SCIENTIFIC ABSTRACT BONDAREV, G.I. - BONDAREV, L.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BIJDAGYAN, Faddey Yervandovich; BONDARE"J,
G.I., red.
~-Z-Q--- -
[Food toxicoses, toxinfections and their
prevention]
Pishchevye toksikozy, toksikoinfektsii i ikh
profilaktika,
Moskva.. Meditsina, 1965. 206 p. (MIRA l8g3j

PEREPLUIN
., Sergey Romanoviaby BONDAREV. G.I., red.
[Protective effect of food and vitamins in
radiation
lesions of the body] Zashchitnue deistvie
pishchi i vi-
tami-nov pri lu--hevykh porazhoniiakh
organimia. Moskva,
Meditsina, 1965. 164 P. (MIRA 18sl2)

BONDAP-V, G. I.
29100 - -Vybor printsipa sortirovochnogo apparata cilya
salaki, melkcry selldJ i
killki . Pyv. zhoz-vo, 1949, No. 9, s. Z3-z5
SO: Letopis' Zhurnal'nykh Statey, Vol- 39, 14oskva, 1949

WNDIAREV, G, 1.
bf,"NIMAILN. G. J. --- "I1JVE!;TlrATirtj or 11M.
('VUiA7JNr, VRGCE,-,~, eA- A WiToi
I
3ELF-IGIIITIC)I! WIT;l A DiVic)ED Cot4uv-,,TlOtJ
CHAMM.R." ;U;3 ~ JUN '~P, N.1;5COwl ORDE;l (,'I'
LEuin AviATION JUST IMENI SEPCO OPDZHotjiKtvzE
(W-CRTATION FOR THE DECi?[E Or CAUDIDATE
iti TrcfmiCAL SCIENCE)
'40 - 1-1051WA, JAt4UArRY-DrCEflbE;'
. VECHERHAYA 1952

BONDAREV) G.I.
Shaft
smoke-generator
Ryb. khoz. 28 no.
7, 11052

,_~~~~d.teldzn.nauk.
Characteristics of and calculations for a shaft type
smoke generator.
Trudy VNIRO 35:97-101 158. (MIRA llill)
1. Hauchno-issledovatellskiy institut melffiAnisateii
rvbnoy prowyehlen-
nosti.
(Fish, Smoked) (08' =*Ing. and
"preservlnt-~-Ekuipmeut-.*W,.supplies)
I

.- f
: , "",II
.-.1, SUMIETM- 09liec63
--..
- I -
,-
z- ~`I NO PM SM. 004
r.;
SUB CODE: HT
I

CHELPANDVA, L.F.; FETROVp A.A.; BONDAREV2 G.P.;
NEMIROVSKIY, V.D.
Conjugated systems. Part 157: Synthesis and
hydrobromination of
4-penten-2-ynal. Zhur.bb.khim. 32 no.8:2487-21+89 Ag
162.
(MIRA 15:9)
1. Leningradskiy takhnologicheakiy ivatitut imeni
Lensoveta.
(Pentempal) (Hydrobromic acid)

BONDM~ ~rky Stepanovich; PLEVAKO, N.A.p red.;
SHIROKOVA, M.M.,
tekhn. ~ed. ---
[Transducers and automatic checking devices for
transportation
systems] Datchiki i pribory avtomatichaskogo
kontrolia dlia
transportirovochrqkh ustroistv. Moskva, Gos. ener
izd-vo,
1961. 47 p. (Bibliotelca po avtomatike, no.45)
&OIRA 15:3)
(Automatic control)

BONDAREV G S., inzh.
Moncontact electronic signal indicator. Mekh. i avtom. proizv.
17 no.12:33-34 D163. (MM 17-2)
1~11

/7
1?2-5-2/3S-
AUTHOR; Bondarev G" (Cand.Tech.Sc.)
TITLE: The Work of the Supercharged Two-Stroke Engine. (Rabota
dr*htaktnogo dvigatelya pri povyshennykh davleniyakh)
PERIODICAL: Vestnik Mashinstroyeniyav 1957v Nr 5, pp.5-8 (USSR)
ABSTRACT: Results obtained in tests of a two-stroke, compression
ignition engine, 2-PE-309 of 100 hp, working at an elevated
pressure at inlet and outlet are reported. Before the tests,
the scavenging chamber below the piston was disconnected and
the air was supplied to the scavenging ports from a receiver
held under pressure by special compressors. In one set of
tests the engine traversed its load characteristics at 300
rpm at an exit pressure of 1.19-1'.215 kg/cm- 3. The inlet
pressure varied between 1.42 and 1'.72 kg/cm-. In another
set the maximum powpr was maintained with an inlet pressure
of 1.65 kg/cm:~' or 1.72 kg/cm and a variation of back press-
ure at outlet changing the ratio of exit to inlet pressure
between 1'.5 and 1'.15. The tests are recorded in the form
of graphs (including the load characteristic) giving powers,
pressures and fuel consumptions, residual air coefficients
and temperatures against the power out ut The same quan-
tities are plotted against the outlet7inlLt pressure ratio
Cara 1/2alld against the inlet pressure. In the conduct of the
tests,.

122L- 5-2/35'
The Work of the Supercharged Two-Stroke Engine.
the excess coefficient was controlled to yield the same
degree of excess air,- defined by a COZ content in the ex-
haust between 9 and 9-0. The tests show that two-stroke
engines with straight-through scavenging can work with high
inlet and outlet pressures provided the outlet/inlet press-
ure ratio is near unity. It is recalled that similar tests
at the Moscow Institute of Technology (IMVTU imeni Baumana)
have shown the stable operation of a similar engine at high
inlet and outlet pressures but also in a region of inlet/
outlet pressure ratios near unity!. It is noted that with an 2
increase of both inlet and outlet pressures up to 1'.70 k&/cm
the effective power increases from 90 hp at an inlet pressure
of 1'.1 kg/cm?, with an outlet/inlet pressure ratio of 1'.55,
up to 146 hp at an inlet pressure of fa kg/cm2 (outlet/inlet
pressure ratio, 1,14)'. The power incr;-ase is limited mainly
by the density of the inlet charge and the variation in the
value of the residuiLl air coefficient'. The high exhaust gas
temperature so obtained favours a turbo-superohaxger.There
are 5 graphs.
AVAILABLE: Library of Congress.
Card -?/?

BONDAREV, G.Ye., kand.telft.nwak; KLI?WUV, G.V., inzb.
Lessening the wear of fuel pump pistons in diesel
tractor engines.
Trakt. I sellkhamah. noIW-11 D '58, (MIRA ll:IZ)
Mel pumps)

BONDAREV, T.I.
Twenty years of operation of the Zuevo State Regional
Electric Power Station
Ele~. Sta., no. 1, 1952
Inzh.

BONDAREV, I.;,PORISENKO, N.-, P&WHAVYY.0 N.
Decision on the introduction of new devices raising the power
factor of electric pover conmndng industries. Prom, energ. 16
no.2:49-50 F 161. MIRA 14:3)
1. Nachaltnik.SoyuzgIevenergo-pri %BpIane SSSR (for
Bondarev).
2. NachaLlInik Upravleniya elektrotekhniki i elektroniki
Gosudaro-
stvefinogo komitets. 3areta Ministrov SSSR po avtomatizataii
i mekh-
anizataii (for.Borifenko). 3. Nachallnik Upravleniya po
avtomati-
zatsii i oborudovaniyu d1ya metallurgicheskoy promyshlennosti
Gosudarstvennogo komiteta Soveta Ministrov SSSR po
avtomatizatsii
i mekhanizateli(for peachanyy)
I- (Electric power)

DONDAREV. I.; MUSIYENKO, K.
Machine operators for Cuba. Prof.-tekh.obr. 20 no.20
F 163.
(MIRA 16.-2)
1. Direktor Slavy4hokogo sellskogo
professionallno-tekhnicheskogo
uchilishcha No. 3 Krasnodarskogo kraya (for Bondarev).
2. Zamestitell direktora Slavyanskogo sellskogo
professionalo-
tekhnicheskogo uchil#,shcha Ho.3 Krasnodarskogo draya
(for
Husiyenko).
(Students, Cuban)
(Farm mechanization-Study and teaching)

ROVIKOV, LT.; FAVLENKO, A#St; SMIRMY, M.S.; CHIZHOV,
D.G.; UVRENENKO,
K.D.; NKRASOV, A.M.; HOSOV. R.P.; TAUSOV, N.Ys.;
ZHDMIN, D.G.
UGORETS. I.I.; IWITRIM, I.I.; DROBYSHU, A.I.'-,
TXRYAKOV. V. S.;
SAFOUNIZOV, F.V.; BOROVOY, A.A,; BAITNIX, V.P.;
DASKOVSKIT, U.N.;
RMVIN. N.A.; PZTROV. A.N.; MIKLINIKOV. B.V.; LATYSH.
KONIN, F.P.; DIDY IN, P.Te.;, BOIM&M, I.I.; GUMUM,
D.I~.;
POIMGAYW. K.M.
oilga Sergeevna Xalashnikova; obituary. Blek.sta. 30
no.2:95
F '59. (MIRA J20)
(KalashnikDva, OllgaL Sergeevna, 1914)

BOIMA--:tFV, I.I., inzh.
Decrease the cost of electric power. Elek.sta- 31 no.6:39-42
is 16o. (MBU 13:7)
(Electric power)

AVTO.iOMGV,, B.V.; BDADAREV, BORISENKO,, P.I.;
BURLAKA, S.k.; VESEIDV,
XLIMEMO,
N.D.;
G.A.; NOTILEVaIl, D.G.; KUDISH.,
A.D.; LAVRENEENKO.. X.D.; MALTWIN, N.P.; MARINOV,
A.M.; ,
NDLOKANOV, S.I.; PWUTIM, A.A.; FOBEGATLO, K.M.;
FOGM7SKIT,
V.L.; SAVINYKH, A.I.; SAFOZHNIKOV, F.V.; BERDYUKOV,
N.P.;
FINOGENOV, Ta.I.; CHALDRANTAN, V.P.; CHULKOVp Ye.I.;
4HANIN; V.P.;
SHISHOVY V.V.
Ivan,Konstantinovich Xhivrenko; obituary. Elek.sta. 34
no.2:96
F 163. (KRA 16:4)
(Khivrenko, Ivan Konstantinovich, I " -1962)

18(5)
SOV/128-59-6-17/25
AUTHOR:
Bondarev, I.T., Engineer
_= -----------------
TITLE:
Centrifugal Casting of Brass Steam
-Pump Valve
PERIODICAL:
Liteyncye Proizvodstvo, 1099, Nr 6, p A2
(UqSR)
ABSTRACT:
In the foundry department of the Yachine Plant
at

Nal I chik the castinps fnr the production of steam

pump
valves, system "Worthingtonn had been made from brass

of the
MISK 58-2-2 type
, , and gave 101~ defective

.
goods. Poilowing a suggestion made by the ai)tlor,

production
was changed to centrifugal casting in me-

tal molds. By this
means the defects like porosity

and blow holes, could be
eliminated. The output Pro-

ductivity rate was raised
three-fold. There are 3

diagrams.
Card 1/1

BONIMMII 0 1. 1. . inzh.
Power engineering in the Soviet Union during, the period
betwoon
the 20th and 22d Congressos of the CIISU. Toploenergatik-a 8
no.10:10-15 0 161. (EIRA 14:10)
1. Soyuzglavenargo.
(Power engineering)

f-,(jIi"'IAREVY I.M., doktor rwd.nauk
Eyperimental study of the healing mechanism of
pulmonaT-y tubercilous
caverns. Probl. tub. 42 rio.8:77-89 164-
(91 RA 18: 12
1. Otdeleniye eksperimentallnoy patologii I terapii
(rukovoditell
I.M.Bondarev) Moskovskogo nauchno-issiedovat--llskogo
institute
tub,--rkuleza (direktor T.P.Mochalova; zamestitall
direktora po
nn--hnoy chasti prof. D.D.Aseyev) Ministerstva
zdravookhraneniya

0 V J:
USSR/General Problems of Pathology - Immunity. S-1
Abs Jour : Referat Zhur - Biologiya, No 16, 1957, 71334
Author : Gordienko, A.11., Kisleva, V.I., Saakov, B.A.,
Bondarev,
I.M., Nekrashas,-.E.I.
Inst
Title : Method of Isolation of the Carotid Sinus and
Further
Proof for the Reflex Action of Antibodies.
OriC, Pub : Biul. eksperim. biol. i meditsiny, 1956,
42, No 11, 70-72
Abstract : The vascular-nerve bundle of the neck was
laid bare; on
on the inner side of the carotid sinus the sinus nerve
was prepared. The arteries were tied together with the
adjoining tissues. The sinus nerve remained intact above
the tied vessels. Into the carotid sinus of a dog,0.2 ml
of radioactive typhoid vaccine was introduced,
containing
100-400 --curie pJ2 .1 in one ml. and 4 billion
microbial
bodies. The activity of blood and the agglutination ti-
ter wAg'determined before the vaccination and after-.L-
-
Card 1/2 - 5 -

USSR/General Problems of Pathology - Immunity. 3-1
Abs -Your : Referat Zhur - Diologiya, No 16, 1957,
71334
5 minutes; after 7 days- only the agglutination
titer.
The initial agglutination titer was 1:20-1:80; after
7 days 1:160-1:2560. Vaccination after severance of
the
sinus nerve showed a slightly reduced Increase in
agglu-
tination titer (1:16o-1:64o).
Card 2/2 - 6 -

GCIM,IYENKO. A.N.; KISELEVA, V.I.; SAAKOV, B.A.;
TSYNKA1,OVSKIY. R.B.;
AZHIPA, Ya.I.; LISTOYAN. A.V... YBGOROV. A.1.-.
BONDAREV,I.M.;
ZHIGALIHA, L.I.
Reflex production of antibodies caus d b antigen injection
into an
11 1
isolated spleen (with all-mary in Bnglis Biul.ekep.biol. i
mod.
43 no.4:80-82 Ap 15?. (NIFLA 10:10)
1. In kefedry patofiziologit (zav. - prof. A.N.Gordiyonko)
Rostov-
skogo meditsinskogo institute. Predetavlona skedemikom
A.D.Spezallp.
skim.
(ANTIBODINS
form by reflex in system caused by antigen inject. into
isolated spleen in dogs)
(SPLM, pbysiol.
antibody form by reflex in system caused by'antigen
inject.-into isolated spleen in dogs)

BONDAREV, I.M.-, BUSUCR, I.V.-. ZHIGALUU, L.I.
Method of rapid preparation of electrophoregrass [with summary
in
Jinglish). Biul.skep.biol.ned. 44 no.8:114-118 Ag 157. (MIRA
10:11)
1. Iz kafedry patologicheskoy fiziologii (zav. - prof.
A.N.Gor&iyankc)
Rostovskogo seditsinakogo inotituta. P"Astaylena deystvitelin"
chlenom ANN SSSR N.A.Rothanskim.
(BLICTRWEMISIS,
rapid prop. of electrophoregram (Rua))

GORDIUMIKO, AX.. KISFILEVA, V.I., SAAKOV, B.A., nojmMv,
I.m., ZHIGILINA, L.I.
Pharmacological analysis of the affect of antigens on
receptors
of the carotid sinns during reflex antibodv production
[with summary
in English]*' Biuleksp. biol.' i med. 44 noo'11:72-75 N157
(MMA 11:11)
1. Iz kafedry patologicheskoy fiziologii (zave- - prof,
A.R.
Gordiyenko) Rostovskogo gosudnretvennogo medit~lnakogo
instituta,
Rostov-na-Donu. Predstavlena akademikom A.D. Speranskim;
(ANTIGEN ANTI13ODY, REACTION,
eff. of antigens on eRrotid sinus during reflex
antibody prod. (Rua))
(CAROTID SITTLJS,
eff. cf antigens during reflex antibody prod. (Rus))

GORDIUNKO, A.N.. KISELEVA, V.I., SAAKOV. B.A.. AZHIPA,
Ya.I., TSYMLOVSKIT,
1-3., IXT'YEN, A.V.. YEGOROV, A.I., BONDAIW, I.M.,
ZHIGALINA. L.I.
11'arther studies on the bloolectric potentials of
nerven following
intracutaneoue injection of antigens [with summary in
English].
Biul,ekap,biol. i med. 45 no.4:96-99 Ap '58 (MIRA 11:5)
1. Iz kafedry pntofiziologii (zav. - -Drof. A.N.
Gordiyenko)
Rostovskogo meditainakogo inst1tuta (dir. - prof. Ye.M.
Gubarev).
Predstavlenn akademikom A.D. Speranskim.
(MMVE MlDnas, ph siology
1 7
bioelectric potentials after intracutnneous inject.
of Fi.coli antigen (Rus))
(ESCHERICHIA COLI,
antigen intrneutaneous inject. causing change in
bioelectric Dotentials of receptors (Rus))

___~ON~DARIIV. I.M. (Rost ov-na-Donu)
Kochanism of protein regeneration following acute blood
loss. -Pat.
fiziol. t eksp.terap. 3 no.4:61-65 Jl-Ag '59. (MM 12:12)
1. Iz kafedry patologicheskoy fiziologii (zav. - Prof.
A.N. Gordi-
yenko) Rostovskogo meditsinekogo instituta,
(BLOOD PRMEINS)
(H3MRRHAGE ex"perimBntal)

BONDARAV, I.M.; ZHIGAIMM, L.I.
Densitometry with a logarithmically calibrated lens and XKP-4m.
lab.
delo 5 no-3:53-56 My-Je '59. (KIIRA 12:6)
1. Iz kafedry patologichaskoy fiziologii (zav. - prof. A.N.
Gordiyenko)
Rostovakogo meditainskogo instituta.
(DHNSITONST3M)

GORDIYENKO, A.N.; SAAKOV, R.A.; BONDOEV, I.M.
Sensory nerve impulsen following antigenic stimlation of
skin re-
ceptors In immunized animals. 131al. eksp. biol. I med.
47 no-3:
66-69 mr 159. (MIRA 12:7)
1. Iz imfedrY natofisiologii (zav. - 7nrof. A.N.
Gordiyenko) iostovekogo
meditsinskogo instituta. Predstavlena deystvitellxWm
chlenom AMN SSSR
V. N. Chernipovskim.
(N`_nVOUS SYSTEM, physiol.
sensory nerve irioulsen after antigertic stimulation of
akin
receptors In imrminized animals)
(ANT IGBM'
Bame)
(SKIN, physiol.
sane)

BONDAREV, I.M.; ZHIGALINA, L.I.
Hematoaspirator. Lab. delo 6 no.5:54-55 S-0 160. (KIFA 13;9)
1. Kafedra patologicheskoy fiziologii (Zav. - prof. A.N. Gordiyenko)
Rostovskogo meditsinskogo instituta).
(ASPIRATORS) (BLOOD)

GORDIYENKOP A.N.; KISBULVA.. V.1.; TSYNKALOVXIY, R.B.; SAAKOV,
B.A.;
AZHIPAp Ya.Lf-LEMEK, A.V.; YEGOROVP A.I.; OCHELENKO, L.N.;
,~El~ ZHIGALINAJ, L.I.
Klectrophysiological analysis of the action of antigens on the
angioceptors. Biul.eksp. biol. i med. 49 no.2:90-94 F 160.
(MIRA 14: 5)
1. Iz kafedry patdfiziologii (zav. - prof. A.N.Gordiyenko)
Rostovskogo meditsinskogo instituta. Predstavlena akademi-kom
A.D.Speranakim.
(ANTIMO AND ANTIBODIES) (CAROTID SINUS)
(ELECTROPHYSIOLOGY)

ONDAREV, I.M. (Rostov-na-Donu)
Hematological and iTminobiological changes in dogs
with pulmonary
tuberculous cavities. Pat.fiziol. i eksp. terap. 5
no.3:64-71
My-Je 161. (MIRA 14:6)
1. Iz kafedry patofiziologii (zav. prof.
A.N.Gordiyenko) Rostov-
skogo meditsihskogo instituta.
(TUBERCULOSIS)

BONDAREV, I'M.
Role of allergy in the appearance of tuberculous cavities of
the lung in dogs, Probl.tuba 39 no63:80-88 161. (MIRA 140)
1. :1z kafedry patologichaskoy fiziologii (zav, -profa Ae.No
Gordinenko) Rostovskogo--na-Donu melitsinskogo instituta.
(TUBERCULOSIS) (= Y)

GORDrYn'KO, A.D.; BOV~ L.M. (Rostov-na-Donu)
Mechanism of the deVelopaent of delayed allergic reaction.
Pat. fiziol. i ekspo.-terap. 7 no.1:52-55 Ja'F'63.
(MIRA 16:10)
1. Iz kafedry patologicheskoy fiziologii (zav. - prof. A.R.
Gordiyenlco) Rostovskouo meditsinskogo instituta..
CALLERGY) (TISSUE EXTRACTS)

BONDAREV, Ivan Markovich; NIORDOVSKIKH, V.P., red.
[For workers' bpnpfitl Dlia blaga trudiashchikhsia.
Cheliabinsl-. Cheliabinskoe knizhnoe izd-vog 1963.
(MIRA 17:7)
1. Prepodavatell kafedry istoril Kommunisticheskoy
Sovetskogo Soyuza Chelyabinskogo pol--;tekhnicheskogo
(for Bondarev).
58 p.
Partii
instituta

BONDAREV, I.L.
Core box AO a pneumatic knockout device. Lit.
proizv. no.12;
29 D 1610 (MIRA 14:12)
(Coremaking)

JBPNDAREV.,_~. [Bondariev, K.], inzh.; MALEVANNYY, 1.
[Mallovanyi, 1.], inzh.
The LF-35 production line for beveling flat glass. Bud. mat.
i konstr. 4 no.2:29-31 Mr-Ap 162. (MERA 15:9)
(Glass cutting)

BONIIkREV, K., makhanik
Dfivice for banging wallpapetr without using tables
and
ludders. Na strot.Hook. 2 no-8:30 Ag '59. (MIR&
12:12)
1., Stroltellw uchastok-73 treata. Moaotdolatroy
No.l.
(Paper hanging)

ivf 118-58-4-6/23
AUTHORS: Dukhovlinov, D.P. and Bondare ,_K.,D,_,_Engineers
TITLE: The Breaking of Potassium Salt by Boring Deep Holes
(Otboyka
kaliynoy soli glubokimi skvazhinami)
PER10DICAL: 14ekhanizatsiya TrudoyOmkikh i TyazhKykh Rabot,
19-)6, Nr A,
PP 15-16 (USSR)
ABSTRACT: The authors give a detailed description of a new
technique
introduced at the Stebnikovsk Potassium Salt Deposits. in
general it consists of sub-level mining, in which minerals
are crushed by blasting deep fan-shaped holes. The new method
is less dangerous and increases a miner's productivity by 25~6-
There are 4 schematic drawings.
AVAILABLE: Library of Congress
Card 1/1 1. Mining engineering-Applications 2.
Mines-Production methods
3. Potassium salts-Production

SIESTAKOVp V.A., kand.tekhn.nauk; SNEGOV, A.I.,
gornyy inzh.;
gornyy inzh.; ALIYEV, A.A., gornyy inzh.;
AGZA140V, K.Sh., gornyy inzbe'; AERAMOV, N.F.
Using deep boreholes for breaking ore in the Sumsar
Mine.
Gor. zhur. no,12:8-10 D 162. (MIRA 15-U)
1. Institut gornogo dela i metallurgii AN Kirgizskoy
SSR (for Shestakov, Snegov, Bondarev, Aliyev,
Agzamov).
2, 'Sumsarskiy rudnik (for Abramov).
(Sumsar region-Boring-Labor productivity)
(Blasting)

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see
tillvilitill Irtill'. of Ow 14- BvIt'l
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Mdh t' i:l%e product im
dme&*k-d by using the
fini-hina the twmins.
)at* am quoted to JkHr the extensive mwotnlc~ achirml
h"vhv. M II'l.
!

XH ~v 11 1 1 11 11 -u 11-18 It v--fr- a~--
OL
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catfilig of Sku with sillem mbidi vk"l& K. T .60
ItwhIjAmav. MrAd'vaya i Keram. Prom, 1947, No. rjT-
It It
it A.; al~trsovt"I In VAe.R. Zralt.. 1947, j I I./ IMI t446
ThC Ilq1I tVM,'I* ill Clittilla 81,01" 111"C' 'A ith %M11"I
cladwr wbevIA44 Oll IOA)Srjsisj .14C and a IM-111411.141 qxM
goal
of Ito to 15 ln./Wn. M IIA
.,Liu
00
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4.10b, NIV 0%, s3st All
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0 0 0 0 0 0 : 0 a 0 0 0 0 0 0 0 4 0 0 0 0 6 0 a 0 0 0
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aq

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77

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eraw
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abstrea 31017. 1 12 /221
td In
2. p. 24 i

1037,-fw~ worwWO1 zortbods for bending SIAM 'are 'le-
lee

seribpd: (1) wAwag *, at fi- pul-Ited firthfick by

means of
metal or wood pattem and pressing the glam to be
lee

00

deforwoed
into tbe mold after walk4ent heating; and (2)

using gypam molds.
After defamation. tise ginsses are

thennally hw*ned in specialty
constructed devk".

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see

off

la

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0~11 logo
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3ond~,.rev, K. T. - ch.r-~es in b,th f 11 '.- ,
ntekol. prom-sti, llo-coir.,, 191"', -:.). 1111-41.~
'000, 10 July 5'3, (Leto;ds 'Zhurnal St;;,toy, lo. ;r, 1940).
SO: U-3 11 11 1

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0 11 1) 11 as 11 14 It it It A
a it It is

Is. It I
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it l' 14V v tam W, A

K. T. Roximaltv

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kmai al oWatue of it thin-layer usechankne (T71
Zcliaan; tw, into a tank lumacv. Its uw at

the 90"Ata"litiovalk
glawq falittit. whk,h percatfut," aul-

00

I that irballe 6 Intritird let Alkent
unibile glass. has Allyn

resin, aftert It Is Ird Into the
furnau'r. The nutPut (if

I and
the lufflave was sails"I to 11110 lacy 24 lar .

.3

hlxbrf YOU" am
still latfttilalr~

so

so

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0
the 61~w bduAry. Glan [Ndw#tfv, V. 29, 19tv. 194S.

96
P. 698-09, 722.
'

kaya i
Condensations of three papers from Stekol
Prom
thlennost (Glass and CA-r-
ru
i
he
k
K

00
t
m
c
s
ava
y
antic Industry) : "Carborundum Saws for Glass,"

r
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K. T. Bondarev (no. 1. 1947, p. 18), "Ileai Con-
-
"
b

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.
3
1). B. GintI
uric (no.
Some Glasses,
c U
do tance
"
Vi
h
i

,
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scos
Nomograins for t
e
ty
. 9): and
7, 1947, v

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,
of Glass,' M. V. Okhotin (no. It. 1047. It. 8).
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00

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a
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sa

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ciam objuidn.) L. T. mmAam%.. sitlit i rrut.11-1 . 9.
%I*%- 11M. P. VWW-~-- -
11-4. 1416 of file Fro-ro.o. TOM out f1m. francl'ttk-Y of
Igia"
111.1 WA%% Of I'llnIVIAIMIJ it W di-A-UNI"I. VIIII is
11111hart of
TaW Mikil-CiA APAI hVIMI Ilft'llw9tift W" tId%u6t*%I-

6~IZIXM Stlb!HtY *1 91-a5z, K. T.
11, No. 7.
O~ Puwdex to a cbirzm c\ms~stlng of SiCh 75, Al,G, Q,43, Fc.
Sul
bility %va!; dad. sgaiw watti atd zlkaU. Alln. ul 6.1
0.3% ZrO~ lacrca~--d alkLli iresbtamm comsUcmbly; furthe.
uddn tD I%rmulz-.tl in !mar.11cr ipcrta5e & reFi5tance.
Ww Yd--d in amt. of 0.3-0.5% to charg-z in tank- fumace,
b
m - ~ rmWts wm rrt obta, ed bzmus~- of high temp.
(14 9~
p, #9 - witemeltv. aud st,3311 takc-,Iff ('110 ks, glas-5 from
134-1.6 per 24.hm. for ae catire siOace), To ovemome
thlsj lo~mhtlfiq KlIx-A cowg. zf)%_ ZY03 WaA added to the
B. Z. Kalpich'.".
MMM
ON 4 MW-l
ROM
Ag SM
I
-1 m
IF IR
07i
alm

tb %RFV (Glusi
W -)No'
-X
is a RUS
q=rtz as a Dew UW 95 ast fiva STan gl-s
747. FUWd f0lQ124! MI 4t).RLFOri 01hastry
?AOSLow. 11, fpcrindic glass-tarks mJti;%9
Plant hu sistmfully uWd fustd T" im
ing 5!~'. alkali'-- In 1 53 a ntin I ni, ft)r ptasi ontaint,19
&lass contain It tz jocks- this tank had 4 cold
rp,, Sia .1. -er surf,,,-~,
NAZO and I - was fine'd ks ght 51 u's ;Ioncs with a 1o%%
aftcr 12 ~Uuj-quartz todes and so the)* are dissOl%ed
-A% ft at 'no I
unsion Ilan 5101- dtTi-vd f" d'(v~, Cr) improve the cOlOur
11 tainin -)*. c a'
more easily. ~ (h=TIZ blocks ( . to pomskly is 3-4p,,' .. A Clult Of
or be gLM% Tht j1pp:ITent po is to; I Irt . fragments of
i,-31 c-avit f ~hkh are covered with B.-fore
Ilam blocks is ft inIM31 cavil I -, the wear.of the blocks.
C"bon cleCtro& and sW ?min d I" W that of a normal fiircbrick, bUt
stallizatioN the detOMMAD11 softening
ctystalll.ti.n (to C111SW ite) I e t ra are of the beginning Of
incn,aw 10 4%-3u C urs 11,700 and 4M.-subsidenco at
~ --/.3u I a -11
1,710- C. 2 tables.) J

BOITDAIMV, K.T.; MALUAMMI, I.V.
Cutting glass with abrasiva saws. Stpk. i ker. 13
ne.8:27-29 Ag 156.
(Konstantinovks-Olase cutting) (KaA 9:10)

~BOND_ gTo
147r-7-7-7 -ll - .--
wl~
Achievements of the Konstantinovka plant "Avtosteklo.'
Stek.i kar.
14 no.10:11-14 0 '57. (MIRA 10:12)
1. Direktor KDnstantinovskogo zavoda "Avtosteklo.'
(Konstantinovka (Stalino Province)--Glass manufacture)
(Glass, Safety)

Rat
i
IYJ
v I 4~i I
III III Ig
a TV
9V
a a
13
IV,
pa A
SAV
Am
it

T-lr,-.rv fra FN I-- V/
AUTHORS: Bondarev, K.T., Director of the "Avtostekld' Works,
72-2-8/20
5u--brovskiy, V.A., Director of the Ukrainian Branch of
the Institute for Glass
TITLE: The Application of Rare Earth Preparations in the Glass
Industry
(Primeneniye v stekol'noy promyshlennosti preparatov redkikh
zemell).
FERIODICAL: Steklo i Keramika, 1958, Nr 2, pp. 21-24 (USSR)
ABSTRACT., Cerium dioxide can be used for the decolorization of
glass, but, be-
cause of its high price, it is not used in a pure state. At
present,
however, cerium-dioxide-oontaining preparations are available at
com-
paratively low prices. They are adulterated in different degrees
by
lamthanum-, neodymium-, praeseodymium- and other oxides of rare
earths
(preparations KU-10). For the purpose of investigating the
possibil-
ity of decolorizing glass by means of these preparations 3 types
of
glass were smelted as an experiment. The composition of these 3 t
rkres
of glass is shown in table 1. L.G. Gurvits assisted in this wo
Ref. 13 .
The transparence of the gla--s samples was measured by means of
the
photometer 4 ~T -15. In their quality of glass decoloriz ing
media pre-
parations of arsenio- and antimony oxides, cerium dioxide, KU-10
and
polirite were usea. The cerium dioxide content in the preparations
Card 1/2 K LL -10 and polirite is shown in table 4. The results
obtained by the

The Application of Rare Earth Preparations in the Glass
Industry 72-2-8/20
glass-decolorization tests carried out by means of a mixture
of anti-
mony- and arsenic oxides are shown in table 2, those carried
out with
a cerium dioxide preparation in table 3, and those in which
the pre-
parations KU_-1O and polirite were used are sho= in table 4.
The ex-
periments are then described and explained in detail. As may
be seen
from fig. 1, polirite possesses the greatest polishing
efficiency,
and fig. 2 shows a. comparison with other polishing media.
Folirite
substances already used can be used repeatedly. By the
introduction
of polirite in the plant Konstantinovka "Avtosteklo" the
efficiency
of the polishing process has been increased to 1.3-1-8 of its
former
extent. Some of the other rare earths compounds might also
find suit-
able use in the glass industry: neodymium- and praeseodymium
oxides
as coloring agents for light filters and artificial glass,
lanthanum
oxide for the production of high-efficiency refractories.
There are
2 figures, 4 tables, and 4 references, 3 of which are Slavic.
ASSOCIATION: Konstantinovka "Avtosteklo" Works
(Konstantinovskiy zavoa -'Avtostekldl)
Ukrainian Branch of the Institute for Glass (Ukrainskiy filial
in-
stituta stekla).
AVAILABLE: Library of Congress
Card 2/2

AUTHOR: Bondarev, K. T. SOV/72-56-lo-3/13
TITLE- Manufacture and Use of Class-Stacks (Proizvodstvo i
pri-
moneniye steklopaketov)
PERIODICAL: Steklo i keramika, 1958, Nr 10, pp 12-17 (USSR)
ABSTRACT: Figure 1 shows a glass-stack consisting of 2 or
more window-
panes. The space between them is filled with cbhydrated
j
air. In z~z,..figures 2, 3,. 4, 5, 6, 7, 8~ 9, and 10
various
constructions of glass-stacks are shown and described. Fig-
ure 11 shows an autoclave which consists of 5 chambers and
is used for preheating, pressing, cooling and blowing of
glass-stacks. In table I the consumption of raw materials
for I m2 of glass-stacks is given. Figure 12 shows the usual
construction of a window wing (a, b) and a wing furnished
with a -lass-stack. Figure 13 gives a desi6nfor a three-
wing window. Wings furnished with glass-stacks make a con-
siderable saving of wood and workin.--time possible (Table
2).
According to the resolution of the Council of Natlional
EconarVof Staltao, in the 4th uarter of 1958 a plant for
the -.1anufacture of 150 000 m~ glass-stacks 1,,er year
shall
Card 1/2 start operating in Konstant-inovshiy stokollnyy
zavod imeni

Manufacture and Use of Glass-Stacks 'M/72-58-10-3/18
OktyabrIskoy revolyutsii (Konstutinovka Glass Works imedi
Oktyabrlskaya revolyutslya). Glavkiyevstroy and Glavmosstroy
also decided to use glass-stacks in 1958. The Akademii
stroitel'stva i arkhitektury SSSR i USSR (Acadt-mies of Build-
ing and Architecture, USSR and UkrSSR) take part in this
action. There are 13 figures and 2 tables.
Card 2/2

AUTHOR:
Bondarev, K. T., Director SOV/72-58-11-3//15
TITLE:
-
-The Road to Fame in Work (Put' trudovoy slavy)
PERIODICAL:
Steklo i keramika, 1958, Nr 11, PP 5-7 (USSR)
ABSTRACT:
By decree of the Praesidium of the Supreme Soviet
the

Konstantinovka "Avtostekloll Factory was awarded the
order

of the Red Banner of Work on August 9, 1958. The
factory

was built in the year 1899 by a Belgian joint stock
com-

pany. At present it is one of the largest factories in
the

USSR and Europe for the production of technical and
build-

ing glass. In 1917 it was destroyed during the civil
war

and in 1925 it was rebuilt. During the Second World War

it was removed to the Ural and later in the course of 7

years it was again restored with the expenditure of
several

100 000 000 Roubles. In 1950 it had achieved its
production

level of 1940, and in 1957 its production was 4
times that

of 1950. In the post-war years new types of
technical and

buildinG glasses were produced. The process
of automatic

metal-feed was introduced by employees of the
factory. In

1948-1949 the glass production by the method of
continuous
Card 1/2
rolling was introduced, whereby the
productivity increased

The Road to Fame in Work
SOV/72-58-11-3/15
by 8 - 10 time and the quality of the rlaao was very marked-
ly improved. A number of working men were involved in this
work. Through the efforts of several foremen the capacity
of the melting furnaces and machines was raised 2 to 3 times-
The glass-grinding and polishing were also considerably
improved. The control of the thermal processes in the
furnaces
was also made automatic. Employees of the factory in the
past years offered over 4000 suggestions for improve-
ments, which resulted in greater economizings. The technical
level of the workers and the technical personel is constant-
ly being improved by schooling. The factory has for three
years been the leader in the All-Union Socialist competition
in the undertakings of the building mateiials industry. The
Seven Year Plan (1959-1965) includes extending the facilities
and introducing new manufactured products into this factory.
ASSOCIATION: Konstantinovskiy zavod
"Avtosteklo"(Konstantinovka Factory
"Avtostekloll)
Card 2/2

k ij
1
ull
Ti
as a
set a a :;A4
io
all lyg 4 1
'4o
0 3i;
bi
zi 4 j
via

AUTHORS. Bondarev. K. T., Kozlmin, M. 1.9 S/07
60/000/04/002/029
NtmWro-v-f-A-.--$-.y--*vv*llchukp M. BOV3014
N
TITLE: Production of Heat-resistant ~heet-glass by Means of the
Method
of Continuous Rolling
PERIODICAL: Steklo i keramika, 1960, Wr 4, PP 4-12 (USSR)
TEXT: In the article under review the authors describe the
methods used to
produce hoat-resistant sheet-glass by means of continuous
rolling, which were
developed by them in cooperation with I. G. Gurvits, Ye. G.
Gurvits 0. V.
Vyshinska~jj D. F. Milodanov, G. 1. Poltoratskiy V. A.
Zhelezteov, N. A. Korsun,
and Ye. S. Gnedashevskaya. The first experiment was performed
with RKE-1 glaffl'Ja the
furnace shown in figure 1. An ordinary rolling machine with two
rolls made of
EKh-25 steel (diameter of 320 mm, water cooling) was used for
this purpose. The
glass band was annealed in a furnace of the type IX-100OX18 of
the 2avod "Steklo-
mashina" (Plant "Steklomashina-1). The temperatures of the
glass-melting furnace
are shown in figure 2. The quality of VKR-1 glass is listed in
table 1. The
heat-resistant glass produced in this way was unsuited.
Nonalkaline glass of the
sort Nr 31, which meets all requirements, was obtained by
experiments. Its
composition and some of its physicochemical properties are
given. A new tank
furnace was installed, whose design and temperatures are shown
in figures 3-6
Card 1/2

Production of Heat-resistant Sheet-glasa by Means of
S/072J60/000/04/DD2/029
the Method of Continuous Rolling B015/BO14
and 7, respectively. The EKh-25 rolling machine which has
rolls 120 mm in
diameter (instead of 320 mm), is illUBt'rated in figures 8 and
9. Data on the
glass band and the rolling rate are contained in table 2, and
the quality of
polished glans is shown in table 3. Figures 10 and 11
illustrate the condition
of the furnace lining after a campaign of nine months. Mass
production of' heat-
resistant 91ELOS is only possible by means of a tank furnace
designed for high
melting temperatures and an output of at least 300-350 kg/24 h
per 1 m2 of the
hearth. it is further necessary to build a rolling machine
whose rolls are
made of heat-resistant steel and warrant normal operation in
the temperature
range 1400-14200. It is also necessary to establish a
continuously working
annealing furnace which permits normal annealing of the glass
band. There are
11 figures, 3 tables, and I reference.
Card 2/2

S/072/60/000/010/001/004
B021/BO58
AUTHORSs
TITLER
PERIODICAL:
Bondarev, K. T., Boroday, F. Ya.
Production and Use of Light-sensitive Class \b
Steklo i keramika, 1960s"'-~ No. 10, pp. I - 4
TEXTs Light-sensitive glass can be produced by the admixture
of gold,
silver, or copper to any technical glass containing silica,
oxides of
alkali metal and of bivalent metal. The optimum amount of
light-sensitilre
components is tabulated. Lithium-, potassium-, and
sodium-oxide are used
as alkali-metal oxides, and any oxide with which colorless
glass can be
obtained5 may be used as bivalent metal oxide. Glasses with
gold or
silver content lose their light-sensitivity through the
presence of
copper. The light-sensitivity of glass is influenced by its
melting con-
ditions, the character of the furnace atmosphere, and the
presence of
redox agents. Depending on the glass composition, radiation
dose, and
thermal treatment, white and colored semitransparent and
nontransparent
pictures can be obtained on transparent glass, as well as
colored
pictures on subdued white ground. Lithium-containing glasses
of special
Card 1/2

Production and Use of Light-sensitive Glass
S/072/60/000/010/ooli/004
B021/k58
4,
light-sensitivity have been developed at the experimental
departmen. of
the Konstantinovskiy zavod "Avtostekloll (Konstantinovka
"Avtosteklo"
Plant). The glass0was molten in the crucible furnace at a
temperature of
from 1450 to 1480 C in oxidizing atmosphere. After rolling,
the glass
was annealed in the tunnel kiln. The samples were treated
with ultra-
violet as well as X-rays, mercury-quartz lamps of the type
CBAUJ-1000
SVDSh-1000) and TTPK-7 (PRK-7) and the installation of the
type 'PYT-2
P-2) being used. The glass is etched in hydrofluoric acid in
order to
C
obtain plastic pictures, the difference of etohing between
the exposed
and unexposed parts of the light-sensitive glass becoming
noticeable,
Plastic glass products may be obtained by exposure of the
glass through a
photonegative by means of ultraviolet rays, heat treatment
and subsequent
etching in hydrofluoric. acid, as can be seen from Figs. 1 .,
4. By this
method, tiniest openings can be obtained on thin,
light-sensitive glass.
There are 4 figures, 1 table, and 2 non-Soviet references..
Card 2/2

86455
S/072/6o/ooo/ol 2/006/008
B021/BO58
AUTHORS: Bondarev, K. T., Minakov, V. A.
TITLE: Submicroscopically Inhomogeneous Structure of Glass
PERIODICAL: Steklo i keramika, 196o,.,No. 12, pp. 22 - 27
TEXT: On the basis of the curves of dispersion intensity
of small-angle
X-ray scattering, Ye. A. Poray-Koshits and N. S. Andreyev
inferred a sub-
microscopically inhomogeneous structure of sodium
borosilicate glass.
0. K. Botvinkin and N. I. Ananich showed that these
glasses, such as
noneks, ~C-9 (ZS-9), and others have two phases.
Electron-microscopic
studies were made with an 3M-3 (EM-3) electron microscope
which has a
resolution of 100 A. X-ray structural analyses were
conducted on the
YPC-50 (URS-50) device. The liquation in glass of the
system Na 2O-B 203
is illustrated in Fig.l. L. I. Demkina and A. A. Appen
demonstrated the
possibility of the transition of boron into the
tetrahedral form. The
glass was melted by Ye. 0. Gurvits and 0. M. Vyshinskaya;
the heat treat-
ment was performed by S. Ye. Dvorkina and G. S.
Porvenkov; and
Card 1/3

86455
Submicroscopically Inhomogeneous Structure
S/072/60/000/012/006/OOB
of Glass B021/BO58
V. P. Stativ and V. N. Karlyuk assisted in the structural
analysis. The
electron micrograph of the surface of B203' 3sio2glass is
shown in Figi2.
The results of the authors agree with the conceptions of Ye.
A. Poray-
Koshits and S. P. Zhdanov on the structure of borosilicate
glass. Sodium
borosilicate glass (6% Na 0, 29~; B20 65% SiO ) shows
inhomogeneous
zones but remains perfectiy transparKlt (Fig-33, thus proving
0. K. Botvinkin's hypothesis on the structure of glass. The
heat treat-
ment of these glasses at temperatures between 490 and 8000C
changes
their structure radically (Fig-4). Large and small pores can
be detected
by irradiating a preparation of porous glass, which was
obtained by com-
pletely leaching out sodium borosilicate glass in hydrochloric
acid
(Fig-5). Tests of some industrial glasses, the composition of
which is
tabulated, showed that phase composition is characteristic of
most
types of glass. Inhomogeneous regions were detected in samples
of Pyrex
glass with slight opalescence (Fig.6). The mass-produced glass
No. 31
has a submicroscopically inhomogen.eous structure, which is
distinctly
marked after heat treatment (Fig-7). After hardening,
zirconium glass
~-18 (Ts-18) shows inhomogeneous regions (Fig.8). Inclusions
similar to
Card 2/3

86455
Submicroscopically Inhomogeneous Structure
S/072/60/000/012/006/008
of Glass B021/BO58
crystal formations were discovered in samples of
mass-produced window
glass which had been subjected to heat treatment and remained
transparent
(Fig.9). A liquation in the absence of a crystalline phase
was discovered
in continuously rollod glaso after heat treatment (Fig.10).
The mass-
produced transparent glass 0253 has a submicroscopically
inhomogeneous
structure (Fig.11). Lithium-containing glass remained
transparent after
heat treatment and exhibited a submicroscopically
inhomogeneous struc-
ture in the absence of a crystalline phase (Fig.12).
Transparent glass of
the cordierite system showed no chemical inhomogeneity but a
crystalline
phase (Fig-13). The properties of glass and microcrystalline
materials IY
can be influenced by xegulating the process of liquation,
i.e., the sepa-
ration of glass into phases. The authors' studies of the
submicroscopical-
ly inhomogeneous glaso structure contradict
Zachariasen-Warrents hypo-
thesis on the structure of glass as a continuous, disordered
lattice,
and prove the crystallite hypothesis by A. A. Lebedev and the
aggregation
hypothesis by 0. K. Botvinkin. There are 13 figures, 1 table,
and
13 references: 6 Soviet, 4 German, and 3 US.
Card 3/3

FW
15. T1
AUTROR.-
TITLE:
PERIODICAL:
Bondarev. K. T.
------ I "-~
87577
S/0-172 61/000/001/002/00~:
B021YB054
Stresses Originating in Leaching Sodium Boron Silicate
Glasses
of
Steklo i keramika, 19611j^-No. 1, pp. 19-23
TEXT: In leaching sodium boron silicate glasses, compression
stresses
originate in the porous layer due to swelling, and
stretching stresses
due to shrinkage. In the non-leached part of the glass there
occur
stresses whose sign is contrary to that in the porous layer
(Fig.
0. S. Molchanovals investigation showed that amount and sign
of stresses
in leaching depend on glass composition and heat treatment,
At the
V
testing department of the Konstantinovskiy zavod
"Avtosteklo" (Konstanti-
novka "Avtosteklo" Works), the author supervised
investigations of
stresses in leaching sodium boron silicato glasses. N. N.
Bazhenova,
Ye. G. Gurvits, S. Ye. Dvorkina, G. S. Porvenkov, and L. Ya.
Seraya
assisted in the operations. The change in volume of the
porous layer was
measured by an HKITB(IKPV) interferometer. Stresses in the
porous and
Card 1/2

87577
Stresses Originating in Leaching Sodium
S/072/61/000/0011'002/'005
Boron Silicate Glasses B021/BO54
the non-leached glass layers were determined by the
birefringence valuc
by means of a polarimeter coupled with the interferometer.
Pig. 2 shows the
volume change in glass leaching as a function of its alkali
content.
Fig. 3 shows the content of sodium oxide in the ranges of
heterogene2ty of
sodium boron silicate glasses under various conditions of
heat treatment,
as dependent on the content of sodium oxide in the initial
glass. Fig. 4
shows the dependence of the amount of stresses in glass
leaching on the
composition of the heterogeneous region. The type of
stresses originating
in the porous layer in leaching sodium boron silicate glass
is based on th,~~
two-phase character of the glass. Amount and sign of
stresses in leaching
depend on the composition of the easily liquefiable,
heterogeneous phase.
The composition of the regions of heterogeneity, however,
depends on the
glass composition and the conditions of heat treatment.
There are 5
figures and 4 references; 2 Soviet, I German, and 1 US,
Card 212

S/833/62/'000/000/001/004
D034/D114
AUTHOR: Bondarev, K.T., Candidate of Technical Sciences
T. IT LE: 11,11icrocrystallinc materials on a glass basis,
their Pro-perties
and fiOldS Of aT~plication-
SOURCE.- Voprosy razvitiva stekollnoy i farioro-fayansovoy
promysh-
lennosti. Ed. by F.D. Dvcharenko. Kiyev, !zd-vo AN UkrSSR,
3.962, 47-51
TEXT: 11licrocrys tall ine materials on a glass basis, known in
the
USSR as sitall and in the USA as pyroceram are described and
their struc-
ture is explained. They have a higher mechanical strength,
better heat re-
6istance, higher softening temperature, and.a h1gher degree of
hardness
than the original glass. When the temperature of the
supercooled liquid
Class drops, the movement of the m6lecules is retarded and will
result in
a homogeneous formation of the crystallization centers or
heterogeneous
crystallization or processes o~ crystal growth in.the presence
of catalysts.
The process of formation of crystallization centers may arise
due to the
Card 1/2

Microcrystalline materials on a
S/833/62/000/000/001/004
D034/Dl14
action of x- or ultraviolet raya on the cooled glass. The light
quantum
-when interacting w-'th Claps either excites a ailver, gold, or
copper ion
reaction a or ionizes there ions rea-ction b - produoing a free
electron:
(Ail+
Ag t hv
During the heat. treatment proce~-- o:F the glass, the electrons
knocked. out
-by the quantum of active radiation neutralize the silver ion
following the
reaction 0 4 V. At prevent, foL~r bit .sic methoas are
Ag -1- 0 _>Aa + 11v '11
used for obtainin(~, microcrystalline materials on a glass basis.
Fluorine,
light-sensitive additions, such as Cold, silver and copper,
titanium oxide,
ferric and manganous sulfides may be used as crystallization
catalysts.
Sitall based on magnesium-alumosilicate compounds and sitall on a
cordierite
base proved to be promising in building, radioelectronics, electric
engi-*
neering, and machine construction. There are 3 figures and 3 tables.
ASSOCIATIONi Zavod "Avtosteklo" ("Avtosteklo" Plant), Konstantinovka
Card 2/2

BOINDAREV, K.T.
61--
"Polished glass" by IU. A. Brodskii. Reviewed by K. T.
Bondarev.
Stek. -- ker. 19 no.1:47-48 Ja 162. OMIRA 15:3)
(Glass manufacture) (Brodskii, IU. A.)

BONDAREV K.T.; BREKHOVSKIKH, S.M.
!41~-
"Glass technology." Edited by I.I.Kitaigorodskii.
Reviewed by
X.T.Bondarev, S.M.Brekhovskikb. Stek. i ker. 19
no.2!48 F '62.
(MIRA 15- 3)
(Glass manufacture) (Kitaigorodskii, 1. 16)

BONDAREV, K.T.; MITKEVICHO G.I.
Glass doors. Stek. i ker. 19 no.8:11-13 Ag 162. (MIRA
15:9)
(Glass construction) (Doors)

S/bBI/63/000/002,1043/0;3t)
B156/3144'
AUTHOR: Bondarev, K. T.
TITLE: investigation of structural transformations in eodium
boroailicate glasses
PERIODICAL., Referativnyy zhurnal. Xhimiya, no. 2, 1963, 375,
~Lbstract
2M65 (Steklo. By-ul. Goo. no-i. in-ta stekla, no. 1 (110)1
19619 10-18)
TEXT: The results are given of an investigation into the structures of
sodium borosilioate glasses which have undergone various heat
treatments
for 10 hre at temperatures of 470-78000 in a gradient furnace. The
process of lea6hing-sodium borosilicate glass was studied. It is shown
that the concentration of the H01 affects the volume of the porous
layer
and the stresses during leaching. It is established that the
spear-shaped
curves for 'theswelling of the porous layer are not associated with
structural changes taking place in the glass during leaching, but that
they are associated with the different extents to which the silicon
dioxide swells according to the concentration of pH ions. 12
references.
Abstracter's note: Complete translation.]
Card 1/1

KITAIGORODSKIYY I.II, prof. (Moskva); BONDAPEV, K.T.,
lumd.tekhn.nauk
(Moskva)
New crystal glass materials made of slag. Priroda 51
no.9:3-11-114
s 162. (MIRA 15:9)
(Glass) (slag)

GAYDASHR B.I., inzh.; DONDAREV.. K.T., kand. tekhn.
nauk
New high-valtage rod-type insulators from
crystallized
glass materials. Energ. i elektrotekh. prom. no.l:
29-30 Ja-Mr'64. (MIRA 17;5)

~~Ni-6~ 5YT(o)/ZPA(s)_2/ EWT (m)/-PF(n)_2/EPA(w)_2/EPA
(bb)-2/DiP(b) Pab-10/
-!ACCESSION NRI AP4048556 Pq-4/pt-lo/Pu-4
S/0286/64/000/01910032/0032,
wellwH
:AUTHORI V41MLRVU00-1~.!_,Y~- I - I -Bon 0gr8V T. ; B a raukov , H
. I
!Lazorenko"_V. 1. ; knin j:77, Mitkavich.'G, I.; Parvankov, G. S.1
D 0-YI-0 I GV
ITITLEt He thod, for manufacturing flat foam pyrocarn products.
'Class 32, No. .165528
:SOURCEt Byulleten' iz6broteniy I tovarny*kh znskov, no. 19, 1964,
32
!TOPIC TAGSt An Author Certificate has been issued for a method of
imanufacturing flat foam pyroceram (sitall) products based on glass
imade from slag. The glass is beat-treated in two stages-in order to
,obtain a porous surface, while maintatning a nonporous subsurface.
:While the subsurface Is being cooled. the surface is heated to
~iOO-150C above the crystallization point to a viscosity not to ex-
,'ceed 400-500 poise, and maintained under these conditions for
10-30
.minutes.
ASSOCIATION t~'_ none
Cord .1/4

...............
. . . . . . . . . . . . . . . .
o~,ItPOf~c '~(~)/EFA(v)-P /DP(j
VC( b b,-)
ACCESSION NR: AP5018930 UR/0363/65/001/006/0943/0946
661.1:642.6
.44-
AMIORA. Bondarev K. T.; BakaukKOV. M. 1. - Gollua T. Ye.; Minakov, V.
A.;
TITLE - Effect of abrupt temperatare changes on the structure and
properties of certain
pyroceramICB
SOURCE: AN MR. Izveattya.'NeorganIchealdye materialy, v. 1, no. 6
1965 943-94G
TOPIC TAGS; pyroceramic allizbd pyroceramic, glass structure, glass
tnechmieaL
property
ormally crYBtalllzell
AMTRACT: Samples *In pyroceramics were 6ubjected to addition: 1
invatiple heating up tothe maxbv~~wori=dngtem~perature and were then
cooled to the
ambient temperature. To prevint mechanical failure, the rate of the
thermal changes
was chosen by allowing for the Areas relaxation time in the material.
The phase analysis,
was carriedout with R URS-50I difEractometer. Structural changes were
studi6d with an
EM-5 electron microscope and Npd-BM metallWaphic microt-icope. It
w-as famd that
a process -Df "final" crystallizWon lasting 2-3 days and changing
into recrystallizatiGn

't~ -Z~7

-BOINDI~~,O.Ev " "1.4,7", ~111 I' ~;i , ; -,A, NA,
A ~ .~ .
- I. rayn~ c a ~ lzv.
'. a il ~-.. a.~. F2 - ~~ ,, c,:i n Y. orrv; j., e
n fi -'~ '-,y o ~' g -';- s b t- :I it - iuJ c y r
f -~ e
10, nat,- I no.;--~916*,I-.'1618 , o '65t,
(\,I*-,RA 1&8)

ban
I 60-9h&-65 DW-7(1)1 C4 P(We".-TPO )/EFA 6-0-2/
'r. 4~
777 Z~
ACCESSION NR: AP5018934 UR/0363/65/001/006/0969/0972
G61.1:542. 65
.-AMEHOR:-Bondarev X.T~.;-K~jlyuk .--N. - MinakoV, V-A.
TITLE: -K1n(3ticB of hgtro eneous cUBtaRization of a alag oceramic
V-1
SOURCE: AN BBS11. IzvoBtlya.'Neorganicheskiye, materialy, v. 1, no. 6,
1965, 969-re 2
.-TOPIC TAGS: pyroceramic, glass porce'lainj,pyroceramic
crystallization, heterogeneous
cry-9tallization
--nu6khii6n ce-n-t-erns:--a-364-t h-, egrowth of crysti 9 ther
AiMURACT: The formation 6f con were
lag pyroceramic and in glass porce'sain.
stuffied as a function of temperature in a -B The
specimens had been subjected to a special heat treatment in a platinum
furnace with a
highly extended temperature gradient. Electron microscopy, x-ray
Btructural anrodysis,
and differential thermal annlysis were employed. Tho curves
representing the teniperattire
derendence of the number of nucleation centerB and linear growth of the
crystals were
found to be similar -to the known curves of homogeneous formation of
nucleation centers and
mptal growth in supersaturated liquids, and to curves predicted
theoreticaIly for the
cuie of pyroceramIzation of glass. The maximum quantity of separated
nucleation centers
ww observed in the region of a weak exothermic effect preceding the
main one of the curve
C13ril 1/2

Y.T., 11-and. tehhn. nuuk; MIMAKCIV, V.J'-.., in"'In.;
ZAJ*Kr-,I., ir-zh.
IiivcL:;tigating the composition and the nature of
ches-nical heterogeneities
in industrial glass. Stek. i ker. 22 no.8:13-15 Ag 165.
(MIRA 18:9)
lo Zavod "Avtosteklo".

L 06476-67 EWT(M)/FWP(8 EWP(t)/gI IJac) WH/Mr ~JW JD
ACC NRi AR6028233 SOURCE CODES URloo8116610001009IM12IM12
'AUTHORS B*rA&r~vg K. T,; K#Irlyuk, V. N.: Minakov, V. A,
3
TITIZS Nucleation of catalyvt and crystals in certain
ocIeramios 13
SOURCES Ref.-th. Xhimiyal, Part Ilp Abe. 9M
REF SOURCES Steklo.Tro In-ta steklap no. 3(128). 19659, 103-109
TOPIC TAGSs nucleation# catAlyted crystallization, glass
property,, glass product
ABSTRACTS A study was made of the temperature dependence of the
quantity of centers
and growth of crystals of the main silicate phase on them in
the glass of white slag-
pyrocera.mic and for the purpose of comparing some other
pyroceramics. The studies
were made on samples which had undergone a special thermal
treatment in a Pt furnace
with a highly stretched temperature gradient. The soaking time
was 2 hr. The temper-
ature-dependence of nucleation was studied by means of
quantitative electron micros-
copy. The temperature curves of precipitation of nuclei and
growth of-cryBtals of the
main silicate phase in the slag-pyrocaramic and glass porcelain
were found to be simi-
'lar in shape-to curves of homogeneous nucleation and growth of
crystals in superoatu-
rated liquids and curves theoretically predicted for the case
of glass crystalliza-
tion. However, in glaeqes tending toward liquation, the
nucleation of Zn, Fe and Ym
sulfides andlfluoridesQrobably occurs immediately upon ctuling
of the glass malt.
The curve of the number of crystallization centers as a
function of the reheating temp-
Card 1/2

-L-06476-67
ACC NR, AR6028233
perature of the glass has a characteristic horizontal branch. The
cause of the ob-
served warping of articles made of tho slag-pyroceramic has been
dotormined and ex-
plained. This occurs when the temperature curves of the
precipitation of nuclei and
or7stal growth do not overlap. The observed temperature
dependences of nucleation and
crystal growth in the slag-Moceramic and glass porcelain showed
the fundamental pos-
sibility of plotting the temperature dependence of the nucleation
rate and crystal
growth and theit relationship to the chemical composition. I. Hs
[Translation of
abstract]
SUB COM II
card 2/2

SOURCE~-CODE-,--UR/0363-/66/oo2loog/1716/17~
AUTHOR: '_BondarovA__4,_.Tj, Karlyuk, V. N.
,3/
ORG: none
15/
TITLE1 Controlling tho crystallization kinetics of a olag
pyrocaramio
SOURCE: AN SSSR. Izvestiya. Noorganichaskiyo materialy, v. 21,
no. 9's lWo, 1716-1719
TOPIC TAGSt crystallizationp silicate glass, fluorine, slag
ABSTRACTZ The effect of various amounts of fluorine on the
pyroceramization kinetics
in a slag pyroceramic was stucbnd. Meroscopie analysis showad
no appreciable influence
of fluorine on nucleation: as'in the fluorine-free slag
pyroceramic, the nuclei formed
in the molt continue to exist in the 20-5306C range. A further
rise in temperature
incroazes the density of nuclei per m3 and decreases thoir
size.. Dobye powder pat-
terns and x-ray structural analysis showed that the
introduction of fluorine causes
the separation of crystalline phases at lower temperatures, a
redistribution of the
temperature domains of their existence, end the separation of
now crystalline phases.
The results obtained indicatoth~titjs possible in principle to
control the kinetics of
pyroceramization by changing the temperature course of the
viscosity curve by moans of
fluorine admixtures, which lover the crystallization
temperature, and eliminate the -
tom.perature gap between the processes of nucleation and
silicate crystal growth in
C6rd t/2 um 666AI542.65

-D U-0-f:7,L,-Vr

n g a u o h. -te

AVANESOV, V.T.; MAZOV, E.G.; GUSEYNOV, G.P.; BONDAREV
K.V.. :
Analyzing results and evaluating possibilities of
Sub-Kirmaki,
flooding in the Chakhneglyar field. Trudy AzNII DN
no.3:169-209
'56. (MM 11:6)
(Apsheron Peninsula--Oil well flooding)

RZABEKOV, Z.F.,- AVANESOV, V.T.; BONDAUX, K.V.
FXfect of surfactants (in th-~ ol-i -ing properties of
sea and
river water. Nefteprom.d9lo no.11:13--.16 163,, (MIRA
17:3)
1. Azerbaydzhanskiy institut p0 dobyche,
nefti.

BONDAREV,L., student 4-go kmrsa
--'- ~'.
A single line. Vokrug sTets, no.5;6-7 NY '55.
(MLRA 8:6)
(Angara River--Scientific Medition)

-,-A
Kolpakovskiy Glacier [with summary in French]. Rab.
Tian'-Shan.
fis.-geoge lab* no-1:55-64 '58. - (MIRA 12:8)
(Kolpakovokly glacier)