SCIENTIFIC ABSTRACT TAYTS, S.S. - TAYTSCH, F.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001755130004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- - ',BXKRASOV,---V.V~-, -prof essor; TAYTS.-SiS*. rodaktor;-WHITEI M.S., telchni-
cheskiy redaktor.
Cxa=al of minor laboratory practice in organic chemistry] Ruko-
vodstvo k malowa praktikuwa po organloheskol khImil. Isd. 2-e,
dop. Movkva, Goo. nauchno-tekhn. isd-vo khlm. lit-ry, 1954. 293 P.
[Microflilml (MI-RA 7: 11 )
(Chemistry, Organic-laboratory manualsol

-7-IT7771

L;VSffl:T6, D.A.;, TqTS, B.Z.
ftchougo reactions of ursm. derivatives. Toprosy AnIUnokr"ocbmq Mix.,
Tn* Till 4voshohanip6 mili. .I Tok~. (trans. 8th Aniline Dye Coufj 050.
33-42' (KLRA 4:4)
(CA i2o,21;11146 133)

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m. M-40 A'
p-n*d:;:-,) ;di-HO mU. rn. '-)54* lf-mung 6-
2mint:,(-,oL-vA:n,! with u"a at IGO-80* lave
in- 273-t' (fritu EtOH mrd PhNC~), alfo
irom O-quilinlylu-ttiLlIt anti G-4mjnckqtjjuitjjjje
at 10-70". Rextuctf,.)a of Uhi!! with NA-EtOll vid&A
tke bis(teLrahvdro analog), i6mik-al with the above
mentioned S-c--mr1en. G. K- Kosolapaff

, S. Z.
Gerchuk, M. P., Livsbits, D. A., and Taits. S. Z& - "Exchange reaction in a series
of urea derivatives." (P. 924)
SO: Journal of General Chemistry, (Zhurnal Obshchei Miindi), 1950t Vol. 20, No. 5.

RODIONOV, V.M... akademik, redaktor Cdoceasod]; XAZANSXIT. P.A.. akademik.
redaktor; KNUNTAINTS, I.L., almdemik, redaktor; SHXKTAUN, m.M.,
rodaktor; XILINIXOT, N.N., professor, redaktor; TAR Z redaktor;
SHMSTIM, Te.T.. redaktor; XORNMYL, V.I., takhRO16 W- redaktor
a
[Reactions and methods of analysis of organic compounds) Reaktail i
matody iseledov&niia organichaskikh soodinenii, Moskva, Goa# nauchno-
takhns isd-vo khis, lit-ry. Vol.4. 1956. 319 P. (MIRA 9:7)
1. Chlon-korrespondent AN SSSR (for Shanyakin)
(Chemical reactions) (Isomers and isomerization)

GOLIEFARB, Ya.L.; TAYTS, S.Z.; BEIZIIIKIY. L.I.
A new imthod for the synthesis of macrocyclic compounds. P~reparation
of alicyclic compounds from t~iophene derivatives. Izv. AN SSSR Otd.
khim. nauk no.10:1262-1265 0 157. (MIRA 11:3)
1.Institut organicheskoy khimii im. N.D. Zelinskogo AN SSM.
(Alicyclic compounds) (Ttdaphene)

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AUTHORS: Tayts, S . Z. , Lavrov, 1. A. SOV132-24-10-50170
TITLE: An Apparatus for Determining the Melting Temperature (Pribcr
dlya oprodeleniya temperatury plavleniya)
PERIODICAL: Zavodskaya Lnboratoriy%, 1958, Vol 24, Nr 10, pp 1279-1281 (USSR)
ABSTRACT: The existing apparatus for determining the melting temperature
have a number of deficiencies caused by unequal heating (Ref 1),
a complicated construction (Refs 2-4), and by the danger exist-
ing in determinations at higher temperatures. The systems known
from -publications using metallic monolite blocks (Refs 5,6) are
also Imperfect. The apparatus described in this paper makes
possible a det-ermination of the melting temperature from 200 to
5000, and it is possible to investigate several samples of or-
ganic and inorganic substances at the same time. The heating
veloc~:Ilty --an be regulated from 0,2 to 10 deg-rees/minute. A
figure and a schematic representation of the apparatus are given,
From the description it may be seen that a measuring rnicro3sopl
of the type XPN -2 with a 24-fold magnification is used. The
sample is illuminated at an acute angle and after melting can
also be observed in the transmitted light from a second light
Card 1/2 source. There are 2 figures and 6 references,

SOV/32-24-10-50/70
An Apparatus for Det-?rmining the Melting Temperature
- I
ASSOCIATION: Institut organicheskoy khimii Akademil; nauk SSSR im. 11. D.
Zelinskcgo (Institute of Organic Chemistry AS USSR )imoni- N. D.
Zell.nskfy)
Card 2/2

LAVROV, - -- -- I
Xectromagrietic gas valve. Z&y.lab 26 no.10.-1176-u77 16o.
(MMA 13:10)
1. Institut organicheskoy khimii Akademii nauk MR.
(valves)

BELENIKIY, L.1.1 TAYTS, S*Z,; GOLIDFARB, Y&.L.
SyntheaLs of w-thierWIalkanoic acids from wo-chloroalkanoic acids.
Izv. AN OSSRO Otd.khim.nauk no.9s1706-1708 S '61. (MIRA 141g)
1. Institut, organicheskoy khWl im, N*DiZelinskogo AN SSSR,
(Acids, Fatty)

Bl,;LEI,'IKIY, L.I,.j Ya.L*
New method of synthesizing macroeyclic ketones having a
=sk odor. Do]--I. All SSSR 139 no.6:3356-3358 A 161.
&IM 14:8)
1. Institut organicheskoy khirdi im. N.D,Zelinskogo All SSSR.
Predstavleno akademikom A.L. Balandinym.
(Ketone)

TAYTS~, S.Z.; GOLIDFARB., Ya.L.
New method of synthesizing macrecyclic compounds. Report No.2:
Acyloin candensation of.dicarboxylic eaters of the thisphene
series, Izir, AN SSSR. Ser.khim. no.7:1289-1299 Jl 163.
(,16IIlU 16:9)
1. Institut organicheskey khimii im, N.D.Zolinakoge AN SSSR.
(Macramolecular compounds)
(Aoyloins)
(Thiephene)

GOLIDFARB, Ya.L.; TAYTS S.Zb ~BULGAKOVA, V.11.
-
New method of synthesizing macracyclic compounds Report He.3:
Intramolecular alkylation of 2-( W -iodalkyl)-5-icarbethoxyacetyl)
thiophenes. Izv. AN SSSR. Ser.khim. no.7:1299-1307 Jl 163.
(M.IRA 16-9)
1. Instittit arganic4askay khimii im. N.D.Zolinakogo All SSSR.
(Tidophene) (Alkylation) (Macrawalacaja compounds)

GOLIDFARB, Ya.L.;.TAYTS, S.Z,,I.BELENIKIY, L.I.
. .. New net3od of synthesizing macrocyc]Ac coWounds. Report Wo.4:
". I I- Ekf~ct of the length of aliphatic chain on the character and yield
I. of the products formed in the intramolecular acylation of
&)-(2-thienyl)alkanoic acid chlorides, Izv.AN SSSR.Ser.khim. no.81
1451-1460 Ag 163. (MIRA 160)
1. Institut organicheskoy khimii im. N.D.Zblinskogo AN SSSR.
(Acids, Fatty) (Cyclization)

TAYTS, S Z - BEIENIKIY, L.I.; GOLODFARB, Ya.L.
New method of synthesizing macrocyclic compounds. Report No.51
Effect of the phase composition of a reaction mixture on the process
of intramolecular acylation of 10-(2-thierql)capric acid chloride.
Izv.AN SSSR.Ser.khim. no.8-.1460-1469 Ag 163. (IURA 16:9)
le InStitut organichaskoy khimii in, N.D,Zelinskogo AN SSSR.
(Decanoic acid) (Acylation) (Cyclic compounds)

GOLIDFARB, Ya.L.; TAYTS, S.Z.; CHIRKOVAl T.S.; UIEIIKIY, L.I.
-.1- ~ I - - I... --
New method of synthesizing macrocyclic compounds. Report No.6:
Some transformations of [10]- c4-cyclo-l-thienone. Izv. P111 SSSR
Ser. khim. no.1112055-2060 N 164 (MIRA 18:1)
1. Tnstitut organicheskoy khimii im. N.D. Zelinskogo All SSSR.

ALEKSANDROV, Baris Konstantinovich; YMOSHOVp VasMy Semenovich;
DUBROVSKIX, Ye.M., otv. red.; TAYTSs T.A., red.; IAVRENTIYEVA,
L.G., tekbn. red. I--------
[Multilxcket excavatoro]Mnogocherpakovye ekskavatorye Moskva,
TSentr. in-t tekbnAnformatsii ugollnoi proDvsUap 1962. 60 p.
(MIRA 15:8)
(Excavating machinery)

KALIND, Aleksey Timofeye-vich; I'AYTS_j--Tg-lya--.Kb=Qyich;--IVANOV, B. I.
--~d- -
red.; FOMICHEV, A.G., r . izd-va; BOLISILAXCV, V.A... tekhn.
red.
(Use of germanium power rectif!-ers for the electric current
feeding of electrolytic cells]Primenenie silovykh gormanie-vykh
vypriamitelei dlia elektropitaniia galivanicheskikh vann. Le-
ningrad, 1962. 14 p. (Leningradskii dom nauchno-tekhnicheskoi
propagandy. Obmen peredovym opytom. Seriia: Pribory i elementy
avtomatiki, no.1) WIRA 15:9)
(Electrolysi&-Equipment and sup lies)
(Electric mirrent rectifiers~,

AYRUNI, Areen Tigranovich, kand. tekhn. nauk; ALEKSEYEV, Viktor Borisovich;
BURSHTEYN, Mark Aleksandrovidhj- GEYKAN, Leonid Mikhaylovich,
GRABILIM, Yuriy Ilikolayevich; KILIMOV, Sergey Leonidovich; SOSHOY,
Vladimir Dmitriyevich; SENCREVA, Valentina Ivanovna; SUYETIN,
Georgiy Georgiyevich; FEYGIN, Lev Mikhaylovich; SHEVCHENKO, Vadim
Dmitriyovich; KAZAKOV, B.Ye., otv. red. tome; _TAYTS__Zj~., red.;
OSVALID, E.Ya., red. izd-va; MINSKER, L.I.,, tekhn. red.
[The coal industry of capitalist countries]Ugollnaia promyshlen-
noot' kapitalisticheskikh stran. Moskva, Goo.nauchno-tekhn.izd-
va lit-ry po, gornomu delu. Vol.2.[Technology, me,!hanization, and
organization of development workings]Tekhnologiia, mekhanizatsila
i organizatsii rabot pri provedenii podgotovitellnykh gornykh vy-
rabotok. Otv. red. toma: B.E.Kazakov, V.D.Soonov, G.G.Suetin.
1962. 361 p. (MIRA 16:2)
1. Moscow. TSentrallnyy institut tekhnicheakoy informataii ugollnoi
promyollennostis 2. TSentrallnyy inet;tut tekhnicheakol, informa-
tsil ugollnoy promyshlennosti, Moacov(for Suyetin, Sencheva).
3. Gosu..darstvenn47 pmydktn institut po avtomatizatsii ugollnoy
promyshlennosti tfor Feygin~- 4. Goeudaretyannyy komitet Soveta
Ministrov SSSR po avtomatizatsii i mashinostroyeniyu (for Sosnov).
5. Voenoymnyy toentrallnyy proyektnyy inotitut po proyektirova-
niyu shakhtnogo stroitel'stva. kamennougollnoy promyshlennosti (for
Burshtoyn, Shevchenko). 6. Gosudarstvennoye nauchno-tekhnicheskoye
izdate:Llstvo po ugollnoy promyshlennosti(for Geyman).
kGontlnued-on- next-mrd-)

TAYTS, V.G.
Operating construction equipment under winter conditions.
Transp. stroi. 14 no.l0127-29 0 164. (MIRA IP43)
1. Glavnyy mekhanik 1.1resta Sibstroymekhanizatslya.

TAYM
RepairIng xachinM by the =it or subassembly method. Transp.
otroi. 12 no.7s33-36 JI 162, (KIRA 16sil-
1. Glavnyy mekhanik tresta Sibetroymekhanizatsiya, I
(Construction equipment-Maint"ce and reAr)
t

TAYTSt V.G.
Effectiveness of using the D-384 bulldozer for earth work. T.-;-::j:.
stroi. 13 no.9t4-7 S 163. (ALIRA 16:12)
1. GlavW mekhanik tre8ta Sibstroymekhanizatsiya.

TAYTSJ V.G.0 inzh. hiMs. Ye . stroi. 20
- kh
Operation of self-PrOPOlled so:Ll compaotion mac tHIRA 16-5)
no.6:7-8 Je 163- tBoil otabilizatiOU)

TAYTS, V. 0.
Building roadbeds Ln the mountains with mixed brigades. Tranap
stroi. 14 no.9:11-14 S'164 (MIRA 18;1~
1. Glavnyy mekhanik tresta Sibetro-ymekhanizatei-ya.

TAYTSI V.G., inzh.
, Operating the UB-162 excavators under Siberian winter conditions.
Stroi. i dor. mash. 9 no.120 D 164. (MIRA 18:3)

TAYTSI V.G*
Heav3-duty self-propelled scrapers in the making of roadbeds.
Tramip.stroi. 15 no.10:8-9 0 165- (MIRA 18:12)
1. Glavnyy mekhariik tresta Sibstroymekhanizatsiya.

M~l - - ,
TAYTSO_j~--~- FELOTOV, A.I.
Using d1amond cutters in the instrument industry. Priborostroeniq
no.9s23-24 S 162. (MIRA 15:9)
(Instrument industry) (Diamonds, Industrial)

KOSHUROVP B.V., kand. takhn. nauk; PAVLYUCHUK, A.I.; TAYTSj.je.l,.;
FEDOTOV, A. I.; VAKSER, D.B., red.; FREGER, xr; -rea.,Iz-d-
va; BELOGUROVA, I.A., tekhn. red.
(Use of diamond tools in the manufacture of machinery] Pri-
menenie almaznogo instruments v mashinoetroenii,- stenogramma
lektsii. Leningrad, Leningr. dom. nauchno-tekhn. propagandy,
1963. 30 p. (MIRA 16:7)
(Diamonds, Industrial) (Metal cutting)

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PRWWJU FOR THE SWING OF MAN COLM 4CORDING T() THEift
CAK BG "r- DENCY - IN '&its, A latova 4A &~~Ty bina - If32. In
Russian. A method'o-f-festing lean- c4als, in which the twelling
of briquatted samples is measured is dencribed. The close relation
which is shown to exist betosen coking properties and the
got swelling index enables the sortlM of a large mnge of coals to be
carried out on the basis of the above test. SorA exaugles of the
000 application of the pimedure ara given.
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K~~-TITOV,-N~--G-. and--SHISHAKOV---N-. V. -
"Methods For the Evaluation of Coals as Raw Material for Industrial. Purposes"
(Metoda Otsenki Iskopayenykh ugley dlya promishlennovo ispollzovaniye) Ugletekhiz&at,
1949.

la
54

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"Yjeasurlng the micre-hardness of rock coal and coke"
pp. 24;- of the monograph "Microhardness".Acad. Sci.
U.S.S.R. 1951

Journal of -the Iron and
Steel Institute
July 1~,, 5~
and U~,es
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redaktor izdatel'st
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Lc 1954. 251 P,
moskva, Ugl(ltekhizdato
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N U-M

15-57-4-5066
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
P 143 (USSR)
AUTHOR: Tayts, Ye. M.
TITLE:
'hange in Hardness of Coal During Metamorphism and
Under Thermal Treatment (Izmeneniye prochnosti ugley
v protsesse metamorfizma i pri termicheskoy obrabotke)
PERIODICAL: Tr. Labor. geol. uglya AN SSSR, 1956, Nr 6, PP 156-
163
ABSTRACT: Tests of the hardness of coal were conducted. D
quality coal has a very low hardness; gas producing
coal has a high hardness. PZh and K quality coal
have the least hardness. Hardness increases in
medium-grade coal, and reaches its maximum in anthra-
cites. Sapropelites have a very low hardness (10 to
11 kg/sq mm). Abrasion tests conducted in a drum
Card 1/3 with emery paper showed that abrasion varies, and

Change in Hardness of Coal (cont.)
15-57-4-5066
that it reaches a maximum in coal of an average degree of meta-
morphism. The abrasional resistance of anthracite, determined under
various test conditions, was either higher or lower than the
abrasional resistance of long-flame coal. The hardness and
abrasional resistance of dull coal are lower than those of lustrous
coal. A special apparatus was used to test elastic properties.
Laminae cut from the coal parallel to the stratification were tested
for bending. The amount of deformation is a straight-line function
of load. This relationship does not hold in the last moment before
failure. As a rule, lustrous coal has greater elasticity than dull
coal. The modulus of elasticity decreases with an increase in
degree of metamorphism. Specimens were heated in a tubular furnace
at a rate of 8b C per minute to determine the degree of change in
hardness of medium-grade coal as a result of heating it without air
access. This coal increases in hardness as a result of heating.
The increase is greater for coal of a low degree of metamorphism
than for highly metamorphosed coal. The density and hardness of
Card 2/3

15-57-4-5066
Change in Hardness of Coal (Cont.)
coal change slightly with temperature up to 5500 C and increase
markedly with a further increase in temperature. Crushing strength
increases sharply with temperature up to 5500 C and then decreases
to a minimum at a temperature of 7500 C; it increases again slightly
beyond this point. Heating of coal, like metamorphism under natural
conditions, produces a structural change. This change consists in
increase in the size of the elementary carbon lattice.
Card 313 M. Ye. G.

mog

TAYTS, Ye. M.: Doe Tech Sol (also) -- "The properties of black coal ane. the
of, Moscow, lq~S. IIP pp (Acacl Sci TMSR, "ns+ of
process of forming coke
mineral 'Fixels), 150 Copies (IM, No 5, 1959, 14S)

Vir 41amidate 68-58-3-5/22
AUTHOR: T of Technical 8 iences
TITIE; The Prccess of Formation and Forecastine: of Coke Quality
(Protsess obrazovaniya i prognoz kachestva koksa)
PMODICAL: Koks il Khimiya, 1958, Nr 3, pp 19-2:5 (USSR).
ABSTRACT: Factors influencing the strength of coke material,
fissuring of coke. and the strength of lump coke are discussed.
On the basis of theoretical considerations un equation is
proposed which relates the quality of coke imd viscosity of
the plastic mass of coal and shrinkage grad' 'ent (Eq.(4)
As the data --equired for the solution are not known, a
simplified equation is proposed, relating coke quality
through a coefficient with the coking sbili~;y and shrinkage
of coal oxL coking (i.e., parameters of the ooking ability
of coal). Using available data on a number of coal blends
(Table 2) a plot of coke quality versus cok:'.ng ability of
coal is made whi-h gives a straight line. !'hus, on the basis
of simDle labor;~ory tests, the quality of ooke produced can
be forecast. There are 2 tables, 1 figure and 13 Soviet
referenceE,.
ASSOCIATION: IGI AN SSSR
Card 1/1

AUTHOR: Ta3ts, Ye. M. E8-58-7-4/27
TITLE: The Evaluation of the Plasticity of Coals on Heating
(Otsenka plastichnosti kamenn-ykh ugley pri nagreve)
PERIODICAL: Koko i Xhimiya, 1953, Nr ?t pp 11-14 (USSR)
ABSTRACT: A new method of evaluating the plasticity of coal on
heating based on measuring the stress required to draw
a steel ball through a plastic coal mass with a constant
velocity. The apparatus (Fig.1) and the experimental
procedure are outlined. A curve characterising plastic
properties of coal (Fig.2a) is obtained by plotting
stress versus temperature or time. The shape of this
curve is compared with four other ciLrves characterising
plastic properties of coals, obtained by other methods
and their general similarity is stressed. From the
minimum stress required to draw the ball through heated
sam-les of various types of coal thc author calculated
the minimum apparent viscosity (Table). In the
author's view the hardness of the coke material and the
degree of fissuring depend on the viscosity of the
Card 1/2 plastic mass of coal andl therefore, the forecastinG of
coke properties can be based on laboratory testing of

68-58-7-4/27
The Evaluation of the Plasticity of Coals on Heating
coal blends i.e determination of their viscosity
in the plashc siate and the rate of shrinkage.
Theze are 2 figures, 1 table and 13 references,
8 w' which are Soviet, 4 English, 1 German.
ASSOCIATION: IGI AN SSSR
1. Coal--Mechanical properties 2. Plasticity--Test methods
3. Coal--Temperature factors
Card 2/2

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110) r i, oft
AUTE04-LS: Tayts, Ye. Y., Andreyeva, 1. A.
TITLE. On a Procedure for the CoUnt; of Lignites (D
vaniya btirykh uglcy)
PERICDICAL: Nauchny-je doklady vyssliey zhkoly. Khimiya i khi-mic"
tekhnologiya, 1950., Nr 1, pp 169 - 172 (USSR)
ABSTRACT: The procedures hitherto in cuctomary use for the
of po-vdered, dried lignite at high pressure ( up to
~
subsequcnt heating to 9500 in a vcr-
1600 kg/cm2.) and with
tical chamber furnace are not alvays successful as prcsc,-~:e
and temperature do not act simultaneously. Non-cal:i--
and lignite yield brittle coke briquets. An attcmz;t rias .---dc.
to produce coke briquets in an elcotrically heatea mcid.
When a certain temperature (fitCO-4500) had been roac.ed,

pressure was applied 11 which vias b-.it cnI.-
(700_ 500 kc;/cm2),
allowed to act for a short time, not m6re than f,.,r a fc-..
minutes. Afterwards the briquets were coked in muffle
furnace. and the coke was tested with re-ard to con-,actnan~;.
Coal analysis data and test results of the colkes are
Card 1/2 in bables. The dependence on temperature and pressure f t'~ e
r

on a Procedure ft,r the Coking of Lionites
U
compactness is Graphic,,tlly represented. Therrmo-briquottinC
yields con.,;iderably better results than do the separate
actions of prausure and temperature. A col:e is obtailiod which
is equal to ti-,e ordinary coke. This is explained
by the fact tLat the action of pressure at t4-c in--!a.,.co of a
thermal reaction (~;plittinj-off of ,,,ide radicals, foT)-Ilantion
of aromatic C-lattices) results in nert bonds at the contacts
increased in number by "he action of pressure. 'T.era are 2
figures, 1 table, and _`j roferancc7, 2 of -]Aich are Sc-.rictu.
ASSOCIATIUN: Ka:'edra obo,-ashc11-.f)niya polczn,':h ic-~-opaycmykh 7(
go::-noGo inoti-utua im. 1. V. St:,.lina- (Chai~v of the Concentration
041
Minerals of the Moscow Mining Institute
imeni 1. V. Stalin)
SUDIRT2ED: October 1, 1958
Card 2/2

5(2)
AUTHORS:
TITLE:
PERIODICAL:
Tayt t Andreyevat I. A. SOV/153-2-3-27/29
on the Process of the Fozmation of Coke From Lignite Briquets
Izvestiya vysehikh uchebnykh zavedeniy. Khimiya i khimiches-
kaya tekhnologiya, 1959, Vol 21 Nr 39 PP 454-459 (USSR)
ABSTRACT: For their investigations the authors used lignites of differ-
ent types. Coals from Kushmurunskoye and Eginsayskoye deposits of
the Ubagmn&iy basin were investigated more accurately. The coke briquets
were produced under a pressure of 2000 kg/cm2 and bad a dia-
meter of 45 mm. The humidity content of the coal was 10-12%.
Prior to coking, the briquets were dried for 90 minutes at 150~
Temperature was then increased to 9500 at a rate of 30 per
minute. In the beating process the solidity of the briquets
changes considerably. One of the most important factors caus-
ing this change is the solidification of the coal material
(change of the cohesive powers)..In heating up to a certain
temperature the hardness of the coal is increased (Hof 2).
For this reason the forming coke briquets are more solid than
the initial briquets. Moreoverp also the forces of interaction
betwqen the grains at the contact surfaces (change of the ad-
Card 113 hesive power) change. This change depends on the character of

On the Process of the Formation of Coke From Lignite SOV1153-2-3-27129
Briquets
the chemical transformations during heating and it is closely
connected with the shrinkage of the coal particles. Distinct-
ion must be made between the shrinkage of the Individual
gTains (.k) and the shrinkage of the entire briquet (XI).
The solidity of the coke briquet at otherwise equal conditions
'-he ratio!&. Figure 1 abows the
Is the higher the higher 1. x
connection between the solidity of the coke briquet and the
thrinkage of the volume for a seri*B of coal samples. In this
connection the more solid coke is obtained the more finely
lignite was crushed. Table 1 shows the connection between the
degree of the crushing of coal, the solidity and the one-
dimensional shrinkage for various coke briquets. Also pressure
exercises a considerable Influence on the shrinkage of the
coke briquets. This connection is shown by table 2. Shrinkage
does not only depend on the coal properties but also to an
'Important degree on the method of heating. Rapid heating
accelerates the shrinkage of the individual grain ( %). By
this fact the contact between the grains is disturbed and the
i3olidity decreases due to a decrease in the shrinkage of the
Card 2/3 total briquet (;k!).The quality of coke may be improved by

L.
on the Process of the Formation of Coke From Lignite SOV/153-2-3-27/29
Briquets
carrying out the coking in two steps in order to warrant
a nonstant contact between the individual particles. The
entire complex of problems is discussed in detail in this
paper. There are 2 figures, 2 tableaq and 9 references, 7 of
which are Soviet.
ASSOCIATION: Institut goryuchikh iskopayemykh AN SSSR i Moskovskiy gornyy
institut - Kafedra obogashcheniya poleznykh iskopayemykh
(Institute of Combustible Minerals of the AS USSR and Moscow
Inatitute.of Mining, Chair for the 'Earichmedt: . of Minerals)
SUBMITTED: July 25, 1958
Card 3/3

sov/18O-59-3-36/43
AUTHORS: Davydova, M.A., Kasatochkin, V.I., Mukhanova, L.N.
and rayts, Ye.M. (Moscow)
TITLE., Mech'a-Enf-cal Strength and Polymeric Structure of Thermally
Treated Coals
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1959, Nr 3, PP 171-175(USSR)
ABSjrRACT: Changes in microhardness, resistance to crushing (in a
drum containing steel balls), interlattice order and
sizes of carbon layers of solid residues obtained on
thermal decomposition of various coals in the
temperature range 500 to 23400C were studied. A regular
relationship between the~course of changes in the
mech-anical strength and molecular-structural
transformations, which take place in the residues on
the temperature at which coal was treated, was
established (Fig 1, 2, 3 and 4). The microhardness
depends on the total number of spatial bonds of the
polymeric substance of the solid carbonaceous residue.
The dependence of changes in the resistance to crushing
Card 1/2 on the temperature at which coal was treated is related

sov/180-59-3-36/43
Mechanical Strength and Polymeric Structure of Thermally Treated
Coals
to the accumulation of internal stresses in the
substance of solid residues. There are 4 figures and
9 Soviet references.
SUBMITTED: October 13, 1958
Card 2/2

USATOCHKIN, V.I.;,TLYTS, Te.,M.; DAVYDOVA, M.Ai; TYABIR&, Z.S.
Changes in the structure and physicomehanical properties of coals
under thermal processing. Trudy IGI 8:89-95 '59.
(MIRA 13: 1)
(Coal)

11(7) SOV/32-25-2-26/78
AUTHOR: Tayts, Ye. 11.
TITLE: Evaluation of the Sintering Capacity of Coals Tith Reduced
Plastic Layer (0tsenka spokayamopti uf,,,ley o ponizhannym
plasticheskim sloyem)
PERIODICAL: Zavodskaya Laboratoriya, 19519, Vol 25, Nr 2,
PP 179 - 181 (USSR)
ABSTRACT: In the USSR bituminous coal Is clanned according to Its
volatile components and aintering capacity (exprenoed by
the thickness of the plastic layer). On this basis the coal
standards for the Donbass (GOST 8180-56), Karafrar~a
(GOST 8150-56), Kuzbass (GOST 8162-56), Pechora (GOST 6991-54)
and other coal deposits of the USSR have been established,
Since thicknesses of the plastic layer below 5-6 mm cannct
be determined by plastometric investiL-ations, only a qualita-
tive evaluation of the nonvolatile residue can be carried
out with these sorts of coal. A method for the determination
of the inflation coefficient B, i.e. a quantitative evaluation
of the sintering capacity of coals with a minor plastic
Card 1/2 layer, has already been proposed (Ref 1). In the application

Evaluation of the Sintering Capacity of Coals With SOV/32-25-2-26/78
,Reduced Plastic Layer
of this method only a light weighed sample (2 g)is needed,
and Vae duration of analysis is short. In the present ease
the w3rking principle consJoto of an investigation of the
coke grains in a cylinder (Fig) with 50 rpm. For this purpose
the material had to pass from the plastometric vessel through
a sieve No 1.6 GOST 3584 - 53, and the particles remaining
on the sieve were filled into the cylinder. The quotient
of the volume remaining in the sieve Ho 1.6, after the treat-
ment (5 min - 250 rpm) in the cylinder, and of the rei-hed
sample serves as classification value (Table). A determination
of the sub-groups of the international coal n1annification
is investi,~ated at present, according to the modification
of the IG1-VUKhIN method. The above mentioned table contains
several sorts of coal. There are I fieure, 1 table and 2
Soviet references.
ASSOCIATION. Institut goriyuchikh iskopayemykh Akademii nauk SSSR (Institute
of Mineml. Fuels of the Academy of Sciences, USSR)
Card 2/2

TAYTS, Ta.M.; AMDRMTA, L.A.
Iformation. of coke from brown coal briquets. Izv.vys.uchsb.zav.;
khimA khim.tekh. 2 no.3:454-459 159. (HIRA 13:8)
1. Institut goryucUikh iskopayemykh AN SSSR i Moskovskiy gornyy
institut.
(Coke) (coal)

--UrTS, Ye.R. I JIMRXMA, I.A.
Production of coke from coals of lower stage metamorphism. Xoks
i khIm., no.12:22-25 160. (HnA 13:12)
1. Institut goryuchikh iskopayemVkh AN SSSR.
(Coke)

TATTS, YO.M.; SMVA, N.D.
pelletizing oxidized noncoking coals. Trudy 101 14:143-146
16o. (Coal prepamtion) (KIM A 13:12)

833-38
S/020/60/133/005/017/019
r-1130 B016/BO60
T-2,Z20
AUTHORS: Zamoluyev, V. K., Mukhanova, L. N., Tayts, Ye. M.
TITLE: Relationship Between Thermophysical and Mechanical
Properties of Highly Carbonized Polymeric MaterialA--l
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 133, No. 5P
pp. 1143-1145
TEXT: The authors of this paper discuss the relationship existing
between specific thermal capacity, thermal diffusivity, heat conductivity,
microhardness, as vell as resistance to comminution of solid products,
These products were obtained by thermal decomposition of fossil coals
in the temperature range up to 23500C, and can be regarded as highly
carbonized polymers. At the same time, the authors established a
functional relationship between variations in specific heat cp and the
magnitude of plane layers of carbon atoms. Nonsintering anthracites and
Donets gas coal, WILCse variations in strength had been studied previously
(Ref. 3), were examined. Proceeding from the experimental results
Card 1/4

83138
Relationship Between Thermophysical and
Mechanical Properties of Highly Carbonized
Polymeric Materials
S/020/60/133/005/017/019
B016/Bo6o
obtained by the determination of the specific heat and of heat
conductivity as well as of the weight by volume, the authors calculated
the values of the coefficient of heat conductivity. Microhardness was
determined by an apparatus of the type IIMT-2 (PMT-2) devised by M. M.
Khrushchev and Ye. S. Berkovichsthe resistance to comminution was
established with the aid of the 3Vr1G(VIMS) microdispergometer. The
materials examined chiefly consisted of carbon; thereforeq the variations
in thermophysical and mechanical properties of highly carbonized polymers
e
are, on the whole, related to their structural transformations. As can b
seen from Figs. 1 and 2, there is a regular relationship between the
Ific heat and -the expansion L of the plane layers of carbon atoms of
specA.
highly carbonized -olymers. With increasing L the number of carbon atoms
.P
deposited in single layers also rises. Consequently, the high-frequency
oscillations of these atoms decrease in the range of Debye temperatures.
An increase in the extension of plane layers of carbon atoms is the main
cause of a drop in specific heat of highly carbonized polymers. Moreover,
on a thermal decomposition of coals up to 11000C, the chemical bonds
Card 2/4

83138
Relationship Between Thermophysical and S/020/60/133/005/017/019
Mechanical Properties of Highly Carbonized B016/BO60
Polymeric Materials
between carbon atoms become closer. This is in agreement with results
obtained and with a sudden rise in microhardness and heat conductivity
when heating the initial coals up to 11000C (Pig. 3). When the de-
composition temperature rises beyond 1100-13000C, processes of thermal
destruction of the carbon side chains and-a growth in the plane layers
of carbon atoms take place until the stage of graphitization. The
resistance to comminution of coals depends on two factors: material
hardness and plasticity. Dlicrohardness increases in the first heating
stage (Fig. 3). The material also becomes more brittle. Hence, the
resistance to comminution remains fairly constant, or even drops. The
results obtained make itu possible to evaluate the thermal stability of
highly carbonized polymers, and can be used for the production of such
materials with given thermomechanical. properties. There are 3 figures
and 3 Soviet references.
ASSOCIATION: Institut goryuchikh Iskopayemykh Akademil neuk SSSR.
(Institute of Mineral Fuels of the Academy of Sciences.
U,")SR)
Card 3/4

83138
Relationship Between Thermophysical and 3/020/60/133/005/017/019
Mechanical PropertLes of Highly Carbonized B016/BO60
Polymeric Materiala
PRESENTED,: March 23, 1960, by P. A. Rebinder, Academician
SUBMITTED: March 21, 1960
Card 4/4

TAYTS, Yefim Moioe ch; CHERNYSH97, D.M., red.; FTITSYNA, V.I., red. izd-
'-------"'-7i' tellchno redo
.
[Chemical structure and properties of 070als and the process of coke
formation],Svoi6tra kemebrqkh uglei i protseas obrazovaniia koksa.
Moskvay Goo.nauohno-tekbn. izd-vo lit-r7 po chernoi i tovetnoi me-
tallurgiiq 1961. 299 p. (MIRA 14:6)
(Coal-Ana3,vsis) (Coke)

TJ-YTS, Yefim I~oiseyevich; TITOV, Nikolay Georgiyevich; SHISHAKOV,
KARPOVICH, V.L., otv. red.;
KACHAIKINA, Z.I.j red. izd-va; BOIMREVA, Z.A., tekhn. red.
(II-lethods of analyzing and testing coal for use as raw
material in industryj Metody analiza i ispytaniia uglei kak
syrila dlia prorqshlennogo ispollzovaniia, Izd,2,, perer, i
dop. Moskvao Gos, nauchno-tekhn.izd-vo lit-ry po gornorru
delu, 1961'. 314 p. (MIRA 15:2)
(Coke industry-Equipment and supplies)
(Gas industry-Equipment and supplies)
(Coal-Analysis)

TAXTE~, Ye.M.; OKIAMIIKOVt V.P.; RAVICH# B.M.; ANDREYEVAy I.A.
Metallurgical and smokeless fuel from gas coals and veakly coking
coals. XhimA tekh.topA masel 6 no.3:31-36 Mr 161. (MIRA 14:3)
1. Institut goryuchikh iekopayemykh im. G.M. Krzhizhanovskogo AN SSSR9
Vostoctno-Sibirskiy filial Sibirskogo otdeleniya AN SSR i Mookovskiy
gornyy institut im. V.I. Stalina.
(Fuel) (Coal-Carbonization)

TAYTS, Ye.M.
Relation between the strWture and properties of coke. Foks J
khim. no.8:34-37 -163. (MIRA 16:9)
1. Institut goryuchikh iskopayexykh AN SSSR.
(Coke-Testing)

TP.YTS,- Ye..N.; BRONOVET5, T.M.
Method of determining the plastic prcperUves of :!cal a-rid
lignite. Trudy IGI 20--159-163 163. (MIRA 17s8)
Coal deoompcsitlon aml r-tate of visco-us fivi. 11)1,1, - - ',I
1, C)tvet;atvennyy redaktor zhurnal% 'Trt-dy -L
iskvjAWxmykh" (for Tay-ta).

TAYTS, Ye.M.; POKROVSKAYA, F.I.
Making 2oke from br.iquett4d fuid. Trudy 116T 20:189-197 163.
(KIRA 17:8)
1, Otvetstvanrq7 redakt,- zhurn-ala "'Arady Institut goryuohikh
(for TaytL).
iskopayeipykh"

TAYTS., Ye.M.; ANDREYEVA, I.A.
"'STfAngth of brown-coal coke. Trudy IGI 20:208-214 163,
(MIM 17: 8)
1, Otvetstvennyy redaktor zhurnala mTrudy Instituta goryuchikh
iskopayea7kh" (for Tayts).
I
i

TAIILi, le.M.; BRONOVETS, T.M.; ANIL~AYEVA, i.A.
Obtaining plastic and binding materials from fossil coala. KhiM.i
tekh.topl.i masel 8 no.2:24-27 F 163. (MIRA 16:10)

TAYTS, Ye.M., dolctor tekhri. nauk, otv. red.; MAKARENKO, M.G., red.
1 -. ~vftv-ibww
(New methAs of preparing and coking coall licirfe wtody
podgotovk.1 i koksovaniia uglei; sbornik statei. Mo--kvaj
Naukas 19,64. 239 P. (MIRA 17: 1-1)

DAW7DINA) R.S.; YESIPOW, L.N.; TAIYTS., Ye.M.I
Young's malulus of coke as dependent on the carbonfzation
temperature. Dokl. AN ISSSR 156 no. 4:935-936 Je 164.
(',AIRA 17:6)
1. Predsiavleno akademikom P.A.Rebinderom.

TATTS, Yefim -RAVI C11, Boris Mikhaylovich; ANDREYEVA,
rina Alel:sandrovna
[Coke and iron coke prepared bythe briquetting process)
Koks I zhelezokoks no oanove briketirovaniia. Moskvat
Metallurgiia,, 1965. 172 p. (MIM 18:7)

TAUS,je.M.t doktor toklin. nauk, otv. red.; MAKAUNKO, H,G-p
red.
[New developments in the briquetting and coking of coals]
Novoe v briketirovanii i koksovanii uglei. Moskva) Nauka,
1965. 177 P. (MIRA 28.11)
1. Moscov. Inatitut gorylichikh iskopayemykho I

TAYTS. Ye. 'M d-kte~r iekhn. nauk; SHUATS, S.A.p kand. tekhn.
FEYSAKEZON, I.B., inzh.3 GELIFFM, F.L.y
inzh~~ WI'LRIiE'IIKO: M,,T,, inzh.,-. DORFI-W.[,, G.A.,, inzh.;
IZRAELIT.. Ye.M.p inzh.~ KIJLAKOV, R.K., inzh.; KUSMAIIS-KIY,
B.S., izLz'tl.-, MEYKSON, L.V.~ J.nzh, [deceased]; LEONOV, A.S.p
I.Ya., lnzh.*,
inzh.~ %')'fWAftTS, G.A.. inzh.; ShWARMIAN,
YATSFAIKO.. N.Ya., fiABRI P.P., inzh.; KHANIN, I.M.2
doktor I'ekhn. nauk, prof.: red.; KOUREV, V.P.y inzhgy
red., JUPE'14N, P.L., inzb,. red.%, LGALOV; X.I.g inzh.,,
red.; LEYTES '- V.A., inzh.,. ~ed.~ L'ERND17 B.Z., inzb.,red.;
POTAPOV, A.G.p inz-11., red..- SHELKOV, A.K., red.
[By-product cuke industry workerts handbook in fix volumes]
Spravochnik koksckhimika -i shesti tomakh. Moskva.~ Metal-
lurgiia. Vc-1.2. 1965. 288 P. (MIRA 18:8)

DALI, Ivan Zinoveyevich; KALININ, Petr Georgiyevich; TAYTS, Zakhar
Semenovich; GUROV, S., red.; THGOROVA, I., tekhn.red.
(Over-all mechan12ation and business accounting; work practice
at the Lublin Foundry Machinery Plant] Komplekenais mekhani-
zatsits i kh02raschet; 12 opyta raboty Liublinskogo liteino-
m.khanicheskogo zavoda. Moskva, Hook.rabochii, 1959. 94 p.
(MIRA 12:10)
(Lublix-Railroads-Rolling stock) (Machine accounting)

TAYTSCH, Florex-tyna, Zofia; przy wapolpracy tachniezuej Krystyuy Koslowsklej
ECRO viruses iBolatod in cases of diseases with signs of memipgitle.
Prsegl.epidem. 15 no.2:179-187 161.
1. Z Zakladu Wirusologii PZH Kierowulk: prof. dr F. Przaamyeki.
()MNINGITIS virol) (VIRUS DISMBS)

0
MLESU, Alekjaidra of the o! jZa-
klad of the ZlkansLwov~ Z;,kIp0 -:14ifficla7
2tate In-ItItIlte Of Py;,,ionjo, Dlrectcvr- Pre! Dr F. T~iZZ.
VYCK-, '.:c;pd of Vi~. DarArtnent: .7. EOqTRZTISYI-,
T. "-,?RZ/a--, V. KOCZEELSTA. K. LIPV~M%, R.
LUTYN':41, S. PIEZVi, T. RMIENIC2, W. S,-GZE-
NIMMIA all o^. the -em: ZWOJG.
Zmum, 1). ZOL,
wod:.kI;*Lt&oje $hnitarro-XpIde-,!OlO7ic%nq - *Ioja,.JodZtvc
A'
I b aricl iZpidr-doll
Hec,'Lt gy Stntionp/; 14. BOBHOWMNI, A. 0=14,
J. CELB:-R, 1E. JU.-'.fA. J. L11ROCZEIN, J. VONAT011:0ZOWA, Z.
1. SZOVOILMSY7, X. V41COWL R. WAR'"ZMU of the
.yelitAS Fp
Departier,ts of POIIGM _t ionts 10ddzialy d1m Chorych
na Pollomyelitie) of the 7156x; Ii. MBROM-SEA of the De-
partment of Viroloey (Zeklnd Vtrueologil) of IM, Diractor:
Prof rr ?. mim-ach, j. Awrsri (roman), H. DOMNOLMI
(Warsaw), J. BO-11-I'M3YA (Lodz), M. XOBT.X-I (Krakow), H. 141.-
0" TSCv (Warsaw) of tte ?M; tochnical
KOVER Ofroolawl. F.Z. MY
aid of A.
,"Safety of Xmmunization with the Attenuated Polio Virus
2

6UND
Strulno Type I Ghat and TyPe 3 'A Fox"
7o1 XV1, No 4, E2, pr
hoct -I CA.Uthar a I En~~Iivh QWvn~ry
Am
clinical and virologioul unalyale of Wliomvelitis In-PnIand
Vag wde Within 6 wq:An after onmplotion of oral immuriza-
tion with polio vivas tvpe I Chat an-e type 3 if rox.Investi-
S.Mtlona mnde in 1959 ana 1960 ehow the 'Complet.6 dafety of
Noprowskils-attonuatad oral vaocine type I Chat. 'rho utrain
3 W Fox is indicated aa a pathoaenlo one and Ito Uncertain
zafety found by Inveotign-tions in 1960 hR3 been nonfiry"ad.
8 tablea; 2 diaora-is;,9-referances, 2 Polish the rest West.
ern.
L2/2
0

KULESZAq A.1 TARN4a--L-
Role ol' non-poliemyelitis enteroviruses in diseases registered as
policialrelitiB. Przegl. epidem. 16 no.4s389-395 162.
1. 2 Pimetwowego Zakladu Hi ony.Dynktort prof. dr F. Przesmycki.
(POLIOMYEUTIS) ~ENTEROVIRUS IMCTIONS)

1POUND
TAy2,vA,j,_,plorentvna Zof Is; Department of VirologY (Zaklad
Wiriasoloe,iiy-,-Sfate-Irstitute of Hygiene (Panetwowy Zaklad
Hisieny); Director: Prof Dr F, FRZESMYCKT.
"Etiological Role of Enteria Viruses in Diseases of the
Ner-ous Systamt #
Warsaw, .zerlAd 42idemiologimy, Vol XV1, No 49 19629
PP 397-403.
Abstrap.,., juthor's English summary modi-.Pie_d,7 The resuits
of virologfoal examinAtions of material taken from patients
with dineases of the nervbus system are presented. The ma-
terial (511 samples from 355 patients) was divided Into two
groups: aseptic meningitis group and the group of other neu-
roinfe0tions except pollomplitia. 57 strains of enterlo
virusee vere Isolated: 40 from the first vPoup and 17 from
the second group of patients. The dominani types were Cox-
sackie S and B ECHO group E4 and Eq. The periodic distri-
tion o,. Infections due to some Coxelckie and ECHO Faeoups
112

POLAND
Warsaw, PrzeSlad Enidemiolozigmy, Vol XVI, No 4, 11062
PP 397-403 (continued)
of enterlo viruses is emphasizod. 3 tableas 13 references,
0
largely Western,
P/2 .1
Q.~ -