SCIENTIFIC ABSTRACT TYRINOV, P. - TYRYSHKIN, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757720009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KIZUBS F-; SHCHEKUTFV,, Ya.; REPICHEVI A.; KORGSTELEV, I.; RARTYNENKO., P.
TARAIIIK F.; TYRINOV F. - FOFOVKZ N.
Hidden potentialities for the economy of working time. Dan. i
kred. 19 no.3.-50-62 Mr 161. (MIRA 14:3)
1. Zamestitell glavnogo buk4alter4 Ukrainskoy respublikanskoy
kontory Goobanka (for Kizub). 2. Glavnyy bukhgalter Ryazanokoy,
oblautnoy kontory Goehanak (for Shblinkutev)- 3. Glavnyy bukhgalter
Starorusskogo otdoleniya Gosbanka Novgorodakoy oblasti (for
-Repichev). 4. Glavnyy bukh 1ter Gullkevichakogo otdeleniya Gos-
banka Krasnodarskogo kraya rfor Korostelev). 5. Zamestitell
glavnogo bukhgaltera. Krasnoyarokoy krayevoy kontory Gosbanks, (for
Martynenko). 6. Glavnyy bukhgalter Pereyaslarv-Khmellnitskogo
otdeleniya Gosbahka, Kiyevskoy oblasti (for Taranik). 7. Glavnyx
bukhgalter Tonshayevskogo otdeleniya Gosbanka Gorikovskoy oblasti
.(for Tyrinov). S. Glavnyy bulCoal-ter Rovo-Ukrainskcgo otdeleniya
Gosbanka, Kirovogradskoy oblasti.
(Banks and banking-Accounting)
(Machine accounting)

TYMJP E,
Scientific technical conference on problems of technical progress in
the field of dyes and lacquers. Przem chem 41 no.3:161 Mr 162.

TYRUIL, Oktavluss
-OP
49AW", W11-
Gallnut as raw material in preparation of tannins. Acta Polonlae
I pharm, 12 no-1:23-27 1955.
1. 2 Zakladu Farmakognonji A.M. we Wroclaviu. Kierownik-. prof. dr
T.3odalski.
(TANNIN, preparation of,
from gallnut)

BOOTREV, T.Te., BESS-19,MTETT. B.,7., SHATROV, 1. 1., iaE2u"xk� 0 1 ,
K-
Relation between socinl And biological factors in the vDidemic proceme.
7hur.mikrobiol. epid. I Immun. 29 no.6:112-117 Je '58 (HMA 11:7)
(7,211DENIOLOU,
soc. & biol. aspects of epidemie (Rue))

Country : USSR
CatcSory : Microbiology. Mierobes Pathugealc For Man and Animals.
General Problems.
L,bs, Jour : Ref Zhur-Biol., No 27,1, 1958, 1,0 103794
Author 13oldyrev,T. Yo.; 8asBwartnyy)B.8.; Shatrov ~kq a,
Institut.
Title :Interralation a of Sooial and Biological Faotorm in the
Epidemia Prooess
Orir~ Pub. :Zh. vdkrobiol., opidemiol. iinmrunobiol., 1958, No 6,
112-117
Ab3tract Vo abstract.
Card: 1/1
F-40

TYUOVA, U.S.
A method of stud7ing of seasonal increase in the incidence of
dysentery. Zhur.mikrobiol,spid. i. Immun. 28 no.5.58-61 Vq 157.
MRA 10:7)
1. Is Instituta epidemiologii i mikrobiologii iment Gam2lel
AMR MR.
IDYBANTAY,epidemiol.
seasonal variations, study)

SLAVINP G.F. (deceased); TYRKOVA, Ye,S.
Epidemiological analysis and its significance in the problem. of
eradicating infections. Report No.2: Vothod for An epMemioloirical
examination of sporadic foci. Zhur. mikrobiol., pid. i immun. 32
no.9:121-12L 3 161. ` (141RA 15:2)
it
(EPIDDUOLUGY)

TYRKOVA. Ye 8 - HIMAJOKIN, Yu.I.-, KOVTUNOVICH, L.G.; ZAKHVATKIN, S.V.
Out-of-town session devoted to the 40th anniversary of the Great
Uctober Socialist Revolution. Zhur.mikrobioloepid. i immun, 28 no.
9:153 5 157. (MIRA 10:12)
(COMMUNICABLE DISNA535)

TYRKOVA, Ye.S.
Water factors in the epidemiology of dysentery; author's abstract.
Zhur.mikropiol.epid.i immun. 31 no.ll:W N IW. (MIRL 14:6)
1. Iz Instituta epidemiologii i mikrobiologii imeni, Gamalei AMI
SSSR.
(WATER-POLLUTION) (DYSENTERY)

SLAVIN., G.P. [deceased); TYRKOVA, Ye.S.
Epidemiological analy3is and its significance in eliminating Infections.
Report No.1: Theoretical and organizational premises in developing a
method for epidemiological analysis. Zhur. mikrobiol. epid. i immun.
32 no.70-6 Je 161. WIRA 15:5)
(EPIDEMIOLOGY)

BEZDEtIEZRNYKH, I.S.; TYRKOVA Ye S BELICHENKOI N.I., red.;
BLAZHENKOVA,, te red.
[Protection of the population from bacteriological
weapons) Zashchita naseleniia ot bakteriologicheskrio oru-
zhiia. Moskva, Izd-vo DOSA-AF, 1963. 46 p. (MIRA L6:lo)
(Biological warfare)

TYRKOVA, Ye., kand.med.nailk
L/ 12L28
A f~ozuac Vcenaznano 4r r,,,,- -29 H 164t
.1 1 1)
( YA 1RA '~ P --

eu
r-Say.9m w--T ON, I

.'A A--

.., ,TyRLIKP 0.
Fourth Scientific Conference of Students at t'e Fp-rlu'ty Of
Mining and Geology of the Higher School of Mining in Ostrava.
Uhli 7 no.3:108 165.

TYRLIK, 0.
fourth scientific conference of StUdeW3 of the Faculty of Ydning
and Geology of the Higher School of Mining, Oatra-n. Rudy 13 no.2j
71 F 165.
1. Faculty of Mining and Geology of the Higher School of Mining,
Ostrava.

TY:dd f:
Precisi-ons canting of the parts for the rotor industr,,, jnd tools '()I,- the arrlication
C,
of cerariuc coatinCs on water friam~ in the Zeran i'--sqcn[;cr 1itomobile r.. 11,,1j.
'%i-RZ:MAD ODLE-~,-,~,-J-CUv'A. Vol. 7, No. 5, '-Ia.N 1957. Warszalm, 101and)
SO: 411'onthl~- LiLt of East European Accessions (EZAL) I.C. Vol. 6, No. 1.0, Cctober 191`7- Uncl.

~` ~, ; ; -- f " r
f, I If

MALINOWSKIp Stanislaw; KMj Jerzy;. FTiul-stanislaw
Research on the condensatim of formaldehyde. I. Rocz chexii 34 no.2:
391-W0 ,6o. - (EUI 10:1)
1. Zaklad Technologii Organicznej I Politechniki, Warszawa.
(Formaldehyde)
'A

USSR / Farm Animals! Small Horned Stock. q-3
Abs Jour: Ref Zhur-Biol., No 12, 1956, 54806.
Author : T3gjDx_QX, E,_A~,
Inst : Not given.
Title : Green Corn in the Rations of the Meat-Wool
Type of Lambs.
Orig Pub: Ovtsevodstvo, 1956, No 8, 37-40,
Abstract: A study was conducted on the yearly lambs of
the Precoce breed. The first group of lambs
was fed green corn, the second group - corn
plus soybean oil meal, and the third group -
covn plus clover aftermath. As to weight
measurements, and wool yield, the animals of
the first group were lagging behinO. the yearl-
ings of the second and third groups. The best
Card 1/2

Abs Sour: Ref Zhur-Biol., No 12, 1958, 54806.
Abstract: result was obtained by feedinS lambs with
green corn, sowed as a mixture with legumes,
or without them, but with the addition of
feeds more complete in their protein content.
Card 2/2
48

wwiiiai""
MAGIRUWICZ, Maria; OZIMKA-WZlNsXk, Halina; TYRRAN, Jadvigs, -.1
~ .
Bacteriological evaluation of diagnostic methods in diphrheria. Mad. doav.
mikrob. 10 no.2:213-221 1958.
1. Z Kiejskiego Szpitala Zakasnago Nr 3 w Warozawie ItVrektor: dr mad,
Z. Pomerska.
(DIPHTREiIA, diagnosis,
baoteriol. evaluation (Pol))

T
IMMAN, Witol-do i=.
The PoUsh radioelectronic indugtry at the 31st Intornational Poznan
Fair. Przegl telekom 34 [i.e. 351 noo5.*129-340 My 16,2
1~

TYRMAR, Witold, inz.
Mechanization, automation, standards in the electronic Industry.
Przegl techn 81 no.12:5-8 Mr 160.

TYMIAN, Wi told
4~~
Circuit printing and wiring automation of electronjea- ejuipment
seen from technological and econoraic aspects. Przegl
elektroniki 2 no.4:334-347 Ag 161
1. Zjednoczenie Przemyslu Elektronicznego i Telatchnicznege, Warszawa.

TYRNAUE-R, Janos, dr.
.- - .
Phypiology of stunt flyin~j. Repllf;s 17 v,.8il7-lP3 A,4, 11-t'*

TrRO, Gustavp dr inz.
Effect of the form of tb llulldozer blade on the flow of soil
and consequent motion rEsiatance aa well is the stability con-
ditiono in the process of loosening the worked ground. Przegl
mech 24 no,6sl86 25 Mr 165.
1, Departadent of Building and Road Construction Machines of the
Warsaw Technical University.

S/081/63/000/001/048/061
B144/B186
rvi a
LUTHORS: Tyroler, Ji Fori4nek, Zdengk, Vondr'kov~, Zdenat
Zahradnik, Lubomir, Stovik, Miroslav
TITLE: Production of pure germanium dioxide from germanium
concentrates
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 1, 1965, 347, abstract
U38 (Czechosl. patent 101146, October 15, 1961)
TEXT: Ge concentrates are distilled continuously with concentrated HC1
(ratio 1 : I - 2) with simultaneous bubbling of C1 2 (gas) through the
solution or addition of oxidants (K 2 Cr207 + H2SO4). The GeCl 4 vapors
together with 11C1, vapors Cl2 and impurities are washed out of the gas
mixture by organic solvents (Col 4); then, the GeCl, dissolved in the
grganic solvent is washed with HC1 (acid) and hydrolized. Example. The
apparatus 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

3/081/63/000/001/048/061--
Production of pure germanium ... B144/B186
tank is filled), a metering pumpt a cooking boiler, a foam separator and
an absorber. In the containers, the mixture of 25-30 kg concentrate and
50 kg HCl (acid) is propared. The absorber is filled with CCI C The
operation of the metering pump and the beating of the boiler in controlled
in such a way that the foam entering the separator has a temperature of
1000C. Prom the separator the suspension is drained-off to waste, but
the vapors are led into the absorber, from which GeC1 4 dissolved in CU 4
is drawn off intermittently or continuously and hydrolized thrice with
distilled water. The product contains 0-005 - 2~fj As and is a suitable
raw material for semiconductors. 'Llbstracter's note-. Completo transla-
tion.
Cava

SE
ca.
/P.13/00
AUTHORS:
TITLE.,
PERIODICAL:
34687
Z/009/62/000/002/001/002
E112/E453
V V
Zahradn?k, Lubomfr; Forma"nek, Zdenek; Stovfk, Miroslav;
.4
a
.moler, Jiv Vonctrakov , Zdana
Refining of germanium dioxide
Chemickopprdmysl, no.2, 1962, 6o-63
y
TEXT. For semiconductors extremely pure germanium of
99.99999999999% purity, usually called Iteleven 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 SnC12;
germanium tetrachloride is unaffected by the above reducing
agents, while AsC13 is reduced to arsenic; 2) absorption of
AsCl3 and GeC14 in carbon tetrachloride, followed by oxidative
extraction with HC1 and HN03. In this procedure AsCl3 is
oxidized to the waiter-soluble H3AsO4 which can be extracted with
Card l/ 2
la I s,

23568
11 IS 7 z/oog/61/000/007/001/oo4
E112/E135
S.'iovfk, Miroslav,
AUTHORS: Zabradnik, Lubomirs Form'neks Zden4k,
Tyroler, Jii~i, and Vondrikova', Zdena
TITLEj Properties of furnace flue dusts and their use for the
recovery of germanium
PERIODICAL: Chemick~ pru*mys.L. 1961, N--7, PP. 337-341
TEXTs Coal which is rich in germanium was ashed 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
as the Particle size increased and, consequently, main attention
was paid to flue dust smaller than 60 ji (0.12% Ge). During the
ashing of coal a number of elements are volatilized and absorbed
Card 1/4

23568
z/ooq/61/ooo/oo7/ooi/oo4
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
and 33% combustible materials. Their concentration decreased on
extraction with 0,2 N-H2SO4, 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 H2SO4; 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 submitted,
listing all elements occurring in the three different fractions in
the following'concentrationes 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, I - 0.1%;
Card 2/ 4

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, 1 - 0.1%; ashing residue of H2SO4-extracto 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% Go, while 0.05 N-H2SO4 gave
96.7% recovery). On the other hand, extractability with HC1
Increases with increased concentration. Recovery of Ge by means
of HNO was not feasible. The separation of Ge by means of HC1
from No coarser fly ashes is also described. Aft addition of HF
(in the form Of CaF2) is recommended to convert the S'02 to SiF4,
which is driven off by heating. Extraction with weakly alkaline
8olutions 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
Card 3/4

23568
Z/009/61/000/007/001/004
Properties of furnace flue dusts .... E112/E135
assumed to be present as Ge02, easily soluble in alkalies, On the
other hand, samples of flue dust, heated under identical conditions,
showed poor extractability of Ge by means of dilute sulfuric acid.
This is explained by the poor solubility of Ge02 in H2SO4- It is
concluded from laboratory experiments that flue dusts containing
0.3-1.0% Ge present a suitable raw-material for a Czechoslovak
germanium recovery industry. Extraction with dilute sulfuric acid
or treatment with HCI and distillation as GeC141 optionally in a
stream of HCl, 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 referencest 3 Czech,
7 English and 2 German.
ASSOCIATIONs Ustav nerostny'ch surovIn, Praha
(Institute for Mineral Raw-Materials, Prague)
SUBMITTED: January 16, 1961
Card 4/4

0. 'I'MITRY Czeuboslovakia H-22
~d
~3:1 ~ E G 0 R Y
0', P..: 87897
U
M'THO,
IL R :Zabradn'k, L.; Sto-/ikt M., Tyroler J
TITL~ :Distribution of Germanium in Products of the
Combustion of Coal in Fire Boxes with Movlng
G Pat&
n R I n
,,tA. - .FU B.:Cb(-m. prumysl, 1959, 9, No 2, 62-64
A B F~A C T :The authors have stidied the feasibility of
securing starting raw mater.-Lals for Ge production, from
prolucts of direct combustion of coal. A material balance
is pre.,:.enter! for a boiler with conveyer grate, considered
from the standpoint of Go-distribution among individual
products of combustion. More than '~Q,6 of Ge originally
contaiiied in the coal are distributed between volatilized
ash and furnace cinders. Ciuder-, because of low Ge-conten'
(concer~-rall.'Ion of about 10- 9
3~6) can not be processed. Flyin"
,ash cor,!,aining from 0.3 to 0.5% Ge can provide excellent
ram material for the production of this element.
Authors' summary.

~~~S-T-OYVPKJ M.; UqM=2 L.
Distribution of germanim between the com. bustion rroducte In a hearth ha-eL,-,g a
traveling grate. p. 62
CHEMICKE PRUMYSI. (Minieteratvo chemickeho prumyslu) Praha, Czechoslovakia
Vol- 9, No- 4, Jan. 1959
1~~
Monthly List of last European Accessions, (EFAI) LC, Vol.8., No 7, July 195'9
Uncl.

Tyamm, J.
"Germanium in the products of direct coal combtistion and its extractibility of
hydrochloric acid."
CHEXICKY PRUMYSL, Praha, Czechoslovakia, Vol. 9, No. 3, March 1959.
Monthly List of East European Accessions (EEAI), LC, Vol. 8, NO, 9, SePterTiber 1959.
Unclassified.

SIOO11621000101910191053
B144/BI80
AUTHORS - Stovik, Miroslax, Zahradnik, Lubomir, Tyroler, Jiii, Vondra-
kov&f ,Z Fornanek, Zdanck
-TITLEi -Proaact n of concentrates of germanium hnd other trace e16-
men-ts by IbUrnini; coa-I in furnace giates
~PERIODICAL: Rcferstivnyy zhurnal. khimi~ra, no. 19, 1962, 340, hbstract.
1)&82 (CzechoslovalUan patent ',99414, April 15, 1961)
TL/.Ts Vihen coal is burned in furn;Ace3,.almost all *the Go is carried away
with the finer frnetions in the form of volatilu compounds. For more com-
plctc romov;-tl it is zuggouted th:it the coal should be burnt in a reducing
atmoophere.T:) thia and the ontry of primary air' from below is restricted to
a minimum and that of secondary air above the grate is increased. The4am=t,
of Ge compounds adsorbed in the thin fractions then rises to 801/~ the Go con-
tent of the coal. The combustion tases are led through a cyclone, where
the larCest particles are separated, and then through an electrostatic fil-
ter and a second cyclone. Alternatively, after separating the large Oar-
ticles, the gas is passed throu,gh a scrubber, (with either mineral or sili-
Card 112

6/081/62/000/0110/0110/0-13
Production of concentrallez ... B144/B180
cone oil), and then conducted throulh a hydrocyclone and a centrifugeg '~-'here
the thin fraction is separated. The wash liquid is continuously recycled.
Additions of 2-5~~ by vei ht suffur (pyrite) to the coal promote, the for;.-,a-
tion of volatile Ge compounIs (Goi, Ge.32). Diagrams of the process are
shown. rastracter's note: Complete translation
Card 212

ZAIIRADNIKI Lubomir; FOFWANEK, Monak; srova, fliroslav; TYROLUI, Jirl;
VONDRAY.GlIA, Zdena
Refinement of germanium dioxide. Chem prum 12 no.2:60-63 F 162.
1. Ustav nerostnyeh surovin, Praha.

Z/009/61/000/012/001/005
E112/E953
AUTHORS: Zahradnfk,*Lubomir, Form6nek Zden6k, 9fovi'k
Miroslav, Tyroler JiI4~ and Vondrdkovd Zdena
TITLE- Recovery of germanium dioxide from flue dusts
PERIODICAL: Chemick~ pr&mysl, no.12, 1961, 625-629
TEXT: The only domestic sources of germanium in Czecho-
slovakia are the flue dusts from certain coals (germanium contents
range from 0.2 to 0.8%) and the present paper discusses three
possible methods of recovery via germanium dioxide: 1) Extraction
with water or inorganic --olvents ' much as H S04 HCl HN03, NaOH
and (NH4)28x. Beat resul-cs are achieved witi 0.65 N-A2S04,
yielding up to 97% of the available germanium. Extraction
efficiency is closely connected with the phyeical charactorintIC13
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 H01,,
Card vl~

Recovery of germanium ... Z/009/61/000/012/001/005
E112/E953
yields of germanium are inferior and the recovered products le.~.z
pure. A further rectification is therefore necessary. The
chlorination method, on the other hand, offers the advantage lu-n-at
even very low-content flue dusts can be Processed. 3) Direct
distillation with HC1. This method is considered the simplest
the technological point of view. It is only suitable for raw
materialsl containing germanium in a volatilisable form and is not
economical for flue-dusts with low germanium content. The method
consists of treating the flue dust with HC1, and procedures for tht-
separation of the forined GeC14- are described in detail. So f.,qr,
this has been effected in two ways: a) Absorption of the gaseous
mixture in water, containing 20% HG1. A recovery of 2-13 9
germanium per 1 litre is feasible but this is considered unsatis-
factory. b) &co-oaration of germanium tetrachloride by conden.-arion,
However, considerable amounts of GeC14 are entrained by HCl, and
the method is, therefore, rejected as uneconomical. The authors
now offer a new pro~iedure for GeC14 absorption, based on the use
of non-polar solvents, of which carbon tetrachloride has proved
the most suitable, The efficiency of' a 0.2% GeC14 solution in CC1,,:
Card 21~ ~

Recovery of germanium ... Z/009/61/000/012/001/005
E112/E953
J.tj givoll ati 97-99.5%, ab 2000. As practiCal rocessing would
require large volumes of CC1 (1500 kg/kg Ge5 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,
?ontaining 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, 9?9(1953);
Ref.2: Johnson O.H., Chemical Reviews, vol 51, 432 (1952);
Ref-5: Aubrey K.V., Nature, vol.176, 2 (19~5)-
J
ASSOCIATION.: Ustav nerostnych surovin, Praha
(Institute for Mineral Ravi Materials, Prague)
Card 3/

Recovery of germanium ...
SUBMITTED: January 16, 1961
Fig.6. Legend.
Z/009/61/000/012/001/005
E112/E953
1 - mixing vessel, with stirrer, for absorption of flua dust in
hydrochloric acid,
3,4 - steam-heated boiling tubes,
5 - separator,
6 - condenserl
? - absorption vessel,
8 - absorption column with Raschig rings,
10 - separating funnel with CC1.,
9 - condenser, cooled to OOC,
11 - reservoir, to which a slight vacuum is applied.
Card 4/1,(

TYROLEROVA, Pavla; VRBACKY, Ivan; HMIXYR, Vladimir
Effect of barium titanyl oxalate calcination on BaT103 PrrD~~ rt's-5-
Silikaty 9 no.1:25-33 165.
.1. Chair of Silicate Technology of the Higher School of Chemical
Technology, Prague. Submitted August 5, 1964.

PATON, B.Te., skademik, doktor takhn.nauk. laureat Leninskoy premii;
YQTXSMMICH, G.Z., kand.tekhn.nauk, laureat Leninskoy premii;
OSTROVSKATA, S.A.. kand.tekhn.nauk; DMO, D.A., kand.tekhn.mau
POKHODNTA, I.K., kand.tekhn.nauk; STMWBOM, Tu.A., kand.takhn.
nauk; RUMMMUT, I.N.. inzh.; 2EMMCHUZHNIKOV, G.V., kand.tekbn.
nauk; ROZEM3RG, 0.0., inzh.; SMO, PoI.g kandetsklmonauk; NOVIKOV,
I.V.. inzh.; MDOVAR. B.I., kand.tekhn.nauk; DIIKOVSKIT, V.P.. Inzh.;
RABKIN, D.M., kand.tekhn.nauk; TYAGUN-BELOUS, G.S.. inzh.; ZARUBA,
I.I., kand.tekhn.nauk, retsenzent; GWOBLINIK, P.G., kgnd.tekhn.nauk.
0 'D. ' red.
red.-t -TYNTAIMr" T.
[Blectric slag welding] glaktroahlakovaia avarka. Izd.2., ispr. i
dop,. Moskva, Gos.nauchno-tekhn.izd-vo mahinostroit.lit-ry, 1959.
409 p. (MIRA 13:4)
1. AN UM (for Paton).
(Ilectric welding)

TYROLER, K.
TYROLER, K. Experience with the technical ipaintenanco of tractors according to morot fuel
consumption.p. 415
Vol. 619 N . 21 Nov. 1956
FMCH"ISKE Z69FISTVI
AGRICULTURE
Fraba,, Czechoslovakia
So: East European Accessions, Vol. 6, No. 3, March 1957

TYEOLER-OVA, Pvvla
A icntribution to the analysis of germanli= in coal. Sbor chem tech
no.3, part 2021-326 159.
1. Katedra mireralogie, Vysoka skola. chemicko-technologicka, Praha.

TYROLEROVA, Pavla
Chemiotry of canomanian glauconites. Sbor chen tech 4 no.1-353-362
160, (EEAI 10:9)
1. Katedra mineralogie, Vyso)m akola chemicko-tecbnologicka, Pmha.
(Glauconite)

TYROLEROVA. Pevla
Goorhemlstry of gerinan-lin in FVdnice baBin. Sbor chem tach no.3.
part 2053-363 159.
1. Katedra mineralogie, Vysoka skola, chomicko-technologiel-n, Praha.

I 1 6 , 3. f
. I t

P,
N
io
i~ I I

MnWICZY L.
Rational trends In the creatian of fashions. p.12,~,
ODZIEZ (Centralne Zarzady Przemyslu Dziewiarskiego: Odziezowego I
Ponczoszniczego) Lodz
Vol. 6, no. 7, July 1955
So. East 1~uropean Accessions List Vol. 5, No. I Jan. 1956

TYROWII-Z, Marian
Employment problems and changes in the economic planning
system in the Czechoslovak Socialist Republic. Praca zacpzp
spol 7 no.4:28-29 Ap 165.

TYRUJI-C',", ~jarlan
NEW princ.1piss for management and planning in the
3ocialistu Republic and their effect on the #I, , nf 3 -f
smPlVe88o Praca zabazp spol 7 no.3:2j n Mr 165,

LUCHWKI, Walerian; TYfWWICZ, Marian
Damage problems for acoidents and injuriao suffered during -'';,
work and for professional diseases, Praca zabezp spol 4
no.701-38 JI 162.

TYROVIICZ, 14.
"
e
Th lower Carpathian Mountains and Slovakia in the Revolutionary Activities of J. J4.
Goslar, 1845-1846.11 P. 46.
(WIERCHY, Vol. 22, 1953, Krakow, Poland.)
SO: Monthly List of East European Accessions, MAL), LC, Vol. 3,
No. l,", Dec. 1954, Uncl.

TLIOWICZ, lKarian
Agreement botween Poland and Bulgaria on cooperation in the
fiald of social polic:y. Fraca zdbezp spol 3 no.10:209-31 '61.

TYR%I.TZ, TADLIJSZ
Kamieniarstwo; obi-obka maszynowa. (Wyd. 1)
Warszawa, Poland, Arkady, 1958s 219 P,
Monthly List of East European Accessions (EEAI) W, Vol. 8, no. 8
August 1952.
Uncl.

C
T.
IZ P-
Pinczow, lime blocks, a new building material', p. 18. (MATERIALY. BUDMILANE, Warszawa,
Vol. 10$ no. 1. Jan. 1955-)
SOr Montbly List of East European Accessions.. (EEAL)j, LC, Vol. 4j, No. t, J". 1955,
Uncl.

ZILVZNMaT, T&.D.; KOLUMOV. D.Ko; TYRSIN, A.A.: SH&LYGINe V*A*
..
Use Of rMuoutiTe isotopes of wilfur to study the processes of
the formation of corrosive substances in compressors and gas pipes.
Gas, prom. uo,5:41-45 MY 158. (KIRk 1195)
(Befox-Isotopes) (Gorrosion and auticorrosives)

SOV/127-58-11-5/16
AUTITORS: Tyrsin, S.M. and Filippov, P.Ye., Mining Fngineers
TITLE-- Drainage Works at the Sokolovskoye Deposit (Osushitellnyye
raboty na Sokolovskom, mestorozhdenii)
PERIODICAL: Gornyy zhurnal, 1959, Nr 11, pp 21 - 24 (USSR)
ABSTRACT: The Sokolovskoye deposit was to a large extent water logged;
and had to be drained before stripping operations could be
started. Special bore holes were drilled and pumps of the
types ATN-14 and 12-AP were installed and oDerated in con-
junction with special drainage ditclhes. In seven months the
water level in the stripping layers was lowered by 23 m, and
1,220,000 cubic m of sand, which covered the deposit could
be stripped. There is 1 table, 1 map and 2 Soviet references.
ASSOCIATION: Sokolovsko-Sarbayskiy porno-obogatitellnyy kombinat (Sokolovs-
koye - Sarbay Mining and Concentrating Konfoinat)
Card 1/1 1. Mining engineering--USSR

TMIN, S.M., gornyy lnzh; VILIPPOV, T.Te., gornyy lnzh,
Drainage operations at the Sokalovka ore deposit.
no.11:21-24 N 148. (MIRA 11:11)
1. Solcolovoko--Sarba7skiy gorno-obogatitellnyy kombinat.
(Sokolovka(Kustanay Province)-Mine drainage)
0

Zen. 1952
I.,
fit,"
auk, S.S.S Bet Dokl6dY Vol. 110.

TW- IKOV, A.P.
Increase in length of tree roots along the northorn limit of the forest
region. Biul.UOIP Otd,biol. 59 no.i:71-82 J&-Y 154. (91-71A 7:5)
(Roots (Botany)) (Russia. Northera-Tress) (Tree s-Aussia, Northern)

TYRTIKOV, A.F*
P.!!,
Growth of irurface organs of trees along the northern timberline.
Biul, MOM Otd, biol. 60 no.1:63-69 Ja-F '55. (KWA 8:7)
(Artio regions--Treee)

TYaTMOT, A.P.
0 0 m ~am m " ~ ~ I I
Tegetqtion along the lower reaches of Tana River. Biuj.. -KOIP. Otd.
bi6l-.' 60 iVo,-51135-146 S-0 155. MaA 9:4)
I .. . t-- ..
(TAKA VALLEY--BOTAff)

TYRTIEDV, A.P.
The activity of cambium in tti-e roots and trunks of trees on the
northern forest limit. Biul.MDIP. Otd..biol. 61 no.5:59-66 S-0
056. (MLU 10:2)
(ARCTIC R&GIONS-THM) (CAMBIUM)

TYRTIKOV, A.P.
I- , .. Development of vegetation as a factor of the formation and dynamics
of rocks frozen over a piriod of many years. Probl. Sev. no.7s221,-231
163. (KIRA 1712)

TYRTIKOV, A.P.
Problems of improving the growing conditions of trees in northwestern
. Siberia. Probl. Sev. no.72123-127 163. (MIRA 1792)

TIRTIKOV.. A. P.
Effect of the exposition and some components of plant and soil
oovej~jngs on the temperature conditions of goils at the northern
taiga border, Poohvovedenie no.7t82-86 Tl 42.
OMM 15 t .10)
1. Inatitut merzIotovedeniya imeni V. A. Obrucheva.
(Khantayka Valley-Soil temperature)

'IMTIKOV A. P.
Development of the vegetation as a leading factor in the
formation and Aynamics of permawnt3y frozen ground of the
Yenisey Ridge. Trudy Inst. merzI, AN SWR 19255-" 162.
(MIRA 16: 1.)
Yenioey Ridge-Vegetation)
enisey Ridge-Frozen ground)
R

nRTIEN" A, P *
dig t2,, trunks and ruPtures of lxunks. TrudY
Votmdt3 surrOu (MIRA 16:1)
inst. merzl. AN SSSR 19%102-107 1620
(1garka regioll--TreSO) TerritorY)-Trees)
(Dudinka, region(Krasnoyarok
6

TIRTIKOV# A.P.
Use of vegetation as an indication of the ccmposition and
properties of seasonally thawed and seasonally frozen layers
and the perennial permafrost stratum is the vicinity of
Igarska, Izv, Sib. ota. AN SM no. lli34-40 160, (KERA 14-.1)
1. Igarskaya nauchno-iseledovatellskaya merzlotnaya stantsiya,
(Igarlka region-Frozen ground)
(Plantep Effect of temperature on)

TYRTIKOV. A.P.
Effect of vegetation on permanentV frozen
ueh.o m6rx,zonazem,kory no.3:85-108 656.
(Vegetation and climate). (Frozen
iwtli~ .. .., . -. . ---
subsoil. Kat.k o6n.
(MIRA 13:9)
ground)

t ummioal Properties of sails.
1": , Nn. 104430
"ryl tAkov, A.
j-iojl Temperature Cycle in Varloue Plarit APeoclattrilif In 010
i-1. R. -POch-rotcd,.-r,,iye, 1957" Vo. 6, 35-42
L;,.CT :Tb-s v"eu.Its ar,-s prevented of a study of the tomperatize cyele~
of voile Pt tho atirface ard, at it depth of F1,. '0 aLd 15 ca
be,-.oath mosses "d llchenx,-a thin spruce grove. a dense
lexch wood axi4 under both thin and aenss larc~t-Bryales
afteociations. The lowest temperatures
are recorded In co-areely molihded peat soils. The peaty
horigoa uzid.e the forest prevexite heating of the soil nad
causaff low goil temperature during the 'reCet&tiY* period.
Improvement of tree growth may be attained by reinforcka'- the
procaures of mineralizatioxi of the peaty hori%on. The use of
herbicides irztensiflee the processes of mineralization and
Car,' - 112

TIME
J: inc--a8t,:Lc tho- ProdUctivitY Of tho 'Vrerc% stand3, V.A.
P/2

15-57-1-1064
Translation from: Referativny zhurnal, Geologiya, 1957, lir 1,
p 170 (USSRT
AUTHOR: Tyrtikov, A. P.
TITLE: '4-~e I~nfl~'ence of Vegetation on the'Subsoil in*Perma-
frost Condition ProtrAdt6d (Many Years)A0 Yl' a ii
rastitellnosti na podpochv.u '
PERIODICAL: Materialy k osnovam ucheniya o merzlykh zonakh zem.
kory, Nr 3, Moscow, AN SSSR, 19569 pp 85-108
ABSTRACT: The influence of vegetation on temperature and on
several other properties of protractedly frozen rock
is distinguished by various trends and it changes not
only with the kind of vegetation but also with the
general climatic conditions of the region. Any plant
cover slows warming of the soil in summer. Under a
plant cover, the average monthly temperature of the
Card 1/3 soil at a depth of 15 cm to 40 cm is comffionlY 50 to

The Influence of Vegetation (cont.)
15-57-1-1064
150 lower, and the depth of thawing is 1.5 to 3 (and more) times
less than in regions where vegetation is absent and the organic re-
mains in the soil and on the soil are mineralized. This influence
of vegetation is greater the larger tho mass, the higher and denser
it is, and the greater the content of plant remains in the soil and
on its surface. -Plant remains (litter, peat) commonly delay warming
more effectively than a live plant cover. Any cover of vegetation
slows the cooling of the soil in winter. Under a plant cover the
average monthly tem9erature of the soil in winter is higher (some-
times as much as 17 ) than in districts where the plant cover is
absent-and where the soil does not contain organic remains. Vege--
tation, hindering cooling of the soil in winter and warming in
summer, leads to a lower (as much as 30) or, under certain conditions,
to a higher (as much as 20) temperature in the upper layers of pro-
tractedly frozen formations. By decreasing the depth of thawing of
the ground and by delaying erosion and removal of the soil, vege-
tation hinders the thawing of ice in protractedly frozen rocks.
Card 2/3

The Influence of Vegetation (Cont.)
15-57-1-1064
Elimination of the plant cover leads to thawing of the ice in such
rocks, and this commonly results in the formation of lacustrine-
paludal lowlands, gullies, slumps, sinks, and other thermokarst
formA of r~liof. PlAnto, in the proc;ess of overgrowing lakes and
land areas, commonly favo'r the rollhation of protraeudly froti~r,
rocks in districts where they have been absent. During this over-
growth of lakes and land areas, protractedly frozen rocks develop
in zones of high organic content (at least in the upper layers) and
are fundamentally different from rocks consisting chiefly of minerals
especially in the large amount of ice.
Card 3/3 A. M. Ch.

i TYRTIVOT, A.P.
a
Some data on the vegetation of the lover Indieirka W187- Biul-
HOIP. otd. biol. 63 no.1:71-77 Ja-]F '58. (MIRA 11:5)
(fbfGIM VALLRY-MANTY

Soil temperature in yarious plant communitiew-df-rggrks. District,
[with summary in English]. Pbchvavedaide uo.6:3"2 re 157.
(ICLRA lOrg)
1. ItAltut merzlotovedeniye. Akad xii nauk BSSR.
(Igarka District--Soil temperature)

TYRTYSHUYA - V -
Obshchestvd,' pit. no.2:28-29
Pe,ylograd builders are COUtento (MIRA 13:6)
V 160,
1. Instruktor Pavlodarskogo oblastnoge soveta profooruzov.
I (ravlograd-Restaurants, lunchroomal ate.)

KASHITYSYNp
Selection and checking of the setting devices of overcurrent
protection systems in supplying power to several large electric
current receivers from a oingpl transformer. Nauch. soob.
Vost NII no.3:114-119 163. (MIRA 170)

TYRTYSIRMOV ' G. M., corup.
Combatting automobile accidents; essential data Tashkent, Jzd. NITO Avtodorozhnogo
transporta USSR, 1936. 31 P. (53-48'-61)
Law

TYFGYY-OOL. Yu.. uchenik 10 klaBsa; LOIISAVCHAP, O.Ch.., chaban, Geroy
Siiieiallsticheskogo Truda; ORGYS, S.B.,, chaban; YUWAYEV, I.S.;
FEDOSEYENKOI, II.A.4 kukuruzovod
Vie shall put into practice the resolutions of the January Plenum
of the Central Committee of the CPSU. Uch.zap.Tav.nauch.-
isal.inat.iaz.lit.i ist. no.9:14-29 161. (141U 15:5)
1. Turanskaya srednyaya shkola (for Tyrtyy~ool). 2. Kolkhoz "30 let
Oktyabrya!'., Dzun-Khemehikskogo rayona (for Lopsanchap). 3. Kholkhoz
"Torgalyg" Ovyurskogo rayona (for Krygys)- 4. Direktor sovkhoza
"Krasnyy partizan" (for Yurtayev).
(Tuva A.S.S.R.-Agriculture)

T -w
in an Ore,"
2 Se-,) 55

TYRUIN, V.P., inzh.
Scientific conference dedicated to the 90th annivergar7 of X.O.
Paton's birth. Svar.proizv. no.6:45-46 A '60. (MM 13:7)
(Paton, livgenii Ookarovich, 1870-1953)
(Ilectric welding)

ACC NRt __~OURCE_CdDt. ~~[60706rC5TO-00166T[0-6-f870_6
AUTHOR: Adam, N. V ; Ben'kova, N.-P.',- Orlov, V. P.; Tyrumina, L. 0. 31
ORGt none
TITLE: Secular variations of the geom gneti field based on data of a spherical
analysis I
SOURCE: AN SSSR. Institut fiziki Zemli. Nastoyashcheye i proshloye magnitnogo polya
Zemll (The present and past of the earth's magnetic field). Moscow, lad-vo Nauka,
1965, 18-33
TOPIC TAGS: earth magnetism, geomagnetic measurement, spherical analysis, secular
variation
ABSTRACT: This article concerns the principal geomagnetic field studied by the method
of spherical analysis and its secular variations. The authors derive an analytical
expression which approximates secular variations. They examine on the basis of this
analytical expression certain problems of the nature of secular variations, and
attempt to use the results obtained for forecasting the field. The authors, having
previously used spherical analysis for plotting charts of isoporic lines in the polar
caps and having obtained sufficiently good agreement with charts plotted from obser-
vational data, conclude that the sum of 'the first six terms of a'spherical harmonic
series permits representing the morphol6gy of secular variations with the same degree

L 10913-67
ACC NRo ' AT6021011 0
of schematization. This scheme is characteristic of modern world Isoporic charts
plotted graphically from the data of magnetic observatories but without the element
of subjectivism inherent to the graphic method. Spherical analysis is recommended
both as a method of analytical representation and as a method of plotting isoporic
charts. Since one of the important characteristics of the planetary part of secular
variations is western drift, the authors estimated western drift for individual har-
monics by means of spherical analysis of a constant field and secular variations, and
by the shift of the centers of world anomalies. They also examined the latitudinal
and longitudinal distributions of drift velocity. The velocity-values obtained from
the coefficients of spherical analysis of world charts of the total field for the 1955
epoch, and from the secular variation charts for the period 1954-1959, are calculated
The velocity values were found to fluctuate within -0.47 to +0.12 deg/year, two
characteristics being noted: 1) a decrease of the velocity for high-latitude obser-
vatories and 2) asymmetry in the distribution of velocity between western and eastern
hemispheres. The velocity values were higher for western observatories than for
eastern. To extrapolate secular variations to the present or forthcoming epochs, iso
poric charts of 1954-1959 were used to forecast the secular variations for 1960-196~
A comparison of the coefficients of the spherical analysis of secular variations re-
vealed that, with the present accuracy, the coefficients higher than the third order -
can be considered constant, and the coefficients of the first three orders change in
time within a set interval, fluctuating about averages that are constant or almost
constant in time. It is concluded that during a 50-year period the magnetic moment -
can decrease by 0.5 , 1025 CGS, and that the position of the geomagnetic pole will
Card 2/3

ACC NRt AT6021011
L/
shift along the latitudinal circle from 291*46' to 291*5Z'. Combining paleomagnetic
and analytical studies of the geomagnetic field can' be quite fruitful, In particular'
in regions west and east of the centers of world anomalies. Orig. art. has$ 3
.formulas, 6 tables and 6 figures.
SUB CODEt 12,08/ SUBM DATE: 2lSep65/ ORIG REP: 007/ '0TH REP: 004
Card 313

VOMMKO. I.G.; SHVNYsxzy, Ya.G.,- Tnyxni, m.
Z~
Emlosure for thawing frozen loads. Kolm I khIm. no#5:16-18
'56. (Thawing) (Waste heat) (SugAr boots) (mm 9:10)

.-MT�PKIN,,I.V.., gornyy inzh.; BAYANOV, G.I., gornyy inzh.
Dressing fluorite ores in hea:vy suspensions. Gor. zhur. nod:
75-76 F162, (AURA V12)
I.-Sredneaziatskiy filial Gosudarstvennogo nauchno-issledovateliskooo
Instituta tsvetnykh metallov, g. Almalyk (for Tyz7shk-'.n). 2. Plaviko-
vo-shpatovyy kombinat, pos.Toy--Tyube (for Bayanov).
~1

_M~5H KIN)
USSR/Engineering Gas Turbines FD-1123
Card 1/1 Pub. 4-1-4/17
Author : Tyryshkin, V. G., Leningrad
Title : The problem of selecting a method for designing long blades of a
turbine rtage
Periodical : Izv. AN SSSR. Otd. tekh, nauk 6, 37-46) June 1951;
Abstract : Discusses theoretical aerodynamic methoda for detcrmininc, efficiency of
turbine blading. Gives results of experimental investigation on single-
stage gas t,~lbine, testing four stages of different blading. Compares
theoretical with experimental results. Sketch; graphs. Two references.
Institution
Submitted July 10, 1954

SKNARI,N.I., kandidat tekhnicheskikh nauk; TYRYSHKIN,V.G., kandidat
tekhnicheskM nauk ~ so
Estimation of the efficiency of a turbine stage with long blades
using data derived from investigations of stationary cascades of
profiles. [Trudy] TSKTI no.27:81-93 154. (KW 8:12)
(Gas turbines) (Gas flow)

TV Y 1.11
ZHUKMSKrY,V.S., doktor tekhnicheskikh nauk, professor; ZHUKOVSKIY,
X.I., kandidattekhaicheskikh nauk; ZYSnU-MOLCZHM, kandidat
tekhnicheskikh man ; MUOV,J.K., kandidat takhnicheakikh nauk;
SIMRI,N.A., kandidat tekhnicheskikh nauk; TMSHXIN,V.G..
kandidat tekhnichaskikh uank mm.
M.N.Delch's book mTeahnical gas dynamics.0 Revieved by V.S.Zbu-
kovskii and others. Teploeuergatika 2 no.1:62-64 Ja '55.
(KIRA 8:9)
(Turbines--Fluid dynamics) (Gas flow) (Deich, M.E.)

TYRYSHKIN, V,G.. kandidat takhnicheakikh nauk; IVASHCHKNKO, M.H., Inshemr.
Mobile gas-turbine power plants. Inergomashinostroebie no.5:27-30 Yv
156. (Blectric power plants) (Oss turbines) (HLRA 9:9)

.1 TYRU-11MI, V,G., kandidat tekhnicheokikh nAuk; 311JUOY, B.A,, inzhenar.
OMMUMMO
Effect of bandage and bolding wire on the efficiency of a turbine
stage with long blades. Teploenergettka 4 no.9:16-19 S '57.
(HIRA 10-8)
1. ?Sentralluyy kotloturbiunyy institut.
(Turbines)

r5 q; *-'9 r. gr.. Ell!
0: Iv
FN
a 6,
66

S/024/60/000/03/026/028
E194/E455
AUTHORs None given
TITLE: The 13th All-Union Scientific Technical Session on
Gas-Turbine Manufacture
PERIODICAL% Izvestiya Akademii nauk SSSRI Otdeleniye teklinicheskikh
nauk, Energetika i avtomatika, 1960, Nr 3, PP 183 (USSR)
ABSTRACT: The 13th All-Union Scientific Technical Session on
stationary and traction gas- urbinegAwas held in Moscow
on the 25th and 26th November 1959. It was convened by
the Gas-Turbine Commission of the Academy of Sciences of
the USSR, together with the State Scientific Technical
Commission of the Council of Ministers of the USSR.
Reports were read about the testing and operation of gas
turbines ranging from 300 to 12000 kW and on the design
of a 50 MW gas turbine. The session was attended by
about 400 representatives of Research Institutes,
Turbine and Locomotive Works, Design Institutes,
Technical Colleges, Councils of National Economy and other
institutes. The following reports were read;
"Some Results Achieved in the Development of Small
Card 1/3 Gas-Turbines" by S.Ya.Osherov of the Ekonomayser Factory.