SCIENTIFIC ABSTRACT LIKVENTOV, A. V. - LILEYEV, I. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929920009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/General and systematic Zoology. Insects, Harmful P
Insects and Acarids, Forest Pests
Abs Jour : Ref Zhur - Blol., No 3, 1959, No 11648
incidence of 14 from linden into oak plantations
Is facilitated, thereby causing an Increase in
the numbers of M. Six tables. -- A.P. Adiranov
Card : 3/3

/General and Specialized Zoology - Insects. Ifarnful P
Insects and Acarids. Forest Pests.
Abs Joue Ref Zhur Biol.) No 6, 1959, 25494
Author Likventov A V
Inst
Title An Experinent in the Control of the Gypsy Moth.
Orig Pub 'Vestn. a.-kh. nauki, 1958, iio, 4, log-lio
Abstract The Msy moth nidus (in Belgorodskaya Oblast I) having
a density of 2.1 ovipositions (0) per tree (325 eggs in
one oviposition) was treated with petroleu m in auturxi of
1955 and in spring of 1956. In May, when the caterpillars
had transferred to th,,@ tree branches, 222 hectares were
sprayed with DDT dust, and in fall only a few 0 were re-
corded here. on a parcel of 60 acres wider control, the
0 numbers were decreased (by petrolization) to 0.2 per
tree) but in August they were increased to 1.5-4.5.
In spring of 1957, petrolization of 0 (about 20 hectares)
Card 1/2

USSR/General and Specialized Zoology - Inoects. Harmful P
Insects and Acarids. Forest Pests.
Abs Jour Ref Zhur Biol., No 6, 1959, P-5494
and dusting of the forest borders (less than 2 hectares)
were conducted. Notwithstan"Ang the incomplete treatment
of 60 hectares, the caterpillar numbers decreased by 70
times owing to their infestation by the Apanteles and
their destruction by birds. It appeared that towards
autum the nidus on 282 hectares was liquidated. -- A.P.
Adrianov
Card 2/2
- 40 -

LIKVRRMV, A.Y., kand.sellskokhozyaystvennylt nauk(Leningrad)
Honoring Profesaor Starka. Zushch.rast.ot vred.1 bol, 4 no-3:59
MY-Je 159. (KIRA 13:4)
(Starka, Vladimir Nikolaevich, 1899- )

,___.@IKVMTOVt A.V.! kand.sellskokhozyaystvennykh nauk
The restraining influence of mixed oak-kinden stands on the
ilultiplication of the gypsy moth. TrucLv VIZR ho.15:33-40 160,
(MIn 24:3.)
(Gypsy moth-Host plants) (TAnden)

LIM11TOV
Use of preferred temperatureo in studying Insect behavior.
Zoolozhur. 39 no.1:53-62 Ja 160. (14IRA 13%5)
1. All-Union Research Institute of Plant Protection,
Leningrad.
(I-asects-Kabits and behavior)
(Temperature-Physiological effect)

TMIN, I.;, FONARIW, G.; A,
Repair of engine blocks by epoxy resin. Mor. flot 20
no. 12:30 D 16o. (MIRA 13:12)
1. Nachallnik laboratorii ?Sentrallnogo nauchno-issledovatell-
skogo instituta morskogo flota (for Yelin). 2. Nacba.Llnik
otdela flota Antarkticheskikh kitoboynykh flotilty (for
Yonarev). 3. StarsbAy in2hener Odesskoy nauchno-isaledovatell-
koy stanteii TSentrallnogo nauchno-isaledovatellkogo
instituta morskogo flota (for Likver).
(Karine engines--Ka-intenance and repair)
(Apoxy resin)

S/081/61/000/020/061/089
B102/B147
AUTHORS: Yelin, I. A., Zhur, N. V., Likver, L. A., Nunuparov, S. M.
TITLE: Protection of propeller shafts again-st corrosion by glass
plastics based on epoxy resin
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 20, 1961, 264, abstract
201196 (Brl takhn.-ekon. inform. M-vo morsk. flota SSSR,
no. 1 (40 , 1961, 32 - 45)
TEXT: The application of reinforced-glasa-fabric coatings produced on the
basis of epoxy resins is much cheaper than rubberizing, and reliably
protects propeller-shaft surfaces against corrosive destructiop.
IAbstracter's note: Complete translation.
Card 1/1

NUNUPAROV, S.; LIKVER, L.
Experience of the Black Sea Ship Line in the use(of epoxy resins.
Mor.flot 21 no.2:28-30 F 161. MIRA 14:6)
1. Nachallnik tekhnicheskogo otdela Chernomorskogo parokhodstva
(for Nunuparov). 2. Starshiy inzhener Odesskoy nauchno-issledo-
vatel'skoy stantsii TSentrallnogo nauchno-isaledovatellskogo
instituts. morskogo flota, (for Likver).
..(Ships--Maintenance and repair)
(Epoxy resins)

LIKVFJU4AN, A.I., inzh.; GOLIDIN, G.B., inzh.
Covering deformation seams in large-span bridges. Avt.dor.
28 no.10:21-22 0 165.
(MIRA 18:11)

LIKVFINAN A.I., inzh.; GOLIDIN, G.B., inzh.
Efficient design of th,:., .9iipporting FArt3 of ausperider, 9@an
structures. Avt.dor. 27 no.12,223-24 D 164.
(MIRA 18:2)

124-57-1-1210
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1. p 166 (USSR)
AUTHORS: Pochtovik,G. Ya. , Lyubirnov, G. D. , Likverman, A. 1.
TITLE: Investigation of the Strength, Rigidity, and Crack Resistance of
Reinforced-concrete Structures Based on "Kerarnzit" Clayey
Filler Gravel (Issledovaniye prochnosti, zhestkosti i treshchi-
noustoychivosti zhelezobetonnykh konstruktsiy na kerarnzitovorn
gravii)
PERIODICAL: Tr. Mosk. avtornob.-dor. in-ta, 1956, Nr 18, pp 231-240
ABSTRACT: Bibliographic entry
1. Box beams--Stresses--Test results 2. Box beams--Vibration
--Mathematical analysis
Card 1/1

E F 11.9

ARTSIMOVICH. I.A.; ARMIANOV, A.M.; DOBROKHOTOV, Te.I.; LIKIYANOV, S.Yu.;
FODWRM, I.M.; SINITSYN, V.I.; FILIMV, N.V. , - - ---:-----
Hard radiation emitted by pulse discharges. Atom.energ. no,3:84-87
'56. (Electric discharges through gases) (MIRA 9:9)

" @IIE 4 rL:7
ZHAROVA, T.M. -imzh. po rai.-sionahzats'-f-, PAKHOYOV, T., jl@
ri
che: -oy 1,
Peader8l letters. 1rfom..biuI.VDNFiII nc).5t-,.4 my
t M I RA35
GiavrVy Inz1h. ()desskogo ordqna Trudovago Krasnogo Znamimi
zavoda tyazhalcgo kranostroyenlya inieni Yanvarskop) voo9raniya
(for Pakhomov). 2. C@osskiy- -,rJena 'Trudovogr, Krasnogo Znamen--
zavud tyazho!,@-go kynnostroyenlya imenf-' Yanvarrkoga vczistlaniya

LILICHITSKIYP E.I.; TASHLITSKIY, A.I,; FlSHBERG, A.Ya.
I New machine for expanding tubes. Mashinostroenie no.1:3-1
Ja-F 163. (MIRA 16:7@
(Machine tools)

LIL- LiA/
LILENKO, S.I.
Effectiveness of Rauwolfia serpentina.Fopantions in hypertenaim.
Vop. pat. krovi i kravoobr. no.5.'179-188 159. (la.-A 15:4)
(RAUWOLFIA-THF,RAPBUTIC USE) (HYPERTENSION)

HOLCHANOY,N.B., professor, redaktor; DMMO,A.G., doktor meditsinskikh
nauk, dotsent, redaktor; LILUKO,S.I., redaktor; IMARA H.G.A.,
takhnicheekly redaktor -
[Problems in the prophylaxis of rheumatism, ulcers. hypertension,
and the dispensary treatment of large groups of population; sts-
nographio reportj Yoprosy profilaktiki revaatizma. iazvennoi, i
gipertonicheskol boleznei i dispanserizataii asnovnykh grupp nase-
lentia; stenograficheskii otchat.[Leningrad] GosJzd-vo meditsin-
skoi lit-ry-, Leningradskoe otd-nie, 1955. 276 p. (KIRA 9:3)
1. Vsesoyuznaya konforentsiya terapevtov. 2. Chlen-korrespondent
AHN SSSR (for Molchanov)
(REIMUTISM) (HYPHRTINSION) (AMLIC HULTH)

SMORODINSIT, A.A., redaktor; LIMKO, 8, 1, IrsdAktor; KHARASR, G.A.
tekhnicheskiy, redaktor,
[Problems in the*pathogeneals and immunolog7 of virus infections.]
Voprosy patogenesa i immunologii viruen;ikh infektaii. (Leningrad)
Gos..izd-vo meditsinskoi lit-ry, Leningradskoe otd-nie,1955. 479 P.
OaJIA 8:8)
1, Oblen-korrqgpondent ANN SM (for Smorodintsev).
(Virus 'diseases)

ATAK-15 YZVA. Yelizavets. Ivanoyna; BOGDAROVA, Kariya Semenovna; 1ILEMW
Slit, redaktor; RULZVA, H.S., takhnichaskiy redaktor,
I--,
[Work therapy in hospitals; knitting] Trudoterapiia v lechabnykh
nchrexbAe'niiakh.; viazanie na sPitBakh- CLel#ngradj Goe.izd-vo
med,lit-rjr, Lenlngr.otd-me, 1956o 44 pe (MLRA 10:6)
Nitting)

SHAFIR, Avraam Isaakovich; Professor; LILUM, s.r., redaktor; IHARA K, G.A.
tekhnicheakiy redaktor.
(Sanitation for dwellings] Gigiena shilishchs. Leningrad. Goo.izd-vo
med.lit-r.v, Leningradskoe otd-nie, 1956. 57 p. (ML'RA 9:6)
(Sanitation, House4old)

KOLCHANOV, U.S.. professor, otyetstvennyy redaktor; MOO, A.G., doktor
meditsinskikh nauk, doteent, otvetstvennyy redaktor; LILICHKO, S.I..
radaktor; KHARA H, G.A., tekhnicheskiy redaktor 1@
[Problems in the employment of antibiotics in clinical treatment of
internal disease; a stenographic report) Toprosy primeneniia anti-
biotikov v klinike vautreanikh zabolevanii; atenografichookii otchet.
Qtv.red. N.S.Holchanov i A.G.Dembo. [Leningrad] Goo.izd-vo mod.
lit-ry, Leningradskoe otd-nie. 1956. 230 P. (KLRA 10:2)
1. Voeooyuznava konfarentsiya terapevtov, 8th, Leningrad, 1955-
2, Chlen-korrespondent Akademii meditsinskikh nauk SSSR (for Holchanov)
(ANTLBIOTICS)

SHUPIRSKAYA, Hariya Dmitriyevna; LILSNKO, S.I., redaktor; RULEVA, u.S..
tekhnicheakiy redaktor
[Taxtbook of pharmacognosy] Uchobnik farmakognozil. lzd. 2-oa,
parer. i dop. [Leningrad) Goo. izd-vo mod. lit-ry. Laningradakoe
otd-nia, 1956. 455 p. (MIRA 10:1)
(PHAIWOOGNOSY)

.7
LIBOV. Aleksandrilonidovich, prof LILINKO, S. 1. , red.; RUIZVA, H.S.,
tokha.recl.
[How to guard ighinst dysentery] Kisk ubersohleia ot di2enterli.
Ud. 2-e. [Leningrad] Goeptzd-vo medelit-ry, 1957. 14 P.
(DYSINTERY) (MIRA 11M
ll@@

.Y. Z.'@- N '@ o , 1, :L@.
SIRIBROT. AlsksaaIr Ivanovich; LIIANEO, S.I.,. redaktor; RUMVA, M.S.
takhnickeskiy redektor I
[Cancer of the uterus] Rak maiki. Leningrad, Goo. lzd-vo mod.
lit-ryF laningradakoe otd-nie, 1957. 295 P. (MLRA 10:4)
. (UT3WS--CANCiR)

CHBRVYAKOVSKIY, Nikolay Yakovlevich; LILOKO. S.I., red.; RAYVID, V.V., red.;
RULNVA, H.S., tekhn. red. -
I
I'[Short mnual on emergency diagnosis and treatment of internal
Idiseases] Kratkoe rukovodetvo po neotlozhnoi diagnostike i terapii
vautronnikh'zabolevanii. Izd.4., perer. Eleningrad] GOB. izd-ro,
med. lit-ry, Leningr. otd-nie, 1958'. 209 pq (MIRA 1109)
(MJOIGINB, MXRRAL)

VALIDMANf Viktor Aleksandrovich, zasl. deyatell nauki FWSR;_@ILENKOL
_q.I.-,-red.; BUKHAROV, A.D., red.; SHEVCHENKO, F.Ya., tekhn. red.
(Arterial dystonia and dystrophy] Arteriallrya dintonii i di-
strofii. Leningrad., Medgiz,, 1961. 319 p. (MIRA 15:1)
(ARTERIES-DISEASES)

LIMKO, S.I.
latent endotheliosis in chronic tonsillitis. Vop.pat.krovi I
krovoobr. no.6tlO6-108 161. (MIRA 160 )
(MEDICAL TESTS) (TOWILS-DISEASES) (R=JMATIC FEVER)

LILE,NKO, S.I.
Antistrepto-nyamronidase in the blood in rheumatic fever and
nonrhematic myocarditia. Vop.pat.krovi i krovoobr. no.6:109-
112 t6l. (KM 160)
(RMMTIC FEM) (HURT-DISMES) (HYALURONIDASE)

KEDROVP Aleksey Alekseyevich;.LILENKO, S.I., red.; KHARASH, G.A.#
tekhn. red.
(Diseases of the myocarditm] Bolezni myshtsy serdtoa. Lenin-
grad, Medgiz, 1963. 197 p. (MIRA 16:7)
(HEART--DISEASES)

VYSHEGORODTSEVA, Valentina Dmitriyevna; LILENKO-L-I.. red.;
LEBEDEVA., Z.V., tekhn. red. _- -1
[Diseases of the blood system] Zabolevaniia sistemy krovi;
klinicheakie lektaii. Leningrad, Medgiz, 1963. 221 p.
(BLOOD-DISEASES) (MIRA 16:7)
(HEMDPOIETIC SYSTEM-DISEASES)

ISTAMANOVA, Tatlyana Sergeyevna; LILENKO, S.I. red.; BUGROVA, T.I.,
tekhn. red. p
(Outline of functional hematology] Ocherki funktsionallnoi gema-
tologii, Leningrad, Medgiz, 1963. 229 p, (MIRA 16:5)
(HEMATOLOGY)

GUREVICH, Yevsey Savellyevich, prof.; LILMO, S.I., red.; ONOSHKO,
N.G., tekhn.red.
(Toxic dystrophy of the liver] Toksicheskaia distrofiia
pecheni., Leningrad, Medgiz, 1963. 270 p. (MIRA 17:2)

,.reat4ent during th@:- a Ll-.asr- @@f rheuma@., f v a d
importance of drattl3imdrilng anti a case ard, t@-2 lndice2 C,,'
the diphenylaTulne reactLcm. Tridy IFRI 31 no.2.-523-227 16-16
(MiRA 17!10)
1. Tz I terepe-vticheskogo ctdeleniya Oblyedinerinoy bollnitffy imeni
Kuybysheva, Leninarad i fukLItetskov terapevticheskcy klinl.ki Lcinic-
gradskogo ped:iatricheskogo medit,sinskogo imsti.tutft.

DYGIN, Viktor Petrovich; LILENKO, S.I., red.
[Autoimmi-ne diEeases of the blood system; seralogy,
clinical aspects and treatment] Autoimmmrye zabolevaniia
sisteqw krovi; serologiia, klinika i lechenie. Leningrad,
Meditsina, 1964. 221 P. (MIRA 17:6)

TIE"YTELIBAUM, Grigoriy Niscnovich;-L'I LRl K9 I-S.I., red.
[Hemodynamic disorders in sure infectious diseases] Naru-
sheniia gemodinamiki pri nekotorykh infektsionnykh zabole-
vaniiakh. Leningrad, Meditsina, 1964. 187 p.
(141AA 17:8)

TSYGANKOV, Grigorly Mineyevich; VLASOV, Vladindr Kuz'Ldch;
LILEMKO, S.I., red.
[Experience in the treatment of acute pneumonias at home)
Opyt lecheniia ostrykh pnevrwnii v donashnikh usloviiakh.
Leningradp Yleditsina, 1961j. 126 p. (MIRA 17:10)

Def Icieney Diseasse Aug
bftdfi@ne -w Vitamin
V%Itamlnosia of Dogs Inn the North," 1. P. Lilenkov,
"f*McIaboratory Pecherstroy, I Y
070terinarl7e No 8 Vo /. 2 4-, ov
Mi i-ble emperiment German shoey dogs were gathered
fx4= all tarts of the Soviet Union and shipped to the
UM-th. Their vInter diet conslated of fish, salt
Moat". and dried vegetables. In spring a great change
VUS noticed. They,were insipid, 13-1-tempered,, laoked
iL its, and vere unable to vork.efficiently..' Aw@a-
rexalt of long study this,was attrlbuted'to@& Uck:.af
Vitemirw. It vas also found that to prevent. avita-, -
36T46,
UM/Madicine Def ioi6noy Diseases (Contd) Aug 1947,,',
w1nosis It va, s neoessary to, supp3,y dogs with a mini.!"
wan, daily ration of 10 - 15 gram :of dx7 yeast, and
to idd. dried nettle . or a good quality of hay flour. to.
the@soup fed to dogs. Kdally does of a fav drops cc,
*=*entrated vitamin A vas also foiind to be necessex7L
77'

LIMKOV., L P.v Lecto
Sverdlov Vat. Experimental Station
*Paratyphous infection of grown catt3-,-,*
SO: Vet. 26 (7) 1949, p. 32

LTIr,.I,'YOV, T.P. (Carlilatei oil 'Tnts@rimr-@ 'cierce)
.. F-I 4
Lilerkov, IP and M.F. Prony-ayeva - Arnpp." rce of Cjiricai lrlicattinrIB
in Horses ir, Vatural and lrpprirrertilly irlucPA, Briicr4losis lnfectinr,"
,- f7
SO: Vetirirarivri, Vol 27, Yo 6, 1960,
0 0 0 e 0 0 0 41 0 0 0 9 0 0 0 0 0 0 0 0 9 41 * 0 0 0 * 0

LMMVj -1. P. Aj-A KOSTIGINA) R. F.
"Some notes about the use of hay, needle and silage juice infusions."
Veterimriya, Vol. 37, 110. 1, 1960, P. 59
Allie v V- - ctul Y & J-@ - - Yj-4-itv--I-e . CL., 611"?L-)

(Candidate of Veterinary Sciences, Arzalumsk Inter-District
Vet=rina"ry lki-c t'). (Abstracted by
M eteriological Laboratory,, GorIki Oblas
terinary
V. A. ALIKAYEV)
"The carotene content in the blood sera of cows."
Veterinariya., vol. 39., no. 2, February 1962 pp. Bo

LILENKOV, I.P.Y kand.veterinarnykh nauk; KCSTYGINAJ, A.F., veterinarnyy vrach
Remarks on the prolen of using infusions of hay, conifer needles,
.and silage juice. Veterinariia 37 no.1:59-60 Ja 160.
(MM 16; 6)
1. Veterinarno-bakteriologichoskaya laboratoriya, 9. Arzamas.
(Hay--Therapeutic use)
(Confierae-Therapeutic use)
(Ensilage-Therapeutic use)

POLYAKOV, A.A., prof.; TARANOV, M.T., kand. biolog. nauk; POIDZNOV, N.A.,
veterin. vrach; CHEREZOVA, T.Ye., veterin. vrach; KRYUCHKOV, I.I.;
.' kand. veterin. nauk; PETUKHOVA, Te.A., kand. 3ell-
skokhoz. nauk; KHALENEVA, L.D., kand. sellskokhoz. nauk; BOCHAROV,
D.A., kand. sellskokhoz. nauk
Sanitation and veterinary hygiene. Veterinarlia 41 no.2.-
84-99 F 164. (MIRA 17:12)
1. Vessoyuznyy nauchno-insledovateltakiy institut veterinarnoy
sanitarii (for Polyakov); 2. Vaesoyuznyy nauchno-ionledovatell-
skiy institut fiziologii i biokhimii sellskokhozyaystvennykb
zhivotnykh (for Taranov). 3. Kalininskaya nauchno roizvodstvennaya
veterinarnaya laboratoriya (for Poloznov,- Cherezov;@, 4. Zaveduyushchiy
Rzhevskoy veterinarnoy laboratoriyey, Kalininskaya oblast( (for
Kryuchkov). 5. Arzamasskaya veterinarnaya. laboratoriya, Gorlkovskoy
oblasti (for Lilenkov). 6. Moskovskaya veterinarnaya akademiya (for
Petukhova', Khaleneva). 7. MoskovBkiy tekhnologichaskiy institut
myasnoy i molochnoy pronyahlennosti (for Bocharov).

nzi rny@h no-alf:
Lwiluatire the methods for the adzird;;tratic!-, ul dt-:xjn A.
t
V,@@serlm-riia 41 nc.4-.66-67 Ap 1615. UGRA 18:6)
1. Arzamasskaya veterinarnaya laboratorlya.

--- - -
Tutundzic, P.; Liler. 11. "Electrical conductivity@ viscosity, and density of sulfuric acid
fluid systems with lower sebacic acids." p. 521. (Priroda. Vol. 18, no. 9, 1953. Za@71-reb)
SO: Monthly List of riast European Accessions, Vol. 3, no. 3, Librar-j of Con.gress. Itarch 1954.

g6dii;ld th-it rtmmtrmt! dizvzi-, V"-.tA S.
Mul.", ar-1 Bur L-- [JUM
Mlt). Rrfef-
4 Zhur..
Khim. (1456), No. 435-Cartiu-jinZ tht'r work
hem. drcllw, Be,-grad 18, 521, 1,41 L- and
K. invutigated t.1.4t: iavractm of mu!onk 1), succin@--- (71).
(M), O-Phthulic (1,Y), trid hcnzou: (v) Scid.3 Culd
phibalic azhydrHe (NI) wirti H@SO. (M). VAaKra.-Is art
d'Z-,riVCd for tl!C A-VII, where A is 1, H, 111,
and the q5teius VI-VII. It is establisfic& that 3 d"r-
4'JKYU vcids form witil VH compds. of the type 211'so" 1.
reactirig cis diLLwik canipds. VI fimt,5 o:,Jy mmh. rvint.
wiih V11. Tlit fullowing prc;Vrtil@s of the whis. were
taudiLd: viscosity, elec. mmil., m. and d. The baticity (if
dimboxylle acids toward Vll iucm,.-,,s In the order 1.
IV, 11, and Ill. This arrt@.ci with the vik,.w cif kV-xrt4tJu-i
of the elLcIrejule d, ot (he ctirtyii(viic Lvitip with their,
diUmme cmd (tit: qttucWze.i;f dic- mol. V exhibit, wtaker
box
b3sicity than that of flie d1cmr ylic avsd4. VI tw as
j a very WtMs trise to-nari li r of The w1us. rLso I matei

I t
!ugoolavia/Physical Chemistry Thermodynamics. Thermochemistry. Equilibrium.
Physicochemical Analysis. Phase Transitions, B-8
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, 61o32
Author: Tutundzhich, Pants S.; Liler, MilitBa; Kosanovich, Burs.
Institution: None
Title: Viscosity, Electric Conductivity, Refractive Index and Density
of Liquid Systems of Acetamide with OrthophoBphoric amd with Di-
chloracetic Acids
Original
Periodical: Glasnik khem. drushtva, 1955, 20, No 2, 73-831 Serbian; English
1*
resume
(@),
refractive index (n),-and density (d) of binary systems acetamide
M-orthophosphoric acid (II) and I-dichloracetic acid (M) at 250
over-the concentration interval 0-70 mol V11. In the system I-II
-q was measured only at 40o. Also investigated was the diagram of
equilibrium of system I-II; there has been found a compound of the
Abstract: Investigated were the viscosity
electric conductivity ()C),
Card 1/2

Y,agoslavia/Physical Chemistry - Thermodynamics. Thermocheristry. Equilibrium.
Physicochemical Analysis. Phase Transitions, B-8
Abet Journal: Referat Zhur - Khimiya, No 19, 1956)'%'61032
Abstract: composition 1:1 having the melting point 46.50. Formation of this
compound is confirmed by the nature of isotherms , n and d while
X decreases uniformly on transition from 11 to 1. In the system
I-III there is a maximum at 40 mol % I which the authors explain
by the possibility of formation of compounds 1:1 and 1:2. This
donclusion is confi;'@'med by the nature of isotherms n, d and X.
Card 2/2

192 //_ /6 /1
YUGOSLAVIT/'P4sical Chemistry. Thermodynamics, Ther-mochem- B-8
istry, Equilibria, Physical-Chemical Analysis, Phase
Transitions.
Abs Jour: Ref Zhur-Khimiyal No 5s 1957, 14715
Author : Panta Tutundjic, M1l!ca_j,1ler,_Djura Kosanovic
Inst : Chemical Society
Title : Viscosity,, Electrical Conductivity, Refraction Index
and Density of Binary Liquid Systems; Sulfuric Acid -
Ethyl Ester, Sulfuric Acid - Amyl Ester and Phosphoric
Acid - Ethyl Ester.
Orig Pub: Glasnik hem. drustva, 1955, 20, No 6. 349-361
Abstract: The viscosity, electronical conductivity and density of
liquid systems H2SO4- ethyl ester, H2S04 - amyl ester
and H3PO4 - ethyl ester at 25 and 400, as well as the
refraction indices of the binary systems of H2SO4 and
H3VO4 with ethyl ester at 250 were measured . The vis
cosity curves of these systems possess a maximum owing
to the formation of molecular compounds. The positive
Card 1/3
&^17-L este@
Jv 8 t ew

Distrs 4E2o(j)/4j3b/4E3d
C -acid-1
I of nitro compounds with sulfuri
ants of binary systems of ni ethane z SW4 W)
and v-, m-, and p-altrotolme with sulft MGM
'I
Y 4. IMF,
T@ bdro " '
6@-Is .
prZA S YMPJ 3tf411goalaViS)
,t Ua 1937,
_iZwlt binary system 'of
equil. diagrams Of Ina
,H,SO, and o-. m-. and p-nitrotoluene -tie Investigated.
,The formation of & 1: 1 addu, compd, is due to H bonding
between components, rather than proton tntnofer. The
stablilty In the cryst. phase seem to be contradictory to the;
lkncwn baskitles of monoultro compds. because of the effect!
'of temp. on the equil. In the liquid phase. U. VlScO1dtIs8,,'
elect" conductivities, nfractive Indexes and densities of
= liquid system of sulfudc add with nitromethane,
nitro anzene, and a-, m-, and p-nitrotoluens. M. Lilcr'
ad 121. JM (institute of Chemistry. Belgrude
. 629-Q. Rvt-"ies were made at 25. and 40
The formation of w2n. compds- according to the equation:
RNO, + H*SO, t:; RNO& .... HOSOX ;..-, RNO&H+
HSO,, that'were obtained in the cryst. phase (pext
Affects these Hquid-phase proper to various degr?cs
according to the stability of the add.n. compds., which
In the result of the baskity of the mononitro cmpds. In,
order to exptdn some peculiarities, the dism-ption of the'
H-boncied structure of lfS04 by the presence of the mols.'
Of the nitro compds. In the mist. must be taken Into account.,
Kenneth M. %nc1jL-..j

TUTUNDZIC., Panta S.,, prof. dr. inz.; LTIER$ Mlica; KOSANOVIC, Dura
Properties of the colutiow of dicarboxylic acids in oulfuric, acid, ;'nfA;
ctiagramn of equilibriume Glav Som dr 19 no.9:549-565 154.
1. Srpska akademija nauka., Remijski institut; Tehnoloski fakultat,
Zavod za fizicku hemiju i elektrohemiju, Beograd. 2. UredrLU i
.. lan Uredivackog odobora., "Glas Heird.4 skog drustva, Beograd" (for
Tur,undzic.).

TUTUNLZIG, Panta S., prof - dr. inz.; JILER,-UlidA-KOSANOVIC, Dura
Viscosity, electric conductivity,, refraction index.. and density of
the liquid systems of the orthophosphoric acid with the sulfuric,
acetic, valeric, and isovalerie acian respective%y. 01sewHem-dr 20
no,1:1-21 155.
1. Remijaki institut., Beograd, Zavod za fizicku hemiju i elektrohemijuy
Beograd. 2. Urednik i clan Uredivackog odbora, "Glasnik Hemijskog
drustva.. Beograd" (for Tutundzic).

LILEYEV, A.F.
New types of horizontal welded tanks for agricultural uses.
Stroi.prom.32 no.1:10-14 Ja 154. (MLRA 7:2)
(Tanka)

C@ a laaa!Llil !UV.,n-trA,% foot mad @Umd@@.
A F. r.- M
vea dic t,@ Ll-@ i", e, io4 'Nwt" ."0
Wfy f'.m., alill-
I b, U. N Jl 0 ff.: all rw.-
lfil-J-I-Ilt .4 1@*t '. EhL
-n th@ -11
ip
@f@ t 1.6
4-:_1 tou@ I"! 1--l! cu

LESSIG. Torgeniy Hikolayevich; Alekoaadr Yedorovich; SOKOLOV,
--UJAQ"
Alskmandr Goorgiyevich; 2ALUTROV, V.N., aauchnyy rsd@ktor;
ROSTOVTSITA, M.P., radaktor izdatelletva; TOM, A.M., takhniche-
skiy redaktor
[Sheet steel stmctural elements] Stalluye lietovye konstruktail.
Moskva, Goo* izd-vo lit-ry po stroit, i arkhttakturs, 1956. 479 p.
(Shoat steel) (MIJU 9:12)

LILNM, A. 7.
Fresent-day standards and izwdiate objectives in designing steel
construction elements of blast-furnace planto, gat. po stall.
konstr. no,40-31 159- (MIRL 1318Y
(bteeL Structural)
(Bi;;t furnaces)

LILEYEV, A.F., inzh.
-@WW-4-1 ~.' -,In'-"AI%,rI-`,
General solution and the calculation of
elastic supports. Yat. po met. konst.r.
elastic strings
no-7:55.5-7.1 162.
(MIRA
on
17:1)

MMM,w V", 1UShl LLTZVV& A
wird Prow=, mmt_ PO
Dwitp of cWtO fOr Mcfmw u 03.1)
Zat. k=tr. nodgI162.3sl 165s (MIM is.

STRELETSKIY, Vikolay Stanislavovichp doktor takhn. nauk, pj,df*;
Bv-'LENYA, Yevgeniy Ivanovich, prof VEDENIKOV, Georgiy
Stanislavovich,, dotn.; I-TUANOV0 gnDtant -1 Kowtantinavich,
dotB.; LESSIG, Yevgeniy 111kolayevich, dotf.; POPOV, S.A.,
kand. tekhn. nauk, nauch'. red.; LALEYEV, A.F., inzh.,
nauchn. red.
[Metal elements; a speAal course) Metallicheskie kon-
struktsii; spetsiallnyi kurs. Pod red. N.S.Streletskogo.
Moskvap Stroiizdat, 1965, 366 p. (MIRA 19:1)
1. Chlen-korrespondent AN SSSR (for Streletskiy).

Tf I T'll 1-1 IT
9--C.-ft-u IF -C-11
A
A
00
0*
'90
00
60"
ills
A0
'00
Prepwatiou of pure akunina bvm Tlkhvia
bauxiiia. J.44L=v (Tram State lust. AppL Chem..
Moscow, IM., No. 8, 14--M.-Packard's process gave
good remilts wM bsuzffia o cotaining SiO IT-4 Al
0
onn -Oo
/" or 5-0, 74-5,
5-70/. sGeo.de react" piece an: NASCO, + -00
lee
.09

0

0
2NAMOs + COX 7%()6 +
a eOs + ODs. - It Is to uss equimolecaW
ratio@ 4 iodiucia astbonote and 41-Mins and fordo oxide,
respectiYely. to Adjust the ratio NAIC(@ - C&CO to
1-5:2, to calcine in an oxidising at.
9;b.@ at 815-
9W. and to week with water at . Under the
0
0

0

0
conditions employed 85-WO/. ot the alumins is
extracted. CuNicAL Anumm. see
Too
.11 KAL@ng*A W@CULIUMCA1100
Dow -7-
L
Wavo Qv 084
a 6 Aft
u SAV 00 It K-
0
409
0*0
T as @Q- v-11
0 9 a I V
a a Soo 000000

4-W sin
-gets
I
UP A.0 hf. CRVI"A-A@
P*G"IUI Apo f#oP4%ffl4 "to
A
a %MOW
c
i "ULixr
lee
will
too
X"A ollwAgg too" %owing
z f @4 "it ft
IA 9 AV 0 All; 0 It a 'I ff a a 4 1 t I
I
0 0 Ole 0 * 0 0 0 0 * 0040040000
4*-*Lo- i 2 : 1,
o', 0;0@0 0.. -

$A
2
A I.-& I
31 3S "of'! C4
a a @Oo t It 4.
;t
u
r Q IL
mewovitt j"a imm ScluticAns of 11"Um alumicAte.
bl. pelin -d 1. IRKI.
A. 'ZLJ;jj" t the appli
Na aluminate n- IS U111 0(
ti,,n ,f preasure [it the prestuct of An am"
jx) S. pet
t4b A II)ntent St lcik%t I
all
'I,V '00
ai . so
00,3 i see
CLASSOICATION IT 2 1 6".
UGICAL
L I
0
RL

L 4_k 1 1 0 to I) u it 4 to If
A A L N.A. 1,
A --a Iftp voct
;

04
Do a
00
00 f
00

00
of S
J
Atm.1
ARTALLUOSICAli 1,11111,6701 CLASSO
u it AV 10
lfv of afrawAt as Its
Me 0 0 0 0 0 0 0 0 0 0 1
4069600900491009960

o e 0-0-va

It Al a a x Ill Ilaultil
#A d
1
t
& bualwAll" a of 4d *'z 0
@
t
- --
--
-
I -k.j
or . 9.
0 . 0 q. 1@
I
-0 f. -00
FWJ0.11 AW .2,4W.So -Pf-

see
Oild Ckllo-
t
J
. '
r -00
-90
moo
woo
see
gas
Are a
qo*
lose
ties
tso 0
boo
IMP
act it ICKOR 1@11A a a 9
0 * 0 0 0 0 :19 0 0 0 0 0 f 0 0 0 0 0 0 0 0 0 & 4

0 Ost
0*4
0 INS!
0 4b
04b
*OR
00-
9 fli.
0 111111@
00.
00-
0 W.
03., S1,14101.1
v
0 0 0 0 0 0 0 0 0 a
- 110 0 0 0 0 0 0 o 0 0 e 0 0 a
0 9 0 go 9401110
go *of***** too***** -.0 00 00000
Mv A WIj 1 0 an U13M align piljtuquo@
C 0 to Is INIF K t Is 0
Ill COM AT a
I -7--ii- IT
3544142111 1031,34411191" 1111619

1,114". 1. S., Pistilli Y4. M, and Markel, S.S. At vat
-41"At 0`11111' Whirls Prij 'rakiddivol kknia
N&ojrpk
.
1019--30. 4247, (1109 @, --The fim comnaercial W,,
shirti-mi -4 All. Irm Tikhvin hu.it- containing 13 1,@
v., The -tel. 410 alb foil"% - f%'- Ilot
filsr It"M ... I IMUxIle will) was" Anil lint"tollf.
purdy thr AI(O.Nth obtainvA, rviil-watt. and rvturtl thr
-
0( Prater intems is The n- 0 0
PI
mr(hoil J,roducillf AIP. from firl,hilline (vittaining tilt to
77-6
"fit', flau-, arul 30'; Als(h, the remainder being M).

NepWine i4 is arjoe product from the IMAIM Of upatife 1 - 06
T* njethod consists in bratinS ilotation nepheline uitis
i j - 00
tins will: a "a VAU
limestone in a rolary furnace. IntlitU
i
lion. removinx the IimtMmwSiOj %lime (uwd to prtxlucu t V00
cement @, freving the Sa and K aluminates from SjO.,
00
treating %ith C(h. and
"r tAl(Oll), (ram the "u-
M
N liveltine thus gi%,r,
:
ti-,o c"utainitig VatC(h rid k 90
AIP, Nalcch. KIC06 and cement. I alum% are ob.
1 00
9 IIIS04 anti art alkali-
(Ained lpy treating nephrline with 7.5
inetal-It. Treuting with KCI uces K aluntl in a Of V ; go
yield liti-I on Alfh Tbc Plime has bleaching prarwrtit@
f00
and "n lir U@ed to refille tii-trolrum product. or 1.) fluk,,
isaler Xb- AI:O@ can fir obtainvif by brathiS clay it 7 10
#It%)- to All'. ttratinst uith IINO@, frreins the Al(.\*O,i, 0:
from Fr by activatri NNO@, junly aturating with Nll@
ev'aliONting, until frivatinS with \If,Off. The At(010,
tr%idur i@ calcined, anti the NlIgN(h tolution i% ev-4jilwAted
@611 I tilt. -.0 *1- MOM . e4,,,
r
SMS13-11A
ts A it it
0 0 * 0 0 0 0 00 0 900 0 61.6
9 4111 0 * 0 0 * 00 * 0 000 0 of

0.- OW00600099999 goo
of H au
A IIF I r m fa-I
A- tly 41
01114CIIIII AMC PROPCOMS -at.
06
NAgibalfludis at OA formal of ebwooft CrA. 1. a.
LUftv L 1. Sbetalm and S. 1. Rexalkqvis. J. Ckw-
00:2 &W-Ai7a: d. it.) is No if 22-4(1041).-A Mtn. of
100- "ted for 2 b". at In"*
004 21, - 8:7. Swe The
With NJ-in the mdo NaaCrOo:N*$
004 M), b had to filter, It 6 onj partly washed
d. Cr
'Tth 20 itooWt.o(Ilmo. Noollan W%olcanbe
recovered frm the filtroote. The rnWue Is lofted at
e
8*41MO. R"Iduall Alkali In the CT(0108 11TOOV"t'l
urned to the vomw. The cr,03 Is
'71=1MUM99% pure. Throverall1cmcfCor
!Md
In the PMCM 5.5%- if. M. 1ek"I"
Samoa* -j S43040 04? owl
00 An i i a ow a a a
0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 0 0 a0 0 0 0 0 a 0 04111 0 6so 0 0 0 0
000 .00000000 aaa 11111111ssess* 060,
-00
goo
Co 0
otoo
to*

Su ate and sodium
!, P
V,pulfide. 1. S@ tev., wid -" 'P
7
rit. ;.-1 1040, NO. 3,
sizjxcrad: (1) AW, -Ind Na:so, (1:1) at N09-1100' in iir
and in X!, (2) Al:O, and Na-S (1:1) t 9CO-IKO' in X!,
and (3) A1.01 anti Na@S (1, 1) at I(W-l l(W in the presence of
carbon and in air. lit (1), oitly of AW@ became
Sol. In (2) and (3) the pracesFes ire rather coniplex airing
to the pres-ence of admixts. of '.\a:50,, IN2:SO,, and 11:0 in
the Na-S. These aduiikts,.tcnd to react, directly or indi-
rectIv with, A):O,-, ztv form Na aluminate. Most of Na:S-
rVillailled 1111climigcA. No soln. of Al-0, isattribured to the
formation of Na ahnninme ii@ a re@.alt of sccondary reactions
t in which water and N:;I!SO2 participate. B. Z. K.

Reaction itn lam sulflig. /19.'
andR..@G
d ski( Fiffal 10:_1
Nalik-3. a a no-Sibir
-No. 3, try-25.-The dissocn. of Na2S(h was studied at 700-
1200*. The reaction products are NaIS04, NaS, and S09.
In all cams, about 4-6% NaSO. remains: this Indicates
reversibility of the reaction. Thiosulfate was not detected.
At 700-800% the only reaction was 4NasSOs ft WarS04 +
NarS,' At OW* and above, this reaction proceeds simul-
taneously with NaSO& ;-- NajO + S%. At OM arid
1000% the dissocn. of the sulfite Is very small, since less
than 1% of'SOl was detd. At 11000, the SOs was 3.1%,
and at 1200' it was 18.37o. Reaction between All% and:
-NatSOj (1:1) was studM at 800-1200*. Reaction prod-
nets were M and S in the gas phase and Na aluminate,
sulfate, sulfite, thiosulfate, and sulfide in the cake. For-:
mation of 6(0@ starts even at 8W*, indicating formation of,
Na aluminate, although the rate of reactloh is very small.
The rate increases with temp. At DW*, the reaction re@
quires 4 hra.; at IOW' 30 min.; at 1100% 20 min. - and at:
12W*. less than 10 min. Formation of Na afuminatt t . .
p !,...,Cdigt6NaSO,+Ais0s-NatO.Ali0t+s(h.1
FM of S proceedh a&ordins t6 NatS + 260s
Z. Kamich
L

LILEYE113 I-
Journil of the American
Ceramid Society
July 1954
Chemistry and Physids
Method ol determining SOt In the gas phne. 1. S. I.zLBpv
AND 0. G."EVTURVA. Akad. Nauk
Fa@,71-r-ruTy-Frim-7ket. iwi., No. 3, 27-30 (1049).-The gaus
.!treatn containing the SO- passes through a Dre.;.cl flask contain-
ing water with a few drops of starch solution and one drop of
fitrated 12 solution. As the solution becomes discolored, titrated
1, solution is added dropwise from a burette mounted on the flask
to maintain the violet coloration. Any Is carried away by the'
gas stream is absorbed by hyposulfite solution. Unrcacted SOV
is absorbed in a flask containing titrated Is sotut-on. Themethod
Is particularly suitable for studying the kinetics of reactiom tak-,
Ing place during the sintering of alumina-sulfate mixtures.

Re on between sodhim sulifide and aic4t. 1. S. LILIHIV AND
T. 1. AvDisnyA. Aiad. Nduk S. S.R.,Itapadno-Sibirskil FUW,
Tridy Khim.-Met. rnsj., No, 3, 3" (1940).-NaiS and mar-
Journal of the American sballite (1:6, 1:2, 1:1) were heated at 5000, 700', and 000*C.
Ceramic Society for 30 min., and silica gel with NaS(5: 1) was heated at 700' and
W. Cases and cakes were analyzed. For a mixture of I part
-July 1954 NaS and 6 parts marshallite, practically all the silica remained
Chemistry and Physics insoluble; in addition, a considerable portion of the NaiS became
insoluble in cold water. As the content of Na,S in the mixture
increased, the amounts of sulfide and of sUica, passing into solution
also increased. The value of NaS/Si% in the solutions obtuined
from the cakes remained fairly steady (1.7, 1.0, 1.5, 1.3). The
silica reacts with the Na@S to form thiosilicates of We type
nNa,S-nSiOj. One of these, n,'a.S-SiOi, is soluble: the other.
@',tjS-nSiOt, is insoluble. Along with the chief rtmcdon, there
Wits a whole series of side reactions, resulting in thc formation of -
II.S, SO,, and S. These reactions are determined by the mois-
ture and sulfate and sulfite present in the Nla,S; they are partic-
ularly pronounced when amorphous silica is used. B.Z.K.

LILE@-

Reaction bigmen sftka and SoSLiurn sulfite at the sinterlyr-tent-
R
-
yourvA. Akad,X
,persture. I.S.L]LIHIVANoT.T.7
UTSYS.R.,
-
-
-
rud
=771fel. tnil., No. 3, 15-,FA
Journal of theAmerican Zapadno-S,'N@rskifMal, T
y
Ceramic Society (194q).-Mixttires of NajSOj and SiOl (1.-1. 1:2, 1:5) ivere
*
"
heated ar 6W
to 1000
C. In the case of the 1:5 mixture, there
l
J
1954
u
was little sintering of the particles; the I -. I mixture was fu3cil at
y
Chemistry and Physics 700'. At OWO. the mixtures were all molten. Llbcrzttioitn(SO@
increased with Nai$0011%. For tni:xtures rich in silica, libera-
tion of SO% was Intensive (luring the first 5 to 10 inin. and then
dropped pipidly. For mixtures rich In Nu?,90j, liberatimi (if 80,
procLeded uniformly and over a longer period of Onc. The for-
niation ofBinercased with NatSO;/SiOj,but the totalsol'S02and 8
were close for the different mixtures. The percentages of reactcd
Na,SO, were about the same for the different ruixtures. Rcae-
tion started at FA)01 and was slow (3% Na-Ws), but it increased
with temperature. At DW*, 43 to 40% NazSOs reacted mul at
100% 62 to 65%. The difference between reacted Na--SO, In the
case of silica gel and inarshallite was not great. Afore SOz and
less S were obtained with silica gel, however, thau with marshal-
lite. B.Z. K.
"A

SOV/1 ',7 59-2-282-9
Translation from: Referativnyy zhurnal, Metailurgiya, lq5Q, Nr 2 p 75 IUSSR)
AUTHORS: Maslova, Ye, I., Lileyev, 1. S.
TITLE: On the Reaction Between Li)O, Al@)Oj SiO), and CaO w Sintering
Temperatures. CommUnicat@or f. Formation of Lithium Aluminate
in the Sintering of Lithium Carbonate and Aluminum Oxide ( ,0 - zai
modeystvii mezhdu Li?O, A12037 SiO2 i CaO pri temperatural(h
spekaniya. Soobshcheniye 1. Obrazovaniye alyurninata 10iya pri
spekanii karbonata litiya i okisi alyuminiya)
PERIODICAL. lzv. Sibirsk. oid, AN SSSR 1958, Nr 1. pp t3 70
ABSTRACT: The reaction between Li2CO? ind AI)O3, begins in 'be 450 5000C
temperature range- It is estab@ished th-at the rnos' in*.ens', e re,ction
takes place at 1000 - 11000 The cons'-Ants of the rate oi the reaction
of formation of Li aluminate arti ?he following: K6000 0 0 1 bt@7, 10 3
K700 -- 0.344-10 3, and K750 '- 0 777,10 1. The acWa!ion energy
E = 47, 580 cal/ mole.
P B
Card 1/1

AVMMVA, LIIZYXV, J.S.,
.-@. 1-1--l-
Interaction of sodium sulfide with silica. Izv. Sib. otd. AN SSSR
noo2-.43-50 158- (MIRA 11:9)
1.4padno-Sibirskly filial AN SSSRO"
(Sodium sulf ide) (Silica)

1@,Y E L) -J:-,
SOV/1117-59 2 28Z,9
Translation frorn: Referativnyy zhurnal Metallurgiya. 1959 Nr ? p 75 WSSR1
AUTHORS: Maslova, Ye. L, Lileyev, 1. S.
TITLE: On the Reaction Between Lithium, Alurnirum. Silicon and Calcium
Oxides at Sintering Temperatures (0 1/zaimodeyst.%, i mezhdu okis
lami litiya, alyuminiya, kremniya i kal'tsiya pri t.emperaturakh
spekaniya)
PERIODICAL- Izv. Sibirsk. otd. AN SSSR. 1958. Nr 4, pp 67 - 7 3
ABSTRACT: The authors investigate the reaction between The oxides of Lil Al
Si, and Ca and study the effect of CaO on the formation of Li,O- A1203
The study of the reactions by thermal an-d microscopic analysis shows
that Li?-03 does not react with CaO iip to a temperature of 12300G- be -
yond which temperature the eutectic melting of the mi@xture begi-s.
During sintering Liz0 displaces CaO from CaO-A1203. The reaction
begins at 540 - 6000. The decomposition of CaO-Aj 203 is fullY COM
pleted at 10000. The cake resulting from the sintering of the A1203,
CaO, and Li2O mixtures contains Li?0-A1203 and CaO. This proves
that Li aluminate is the most stable compound here and that CaO does
Card 1/1 not impede its formation. v V.

BARKOTA, F.F.; LILEM, I.S.
ginetics of the interaction Of Bolid lithium carbonate and ammonium
chloride. Izv. Sib. otd. AN SSSR no.7:36-39 '58. (MIRA 11:9)
1.Zapadno-Sibirski.r filial AN SSSR.
(Lithium carbonate) (Ammonium chloride)

BERCMR, A.S.; MIX711y, I.S.
Kinetics of the reaction of -e-dicalcium silicate with caustic
f soda solutions. Izv.Sib.otd.AN SSSR no.2:46-53 '59,
(MM 12--7)
1. Zapadno-Sibirskiy filial Sibirakago otdoleniya AN SSSR.
(CELIcium silicates) (Sodium hydroxide)

YAKOVLEV, L.K,.-, LILEYLT, I.S.
Chemistry of processes takcing place in the system Na20 - Al203-
3102 at sintering temperatures. Report No.1: Reaction of kyanite
and soda. Izv.Sib.otd.AN SSSR ao*5:64-74 159.
04IFA 12:10)
1. Xhimiko-metallurgichaskly institut Sibirskogo otdoloniya
Akademii wuk SSSR.
(Kyanite) (Soda)

MASLOVA, Te.I.; LILEYEV, I.S.,
- -11- . @... ... .,
Reaction between Li 20, Al2039 SiO2and CaO at sintering temperatures.
Re-nort No.4-. Reaction of lithium silicate with calcium oxide at
sintering temperatures. Izv. Sib. otd. A14 SSSR no.6:78-82- 159.
(KRA 12:12)
I.Khimiko-metallurgicheski.r iustitut Sibirskogo otdelaniy-a AN SSSR.
(Lithium silicate) (Calcium oxide)

YAKOVLET, L.K.; LILEYEV, IA.
Studying the chemistry of processes taking place in the oystem,
Wa2O - A1203 - SiO2 at sintering temperatures. Izv. Sib. otd. AN
SSSR no.8:62-75 159. OIRA 13:2)
1;Khimiko-metallurgicheakiy institut Sibirskogo otdeleniya AN SSSR.
(Sintering)

LILEM., I.S.; ROZFMRETFR, R.G.; AVDEYEVA, T.I.
Chemism of the sintering process of sulfate-contaiaing alumimm
charges, Trudy Khim,-met,instsSib.,otd*AH SSSR no-15tu-25 f6O.
(Aluminum-Metallurgy) (Chemistry, Metallurgic) (MM 14:6)

ROZENTRETER, R.G.,- TKACH9VAq Z.S.p' PAVLYCHEVA, A.I.1 LILEYEV., I&S,
Sintering of sulfate-limestone charges. Trudy Xhime-aetAnst.Sib.
otd,AN SSSR no.15:27-39 160. (MM 14:6)
(Aluminum-Motallurgy) (Sintering)

ROUNTRETER, R,G,I* TKACHEVA, Z.di,; GORYUNOVA, A.A.; MUMS I.S.
Sintering of Boda-vulfate-limeatone obarges. Trudy !him*-m9t&ixwt,
Sib.otd,AN SSSR no,l5t4l-54 160* (MMA 14s6)
(Alumiwu&--M9ta-Uur9Y) (Sintering)

AVDEYEVA, T.I.; KOLOSOVj A&S.; LILEYEVs I.S.
0
Optima conditions for the leaching of sulfaleQimestone sinters. Trudy
Xhim.-met.inst.sib.otd.AN SSSR no*IP61-73 .'060# (MIRA .14:6)
(Leaching) (Alumina)
n

AVDKYEVA, T.I.; LIIZM, I.S.
Desiliconization of Plumina solutions with preparation of alumina
by the sulfatD-limestone method. Trudy KbJ---met.inst.Sib.otd.AN
SSSR nool5:75-80 160, (MM 14s6)
(Aluminate) (3,Uicon)

LILEM ROMMUTIR, R.G.; AVDEMA, T*I.; TKAGBEVA, Z.B.; MOROZOV., G@S.
Pilot-plant testing of the oulfate-limestone method of preparing
alumina from Salair bauxites, Trudy Khim.-met.inst.Sib.otd.AN 3=@,
nool5i$149 (MERA 14:6)
(SAIAI Ridge-Bauxite) (AluminO

5@ (2) SOV/78-5-1-16/45
AUTHORS: Permyakovaq T. V., Lileyevj I* So
TITLE.: Conditions for the Formation of Sodium Callocarbonate
PERIODICAL: Zhurnal neorganicheskoy khimiiq 19609 Vol 59 Nr 10 pp 91 - 94
-(VSSR)
APSTRACT: The authors refer to data contained in publications concerning
the aluminoddrbonates. Together with the aluminosilicatee,
aluminogermanateep and gallocarbonates they constitute the
large cat!qpu of-.th.e widely spread compounds of the type
R O.A 0 There are no data available in publica-
2 2 3
to. tq@
tions as sra@@ gallocarbonate.-The authors therefore
investigated the'f6rmation of this compound by adding sodium
bicarbonate to,sodium gallate at room temperature and by ana-
lyzing the precibitates thus obtained. They established the
Influence of the pR and of the caustic modulus No (ratio of
Na20 to Ga 203 in g@-mol) on the composition of the precipitate
Card 1/2 (.@ablel). Pure Na 20.'Ga 203-CO2 nH210 was obtained with

Conditions for the Formation of Sodium Gallocarbonate SOV/78-5-1-16/45
PH 9#50 - 9-909 whereas mixtures of gallium hydroxide and
sodium gallocarbonate were obtained at lower pH-values. No
precipitation occurs with N&2C0 3 (pH >10) (Table 2). The same
experiments were conducted at 900, without any sodium gallo-
oarbonate precipitating. By plotting the ionization radioqrame
and the-heating curves of sodium gallocarbonate (Fige 1,2),
oodium,bicarbonate, and gallium hydroxide, the authors were
able to prove that sodium gallocarbonate is no mixture of the
components but is an individual compound. There are 2 figures,
2 tables, and 9 references, 4 of whiol@ are Soviet.
SUBMITTED: October 169 1958
Card 2/2

,67-2 k -9 o 6;W (1096-29
AUTHORS: Permyakovaq T. V., Lileyevq I. S. S/078/60/005/05/02/037
---- @ . B004/BO16
TITLE: Some Physicochemical Properties of Sodihm Gallium Carbonate
PERIODICALs Zhurnal neorganicheskoy khimiij 19609 Vol- 51 No. 5P
pp. 999-1002
TEXTz In Ref. I the authors reported on the preparation of the compound
Na2O.Ga 203& 2CO2"UH20 and on its detection by'means of thermal and X-ray analysis.
It is the purpose of the present paper to compare sodium gallium carbonate
with sodium aluminum carbonate. Sodium gallium carbonate is a white micro-
crystalline powder with weak birefringence. Fig. 1 shows an electron micro-
scopic photograph of this compound the crystal structure of which was con-
firmed also by the X-rAy picture depicted in Fig. 2. The heating an& cooling
curves given in Fig. 3 show three irreversible thermal effects. To study
these effects, samples of sodium gallium carbonate were heated isothermally
at different temperatures and tested afterwards for their Na, Ga, CO 2 , and
H20 contents according to Ref. 1. Fig. 4 shows the results. At 2000 CO 2
Card 1/3

65-W @qs@@
Some Physicochemical Properties of Sodium S/078J60/005/05/02/037
Gallium Carbonate B004/BOi6
0
begins to escape. This process is completed at 500 , The water is rapidly
removed between 300-4000. It-may be seen from the X-ray pictures shown in
Fig. 2 that NaGaO2 forms at 5000. The nature of the third, small thermal
effect is still --'-unclear, The results of the reaction of sodium gallium
carbonate with water are presented in a table. The dissolved medium was de-
termined sp ectrophotometrically. Water exerts a decomposing effect on sodium
gallium carbonate (like acid and lye). Decomposition is completed after
boiling for 5 min. The authors studied the ion-exchange properties of sodium
gallium carbonate by means of a reaction with AgNO 3& They obtained the silver
gallium carbonate Ag2O. Ga203# 2CO 20 nH20 which was confirmed by means of the
X-ray picturesillustrated in Fig- 5- Fig. 6 shows the X-ray picture of
sodium aluminum carbonate, and Fig- 7 compares the heating curves of sodium
gallium carbonate and sodium aluminum carbonate. The experimental results
prove that these two compounds and sodium aluminosilicate (as an ion ex-
changer) behave similarly due to the fact that they belong to the same type
of compounds having the composition
Card 2/3

6;42-9L 6 474@--29
Some Physicochemical Properties of Sodium S/078/60/005/05/02/037
Gallium Carbonate BO()4/BO16
RIO@R 111 0 R IV 0 nH 0. There are 7 figures, 1 table, and 4 Soviet references.
2 2 3' 20 2
ASSOCIATION: Institut khimii silikatov Akademii nauk SSSR (Institute of
Silicate Chemistry of the Academy of Sciences of the USSR)
SUBMITTED; February 9, 1959
Card 3/3

FEWAKOVA, T.Y..; LILEM, I.S.
Carbonization of sodium aluminate solutions containing a small
amount of sodium gallate. Zhur.neorg.khtm. 5 no.go.19,99-2006
S 16o. (HEU 131ll)
1. Institut khimii eilikatov Akademii nauk SSSR, laboratortya
khimii Icremniya.
(Sodium alumiaate) (Sodium gallate)

4/080/60/033/007/002/020
A003/AO01
AUTHORS: Dubrovo, S. K., Lileyev, I. S.
- I ...........
TITLE: Glass-Like Gallo-Silicates and Their Properties
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 7, pp. 1471-1476
TEXT: The possiblity of obtaining glasses-in simple gallosilicate systems
was investigated and the dependence of their physico-chemical properties on the
content of gallium oxide in them was studied, Three-component glasses,were
prepared: Na2O-G 0 _Si02, Li2O-Ga2O 3j SiO and CaO-Ga2O-q-SiO2. The melting was
I inum crucibl. at lli@e glasses containing
carried out in a p al e 00-105000C.
gallosilicates are less inclined to crystallization than the corresponding
alumosilicate glasses. It was shown that the density of the glasses increases
if the molar percentage of gallium oxide in it is increased at the expense of
silicon dioxide or sodium oxide. The density of gallosilicate glasses is
considerably higher than that of alumosilicate glasses. The refractive index
depends mainly on the ratio between silica and gallium oxide. The refractive
index increases with the content of gallium oxide. The average dispersion
attains its highest value at the ratio SiO2:Ga2O3 - 3. The highest refractive
Card 1/2

82665
Glass-Like Gallo-Silicates and Their Properties S/080/60/033/007/002/020
A003/AO01
index is obtained In gallosilicate glasses containing lithium oxide. The linear
thermal expansion was studied with the aid of a dilatometer'of the FU KKIK-I)
type within the range of 20-4000C. The addition of gallium oxide to sodium-
silicate glasses decreases their expansion coefficient. The micro-hardness
increases with the content of gallium oxide and aluminum oxide. Gallosilicate
glasses, however,, have a microhardness which is by 17-23% lower than that of
alumosilicate glasses. There are 5 tables, 4 graphs and 5 references: 1 Soviet,
3 English and I American,
SUBMITTED: Februar7 17, 1960
Card 2/2

GUSEVA, I.V.;PRIKHIDIKO, N.Ye.;LILEYEV, I.S.
Synthesis of lithium silicates from aqueous solutions. Zhur.
neorg.khim. 6 no.5:1028-1034 My 161.
(MIRA 14:4)
le Institut khimU ailikatov AN 533R,
(Lithium silicate)
V,

AUTHORS:
TITLE:
S/080/-2/035/003,/020/024
D204/D302
Dubrovo, S. K., Lilevey, I.-S., Mozheyko, V. I. and
shmidt, Yu. A. -
Glasses with increased heat stability -for chemical
laboratory ware and apparatus
PERIODICAL: Zhurnal prikladnoy khimii, V. 35, no. 3, 1962,669-671
TEXT: The object of the present work was to prepare low-borate
glasses with increased thermal shock resistance, applicable to
the above uses. The range of compositions tried was (wt.ep): SiO 2
72.5 - 75.0, A1203 6.0 - 7.8, B 203 3.2 - 4.0, BaO 5.0, CaO 0 - 1.7t
Na 20-5.0 - 7.8, U20 0.5 - 1.0, CaF2 0 - 2.5. 0BaO may be replaced
by SrO. The glasses were fused at 1500 - 1520 C and their coeffi-
cients of linear thermal expansion (po, softening temperature,
tendency towards crystallization and chemical stability were mea-
sured. Two of these glasses, AT-24 (Si02 75.0, A120 3 8.0, B203 392,
Card 1/3

S/08 62/035/003/020/024
Glasses with increased ... D204YD302
BaO 4.8, CaF2 1.7,- Na20 6.8 and Li20 0-5) and BT-2q (VT-24) (SiOl)
72.6, A120 3 6.81 B203 4.0, BaO 5.0, CaO 0.5, CaF2 2.5, Na20 7.8 ,
U20 0.75) were pre*pared on a larger scale in the Druzhnaya Gorka
,alassworks and were there shaped into articles. It was found that
C@20-4000C a, 53-60 x 10-7/oC /-Abstracter's note: cm/oc?-7, the
softening temperatures were 570 OC and there was no tendency to-
wards devitrification. The glasses were stable to distilled water
and 1N H2SO2 an prolonged boiling, but less so to 2N NaOH. All
At-24 ware withstood quenching through 1700C, whilst VT-24 was on-
ly slightly less shock resistant. Thermal shock resistance was
thus superior to that of glass no. 23 and 29 produced at the D.G.
works and to 4 --,@_2_(Ts-32) glass. The same physico-chemical tests
were carried out on commercial glasses for comparison. The results
are briefly discussed and it is concluded that the glasses devel-
oped are suitable for production of chemical glass ware and appa-
Card 2/3

S/08 0/6 2/03 5 /003/02 0/024
-f Glasses with increased a.* D204/D302
ratus. There is 1 table and 2 Soviet-bloc references.
SUB14ITTED: MaY 30, 1961
Card 3/3
0

DUSROVO, S.K.; LILEYEV, I.S.; MOZILTYK0, V.I.; SHMIDT, Yu.A.
Glasses with high thermal resintance for chemical laLoratory warei
and apparatus. Zhur.prikl.khim. 35 no.3:669-671 Mr 162.
(MIRA 15:4)
(Glass) (Chemical laboratories--Equipment and supplies)

IL 59551-65-.-
ACCESSION NR: AR5012846 UR/0137/65/00Q/G0Z1/GG26jG028
SOURCE: Ref. zh. Metallurgiya, Abs, 3GI75
AUTHOR: Permyakova, T. V.;, Lfleyev,.I. S.
TITLE, Chemidal-mechanism of the process of carbonization of aluminate solu-
tions containing smalladditions of sodium gallate
CITED SOURCE.; Tr'.' 3-go Vaes. soveshchaniya po khimii i tekhnol. glinozema.,
1 Yerevan, 1964, 3199-410
TOPIC TAGS: carbonization, aluminate, sodium gallate, sodium anummate,
gallium- U, radioactive isotope, aluminum oxide, sodium monoxide, gallium,
chemical separation,, chemical precipitation, chemical mechanism, chemical anal.-
i ysis, chemical tracer, sodium hydroxide, gallium oxide monohydrate, sodium
gallocarbonate
0
TRANSLATION: The process of carbonization of sodium aluminate solutions c n-
taining small additions of sodium gallate was studied by use of the radioactive
-d1/2
L@cj