SCIENTIFIC ABSTRACT VEDENEYEVA, L.YA. - VEDENIKOV, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859220012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BARM,IBOYM, N.K.J. doktor khimicheskikh nauk, prof. ; VED-E!"IMil I GG.P., Inzh.
Fastening of tri=dngs with, Ldhesi-ves. Itauch. tniudy UTIL-, nc.27:
188-190 163. (MIRA 17:11)
1. Kafedra fizicheakoy khi-mii, kafedra kolloidnoy khirrii i karodra
tekhnologil shveynyl:1-4 izdeliy l1loskovskogo lLjkhnclof,,ic!J-skc.,go
instituta legkoy promyshlennosti.

GUREVICH, V.R.; DALIN, M.A.; VEDENEYEVA, L.Ya.
Polymerization of ethylene on a chromia catalyst. Azerb.khim.
zhur. no.6:37,43 163. (MIRA 17:3)

TRANSLATION: The,ptructures cf a polvrne oF isobu'~yl n -,-.,ie r
lene wi, S'yrene
ca-d, I/ Z

L tC)293-6 5
catalysts molecules of polymers are formed with less ch inz. A. Korobk-.
SUB CODE: 0'--
C'I
ME

DALIN, M.A.; SHINDEROVA, R.I.; VEDENEYEVA, L.Ya.; PISIMAN, I.I.
Polymerization of ethylene on a chromium catalyst. Dokl. AN Azerb.
SSR 14 no.12:991-996 '58. (MIRA 12:1)
1.Predstavleno akademikom AN Azerb. SSR M.T. Nagiyevym.
(Ethylene) (Polymerization)

DALIN, M.A., akademik; VRIONWWA. L.Ya.; SHENDXROVA, R.I.
Polymerization of etbylene on a cbromium oxide catalyst.
Dokl.AN SSSR 133 no.1:182-185 J1 160. (XIFIA 13:7)
1. Akademiya nauk AzerbSSR (for Dalin).
(Sthylene) (Polymerization)

S/081/62/000/004/086/087
B1021B101
AUTHORSs Dalin, M. A., Shenderova, R. I., Pis1man, 1. 1., Bakhahi-
zadet A. A., Vedeneyeva_j_~._1g.., Buniyat-zade, A. A.
TITLEi Synthesis of polyethylene and of copolymers of ethylene with
propylono anda-butylene on an chromiura,oxide catalyst
PERIODICALt Referativnyy' zhurnal. Khimiya, Xo,%,.; 4, 1962, G6qj.abatraqt.,,.
4R128 (Azerb. khim. zh-j no. 1, 1961, 17 - 22)
Tk;XTi Purification of cthylene (1) was carried out on a pilot-plant scale
allowing for an increase in efficiency of the oxide-chromium oxide
catalyst (COO up to 176 - 250 g/g when I is polymerized in extkadtion
benzine purified with sulfuric-acid, or in cyclohexane (120 1300C,
3 - 5 hrst 45 at, COC concentration 0.13 - 0.25~a)- When ethylene is co-
polymerized with propylene (11) (6-7 - 15~ by volume) (110 - 1200C, 40 at)
in benzine in the presence of an CaC 2 activator (2V,4 of the catalyst's
weight), the efficiency of the COC is reduced to 68 - 135 g1g owing to the
lower reactivity of II and to its incomplete purification. The copolymer
Card 1/2

S/081/62/000/004/086/087
Synthesis of polyethylene and... B102/B101
(CP) differs from the polymer of I by itB loftr;,crystallinity. The con-
phase decreases with ixforeaoing polymerization
tent of crystallijiqv
OC,
temperature and increases With ~j~4;3uVe.. meNtinik-point, in
relative elongation in ~, rupture strength~'in.'kg/cm2,' aild 8,6,ubility in
n-haptane are enum6rhti"O'd'i 'I, 112~8 - 130,i. 3~olu 6oo, 2,6a+ 3Qoq 10 - 15;
CP of I with 11, 122 - 126Y 720 1020, 170 ~20~ 60.- 70;'CP of I with
a-butylene (2-5 - 4-5 vol%)g 125 127, 500 800t 250 300, 30 40-
LAbstracterls notes- Complete tianslationT
Card 2/2

L 719519-66 TEW'. (m'-/.T - ..DJ
ACC NRi AR6014585 (A) SOURCE CODE: UR/0081/65/000/021/SO43/SC43
;~~ I
AUTHORS; Kuliyev, A. M.;,Levshina. A. M.; Sadykhoy, Z. A.- Vorl va la,
TITLE: Investigation of the synthesis of viscosity additives from oloic 0!3,k0r3
SOURCE. Ref. zh. Khimiya, Abs. 21S264
REF SOURCE: Uch. zap. Azerb. un-t. Ser. Idiim. n., no. 3, 1964, 79-83
TOPIC TAGS: organic synthetic process, viscosity additive, catalytic polymerization,
donol~merization, condensation reaction, oleic acid, ethylene glycol, lubricating
oil / 14K-8 lubricating oil, AdIII-8 viscosity additive
ABSTRACT: Polyesters (PE) were synthesized from ethylene glycol and methyl oleate
dimer (D), and the products were tested as additives for lubricating oilspincreasing
the latter's viscosity. D was prepared by heating methyl. oleate for IU:=15 hours
at 300C in the presenrle of 0.1-0,3',") of anthraquinone. D was distilled at 178-
180C/1--l.2 mm Hg. Molecular weight of D approximated the calculated one, acid num-
ber 12-25 mg KOH. 'Yield of D was 20-3(X,`,, based on the original ester. Condensa-
tion of D with 10% ethylene glycol was conducted in an N2 atmosnhere first at 120--
130C then at 200-225C for 40-45 holirs in the presence of O.i-1.5% (with respect
to D~ of p-toluene-sulfonic acid. The yield of the condensation product is 100%-
based on D, molecular weight 1000-3000 (determined cryoscopically in benzene).
Addition of 10% of PE to oil NK-811increased the latterta viscosity from 2.76 to
Card 1/2

ACC NR: AR6014585
3.7-5.3 centistokes at 100C, the
of PE in oil for 12 hours at 200C
ular weight PE depolymerizes to a
decreased uDon addition of 31% of
of abstract7
viscosity index from 60 to 114-158.5. Heat . n
ing
lowers tho viscosity index by 9-12"0Z. High molec-
greater degree. Depolymerization of PE, in oil is
AzNii-8 additives. Yo. Zambrovskaya ZT-ranslation
SUB CODE: 11

Urns iron a4
it
C11-71!
in

v :'A~ "In ;*. 1 1-. . " , s~] . , . , - 1~ , -". h. , -.~ , ~ -, - ; -;. -,Ii. . . I
"Mechanism of the Corrosion of Copper Steels, Dr)kl. Alk. S-`SR, ID5-f-~j -1
for abstract see card for TOMASHOV, N. D.

-.~ 'I, 1 1:4,.., . .
6 7,i!, 61-icHi K~ IV A, 6 . " . , I -U-111- v11 . ~. ,
1949.
"The Mechanism of Corrosion of Coo or Steels," Zhur. Fiz. ~2iim., 2--~,
Steel (1) contg. 0.81% Cu (and C 0.07, 1,1n 0.21, si m65, S 0.020, P 0. 022%)
iis corroded in 1120 and dil. H202less than steel (H) contg. O.ldp Cu. The rate v of
corrosion of Ii increases with the concn. of H 0 (u.Q to 0.5 N), while v of ! has a irax
at 0. 01 11.
for more of abst. see card for Tomashov, N. D.

USM/Cheidstry - Metal corrosion
card 3A I Pub. 3.47 - 16/27
Authors Shekhtman, V, She; Vedeneyeva, Me A#; and Zhukp N. P.
Title The kinetics of intercrystalline corrosion of Or-Ni stainless steel
Periodical Zhure fiz# khim# 28/3.2., 2199-2210., Dec 1954
Abstract Experiments were conducted to determine the kinetics of intercrystal-
line dentruation (corrosion) of Cr-Ni stainless steel and to determine
the effect of various factors (composition and concentration of
corrosion medium., titanium content., cold deformtionj, temperature and
period of annealing., etc.) on the corrosion resistanc6 of the steel.
The presence of Ti in the steel was found to reduce the rate of its
interer7staLUne corrosion. A Ti content exceeding that of C eliminites
the intercrystalline corrosion in the steel. Cold deformation prior
to brief annealing (5 - 10 min) at 6500 0 reduces the intercrystaLline
corrosion tendency of the steel. The data regardin,3 the kinetics of
intercrystaUine corrosion of the tested steel are given in graphs.

Zhur. fiz. khim, 28/12., 2199-2210., Doe 1954 (Additioral Card)
Card
Abstract Ei ghteen references 10 USSR: 1 Finglish.; 1 German and 6 tBA
(1930-1952). Tables; diagrams; drawings; illustrations.
Institution The I, V, Stalin Steel Institutep Ybecow
SubLdtted, April 28s 1954

V,.i L C~ t i
AUTHORS: Vedeneyeva, M. A., Pai:,,v, A. V., and Tomashov, N. D.
TITLE: Detection of Intercrystalline Corrosion through Measurement
of Internal Friction (Opredeleniye mezhkristallitnoy korrozii
putem izmereniya vnutrennego treniya)
PERIODICAL- Zavodskaya Laboratoriya, 1957, Vol. 23, No. 1, pp. 64-67 (U.S.S.R.)
ABSTRACT: The basis of this study in the detection of intercrystalline
corrosion is that such corrosion changes the physical properties
of specimens of steel, such as electrical resistance, etc.
Change in the condition of the faces of metal specimens is
also accompanied by increase in internal friction. Shock-
absorption capacity of cylindrical forms changes and can be
detected. In the experiments the internal corrosion is
effected by boiling in solutions containing 110 g-CuS04.5H2O
and 55 ml-H2SO4 (SP' Wt' 1.84) to 1 ltr. of H20 (2). Before
and after exposure internal friction is measured and comparison
is made with the change in electrical resistance also. The
authors describe the steps in the experiment, provide formulas
for the mathematical calculations, and illustrations, namely:
diagram of vibrator, tables showing chemical composition of

Detection of Intercrystalline Corrosion through
Measurement of Int(rnal Friction
sieels studied and percentages of the changes in their charac-
teristics from exposure to the solution, graph showing changes
of various indicators or corrosion in LU8H9 and OX18H9 steels.
There are 5 references, of which 3 are Slavic.
ASSOCIATION: Moscow Steel Institute (Moskovskiy institut stali)
PRESENTED BY:
MMKITTED:
AVAILABIE:
Card 2/2

AUTHOR TOULSBOY, N.D., VMMTEYEVA, M.A., VASIL' YE VA, Z-I. 32-6-12/54
TITLE The the Determinatioa of Antiaorro-
siye Strmngth ir Welding Joints of k1loyed Steals.
(Elektrekhimichoskiy metod oprede.LenVa!corrozionnqy stoykosti
svarnykh soyedine n iy nizkologirovannykh staley -Russian)
PERIODICAL Zavodskaya L&boi:Ltor_tY&,1957,Vol 23,Nr 6,pp 683-686 (U.S.S.R.)
Received 7/1957 Reviewed 8/1957
kBSTRAdT For'tho determination of the anticorrosive streught of deeply allo-
yed steels in welding Joints as well as in those parts which are
untouched by welding the application of the electrochemical me-
thod.' to recommeaded. This method is based upon the ratio of the
electrochemical potentials in various zones of the welded steel
object. The welding joint In contact with el*otrolyte forms a mul-
ti-electrode maorogalvanic element, the electrodes of which ares
basic metals welding s*&msq zones of thermal effect and zones of
maximum voltage ooneentrationso Nonuniformity of the voltage dis-
tribution *too caused by chemical as well as structural 4ifferen-
**a are formed on the metal surface of microgalvenic paireq which
served as research objects. Such experiments could prove to be
dangerous if the anode of the welding seam becomes ground metaV.-
In this cans the tendency of the welding seam to'eorrode may be
inoreised automatically* which, however, is die to the time taken
Card 1/2 by the'experiment.An early determination of anticorrosive strenght

32-6-12/54
The Electro-Chemical Method for the Determination of Anticorro-
sive Strenght in Welding Joints of Illoyed Stools.
is described by the paper and the peculiarities are dealt with
in detail.
(With 6 illustrations).
ASSOCILTION
PRESEIVED BY
SUBMITTED
AVAILLBLI Library of Congress.
Card 2/2

L 13 4322~:66 t )1ETI Ij!,(c ) J D/ W'8
ACC NR: AP6003322 SOURCE OOM UR/0365/66/002/001/0063/0066
AUTHOR: -Yershoval No I*; Vedeneyeva, M. A.; Sergeyeva, 00 Go
ORG: Ybsc-4 lr,.A~.Dute of Steel and A21oys (Mskovskiy institut stali ifiplavov)
TITLE: ..- _udic tnavior of lKhM5T steel
S7 :, Aaehchlta metallovp ve 2. no, 1,, 1966, 63-66
11r,r_` 0 lrils; a-usteni-l'-c steel, corrosion resistance, metal heat
tre ment, --ntirgranular corrosion.. steel/ Khl8NlOT steel , lKh21N5T steel
1ABSTi,L.OT: .n 1-vestigation was made of thr- effect of heat treatment on the corrosion
resis?,a,nce cf t-,o-phase austenite-ferrite ~.&21N5T steel (0o11% 0 5934% '11 20077%
Grp and otr% T- ',- in comparison with that ;f austenitic Xhl8NlOTl heel containing
0.09% C, 10.78% Ni, 18.0% Cr, and 0.42% Ti. The samples-ic-retested (15 after quench-
ingfrom 1050C (.ndust~,ial treatment dur--'ng production of sheet st,~- 1), (2) after quene
ing from 10500 and subsequent annealing fox I ..r at 650C. and (3) after q-iencblng from
1300C, creating _n the steel struit-,zes zhat can possibly be formed during welding.
The anode polarizatior. curves in 1 N B233 were taken by using the potentiostatic
method for determinini vkie passivation an resistance to oorrovion of the two-phase
lKh2lN5T steel in the passive state* The curves were taken in 0.5 N NaCl at 25C to de-
termine the stabill--.y of the passive state in the presence of Cl ions. In addition,
Card 1/2 UDC

L 34393-66
ACC NR: -1322
corrosioL tests were made in 1 n H2SO4 for 10 -,r at 25C* Ths intergranular corrosion
was studied by the AM method (accordirig to instructions GOST 6032-58) in a solution of
CUSO + H2SO4,.+ CU shavings). The polarization curves were taken with 40 x 5 x I-mm
samX's. and corrosior tests with 50 x 20 x 1-mm samples,, Annealing at 600C decreased
the corrosion resistance of both steels n 1 N H SO and 0.5 N NaCl without causing a
tendency toward intergranular corrosion'totectabie 6y standard methods. Quenching of
MM51, steel (Kh8NlOT steel was not subjected to this test) from 1300C decreased its
resistance to corrosion in the same media and increased its tendency to intergranular
corrosion. The corrosion resistance of austenite-ferrite MUM steel was lower than
that of austenite ]KhISN10T steel under the testing conditions; lkh2lN5T steel passiv-
ated less efficiently than Khl8NlOT steel* Annealing impeded the passivation of
lKb2lN5T steel to a larger degree than it did the passivation of MUM steels Orige
art* has: 2 fig* and 2 tables*
SUB CODE: 3,3/ SUBM DATE: ZMLr65/ ORIG RUs 004

YERSISHOVA, N.I.; _Y~DENEYEVA, Y,.A.;_ SERGEYEVA, G.G.
Anodic bGhavior of IKh21N5T- steel. Zashch. met. 2 no.1:63-66
Ja-F 166. (MITU 19: 1)
1. Moskovskiy institut stali I splavov. Submitted VArch 26, 1965.

c EMP (t) /L;7,/Tj (z) /OMP (b) IJP(c) JDtWB
AP og~)/OVIA(d)/T/ UR/0365/65/001/005/0465/0472
669.14.018.7
t" -D., *
AUTHOR: Kpyazheva, Y_.,M,; Vedeneyeva, M. A.; Said Yesel'din Khalil'; Kolotyrkin,
Ya. M.
tq,!.
TITLE: Electrochemical study of the influence of C Ti
and Mn on the corrosion
resistance of Cr-Ni-Mn steels , I. Anodic behavior;1 -1-7
SOURCE: Zashchita metallov, v. 1, no. 5, 1965, 465-472
TOPIC TAGS: corrosion resistant steel, corrosion resistant alloys, passivator
additive, anodic oxidation
ABSTRACT: The effect of lowgring Ni content, while raising the Mn content, on the
anodic behavior of lKhl8N9TIReels was studied. Further, the effects of heat-treat-
ment, and varying C and Ti contents (Ti:C banging from 3.9 to 6.5) were noted.
Chemical composition, post heat-treatm Iicrostructures and tendencies toward in-
tercrystalline corrosion are tabulated for five steels of composition ranging as
follows:. Cr (16.3-18.4%), Ni (4.8-8.9%), Mn (trace-10.3%), Ti (trace-0.52%) and
C (trace-0.13%). Only lKhl8N9T steel exhibits a tendency to intercrystalline corro-
Card 1/3

L 5218-66
ACCESSION NR: AP5022652
sion. These steels were heat-treated by quenching in water from 11000C, and temper-
ing at 6500C for two hours. Anodic polarization curves (potential, 0 vs. negative
log of the current density i_amp/cm2 are presented). The samples, 6 x 0.7 x 0.06
cm, were hermetically sealed in glass tubes containing 1.0 11 H2SO4 with a nitrogen
atmosphere; the measurements were made at 20 and 700C. These cells were measured
relative to normal water electrodes by means of an electronic potentiostat,( These
curves,6how that the lowering of nickel content to 5% in stainless steelslof type
KhlMlwhile increasing Mn content to 10%, does not influence the speed of dissolu-
tion of the steels in a wide range of potentials (from -0.05 to 1.35 volts), indi-
cating a stable passive condition. However, the increase in Mn content leads to an
increase in the critical current of passivation. In the region of secondary passi-
vation, the speed of dissolution of Cr-Ni-Mn steels decreases with potential, which
is more for steels with higher Mn content. The phenomenon appears to be associated
with anodic oxidation of the Mn. The Cr-Ni-Mn steels which have the auqtpnil~ic-
.ferritic structures are more resistant to intercrystalline corrosionjTiffls~ con-
cluded that intercrystalline corrosion can be better controlled in steels.by lower-
ing the carbon content C, rather than depending on Ti stabilization, since in the
latter case there is a shortened region of stable passivation. Orig. art. has:
4 figures, 1 table.
Card 2/3

L 5218-66.
ACCESSION NR: AP5022652
ASSOCIATION: flauchno-issledovatellskiy fiziko-khimicheskiy institut imeni L. Ya.
Karpova (Scientific Research Physicochemical Institute)
yy,
SUBMITTED: 25May65 ENCL: 00 SUB CODE: MM
NO REF SOV: 009 OTHER: Oll
4
Card 3/3

KNYAZHr,VA., V.M., KOLOrYRKIN, Ya.M.; IP-D&TEYEVA, M.A.; RAWANOVA, R.S.
Use of the potentiostatic method for inve8tigating the Inter-
crysta.11ine corrosion of austenite chwomiiar-nickal steels. Fhh,,.
provi. no,5:381-390 MY 164. (,',URA 17:9)

S/081/62/000/001/035/067
16 - B102/11101
AUTHORS: Kravchenkop T. G., Vedeneyeva, M. A., Rakhovskaya, F. S.
TITLE',: Etching of 9 W811 (E1811) austenite-ferrite steel
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 1, 1962, 309, abstract
11215 (Sb. "Korroziya i zashchita konstrukta. metallich.
materialov". M. , Mashgiz, 1961 , 72-92)
TEXT: In order to prevent the formation of a friable metallic film at
the surface of steel EI811 it is recommended to etch the steel in a solu-
tion of 10% HNO3 + 40,o RF at 20 and 400C. Etching in this solution reduced
the number of operations by making it superfluous to process in an
alkaline meli and to refine in HNO 3* Measures for the avoidance of metal
rejeots are proposed. [Abstraoterle note: Complete translation.]
Card 1/1

33840
S/137/62/000/001/182/23-1
A006/A101
AUTHORS- Vedeneye~~ ~M Tomashov, N.D.
TME: Corrosion of 1 X181j9 (lKhlE3N9) steel in sulfuric-acid solutions of
C`SO4
PERIODICALt Referativnyy zhurnal.Metall.urgiya, no. 1, 1962, 81, abstract 11572
(V sb. "Korroziya i zashchita konstrukts. metallich. materialov",
Moscow,.Mashgiz, 1961, 108 - 115)
TEXTa Grade 1Kh18Nq steel was tested to intercrystalline corrosion in a
boiling sulfuric acid sol-a-~Ion of' OuS04. Uniform corrosion of the steel was deter-
mined from weight losses, and intprcr"js,~alline corrosion from (~hangea in electric
residtivitoy due to corrosion. The masure of Interor-Istalline corrosion was the
ratioA PIP f,~S21S, where Ap = p - p ,- P is the specific resistance of the cor-
roded specimen; 10 1 is the speel~fla dieleetric resistance of metal prior to cor-
rosion; S2 Is the s..;rface of the specIrven affected by intercrys-
talline corrosion, S is ~.,hr_ cross-sec-tional surface of the specimen. In-
creased concentration of R2SO4 in a boiling sulfuric acid solution of CuSO4 causes
the rise of intercrystalline 4s-orrosio:i, and the addition of CuSO4 reduces the same.
Card 1/2

Corrosion of
33840
S/13?~/62/000/001/182/237
A606-/A1O1
rMe time uzitil the apzedrar--c- of corr-,sion Is noticeably reduced
when Cu-.n*,+.al is added -.1rit-L -.ne CjS04 + H2S04 There are 11 references.
Ye . Layne r
[AbstractlArl a nc.'A- - C:,,m~p Ile te.
Card 21/2

P
S/137/61/000/011/107/123
A0601AI01
AWHORS: Kravchenko, T. G., Vedeneyeva, M. A., Rakhavskaya, F. S.
TITLE: Pickling of austenitic-ferritic steel H 811 (E1811)
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 11, 1961, 56, abstract
111365 (V sb.: "Korroziya i zashchita konstrukts. metallich.
meterialov". Moscow, Mashgiz, 1961, 72 - 92)
TEXT: The formation of the metallic film on the surface of steel EI811
when it is being pickled by the alkali-acid method occurs in the acid stage of
the pickling. On the basis of the work carried out, it is possible to recommend
the pickling of the steel in a solution of 10% HN03 + 4% NaF at 2o and 4oOc in
order to prevent the formation of a loose metallic film on the surface of the V/
EI811 steel. Pickling in that solution reduces the number of operations, elimi-
nating the treatment in the alkali solution and the bleaching in HN03. The dura-
tion of pickling at 200C does not exceed the duration of the pickling by the
alkali-acid method, and at a temperature equal to 400C the pickling time is reduced
by a factor of three. In order to prevent metal spoilage in the course of picklirg
by the alkali-acid method, the following measures are recommendedt a) the intro-
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S/137/6 i/ooo/oi IIIOV123
Pickling of austenitic-ferritic steel H 811 (E1811) A060/AIOI
duction of corrosion inhibitors qM and FIB5 (ChM and PB5) into the acIds at the
acid pickling stage and strict observance of the time-schedule of their intro-
duction; b) the use of 18% HCI at the acid pickling stage; c) raising the 3teei
hardening -temperature and increasing the holding duration of heating for harden-
ing; d) strict observance of the acid pickling time schedule (holding over of the
metal in the acid vat may lead to the formation of films). There are 8 referen-
ces.
Ye. Layner
[Abstracter's note: Complete translation]
Card 2/2

32330
JLJJ~ /'113 5/081/61/000/024/04o/oe6
B117/B147
AUTHORS: Vedeneyeva, M. A., Tomashov, N. D.
TITLE: Corrosion of 1)(18H9 (lKhlBN9) steel in sulfuric acid solu-
tion of CuSO4
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24, 1961, 307-306,
abstract 241209 (Sb. "Korroziya i zashchita konstrakta.
metallich. materialov". M., Mashgiz, 1961, 108-115)
TEXT: The corrosive action of H 2so4 and CuSO4 on Cr-Ni austenitic steel
was examined in a number of solutions with different concentrations of
H so (1, 10, 15, and 2W11) and CuSO (0, 1, 5, 10, 15, and 20%). At V/
2 4 4
all concentrations, no intercrystalline corrosion was observed in boiling
H2so 4' The uniform corrosion rises with an increase of concentration.
An addition of CuSO 4 sharply reduces uniform corrosion and produces
intercrystalline corrosion. This is attributable to the fact that the
separating contact copper, being an effective cathode, increases the anodic
Card 1/ 3

Corrosion of 1X18H9 ...
32330
S/081/61/000/024/040/086
B117/B147
polarization of the steel, thus leading to anodic passivity. The
aggressiveness of the solution rises with an increase of acid concentra-
tion. Intercrystalline corrosion is observable in 5 and 10% H 2 so4at any
CUSO4 concentration from'l to 20%. 1% CUSO 4 is sufficient to develop
granular passivity. The latter is, however, no more ensured by 2W. CUSO 4
although a slight intercrystalline destruction is observable only after
a 103-hr test in 5% acid with 15 and 20% CUSO 4* An intercrystalline
destruction depth of the order of 0.03 mm can be reached by keeping the
steel sample in a boiling 10% CUSO 4 solution with 20% H 2so4 for 6 minutes,
with 15% H2so 4 for 10-5 minutes, with 10% H 2so4 for 1.3 hr, and with
5% R2so4 for 103 hr. No intercrystalline corrosion was, however, observed
within 100 hr in a solution of 10% CUSO 4 and 1% R2so 4* The grain
boundaries are chiefly corroded at a potential that is sufficient for
paseivating the grain but not for passivating the boundary. The most
intense intercrystalline corrosion is observable in solutions with a steel
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32330
s/o8i/61/000/024/04o/oa6
Corrosion of 1Y18H9 ... B117/BI47
potential not higher than 600 mv. To find out the tendency of etpel
toward intercrystalline corrosion, solutions of varying aggressiveness can
be chosen by changing the content of H 2so 4 and CuSO4 according to the
purpose of the investigations An increase of the CuSO 4 content reduces
the aggressiveness of the solution, whereby the time elapsing up to
intercrystalline destruction is prolonged.. An increase of the H 2 so4 con-
tent increases the rate of intercrystalline corrosion. At an increase of
the HB so4 concentration > 1 W., CUSO 4 additions of less than 5% should not
be used to prevent uniform corrosion. The occurrence of intercrystalline
corrosion can be speeded up by about 5 times by etching the samples, and
not polishing them with emery paper, before the teBt~ EAbstracter's note:
Complete translation.j
Card 3/3

32624
S/1,37/61/000/011/102/12,3
A0601AI01
AUTHORS: Vedeneyeva, M.A., Tomashov, N.D.
TITLE: Effect of deformation upon the intercrystalline failure of nichrome
steel
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no.11, 1961, 48-49, abstract
111323 (V sb. "Korroziya i zashchita konstrukts. metallich. materi-
alov", Moscow, Mashgiz, 1961, 116 - 126)
TEXT: The authors studied the effect of deformation caused by cold rolling
and dressing of the surface by emery paper upon the in~ercrystalline failure of
Cr-Ni steel- The steels OX 18119, 1 X 18H 9, and X23 H2,3 M3 A3 (OKh18N9, 1Kh18N9,
and Kh23N23M3D3) were tested. The cold deformation (rolling) with degrees of
reduction 20-60% was carried out both before and after tempering at 6500C for 2
hours. As result of the treatment the tendency of these steels to intererystal-
line failure is reduced. This is related to the fact -that in the process of de-
forming along the cleavage planes carbides and the c4 -phase separate out. The
carbide phase which is precipitated in the course of tempering and deformation,
separates out on a great area and its concentration is reduced. As result of this,
Card 1/2

Effect of deformation
32624
S/137/61/000/011/'102/123
A060/AI01
the corrosion resistance of the boundaries increases. The deformation of steel
before tempering (in the zone of dangerous temperatures) lowers the tendeney to
intercry~talline corrosion in a greater degree than does deformation after
tempering. Cold deformation before tempering at 6500 entirely eliminates the
tendency of steel Kh23N23M3D3 to intercrystalline cracking under reduction6 of
21 - 60%, and that of steels 0Kh18N9 and 1Khl8N9 - under reductions of 49 and 58%
respectively-. The rate of intercrystalline etching of specimens of steel 1Kh18Nq
with etched surface notably exceeds the corrosion rate of the specimens dressed
with emery paper. There are 10 references.
Ye. Layner
[Abstracter's note. Complete translation]
Card 2/2

S/137/61/000/012/137/149
A006/A101
e
AUTHORS: Millvidskiy, M. G., Ignatova, Z. I., Veden y~eva,, M. A., Titov, V. A.,
Kikut, A. V.
TITLEt The use of urotropine to inhibit corrosion of steel equipment in
ammonium chloride production
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 12, 1961, 53-54, abstract
121400 (V sb. "Korroziya i zashchita konstrukts, metallich. materia-
lov", Moscow, Mashgiz, 1961, 245-253)
TW- The authors studied corrosion behavior of -lX18H9T (lKhl8N9T), X17
M17), 1X13.0Kh13) steel grades and Armao-Fe in a Wd4C1 + Na2S04 solution. The
possibility is shown of using IKhl8N9T, Kh17 and Kh13 steels under the given
conditions as sufficiently corrosion-resistantdonstruction materials for the
equipment. The use of urotropine as a corr'o*sibn inhibitor in the given media
(at pH 6-8) is not effective for stainless steels. When large amounts of uro-
tropine are added (up to-l%) the corroslio'n rate of the steels investigated drops
by not over 2.5 times. The addition of 'urotropine in an'insufficient amount may
on the other hand entail a corrosion rate 1harea'se for Kh17, 1Xh13, and lXhl8N9-,
Card 1/2.

S/137/61/000/012/137/149
The use of urotropine to inhibit corrosion ... A006/AIOI
steel. The corrosion process proceeds with mixed cathode-anode control for
stainless steels when-using an evaporating apparatus, and with cathode control
for.grade 3 steel. The nature of the dependence of the corrosion rate on
urotropine concentration and the effect of urotropine admixtures on electrode
potentials and kinetics of electrode processes, lead.to the assumption that
urotropine is a mixed corrosion inhibitor under service conditions of an
evaporation apparatus, There are 7 references.
Ye. Layner
[Abstracter's note: Complete translation]
Card.2/2

S/-123/61/000/020/023/035
AoWAi61
AL!!HORS Millvidskiy, M. G., Ignatova, Z. I., Vedeneyeya, M A., Tltov, V. A,'
Xlkut, V. A.
=712 t Using urotropine for the inhibition of corrosion of steel appiratus
in the production of awonium chloride
PERITODIC"Al'. Referat ivryy- zhurnal, Mash"nostroyenlye, no. 20, 1961, 96, abstract
20B620 (11 st. :tKorlroziya i zashohita koratrukts. metallich. materla-
lovn, Mos,:
- -ow, Mashglz, 1961, 249-253)
=21 The authors prtaent ths results of investigating the corrosion
re8fstanae of various ateel grades - 1XISH9T (110i-18NY91-P), X 17 M17), 1X13 (IMB)
- &ttd Armco iron in tne prod-action of V"4t"' -and also the possibility of using
-jmder thaze conditions urot-r--pint as corrosion inhibitor. It was proved that
-Cqe steel grades Mki,16991, Kh.:7 and IM13 poesess a sufficiently high corrosion
ra~--tsta-i.-s,L% and are sultah"e for apparatus in the production of ammonium chloride.
Ths use of larctropine taider ;~he mentioned conditions, at a pH-valua of the
medi,= NA01 + ','T-12SO4) of' 6 lis not effioient, T-Ifte addition of great
U
quentities of urotrop-Ine doas not, re,-4u,;-s the ,;orrosio-n rate of the mentioned
Card 1/2

Using urotropine for tale ion
3/123/61/000/020/023/035
AOOVAIOl
ateel. gzadez by mors thui a factor of 2.5. Small urotropira additions might
&;-.sn lei.-d to a--L in~~i-easil in the corrosion --a'%-,, of the steel grades lKhl8NqT,
Kh17 and IKhI3, The corrosion process in %he evaporator is Uking place for--
stainless steals with a mixed - cathode - anod* cor.-~rol, and for the Ci. 3 (St.3)
steel grade with eathode ~2ontrol. 'rhe nature of the dependence of the corrosion
rate on the urotropina 5or-~entratlon aLd the effect- of urctropine additions on
tlae eleotrode potential &'d Ithe kinetios of the eleotrode process makes it
poeelble to assume tha?,, under tine oparat'loa conditiuns of the evaporator,
u.-otrop:Lne is a mixed ooz-noslon inhibilor.
11. Savina
[Abjstrq,~ter's note-, -I'amplete translation1l
Card 2/2

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VFT-jFhIF:'(FVA, f.A., Cand Tech Sci -- (dis~3) "Intercry-stalline corros",on
----I----------- - ~j
.1clu "!
of austenite chrome-nickel steel of th-L.-re'X18. ;Os' 19sb,
13 Pl' (vin of 1q;gher '~,di.,cation ~.Ios rder o!' Labor fen &yanrer
Inst of Steel im I. /.Stalin) 120 ~-, oies (FI, 27-5b, 106)
- 90 -

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21
2P 9

C; IN

TOMASHOV, Nikon Danilovich. Prinimali uchestiye: TYUKINA, M.N.; PALEOLOG,
Te.ll.; CHMOVA, G.P.; MIKHATLOVSKIT, Tu.Y.; LUIW, A.F.; TIMO-
NOVA, M.A.; MOD.7jSTOVA, V.H.; MATYrrwYA, T.V.; BTALOBZH-ASKIT, A.Y.;
ZHUK, H.P.; SHRETDXR, A.V.; TITOV, V.A.; V3D3 A' U A-;-LOKO-
TILOV, A.A.; BKRUKSHrIS, G.K.; DMTAGINA, G.-, FEDOTOVA, A.Z.;
FOKIN, M.N.; MIROLTOOV, Ye.N.; ISAYROV, N.I.; ALITOVSKIY, R.M.;
SHCHIGOLEEV, F.V.. TZGQROV, N.G., red.izd-va; KUZIMIN, I.F.,
takhn.red.
[Theory of tho corrosion nnd tbo protoction of mott)loj Toorlin
korrozii i zaBhchity metallov. Moskva, Izd-vo Akad.nalik SSSII,
1959. 591 P. (MIR-A 13:1)
(Corrosion and anticorrosives)

18(7); 25(l) PHASE I BOOK EXPLOITATION SOV/3133
Korroziya i zashchita staley; sbornik statey (Corrosion and Protection of Steel:
Collection of Articles) Moscow, Mashgiz, 1959. 233 P- 7,000 copies printed.
11
Ed.: N.D. Tomashov, Doctor of Chemical Sciences, Professor; Reviewers:
A.A. Zhukhovitskiy, Doctor of Chemical Sciences, Professor, and
K.S. Ponamareva. Docent; Ed. of Publishing House: Ya.G. Alaverdov; Tech.
Ed.: S.M. Popova; Managing Ed. for Literature on Machine and Instrument
Construction: N.V. Pokrovskiy, Engineer.
PURPOSE: This book is intended for scientific and technical personnel con-
cerned with questions of the corrosion and protection of metals.
COVERAGE: The articles in this collection deal with the corrosion of steels in
corrosive enviroments., investigation of the effect of various factors on
corrosion, and methods of protecting steels from gas and electrochemical
corrosion. Special attention is given to new methods of investigation. A
number Of the'articles give the results of studies made under operating
.conditions. New data, obtained by the Department of Metal Corrosion,
qard 1/5

Corrooion a~d Protection of Steel (Cont.) SOV/3133
I MoslobveW.1astitut stali (Moscow Institute of Steel), are published here for
for thefirst tiJne. Four articles are the result of work conducted jointly
at the laboratories of the Moskovskiy metallurgicheakiy zavod "Serp i molot"
(Moscow Metallurgical Plant "Serp i molot") and the Khimicheskiy zavod imeni
M.I. Kalinina (Chemical Plant imeni R.I. Kalinin)- Most of the'articles con-
tain practical recomnendations onthe protection of metals from corrosion.
No personalities are mentioned. References follow each article
TABLE OF CONTENTS:
Preface
Tomashov., N.D. Theory of Corrosion and Ways of Increasing Corrosion
3
Resistance of Metallic Alloys 5
Yeremin, A.A. [Engineer), N.P. Zhuk [Candidate of Chemical Sciences), N.P.
Zhetvin [6:ndidate of Technical Sciences], and Ye.M. Kontse'vays, [Engineer].
Effect of a Gaseous Median on Properties of the Scaling of Stainless Alloys 30
21~uk, N.'P..)and G.G. Lopovok (Engineerl.Heating of lKh18N9T Steel With a
Change of Atmospheres 53
Card 2/5

Corrosion and Protection of Steel (Cont.) SOV/3155
Gomozov, L.I. [Engineer]. Effect of Oxides on the Gas Corrosion of
Iron and Heat-resistant Steels 57
Moskvichev, 01.0'. (Engineer),N.P. Zhuk, and L.N. Podvoyskiy [Candidate
of Technical Sciences). Oxidation and Decarbonization of High-c-," In
Steels y1
Tomashov, N.D..)and 11.1. Tugarinov (Candidate of Technical Sciences].
Corrosion of Metals in Fused Salts 39
Zhukl N.P., G.M. Kirkin (Engln,:~erjand F.,", ~ ~Tti,vokaya (,Pngineer).
Alkal:L-Acid Pickling of ChromiLun 31teels 110
Averina, R.A. [Engineer], and V.A. Titov [Candidaze of Technical
Effect of External Factors on the Hydrogenization of
Free-cutting Steel During Pickling 152
...!).,and M.A. Vedeneyeva (Candidate of Technical "Sciences).
Corrosion Resistance of Low-alloy Steels llt2
Card 3/5

. Corrosion and Protection of Steel (Cont.) SOV/3133
.0 V.G. [Engineer], P.V. Strekalov [Engineer], and M.A.
Andreyeva
Corrosion Resistance of Mhl&~T-steel Welded Joints 228
AMIABLE: Librar7 of Congress
VK/gmp
Card 5/5 3-u-68

SOV 1! 377-58- 1 Z-24660
Transl'ation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 12, p 1Z3 (USSR)
AUTHORS: Vedeneyeva, M. A. , Tomashov, N. D.
TITLE: Changes in the internal Friction and the Frequency of the Natural
Oscillations of Specimens of Khl8N9 Steel During Intercrystalline
Corrosion (Izmeneniye vnutrennego treniya i chastoty sobstvennykh
l,olebaniy obraztsov stah tipa Khl8N9 pri mezhkristallitnoy korrozii)
PERIODICAL: Sb. Mosk. in-t stali, 1958, Vol 38, pp 483- 494,
ABSTRACT: The authors investigated the possibility of determining intercrystalline
corrosion (IC) (in 0Khl8N9, lKhl8N9, lKhl8N9T, 2Khl8N9 and
Kh23NZ3M3D3 steel) by measuring the internal friction (IF) by the
method of plotting the resonance curve during excitation of transverse
oscillations in the specimens and by the method of observing the damp-
ing of the amplitude of free torsional vibrations; also, by measuring
the electric resistance of the specimens and 'fb . IC was produced by
immersing the specimens in a boiling solution of 110 9 CUS04- 5H20
and 55 cc H?S04 (sp.gr. 1.84) in one liter of water. The authors show
that with the progress of IC the IF of the specimens increases, the
Card 112 resonance frequency of the oscillations decreases, and the modulus of

SOV/137-58-12-24860
Changes in the Internal Friction and the Frequency of the Natural Oscillations (cont.)
elasticity calculated from the resonance frequencies also decreases. The changes
in the resonance frequency, electric resistance, and strength are closely related.
IF is a more sensitive indicator of IC and reduces corrosion -testing time. It also
helps to discover minor intercrystalline decomposition. By testing the corrosion
resistanc-e of specimens of stainless steel in a sulfuric-acid solution of CUS04 and
in nitric solution the authors demonstrate that the increase in IF is the result of the
IC process, whereas both the change in the resonance frequency of oscillations and
the electric resistance are the result of an over-all effect of the general arid the IC.
The authors remark that for discovering IC by the IF method the most convenient
technique is the forced- oscillation method which affords the use of smaller speci-
mens and the testing of both flat and wire specimens. The authors establish the
different processes of the intercrystalline decomposition of steel in acid CUS04 and
H2504 solutions and in solutions containing HN03 (boiling 55156 HN03 and 201o HN03 +
1% NaF).
P. S.
Card 2/Z

SOV/137-58-11-23072
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr It, p 177 (USSR)
AUTHORS: Tomashov, N.D., V ,-,Gedgovd, K. N.
TITLE: Effect of Tensile Static and Alternating Stresses on the Corrosion of
lKh18N9 Steel (Vliyaniye rastyagivayushchikh staticheskikh i
znakopcremennykh napryazheniy na korroziyu stali IKhl8N9)
PERIODICAL: Sb. Mosk. in-t stali, 1958, Vol 38, pp 574-583
ABSTRACT: Results of an investigation of the effect of the state of stress of
IKhl8N9 steel on its stability in a solution which causes inter-
crystalline corrosion while it is simultaneously subjected to tensile
static and alternating loads.
N. L.
Card 1/1

VZWNNMA, M.A assistent; TOMASHOV, N.D,., prof.
,'--~~ChangesaC'Jnternal friction and natux*al oscillation frequawy in
type Khl8N9 steel specimens under the effect of Interarystall1w
corrosion. Sbor, Inst. otali no;38t483-494-158. (KLRA 11:8)
1. Kafedre, korrozii metallov Hookovskogo institute. stali im.
Stalina.
(Chromium-niclml steel--Corrosion)
O~rictlon --Testing)

TOMASHOV, ND,,' prof,, dokbor khim. nauk; VJIDMYVA, K.A&, asaistent;
GIMM, 114., lnzh,- -
jjffqot of tensile static and alternating stress on the corrosion of
1;WN9 steel. Sbor. Inet. etaI4 no.38.-574v583 1~8. (NIU IUB)
1. Wedre, korromii metallov Xoskovskogo institnte, stali im. Stalina.
- (Chromium-niakal ateel-Corrosion)
(Strains and stresses)

TOMASHOV, Nikon Danilovich; ZM, Nikollay Platoriovich; TITOVy Vasiliy
Alekseyevich; VEDEITEYEVA, Mariya Aleksandrovana; ELIKIDD, L.M.,
red. i zd-va; -ESUNT ~, ~,. ~.
[Laboratory work on the protection of metals from corrosion] Labo-
ratornye raboty po korrozii i zashchite metallov. Moskva, Goa.
nauchno-tekhn. izd-vo lit-ry po chernoi i tsvetnoi metallur ii,
1961. 239 P. (MIRA 147
(Metals-Corrosion)

KNYAZHE;VA, V.M.;__)~EDENEYEVA, M.A.; SAID YESELTIN KJIALILt; KOLOT'YRKIN, YA.M.;
Prinimala uchastiye; ST]MAKOVA, I.S.,. studentka
ElectTochemical study of the effect of the content of carbon, titanium,
and manganese on the corrosion resistance of chromium-nickel-manganese
steels. Zashch. met. 1 no.5:465-472 S-0 165. (MIRA 18:9)
1. Nauchno-issledovateltskiy fiziko-khimicheskiy institut imeni
L.Ya. Karpova, Moskva (for all excer)t Sumakova). 2. Moskovskiy
institut stali i,

r2l, ~ W-1,
*a: 1 1 4 1 1 0 9 a 11 Q 0 u u is It is I $1 0 b ft it 'm
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dmMVs1Wv. Ada'*pw,
IIKR)). - .1mad3o air giVV13. and III.- J1,16"46-ts of live
curdsotl to the 41tta. of rv M n6l, -4.W. ,1 '04,1411.1 Pir. BOO
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"DOROVICH, YP.F., VMMNMV. N.A., ZOKM. S..A.
Obtaining rutin from Japanese so-ohora. Ked.prom.12 no.10'-33-35
(MIRA 11:11)
1. Tashkentskiy khimiko-farmateevticheskiy zAvod,'
(RUT IN)
(SOFHCRA)

KHOTYANOVICH, A,V.;_ VEDENMVA, N.A.
fffec'Lo of the herbicide 2y4-D on the proteins of peea spro-ats.
Fiziol.rast. 12 no.1:158-163 Ja-F 165. (KRA 18;3)
1. Vsesoyuznyy nauchno-issledovatellskiy institut sel$skokhozyaystven-
noy mikrobiologii, Leningrad.

PHABE I BWK EaWITATION WV/3673
Vadene ikolay Petrovich,, Aleksandr Ivanovich Volchenkovp and
~48,1~yiy== FMItrOWN
liy Daitri sakay
Vyrubuy" shtanipy, arndrovannM tverdja splavonj, i takhnologiya ikh
izgotovleniya (Manufacture of Sintered-Carbide 'Blaw"ng Dies)
Leninfmd, 1958. 67 P. (Series: Inforaatsionao-tekhnicheskiy listok,
no. 28-31, Blectrichaskiye metody obrabotki materialov) 6,200 copies
printed.
Sponsoring Agencies: Leningrad. Dom muchno-tekbuichookoy propagandy and
Obahchestvo po rasprostraneuiyu politiches"kh i aaucbnykh zmanly RSFSR.
Ed.: Sh. D. Achkinadze.. Engineer; Tech. Ed.: V. L. Gvirts.
PURPOSE: This booklet is intended for metal-cutting machine-tool operators,
tool- and diemak rs, and mechanical engineers and designers.
COVERAGE: The book dpvl with the use of carbide inserts in bl-king dies.
Incre"es in wear resistance and the life made possible by the use of
such inserts am discussed. Manufacturing techniques and special methods
of the construction are presented. A description is given of the use of
Card 1/2

Manufacture of Sintered Carbide Bluiking Dies SOV/3673
carbide dies for blanking stator plates and other elements of electrical
equipment. No personalities are mentioned. There are 6 references:
5 Soviet and 1 German.
TAKE OF CONTCM:
From the Editor
2
Introduction 3
1. Typical Die Constructions 4
2. Methods of Making Die Elements 26
3. Reanite of the Use of Carbide Dies Under Production Conditions 63
4. Estimation of the Economic Effect 64
Bib3lography 67
AVAILABLE: Library of Congress
vx/Pw/gmp
Card 2/2 7-7-60

Ilas
np
nil A"r i -wl 5.
0
Of
1.
lk~
n I*-. a
In

SYPPIRO, I.D.5 XMTYANOVICII, A.V.; VEDENEYEVA) N.A.
PhyEiolorical effect of frit fly larvae (Oscinosoma frit L.) on
embr:vonic tissues of corn. Dokl. All SSSR 140 no.IP:978-920 0 '61.
(MIFU~ 14: 9)
1. Vsesoyuznyy institut zashchity rasteniy. Predstavleno
akademikom Ye.N.PavlovFkim.
(Frit flies) (Corn (llaize)--Diseases and pests)

~IEDELMYEVA, N.Ye/ Deccased
Crystallography See ILC

t 048M-67- EWT(1)/34T(m,)/WP(k)/D1P(t)/ET1 LJP(c) GWIJDIW
-Acc- 1401--,~P-60-2,3, df SOURCE CODE: UR/0167/66/000/002/0021/0024
;'AUTHOR: Raohidov, T.; Vedeneyeva, V. A.
ORG: Institute of Mechanics , AN UzSSR (Institut mekhaniki AN UzSSR); Computer Center,
AN UzSSR (Vychislitellnyy teentr AN UzSSR)
TITLE: Study of the seimic stability of underground pipelines with elastically fastened
ends 1~
SOURCE: AN UzSSR. Izv. Ser tekhn n, no. 2, 1966, 21-24
TOPIC TAGS: seismicity, pipeline, structure dynamic stability, structure vibration, soil
ABSTRACT: This is a continuation of a previous investigation, the author's Candidate degree
dissertation (T. Rashidov, Kand. diss., Tashkent, 1964), with the difference that it deals
with pipelines having flexible joints at points of attachment to pumps, reservoirs and artesian
wells as well as in areas with sharp variations of contour (on crossing of rivers, gullies, etc.).
Accordingly, the previously derived formulas are now corrected to make an allowance for the
vibrations of such pipelines in the event of earthquakes as a function of pipe diameter and
soil conditions. It is shown that the greater the degree of flexibility of their joints is, the

L 04808-67
ACC; NRt 6 "2011
smVer is the vulnerability of underground conduits and pipelines to earthquakes and impulsive
fordes. 7he pertlinent formulas are derived from the general differential equation of longitudi-
nal oscillations of an underground pipeline, presented in the author's previous investigation,
whir',h iw3lwes a nonlinear function that takes into account the dependence of soil resistance
on ~ngitudiwd displacements, with shear resistance taken to be increasing proportionately
to e displacement. Orig. arL has: 14 formulas, I figure.
SIM CODE: 13, 12/ SUBM DATE-. 12Aug65/ ORIG REF: 002
Cwd "2/2

MINvul, V.I.
Issential atrophy of the iris and glaucoma. Vest.oft. 69 no-5:86-87
S-0 156, (MLRA 9:12)
1. Iz kafedry glaznykh boleznay (Zav. - Prof. P.Ye.Tikhomirov) Lanin-
gradBko.-o sanitarno-gigiyonicheskogo meditsinskogo instituta
(GIAUCORA, comp.
essential atrophy of the iris)
(,R,S. die,,
atropb$j essential, with glaucoma)
(ATROPHY
iris, essential atropbv with glaucoma)

SAMSONOV, G.V.; VEDENEYEVA V-V-i ZAVIYALOVA, L.N~; VIMHOREVA, T.A.
Ion exchange sorption of penicillin -'fll Anion c~xchanjgers with
different- rwell'-- capacities. Trudy Len.khim.-farm.inst.
no.15~.',',3-1-00 162. WKA 15~11)
(k,6UICILLIN) (ION EXCHANGE)

SAWONOVY G.V.; YEDENEYEVA~L VS.; KIM DYU-CHIR
Anion exchange of penicillin with other anions in nonaqueous
solutions. Trudy Len.khim.-farm.inst. no.1518l-92 162.
(MIRA 15: 11)
(PENICILLIN) (ION EXCRANGE)

SANSONOV, G-V-; VEDENEMA, V-V.; SHATIK, V.V.; VINHOREVA, T.A.
Study of the conditions for the reversibility of the sorption of
penicillin sorbed in the presence of sulfates and phosphates on
the nonselective sorbing EDE-10 anion exchanger. Trudy Len.khim,
faminst. no.15:7540 162. (MIRA 15:11)
(PENICILLIN) (lubrEXCHANGE) (SORPTION)

SAMSONOV G.V.; VVIDENEYEVA V.V,; SELMNEVA, A.A.; VOYHOISKAYA, E.Ye,
P
Ton exchange on anion exchangera invclving penicillin. Zhmr.
fiz. khim. 37 n0-4:725-729 AP 163. (MIRA 17:?)
1. Leningradskiy khimiko-farmatsev-ticheskiy instit,,it,

VEDIUTE-LeVA, V.V. Cand Chem Sci - (diss) "Sorption Methods of
Isolating and Purif~:~ Penicillin," ip-ningrad, 1960, 15 PP, 300 coPies
(Leningrad Chemico-pharmaceutical Institute) (KL, 49/60, 125)

5 (4)
AUTHORS: Samsonov, G. V., Yedeneyev-,
Selezneva, A. A.
TITLE: The 'Sorption o'L Pin-icillin b..,r Z; o z1b -jn 4.- s
(Sorbtsiya penitsillina polink~rziyi,-fl. .9orbcn4-:-.i)
P",MODICAL: Doklady Akademii nauk SSSR,10,59, Vol 125, 7'r i,
DP 591-594 (USSR)
ABSTR~ICT: -Penicillin is a rather aci(I nubst~irtco (th-a io,1izn'.ijn
constant of benzylpenicilli.n is equal to 2.7). 11--anirillir.,
therefore, can be sorbed on anionitas, for on
weak anionites prepared by condensation of met-RDhcnyldiP--:in-~,
,and also on strong anionites the synthesis of wh`-1i is
based on the chloro-methylation of styrene ~knd o.". 'he
interaction of the resulting product with tr~rtiaa7,r
Notwithstanding thp significant absorptive po-,,~cr of
b-y various anionite3, the process of its ion-exch-inge
-urification was inhibited in a very essential way.
According to a table given by the authors, th,~ irreversible,
sorption of penicillin from the culture liquid is mainly
c:,used by the existence of anions of sulphuric, phosphoric,
Card 1/7~ -!nd some other acids in the solution. The sorntion o~

The Sor-fition of Penicillin by Polymeric 333orbent-s SO'7/20-1 25-3-35/6,2
penicillin becomes almost 11 complete orin after the
precipitation of these anions by barium salts (although the
sorption capacity does not increa2e vory much). The complicntrA
character of the interaction of penicillin with the anionite
requiroo the inventigrition of the possibility of )pplyinr.. the
principal laws of an;o% oxchango to this phenomenon. In this
case, there is an equivalence of the ion exchange: 'I'he number
of moles desorbed from the anionite EDE-10 of chlorine ions L-I
eaual to the number of moles of sorbed penicillin. fil-,c
desorption of penicillin from, anioniteo can be carri.-2d out
in a practically complete yield if solutions of phos-phrite
and sodium sulphate are used. The application of the nnion-
exchange method to the separation and iurification o-F
penicillin is based on the above-discussed principlen of
reversible selective sorption of penicillin -.nd it.3 `--sorption
from anionites. The choice of the anionites is imnortr~,nt for
'this process. The influence of the anions of siilphuric and
phosphoric acid upon the reversibility of the z;orpti~-.-i of
penicillin was explained by 'he formation of a-d-3ition-1 bonds
between sorbed penicillin and sorbed anionr3. Accor.3i-n~ to
Card 2/1 investigations of the authors, penicillin is sorbed v.,ith a

'The Sorution of Penicillin by Polymeric Sorbent3
high capacity by sulpho-cationites, and al3o by phosphor-~i3
and carboxyl cationites. The fact that panicillin io
cationiles ns a result of intoraction o.1- i *,, 2 r, 0 1-1 t 7'1D
,.,.,ith the sorbent, may be taken into OCCOUnt fO-' t'!,-
purifiention of penicillin from other :iciA-. 11"nc,
:ior,-N'ior oC penicillin by cationite', is one of t',Ip- -io.,!-.
efficient procooses for its purification. The ~-ithor~:
11. ':T. ',.~ikitin and Ye. I. Pokrovskiy who took th~ ilnfr~--rz
:3pectra. There are 3 figures, 3 tables, and 7 rcfer-r'.r,--~'
5 of which are Soviet.
ASSOCIATION: Insfitut vysokomolpkulyarnykh soyledineniv tkademii nm,;':
(Institute of High-molecular Compounds of V- 'e Ac,?A~,rny of
Scianccs USSR) Leningradskiy khimiko-far,nitsevtic,-O,-Ir-liy
institut (Leningrid Chemical-pharmaceut;-c~,l Institut-
MSENTED: D-2ca7ibOr 12, 1958, by M. 71. Shemyakin, Academici,--n
SUBMIT'I'ED: Decumbcr 01, 1G,55
Card 3/3

ACUSSION JTR: A 7--
AUTHORi Vedeneyev. Ye. Zhll-d-koyl S.
TITLE., ConcerainG one Itera--l-ov i-1he probl-em of 5cattering of
ne-Aral mesons
SCU',RCE: Mosc(rd. Universitet. Vychislitel'ny-y tsentr. Sbornik rabot, no, 3, 1965.
Vychisl-itel'nyye metody i progrn.-rdro~veniy,! (Camm-ting method5 and programing),
452-47,,?
T U
IOPIC TAGS- scattering amplit- de, charged meson, neutral meson, iteration method,
paxtial amplitude
.4357r~A'-T: 1'ne problem c4ealt vith in the paper was formulated and solved by cimplax-
1 9' 'he authors
ri~F 7F 41, -~O ~, - -1). 1
ri zo i,~a7r, eh ma y-,ro-ve
v m
me,~hod. The r-iai
CoM 1/2

L 5 K 2 6 - 6
" ~! lor
zlv~ 4 MI AT5010,16
A
the paAial amplitudes by means of an Iteratlon method that differs from the NID
method of Chev and Mandelstam (Phys. pev 467, 19601. The conditions 1--.,I,,.,ced
on the rea2 a-a-d imaginax-y pa--~s af "'ne scatltcrlrw ar.Tlitlude if Fie,,(~,,, g(-,()
W
!mA(,c)j' by the :,f the and, by unizar'lly, !P~crocau-
sallty rn-A
apqj,-~ncs on
nai-r parts ~n terms of sozme fi,,,:ed number ---~nr ;PS
the solution, e-nd somr- c) Ar. iteration method
ii,i ther, x~ ~13~ com-
put-r
intc Me r-j-rl: 5 "ie -or. *~h I i-i
after fou-r or f5ve A. V. Tef'~-enc-r lir ljsefu~ 045-
vice OrIg. axt. tiara: 2 rignares 3,
ASSOCIATIGH't Vychislitel'Mry teentr Moska7skogo universiteta (Computation Center
- Moscow Uuiveraity)
-UB. GIO F- 1L
S mITM: SUB CODE r DF, UP
RR RKF SGVt 005 OTMI DOI
.Card 2/2

YEMELIYANOVAI O.S.; RAVDONIKAS, O.V.,, YEGOROVA, L.S.; PANINA, N.V.;
PILIPENKO, V.G.; RUDNEV, M.M.; SILICHEIM, V.S.; BESSONOVA, M.A.;
ULIYANOVA, N.I.; V~XEUr4e.X,; BORODITI, V.P.; SAMSONOVA, A.P.;
MYASNIKOV, Yu.A.; LEVACHEVA, Z.A.
Approbation of an improved tularemia diagnosticum. Zhur.
mikroobiol., epid. i immun. 40 no.lOt85-92 0 163. (MIRA 17:6)
1. Iz Instituta epideml-ologii i mikrobiologii imeni Gamaley
AM SSSR, Omskogo instituta prirodnoochagovykh infektsiy,
Protivochumnogo instituta Kavkaza i Zakavkazlya, Voronezhskoy,
Leningradskoy, Volgogradskoy, Tullskoy sanitarno-epidemiologicheskikh
stantsiy.

OISUFOYLV, N.G.; URIELIYANOVA, O.SjUGLOVOY, G.P.; SILIC112-1-10, V.S.; KIIOROS~EV,
I.G.; BZHOVA, Ye.N.; BESSONOVA, M.A. ; VEDENY~~~. V.; AW'YZv,
S.S.; SFEWIOVA, G.M.; SOUn, A.M.; BOF4DIN, V.P;; HO?OIEVA, A.F.;
SUVOROVA, A.Ye.; ONIKH11,11OVSKAYA, V.A.; STOLIAHOVA, A.D.; BYSTRUIA,
K.A.; REPINA, R.F.; MYASIIIKOV, Yu.A.; LEVACIEVA, Z.A.; MIAZARYA14,
K.K.; RAVDONIKAS, O.V.; SABIWIM, A.P.
Optimal periods for testing skin reaction in subjects inoculated
against tularemia with a cIry live -v~accine and vaccinal, reactogenic
and immunogenic properties of this preparation. Zhur. mikrobiol.
epid. i immm. 32 no.6:92-98 Je 161. (MIRA 15:5)
1. Iz otdela prirodnoochagovykh infektsiy Instituta epider.-dologii
i mikrobiologii imeni Gamalei AIAN SSSR, otdolov Osobo opasnykh
infektaiy Voronezhslc;y, Leningradskoy,, Mos"Covskoy, Smolenskoy,
Stalingradskoy, Tambovskoy, Tulskoy, oblastnykh eanitarno-
dpidemiologiclieskikh-stantsiy i Omskogo instituta epidemiolor-ii,
mikrobiologii i gigiyon
(TUIAM41A~, (VACCRIES)

Actim W Iftseftylanumsdam brocnide on carotid
chentorecepim. Z,I.%*edcuftva(Acmi.Med.Sci,.Icnlts-
grad) risw.
with decembrated cats 1-d"te that the carotid nodults are
rather.%en2itive to On blocir rig action of Et4NBr, the block
occurs in respect to nicatine, carbocholine, and acetylcho-
line. but does not affect the sensitivity tocyanideA. Inqome
mle% tisnulation of respiration is observed.
G. M. Ko~olapoff

VORMYEVA, Z. I.
Wocardial lesions following stimulation of the aortic arch.
Kardiologiia 4 no,6:58-61 N-D 164- (WRA 18:8)
1, Otdol farmakologii Instituta eksperimentalinoy meditsiny
(nauchnyy rukovoditell - prof. S.V.Anichkov) AMN SSSR, Leningrad.

ABRAEOVA, Zh.I., Icand. med. naulr-; APICHKOV, S.V., prof.; BELEVIKIY, M.L.,
prof.; VALIDIKV!, A.V., doktor ned. nauk: VEDNITYEVA",J., kand.
med. nauk; VINOMUD011, V.M., kand. mod. nauk; GIMSMI-OWCH, IM.L.,
kand. nod. nauk; GINETSRSM, A.G., prof.; GOMIOVITSKIY, S.Yo..,
prof.; GRELMIKINA, M.A., dotsent; MEKH, I.F., dots.; DENISENKO,
P.P., kand. med. nauk; DIYACIOIKO, P.K., kand. med. nauk.; ZEESITAIIIKOV,
V.D., kand. med. naul-; MUGOL"NIKOV, S.D., prof.; ZMIALI, E.V., kand.
med. nauk; ISKAREV, N.A., kand. med. nauk; KA-RASIK, VXI., prof.;
KMUUI, G.Ya... kand. med. nauk; KOZLMI, O.D., kand. med. nauk; KROTOV,
A.I., doktor veter. nauk; KUDRIN, A.14.,, doktor med. nauk; IAZAHEV,N.V.j,
prof.; LAPII-T, I.P.., kand. med. nauk; IMINIKOVA, V.F., prof.;
MSHCHERSKAYA, K.A., prof.; MIKIELISChl, VI.Ya., prof.; l'OSHKOVSKIY,
Sh.D.,. prof.; PADEYSKAYA, Ye.N., kand. med. nauk; PARIBOK, V.P... prof.;
PERSHITI, G.U., prof.; PLAITIEL'YES, prof.; FOITOMAREV, G.A.,,
prof.; POSKALERKO, A.H... kand. med. nauk; MUMBI, Ye.A.., Oots.;
ROZOVSKAYA, Ye.S., dots.; RYBOLOVLEV, Rs..S., starshiy nauchnyy sotr.;
SALYAMOV, L.S.,, kand. med. nauk; SAFRAZBEKYRI, kand. biol. nauk;
TIMIOV, L.A.,, kand. med. nauk; TOMILIVIA, T.11.., dots.; FELISTOVICH,
G.I., kand. med. nauk; FIMYENTOV, I.I.K., kand. med. nauk; KHAMITIA,
R.A... kand. med. nauk; TSYGAVOV, S.V., prof.[deceased]; CBEIMS, A.I.,
prof.;
(Continued on next card)

ABRkIGVA, Zh.I.--(cor-,tinued) Card 2.
CPTalOV, V.A., doktor med. nauk; SHMURSM, K.S.., prof.;
YAKOVIEV, V.Ya., daktor khin. nauk; IMASIEOVSKIY, I-I.D.,, red.;
I
NIKOLAYEVAY 14,141, red.; RUIEVA, M.S., tekhn. red.; CHUAYIETA,
Z.V., tekhn. red.
(Manual on pharmacology] Rukovodstvo po farr.akologii Leningrad.,
14edgiz. V01.2. 1961. 503 p. imIRA 15:-1)
1. Deystvitellnyy chlen Akademii meditsinakikh nauk SSSR (for
Anichkov, Karasik, Cherkes). 2. Chlen-korrespondent Akademii radi-
tsinskilch nauk- SSSR (for Belenlkiy, Ginetsinskiy., Moshkovskiy,
Planellyes).
(PHA:HMACOLOGY)

ANICMOV, S.V.j, VEDENEMA,, Z.I.
"Participation of reflexes from interoceptors in general aconitine action."
Report submittedp but not presented at the 22nd International
Congress of PbYsiological Sciences.
Leiden, the Netheralands 10-17 SOP 1962

VUF,NE*A, Z. I.
Change in the sorption properties of the cardiac mscle
following adrenaline damage to the myocardb+ Biul. eksp.
biol. i. med. 52 no.7:33-38 31 161. (MIRA 15:3)
1. Is otdela farmakologii Instituta eksperimentallnoy meditsiny
A124 SSSR i laboratorii fiziologii kletki Fiziologicheskogo in-
stituta imeni A.A. Ukhtomskogo, Leningrid. -Predstavlena dey-
stvitelinym chlenom A101 SSSR S.V. Anicbkovym.
(ADMNALIKE) (HMT--MUSCLr.,)

ANICHKOV, S.V.;_V a-EYE~UZ-,I-
.E~
Irritation of 4the sympathetic nerve as a cause olf --yocardial
lesions. Acts, physiol. hung. 19 no.1-4.9-.18 161.
1. Institut(eksperimentallnoyneditsinyPl,-21SSSR, Leningrad.
MYOCARDIUM pathol.) (GOGLIA AUTONOMIC physiol.)

"~~n~=Aq ~Z.I.~
Neurogenic lesions of the myocardium. Biul. eksp. biol i med, 50
no.12:38-43 D 160. (MIRL 14: 1)
14 Iz otdela farmakologii (nauchn7y rukovoditell deystvitelltt~
pffilen AMN SSSR S.V. Anichkov) Instituta eksperimentallnoy meditai4y
MI SSSR, Leningrad. Predstavlena daystvitel.Inym chlenam AMN
SSSR S.V. Anichkovym.
(HEART) (ADRENALINE)

'WOW,-
caused by adrenalin In the myocardiij protein metabolian
of rate [with summary in English]. Biul.ekps.biol. I med. 45
no.4:67-73 Ap '58 (MIRA 11:5)
1. Iz otdela farmakologii (znv. - dpyBtvitellnyy chlen AMN SSSR
S.V. Anichkov) Instituta ekaDerimentallnoy meditsiny AMN SS3R,
Leningrad. Predetnvlena deystvitellnym chlenom AMN SSSR S.V.
Anichkovym.

-7 ,
I
f-
%, 1= NP ME r IF- v tA, ,
li ~- , -

YNVA, Z. I.
Effect of tetraetbylamonium bromide on carotid hemoreceptors. Piziol.
zh. SSSR 37 no.6:732-735 Nov-Doe 51. OWL 21:4)
1. Department of Pharmacology, Institute of Experimental Medicine,
Academy of Medical Sciences USSR, Leningrad.

Vg-I)ENEYEVI)i
'lh-e
,.eluonee ol,firtogtoug on ,he be-ene in-g-o(n
sna .1 1.,
paris6K of procaine and bencalne). Z. 1. Wile -ticcva.
Parpla kol. i Toksikol. 19, No. 1,
PhCOOCJI2'CI-f-NEtj-1ICI, differs from procaine only if,
lacizifjg.~ free N111 grrup. As local anesthetics there is
little (It crence, but beucaitic has considerably lower tox-
N") icity, cholinolvdi: activity, unit cluinidinc-type activity.
X TherUs no significant difference in spasmolytic action.
Slow ' travenons injection of 1% bericaine soln. in rabbits,
do.-,e Io-20 mg.'1g., has no toxic effect whatever, but rapid
ion of the amt, in 3% goln. -muctims causes
fic clouic-tonic spasim.
"kan 17. ~IVAJL_

VXDJU
Role of amino group of a benzene ring in the local anesthetic and
resorptive action of novocains; comparative characteristics of
novocaine and bancaine. Farm. i toks. 19 no-1:9-11 J&-I 156.
(MLRk 9:5)
1. Otdol farmakologii (zav. daystvitelnnyy chlen AXN SSSR
prof. S.V. Anichkov) Instituta eksperimentalnnoy meditsiny AMN SSSR-
(ANUTHITICS, LOGAL,
diethylaminoethyl benzoate HOI, comparison with
procaiue, (Rum))
(PROGAIN,
comparison with diethylaminoothyl benzoate H01, (Rua))

17j_/
A.K-. VrDMYKVA'
eoreticql bf3sls
Conf oted to the th
,ren-,-e dev
Of 110
- -3 158
no,6-.7(1-?2 (.AUTCUOI.Ilr, DRUG"s)
(CMR.7,LI]3 CCMPOUO
tile clinicsl us'~-
for .
(MIP.A

Mv R
prucaiatu ;III-r1perimental rairdia
arThylhoild. Z. 1. velfrillwa. A, [Ismi'd. i Toklikul. R
No. 6 :1-2S(lW,6).-0Iroli;je arobyllmiLk w:j-i hishicuil ill
-ot:l fo~ lilt t:ilm;l ibilival 1l!j4,4,lif,II or 41.111 mg. aroul(ille.
v
.~Vllilllll IliIIIAKI041111, 11161JR111161. Will ClICIA 111%.111 At
Alir 11(divilluka; ]?,1,0 and 11r.-Ilmil Awiwd no iIIIIIII-mv.
1, F--Allv (1) 1110 s1cr-imill,lill mr, ;it:,? imirt-111vt, litilit'll)-.11
Oil.). pl.-volaill It alh-vialt'l 111114-11hr it'll pilm ioll whol
310101mil liau ch-vifit-Al'y hillin-t4l. I I-v,-;t -11-swif aw
i-1:111-41 rig-j" licoll.
jtI*,11 F. Smilll_

VIMNETAVA, Z.1,
Scientific conference dedicated to the 30th anniversar7 of Ilikolai
Paylovich Ilravkov's ds&th. Y12i0le shur. 40 no.6-766-767 H-D 154.
(RYAZAN--PHAW(;OLOGY--SOCIZT13S) (MLRA 8t2)

VXDMYWA, Z. I.
Effect of narcotics and novocaine on experimental cardiac
arrhythmia. Farm. i toks. 18 no-5:3-8 S-0 '55(MLRA 9:1)
1. Otdal farmakologii Instituta eksperimentallnoy meditsiny
Akademii meditainskikh nauk SSSR.
(AEMTHMIA, experimental.
eff. of narcotics & procaine)
(NARCOTICS, effects,
on exper. arrbythmla)
~PBO CAINE, effects,
on exper. arri7thmia)

VME'-.TEv-EVAY ~. S.
Vedeneyeva, Z. S.
"Spotted disease of apricots and measures t.-. combat it under t1he conditions of
Central Asia.k' I-Lin 111ii-her Education US,-R. KisYdnev A.-ricultural Inst jneni,
!~. V. Frunze. Kishinev, 195'6. (Dissertation for the Degree of Candidate
in Agricultural Sciences).
Kni7,hnpya letopisl
No. 21, 1956. Mloscow-

IrLDWEYLVAP Z. S.
21891. VEDZNEYEVAj-Z- S.
Apopleksiya Sazhentsev kornesobstvennykh evropeyskikh loz viriograda.
IT
Vinodelige i vinogradarstvo ."ollavii, 1949, 1 0 3, s - `/9-43
SO: Letopis' Zhurnallnykh Statey, No. 29, i~oz;kva, 1949.

KIKIN, A.I., prof.; BELENYk, Ye.I,, prof.; STRUET-UY, U.S., prof.,
doktor tekhn. nauk; UESSSIG, YeJi., alots., 1.16MUTOV, K.K., dots.;
DUBII:SKII, G.S., dots.; SIESIALK; G.A., dots.; V.S.,
9'
dots.; DYBAKOV, Uri., dots.; A.N., prof.; VEDMUKOV,
dots.; THU, SJI.. kand. tekhn. nauky nauchnyy red.;
Q,S
BEGAK, B.A., red. izd-.va; OSENKOj LJI., tekhn, red.
[Metal construction; present state and outlook for future
development] Yetallicheskie konstruktsii; sostoianie i pre-
apektivy razvitiia. Pod obshchei red. I.I.S.Streletskogo. 1.'.o-
:ikvtl) Gov. Ivd-vo ht-ry po otivit., arld)it, I Ptroit. muteri-
alam, 1961. 333 p, (NIUA 15:4)
1. Moscow. Xoskovskiy inzheneimo-stroitelIrTy inst4tut.
2. Kafedra metallicheskikh konstruktsiy Yoskovskogo inzhenemo-
stroitellrogo institituta irieni V.V.Kuyirjsheva (for all except
Tubin, 2egah, Osenko).
(Building, Iron and steel)
(Aluminim, Structural)