lyevna; YEGOROV,
1. r. . red.
(Passivity and the protection of metala ageinst corrosion]
Passivnost' i zashcbita metallov ot korrozii. Moskva,
Nauka, 1965. 207 p. (MIRA 18:8)

TOHASKZV, N.Y.
Rqvolving prism. 7is.v shkole no.6:63-64 '53. (XLRA 6:10)
1. Moscow, I:Islorodno-svaroohnyy tekhnikam. (Prisal)

KEDRIN, Ye.; TOMASHLIT9 Z.
I
Orders for leather footgear should be based on estimates. Sov.
torg. 35 no.2:5-7 F 161. - (KTRt, 14:3)
(Shoe indus,ry)
(Retail t~-adel
I -.~

ID3,15:1EP71cif, A.
- J;:l T~y.Wn,-11 0" tll,~
't, .",)Zlzloy S. V .
"right 0,,,cratij,-s of' 5-ubria--irles r'bornlik, ~jf r
SOQ't 'Fle-et, n 23/24, 109, p. 73-73.

5- L-,j
I-TL ~ f~- V
LZVGHMO,G.I., admiral, otvetetvennyy red.; DERIN, L.A., dote., kand. geogr,
nauk, inzh.-kontr-admiral, glavn3r/ rod.; MIMN, N.S., polkovnik,
zaneetitell otvotstvennogo red.; ABANIKIN, P.S., admiral, red.;
ALAYMOV, V.A., prof., kand. voenno-morskikh nauk, admiral, red.;
ANW11ICH, V.1b., koutr admiral zapasa, red.; ACMCASOV, V.I., kand.
istor. nauk, kapitan I ranga, red.; BARANOV, A.N., red.; BELLI.
V.A.,'prof., kontr-admiral v otstavka, red.; BESKROVNYY, L.G.,
prof., doktor istor. nauk, polkovnik zapaea. red.; BOLTIN. YO.A.,
kand. voen. nauk, general"mayor, red.; VHRSHININ, D.A., kapitan 1
ranga, red.; VITVXR, 3I.A., prof., doktor geogr. n~a*, red.;
GSLIPOND, G.M., dots., kand. voenno-morskikh nauk, kapitan 1 ranga,
red., GLINKOV, Ye.G., inzh.-kontr-admiral v otstavks, red.;
YKUSEYXV, I.-P., vitse-admisal, red.; ZOWLYA, F.V., admiral, red.;
ISAKOV. I.S., prof., Admiral Ylota Sovetakogo Soyaza, red.:
KAVRA=IT, V.V. [deceased], prof., doktor fiz.-mat. nauk, iuzh.-
kontr-admiral v otstavke, red.; KUSSNIK, S.V., red.; kOZLOV, I.A.,
dots. kaud. voenno-morskikh nauk, kapitan 1 ra-n.-a, red.; KOUROV,
A.V., vitae-admiral, red.; =YAVTSW, M.K., general leytenant
tekhnicheakikh voyak, red.; LTUSHKOVSKIY. M.V., dots., kand. istor.
nauk, polkovaik, red.; MAKSIMOV, S.H., dots., kand. voenno-morskikh
nauk, kapitan 1 ranga, red.; OWN', S.B., prof., doktor iator. nauk,
red.; CRIM, B.P., prof., doktor geogr. nauk, red.; FAVLOVICH. N.B,,
prof., kontr-admiral v otstavke, red.; PAIMBLEYN, Yu.A., admiral,
red.; PIT=IY, N.A., kand. voenno-mors'kikh nauk, kontr-admiml,
red.; PTATONOV, S.P., gene ral-leytenant, red.; POZNYAK. V.G., dots.,'
general ley-tenant, red.; SALISHCHEY, K.k., prof., doktor takhn. nauk,
(Continued on next card)

0, G.I.- (continued) Card 2.
red.; SIDOROV, A.L.. prof., doeor istor. nw, ., red.; SKORODUMOV,
L.A., kontr--admiral, red.; SEMINSKIT, V.Ao,' prof., doktor
voenn~-morakikh nauk, inzh.-Impitan 1 ranga, red.: SOLOVOUT, I.N*.
dots., kand. voenno-morekikh nauk, kapitan 1 ranga, red.; STA 0.
K.A., k6ntr-admiral, red.; STIPANOT, G.A. [deceased], dots., vitse-
admiral, red.;,TLO
irnS V., prof., doktor voenuo-morskikh
KTAMLOH Ae*V
otst
neuk, kont- Ira v otstav e, red.; TMUTS, V.P., kand. voenno
morskikh nauk, admiral. red.; CHEUSMOV, F.I., kontr-admiral, red.;
SH7~=, Ye.Ye., Prof. dok-tor voenno-morskikh nauk, kontr-admiral,
red.; CHUBMOV, A.I.,,tekhn. red.; VASILIUVA, Z.P., tekhn. red.;
VIZIROVA, G.H., tekhn. red.; GCROMOV, V.1., tekhn. red.; GRINIKO,
A.M.,.tekhn. red.; KUBLIKOVA, R.M., tekhn. red.; X&LIKO, V.I.,
telffin. red.; SVID11SXkYA, G'*V., takhn. red.; CEONOGOROVA, L.Poo
tekhn. rod.; GURBVICH, I.V., tekhn. red.; BUKHAIT07A, tekhn.
red.; NNCLAYRYA, I.No, tekhn. red.; R&DOVILISK&YA, B.O., tekhn.
red.; TIKHOKIROVA, A.S., tekhn. red.; ~EWCHKIN, P*Deq tekhn, red.;
L07KO* V.I., tekhn. red.; ROMA=, I.G., tekhn. red.; TAROSHNVICH,
KITO.: tekhn. red.
[Sea atlas] Morskoi atlas. 0tv. red. G.I. Levchenko. Glav. red,
L.A. Demin. [Moskva] Izd. Glav. shtabs, Voenno-morskogo flota.
Vol-3. [Military and historical. Pt.l. Pages 1-451 loanno-istori-
chesk-ti. Zam3stitell otv. red. po III tomu H.S. Frumkin. Pt.l.
Listy 1-45. 1958. _ [Military and historical maps, pages 4~-521
(Continued on next card)

LBVCHjkiM, G.I.---(continuad) Card 3.
Voenno-istorichaskie karty, listy 46-52. 1957. (MIRA 11:10)
1. Rmesia,(1923- U.S.S.R.) Hiniateretvo obororq. 2. Nach.alinik
Glavno&o upravleniya geodezii i kartografii Hinisterstva vnutrennikh
dal SSSR (for Ba~.ov). 3r. Chlen-korrespondent Akademii nauk SSSR
(for Kalesnik). 4. DeystvitelInyy chlen Almdemii pedagogicteskikh
nauk RSM (for Orlov).
(ocean-maps)

PHASE I BOOK _-'XPLOITAVION SOV/5259
Tomashevich, Dmitriy Lyudvigovich
Konstruktsiya i ekonomika samoleta (Aircraft Design and Economics)
Moscow, Oborongiz, 1960. 201 p. Errata slip inserted. 2,600
copies printed.
Sponsoring Agency: Ministerstvo vysshego i srednego spetsiallnogo
obrazovaniya RSFSR.
Ed.: A. A. Goryainov, Candidate of Technical Sciences Ed. of
Publishing House: S. I. Vinogradskaya , Tech. Ed.: N. A.
Pukhlikova. Managing Ed. of Publishing House: A. S. Zaymovskaya,
Engineer. *'
PURPOSE: This book is intended for aircraft industry engineers.
COVERAGE: The book contains theoretical fundamentals and formulas
for evaluating aircraft from the economy point of view. Appli-
cation of these formulas will make possible selection of aircraft
Card-lY.9"

Aircraft Design and Economics
SOV/5259
designs and parameters that minimize production and operation
costs and that will safeguard, at the same time, the optimum re-
quired characteristics of the aircraft. Chapters 2-9 and 22,
and numerical examples are based an data on non-Soviet various-
purpose aircraft. The author thanks D. P. Andrianov, I. T.
Belyakov, V. V. Boytsov, Yu. M. Brodyanskiy, D. V. Golyayev,
B. T. Goroshchenko, B. V. Zaslavskiy, I. B. Kukain, L. M. Kull-
berg, K. A. Malkov, V. P. Sokolov, B. N. Tarasevich, Yu. D.
Urlapov N N 'Fadeyev. L. S. Chernobrovkin, There are 5 refer-
ences, ~ Kviet-(inclu'd'ing 1 translation) and I English.
TABLE OF CONTENTS:
Foreword
Sec, 1. Weight and Aerodynamic Perfection of Aircraft
Introduction
3
7
Car~~_

LEBEDEV, Aleksandr Alekwindrovichs doktor tekhn. ncuk, prof.;
CHEIRDOBHOVE321, Lev Ser-enovich; TKACMKO, Ya.Ye., retsenzent;
TOMASHEUCH, D.L doktor tekhn. nauk., retsenzent; Y ~HFETS,
doktor tekhn. nauk, retsenzent; GORMYEVA, N.A., red.
izd-va; ROZHIF, V.P., tekhn. red.
(Dynamics of the flight of pilotless aircraftlDinanika poleta
bespilotrykh letatellpykh apparatov. Pod red. A.A.Lebedeva.
Moskva, Oberon iz, 1962. 548 P. (MIRA 15:12)
(Aerodyrwiics~ (Guided mianilea)

S E- rtl n: n De s n c A r 3 a: r
c c
and Cost." tary Red -Z~,! M: e- -,:t-Cjj L
Prof, 17. Ye, Zhvkovsk!7, 2-1 Anr 47
SO: llechernyayn Yorl-fr,, A~~r, 1,~47 (Pro.*ect #17-316)

00 ;A Is 16 TIM "A514 bilh 16 It .0 A L 'I U It IT is k r as 1, 4, it V IT M it p0
A a L Is I to. r I-
0 1 1 IT IF _1!_..A iv U.. I
Is- -t. C."t as
so
-00
.00
uulc sulfur ms. Ru- 0
XIGAWS Poly- Suitabl, ('if C11111. .5 -0
00 1%1:1. 1,01yuletallic Sulfur Oro are Coviviifed nto tall pfjj"tj4)n (d StCIUII
pjj~ of I part of the S bir the siction of laws c_tg, ~kh nd a sin
is
V
e
0 w J
44 0
00
.00
jj -00
log
-,00
_0 0
LO 0
A a - I L A alt.LLtjPrK&L LIURATI.Nt CL-SS1$'KAI1CM 0
if, 91... 'go
- - .- . i V
U 11 ~V M3 LA a a
IN 11 IV It it it a of it it It ev OW I III
0 0 0 0 4 0 0 0 0 4 0 0

TOKASHEVICH G.M. inzhener; UCHASTKINA, Z.V.. kandidat takhnichaskikh
~"
nagg,
Fluorescence analysis of papero Bmeprom, 30 no.1:15-17 A '55#
(Paper-Testing) (MLRA 8:3)

TOMASHEVICH, G.N.; ZERNOVA, A.B.
Chemistry and restoration. Priroda 52 no.6:104-106 163.
~ (MDU 16:6)
1. Gosudarstvannaya tsentrallnaya khudozhestvenno-restavratsionnaya
masterskaya, Moskva.
(Art obJects-Conservation and restoration)

KOVAL', V.G.; TOMASHEVICH, G.S.; KOROVENKOVA, A.I.; AREFIYEVA, L.M.
Correcting the norms for alcohol losses during the aging of liqueurs.
Trudy Ukr.NIISP no.8:132-136 163. (MIRA 17:3)

0 0 !ffwfln ~..
0 0 0;
III! T"T 01 loll 911011914 H ly 0 to
A

go
! INCRUSING THR. TAK9-QFF Of SULIPATS QLAW MILL V. V.
go Pollyak and L 0. - Tbasshavich. &&ULIAM L LKM.
1 19440 An investigation was made
Sol at the Chagodosbabeask plAwt to determine the asua* for
*0 the drop In tak*-.orf of molten &us& when a changeover was
S "do from oode to sulfate, charge, (ftwosult process).
iti
t
N
30
Th
f th
lf
92
15 t
79
9
on o
e au
o
a
.
.
e compos
e wo
a2
,
4

M C&SO 2.62 to 9.19 ftSO, 0.93 to 4.810 and moisture 6.32

'
i
i4
3
:Ij to
.3". Rsduo
to were charcoal (4-30 to
&,
Ko
04,4 48.83~ moisture and 2.79 to a.82% ash) and brown coal
(15.50 to 38.72% moisture and 20,67 to 37.77% ash). By
2 reducing the moisture In the charge prior to feedtP4 to 5 to
10, tha t&*-orf of nol,ton glass was increased from 400
to 550-570 kg./m.2 roduc-
per day. It Is essential, that the
ins agent be stable and of high quaUtyj the coefficient of
reduction should be calculated an the basis of S03 for all

L the sulfates instead of for the 902504 only.

CLASSIFICATION
-40
AS6.11LA ASTALLIMMAL LOIS9~140t
;W : -: -, --- :=.~- -
%.-V4 .1. O.t Is,
At 00 1 1 v ;-
OF AN a Rig ;icrit list won' TINS'", 'MO "1" 0 1 3 9 W
dFM
m
-00
coo
V 0
see
soel
WO
0
too

At?
AW mfike -F, G. lotmov
types of dcbitmm and screens u"d in g4m driv4n& Unl(mm dmwN condlilom
iind bat quithly of products WTm omalmd with double-slil demteum. Experience
h" ckaly vxmn thAl the hligher (In WrqK In the Channel, the hWwr ft quialit of
tm pm plafam worked, other coaditimis btlni; equal. Itwasalsolburidthatia=
tion of &"I coment in tk ttm comp. (expiL unt at far A3 14-6%) has a (votirshk
eftl on the wmking. (6 RV~)

W- 'Op 11 a x to r a 0 a a a 42 ts
A
400 A
00 .40
SIKP tw
00
00 ~==47kb.
lAdOWY 6o"= 1 0 -F
Usirismace. only
00 k, an
A 9COCC." Lo the t"
amber to
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B.Z.K.

-V/CY
USSR/ Engineering - Glass drawing
Card 1/1 Pub. 104. - 6/9
Authors iTomashevich, 1. 0., and Tykachinskiy, I. D.
Title oConstruction of a machine bed for vertical drawing of plate glass
Periodical tStek. i ker. 2, 17-21, Feb 1954
Abstract tThe report. presents a generalization of-accumulated experimental data on
the adaption of the boatless method for vertical drawing of plate glass.
The advantages of this method are listed, as well as the difficulties
which have to be ironed out before the method can be put to practical
application. The introduction of boatless glass drawing (vertical drawing
through a specially desigped machine bed), is considered one of the ma;n
contributions to the quality improvement of window and technical glass.
Plans for such machine bed arrangement are included. One USSR reference
(1952). Diagrams; drawings.
-Institution:
Submitted:

I(Simpily- the F(I%,t--i of' Sh-t Class in F6xt6,
Dr,*i-ril.) Sickin PI
vrrtIkil'nr)nj
'It'd
lv,.r 1. no. 5. May
. r, --*. - - -,-
. T.T
Incrr%t,gvtl
grani%. PIAQ,~,ajld

14 Xtif a 24 0 26 V n Olt 0 1 A -j I-
A L-xt-m cc CQ_U _L
CREASINQ THE TAKE-OFF UF gg~FATEQLASS 99M V4.L.
-To"Mak and Stakal I nayA L 6AMa
o. 91 pp. 1-6. - An investigation was made
194~
-at the Chagodoshchansk plant to determine the cause for
the drop in take"off of molten glass when a changeover wee
made from soda to sulfate charge (Fouraault process),
The composition of the eulfdta was N&2S04 79.15 to 92.9#
CaSO 2.62 to 9.19 M880 0 93 to 4.81, and moisture 6.32
to ~649%. Reducing age~:tsowera charcoal (1,.30 to
48.83Y, moisture and 2.79 to 8.82$ ash) and brown coal
(15.N to 38.72% moisture and 20,67 to.37-77A ash). By
reducing the moisture in the charge prior to feeding to 5 to
1OA9 the tak off of molten glues was increased from 400
a- 2
to 530-570 kg./z, per day, It in aseential'that tho r6duc-
ing agent be otoble and of high qualityl the coefficient of
reduotion ohould be oaloulated on the basis of $03 for all
the sulfates inotead of for the Na2S only. DOZAS
S LAARTALLUMOICAL LITIRAIURd CLAISIPICAY1011
%A101i Hit Q14V 04f
i1i Is L I V CW0 1 1 %1 14
V IT it I? Ir it 194t rcst FIRIt 19091(mn Ila
40 rWW ." IN WI - , J W ~ ~ 1*~' W W W
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ia
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Aprrnxlnll lit r0frillft-
lhm,, 0111h0c III, t F It 4stpul fi'll Ilintf. r-summillim
it 14111ii-Ill fit lival. III-1 I' tmiU fimmvp (for tho
~J. IjI;)II firi III-IFY
44111 jp,fIWII1I1 III 11.1i, Inll. It Ij glisuili plyri orpi Iltr olih
till [If 11jr. livii.1ro III nnnnV Irm, 1111i11

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Mace= e
glas. fammilon proccewls In & tank. whik 11 1. ry
stag" are tMOSIS-1i to A Shaft fam6amber in Which the
chmst movv, domm an hwUntd botions toward the tjutk
and le bmted by rWiNt beat fram the tank wW by a
=rr portion of the funwe sam. Approltimatteakula-
indicate that the SKIP s"tem h- inure economkid
utiffution of btat than so ordinary tank furnace Oor the
sanw output). In addhiun. this s"tem Ov" greater out-
put of the furnace at nortual temperature condititmis.
D,Z.K.
J'LA~11. 1A SITAL&URGICAL LITERATM CLASSWICAIVY
ffl:l
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-TONASHIIVICH, I-VO.;
W=Cr.a*b~~
Construction
glass without
IP 154,
TYKUMINSKITO I.D.
of the drawing channel for vertical drawing of *host
the use of a refractory boat. Stsk.i ker,11 no,2:17-21
(ML" 7si)
(01"s manufacture 17

11 4 u a x a IT a
I a
14 A.0
PICKISIRs A~ VIC#91112t 1.rJ4

Raidad the Outrd alwhole abooft 41 &" so Ir"Malt
maaklare Wksm V*Wg a eavats batch. M. 0. L
An:vk-b, and V. V. Zatisnyah.
skAYS. 1. Q,_',rq
A
Ui Irgims.i 1%4 No. 7/8, 1-8- Qftmm. Ab-
r
f ,.a IM, 102(f. A A.. Omon, Spe. St. -Tbt
use of sullste In PLK4 at soda in the OU for window-pant
glass occaslomed many poddecdom diAlculties. The MR-
Gullies vms particularly scriam ca the Fowrftuk usachine
whmtbobgmkxguotsbtetswescmsidembk. Obwm-.
tions mt%W that thev* dAmicks sruc emaecittl with
a the appe"Unce of larp quantities of aftilles on the sur-
romotthensoftenclams.
nI the mak within jW mvItWg,a=a pgo"atod the beat
fronj penetrating Into The numa,.wherves alluslica on the
is W the cooling $one pf""ted this
u
t
h

4 t
e n
surfam a
t
nmss front giving uls Its kft% Into the lumace woe. As
won at an areuroulation of afkaft was molkeed In the
mljLng region and putictilarty to the region between-
burners; 3 and 4. meastst" wwa taken immundiately to

MOM mi" the temp. smilarty. when " "Vturvalatim of
Alkalies appeared In the neck or the channel. the windows
rrrv thrown at-n. the theft was adjusted. and Other
=019 t"ell to lower the tesup. Thmmorneasor"
elintinated the diffixultift and prevented breakage.

6:11L A IdIALUMOCAt, LOIRM41VOR CLA110KAIJOb
slow
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julaing was
'am" = g
aKAYA,I.O.Tfiuowjtvicm.Axall.V.ZALIZ14VAK. &44
No. '01K pp. I-&--Tbe use of
au Air In place of tinda in the itils fiv., vvilidave-flanst &Liam
"n'4AM"I malty It"itfurtissis dift'sillift. This change
gin,-i'dir-I the revi-kics and adjustment of iniusy apass-
Iion., The dillk-ult" were particul2rly scrioust on The
Foust-stilt inwhine viscre tile twftkw ad sheets was M41
sid"ahle. Tlw tst"kaile Wits toantleAly atttitastatife to
cither am beating ot avrTrooling of list *Wcvt, and yvt thir
trittlictaturm nwistlired at the tMUA1 t4istvil Omited to tw
ulte "Ortrull. (Mar"Ittions, revessles! that thirw difticul.
tlt* WrIe cvttl~cctcd with the oppearancit of tairge qatintit"
of atkalbi an the Sulface of tha vis.1ter gtvuu~ A tayvg %.I
stiluilh, on the sufffiscv of the mitit witk a the hiching votte
preirruted the beat (com pesittratt"PiU14 the nisisit, sitirms
alkah% tat the astitacr ul Itte ttialist in this otalittif toot twe
vrotc,,I tkiq iiui~ front givtng tip Iti hem litto the Inmate
sone. (it the tho %&w the gun Is too rDid; in the isecond
illsombritted, fit The plautdistrubtieJ thesituallon %it,
anyawalct! Isy the fact that no tictsitruselt were used.
Their pgrecive it--tivilly -Atopi, the alkali,% atilt Inevvittis limit
fists v into the suiddle Channel. Tito
A the traust Instwitineniv, did not -uftkv tin lituniounsing
she" diftultirs. and other awthud. bait to be used. A-
soort a- an in the nwit-
Ing region and pairticulaily in the trilion tvtwvrn burvers:1
and 4. inewuret were taken briumliatrly to raise the tell%.
petaitirr. Shnilatly. wisvit out arzistrisuiWitso of alkaliti
atq"#-t in this arck or [be ch"nel. We "Iddiet viric
thmvvit open, the draft was Willard. and other nwa*urm
stele tAkess to faster she lemp~vature. Ttww astrasture.
glindual.) the dift-ult" and girtwilted breaks

1- -0
a 1
C. a a
0
008
OA
:0 8
00,3
000
004
Fri
8, 9 0 it 12 t) th a 4 v M to a
I I I L
a it a a x 4 a v a v a a a at
t2ar"Oft the take-ad of -gdffd* meltV
:K' .
Cron'
Jr..
as
'9. Toma&ifcqrlclg. % 7
I - '.9`1-6-
P=NM;
.10. Ceram. Sk-'Sj, No: 1).-An investigation was Qlade
the Chgpdosbehensk phot to det. the cause for the
in t&k" of molten Sim wbtm a CbUVQM vral
film soda to sulfate CUM (F-ult Pt-)-
n. empa. of the sugatt wu NafS04 79-13 to 92.9.
0. 2.a2 to qjq. MgSO. 0.93 to 4.8t. and moisture
6.32 to 40,N%. Reducing a4pasts were chatcoal (4.10 to
48,83% wrilstum' and 2-79 to n, aA) and bro" w4l
(15.X) to 3&7n molature and 47 to 37.77% Ssh) -
By fed a moiStnit fis the char prior to feeding to
Ift"take-aff of molten glass was hNscased frown
to 10%.
5,W-570kg./sqjm.pwdAY. Itis tint that the
400 to
reducing tA staw aims of blo q-Uty; the coce. of
reduction, =Ikt be eased. an the basia of SOu (or all the
Ulfatts instead of for the N*Xo only. W P. R.
If, A 09TALLMCAL LITIfRATedt CLAWICAT"
a lam IVIS1614
talc" to 0.. *at sAwneat filial 40 earv all
01 in I a of a It a I w a S a 0 2 6 1
it 1K it it K I 'a'
0 0 0-0 0 0 0 0 of 0-0 0 O's 0000 0 0 0 0 * 0 0 0 0 0 0 0 0
410 0
zoo
41$0
0041
coo
690
too
Ves
boo
aloe

'V,'!L'-TOMASEWITSCH,, K.W., RAMMp G.S.) SCROYA, G.M.
:,jGTI TiDli.
"LIT-i-E CF JIUBLICATIVI; 'W Messimg des Hoehreneinga swiderstandes mit Hilfe einer
I*ssleitung by PAKI, G.S., SCROKAp G.M., und TOVASEWITSCH, K.W., (Radiotechnik),
Bd- 5 (1950) Nr. 3
RF-M-lu'W;: Mapzine borrowed from Library of CongreBs
CamPletr cupy r.4' ptitlAcation or paper.
AbstruCt of rub'A.--C*tlm or Paper.
Flur-Jxer x-tierertev for --n- pa~j---r~
-U 6 A Van
r!
FITLE:
NACBRICHM TECHMIK
November 1953

- -- - - - - -F.-..-- -
TORASEVICH, K. V., qAMM, G. S. and 1`30'10KA, F. It.
"Measurement of the Input Resistances of Tubes -1.1ith the Help of a Line", Radio,
No. 3, P 5, 1950.

PHASE I BOOK EXPLOITATION 421
Leningrad. Tsentrallnyy institut prognozov
Voprosy sinopticheskoy meteorologii (Problems in Synoptical
Meteorology) Moscow, Gidrometeoizdat Mookovskoye otdelniye,
1957. 129 p . (Its: Trudy, vyp. 61~ 1,300 copies printed.
Ed. (title page): Uspenskiy, B.D.; Ed. (inside book): Sadovskiy,
V.N.; Tech. Ed.: Zarkh, I.M.
PURPOSE: The collection of articles is intended for specialists
working in the field of weather forecasting.
COVERAGE: The collection discusses the relationship between
atmo8pheric pressure and weather forecasting.
TABLE OF
CONTENTS:
Vetlov, I.P. Analysis of Conditions of the Development of Cyclones
and Anticyclones Near the Earth's Surface
The article examines a series of problems which might possibly
offer some exp3anation as to the evolution of cyclones and
Card 1/7

Problems in Synoptical Meteorology
421
and anticyclones; these problems are still unsolved, despite the
abundance of theoretcial and empirical. data. One of these problems
is the effect of thermobaric field structures on the origin of the
cyclone and anticyclone, and also on the process of cooling and
warming air by advection. The author analyzes the results of 110
observed cyclones and 82 anticyclones and discusses: (1) The
geostrophic wind velocity along the isobaric levels of 700, 500,
and 300 millibars and the horizontal temperature gradients at
the 500 millibar level in the area of cyclones and anticyclones
over theffeentral, cold, and warm sections; (2) the advection
of vortices at 700,500,and 300 mb Isobaric levels and advective
changes of temperature in the 500-1000 mb-layers over the central
section of cyclones and anticyclones; (3) the changes in the
turbulent air movement and their dependence on elevation in the
near-surface layer of the cyclonic area; (4) the changes in the
mean temperature at 500-1000, 300-500, and 200-300 mb levels in
the process of development of cyclones and anticyclones; and firA.1-
ly (5) the changes in baric.pressures observed during a 12-hour
Interval. All the points casidered may facilitate forecasting.
Card 2/7

Problems in Synoptical Meteorology 421
There are 15 tables, 3 drawings, and 8 Soviet references.
Tomashevich L.M. Cyclone Regeneration and the Effects of
Veruc5l Rikents on Thermobaric Field 56
The author analyzes the process and the effect of the
penetration of air masses,mostly of cold air, into a
cyclone area; such an injection (intrusion) represents a
new source of energy capable of reviving a dying cyclone.
The regeneration of a cyclone is linked with the deepening
of the cyclone area; new fronts are created, the upward
movement is intensified, the former direction of the cyclone
movement is changed, and the precipitation is increased.
Since a regenerated cyclone causes considerable shift in
the prevailing weather conditions, these conditions can be
predicted from some of the symptoms of the regeneration occurring.
The author explains the nature of the regenerated cyclone and
describes the principal changes which occur atA7OO (absolute
topography at 700 millibar level). The explanation is theoretical
Card 3/7

Problems in Synoptical Meteorology 421
and is based on the selected coefficients of vorticity; in this
connection, reference is made to V.A. Bugayev who worked out a
mathematical solucion of the problem of vorticity. Statistical
data are derived from observations conducted between 1947 and 1951.
Two pages of the author's own conclusions contain data on the
distribution of velocities for primary and regenerated cyclones in
various stages of their development and on the accompanying
temperature behavior. The essential indications for the regeneration
of a cyclone are given. There are 11 drawings, 5 tables., and 8
Soviet references.
Leonov, N.G. Cyclone Displacements Due to the Structure of
the Baric Field in the Atmosphere 82
The author examines the rule of the leading jet in predicting
the possible direction of a cyclone. This rule implies that
cyclones move at 700-500 millibar levels with the direction
of the wind above the cyclone area. However, since information
on such winds is difficult to obtain, the author discusses and
evaluates the possibility of using the data on the geostrophic
Card 4/7

Problems in Synoptical Meteorology 421
wind present over cyclonic areas. The author arrives at the
conclusion that displacements of cyclones are affected by
factors other than the winds alone. There are 29 tables,
3 figures, and no references.
Shishkova, I.A. Methode of Calculating Local Accelerations
The author reviews the problem of deviation of local winds
from the geostrophic wind and offers an empirical rule for
determining the direction of any such deviation through an
analysis of local accelerations. Of particular importance
in such cases is whether or not the wind -*In question deviates
toward a low pressure or a high pressure area and at what
velocity it moves. The mathematical solution, suggested by
the author, results in 76-78 percent correct predicitions as
to the direction of the wind. The author concludes that no
connection exists between variations in the velocity of the
wind and the direction it takes. An increase (or decrease) in
wind intensity within 12 hours can occur with deviations toward
either the high or low pressure areas. There are 2 figures and
3 Soviet references.
~3ard 5/7

Problems in Synoptical Meteorology 421
Glazova, O.P. Determination of Maximum Daily Air Temperature
by Vertical Sounding of the Atmosphere 120
The author recapitulates the standard method of evaluting
the radiation balance for the Interval of time between sunrise
and the moment of maximum daily temperature, including the
determination of the latter. Reference is made to the efforts
of N.I. Bellskiy and Ye. Golld which were directed to this
end. The American meteorologist T. Williams is also mentioned
in this connection, but his technique is rejected as not
applicable to conditions in the European USSR. Bellskiyls
version is accepted by the author and explained in detail.
Elaborating on Bellskiyls methad, the author of the article
considers the following meteorological factors essential for
the determination of maximum temperature: the flow of solar
radiation, the dynamic turbulence, and the horizontal displacement of the
air caused by the temperature gradient. The mathematical
method reduces to defining the value of what is called by the
author "an elementary square," a quadrangle enclosed between
isobars with a 10 mb spread and isotherms 10 apart. This area
Card 6/7