SCIENTIFIC ABSTRACT MATVEYEV, M.A. - MATVEYEV, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R032932930007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAVEYEV, M.A., doktor tekhn, nauk; ZUYEVA, V.F., inzh.
Structure and properties of alkali-resistant filter ceramics
made of serpentinite. Stek, i ker. 20 no.12:17-20 D 163.
(MIRA 17:1)
1. Moskovskiy khJmiko-tekhnologicheskiy institut imeni D.I.
Mendeleyeva (for Matveyev). 2. Gosudarstvennyy naurhno-issle-
dovatells-kiy institut stroitellnoy keramiki Gosstrc.~-a SS.-,R
(for ZuYeva).

HATVEZV, M. A. ; MAZO, E. E. ; VOLCHEK, L. K. ; ORLOVA, V. M. ; VOIKODATOV, A. F. 4-/
nEffect of aluminum oxide on properties of glasses of some non-alk-line
silicate systems."
report submitted for 4th All-Union Conf on Structmv of Glass, Leningrad,
16-21 wr 64.

!~~ - M, A.; YERMLENKO, N. N.
"Vitreous systems and nev materials on the basis of glass."
report submitted for 4th All-Union Conf )n Structure of Glass, Leningrad,
16-21 mar 64.

%J
ACCESSION NR: AP4040682 S/0072/64/000/006/0009/3012
AMHORs ~.atvqyevj M. k; (Doctor of technical,'soiar -as); liazo, S, E. kCandidate
of Volkodatov, A. F. (Eng:Liear)
TITIRs Influence of A4203 on some properties of glass in the M90-A3'203-S'02 system
SOURCE: Steklo i kqramika, no. 6, 1964m 9-12
TOPIC TAGS: alumina containing glass, glass elasticity modulus, Al2
0J, glass property, magnesium oxide, phybico chemical property
BSTRACT: Because of the advantageous physico-chemical properties of
ha abcve glasses, their chemical stability, low thermal expansion
t
ooefficient, and insulating properties have been much studied. The.
authors amplify these studies including the investigation of the
elasticity modulus. The samples were prepared at 1630C. The area
of vitrification in the state diagram applies to a composition
containing 47.5-60% S1021 10-20% Al and 25-40% MgO. At 45%
SiO , independent of the Al 0 contgn~, all glasses crratallize.
MaIiing and clatifying of aaas with-45-50% silica con-V-ents already
takes place at 1530C. The majority of glasses belong to the cordi-
erite type. -Those of the mullite type are highly viscous and have
valuable properties. The elasticity modulus was determined with the
Card 1/2

ACCESSION NR: AP4040682
I aid of ultrasonic resonance. All these glass types.show high
2
values of the elasticity modulus (between 10000 and 11000 ki/mm,
compared with 4000-70UO kg/mm2 for ordinary glass).. The basic
component enhancing the elasticity modulus is magnesium oxide.
1 Conversely, higher SiO content lowers the elasticity modulus. In
this respect, Al 203pl3ys a dual role, its optimum qontent being
15 mol%. The same applies to titanium. '.The capacity of these
elements to change their coordination nuiibers explains this pheno-
menon. Orig. art. has: 6 figures,
ASSOCIATION: Institut obshchey i teoreticheskoy khimii AN SSSR
(Institute of General and Theoretical Chemistry, AN SSSR)
SURKITTED: 00 EXCLs 00
SUB CODE: MT NR REF SOV: 006 OTHER: 008
2/2

MATVEYEVIM.A.; AGARKCVV A.S.
Effect of the thermal h1stor7 on the kinetics of dissolution of
alkali silicate glasses. Zhur.VKHO 9 no.1:119-120 '64.
(MIRA 17:3)
1. NDskovBkly khindko-tekhnologicheakly institut imeni D.I.
Mendeleyeva.

ACCE3SION NR: AP4040505 S/0063/64/OC)9/CK)12/0354/0355
AMHORS: Matveyev, 0. M.; MMLJL~ A.
LE% Thermodynamic analysis of solid phase reactions in the BsO-SiO system
T 2
F
SOURCE: Voesoyusnoye kbiziohookoye obahchestvo. Zhurnal, v. 9, no. 3, 1964,
i354-355
TOPIC TAGSs refractory material-~ beryllium oxide, silicon dioxide, beryllium
silicate, beryllium silicate enthalpy, indbar potential, beryllium orthosilicate
A.3STRACTs The present investigation was undertaken because the interaction of B90
with SiO is of great importance in the production of refractory materi-.la and
glass. ?he thermodynamic analysis of Be, and BeSiO of the formati':n from
2804 3
oxides was conducted. After the thermoohemical data were av--ii~.blsd, the enthalpy of
BeSiO formation from the components was calculated by usirv; the equatioa
AHS.3,0. (AHft.$*. - AHm600.) + AH from an earlier paper by G. H. Matva7ev
(Trudy* WWI in. D. 1. Mendsl4W*va, No. 24, X-t 1957, p. 233). The A E - f(T) and
AZ - f(T) were oalaul&ted for the two basic rmotionst ' &6+*&%~.- [ko-so.
=G0+SA-21k0-M%,
Card 1/3

-ACCESSION VRx AP4040505
:The values for the enthalpy and the isobal* potential within the temperature range of
.500-18OOK are presented in the graph (aso rig. 1 on the Enclosure). The authors
conclude that in all instances beryllium orthosilicate would be the most stable
cimpaund and that it should be produced 1W crystallization from a melt or glass.
Stme of -the thermochomioLl data were cal,nilated by G. U. ULtvsyev. Ori'g-, art. has i
1 table, I ohaxt, 2 formLl", and I equation.
ASSOCIATION: Moscow khimiko-tekhnologiches1dy institut in. D. 1. Mandelayeva,
:(MOSCOW Chsmiooteohnologioal Institute)
iSUBMITTED& 22Mw63 DATE ACQ: 06Jul64 ENCL& 01
SUB CODES GCP m7 NO REP SOT s 005 GZM 000
:Card 2/3

n f -.-

06

I
Fig. 1. The relation between A e and
4 ZO reactions in the system BeO -
Si02 and the temperature within the
range or 500-1800K.
4 Z - f(T) for Be,SiO4 2 - 6H
f(T) for Be2sio 41 3 .,'Z f(T) for
BeSiO 3; 4 - .:H - f(T) for BeSiO 30
0
A

1~1
KATVEJEV' M.Aq ~Matveyev, M.A.),
(SSSR); BABJSKINA, M.I.
technickych ved (SSSR)
pro7. dokto!7 technicileych ved
(Bibushkina, M.I.], kandidat
Nonfired acidproof productB borided by water glass. Sklar
a keramik 14 no.5:144-146 My 161+.

- MATVEYEV, M.A., doktor tekhn.nauk, prof,
Hydrated soluble glass im road construction. Avt. dor. 27 no. 3:
17-1E Mr 164. (MIRA 17:5)

-~~* BUIXIKOVP P.P,, akadmik; MATVLTU, M-A., prof., doktor tekhn. nauk
HolpW book. Stroi. mat. 9 no,6s38 Je '63%, (MIRA 17:8)
1. AN UkrM (for Budnikov).
N

1-%TVEYEV - k'.A.., prof., doktor tekhn. r-uk, otv. red.; BUDNIKCr
P.P., kadeirik, red.; TOROPOI , N.A., red.; GLUSMOVA,
V.b., kand. khim. nauk, red.; ZUYEVA, V.F., nauchn. red.
[Silicates and oxides in the chemintry of high tomperaturen]
Silikaty i okisly v khimii vysokikh temperatur. Moskva, In-
t khimii silikatov im. I.V.Grebanshchikova. 1963. 382 p.
(MIRA 17:12)
1. kkademiya nauk Ukr.SSR (for Budnikov). 2. Chlen-
korrespondent AN SSSR (for Tot-opov).

BUDNIKOV, Petr Petrovich, akademik; OVCHARFNKO, F.D.0 akademik,
otv. red.; BEREZENOY, A.S., red.; BUTTp Yu.M.9 prof., red.;
MCHEDLOV-PETROSYAN, O.P., red.; AVGUSTII;IK, A.I., prof.;
BARZAKOVSKTV, V.P.,, doktor khim, nauki, red.; KUKOLEV, G.V.,
UY.-N.A.. prof., red.; MCHEDLOV-
prof.. red.; hATB
FRTROSYAb, O.P., prof., red.; ROYAK, S.M., prof., red.;
POKROVSKAYAP Z.S., red.
[Chemistry and technology of silicatesl Xhimiia i tekhno-
logiia silikatov. Kif--. Naukova dumka, 1964. 608 p.
(MIRA 17:12)
1. Akadeyr;iya nauk Ukr..,-~'.R (for Gvcharenko). 2. Chlen-
korrespondent Ukr.SSR (for Berezhnoy). 3. Chlen-
korrespondent AN S&qR i deystvitel'rZry chirn Pol'skoy
tkademii nauk , AN Ukr.SSR (for Budnikov).

MATVEYEV, M.A. [Matsveeu, M.A.]; 14ATVEYEV, G.M. [MELtsve(u.
Chemically stable aLkali glasses for the narn, actt-re of
fiber glass. Vestsi AN B&FR. Ser. fiz.-tekh. nav. no.'- ~--7- 1 t~4.
( c i'l'l IF: I)

HATVEYEV, MATVEYEV M.A.
The-rmodynamic analysis of solid phase reactiDns In the system
BeO - SiO2 . Zhur. VKHO 9 no. 3054-355 164. (MIRA I":?;
1. Moskovsl%iy khimiko-tekhnologicheskiy Ustitut imeni Mendele--eva.

i[~-, -ft
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ACC ,,R, SOURCE CODE: UR/2539'64/000/045/-)l /617.5
AUTHOR: AZarkov,
'FORG: none
TIME: Or. t- ebonding nroDert,ins of ac-jeous solutions of alkali silicate glasses
L
ISOURCE: I-bscow. Khi-nilrl-o-to~~hnolop,,ic)ieskiy institut. Trudy, no. 45, 1964. lssla-
'dovaniya v-oblasti khimii i tekhnolngii s'Mkatov (3tudies in the field of 5ilicate
:chemistr-j and technoloU), 171-175
1
1TOPIO TiAGS: adhessive bonding, water glass , 67'1.,9 5 /9 r Pqre
I
1ABST'=T: Kn atte-rmt was made to evalizate the ;:-heolopical oroDerties of sod~ii-, and rjo-1
'tassium water classesr)obtain98 by dissolvinv, in water Drehydrated alkali silll:atas
Iground in~tf_o a 'poaaar .The material chosen for bondinf -, was stool, which has ond adhe-
Isive -ororerties relative to water glasses. An overlan,ping joint was stuaiee. in which
two identical Dolished steel Llates wera joined bV a 1:,yor of glass.141 a aotinli-, dry-
iing schedule for such joints was es-t-arEllishad. fl, ad.11asive and bones,Ive properties of
!the adhesive bond wore determined from the strength o"racg*AWi*tiwj of thoea Joints.
~~he optimum density of aqueous solutions of sod iirm -wrl pqtAisfum silicates which ineural-,
;rapid drying 5chedulec and a satisfactorv adhesion was f,.dxv)dw It is shotca that the pr(~.-
~,icus thermal history of vitreous alkali'silicates d .ose- no-~*ppXtkclably af)Cact the rhoor-
'1~logical pronerties of their aqueous solutions. Orig. SAr...-b At: 3 tables,
"gODEJ:Y& SUBMI DATE: none/ 0." REY: 002/ OTH W: 005

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erti". 4p to a certain
In the coordina-
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ACC NRt AP6012255 (A) SOURCE CODE: UR/0072/65/000/012/0012/0013 -I-
AUTHOR:,,X&QW Mellnik, M. T. (Candidate of
.Vj6.K.,A,CPqctor of technical sciences);
technical sciences); Glasova.-V,P. (Engineer) 0
ORG: Institute of General and Inorganic Chemistry, AN BSSR (Institut obshchey i
neorganicheskoy khtmit AN BSSR)
TITLE: Synthesis and investigation of the electrical and other properties of glasses of
V205-COO-P205 system 1~p
SOURCE: Steklo i keramika, no. 12, 1965, 1243
TOPIC TAGS: glass property, electric resistance, thermal enif, semiconductivity
ABSTRACT: 7te authors synthesized 36 glass compositions in the V2C6 -CdO-P2O5 system
and established the region of vitrification. The glasses were founded in a Silit furnace at
900-1200C. They had a dark color and most were distinguished by a tendency toward crys-
MIZOW. 7he working properties of the glasses were improved by increasing the content laf
P205. The chemical resistance of the glasses with respect to boiling water, the temperature
at th a start of softening, the electrical resistance, and thermal emf was studied and the
UDC: 666.264.1.3

j
ACC NRI AP6012255
~7eactixration energy of the current carriers was cakulated. The glasses containing 60 mol.%
and more V.,O,, had the lowest chemical resistance. 7bey completely dissolved in water upon
boiling. T~'e ;oftening point of these glasses changed depending upon the composition in the
.300-600C range wW increased with an increase Of V205 concentration. The investigated
glasses had a definite thermal emf varying from 100 to 350u V ~ doe. The electrical con-
ductivity of the Oisses of this system increased with an increase Of V205 in the glass or with
an increase of the'ri~o_ V205: P205. The results of these experiments can be useful in the
theoretical elaboration of the problems of vitrification and the m
!1ephan'sm of conductivity of
amorphous semiconductors, and the gInsees with bA6?3ropertlev - - -of definite
are
intaies-i-lit _sWtrii~jj _tbe_r6le -of ihi9sh~R -range order" in the eloctrical properties of-4itri-e- OUR
substances. Orig. art. has: 3 figures.
SUBCODE: II/ SUBM DATE: Wavtf /ORIG REF: 006/ OTHREF: 003
2/2

X.4i
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3-24

BUDNIKOV, F,P.; MAT ., MARITONOV, F.Ya.
_nTj'al-V ___M. A
'Irteractlan of water and high-tamperatu:7e steam with ceramic
materials conthining co--6yidum and mullire. Izv. AN SSSR.
Neorg. mat. 1 no.61931-935 Je 165. (MIRA l8t8)
1. Moskovskiy idAmiko-tekhnologicheskly inatitut imeni
D.I. Mendeleyeva.

z f
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tute-
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'.b!-.s6eimtAwwpi6aUy glre m estura-
1-.~no. 8, 1965, 1349-1353
yo. V. q
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MOMEV, M.A.
Eightieth birthday of Petr Petrovich Budnikov, 1885,
Izv.AN SSSR.lborg.mat. 1 no,10:1626-1628 0 16,;.
(MIRA 18:12)

MATVEYFV, M.A,; Y,~KIINSKAYA, V.S.
se of celeatine In otrontlum gla6b-MVIting, ZhurVKHO 10
no,41459 065o (MIRA 18slI.1
Ia W.)Pkovskiy khImiko-takhnologlohaskiy institut imani
D,I.Mandeleyova.

MATVEYEVP M.Ao, prof.; MAZO, E.E.; KAMINSMA, V.S.
Strant3.,,m glass, its properties and use. Zhur.VKHO 10
no.5t558-565 165. (,ERA 18:11)

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BUDNIKOV, P.P.; MATVEYEV, N.A.; YANOVSKIY, V.K.
----------- 0"~
CalciniM bigh purity wgnevium oxide witb hafnium dioxide
additives. Ogneupory 30 no-4:32-37 165. (MIRA 18:6)
1. Pbskovskiy khimiko-tekhnologicheakiy institut im. D.I.
Mandeleyeva.

BUDNIKOV, Petr Petrovich, zaal. deyatell nauki i tekhniki RBFSR
i Ukrainskay SP-, prof., doktor tekhn. n&uk;-FA=ZV.M.A.
prof. oty. red.; MUT3, I.A.j prof., red.; BUTT, Yu.M.,
prof.# red.; KESWISMAN, T.N., prof., red.; KUKOIXV, G.V.,
prof., red.; ROYAK, SY., prof., red.
[Chemistry and technology of building materials and ceramicol
Khimiia i t klmologiia stroitelvnykh materialov i keramikl.
Moskvap Stroiizdat, 1965. 6U7 p. (MIRk 18:12)

doktor tekhn.nauk; IVAKIIIN, S.I., k
-bU7VBT &nd. tekhri. nquk;
KONSTANTINOV, E.G., inzh.; GAYDASH, B.I., inzh.
Use of pagmatites of tne Aleksandrovs"K and Krasnovsk deposi-z-
in the production of high voltage insulators. Stek. i ker. 24
no.1:30-33 Ja 165. (KIPk !~:7)
1. Moskovskiy ordena lrzirira khimikoLekhnologicheskiy institat in.
D.I.Mendeleyeva (for Matveyev). 2. TSentraltnaya na,,,chrc--iSL!edo--
vatellskaya laboratoriya tresta Armset' (for Gaydash':,.

RAT'v-EYt;V , M.A., doktor tekhn. nq*ak , PrIl, w ., 10..J. , karO . tevr..r,. Dauk
inzh.
Sy-nT,hesis and the study of tte ele,~tric an,.i o~.her ixop'-.rT.-ies cf
glass Of the system V205 - CdI) - P/5. Stek. i ker. 22 no.12':
f !jT-
1-?-13 D 165.
i. institut obshchey i neorgrini-neok~-y Khiir- 414 iC`114,

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W,ti Mil --1 1;

MAT'IETEV, Y.A., wro%, jok,~or tpklin.riaule (Mos~-va)
aportant coritribut:on to stud.y of 1,-ilic--..eS; or: *,.-e
-Ot'n birtli6av of P-,~tr Pet-v*mch Nifi-~ ov,
1: - C 0--,e S. ul d'. 'X
Member Of th.r Ak~ade:-iy of " -:,--it-er of U.! . ' .'.. P- *, , -,,t
55 no.1-1~5-106 Ja (:,: A

q T
USSR/Chemical Technology C"hemical Products and Their App.Lication. Pesticiaes,
1-7
Abst Journal: Referat Z-bur - Kni iya, No 1, 0571 1498
Author: Mauyer, F. M., Matveyev, M. A., Abramova, L. A., and Zavlyalov, A. P.
Institution: Academy of Sciences Uzbek SSR
Title: New Chemicals for the Defoliation of the Cotton Plant
Original
Periodical: Izv. AN UzSSR, 1956, No 1, Ic-22 (sumnary in Uzbek)
_;nesium chlorate (1), sodium ethyl xanthate
Abstract: The utiliza-ion of ma4
(II), eDdothal (III), and an emulsion of pentachlorophenol (IV) in
the aefoliation of cotton plants is described. A suspension of a
mixture of 1% calciun cyanamide (V) and 0.6% sodium fluorusi.11cate
(VI) ir water was used as a standard. When the treatment uas carried
out in a 0.4 solution of I,, defoliati7in after 10 days attaired
95-100%; the standard (S) gave 50-81%. When large-scale tests were
carried out with the utilization of crop dusting techniques and an
application dose of 2001/ha, 73-70% defoliation was observed.
Card 1/2

USSR/Chemical Technology -- Chemical Products and Their Application. Pesticides,
1-7
Abet Journal: Referat Zhur - Khimiya, No 1, 1957, 1498
Abstract* Defoliation Was observed whe 3-4% solutions of I and II as well as
a 0.3% of III were used. An emulsion of I gave low yields. Treat-
ment with S (a 15% solution of V to which 5% VI was added) gave de-
-.0liation of 59-71%. When the tests were carried out during periods
of severe chilling, I alone gave satisfactory results. I also gives
satisfactory results when the application dose is reduced to 100 l/ha.
III sometimes produces severe burns on the leaves, bolls, and petals.
Card 2/2

I V jjrF_ V j /A. Ii -
MR/Chemical Technology - chemical Products and 1-7
Their Applleitlons -- Pnotleldes.
Lbs Jour Ref Zhur - '~hlmiya,, No 3, 1957, 8840
Author Zhuravskaya S.A., and Hatveev, M.A.
Inst Academy of ~clences of the Uzbek 53R.
Title Air-Borne Chemical Methods fcr the Control
6f Suctotidl. Parasites of the Cotton Plant
by Means of Internal-Action Chemicals.
Orig Pub Izv. AN UzSER, 1956, No 19 23-33 (sin ary
in Uzbek)
Abstract The air-dusting of cotton crops with mercap-
tofos (0.5 kg/hectare in 100 liters) and
oktametil (1.5 kg/hectare) is hi hly effec-
tive against the cottonweb mite fTetranychus
urticae Koch), the melon patch or cotton plant
aphid (Aphis gossypil Koch), the acacia tree
Card 112

A ECV J r,, rv r 0 u s
ng.
JIM. 1737
AUT FOR :,,-!tVrjYeV,
TWST.
-The Work Of Aircraft In Pro-harvest Removal of
Cotton Plant jeaweG,
kh
t
T3s "T! 1, C, The shortoomIngii and advantag,60 0t 6P'
V1
method of Pre-harvest eotton plant leaf
removal are oet forth. The reaults are cited o1
work done by the clvtl air fleet's State,
re8earch ins";1tute In elimination of these
owmend-,,hd thattso'ution 01,
defects. it Is rep I
ma&iesluz chlorate in place of N be ueee
for aerial spraylnw of cotton plantatfons,
D.L.

MATVEYKV, M.A., insh.
yj" of airplanes in eotton defoliation. Zmahch. rest. ot vred.
i bol. 6 no.904-35 3 161. (MIRA 16.5)
1, Gogmdaretyennyy nauchno-4poledovatellskiy inst1tut Grezbdanskogo
vosdushnago flota.
(Aeronautics in agriculture) (Defoliation) (Cettor,-Harveeting)

- MATVF.Y!--.q, M., inzh.
Three million rubles should be saved every year. Grazhd.av. 18 -
no.8-10 Ag 1.61. (MIU -14: P- I
1. Gosudarstvennyy nauchno-issledovatel'skiy institut Grazhdanskogo
vozdx,sbnogo flota.
(Aeronautics in agriculture)

L 46 T34--t6 EVI P -"'W
SOURCE CO E- UR/0001 U U
ACC 14R, AR6Y02-r i-AW0514,77101670T-1,75
AUTHORS: 11atveye*,1, ~1. A.; yakimovir~h, D. T.
TITLE: J!echpunical propertien of __E~s f~iber made of datolite
SOURCEi Ref. zh. 1(himiya, Abs. W-11170
ii-Er SOURCE: Sb. Stekloobrazn. sostoyaniye. T. 5. VYP. 4, Minsk, 1964, 176-181
TOPIC TAGS: glans fiber, elastic modulus, alastio deformation, mechanical property
T`11,'~:T: The ela!iticity modullis of fiber glass Is determined by the, degree of
tinn of the
U11formity of the glass mass at the moment of fibei formation. Deform
1110naniform glass mass results in lowering of the elasticity mod-Jus of the fiber
glass. The breakLng elongation of the glaas fiber is a funcf~on of the dimcnsionu of
the defects created on the surface (crysta--Iites), who,,e wagn-'tude depends upon the
formation temperature (cooling rate). Ineceased stretihability of the glass fiber haj
a pisitive effect upon its breaking elongation. The mechanical properties of the
glass fiber can be adjusted within very broad limits by varying the formation
conditions. Authors' resume' /Translation of abstract7
L
SUB CODE:
1z"
11

W- -7,
r 04694-67 F.WP(e)/]WTvW W(CZVWHj
ACC Nib AP601W3!5 dibb, -49-MM166/0WOC
AUTHORt Me Ao (Prors8800; Frerdall, Be N.
ORGs none
TI=-: All-union c0nfGr9nqGVon boron-free, alkali-fre*IM low-allmil content
vitreous M9 as -teria"a fW- thak MWIMunn of
sotrUcc. I Vsosarxsnoy~ Wilmicheskoys obahchestva. Diurnal, r. 11. no. 3. 1966. 332-
TOPIC T&GSt 91&58 Product, glass, che'deal conference, scientific cor-ference,
research personnel, d3-icate, sirconium, glass property. optic glass, optic fiber
silicate gUss, cheniial resistant mLterial
AWTRACTj -A conference on- vitreous systems was held in Minsk
fTSe 13 t~ 25
NovEnber 1965 and was sponsored by the State Counittek for CoorFd-in&---
ti m of ~Sclentlflc Research in the USSR; the All-Union Chemical Society
.(Central and Belorussian offices); State Committee of the Council of
Ministers, BSSR, for Coordination of Scientific Research; and the Ministry
of Higher and Secondary Specialii!ed Education, USSR. The conference vas
attended by 172 delegates from 79 organizations; 60 papers were read at
the meting@. The following in a partial listing of the contributors and
topics of their paperio.

L 04694-67
Acc mR. AP6019735
A report on the work of Professorti. 1. Kitay orodsklyi-tdoceased) and
G. A, Ellern described vitrification of 3-component silicate-zirconium sys-
tems, and the solubility of zJrconium as a function of alkaline-earth cont-
tent. Zirconium was considered the most promising component in vitreous
materials.
Professor M. S. Aslanova, Z. M. Syritskaya and S...Ya. Feyknere de-
termined two phases: a high-melting silica phase, And v, low-melting high-
titania lphase, in the TO 05 aystem. They prepared high-titania'
-S102-P2 V
glass resistant to.mineral acids, and compositions which cam be used in
fiber optice.
Z.- M. Syritskaya and coworkers )I)tained HF-resistant glass with
0.5-2.'0 who electrical resistang Ourom the La203-TiO2--P205 system; UV-
transparent, thermolumineecent glass from the MgD-Al203-P205 system; and
cesium glass for welding with low-melting metals from the
R2G-PbG(B1203)-F2O5 system-
A. K. Yakhkind and N. V. Owcharemko determined a vide vitrification
,range in the Teo-V205- 0 system and prepared IR-translucent glass and I
641 - . - I e ,Is
v pro
-ReseareliY fiasor VT. Ktt-nY&-o'ro4skIy, L. A. Zhunina, M. 1,
'Kutmenkova. and Z. I. Govorushko established that Cr203 19 t a beat
crystIIII ation promoter In the. isomorphic series, of. the CaO-MO-8102+
M203,1-0) system-

WC__CN1h AP6019735
egree
N. M. Bobkova and le. F. Suirnova discussed the effect of the d
-of crystallixoti0i on the electrical properties of S'02-AI203-PbO-CaD-TIO2
;glass.
G. M. M8SVy�yev and S. I. Udovenko showed originality In their study
of davltrificatiGn In the CaO-AI203-S'02 system by mans of thermodynamic
analysis.
Several papers which were written by Professor 1. 1. Kitaygorodakiy
and others elucidated the role of additives used for the preparation o,f
glass with predetermined properties.
I The fina-f resolutions of this conference called for continuation of
.research on vitreous systems which contain no boron or alkali or With a
.low boron or low alkali content; for improvement of research methods and'
,apparatus; and for Improved coordination of research work through two new
sections of the State Committee for Science and Technology: 1) section
for research on vitreous systems and synthesie of industrial. glass, and
2) section for the Intensification of industrial-glass melting. Special
.attention was called to the need for preparation of high-quality, poorly
crystallizing boron-free and alkali-free silicate glasses containing such
!bivalent cations as Sr-Ca; Sr-Mg; Sr-Zn; Sr-Ca-Mg. Thl next cmdere-nce
on vitreous materials will be held in 1968.. ffT~ Mssi 501r.-V
SUB CODE: n, 07 SUBM DATEs none
Card ?13 f v

L 06490-67 -r-n(m)/EWP(q) Wjj
NRt AP602B305 -90MCI~16-0-bt -:1WO-1611661662100611 1-19/1 i2~
G. X.; Bolutenkot A.
AUTHORS -VktV8Y0V, M. A.; ML*dski 0 - FiM!k L;
ORG: Institute of General and Inorganic Chemistry, BSSR (Institut obahchey I neorga-
nich
Tn X1 Some proportion of glasses based on the systems B&0402-B20~,, B&O-TI02-P2050
B&O-TiO2-SiOZ
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialyt v. 29 no. 6, 1966, 1119-
1123
tOPIC TAGS: borate glass, phosphate glass, silicate glassq titanium dioxide
ABSTRAM Glasses of the szstems BaO-TiO2-P205 and B&O-T02-SiO2 were
039
synthesized Tr-om bariwn carbonate, ammonium monohydroge.-i phosphate, boric acid, ti-
t4idum dioxide and quartz sand by melting at 1300-14000C, and the properties of thB
glasses were measured on annealed cylindrical specimens. The dependence of the volume
electrical resistIvity,, temperature of the start of softening, chemical stabilit 'to
boiling in distilled water),, donsityr and microhardnons -ion the composition was M"Oafl-
ured, and the crystallizability was detornined from tests In a gradient furnace and
from thermographic studies. Titanium was shown to deareaso the electrical resistivity
of the glasses, particularly when it is present in a lower oxidation state. As a rule,'
1 1/2 UDCt 539.213

ACC NRs Ap6028303
not more than one corqwund to formed diwing the or_75tAIIIAAUPn of the glanses
studied; in silicate glasses, barium silicotitanate B&O-T,10 -SlOg cryjrtallizes out
2
Iow-wIting glasses with a high electrical resistivity ohm-am) were ayn-
tMsizedp and were found to have a satisfactor7 chemical stability. Orig. aA. has$
figwes and2tabl9s.
suB cows ii/ sm DATso 2siun65/ om wt oi3/ am wwo 003
Card 2/2

L 062b2-67 _ JWTkm)j Wl!/M
ZE Nih iT6627-237 SOURCE COM UR/0000165/000/0001'0063/007
AUTHORs ?Utvoyev, M. A.; Mazop E. E.; Volkodatovq A. F.; Volohekp L. K.
Ora I none
TITLEs Effect of ionic radii YA2+ on the properties of glasses
SOUR(31 AN SSSR. OLdeleniye obshchey i tekhnicheskay khirdi. Isaledovardya -v -jbl&sti
khimii silikatov i okislov (Studies in the field of chemistry of silicates andotid63).1;
Moscov, Isd-vo Nauka, 1965, 63-67
TOPIC TAGS8 beryllium compound,, silicate glasap glass property
ABSTRACTt The systems RO-A1203-SIO2, where RO = SrO, N'gO or B90, were studied in the
follouring concentration range of the comDonents (mole %J~ SiO~, 45-60; A1203P O-'C;
RO, 20-33. The temparaturo of the upper crystallizatianVUmitv chemiFal stabilityp
and elastic modulus were determined in alasses of the SrO-Al?( -31 'Nj?.;g0-Al2(>3-3i0~,
and NgO-B90-A1203-SiG2 systems. Comparison of the results shows that these properties
change In regular fashion with the cationic radius of the divalent oxide. As the lat-~
ter decreases, the temperature at which the g.~asses are melted and their crystalliza-
bility, chemleal stability and elastic moduli!~increasa. Me B92+ ion has the strong-
est force ficild and the smallest _J1P?e_r_en_c`W-o? forco fields with silicon (0.7) as com-,
pared to Ng2+ (1.12) and Sr2+ (1-30). This explains the marked orystallizability of
be_rL4jMR_&1asses,,abserved in this study, and also tha higher Ts of magnesium glasses
Card 1/2

L 06282-6-.
ACC NRt AZ027137
an compared to strontium glasses. As the ionic radii decrease and the force fields of
MD2+ increasep the influence of 11&2+ on the packing and rigidity of the glass struc- I
ture growsp causing a rise in the fusior temperature and in tho elastic modulus. The
decrease In the cationic radius also Iijereases the chemical stability, since the size
of the cations washed out of the glass determines the porosityp and hencep the protec-I
tive effect of the film formed on the glass during reactions with corrosive agents.
Orige art. hat 1 4 figures and 2 tables.
SUB CODE# 11/ SUBM DAM 13F*b&4,/ ORIG REFt 008/ OTH Wo 001
2/2

,-A C NR9 a6029826 SOURCE CODIE: UR/03 02/008/1505/1313
(4 6V66/0
AUTHOR: 1'!atvayev~ M Povzno)r,, R. L.; Mat"Yev, G_ 111" Kharitonov. F. la
It%, at ~, A~ 0
M: ',.!oscow Chemical InPPq!kn9_;n_4itute im. D. 1. Mendaleyev (MookovskiyYteknolo-
sicho5k4; it tut)
Tri'14,; Use of ceramic materials in a water vapor medium of high parameters
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2,, no. 8, 1966, 1505-1513
OA it CAL--
T
PIC TAGS: ceramics, water vapor, corrosion J_U~4_
,'23TRALCT: Me reactions of ceramic materials of various phase and chemical compost-
tions with water and water vapor of high parameters were studied in tests lasting up
to 1000ehr. An e:~-tensiva attack of water-glass compositions, matorials made of por,- I
colain,~Isteat:lto,,,~forsterite and wollastonito was observed. The attack causes a do-
crease of density (an increase in water absorption and porosity) and strength as a ro-:
sult of the formation of hydrated ions of the corresponding metals arA silicon-oxygen i
anions. Less bnzbject to attack under these conditions are materials based on corundum'
and raullito. Ile experimental data were confirmed by thermodynamic calculations of
the hydration of the tested materials involving the use of known values of the thermo-,
dy-namic potential of the original silicates and hydrated cations and anionne OrIg.
art. has; 4 tables.
SUB COMs ill 5=4 DATZz 12jun65/ ORIG REF: 015
,_Card _1 -1 11 upa: 6.66.1 zjn9.4

`;k - --- --
-cc Nth AP6035680 SOURCE CODE: URP-413/66/000/020/0111/01~i-~
INVENTOR: Matveyev, M. A.; Mazo, E. E. ; Kauhur, F. T. ; Yakimovich. V. I.
ORG: none
TITLE: Glass for manufacturing glass fiber. Class 32, No. 18.7266
SOURCE: Izobreteniya. promyshlennyye obraztsy, tovarnyye znaki, no. 20, 1966,
TOPIC TAGS: glass, glass fiber, reinforced glass fiber
ABSTRACT: This Author Certificate introduces a glass for manufacturing glass
fiber containing SiO 2'- Al20 CaO, MgO, Na20, and F. To increase the chemical
stabi'lity of the glass fiber, 4~i%, K20 ' Li 0 are added to the original components
as follows (wt %): 70. 6-80 Si02+ TiO2; 5. 1- 13. 86 A1203+ CaO+ M90; 11- 9-14. 19
NaO+ K2 0+ Li 20; about 2. 5 MnO; about 2 F. [Translation) INTI
SUB CODE: l I/ SUBM DATE: 08Apr65/
1/1 UDC: 666.113. 8211621146141134133132128116 666.189. 211

ACC NRs
EWT(m)/EWP(e
AUTHOR: Katveyev, M. A.; Nazo, E. E.~- Volahek, Lo K.
TITLE: Effset of additives on the crystalizatloh of boronlebe, 12
alkaliless strontium containing gi!!!-,~
SOURCEt Ref. zh. Khimlya, Abe. 14M125
REF SOURCEt Sb. Stekloobrazn. sostoyanlye. T. 3, VYP- 4. Minsk, i'>*64,,
85-86
TOPIC TAGSt glass,, fiber glass,, crystallization property, strontium
ABSTRACT: The crystallization properties of the SrO - CaO - A1203 -
S102 system glass Improves with the addition of NgO,, BaO, and MgO, 0
M
combined, At the same time the temperature of the crystallizatio
upper limit lowers and the speed of crystallization rowth decreases,
The addItion of B20 In a small amount (up to 4nol%j Improves the
melting proportion gut Impairs Its crystallizing properties P?05
Impairs both the melting am well the orystallIsIng propertl;a 0
strordum glass. A No. 14 Composition was developed which hati optimal
crystallization proportion In accordance with requirements eor glasses
used In making sclase f1beri I.M.
W 4
SIM CODEs 21#07 SME DATEs 25jul65
CWd 1A 0 f,

pl
aproved
-roe aftadt' o thoW...6 I tN
MAID
f Astrlont.lum-
h, 'At fid-4p.4 fl'6~~biklk jee--*--
-V-5 sibs
QkAl %-b* o
Ility

1, * r;16 ?r
ACC NR, Ap6008264
AUTHOR: Matveyev._M,A&;.Zuyeva, V. F.
ORG: none
TITLE: Serpentinite' alkaline filters
SOURCE CODE: UR/0080/66/039/002/0209/0293
SOIJRCE: Zhurnal prikladnoy khimii, v. 39, no. 2, 1966, 289-293
TOPIC TAGS: ceramic material, sintered filter, chemical agent filter
ABSTRACT: The properties of roasted alkaline serpentine rock are investigated with a
view to its use in cMramic filters.I~The determined properties are used in designing a!,
technique for manufacturing ceramic filters frcm serpentine rock. Upon roz~sting, ser-1
pentine rock becomes highly porous. A clay filler consisting of either bentonite, ar-1
gillite or an argillo-bentonite combination is added to the serpentine. Graphs are
presented of the % porosity and the density of the resulting mixture as a function of
the roast temperature with the various clay fillers as parameters. The optimum roast-i
ing temperature is set at 12500C. Desired properties after roasting include: alkali-
nity. up to 99%; porosity, up to 36-45%; mechanical stz,)ility upon deflection, 160-
-180 kg/cm CM2. Experimentation reveals that heat-i
2, and upon compression, 250-650 kg/
ing at 1200-12500 increases the mechanizal stability upon de-flection by 6-8 times and I
also increascb the air and water permeability threefold. Results of x-ray analysis af'-
UDC: 552.47+542.67
Card 1/2

-66
ACC NR-. AP6008264
the roasted products, with optimum temperatures producing two crystalline phases of
forsterite (2MgO-SiO2) and enstatite, with quartz as an insignificant impurity are pre-,
sented. The effectiveness of the product as a filter for acid and base solutions is
plotted. The mixture of serpentine rock prior to roasting has a plastic n-umber of 1-3!
but is easily molded into tubes of 300 um with an outer diameter of 120 mm. This elas4
ticity, however, is lost upon roasting. A rough step-by-step method for the develop-
ment of serpentine r*ck as filter material is given. Orig. art. has: 7 figures, I
table.
SUB CODE. 07. H SUBM DATE: none
2/2

12=1N, luliy Vikoaltrievich; , kand. tekhn. nauk,
reteenzent; SEVIRMIKO., M.D., red.; STARODUB, T.A.j
tekhn. red.
[Contactlese control diagrams in mine automation] Beskon-
taktrWe akherq upravlenlia v shakhtnoi avtomatike. Kiev,
Gostekhizdat USSR, 1963. 214 p. (H1RA 171l)

ATvErE,vv M. I.
MR p if. J.t "Watering conditions of certain grafts on the Bukhara
almond"j, Soobeheb. Tadzh. filiala Akad. nauk SSSR, Issue 10, 1948, p. 18-20.
SOt U-3042p 11 March 53, (Letople IiWkh Statey, No. 10, 1949).

W. VEYEV, M - I.
Hatyeyew, M. Ls "On the physiological effect of graving matter on th.
mulberry tree", Soobshch. Tadzh. filiala Akad. nauk SSSR, Issue 16,
191,80 p. 21-23, - Bibliog: 13 Items.
SOt U-3042, 3-1 March 53, (Letopis lrqkh Statey, No. 1C, 1949 .