SCIENTIFIC ABSTRACT J. FORMANEK - A.A. FORMOZOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413520004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FORMUM , Jiri
International summer school on symmetry in the physics of
elementary particles. Gs cas fys 15 no-3:291-292 '65.
1. Faculty of Technical and Nuclear Physica of the Czech
Higher School of Technology, Prague. Submitted November
5, 1964.

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4681. DEVEIDMIfT OF MMN AM MINERA~ COAL BRIQUETTINO WITHOUT
BINDING A01ENTS MD NEEW "DOW RYCHNOVE PROCESS FOR BRIQUMTING LIGNITI
till AND COAL WITH(HIT SMM. Fomenek, J. (Bonsky Obsor, July 1949,
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FOF:WZK, J.
"Coal Briqxxotting! p. 149, Praha, Vol. 34, no. 6, June 1954.
SO: last Maropean Accessions Met. Vol. 3, No. 9, September 1954, Llb. of Gongrose

i
F - ~-ulr -';i ~ *- 'ol , Y. P . .
"Effect of ne- metho-Is of work on the fulfIllinctiL o,&' the 11,1an it, thu. 'Iot*L~i Boh(lmi)-m
Drown-Coal Yine3. if
Uhl.!, Praha, Vol 3, 1.o 9, Sept. 1953, p. 265
SO: Eastern European Accessions List, Vol 3, No 10, Oct 1954, Lib. of Congress

wl~
FORMANEK., J.
FORMEK, J. Present problem in the drying# briquetting and utilizing of coal in
Soviet science and practice. (To be contd.5 p. 556
Vol. 5. no. 5. 1956
SOVEPTSKA VEDA: HOMCTVI-IRMICTVI.
TECHNOLOGY
Praha, Czechoslovakia
So: East European Accession Vol. 6, no. 2. 1957

MA A v K
CZWPOSLOY.&L. I Obamloal Tualmology. Cbmical Protuata S-U
and Their pplioAtions. Chmiael Pro-
00091no or Solis fossil FUolm.
~.bs IOIVI Rof Mur-KhImiyo, No 3. 1259, 0561.
.Wthor iLono, IZmvorkm ;. 61411k, F., More
Bloal B.
Ust INot elvan.
Titlo tConoming the xttola by Tilkat *.~ Study of the
problom or Oomplox chomilaal Amorgy t1tilleaslos
0716701 Palivs. ISM 36 go 9 316-3801 go It, W-U41
ft U, &TO.;&os AG 12"413-416.
4bestwell Sao liar shm KNIM. 1"0. am.
cars 1/1
?To

voi~:x"Fj,-., J.
pcri~!dicals: RUDY Vol. 6, no. 7, 3cr)t. 1958
FOP111,311h, J. Dressing of le2d-zinc ores in Sweden. T). 317.
Nonthly List of East Eliropean Accessions (F 1) LC Vol. 9, no. <
Kay I" I,0, Unclass.
,,e

J.
TECH.I.OLCif
peAcdicais: RULY Vol. 6, no. 12, Dec. 1-,i5,9
J. ly-drocyclc-ies. P.
!-:onthly List cf East Eliropeui Accessions EW LC Vol. .11, no. 5
,~:ay 1"?5?, Unclass.

2,,--.(~uct~i '11~1` TI-IC-1--
;~-')-')Iicatica. C"'ei.Ltc-Al -i: S)lic! F-.-StAl
Fuels.
Abs Jour Ref Mur - Miiaiya, 11 ~ 10, 1959, 36293
Author Eiorrmick, J.
Inst
Title Re-,r._)cossin.- ~,f Li 'Ate A t.ic Snl- lov Do-),)sits.
Orig, Pub U111i, 1958, 3, 1-,-,9, 321-325.
Abstract Invcsti~,,ptory tecliniceconoydail emmparis:)-iis iliclicntccl
the advanta,:?,cs )f briquottin,,-_- S-Ac-)1WO coal for power
purpiscs and sonic-Adno- aixl also t,'-.e crijoOicilcy ~:)f dry-
in.,-; t-he coal by val) r wider ixessurc.

S/058/62/000/004/Oi2/160
A058/Alol
AUTHOR: Formangk,..J.
TITLE: On the blehla-Petrh; wave equation
PERIODICAL: Referativnyy zhurrial, Fizika, no. 4, 1962, 36, abstract 4A285
("Chekhosl. fiz. zh.11, 1961, V11, no. 8, 545 - 553, Diglish;
Russian summary)
TEXT: Petrhg (RZhr-iz, 1956, no. 11, 30891) and ftehla (RZhFiz, 1958, no. 5,
9961; 1959, no. 6, 12201) proposed a relativistic wave equation
having the following general canonical form:
(-z- "' D/, - i z) -? - 0.
This equation describes spin 1/2-particies but does not coincide with the Dirac
equation. The author investigates separately the Petrh; and Olehla wave equa-
tions for an electrically charged spin 1/2-particle. He examines the transforma-
tion of these equations into each other, as well as their connection with the
onventional Dirac-Pauli equation.
Abstracter's note: Complete'translation]
[
Card 1/1
V _~ 1-1

FORMANEK, J.
Right-handed a'nd left-handed coordinate systems In the theory
of particles with spin 1/2. Chekhosl fl?, zhurnal 14 no.9:657-666 164.
1. Faculty of Technical and Nuclear Physics, Czech Higher School
of Technology, PraVte 1, Brehova 7.

HGA OVA~* 1A
and J. F01"1AN'1X , Ins titute of Wor~ ily- I cne
i-,Iial Discag,~,% ( ..Tt a v ', y8iony rracc ft chorob Z I OV01111ni)
1,v T ro'* J. Dr-43c; nnd :o=nunica t ions
(V,Yzkumny ustav 5-oju), Chiaf (reditel) Inz r.
pri:;Ue.
In LonZ-Distnnce Talerhone Operators.-
Lekarstvil, Vol 14, ':o 10, Dec 1.962; p,- 1.71-476.
stllmla-,y Modificd7: Cor.,-rehenslve review of the world
clture the tcric: rroneness to neurotic lability, senscry es~.
i~7.Ti;irInCrt, RUt~nomic-endocrine disturbances'. Authors found
rLs,ilts in litaited studies on blood rressure and skin
They find no Justification for considering
,.is orcuiational and cr,m;cnsable, but auditory change!-- are
~_,Jcii, !io-.-ever, thir! ire mostly ralnor in degree. The -,rcb.'Ems rersisc,
n-nd remedial measures are outlined. The present 6,C!C(J Czechosl.
not decrense in number until 1965; fron then or. auro=
will affect them- to 1,100 in 1980. About 40 t,,arldwidii ref's. I
71
CZEOHOSLOVAKD/,~countics - Architectural Acoustics J-7
Abs Jour i Ref Zhur - Fizikop No 11j, IW, No 26099
Authcr s For7--anok Karol
Inst i N-6v1tvMr---,_
Title i Acoustics cmd Architectural Finish of Motion Picture Thevtres.
Orig Yub : Filrnovy techniko 1W, 60 No 1, 6-7
Abstrect : It is noted that it is nocessery to rinke greater use of new
acoustic ncterials, rarticulvrly when finishing wide-screen
motion picture theaters.
Oard 1/1

FOFaW=. V.
Experiences from the econovdc surveys done at the Hlubim Niro. p. 273.
URU (MirAsterstvo paliv) Praha, Czachoalova)da. Vol. 1, no. 8. Auj.' 1939
Monthly Ust of East European Accessiorm (EEAI), Vol. 9., no, 1, Jan. 1960
Uncl.

4
Z/034/62/000/008/001/004
E073/E335
AUT11-11ORS Form.~nek, Vilem and Mares, Zdendk, Engineers
TITLE: Verification of the cooling process of a CrNiMo
steel ingot
PERIODICAL: Hutnicko listy, no. 8, 1962, 559 - 562
TZ,tT: The manufacture of shafts of electric generators of
100 1-4"V and greater, 't-reighing 100 - 130 t, for which CrNiMo steel
With yield ?oints above 50 kg/imll 2 is used, requires the use of
presses with pressures of the order of 10 000 t. Their manu-
~acturc in Czechoslovakia is in two stages: casting by ZVIL,
Pilsen; transportation to NIUG, Ostrava, insiae specially
designed 11 hot buggies -11 which retain the ingot in the hot state
during its trans2ortation. lasting 3-4 days. Before introducing
these special "therinal bunkers" the ingots were pre-forged in
Pilsen, then cooled down for transportation in the cold state.
The first ingot thus cooled developed a longitudinal crack and
had to be scrapped. This bloclg was then used as an experimental
material for verifying the progress of the temperature during
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Z/034/62/000/oo8/ool/004
Verification of.... E073/E335
the individual phases'of -the cooling process and a safe annealing
procc-5s was worked out, from the results ~ obtained, which coulfl
be realized in practice. The composition of the material was as
f ollows: 0-3~0'1') C, 0-50510' Mn, 0-255' Si, 0.0130,o' P, 0.0210/0' S,
1.55L",'. Cr, 2.22oJ Ni, o.47% Mo and Oel4O,'Q Ve The block was forged
fron, an ingot weighing 105 t into an octangle with an internal
elamoter of 1 850 mm; a journal for upsetting was forged from
the head of the ingot. The block dimensions are shown in FI&.1
and the location of the holes for accommodating the thermocouples
is shotm in Fig. 2. The process of cooling was as follows:
1) coar-in- into the furnace after forging and equalization of L/
0
tae to;-.iperature to 850 C; 2) cooling to below 300 'JC inside
the closed furnace,which was made airtight, and maintaining at
this temaperature until the temperature had equalized;
3) heating to 850 - 870 0C and maintaining at this temperature
until equalization was achieved; 4) repeating as per (2);
5) heating to 650 OC and holding at this temperature until
equalization was achieved; 6) cuaing in the closed and
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Z/034/62/000/008/001/004
Verification of .... E073/E335
airtight furnace to belo-w 100 0C; 7) storing of the block in
a i
protected spot of the workshop until complete cooling; has been
achieved. The aim was to verify to what extent and for how long
it .%ras necessary to retain the block in the forging furnace
(re.-encration type 6 750 x 4 200 mm; height of the working
zpace 11 150 mm. with 4 bfirners fitted along the lateral walls,
burning un,3urified producer Gas .)f 1 700 kcal/m to achieve an
equalization 0of the temperature throughout the cross-nection at
OU50 and 650 C, re5pectively. A considerable number of the
On the basis of the obtained
..:easured values are tabulated.
results the following revised process of heating and cooling is
proposed: a) 0 cooling from the final forging Vemperature down
to 250 - 300 C in a tight furnace, the temperature-monitoring
being affected by means of contact thermocouples or temperature
crayons ; b) heating to 850-870 OC for 18 h during which the
surface temperature must not exceed 900 0C or drop below 800 ' 0C
and then holding for 35 min; c) cooling in the closed and
tir'htened furnace doim to 250 - 300 0C; d) heating to 650 OC
(measured by a thermocouple lowered to the surface of the block)
for 15 h and maintaining at this temperature for at least 60 h;
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Z/034/62/000/008/001/004
E073/rl-335
e) coolin- in the closed and tightened furnace to achieve a
surface te;-.u)erature below 1000C, which is measured by thermoccuples
or temperature (indicating) cmYons. This revised cooling process proved
satisfactory for aafo cooling of CrNiMo ingots..
There are 3 figures and 1 table.
ASSOCIATIONS: Ostrava-Kuncice
PUB:.,'In-ED:
Zivody V.I. Lenina, Plzen (V.I.Lenin Works,Pilsen)
November 11, 1961.-
Fig.2
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Z. ; BAUE-Ih, J.
Thermobalance with direct registration. p. 164. (SIUK;~'IY, Vol.. 1,
I'lo. 2. 1957, Praha, Czechoslovakia)
SO: Fontl~jy List or LIst Luropean Accession.-i (i~,~L) LC, Vol. 6, No. 12, ~'ec 1957- Uncl.

S/001/62/000/019/019/053
B144/BlaO
AUT!1ORjj Stovik, Miroslax, Zahradnik, Lubomir, TyroLer, JiM, Vondra-
kovh, ,Z"aa, Formapok Zdenck
-TITLE: -P.- o L i c ti~ n of concentrates of permanium ~ndIother trace ele'-
ment5 bylburning coad in furnace eiates
PLOIOUICAL: '.-Icfr:rativnyy zhurnal. Lhimiya, no. 19, 1962, 340, %bstract
1)&82 (Uzechoslova%ia. patent 15,
n -99414, April 1961
T11--J.T: '4hen coal is burned ii furnacer.,.almost all the Go is carried away
with the finer fractions in the form of volatile compounds. For more com-
:Acto remov,~-.l it is zuiggested that the coal should be burnt in a reducing
at.-,,o:,-phere.T,-) this end the entry of primary.air'from below is restricted to
a minimum and that of secondary air above the grate is increased. The I amamt,
of Ge compounds adsorbed in the thin fractions then rises to ?30-, the Go con-
tent of the coal. Tho combtistion Luses aro led through a cyclone, .-;here
ihe larUest particles are separated, and then through an electrostatic fil-
ter and a second cyclone. Alternatively, after separating the large par-
ticles, the gas is parsed throigh a scrubber, (with either mineral or sili-
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3/081/62/000/019/019/053
Production of concentrates ... B144/B18O
cone oil), and then conducted throurh a hydrocyclone and a centrifuge, Vdiere
the thin fraction is separated. The wash liquid is continuously recicled.
Ad-,iitions of 2-50,(~-. by vxii,-Jit sul'Aur (pyrite) to the coal promote, the for..-aa-
tion of volatile Go coinpoun-Jo (Goi, Gcc~). DiaGrams of the process are
sl-.own. Li~bstractorls note: Complete translation
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23568
z/oog/61/000/007/001/004
E112/E135
AUTHORSi Zahradnik, Lubomirt Formainok, Zden4k, giovfk, Miroslav,
Tyroler, JiH, and 6-ndrikovil Zdi;~a-
TITLEi Properties of furnace flue dusts and their use for the
recovery of germanium
PERIODICALi Chemick' pru*syxl, 1961, No-7, Pp. 337-341
y
TEXTt Coal which is rich in germanium was &shed in a reducing
atmosphere and coarser fractions were separated by means of
cyclones. Flue dust of finer particle size was recovered by
electrostatic separation and this contained up to 1% germanium.
Industrial recovery of germanium was considered feasible and
therefore laboratory methods for its extraction and the nature of
the bond between germanium and the flue dust particles were studied.
The flue dust was separated into different fractions according to
particle size and the relationship between germanium concentration
and particle size was investigated. Germanium contents decreased
an the particle size increased and, consequently, main attention
was paid to flue dust smaller than 6o It (0.12% Ge). During the
ashing of coal a number of elements are volatilized and absorbed
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23568
z/oog/61/000/007/001/004
E112/E135
Properties of furnace flue dusts and their use for the recovery of
germanium
from the gaseous phase by the flue dust particles. The sorption
process was studied by determining the concentrations of the
various elements in the original coal and the flue dust.
Spectroscopic methods of analysis were used and results are
tabulated. On the average, the flue dusts contained between 27
nd 33% combustible materials. Their concentration decreased on
:
xtraction with 0,2 N-H2SO4I indicating that they did not consist
entirely of carbon. Results for three types of flue dust are
tabulated, showing the following: 1) loss of weight of flue dust
on calcination; 2) loss of weight of flue dust on calcination,
after extraction with H2"ki and 3) loss of weight of flue dust
on extraction with H2SO4. Results of spectrographic analyses of
flue dusts, H2SO4-extracts and extraction residues are submittedl
listing all elements occurring in the three different fractions in
the following'concentrations: 1) higher than 1%; 2) 1.0-0.1%;
3) 0.1-0.01%; and 4) lower than 0.01%. The following values are
tabulated for germanium: original sample of flue dust, 1 - 0.1%;
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23568
z/oog/61/000/007/001/004
E112/E135
Properties of furnace flue dusts and their use for the recovery of
germanium
H2SO4-extract, I - 0.1%i ashing residue of H2SO4-extract, 0.1 -
0.01%. Extraction methods for germanium from flue dusts, using
water, acids, and alkalis,. are described. Water extraction
recovered about 50% of the available germanium. Extractability
with H2SO4 Was inversely proportional to the concentration of the
latter, (20 N-H2SO4 extracted 64.5% Ge, while 0.05 N-H2SO4 gave
96.7% recovery). on the other hand, extractability with HCI
increases with increased concentration. Recovery of Ge by means
of HNO was not feasible. The separation of Go by means of HCI
from Ne coarser fly ashes is also described. An addition of HF
(in the form of CaF2) in recommended to convert the S'02 to SiF4,
which is driven off by heating. Extraction with weakly alkaline
15 olutions was somewhat inferior to processing with dilute acids.
in order to obtain additional information about the isolation of
germanium from flue dusts, the volatility of germanium dioxide at
different temperatures was studied and results are tabulated. it
was found that up to 400 OC germanium was not volatile and was
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23568
z/oog/61/000/007/001/004
Properties of furnace flue dusts .... R112/E135
assumed to be present an Ge02, easily soluble in alkalies. On the
other hand, samples of flue dust, heated under identical conditions,
showed poor extractability of Go by means of dilute sulfuric acid.
This Is explained by the poor solubility of Go02 in H2SO4- It in
concluded from laboratory experiments that flue dusts containing
0-3-1.0% Go present a suitable raw-m&terial for a Czechoslovak
germanium recovery industry. Extraction with dilute sulfuric acid
or treatment with HCI and distillation an G*C14, optionally in a
stream of HC1, are suggested. The described laboratory methods
were utilized for industrial scale production, details of which are
to be published later.
There are 7 figures, 12 tables and 12 references: 3 Czech,
7 English and 2 German.
ASSOCIATION: Ustav nerostnich surovin, Prah
(Institute for Mineral Raw-Mat:rials, Prague)
SUBMITTED: January 16, 1961
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Z/009/61/000/012/001/005
E112/B953
AUiTHORS: Zahradn:fk,'Lubami'r, Zor le ' 9'6ovfk
Miroslav, Tyroler Jil~ and VondrdkovS Zdena
TITLE: Recovery of germanium dioxide from flue dusts
PERIODICAL: Chemick~ pr&Wsl, no.12, 1961, 625-629
TEXT: The only domestic souref of germanium in Czecho-
slovakia are the flue dusts from certa-A coals (germanium contents
range from 0.2 to 0.8%) and the present paper discusses three
possible methods of rocovery via germanium dioxide: 1) Extraction
with water or inorganic solvents, such as HKS04, 11C1 HNO 3 NaOH
and (~H02SX,oBest results are achieved wit 0. 5 N-k2SO4,'
yielding up 97% of the available germanium. Extraction
efficiency is closely connected with the physical characteristics
of the flue dusts, good recoveries being obtainable only with flue
dusts of very fine particle size. Furthermore, only-germanium
available in soluble form will respond to the method. 2) Chlorin-
ation of flue dusts. This process can be operated either at lower
temperatures, in presence of steam, or at high temperatures, in
presence of air. Compared to the distillation method with HC1,
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Recovery of germanium ... Z/009/61/000/012/001/005
E112/E953
yields of germanium are inferior and the recovered products lesr,
pure. A further rectification is therefore necessary. Tile
chlorination method, on the other hand, offers the advantage t,,rit
evert very low-content flue dusts can bo processed. 3) Direct
distillation with 11C1. This method jr; considered jimpl(-
the technological point of view. It is only suitable for raw
materials, containing germanium in a volatilisable form and ic; not
economical for flue-dusts with low germanium content. The metthod
consists of treating the flue dust with HC1, and procedures for the
separation of the formed GOC14 are described in detail. So far,
this has been effected in two ways: a) Absorption of the gaseous
mixture in water, containing 2(Y,4 HCl. A recovery of 2-13 g
germanium per 1 litre is feasible but this is considered unsatis-
factory. b) Foparation of germanium tetrachloride by conden;zazion.
However, considerable amounts of GeCilk are entrained by HC1, and
the method is, therefore, rejected as uneconomical. The authors
now offer a new prcl-;edure for GeC14 absorption, based on the use
of non-polar solvent2, of which carbon tetrachloride has proved
the most suitable. The efficiency of' a 0.2% GPCD~ solution in CG11~
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Recovery of germanium ... Z/009/61/000/012/001/005
E112/E953
is given as 97-99.5% at 201C. As practical rocessing would
require large volumes of GC1 (1500 kg/kg Ges a two-step absorp-
tion process is suggested. ~ diagram of a laboratory arrangement
for the continuous recovery of germanium tetrachloride by the
carbon tetrachloride method is shown (Fig.6). The apparatus
operates under slight vacuum and has a capacity of 30 kg flue
dust per day. The solution of GeC14 in CC1 is preliminarily
refined by extraction with concentrated hydrochloric acid,
containing 10% nitric acid. Hydrolysis of GeC14 is carried out
in the usual way. The experience gained in laboratory trials
led to the construction of a semi-technical batch-wise unit,
which in two months produced 10 kg germanium dioxide from 1000 kg
flue dust. There are 5 tables, 5 figures and 5 references:
2 Soviet-bloc and 3 non-Soviet bloc. The English-language
references read as follows: Ref.l: Journal of Metals, 979(1953);
Ref.2: Johnson O.H., Chemical Reviews, vol.51 ,432 (1952);
Ref-5: Aubrey K.V., Nature, vol.176, 2 (1955)-
ASSOCIATION: Ustav nerostnych surovin, Praha gue)
Card 3//C/ (Institute for Mineral Raw Materials, Pra

Recovery of germanium ...
SUBMITTED: January 16, 1c)61
Fig.6. Legend.
Z/009/61/000/012/001/005
E112/E953
1 - mixing vessel, with stirrer, for absorption of
hydrochloric acid,
3,4 - steam-heated boiling tubes,
5 - separator,
6 condenser,
7 absorption vessel,
8 absorption column with Raschig rings,
10 separating funnel w1th CCl
9 condenser, cooled to 0. 0,
11 reservoir, to which a slight vacuum is applied.
flue dust in
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Z/012/62/000/001/007/007
E112/E453
AUTHORS3 Formanek, Z., Dykast, J.
TITLE-, An automatic transistorized recording balance for
simultaneous differential. and gravimetric thermal
analyses
PERIODICAL: Silikafty, no.1, 1962, 113-118
TEXT; The described instrument was designed to record
simultaneously, by means of two independent line recorders,
differential and gravimetric thermal-analyses-graphs from a single
specimen, It was constructed specially for serial work, and is
simple to operate and to service. The instrument is capable of
producing five complete differential and gravimetric analyses in
an 8-hour day and for a temperatura-range up to 1000%, with a
temperature increment of 140C/min. The change in weight is
recorded by means of a germanium photo-diode and is compensated by
drawing the magnetic core into the solenoid. The differential
voltage is recorded by means of a system galvanometer-photodiode-
amplifier, the latter having a very strong regenerative feedback
at the input of the system, The instrument includes: four vertical
Card 1/5

Z/012/62/000/001/007/0()7
An automatic transistorized E112/E453
mutually interchangeable furnaces, one thermobalance, line
recorders, galvanometers, photocells transistor amplifiers,
indicators and relay control systems, The operation of the
instrument is described under five main headings:
1) Control of heating. A linear increase in temperature of the
system is safeguarded by maintaining a constant temperature
difference of two thermocouples, one of which is placed inside,
the other on the surface, of the reference specimen. The voltage
difference between the thermocouples is fed to a mirror galvanometer
which regulates (via a photocell, transistor amplifier and a
polarized relay) a relay controlling the output of the furnace.
2) Recording of differential thermal analysis graphs. Temperature
differences between the standard and the sample (measured as
voltage differences between the thermocouple) are fed to another
mirror galvanometer, the positional change of which is sensed by a
photocell. Its signal is amplified by a transistor and the output
is fed to a line recorder. The sensitivity of the system is
approximately 25 times the required value and, therefore, a
negative feedback is introduced.
Card 2/ 5

z/oi2/62/000/001/007/007
An automatic transistorized Ell'-I/E453
3) Recording of temperatures Voltage across the thermocouple is
compared with the voltage across a voltage divider tapped off by
means of an Ericson step selector, thereby each step corresponded
to a temperature rise of 100~C, The voltage difference is
indicated by a profiled pointers, when in the zero position the
pointer screens the photodiode, which is located inside the
instrument behind a hole drilled into the scale and illuminated
from outside. The photod.iode controls the transistor amplifier
and an auxiliary relay which shorts the recording instrument for
about 2 sec and then shifts the selector to the next position,
As the temperature increases, pulses are fed to the selector until
equilibrium is reached. Wben the desired temperature is reached
and measured, the selector switches off all the circuits and a
buzzer is put into operation. Reversion of the selector to the
zero position is by push button which operates a vibrating relay
of a frequency of about 5 c/sec; this is automatically
disconnected as soon as the zero value is reached.
4) Recording of the thermogravimetric graphs. The deflection of
the balance beam is sensed by a photocell, placed in front of the
Card 3/5

Z/012/62/000/001/007/007
An automatic transistorized ... E112/E453
pointer to which an opaque flag is attached, In null position,
the photocell isscreened off by the flag. The photocell output is
fed via a transistor amplifier to a feedback circuit and the
recording instrument. An electromagnetic force (solenoid with
permanent magnet) is used as null point restoring system. A
permanent magnet rod is suspended half way into a solenoid from the
weighing pan of the balance and the force acting upon it is
directly proportional to the current in the solenoid and, within
certain limits, is independent of the position of the magnet.
The polarity of the eurrent is so chosen that it acts against the
deflection of the balance beam. The current through the solenoid
is recorded by means of a compensating line recorder.
5) Placing and arrangement of sample, Standard and sample were
placed in two platinum crur-iblei an top of each other and housed An
a cer-amic tubo-,,
Two diagrams are included which show the balance assembly and the
arrangement of sample and standard in ceramic tube, also a circuit
diagram. There are 3 figures,
Card 4/5

Z/012/62/000/001/007/007
An automatic transistorized ... E112/E453
W 10 d'
ASSOCIATION: V�zkumnyf u4stav pro hnede uhli v Most'"e
(Brown Coal Research Institute, Most)
SUBMITTED: February 12, 1961
Card 5/5

FOILMUUX, Zd.; DYKAST, J.
Recent use of electric elements for automatic thermal analysise
Silikaty 6 no.1:3.19-124 162.
1. %*cimy ugitav pro bnede ubli v Moste.

--Em
34687
z/oog/62/000/002/001/002
E112/E453
IY.,3100 'ek tov k, Miros]-tv,
AUTHORS: Zahradnfkt Lubomrr; F den S
~o~~n ~ejk-Z
Tyroler, Jirf; vondrak-ova'-, Zdena
TITLEI~ Refining of germanium dioxide
PERIODICAL: Chemick"prdmysl, no.2, 1962, 60-63
y
TEXT: For semiconductors extremely pure germanium of
99.99999999999% purity, usually called "eleven nines", is required,
The production of this pure metal, carried out by reduction of
germanium dioxide and zone refining of obtained germanium, is
economical only If an oxide with at least three nines is used as
starting material. Therefore, germanium dioxide is refined for
the elimination of various contaminants, above all of arsenic.
The following preliminary refining methods were studied on a
laboratory scale: 1) elimination by reduction with Zn, Al or S"C12;
germanium tetrachloride is unaffected by the above reducing
agents, while AsCl3 is reduced to arsenic; 2) absorption of
AsCl3 and GeC14 in carbon tetrachloride, followed by oxidative
extraction with HC1 and HN03. In this procedure AsC13 is
oxidized to the watter-soluble H3ABO4 which can be extracted with
Card 1/2

Z/009/62/000/002/001/002
Refining of germanium dioxide E112/E453
water; 3) extraction of crude GeC14 with HC1 + HN03;
4) separation by fractional distillation; 5) fractional
distillation with simultaneous oxidation or reduction. The
authors have now selected the distillation procedure, combined
with absorption in CC14 as a basis for further experiments on a
semi-technical scale. The purity of Ge02 obtained after
hydrolysis of the distillation absorbate in CC14 was 99.9%, which
is considered satisfactory in view of the fact that ordinary glass LY
apparatus and ordinary distilled water were being used. The
material was further refined by oxidative distillation with HCl
and HN03, using an electrolytic heating arrangement. (Heating in
an oil bath proved unsatisfactory because of settling of Ge02,)
The degree of refining was found adequate for the final zone-refinirg
process, It is submitted that further improvements in refining
could be achieved by using silica apparatus for the hydrolysis and
hard glass for the distillation. There are 2 figures and 3 tables,,
ASSOCIATIONf Ustav nerostnych surovin, Praha
(Institute for Mineral Raw Materials, Pragrue)
SUBMITTED: January 16, 1961
Card 2/2

5/001/63/000/001/04e/o6i
B144/B186
1 UTHORS: Tyroler, Jiri, Eorint;nek, Zden4k Vondra'kov~, Zdena,
Zahradnfk, Lubomir, 8tovik, Miroslav
TITLE: Production of pure germanium dioxide from germanium
ooncontraten
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 1, 1963, 347, abstract
U30 (Czechool. patent 101148, October 15, 1961)
TEXT: Ge concentrates are distilled continuously with concentrated HC1
(ratio I : 1 - 2) with simultaneous bubbling of Cl 2 (gas) through the
solution or addition of oxidants (K2 Cr 207+ H2304). The GeCl 4 vapors
together with 11C1, vapors C1 2 and impurities are washed out of the gas
mixture by organic solvents (Cci 4); then, the GeCl4 dissolved in the
organic solvent is washed with HC1 (acid) and hydrolized. Example. The
apparatu3 comprises 2 containers with agitators of 70 1 capacity (the
mixture is tapped from one container, while at the same time the other
Card 1/2

S/061/63/000/001/048/061-.
Production of pure germanium ... B144/B186
tank is filled), a metering pump, a cooking boiler, a 'Loam separator and
an absorber. In the containers, the mixture of 25-30 kg concentrate and
50 kg HU (acid) is prepared. The absorber is filled with CM 4* The
operation of the metering pump and the heating of the boiler is controlled
in such a way that the foam entering the separator has a temperature of
1000C. From the separator the suspension is drained-off to waste, but
the vapors are led into the absorber, from which GeCl,, dissolved in CCl 4
is drawn off intermittently or continuously and hydrolized thrice with
distilled water. The product contains 0-005 - 2~'j As and is a suitable
raw material for semiconductors. LAbstracter's note: Complete transla-
tion.
ca.r

cvt r-, r
US,YARlABLE-FFEQLTrFCY Q20I.I.A1011 OF ITIGil
IIIE8~ iCY-STABEIM,
0
Arch. Llizktrztech. (Wrr,,~wj, Vai S, No. 4,
An oscillitur t-.~2ed an the Gaurtet-Clapp cirrdt [S de~!Crft~--4
Pod a detzafltv4 circuit d1acram ir si-=. Lmluct-nc, ther-mai
cna"Pcasation, mt,=Iauc aripl',6ud,- cantrai r-el Lt-,A)Mr-01azi af
Suply voluge im uff-A. Following data Itre pr(IVIENA: fr;!q.,;CrICy
r;wge 1.5-3 Mr/s; ecnifiriznt 4,10-* "r
dog C; frequency- voltage coefficient 1.10-4 for Clipply VoltaeD
char.;es of k101i freqqc nay fluctuatima over &-.a hour less thpm
3.10-4. W.Berdel
V.
A_1

'T" o;,, -; "
POIAND/Radio Physics - Generation and Tranoformation of Mdio 1-3
Frequency Oscillations
Abs Jour : Ref Zhur - Fizika, 1,10 5, 1958, no 11286
Author :Nowak Romald, ~ormaniak Jozef
Inst :Hot Given
Title :Stable Oscillator Tunable Over a Broad Frequency Range
Orig Pub :Zesz. nauk. Politechn. warsz., 1957, No 33, 149-151
Abstract :Brief description and circuit of an oscillator, tunable over
a range of 1-5 to 3 IMc and having a short-period frequency
stability of:~ 3 x 1o-6.
Card 1/1

KHORVAT, M. [Horvath, ~---Vormanik, J.]
Effect of small concentrations of trichloroethylene on the higher
nervous activity of rats under long-term experimental conditions.
Zhur. vys. nerv. deiat. 9 no.6;916-921 N-D 159. (MM 13:9)
1. Department of Physiology of Higher Nervous Activityp Institute
of Labor H iene and Occupational Diseases,, Prague, Fhekhoslovakiya.
TiTHYLENE) (CONDITIONED RESPONSLI

DRDA, Karel, inz. FORVANKOVA, Harut, promovany fyzLk.
Removal of forro-qRentic impurities from paper pulp suspensions.
Sbor col. pap 8:169-190 163.

I r t r: ;,I) ~j-! I Ic I r,--
Mr:id'i -A nt. (I U
vor - c 1, 3 !~j r StVi 11CZ01 (?- 1: CdTlCoS ca ) %aadct- I c J n,, jfj:-.,(7It'jT ft Z- f',Ue.
Wi It FYc,,*,-*! !,.,ri o' Ncitrh -Ayl ic At phr-Yc~,to-Aclds it- Ur
'Lt. .
-- Vall U,2, Na Ii,, 8. Har 63. rp 275-276.
C
oFtr;~.r~:i StUdy Of %trir-try keto acid's In- 300 per-sorib r~,vealed unvsktully
ir, aeveral opect~fc conditions. Iii-,1.1% aIphz-'(ct,--IucarJ.c:
ac,id lEvinls i.1) a num~brv of !?aIIIeT,.rs wiO, (1j'abetes indicau. a i1c,RsIble
Xrc~-s cyclf~. Y!--~tabo',ic defect, b-~retoforv not tltoupht to 'a -r"ent ir.
und 3 ',iftsteri-, oe(vrepccss
27

DUBOkT!.,KY, J.; DUBOVSKA, E.; FORMANKOVA, J.
Imidazolactic acid in the urine. Cas.. lek. C6ak. 104 no.44:
1216-1221 5 14 165.
1. Laborator pro endokrinologiJ a metaholismus pri III. interni
klinice falailty vseobecneho lekarstvi Karlovy University v Praze
(reditel akademik J. Charvat). Submitted November 19~4.

FOPMANIAK., Joz-ee, mgr i-nz.
-
Two-Aannel digital reeorder of mlk4tic and quasi-static
streaveffi.lacanose Vroclaw 5t174-116 96~,.
I* Instytut Lotnietwa., Warexawa*

DUB07SKY,J.; F'OF"IKOVA,J.; DUBOIISKA,E.
Hydroxylysines in the urine in osteopathies with marked
changes In the bone matrix. Cas.lek.ceok. 103 no.7:187
IJ,. FI!64.
1. 111. interni klinika fakulty voeobooneho lekarstvi
KU v Prazzo; prednostat akademik J.Gharvat.

DUBOVL;HJq J.; PACOVSKY, V.; ~qi?IMNKOVA, .1.
Qualitative changps in the planyra ai,.Mio acid spectrum In
Rockllnghauoen's disca.se of bone. Cas. -ek. cesk. 103
no.47:1316-1,117 20 N 164.
1. Laborator pro endokrinologli a rnpt,!iLx)IJsru9 pri 111.
Interni klinice fakulty vneabc-cneho lekanstvi Karlovy
University v Praze, (vedouci nkademik j. ",harvat).

CZECHOSLOVAKIA
VINAR, 0.; BASTECKY, J.; Psychiatric Research
Institute, Pravue - Bohnice. /Originai vor3ion not, g-van 7.
"Propericiazine in Schizophrenic Psyenosos."
PraguG, Activitas Nervosa Superior, Vol 8, N'o 4, Nov 66, pp
453 - 457-
kbstract: Propericiazine is a phonothiazine compound witt a Dip-
eridine side chain, and bclongs to the same group as 'Uh-loridazine
and mepazine. It is sold undar tho trade name NouleptAl. Tests
with the use of the drug in the troa-6mant of scnizop~-xcnic psych-
oses under continuous controlled conditions at the Psychiatric Re-
search Instituze at Prague are describod. 45 pationts ware used
in the trial; theda-ation of the discase varied between u wel-ks and
11 Years. The daily dose used was 5-15 mg/day at the beginning
and 40-45 at the end of the trentlin-ent. After 6 weeks 2' patients
could be discharged, 10 improved, 9 did not, and ...rore worse.
Sociability, appearance and speech are most marl-cedly improved.
Best results wore obtained with non-paranoid, hebeparenic and
simplex forms of schizophrenia. Side onfects are quite unpleasant;
blood counts and liver were not affected- 4 Figures, 1 Table, no

FO'R1,I,',N0'N'ICZ, 1-1.
"Chipwood for 7urniture Production", Q. 5, (F:ZEI~(SL r,*IZE",-P.,-,, Vol. 5, 11TO. 1.1,
Nov. 1954, Warszav.,a, Poland)
SO: 11fonthly List of Eart Europf an Accessions, (ZE!,I), LC, Vol. 4, No. 5, May
195'5, U."Icl.

F0i!,_1T,__*JIrzI J.!.
J , 1, tz;
"New Trando of Finishing Furniture with PoJioh", p. 12, (?:-7 - 7-1 7,127, Vol-
5) No. 12, Dec. 1954, Warszam.) Polrd)
SO: Monthly U.~it of East Euro,pcan Accessions, !~C, 11o1. 4, ~To. 51 May
1955, IT;Icl.

Technology of furniture spraying with nitrolacquer, p. 10. (PHEMYSIM DRZEWNY, Warsmom,
Vol. 61 no- 3, Mar. 1955.)
SO: Montb-ly List of East European Accessions, (EEAL)o LC, Vol. h, No..I, Jon- 1955,
Uncl.

I c F l-!A 11-1 r-fvili
"ihp. r4nls~,Int.- of' fv-rnitvr,! P. 321
,vr)l. 6, 1i0. 11, Nov. lc),~,,.
,.~al'S78W- , rcland
So: ~~st European Accensicn, Vol. 5, 14'0. ~Ll; 1")f,6

FORRANOWICZ, Mieszy
Aj~~v
Polyester lacquers in the furniture industry. Pt. 1. Przem drzov 11
no.9:12-14 160.

FORRANOWIC-NOWA. Hanna
Influence of some medical plant compounds upon the germination
of seeds. Wisdom botan 6 no.4033-338 162.
1. Instytut Przemyalu Zielarskiego, Poznsn.

FMWIMMOWA, if
Studies on early spring sowing of medicinal plant seeds in the
field. Inst przem ziel Biul 8 no-4:181-206 D 162.
1. Zaklad Botaniki Stosowanej i Aklimatyzacji, Instytut Przemyslu
Zielarskiego, Poznan. Kierownik: dr J. Kozlowski.

FORIANOWIGZOWA, Hanna; KOZLOWSKI, Jan, dr.
I -.-I- ~ 11 --.1 - . - 1.
Experiments in propagating Lilium martagon L. from seeds
and scalelike leaves of the bulbs. Inst przem ziel Biul
9 no.1/2:60-65 Mr-Je 163.
1. Zaklad Botaniki Stosowanej i Aklimatyzacji, Instytut
Przemyslu Zielarskiego, Poznan. Kierownik: dr J. Kozlowski.

FORMNOVICZ01dAp ff.; KOZLOWSKI, J.
- ~.. ---- -
Tentative tests of the vitality of seeds of medical plants with
the use of 2 3,,5-triphenylotatrazole chloride. Wisdom botan 8 no.
3/41 3UPplt biul ogrod botan no.3/021~4-2.47 164*
1. Department of Applied Botany and Acclimatization of the Industrial
Institute of Herbs, Poznan.

0.
CZECHOSLOVAKIA/Pharmacology. Toxicology. V
Abs Jour: Ref. Zhur. - Blol., No 229 19589 103017
Author Formanskj Jaroslav
Inst
Title Protective Inhibition In Rats After Intoxication
with Trichlorethylene.
Orig Pubt Pracovni lekar, 1957, 9. No. 6. 518-521+
Abstract: The dynamics of the processes of the cerebral
cortex in intoxication with trichlorethylene M
in concentrations of 1760-30,000 gamma/l was
investigated in 5 rats. A fast exhaustion of
the cortical cellsq which conditions un inhibi-
tion of the reflex to sound stimulus, was dis-
covered. The change of the reflex to light was
limited by the Increase of the index of the
Card 1/2 43

CZECHOSLOVAKIA/Pharmacology. Toxicology. v
Abs Jour: Ref. Zhur. - Biol., Yo 229 1918, 10317
latent periol of this reflex by 75%. The appli-
cation of narcotic and subnarcotic concentra-
tions of I led to phenomena analogous to the
effect of other toxic substances on HNA. -
A. I. Marin
Card 2/2

I ;-% -,- ~-7- . - , -,
I - kj I ~ II -%
FORMANSKIs J.
From above or from belows p. 18. (GOSPODAMA. ZBOZOWA, Warszawaj Vol* 69 na. 2p Feb.
1955)
SOt Montbly Idst of East European Accessionsp (EEAL), Lc, Vol. 4s, No. 4f, JIM. 1955,
Uncl.

-I.,---
FOF"SXI, J.
What the Party Economic Conference gave to ',~,e Affiliated Mills in Leazno, p. 20.
(GOSPODARKA ZBCPZOWA., Warszawal Vol. 6, no. 2,, Feb. 1955.)
SOz Monthly List of East European Accessions, (VAL), LC, Vol. 4, No.tf, Jkn. 1955,
Uncl.

Im
FORMANSKI, --j'.
Grain and floor pests in a mill, p. 22. (GOSPODARKA Z-POZC'dA, Warszawa, Vol. 6, 110. 2,
Feb, 1955-)
fy
SOt Monthly List of East European Accessions., (EEAL),, LCp Vole hp No,.&, Jan, 1955,
Uncl.

Him
FORMANSKI, J.
Pow the Kalisz millers work, p. 24. (GOSMDARKA ZBOZWA, Warszawa,, Vol. 6,, no- 39 Mar.
1955.)
SOr Monthly List of East European Accessions, (EEAL)j LC, Vol. 4, No. 4, An. 1955,
Uncl.

V! 4
st ~~,ropcozlr. .%ccesz;', '955,
U,ricl

FOfV4A,N3KIp_J.
To tighten collaborati,n bptwem the readers and tho- r),-riodical.
p. 20
Vol. 6. no. 7. July 1955
G03PODARKA ZROZOIIA AIRT(,TTLTj'Rr
Warszawa
SIO.- M 'onthly List of Eaat %roneen Accessions (ETAL), LC, Vol. 5, no. 2
Feb. 1956

FOR111"Na"ri, J.
This is not technical progress. p. 29. GOSPODARKA ZBOZOWA.
Vol. 7, No. 5, May 1956. Warszawa.
East European Accessions List (EFAL) Library of Congress
Vol. 5. No. 11, August 1956.

MaWISKIY, A.K., inzh. (Novokuznetsk)
Underwater concreting under winter conditions.
From. stroi. 40 no.9:24-27 162. (MM 15:11)
(Undervater'conorote.,bonstruction-Cold weather conditions)

VFirsza,wa, Folanfi. Vol. no. .30, July !S/-~'5.
ficntuhl,y liot of Dat;t 'Dircpcan Iccer-siono D', 'Vcl.
Uncl.

FORMS, F.
FORMAS, F. The utilization of peat has finally begun. p. 6s
Vol. 9. no. 22, May 1956
ROL?JIK SPOLDZIELCA
AGRICULTURE
Poland
So: East European Accession, Vol. 6, No. 5, May 1957

h-t- 'Nlfillprl th,.- -lan o!' no;jt I !- --3 r r; -
zawa
-n"'jr~ft Ifol. 9, no. 11, Jul- Y-11'4),
i-ist oi, "uronpan A~-cesFA, is T .;o,L 7
Tic! j I no 121

LUKASIAK, B.; BAGIA, T.1 FORMAS, J.
Studies on the mechanism of scleroderma. Behavior of sensory
chronaxy in relation to pathological changes in various segmonts
of the nervous system. Przegl. derm. 48 no.8/lOt229-234 161.
1. Z Kliniki Dormatologicznej A.M. w Warszawie Kierownik: Prof.
dr S. Jablonska.
(SGLERODERMA physiol) (SEIZATION)

V !I
kandidat maditsinakikh nauk (Kiyev); PETROVSXATA. N.Y.
(Kiyov); FORKAZYUX. V.1. (Kiyow)
Biomycin for treating acute dysentery in adults. 111a.med. 34
no.7:91 J1 $36. (MLRA 9:10)
1. Is klintcheskogo otdolonlya (sav. - prof. G.I.1homenko) Itatituta
Infektolonnykh bolesney ANN SSSR (dir. - chlon-korrespondent ANN
SSSR prof; I.L.Bog"nov)
(AMNONYCIN) (DYSINTART)

.P/528/61/001/000/006/007
D2o4/D307
AUTHOR-'-:: 4upryszewski, Gotfryd and Formela, Majgorzata
TITL'--': Pentachlorophenyl esters of amino acids. IV.
The application of pentachlorophenyl esters
of li-shielded amino acids to the synthesis of
peptides
SOURCE: Danzig. Wylsza SzkoXa Pedarogiczna, Zeszyty
naukowe. Matematyka, fizyka, chemia, v. 1,
1961. Danzig. 1962, 99 - 101
Tt!XT: This article is a continuation of previous
studies (Roczniki Chem., a, 931 (1961) : ~J, 595 (1961) -.
1555 (1961) ) in which a method for the preparation of acti'.Le
pentachlorophenyl ester3 (A) of N-shielded amino acids was
developed. In the present work,'the aminolysis of A was carried,
out in tetrahydrofuran or dioxan, using methyl or ethyl esters
of other amino acids. Compounds A were found to. be efficient
acylating agents, reacting at room temperature to give 75-98%
yields of the corresponding esters of ~-shielded dipeptides.
Card 1/2

P/528/61/001/000/006/007
Pentachl,orophenyl esters ... D204/D5O7
The following compounds were obtained: the ethyl esters of
carbobenzoxyglycylglycine, carbobenzoxyglyoyl-DL-phejiylaniline,
carbobenzoxyglycyl-L-tyrosine, carbobenzoxy-M-alanylglycine,
carbobenzoxy-L-leucylglycine, carbobenzoxy-DL-phenylalanyli,'ly-
cine, phthalyl-DL-alanylglycine, and phthalyl-DL-leucylglycine,
and the methyl esters of plithalyl-DI,-phonylalanylglycine and
to.gyl-DL-valylfrlycine. The use of water-miscible tetrahydrofurAn
and dioxan is necessary in view of the relatively low solubility
~of the pentachlorophenyl esters in ethyl acetate; despite the
consequent difficulties in purifying the reactign products, the
method proposed is essentially very simple. There is 1 table.
ASSOCIATION: Katedra Chemii Organicznej Wyiszej Szko~y
PedagoGicznej, Gdafisk (Department of Organic
Chemistry, Higher School of Education, Gdafisk)
SUBIKITTED: June 25, 1961
Card 2/2

KUPRYSZEWSKI, Gatfryd; FOrMIA, Maigorzata
On aminoacid chlorophorql eaters. III. N-protected amino acid penta-
chlorophonyl esters. Rocz chemii 35 no.5:1533-1536 161.
1. Department of Organic Chemistry, School of Education, Gdansk.

KUPRYSZEVISKI , Gotfryd; FOMIEDI, Malgorzata
Amino acid chloropheryl esters. Pts. 6-7. Matem fiz chem
Gdansk 2 127-134 162.
1. Department of Organic Chemistry, School of Education, Gdansk.

KUPRYSZEI:SKI I Gotfryd; FOWEU, Y.algorzata
Depaipeptides. Pt-3- Rocz chom.1i 37 no.2:161-165 163.
1. Department of Organic Chemistry, Normal School, Gdansk.
I ~ -, R

FORMICKES, V.
Cred It
Broadening of credit relations within the economy. Den. I krea. No. 1, 1952.
1-lonthly List ol' Russian Accessions, Library of Congres~., ~!arch 1952. Unclassified.

T
1-1,1" of Tr?o- lnl Bmr.,,,w-nr! Varlf.,M.#~.q of V-.e 3"e, ~ c of t'-~e t e ~ n
TPTrr2JnJ,in 33'R arcl Cet-!~an ';egularities in Thel.r Dlstrihlit~nn." Car.4 Pioi Sci
I;j, T~e~ !-, , 7
!!Oscow stv"le in-qt jrenJ V. 'T. lp-nir, 1~(~Sc~,W, ~, , ~ . 9 - - ;;n 55)
3urijcy of Scilentific and Teollnic!~.l Din,-,ertatlors Dol'-wled, at, !733R
E'ducati-nal Tnstituf J-ns (13) SO: S=.,. 40~', ~o -,
.,'1 ',5

USSW Madicino - DET Disinfection
NOV 4.9
REffectivenese of DDT and 11mmahlorane Prol-arations in Disinrectirg Railroad Fassengw
Cars#* 1:. 1. Witlkln# N. L Fmdchevap Dept of Disinfection, Cer. ~ 3ci Res; Lab of
I~Vgriene and Ejdeniol,, Min of TranzV WSR, :* pp
NGJLd i San" So 11
Glv,~s statistics on disinfecting passenger cars by kerosene, 5' DDT in kerosere, DDT
dust (10%) and hexac" lorane dust (5-7%) in talcum. Ten-percent DDT rrolred more Effective
in cars with upholstered seats-redding V.en of bedbugs for three trir-S (60) days-
than in cars with hard seats. It was also more effective than "isinfection with hex-
achlorane.
Pa 151T38

W;.:F- I -- W . . 11, ~.. 'r -..
.
.

FORM IN.
0 A i

46r7. rV"UATIUM Or' kRUP&TY CF WAL TL BE DEU.- For;~ In
sea A
Ova (St 1. 19,V, vol. 8, 389-397; absti. In cht*va.(tbstr. 1950, VA
44
evualation of this property is suSest,:!e1 the zesult%nt
coo (a) a theoretical indes (Ft) altOrel fr-= th.- r~-suit~:
-(!t'-L! Injer
a lkbP.~r,,.t-,ry grabiry
analysis, (b), a r,
(Kp) or the index of benerinfation actutii,., or,,tt~in --i
industrial equipment, and (a) of Ictency indAx (n) of
0 a; , &r t, tu s o f pr odes a . Kt ej A or a
.994 y$ In tYe yieldof concentrate when co~ Is enefIcitstej in
hasty li-4uidn. 81 the ash eont*nt of the c,),)c,)ntrhte and
Is the ash content of th, original coul,
where the meaning of the symbols in analo,
gous tc he
precedingp-1 subscript a indi(.~ates Ust th~,y arr- obtained in
industrial apparatus?.,?. ~0//Oe The a.-plication cf this
matt.od of evaluation Is disquasod.
ASO-ILA 847"LfACCAL WINATIOG CLAUVICATOW
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srokc, Sh_-.h-'.):, t. 2
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r x-cmyShl,n.-,-.os "A. Ts(iritrzil Inoye i Fj..vr3-.,:7.cye ol)l ri-I trr~y- prI,-,lr-niyr:. D 1 -7. t
Gro,.,.in: DcpuL!~ "r-1. 1). P.
V.
V. rcell. 17,1.
'i'le Collection co.-1--ins r_~nc-o Trezr-ltr(: tl!-~
ocn,erence h(~10 in Ei (-V -n f3f-rtonhcir 1~5" j.:, c:,'
resistance ond eXtenclir. th,~- servict- llf'f, 5T.,onscred
"Flst.,tj,.t "tj-()jtj~ ld I: t 4 j 11 j I- S tlxii tu rz, 1
I II c):,- ink""'m r (In- echanics
of U if~ ;'.cI_~dwv of ,~~cicrcos ~.kralninrl. l0v fio `-evs!"%ve .:,;a
4~ j
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t
Li T

T" 7 , 7
T -7
IT'
SMGBljgffKO. I.A.; 1FCRMIN. N.V.
Now speedy method for electroplating. Ybdoprom. no.1:42 Ja-Mr 155.
(MIRA 8:5)
(NICKBLPUTDO)

IVANOVA, T.G.; YORMIN, N.Y.
Uperiment in the use of radio centers containing KRU-2
and KRU-10 equipment. Test.sviaxi 20 no.6:25-26
Je 160. (MIRA 13:7)
lo Btarshiv Inzhener Glavnogo upraylenlya radiofikataii I
Yvatrirayonnoy elektroavyasi Kinisterstva mvyazi RSAR (for
Ivanova). 2. Nmohallnik Krasnoyarskoy kra7evoy direktBii
radiotranslyatsiontWkh setey (for Formin).
(Wire broadcasting) (Radio 'operators)

AUNOR: V. V. Fonain, S. P. Vorobev, M. A. Andreova
TITLE: The Inve3tigation of Complex Plutonium Oxalates by the Polaro-
graphic Method
PERIODICAL: Yuan Tz~ Nengj 1958, Vol 3, Nr 5, pp 450-456
ABSTRACT: The composition and stability of complex ions of tri-and tetra-
valent plutonium in oxalate solution were investigated by the
authors using the polarographic method. The process is described.
The ions of PU (02 04)C4 (predonderant) and Pu (C2 04)4-5 were
formed in potassium oxa-late solution with p11 3.5-6. Put4 gave
a well reverse reaction wave which is suitable for the quanti-
tativo determination of plutonium by the polarogral))-dc-mothod.
In DI potassium oxalate solution,, the oxidation-reduction paten-
tial of the above reaction is 0.205V (corresponding to a saturated
calomel electzode at 25 C). At pit 6-81 the authors discovered
that two M+4 complexes were simultaneously present. The authors
0 ) -5 from the
determined the instability constants of Pu (C
2
data on the solubility of Pu C2 04)3 and the i~kgraphic method
-5
-~
-,r
-11
Card 1/2 = 2.2 x 10
= 2.4 X 16
is: K_pu (C
, K
204)4 Pu (C204)3 ..
J

1 5-6 20
Tho Investigation Of Complex Plutoniun Ox--dates (Cont.) MjJCO~J/~~3-
'K FU (C2 04)4-4-- 33'x Vr28. There are 4 figures 5 tables and
9 non-Chicm references.
J
Card 2/2

i-ii 4
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*

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IF
1010 "Or:* 1*10 IN if
r too oo
11 11 ts 16 u a x v Is a 0 0 0 0 0 * 9 0
as Is I v a 11 a 41 a U of *80

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i
. )10 Amp d? 'C"1
00
FORMIN h OkOC11660 Amlb 010"Offti shafs -*o
se a 00
00 I t -00
09 6, 000
aa
f,
of . lar Donubmadas Vk~ ftWrfla,
! 0& Is tow I'M-Tonvorum RENW,
(In Russian.) V. L Val'dman and A. M, Ko
gjjZ&
j _
lavostakays Laborat (Factory Laboratory), V.
16
Ma
1941
$47
rV9 =00

I
00
- - Hi .
0
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, p.
y
Data of Comparative "alysla Indicate that viscus.
ItY Values obt
ln
d
W
b
h 400

o a
e
u
nc
ot
types of vircoll.
meter will coincide, only In the temperature reKlio
n
h zoo

w
ere the all does not yet pusavois thistotropi
e
properties. Rotational types are recommended for
low-tesspersturve (-40 to --W*C
) InvesticatJons
.
.
=
WOW
64TALLURGOCAL LaINOWN CLAINVical"
saisa) Am sov All
1610#0 "it 4-V a"
V 11A IM I IF 0 9
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* 0 0 0 0 10 0 0 9 0 0 gs 0 a 0 o o
0
0

KIMANSKIT, A.L., KARTSIV, V.N., FORMIRL. L.P., TRIM, TU.Y.
Wfact of impurities in chloroprene on the stability of nairit
rubber. Kauch.1, rez. 19 no.7:1-3 -T1 160. (HIRA. 13:7)
I. Vessoyuznyy nauchno-Issledovatel'skiy institut sintaticheskago
kauchWm In. S.T. Imbedeva.
(Rub'ber, Syntbetic) (Chloraprens)

FORMINA, V.S.
I--
Analytical design of cam mechanisms. Izv.vys.ucheb.zav.; prib. 3
no.2:102-113 160. (MMA 1414)
1. Leningradakiy institut tochnoy zelchaniki i optiki. Rekomadovana
kafedroy teorii mekhavimmv I manhin I detaley mashin.
(cams)

FISCHER, R.;FORMINXK, J.*.rWTIKOVA, D.;HORVATH, M.
Changes of critical blinking frequency during the course of a
workday in telephone operators. Cask. fysiol. 9 no.1:12-13 J& 60.
1, Vyzkumny ustay spoju. Ustav hygieny prace a chorob z povolaui,
Prabs.
(FATIGN)

DREUCEANU, A.; BAGIU, L.; SPOREA, L; SIMION, L.;.FORMITITE, Tr.
Theoretical and experimental studies on replacement of alloys
for pistons of internal combustion motors. Bul St si Tehn Tim
7:171-175 162.

GORENBEYN, Ye.Ya.; FORNINSKA)DI, A.A.
Reactions of lithium halides with water and diethyl ether in
acetone. Zhur. neorg. khim. 9 no.9:2153-2158 S 164.
(MTPA 17:11)
A
M

1. FOTMZOVO A. A.
2. USSR (600)
4. Kant Prehistorid
7. History of migratox7 tribes of primitive man In the mesolithic era,,
Bove etne, no, 1# 19539
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

FORMOZOV, A.A. (reviewer).
'Fossil man and his culture In the territory of the U.S.S.R.2 Reviewed by
A.A.Formosov. So
no.4:156-158 153. Nuu 6:12)
(Man. Prehistoric)

FOBXOZOV, A.A.
Reswiption of f iold Investigations on the Stone age - r Crima.
Blul.Kon.ohetv.per. no.18:89-94 13J. (MA 7:5)
(Crimea-Stons age) (Stone op-Crimea)

FORNMOV, A.A.
From the latest literature on the Palsolithic period of Kazakbotan
and Central Asia. Biul.Kom.chetv.per. no.19:90-92 153.(MLU 7:11)
(Stone Age--Central Asia) (Central Asia--Stone Age)
(Kazakhstan--Antiquities) (Antiquities--Kazakhstan)

USSR/misceliflneous Falcontolomr
Card
Authors i Formozov, A. A.
Title 3 Finding hm,.-tn mmaim in Crimea during excavation
Periodical - Priroda, 43/7, 109 - 112, Jul),"1954
Abstract i The finding of rcw~lns of an anclont people In Crbica, belie-ved
to havo lived durl.n- the period. of the Ncanderth!7.1 man, is
described. An analysio is "Ivcn of the peculiaritiezq of the
skeleton.,.-. and the sianific-mcc of the imple-ments uned by the
people. Illustrations.
Institution :
Submitted :

LYUBIN. V.p.p.7ORMOzOVi.A-1----
[Studies of the lower paleolithic in the U.S.S.R. during- the last
decade (1946-1955)] Isachenie nishnego paloolita SSSR z& poslednie
domiat' let (1946-1955); doklady Sovetskoi delegataii na T Keshdu-
naro4non kongresse antropolokWv I otnografoy, Moskva. Izd-ve Akad.
nauk SSSR, 1956. 24 p. [Parallel texts In *assian and French.]
(MLRA 10:4)
(Russla-Stene age)