SCIENTIFIC ABSTRACT MOLCHANOVA, O. S. - MOLCHANOVA, V. V.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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--------------- ................. ........ .............................
fttegorY: USSR / ftYSicaL Cheadetry- - Uquids and amorphous bodies. Gwws. B-6
Abs Xaur: Referat Zhur-Kh-Ewlys, No qj- 195T.F 29@.
Author : MoIchanovs, 0. S.
List : 7wt, Via-
Title : Double RefractiM Of Porous GLwa
Orig Pub: OptikL. i, qDektroakoplyaf 1956jrL NO TP 917-995
Abstract: nu&y of the double refracti= (DR) of proux glass prodace6 by the
actim of au acid. solutiov. = glass having the initial coWositi6n
(in mol-0): 8'0- 70%; B,,P-, 23%; US M using air dried specimn
as well " specimen ImWr*guted with various licLuids (acid.. H,;,O,
CM.fS etc). It w" found that value of DR of the untreated (nm-
porous portions (2d/dj) and does not depend on. temperature of the
experiment and concentrLtion, of the acid solution. On the other
1hard DR of the porous leyer depends uot only ort 2d/d, , but also ozL
Concentratiort of tJ:Lc acid, used to trmt the specimen.. ra specimen
prepared in acid solutions of zikUun coneentrLtiom (0-33 - 4 N) and
inprepated with different If qgids I)R has a negative sigm and varies
ctra 1/2

OS
emical Te 1@gy - Chemical Products and Their H-7
Application. Ceramics. Glass.-Binders. Concrete.
Abe lour Referat Zhur - ndmiya go 1, 1958, 2022-
Author Molchanova, O.S.,
Inst,
Title Region ofAnomalous, Glasses in the System Na2O-SiO.-B
03'
2
Orig Pub -Steklo ikeramika, 195T, go 5, 5-T@
Abstract In the system 114 O-SiO -B 0 -the distinctive glassea are
Kim, ` Mch is
those the compos of within the range of
(in mole%): 3-19 %o and 6o-8o sio2,-vith a correspon-
-ding content of B20 The glasses of -this group, On Ua-
dergoing deepaposition bylateraction vith. waterez& a-
cid, solutions, form 6 very porous structure. These glas-
ses have Ianomalous variation of density-an& refraction
index in the temperatijre zone from thebeginaing of the
zone of annealing to the zone of.softening, Within the
same zone scattering increases, opalescence develops
Zard,, 1/3

.. k
USSR/Chemical Technology - Chemical Products and Their H-7
Application. Ceramics. Glass. Binders. Concrete.
Abs Zour Ref Zhur - Khimiya, No 1, 1958, 2022
Siq2 predominates over the %0 the glasses have a, "silica-
te" structure, and it is this lact that determines their
properties. The glasses that become turbid, that have aao-
malous physical and chemical properties and yield strong
porous residues on lixiviation, occupy an intermediate po-
sition. Their structure is unstable and is greatly depen-
dent upon slight changes in composition, the thermal histo-
ry and, possibly, on boron coordination, which varies.
Card 3/3

1841Q-6@@_ EWPWAKW/ OFTGASD Pq-4 WH
ACCESSION NR--, Ap3oo617$ 3/0080/63/036/00TA393"/1398
AUTHORS: Molchanova., .0, Orl2jas, L. A,; Krasikov,,'S. Ye.
,TITLE: Reaction of 1@orouz glass\-"with alkali and hydrofluorio mcid.
SOURCE: Zhurnal prikladnoy, khimiL. T. 36m no. 7t 1963P 13q3-13981
TOPIC TAGS: glass, porous glass,. alkali hydrofluorie aold,,
chemical treatment of glass
:1 ABSTR>: The enlargement of pores on a lamella, of type III porous 1.
glass caused by the action of alkali can be effected by employment
of alkali of any concentrations up to 71T. Some pore enlargement - in,
,.glasses of type M can be caused only in solutions whose concentra-
tion is not greater than O.5x. The amount of transfer, determined
by weight loss In the lamellas., depends upon alkali concentration,
temperature, duration of alkali action, and conditions tmder which
@jthe alkali is rinsed off, The reaction of porous glasses with HF
occurs so intensively that it is not possible to prevent diasqlutiozi:
of the porous disks on the outside. Only a specific combination of
Crd

L 18410-63
ACCESSION NR: AP.300617,9
alkali treatm6nt conditions bring about conformity of the
enlarged pore dimensions with the dimensions of the be terogeneous
areas in the initial glass. Authors conclude that this obliges re-
searchers to be extremely careful In drawing conclusions concerning
the@structure of starting glasses which were made on the basis of
experiments with porous glasses subjected to a complex chemical
treatment, Orig.; art. has: 5 figures and I table.
ASSOCIATION: None
SUBMITTED: 11@Feb62 DATE ACQ: 25SeP63 ENCL: 00
SUB CODE: CH NO RL? SOV: 004 OTHER: 000
card

L 18409-63 EW(q)/EW(m)/iP;3 AMC/ASD Pq-,4 ------- WH
&GGESSIOU-NIR; AP3006176 0/000/63/036/007/230/1403
AUTHORSt Kraaikor,, S To. I Molzh&mova, a. S.; Orlmp L010
TIME: Ana3@rsiz of valumetric ebanges taking place durine the leaching-out of
sodium-borosilicate giassegr
SOURCE.- Zhurnal prikladnay tchlmll,, v. 36, no, 7. 1963., 3L398-1403
TOPIO-TAGSt changes in glass Volunep glaoss. sodium-borooiiicate glass,
leaching-outN& T/23 glass q -'j:
ABSTUCT'. Authors analYzed the volumetric, changes takin place during leacldng-@.i
n
out of sodium-borosilicate glasses. Glass used was Na 772P3. TLt was prepared
in accordance with 2 heating conditions and in sulfuric acid of three concentrations*
'Authors@established that full leaching-out of Monothermal disks of a 2.00 mn
.thickness leads to an increase in their thickness-by 3.6 - 4.2 microns. @This
corresponds to aa increase in volume of about.0.2%, In the case of bithermal
:glass with the same sample dimensions, the average value of thickening is 3.2
microus or-0.16% of volume increasee In the first stages of the process., the
;thickness of the samples passes through a maximum or minimum in relation to the
:L/2
card

L 18409-63
Lcassmu NRt mod6M
preliminary heat treatmeitt of the glass, acid concentration, and conditions of'
surface preparation. of the samples. This can lead to am error when extrapolating:
the results of observing a partial leaching-out.. especial3y within the limits
orromation. or a porous Isyer whose thickness is approximately 0,2 MM4 Origo
art. has: 7 figureso
ASSOCIATION: None
SUMI 00
TTED.-- 3.hFeb62 MIZ ACQ: 25Sep63 ENCL:
SUB CODE: Offs
HL NO REF SOVz 004 OTHM.- 002
2/2
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MOLCLAIIWA L
., R. S.; DUIGV, A. 114. (Prof.) (Dr. Chem. Sci.);
"The Determination of Phosphorrus in Ferroniobium," in book, The Application of
Radioisotopes in Metallurgy, Symposium XXXIII, Moscow; State Publishing House for
Literature on Ferrous and Nonferrous Metallurgy, 1955,
Prof. A. M. Dymv, Dr. Chem. Sci.; R. S. Molchanova, Assistant, Chair of Analytical
Chemistry, Moscow Inst. of Steel im 1. V. Stalin.

14OLCHANOVA, R. S., DYMOV, A. M. (Prof., Dr. Chem. Sci.);
"The Determination of Phosphorus in Ferrotitanium," in book The Application
of Radioisotopes in Metallurgy, Symposium XXXIV; Moscow; State Publishing House for
Literature on Ferrous and Nonferrous Metallurgy, 1955-
Prof. A. M. DYMOV, Dr. Chem. Sci.; R. S. Molclvanovtt, Assirtant, Chair of Analytical,
Chemistry, Moscow Inst. of Steel im 1. V. Stalin.

DYMOT, A,K., Professor. dektor khimicheakikh naukf KOLCHOOTA, R.S., assistext.
-11
Determining phosphorus in forraniobium. Sbor.Inst. stali 34:306-319 155.
(MML:9-.?)
Lrafedra analitichasker khimli.
(PhcaPh&rus---;IsGt*pes) (Iran-niebium alloys)

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@SRZHEYEVSKATA, 0.1. (Iferzhyeuskaia, V.I.]- KHOTIKO, E.I. (Khatalko, E.U.);
KUNDAKOVA, S.V.; MOUMOVA, fKalchana-va, R.U.]
Feeding habits of Agrotis seget= Schiff and Agrotis exclamad"09MI-s-
L. Vestsi AN BSSR. Ser..biiai. nev. no.4:121-1-29 164.
(MMA 18:1-2)

MOLCHAILOYA,S.I.; KOROZ07A,O.ra.. SHC=N.V.T.
Catalytic cracking with ms@gnesium silicate catalysts. Trudy Inst.
nefti'no.6:30-34 '55. (MMA 9:12)
(Cracking process)
-D -;q7-rj'7

---------- -- 74@@, - - @ - 5 .
--------------- ------- -----------------------------
/1/ 61
Category: USSR B-9
Abs Jour: Zh--.Kh, No 3, 1957, 7589
Author : Shchekin, V. V., Molchanova, S. I. and Antonova, A. I.
Trst : Petroleum Institute of the Academ f Sciences USSR
T 41 4 11e: On Changes in the Activity and Selectivity of Aluminosilicate
Catalysts
Orig Pub: Tr. in-ta Neft-f AN SSSR, 1956, Vol 8, 107-113
Abs* rac t The activity of synthetic aluminasilicate catalysts (K) is reduced
less by carbunization in the redistribution of hydrogen in cyclo-
hexane (1) than in tEe isomerisation of cyclohexane (Z). Preli-
mMary poisoning of K with pyridine or quinoline reduces the pent.1-
met-hylenes yield to a greater extent than the carbonifsation of K.
Decreasing the pore s4'ze oi K. has a more beneficial effect ir. the
case of reaction -1, 1) than in the case of reaction (2). It has been
Card 1/2 -38-

Category: USSR B-9
Abs Jour: Zh--Kh, No 3, 1957, 7589
noted that the change in selectivity caused by the carbonisation
of K may be caused by external diffusive complications or by the
preferential closing of small pores. The authors recommend
the utilisation of K with large pores for the attainment of optimal
isomerisation product yields. A method is described for the de-
termination of six- and five-membered cycloalkanes and cycloal-
kenes in the reaction mixture.
.139.
Card 2/2
and Treatment with Vapors by the Adsorption Method
- I-' A1',T q@--C;R . 1956, Vol a, 1ZO-130

Category- USSR B-9
Abs Jour: Zh--Kh, No 3, 1957, 7590
followed by treatment with vapors, S decreases, but the pore size
remains almost unchanged. Vapor treatment increases the activa-
tion energy from 8. 200-10,000 to 15,300-16,400 cal/mole. It has
been noted that the decrease in the activity of the catalyst observed
after vapor treatment is caused both by a decrease in S and by phase
transformations.
Card - 2/2 -41-

5 (4)'
,AUTHORS: Ballod, A. SOT/20-123-3-W54
Topchiyevv A. 7.1 Academician, Fedorova, T. T.t
*Shtern, T. Ya.
TITL4: Three Types of Kinetic.Curves of the Interaction of Methane
and Propane Vith Nitrogen Dioxide (Tri vida kinetteheakikh
krivykh vzaimodeyatviya metana, il pr9pana a dvuokistyu azota)
PERIODICAL: Doklady Akademi3l nauk SSSR, 195821 701 IZ3, Hr 3,
PP 464-467,(USSR)
ABSTRACT: The kinetics of methane and. propane nitration by means of
nitrogen dioxide was carried out bythe authors in;& vacuum
dsvic4 with-:a-aelf-recording colorimetric photometer; thus,
the consumption of nitrogen dioxide was recorctect. A diaphragm
gauge recorle(I the increase-,in pressure. Agcording to the
06m-
gosition of the reaction'mixturei the,initial pressure
and temperature 7 types of the reactipa-course were (Letermined:
a)' slow reaction (Fiza la. 2al. k contint,^-

Three Types of Kinetic Curves of the Interaction of BOV/20-123-3-23/54
Methane and Propane With Nitrogen Dioxide
increase at 250-3000 is S-shaped if there is no high
initial pressure and the mixture consists of
C3HS : U02 - 1 : 1; 2 : 1 and 4 : I (Fig 2a). The total
pressure sometimes remains practically constant up to 30-40
seconds, although NO2 is rapidly consumed. In methane nothing
of that kind was observed. b) Reaction with a maximum
(Figs 1b, Iv, 2v). With'an increase in the initial pressure
or in temperature the reaction of type a (at constant
COMDOsition of the mixture) passes to a reaction with a
maximum. After a peri6d-of 1.5-7 seconds (according to
initial conditions) durint which an autocatalytic reaction
is. seen, the pressure increases abruptlyl while 110, is
consumed to a considerable extent or practically completely.
The abrupt increase in pressure has no relation with a
visible flash. Afterwards, a rapid pressure decrease occurs,
sometimes (in the case of propane) down to the initial
pressure. It is followed by a slow increase in pressure up
Card 2/4 to saturation. Figure 2 b shows limiting cases betweien

Three Types of Kinetic CurTes of the interaction of SOT/20-123-3-23/54
Methane and Propane iffith Ifitrogea Dioxide
reactions of type a and type b. c) Reaction with flash (Figs Ig,
.2g),At a further increase in the initial temperature and
initial pressure the reaction passes to an actual explosion
proaess. The entire reaction practically ends in a tlame,
wherein NO2 is completely consumed. The intensity of the
shining increases at constant temperature with the initial
pressure, wherein the pink-raddish-lightblue coloration is
turning white-yellow. No luminiacence (Ref 1) was found. The
ratio of the pressure increases at the moment of the completed
ITO consumption to the XG iniiial pressure in the mixture
2 1 2
P1/pinitial NO2 for the reaction between CH4and NO2 depends -
within the limits of the corresponding ,mixture - neither on
the type of the reaction kinetics nor on the initial pressureq
nor on temperature. This ratio varies insignificantly with
the composition otthe mixture. On the other han&,AP I/Pinitialff@
for the reaction between C 39a an& NO2 is influenced by the
Card 3/4

Three Types of Kinetic Curves of the Interaction of SOV'/20-123-3-23/54
Methane and Propane With litrogen Dioxide
reaction kinetics and composition of the mixture. This
ratio is the lowest for the reaction of type b and the
highest for type a. There are 4 figures, 1 table, and
1 reference.
SUBMITTED: July 18, 1958
Card 4/4

50), 5(4) SOV/75-14-2-6/27
AUTHORS: Ballod, A. P., Molchanova S * I., Patsevich, 1. T.,
Topchiyev, A. V., Shtern, @.a.
TITLE: Polarographic Analysis of the Liquid Products of Nitration
of Alkanes With ffitrogen Dioxide (Polyarograficheskiy analiz
zhidkil-.h produktov nitrovaniya alkanov dvuokisf-yu azota)
PERIODICAL: Zhurnal analiticheakoy khimiit 1959P Vol 141 TTr 2p PP 160-197
(USSR)
ABSTRACT: The gas-phase nitration of alkanes (C 1 to 03) with nitrogen
dioxide yields a complex mixture of products the quantitative
analysis of which is very difficult. In the reaction mixture
nitroparaffins, alkyl nitrites, alkyl nitrates, aldehydes,
alcohols, alkanes, alkenes, carbon monoxide, carbon dioxide,
nitric oxides, and water were found. The nitric oxides,
carbon oxides, and hydrocarbons may be determined by the usual
chemical or chromatographical methods. For this purpose the
liquid reaction products (nitroparaffinat alkyl nitrites,
alkyl nitrates, aldehydes, and alcohols) must be separated
Card 1/4 beforehand by dissolving them in water. In the present paper

SOV/75-14-2-8/27
Polarographic Analysis of the Liquid Products of Nitration of AlIkannes
With Nitrogen Dioxide
a quantitative polarographical method of analyzing liquid
nitration products in the absence and in the presence of
NO2 is doscribad. The method devised makes it possible to
determine the sum of nitroparaffinsp the sum of alkyl nitrites,
and the determination of formaldehyde and of the sum of high-
er aldehydes in the absence and in the presence of NO.. The
determination of formaldehyde in a 0.2 molar solution of
UOH is possible if the concentration of NO- is below
3
0-01 - 0-05 mol/l. If alkyl nitrites and alkyl nitrates are
simultaneously present, only the total sum of these com-
pounds can be determined. The authors obtained for the
first time a polarogram of methyl nitrolic acid. In a
0.2 molar solution of MOH the polarogram of the metbyl
nitrolic acid consists of two waves with half-wave potentials
91/2 ' -0.6 v and no - -1.1 v with reference to a saturated
Card 2/4 calomel electrode. In a burfer solution of 0.2 molar 1TaOH

SOT/75-14-2-8/27
Polarographic Analysis of the Liquid Products of ITitration of Alkanes
With Nitrogen Dioxide
and 0.2 molar NaH2PO4 (pH 5-7) only one wave is observed
(it 1/9 - -0.25 to -0.3 v). The polarographic methods of
analysis devised are described in detail, and the polaro-
grams are reproduced. The following tables are contained
in the paper: 1) half-wave poteatiab of RHOVRONO, ROIT02
HC]IO and CH3CHO with reference to a saturated calomel
electrode (for an acid, neutral# and alkaline medium);
2) c4ange of the height of the reduction wave of formalde-
hyde with respect to time in the following solution:
0. 006 wla at WHO, OZ02 -molar at CH3110 2 and 0-13 molar at UOH;
3) results of the polarographical analysis of artificial
mixtures of CH CHO, HCHO, C H ONO and CH NO in the absence
3 2 5 3 .2
of 1102; 4) influence exerciaed by time beginning with the
preparation of the mixture on the height of the waves;
Card 3/4 5) results of the analysis of artificial mixtures in the

SOV/75-14-2-8/27
Polarographic Analysis of the Liquid Products of Nitration of Alkanes
With ITitrogen Dioxide
presence of H02. There are 7 figures, 5 tables, and
references, 4 of which are Soviet.
ASSOCIATIOIT: Institut neftekhimicheakogo sinteza All SSSR, Moskva
(Institute of Petroleum-chemical Syntheses of the AS USSR,
Moscowi
SUBMITTED: JulY 23, 1958
Card 4/4

LEVIN, A.., kmad. takhn. nauk; WWRMOVA, T.j. inzh.;
01=At G. P iazh.
Using gas burners fcr drying buildings. Zhil.-kom, khoz. 11
no,11:22-23 N 161. (MIM 16:7)
(Gas burners) (Drying apparatus)

LEVAIN, AA@@ k--md@ tekhn. nauk@-, FRYUKROCIV., O,N,, mlqcishiY lluur@l D@T sotrudalk;
T@A-___mlall a hl"y nau@@hnyy aoltrudiiik@ OKSf!Y-'A.' G.M.i
y ntumhny- KH-klrlllk@ M.A.- mlada-1--y ---u-h-y7
Teflrpe@n-ture regimes and apeatral charaoterist-4--s of infrared
gae bi era. Ispoll. gaza v nar. Ichoz. no.2t53-70
(MJM Icl 9)
A.. Labroratoriya bytovykh gazoyykh priborov Saratovskogo
goaudarstqennogo nauchno-IsaledovateVskoga i proyektnogo
ins@f,'-tuta po ispolit.'zovan' u gaza v narodnom khozyay-stve.

; , i , T . -j .
,@c
25422 chanova, T. P. Vykhody NJ-zhne-C Proterozoya h- Vcsto@u Ct Fniseyslkc-o Erzha.
Zov. Geoligo-fya, @'c- 32, 1@4P, s. 64-66
50. letopi-s' Zhurnal 11-tatey, 110, 30, I-losccw, 10,4F

I TIMOGRADOV, N.V.; KCLORMOTA, T.B.
I %--MVK -------- V"-
Coat of augmr and profitableness of its production. Sakh.prom. 28 . -V
no.2:37-42 154. (mraL 7:4)
1. Taentrallan n=ahna-iosladovatellekly institut aakha=ov pro-
myshlonnosti.
(Saor iadustry)

I-
rj tq Nt 0 VT_
country USSR
Gataeory Farm knimals,
Cattle.
Abs. Jour Ref Zhur-Biol.j No 21t 19589 96866
Author Guzhova T, Pe; Zakharova T, Poi Kol akova
Inatitut, Moscow lechnological Institute 0 Ke'a
L? aad*&
Title The Feeding of Calves with the View of Their
ftture Economic Utilization.
OrIS Pub. t Sb. stud* rabot. Mask, tekhaol, in-t myasno I
moloc" prom-sti 1958 vyp 5 112-114
Abstract @A-.24- m"
As young stock't oixths 611, was kept ba.
sically on coarse fodder*and silage during the
stall period and subsequently fattened on pa-
sture without additiowl teading with concen-
tratest It reached a live weight of 520-530 k&
The carcass yield of young stock, 28 moaths ol
amounted to 52 parcerit.
Card: 1/1
-*T&_P,; golchanoval T

All"IMATriMl IT.IT#j MOMITAMV0 TfMi.
Wficlant use of Centrrl Znzaldistan coal, Test, AN Zme-eh. SSR 15
no.4:43-46 950'. (MA 12-.7)
(Fazakh ste n-- Coal)

AZEi 'Y. 1:h.
?u@ 18:2)

AZY'RBAYFIVP I.N., akadeaik; 14OL-CHANOVA, T.Kh.; M%ROVA, R.G.
Thi.ocyanogen and chlorine derivatives of acetylene
Test. AN Kazakh. SSR 21 no.U:44-48 D '65. ZI-NIDU 18:12)

-7 1/',
Nolchanova, T.V.
11-T-6/23
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
"About Genesis of Alkaline Rocks of the Irisu Intrusion (I!a-
lass Ala Tau)"--- (0 geaeziae shchelochnykh porod intruzii
Irisu'(Talasskiy Alatau)
"Izvestiya Akademii Nauk SSSR11, Seriya Geologicheskaya@, 1957,
No. 7, pp. 87-97t (USSR)
The alkaline rooks of the,Irisu intrusion which consist of
pyroxenites with nepheline, shoakinites and nephelinic syeni-
tea, have formerly been regarded as products of diffetentiated
magma. Based on the aVaillable material, the author draws the
conclusion that same of the rooks were formed as:a. resitlt of'
metasomatosist some were of hybrid origin, and only a small
portion of intrusive rooks were of magmatic nature. T6 irisu,
mountain range breaks through the 3,000m-thick carbona to stra-
tum of hardcoal. Especially high sections of this mighay
stratum are exposed at the Iriau, district, represented by lay-
ers of the Lower, Middle and Upper Wisev as well as of;botton
sections of the Middle Carboniferous Period. The northern
half of the intrusion is located in the Lower Wise, consist-
ing of limestone# partly dolomitized, marlaceous, inter-
spersed by siltstone and dolomites. The southern section of

" 11-7-6/23
"About Genesis of Alkaline Rocks of the 1risu Intrusion (Talass Ala Tau)"
the intrusion is coa;posed of rocks of higher layers of the
Upper Wise and the Riddle Carboniferous Period, where lime-
stone predominate. The northern sections of the intrusion
are composed of various skarns, which gradually change into
rocks of the pyroxenite type. To the group of hybrids rocks
belong varieties which contain besides the products of meta-
somatosis considerable quantities of magmatic substancest 60%
or more. To these varieties belong the.shonkinites, syeaites
and monzonites. Rocks of the strictly magmatic group show no
characteristics of hybridization and are products of crystal-
lized magmatic fusion, such as nepheliteep syenites and
variou kinds of dike rocks. Nowhere among the different
rocks :f the Irisu intrusion were found any indications of
their multiphase formation. On the contrary, the gradual.
transitions, with the exception of dikes, offer no distinct-
ive marks between adjacent strata. It must be concluded that
the Irisu and likely the Kainda, alkaline rocks have been
formed from alkali earth magma, whereby its unusual com-
position accounts for deep reprocessing of the magma by
Card 2/3 carbonate rocks.

11-7-6123
"About Genesis of Alkaline Rocks of the Irisu Intrusion (Talass Ala Tau)"
The article contains I @w1ogicaL map, 2 f igmres and I diagram.
The bibliography lists 8 references, all Slavic (Russian).
ASSOCIATION: @azakhstpn GeologLcal Administration, city of Alma-Ata.
(Enakhokoye geologicheakoye uprexleniye g-Alm-Ata)
SUBMITTED: April 4, 1957
AVAILLBLEc Library of Congress
Card 3/3

AUTHOR: Molchanova, T.V. SOV/5-56-4-28/43
TITLE: The IntrusiveF k1kaline Complex of the North Western Spire of
the ThIa3s164, Alatau (intruzivno-'effuzivnyy shchelochnoy
kompleks severo-zapadnykh otrogov Talasskogo Alatau)
PERIODICAL: Byulleten! M-oskovskogo obshchestva ispytateley prirody,
Otdel geologicheskiy, 1958,VNr 4, p 154 (USSR)
.r5
ABSTRACT: This is a summary of a report given by the author at a con-
ference of the Moscow Society of Naturalists or. 17 April 1958,
The author gives a detailed description of the chemical com-
position of the intrusive alkaline complex of the north
spurs of th, Te%:,_e_-skiy A-latatT.
1. Allp-line earths--Geology 2. Alkaline earth.-Ch@-m@csi
Card 1/1

SPASSKUt S.S,; TOKAR97F L.V.; 14IKEIAYLOVAp M.A.1 TARASOVy MOLOHMOVAP T. V.;
MATIKOVAIr M. re.
Copolymerization of unoatur;Lted polyesters vith viny-I monomerse, Trudy,
Inst. khIm. MR =MnoOM-32 f59 (KMA 140)
(Zaters),- Oftnyi dompounds) (Polymerization)

5 (4), 15 (8)
AUTHORS: Spasskiyq S. S.9 ffikhaylova, LT. A., sov,"76-33-7-1/40
Tarasoy, A. I., KolchaAqyA,-@@
Mat1kova, 11. Ye.
TITLE: Copolymerization of Unsaturatad Polyesters Iffith Vinyl Uonomers.
IV. Copolynerization of Polydiethylerte Glycol Famarate With
Styrene, Acrylonitrilej Idethyl flethaorylate; and Vinyl koetate
PERIODICAL: Z-hurnal fizicheskoy khitaii, 1959, To' 33% "r 7, pp 1449 - 1454
(USSR)
ABSTRACT: In a previous paper (Ref 1) it was found among other things
that acrylonitrile during copolymerization (C) with unsaturated
polyesters (FE) shows decreasing activity compared with that in
(G) with diesters of fumaric acid. It was assumed that these
phenomena are due to steric factors. In order to confirm this
assumption, the authors investigated the (C) of polydiethyleae
glycol fumarate (1) with styrene (II), acrylonitrile (III),
methyl methaorylate (IV), and vinyl acetate. The properties of
the vinyl monomers are listed (Table 1). The (0) constants (CC)
were determined according to the Kayo-Lewis equation (Ref 4)-
Card lb The experimental results obtained are listed (Table 2) from
@k

Copolymerization of Unsaturated Polyesters With Tinyl 507/76-33-7-1/40
Monomers. IT. Copolymerization of Polydiethyleae Glycol
Fumarate With Styrene, Acrylonitrile, Methyl ffethaarylate, and Vinyl koetate
which the (CC) as well as the reaction rate of the chain radi-
cals of the (PE) and of the vinyl monomers were calculated
(Table 3).The activity of the vinyl derivatives increases (with
respect to the chain radical of the (PE)) from (11) to (V),
while during the (C) of vinyl monomers sit opposite phenomenon
maY be observed (Ref 5), i.e. (II) possesses the strongest and
(V) the weakest activity. The experimental results obtained
confirm the above effe-^t of steric factors. It is assumed that
the latter%,inoreases with increasing size of the radical at the
double boa(f and with decreasing elasticity of the monomer mole-
oula. The authors plotted diagrams of the integral composition
of the systems under investigation (Figs I - 4)'; furthermore,
they pointed out among other things that no azeotropic mixturas
are formed by the systems (1) + (II) and (I) + (17). The aboTe
diagrams permit determination of the conditions for preparing
homogeneous copolymers. There are 4 figures, 3 tables, and
9 references, T of which are Soviet.
Card 2/3

Copolymerization of Unsaturated Polyesters i7ith Vinyl SOV/76-33-7-1/40
Monomers. IT. Copolymerization of Polydiethylene Oycol
Flamarate With Styrenev Lcrylonitrilep Kethyl llethmrylate, and Vinyl kcetat'e
ASSOCIATION: Urallskiy filial Akademii nauk SSSR Sverdlovsk (Ural Branch of
the Academy of Sciences of the USSR, Sverdlovsk)
SUBMITTED: March 17, 1957
Card 3/3

1 0 ej I LZ 0 'a
83473
S/190/60/002/009/004/019
B004/BO60
AUTHORSt Spasskiy, S. S., Holchanove, T. V.
TITLE: Copolymerization of Unsaturated Polyesteral With Tinyl
Monomers. X. Thermomechanical Study of Copolymeri--o-P
Three-component Systems I
PERIODICAL: Vysokomolakulyarnyye soyedineniya, 196o, voi. 2, No. 9,
PP- 1320-1323
TEXT: The authors utilized the apparatus designed by V. L. Tsetlin,
V. II Gavrilovf et al. (Ref. 12) (method by V. A. Kargin et al.9 Ref.11)
to study the thermomechanical behavior of copolymers of polydiethylene
glycol fumarate + styrene + vinyl acetate (I and polydiethylent glycol
fumarate 2+ methyl methacrylate + styrene (11@ under a stress of
40 kg/cm . The copolymerization constants are given in Table 1, and the
physical data regarding vinyl mohomers in Table 2. In a previous paper
(Ref. 5) on two-component systems, the authors established two types of
thermomechanical curves. In the first type, corresponding to cross-
linked copolymers, deformation starts only at decomposition temperature.
Card 1/3

M73
Copolymerization of Unsaturated Polyesters S1190V601002100910041019
With Vinyl Nonomers. X. Thermomechanical B004/BO60
Study of Copolymers of Three-component Systems
The second type characterizes linear structures, and deformation occurs
already at a low temperature, remains constant on a temperature rise, and
further increases at decomposition temperature. Fig. 1 shows the diagrams
of the composition of I and 11. In spite of different primary ratio of
the three components, the composition of the forming copolymer tends
toward the azeotropic composition. The thermomechanical properti&s of I
and II are graphically represented in Fig. 2. In ameotropic I the deforms,
tion curve forms no plateau, while plateaux appear in nonazeotropic I,
since linear structures are formed after saturation or'. the active bonds
of the polyester. InJI, the deformation curve features a plateau. These
results fit those obtained on the strength of the copolymerization con-
stants. In opposition to other researchers (Refs. 9,10), the authors
found that the constants of copolymerization of low-molecular diesters of
fumaric acid with vinyl monomers are not applicable to the calculation
of the copolymer composition (Fig- 3). There are 3 figures, 2 tables, and
12 referencess 8 Soviet, 2 US, and 2 British.
Card 2/3

83473
Copolymerization of Unsaturated Polyesters s/igo/60/002/009/004/019
With Vinyl Monomers. X. Thermomeohanical B004/BO60
Study of Copolymers of Three-aomponent Systems
ASSOCIATIORt Ural'skiy filial AN SSSR, Institat khimii (Ural Branch of
- the AS USSRO Institute of Chemistry)
SUBMITTEDt February 8, 1960
Card 3/3

87338
S/190/60/002/010/021/026/XT-
&4 0 Z0q# 24 (Al 2.9 ID9 B004/BO64
AUTHORSt Spasskiy, S. S.,
TITLEt Copolymerization of Unsaturated Polyesters With Vinyl- and
Allyl Monomers. XI. Copolymerization of Polydiethylene
Glycol Fumarate Adipinate and of Low-molecular Polydiethylene
Glycol Fumarate With Styrene
PERIODICAL: Tysokomolekulyarnyye soyedineniyag 1960, Vol. 2, No. 10,
PP- 1491-1485
TRITz In previous papers (Refs. 1-6) the authors reported on the copoly-
merization of polyglycol fucarates.Copolymers of this kind are used for
glass reinforced plastics. Since, however, no pure compounds are used in
the practicel this paper discusses the effect of an addition of saturated
aoids, to the unsaturated polyester upon the molecular weight and the co-
polymerization constants. The copolymerization with styrene of polydi-
ethylene glycol fumarate-adipinate (I), molecular weight 1610, and of two
samples of polydiethylene glycol fumarate (II)t molecular weight 510 and
1970 was investigated. The reaction took place in sealed glass ampouls
Card 1/9

87338
Copolymerization of Unsaturated Polyesters S1190J6010021010102110261ZX
With Tinyl- and Allyl Monomers. XI. Copoly- B004/BO64
merization of Polydiethylene Glycol Film rate Adipinate and of Low-
molecular Polydiethylene Glycol Pumarate With Styrene
in nitrogen atmosphere at 600C. Benzoyl peroxide aerved as initiator. After
the non-polymerized products had been removed by washing with acetone
(5 - 6 days), the composition was determined on the basis of the oxygen
content in the copolymer. The number of polyester links entered into re-
action was determined. on the basis of the additivity of the specific
volumes and the known shrinkage in polymerization. The following results
were obtainedt 1)The copolymerization constants for I and II with styrene
differ little. 2) The styrene activity increases with decreasing molecular
weight of the polyester. It reaches its maximum in the reaction with di.-
ethyl fumarate. 3) Since due to the changed styrene activity also its con-
tent in the copolymer changes, this fact must be taken into account in the
production of binding agents for glass reinforced plastics. There are
I figure, 2 tables, and g,referencest 6 Soviet, 2 US, and 1 Germaa*
ASSOCIATION: Urallskiy filial AN SSSR, Institut khimii (Ural Branch of
the AS USSR, Institute of Chemistry)
SUBMITTED: April 18, 1960
Card 2/2

ALEKSMT&, Lk.;. SPA6SSKIT, S.S.; Pfiuimali ucbaeti7e - MOLCHOOTA,
T.T. -, SEMERMA, G.A.
Copolymerization of uneaturate(L polyesters with vinyl and
allyl moaomers. Part 12: kktudyof polydi3th7leneglycol
fumarate - styrene copolymers bT infrared upectroscopy and
chemical methods. fyookom. soed. Z no. 11:1645-1654
9 '60. MU 13tll)
1. Inatitat khimii Uraltakogo filial& All SS.M.
(bimaric acid) (Styrene) (Polymers-Spectra)

5.3830 77395
SOV/79-30-1-56/78
AUTHORS: Spasskiy, S. S., Tokarev, A. V., Mikhaylova
M. A.
,
,
Molchanova, T. V., Mat1kova, M. Ye.
TITLE: Copolymerization of Unsaturated Polyesters With Vinyl
Monomers. III Concerning the Nature of Copolymeriza-
tion of Unsaturated Polyesters With Vinyl Monomers
PERIODICAL: Zhurnal obshchey khimii, 196o, Vol 30, Nr 1, pp 250-257
(USSR)
ABSTRACT: Copolymers of poly(1,3-butylene glycol fumarate) with
vinylcarbazole, acrylonitrile, vinyl acetate, methyl
methacrylate, and poly(ethylene glycol fumarate) with
vinyl acetate were prepared in order to study the
nature of this copolymerization. Literature data
concerning the copolymerization constants cf different
copolymers are reviewed. Copolymerization of polyesters
with acrylonitrile, vinyl acetate, and rrethyl meth-
Card 1/4 acrnjlate was conducted in sealed glaas ampouloo in a
J-.

CopolyTerization of Unsaturated Polyesters 77395
With Vinyl Monomers. III. SDV/79-30-1-56/78
Card 2/4
nitrogen atmosphere. The ampoules were placed in a
th@-z,,oota'L-l at, 0"0 + 0.1o. Benzoyl peroxide i-ias used
as an initiator. After completion of the reaction
(to the given extent), the ampoules i..,ere re,,,,,oved frorr,
the thermostat and frozen with liquid nitrogen. The
trimeric copolymer i-,,as separated from other products
of reaction and the initial prod-@,.ctO by treatment !,,Jth
acetone containing traces of hydroquinone, and washing
with acetone, Copolymerization of P01Y'k 1,3-butylene
glycol fumarate) with vinylcarbazole was conducted
in toluene solution (in nitro@en atmosphere) in the
presence of benzoyl peroxids (up to 1%). The mixture
was heated for 65 hr at 100 , but no copolymers were
obtained. From the data obtained, the following
conclusions were made: activity of acrylonitrile in
the reactions with polyesters is low in comparison
with its acti.ity in the reactions with diesters of
ftunaric acid. Copolymerization of vinylcarbazole with
polyesters does not take place at all. Apparently,
the bulk"j substituents cause steric hindrance affecting

Copolymerization of Unsaturated Polyesters 77395
With Vinyl Monomers. III ly SOV/679-30-1-56/78
L. U -
the copolymerization process. The activity of vinyl
acetate in the copolymerization remains unchanged.
C@
Copolymerization constants of the following copolymers
were determined:
r r2
Poly(1,3-butylene glycol fumarate) - 1.12 + o.o4o 1.03 + 0.2
acrylonitrile
Poly(1,3-butylene glycol fumarate) - 0.5 + 0.5 2.1 + 0.30
methyl methacrylate
Poly(1,3-butylene glycol fumarate) - 0.2 + 0.2 0.15 + 0.07
vinyl acetate
Poly(ethylene glycol fumarate) - 0.2 + 0.1 0.020 + 0.02
vinyl acetate
Card 3/4

Copolymerization of Unsaturated Polyesters 77395
W-,!'L,h'V'inyl Monomers. III SOV/79-30-1-56/78
ASSOCIATION:
SUBMITTM:
There are 4 tables; 2 figures; and !6 references, 2
U.S., 5 U.K., 9 Soviet. The 5 most recent U.S. and
U.K. references are: B. Hayes, R. Hunter, Chem. and
Ind., 1957, 559; V. Wycherly, Chem. and Ind., 1957,
491; W. Robertson, D. Shepherd, Chem. and Ind., 1958,
126; B. Hms, W. Read, L. Vaygan, Chem. and Ind.,
1162 (1957 ; F. Leavitt, V. Stannett, M. Szwarc, Chem.
and Ind., 28, 985 (1957).
Ural Branch of the Institute of Chemistry, Academy of
Sciences, USSR (Uralskiy filial AN SSSR, Institut
khimii)
July 29, 1958
Card 4/4

IFAGIBIM.p
Strtwtural position of Mesozoic panite@,:Ezx the Nonjolo-Okbotsk
son& and the adjacent regims of the Stinovor Range- Do AN
SM 136 no,2t424-427 16U #@&Utl)
f r-
1. Predstarleno akademik= R.S. -9hatskix.
(Asia-4rwdte) (Geologyr Uxuatural)

1
NOLCMG-74
41
Fkcgeosynclinal Mesozoic granitoids of the arched uplift of the-:
Stanovoy Range and their structural position. Tzv. AN SM Ser.
geole 29 noo7t38-51 JI t64 (Km l8a)
1. Goologicheskiy institat AN SSSR, Kdokva.

Ovir arvi
ce n tra i A-f.,4x%r'. n - 7--4'
OJI.RA 19-5)
t AN S' T',

MOLCHMOVA? T.Y.
@ " @
Tectonic and magmatic conditions goTerning the formation of
Upper Falaozoic alkali rocks in the western part of the central
Tien Shan. Kul. MJIP. Otd. geol. 40 no.4:32-45 JI-Ag t65.
(KRA 18: 9)

MUCH"OVA. V.A.
Apteral greashappers Podisma pedestris L. (Orthopters, Acrididae) as
posts of nurseriGff in the steppe sow. Jht.obot. 33.:7&79 153. (MMA 7:5)
1. TsesoyusW rnstitut sashchity rasteniy Toesoyusnoy Akadenii
seVvkokhozyayst-vennykh nauk in. T.ItLenina. Leningrad. (Locusts)

V
"Investigation of the Species and the Biology of Tree Nurser7 Pests of Vorone--hskmya
and Ealashovskaya. Oblasts and Development of Protective Mleasures." Cand Agr Sci, All-
Union Res Inst, of Plant Protbection; All-Union Order of Len.:m AcadeV of Agricultural
Sciences Lmeni V. I. Lenin, Leningrad,, 1955. (IM.. i1o 24, Apr 55)
SO- Sun. . No- 704,, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16).

31.
al-N2
U
t ply
f, Ali
x
7 lull i3i 1111
ij
6i --i v 1
R lux .91 ia
" I - ;-, "
-gj
ol
-C
I?
4.

ANDRMT, S.T.; MOLGRANOVA, V.A.; KARTENS, B.N.
Applying radioactive isotopes for marking insects. Zashchorut
ot vredoi boli, 5 no*210-47 7 f6G- (MMA. 1;tl2)
1. Vheso-yu=yy inatitmt zashchity rasteniy,,
(Radioisotopes-Inseetsp Marking of)

XOWKMOVAg V.A., kand.seltakokhozyaysbre=ykh nauk
Nathod and description
Chmwta#n in- insects.
of the equipmeat twed in investigmtIng
7@rucb@ VIZR na,15*29@-330 f6O,
(Iktomological

",,, KOLOHMOYL, T.A.. -, MONOT, 7.7.
Calculatton of tidal phenomena tm a Rhallaw 'hay by, the method of
boundary values. frudy GOrIr no.. 57.2e-43 16C. (KUU 14:1)
(Tides)
, 7?@

N 416@6
S/205/62/002/005/014/017
D243/D307
AUTHORS: Andreyev, S.V., Martens, B.K., Molchanova,.V.A., and
Stepanov, A.S.
TITLE: Investigation of the effect of the radiation dose on
the mortality and sexual sterilization of the barn
weevil
-PERIODICAL; Radiobiologiyat v. 2t no..5,-1962, 758 762
TEXT: In view of its economic importance'theauthor wished-to dis-
cover the minimum radiation dose ef-L'ectivply,disinfecting Grain. A------
..y-unit illustrated in Pig. 1, developed by the biophysics laborato-
ries of the author's Institute, was used. 50 insects, Calandra gra-
naria L? were placed in a linen container with 10 g of previously
sterilized grain and, after irradiationt was transferred to glass V@
4jars to which a further 30 9 of sterilized grain was added. The
jars were kept in a thermostat at 23 - 250C, at suitable humidity.
The radiation doses were 0.5, 1v 8, 12 and 40 kr. Mortality estima-
tes were made after 7t 14p 27# 34 and more dayso The sterilizing
effect was calculated from the number of second generation insects.
Card 1/4

.0/no5/62/002/005/014/017
Investigation of the effec,t of D243/D307
The author concludes that doses of 0.5 - 1kr increase mortality
and sterility slightly. For complete sterilization a dose of @ kr
is required, when the lethal effect is more clearly apparent. These
figures can be used as a basis for planning an industrial y-unit
for grain disinfestation. There are 2 figures and 2 tables. -
ASSOCIATION: Vsesoyuznyy nauchno-issledova-ellskiy institut zash-
chiti rasteniy, Leningrad (All@-Union Scientific Re-
search Institute of Plant ProtectPion, Leningrad)
SUB11ITTED; May 12t 1961
Card 2/4

Investigation of the effect of
Fig. 1. Diagram of y-unit.
S/205/62/002/005/014/017;
D243/D307
CaTd 3/4
PKC. 1. Cxeica V-yc-masica

S/205/62/002/005/014/017
InvestiZation of the effect of ... D243/D307
'Legend: 1 - radiation souz6ce, 50 g.equ.R.; 2 - carriage with object.
to be irradiated in operative position; 3 -'carriage in non-opera-
tive position; 4 - ionization chamber of x-ray recorder- 5 - x-ray
recorder; 6 - view window for determining from ruler (9@ distance
of radiation source from object; 7 - protective screens of lead
glass;.6 - protective layer of lead; 9 - measuring ruler; 10 - mo-
tor for moving radiation source in vertical position; 11 - container
for keeping radiation source in no.noperative position.
97-1),qaTem. a 50 3Ka R. 2 xapeua c o6aytacmus4 CrilwNT-1 a
awomeHum. -- icapema impar3o4ex nO.10ACHIM, 4 - 410HO33-
KaKePI VCNTreHawerpa. 5 pcKTrcunsccTV. 6 - c6cm povw 3@aw&o
Orl peztewHKO FIO IHKCAKC (9) PaccTURIffill uJayla-'eaX All rX51,CKT.f.
7 3aV4HTUUC 39CAUNKIt H3 CSAMELGROM CTCXA3. A - JaIL(ItTlibiA cinA cnaff.
L14. I --"-"& X .1"HeAKA, 10 - MoTop ,LiK negesdemewix wmy43T@a:c
a UPSMACIMM. 11 - SCOUTCAIMP A,114 XP4KCIIHS H3.IY44TCIM
CrO F(CPS6CReM RMICAMM
Card 4/4

X&MOVA, K.V,,; MLICHANOU, V.A.
Use of xadioaetive phosphorus isotope for marld grain amtworms:
and.their ;krasites. Vop. ekol. 4.-M t62. (MIRA 15M)
1. Voe soyunyv institut zashchity ras,teniy,, Leningrad.
(Elhosphorus-laotopes) (Cu*orma) (Inseets, Marking of)

kBREYEVt S.V.; BUBROV, G.H.; MARTENS, B.K.; MOLMANIM, V.A.
Automatic light traps. Zashch. rast. ot vred. i bol. 7 no.1:49-50
162. (HIRA 15:6)
(Insect traps)

ANDREM, S.V*; 14OLGHANOU, V.A.; WTEIB,, B.K.
Application of radioactive inotopes for marking mothe of the
grain cutworm. Zoal.zhur. 41 wol:95-% Xe. *-62. VM& 1,594)
1. All-Union Research Institute of Plant Protection., Leningrad.
(Gutworms) (Radioactive traosr's)
I.

LMMYEV, S.V.; MDTZHAMOVA,. @.A.; MARMS, B.K.; RAKITIN, A.A.
Use of radioactive iffatopes in marking Kurygaster integricelm Pmt.
(Hemipters, Pentatomidae). Ent. obos. 42 no.109@-48 t63.
(MIRA 16:8)
1. VaesoyumW inatitut zashchity rastenLy, LenIngrad.
(Insects,, Marking.of) (Kurygaste-ra) (Radioisotopes)

SOV/139-58-4-16/,70
Mill * M.
AUTHORS: ChernYkh, N. P- i-@@
Is Sub-jet,,ted -to
TITLE: Long Duration Strength of Certain Stee
the Pressure of Hydrogen and Nitrogen (Dlitellnaya
prochnost' nekotorykh staley pod davleniyem vodoroda
i azota)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,
1958, Nr 4, pp 97-104 + 1 plate (USSR)
ABSTRACT: Paper presented at the 7th Scientific Conference of.
the Tomsk State University, November, 1956.
Some equipment of the petrolep industry has to operate
at temperatures of 400 to 550 0 with pressures of 325 and
700 atm, in presence of hydrogen. and other gases, Under
such conditions the material is in a state of creep and
several instances are known in which sudden brittle
failure of the steel of such apparatus occurs after long
duration operation in presence of hydrogen under pressure,
It was found that the metal in such apparatus became
brittle and decarburized. This problem has been
extensively investigated in numerous countries. According
Card 1/7 to Class (Ref 10), the rate of decarburisation is
proportional to the stress in the tube walls, the long

SOV/139-58-4-1600
Long Duration Strength of Certain Steels Subjected to the Pressure
of Hydrogen and Nitrogen
duration strength of tubes in the presence of hydzzogen
under pressure is lower than in presence of nitrogen
under pressure, also.addition to hydrogen of moisture
and other gases affects the long duration strength of the
steel. On the basis of analysis of published wonk
and taking into consideration experience gained in
hydrogenation plants in 1955, the Irkutsk Branch of
NIIKhIMMSh decided to investigate the influence of gaseous
media on the long duration. strength of high temperature
steels. The basic aim of the investigations was to
determine the limit long duration strength of such steels
in a gaseous medium to obtain more accurate stressing
data, since such data are not available either in Soviet
literature or in foreign literature. The second aim of
the investigations was to study the nature of the action
of hydrogen in steel in the state of slow plastic
deformation. Solving the main task necessitated establish-
ing the influence of hydrogen on the long duration strength
at various temperatures and.Dressures and various stress
Card2/7 states. The choice of the te-st rig was such as to obtain
test conditions for the metal resembling as closely as

SOV/139-58-4-16/30
Long Duration Strength of Certain Steels Subjected to the Pressure
of Hydrogen and Nitrogen
possible those pertaining to the hydrogenation equipment
and particularly to the tubes. The through flow of
hydrogen was provided for removing corrosion products
(methane) which may appear as a result of the interaction
of hot hydrogen, and the steel. For elucidating the
influence of hydrogen pressure on the properties of steel
under creep conditions and for determining the long
duration strength of the tubes under the pressure of the media
being processed., an original pilot plant. set-up was
produced in accordance with a design patented by one of
the authors of this paper (Ref 15), a diagrammatic sketch
of which is "shown in Fig.l. The equipment was designedwith
the following considerations in mind: there should be a
possibility of testing the tubes under conditions approach-
ing normal operating conditions, i.e. the flcu must be
ensured of various media through the tubes; it must be
possible to investigate the tubes at various temperatures,
pressures and with various media; it should be possible to
Card3/? ensure long duration operation at a given regime maintain-

SOV/139-58-4-16/30
Long Duration Strength of Certain Steels Subjected to the Pressure
of Hydrogen and Nitrogen
ing accurately the temperature and the pressure; it
should be possible to test simultaneously several
specimens undor mutually independent test conditions;
the test rig must be safe to operate. The hydrogen or
nitrogen is fed from a 600 atm industrial system
through valves into a vessel intended for equalisation
and for inter-mixing the gases, whereby the pressure is
recorded on a self-recording pressure gauge, The
gaseous medium is made to flow from this vesqe'2-into a
collector vessel which feeds simultaneously six.tube
specimens each of 1000 mm length and an external diameter
of 14 to 35 mm. The specimen is placed into a chamber
furnace representing a protective tube of the heat and
hydrogen resistant steel E1579. The temperature is
automatically maintained at a desired value. The chemical
compositions and the mechanical properties of the
inves-ti-isated steels are given in Tables 1 and 2. The
measured times to faJ lure as a function of the stress are
graphed in Fig.3 and entered in Table 3. By extra-
Card4/7 polation of the graphs, the limit long duration strength

BOV/139-58-4-16/30
Long Duration Strength of Certain Steels Subjected to the Preasure
of-Hydrogen and Nitrogen
was determined for the steel E1579 subjected to the
preSsure of hydrogen and nitrogen; for a temperature o@
550 C and a pressure of 600 atm. these values (in kg/mm
were as follows: after 10 000 hours - 17 for hydrogen
and 24 for nitrogen; after 100 000 hours - 7 for
hydrogen and 16 for nitrogen. Fig.2 shows the outside
view of tubularospecimens of the steel 30KhUA after
fracture at 550 0 caused by differing long duration
load conditions; Fig.6 shows a photograph of an oval
tube of the Steel 20 which failed qter 2 hours at a
hydrogen pressure of 600 atm at 500 C. Figs. 4 andi- 5
show micro-photos of the structure at various states of
the material. The results of the work are simmarised thus:
1. A test rig was built and tested which is intended for
investigating the long duration strength of tubes under
pressure producedoby any flowing medium at temperatures
between 0 and 700 G and pressures up to 1000 atm. This
set-up enables investigating pieces of tubes as well as
we lded tubes to determine the long duration corrosion
Caxd5/7 strength under the influence of the pressure of a

SOV/139-58-4-16/30
Long Duration Strength of Certain Steels Subjected to the Pressurre
of Hydrogen and Nitrogen
flowing medium.
2. Testing the long duration strength of tubes under the
effect of the pressure of a flowing medium permits
determining more accurately the qualitative andl
quantitative iadices2)r operation of tubes under normal
operating conditions (strength, corrosion, diffusion),
3. The long duration strength of tubes made of the
:4OWhMA and s lower if subjected
steels E1579, 3teel
to hydrogen under pressure than if subjected to nitrogen
under pressure and the difference increases with the
test duration, as can be seen from the values quoted
above. It was established that an increase in the stress
of the tube wall brings about an increase of the speed
and depth of decarburization.
Card 6/7

SOV/139-58-4-16/30
Long Duration Strength of Certain Steels Subjected to the Pressure
of Hydrogen and Nitrogen
There are 6 figures, 4 tables and 16 references,
9 of which are Soviet, 4 English, 3 German.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy i
konstruktorskiy institut khimicheskogo mashinostroyeniya,
Irkutskiy filial (All-Union Scientif ic-f[es@earidh- A."Id Masign
Institute of -Chefaical' Engifteiarlng,, Irkutsk Branch)
SUMITTED: February 7, 1958
Card 7/7

Zia. Q
HA
-'s V's
W, d.j uc A
I Jill i xv U401iff; 1- -4
12
I-
wig
J-.z I I g 1 2'. @.-v
S I
11' rf :0-: N -H 41-
all
06 t
cr
Z
all E

GEERNMr N.F.t inzh.- Prinimali uchastiyet MO @Ekj V.P.t Izzh,; MILtr
Met inzhe
Study,of the effect of hydrogen on the long-period -t-rongth of
certain steels. Trudy NIMIMMH na.34:33-49 t6O.
(KM 14: 1)
1.1 Irkitt-skiy filial Hauchno-issledovatel'skogo i konstruktorskogo
instituta, khimicheskago mashinoatrqyeni@a.
(Steel-Hydrogea coatent)

PUTIKOP, B.D.; MOLCHANOVA, IrD.
What a modern metallopaphic microscope ishould. br- Dice. Zav.lab. 27
no.3:361 E61. (Knu 24:3)
1. UkrainskEy nauchno-issiedovateirskiy intitut ognsuporov (for
P7&t,ikop). 2. Irkutskiy filial Tsesoyuznogo nauchao-issledovatel!skago
instituta khimichesko mauhinostroyeniya (for Noichanova).
(Kictiooscopes)

ACCESSION NR,: AR4041597 Sf 013716,41000/005f EiGOVE008
SOURCE: Ref, zh. Metallurgiya,'As. 5E48
AUTHOR: Turitsina, N. P;.; Motchanova., V. D.; Cherny*kh, N. P.
TITLE: Investigation of hydrogen stability of welded joints
adoroda na. sluzhebn. avoystva stali. Irkutsk,
CITED SOURCE: Sb. VUyaniye v
1963, 98-115
TOPIC TAGS: welded joint, welded joint property, hydrogen
TRANSLATION: In Irkutsk branch of All Union Scientific Research and Design-
ing Institute of Chemical Machine Building the influence of H. on properties of
steel welded joint 2OKh2.5 Moscow Branch.were Investigated in conditions of
thick wan body work of high pressure apparatus (under pressure H2 320 - 600
kgs/ cm.Z at 300 - 35G*). Chemical composition and mechanical properties oC
base and built-',.up metal are gi@rer@, Method of investigations and results of
Card 112

ACC Nit, ARG035064 SOURCE CODE: UR10282/GGIG00/00810003/0003
AUTHOR; Molchanova. V. D.; Chernykh, N. P.
TITLE: Investigation of the hydrogen effect on the properties of welds ia high-
pressure equipment
SOURCE: Ref. zh. Xhimicheakoye i Idiolodillnoye mashinostroyeniye. Abs,
3.47.14-
REF SOURCE: NbISA. 2-y Mezhdunar. kongr. khim inzh. tekhn., khim. oborud. i
avtomat., Marianske lazne, 1965 g. S. L, 1965, Ye. 4.6
TOPIC TAGS: high pressure equipment, metal welding, steel microstructure,
hydrogen absorption, hydrogen absorption resistance
ABSTRACT: The'results of investigations have shown that the resistance of
welded joints to hydrogen absorption depends on the chemical composition of 'the
deposited metal and an its microstructure. (Translation of abstract] INTI
SUB CODE: ill
UDC: G6. 02. 001

dL
DIOWIMWOVA, V. I. Cand, Ped Sci (diss) tiopagandisft JW
.,4t,
tUm?-j3hysical cu'Iture
Riga, 1957. 22pp 20 cm. (State Order of Lenin and Order of
Red Banner Inst of Physical Culture im P.F. Lesgaft).
200 copies. (KL, 22-57, 107).
-39-

25
. /61/DW/013/003/015
A004/A101
AUTHORSt Gopius, A.Ye., Molchanova V P
TITM Invest-gating the impact corrosion of German silver condenser tubes
and developing a more durable alloy
FMODICAL: Referativnyy zhurnal. Mashinostroyeniye, no. 18, 1961, 16, abstract
1SA121 ("Tr. Goa. n.-i. i proyektn. in-tua po obrabotke tavetn. met."31
1960 . no,, 18, 127 - 162)
TEM It was found-that the addition of 0.5% Fe to grade 70/30 German sil-
ver considerably Increases its corrosion resistance. A further ircr-laze in the
Fe-content. is less effective. If the alloy contains Kn along with Fel izs cor-
rosion resistance improves somewhat, but the presence of Kn alone is not suffi-
cient. The optimum German silver composition ie the following (in %): Ni + Co
29 - 33; Fe 1.0 - 1.5;, Mn 0.5 - 1.0, the rest being Cu. Mhe corrosion of Ger-
man silver tubes in running sea watter is of an electrochemical natura. The PCs-
sibility was confirmed of producing condenser tub@-s from theze alloye by the or-
dinary technology used for Germazi silver tubes. There are 10 references.
[Abstracter'.3 note: Complete translation] N. Sazonava
Card 1/1.

LOVA JfOLCHANOVA V P kand.tekhn.
FLOM G.V., inzh.; SMIMOVA, T.G., inzh.;
nauk.; TUBYSHKINA., Z.A., kand,tekhu.nauk
Electroplated coatings for the protection of molybdenum from
high temperature oxidation. Matalloved. i term. obr. met.
no.7:7-9 JI 162. (I-ff&k 15:6)
1. TSentralInyy rauchno-issledovatelfakdy institut chernoy
metallurgii,
(1-1-olybdew,Lm-Corrosion.)
(Chromium plating)

GULYAYSV, A.P., doktor takim.nauk, pror.; KOZLOVA, G.V., inzh.;
MOLCHAI-IOVAP V.P., ke-nd.takchn.nauk; SMRROVA, T.G., inzh.
Pioperties of electroplated coatings on molybdenun. Metalloved.
i tem. obr. met. no.7.-IG-13 J1 162. (VIM 15:6)
1. TSentrallw,7 nauchno@-issledovateltskiy institut chernoy
metallurgii.
(Rolybdemn)
(Electroplating)

KOWHMOU ', V.V. - PLY-USNIK,, V.G,
--- I
. &ffact of the quantity of alm-f- chloride on the reaction of
benzene metbylation. Isv.Sib.otd.AN SSSR no*1:83-@ t62.,
(KM ZO)
1, Uraltskiy filial AN SSSR., Sverdlovsk,
(Benzene) (Hathylation) (Al=im= chloride)

MLCHMVA':Viv V.
rnd:Ecator Devices of the Academy of Sciences. Latvian SSR,"
by.T.J. Molchanova, I;meritel'naya Tekhalkax No 5 Sev/Oct 56,
95-96
The design and operation of four new controllers and indicators devel-
oIpecl, at institutes of the Academy of Sciences Latvian SSR are described.
One. at the devices described is an automatic indicator-controller which can.
be preset by moving along the indicator dial a blind on which an ioniza-
tion counter is mounted behind a slit. The pointer of the indic@au is
coated with a beta-emitter which has a long half life, such as T1 or
Sr9O @ When the pointer reaches the alit of the blind, the radiation im-
_Pingos. on the counter and a control mechanism appropriate to the process
being regulated is released.. The advantage of this arrangement is that
the negligibly small. quantity of radiant energy which activates the coa-
troller cannot unbalance the circuit.
A second device, called the Radioactive Level Indicator HIU-3 indicates
,the level of .11vids in enclosed 'vessels such as storage and processing ves-
563#-@.6C the food and chemical industries and tank cars. It consists of a
so*--e of radiation. inside the vessel formed by a long-lived isotope which.
emits aAn"A-radiation and is located within a float and an Ionization coun-
tel@-Ofthe type STS-5 outside the vessel.

In addition to-the devices mentioned above, and electromagnetic gauge
,is desc ribed vh-4ch measures the thickness of nonferromagnetic metal cost-
ings. (e.&,; chx6mium, zinc, copper) on ferromagnetic materials, of ferro-
magnetic coatinas on f erromagnetic materials (nickel on steel), and of -non-
metal,. coatings (e. g., lacquer or paint on steel),' -Information is also
given on.s. water-flov meter in vhich the number of revolutions of a rout-
Ing propeller Is measured by an.optical method.

I
OVIANNA.. v
M
, I
Autmatia di , ntrol in pr6duction. 1=.takh.
manton co I
udi]2:55-57 D & (MIRA 15:12)
(Production control)

KOWHANOTA, Y.Y. (laningrect, rolyustrovaidy pre, (1-47, k-Y.4)
Age ciepandant changes in the reactions of subautaneous connactiv'e
tissue in case of seroas inflawatioa [with summry In 4nglis.-11.
ArIchganatsgirst. I embr. 34 no.?:47-5? Mr--Ap 157. N"I 10:10)
1. 1z kaf gistoloj@it i enbriologit (nauchn.rukavod. - prof.
c
re.a.Danint Jeceased-J, grof. A.G.4orre) Lantagradskago pediatriche-
skogo meditsiaskogo Institute
(INYLAYMMU, exper.
age changes iazetattons of subcutaneous connective
tissue in kittens (Ras))
(AGE9G. af f .
on. subcutaneous connective tisaue reaction. ta exi3er.
serous inflammation in kittens (Rus))

V.V.
KOLCaMOVA. T.T.
Characteristics -of subcutaneous loose connective tissuee in cats
at various ages. D&LAN SSSR 112 no.6:1119-1121 IF '57.
(Km, 10:5)
fK-
I.Leningradskiy,pediatrichaskiT maditsinskiT institut. Predstavleno
akademikom N.H. Anichkovym.
lbo@mkctlvz TISSUES)

!MLC;iA-'MIA, V.V., C;ind @'ed 5c-" - (diss) "Grovtn
;3tta wg" in the reaction of subcutaneous connective
tissue in serous inflammation. (Experimental histolot@ical
study)." Lf,,n, 1958, 19 Pp (Len Pediatrico .1ed Inst.
Uhair of dstology and Embryology) 200 coides
143 -

MOLCHAMOVA V V,. PUTISNIN, V.G.; "-LZ-KSaFVA, T.A,
'u"
Orienting affect in the nathy2atizon of beazene by methyl
-hloride in the presence Gf aluatintm chloride. Izv. Sib. -td. *1 1i
AN SSSR no.3:80-83 162. (HITRA 17971
1. Urallakiy filial AN SS.'-Tt., Sverdlovsk.