SCIENTIFIC ABSTRACT MATYASHOVA, K.G. - MATYS, R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033010016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUUCHERi Gola.;L MATYASHOVA 0 1&
Came of ep:Uhuna wA vubdural bwatma with a successful outcome.
Vop.neirokhix. 24 no*4;54 JO-Ag 1609 (MIRL 13:12)
(BUIN-.MMREHLGE)

ppe 3.9 31

MATYASI, Arpad
Hou transportation antarprises help the constrvotion industry and
agriculture, Yxnka 14 xo&8112-1.3 k9 164~
11 Read, Division of Economics, Transportation Workers and Teamsters
Union, Budapest.

VATUSI., Jozoef; ORBAN, Ferenone
Utect of the organic compound contAont of aluminate alkalies
on the Bayer alumina productiorprocess.II. Koh lay 95
no-8:343-347 Ag 162.

WUSK02 Je; OBST, J*
"Furniture Made of Honeycorb Sheets", P. 6, (TEMICKE NOVINY, Vol. 2,
No. 9., May 1954,, Prahas, Czechosloyakiii)
50t Montbly List of East European Acmesions, (EUL), LO, Vol. 3, No. 12,
Dec. 1954, Uncl.

SKALKA, M'1* Vera
The effect of radiation on deox~rribwmcleoproteins in animal
tissues.1, The time course of the releeme of deOXYribOp1Dly-
nucleotides in different tissueet after irradiation in vivo.
Folia biols (Praha) 11 no.2.-113..122 t65
1. Institute of Biophysics,, Czechoslovak Academy of Sciences,
DMOF

10-7=77-7.
'41
_Uod

Radiobiolc&X
CZECHOSLODVAKIA
-MATYASOVA J.- SKALKA, M.; Institute of 13iophysics. Czechoslovak
Ac E~o ' *nces (Biofysikalni ustav ()SAV), Brno.
"Changes in the Sensitivity of the Desox.,rribonucleoprotein Complex Aftcr
Irradiation."
Prague, Ceskoslovenska Fysiologie, Vol 14, No 5, Oct 1965; P 386.
Abstract: There was a straight dose:effect relationship in the
radiation-induced decrease in the free do-soxyribonucleic acid following
irradiation in the rat spleens. 3'Czech references. Paper presented at
the Scientific Meet:Lng of the Biophysics Section of the Czechoslovak
Biology Association at the Czechoslovak Academy of Sciences, in joint
meeting with the Biophysical Institute of the Czechoslovak Academy of
Sciences in Brno, 2") Jun 65.
1/1

MATYASOVSZKY,,Istvan
An account of the construction industry film presentation held
on May 12, 1964. Epitoanyag 16 no.7:276 Jl 164.

MATIATIN, LOA.; UKHAROV., G.V,
Automatic control of an electric Mters Moment 27 noo 2:14-16
Ph,--Ap 061 (MIRA 34: 5)
ZDuet collectors) (Geneut plants) (Automatic control)

HATIATINg L.A.
Contactlew automatic systems for eontrollive the charging of
raw and cement mill , TSement 27 no.6.-2&29 H-D 161.
(MIRA 15:3)
1. Mementnyy zavod "Proletari3r.0
(Automatic contivl) (Cement plants)

MkTYATIN, L*A., inzh.
Auromatic control of tube mills. TSement 30 no-4:15-16 J-1-Ag 16i~.
(MMA 17: 11 )
1. Novorosslyskoye otdeleniye Vsesoyuznogo gosudarstvennogo spetsiall-
nogo byuro po provedeniyu pusko-naladochnykh i proyektno-konstruktor-
skikh rabot v teementnoy promyvhlennosti Gosstroya SSSR.

VATTATB. Ck.
SolovIev's brWe striden lnto towrrow. MaLiblaostrolte2l
noog:3'i-32 S 060. (MINA 1389)
(Iff Iclency. JmduBtrVa)

70
Y/9 Y, ye
G-V-; KOZENMIK079 V.A.; MUMMA, 79.3.
Studies an co,rtalz asalfootaticas of the fuwtion of the mAltory
-10yaor In man by moms of coaditioned cateaso-galywale reflexes.
Test& oto-riz. 16 no.4:14-20 JI-Ag t54. (MIRA ?s8)
1. Is laboritaril slukhovoga ax&Uzatora (sav. pref. M.Gershunt)
Instituts Miclogil Iment I.F.Favloya Akadenit nauk SBBR I kliniki
bolezzey~uMa, gorls, I nos& (saw. chlext-korrespandent Akadeall medl-
taluskikh nank SSSR T.F.Undrits) I Lenlagradskogo neditsinskogo
Inaltuts,
(Rwm, CONDIT 101M,
*eutateo-galvanic. widitory analysor functo test)
(EMING TIST,
*=tansc-,g&lvanic canditioneel reflex technie)

WTATOTA, To. Si
'Use of conditioned cutaneous-Calvanio reflexes In investigating the
acuity of hewring. Probl.fixiol.ak- t.. 4.-107-113 959.
(NMA 13:5)
1. Wedra bole2nGy Ukh&, gOTAR, UDIM 1-g0 ISIlingradskogo meditsin-
skogo instituta Ineul I.P. Amlova I Isboratorlya fiziologil slukho-
vogo analizatora Instituta flziologii Iment I.P. Pavlova AN SSSR,
Leningrad.
(AUDIOMMT) (CONDITIOMM RISPONSI)

MiTrAVIN, 1.
ObBervations in brief. mast. ugi. o no.n:n 3 59.
(XDtA 13:2)
l.Bachallnik uchastim shakity "Shebuinoll kombiusts BakhalinuMll.
(Shakhalln-Mlas managemmt)

Ell=, S.S.; PENIKOV, I.W.; SITDIKOV,, B.S.; VAIETEVp R.]R.; MkTYAYEVA, K.I.
Association of hydrotborml carbonate, bitumen,, and sulfides
in the Devonian of the northern part of the Kazan-Kirovo
trough. Dokl*AN SSSR 145 no.53n23-1126 162. (KIRA 15:8)
1. Kazanskiy gosudarstvanny'y univeraitet in. M.U11yanova-Lanina.
Predstavleno akadenikom N.M.Stra,10-ovym.
(Kirov Province-Petrology)

ACCESSION NR: AR4023356 9/0284/64/ODO/002/0013/OD13
SOMICE: RZh. Voprosy* tekbnicheskoso progressa, I organizateii proizvodetva v
=Mhitostroyeni 1, Abs 0 2 - 3 569
i AUMOR: Gerasimova, N. V.; Yerzolsyeva.p Le I.;
To No; Pervinp YU. A.
T."ITME:- Programming mL-tbo&s for the autanstion of techw3 oglcal planning
CITED SOMCE: Tr. proyektn., tekhnol., i n.-I. in-ta. Volgo-Vyatok. sovnerkhoz.,
~Vy*pe 2, 1963, 94-M
-"'~'~TOPIC TAGS: automatic programming, teebnological process, computer-ebutrolled
machine tools
~MANSIATION: An algoritbra for the autoratic plwming of technological processes
may be divided into two parts. The firsit incorporates the pmcessing of the geo-
me%ric information (blueprint data) to 6etermine such features of a part as its
shape a" design characteristics essential for the technological process. The
ond part, the actiml V:Uinn
InSp reflessts the production ccmdltlmx. A progrim

ACCENION NR: AR4023356
for the automatic planning of turning operations during piece-produced and small-
ser
ies production bus been investigated. Data about the surfaces of the part
fea,into the memory of an URAL-2 electronic compu~ero A relatively small
proportion of these data,, needed In most subroutines# Is stored in the operational
memory. Data about the special features of the part are coded on magnetic tape
(MY, they are retrieved into the operational memory only once during the compi-
-tion of the technological. charts for the given part. The program for scanning
the technological characteristics occupies 306 locations. The program for autc-
_.-Matic planning Includes the compilation of the following subroutines: the sub-
routine for path control in the process1ag of the given part; the auxiliary sub-
routine forbrandbing to each.operation; and subroutines specifying the tool., its
geometry and cutting conditions. ALI these subroutines are recorded and stored
I on the NT. The, subroutines for branchinj; are retrieved from the W in accordancUs
witb the operation czde. Each subroutlim) determining the path control of the
to
ol on: the Par~ I requires 704 positions . The combined total volume of the pro-
-.;-gram is about 10,,00D positions. Using Vie first part of the algorithm one obtailts
~,tbe Path.control. chart for the given part., and supplementary Information for
position ebangestan& their parameters. On the basis of retrievals of the sub-
routines that determine the position chwnes In accorAsnee witb the operation
card 2/3-

ACCESSION BR: m4023356
code the operational ebart Is cmViled and recorded'on.the W. For parts of
average complexity the overall time for compiling the program,, including access'
to the NT, Is about 3 minutes. A general block diagram of the program and
block diagrams of the individual subroutines are given,, together with the
structure of the language for the abaracteriatics of the partj, and the-atorage
1, laput. A. Proskuryakov.
DATE ACOO 06YAAA SUB CODE: IC', CP ENM 00
Cwd.

SOV/124-58-2-1546
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 2, p 9 (USSR)
AUTHORS: Alekseyev, 0. 1., Maty-azh, A. 1.
TITLE: On the Calculation of the Take-off Run of Airplanes (K raschetu
razbega samoletov)
PERIODICAL: Tr. Kazansk. aviats, in-ta, 1956, Vol 31, pp 85-90
ABSTRACT: The article offers a new method of integration of the equation
for the take-off run of stirplanes based on the employment of
orthogonal polynomials. The method is applicable to the take-off
of an airplane with any type of engine. To perform the calcula-
tions it is necessary to draw curves showing the thrust available
and the thrust required as functions of the square of the speed
A numerical example is included to illustrate the speed of con-ergence
of the process.
A. 1. Zenkin
Card 1/1

f8m
S/147/61/000/003/003/017
E191/E381
AUTHOR: Matyazh, A.I.
TITLE: Experimental investigation of the effectiveness of
certain variants of blowing a plane gas jet over a
profile with a flap
PERIODICAL: Izvestiya vy6shikh uchebnykh zavedeniy,
Aviatsionnaya tekhnika, no. 3, 1961, pp. 21 - 30
TEXT: This paper was presented, at the Scientific-technical
Conference of KAI in 1960.
The results of an experimental investigation concerned with the
effeot of several variants of blowing an air jet on the aero-
dynamic properties of a profile with a slotted flap are given.
The combination of blowing with flap action has proved to be
more economical than blowing alone. The present paper deals
with arrangements in which a jet in blown over the flap and
another jet out of the flap. In this manner, both the boundary
layer and the general circulation are controlled* The tests
were carried out in the T-lK wind tunnel of the Aerodynamic
Laboratory of the Kazan' Aviation Institute during 1959-1960.
Card 1/4

'28834
S/147/61/000/003/003/017
Experimental investigation .... E191/2381
A F11-n(R-1I) wing profile of 14% thickness ratio was chosen.
The flap chord was 35% and the slot width between the wing and
the flap was 0.8% of the wing chord. The flap angles were
A 25 or 500. The middle part of the model, separated by trans-
verse end plates, was provided with a system of flat nozzles
for blowing over the flap and another system for blowing out of
the flap. Nozzle widths of 0.6, 0.9 or 1.2 mm could be set up.
The direction of the jet over the flap was tangential to its
upper surface. The direction of the jet out of the flap was
10 or 0 0 in relation to the flap chord. To ensure uniformity
along the slot, profiled guide vanes were placed inside the wing
and the flap cavities. In the test rig, the air was supplied
by a compressor through a manifold with measured throughputs
to both ends of the wing and the flap cavities. Thermocouples,
Pltot and static-pressure tubes were set Vp. The jet-impulse
coefficient was derived from measured qu"tities. The Mach
numbers--of the two jets were 0.65 - 0.8 for the wing jet and
0.75 - 0o95 for the flap jet. The pressure distributions over
the wing and flap were measured and the lift coefficient and
Card 2/4

S/147/61/000/003/003/017
Ebcperimental investigation .... E191/2381
moemtn coefficient were derived from these measurements.
Undisturbed flow velocities of 28 and 43.5 m/see were used
Most of the useful results are plotted in the form of famiiies
of curves relating to each other, the lift coefficient, the
aerodynamic incidence and the impulse coefficient of either the
wing jet or the flap jet. Of all the variants tested, the
largest increase of lift coefficient is obtained by blowing over
the flap. This increasss the effectiveness of the slotted flap
up to flap angles of 50 . The curves of lift againts incidence
are displaced upwards and to the loft and yield a larger maximum
lift coefficlent, a larger lift slape and a larger no-lift
incidence. The pitching-moment coefficient in incr tied# The
flap jet is effective in raising the maximum liff , URtflap
angles which do not cause separation of flow over the win
profile. The flap jet is more effective when blown at 60 to the
flap chord. The lift coefficient Increases proportionally with
the jet impulse coefficient. Over the linear part of the lift
curve, the rise of the lift coefficient is independent of the slot
width. As the Reynol" number of the undisturbed flow increases,
the jet nozzle width affects the incidence at maximum lift. The
Card 3/4

"M4
S/147/61/000/003/003/017
Experimental investigation E191/E38i
maximum lift incidence increases with increasing nozzle width
in the wing jet. The nozzle width of the flap jet has little.
effect on the maximum lift incidenc,D. A large flap setting angle
substantially reduces the maximum lift incidence.
There are 10 figures, I table and 4 references: 3 Soviot-bloc
and I non-Soviet-bloc.
ASSOCIATION: Kafedra konstruktsli i proyektirovanlya samoletov,
Kazanskly aviatsionnyy ins-titut
(Department of Aircraft Design and Construction,
Kazan' Aviation Institute)
SUBMITTED: October 31, 1960
Card 4/4

L L5566-66 IJP(c)-
AM NR, AP-6-030260 SOURCE CODE: UR/0147/66/000/003/0120/0124
AUTHOR: Matyazh, A. I.
ORG: none
TITLE: Evaluating the effect of a gap between win a
of an airfoil with blowing at the flop j and tLZ on the lifting properties
SOURCE: IVUZ. Aviatsionnaya tekhnika, no. 3, 1966, 120-124
TOPIC TAGS: aerodynamics, boundary layer control, MR oerodynamic lifts flow
separations flow deflection
ABSTRACT: The aerodynamic properties of a P-11 profile with tangential blowing at
slotted and nonslotted flaps were investigated experimentally by means of an aero-
dynamic wind tunnel. Descriptions of the model and the experimental setup were given
previously (IVUZ. Aviatsionnaya tekhnika, no. 3, 1961). The one or other type of
flap was obtained by displacing it with respect to the axis of rotation along the
chord (not more than 3%). Ilie parameters of the flap are as follows: chord b3 - 352,
width hshch Of the gap between the main part of the profile and the flap from 0 to
7 mm, with Re - 0.89 x 106. The lift coefficient was calculated from experimental
data on the pressure distribution in the range of angles of attack from 0 to Ocrit-
The efficiency of flaps with BLG was evaluated by the value of the increment in the
lif t coefficient in arcbr to eliminate the ef f ect of the Reynolds number. The variation

L 455BB-66
ACC NR1 AP6030260
1, P .
'X
M
W. 195
Svc
W #3�&
M
9z
W.2,07 M
see
Fig.-I.,-- Pressurd-distribution with Fig. 2. Pressure distribution with
blowing at nonslotted flap (V. - 0, lowing at slotted flap (V. = 0,
63 = 55) ~3 = 45*)
of the lift increment of the airfoil with blowing momentum rate coefficient C' for
various values of flap angles and also the effects of CU and the gap between t e air-
foil and the flap on the lift coefficient CY = f(a) are given in graphs. Figs. 1 and
2 show the pressure distribution on the flap in the cases of blowing at the flap with
no gap and with a gap. In the second case, ejection by the air jet from the lower sur-~
face of the airfoil is observed, 'which' 16 ift'to'' aff' 111Crefte- -in -,the rate of flow of the
airstream above the flap. Thus, it can be assumed from the law of conservation of
momentum that there is an expansion of the jet. That Increases its effect on the flow

,45566.--0.--
ACC NRs AP6030260 0 i
region where separation takes place and makes it possible to carry along the separated'
flow in the flap region. Orig. art. has% 4 figures and 1 table. JAB] i
SUB CODE: 01, 20/ SUBM DATEt 03Apr65/ ORIG REP: 001/ OTH REFt 004t ATD PRESS:
5082
Card A v, Irz
- I jr

25234
I-It (P 2.10 S/080/61/034/008/018/018
D204/D305
AUTHORS: Bogoyavlenskiy, A.F. and Matyazh, N.K.
TITLE: Trial introduction of' the isotope Aul98 into anodic
oxide f ilm on alumintim
PERIODICAL: Zhurnal prikladnoy khiMii, v. 34, no. 8, 1961,
1892-1893
TEXT: An attempt to introduce the isotope Au198 , taken as the
anion (AuC14)-, into oxide film that is formed on aluminum and its
alloys by the anode process is described in this paper. The residue
obtained from evaporating a solution of gold (marked by the isotope
Au198) in aqua regia is added to the sulphate electrolyte that is
used in the method of anodic oxidation of aluminum developed by L.
Kadaner (Ref. 3: Zashchitnyye plenki na metallakh (Protective Films
on Metals), Khar'kov, 67, 1956). 5 x 5 cm plates of degreased alu-
minum are then placed in this solution with the Aul-98 marker and are
coated with oxide at a current density of 2 A/dm2, the electrolyte
being cooled to 10 - 120 in the process of coating. Next the plates
Card l/ 3

25234
S/080,/61/034/008/018/018
Trial introduction... D20/D305
are washed and boiled in distilled water for 30 minutes. Their
radioactivity is subsequently measured by a B-2 device in which the
specimen is shielded by a lead plate having a thickness of 2 mm and
an aperture of 2 mm in diameter at its center. The counts are then
compared with those obtained under similar conditions except for the
fact that the lead plate is unperforated. The results show that
Aul" may be introduced into anodic oxide fj 'Im on aluminum provided
it is added to the electrolyte bath in the form of the anion (AnC14)-;
the amount of Aul98 so introduced inereases with increasing time of
the process of film formation. As Nis already been suggested by A.
Bogoyavlenskiy Mef. 4: Izv. Kazanskogo Fil. Akad. Nauk SSSR, ser.
khim. nauk, 5, 155, 1959). this technique of radioactivity applica-
tion is very convenient in view of the negligible thickness of the
film-carrier and the high mechanical simplicity of the apparatus.
CU the basis of these data the authors recommend the further use of
this method of isotope introduction during anodic film formation, a
conclusion also reached by V. Grableirskiy et at (Ref'. 5: Izotopy
istochniki iziucheniya i radioaktivn)rye matiarialy (Isotopes, Radja_
Card 2/3

25234
Trial introduction...
S/0130/61/034,/008/018/018
D204/D305
tion Sources and Radioactive Materials). Atomizdat, Moscow, 198.
1959). There are I table and 5 Soviet-bloc references,
ASSOCIATION:
SUBMITTED.
Kazanskiy aviatsionviyy institut (Kazan Aviation
Institute)
October 25, 1960
Card 3/3

ACCESSION NR: AU043078 S/OODO/64/000/000/0251/0261
oo~
iIALITHOR: Bogoyavlanskiy. A. F.(Doctor of chemical sciences, Professor);
Rachevskaya, L. S. ; Mmto%A~j N. K.
k TITLE: Effect of current revcr;-ai-G-~~mpDsition and properties of an anodic oxide film
i Ion aluminum, based on data obtained by the use of Itibeled atoms
1SOURCE: Mozhvuzovskaya konferentslya po anodnoy zashchite metallov ot korrozii. let,
~Xazan, 1961. Anodnaya zashchita metallov (Anodic protection of metals); doklady*
konferentsil. Moscow, Izd-vo Mashinostroyeniye, 1964, 251-261
'TOPIC TAGS: aluminum ADl-M, anodized aluminum, phosphoric acid electrolyte,
i labeled atom analysis, current reversal, electrDlytC temperature effect, anodizing period
effect, electrolyte concentration effect, anode cathode ratio, anodic film thickness,
anodic film corrosion resistance, anodic film p)rosity, labeled film radioactivity,
aluminwn corrosion, aluminum oxide film, radhophospliorus labeling
ABSTRACT: Samples of sheet aluminum ADI-M were anodized on one side In a p32_
labeled solution of phosphoric acid (60V, blue-STay transparent film, 0. 4-2. 5 ii, VIAM
corrosion resistance 15 min.) and coated on the other side with lacquer AK-20. Electro-
lyte temperature, concentration, anodizing period and anode-cathode period ratios were
-80C, 0-12N, 0-120 min. 9 1:0 to 0:1); the results are plotted graphically in
VaTied (0
d;ia jL/2

[A C*CESSION NR: AT4043078
;relation to film weight, specific radioactivity, fibn thickness, percent content of phos-
phate ton, VIAM corrosion resistance, and film p:)rosity. The phosphate-ion content
was found to be 6. 5% for standard anodizing and to vary with the anode-cathode ratio
(table given) when current reversal Is employed. Film radioactivity peaked at 30C,
'dropped sharply at 30-60C and increased again to even higher levels for 50-75C (related
to chemisorption of the phosphate-ion). An Increase in cathode period increased the
:activity by 150% over values without current reversal, the f Um thickness dropped and its
.corrosion resistance Improved (100%) at a ratio of 1:1. Increasing the cumulative cathode
perlod at a constant cumulative anode period significantly increased the radioactivity in
the film. 7he highest radioactivity, film thickness and corr*Bion resistance were obtained
at 25-50C. Different results are obtained with current reveTsal In a suffate elect-rolyte..
,OrIg. art. has: 13 graphs and I table.
'ASSOCIATION: None
.SUB14MED: .13Mar64
,SUB CODE: 'MM
ENCL: 00
NO REF SOV: 008 OTHER: 001
2/2,

BOGOYAVLENSKIY, A.F.; BOGOYAVIENSKIY, V.F.; BOGOYAVLENSKIY, I.F.; MATYAZH, N.K.;
RACIIEVSKAYAJ, L.S. ___
Radiobi-ological effect of the action of irradiation on micro-
organisms irradiated by a radioactive anodic A1203 film. Radio-
biologiia 4 no.4:640-642 164. (141RA 17:11)
1. Kazanskiy aviatsionnyy institut, Kazan-kiy gosudarstvennyy medi-
tsinskiy institut i Blagoveshchonskiy-na-Amure gosudarstvennyy me-
ditsinskiy institut.

PODORELYYO V.P,; YLORMHKOt N.M.; KOLGAHOVq G.S.; XhT.YAZH,l W.N.
Efficient practices in deomidizing steel aselted in high-
capacity open-hearth furnaces. Wt. i gornorud. prom.
no.ls64-66 Ja-F 164. ~MIM M10)

1
5W
S07/76-4-4-20/44
AUTHORS., Spitsyn, Vikt. I., Matyazb., P. Ya.
TITLE: Investigation of Phosphotungstic and Luteophosphotungstic
Acids in Stron& Acid Medium (Issledovaniye fosfornovollframo-
voy i lyuteofosturnovollfr,amovoy kiBlot v sillnokisloy arede)
PERIODICAL: Zhurnal neorganicheskoy kh1mii, 1959, Vol 4, Nr 4, pp 830-838
(USSR)
ABSTRACT: The authors investigated the content of phosphotungstIc and
I
.A.Uteophosphotungstic acids in hydrochloric, sulfuric,and
nitric aoid"solutions of various concentrations. The stability
of phosphotungstic acid toward several complex-forming acids
(Hgio H PO , and H.,B03) was investigated. Phospbotungstic
39 3 4
and luteophosphotungaiio acids were produced by the ether
method (Ref 3). An analysis showed that the starting compounds
had the following compositions: phosphotungstic aoid -
H31"120Q .24H2 0 and luteophosphotungstio acid -
H12[P205(W 207)91. 36H2O- Thu results show that these compounds
Card 1/4 are stable in solutions 1 to 12 N in HC1, H2SO 4' and HNOY

50'V/7B-4-4-20/44
Investigation of Phosphotungstic and Luteophoaphotungstic Acids in Stront
Acid Medium
With longer exposure to thene acids at room temperature (90
to 320 days) and in boilirig Bolutions,,of these acids (I to
2 days) the P:W ratio in the prepared,compounds was not altered.
The,solubilities of the phosphotungstic-and luteophosphotung-
stia acids i Jnvestigated at t!50 in 1 to - I'l N HC1, H2SO4, and
HNO'. It wa& found that the solubility of the pho8photungstic
3
acid,. as opposed to that of the luteop~osphotungetic acid,
deoreaBes markedly with an increase in the acid concentratior.
The results of the determination of the solubility of the
phosphotungstic acid are given in table 1.7 Hydrochloric acid
appears to be the'most suitable reagent for precipitating
phosphotungetic acid. The composition was determined of the
etystal hSrdrates of phosphotiingstie and luteoph-osphotungstic
acids which separated out from the acid solution at 250. In
1 to 5 N HC1 phosphotungstic aoid has 14 molecules of water,
while in 6 to 12 N HOI it is present with 8 molecules of watex.
In HNO3 and at all concentrations only the phos-photungstio
acid with 7 nolecules of wateir is present. The reaction of
phosphotungstio acid with several complex-forming'acids was

SOY/78-4--4-20/44
Inve St4 gation of Phosphotungstie and LuteophoBphotungatic Acids in StronE.
Acid Medium
investigated. In H 2Sio3 and H3 BO3 no reaction takes place.,
solutions with an acidity of 0.4 N and below
H3'PO4reacts with
.
to cause the phosphotungstic acid to be converted to the luteo-
phosphotungstic acid;, In 40-50% phosphotungstic acid solutions,
after neutralizing with sodium hydroxide to an acidity of
0-5 to 0.2 N and boiling the solutions, a glassy mass forms
* 22-24WO
* 45-60H90. it
which has the composition 6-7 Na
O
0'P
2
2
3
5
was not determined whether this product is a new compound of
t)~e aoul:le salt type or whathar it represents a complex com-
pbund.- Two tables give tho solvbility of phospholungpliv ao4d
in concentrated solution'a of HOl.and H280 4 and the solubility
Jd in H so HC1, and HNO C.
of 1-dteaphosphotungstic ao.L at, 25
.2 4 3
In table 3 are givoh the aompositions of tbe producto which
were insoluble ln'acet6na and which'were formed by boiling
phosphotungatic acid with complex-for 'ming acids and NaOH. A
f~drther table gives the interplanar distancesfor the hydxolys'~O-
Card 3/4 products of table 3. There are 3 figures, 5 tables, and

SOY/78-4-4-20/44
irlVestigation of Phosphotungst-4c and Luteophosphotungstic Acida ir, Siror4
Acid Nadium
12 references, 8 of which are Soviet.
ASSOCIATION: Moskovsk.J.y gosudarstvennyy univqrsitet iii. M. V. Lom:,,n-.Ec-vs.
Ufedra neorganicheskoy khimil. (Moscow State Universizy
M..'V.. Lamonosov, Chair of'Inorganic Chemistry)
SU3MITTED: Decembea- 23, 191~7
Card 4/4

COLN;, C
Vp~
Ce
17
Ir

j~ leariakAsease,:; Farm nimais. :.'Lo,~~-ases t*,atti-ied ?~i
"bs Jour 1-e~ r Biol fic, 1, -8. ?r73c,
-.bstr~-clt and r,:vs the :.:2 luerxe of c-ffairit7,
on ~Iie central nervous s .--!te.:,. :,s Li rne
in-i~ci-ion. of caf~,eiiie mnaln-baLn E~ :,,ijrh
tiola ~i,)s.citv-o.f the or,,-,risr for a-pc-ribd c,,f
kys. tlof;c 0j, o-
I e~ t v*A,~,,.,ine-: of C- -
T no; i- s c aba b 1 i3 rj!'- u'~~ i a,F, t h-e p s ha, C-~ t - c f
-bich c-o.:--,:, nct -~-.'ffer im its in-Zenz! I ti,
m-. t -e one oz)tRiri.,,--~d~ ~,- ti r~eoult of jhe ;~.Jvr -
o
h
~the usn~-'-:,-ose lbel in'
--ntdon of 3 1
t- ~., Y ~ s- i t yo
.Mil,ni-ty
nx
Ken' it' is-ad,P.4-*
new in'ethod. of similitfin3o-uni va2cination a i r, t
zr -ine cholers. bqs be,--i ou,,t-l (Ei;-ultanecas
adm,taistration of ayoeri zed saru-.~ and
"I..ard 2/5

MAVIGINA, L.M.
-1
Selection of sorbents for bleaching soybean oil. Trudy
DVFPJ4 SSSR.Ser.khim. no.7:68-74 165.
(MIRA 18:12)

IONSHAI A*G*j In2h,; MATYGINO V.M., in,zh,
Ways Nr reducing the acidity -in -~~s prtduation ~ of fdible
hydrqpt~. fats,. 163.
(MIM 16 t 10)
1. Khabiarovskiy filial Vsesqruznogo nouchno-looledovatel'skogo
instituta zhirov (for Foksha). 2. Mbarovskiy onsloahirovoy
koubinat (for Matygin).

If M T, I 0k
ol dvingtr ot' water inruslea Of
mine f4eld -~f E-~dlinka. D..,ly !lip 97 no.90 164.
1. Bqj~y-,ka yInes,, Centrr! rtu,-antul Coal ftnJng, Tru.5t.

12-ATTUp E.
Feduction of prodiction cost in the Agricultural Center of the Solf-Help Peaeant
Union. 'Poradnik p. 1. (ROTNIK SPOLDZIEWA, Warszawa,, Vol. 7, no. 21. Nov. 1954.)
SO: 'Monthly List of East European Accessionss, (EEAL),. LC, Vol. h No. 6, J . 19c
vn 5.,
uncl.

-S_0_,U_ R-
";AUTHORI HatyJa, Henryk--Hatyya, G Grant Nic @--Grant, N r
ORG: none
TITLE: Internal oxidati
A of nickel alloys
SOURCE: Warsawe Inetytut Mechaniki l1recyzinet, Prace, v. 14, no. 1(51)
19660 1-13
"TOPIC TAGS: nickel batie alloy, nickel alloy oxidation,
high temperature oxidationo oxidation kinetics, binary alloy, beryllium
containing alloyo aluminum containing alloy, chromium cQntaininR alloy,
titanium containing alloy, o770-r-nA_ 04tDl? T/&A.), 0AIDE ro,?n)M17oJ
,A.BSTRACTs Internal oxidation of several binary vacuum-melted, nickel
alloys containing Be. Al, Cr and Ti has been investii-Y_t~_d.Cylindrical
specLmenso 995 nn in diameter andIO12.7 mm long, were subjected to
o#Ldation at temperatures of 650, 750l, 950 and 1050C for 10, 50 and
100 hours, It was established that the energy value of oxide particles
depends on the absolute free energy of oxide forming from the element
'which Is In the solid solution and on the difference of free-energy
values of oxide forming from the solvent and from the dissolved metal.
greater this difference and the greater the absolute value of oxide
-ccod, 1,112 UDC: 669.245

-T ACC 14 Rs AT6033754
forning from the dissolved metal, the smaller is the nize.of precipi-
ta-ted oxide particles. The thickness of the oxide layer is greatly
J
affectei by the concentration of alloying elements. and it increases
aS'the content of alloying elements increases, No explanation of the
ffect oi alloying-e;ement concentration on the dimenoione of oxides,
a
boil grain boundarlettland twinning planes in the process of internal
oklaitio was found, Orig, art. haas 27 figures and 8 tables.
40M:~,'LII/, SUBM DATEs nonef OTH REFs;- I
4,is 01
.4~
N
V

MATYJA t Regina,
2+ 2+ 3+ 3+
Quantitative cletermination of Zn , Pb s, Al . and Cr by
conductometric, titration with a solution of disodium salt
of vanillin anine. Chem anal 8 no.4:533-538 163.
1. Department of General Chemistry, Agricultural University,
Warsav.

HATIA, Regina .
Vanillin azine and its possible application in chemical
analy,sis. Chem anal 8 no.3:437-441 163.
1. Department of General Chemistry, Warsaw Agricultural
Univeraity, Warsaw.

Romana
Statistical data from the skeletal tuberculosis sanatorium of
J.Krasicki, In Otwock, January 1, 1952 to June 30, 1959.
Gruzlica 28 no.',1:501-510 J1160.
1. Dyrektor: dr med. J.Sovinskl
(TUBERGMSIS, OS720ARTICULAR statist.)

MATMAMM, Romns
On antiti2berculous treatmnt in tiaborculosis of tbemajor joint*
In children. Gruzllca 28 n0-7:511--515 JI 160.
1. Z Samatoriur Gruslicy Kostnto-Stavowej v Otwocku Dyrektor-.
dr made J.Sovinaki
(TEIBIRCULOSIS. OS730ARTI,MMO In Infancy & childhood)

MATYJASEK, Romana
- -1--,-1------,--.- .......
Diagnostic errors in osteoarticiLlar tuberculosis in the light of
statistics. Giuzlica 33 no.2:131-135 F 165.
1. Z Sanatorium Im. J. Kraf.,ickieigo w Gtwocku (Dyrektort dr. med.
J. Sowinski).

MAISMOV, Aleksander; MATYJASIK I ?-Yeunt
Productive value of ammoniated penits as compared to other
organic ferili2ers. Postepy nauk roln 10 no-4:21-29 JI-Ag 163.
1. Katedra Torf'oznawstwa,, Szkola. Gllowna Goopodarstwa
Wiejskiego,, VlarSULWae

XMISKI., W.) JASTMUSKI,, J.1 IITYJABZFA, H.,- KOPHOWSKI, L.; BIENIEK, J.
BlochemIcal blood changea In dela3ed union and pBeudarthrosis of
the long bone. Chir. narz. ruebu ortop. polska 26 no-5--541-547
161.
2. Z K-24"1 1 Ortopedyeznej AM I z Oddzialu Ortopedy=nego Szpitala
Wojewodzkiegb we Wroclawiu Kierowp#; dr J.Novalski.
(FRACTUPM UNMUTED blood (MUDW19MIS blood)
(BLOOD PROTEIN)

KCHAISKI, J.; JASTRZEBSKI.J.; KOI?AISKI,W.;.'n7qWZEKjJ4j WIU.L,A.
Behavior of creatine and cratinine in trauma patients duTinz
balneo-rebabilitation procedures,, Chir.narzad. ruchu ortop.
pol. 29 no.1t:L3-16 164
1. Z Kliniki Ortopedycznej P14 we Wroclawiii i z Oddzialu
Ortopedyozneeo Szpitala Wniewodzliego we Wroclawiu (kie-
rownik: doc.dr.med. J.Kovalsk-1)

KMOOMIP-SKRZYPKOWA, Maria; MATYJASZEK-PAPIEZOWA - * laria
Familial dipbtheria obBerved In the CIInIc of Infectiono Diseases
of Childhood in 1961-1962* Przegl. epidem. 18 no.3*301-306 164
1. Z Kliniki Chorob Zakaznych Wieku Dzieciecego Akademii Me-
dycznej v'Whrezavie %'kierounik: prof. dr. med. J. Bogdanovicz).

HATYRO, N.A.
Middlebrook-Duboo reaction as a nev serodiagnostic method. Trudy
J~SGMI 30:8.5-90 156. 1 (KERA 10:8)
1. Kefedra mlkrobiologii Leningradekogo sanitarno-giglyenicheakogo
maditsinskogo institute (zav. kafedroy - prof. M.N.Fisher)
(IIWAGGLUTINATION,
Mddlebroob-Duboo test (Rus))
(MOLYSIU,
ease)

HAKHNACH., V.O.; IJTVINOV9 M.A.; BORISOV9 L.B.; MATYKO, N.A.; SMIRNOVA-IK014NIKOVA,
H.61.
Antibacterial properties of stardh iodide and its components.
Mikrobiologiia .'9 no.3:451-451+ My.-Je '60. (MIRA 23:7)
1. Botanicheskiy institut Im. VA. Komarova AN SSSR9 Leningrad.
(STARU) (IODDE ORGANIC GOWOUNDS) (ANTISEPTICS)

MOKHHACH9 V.0e; BORISOV9 L.B.; LITVINOVq
Antibacterial properties of Iodine-polyvinyl alcohol. Mikrobiologila
29 no. 4:600-602 JI-Ag 160. (KMA 13:10)
I* Botanicheskiy institut imeni, V&L, Komrova AN SSSR i
laningradskiy sanitarno-gigiyanicheiskiy maditsinskiy institut*
(ANTISEPTICS) (VIM ALCOHOL)
(IODINE ORGANIC COMUNDS)

BORISOV, L.B.; MATYKO, N.A.
. ....
Antiphage activity of some chemical compounds. Trudy ISGYJ 66:
270-274 162. (MRA 17-4)
1. Kitfedra mikrobiologii Leningradokogo saiiitarno-gigiyenicheskogo
modi-Isinskogo lrvtituta (zav. kafedroy - prof. M.N.Flqher).

mATYK0' V.
"I Saw It In Finlana". r. 12. (AUTO YOTDRP Vol. 7t No. 101, Oct. 1954,
Budapest3, Fungary)
SOt Yfonthly List of East Enropean Accessions, (FEAL), U, Vol. 4,
No. 1, Jen. 10,55, Uncl.

"I-Tyl"-C, V.
"Dlindlir,rl ',;6aJ:3iE-hts", '. 12, (,J~Tr "'(R) 11ol. ?, Ilt. 'l, Yov. 1954,
1
Budapest, ~!,17.ncarj)
AL / f LC I vc~l . ~,4 1 ( . ~),
sc~: !'C"rthly List rf E"St (LF- - , , "
laren 1955, Uncl.

"g,
~ -M,0, '7.
Courtesy to avoid accidents. p. 12.
AUTO 1-70T011, Bu lapest, Vol. 1, no. 16, AuE. 1955.
SO: Monthly List of East '-uropean Accessions, (E2;;,.L), U, Vol. 4, no. 10, uct. 1~155,
Uncl.

MITYKO I , Y.
'MATYKO,, V. Experiences of drivers. 111. p. 12.
Vol. 8, no. 23, Dec. 1955
AUIO IWOR
TZE-CHINCLOGY
Budapest, Hungary
So: East Furopeon Accession, Vol. 5, No. 51 may 1956

MATYKO" V.
?MTYKOI, V. Experiences of drivers. V. p. 12.
Vol. 9. no. 1. Jan. 1956
AUTO MDM
TECHINCLOGY
Budapest, Hungary
So: East -Europeon Accession, Vol. 5. "0'. 5, 'May 1956

MATYKO,, V.
Experiences of drivers. VI. p.12.
Significant numbers; reaults of the competition "Drive without Accidentst' in
Budapest. p.13.
-eraa-. What is to be done? p-15-
AUTO MOTCR, Budapest. Vol 9, no. 3, Feb 1956
SOURCE: EEAL, Vol 5, No. 7, Ululy 1956

HATYKID, Minos
Study tour in Czechoslovakia and in the German Democratic
Republic. Auto motor 12 no.3s24 F 159.
14 Az AUTOKLUB fotitkara.
.dO,W :P

MATY
The 1961 program plan of the Hungarian,Autosobile Club. Auto
motor 14 no.1:6 Ja 161.
1. Magyar Autoklub fotitkariiL

MATXP, Vilms
SOMUMOD somebody 9hould stawt; a debating forum. Auto motor 14
no .1: 24 7 161.
I:V-,JFjlefoMub rotl~".

HATTM, MODS -
Ir. Ju"a- the 1961 Automobile, ftily. for Peace and P#AW-
ship. Auto votoe 14 wo.?.-6,'AV 161.
1. Magrar Autoklub fatidAra.

MMKO, vi33wx
Near to a nvv milmotone, Auto wtor 15 no.IsS Ja 162.
1, A Magyar Autoklub fotitkwoao
(Bw3gary"Lutomobilem)

MILTYKO. Vilmos
Pron the life of the finagarian Automobile Club. Auto motor
16 no.1:18 6 Ja 163.
1. HWar Autoklub fotitkara.

M . - ~n. 1; - r :~~ ~ , --g I .
I ( T Y e, - ) : ',,' ; 1, - -, z : ~- 7V 1 -j S ., L ,; 3 ~ - I . ''1 11 - i-,
,-~ - : - 7- 1 ~~ t 5 " -- F. , , ~ r :; . ~ I, !,, :- . r *. 7 !~ -7. i. ~ -, 9 -o'- N
1. S8~T'~itaz-y lkn6r a!,, an ~ut.Dinr~bi ~- Budape~ t Jrw I.Iat.- ~, .
I 'v

MATYKOP Vilmoz
-
Subsequent remaz-ka about a press release. Auto motor 18 no.5:
23 6 Yx 165,
1. Secretary General, Hungarian Automobile Club, Budapest.

MATYKOV Vilmos
The Hungarian Automobile Club ir. the part 20 years. Auto motor
18 no.6:18 21 Mr 165.
1. Secretary General, Hungarian Automobile Club, Budapest.

PIATROP Vilmos
i3cra"I"Ll'-a arm' aic tiholili stand In the cent,:-r of
4-h, 1. 1
.1 -- Automobile ~-ubls work. ~u~o moor 18 no.8:9 ~_t rkp
I ~'T
I .
1. ')e~,re-tary '3nrieral, Hizigarldn Automobile Club, Buiapent.

VOVPWv A.6-.;KULAXO.V., B.A.; LIMCMWI, M.F.; IZUBIMOV,, A.L.j
Yu,A.; SAMI, I.Ao; STAV314SKIY,, V.S.
[Differential Cherenkov gaiscowaters] Differentoiallmyl gazovyl
cberenkoveMI acbetchik. Dubus.., Ob"ediuewyi inatitat.iadermykh
issisdovanus, i9d. n p. (KM& 14-.10)
(Nuclear counters)

MATYLLA, 3tanislaw
Tentative detoirmination of prospective development ,f trarspor-
tation in the Ft)znan region. Budown ladowe Poznan no.3t103-112
163.
1. Tepirtmert of liallroads of the Technical University, Poznan.

YEFIH!NKO, G.G.,, inzh.; VOYTANIK, S.T., inzh.1 YEFINOV, S.P., inzli.; XACHKOVSKIY,
A.I., inzh.; RUDKOV, A.K., inzh.; RUDKOVSKIY, G.I., inzh.; Prinimali
uchastiye: KOVALEV, D.A.; GCTOVTSEV, A.A.; VASIL11XV, G.S.; EMLYANOT,
,,,M.G.; LOVCHANOVSKIY, V.A.; KRAMNIK, T.A.;
A.A.; KUKUSHKIN, S.N.;,MAT-YNA
NECHESOVA, N.I.; MARTY9i9i6~-'i"A-.*j-KURAKSIN, D.I.; LETYAGIN, N.L.
Intensifying the sintering process by the use of a special charge wetting
device. Stall 23 no.12:1061-1064 D 163. (MIRA 17:2)
1. Dnepropetrovskiy metallurgicheskiy institut, zavod im. Dzerzhinskogo
i Yuzhnyy goz-noobogatitellnyy kombinat. 2. Dnepropetrovskiy metallurgi-
cheskiy institut (for Kovalev, Gotovtser, Vasillyev, Zemlyanoy, Kukushkin).
3. Zavod im. Dzerzhinskogo, (for Matyna, Lovchanskiy, Kra~'nlk, Nechesova).
4. Yuzhriyy gornoobogatitallnyy kombinat (for Marty-nenko, Kuraksin, Let-
yagin).

JANNEWSIam, Fmrian; HATYKIA, Tadmos
-----------
Revearab on the wynthenis of certain derilvatires of f:Luoreae.
Rom cbemli 36 no.9:2379-1381 162.
I* Uklad Cbemii Organicznejj, Univeroytet in, M, Curie-
SUodoweldej., Lublin.

USSR/PharLin-cology. Toxicology. Chemotherapeutic Preparations. C
A) mtibiotics
,bs Jour : Ref 2hur - Biol.,, No 111 1958, Ila 52o86
Author :Iordanskaya, N. Ye.-,-4dztrAJ,na A.A., Khachaturova T.I.
Inst :Uzbek Tuberculosis
TLtle Me Irraediate 1herapeutic Wfect of the Preparstion Larucan,
t'rig Pub Sb. tr. Uzb. n-i. tuberk. in-t, 1957, 3, 70-75
Abstract Inrusan (1) was administered to 54 -
patients (adults) with
various forms of pullionary tuberculosis (the majority xAth
fibro-cavernous processes) In doses of 0.2 g, 3 tiries
daily. It was denonstrated that I lowered toxamia, and in
nany cases led to inprovenent of the local process. Toxic
side-effects (giddiness., hecdachesl excitenent, precorlial
pains) were observed in 4 pitients treated with I. As
compared with phthivazid, I was less effective. -- V.I.
Yellnik.
Card

IORDAMKkYA,, Mo.; MATINKM,,.O,A.- EMCHATUROVAp T.I.
:_~:l
Immediate therapeutic Ofect from the cbug, lwaoan. Sbor. trud.
Uz. nauch.-isol. tub. inst. 3ta;!-86 157. (HIRA 14:50
(ISMIICMINIC AGID) (TUBERCULOSIS)

XUXARKIN. Boris Vesillyevich, prof.; RYBNIKOV* Xonstantin Aleksoyevich,
prof.; BASHMOVA, Izabella Grigorlyevus; I VICH, Adollf
Pavlovich-. YANOVSKAYA. Soflye Aleksandroyne; SPASS91Y, Boris
Ivenovich, doteent; MIMYWV, Glab lonstantinovich, starshly
nauchn" sotradnik-, KATYNOV, D Ta., prof** otverede; GORIHM9
D.I., prof., red.;'Tv red.; KU13RYATTMW.
P.309 prof., red.; KTMIKOVWIY, P.G., dotsent, red.; KHRGIAN,
.AeKhe~q prof., red,*, SEMSOV, B.S., prof.. red.; VMUMMV.
V.K., assistant. red.; KORONKOV, A.F., red.; YRRHAKOV, H.S.,
tekhn.red,
[Programs of courses on the history of the physicomathematical
sciences) Programy po istorii f12iko-m9tematicheskikh nank.
Moskva, 1959. 40 p. (MIRA 12:12)
1. Moscow. Universitat. 2. Orlocomitet Voesoyuznoy m9zhvuzovskoy
konferentall po istorli fizilm-mBtenAticheskikh nauk (for Kukarkin,
Rybnikov. Spauskly, Gordayev, ITananko, Xudryavtsevo Kullkovekiy,
Kikhaylov. Khrgian, Shevtoov. Verkhunov. Kononkov).
(F4sice-Stud.,F and teaching)
(Mathematics-I'Study and teaching)

7--
"E,quicontrasting Color
Uch. Zap. Vyssh. Arkt- ;.:or Ucl.,'Uishcn,,~, 11o 4, 1953, Do
Method su,agazted by N'.
graphs and facilitates
Lgroometry 15 Euclldirn
2, 1955)
U. 3ullyrev is asea un eq'.Aconstrastin~L color
distln~;ul:~hLn- etvieen two colors. 11he Color
an,.. may Oe C0.,IsLructeC in a plsine. (h-lii~str.,
SO: E>um. 492, 12 ;~Ila.,, Z-)b

MATYN .. I.V.,;,_PWLYAK, Yu.L.; ISYBOVSKkYA, G.A.
py, , - -
Reaetion of olefin haUdes wkt-h nitrogen tatroxide in the
presence of eumonium chloride. Zhur.VKHO 10 no.51591-592
165. (MIRA 18:11)

Jor
AID P - 1344
Subject USSR/Engineering
Card 1/1 Pub. 78 - 7/30
Author Matys, A. N.
Title Lowering pipes into the pressurized oil well.
Periodical Neft. khoz., V.32, #12, 19-21, D 1954
Abstract Special equipment for lowering pipes through
the pressure lock arrangement is described.
The lowering operation under oil or gas pressures
in the well is outlined. One drawing.
Institution: None
Submitted : No date

AWIROV, A.A.; KATYS, A.B.; X&BUWV. G.A.
BiWdng the lo. 8 extradeep explaratorywan in the zyrya area.
Aserb. neft. khos. 38 no.2:21-25 7 159. (MIR& 12:5)
I . (Apsheron Pardneula-Boring)

Fundamantals-of des4p in the production of electronic apparatus,
80., SDEWVAGI TEMINIKA (MInisterAvo atrojirenetvi) Prahs.,
Vol. 23 Wd. 3.9 mu. :L954
SOERCE! ERSt EMOPM ACCeB111046 Idn (MAL) Llbraq- or 99ngrei*,
Vol. 4., No. 12, Decenber 19M

jj~f~ J.
Selection- of -electron tubes for wide band mplifiers, p. 82.,
SDELOVACI TECHWIU (Ministerstra strojirenstvi) Praha., Vol. 2.,
No. 3., Mar. 1954 -
SOURCE: E&-;t European Accessions List (EEAL) Librm7 of Congress,
Vol. Ifj, No, 12, Dscembiw 1955

Mechanical intermpdiate-frequency transformer, p. 85j, SDELOVACI
TEWIM (Ministerstvo vtxojirtmstvi) Prakw,, Vol. 211 Ko- 3o 'ar. 1954
SOMCE: East European Accessions List (EEAL) Library of Congress,
Vol. !i,, No. 12., December 1955

VATTS) Jaroslavs, inu
A~Wmm
~w
Preparation mid production of electronic instroment" SlaboproudY
obzoraSuppl,:PriIoha pro m1ado inzemM 24 no,6:P25--P32 163.

MATYS, J. , inz.; HOUDEK, M. , inz.
A-.monia separation frcm carbon dioxide. Paliva 44 nc-9:249-251
Ag 164.
1. Research Institute of Fuels, Bechovice.

YATYS1 J., inz.
Use of grate overfall columns for separating A onia from
waste water of.pressure gasworks. Paliva 45 no-4:1.12-116
Ap 165.
1. Research Institute of Fuels, Bechovice.

MR-MOYSUMOV. Ismall Agayevich Aly
h; SHAPIRO,
Solomon 1161ch; KULUBip Agswbsla X-A--
8 Y.-
redaktor; SHTSYNGSLI. A.S., redektor Watel'stym
EFrogreasive practices of a group in the FeDzershinskil Plant]
Peredovol opyt kollektiva zavoda in. F.Dzerzhinskogo. Baku,
Axerbsidzhanakoe gos.t7d-vo neft. i nanchno-tekh-a.lit-ry, 1957.
205 P. (Petroleum industry-Nquipment and suppitee) (Niak 10:9)
1,ftchlnery industry)

STRAKACZ, S.; MATYS, R.
Traction computings by elect.-Dnic oomputers. Przeg~! k-olej
muchan 11 [i.e. 16) no.3~65-68 Mr 164.
1. Central Institute for Posearch &nd Development of
Rillway Techniques, Warsaw.
-000

MATYS, Ranald, tgr
Use of UYL-I and ZAV-2 typeis digital computers for traction
calculations. Przegl kolej elaktrotech n [i.e. 16] no.5s
155-158 V4 164.