SCIENTIFIC ABSTRACT YERMOLENKO, N.F. - YERMOLENKO, O.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962820006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SynthetLa Zoolltess (Cont.) SOT/16246
OCVVA=i Me back Is a collootlon or reports promental at the First
Confeirince on Zoolites, -h*U In, Leningrad 16 throu& 19 lbrah 1961
at thit' Lmlngnd Teohnologleal Institute load Lmovet, aid Is
purpo3-tedly the f1rot SIMMMM" an a subject. Me reports are
grouv4A into 3 subjeet are"# 1) theoretical problivan at admorp-
t1on Om Taftous types of 80021tom and methods for thoir investl-
SOtIon, 2) the Produation of goolites, aid 3) 00341sation of
soolitse* No persovalltlea'are ~Uousdq ftt*MW40 follow In-
Forward 3
Dubluin, 16 X. Utrodustlon.
Out 2/J*-3
I

Synthetic Zecilites: (Cont.) SOV/6246
Tsitsishvilij G. V.p and 0. D. Bagratishvill. XR Spectra 38
of Water g;nd Heavy Water Adsorbed on ZooliteB
Shirinskaya$ L. P., an N. F. Yermolank6o\ Appli0ability Of
the General Laws of Ion h&nS*_t*_xxehanSs~on Synthetic 41
Zeolite Cak
Neymark, I. Ye., A. 1. Rastrenenko., V. P. Fedorovskaya, and
A, 3, Plachindsto Variation of Adsorption Properties of
Zeolites its a Function of the Degree of Sodium-lon Sub-
stitution by Other Cations 46
Neymrk, I. Ire., M. A. Piontkovskaya, A. Ye. lpika,shj and
R. S. Tyutyunnik. Variation of the Seleotive Capacity
of Synthetic Zeolites jig
Lulova, N. I.$ Le 1. Piguzova,, A. I. Tarasov., mid. A, K. Fedosova.
Investigation of Synthetic, Zoolites With the Ald of Gas
Chromatography 59
Card *Y49

UMOIANK01 VoFo; SHIRINSWAp L*Pj
--
catim exchanp of betavvelollt catiom on clays, Ixy,vyv.ucbzb.
=M*Itkhim.i khim.t*M, 5 no.3846&473 162. OMU 15: 7)
1. llelorueskiy gowniaretvo=yy universitat Imai Uninao,
kafedra neorganichookoy Ithimij,
(Ion G=bam)
Olay)

M if Ta, ~1.5rz -,.I V I-," V I 11,111111110,UIr t1ildil5i If III-111111 I [fail I
M=OI=Og X.F.; DEYCH, A.Ya.
Possibility of formin higher order compounds iu the, system
AlGl-i - CB(NH2)2 - H20, khim.i khiu.takh.
5 nD,.4:536-538 162. (MM& 15-12)
1. belorustskiy gqsudar9tv9=W universitat imeni Levinav
kafedra, necorganichaskoy khiaii.
(Alumimun chloride) (Ures.)

IMMUNKO., N.F.; MAIASHEVIGH. L.N.
--------
Adsorption of gelatin by coal and mineral adsortalits as related
to their activity and the pff of the medium. Dokl. Alf BM 6 no.1:
35-38 169. (MIRA 15t2)
L Inatitut boshchey i oftrganicheskoy khinii Alf 13M,
(Gelatin)(Adearption)

S/250/6L'100161002/W7/007
1001/1201
AUTHOR: Yerniolenko N. F. and Modina, M. E.
TITLE: The change in colloidal structure of sodium stearate solutions in the presence of clcctro-
lytes and non-electrolytes
PERIODICAL: Akademiya nauk, Belaruskay SSR, Dolklady v. 6, no. 2, 1962, 103-106
TEXT: This is a study of the influence of mineral salts (NaCI,Na2CO3,Na2SO4,CH.jCOONa) and glycerol
on the structure of wate.T solutions of sodium stearate.
Soaps ptepared by the Dumanskiy and Demchenko method, 0,11 M/I water 5010tiOns of sodium stearate
were used. The salts were added in quantities 0.01-0.05 M/l. The viscosity or the solution lit first drops a
little, then increases with greater concentrations. The lowering of the viscosity is due, to the decrease of the
carboxyl dissociation and hydration or the soap. Further rising of viscosity is due to the increase of complexity
or structure of the colloidal sodium stearate solution.
Introduction of small quantities of a glycerol into the mixture water-sodium steatate-mineral salt slightly
decreases the general vis(.-osityof the system. Glyceroldoesnot affect the characteristic viscositycurve ofsodium
stearate, obtained with addition of variable quantities of salts.
Card 1/2

The change; in colloidal ...
ij250/62)W6/WZ10(Y7j,007
1001/1201
Thera ate 2 figures, 8 references am given. One English language reference reads its follows: M 1. Buctget,
Z. W. Smith, J. A. de-Bretteville, F. V. Reyer - Poroc. Nat. Acad. Sci. 28, 526, 1942. (Abitractor's note ~
"Poroc. Nat.- - misprint; should probably be "Proc. Nat."]
ASSOCIATION: Belamsskiy gosudarstvennyy universitet im. V. 1. Lenina (Belorussian im. 1. V Lenin
Stato University).
SUBMITTED: November 1, 1%1 J~~
Card 2/2

SM0/62j'M6/003/003/0D4
1001/1201
AUTHOR: Leviva, S. A., Shirinskays, L P., Zaretskiy, M. V. and Ycrmolenko, N. F.
TITLE: Structure and adsorption properties of C&A-zeolita having cation exchanged forms
PERIODICAL: Akademiya nauk Belaruskay SSR, Doklady, v. 6, no. 3,1%2,164..167
TEXT- The work w" catirried to study the properties of native Molita. Samples of Xcolite CaA 202-291.
from the Gorkiy base of VNIINP were dried for several hours and then ground and %if ted through a screen
(d = 0.2".1 mm). Portions of 0.5 g of the zcolitc were shaken for an hour at 20*C with it solution of the
corresponding nitrate or chloride salts and left for 48 hrs. The amounts of displaced Ca were determined by
the oxalate method or complexometrically. The following zeolites were preparnd by cation exchange:
Na(Ca), Li(Ca), K(Ca), 2',n(Ca), Mg(Ca), Ni(Ca), Sr(Ca), Cd(Ca), Pb(Ca), Ba(Ca), 81(Ca) NH4(Ca), Co(Ca),
Rb(Ca). An X-ray tube 13CB4 (BSV-4) was used with an iron anticathode, to determine the structure of the
samples The roentgenograms were taken by the Debye method in a high resolvinS power camera BPC-3
(VRS-3). fi-radiation was not filWed. The adsorption capacity of the samples with respect to water and me-
thyl-alcohol was determined by means of a quartz spring balance, in vacuo.
The authors conclude: (1) No complete exchange occurs under the given conditioms. (2) CaA-zcolitcs as
well as their substituted forms have a simple cubic lattice structure of the type Linde 4A. (3) Changes in the
Card 1/2

Structure and...
S/250/62iW6/003/0031004
1001fl2DI
period of the lattice am established with the exchange of Ce for other ions. (4) A partial destruction of
the crystal lattice occuff ed in some cation-exchange of meolites Ca A. (5) Adsorption capacity cun be increased
by a partial substitution of Ca-ions in zoolites 5A for Li, Mg and Na ions.
The most important English-language references are: P- M. Barter, Proc. Chem. Six., April 1958,99-112.
R- M. Barter, W. M. 14cier, Trans, Faraday Soc., 54, 7, 1958, 1074; R. M. Milton. PaL U.S.A. 2882244,
14/04, 1959; J. H. Estv;, Pat. U.S.A. 2847280, 12/05, 1959. There is I table,
ASSOCIATION: Inst-itut obshchey i neorpnicheskoy khimii AN BSSR (Institute ol' General and Inorganic
ChemWq, AS BSSR).
SUBMITlrED: December 11, 1961
Card 2/2

1)
x4yAjwp V.S.; nRMOLEMO, N.Y.
--*---
Highly active aborbent for the regemmtion of, 4,LU used in power
.1 enginewqmg. DoU.U WR 6 no-022%-232 Ap 062. (nU 13 94)
Is Imatitut oba.hebey i neorganicbeskoy kbimii AN BSSR,
(Insulating oils) (may)

S/M/6400k~MJW61(87
100111002
AUTHORS: Levion, S. A., Twookako N. F. aed FbadWhe"My, N. 1.
TITLE: Investigation of inechanical strength and of adsorption activity in gmnulated native
nolivis of difiereat brands
PERIODICAL Alisdomiya mak Bduaday SSR. Dokk*, v. 6, so. 3, IM 311-312
TW(T: GmwALW zedlites were heated to 350*C for 6 hn and NoWd bt cnnWA& ThW sorptive
wtivity wo determined afterv" by adsorption of methyl alcohol and water vapors in vacuo, by means
of a quartz spring balasm. There is no direct connection between the increase of binding material in the
;x-
griinulated sampka and 16eir strength. The strength may increase very sliSlikly but tkoe activity drops down
considerably. Preliminary wettinS for 6 hn provides VnWes comparable in strimeh with X=uJe3 of
Linde fina. The wtivity Iona are about 27, Wietting for 24 bra iticreases the strength o( the granuks, but
loan of activity reach 8%, Additional wetting increases neither strength nor activity. Addition of orpnic or
inoqp* m~WW did not dow any positive renks. There we 2 figares.
ASSOCIATION:
Chnnistry. AS ESSR)
SLM&ffr=: Dasumber 22. 1961
Cmd III

SJ25Q/62jW6/M~JW2/002
it 1042/1242
AUTHORS: Levin&, S. A., Plywbcbn*iy, N. I., ael Ermolei~o, N. F.
TITLE: Electron microscopic investigation of the crystallii~i"" oceu'61~ Type 4A zeolitc
PERIODICAL: Altailemiya nauk SSSR. Dokbdy, v. 6, no. 8, 1%2, SW502
TEXT: An aluminosilicate Sel was prepared by mixing solutions of "am Waminate sad silicate; it was
aged for one hour at room temperature, then heated at 95-101)'C for three hours to attain complete cry3-
tallization. The resulting crystalline powder was found by X-ray diffraction to be identical with industrial
Type 4A zeolite. Electr3n microphotographs were taken of seven samples, collected tit various stages of the
process. The original jelly-like mass anuired a reticular structure after 10 min and a well-formed act pattern
after one hour at room temperature. Distinct Wid crystals appeared after subsequent heating for one hour
and 35 min. There is oin figare.
ASSOCIATION: Institut obahchey i neorpoicheakoy khimii AN OSSR(lostilate arGemal and Inorganic
Chemistry, AS BSSR)
SUBMITIrED: March 22,1962
Card 1/1

KOKAROlft V, S. 1 7mmmj3mo N. X,
Amptim-otructuiral and alml 1wipeftles of OAT
AWWA!NM
bphveds adsorbents, xon. sbar. 24, no.6s~*726 ~ NZ 162.
1. lmtitat obehcbsy i noIorrulaboolay khtsit ANW.SJtO'Wiwk.
(QUY) (Afterptim)

t S/076,/6:2/036/011/007/021
B101/B1130
AUTHORSt Yermolenko, N. F., and Shirinskaya, L. P..(Minsk)
----------
TITLEt Tialectivity of exchange on an N&A-type molecular siev*
PERIODICALs Zhurnal fizicheskoy khimii, Y. 36, no. 11, 1962, 2432 - 2455
TEXT: The exchange with KC1, NH 4Cl, LiCl, RbNO,, and AjgNO3 was'studied on
a zeolite molecular sieve of the N&A type by determiniNg the equilibrium
distribution of the ions at different initial concentra,tions. Resultst
(1) A linear dependence exists between the i 'nitial concentration of the
cations Rb+ , K+. NH+, Li* and the amount of )is+ displacod from the zoolite.
4 +
(2) In the presence of Ag*, the amount of*deoorbed Ne is independent of
the initial electrolyte concentration. Nak is therefore recommended as
a sorbent for concentrating silver traces. (3) At 0.2 N initial concentra-
tioN K the selectivity coefficient, determined graphically from the
distribution curve and calculated by the law of mass action was found to
agree. K is 0.65 for Rb+, 0.57. for Ag+, 0.45 for K+v 0.34 for NH+, and
4
Card 1/2

-1/036/011/007/021
S/076 6,
Selectivity of okahange on an.** Blot/ 1130
+ 0 :1
0.09 for Li , (4) K falls considerably.with increasing electrolyte con-
centration, fox, Rb+, K+, and NH+, but scows little charge for Li+. Nak,can
4
there fore used for separating alkali cations front iheir mixtures.
There are 3 fiSures and 1 table. The most important English-language
reference-iss R. M. Barrer a. D. A. Langley, J. Chea. Socop nov., 5804,
3811, 1958-
ASSOCIATIONt Akademiya nauk BSSR, Institut obahchey i neorganicheskoy
khimii (Academy of Sciences BSSH,Institu,te of General and
Inorganic Chemistry)
SUBMITTEDs July 1, 1961
Card 2/2

381112
8'/020/6,2/144/002/025/028
AUTHORS: Komarov, V. S., Yermolenko, N. F., Academiaian AS BSSRI and
Varlamov, V. I.-
TITLE: Thermocatalytio desulfurization of hydrocarbon fuels on a
calcined clay-hydroxide catalyst
PERIODICAL; Akademiya fiauk SSSR. Dokladyj v. 449 no-21 1962t 406 - 408
TEXT: In view of the planned raise of petroleum production in the Ural-
Volga area an inexpensive industrial desulfurization process was developod~
Experiments were made with an iron-containing clay-hydrox;ide catalyst Whig:
had been described already earlier-(DAS, 139, no. 3, 665 (A961)). Desulfu-
rization was carried out in a heated glass tube, the air being displaced j
by XV The catalyst was regonsrated, by blowing air through the tube at
550 - 60000, Rosultst (1) 95.7 and 80.3 'P' S could be removed from gasollm
(b-P. 40 - 2000C) containing 0.070 ~ 5 at fuel-to-catalyst ratios of 20
and 200, respectively. At ratios of 21l and 1011, 92-4 and 85 - 87 % S,
respectively could be removed from ligroin (b.p. 120 - 24000 containing
0.146 % S. 12) The catalyst could be regenerated repestedlyll After 20.
Card 1/2

3/02
01%62/144/002 025 0_28
Thermocatalytio desulfurization of B1 110
r*o
cycles its activity was only 7 10 /4 less. This is p bably dueto the i
deposition of Pe, Mn, Al Mg, Cr, Si, etc. which are present in the fuels
as organic complexes. (b Losses in the form of coke, gas, and polymers
amount to 3 - 5 %- (4) Consumption of catalyst per unit *eight of fuel is
Cf.'00'~
rvO.27 % for gasoline, and NO-40 %-for ligroin . (5) The sulfur of the
organic compounds is completely adsorbed by the catalyst and separated as
so2and elementary sulfur * during regeneration. No corroding H 2S is,forme&,
4
(6) Additional cleaning of the distillate with alkali is unnecessary'. 'Thel
catalyst is recommended fdruse7,in refineries. There are I figure and
1 table.
ASSOCIATIONs Institut obshchey i neorganicheakoy khimii Akedsaii nauk
BSSR (Institute-of General'and-Inorganic Chemistry of the
Academy of Sciences BSSR)
SUB11ITTEDs January 26, 1962
2/2

KOIAROW, T. S, $. UMOI-&-Z" ak'adomikl -TAMMYO V. lol
Nlghly aeUve im, at ~ ost~a"t for
thorml dosiltmation of polivolow prodbets, $ftli'AN SM
W, no.6tl423-2U6 D 162. x 11)
2. lutitut obahchey i neftlaniabookoy khlidi AN Dslorusakey
MI. 2. M -192muskoy OU (for Toi=3Amko)
(Yetro2sum producto) (reauumuda)
(Cata3rate

TRFmT-Twlf KOHKAROV, V.S., rod.; TKACHEVAt T.,, red. izd-
vd v
lk~p A. j, takhn, red.
(Ion 9=hanp and sorptlon 'i~~'aolutiouoi ranoabmn i sorb-
taiia Is restvorov. Minsk, Isd-vo AN Ebl.SSRp 1963. 1" P.
(141RA 16:9)
1. kkademlya nauk BSSR. Minsk. lhatittit obobaboy i noorgani-
chookoy khImli,
(Ion mhonge) (Sorption)

'ACCESSI.ON NR: AT4001412 S/3029/63/000/000,(0015/0019
AUTHOR: Maiashevich, L. N.; LevIna, S. A.; Yermolenk~.:N. F.
TITLE: Ion-exchange In certain synthetic zaolltes
SOURCE.- lonoobmen I sorbtslya Iz rastvorov. Ml.nsk, 1963', 15-19
TOPIC TAGS: molecular sieve, Ion exchangej cai)on exchango, adsorption,
selective adsorpt.lon, separation, lithium Ion, potasslum.lon,'ammonium Ion,
silver,lon, cesium Ion, zeolite', natural -zeolite, synthetic zeollte, cation ex-
changer, zeblite,13X, zeolite no. 20, zeolite P, cation, bon'd energy,-ionic
radius, ion exchange equilibrium, distribution coefficient, equilibrium constant
ABSTRACT: The authors compared zeolite 13X and a-type P x4tolite (see Barrer
et al., J. Chem. Soc. 195, 1959) which they synthesized (No. 20) with respect'to
the selective adsorption of the monovalent catlons~ LI+, K~,,NH4+, Ag+ and Cs+.
Equilibrium exchange was carried out by the static method)411thaut estimating the
ionic strength of the solutions. K and Na wqre.&termIne4 phoeometrically; Ag
'd.
by Volhardls,met~o The results are shown In7FI`gs. f an~ 2 of the Enclosure.
As Indicated by the distribution curves, the selectiva'adsorption of the cations
decreased f n the ordir Aj>IC~NH4>Cs>Li for' zeol rte I jX and the order Ag>OLI for
zeolite No. 20, the selectivity coefficient of the Ag lon;-~being 49 in each case.
Card 1/3

011
ACCESSION NR: AT4001412
The marked difference between the selectivity coefficlenti of and LI on zeoilte
j No. 20 (3-54 and 0.03, respectively) may make this resin useful In the separation
of these two alkali metals. Orig. art..has: 2 figures andA table.
ASSOC IAT I ON: none
SUBMITTED: 00 DATE ACQ: 2INov63 ENCL: 01
UB CODE: 'MA, CH NO REF SOV: oo4 OTHER:. 009
S
Card' 2/3

ACCESSION NR: AT4001412
Fig. I.. Cation distribution
cUrves on zeollte 13X:
K+, 2 - Ag+, 3 - Li+,
+
4 NH4+ 5 Cs
Card 3/3

ACCESSfON NR: AT4001415
AUTHOR: Levf[na,.S. A.; Pkyushghevskly, N. ~'Y.6im6lenko, 'N.. t, .
TITLE: Effecl; of ultrasonlo waVes on olcystallixk"6n of xpodies
SOURCE: ;qnaobmen I sorbtkya 1z rutvorov,:, M1.neko,190i, 11266T
-TOPIC TAGS:- zeollte, molecular sieve, synthetio'zii~litQ,'zeolit~6'4A, preparation,
crystallization; hydrothermal crystallization, gel, aldmIno'sWca~gel, sodium aluminates,
sodium silicates, crystal formation, network structure, ultrasonic- treament, gel aging,
heat treatment, crystallization rate, adsbiption. activity, ultrasonic 'waves
ABSTRACT: A study was made of the effect of ultiaso;nIc irradiatioin'(18 k1locycles/sec
for 3 min.) on the crystallization of zeolite 4A. The crystallization process was followed
by examining specimens under the electron microscope. Crystallization was not accelerated
if ultrasonic treatment was carried out immediately after the alumbio-allicate get had been
prepared. Prolonging the time of treatment to .30 min. also, had no, taffeat on the drystalliza-
tion rate. However, - when samples were treated f6r 30 min. aftei I hr. of aging at room
Lnd then heated for I hr., and 30, min.' at 80-
temperature I' WC, cr stallizatlon was complete
in 3 hrs. as'compared with 6 hre. for the control. Thus, ultrasonit: treatment Is effective
in accelerating the ar stallIzation rate only if cross-linked lattices are present in the gel.
y
Card

9111~
YMLOIP~90 -Nx--Ft(IArmo1snk&, M. F.1; TATSMWAt W. I,.
IIAtiousksta,, N. I. I
SUW~, of the adsorptIon on coal from aquous vo2itUions of
sixtimes of mwface-active oubstancos, Weetai AN BSM. Ser.
fis.--tekh. nav. no.ls5g-64 -163. (NI&L 16tio)
(surface-activo qMnts)
(Admorption) -

YERMLENKOP.- N.F.; SHIRINSKAYA, L.P.; ZARETSKlYp M.V.
Cation exchange reactions of alkaline earth metalLs an M&A type BYA-
thetic z9olite. Vestai'AN BSSR. Ser, Fiz.-tekh, nav. no.2rlil-114
163.

LMNA, S.A.; MALASHEVICHq L.N.; YEWLENKO N.F.
Adsorption of dyes by synthetic seolites. Ko3-l,jdw, 25 no.5s
567-5-71 S-0 163. (KCRA 16slo)
1. Institut obshchey i noorgaidehaskoy k"i AN BSSR, Minsk.

KOMAROVt V.S.; YERMOLENKOt N.F,
Bleaching and regenerating properties of clay-bydroxid,9
adsorbents. Zhur. prikl. khim. 36 no.5t941-949,My '163.
(MM 1W)
1. Inistitut obahchey i neorganicheskoy khinii AN BSSII.
(Adsorbents) (clay)

KRIVCHIK,, Z.A.1 IERMOUFNKO N,F skadesik
C#rWLn fostures of cation enhafto in an said OR= on cation
exchanpre with carboxyl functional groupe. Dokl. AN SSSR 151
no.50.147-1149 Ag 163. (HIRA 1639)
1. Inotitut obahchey i worganichaskoy kh-Udi AN 133SRO 2e AN BSM
(for Termolanko). - .
(Ion exchar4p) (Carbwql gr
OUP

YERMOLENKO,,.!f,9.; - EFROS, M.D.
Effect of the conditions of preparation on the phase composition,
porous structure, and sorption properties of mixod oxides from
oxychl.orides. Dokl. AN BSSR 8 no. 3:165-168 Mr 164.
(MIRA 17:5)
1. Institut obshchey i neorganicheakoy khimil All IISSR,

KRIVCHIK, Z.A.; YERMOLENKO, N.F.
,ft.-
Sorption and ion-exchange properties of sulfurizedl coals. Koll.zhur.
26 no.1:51-56 Ja-F .164. (KMA 17:4)
1. Institut obshchey i neorganicheskoy khinii AN ESSR, Minsk.

- - ----------------
V,
~~:i
j
ACCESSION Mi AP4039330 S10250/41*1008100410261/0145
AUTHORo Kosmirovg Vo So; Varmolankop No Ve I Varlaimovo Ve' I&
TITLOt Thernocatelytic.desulturLastion of sipecilil kerosene sad
diesel fuel over iron.aluninesilLcate catalyst
SOURCE: AN IISS&. Voklady*g v. 69 nee 49 19641, 241-245
TOPI*C*TAGSt iron sluninosilLeatoo catelysio theirmocatalytic
desulfurization, special keroseneo keromcnep dismal fuel
ABSTRACT: -The activity of iron aluninoollicatt: catalyst# to the
therviocatalytLe desulf4rization of high-boiling petrolawn dim-
tillates - special kerosene (5 content, 0*125%) and diesel fuel
has been tested and the optimum dcoulfurLsation -conditions and,
the catalyst life have been determined* The exleriments were coo-
ducted in flow equipment by a standard procedure described earlier*
in the case of special kerosene deaulfurisatLon# 450C was the op-
t1tauin temperature. Tito gaseous product# were P2*2-94o4X H2 and
Card
1/3

FACCESSION NR: AP4039330
contained no M,25, which Is retained by the catalyst as Lron sulfitese
Because of the absence of 1125, equipment corrosion in not a danger
and chemical refining of the products is unnecessary; capital invest-
ment and production costs are, therefore,, low. The lose of cstaly4t;
after 40 regenerations was only 0.282 and the degree of desulfurL-
zation averaged 88.1%, corresponding to a concentration of sulfur
in the reflne6 kerosene of 0.014Z. It was conclu4led that this
process is at present one of the cheapest and the most rational
dcaulfurizaticin processes for pecroleum productio which boil
below 300C. 11owever,, the derree of desulrurization in diesel
fuel at 450C depended to a great extent on the fetid opace velocity
and an the feed/catalyst ratio, The highest degrme nf desulfuri-
ation (75*1%) was obtained at a space velocity of! 0.3 fir and a
Z
feed/catalyst ratio of 1:1. The difficulty in denulfurizinji diesel,
fuel apparently ties in the rapid contamination of! the catalyst
urface with coke. it was concloidedt therefore, that desulfuriza-
s
tion of high-hoiling distillates requires a catalyst which would
1) stimulate isulfur-compound decompositLong-2) chomLcally bind
sulfur and renove it from the reaction soneip and bave a low
Cara 2/3

ACCESSION NRt AP4039330
cokino capaciltya This research was done 4t the lisatitute of Coastal
ind Inorganic Chemistry, Academy of'Sclencss,, 5581to Ortgo art*
i hast I figuris and 4 tables@
ASSOCIATIONs Institut obshchey I neorgenichask-ey khtati AN 5531'
'(Institute of General and Inorganic Cbesistryl, AX BSSIL)
SUANITTEDs l'FJan64 DATE ACQt O9Jun64 BNCLt 00
SUB COD31 PPO Go NO, REY 009 OTH911 000
P. Ca,d .3/3
-------------

nn,--
8 no.6094-3r)"
A ~7t 10)
:H(Oy
t

IMI
YFMOIZNXOp M.F.; KMTA-YF.VAj T,P.
Structure and sorptive properties of the system of kqdr".ides
Mg(019)2 - 21%(0H)3 as depondent on the conditions of preparation.
DAL M BSSR 9 no,103668-67Q- 0 165,
(MIPA 1802)
1e lhfedra neorganicheakiy 4Wi Beloruaskogo, goeudarstvannogo
universiteta imeni V.I.IAnInit. Submitted May 29,, 1965#

YERM01INK00 N.J.; SHIRINSKAYAO L.P.; ULASIK,, T.G.
Prepauration Of NH4- and H-foms of zoolites and study of their
orption properties. DokI. AN BSSR 9 no.12:8W-812 V 165.
:.
(MIRA 19:1)
Institut obahchey i noorganlcheakoy khimii All BSSR.

YEFMOLENKO. ul.-I-POPKOVICH, G.A.; KAZAK, A.F.
Structure and sorption actirity cf silica gel andnated by '.?*
coprecipiation method. Vestai AN BSSR.Ser.kbim.z)av. no.2:99-
102 165. (Min 18:1-1)

YEUJQ;&Kgp_ jjt?!q__KARATAT9VA, T,P.
Aw~
Ospemiderwo of the stru4ture and oarption propertlea of the
isystim of hydroxidos Wg(Off) - 2?*(Ofl) on the *mditionsl
of preparation and heat tr;itment. MR. AN MA-9 no. 113
725- 729 N 165 (MIRK 19 11)
L Wedra neorganichesko7 khimii Beloruaskogo gosudarstv
nogo universiteta imeni Lenina.

-----------------
'jp)ZPLA T.
FACC NR: AP6032WI. soufta MET
AUTHOR: Komr-On-Y. Se; Termolonko. N. F.-.8riolank*, III F.* I* No-
Volneiko, I. N.
'0395
44
ORG: Institute of:General and Inorgarda Chazie'17, All BMR1 ~Ijflnsk (Institut obshohoy
i neorgzi1C_RW5_1GO~rddMH U4 M)
TITIZ: Drying oflair by clay qdsorbqn;ti
SOURCEt Kolloidnly shurma, v4 Wt nov 3# IL9650 :398-395
TOPIC TAGS: adsorptioni surface tatmion, vapor Oioffswep mr :dopendencev,
sorption,, aluminu~i silicate
ABSTRACT: The results of the studied ~shoii thit ih~' bedt, adsorption;:
properties are.:exhiblted by clay-hidroxide* and IV76::M ai~mosllicato
adsorbents activated at 120 - 2000. there Is nojqxelatja~fferenoo
between the dyijamic activities of samples activaiOl at'1'20 and 2DO04
If the activation temperature is increased from 19~0 tciigoao, the
activity decreg4ses somewhat. The deeieasb in dy!~~1010 lj!~Otlvity of
baked clay-hydroxide adsorbents Is due' principally.to, 6hange In
-structure which Is accompanied by an increase in~the aiian pore
radius from 25: to 45 A. For porous adsorbento, ipkj6re 40sorption
and condensation occur simultaneously,~ the sorpti6n pol;ential 11a
determined, on,,the one hand, by the s~eclfto surNI'oe, 6rid, on the
other, by the J!adlua and- volume of. -t.ho PO As~~the pare radius
'L t " %d
increases at constant specific surface, ge 6orjitiori;potential
decreases. The adsorption capacity and the Protecitlozi~tlme of the
!rjo 1"7

J
L 22o81-66
ACC NR, AP60-i2661
:0
.adsorbents depend greatly on the humid f ~he ~~Jir b dried:1
and., to a considerable extent, ot the ~str4ctu~re jthsj! fiorb,-Ant and
~the distribution of the pore volumes In radli~. 'T~o adilarptlon
capacity and the protective tIme.varY!oPpPSIt Iely~~ Ii th 4nIcrease In
humidity, but this Is only strmotly true of dds6:60ntiti! having a
mixed pore striacture. For such adsorbents , each! iWicc,bj1q,1Ave In,.
crease in volume of sorbed moisture, ~ori~'e*spandiii~i;~to,i,-.%~deflnlte
value of A r, Is always less than for the
Same vC,%luQ of 16 r, I.e., for eaoh news Increase 14i hujqldity, in.
spite of the fact, that the. total abookVition Is the
Inaorease in sorption volume decreasem On 4ir hit
t6e 0t t iid, f or
adsorbents with pores of uniform sizoo' the Inoreias t Ili the sorption
4olume first Increases with Increase In air humid, I;yv '4kid reachos
;a. maximum valuB at a humidi.ty which produoes f 1114lig qt the pores,
'the dimensions of which correspond to, the maxiiaurw bn thin dist-rIbu-
tion curve. Here,' the increase In so!rption volm0a!
~(4:v)) Mayo
'for a small Increase, In humidity of t~e gas._~_excdpd tl~e. oreceeding
o- a V by several fold, so that tHe pro te;&tlon i time of the
Adsorbent Is Increased. Practical use or aduorbod,'~is Ath poreSL
of one size for complete drying Is most satisfac~.6,ry alt a humidity,!
of the gas such that during a dynamic experimentfi,capillary con-
-densation embraces the pores lying iri.th6 resion:tof the maximuz
of the distribution or volumes in-radii.;.: The Pr4;eotkv1e-aotIon
and the dynamte actlylty decreabo appreolably adid the. 1;eim'erature
Is. jrjereasojil.-_ The ef f dot, of IpLm he
p.eIr-Ature leki on t

one hand, to reducing ve vapour pkOSSU'riii, it, elitnat'ing;
the relati
increasing th, tempera-
the largcr pores's and, on the other haM
ture Increases the thermal motion of the moleculesi~Hwhi6h_preventa
orientation of the mole6ulest and keep~,them froaljoingiheld baolt
in the foroo fl(Ad of the adsorbento Xneroasing tb"O' t4perature
also decreases 10~he surfaee tension1whi0h atrafght~00, otj~ ~tha menis-
cus, Increases the vapor pressure er the, lljuidi Wmrf 4t6oi In the
:capillary, and decreases Me Morce of Otraotion, 6" ~'th~., Ooleculon
'of vapor to theliquid surfaes hav ng 6=11ar ourl., f;ur~, Of the
meniscus. All::this evidently affeots the rate of I Orptl6n of mois-
condensatiO4,
ture , n.;Al particularly -the opLpillary,
~~ixtei
The moisture csl~paclty of the adsorbent Iifgreatii~,1,or oiall sized
granules and dt,%ereases as they become larger,~ du6;11;o diffusion
hinderances of the molecules of moisture lnside,O~i ads6rbent
-grains. The grain size of the adsorbent, while ai*!~ec;Cing the
kinetics of the sorption process, has'no effect oirthd~degree of
drying of the gas. The degree of drying of the'5~i3 &~Pears to be
a specific property of the adsorbent,' and dependO ipri6oipally on
'the magnitude and chemical nature of. 'the. speoi.C14,,~surface, the
physical structures the pore size, and the heig~of:j;he adsorbent
layer, as well, as on the affinity of the adsorW4',d,MO,1e)oUleS for
the surfaces and the velocity of the4as stream.;!~Thoimdsorbent was
"regeneirated fax L3 hours at a temperature of- 20051, sater which It
Card 3/4
Nil
13
_J1

YERMOIFINKO,__~,, 4olenka, M.F.1; PRODAN, L.I.
~Arr I
Study of cadmium tripolyphosphatea based on the
propel-ties of the system Na5f;010 - C'"04 - H2(,'* VeAt i AN B~)SR,
Vs
%r. JU.-tekh. nav. no,,4s5O- 5 162a (MIRA I8v4)

LEVINA, S.A.; Yl,.HVgLU KO , MLASHEVICII, L.N.; PROKOFOVIO'llp A.A.
LL__jY.F,,
Some substituted forms of the HaX meolite. DoU., AN a35R 8 no.7-.
452-4-54 164. (11MA 17: 10)
1. Institut obshchey i noorganicheakoy khtmii All BSSR,

GORPA, A.I.; YMMLENKO, N.F.
Use of in gafs adsorptioO obiicmat4igrAohV 0 LN BM
8 no.12095-798 D 164. IGRA ISW
1. InstLtut obahchey i'noorganichaskoy khimli All SEL

St"miaturs and anrptive propertl4s of RIO'- Allb cod, d 9,s f M-2
crytihlorlde, Zhur, fizo kh1m, nam51,13534iiii
1, institut obohohey 'A, neorganlohookayr khlvd:J.:;Al4 B." 191
Sub&itted July .14"s 1963.

KOMAROV# V.S,; YPMUNKOp N,F#o skademIkI VARIAMVp VqIq FALINA, A.S.
Method of preparing kaolin-b"s, catalysts for Obe cracking prv~aas.
DokI, AN SSSR 159 no.2:423-426 N t64o (WRA 17t12)
1. 111stitut obehohey i neorganicheakoy khimil All BSIIR.
2. AN ESSR (for Yermolenka).

POHMITCHP Y--FMOLMIKO, I.I.P.; fIIUI.YAYOV3K4YA~ Z.A.
- -- m -- -- -
~j
6~ SCT-Ptlim of organic acidi cn coale and sillet pl. Ve-stai AN
no.2:103-3.05 16--c.
(ICFA 18: 12)

MWAMM6 Was 19006ON16 "s
'.
--l-A-M OML- S~lk mi"A a--A6---A
Sirwalwe at -- Fw~~ ff 4w 1b 00 Npk=&"
of a it - we ~ M..- --4 At am -ads,
=W*-6AWl2&" ow (mr-A 3&32)

SLYUSARENKO,-Ye.A.; YERMLENKO, N.I.
Congenital valve of the bledder. Urologiia no.4t56-57 164.
(MMA 19:1)
1. 1 j'chirurgicheakoys otdeleniye (nachallnik Ye.A. Slyusarenko)
Yeletiskoy zhelModcrozhnoy bolluitay.

I YERMOLENKO F.I.; SLYUSARENKO, Ye.A.
:
Aneur7am of the superior branch of the right renal vo.lp.
Urol. I nefr. no.2s6O 063.
(mtm l9a)
1. 1--ye khirurgicheakoye otdeleniye (naeballnik !fe.A.Slyusarenko)
Yeletskoy zhelesnodorozhnoy bollnitay.

15-57-4 -4655D
Translation from: Referativnyy zhurnal, Geologiya,, 1957, Nr 4,
p 95 (USSR)
AUTHOR: le~mo N. N.
TITLE: Synthesis of the High-Refraction Zirconium-Barium Glass
and the Study of Its Properties (Sintoz vyaokoprolomlya-
yushchikh tairkoniyevo-bariyevykh steltol L izueheniyo
ikh avoystv)
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Candidate of Technical Sciences, presented
to the Belorus, politekh, In-t (Belomssian Pnlytechnic
Institute), Minsk, ig~.%.
ASSOCIATION: Bolorus,,~olitekh. in-t (Belorussian Polytechnic
Institu
Card 1/1

YIE
(56357
1157 12Z /~ 0 SO/81-59-19-68577
Translation from: Referativnyy zhurnal. Xhimiya, 1959, Mr 19, p 299 (USM)
AUTHORS: Zhunina, L.A., Yermol*nko, M.N.
TME: The Production of Highly-RefraotlnS Glasses
PERIODICAL: Byul. tekhn.-ekon. inform. Sovnarkhoz BSSR, 10513a h1r 2 - 3, Pp 67 - 69
AWMACT: The possibility of obtaining highly-refracting lead-free glasses has been
investigated as well as the use of other oxides for obtaining lead-free
crystal glass, the quality of which Is not inferior to lead crystal
glass. The synthesis Is based on three compositions (cited In a table):
Nr 3/.TV-A; 8/I-A and 12/I-A. On the base of each composition of the
initial glass two series of experimental glassos were synthesized; in
those compositions the consecutive partial or complete substitution of
some oxides by others was carried out. Zn oxide was chosen as an added
anti simultaneously substituting oxide, which 'increases the nD of glass
as well as the chemical and thermal resistanoe, Impraves the melting
properties of the glass mass etc. The effoot of some varlant3 of com-
biaations of other oxides (ZrO2, S102, CaO) entering the composition
Card 1/2 of the synthesized glasses was also studied, The order of the sub-

66357 ~
The Production of Mighly-RefractisW 01"mos W81-59-194EOrl
st#u~lon of me mdde by* the others kiA the composItions of thp expei~lmsntal glasses
are given In a table. The amiditions of melting and the -phynical-chemleal properties
of,the obtained g1mises am given. As a result of the conducted investigations two'
q(xqositIonx of glamises of 1*ad-free crystal glass arm recomended for industrial,
production an having a higher nD, a higher water resistance, and a low crystallization
abiliV (in %) : Nr I/IV SiO - 54 5 Zr02 - 9.0, BaO - 10.0, ZnO - 10.0, Na
20 - 16.5;
Nr l/IV SiO2 - 57.5, ZrOL) i;6,-10.0, ZnO - 10.0, N&20 - :12.0, K20 - 4.5.
I. Mikhaylova Ir
Card 2/2

AUTHORS: Bezborodov, M.
TITLE: Synthesis and Investigations of Properiltee of Highly
Refractive Zirconium-Barium Glasses (Sizitevt i izucheniye
svoystv vysokoprelomlyayushchikh tsirkoniya7o-bariyevykh
stekol)
PERIODICAL: Nauchnyye doklady vysshey shkoly-.- Khimiya I k1himicheskaya
tekhnologiyal 1958, Nr 4, PP 768-772 (U$SR)
ABSTRACT: In the present paper the synthesis of niw highly refractive
glaBsea was investigated on the basis j1' zlxconium o*xid,-. -and
barium oxide. For the synthesis of the cxporimental glmsses
the phase diagram of the aystem Na 20 EaO - SiO2 waj -laken,.
into which an inoreacing quantity of zirconium dioxide was
introduced Instead of SiO2* The maximum content cf ZrO 2 is
24%. The light refraction of the glasson in,~reasss with the
increase of the zirconium- and barium 63ide content cf the
glasses. The crystallizability of the CIa394~8 Wa3 investigated
and It was found that glasses contal-nitg 8-16% of zirconium
dioxide are the most reoictant to oryatallizat~o.,:a Laboratory
experiments were carried out with the 4ddit!on of CaO and X-O.,
Card '1/2 The glasses were investigated au to ths following properties:

SOV/15 '-58-4-41/49
Synthesis and Envestigatious of Properties of High-ly Rjdf:a,,ti-ie
Barium Glasses
crystallizability, refractive index, chem-'(:al stability,
softehing temperature, and t-hermal expqm.sion. The following
ziroonium-barium glasses were suggested for the use in
industry: Nr 3/IV - (SiO 2 - 46%1 ZrO 2". 13%~ UO - 20%;
Cao - 6%; Na 20 - 1A K2 0 - 2%), with Tdfractive index 1*601.
Nr 4/V - (Sio 2 - 52%; ZrO 2 -13%; BaO - 9%; CaO - 11%;
Na20 - 12%; K20 - 3%) with refractive index 1.592.
There are 4 figures, 2 tableaq and 15 xaferm ces, 12 of which
are Soviet.
ASSOCIATION: Kafedra tekhnolegii stekla i silikatov"Ielorueskogo poli-
tekhnicheakcgo (Chair of Teohnclogy for Glass and
Silicates at thin Polyteiahkiical Institute)
SUBMITTED: April 15, 1958
card 2,12

m
KILZImr, L.Ta.; ZHUMINA. L.A.; TIMLIM. N.S.
6A guld.0 to the toebmIeff of glasso tr R.N. ftvlvlbkfa, Ca.
Sentim-lue UvIeved W Le IA. ftoolovs LeAsIburdmis. Xinwl~Wme
Stok. I ker. 15 x9ol2:43-4 D 158. (IUPA 1102)
(Glass mas"factmm)

I - 1. ;.. -1. ---, -- -, -- UMWIU".
TUMLIND, N.N., Imnd,,takhn# nauk
------
------
Namfacture of selmd= and copW ruby glassesis ;Sbor,,=wb,
rab.Dol.politakh.last. no.63:53-62 158. (XM 32:4)
(Ouse)

5(l) PHASE I BOOK KXPWrTATrON sov/341o
Besborodaw, N. A., Academician, AcadeaW of Sciences, Beloinii4lan
lenko, Candidate of Technical Sciences
Tairkonlyevo-barlyeYm stekla (Zireonlum-barium Glasses) XUtskp ]bdlzftt
otdol MI, 1959- 32 p. Errata slip Inserted. 1,500 copies printed.
Sponsoring Agency: Belormookly poUtekhnichookiy Institut Im. I. V. Stalins.
ftuolmo-Issladovatellsksp laboratorlys s~Ukatov I st*k3AL.
Zd.: N. V. Upramove.
: This booklet Is Intended for research scientists, scientific research
and design and planning orsanlzationp.' students, and industrial engineers con-
oerned with the synthesis and properties of glass.
COVARAW: 2he booklet gives the'resats of InvestIgstions carrIed out In the
Glass and 8131cates laboratory of the Belorussian Polytecimic Institute Imeni
1. V. Sta3in 1954 to 1958 to study the synthesis and properties of
highly refractive 'zireonim-baAum glasses. The anthors,recommand these
Card 1/3

Urconium-baritza Glasses SOV/3410
new glass compi)sItIons of positive tecbnical properties for production.
2her-- are' 3-1 ftgurei, 7 tables and 66 referenoes: 32 Soviet., 17 Inglish,
2 Fftneh and 15 Germn. So personalitios are mentioned.
TWO OF ON tt None given - tAw booklet tis divided as fbUows:
(Utroductlon, and.i1eview of Literature an Urconlum~ Barium and
Zlrconl=-BWL= Masses)
2ba Pft*wticn of Chemie&23y Stable Glasses 7
-JUMMA -Al2O3-ZrO2-5i()2 9
SO �Y*Uu M2() %O-BMO-%203
The system N62()- W--B&O-"ZO3 -A1293-Zr02-8102 12
The Production of.31" Refractive Glasses 14
Synthesis of g3Ams In the system ffa`20-ftO-ZrO2-T1O2-S'O2 15
The system N& 2 O-B&O-Zr02-S'02 17
Card 2/3

Zirconium-barim Glasses SOV/3410
The system ML20-CsO-B&O-ZrO~-SiO2 24
7he systen ft2O-K20-ftO-BLO-ZrO2-S"02 26
DMIognphy 30
AVAILAMS: Library of Congress
2w/fai
ftrd 3/3 3-23-60

MMRW--"Jwo kandetekbn.nauk; LWIN, L.K.0 insh.1 NAPRANOTA, N.V..
red,
EMOSbA for drawing diagrams . venting sialticamponant systems
and using It in the synthesis of now glasses] Notod postroenils.
dlwm mogokomponontnykh sisten I lapollsovenib op prI slutove
AovykItL stokol. MInskq Andaktsionno-isel.otdol BPI in, I.T.Stelina,
1939. 34 P. (KIRA 1):7)
(Glass mmWecture-Chealstry)

FHM x BM SOV13T63
bedfto4ov, M.A., N.M. 30kqml SJ1. Brekhmmkjkh, N.N. Yermolanko
Z.& NgLzo,, and Ye. A. Pormy-Ewhits
Diq:zomoq stekloobruakh. slatem (DIeSmonct Vitriform Systow) Minsk,
Redaktsionuo-Watellskiy otdol VI InOui IeV. St4LUn4t) 1959. 313 V.
Errata slip inserted.: 1,,5W copies printed.
Sponsoring kgai~cles: Minsk. Belorueskiy politekbuichealtly Institut. and
ESSR. WaLsterstvo, vyssbego, areftego spetsiallnogo 1. professionallnogo
db~remove4ra.
Ed. (Title pqge): N.A. Desborodor, Academician, BW Aesdany of Sciences,
Doctor of Technical Sciences; Ed. (Inside book): N.V. Kapranova;
Tech. Ed.: P.T. Kus luenok.
PURPM: ThIs book Is intended for chemists, scientists., and eMineere dealing
v.Ltb: vitril'oxm system.
C ard 113

Diagram of Vitrifoxis System $07/3763
COVERAM: Thit materials contained in this book on rltrlform system were con-
ptled by the Scientific Resaaich Laboratory of Glass end Ollicates of the
Belorussiark Po~ytecbnie Institute and the Laboratory of the Physical Chemistry
of'Silicates of the Belorussian Madamy of Sciences. Tke book surveys all
literature on the properties of vitrifom -system available up to 1958. All
vitrifors isystem are presented with "composltion-~rorertyl diagram. Figuren I
through 5 yrdvide a graphic summary of the present 'state or knowledge of the
properties of various viltriform, system. The systems am presented diagram-
matically J1n increasing order of complexity. One-component to eight-component
systems ant treated. This survey shows.tbat to date 177 systems have been
studied and 568*11c~qmposition_propirty" dbagrams. have been constructed. ChaptA-r
I was written by Ye.A. Porey-Koshits, References mccospW iwUvidual chaj~tervo
TABUI OF CWTIVS:
Preftwe
3
Ch. Is Structur* of Glass 14
Ch. II* One-C q -Intr. Systems 41
Ch. III. Two.-Compment System
Card 2/3
51

Di~sgm of, Vitrifols Systms
eh. W. Thne-campausat ftvt~
Cho To yAltlc=p=ont systaw
'Systm Indox
ATAILANA: Ubrary or Caq;n"g
Cut 3/3
SOV/3763
T5
236
300
JAI
T-26-

16(2) BOVY60-32-3-1414-1
AUTHORSs Lambin, L.H., Yermolenko. 14N.
TITLEs A Method for the Plotting of Diagrams for Multi-Component Systems
(Metod postroyeniya diagramm mnogokomponentnykh sistem)
PERIODICALs Zhurnal prikladnoy khimii, 1959P Vol XXXII, Nr 3, PP 50-556
(USSR)
ABSTRkCTt The state of simple and multi-component symtems is studied in
the technology of chemistry by means of diagrams. The graphical
plotting of the results of investigatione permits the dovelop-
mont of new compounds and to prodict their chemical and physical
pr)perties. A &uaternary system may be dancribed by a tetra-
-
he:lron f
Ref Ij in the summit of which tho pure components
A, B, C, and D are located (Figure 1). Every point located
within the tetrahedron corresponds to a certain composition of
thi; quaternary system. There are several mathods for the re-
presentation of five- and six-oomponent syttems. The components
may be represented by points and the contont of the correspond-
ine; substances.plottei on.the axis x,.,yg zj and t (Figure 3).
This method is used by Academician K.S. Xurnako-r and his school
Card 112 for the rapresentation of multi-component aqueous systems, but

BI)V/60-32-3-14/43
A Method for the Plotting of Nagramb for Multi-Component SyBtems
for use in chemical technology it is too cumbersome. In Z-Ref 3-7
a 1po-nt in a fo-ur-dimeneional space may be rep.-asented by the
vector p1pO (FISure Anosov proposed the "method of spiral
coordinates" L Ref 5,.'7_7. Radishchev used the points of a
m
Iti
u - -dimensiona' sImplex and projected this aAmplex on several
projeotion planep,~ the number .)f which is determined '.,,y tho
number of tompanant.,* hl#V. Lomonosov devshoped two methoda
whi,~ 11-are n.)w antiquared. A six-oomponent system may bo re-
praeented by the of a five-a!',menaional simplex.
In erch a diagram sections may be made whioh correspond to the
va:,ues of ons of the .,,omponents (Figure 1l:). A plane diagram,
Without the concepticne cf multi-dimensionUl geometry is also
an axonometry cf the simplex S(6) (Figure 1.2).
Thure are 13 diag~2ams and 17 references. 1!i of which are Soviet
and 2 German.
SUBIAITTEDs Jul.y 25, 1957
Card 2/2

mc

S A n
s

i S

;I A

3 1 "u
16
d
v Q
3,3
Yi
A
14

[lit 11119111:21131181111 ImIltummIL-aIIIIII Him

16
A6

I
s
~
-
I--I
J 1.

06 ft
1 4.
8 ail 2a!

lot

WOW ... .. ... ...........
/V PV,
PBAS I BM ZnWn%nOff WV/4136
Minsk. Belormsokly politekhnldwskly Institut
XhInlys I khWebeeks7a, tekhaologlya sillkstafth natertalow (Chemistry and the
Chemical Tecknology of SUIcate VALterbas) Minsk, Pedirizil.' otdel BPI tueni
1. V. Stftijw~, 196o. 165 p. (Series; Its: 11boralk nauchnykh trudov, vyp. 82)
1,0000 copies printed.
Rditorial, Boardi: M. A. Bazborodoy (11esp. 2d. ) Academician,, AcadeW of Sciences BSSR#
L. A. DI-In L,, Candidate of Technical Sciences,, N. X. Termlanko, Candiclate of
of 'Bachnical. Sciences, P. F. Mikhalevich,, Candidate of Technical Sciences;
Reap. Id. for this issue: L. A. Zh=Smo Id.: N. V. Upranova; Tech. Ed.: P. T.
Kuzlmenok.
PURPOSI: This 11book Is intended for chealsts and technicians interested In the
pbydiacchemical properties and the production of glass.
COVZBACM: 7he collection contains 20 articles which give date on the synthesis
and pbysieochanical properties of various widely used and acme experimental
glak;s compositions. Numerous property and pkase diagma of glass compositiong
are given. The a"arent need to conserve boron, evidenced by the third article,,
Card 1/ 5

.Chemistry and tJw Chemical Technology of Silicate (Cant.) soV/4136
my be notew3rthy. No personalities an mentioned. References accompany
some articles.
TAMS (W CORWIS:
1. Bezborodav,, N.A.,, Academician,, Academy of Sciences BSSR,, and A.M. KrIpskiy,
Ingineer. 16thods of Studying the Crystal Structure of Glass 3
2. Desborodov,, N.A@,, Academician,, Academy of Sciences BSSR,, and N. N. Tez%o-.
Ishko, Candidate of Technical Sciences. Synthesis and Structure of
-MW~-~ In the Systen Ca*-PbO-Al 0 16
23
3. Bazborodov,, N.A.., and L.7a. Naselev,, Candidate of TocludmI Sciences.
Development of Nonboron Glass Compoeltiono for Water- and Petroleum-
CAW Pipes md Their Testing 24
4. Desborodov, N.A., Nj . Yqrsol ko and L.A. Zhuninxv CNAIdAtes of
Technical Sclencei-,'and fe-.i. ii~ikovs, Ragineer. Ulght Fermetiiity
and Crystallization Capacity of Glasses Found In Sm Ilections of the
System Na2 O-C&O-BLO-ZrO2-SiO 29
C%rd 2/ c;

Ownistry and the Chemical Webucloa of 011.1cate (Cant.) Wv/4136
5. Beigborodov,, N.A*,, and SoNe TermoleWwo 02&" for PbnloMln Vlals 34
6. Nuelev, L.Irao,, Physicochealcal Properties of Glass of the Composition
B21)3-LI20-lb-0-ftO Depending Upon Composition and Structum 38
T- Nuelsvp and AsIo Seleasklyl, 0oftdate of Tachalcal lklences.
Watlwsls mid ftudy of the hvlprties of Glasses of WI#b Clay and Iow
AlksH Contant 54
8. Nkturanko, 'F.D. InwatISMon of Own Properties of Glass In the
OW*Uu Lip-MO-S203-=2 64
9. Zhuninat L.,&.,, A.N. Vlpaklyg &M YeA, Novikoveo Uprimut In
Pkafteing a 01"s CVY$W Iktarw ft= NAGUI lbltbo B610-
rust= CIA.YM 79
10. MWMP V0100 CWWIdkLte Of Thelmiml delences. ftudy of Crystal-
1IZ&t1On In. Gl"ses Pro&Aed Fftu B"Ily JbItIng Clays 86
0&rd 3/5

Chemlstr7 and tbe Chemical Technoloa of ftlieste (Coat.) wv/4136
3.1. Zkmlmv L.A.9 and N.N. Yersolen1w. Development of Cagposttions
for Nouleaded Met 6 94
12* 2=lnav LA.v Too I, NU&alWwv "d Me NuossU:rs Saglueers.
M131satloc of vastly lb1ting OWN 9 the P"Mico of alass
Containers 100
13. Koftmako,, G.A.,q Candidate of Technioll Sciences. go Meet of
Individual Components and ftme Additive a on the Proce sis of i Plorming
the Faby Color of Glass 312
Ae TersolankpA NoNep and Leff. Luiblug ftSinser. OrsWosl Wthod of
Ta-n"rRwiiW-dimposIt4cn of Olass ftam hreentap VeIght to Molar
Percent and. Vice Versa 3.16
15. IMpskly,, A.M. UtIllsatIon of Mcrophotometer MY-4 jo; a RadUtIon
Neelver DrAng 9pectral Studies 120
card 4/ 5

BEZBORMOV, M.A. , akademik; YERMLUKO,, N.N., kud.teldin.nmk
Sylithesim " formtion of glmWmw in a C&O '~PbO )k2(3
syntem. Sbor. nauch. trud. Bel. politekb. inst.
no,.82:16-23 (MIRA 15:5)
1, Akadamiya nauk BSSR (for Des ov.).
(Gl"o "mfect.wo-ch"istry)

BEZBORCDOV, N.A., akadenik; MWIMO Jv- band. tokb:a.nauki
uch"ti"p-MMAT-I.re.; AKULICHp 0.56
1krj
GUsess for peniaLUis fl"ka. SbW# =mob, IMdo Bol-
politekh. inst. no.82134-n #60, (MIRA 15 5)
1e Akademiya asuk WSWifor losbwodov).

ZMMIN&,, L.A.,, kand.tekhn.A&Ukj VMOIMO, I.M.
Derivation of fonubm for leadl"s m7st&l. Sbor. nduch.
trud. Bel, politekh, inst. no.82:9"9 160. (KiRA 15:5)
(cry-steas)

W0401ANKOp N.N.p kand,.takhn.nauk; LAMBIN, L.N.p insh.
Graphic method of the conversion of glaso campositi= frm
gravimetri~ to molar percentapa and vice veroa. Sbor.
nwxh. trud. Bal. politakh. Ibst. no.82:116-119 160. (MIR& 150)
(Glass research-4raphic methods)

29428
s/oe 1.16 1 lowflo, -,1/0,8 1 /16 6
BI 01 /B1 02
24 16 & 3Yk
AUTHOR:, Yermolenko, N. N.
TITLE: Study of the propagation of ultrasonic oscillations in glasses
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 17, 1961, 342, abstract
17t1270 (Sb. nauchn. tr. Belorusak. politekhn. in-t, no. 66,
196o, 84-87)
TEXT: The propagation rate of ultrasonic oscillations depends on the
glass composition. If the content of Zr02 in sodium - barium - ailicute
glassea is increased from 0 to 106,_the propagation rate changes from
5.16 t0 5-52 ks/sec. Addition of 0 1 q* of CaO, instead of BaO, to
sodium - barium - zirconium - silicate glasses changes the propagation
rate of ultrasonic waves from 5-45 to 6.1 km/sec. [Abstracter's not-:
Complete translation.]
Card 1/1

TERMOIMKO,, NII;02&7 Ilikitichl NONTSEVAYAs T.Y.p red.; AXALOVICSO
A. F.j. tekhn. rod.
[Thermal properties of glass] Termicbeekle ovoiot*& stekla.
Minsk, I:xa-vo M-va vyashego, arednego spetsialinogo i prores-
sionalfrogo obrazovaniia BSSR,, 1962. 139 P. (MIU 1517)
(Glass-Tbarmal properties)

EMZBORMM,, MA... akademik; -X&HHQLAUO
4JLX,,~
ZHUNINA * =h-
L.A.., kand.teklm.neuki NOVIN P of
Light refraction wA oryatallising capacity or moo dletributed
in owe sections of the system. 9420 - C&O - BaO ZrO - S1026
Sboro nauch. trudo Bel. politakh. inst. no.82:29-33 &.
I WIRA 15:5)
(Glaso reaserch) (Optoms (Chemistry))

PHASE I BOOK EXPLANTATION SOV/6139
Yermolenko, Nikolay-Nikitich
Termicheskiye isvoystwi stokla (Thermal Propertleti or GInos) Minsk, lzd-va
MVSS, I PO BSSR, 1962. 139 p. 1150 copies printed,
Edo.: T. V. Mmtsevaya and N. M. Akalovich; Tech. Ed.: A. P. Dubovik.
PURPOSE: This book is intended for scientists, students, and engineers r-nd
-technicians in industries which produce or uldlize glass.
COVERAGE: Research from Soviet and non-Soviet sources on the neat of ex-
'on, saftening point, and heat resis".ance of some glass systems is
pansi 6
summarized. Data from 129 sources are reviewed in the Main body of
the work, ;supplemented by 131 tables and 104 figures %Lnd graphs. Theoreti-
cal problems, The thermal properties of gl-rAss, synthesis and methods of
Card 113

Thermal Properties of (R!~.ss SOV/6139
calculating the 1ieY,-:',. of exp,%.nsion of glzss are also dimcussed. The book
contains an indexed 14'Bt of three one-component, 13 -mo-component,
70 three -componerf,, 59 four-component, 26 five -coin ponent, and 15
multicomponent eln~ss systems. No personrilities are mentioned. The
184 references follow indi-vidual chapters.
TABLE, OF CONTENTS [Abridged):
Foreword
3
Ch. 1. SynthesRs and S-*.,-udy of --he Thermal Proper-:*,-ies of Glass 5
Ch. 111. Thermal Properties of Gh"s
14
Ch. Ill. Calculating -~he Heat -if Expansion of Glass 128
List of'Glass Systems 134
Card 2/3

- . ; - . I .- .- I I.","",", , I Ili,, F61"J'a 11111411111111, 111110:1111 i'lij kllfj~ 114111,11, 11 jitil, 11.1 ". . , . . I
- Z1.1-11iij -11;-W
w --- -- - ---- - -- - -- --- - -- -- --- --- - - - - - -- - -- - -- -- -- - --- - - -- - - - -- - - - - - - -
Thermal Propertles of Glass
Author Index
AVAILABLE: I.,ibrary of Congress
SUBJECT- Nonmet--illic -Materials and Processes
SOV/6139
138
RB/cb/mas
Card 3/3 12-26-62

AU0203e9 BOCK EIPL01TATIM SM7 64
Yermolenko, N. (Candidate of.Technical Sciences,, DpcsnQ;'ZhumIv&,, L. A.
(Candidate of Technical Sciencea, Docent) (Editors)~
Synthesis of Is s and silicate materials (Sintes, stokoti ailikatnyokh
ase
material Mimak, Tzd-we UVW i PO BSSR, 1963o 3,33 Pe illuse, biblio.
2000 copies printed, Mitort Nakhay,, Ve T,; Technical editort'Xislyakova., MONSI
Proofreaders Du.bovIk,, L, A* (At head of titles UinisterstvP vyOsshego, arednego
apetsiallnogo 1. professionallnogo obrazovanlys. BMv Belomeskir politakh-
n1chevk%v Institut)
TOPM TAGS: glass, silicate material , glass arystallizatio, glass technology, i
property of glasv,, enamels,, building material j vitreotis-syistem ens"I pipent
PURPM AND COVEUGE.- This book was written by a collu-tivoi Of authors from tha
Problemnap labora,toriya Stekla'i SIAlikatov of the Beloruse4f Politekhnicheakiy
Inatitut, and reflects the results of research performed aver a number of years
in the Uborstorys, Problems of the qathesis of Sla3s and *Vtdy of its properties-
in different vitreicus arstems an analpedj beginEing with threeecomponent imd
15!!rd i
NO

A AW20399
ending with aix-component, systems; research an the cryatanuatiodpropertiee of
glasses aynthaslze4 on the basis of the lov-aelting clays of Belorussia is des-
cribed, the resulto of research on the applicatio'n of easily available raw mate.
rial to glass technology are presented,, and tho dependence of cartAin properties
of elasses on their chemical composition is showne 7W* sections are devoted to
the produation of pigments for en=els and study of the propertiao *r-building
matex1aUio The technology and basic parecaters of new "a of glaos, enamel,
and ceramle materlAil are described.
TABLE OF CWTENTS:
Foreword 3
Ch. 1, Sjmthesis aind study 6f the propesitiso'd glosses In vitreous-systow
L' Three-component systems 4
IL Four..'component systIme 18
Ilia FIve-caMonatit systems - - 32
IV* SIX-4,00pormat systems
Cird

YEM=O No NO

10011644
SOURCE: Her. -r.-h.- ;Nb-U-d--Y-a-,-,-A-b--s.
AUMOR: YermolenkD, N.H.; Shalimo Z.Ho
TITIE: Study.of a*cr
ystallizatiod condition dad the projet
glass in the 610241
YU
CZM SOMWE: Sb Stekloobrazn. sostoyanlye. T. :3.
TOPIC TAGS: glass., glass 1woperty,, chemi6~1 property.,;A*V .
beat effect
TPANSTATION: Base'l on noa-critical componentO such as;sau
a series of glass iwas -synthesize4 and studled,vithin the i~
CaO-NAP-0 system. - By adding to them M41? andaftew, a oupp]
a fine crystalline material Is obtained, The ~elatlcruahip ~
properties of the tested xlass and the beat: trvw-att%,qnf: unfa 14:
r
Lits 4t -,~talllzed
nti'k 19% 16T-170
*1 ip*ooerty, tbermal
I'nolln: and dolovdte,
op of itl~e S102-A12D341SO-
ajztai heat treatment,
.Iveeo drystallization
Oifi%AJ q%u mntj%-r~nj f-jhjjq

BOHKOVA, II.M.p red.; ~M
red.; 2JIUN7NA, L.A., x,
ZOLEN.K.04 N.N. -d.
[flew ty-pea of glass and glass materlials) Novye- stek:Lsi JIL stek-4,:.-
matexis.1y. Minsk., flauka i tekhrdka:, 1965. 174, Y,-
WIRA 18:11)
1. Mnsk. Belorusskiy politektmichesldy irwtitut.

67
X-
135-9-20/24
AUTHORSt Yormolonkop N*P*9 Ponyadag B.1.9 and Nontsov, N.S., Engineers
--
TITLZs ---------------
Health Protection During Electric Welding Operations (Oxdorov-
loniye usloviy truda pri slektromvarochAykh rabotakh)
PERIODICAL: "Svarochnoys Proizvodstvo"p 19579 # 9P P 37-39 (USSR)
ANSTRACTs The article discusses the harmfulness of games and dust con-
taining quartz, manganese and iron compounds and describes
the welder's masks employed by the plant imeni Illich.
Description of several specific mask designs is given for
work conditions inside closed vessels OR tank care), for
external worko for work on large structureal and with air
pro-heating for winter work, Forced air food is used in
three models while in one a 50 on long hose hanging down into
clean air is utilized. The description of all masks is
detailed and illustrated. One half-mmsk model on a welder's
shield provides complete protection against gas and dust.
It is now seriec-produced at the plant ooncernedp and over
500 pieces have been handed out to workshops for use. It
in stated that the masks constitute a certain inconvenience
Card 1/2 to the welder and cause comparatively high costs for the

Realth Proteation During Electric Welding Operations 135-9-20/24
plant# which could be elistuatod by means of Improving their
design and by the production,\of masks at apscialized facto-
ries. N
The article contains 3 photographsp 2 sketches and 2 tables.
ATAILABUs Library of Congress
Card 2/2

*IUTHORS: Terentlyev, A. P., Obtemperanskaya, S. I., SOV1156-=8-1-20146
Yetrmolenko., ff. V.
TITLE: The Determination of Chlorine and Bromine in Organic Compounds
by Means of Magnesium Nitride (Opredeleniy-e khlora I broma v
organicheakikh soyedineniyakh pri pomoshchi nitrida magniya)
PERIODICALs Nauchnyye doklady vy9shey shkoly, Khimiya I khimicheskaya
takhnologiya, 1958, Nr 1, PP- 83-85 (USS11)
ABSTRACT: Many methods of determination of halide In organic compounds
are known. A critical survey of the usual methods (Refs 1 -5)
is given. These methods have certain shortcomings. The method
suggested by the authors may be carried out easily, it is
quick and not dangerous. It is based upon a reductive
decomposition of a chlorine- and bromine.containing substance
by magnesium nitride at 650 - 8000. Then the haloid ion in the
formed magnesium hydrogen salt is determined by means of the
argentometric titration according to Follgard~ No quantitative
reproducable results were obtained in the iodine determination.
The reaction mass does*not smelt with the glass and may be
removed easily from test tube.No explosion3 take place if the
Card 1/2 reaction product is acidified. The method of production of
I

The Determination of Chlorine and Bromine in wv/156 - 58-1-20/46
Organic Compoundil by Means of Magnesium Nitride
magnesium nitride is described. The quantitative chlorine-
and bromine determination in organic compounds is divided in
a semi-micromethod and a micromethod. The determination result:
a:re given in table 1 (semi-micromethod, 113 organic compoundsi~
and in table 2 (mierbmethod, 8 compounds). The errors occurring
do not ourpmas + 0,3%, oomparad to tho contont, datormined
theortically. Tfiere are 2 tables and 5 rei-.eronces, 4 of which
are Soviet.
ASSOCIATION: Kafedrs, organicheskoy kh1mii Mloalcovskogo gonudaritvonlo!~o
universitets, im. M. V. Lomononova (Chair of Oroanic Chemistry of
the Moscow State University imcni, M.V. Lortono.sav)
SUBMITTED: October 15, 1957
Card 2/2

AccEssiox NR: AP4037200 s/oin/64/000/001007S10079
AUTHOR: Yermolenko. 0. A. (Engineer, Dnepropetrol~sk)
TITLE; Pressure welding of large cross-sections
SOURCE: Avtornatichaskaya ovarka, no. 5, 1964, 78-79
TOPIC TAGS: welding, pressure welding, aluminurii alloy welding, solid phase
welding, aluminum magnesium alloy welding, large cross section welding
ABSTRACT: A special die was used in a 1, 500 -Z, 000 -ton hydraulic press
employed ior butt-vrelding pieces of AMg3 and AMg5V alurninum-nugnesium
alloys up to 10,000 mm cross-section. Rectangular cross -sections, angleis, and
shaped sections wexe successfully welded. The pieces were preheated up to
0.7-0.8 of their molting templarature with a tolerance of+ 30C. Pressure welding
has important advantages (less labor, simpler technology, higher quality of weld)
over the previously-used manual argon-arc welding. "The project was carried out
Card 1/2

:ACCESSION NR: AP4037200
;with the participation of Engineers A. L Shestakov and V. A. Rybalko. Orig.
,art. has: 1 figure.
'ASSOCIATION: Institut slaktroevarki im. Ye. 0. Patona AN MrSSR (Institute of
!Electric Welding, API UkrSSR)
SUBMITTED: ZS.Tan64 DATE ACQ: 05jun64 ENCL: 00
SUB CODE. HK NO REF SOY.- 000 -07HER: 000
i Card 2/2

11 YMMuSM(O 0.1'.
2, USSR (600)
4, Ukrainian Litorature-History and Criticism
7. Litapary-critical sketches on the nlassloa of Ukrainian llteratiire, Visnyk
AN UM 73. no.1, 1951.
ry Apr~jl -1953, Uncl.
9. nonth,~y List ol,' Russian Accessions, Libra ~ of Congress,,,:

GRITSEUKOP A.Y., inzhj SHESTAKOV.. A.I.j, insh.; YERNDIMIH:Ov Insh.
I
-Cold.-Iprossure welding of dissimilar, mtals* Sm-e pcroisy. no.2s32-33
p t 63., (IfIRA 3,6t2)
(Cold we2ding).
I
q